Tesla, omul- munca, geniu, rezultate

Scris de **nic** Lun 23 Ian 2012, 07:55

Rezumarea primului mesaj :

Nikola Tesla, cred ca este ce-l mai mare geniu al tuturor timpurilor privind realizările practice.
http://bestbigdeal.com/rss/index.php/secretele-ratacite-ale-lui-nikola-tesla-video
Vizionare plăcută.

Scris de **Pacalici** Lun 06 Oct 2014, 15:56

Nu sa pune pentru ca e scrisa de concurenta! Edisonieni!

Scris de **eugen** Lun 06 Oct 2014, 22:19

PATENTE TESLA

http://corrosion-doctors.org/Biographies/TeslaBio-Patents.htm
http://www.nikolatesla.co/patents.html

Nikola Tesla Patents

U.S. Patent 0,334,823 - Commutator for Dynamo Electric Machines - 1886 January 26 - Elements to prevent sparking on dynamo-electric machines; Drum-style with brushes.

U.S. Patent 0,350,954 - Regulator for Dynamo Electric Machines - 1886 October 19 - Automatic regulation of energy levels; Mechanical device to shift brushes.

U.S. Patent 0,335,786 - Electric Arc lamp - 1886 February 9 - Arc lamp with carbon electrodes controlled by electromagnets or solenoids and a clutch mechanism; Corrects earlier design flaws common to the industry.

U.S. Patent 0,335,787 - Electric arc lamp - 1886 February 9 - Arc lamp's automatic fail switch when arc possesses abnormal behavior; Automatic reactivation.

U.S. Patent 0,336,961 - Regulator for dynamo electric machines - 1886 March 2 - Two main brushes connected to helices coil ends; Intermediate point branch shunt connection for third brush.

U.S. Patent 0,336,962 - Regulator for Dynamo Electric Machines - 1886 March 2 - Auxiliary brush[es] shunting a portion or whole of the field helices coil; Regulates energy flow; Adjustable level of current.

U.S. Patent 0,359,748 - Dynamo electric machine - 1887 March 22 - Improve construction; Facilitate easier construction; Reduce the cost; Magnetic frame; Armature; Alternating current synchronous motor.
381968 - Electro magnetic motor

U.S. Patent 0,381,968 - Electro magnetic motor - 1888 May 1 - Mode and plan of operating electric motors by progressive shifting; Field Magnet; Armature; Electrical conversion; Economical; Transmission of energy; Simple construction; Easier construction; Rotating magnetic field principles.

U.S. Patent 0,381,969 - Electro Magnetic Motor - 1888 May 1 - Novel form and operating mode; Coils forming independent energizing circuits; Connected to an alternating current generator; Synchronous motor.

U.S. Patent 0,381,970 - System of Electrical Distribution - 1888 May 1 - Current from a single source of supply in the main or transmitting circuit induce by induction apparatus; Independent circuit(s); Electric distributor.

U.S. Patent 0,382,279 - Electro Magnetic Motor - 1888 May 1 - Rotation is produced and maintained by direct attraction; Utilizes shifting poles; Induction magnetic motor.

U.S. Patent 0,382,280 - Electrical Transmission of Power - 1888 May 1 - New method or mode of transmission; Dynamo motor conversion with two independent circuits for long distance transmission; Alternating current transmission; Includes a disclaimer; Economic; Efficient.

U.S. Patent 0,382,281 - Electrical Transmission of Power - 1888 May 1 - Improvements in electromagnetic motors and their mode or methods of their operations; Motor is wound with coils forming independent circuits on the armature; Armature is mounted to rotate between two different poles; Armature will eventually synchronize with that of the generator; Windcoils or coils on the field magnets; Expose to continuous current to maintain a permanent field.

U.S. Patent 0,382,282 - Method of Converting and Distributing Electric Currents - 1888 May 1 - Related to electric distribution systems; Current is from a single main source or suitable transmitting circuit; Induction into an independent circuit; Divide the current from a single source; Transformations; Discovery of method to avoid prior liable and dangerous methods; True Dynamic induction.

U.S. Patent 0,382,845 - Commutator for dynamo electric machines - 1888 May 15 - Relates to dynamo-electric machines or motors; Improvements on devices to collect or communicate currents; Avoids destruction and wear of machine; Avoid adjustments due to destruction and wear; Enable practical construction of very large dynamo electric machines or motors with the minimum number of communicator segments; Increases safety and efficiency.

U.S. Patent 0,390,413 - System of electrical distribution - 1888 October 2 - Related to previous electric distribution systems developed by Tesla; Examples of systems in operation with motors or converters, or both, in parallel; Examples of systems in parallel; Examples of systems in series.

U.S. Patent 0,390,414 - Dynamo Electric Machine - 1888 October 2 - Related to the patents of Tesla and Charles F. Peck, numbers: US381968 and US382280; Ordinary forms of continuous and alternate current systems may be adapted to Tesla's system, with slight changes to the systems; Effects their forms; Only the best and most practical solutions are presented to the three most common forms of the devices applicable; Illustrated are the continuous (or closed) circuit machines, machines possessing armatures with coils connected diametrically (known as "open-circuits"), and machines with armature-coils of which have a common joint.

U.S. Patent 0,390,415 - Dynamo Electric Machine or Motor - 1888 October 2 - Improvement in the construction of dynamo or magneto electric machines; Novel form of frame and field magnets that renders the machine more sturdy and compact as a structure; Requires fewer parts; Less difficulty in construction; Lower expense; Useful to alternating and continuous current machines.

U.S. Patent 0,390,721 - Dynamo Electric Machine - 1888 October 9 - Relates chiefly to the alternate current machine invented by Mr. Tesla; Related to patents numbered US381968 and US382280; Seeks to avoid mechanical drawback of running high frequency machines; Efficient at low speeds; Producing rotating magnetic poles in one element of the machine and drive the other at a different speed.

U.S. Patent 0,390,820 - Regulator for Alternate Current Motors - 1888 October 9 - Improvement in the electrical transmission systems; Means of regulating and power of the motor or motors; Used with system of multiple motors primarily (or systems with motors and transformers) that have independent energizing circuits which act to set up progressive or shifting magnetic poles (i.e. the rotating magnetic field); Controls the speed of the motor.

U.S. Patent 0,396,121 - Thermo Magnetic Motor - 1888 January 15 - Widely known that heat applied to a magnetic body will lessen its magnetizing ability; High enough temperatures will destroy the magnetic field; Mechanical power by a reciprocating action obtained from the joint action of heat, magnetism, and a spring or weight (or other force); In this patent, the application of heat to a body that is magnetized by induction or otherwise to the action of heat until the magnetism is neutralized to allow a weight or a spring to give action and lessen the action of the heat to restore the magnetic effect to move the body in the opposite direction.
Tesla's US390721 Patent for a "Dynamo Electric Machine"

U.S. Patent 0,401,520 - Method of Operating Electro Magnetic Motors - 1889 April 16 - Improvements to previous instances of synchronous motors; Previous instances of synchronous motors have not been started by the alternating current generators; New discovery of simple method or plan of operating such motors; Requires no other device other than the motor itself; Conversion from a double circuit motor and which will start under the actions of an alternate current into a synchronizing-motor; synchronous motor definition.

U.S. Patent 0,405,858 - Electro Magnetic Motor - 1889 June 25 - Torque, instead of being the result in the difference in the magnetic periods or phases of the poles or to the attractive parts to whatever due, is produce to the angular displacement of the parts which, though movable with the respect to one another, are magnetized simultaneously, or approximately so, by the same currents; Concerns the armature and the field laminations of the magnetic core for the greatest magnetic attractions; Best means to achieve these results.

U.S. Patent 0,405,859 - Method of Electrical Power Transmission - 1889 June 25 - New and useful method of bringing up the motor to a desirable speed; Forms of alternating current machines, connected to alternating current generators, can be run as synchronous motor; Prior, alternating current will not start it; Construct a generator with two coils or sets of coils and connect them with a motor of corresponding coils or sets of coils; By means of two line wires, the motor and generator in like fashion; Related to US 390413 (for means of starting); Will operate as a single-circuit synchronizing system.

U.S. Patent 0,406,968 - Dynamo Electric Machine - 1889 July 16 - Relates to class of machines referred to as "Unipolar" machine (i.e., a disk or cylindrical conductor is mounted in between magnetic poles adapted to produce a uniform magnetic field); Construction of a machine with two fields, each having a rotary conductor mounted between its poles; Discussed the disk form primarily; The direction of the magnetism or order of the poles in one field of force is opposite to that of the other, so the rotation of the disk in the same direction forms a field from the center to the circumference and another from the circumference to the center; Contacts applied to the shafts form terminals of a circuit to produce a sum of electromotive forces of the two disks; If direction of the fields are the same, driving the disks in the opposite direction will obtain the same results.

U.S. Patent 0,413,353 - Method of Obtaining Direct current from Alternating Currents - 1889 October 22 - Superiority of alternating currents discussed; Delineates machines to convert alternating currents to direct (or continuous) currents at will at one or more points; Obtain direct currents from alternating currents; Active resistances to opposite electrical character, whereby the currents or current-waves of opposite character will be diverted through different circuits.

U.S. Patent 0,416,191 - Electro-Magnetic Motor - 1889 December 3 - Induction motor with two or more energizing circuits; alternating currents of differing phases are passed to produce rotation or operation of the motor; simple way consists of two circuits; alternate way consists of one line that divides the alternating current in the motor circuit and effects an artificial lag in one of the circuit of branches (such as by a different induction capacity).

U.S. Patent 0,416,192 - Method of Operating Electro-Magnetic Motors - 1889 December 3 - Related to US401520; Alternative improvements to synchronous motors; Torque and synchronous actions in motors; different field circuit of differing induction; Windings and shunts; Increases tendency to synchronize.

U.S. Patent 0,416,193 - Electro-Magnetic Motor - 1889 December 3 - Induction motor operation with two or more windings; securing differing phase differences; Phase proportional to the induction and inverse to the resistance encountered by the current; one circuit (the energizing circuit) should have high induction and low resistance (along with possessing the greater length or number of turns) and the converse in the other (which has few turns of finer wire or wire that has higher resistance); magnetic quantities of the poles should be approximately equal; Self-induction cores are much longer.

U.S. Patent 0,416,194 - Electric Motor - 1889 December 3 - Drawings include the motor seen in many of Tesla's photos; Classic alternating current electro-magnetic motor; Induction motor operation; Field and armature of equal strengths or magnetic quality; field and armature cores of equal amounts; Coils containing equal amount of copper.

U.S. Patent 0,416,195 - Electro-Magnetic Motor - 1889 December 3 - Induction motor operation with two or more windings; Differing phases; Structural and operational conditions; Armature operation conditions and the obedience to the energizing circuit and stator; Construction and organization principles.

U.S. Patent 0,417,794 - Armature for Electric Machines - 1889 December 24 - Construction principles of the armature for electrical generators and motors; Simple and economical; Coils of insulated conducting wire (or ribbon) may be wound or formed into bobbins; Position of the bobbins dictate the windings; Armature has polar projections and maximum core-surface exposure to the field magnetic poles; Related to other applicant patents, numbers US327797, US292077, GB9013.

U.S. Patent 0,418,248 - Electro-Magnetic Motor - 1889 December 31 - Electric generator; Employment of an artificial cooling device; Enclosing the source of heat and that portion of the magnetic circuit exposed to the heat and artificially cooling the said heated part; Combination of an enclosed source of heat applied to a portion of said core; Magnetized core or body and a conductor within the field of force; Artificial cooling device for reducing the temperature of the heated portion thereof; Means for bringing a cooling gas or fluid in contact with the heated portion of the core, and means for controlling the admission of the same; The combination and coils wound thereon and a connection with a boiler for admitting steam into the channels, as set forth; Magnetized core containing passages or channels; Means for applying heat to a portion of the core.

U.S. Patent 0,424,036 - Electro-Magnetic Motor - 1890 March 25 - Cites then common language of his motors referred to as the "magnetic lag" motors; Another form of the induction motor with two or more energizing circuits with differing phase differences are passed to produce rotation or operation of the motor; Magnetism lags electrical parts of energizing effects; Manifests these effect simultaneously and not successively; Related to US405858; Torque is produced to the angular displacement of parts; Best means to achieve these results; prefer the use of alternating currents.
Tesla working in his laboratory

U.S. Patent 0,428,057 - Pyromagneto Electric Generator - 1890 May 13 - Electric generator; Employment of an artificial cooling device; Enclosing the source of heat and that portion of the magnetic circuit exposed to the heat and artificially cooling the said heated part; Combination of an enclosed source of heat applied to a portion of said core; Magnetized core or body and a conductor within the field of force; Artificial cooling device for reducing the temperature of the heated portion thereof; Means for bringing a cooling gas or fluid in contact with the heated portion of the core, and means for controlling the admission of the same; The combination and coils wound thereon and a connection with a boiler for admitting steam into the channels, as set forth; Magnetized core containing passages or channels; Means for applying heat to a portion of the core.

U.S. Patent 0,433,700 - Alternating-Current Electro-Magnetic Motor - 1890 August 5 - Rotation of an electromagnetic motor is produced by the magnetic movements or the maximum of the pole's (or point's) magnetic effects from the conjoined actions (or the two energizing circuits) through which alternating currents (or similar rapidly-varying currents) are passed through; Multiple magnets are powered by artificial currents; Inverse strength of magnetism on stator for best rotation; Creates multiple phases through one circuit from one power source.

U.S. Patent 0,433,701 - Alternating-Current Motor - 1890 August 5 - Two sets of field-pole pieces of energized independently by the same source; Closed magnetic iron shunts or bridges in sets or series.

U.S. Patent 0,433,702 - Electrical Transformer Or Induction Device - 1890 August 5 - Main magnetic core and the primary and secondary coils interposed by a magnetic shield or screen between the coils or around one of the coils; Coils can be wound upon or built up around the magnetic shield; Adapted to or capable of being magnetically saturated by a predetermined current strength below the maximum in the primary.

U.S. Patent 0,433,703 - Electro-Magnetic Motor - 1890 August 5 - Describes the combination, in an alternating current motor, of an energizing coil and a core composed of two parts (one being protected from magnetization from the other one interposed between it and the coil); A rotating armature is motivated by the induced fields; Alternatively, a field magnet composed of a coil and core (with two sections in proximity of the coil and an inner section between the same); Also, a field magnet each composed of a coil and core (with two sections in proximity of the coil and an inner section between the same).

U.S. Patent 0,445,207 - Electro-Magnetic Motor - 1891 January 27 - Describes the combination, in a motor, of a primary energizing circuit (connected to a generator) and a secondary circuit in inductive relation to the primary; Each circuit has a different electrical character, resistance, induction capability, or number and type of windings.

U.S. Patent 0,447,920 - Method of Operating Arc-Lamps - 1891 March 10 - Abate or render inaudible sound emitted by arc lamps that are powered by (or supplied with) alternating currents by increasing the frequency of alternations (or pulsations) above the auditory level.

U.S. Patent 0,447,921 - Alternating Electric Current Generator - 1891 March 10 - A generator that produces alternations of 15000 per second or more.
454622 - System of Electric Lighting: Apparatus devised for the purpose of converting and supplying electrical energy in a form suited for the production of certain novel electrical phenomena; Used later as a practical RF power supply.

U.S. Patent 0,454,622 - System of Electric Lighting - 1891 June 23 - Apparatus devised for the purpose of converting and supplying electrical energy in a form suited for the production of certain novel electrical phenomena, which require currents of higher frequency and potential. It specifies an energy storage capacitor and discharger mechanism on the primary side of a radio-frequency transformer. This is the first-ever disclosure of a practical RF power supply capable of exciting an antenna to emit powerful electromagnetic radiation.

U.S. Patent 0,455,067 - Electro-Magnetic Motor - 1891 June 30 - Alternating current motor, with field magnets and energizing circuit armature-circuit and a core adapted to be energized by currents induced in its circuit by the currents in the field circuit; Condenser connected with or bridging the armature-circuit (e.g., the rotating element of the motor); Energizing circuit formed by coils wound thereon in a different inductive relations to the field and joined in a continuous or closed series; Combination of a condenser, the plates of which are connected, respectively, to the junctions of the circuits or coils.

U.S. Patent 0,455,068 - Electrical Meter - 1891 June 30 - Method of computing the amount of electrical energy expended in a given time in an electrical circuit; Operates by maintaining by the current a potential difference between two conductors in an electrolytic solution (or cell) uniform throughout the whole extent of such conductors exposed to the solution; Measurement of the variation of the resistance in one or both conductors dues to the gain or loss of metal by electro-deposition; Electrolytic cell and conductors passing through the cell and connected in series with a translating device; One or more resistances connected with the conductors and cell for establishing a potential difference between the two conductors through the solution of the cell; Tubular cell contains electrolytic solution and closed at each end.

U.S. Patent 0,455,069 - Electric Incandescent Lamp - 1891 June 30 - Incandescent lamp consisting of two isolated refractory conductors contained in a non-striking vacuum and adapted to produce light by incandescence; Globe or receiver exhausted to the non-striking point with two mounted isolated bodies (or metal wires) of refractory conducting material to emit light and sealed in; Terminal to connect with an electrical energy source; Refractory conducting material not to be rendered incandescent coated or covered with insulation.

U.S. Patent 0,459,772 - Electro-Magnetic Motor - 1891 September 22 - Alternating current non-synchronizing electric motor coupled with a synchronizing alternating current motor whereby the former starts the latter and throws it into synchronism with its actuating current; Switch mechanism for directing the current through either or both of the motors; Combination of two motors (one an alternating current torque motor [e.g., shifting poles via the energizing circuit] and the other a synchronizing alternating current motor) the armatures of which are mounted upon the same shaft; Switching circuit directing the alternating current or currents through the several circuits of one motor or the single circuit of the other.

U.S. Patent 0,462,418 - Method of and Apparatus for Electrical Conversion and Distribution - 1891 November 3 - Apparatus devised for the purpose of converting and supplying electrical energy in a form suited for the production of certain novel electrical phenomena which require currents of higher frequency and potential.

U.S. Patent 0,464,666 - Electro-Magnetic Motor - 1891 December 8 - Alternating current motor provided with two or more energizing or field circuits; One circuit connected to current source and the other (or others) in inductive relation thereto; One circuit connected to alternating currents and the other constituting high potential secondary circuit; Condenser interposed in the inductive circuit.

U.S. Patent 0,464,667 - Electrical Condenser - 1891 December 8 - Electrical condenser composed of plates or armatures immersed in oil; Plates or armatures can be adjustable.

U.S. Patent 0,487,796 - System of Electrical Transmission of Power - 1892 December 13 - Alternating current generator consisting of independent armature-circuits formed by conductors alternately disposed; Currents developed differ in phase and the field magnet poles in excess of the number of armature-circuits; Motor having independent energizing circuits connected to the armature-circuit of the alternating current generator; Rotating magneto-electric machine yielding a given number of current impulses or alterations for each turn or revolution; Poles which in number are less than the number of current impulses produced in each motor-circuit by one turn or revolution; Multipolar alternating-current machine.

U.S. Patent 0,511,559 - Electrical Transmission of Power - 1893 December 26 - Method of operating motors having independent energizing circuits; Passing alternating currents through circuits and retarding the phases of the current in one circuit to a greater extent; Directing alternating currents from a single source through both circuits of a motor and varying or modifying the relative resistance or self-induction of motor circuits, producing in currents differences in phases.

U.S. Patent 0,511,560 - System of Electrical Power Transmission - 1893 December 26 - Motor having independent energizing circuits connected with a source of alternating currents; Means of rendering the magnetic effects to said energizing circuit of difference phase; Armature within the influence of the energizing circuit; Energizing circuits connected in derivation or multiple arc and of different active or variable resistance (or self-inductance); Pairs of mains connected and a multiple circuit differential phase; Change of time-period of currents passing through an electro-motive phase-changing device interposed between the mains and the destination; Includes a correction.

U.S. Patent 0,511,915 - Electrical Transmission of Power - 1894 January 2 - Method of operating electro-magnetic motors; Passing alternating currents through one of the energizing circuits and inducing by such current in the other energizing circuit or circuits of the motor.

U.S. Patent 0,511,916 - Electric Generator - 1893 August 19 - Combination with the piston or equivalent element of an engine which is free to reciprocate under the action thereon of steam or a gas under pressure, of the moving conductor or element of an electric generator in direct mechanical connection; Engine and generator being adjusted by their relative adjustment with respect to period to produce currents of constant period; Electric generator having inducing or induced elements one of which is capable of oscillation in the field of force, the movable element being carried by the piston rod of the engine; Relation as to respect of period of electrical vibration will not disturb the period of the engine; Cylinder and piston reciprocating by steam or gas under pressure of a spring maintained in vibration by the movement of the piston, and the electric generator, the movable conductor or element of which is connected with the piston; Method of constructing and adapting elements; Imparting the oscillation of an engine to the moving element of an electric generator and regulating the period of mechanical oscillation by adjustment of the reaction of the electric generator.
512340: Coil for Electro-Magnets; Example of one of the first bifilar coils.
Electrical conductor, 514167; Early example of coaxial cable.

U.S. Patent 0,512,340 - Coil for Electro-Magnets - 1893 July 7 - Effect of mutual relation self-induction exploited; Adjacent coil convolutions formed parts exists so that the potential difference is sufficient to neutralize negative effects; Object to avoid expensive, cumbersome, and difficult condensers; Bifilar coil winding technique.

U.S. Patent 0,514,167 - Electrical Conductor - 1894 February 6 - Prevent loss in line conductors; Insulate and encase conductors with a sheathing which is connected to the ground; Sheath or screen; Coaxial cabling.

U.S. Patent 0,514,168 - Means for Generating Electric Currents - 1894 February 6 - Generating and utilizing electrical energy discovered by Mr. Tesla; related to US454622 and US462418; Maintenance of intermittent or oscillatory discharges of a condenser of suitable circuit containing translating devices; Discharges take place in insulating liquids (such as oil); Varying spark gap distances; Keep circulating flow in liquid; Illustrates preferred manner.

U.S. Patent 0,514,169 - Reciprocating Engine - 1893 August 19 - Provide a means of engines, which under the applied forces such as elastic tension of steam or gas under pressure, that will yield constant oscillatory movements (in wide limits); Function is constant irrespective of the loads, frictional losses, or other factors (which degrade other engines); Convert pressure into mechanical power; Better at higher temperatures and pressures than previous engines; Same principles of this engine appear later in the modern gasoline motors of automobiles; often cited by enthusiasts as a version of the "earthquake machine."

U.S. Patent 0,514,170 - Incandescent Electric Light - 1894 February 6 - Related to US454622; Incandescent electric lamps; Particular forms of the lamp in which a light giving small body or button of refractory material is supported by a conductor entering a very highly exhausted globe or receiver; Conducting screen surrounds the supporting conductor; Single node vacuum tube.

U.S. Patent 0,514,972 - Electric Railway System - 1894 February 20 - Utilizes high potentials and high frequencies; Insulated and screened supply conductor along the line of travel; Induction bar or plate in inductive relation to the screened conductor and an electrical connection to the motor.

U.S. Patent 0,514,973 - Electrical Meter - 1894 February 20 - Method of measuring the amount of electrical energy expended in a given time in an electric circuit of alternating currents; High tension discharge through a rarefied gas between two conductors; Computing from the amount of the particles thrown off from the conductors or one of the same by action of the discharge of the energy expended; Primary coil in series with a translating device; High tension secondary; Two carbon conductors sealed in an exhausted receiver and coated with an insulating material on three sides, one terminal of each conductor being connected to a terminal of a secondary.

U.S. Patent 0,517,900 - Steam Engine - 1893 December 29 - Cylinder and reciprocating piston (with a spring) and controlling slide valve of an engine adapted to be operated by steam or a gas system under pressure of an independently controlled engine of constant period operating the said valve.

U.S. Patent 0,524,426 - Electromagnetic Motor - 1894 August 14 - Alternating current motor with energizing coils adapted to be connected with an external circuit of cores of different magnetic susceptibility so as to exhibit differences of magnetic phase under the influence of an energizing current; Rotary armature of magnetic poles and coils adapted to be connected with the external circuit surrounding the same; Cores constructed of different size, length, mass, or material whereby their magnetic phase will differ in time.

U.S. Patent 0,555,190 - Alternating Motor - 1896 February 25 - Related to US381968 and US382280; Mode and plan of operating electric dynamic motor generators by progressive shifting; Magneto-electric machine; Dynamo motor conversion with two independent alternating current circuits; Transmission of energy; Rotating magnetic field principles.
567818: Electrical Condenser; Examples of improved capacitors.

U.S. Patent 0,567,818 - Electrical Condenser - 1896 September 15 - Condenser constructed or provided with means for exclusion of air or gas; Armature composed of a conducting liquid; Armatures in two separate bodies of conducting liquid insulated electrically and contained in a receptacle; Insulating liquid seal on the surface of the conductive liquids.

U.S. Patent 0,568,176 - Apparatus for Producing Electrical Currents of High Frequency and Potential - 1896 September 22 - Conversion of direct current into currents of high frequency. Combination of high self-inductance circuit, choking coil circuit controllers adapted to make and break the circuit, a condenser into which the back-emf discharges when interrupted, and a transformer through the primary of which the condenser discharges; Motor for driving the controller; 'Current of high electromotive force (voltage) which is induced at each break of the main circuit (back-emf) furnishes the proper current for charging the condenser (capacitor).'

U.S. Patent 0,568,177 - Apparatus for Producing Ozone - 1896 September 22 - Primarily provides a simple, cheap, and effective apparatus for the production of ozone (or such gases); Obtained by the action of high-tension electrical discharges; Related to US462418 (November 3, 1891) and US454622 (June 23, 1891); In combination with a low self-induction and resistance circuit of direct currents, of a controller for making and breaking the same, a series-wound motor included in or connected with the charging-circuit and driving the controller; A condenser around the point of interruption in a circuit around the controller, and a transformer through the primary of which the condenser discharges (producing the potential necessary for such primary discharge and the coil raises the potential of such discharge) and which is in the discharge-circuit of the condenser; Device for maintaining a current of air between the discharge-surface; A fan-motor (maintaining a current of air between the discharge-surfaces) is connected with the charging-circuit.

U.S. Patent 0,568,178 - Method of Regulating Apparatus for Producing Electric Currents of High Frequency - 1896 September 22 - Cited by Tesla in "the True Wireless" (illustrated in that article as Fig. 10) in the wireless field for the concatenated tuned circuits; regulates the energy delivered by a system for the production of high-frequency currents. It consists of a supply-side circuit whose current is diverted into a charging circuit of high self-induction, a condenser (charged by the supply circuit), another circuit (with low self-induction) which the same discharges through (and raises the potential of the condenser), and means for controlling the charging and the discharging of same, the said method consisting in varying the relation of the varying frequencies of the impulses in the circuit comprise the system.

U.S. Patent 0,568,179 - Method of and Apparatus for Producing Currents of High Frequency - 1896 September 22 - used in the laboratory at New York, 35 South Fifth Avenue lab for employing currents of different phase; method for producing electric currents of high frequency, which consists in generating an alternating current, charging a condenser thereby during determinate intervals of each wave of said current, and discharging the condenser through a circuit of low self-induction; the combination with a source of alternating current, a condenser, a circuit-controller adapted to direct the current during determinate intervals of each wave into the condenser for charging the same, and a circuit of low self-induction into which the condenser discharges; the combination with a source of alternating current, a synchronous motor operated thereby, a charging-circuit in which the energy of said current is stored, a circuit-controller operated by the motor and adapted to interrupt the charging-circuit through the motor at determinate points in each wave, a condenser connected with the motor-circuit and adapted on the interruption of the same to receive the accumulated energy stored therein, and a circuit into which the condenser discharges.

U.S. Patent 0,568,180 - Apparatus for Producing Electrical Currents of High Frequency - 1896 September 22 - an isochronous mechanical break used in the laboratory at New York, 35 South Fifth Avenue lab for employing currents of different; patent covers possible variations within Tesla's wireless systems; a combination with a source of alternating current, of a condenser adapted to be charged thereby, a circuit into which the condenser discharges in a series of rapid impulses and in synchronism with the source, and a circuit-controller for effecting the charge and discharge of said condenser, composed of a set of sub-divided conductors (a pair of angularly-adjustable terminal and two or more rotating conductors) moveable into and out of proximity with (e.g., passing by) each other, whereby a spark may be maintained between them and the circuit closed thereby during determined intervals.

U.S. Patent 0,577,670 - Apparatus for Producing Electric Currents of High Frequency - 1897 February 23. Two input circuits are each pulsed with a 25% duty cycle. Additionally, the brushes are phased so that the on states (discharges) never overlap. The output circuit has a toggled 50% output duty cycle, double the duration of the input pulse. Resultant back-emf is rectified to capacitors, and fed through a Tesla coil to a load.

U.S. Patent 0,577,671 - Manufacture of Electrical Condensers, Coils and Similar Devices - 1897 February 23 - Improvements of condensers, transformers, self-induction coils, rheostats, and other similar devices; Used in areas where currents of high potentials are brought into close proximity; Method of excluding gas or air from the dielectric environment of such devices; Insulated material rendered fluid by heat; Material permeated the interstices of device and held under pressure; Material cooled and solidified under pressure.

U.S. Patent 0,583,953 - Apparatus for Producing Currents of High Frequency - 1897 June 8 - Related to US568176; Conversion of electrical current of ordinary character into high frequency and high potential; Can use either continuous (i.e., direct) or alternating currents.

U.S. Patent 0,593,138 - Electrical Transformer - 1897 November 2 - Novel form of transformer or induction-coil and a system for the transmission of electrical energy by means of the same; Improvement of electrical transformers; Develops electrical currents of high potential; Corrects construction principles heretofore manufactured; Higher potential for transmission than has ever been practically employed heretofore; Free from the danger of injury from the destruction of insulation; Safe to handle; High-frequency power supply for lighting and other applications.

U.S. Patent 0,609,245 - Electrical Circuit Controller - 1898 August 16 - A circuit controller (see also 609245, 609246, 609247, 609250, 609251, 611719); Conductive fluid make and break circuit; Nozzle and conductor construction and their relative method of operation; Single source of power for operation; Nozzle and receptacle interaction; Combination of rotating receptacle and motor, a magnetic body in receptacle, and an exterior mounted magnetic body.

U.S. Patent 0,609,246 - Electric Circuit Controller - 1898 August 16 - A circuit controller (see also 609245, 609246, 609247, 609250, 609251, 611719); Conductive fluid make and break circuit; Conductive liquid forming terminals; Two orifices with relative movement that can direct jets or streams; Two insulated compartments; Jets or streams are brought into intermittent contact.

U.S. Patent 0,609,247 - Electric Circuit Controller - 1898 August 16 - A "circuit controller in which an independently-mounted terminal operated in a similar manner by a rotating body of conducting fluid may be enclosed within a gas-tight receptacle"; Conductive fluid make and break circuit; A combination of a closed receptacle containing a fluid, a method to rotate said receptacle, a mounted support, means for opposing or preventing the mount's movement in the same direction of the receptacle, and a terminal conductor in the support; Terminal capable of rotating about its axis or provided with rotating contacts; Fluid comprises the opposite terminal; Eccentric weight to a spindle; Rotating terminal connected with spindle; Receptacle mounted to rotate about an axis inclined to the vertical; Spindle inside receptacle; Weighted armature; Fluid is displace by centrifugal force.

U.S. Patent 0,609,248 - Electric Circuit Controller - 1898 August 16 - A circuit controller (see also 609245, 609246, 609247, 609250, 609251, 611719) in which one terminal body moves through jets or streams intermittently and intercepts jets or streams; Conductive fluid make and break circuit; Rotary conductor; One terminal body moves through jets or stream intermittently and intercepts jets or streams; One rigid terminal receives directed jets or streams; Combination in a receptacle of a conducting disk and an insulated disk; Stationary tube or duct to direct jets or streams toward the conductor across the path of intermittent projections.

U.S. Patent 0,609,249 - Electric Circuit Controller - 1898 August 16 - A circuit controller (see also 609245, 609246, 609247, 609250, 609251, 611719); Conductive fluid make and break circuit; Combination in a circuit controller with a closed rotary receptacle, of a rigid conductor mounted in the same and through which the circuit is intermittently established, and means for directing a jet of stream of a fluid which is contained in the receptacle, against the said body so as to affect its rotation independently of the receptacle; Rotary receptacle of a body or part mounted within the receptacle and concentrically mounted therewith, a conducting-terminal supported by said body and capable of rotation of the receptacle so as to oppose, by gyroscopic action, the rotation of the support, and means for directing a jet of conducting fluid against said terminal; A rotary receptacle of a support for a conductor mounted thereon concentrically with the receptacle and a gyrostatic disk carried by the support and adapted, when rotating, to oppose its movement in the direction of the rotation of the receptacle.

U.S. Patent 0,609,250 - Electrical Igniter for Gas Engines - 1898 August 16 - Ignition system principles used today in automobiles; Operation of a machine that requires a spark, flame, or any other similar effect; More certain and satisfactory for use of and control by the machine or apparatus; Charging and discharging a condenser through switch or commutator.

U.S. Patent 0,609,251 - Electric Circuit Controller - 1898 August 16 - A circuit controller (see also 609245, 609246, 609247, 609250, 609251, 611719). Circuit comprising, in combination, a receptacle containing fluid, means for rotating the receptacle, and a terminal supported independently of the receptacle and adapted to make and break electric connections; Receptacle contains a conductive and non-conductive fluid; Means of rotating the receptacle; Terminal adapted to make and break electrical connection with the conductive fluid within or under the non-conductive fluid.

U.S. Patent 0,611,719 - Electrical Circuit Controller - 1898 October 4 - A circuit controller. Conductive fluid make and break circuit; The combination of a closed receptacle, of a circuit controller contained therein, and surrounded by an inert medium under pressure; Method of maintaining an inert atmosphere under pressure; Vessel containing a liquefied inert gas and method of communicating with the interior of the receptacle; One terminal is of a conductive fluid (such as mercury); Combination of conductors of series of conductors constituting one terminal of a circuit controller, means of maintaining a stream or jet of conductive fluid as the other terminal with which the conductor makes intermittent contact; Close receptacle containing terminal; Method of excluding oxygen from terminals; Motive device for rotating conductors; Force-pump in direct connection with conductor for maintaining a circulation of conducting fluid contained in the receptacle through the nozzle or nozzles; Rotating screw with conductor and extending into a well in which the fluid collects; Duct or ducts leading from the well to points from which the fluid will be direct against the rotating conductor; Magnetic core mounted on spindle.

U.S. Patent 0,613,735 - Electric Circuit Controller - 1898 November 8 - A circuit controller. Conductive fluid make and break circuit; Combination with rigid and fluid conductors adapted to be brought intermittently into contact with each other; Means for imparting rotary motion to rigid and fluid conductors; Means to rotate by the movement of a fluid conductor.

U.S. Patent 0,613,809 - Method of and Apparatus for Controlling Mechanism of Moving Vehicle or Vehicles - 1898 July 1 - Tesla "Boat" patent; First logic gate; Art of controlling the movements and operation of a vessel or vehicle at a distance; Electromagnetic waves conveyed to vessel by the natural media and rendering by their means the controlling-circuit active or inactive; New and useful improvements in methods of and apparatus for controlling from a distance; Solution for controlling from a given point the operation of mechanisms; No intermediate wires, cables, or other form of electrical or mechanical connection with the object save the natural media in space; explanation of most practical and effectual method and apparatus; Remote control.
System of Transmission of Electrical Energy

U.S. Patent 0,645,576 - System of Transmission of Electrical Energy - 1900 March 20 - Commonly referred to as the radio patent; Related to wireless telegraphy; Wireless transmission of electric power through the natural media; Cites well known radiant energy phenomena and the experiments of William Crooke; Corrects previous errors in theory of behavior when used by the methods and means of Mr. Tesla; Discovery of highly important and useful facts which heretofore have been unknown; Deprive dialectic of air when impressing electromotive forces of a certain character and magnitude unto it; Conductivity of the air increases with the augmentation of the pressure and the rarefaction; Law of conductivity of the air is quite different from heretofore established; Illustrations of the facts.

U.S. Patent 0,649,621- Apparatus for Transmission of Electrical Energy - 1900 May 15 - Related to US645576; New and useful combinations employed; Transmitting coil or conductor arranged and excited to cause currents or oscillation to propagate through conduction through the natural medium from one point to another remote point therefrom and a receiver coil or conductor of the transmitted signals; Production of currents of very high potential; Transmitting station and receiving station.

U.S. Patent 0,655,838 - Method of Insulating Electric Conductors - 1900 October 23 - Method and practical application of insulation by freezing and solidification; Expounding on Faraday's hypothesis of freezing substances make them possess a higher dielectric level to insulate transmission conductors; Improvements in the method set out by Faraday; Method of insulating electrical conductors which consist in surrounding or supporting said conductors by a material which acquires insulating properties when frozen or solidified; Method of maintaining a conductor within a gaseous cooling agent by the continuous application of said agent; Trough or conduit with circulating cooling agents; Reissued as U.S. Patent RE11,865.

U.S. Patent 0,685,012 - Means for Increasing the Intensity of Electrical Oscillations - 1900 March 21 - A method for producing a "great increase in the intensity and duration of the (electrical) oscillations excited in a freely-vibrating or resonating circuit by maintaining the same at a low temperature". Producing increase intensity and duration of electric oscillations; Combination of a circuit to possess freely-vibrating excitations and of means for artificially cooling the circuit to a low temperature; Low temperature resonating circuit; Uses of electrical impulse oscillations; A circuit upon which oscillations are impressed, and which is adapted to vibrate freely, in combination with a receptacle containing an artificial refrigerant in which the circuit is immersed; Low resistance oscillators in a series of transmitting and receiving circuits in a system for the transmission of energy.

U.S. Patent 0,685,953 - Apparatus for Utilizing Effects Transmitted from a Distance to a Receiving Device through Natural Media - 1899 June 24 - Heinriech Hertz methods cited; Induction method cited; Ground conduction method cited; Previous methods had limitations that result in great disadvantages for utilization; Wireless transmission developed by Tesla cited; Transmitting station coil arranged and excited to cause arbitrary or intermitted oscillation propagation to another remote point receiver station coil; Air is an excellent insulator; Air strata used for means of conduction for production of generating actions at a distance; Use of metallic conductor; Transmitting apparatus of signals or intelligence should produce effect as strong as possible; Charge a condenser or capacitor to utilize the potential energy.

U.S. Patent 0,685,954 - Method of Utilizing Effects Transmitted through Natural Media - 1899 August 1 -Utilizing effects or disturbances transmitted through the natural media, which consists on charging a storage device with energy from an independent source, controlling the charging of said device by the actions of the effects or disturbances (during succeeding intervals of time determined by means of such effects and disturbances corresponding in succession and duration of the effects and disturbances), and coincidentally using the stored energy for the operating a receiving device; Independent source may be at a distant transmitting electrical energy; Receiving device circuit discharges the accumulated stored energy (which may be potential energy) and causing variations in resistance in a circuit including an independent source of electricity and a storage device; Effecting the storage (such as, in a condenser) during any desired time interval and under control of such effects of disturbances; Accumulated energy may operate a transformer (by discharging through a primary circuit at predetermined times) which, from the secondary currents, operate the receiving device.

U.S. Patent 0,685,955 - Apparatus for Utilizing Effects Transmitted From A Distance To A Receiving Device Through Natural Media - 1899 June 24 - An apparatus for transmitting signals or intelligence through the natural media from a sending station to a distant point the combination of a generator or transmitter adapted to produce arbitrarily varied or intermitted electrical disturbances or effects in the natural media, and for utilizing electrical effects or disturbances transmitted through the natural media, the combination with a source of such effects of disturbances of a charging-circuit adapted to be energized by the action of such effects or disturbances, between which a difference of potential is created by such effects or disturbances, a storage device included in the charging-circuit and adapted to be charged thereby, a receiver, a means for commutating, directing, or selecting the current impulses in the charging circuit so as to render them suitable for charging the storage device, a device for closing the receiving-circuit, means for causing the receiver to be operated by the energy accumulated in the storage device at arbitrary intervals of time when connecting the receiving-circuit with the storage device for periods of time predetermined as to succession and duration, and means for discharging the storage device through the receiving-circuit at arbitrary intervals of time.

U.S. Patent 0,685,956 - Apparatus for Utilizing Effects Transmitted through Natural Media - 1899 August 1 - Related to his Magnifying Transmitter; Used as part of Tesla's Colorado Spring receivers that posed a distributed high-Q helical resonators, radio frequency feedback, crude heterodyne effects, and regeneration techniques; an apparatus for transmitting signals or intelligence through the natural media from a sending station to a distant point the combination of a generator or transmitter adapted to produce arbitrarily varied or intermitted electrical disturbances or effects in the natural media; combination of a source of electricity, a transformer, a device normally of high resistance but adapted to have its resistance reduced when acted upon by the effects or disturbances, with a receiving circuit connected with a condenser and a deceived adapted to open and close the receiving circuit at predetermined intervals of time.
US685957 : Utilization of Radiant Energy

U.S. Patent 0,685,957 - Apparatus for the Utilization of Radiant Energy - 1901 November 5 - 4 illustrations; Radiation charging and discharging conductors; Radiations considered vibrations of ether of small wavelengths and ionize the atmosphere; Radiant energy throws off with great velocity minute particles which are strongly electrified; Rays or radiation falling on insulated-conductor connected to a condenser (i.e., a capacitor), the condenser indefinitely charges electrically; Radiation (or radiant energy) include many different forms; Related to US577671; Transmitted or natural energy can be used; Photoelectric stepping alternating current motors.

U.S. Patent 0,685,958 - Method of Utilizing of Radiant Energy - 1901 November 5 - 2 illustrations; Ways of using radiation charging and discharging conductors; Rays or radiation falling on insulated-conductor connected to a condenser (i.e., a capacitor), the condenser indefinitely charges electrically; Radiation (or radiant energy) include many different forms; Related to US577671; Photoelectric stepping alternating current motors.

U.S. Patent 0,723,188 - Method of Signaling - 1900 July 16 - Elevated transmitter capacitance; Coil; Earth electrode; Signal generator; Partial basis of radio design.

U.S. Patent 0,725,605 - System of Signaling - 1900 July 16 - Elevated transmitter capacitance; Coil; Earth electrode; Signal generator; Apparatus of and method for electrical disturbance or impulses; Transmission of intelligent messages; Govern the movement of distant automata; Radio transmissions; Partial basis of radio design.

U.S. Patent 0,787,412 - Art of Transmitting Electrical Energy through the Natural Mediums - 1900 May 16 - Elevated transmitter capacitance; Coil; Earth electrode; Signal generator; Apparatus for generating and receiving electrical signals; Tuned resonant circuits; Physics of propagation; Non-Hertzian notes; Globe as conductor; Low frequency oscillations; Basis of radio.

U.S. Patent 1,061,142 - Fluid Propulsion - 1909 October 21 - Transmission and transformation of mechanical power through the agency of fluid; Propelled fluid moves in a natural path; Avoids losses; Easy; Simple.

U.S. Patent 1,061,206 - Turbine - 1909 October 21 - Improvements in rotary engines and turbines; Mechanical power based on the vehicle of fluid for power; Known as the Tesla turbine; Bladeless turbine design; Utilizes boundary layer effect; Fluid does not impact the blades as in a conventional turbine. Patents #101â€“#111

U.S. Patent 1,113,716 - Fountain - 1914 October 13 - Improvement in the construction of fountains and aquarium displays; Large mass of fluid in motion; Display of great power; Large displacement of fluid with little expense of energy.
Free terminal and circuit of large surface with supporting structure and generating apparatus

U.S. Patent 1,119,732 - Apparatus for Transmitting Electrical Energy - 1902 January 18 - High-voltage, air-core, self-regenerative resonant transformer; Oscillator for wireless transmission of electromagnetic energy; Tesla coil.

U.S. Patent 1,209,359 - Speed-Indicator - 1916 December 19 - Improvement that uses the adhesion and viscosity of a gaseous medium [preferably air] to measure speed [or measure the torque-transmission] between indicator and driver; Durable; Simple; Inexpensive; Reliable.

U.S. Patent 1,266,175 - Lightning-Protector - 1918 May 14 - Novel and advantageous construction of a protector in accord with the true character of the phenomena; Corrects Benjamin Franklin's hypothesis, and subsequent construction, for lightning protectors.

U.S. Patent 1,274,816 - Speed Indicator - 1918 August 6 - Speedometer that possesses the feature of: Linearly proportional torque readings; Strong low speed torsional effects; not affected by atmospheric density, temperature, nor magnetic influences; Rugged; Simple; Economical.

U.S. Patent 1,314,718 - Ship's Log - 1919 September 2 - Novel and advantageous construction of a ship's log; Instantaneous reading of knots or miles-per-hour.

U.S. Patent 1,329,559 - Valvular Conduit - 1920 February 3 - Improvement by means of a conduit or channel characterized by valvular action; Conduit has baffles, recesses, projections, enlargements, or buckets that channels the flow's movement one way more efficiently; Mechanical diode; One-way valve with no moving parts.

U.S. Patent 1,365,547 - Flow-Meter - 1921 January 11 - Related to the meter of measurement for velocity and quantity of fluid flow.

U.S. Patent 1,402,025 - Frequency-Meter - 1922 January 3 - Ascertain the periodic electric frequency and electric oscillation by the rotation or reciprocation of an electromechanical device.

U.S. Patent 1,655,113 - Method of Aerial Transportation - 1928 January 3 - VTOL aeroplane; Describes a method of achieved vertical take-off, transition to and from horizontal flight, and vertical landing, with a tilting rotor. Including transportation which consists in developing by the propelling device a vertical thrust in excess of the normal, causing thereby the machine to rise in an approximately vertical direction, tilting it and simultaneously increasing the power of the motor and thereby the propeller thrust, then gradually reducing the propeller thrust as forward speed is gained and the plane takes up the load, thus maintaining the lifting force sensibly constant during flight, tilting the machine back to its original position and at the same time increasing the power if the motor and thrust of the propeller and effecting a landing under the restraining action of the same.

U.S. Patent 1,655,114 - Apparatus for Aerial Transportation - 1928 January 3 - VTOL aircraft; Includes a correction.

Scris de **Razvan** Lun 06 Oct 2014, 22:27

Mamăăă, câte patente are! Da tare multe patente a mai fabricat la viaţa lui omuleţul ăsta! Se vede că a fost fierar de neamul lui.
Sâmbătă mă duc şi eu la obor să-mi cumpăr un patent din ăla Tesla, că am înţeles că-s tare rezistente!

P.S. Eugene tată, tu ai impresia că dacă scrii boldat e cineva mai atras de expunerile tale kilometrice?

Scris de **eugen** Lun 06 Oct 2014, 22:39

http://www.citatepedia.ro/index.php?p=3&q=tesla

Tot ce era grozav în trecut era ridiculizat, condamnat, combătut, suprimat - doar ca să iasă la iveală cu şi mai multă putere, şi cu atât mai mult victorios din luptă.
(Tesla)

Scris de **Razvan** Lun 06 Oct 2014, 22:47

"Dovada că există civilizaţii inteligente în univers e faptul că nu ne-au contactat"
Nicolae Teslă

Scris de **eugen** Lun 06 Oct 2014, 22:55

Din bezna mintii :

Razvan a scris:Poate nu ştiaţi, dar curentul cu care experimenta Tesla se mişca cu viteze superluminice

Scris de **Razvan** Lun 06 Oct 2014, 23:14

Mare grijă la citatele preluate de acolo:
"Atenţie! Textele redactate pe acest forum pot fi preluate şi republicate doar cu acceptul autorilor şi cu link la această adresă: http://cunoastere.wikiforum.ro/"

Dacă autorul este necunoscut, trebuie să dai măcar link la citatul respectiv! Wink

Scris de **eugen** Lun 06 Oct 2014, 23:24

Deci , Razvan, explica cum se poate deplasa un curent in metri pe secunda!

Tesla - Tesla, omul- munca, geniu, rezultate - Pagina 5 23mwx8m

Scris de **Razvan** Lun 06 Oct 2014, 23:29

Păi Teslă să-ţi explice, că ai citat din el! Eu doar comentasem ce citasei tu!

Scris de **eugen** Lun 06 Oct 2014, 23:47

Razvan, minti cu nerusinare !

Sa-ti aduc aminte:
Tu ai citat un ziarist:

HUGO GERNSBACK:

In his patent No. 787,412, filed May 16, 1900, Tesla showed that the current of his transmitter passed over the earth’s surface with a speed of 292,830 miles per second, while radio waves proceed with the velocity of light

Apoi ai reprodus mecanic:
http://blog.modernmechanix.com/faster-than-light/

Razvan a scris:Poate nu ştiaţi, dar curentul cu care experimenta Tesla se mişca cu viteze superluminice, în timp ce undele radio abia dacă se deplasau cu viteza luminii!

In his patent No. 787,412, filed May 16, 1900, Tesla showed that the current of his transmitter passed over the earth’s surface with a speed of 292,830 miles per second, while radio waves proceed with the velocity of light.

Eu am citat din Tesla, direct cuvintele lui Tesla, pe care tu si GERNSBACK le-ati distorsionat.
Tesla se refera la unda, nu la curent!

eugen a scris:Textul lui Tesla din patent se refera la unda, nu la curent

Patent 787412.

Scris de **Razvan** Mar 07 Oct 2014, 00:22

Eugen nene, eu când dau replica n-am nevoie de 5 zile de gândire, atâtea câte există între mesajul meu citat şi anteriorul de pe topic; respectiv mesajul meu e de pe data de 9 septembrie iar anteriorul abia pe data de 4; e clar că ceva lipseşte de acolo şi taman textul pe care eu l-am citat şi care probabil a fost introdus de tine, că eu nu sunt atât de disperat Teslac încât să-i caut prin manuscrie, în afară de cele care îmi sunt aduse la cunoştinţă.
Deci dacă cineva a adus pe forum un citat al unui ziarist oarecare (şi care acum culmea, a dispărut ca prin minune!!!), eu de acolo m-am inspirat. Dacă nu-ţi convine, aveţi grijă la ce postaţi de acum înainte.
Şi mai uşor cu ştersul mesajelor: tu sau Abel.

Şi până la urmă dacă GERNSBACK a distorsionat sensul celor spuse de Tesla, de ce te cerţi cu mine? Eu doar am citat dintr-un articol publicat pe forum (şi care culmea, acum nu mai există)!

Scris de Vizitator Mar 07 Oct 2014, 00:35

Curentatul s-a smecherit si sterge si el mesaje ?
Meei meei sa fie adevarat ce se scrie ?

PS
Acuma fara gluma ce drek aveti voi toti pseudostiintificii cu Tesla de il tot pupati in fund ?
Omul are realizari esecuri etc. Intra cel putin in top 100 dar nu inteleg ce gasiti voi pseudofilii ca aveti in comun cu el ?
Sau ce gasiti la el asa de interesant de va atrage pana la masturbare ? De ce nu va excitati selectiv,uni la Dirac altii la Schrodinger sau Einstein sau de ce nu unii la Edison ca doar nu degeaba v-a inventat bulectrica din casa ?
NU ? Toti gramada prost peste prost ! Toti la Tesla !

Scris de **eugen** Mar 07 Oct 2014, 00:52

Razvan, minti a doua oara.
Eu fac poze la postari.
Daca dispar, am arhiva mea.
Tu ai postat in 9 septembrie si eu raspund in 10 septembrie.
In foto apare linkul tau.
Era acolo in 9 cand l-am citit si e si acum.
N-o mai intoarce.
Cand mai citesti un articol, judeca-l cu capul tau!
Tesla - Tesla, omul- munca, geniu, rezultate - Pagina 5 2115laf

Tesla - Tesla, omul- munca, geniu, rezultate - Pagina 5 2115laf

Scris de **Pacalici** Mar 07 Oct 2014, 07:20

Nikola Tesla vs. Thomas Edison:

Scris de **Pacalici** Sam 11 Oct 2014, 13:32

Scris de **omuldinluna** Sam 11 Oct 2014, 18:58

Am atasat documentarul lui Pacalici la subiectul principal. Totodata, am mutat intreaga discutie la electromagnetism, deoarece mi se pare ca aici este locul potrivit pentru discutii legate de acest inventator extrem de important din domeniu.

Scris de **eugen** Dum 12 Oct 2014, 19:43

Filozofia vedica si Tesla

http://www.mountainman.com.au/aether_1.html

Nikola Tesla used ancient Sanskrit terminology in his descriptions of natural phenomena. As early as 1891 Tesla described the universe as a kinetic system filled with energy which could be harnessed at any location. His concepts during the following years were greatly influenced by the teachings of Swami Vivekananda. Swami Vivekananda was the first of a succession of eastern yogi's who brought Vedic philosophy and religion to the west. After meeting the Swami and after continued study of the Eastern view of the mechanisms driving the material world, Tesla began using the Sanskrit words Akasha, Prana, and the concept of a luminiferous ether to describe the source, existence and construction of matter. This paper will trace the development of Tesla's understanding of Vedic Science, his correspondence with Lord Kelvin concerning these matters, and the relation between Tesla and Walter Russell and other turn of the century scientists concerning advanced understanding of physics. Finally, after being obscured for many years, the author will give a description of what he believes is the the pre-requisite for the free energy systems envisioned by Tesla.

Nikola Tesla a folosit terminologia antica sanscrita in descrierile sale asupra fenomenelor naturale. Din 1891 Tesla a descris Universul ca un sistem cinetic plin cu energie care poate fi colectata la orice locatie. Conceptia lui a fost influentata mult de invataturile lui Swami Vivekananda. Acesta a fost primul succesor al unor yoghini orientali care a adus filozofia si religia orientala in vest.
Dupa intalnirea cu acesta si dupa studierea viziunii orientale asupra dinamicii lumii materiale, Tesla a inceput sa foloseasca termenii sanscriti Akasha , Prana, si conceptul eterului luminifer ca sa descrie sursa, existenta, si constructia materiei.
Intelegerea lui Tesla asupra stiintei vedice, corespondenta cu Lordul Kelvin, privind materia, relatia lui Tesla cu Walter Russell si altii, a contribuit la intelegerea avansata asupra fizicii, la sfarsitul secolului ( 19).
In final, dupa ce a fost obscurizat multi ani, autorul va da o descriere despre ce credea el ca premize pentru sisteme free-energy anticipate de Tesla.

Scris de **eugen** Mar 14 Oct 2014, 00:14

SCRISOAREA LUI ROENTGEN CATRE TESLA

Tesla on the discovery of the X-rays

The Electrical Review in 1896 published X-rays of a man, made by Tesla, with X-ray tubes of his own design. They appeared at the same time as when Roentgen announced his discovery of X-rays. Tesla never attempted to proclaim priority.

Tesla had originally noticed what he described as "a very special radiation" years earlier when working his "carbon-button" lamp. He produced pictures he called "shadowgraphs" and had performed numerous experiments with them up until the fire at his lab. Upon learning of Röntgen's discovery, Tesla wrote him and sent some of the pictures recovered from the fire. Röntgen replied and asked Tesla how he produced them.

Roentgen congratulated Tesla on his sophisticated X-ray pictures, and Tesla even wrote Roentgen's name on one of his films. He experimented with shadowgraphs similar to those that later were to be used by Wilhelm Rontgen when he discovered X-rays in 1895. Tesla's countless experiments included work on a carbon button lamp, on the power of electrical resonance, and on various types of lightning. Tesla invented the special vacuum tube which emitted light to be used in photography.

Shadowgraph of a human foot in a shoe.Tesla obtained the image in 1896 with x-rays generated by his own vacuum tube, similar to Lenard's tube, at a distance of 8 feet. (Courtesy of the Tesla Museum, Belgrade, Serbia; document no. MNT,VI/II, 122.)

Roentgen’s letter to Tesla dated July 20th, 1901. The letter reads, “Dear Sir! You have surprised me tremendously with the beautiful photographs of wonderful discharges and I tell you thank you very much for that. If only I knew how you make such things! With the expression of special respect I remain yours devoted, W. C. Roentgen.” (Courtesy of the Tesla Museum, Belgrade, Serbia; document no.

In the list of the Nikola Tesla's many inventions may be found a variety of novel electric lamps, all of which were designed to operate in conjunction with specially designed high frequency power supply units. Some of these lamps were the forerunners of our present day fluorescent tubes. In fact, not long ago a small Californian company announced the development of a high frequency electronically powered fluorescent bulb, dubbed the E-Lamp, which bears a striking resemblance to a bulb that Tesla designed and built nearly one hundred years ago. The principal upon which they both work is identical. Another type of lamp was essentially the same as the slender neon filled tubes that are now commonly bent into the shapes of letters and used in storefront advertising. A third type of electric lamp that Tesla designed, known as the incandescent carbon button lamp, was capable of producing light at high levels of efficiency. A variation on the design of this lamp is embodied in the popular Plasma Globe novelty item. Another lamp that he patented in 1891 under the name "Electric Incandescent Lamp" has recently been adopted by the United States Armed Forces as part of a portable high intensity lighting system. The lamp itself consists of a spark gap enclosed within a small gas filled glass bulb.

Tesla's study of high voltage, high frequency alternating currents lead to the development of a large variety of vacuum tubes, some of which had medical applications.

He developed techniques for the generation of X rays and for their use to photographically image living tissue. One of his tubes has even been recognized as a primitive forerunner of the modern day electron microscope.

Tesla's discoveries also form part of the foundation of the medical discipline known as Nuclear Magnetic Resonance Imaging. In fact, in 1960 the official standard unit of magnetic flux density was designated the "tesla" thus placing him among an exclusive group of outstanding world-class scientists such as Volta, Ampere, Faraday, Kelvin, Roentgen and Curie.

Tesla displayed drawings of some 120 vacuum tubes and bulbs from which hundreds of devices were produced to illustrate lecture on X-rays and high frequency apparatus at The New York Academy of Sciences on April 6, 1897 in his lecture "The Streams of Lenard and Roentgen and Novel Apparatus for Their Production". The lecture was published by Leland I. Anderson, Editor. (The master

Tesla's experimental station at Colorado Springs. Shown is an ante room off the main experimental area. An X-ray photographic cabinet can be seen on the table, and underneath the table an electric heater. It should be pointed out that this was the only source of heat in the cold winter days from October to January 1900 when Tesla returned to New York

His work with the single terminal incandescent lamp led him to investigate other phenomena associated with vacuum tubes including the generation and physical properties of X rays. Tesla was one of the first researchers to alert the scientific community to some of the biological hazards associated with X-ray exposure. Tesla's more advanced tubes differ from typical X-ray tubes in that they have no target electrode and produce X rays through vacuum high-field emission and a process known as Bremsstrahlung. His work in this area set the stage for the development of high-energy particle accelerators. [Nikola Tesla: Lecture Before The New York Academy of Sciences, April 6, 1897]

Tesla believed that everything we need to understand the universe is around us at all times, however in order to understand it real world devices had to be developed to augment our perception of existence. This line of thinking lead to Tesla laying the groundwork for modern X-rays. From Kirlian Photography to Wilhelm Rontgen’s discovery of the “X-ray”. Tesla began investigating X-rays using high voltages and tubes of his own design and worked with the output of a tesla coil.

Tesla’s invention however was too dangerous and the radiation emitted caused cancer and nearly blinded Edison and ultimately killed his assistant, causing him to later remark:

“Don't talk to me about X-rays. I am afraid of them. I stopped experimenting with them two years ago, when I came near to losing my eyesight and Dally, my assistant practically lost the use of both of his arms. I am afraid of radium and polonium too, and I don't want to monkey with them."

US787,412 - Art of Transmitting Electrical Energy Through the Natural Mediums - April 18, 1905

US685,957 - Apparatus for the Utilization of Radiant Energy - November 5, 1901

Tesla's X-Ray tube, part of his method for utilizing "radiant energy," which operated from the top of a Tesla coil, providing a means to charge the "elevated insulated body of capacitance" C, with armatures T-T'.

"Whenever the circuit is closed owing to the rotation of the terminal t', the stored energy is discharged"

Experiments on X-ray

The following list of quotes are related with Tesla's experiments on the production of X-rays.

Tesla’s Latest Results – He Now Produces Radiographs at a Distance of More Than Forty Feet - Electrical Review - March 18th, 1896:

"I am producing strong shadows at distances of 40 feet. I repeat, 40 feet and even more. Nor is this all. So strong are the actions on the film that provisions must be made to guard the plates in my photographic department, located on the floor above, a distance of fully 60 feet, from being spoiled by long exposure to the stray rays. Though during my investigations I have performed many experiments which seemed extraordinary, I am deeply astonished observing these unexpected manifestations, and still more so, as even now I see before me the possibility, not to say certitude, of augmenting the effects with my apparatus at least tenfold!"

"These effects upon the sensitive plate at so great a distance I attribute to the employment of a bulb with a single terminal, which permits the use of practically any desired potential and the attainment of extraordinary speeds of the projected particles. With such a bulb it is also evident that the action upon a fluorescent screen is proportionately greater than when the usual kind of tube is employed, and I have already observed enough to feel sure that great developments are to be looked for in this direction".

Prepared Statement of Tesla (For interview with press on 81st birthday observance)

There is one more discovery which I want to announce at this time, consisting of a new method and apparatus for the obtainment of vacua exceeding many times the highest heretofore realized. I think that as much as one-billionth of a micron can be attained. What may be accomplished by means of such vacua is a matter of conjecture, but it is obvious that they will make possible the production of much more intense effects in electron tubes. My ideas regarding the electron are at variance with those generally entertained. I hold that it is a relatively large body carrying a surface charge and not an elementary unit. When such an electron leaves an electrode of extremely high potential and in very high vacuum, it carries an electrostatic charge many times greater than the normal. This may astonish some of those who think that the particle has the same charge in the tube and outside of it in the air. A beautiful and instructive experiment has been contrived by me showing that such is not the case, for as soon as the particle gets out into the atmosphere it becomes a blazing star owing to the escape of the excess charge. The great quantity of electricity stored on the particle is responsible for the difficulties encountered in the operation of certain tubes and the rapid deterioration of the same.

A new Tesla coil for X-ray work

"New Tesla Coil For X-Ray Work" - Electrical review - July 22, 1896

A coil known as the modified Tesla coil has been placed upon themurkct by the L. E. Knott Apparatus Company, of 14 Ashburton Place, Boston, Mass. This coil contains many new features entirely different from anything before seen in the practical electrical Held. They have employed a new form of transformer, which lifts the current from 52 to about 35,000 volts. The principle of this transformer does not differ materially from that of the induction coil, except the ratio of the core to the primary and secondary is so adjusted that the principle of the regular alternating current transformer applies. Also, by a new method of insulation, the secondary coil is so wound that each layer is surrounded by au oil of high insulating properties. A new feature also has been introduced in the condenser since not only the transformer and oscillator, but also thc condenser itself, is immersed in oil. Great im- provement bas been made here in the condensing surface since the old method of using tinfoil has been discarded and and much more permanent copper plate substituted. By an arrangement of the primary of the transformer, also, either a 52 or 104- volt current can be used equally well. If the former, the machine will take six ainperes. If the latter, about three. When working on the number of watts here indicated, a steady discharge of something over eight inches is obtained. The frequency is so high that striking Tesla effects are also produced. Many of the experiments that are so ably discussed in Tesla’s little book can be shown with great satisfaction with the coil here described. It is not thought that the problem of running a high-frequency coil on a direct current has ever before been successfully solved. Wonderfully successful work. it is said, has been done by this coil so excited. The great improvement, however, on this coil is the mechanical spark gap which renders the discharge of the condenser absolutely uniform and the rapidity of the discharge under the control of the operator. As the manufacturers of these coils are in the physical and chemical apparatus business, and dealing with hospitals, it is but natural that they should endeavor to place a coil on the market which is especially adapted to this kind of work. We are pleased to know of their success and to know that the instruments have so far been developed that surgeons End them of great practical value.

Scris de **Scriabin** Mar 14 Oct 2014, 00:24

La acea vreme(1896!) , multiplicatoarele Marx nu puteau fi construite , pentru ca nu se inventasera inca tuburile electronice sau semiconductoarele. Bobina lui Tesla era singura care putea asigura tensiunea necesara accelerari electronilor in scopul produceri Razelor X.

Dar din dragostea de a culege potcoavele "cailor morti", postam "teslisme".

Scris de **eugen** Mar 14 Oct 2014, 00:43

Istoria ştiinţei arată că teoriile sunt perisabile. Cu fiecare nou adevăr care este revelat vom obţine o mai bună înţelegere a naturii şi a concepţiilor noastre despre natură.

Nikola Tesla

Scris de **Scriabin** Mar 14 Oct 2014, 00:50

Absolut corecta observatia!

Scris de **virgil_48** Mar 14 Oct 2014, 08:35

eugen a scris:Filozofia vedica si Tesla
http://www.mountainman.com.au/aether_1.html
In final, dupa ce a fost obscurizat multi ani, autorul va da o descriere despre ce credea el ca premize pentru sisteme free-energy anticipate de Tesla.

Te referi aici la mountainman?

Scris de **eugen** Mar 14 Oct 2014, 21:45

Virgil_48,
Am citat, nu sunt cuvintele mele.
Inteleg ca inainte de articolul propriuzis al lui Toby Grotz ( inginer, inventator, membru in Wireless Engineering, autor de carti de stiinta, etc) s-a facut o prezentare inainte, si acolo s-a scris ca Toby Grotz explica in viziunea lui despre Tesla- free energy.

Scris de **eugen** Lun 10 Noi 2014, 20:48

Tesla, la 75 de ani, articol in New York Times', 5 iulie 1931:

Tesla - Tesla, omul- munca, geniu, rezultate - Pagina 5 2n8oi79

Spicuiri din cuprins:

Sunt incredintat despre campul meu magnetic rotitor si despre motorul cu inductie, despre wireless, ca se vor aplica mult dupa mine...
Fara indoiala, ultimele mele descoperiri vor fi considerate cele mai importante...
Astept ca ele sa marcheze o directie speciala de pornire in stiinta, si largi dezvoltari...
Dar se vor dovedi de asemenea de mare importante practica...
Atat cat am reusit sa probez teoriile mele cu experimentele mele, masuratorile si calculele mele, bazate pe acestea, sunt incredintat ca se vor dovedi adevarate...

Scris de **eugen** Sam 22 Noi 2014, 21:33

THE TRUE WIRELESS

by Nikola Tesla
Electrical Experimenter, May 1919

http://milan.milanovic.org/math/srpski/tesla/tesla3.html

The Hertz wave theory of wireless transmission may be kept up for a while, but I do not hesitate to say that in a short time it will be recognized as one of the most remarkable and inexplicable aberrations of the scientific mind which has ever been recorded in history.

Scris de **Razvan** Sam 22 Noi 2014, 22:51

Da, da...! şi eu mă minunez cum de-mi merge router-ul wireless!!! Musai că tre' să fie ceva efect Tesla!

Scris de **eugen** Sam 22 Noi 2014, 22:59

Razvan!
Vezi ca ai RISC de cancer!
Am avut patru colegi de servici care au subestima din nestiinta sau inconstienta efectele frecventei inalte si au murit de cancer...
Tragic.

Scris de **Razvan** Sam 22 Noi 2014, 23:04

Mersi! Probabil că mai mult de la fumat decât de la router.
Oricum preventiv, voi încerca să nu mai fumez lângă router.

Scris de **eugen** Sam 22 Noi 2014, 23:24

Razvan,
Propun sa oprim bascalia aici.
Daca ai ceva serios de postat, ok, daca nu, hai sa nu mai poluam topicul.

Scris de **Razvan** Dum 23 Noi 2014, 02:04

Păi da, dacă vă spun ceva împotriva "credinţelor " voastre las impresia de băşcălie, nu-i aşa?
Oameni buni! Aveţi o vârstă! Nu mai puneţi botul la toate prostiile!!

Scris de **omuldinluna** Dum 23 Noi 2014, 10:30

Va rog sa nu ma obligati sa iau din nou masuri ferme. Daca opiniile voastre sunt complet divergente si nu exista sanse de conciliere, mai bine nu mai discutati pe acest subiect.

Scris de **eugen** Dum 23 Noi 2014, 12:31

Traducere , fragmente din
THE TRUE WIRELESS

by Nikola Tesla
Electrical Experimenter, May 1919

http://milan.milanovic.org/math/srpski/tesla/tesla3.html

Tesla - Tesla, omul- munca, geniu, rezultate - Pagina 5 Ipz8cj

Tesla - Tesla, omul- munca, geniu, rezultate - Pagina 5 Ipz8cj

I have overcome all obstacles which seemed in the beginning unsurmountable and found elegant solutions of all the problems which confronted me, yet, even at this very day, the majority of experts are still blind to the possibilities which are within easy attainment.

Am invins toate obstacolele care pareau insurmontabile la inceput si am gasit solutii elegante la toate problemele cu care m-am confruntat, si totusi majoritatea expertilor sunt inca orbi la posibilitatile usor de atins.

It will be of interest to compare my system as first described in a Belgian patent of 1897 with the Hertz-wave system of that period. The significant differences between them will be observed at a glance. The first enables us to transmit economically energy to any distance and is of inestimable value; the latter is capable of a radius of only a few miles and is worthless. In the first there are no spark-gaps and the actions are enormously magnified by resonance. In both transmitter and receiver the currents are transformed and rendered more effective and suitable for the operation of any desired device. Properly constructed, my system is safe against static and other interference and the amount of energy which may be transmitted is billions of times greater than with the Hertzian which has none of these virtues, has never been used successfully and of which no trace can be found at present.

Este interesant de comparat sistemul meu prima data descris in patentul Belgian din 1897 cu sistemul Hertz de la acea perioada...
Primul (Tesla) ne ajuta sa transmitem energie in mod economic la orice distanta si este de valoare inestimabila; al doilea (Hertz) este capabil pe o raza doar de cateva mile si este slab.
Primul (Tesla) nu este cu scanteie si actiunea este marita enorm prin rezonanta. Emitatorul si receptorul functioneaza mult mai efectiv...sistemul meu este sigur dpdv static si al interferentelor, iar energia care poate fi transmisa este de bilioane de ori mai mare decat sistemul Hertzian...

A well-advertised expert gave out a statement in 1899 that my apparatus did not work and that it would take 200 years before a message would be flashed across the Atlantic and even accepted stolidly my congratulations on a supposed great feat. But subsequent examination of the records showed that my devices were secretly used all the time and ever since I learned of this I have treated these Borgia-Medici methods with the contempt in which they are held by all fair-minded men

Un expert faimos a afirmat in 1899 ca aparatul meu nu va functiona si ca va lua 200 de ani pana cand un mesaj va fi trimis peste Atlantic ...dar examinari atente ale probelor arata ca dispozitivele mele erau in secret folosite tot timpul si am tratat aceste metode tip Borgia-Medici cu dispretul unui om normal...

At great distance the space waves and the current waves are of equal energy, the former being merely an accompanying manifestation of the latter in accordance with the fundamental teachings of Maxwell.

La mare distanta undele spatiale si undele de curent sunt de energii egale, prima fiind pur si simplu o manifestare insotitoare a celei de a doua, in acord cu invataturile fundamentale ale lui Maxwell.

The Hertz wave theory of wireless transmission may be kept up for a while, but I do not hesitate to say that in a short time it will be recognized as one of the most remarkable and inexplicable aberrations of the scientific mind which has ever been recorded in history.

Teoria Hertz a undelor in transmisia fara fir poate fi mentinuta pentru un timp, dar nu ezit sa spun ca in scurt timp va fi recunoscuta ca una din cele mai remarcabile si inexplicabile aberatii ale unei minti stiintifice inregistrata in istorie.[/i]

PS:
De ani de zile imi vad de treaba pe acest form, incercand sa construiesc cat mai mult.
Argumente de gen Razvan : " Nu mai puneti botul la toate prostiile" le consider arogante copilaresti care nu ma vor opri din ceea ce mi-am propus.

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