Vacuum diode self-excitation electromagnetic field hot channel generation tube
A heat pipe and electromagnetic field technology, applied in the direction of vacuum tube shell/container/shield, single discharge channel tube, tube without control device, etc., can solve the problem of no heat energy utilization, etc., and achieve simple structure and easy operation Effect
Inactive Publication Date: 2018-01-05
金耀
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Problems solved by technology
The cost of these protective layers is not small, and it only reduces the loss of heat energy during the transportation process, but never considers the use of this lost heat energy.
Method used
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Embodiment
[0023] Embodiment: follow instructions Attached To further illustrate the present invention.
[0024] picture 1 It is the stereoscopic view of the overall appearance of the power generating tube of the present invention picture . Seen from the outside, the generator tube 1 is an oblong tube made of high-temperature-resistant plastic, and a metal tube 2 of the same length is embedded as the cathode. The length of this pipe can be long or short, and it is generally more suitable to use long 1 meter for the convenience of the process, and several identical power generation pipes can be connected when a very long pipeline is needed. This power generation tube is set outside the original heat transfer pipe, and the original heat transfer pipe should remove the insulation layer. The inner and outer diameters of the power generation pipe should be selected and determined according to the outer diameter of the original heat transfer pipe after the insulation layer is removed. ...
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The present invention provides a vacuum diode self-excitation electromagnetic field hot channel generation tube. The vacuum diode self-excitation electromagnetic field hot channel generation tube is characterized in that: a housing through casting and formed by a plurality of U-shaped grooves is internally provided with a metal cylinder capable of emitting hot electrons as a cathode, a cylinder issleeved on an original hot channel; an arc-shaped metal sheet is vertically embedded at the bottom of the internal portion of each U-shaped groove as an anode, and a plurality of small rectangular metal sheets are transversely inserted in the middle portion of each U-shaped groove and taken as electron collection plates. A pair of stripe-shaped magnets with trapezoid cross sections are arranged at two sides of external portion of each U-shaped groove and are configured to fill side surfaces of each U-shaped groove, and a lug arranged at the middle portion of each magnet is inserted into a rectangular coil. All the anode plates and the electron collection plates are connected together through adoption of metal leads at one end of a channel and then are connected with the cathode and all the coils through leads into a controller arranged at the middle portion of the external portion of the channel, the cathode emits hot electrons which is collected by the electron collection plates andsent into the controller, a lot of electrons generate alternating current through an inversion circuit for output, a small part of the electrons are converted to current required by the coils to generate a magnetic field, and another small part of the electrons are fed into a high-voltage packet to generate high voltage required by the anodes. All the U-shaped grooves are evacuated.
Description
Technical field: [0001] The invention relates to a new proposal of using the principle of vacuum diode to generate electricity, utilizing the heat energy dissipated by the heat pipe during the heat transfer process, and converting it into electric energy. Background technique: [0002] Existing various types of heat transfer pipelines have a variety of transport media and different uses. But one thing is the same: that is, in the process of transportation, the surface of the pipeline must radiate heat energy outward. In order to reduce the loss of heat energy as much as possible, these pipes that transport heat energy will be equipped with various outer protective layers. The cost of these protective layers is not small, and it only reduces the loss of heat energy in the transportation process, but never considers the utilization of this lost heat energy. Invention content: [0003] The starting point of the present invention is: since it is unavoidable to dissipate heat...
Claims
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IPC IPC(8): H01J19/42H01J19/54H01J21/04
Inventor 金耀
Owner 金耀