Gas discharge type heating module and device thereof
A heating module and gas discharge technology, applied in the direction of electric heating devices, heating through discharge, electrical components, etc., can solve the problems of increased failure rate, large power consumption, high current, etc., and reduce the failure rate, cost, and power consumption small effect
Inactive Publication Date: 2010-07-21
GUANSHENG GREEN ENERGY TECH
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Problems solved by technology
[0007] However, although the halogen lamp heating device described above has the advantages of fast heating speed and wide irradiation range, it consumes a lot of power because of its low impedance and high current characteristics, which is not in line with the benefits of power saving.
In particular, it is necessary to use a high current load. Although the halogen lamp is filled with an inert gas of halogen elements, it still has the disadvantage of being burned due to the overload of the heating wire. Relatively, the failure rate will increase and its cost will increase.
[0008] Furthermore, the halogen lamp heating device is a heating device that emits light and generates heat. In addition to the heat energy generated by infrared rays and far infrared rays (electromagnetic radiation heat), it also generates visible light and ultraviolet bands to radiate energy, but visible light and ultraviolet rays The energy produced cannot be converted into heat source for utilization
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[0059] see also figure 2 and image 3 as shown, figure 2 A system block diagram of the present invention is shown. image 3 It is a sectional view showing the gas discharge heating module of the present invention. The gas discharge heating module 200 of the present invention includes a gas discharge heating unit 2 and a driving module 3 . The gas discharge heating unit 2 includes an encapsulation structure 21, the encapsulation structure 21 has an inner space 211, an electrode 22a and an electrode 22b are respectively arranged on both sides of the inner space 211 of the encapsulation structure 21, the electrode 22a and the electrode 22b There is a predetermined discharge gap D between them, and the electrodes 22a, 22b are respectively connected to an external lead 24a, 24b through a metal thin conductor 23a, 23b made of molybdenum, and the encapsulation structure 21 is sealed respectively by a sealing member 25a, 25b its two ends.
[0060] Such as image 3As shown, the...
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The invention discloses a gas discharge type heating module, which comprises a gas discharge type heating unit and a driving module. The gas discharge type heating unit comprises an encapsulating structure and a pair of electrodes arranged in the encapsulating structure, and an inert gas and a dielectric substance are filled in the encapsulating structure. When the driving module applies a working voltage and a working frequency to the pair of the electrodes in the encapsulating structure of the gas discharge type heating unit, the dielectric substance in the encapsulating structure of the gas discharge type heating unit can be ionized and radiates heat energy with a special wavelength which is defined in a spectral range of one of an infrared wave band and a far infrared wave band.
Description
technical field [0001] The invention relates to the design of a heating module and its device, in particular to a gas discharge heating module and its device. Background technique [0002] Traditional electric heating devices generate thermal energy (P=I2×R) through electric current flowing through its resistance, and the energy forms it generates include infrared rays and far infrared rays in addition to visible light. For example: ceramic heating element heating device, in which the ceramic heating element element is a heating element made by sintering the electric heating element and ceramics at high temperature and fixing them together. The resistance is adjusted according to the temperature of the body, so as to keep the temperature constant at the set value. . [0003] The principle of the carbon lamp heating device is to emit radiant heat from the carbon lamp tube, and then reflect it through the metal plate on the back to release high temperature. [0004] Halogen ...
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Inventor 张舜宗
Owner GUANSHENG GREEN ENERGY TECH