A superconducting array ion instrument

Abstract

A superconducting array ion instrument, the invention relates to the technical field of ion generators; a treatment head inner cover is embedded inside the treatment head body, a sapphire lens and a conductive head are embedded in the treatment head inner cover from left to right in sequence, the right end of the conductive head is inserted and fixed in a fixing plate, the fixing plate is embedded and fixed in the right side of the treatment head inner cover, the left end of the conductive needle is inserted in the fixing plate and is contacted with the right side wall of the conductive head, the right end of the conductive needle is inserted in the fixing plate and is arranged in contact with the right side wall of the conductive head, the right end of the conductive needle is inserted in a circuit board, a treatment head cover is arranged on the right side of the circuit board, and the positioning column on the left side of the lower part of the treatment head cover passes through the arc groove at the bottom of the circuit board, and is plugged and fixed with the positioning sleeve at the bottom of the treatment head inner cover. Diseases are treated directly through the photoelectric effect, and the effect of beauty and skin care can be achieved after reasonable discharge treatment; it is effective for acne treatment, skin sterilization, scar inhibition and wound healing.

Description

Technical Field

[0001] The invention relates to the technical field of ion generators, and in particular to a superconducting array ion instrument. Background Art

[0002] An ion generator uses a high-voltage transformer to boost the power frequency voltage to the required voltage to generate negative ions, which are released into the surrounding air to purify the air and improve people's living environment. This kind of equipment that artificially generates negative air ions is called an air negative ion generator or a negative ion generator, or ion generator for short.

[0003] The electrodes of traditional ion products are made of common conductor materials (copper, iron or aluminum), and the medium is an inert gas sealed in a glass tube. Their functions are mainly hair growth and skin rejuvenation, but they do not have a good therapeutic effect on acne treatment, skin sterilization, scar inhibition and wound healing, and need to be improved urgently. Summary of the invention

[0004] The purpose of the present invention is to provide a superconducting array ion instrument with simple structure, reasonable design and easy use in view of the defects and shortcomings of the prior art, which can directly treat diseases through the photoelectric effect and achieve cosmetic effects after reasonable discharge treatment; it is effective for acne treatment, skin sterilization, scar inhibition and wound healing.

[0005] To achieve the above-mentioned purpose, the technical solution adopted by the present invention is as follows: it comprises a trolley host, a handle and a treatment head; the interior of the trolley host is provided with an ambient air jet device, a helium-argon throttling device, a power module and a host control mainboard; the host control mainboard is connected to the power module, the ambient air jet device and the helium-argon throttling device, the power module is connected to the ambient air jet device, the helium-argon throttling device and the handle, and the handle is connected to the treatment head; wherein, the treatment head comprises a treatment head body, a sapphire lens, a conductive head, an inner cover of the treatment head, a fixing sheet, a conductive needle, a circuit board, and a treatment head cover; the handle comprises a lower cover, a surface cover, a transparent mirror, a display screen, a display screen bracket, a transformer, wires, buttons, a copper sheet, a connection fixing cover, a connection PCB, a high voltage Spring pin, data spring pin, handle connector cover, snap spring, snap, main PCB board; a treatment head inner cover is embedded inside the treatment head body, a sapphire lens and a conductive head are embedded in the treatment head inner cover from left to right, the right end of the conductive head is inserted and fixed in the fixing plate, the fixing plate is embedded and fixed in the right side of the treatment head inner cover, the left end of the conductive pin is inserted in the fixing plate and is in contact with the right side wall of the conductive head, the right end of the conductive pin is penetrated on the circuit board, a treatment head cover is provided on the right side of the circuit board, and the positioning column on the left side of the lower part of the treatment head cover passes through the arc groove at the bottom of the circuit board, and is plugged and fixed with the positioning sleeve at the bottom of the treatment head inner cover, and at the same time, the docking plate on the left side of the treatment head cover is inserted in the strip groove at the bottom of the circuit board; the right side of the treatment head cover is provided The handle connector cover, and the positioning column at the lower part of the handle connector cover is inserted into the positioning column on the left side of the lower part of the treatment head cover, and the front and rear clamping ends of the right side wall of the treatment head cover pass through the front and rear grooves on the handle connector cover and are exposed on the right side of the handle connector cover; the inner end of the buckle passes through the openings of the front and rear walls of the left end of the face cover and is clamped with the clamping end of the right side wall of the treatment head cover, and a buckle spring is embedded between the clamping hooks of the two; the data spring pin is inserted into the strip groove at the lower part of the handle connector cover, and the left end of the data spring pin is inserted into the docking plate on the left side of the treatment head cover; the high-voltage spring pin is inserted and fixed in the strip groove on the upper part of the handle connector cover, and its left end passes through the strip groove on the upper part of the treatment head cover and is contacted with the right side of the circuit board; the handle connector cover The docking plate on the upper right side of the connector cover is inserted into the strip groove on the upper part of the connection PCB; the right ends of the high-voltage spring pin and the data spring pin are both arranged in contact with the left side of the connection PCB, and the connection PCB is fixed to the upper left end of the main PCB board by a card connection, and the main PCB board is fixed in the lower cover; the transformer is fixed to the main PCB board, and its output end is connected to the right side wall of the connection PCB, and the input end of the transformer is connected to the wire, and the wire passes through the lower cover and the opening at the right end of the face cover, and is connected to the power module in the trolley host; the face cover card is fixed to the upper part of the lower cover; the display screen bracket is fixed in the face cover, and the upper part of the display screen bracket is fixed with a display screen, and the display screen is exposed in the rectangular opening on the upper surface of the face cover, and a transparent mirror is embedded and fixed in the rectangular opening;The connection and fixing cover is fixed in the left section inside the face cover, the copper sheet is fixed in the connection and fixing cover, the button is movably embedded in the button opening on the upper side of the left section of the face cover, and the lower end of the button is in contact with the button contact point on the upper surface of the main PCB board through the copper sheet; the treatment head is fixed to the left end of the handle by a buckle. ;

[0006] Furthermore, the lower part of the lower cover is wrapped and clamped with a lower cover rubber anti-slip sheet.

[0007] Furthermore, the upper part of the surface cover is wrapped and clamped with an upper cover rubber anti-slip sheet.

[0008] Furthermore, the left ends of the lower cover and the top cover are provided with a power indicator light, which is connected to the main PCB board.

[0009] The working principle of the present invention is as follows: the host control mainboard sends out instructions, the power module starts to output to the handle, and at the same time the host control mainboard turns on the ambient air jet device or the helium-argon throttling device, and the ambient air jet device or the helium-argon throttling device is transported to the treatment head through the trachea; the transformer in the handle adjusts the frequency to 10,000 Hz to 50 MHz, and the voltage to 500 to 20,000 volts, which is transmitted to the circuit board in the treatment head through the connecting PCB and the main PCB board, and then transmitted to the conductive needle by the circuit board, and then transmitted to the conductive head by the conductive needle. The conductive head is a superconductor with a resistance close to zero or a metal body with a very small resistance. The conductive head is covered with uniform array convex points, and the array convex points directly contact an insulating object (sapphire lens), and the treatment head is powered on. Finally, the conductive head is blocked by an insulating object (sapphire lens), and a uniform plasma surface is generated on the other side of the insulator (sapphire lens). At the same time, the ambient air jet device or the helium-argon throttling device sprays helium or argon on the ionized surface, generating various photoelectric effects with different medical effects, including thermal effects, visible light, ultraviolet light, charged particles, free radicals, chemical products and electromagnetic fields; these photoelectric effects can destroy the molecular structure of bacteria and kill germs and bacteria; they have a promoting effect on human cells and can promote regeneration; in terms of beauty, they can temporarily destroy cell adhesion molecules and greatly increase skin absorption rate, balance cell membrane potential and tighten aging skin, stimulate water molecule circulation and increase heat and friction, and stimulate collagen and fiber regeneration.

[0010] After adopting the above structure, the beneficial effects of the present invention are as follows: the superconducting array ion instrument described in the present invention directly treats diseases through the photoelectric effect, and can achieve the effects of beauty and skin care after reasonable discharge treatment; it is effective for acne treatment, skin sterilization, scar inhibition and wound healing. The present invention has the advantages of simple structure, reasonable setting, low production cost, etc. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative labor.

[0012] Figure 1 It is a structural schematic diagram of the present invention.

[0013] Figure 2 It is a structural exploded view of the handle and the treatment head in the present invention.

[0014] Figure 3 It is a schematic structural diagram of the conductive head in the present invention.

[0015] Description of reference numerals:

[0016] Trolley host 1, ambient air jet device 1-1, helium and argon throttling device 1-2, power module 1-3, host control main board 1-4, handle 2, lower cover 2-1, surface cover 2-2, transparent mirror 2-3, display screen 2-4, display screen bracket 2-5, transformer 2-6, wire 2-7, button 2-8, copper sheet 2-9, connection fixing cover 2-10, connection PCB 2-11, high-voltage spring pin 2-12, data spring pin 2-13, handle connector cover 2-14, snap spring 2-15, snap 2-16, main PCB board 2-17, lower cover rubber anti-slip sheet 2-18, upper cover rubber anti-slip sheet 2-19, power indicator light 2-20, treatment head 3, treatment head body 3-1, sapphire lens 3-2, conductive head 3-3, treatment head inner cover 3-4, fixing sheet 3-5, conductive needle 3-6, circuit board 3-7, treatment head cover 3-8. DETAILED DESCRIPTION

[0017] The present invention will be further described below in conjunction with the accompanying drawings.

[0018] See Figure 1-Figure 3As shown, the technical solution adopted in this specific embodiment is: it comprises a trolley host 1, a handle 2 and a treatment head 3; the interior of the trolley host 1 is provided with an ambient air jet device 1-1, a helium and argon throttling device 1-2, a power module 1-3 and a host control mainboard 1-4; the host control mainboard 1-4 is connected to the power module 1-3, the ambient air jet device 1-1 and the helium and argon throttling device 1-2, and the power module 1-3 is connected to the ambient air jet device 1-1, the helium and argon throttling device 1-2 and the handle 2 The handle 2 is connected to the treatment head 3; wherein the treatment head 3 comprises a treatment head body 3-1, a sapphire lens 3-2, a conductive head 3-3, an inner cover 3-4 of the treatment head, a fixing plate 3-5, a conductive needle 3-6, a circuit board 3-7, and a treatment head cover 3-8; the handle 2 comprises a lower cover 2-1, a surface cover 2-2, a transparent mirror 2-3, a display screen 2-4, a display screen bracket 2-5, a transformer 2-6, a wire 2-7, a button 2-8, a copper sheet 2-9, a connection fixing cover 2-10, and a connection PCB 2-11, high-voltage spring pin 2-12, data spring pin 2-13, handle connector cover 2-14, buckle spring 2-15, buckle 2-16, main PCB board 2-17; the treatment head body 3-1 is embedded with a treatment head inner cover 3-4, and the treatment head inner cover 3-4 is embedded with a sapphire lens 3-2 and a conductive head 3-3 from left to right, and the right end of the conductive head 3-3 is inserted and fixed in the fixing plate 3-5, and the fixing plate 3-5 is embedded and fixed in the treatment head inner cover 3-4. In the right side, the left end of the conductive needle 3-6 is inserted into the fixing plate 3-5 and is in contact with the right side wall of the conductive head 3-3. The right end of the conductive needle 3-6 is inserted into the circuit board 3-7. A treatment head cover 3-8 is provided on the right side of the circuit board 3-7. The positioning column on the left side of the lower part of the treatment head cover 3-8 passes through the arc groove at the bottom of the circuit board 3-7 and is plugged and fixed with the positioning sleeve at the bottom of the treatment head inner cover 3-4. At the same time, the docking plate on the left side of the treatment head cover 3-8 is inserted into the strip at the bottom of the circuit board 3-7. The right side of the treatment head cover 3-8 is provided with a handle connector cover 2-14, and the positioning column at the lower part of the handle connector cover 2-14 is inserted into the positioning column at the left side of the lower part of the treatment head cover 3-8. The front and rear snap-in ends of the right side wall of the treatment head cover 3-8 pass through the slots on the front and rear sides of the handle connector cover 2-14 and are exposed on the right side of the handle connector cover 2-14; the inner end of the snap 2-16 passes through the openings on the front and rear walls of the left end of the face cover 2-2 and is connected to the right side of the treatment head cover 3-8. The clamping end of the wall is clamped, and a buckle spring 2-15 is embedded between the clamping hooks of the two; the data spring pin 2-13 is inserted in the strip groove at the lower part of the handle connector cover 2-14, and the left end of the data spring pin 2-13 is inserted in the docking plate on the left side of the treatment head cover 3-8; the high-voltage spring pin 2-12 is inserted and fixed in the strip groove at the upper part of the handle connector cover 2-14, and its left end passes through the strip groove at the upper part of the treatment head cover 3-8 and is contacted with the right side surface of the circuit board 3-7;The docking plate on the upper right side of the handle connector cover 2-14 is inserted into the strip groove on the upper part of the connection PCB 2-11; the right ends of the high-voltage spring pin 2-12 and the data spring pin 2-13 are both in contact with the left side of the connection PCB 2-11, and the connection PCB 2-11 is snap-fitted and fixed to the upper left end of the main PCB board 2-17, and the main PCB board 2-17 is fixed in the lower cover 2-1; the transformer 2-6 is fixed on the main PCB board 2-17, and its output end is connected to the connection PCB The right side wall of the transformer 2-11 is connected, the input end of the transformer 2-6 is connected to the wire 2-7, and the wire 2-7 passes through the openings at the right end of the lower cover 2-1 and the front cover 2-2, and is connected to the power module 1-3 in the trolley host 1; the front cover 2-2 is fixed to the upper part of the lower cover 2-1; the display screen bracket 2-5 is fixed in the front cover 2-2, and the upper part of the display screen bracket 2-5 is fixed with the display screen 2-4, and the display screen 2-4 is exposed in the rectangular opening on the upper surface of the front cover 2-2 In the rectangular opening, a transparent mirror 2-3 is embedded and fixed; the connection fixing cover 2-10 is fixed in the left section inside the face cover 2-2, the copper sheet 2-9 is fixed in the connection fixing cover 2-10, the button 2-8 is movably embedded in the button opening on the upper side of the left section of the face cover 2-2, and the lower end of the button 2-8 is in contact with the button contact point on the upper surface of the main PCB board 2-17 through the copper sheet 2-9; the treatment head 3 is fixed to the left end of the handle 2 by the buckle 2-16. ;

[0019] Furthermore, the lower part of the lower cover 2-1 is wrapped and clamped with a lower cover rubber anti-slip sheet 2-18.

[0020] Furthermore, the upper part of the surface cover 2-2 is wrapped and clamped with an upper cover rubber anti-slip sheet 2-19.

[0021] Furthermore, the left ends of the lower cover 2-1 and the surface cover 2-2 are provided with a power indicator light 2-20, and the power indicator light 2-20 is connected to the main PCB board 2-17.

[0022] The working principle of this specific implementation method is as follows: the host control mainboard 1-4 issues an instruction, the power module 1-3 starts to output to the handle 2, and at the same time the host control mainboard 1-4 turns on the ambient air jet device 1-1 or the helium-argon throttling device 1-2, and the ambient air jet device 1-1 or the helium-argon throttling device 1-2 is transported to the treatment head 3 through the trachea; the transformer 2-6 in the handle 2 adjusts the frequency to 10,000 Hz to 50 MHz, and the voltage to 500 to 20,000 volts, and connects to the PCB 2-11, the main PCB board 2-17 conducts electricity to the circuit board 3-7 in the treatment head 3, and the circuit board 3-7 conducts electricity to the conductive needle 3-6, and the conductive needle 3-6 conducts electricity to the conductive head 3-3, which is a superconductor with a resistance close to zero or a metal body with a very small resistance. The conductive head 3-3 is covered with uniform array bumps, and the array bumps directly contact an insulating object (sapphire lens 3-2). After the treatment head 3 is energized, the conductive head 3-3 is blocked by the insulating object (sapphire lens 3-2), and a uniform plasma surface is generated on the other side of the insulator (sapphire lens 3-2), and the surrounding The ambient air jet device 1-1 or the helium-argon throttling device 1-2 sprays helium or argon onto the ionized surface to produce various photoelectric effects with different medical effects, including thermal effects, visible light, ultraviolet light, charged particles, free radicals, chemical products and electromagnetic fields; these photoelectric effects can destroy the molecular structure of bacteria and kill germs and bacteria; they have a promoting effect on human cells and can promote regeneration; in terms of beauty, they can temporarily destroy cell adhesion molecules and greatly increase skin absorption rate, balance cell membrane potential and tighten aging skin, stimulate water molecule circulation and increase heat and friction, and stimulate collagen and fiber regeneration.

[0023] After adopting the above structure, the present invention has the advantages of simple structure, reasonable arrangement, low manufacturing cost, etc.

[0024] The above description is only used to illustrate the technical solution of the present invention rather than to limit it. Other modifications or equivalent substitutions made to the technical solution of the present invention by ordinary technicians in this field should be included in the scope of the claims of the present invention as long as they do not depart from the spirit and scope of the technical solution of the present invention.

Claims

1. A superconducting array ion instrument, characterized in that: It comprises a trolley mainframe (1), a handle (2) and a treatment head (3); the interior of the trolley mainframe (1) is provided with an ambient air jet device (1-1), a helium and argon throttling device (1-2), a power module (1-3) and a mainframe control mainboard (1-4); the mainframe control mainboard (1-4) is connected to the power module (1-3), the ambient air jet device (1-1) and the helium and argon throttling device (1-2); the power module (1-3) is connected to the ambient air jet device (1-1), the helium and argon throttling device (1-2) and the handle (2); the handle (2) is connected to the treatment head (3); The treatment head (3) comprises a treatment head body (3-1), a sapphire lens (3-2), a conductive head (3-3), an inner cover of the treatment head (3-4), a fixing plate (3-5), a conductive needle (3-6), a circuit board (3-7), and a treatment head cover (3-8); the handle (2) comprises a lower cover (2-1), a surface cover (2-2), a transparent mirror (2-3), a display screen (2-4), a display screen bracket (2-5), a transformer (2-6), wires (2-7), a button (2-8), a copper sheet (2-9), a connection fixing cover (2-10), a connection PCB (2-11), a high-voltage spring needle (2-12), a data spring needle (2-13), a handle connection head cover (2-14), a snap spring (2-15), and a plurality of other components. 15), buckle (2-16), main PCB board (2-17); the treatment head body (3-1) is embedded with a treatment head inner cover (3-4), the treatment head inner cover (3-4) is embedded with a sapphire lens (3-2) and a conductive head (3-3) from left to right, the right end of the conductive head (3-3) is inserted and fixed in the fixing plate (3-5), the fixing plate (3-5) is embedded and fixed in the right side of the treatment head inner cover (3-4), the left end of the conductive needle (3-6) is inserted in the fixing plate (3-5) and is in contact with the right side wall of the conductive head (3-3), the right end of the conductive needle (3-6) is inserted into the circuit board (3-7), the circuit board (3-7) is provided with a treatment head cover (3-8), and the treatment head cover The positioning column on the left side of the lower part (3-8) passes through the arc groove at the bottom of the circuit board (3-7) and is plugged and fixed with the positioning sleeve at the bottom of the treatment head inner cover (3-4). At the same time, the docking plate on the left side of the treatment head cover (3-8) is inserted into the strip groove at the bottom of the circuit board (3-7); the right side of the treatment head cover (3-8) is provided with a handle connector cover (2-14), and the positioning column at the lower part of the handle connector cover (2-14) is inserted into the positioning column on the left side of the lower part of the treatment head cover (3-8). The front and rear clamping ends of the right side wall of the treatment head cover (3-8) pass through the front and rear grooves of the handle connector cover (2-14) and are exposed on the right side of the handle connector cover (2-14); the inner end of the buckle (2-16) passes through the surface cover (2-2) After the openings of the front and rear walls at the left end, they are clamped with the clamping end of the right side wall of the treatment head cover (3-8), and a buckle spring (2-15) is embedded between the clamping hooks of the two; the data spring pin (2-13) is inserted into the strip groove at the lower part of the handle connection head cover (2-14), and the left end of the data spring pin (2-13) is inserted into the docking plate on the left side of the treatment head cover (3-8); the high-voltage spring pin (2-12) is inserted and fixed in the strip groove at the upper part of the handle connection head cover (2-14), and its left end passes through the strip groove at the upper part of the treatment head cover (3-8) and is contacted with the right side surface of the circuit board (3-7); the docking plate at the upper right part of the handle connection head cover (2-14) is inserted into the strip groove at the upper part of the connection PCB (2-11);The right ends of the high-voltage spring pin (2-12) and the data spring pin (2-13) are both arranged in contact with the left side of the connection PCB (2-11); the connection PCB (2-11) is fixedly connected to the upper left end of the main PCB (2-17); the main PCB (2-17) is fixed in the lower cover (2-1); the transformer (2-6) is fixed to the main PCB (2-17), and its output end is connected to the right side wall of the connection PCB (2-11); the input end of the transformer (2-6) is connected to the wire (2-7); the wire (2-7) passes through the lower cover (2-1) and the opening at the right end of the surface cover (2-2), and is connected to the power module (1-3) in the trolley host (1); the surface cover (2-2) is fixedly connected to the upper part of the lower cover (2-1); The display screen bracket (2-5) is fixed in the face cover (2-2), and a display screen (2-4) is fixed on the upper part of the display screen bracket (2-5), and the display screen (2-4) is exposed in a rectangular opening on the upper surface of the face cover (2-2), and a transparent mirror (2-3) is embedded and fixed in the rectangular opening; the connection and fixing cover (2-10) is fixed in the left section inside the face cover (2-2), the copper sheet (2-9) is fixed in the connection and fixing cover (2-10), the button (2-8) is movably embedded in the button opening on the upper side of the left section of the face cover (2-2), and the lower end of the button (2-8) is contacted with a button contact point on the upper surface of the main PCB board (2-17) through the copper sheet (2-9); the treatment head (3) is fixed to the left end of the handle (2) by a buckle (2-16); The lower part of the lower cover (2-1) is wrapped and clamped with a lower cover rubber anti-slip sheet (2-18). The upper part of the surface cover (2-2) is covered and clamped with an upper cover rubber anti-slip sheet (2-19). The left ends of the lower cover (2-1) and the surface cover (2-2) are provided with a power indicator light (2-20), and the power indicator light (2-20) is connected to the main PCB board (2-17).

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