CN217526120U

CN217526120U - Carbon rod combustion chamber assembly of carbon ray instrument

Info

Publication number: CN217526120U
Application number: CN202220849500.2U
Authority: CN
Inventors: 余品胜
Original assignee: Dafeng Feifan Technology Co ltd
Current assignee: Dafeng Feifan Technology Co ltd
Priority date: 2022-04-13
Filing date: 2022-04-13
Publication date: 2022-10-04
Anticipated expiration: 2032-04-13

Abstract

The utility model discloses a carbon rod combustion chamber assembly of a carbon ray instrument, which comprises a reflective cavity with an open front part and a reflective cavity fixing support positioned at the back of the reflective cavity, wherein the reflective cavity fixing support is provided with a carbon rod spacing adjusting component and a carbon rod adjusting and supporting component, and the front ends of the carbon rod spacing adjusting component and the carbon rod adjusting and supporting component respectively penetrate into the reflective cavity from the back; the openings on the left side and the right side of the light reflecting cavity are respectively and horizontally provided with a first carbon rod and a second carbon rod in a penetrating mode, the first carbon rod and the second carbon rod are oppositely arranged in the light reflecting cavity through the support at the front end of the carbon rod adjusting and supporting component, and the distance between the first carbon rod and the second carbon rod is adjusted through the transmission at the front end of the carbon rod distance adjusting component. The utility model discloses small in size, compact structure, carbon-point interval adjustment are accurate, stable and convenient, consequently adopt the carbon ray appearance of this carbon-point combustion chamber assembly, do not need special skill just can be in the use, effectively solve non-professional personage and be in the problem that can't carry out carbon ray therapy.

Description

Carbon rod combustion chamber assembly of carbon ray instrument

Technical Field

The utility model belongs to medical treatment physiotherapy equipment field, concretely relates to carbon element light appearance's carbon-point burning chamber assembly.

Background

The carbon light therapy method is a comprehensive visible light therapy, is a creative combination of modern spectral dynamics therapy and traditional Chinese medicine moxibustion therapy, and adopts the principle that a spectrum emitted by carbon rod combustion is used as a light emitting source, and light irradiation is acted on human skin and focus, so that the spectrum can be quickly anti-inflammatory, converged, damaged cells can be repaired, blood circulation can be promoted, the self-repair function of a human body self-healing system and an organism can be stimulated, the immune balance of the human body can be adjusted, sterilization, pain relief and wound healing can be promoted, the treatment effects of various antibiotics can be directly or indirectly exerted, and the purposes of health care, health preservation, prevention and treatment of diseases can be achieved.

However, the existing carbon ray therapeutic apparatus has large volume and is complicated to operate, and needs the cooperation of time, places and professionals, so that the carbon ray therapeutic apparatus can be used for patients only in hospitals or other specific treatment occasions. Therefore, there is a need for a small and convenient carbon phototherapy apparatus that can be used at home by a patient as an effective measure for home therapy.

SUMMERY OF THE UTILITY MODEL

In order to meet the requirements of people on family phototherapy, the utility model provides a carbon rod combustion chamber assembly of a carbon ray instrument.

For solving the technical problem, realize above-mentioned technological effect, the utility model discloses a following technical scheme realizes:

a carbon rod combustion chamber assembly of a carbon ray instrument comprises a light reflecting cavity with an opening at the front part, wherein a light reflecting cavity fixing support is arranged on the back surface of the light reflecting cavity, a carbon rod spacing adjusting component and a carbon rod adjusting and supporting component are arranged on the light reflecting cavity fixing support, and the front ends of the carbon rod spacing adjusting component and the carbon rod adjusting and supporting component respectively penetrate into the light reflecting cavity from the back surface of the light reflecting cavity; first carbon-point and second carbon-point are worn to be equipped with to the inward level respectively in the trompil of reflection of light cavity left and right sides, first carbon-point with the second carbon-point passes through the support of carbon-point regulation supporting component front end, the head sets up relatively in the reflection of light cavity, first carbon-point with the second carbon-point passes through the transmission of carbon-point interval adjustment component front end adjusts the interval of both heads.

Further, the supporting component is adjusted to the carbon-point includes and sticks up pole fixing base, copper and stick up pole, copper wheel fixing base and copper guide pulley, stick up two about being provided with on the pole fixing base the copper sticks up the pole, controls two the front end that the pole was stuck up to the copper by the back of reflection of light cavity penetrates reflection of light cavity, and controls two the front end upper surface that the pole was stuck up to the copper is provided with one respectively copper wheel fixing base, every all be provided with a pair of bilateral symmetry on the copper wheel fixing base the copper guide pulley.

Furthermore, the carbon rod spacing adjusting assembly comprises a worm gear motor, two gear shafts, a ceramic wheel, a first transmission gear, a second transmission gear and a driving gear, the left gear shaft and the right gear shaft penetrate through the rear wall of the reflective cavity through corresponding bearings, the front ends of the left gear shaft and the right gear shaft are respectively provided with one ceramic wheel, the left ceramic wheel and the right ceramic wheel are respectively positioned right above the left copper guide wheel and the right copper guide wheel, the rear ends of the left gear shaft and the right gear shaft are respectively provided with the first transmission gear and the second transmission gear, the worm gear motor is arranged on the warping rod fixing seat, the driving gear is arranged on a motor shaft of the worm gear motor, the driving gear is meshed with the first transmission gear, and the first transmission gear is meshed with the second transmission gear; the first carbon rod can be horizontally movably clamped between the ceramic wheel and the copper guide wheel on the left side, and the second carbon rod can be horizontally movably clamped between the ceramic wheel and the copper guide wheel on the right side.

Further, reflection of light cavity fixed bolster comprises preceding fixed wallboard, after-fixing wallboard, bottom plate, dust-proof cover, connecting rod and engaging lug, the leading flank of preceding fixed wallboard is through on four apex angles the connecting rod with reflection of light cavity's frame trailing flank fixed connection, the bottom plate is connected the lower part of preceding fixed wallboard with between the lower part of after-fixing wallboard, just the lower surface of bottom plate and the inside bottom surface fixed connection of epitheca, dust-proof cover is connected the upper portion of preceding fixed wallboard with between the upper portion of after-fixing wallboard, the trailing flank of after-fixing wallboard is through controlling two connect the lug with the inside trailing flank fixed connection of epitheca.

Further, stick up the pole fixing base setting and be in between preceding fixed wallboard and the after-fixing wallboard, worm gear motor fixed mounting in the middle part of stick up pole fixing base upper surface, the driving gear the first drive gear with second drive gear all is located the trailing flank of after-fixing wallboard, worm gear motor's motor shaft passes behind the after-fixing wallboard with driving gear connection controls two the rear end of gear shaft passes respectively behind the after-fixing wallboard with first drive gear with second drive gear connects, controls two the front end of gear shaft passes respectively in proper order preceding fixed wallboard behind the reflection of light cavity backplate with control two the ceramic wheel is connected, controls two the front end of copper stick up the pole passes respectively in proper order preceding fixed wallboard behind the reflection of light cavity backplate with control two copper wheel fixing base is connected.

Furthermore, a small ash falling flat box is arranged on the bottom surface inside the light reflecting cavity.

Furthermore, an air duct communicating the inside of the reflective cavity and the outside of the upper cover shell is arranged at the top of the reflective cavity, and a cooling fan is arranged in the air duct.

Furthermore, be provided with on reflection of light cavity's the frame and rely on preceding protective cover switching state control of turning over first carbon-point with the spacing micro-gap switch subassembly of second carbon-point power break-make, preceding protective cover that turns over for when reflection of light cavity is the open mode, preceding protective cover that turns over with spacing micro-gap switch subassembly contactless, preceding protective cover that turns over for when reflection of light cavity is the closed mode, preceding protective cover that turns over with spacing micro-gap switch subassembly contacts.

Further, limit micro-gap switch subassembly comprises switch outer contact, spring fixed block, spring, micro-gap switch, the switch outer contact can inlay around flexible and establish on reflection of light cavity's lower frame, just the contact of switch outer contact is located the leading flank of reflection of light cavity lower frame, be used for with turn over the protective cover contact before, the touch panel of switch outer contact is located the trailing flank of reflection of light cavity lower frame, the spring fixed block is located the touch panel rear of switch outer contact, both ends about the spring fixed block with the trailing flank fixed connection of reflection of light cavity lower frame, the spring sets up spring fixed block middle part with between the touch panel of switch outer contact, micro-gap switch fixes the inside bottom surface at last housing, micro-gap switch's touch panel with the touch panel rear surface of switch outer contact is connected.

Further, the reflective cavity is in the shape of a bathtub.

The beneficial effects of the utility model are that:

the utility model discloses small in size, compact structure, the carbon-point interval is adjusted accurately, stably and conveniently, consequently adopts the carbon element light ray apparatus of this carbon-point combustion chamber assembly, does not need special skill just can be in the use, neither has any side effect during the use moreover, can guarantee again to have certain treatment, can effectively replace acupuncture, ai Zhicao and the traditional lamp that generates heat to effectively solve non-professional personage and be in the problem that can't carry out carbon element light therapy.

The above description is only an overview of the technical solution of the present invention, and in order to make the technical means of the present invention clearer and can be implemented according to the content of the description, the following detailed description is made with reference to the preferred embodiments of the present invention and accompanying drawings. The detailed description of the present invention is given by the following examples and the accompanying drawings.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without undue limitation to the invention. In the drawings:

fig. 1 is a schematic front structural view of the present invention;

fig. 2 is a schematic view of the back structure of the present invention;

FIG. 3 is a schematic view of the front structure of the present invention with the reflective cavity and the reflective cavity fixing bracket removed;

fig. 4 is a schematic view of the back structure of the present invention with the reflective cavity and the reflective cavity fixing bracket removed;

fig. 5 is a schematic structural view of the limit microswitch assembly of the present invention.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings in conjunction with embodiments. The description set forth herein is intended to provide a further understanding of the invention and is to be construed as a part of this application and is provided by way of illustration of the exemplary embodiments and description and is not intended to limit the invention in any way.

Referring to fig. 1-5, a carbon rod combustion chamber assembly of a carbon ray instrument comprises a light reflecting cavity 1 with an open front, a light reflecting cavity fixing support 2 is arranged on the back of the light reflecting cavity 1, a carbon rod spacing adjusting component and a carbon rod adjusting and supporting component are arranged on the light reflecting cavity fixing support 2, and the front ends of the carbon rod spacing adjusting component and the carbon rod adjusting and supporting component respectively penetrate into the light reflecting cavity 1 from the back of the light reflecting cavity 1; first carbon-point 3 and second carbon-point 4 wear to be equipped with respectively to the inward level in the trompil of the 1 left and right sides of reflection of light cavity, first carbon-point 3 with second carbon-point 4 passes through the support of support component front end is adjusted to the carbon-point, and the head sets up relatively in the reflection of light cavity 1, first carbon-point 3 with second carbon-point 4 passes through the transmission of carbon-point interval adjustment component front end adjusts the interval of both heads.

Further, the supporting component is adjusted to the carbon-point includes perk pole fixing base 5, copper perk pole 6, copper wheel fixing base 7 and copper guide pulley 8, perk two about being provided with on the pole fixing base 5 copper perk pole 6 controls two the front end that copper perk pole 6 by the back of reflection of light cavity 1 penetrates reflection of light cavity 1, and control two the front end upper surface that copper perk pole 6 is provided with one respectively copper wheel fixing base 7, every all be provided with a pair of bilateral symmetry on the copper wheel fixing base 7 copper guide pulley 8.

Further, the carbon rod spacing adjustment assembly comprises a worm gear motor 9, a gear shaft 10, two ceramic wheels 11, two first transmission gears 12, two second transmission gears 13 and a driving gear 14, the left gear shaft 10 and the right gear shaft 10 penetrate through the rear wall of the reflective cavity 1 through corresponding bearings 15, the front ends of the two left gear shafts 10 and the front ends of the two right gear shafts 10 are respectively provided with one ceramic wheel 11, the two left ceramic wheels 11 and the two right ceramic wheels 11 are respectively positioned right above the two pairs of left copper guide wheels 8 and right copper guide wheels 8, the rear ends of the two left gear shafts 10 and the rear ends of the two right gear shafts 10 are respectively provided with the first transmission gears 12 and the second transmission gears 13, the worm gear motor 9 is arranged on the tilting rod fixing seat 5, the driving gear 14 is arranged on a motor shaft of the worm gear motor 9, the driving gear 14 is meshed with the first transmission gears 12, and the second transmission gears 13 are meshed; the first carbon rod 3 is horizontally movably held between the ceramic wheel 11 and the copper guide wheel 8 on the left side, and the second carbon rod 4 is horizontally movably held between the ceramic wheel 11 and the copper guide wheel 8 on the right side.

Further, reflection of light cavity fixed bolster 2 comprises preceding fixed wallboard 21, after-fixing wallboard 22, bottom plate 23, dust cover 24, connecting rod 25 and connection otic placode 36, the leading flank of preceding fixed wallboard 21 is through on four apex angles connecting rod 25 with reflection of light cavity 1's frame trailing flank fixed connection, bottom plate 23 is connected preceding fixed wallboard 21's lower part with between the lower part of after-fixing wallboard 22, just the lower surface of bottom plate 23 and the inside bottom surface fixed connection of last housing, dust cover 24 is connected preceding fixed wallboard 21's upper portion with between the upper portion of after-fixing wallboard 22, after-fixing wallboard 22's trailing flank is through controlling two connect otic placode 36 with the inside trailing flank fixed connection of last housing.

Further, stick up pole fixing base 5 and set up between preceding fixed wallboard 21 and the after-fixing wallboard 22, the worm gear motor 9 fixed mounting in the middle part of stick up 5 upper surfaces of pole fixing base, the driving gear 14 first drive gear 12 with second drive gear 13 all is located the trailing flank of after-fixing wallboard 22, the motor shaft of worm gear motor 9 passes behind the after-fixing wallboard 22 with the driving gear 14 is connected, controls two the rear end of gear shaft 10 passes respectively behind the after-fixing wallboard 22 with first drive gear 12 with second drive gear 13 is connected, controls two the front end of gear shaft 10 passes respectively in proper order preceding fixed wallboard 21 behind the 1 backplate of reflection of light cavity with control two pottery wheel 11 is connected, control two the front end of copper stick up pole 6 passes respectively in proper order preceding fixed wallboard 21 behind the 1 backplate with control two copper wheel fixing base 7 is connected.

Further, a dust falling box 16 is arranged on the bottom surface inside the light reflecting cavity 1.

Further, an air duct 17 communicating the inside of the reflective cavity 1 and the outside of the upper housing is arranged at the top of the reflective cavity 1, and a cooling fan 18 is arranged in the air duct 17.

Further, be provided with on reflection of light cavity 1's the frame and turn over protective cover switching state control before relying on first carbon-point 3 with the spacing micro-gap switch subassembly 19 of 4 power break-make of second carbon-point, turn over the protective cover before for when reflection of light cavity 1 is the open mode, turn over the protective cover before with spacing micro-gap switch subassembly 19 contactless, turn over the protective cover before for when reflection of light cavity 1 is the closed mode, turn over the protective cover before with spacing micro-gap switch subassembly 19 contacts.

Further, spacing micro-gap switch subassembly 19 comprises switch outer contact 191, spring fixed block 192, spring, micro-gap switch 193, switch outer contact 191 can set up with stretching out and drawing back around on the lower frame of reflective cavity 1, just the contact of switch outer contact 191 is located the leading flank of reflective cavity 1 lower frame, be used for with turn over the protective cover contact before, the touch panel of switch outer contact 191 is located the trailing flank of reflective cavity 1 lower frame, spring fixed block 192 is located the touch panel rear side of switch outer contact 191, both ends about spring fixed block 192 with the trailing flank fixed connection of reflective cavity 1 lower frame, the spring sets up spring fixed block 192 middle part with between the touch panel of switch outer contact 191, micro-gap switch 193 is fixed on the inside bottom surface of last housing, micro-gap switch 193's touch panel with switch outer contact 191's touch panel rear surface is connected.

Further, the reflective cavity 1 is in a bathtub shape.

The utility model discloses a theory of operation does:

after a power switch of the carbon ray instrument is turned on, the power module supplies power to all power consumption units in the instrument, and a client controls a corresponding driving mechanism through a liquid crystal touch screen on a lower housing so as to adjust the position height and the irradiation angle of a carbon rod combustion chamber assembly; when light irradiation is needed, a customer firstly provides a trigger signal for the digital signal processor through the liquid crystal touch screen on the lower encloser, the digital signal processor then provides a driving signal for the worm gear motor 9, and the worm gear motor 9 drives the first transmission gear 12, the second transmission gear 13, the gear shaft 10 and the ceramic wheel 11 to rotate through the driving gear 14, so that the first carbon rod 3 and the second carbon rod 4 are controlled to move to proper positions in opposite directions under the support of the copper guide wheel 8; meanwhile, a digital signal processor generates a PWM high-frequency signal, the PWM high-frequency signal is loaded to a high-voltage large-current loop, a high-frequency high-voltage signal is formed in a resonance module of the high-voltage large-current loop, and then the high-frequency high-voltage signal is loaded into a discharge module of the high-voltage large-current loop, so that an ionic electric field is generated between a first carbon rod 3 and a second carbon rod 4 which are positioned at the two poles, arc discharge is generated, a carbon rod combustion fireball is generated, carbon rays are emitted, the affected part of a human body is irradiated through reflection of a light reflecting cavity 1 and filtration of a front-turned protective cover, and finally, a client can select a proper irradiation area through the combination form of different light-collecting covers in the light-collecting covers.

The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. The utility model provides a carbon rod combustion chamber assembly of carbon ray appearance which characterized in that: the carbon rod spacing adjusting device comprises a reflecting cavity (1) with an opening in the front, wherein a reflecting cavity fixing support (2) is arranged on the back of the reflecting cavity (1), a carbon rod spacing adjusting component and a carbon rod adjusting and supporting component are arranged on the reflecting cavity fixing support (2), and the front ends of the carbon rod spacing adjusting component and the carbon rod adjusting and supporting component penetrate into the reflecting cavity (1) from the back of the reflecting cavity (1) respectively; first carbon-point (3) and second carbon-point (4) are worn to be equipped with to the inward level respectively in the trompil of reflection of light cavity (1) left and right sides, first carbon-point (3) with second carbon-point (4) pass through the support of carbon-point regulation supporting component front end, the head sets up relatively in reflection of light cavity (1), first carbon-point (3) with second carbon-point (4) pass through the transmission of carbon-point interval adjustment component front end adjusts the interval of both heads.

2. The carbon rod combustion chamber assembly of the carbon ray apparatus as set forth in claim 1, wherein: the supporting component is adjusted to the carbon-point includes that stick up pole fixing base (5), copper stick up pole (6), copper wheel fixing base (7) and copper guide pulley (8), stick up two about being provided with on pole fixing base (5) copper sticks up pole (6) is controlled two the front end that copper sticks up pole (6) by the back of reflection of light cavity (1) penetrates reflection of light cavity (1), and controls two the front end upper surface that copper sticks up pole (6) is provided with one respectively copper wheel fixing base (7), every all be provided with a pair of bilateral symmetry on copper wheel fixing base (7) copper guide pulley (8).

3. The carbon rod combustion chamber assembly of the carbon fiber spectrometer of claim 2, wherein: the carbon rod spacing adjusting assembly comprises a worm gear motor (9), a gear shaft (10), ceramic wheels (11), a first transmission gear (12), a second transmission gear (13) and a driving gear (14), wherein the rear wall of the light reflecting cavity (1) is provided with a left gear shaft (10) and a right gear shaft (10) in a penetrating manner through corresponding bearings (15), the front ends of the left gear shaft and the right gear shaft (10) are respectively provided with one ceramic wheel (11), the left ceramic wheel and the right ceramic wheel (11) are respectively positioned right above a left copper guide wheel and a right copper guide wheel (8), the rear ends of the left gear shaft and the right gear shaft (10) are respectively provided with the first transmission gear (12) and the second transmission gear (13), the worm gear motor (9) is arranged on the tilting rod fixing seat (5), a motor shaft of the worm gear motor (9) is provided with the driving gear (14), the driving gear (14) is meshed with the first transmission gear (12), and the first transmission gear (12) is meshed with the second transmission gear (13); the first carbon rod (3) is horizontally movably clamped between the ceramic wheel (11) and the copper guide wheel (8) on the left side, and the second carbon rod (4) is horizontally movably clamped between the ceramic wheel (11) and the copper guide wheel (8) on the right side.

4. The carbon rod combustion chamber assembly of the carbon ray apparatus as set forth in claim 3, wherein: reflection of light cavity fixed bolster (2) comprises preceding fixed wallboard (21), after-fixing wallboard (22), bottom plate (23), dust-retaining cover (24), connecting rod (25) and engaging lug board (36), the leading flank of preceding fixed wallboard (21) is through on four apex angles connecting rod (25) with the frame trailing flank fixed connection of reflection of light cavity (1), bottom plate (23) are connected the lower part of preceding fixed wallboard (21) with between the lower part of after-fixing wallboard (22), just the lower surface of bottom plate (23) and the inside bottom surface fixed connection of last housing, dust-retaining cover (24) are connected the upper portion of preceding fixed wallboard (21) with between the upper portion of after-fixing wallboard (22), the trailing flank of after-fixing wallboard (22) is through controlling two connect lug board (36) with the inside trailing flank fixed connection of last housing.

5. The carbon rod combustion chamber assembly of the carbon ray apparatus as set forth in claim 4, wherein: stick up pole fixing base (5) and set up between preceding fixed wallboard (21) and after-fixing wallboard (22), worm gear motor (9) fixed mounting is in stick up the middle part of pole fixing base (5) upper surface, driving gear (14) first drive gear (12) with second drive gear (13) all are located the trailing flank of after-fixing wallboard (22), the motor shaft of worm gear motor (9) passes after-fixing wallboard (22) with driving gear (14) are connected, control two the rear end of gear shaft (10) passes respectively after-fixing wallboard (22) with first drive gear (12) with second drive gear (13) are connected, control two the front end of gear shaft (10) passes respectively in proper order before-fixing wallboard (21), behind reflection of light cavity (1) backplate with control two ceramic wheel (11) are connected, control two the front end of copper pole (6) passes respectively in proper order before-fixing wallboard (21) reflection of light cavity (1) backplate with control two copper wheel fixing base (7) are connected.

6. The carbon rod combustion chamber assembly of the carbon fiber spectrometer of claim 1, wherein: the bottom surface in the reflecting cavity (1) is provided with a small ash falling flat box (16).

7. The carbon rod combustion chamber assembly of the carbon ray apparatus as set forth in claim 1, wherein: the top of the reflecting cavity (1) is provided with an air duct (17) which is communicated with the inside of the reflecting cavity (1) and the outside of the upper cover shell, and a cooling fan (18) is arranged in the air duct (17).

8. The carbon rod combustion chamber assembly of the carbon ray apparatus as set forth in claim 1, wherein: be provided with on the frame of reflection of light cavity (1) and rely on preceding protective cover switching state control of turning over first carbon-point (3) with when second carbon-point (4) power break-make spacing micro-gap switch subassembly (19), preceding protective cover of turning over for reflection of light cavity (1) is the open mode, preceding protective cover of turning over with spacing micro-gap switch subassembly (19) contactless, preceding protective cover of turning over for when reflection of light cavity (1) is the closed condition, preceding protective cover of turning over with spacing micro-gap switch subassembly (19) contact.

9. The carbon rod combustion chamber assembly of the carbon fiber spectrometer of claim 8, wherein: spacing micro-gap switch subassembly (19) comprises switch outer contact (191), spring fixed block (192), spring, micro-gap switch (193), switch outer contact (191) can be around telescopically inlay and establish on the lower frame of reflection of light cavity (1), just the contact of switch outer contact (191) is located the leading flank of reflection of light cavity (1) lower frame, be used for with turn over the protective cover contact before, the touch panel of switch outer contact (191) is located the trailing flank of reflection of light cavity (1) lower frame, spring fixed block (192) are located the touch panel rear of switch outer contact (191), both ends about spring fixed block (192) with the trailing flank fixed connection of reflection of light cavity (1) lower frame, the spring sets up spring fixed block (192) middle part with between the touch panel of switch outer contact (191), micro-gap switch (193) are fixed in the inside bottom surface of last housing, micro-gap switch (193) with the touch panel rear surface connection of switch outer contact (191).