AU2021105315A4

AU2021105315A4 - Smokeless moxibustion apparatus

Info

Publication number: AU2021105315A4
Application number: AU2021105315A
Authority: AU
Inventors: Chenggang SUN; Lizhao TAO
Original assignee: Shanghai Shengyi Precision Machinery Co Ltd
Current assignee: Shanghai Shengyi Precision Machinery Co Ltd
Priority date: 2021-08-11
Filing date: 2021-08-11
Publication date: 2021-10-07
Anticipated expiration: 2029-08-11

Abstract

OF THE DISCLOSURE The utility model provides a smokeless moxibustion apparatus (VS-100). The apparatus includes a control box 100 and a moxibustion unit, where one or more moxibustion units are mounted on the control box 100, and the moxibustion unit includes a foldable cantilever 200 and a moxibustion tube 300, the moxibustion tube 300, the foldable cantilever 200 and the control box 100 being connected in sequence; and the control box 100 includes a smoke processing module 400, the smoke processing module 400 being in communication with the moxibustion tube 300. Through automatic smoke filtering and the special fire insulation and thermal insulation moxibustion tube (a moxibustion head), the utility model overcomes the insecurity deficiency caused by production of smoke and fire, eliminates smoke pollution and fire hazards in a use place, and completely eradicates possible harm of smoke to a person. - 1/6 DRAWINGS 200 FIG. 1 1

Description

- 1/6

DRAWINGS

200

FIG. 1

SMOKELESS MOXIBUSTION APPARATUS ) TECHNICAL FIELD

[01] The utility model relates to the technical field of moxibustion apparatuses, in particular to a smokeless moxibustion apparatus (VS-100).

BACKGROUNDART

[02] A moxibustion apparatus, also known as a moxibustion therapy introducing apparatus, can be fixed at any position on limbs at will. A moxibustion recipient can adjust distance between moxa particles and skin autonomously. When moxa particles and sticks burn in a relatively sealed moxibustion apparatus, heat is not prone to dissipation, and therefore acts on acupoints for a long time, with balanced fire, strong penetrability and uninterrupted action. During the therapy, the apparatus can stimulate the acupoints and meridians by making full use of heat, drug efficacy and smoke fumigation generated by burning effective components such as moxa leaves. With heat, drug efficacy and smoke fumigation integrated, therapeutic effect of traditional moxibustion is improved. In recent years, some new-tech moxibustion apparatuses have emerged. With temperature stabilized and smoke controlled, they protect the recipient from being burnt. Since smoke generated during moxibustion will pollute the environment, a smokeless moxibustion apparatus in an excellent structure is provided in the prior art.

[03] Patent document CN 208942850 U/patent document CN109568128A disclose a moxibustion cover and a moxibustion apparatus. The moxibustion cover includes a cover body; a moxa stick sleeve which is arranged in the center of the cover body and connected to a fixing frame of the cover body; an ash scraping device which includes an ash scraping member, a drive member fixedly arranged on the inner wall of the cover body, and a spring clip, a cam and a gear which are adjacent to the drive member; and an energizing device arranged on the outer wall of the cover body and electrically connected to the drive member. The moxibustion apparatus includes the moxibustion cover, a machine frame connected to the moxibustion cover, a tar and smoke filtering device, a moxa smoke processing device, a vacuum pump and a silencer. There is still room for improvement in product structure, smoke control and other technical effects of the patent.

SUMMARY

[04] In view of defects in the prior art, the utility model aims to provide a smokeless moxibustion apparatus (VS-100).

[05] The smokeless moxibustion apparatus provided by the utility model includes a control box 100, a moxibustion unit 200, a smoke exhaust pipe 501 and a smoke pipe joint 518, where one or more moxibustion units 200 are arranged, the one or more moxibustion units 200 are mounted on the control box 100, and the moxibustion unit 200 includes a foldable bent arm 201, a spring clip 202 and a moxibustion tube 300, the moxibustion tube 300, the foldable cantilever 200 and the control box 100 being sequentially connected; the control box 100 includes a flue bulkhead union 105, a smoke processing module 400 and an inner hose 502, the flue bulkhead union 105 being mounted at a top of the control box 100; the moxibustion tube 300 includes a flue joint and a moxibustion tube flue, the moxibustion tube flue being connected to one end of the smoke pipe joint 518; the other end of the smoke exhaust pipe 501 is connected to a top of the flue bulkhead union 105; the smoke processing module 400 is mounted inside the control box 100, and the smoke processing module 400 includes a bin cover bulkhead union 403, the bin cover bulkhead union 403 being mounted at a top of the smoke processing module 400, and the cover bulkhead union 403 being connected to one end of the inner hose 502; the other end of the inner hose 502 is connected to the flue bulkhead union 105; and the moxibustion tube 300 is in communication with the smoke processing module 400 through the smoke pipe joint 518, the smoke exhaust pipe 501, the flue bulkhead union 105, the inner hose 502 and the bin cover bulkhead union 403 in sequence.

[06] Preferably, the smokeless moxibustion apparatus further includes a first silica gel heat insulation sleeve 516, where the moxibustion tube 300 includes a moxibustion tube shell 301, the moxibustion tube shell 301 being externally clad with the first silica gel heat insulation sleeve 516; a middle of the first silica gel heat insulation sleeve 516 is provided with a convex ring, and the moxibustion tube shell 301 includes an outer tube body 503, an inner tube body 504, a flue connector inner tube 506, a flue connector outer tube 507, a moxa cone retaining ring 508 and a retaining ring 505, the inner tube body 504 being fixedly connected to the outer tube body 503, the retaining ring 505 is placed between the inner tube body 504 and the outer tube body 503, and a space between the inner tube body 504 and the outer tube body 503 forming a clearance space; the flue connector inner tube 506 and the flue connector outer tube 507 are concentrically welded on the outer tube body 503, a space between the flue connector inner tube 506 and the flue connector outer tube 507 forming a space for mounting the smoke pipe joint 518; a space among the flue connector inner tube 506, the outer tube body 503, the inner tube body 504 and the retaining ring 505 forms a flue space; and the inner tube body 504 includes a top flanging of the inner tube body, and the moxa cone retaining ring 508 is welded to a bottom of the inner tube body 504, and the retaining ring 508 and the inner tube body 504 are combined to form a space for accommodating a moxa cone.

[07] Preferably, the moxibustion tube 300 includes a push mechanism 302, the push mechanism 302 including a spherical nut 509, a moxibustion tube end cover 510, a screw rod 511, a silica gel retaining ring 512 and a push piece 513, the spherical nut 509, the moxibustion tube end cover 510, the screw rod 511, the silica gel retaining ring 512 and the push piece 513 being sequentially connected, and the moxibustion tube end cover 510 including a moxibustion tube end cover mounting groove; a thread is machined at a bottom of the top flanging of the inner tube body 504, the top flanging of the inner tube body may be rapidly mounted to and dismounted from the moxibustion tube end cover mounting groove; the moxibustion tube end cover 510 is provided with a moxibustion tube end cover inner screw hole, and the screw rod 511 penetrates the moxibustion tube end cover inner screw hole; and the silica gel retaining ring 512 and the push piece 513 are located in a containing space, and the spherical nut 509 is located outside the containing space.

[08] Preferably, the moxibustion tube 300 includes a filter screen end cover 303, the filter screen end cover 303 including an end cover 514, a filter screen 515 and a second silica gel heat insulation sleeve 517, the filter screen 515 being mounted inside the end cover 514, the end cover 514 being divided into an inner portion and an outer portion, the end cover 514 being externally clad with the second silica gel heat insulation sleeve 517, the end cover 514 being internally made of iron, and the end cover 514 being internally provided with a thread, which may be rapidly mounted to and dismounted from the thread at the bottom of the inner tube body 504 in claim 2.

[09] Preferably, the moxibustion tube 300 includes an extinguishing end cover 304, an end face of the extinguishing end cover 304 being provided with a magnet. During operation, the extinguishing end cover is removed to form a through flue, and is attracted during extinguishing to an iron product in the end cover 514 in claim 4 to partially block the flue.

[10] Preferably, the foldable cantilever 200 includes a foldable bent arm 201 and a spring clip 202, the foldable bent arm 201 including two foldable joints and a rotary joint, the foldable joint being internally provided with a damper, the spring clip 202 being fixed at one end of the rotary joint, and the spring clip 202 being capable of clamping the moxibustion tube 300.

[11] Preferably, the control box 100 further includes a box body 110, a bent arm mounting member 106 and a button 103, the button 103, the bent arm mounting member 106 and the flue bulkhead union 105 being mounted at a top of the box body 110, and the box body 110 including a display screen 102, a universal wheel 108, an auxiliary support member 109, a reinforcing plate 107, a balancing block 104, a main board 101, a box door 111 and a bent arm mounting member 106, the display screen 102 being mounted at a front of the box body 110, the universal wheel 108 and the auxiliary support member 109 being mounted at a bottom of the box body 110, the reinforcing plate 107, the balancing block 104 and the main board 101 being mounted inside the box body 110, the reinforcing plate 107 being firmly connected to the bent arm mounting member 106, the box door 111 being arranged at a rear of the box body 110, and the box door 111 being provided with a flat lock, which may be opened for maintenance or repair.

[12] Preferably, the smoke processing module 400 includes a hasp 408, a filter bin shell 401, a filter bin end cover 402, a bin cover bulkhead union 403, a filter element 404, an exhaust fan 405, an exhaust fan mounting partition plate 406 and activated carbon 407, two sides of the filter bin shell 401 being firmly connected to the hasps 408, the activated carbon 407 for internal filling being arranged inside the filter bin shell 401, the exhaust fan 405 being mounted on the exhaust fan mounting partition plate 406, the exhaust fan 405 being mounted on the filter bin shell 401, the filter element 404 being placed inside the filter bin shell 401, the exhaust fan mounting partition plate 406 including an upper groove of the exhaust fan mounting partition plate, the filter element 404 being arranged in the upper groove of the exhaust fan mounting partition plate, a silica gel pad 409 being stuck inside the filter bin end cover 402, the filter bin end cover 402 being placed inside the filter bin shell 401, the filter bin end cover 402 being arranged above the filter element 404 to be pressed and fixed through the hasp 408, and the bin cover bulkhead union 403 being mounted on the filter bin end cover 402.

[13] Preferably, when mounted to the control box 100, the foldable cantilever 200 is equipped with a wearing ring and a surface bearing.

[14] Preferably, the foldable cantilever 200 is capable of rotating around the bent arm mounting member 106.

[15] Compared with the prior art, the utility model may have the following beneficial effects:

[16] 1. The utility model can be reasonable in structure and convenient to use, and may overcome the defects of the prior art;

[17] 2. Through automatic smoke filtering and the special fire insulation and thermal insulation moxibustion tube, that is a moxibustion head, the utility model can overcome the insecurity deficiency caused by production of smoke and fire; and

[18] 3. The utility model may eliminate smoke pollution and fire hazards in a use place, and completely eradicate possible harm of smoke to a person.

BRIEF DESCRIPTION OF THE DRAWINGS

[19] Other features, objectives, and advantages of the utility model will become more apparent by reading the detailed description of non-limiting embodiments with reference to the following accompanying drawings.

[20] FIG. 1 is a structural schematic diagram of an overall outline of the utility model;

[21] FIG. 2 is a structural sectional schematic diagram of a moxibustion tube of the utility model;

[22] FIG. 3 is a structural schematic diagram of a foldable cantilever of the utility model;

[23] FIG. 4 is a structural sectional schematic diagram of a control box of the utility model;

[24] FIG. 5 is a structural sectional schematic diagram of a smoke processing module of the utility model; and

[25] FIG. 6 is a sectional schematic diagram of an overall structure of the present utility model.

[26] In the figures: Control box 100 Moxibustion unit 200 Moxibustion tube 300

Smoke processing module Main board 101 Display screen 102

400

Button 103 Balancing block 104 Flue bulkhead union 105

Bent arm mounting member Reinforcing plate 107 Universal wheel 108

106

Auxiliary support member Box body 110 Box door 111

109

Foldable bent arm 201 Spring clip 202 Moxibustion tube shell 301

Push mechanism 302 Filter screen end cover 303 Extinguishing end cover 304

Filter bin shell 401 Filter bin end cover 402 Bin cover bulkhead union 403

Filter element 404 Exhaust fan 405 Exhaust fan mounting partition plate

406

Activated carbon 407 Hasp 408 Silica gel pad 409

Smoke exhaust pipe 501 Inner hose 502

Outer tube body 503 Inner tube body 504 Retaining ring 505

Flue connector inner tube 506 Flue connector outer tube 507 Moxa cone retaining ring 508

Spherical nut 509 Moxibustion tube end cover 510 Screw rod 511

Silica gel retaining ring 512 Push piece 513 End cover 514

Filter screen 515 First silica gel heat insulation sleeve Second silica gel heat insulation sleeve

516 517

Smoke pipe joint 518

DETAILED DESCRIPTION OF THE EMBODIMENTS

[27] The following describes the utility model in detail in conjunction with particular embodiments. The following embodiments will be conducive to further understanding of the utility model by a person of ordinary skill in the art, but does not limit the utility model in any form. It should be noted that several variations and improvements can also be made by a person of ordinary skill in the art without departing from the conception of the utility model. These variations and improvements shall fall within the protection scope of the utility model.

[28] As shown in FIGs. 1-6, the smokeless moxibustion apparatus provided by the utility model includes a control box 100, a moxibustion unit 200, a smoke exhaust pipe 501 and a smoke pipe joint 518. One or more moxibustion units 200 are arranged, the one or more moxibustion units 200 are mounted on the control box 100, and the moxibustion unit 200 includes a foldable bent arm 201 and a moxibustion tube 300, the moxibustion tube 300, the foldable cantilever 200 and the control box 100 being sequentially connected. The control box 100 includes a flue bulkhead union 105, a smoke processing module 400 and an inner hose 502, the flue bulkhead union 105 being mounted at a top of the control box 100. The moxibustion tube 300 includes a flue joint and a moxibustion tube flue, the moxibustion tube flue being connected to one end of the smoke pipe joint 518. The other end of the smoke exhaust pipe 501 is connected to a top of the flue bulkhead union 105, The smoke processing module 400 is mounted inside the control box 100, and the smoke processing module 400 includes a bin cover bulkhead union 403, the bin cover bulkhead union 403 being mounted at a top of the smoke processing module 400, and the cover bulkhead union 403 being connected to one end of the inner hose 502. The other end of the inner hose 502 is connected to the flue bulkhead union 105. The moxibustion tube 300 is in communication with the smoke processing module 400 through the smoke pipe joint 518, the smoke exhaust pipe 501, the flue bulkhead union 105, the inner hose 502 and the bin cover bulkhead union 403 in sequence.

[29] Preferably, the smokeless moxibustion apparatus further includes a first silica gel heat insulation sleeve 516, where the moxibustion tube 300 includes a moxibustion tube shell 301. The moxibustion tube shell 301 is externally clad with the first silica gel heat insulation sleeve 516. A middle of the first silica gel heat insulation sleeve 516 is provided with a convex ring, and the moxibustion tube shell 301 includes an outer tube body 503, an inner tube body 504, a flue connector inner tube 506, a flue connector outer tube 507, a moxa cone retaining ring 508 and a retaining ring 505. The inner tube body 504 is fixedly connected to the outer tube body 503, the retaining ring 505 is placed between the inner tube body 504 and the outer tube body 503, and a space between the inner tube body 504 and the outer tube body 503 forms a clearance space. The flue connector inner tube 506 and the flue connector outer tube 507 are concentrically welded on the outer tube body 503, and a space between the flue connector inner tube 506 and the flue connector outer tube 507 forms a space for mounting the smoke pipe joint 518. A space among the flue connector inner tube 506, the outer tube body 503, the inner tube body 504 and the retaining ring 505 forms a flue space. The inner tube body 504 includes a top flanging of the inner tube body, the moxa cone retaining ring 508 is welded to a bottom of the inner tube body 504, and the retaining ring 508 and the inner tube body 504 are combined to form a space for accommodating a moxa cone.

[30] Preferably, the moxibustion tube 300 includes a push mechanism 302, the push mechanism 302 including a spherical nut 509, a moxibustion tube end cover 510, a screw rod 511, a silica gel retaining ring 512 and a push piece 513, the spherical nut 509, the moxibustion tube end cover 510, the screw rod 511, the silica gel retaining ring 512 and the push piece 513 being sequentially connected, and the moxibustion tube end cover 510 including a moxibustion tube end cover mounting groove; a thread is machined at a bottom of the top flanging of the inner tube body 504, the top flanging of the inner tube body may be rapidly mounted to and dismounted from the moxibustion tube end cover mounting groove; the moxibustion tube end cover 510 is provided with a moxibustion tube end cover inner screw hole, and the screw rod 511 penetrates the moxibustion tube end cover inner screw hole; and the silica gel retaining ring 512 and the push piece 513 are located in a containing space, and the spherical nut 509 is located outside the containing space.

[31] Preferably, the moxibustion tube 300 includes a filter screen end cover 303, the filter screen end cover 303 including an end cover 514, a filter screen 515 and a second silica gel heat insulation sleeve 517, the filter screen 515 being mounted inside the end cover 514, the end cover 514 being divided into an inner portion and an outer portion, the end cover 514 being externally clad with the second silica gel heat insulation sleeve 517, the end cover 514 being internally made of iron, and the end cover 514 being internally provided with a thread, which may be rapidly mounted to and dismounted from the thread at the bottom of the inner tube body 504 in claim 2.

[32] Preferably, the moxibustion tube 300 includes an extinguishing end cover 304, and an end face of the extinguishing end cover 304 is provided with a magnet. During operation, the extinguishing end cover is removed to form a through flue, and is attracted during extinguishing to an iron product in the end cover 514 in claim 4 to partially block the flue.

[33] Preferably, the foldable cantilever 200 includes a foldable bent arm 201 and a spring clip 202, the foldable bent arm 201 including two foldable joints and a rotary joint, the foldable joint being internally provided with a damper, the spring clip 202 being fixed at one end of the rotary joint, and the spring clip 202 being capable of clamping the moxibustion tube 300.

[34] Preferably, the control box 100 further includes a box body 110, a bent arm mounting member 106 and a button 103, the button 103, the bent arm mounting member 106 and the flue bulkhead union 105 being mounted at a top of the box body 110, and the box body 110 including a display screen 102, a universal wheel 108, an auxiliary support member 109, a reinforcing plate 107, a balancing block 104, a main board 101, a box door 111 and a bent arm mounting member 106, the display screen 102 being mounted at a front of the box body 110, the universal wheel 108 and the auxiliary support member 109 being mounted at a bottom of the box body 110, the reinforcing plate 107, the balancing block 104 and the main board 101 being mounted inside the box body 110, the reinforcing plate 107 being firmly connected to the bent arm mounting member 106, the box door 111 being arranged at a rear of the box body 110, and the box door 111 being provided with a flat lock, which may be opened for maintenance or repair.

[35] Preferably, the smoke processing module 400 includes a hasp 408, a filter bin shell 401, a filter bin end cover 402, a bin cover bulkhead union 403, a filter element 404, an exhaust fan 405, an exhaust fan mounting partition plate 406 and activated carbon 407, two sides of the filter bin shell 401 being firmly connected to the hasps 408, the activated carbon 407 for internal filling being arranged inside the filter bin shell 401, the exhaust fan 405 being mounted on the exhaust fan mounting partition plate 406, the exhaust fan 405 being mounted on the filter bin shell 401, the filter element 404 being placed inside the filter bin shell 401, the exhaust fan mounting partition plate 406 includes an upper groove of the exhaust fan mounting partition plate, the filter element 404 being arranged in the upper groove of the exhaust fan mounting partition plate, a silica gel pad 409 being stuck inside the filter bin end cover 402, the filter bin end cover 402 being placed inside the filter bin shell 401, the filter bin end cover 402 being arranged above the filter element 404 to be pressed and fixed through the hasp 408, and the bin cover bulkhead union 403 being mounted on the filter bin end cover 402.

[36] Preferably, when mounted to the control box 100, the foldable cantilever 200 is equipped with a wearing ring and a surface bearing.

[37] Preferably, the foldable cantilever 200 is capable of rotating around the bent arm mounting member 106.

[38] Specifically, in one embodiment, a smokeless moxibustion apparatus includes a control box 100 and a moxibustion unit 200. One or more moxibustion units 200 are mounted on the control box 100, and the moxibustion unit 200 includes a foldable cantilever 200 and a moxibustion tube 300, the moxibustion tube 300, the foldable cantilever 200 and the control box 100 being sequentially connected. A flue bulkhead union 105 is mounted at a top of the control box 100, the moxibustion tube 300 includes a flue joint, a moxibustion tube flue of the moxibustion tube 300 is connected to one end, on which a smoke pipe joint 518 is mounted, of a smoke exhaust pipe 500, and the other end of the smoke exhaust pipe 501 is connected to the flue bulkhead union 105 at a top of the control box 100. The control box 100 includes a smoke processing module 400, the smoke processing module 400 being mounted inside the control box 100, and a bin cover bulkhead union 403 is mounted at a top of the smoke processing module 400. The cover bulkhead union 403 on the smoke processing module 400 is connected to one end of an inner hose 502, the other end of the inner hose 502 is connected to the flue bulkhead union 105 at the top of the control box 100, and the moxibustion tube 300 is in communication with the smoke processing module 400 through the smoke pipe joint 518, the smoke exhaust pipe 501, the flue bulkhead union 105, the inner hose 502 and the bin cover bulkhead union 403 in sequence.

[39] The moxibustion tube 300 includes a moxibustion tube shell 301, the moxibustion tube shell 301 being externally clad with the first silica gel heat insulation sleeve 516. A middle of the first silica gel heat insulation sleeve 516 is provided with a convex ring, and the moxibustion tube shell 301 includes an outer tube body 503 and an inner tube body 504, the inner tube body 504 being welded to the outer tube body 503. The retaining ring 505 is placed between the inner tube body 504 and the outer tube body 503, and a space between the inner tube body 504 and the outer tube body 503 forms a clearance space. The flue connector inner tube 506 and the flue connector outer tube 507 are concentrically welded on the outer tube body 503, and a space between the flue connector inner tube 506 and the flue connector outer tube 507 forms a space for mounting the smoke pipe joint 518. A space among the flue connector inner tube 506, the outer tube body 503, the inner tube body 504 and the retaining ring 505 forms a flue space. A thread is machined at a bottom of a top flanging of the inner tube body 504, and a moxa cone retaining ring 508 is welded to a bottom of the inner tube body 504, and the retaining ring 508 and the inner tube body 504 are combined to form a space for accommodating a moxa cone.

[40] The moxibustion tube 300 includes a push mechanism 302, the push mechanism 302 including a spherical nut 509, a moxibustion tube end cover 510, a screw rod 511, a silica gel retaining ring 512 and a push piece 513 which are sequentially connected. A mounting groove is provided inside the moxibustion tube end cover 510, so as to be capable of being rapidly mounted to and dismounted from the top flanging of the inner tube body 504 in claim 1. The moxibustion tube end cover 510 is provided with an inner screw hole, and the screw rod 511 penetrates the inner screw hole. The silica gel retaining ring 512 and the push piece 513 are located in a containing space, and the spherical nut 509 is located outside the containing space.

[41] The moxibustion tube 300 includes a filter screen end cover 303, the filter screen end cover 303 including an end cover 514 and a filter screen 515. The filter screen 515 is mounted inside the end cover 514, and the end cover 514 is divided into an inner portion and an outer portion, is externally clad with a second silica gel heat insulation sleeve 517, and is internally made of iron with a thread, which may be rapidly mounted to and dismounted from the thread at the bottom of the inner tube body 504 in claim 2.

[42] The moxibustion tube 300 includes an extinguishing end cover 304, an end face of the extinguishing end cover 304 being provided with a magnet. During operation, the extinguishing end cover is removed to form a through flue, and is attracted during extinguishing to an iron product in the end cover 514 in claim 4 to partially block the flue.

[43] The foldable cantilever 200 includes a foldable bent arm 201 and a spring clip 202. The foldable bent arm 201 includes two foldable joints and a rotary joint. All the joints are internally provided with dampers. The spring clip 202 is fixed at one end capable of rotating the joint, of the foldable cantilever 201, and may clamp the moxibustion tube 300 in claim 11.

[44] The control box 100 includes a box body 110. The top of the box body 110 is provided with a button 103, the bent arm mounting member 106 and the flue bulkhead union 105. A display screen 102 is mounted at a front of the box body 110.

[45] A universal wheel 108 and an auxiliary support member 109 are mounted at a bottom of the box body 110, and the box body 110 is internally provided with a reinforcing plate 107, a balancing block 104 and a main board 101. The reinforcing plate 107 is fixedly connected to the bent arm mounting member 106 when mounted, and a box door 111with a flat lock is mounted at a rear of the box body, which may be opened for maintenance or repair.

[46] The smoke processing module 400 is mounted inside the box body in claim 7, the smoke processing module 400 includes a filter bin shell 401, a filter bin end cover 402, a bin cover bulkhead union 403, a filter element 404, an exhaust fan 405 and an exhaust fan mounting partition plate 406. Hasps 408 are welded to two sides of the filter bin shell 401, activated carbon 407 fills inside the filter bin shell, and the exhaust fan 405 is mounted on the exhaust fan mounting partition plate 406, and then mounted on the filter bin shell 401. The filter element 404 is placed inside the filter bin shell 401, and in the upper groove of the exhaust fan mounting partition plate 406. A silica gel pad 409 is stuck inside the filter bin end cover 402, and then is placed inside the filter bin shell 401 and above the filter element 404 to be pressed and fixed through the hasp 408. The bin cover bulkhead union 403 is mounted on the filter bin end cover 402.

[47] When mounted to the control box 100, the foldable cantilever 200 is equipped with a wearing ring and a surface bearing, and the foldable cantilever 200 is capable of rotating around the bent arm mounting member 106.

[48] The auxiliary support member 109 may be retracted to the bottom of the box, which may effectively prevent the apparatus from falling down when unfolded. The smoke pipe joint 518 may be rapidly inserted into and pulled out of the space between the flue connector inner tube 506 and the flue connector outer tube 507 in claim 2.

[49] The utility model is reasonable in structure and convenient to use, and may overcome the defects of the prior art; through automatic smoke filtering and the special fire insulation and thermal insulation moxibustion tube, that is a moxibustion head, the utility model overcomes the insecurity deficiency caused by production of smoke and fire; and the utility model may eliminate smoke pollution and fire hazards in a use place, and completely eradicate possible harm of smoke to a person.

[50] In the description of the present application, it needs to be understood the orientation or positional relationships indicated by the terms "up", "down", "front", "rear", "left", "right",

"vertical", "horizontal", "top", "bottom", "inside", "outside", etc. are based on the orientation or positional relationship shown in the accompanying drawings, are merely for facilitating the ) description of the present application and simplifying the description, rather than indicating or implying that an apparatus or element referred to must have a particular orientation or be constructed and operated in a particular orientation, and therefore will not be interpreted as limiting the present application.

[51] The particular embodiments of the utility model are described as above. It should be understood that the utility model is not limited to the above specific embodiments. Those skilled in the art can make various changes or modifications within the scope of the claims, which does not affect the essence of the utility model. The embodiments in the present application and the features in the embodiments can be mutually combined arbitrarily in the case of no conflicts.

[52] The reference numerals in the following claims are provided for descriptive purposes only and should not be construed to limit the scope of the claims in any way.

Claims

WHAT IS CLAIMED IS:

1. A smokeless moxibustion apparatus, comprising a control box (100), a moxibustion unit (200), a smoke exhaust pipe (501) and a smoke pipe joint (518), wherein one or more moxibustion units (200) are arranged, the one or more moxibustion units (200) are mounted on the control box (100), and the moxibustion unit (200) comprises a foldable bent arm (201) and a moxibustion tube (300), the moxibustion tube (300), the foldable cantilever (200) and the control box (100) being sequentially connected; the control box (100) comprises a flue bulkhead union (105), a smoke processing module (400) and an inner hose (502), the flue bulkhead union (105) being mounted at a top of the control box (100); the moxibustion tube (300) comprises a flue joint and a moxibustion tube flue, the moxibustion tube flue being connected to one end of the smoke pipe joint (518); the other end of the smoke exhaust pipe (501) is connected to a top of the flue bulkhead union (105); the smoke processing module (400) is mounted inside the control box (100), and the smoke processing module (400) comprises a bin cover bulkhead union (403), the bin cover bulkhead union (403) being mounted at a top of the smoke processing module (400), and the bin cover bulkhead union (403) being connected to one end of the inner hose (502); the other end of the inner hose (502) is connected to the flue bulkhead union (105); and the moxibustion tube (300) is in communication with the smoke processing module (400) through the smoke pipe joint (518), the smoke exhaust pipe (501), the flue bulkhead union (105), the inner hose (502) and the bin cover bulkhead union (403) in sequence.

2. The smokeless moxibustion apparatus according to claim 1, further comprising: a first silica gel heat insulation sleeve (516), wherein the moxibustion tube (300) comprises a moxibustion tube shell (301), the moxibustion tube shell (301) being externally clad with the first silica gel heat insulation sleeve (516); a middle of the first silica gel heat insulation sleeve (516) is provided with a convex ring; the moxibustion tube shell (301) comprises an outer tube body (503), an inner tube body (504), a flue connector inner tube (506), a flue connector outer tube (507), a moxa cone retaining ring (508) and a retaining ring (505), the inner tube body (504) being fixedly connected to the outer tube body (503), the retaining ring (505) is placed between the inner tube body (504) and the outer tube body (503), and a space between the inner tube body (504) and the outer tube body (503) forming a clearance space; the flue connector inner tube (506) and the flue connector outer tube (507) are concentrically welded on the outer tube body (503), a space between the flue connector inner tube (506) and the flue connector outer tube (507) forming a space for mounting the smoke pipe joint (518); a space among the flue connector inner tube (506), the outer tube body (503), the inner tube body (504) and the retaining ring (505) forms a flue space; and the inner tube body (504) comprises a top flanging of the inner tube body, and the moxa cone retaining ring (508) is welded to a bottom of the inner tube body (504), and the moxa cone retaining ring (508) and the inner tube body (504) are combined to form a space for accommodating a moxa cone; wherein the moxibustion tube (300) comprises a push mechanism (302), the push mechanism (302) comprising a spherical nut (509), a moxibustion tube end cover (510), a screw rod (511), a silica gel retaining ring (512) and a push piece (513), the spherical nut (509), the moxibustion tube end cover (510), the screw rod (511), the silica gel retaining ring (512) and the push piece (513) being sequentially connected, the moxibustion tube end cover (510) comprising a moxibustion tube end cover mounting groove, the moxibustion tube end cover (510) being provided with a moxibustion tube end cover inner screw hole, and the screw rod (511) penetrating the moxibustion tube end cover inner screw hole.

3. The smokeless moxibustion apparatus according to claim 1, wherein the moxibustion tube (300) comprises a filter screen end cover (303), the filter screen end cover (303) comprising an end cover (514), a filter screen (515) and a second silica gel heat insulation sleeve (517), the filter screen (515) being mounted inside the end cover (514), the end cover (514) being externally clad with the second silica gel heat insulation sleeve (517), the end cover (514) being internally made of iron, and the end cover (514) being internally provided with a thread; wherein the smoke processing module (400) comprises a hasp (408), a filter bin shell (401), a filter bin end cover (402), a bin cover bulkhead union (403), afilter element (404), an exhaust fan (405), an exhaust fan mounting partition plate (406) and activated carbon (407), two sides of the filter bin shell (401) beingfirmly connected to the hasps (408), the activated carbon (407) for internal filling being arranged inside the filter bin shell (401), the exhaust fan (405) being mounted on the exhaust fan mounting partition plate (406), the exhaust fan (405) being mounted on the filter bin shell (401), the filter element (404) being placed inside the filter bin shell (401), the exhaust fan mounting partition plate (406) comprising an upper groove of the exhaust fan mounting partition plate, the filter element (404) being arranged in the upper groove of the exhaust fan mounting partition plate, a silica gel pad (409) being stuck inside the filter bin end cover (402), the filter bin end cover (402) being placed inside the filter bin shell (401), the filter bin end cover (402) being arranged above the filter element (404), and the bin cover bulkhead union (403) being mounted on the filter bin end cover (402).

4. The smokeless moxibustion apparatus according to claim 1, wherein the moxibustion tube (300) comprises an extinguishing end cover (304), an end face of the extinguishing end cover (304) being provided with a magnet; wherein the foldable cantilever (200) comprises a foldable bent arm (201) and a spring clip (202), the foldable bent arm (201) comprising two foldable joints and a rotary joint, the foldable joint being internally provided with a damper, the spring clip (202) being fixed at one end of the rotary joint, and the spring clip (202) being capable of clamping the moxibustion tube (300); wherein the control box (100) further comprises a box body (110), a bent arm mounting member (106) and a button (103), the button (103), the bent arm mounting member (106) and the flue bulkhead union (105) being mounted at a top of the box body (110), and the box body (110) comprising a display screen (102), a universal wheel (108), an auxiliary support member (109), a reinforcing plate (107), a balancing block (104), a main board (101), a box door (111) and a bent arm mounting member (106), the display screen (102) being mounted at a front of the box body (110), the universal wheel (108) and the auxiliary support member (109) being mounted at a bottom of the box body (110), the reinforcing plate (107), the balancing block (104) and the main board (101) being mounted inside the box body (110), the reinforcing plate (107) being firmly connected to the bent arm mounting member (106), and the box door (111) being arranged at a rear of the box body (110).

5. The smokeless moxibustion apparatus according to claim 1, further comprising a wearing ring and a surface bearing, wherein the wearing ring and the surface bearing match the foldable cantilever (201).

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DRAWINGS

200 2021105315

100

FIG. 1

FIG. 2 －2/6－

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501 502

Rotate by 360°

Bending direction

FIG. 3

FIG. 4 －4/6－

FIG. 5 －5/6－

FIG. 6 －6/6－