CN209564389U - A kind of burn-proof device and moxa-moxibustion cabin for moxa-moxibustion cabin - Google Patents
A kind of burn-proof device and moxa-moxibustion cabin for moxa-moxibustion cabin Download PDFInfo
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- CN209564389U CN209564389U CN201821555234.2U CN201821555234U CN209564389U CN 209564389 U CN209564389 U CN 209564389U CN 201821555234 U CN201821555234 U CN 201821555234U CN 209564389 U CN209564389 U CN 209564389U
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Abstract
A kind of burn-proof device for moxa-moxibustion cabin of the utility model contains heat-shield mechanism and driving mechanism, and when the temperature is excessively high, driving mechanism can drive heat-shield mechanism to move, so that the heat in moxa-moxibustion cabin/smoke path is closed, prevents scald human body.The moxa-moxibustion cabin of the utility model contains burn-proof device and shell, moxibustion bed, control system, moxa-moxibustion platform, line system, power-supply system and smoke evacuation system.The moxa-moxibustion cabin of the utility model is during moxibustion treatment, if temperature reaches protection start-up temperature, driving mechanism can drive heat-proof device to move, and closes smog/thermal pathways, effectively prevent accidental scalding during moxibustion treatment, moxa-moxibustion process is safer and more reliable.
Description
Technical field
The utility model relates to a kind of moxa-moxibustion cabin, especially a kind of moxa-moxibustion cabin containing burn-proof device.
Background technique
Moxa-moxibustion is the Ai heat stimulation body surface point or privileged site that the moxa-moxibustion material made of folium artemisiae argyi generates, and is passed through by excitation
The activity of gas adjusts the biochemical functions of human disorder, to reach a kind for the treatment of method for purpose of preventing and curing diseases.
It moxa-moxibustion cabin can be with temperature is stable, can discharge fume in time, comfortably in Multipoint synchronous progress moxibustion treatment and cabin due to it
The advantages that having spent is as currently a popular moxibustion treatment mode.But when moxa-moxibustion cabin is treated, since human body is place during moxa-moxibustion
In in closed heat chamber body, therefore, if temperature is excessively high in cabin, especially when moxa stick forms open fire due to unintended ignition,
Easily cause the accidental scalding of human body.
But in current moxa-moxibustion cabin product, it is all not provided with special burn-proof device, it can not be temperature occur excessively high, especially
It is that heat and fire source are isolated in time when there is open fire, therefore, it is necessary to improve to existing moxa-moxibustion cabin.
Summary of the invention
A kind of burn-proof device and moxa-moxibustion cabin for moxa-moxibustion cabin of the utility model can be with by the design of burn-proof device
When there is temperature more than setting value, the smog/thermal pathways in moxa-moxibustion cabin are closed in time, prevent from causing human body since temperature is excessively high
Accidental scalding.
A kind of burn-proof device for moxa-moxibustion cabin of the utility model, it is characterised in that: the burn-proof device 2 contains heat-insulated machine
Structure 21 and driving mechanism 22, when reach or more than setting protection start-up temperature when, the driving mechanism 22 can drive described in every
Heat engine structure 21 moves, so that the heat/smoke path 10 in the moxa-moxibustion cabin 100 is closed, prevents scald human body.
Since the heat-shield mechanism 21 can close the heat/smoke path 10 in time, setting value can be reached in temperature
When completely cut off heat source in time, prevent temperature further up, thus achieve the purpose that it is anti-scald, especially during moxa-moxibustion moxa stick anticipate
When external combustion burns existing open fire, the heat-shield mechanism 21 can completely cut off flame and human body in time, prevent accidental scalding.Manufacture is specific to be produced
When product, the position that can be placed according to specific sensor, to set the start-up temperature of the heat-shield mechanism 21, usually 50 DEG C~63
Between DEG C, such as 57 DEG C.
The driving mechanism 22 is electric driving mechanism 22-1 or Manual drive mechanism 22-2 or intelligent-induction driving machine
Structure 22-3.Applicant lists above-mentioned three kinds of driving mechanism modes at this, and those skilled in the art can design as needed
Various driving mechanisms out, all without departing from the protection scope of the application.
Intelligent-induction driving mechanism 22-3 inductor containing the marmem 22-31；When temperature is higher than the anti-of setting
When protecting start-up temperature, marmem inductor 22-31 starts the intelligent-induction driving mechanism 22-3.It is set when temperature reaches
When fixed protection start-up temperature, the marmem inductor 22-31 is restored to its preset shape, thus automatically
Movement, triggers the intelligent-induction driving mechanism 22-3, drives the heat-shield mechanism 21 to move, closes the heat/cigarette in time
Mist channel 10.As long as shape will be passed through since the marmem inductor 22-31 temperature reaches protection start-up temperature
Change and issue control signal automatically, starts the heat-shield mechanism 21, use process is safer, effective.
The heat-shield mechanism 21 contains upper thermal insulation board 21-1, lower thermal insulation board 21-2 and the heat/smoke path 10；The heat
Amount/smoke path 10 is set between the adjacent upper thermal insulation board 21-1；In moxa-moxibustion cabin be in normal operating conditions when, it is described on
Thermal insulation board 21-1 is Chong Die with the lower thermal insulation board 21-2, and the heat/smoke path 10 is opened；When temperature anomaly in moxa-moxibustion cabin
When, under the action of driving mechanism 22, the upper thermal insulation board 21-1 and lower thermal insulation board 21-2 are staggered, the lower thermal insulation board
21-2 closes the heat/smoke path 10.It is described heat-insulated this is shown for a kind of heat-shield mechanism 21 of specific structure
Plate 21-1 and lower thermal insulation board 21-2 link together, and completely enclose the heat/smoke path 10, form thermal protection layer.
21 21-3 containing thermal insulation board of heat-shield mechanism, shaft 21-4 and the heat/smoke path 10；Heat/the cigarette
Mist channel 10 is set between the adjacent thermal insulation board 21-3；When being in normal operating conditions in moxa-moxibustion cabin, it is adjacent it is described every
Hot plate 21-3 is staggered, and the heat/smoke path 10 is opened；When temperature anomaly in moxa-moxibustion cabin, in the driving mechanism 22
Under effect, the shaft 21-4 rotation drives the thermal insulation board 21-3 to rotate, so that the adjacent thermal insulation board 21-3 is connected with each other
Or overlapping, close the heat/smoke path 10.This is shown for the heat-shield mechanisms 21 of another specific structure, lead to
The deflection for crossing the thermal insulation board 21-3 completely encloses the heat/smoke path 10, forms thermal protection layer.
Applicant lists the specific structure and working principle of the above two heat-shield mechanism 21 at this, in reality
In, those skilled in the art, which can according to need, designs different heat-shield mechanism structures, all without departing from the application
Claimed technical scope.
The moxa-moxibustion cabin of the utility model, it is characterised in that: the moxa-moxibustion cabin 100 contains the burn-proof device 2.
The moxa-moxibustion cabin 100 contains the burn-proof device 2, also contains shell 1, moxibustion bed 3, control system 4, moxa-moxibustion platform 5, route system
System 6, power-supply system 7 and smoke evacuation system 8；The moxibustion bed 3, moxa-moxibustion platform 5 and line system 6 are arranged in the shell 1, the electricity
Source system 7, the control system 4 and the smoke evacuation system 8 are arranged on the shell 1.
In actual use, the moxibustion bed 3 and the upper thermal insulation board 21-1 can be fabricated to an entirety, in the moxibustion bed
Slot 31 is opened up on 3, the slot 31 can be used as the heat/smoke path 10, when temperature anomaly in moxa-moxibustion cabin, described
Under the action of driving mechanism 22, the lower thermal insulation board 21-2 is moved, by the heat/smoke path on the moxibustion bed 3
10 closings, realize anti-scald function.
Smog screening arrangement 11 is connected on the shell 1 in the moxa-moxibustion cabin 100.The smog screening arrangement 11 contains external seal
Mechanism 11-1, sealing curtain 11-2 and interior sealing mechanism 11-3, the external seal mechanism 11-1 are arranged in the sealing curtain 11-2's
The inside of the sealing curtain 11-2 is arranged in outside, the interior sealing mechanism 11-3；The external seal mechanism 11-1 and described interior
Sealing mechanism 11-3 connects into an entirety by the sealing curtain 11-2.The external seal mechanism 11-1 is connected to the shell
External seal is formed on 1, the interior sealing mechanism 11-3 forms interior sealing in neck, can prevent the smog in therapeutic process
It is overflowed from neck, causes human body uncomfortable.
The smog screening arrangement 11 is detachable smog screening arrangement 1101.The smog screening arrangement 11 is removable
Unload formula smog screening arrangement 1101, therefore, can disassembly is cleaned in time after use, use process is safer,
Health.
Auxiliary physical therapy device 12 is additionally provided on the shell 1 in the moxa-moxibustion cabin.The auxiliary physical therapy device 12 can be in moxa-moxibustion
While auxiliary physical therapy is carried out to human body, such as can carry out simultaneously infrared treatment, photon delicate skin auxiliary physical therapy.
The auxiliary physical therapy device 12 is beauty lamp or infrared therapeutic apparatus or magnetic force therapeutic equipment.Applicant enumerates at this
Above-mentioned three kinds of auxiliary physical therapy mode, those skilled in the art can according to need designed on the shell 1 it is various other
Modality is assisted, all without departing from the protection scope of the application.
The moxa-moxibustion platform 5 is liftable moxa-moxibustion platform 51.The moxa-moxibustion platform 5 takes the design of Liftable type, in use process
In, it can be by adjusting the height of the liftable moxa-moxibustion platform 51, so that the Moxibustion strip lighted is close to or far from human body, thus real
The temperature of existing use process is adjusted.The height adjustment mechanism 51-1 of the liftable moxa-moxibustion platform 51 can be slide rail type and adjust machine
The various regulating mechanisms such as structure, hydraulic pressure lifting mechanism.
The moxa-moxibustion cabin 100 also contains fresh air system 9, and the fresh air system 9 is located on the shell 1, can be to the head of people
Convey fresh air.When the fresh air system 9 can need during moxibustion treatment, as felt sweat discharge in therapeutic process
When severe, fresh air is conveyed to the head of people, makes human body sensory during moxa-moxibustion more comfortable.
The control system 4 contains cabin temperature control system 41, moxibustion platform lift control system 42, multi-media control system
43, Usage data collection system 44, data processing and teleengineering support control system 45, smoke control system 46, cabin switch control
System 47 processed, auxiliary modality control system 48, Xingfeng capsule system 49.The control system 4 passes through above-mentioned various controls
System carries out whole record and control to the use process in the moxa-moxibustion cabin 100.
The control system 4 can be carried out the data of acquisition by the data processing and teleengineering support control system 45
Storage, export or upload network remote are shared and management.The data processing and teleengineering support control system 45 can be to acquisitions
Various data handled and stored, can also upload to internet when needed, realize the moxa-moxibustion cabin of the utility model
Long-range control and online management, realize the shared of the moxa-moxibustion cabin of the utility model.
In use, human body is lain on the moxibustion bed 3, the upper cover 13 of the shell 1 is put down, by the smog screening arrangement 11
It is sealed in neck.Then the Moxibustion strip being placed on the moxa-moxibustion platform 5 is lighted by the control system 4, and adjusted
The moxa-moxibustion platform 5 is saved to suitable height, the moxa-moxibustion cabin 100 starts to carry out moxibustion treatment.In therapeutic process, if moxa-moxibustion platform
Open fire surprisingly occurs for the moxa stick on 5, and temperature reaches protection start-up temperature, and the driving mechanism 22 drives the heat-proof device 21 to transport
It is dynamic, the smog/thermal pathways 10 are closed, and alarm when needed by the control system 4.
A kind of burn-proof device for moxa-moxibustion cabin of the utility model contains heat-shield mechanism 21 and driving mechanism 22, when temperature mistake
Gao Shi, the driving mechanism 22 can drive the heat-shield mechanism 21 to move, so that the heat/smog in the moxa-moxibustion cabin 100
Channel 10 is closed, and scald human body is prevented.The moxa-moxibustion cabin of the utility model is containing the burn-proof device 2 and shell 1, moxibustion bed 3, control system
System 4, moxa-moxibustion platform 5, line system 6, power-supply system 7 and smoke evacuation system 8.The moxa-moxibustion cabin of the utility model is in moxibustion treatment process
In, if temperature reaches protection start-up temperature, the driving mechanism 22 can drive the heat-proof device 21 to move, close the cigarette
Mist/thermal pathways 10, effectively prevent accidental scalding during moxibustion treatment, and moxa-moxibustion process is safer and more reliable.
Detailed description of the invention
Fig. 1 is at a kind of heat/smoke path of burn-proof device for moxa-moxibustion cabin of the utility model of manual actuation
Schematic perspective view when opening state.
Fig. 1-1 is the cross-sectional view of Fig. 1.
Fig. 1-2 is schematic perspective view when heat/smoke path of Fig. 1 is in close state.
Fig. 1-3 is the cross-sectional view of Fig. 1-2.
Fig. 1-4 is the explosive view of Fig. 1.
Fig. 1-5 is the structure of the heat/smoke path in the moxa-moxibustion cabin of the burn-proof device containing manual actuation in the open state
Schematic diagram.
Fig. 1-6 is structural schematic diagram when heat/smoke path of Fig. 1-5 is in close state.
Fig. 2 is that a kind of heat/smog of burn-proof device for moxa-moxibustion cabin of the utility model of intelligent-induction driving is logical
The schematic perspective view of road in the open state.
Fig. 2-1 is the cross-sectional view of Fig. 2.
Fig. 2-2 is schematic perspective view when heat/smoke path of Fig. 2 is in close state.
Fig. 2-3 is the cross-sectional view of Fig. 2-2.
Fig. 2-4 is the explosive view of Fig. 2.
Fig. 2-5 be containing intelligent-induction driving burn-proof device moxa-moxibustion cabin heat/smoke path in the open state
Structural schematic diagram.
Fig. 2-6 is structural schematic diagram when heat/smoke path of Fig. 1-5 is in close state.
Fig. 3 is at a kind of heat/smoke path of burn-proof device for moxa-moxibustion cabin of the utility model of electric drive
Schematic perspective view when opening state.
Fig. 3-1 is the cross-sectional view of Fig. 3.
Fig. 3-2 is schematic perspective view when heat/smoke path of Fig. 3 is in close state.
Fig. 3-3 is the cross-sectional view of Fig. 3-2.
Fig. 3-4 is the explosive view of Fig. 3.
Fig. 3-5 is the structure of the heat/smoke path in the moxa-moxibustion cabin of the burn-proof device containing electric drive in the open state
Schematic diagram.
Fig. 3-6 is structural schematic diagram when heat/smoke path of Fig. 1-5 is in close state.
In above-mentioned figure:
1 is shell, and 2 be burn-proof device, and 3 be moxibustion bed, and 4 be control system, and 5 be moxa-moxibustion platform, and 6 be line system, and 7 be power supply
System, 8 be smoke evacuation system, and 9 be fresh air system, and 10 be heat/smoke path, and 100 be the moxa-moxibustion cabin of the utility model.
11 be smog screening arrangement, and 1101 be detachable smog screening arrangement, and 11-1 is external seal mechanism, and 11-2 is close
Curtain is sealed, 11-3 is interior sealing mechanism；Physical therapy device is helped supplemented by 12,13 be upper cover.
21 be heat-shield mechanism, and 22 be driving mechanism；21-1 is upper thermal insulation board, and 21-2 is lower thermal insulation board, and 21-3 is thermal insulation board,
21-4 is shaft, and 21-5 is drive rod mounting ring, and 21-6 is thermal insulation board connecting rod；22-1 is electric driving mechanism, and 22-2 is manual
Driving mechanism, 22-3 are intelligent-induction driving mechanism, and 22-31 is marmem inductor；21-3-1 is link mounting feature,
21-6-1 is thermal insulation board pin, and 21-6-2 is shaft shop bolt, and 22-1-1 is drive motor, and 22-2-1 is drive rod, 22-2-
2 be driving handle, and 22-3-1 is intelligent-induction drive rod, and 22-3-2 is reseting handle, and 22-3-3 is positioning jump ring.
31 be slot, and 32 interconnecting piece between slot, 34 move sliding slot for heat-shield mechanism, and 35 be heat-shield mechanism mounting groove,
36 be shaft limiting slot.
41 be cabin temperature control system, and 42 be moxibustion platform lift control system, and 43 be multi-media control system, and 44 be use
Data collection system, 45 be data processing and teleengineering support control system, and 46 be smoke control system, and 47 be cabin switch control
System, assistant treats apparatus control system supplemented by 48, and 49 be Xingfeng capsule system.
51 be liftable moxa-moxibustion platform, and 51-1 is height adjustment mechanism.
Specific embodiment
Embodiment 1: the moxa-moxibustion cabin of the utility model of the burn-proof device containing manual actuation
With reference to Fig. 1, the moxa-moxibustion cabin of the present embodiment contains shell 1, burn-proof device 2, moxibustion bed 3, control system 4, moxa-moxibustion platform 5, line
Road system 6, power-supply system 7, smoke evacuation system 8 and fresh air system 9.The moxibustion bed 3, moxa-moxibustion platform 5 and line system 6 are arranged described
In shell 1, the power-supply system 7, the control system 4 and the smoke evacuation system 8 are arranged on the shell 1.
The burn-proof device 2 contains heat-shield mechanism 21 and driving mechanism 22, and when the temperature is excessively high, the driving mechanism 22 can drive
It moves the heat-shield mechanism 21 to move, so that the heat/smoke path 10 in the moxa-moxibustion cabin 100 is closed, prevents scald human body.
Since the heat-shield mechanism 21 uses manual actuation type structure, when feeling that temperature is more high-leveled and difficult to endure by moxa-moxibustion person
When, it only need to be pulled along the driving mechanism 22, the lower thermal insulation board 21-2 forward slip can close the heat/smog
Channel 10 prevents temperature further up, to achieve the purpose that anti-scald.Moxa stick unexpected burning goes out especially during moxa-moxibustion
When existing open fire, the driving mechanism 22 only need to be drawn to previous by moxa-moxibustion person, the heat-shield mechanism 21 can completely cut off flame in time,
Accidental scalding is prevented, the moxa-moxibustion cabin 100 is opened simultaneously, allows and fled from moxa-moxibustion cabin 100 in time by moxa-moxibustion person.
In the present embodiment, the driving mechanism is Manual drive mechanism 22-2.The Manual drive mechanism 22- containing drive rod
2-1 and driving handle 22-2-2.
In the present embodiment, the heat-shield mechanism 21 contains upper thermal insulation board 21-1, lower thermal insulation board 21-2, drive rod mounting ring 21-5
And heat/smoke path 10.Heat/the smoke path 10 is set between the adjacent upper thermal insulation board 21-1.
In the present embodiment, the upper thermal insulation board 21-1 and the moxibustion bed 3 are formed integrally.
The moxibustion bed 3 is made of fire proofing material resistant to high temperature, and discontinuous slot is equipped at the working position of the moxibustion bed 3
Hole 31, the slot 31 constitute the heat/smoke path 10, and the interconnecting piece 32 between the slot 31 is constituted on described
Thermal insulation board 21-1.
The drive rod 22-2-1 is passed through from the drive rod mounting ring 21-5, and the driving mechanism 22-2 is connected to
On the lower thermal insulation board 21-2.
Be equipped with heat-shield mechanism mounting groove 35 on the downside of the moxibustion bed 3, the lower thermal insulation board 21-2 can inlay be mounted on it is described every
In heat engine structure mounting groove 35.3 two sides of moxibustion bed are equipped with heat-shield mechanism and move sliding slot 34, and the drive rod 22-2-1 passes through described
Being embedded in after drive rod mounting ring 21-5 is in the heat-shield mechanism movement sliding slot 34, and the driving handle 22-2-2 is connected to institute
The both side ends for stating drive rod 22-2-1, positioned at the outside of the moxibustion bed 3.
When being in normal operating conditions in moxa-moxibustion cabin, the lower thermal insulation board 21-2 is Chong Die with the interconnecting piece 32, described
Heat/smoke path 10 is opened；When temperature anomaly in moxa-moxibustion cabin, the driving handle 22-2-2, the drive rod 22- are pulled
2-1 heat-shield mechanism described in the drive lower edge of the driving handle 22-2-2 move sliding slot 34 slide, thus drive it is described under every
Hot plate 21-2 is moved in the heat-shield mechanism mounting groove 35, and the lower thermal insulation board 21-2 and the interconnecting piece 32 are staggered, described
Lower thermal insulation board 21-2 closes the heat/smoke path 10, forms thermal protection layer.After temperature obtains control, need to continue
When carrying out moxibustion treatment, can opposite direction push the driving handle 22-2-2, the driving handle 22-2-2 to drive the driving
The movement of bar 22-2-1 opposite direction, the lower thermal insulation board 21-2 and the interconnecting piece 32 are overlapped, and the heat/smoke path 10 is beaten
It opens, can continue to treat.
In the present embodiment, smog screening arrangement 11 is connected on the shell 1.The smog screening arrangement 11 is containing outer close
Sealing mechanism 11-1, sealing curtain 11-2 and interior sealing mechanism 11-3, the external seal mechanism 11-1 are arranged in the sealing curtain 11-2
Outside, the inside of the sealing curtain 11-2 is arranged in the interior sealing mechanism 11-3；The external seal mechanism 11-1 and described
Interior sealing mechanism 11-3 connects into an entirety by the sealing curtain 11-2.The external seal mechanism 11-1 is connected to the shell
External seal is formed on body 1, the interior sealing mechanism 11-3 forms interior sealing in neck, can prevent the cigarette in therapeutic process
Mist is overflowed from neck, causes human body uncomfortable.The sealing curtain 11-2 can be selected soft, frivolous while be had both good cigarette again
The thin-film material of mist shield effectiveness, such as TPU membrane, PE film, cotton-spinning fabric, medical silica-gel pro-skin material, guarantee in moxibustion treatment
It can realize smog shield effectiveness well in the process and the obviously senses of discomfort such as compressing are caused to neck.
In the present embodiment, the smog screening arrangement 11 is detachable smog screening arrangement 1101, can used
After in time disassembly cleaned, use process is safer, hygienic.
In the present embodiment, auxiliary physical therapy device 12 is additionally provided on the shell 1 in the moxa-moxibustion cabin.The auxiliary physical therapy device 12
Auxiliary physical therapy can be carried out to human body while moxa-moxibustion, such as infrared treatment, photon delicate skin auxiliary physical therapy can be carried out simultaneously.
The auxiliary physical therapy device 12 can be the various auxiliary reasons such as beauty lamp or infrared therapeutic apparatus or magnetic force therapeutic equipment
Treat equipment.
In the present embodiment, the moxa-moxibustion platform 5 is liftable moxa-moxibustion platform 51.The moxa-moxibustion platform 5 takes the design of Liftable type,
In use, can by adjusting the height of the liftable moxa-moxibustion platform 51 so that the Moxibustion strip lighted close to or far from
Human body, to realize that the temperature of use process is adjusted.The height adjustment mechanism 51-1 of the liftable moxa-moxibustion platform 51 can be cunning
The various regulating mechanisms such as rail regulating mechanism, hydraulic pressure lifting mechanism.
The fresh air system 9 is located on the shell 1, can convey fresh air to the head of people.Especially over the course for the treatment of
When feeling that sweat discharge is severe, fresh air is conveyed to the head of people, human body sensory during moxa-moxibustion can be allowed more comfortable.
The control system 4 contains cabin temperature control system 41, moxibustion platform lift control system 42, multi-media control system
43, Usage data collection system 44, data processing and teleengineering support control system 45, smoke control system 46, cabin switch control
System 47 processed, auxiliary modality control system 48, Xingfeng capsule system 49.The control system 4 passes through above-mentioned various controls
System carries out whole record and control to the use process in the moxa-moxibustion cabin 100.
In the present embodiment, the control system 4 can will be adopted by the data processing and teleengineering support control system 45
The data of collection are stored, exported or are uploaded network remote and share and manage.The data processing and teleengineering support control system
45 can be handled and be stored to the various data of acquisition, can also upload to internet when needed, realize that this is practical
The long-range control in novel moxa-moxibustion cabin and online management realize the shared of the moxa-moxibustion cabin of the utility model.
In use, human body is lain on the moxibustion bed 3, the upper cover 13 of the shell 1 is put down, by the smog screening arrangement 11
It is sealed in neck.Then the Moxibustion strip being placed on the moxa-moxibustion platform 5 is lighted by the control system 4, and adjusted
The moxa-moxibustion platform 5 is saved to suitable height, the moxa-moxibustion cabin 100 starts to carry out moxibustion treatment.In therapeutic process, if moxa-moxibustion platform
Open fire surprisingly occurs for the moxa stick on 5, when the temperature is excessively high, is only needed to be pulled along the driving handle 22-2-2 by moxa-moxibustion person, described
Drive rod 22-2-1 heat-shield mechanism described in the drive lower edge of the driving handle 22-2-2 moves sliding slot 34 and slides, to drive
The lower thermal insulation board 21-2 is moved in the heat-shield mechanism mounting groove 35, and the lower thermal insulation board 21-2 and the interconnecting piece 32 are wrong
It opens, the lower thermal insulation board 21-2 closes the heat/smoke path 10, forms thermal protection layer.
The moxa-moxibustion cabin of the present embodiment is due to containing the burn-proof device 2, during moxibustion treatment, if when the temperature is excessively high,
As long as pulling the driving handle 22-2-2 that the lower thermal insulation board 21-2 movement can be driven, the smog/thermal pathways are closed
10, it is effectively prevent accidental scalding during moxibustion treatment, moxa-moxibustion process is safer and more reliable, and simple, convenient.
Embodiment 2: the moxa-moxibustion cabin of the utility model of the driving burn-proof device containing intelligent-induction
With reference to Fig. 3, the present embodiment and the difference of embodiment 1 are: in the present embodiment, the burn-proof device 2 is intelligence
Incude driving mechanism 22-3.
Intelligent-induction driving mechanism 22-3 inductor containing the marmem 22-31, intelligent-induction drive rod 22-3-
1, reseting handle 22-3-2 and positioning jump ring 22-3-3.
In the present embodiment, the upper thermal insulation board 21-1 and the moxibustion bed 3 are formed integrally.
The moxibustion bed 3 is made of fire proofing material resistant to high temperature, and discontinuous slot is equipped at the working position of the moxibustion bed 3
Hole 31, the slot 31 constitute the heat/smoke path 10, and the interconnecting piece 32 between the slot 31 is constituted on described
Thermal insulation board 21-1.
The intelligent-induction drive rod 22-3-1 is passed through from the drive rod mounting ring 21-5, by the driving mechanism
22-2 is connected on the lower thermal insulation board 21-2.
Be equipped with heat-shield mechanism mounting groove 35 on the downside of the moxibustion bed 3, the lower thermal insulation board 21-2 can inlay be mounted on it is described every
In heat engine structure mounting groove 35.3 two sides of moxibustion bed are equipped with heat-shield mechanism and move sliding slot 34, the intelligent-induction drive rod 22-3-1
Being embedded in after the drive rod mounting ring 21-5 is the reseting handle 22-3-2 in the heat-shield mechanism movement sliding slot 34
The both side ends of the intelligent-induction drive rod 22-3-1 are connected to, positioned at the outside of the moxibustion bed 3.The marmem
In heat-shield mechanism movement sliding slot 34, one end is connect with the intelligent-induction drive rod 22-3-1 for inductor 22-31 setting,
The other end is embedded in the positioning jump ring 22-3-3.
When being in normal operating conditions in moxa-moxibustion cabin, it is described fixed that the marmem inductor 22-31 is embedded in
In the circlip 22-3-3 of position, the lower thermal insulation board 21-2 is Chong Die with the interconnecting piece 32, and the heat/smoke path 10 is opened.When
When temperature is higher than the protection start-up temperature of setting, when being such as higher than 57 DEG C of shape memory recovery temperature of memorial alloy, the shape
Memorial alloy inductor 22-31 elongation, is restored to the length of setting, to drive the intelligent-induction drive rod 22-3-1 along institute
Movement in heat-shield mechanism movement sliding slot 34 is stated, so that the lower thermal insulation board 21-2 be driven to transport in the heat-shield mechanism mounting groove 35
Dynamic, the lower thermal insulation board 21-2 and the interconnecting piece 32 are staggered, and the lower thermal insulation board 21-2 closes the heat/smoke path
10, form thermal protection layer.After temperature obtains control, when needing to continue moxibustion treatment, opposite direction pushes the reset
Handle 22-3-2, the marmem inductor 22-31 are fixed in the positioning jump ring 22-3-3 described in compression and back, institute
It states lower thermal insulation board 21-2 and the interconnecting piece 32 is overlapped, the heat/smoke path 10 is switched on again, can continue to control
It treats.
Due to the marmem inductor 22-31, conducive to its special shape memory function, as long as shape is remembered
The protection start-up temperature of the recovery temperature and moxa-moxibustion cabin of recalling alloy is set to same numerical value, the marmem inductor
22-31 will be by the environment temperature around automatic sensing, when temperature is higher than the protection start-up temperature of setting, the shape note
The shape for recalling alloy induction device 22-31 will change, to issue control signal automatically, start the heat-shield mechanism 21, so that
100 use process of moxa-moxibustion cabin of the utility model is safer, effective.
Embodiment 3: the moxa-moxibustion cabin of the utility model of the burn-proof device containing electric drive
With reference to Fig. 3, the present embodiment and the difference of embodiment 1 are: in the present embodiment, the driving mechanism 22 is electronic
Driving mechanism 22-1.
Electric driving mechanism 22-1 22-1-1 containing drive motor.
In the present embodiment, the heat-shield mechanism 21 is oscillating blade type heat-shield mechanism.
21 21-3 containing thermal insulation board of heat-shield mechanism, shaft 21-4, thermal insulation board connecting rod 21-6 and the heat/smoke path
10；Heat/the smoke path 10 is set between the adjacent thermal insulation board 21-3.
The both ends the thermal insulation board 21-3 are equipped with link mounting feature 21-3-1, and the thermal insulation board connecting rod 21-6 is equipped with thermal insulation board
Pin 21-6-1, the thermal insulation board 21-3 are mounted on the thermal insulation board connecting rod 21-6 by the link mounting feature 21-3-1 one by one
On thermal insulation board pin 21-6-1 on.
The drive motor 22-1-1 is mounted on the end of the shaft 21-4, and the shaft 21-4 is mounted on described heat-insulated
On shaft shop bolt 21-6-2 on plate connecting rod 21-6, both ends are embedded in the shaft limiting slot 36 of 3 two sides of moxibustion bed.Institute
Thermal insulation board connecting rod 21-6 is stated to be embedded in the heat-shield mechanism mounting groove 35 of 3 downside of moxibustion bed.
When being in normal operating conditions in moxa-moxibustion cabin, the adjacent thermal insulation board 21-3 is staggered, and the heat/smog is logical
It opens in road 10.When temperature anomaly in moxa-moxibustion cabin, the control switch of the electric driving mechanism 22-1, the drive motor are pressed
22-1 drives the shaft 21-4 rotation, and the shaft 21-4 drives the thermal insulation board connecting rod 21-6 to swing, the thermal insulation board 21-
3 rotate therewith, so that the adjacent thermal insulation board 21-3 is connected with each other or overlapping, can close the heat/smoke path
10.When temperature is stablized, it is desirable to when continuing moxibustion treatment, press counter motion control switch, the drive motor 22-1 band
It moves the shaft 21-4 to rotate backward, the thermal insulation board 21-6 backswing therewith, the thermal insulation board 21-3 is staggered, the cigarette
Mist/thermal pathways 10 reopen, and can continue moxibustion treatment.
It the moxa-moxibustion cabin of the present embodiment, only need to control in cabin or out of my cabin due to using the electric driving mechanism 22-1
Control switch is pressed on panel can be realized the closing and opening of the smog/thermal pathways 10, can also use temperature sensing
Device controls the electric driving mechanism 22-1, realizes the automatic control of 21 ON/OFF of heat-shield mechanism, use process is simpler
It is single, convenient.
In addition, human body is lain on the moxibustion bed 3, the mattress of good air permeability can be padded, improves comfort when moxa-moxibustion.
Disposable mattress and sheet can also be configured, it is relatively sanitary in this way.
Applicant only illustrates above-mentioned three kinds specific burn-proof device structures and moxa-moxibustion cabin, the technology of this field herein
Personnel can design the burn-proof device of various other structures as needed, all without departing from the protection scope of the application.
It should be noted that structure disclosed and illustrated herein can be replaced with the identical structure of other effects, while this reality
It is not to realize the exclusive architecture of the utility model with novel introduced embodiment.Although the preferred embodiments of the utility model are
It is introduced and is illustrated herein, but those skilled in the art are aware that knowing these embodiments only is to illustrate
And oneself, those skilled in the art can make countless variations, improvement and replacement, without departing from the utility model, because
This, should define the protection scope of the utility model according to what the spirit and scope of the utility model appended claims were come.
Claims (15)
1. a kind of burn-proof device for moxa-moxibustion cabin, it is characterised in that: the burn-proof device (2) is containing heat-shield mechanism (21) and drives
Mechanism (22), when reach or more than setting protection start-up temperature when, the driving mechanism (22) can drive the heat-shield mechanism
(21) it moves, so that the heat/smoke path (10) of moxa-moxibustion cabin (100) is closed, prevents scald human body.
2. burn-proof device according to claim 1, it is characterised in that: the driving mechanism (22) is electric driving mechanism (22-
Or Manual drive mechanism (22-2) or intelligent-induction driving mechanism (22-3) 1).
3. burn-proof device according to claim 2, it is characterised in that: the intelligent-induction driving mechanism (22-3) is remembered containing shape
Recall alloy induction device (22-31)；When temperature is higher than the protection start-up temperature of setting, marmem inductor (22-31)
Start the intelligent-induction driving mechanism (22-3).
4. burn-proof device according to claim 1, it is characterised in that: the heat-shield mechanism (21) containing upper thermal insulation board (21-1),
Lower thermal insulation board (21-2) and the heat/smoke path (10)；Heat/the smoke path (10) be located at it is adjacent it is described on every
Between hot plate (21-1)；When being in normal operating conditions in moxa-moxibustion cabin, the upper thermal insulation board (21-1) and the lower thermal insulation board
(21-2) overlapping, the heat/smoke path (10) are opened；When temperature anomaly in moxa-moxibustion cabin, in the driving mechanism (22)
Under the action of, the upper thermal insulation board (21-1) and lower thermal insulation board (21-2) are staggered, and the lower thermal insulation board (21-2) closes the heat
Amount/smoke path (10).
5. burn-proof device according to claim 1, it is characterised in that: the heat-shield mechanism (21) contains thermal insulation board (21-3), turns
Axis (21-4) and the heat/smoke path (10)；Heat/the smoke path (10) is located at the adjacent thermal insulation board (21-
3) between；When being in normal operating conditions in moxa-moxibustion cabin, the adjacent thermal insulation board (21-3) is staggered, the heat/smog
It opens in channel (10)；When temperature anomaly in moxa-moxibustion cabin, under the action of the driving mechanism (22), the shaft (21-4) turns
It is dynamic, it drives the thermal insulation board (21-3) to rotate, so that the adjacent thermal insulation board (21-3) is connected with each other or overlapping, closes the heat
Amount/smoke path (10).
6. moxa-moxibustion cabin, it is characterised in that: the moxa-moxibustion cabin (100) is containing burn-proof device (2) described in claim 1.
7. moxa-moxibustion cabin according to claim 6, it is characterised in that: the moxa-moxibustion cabin (100) also containing shell (1), moxibustion bed (3),
Control system (4), moxa-moxibustion platform (5), line system (6), power-supply system (7) and smoke evacuation system (8)；The moxibustion bed (3), moxa-moxibustion platform
(5) and line system (6) setting is in the shell (1), the power-supply system (7), the control system (4) and the smoke evacuation
System (8) is arranged on the shell (1).
8. moxa-moxibustion cabin according to claim 6, it is characterised in that: be connected with smog shielding on the shell (1) in the moxa-moxibustion cabin
Device (11).
9. moxa-moxibustion cabin according to claim 8, it is characterised in that: the smog screening arrangement (11) is detachable smog screen
Cover device (1101).
10. moxa-moxibustion cabin according to claim 6, it is characterised in that: be additionally provided with auxiliary physical therapy on the shell (1) in the moxa-moxibustion cabin
Device (12).
11. moxa-moxibustion cabin according to claim 10, it is characterised in that: the auxiliary physical therapy device (12) is beauty lamp or red
Outer therapeutic equipment or magnetic force therapeutic equipment.
12. moxa-moxibustion cabin according to claim 7, it is characterised in that: the moxa-moxibustion platform (5) is liftable moxa-moxibustion platform (51).
13. moxa-moxibustion cabin according to claim 7, it is characterised in that: the moxa-moxibustion cabin (100) also (9) containing fresh air system, it is described
Fresh air system (9) is located on the shell (1), can convey fresh air to the head of people.
14. moxa-moxibustion cabin according to claim 7, it is characterised in that: the control system (4) contains cabin temperature control system
(41), moxibustion platform lift control system (42), multi-media control system (43), Usage data collection system (44), data processing and
Teleengineering support control system (45), smoke control system (46), cabin on-off control system (47), auxiliary modality control system
System (48), Xingfeng capsule system (49).
15. the 4 moxa-moxibustion cabin according to claim 1, it is characterised in that: the control system (4) can be by the data at
The data of acquisition are stored, exported or are uploaded network remote and share and manage by reason and teleengineering support control system (45).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821555234.2U CN209564389U (en) | 2018-09-18 | 2018-09-18 | A kind of burn-proof device and moxa-moxibustion cabin for moxa-moxibustion cabin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821555234.2U CN209564389U (en) | 2018-09-18 | 2018-09-18 | A kind of burn-proof device and moxa-moxibustion cabin for moxa-moxibustion cabin |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209564389U true CN209564389U (en) | 2019-11-01 |
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ID=68320285
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821555234.2U Active CN209564389U (en) | 2018-09-18 | 2018-09-18 | A kind of burn-proof device and moxa-moxibustion cabin for moxa-moxibustion cabin |
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| CN (1) | CN209564389U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110897871A (en) * | 2018-09-18 | 2020-03-24 | 周星 | Anti-scalding device for moxibustion cabin and moxibustion cabin |
-
2018
- 2018-09-18 CN CN201821555234.2U patent/CN209564389U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110897871A (en) * | 2018-09-18 | 2020-03-24 | 周星 | Anti-scalding device for moxibustion cabin and moxibustion cabin |
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