TWM639284U - Moxibustion chair - Google Patents

Abstract

A thermal moxibustion chair has a seat, a back and a plurality of legs. The chair seat has a body, an inner space in the seat body for placing at least one moxibustion stick, a plurality of thermal moxibustion holes located on the top of the seat body and communicating with the inner space, and at least one moxibustion hole in the seat body The air intake hole at the bottom and communicated with the internal space. The chair back group is arranged on the back side of the seat, and has a content chamber connected to the inner space of the seat body, and a plurality of thermal moxibustion holes connected to the content chamber, and the thermal moxibustion holes of the chair back are Corresponding to the thermal moxibustion hole of the seat. In this way, when the human body sits on the seat and leans against the back of the chair, the moxa smoke generated after the moxibustion strips are ignited will gradually rise from the bottom to the top in the seat, and then the seat and the chair will The thermal moxibustion holes on the back are discharged outwards, and then can perform thermal moxibustion on the acupoints on the human buttocks and back respectively.

Description

Moxibustion chair

This creation is about a chair with physical therapy function, especially about a hot moxibustion chair that is easy to use and can be used for warm moxibustion corresponding to the acupuncture points of the human body.

Under the compact and busy life of modern society, there are many different situations and events in life, which can easily cause people's physical and mental tension. Therefore, people are paying more and more attention to daily health care and health care. In addition to eating health food, health care appliances used on the body also came into being, such as far-infrared products, water steam therapy, and herbal moxibustion.

The physical therapy method for herbal moxibustion is mainly to burn wormwood. The heat generated by burning wormwood and the effect of medicine can warm the meridian and unblock the collaterals, promote qi and blood circulation, reduce swelling and stagnation, and remove dampness and cold. and other effects, and the existing methods of moxibustion can be roughly divided into two types. The first is "moxa grains". Moxa grains are directly attached to the acupuncture points of the human skin for moxibustion. As the use time increases, local skin Produce blush, and get moxibustion effect. The second type is "moxa sticks", which are rolled into cylindrical strips and burned on the acupuncture points of human skin in the way of sparrow pecking moxibustion, so as to achieve the effect of moxibustion.

Although the above two methods of moxibustion can obtain certain health care effects, both of these methods need to rely on manual labor and apply moxibustion to the acupuncture points of the human body. Only professionals can implement it, otherwise, if you apply the wrong acupuncture points, it will be futile.

The thermal moxibustion chair created in this creation allows the human buttocks to sit directly on a chair seat, and the back is leaned against a chair back. Using a moxibustion bar lit in the chair seat, the moxa smoke rises upwards and passes through the chair. Most of the hot moxibustion holes in the seat are discharged outwards to directly perform hot moxibustion on the acupoints of the human buttocks, while the moxa smoke that continues to rise toward the back of the chair is discharged through the hot moxibustion holes on the back of the chair to directly treat the human waist, The acupuncture points on the back can be used for thermal moxibustion, which is easy and convenient to use.

In the thermal moxibustion chair of this creation, when the human body sits on a chair seat and the foot steps on a footrest, a moxibustion stick lit in the footrest is used, and the moxa smoke rises upwards and passes through the footrest. Most of the hot moxibustion holes on the step are discharged outwards to achieve the full effect of hot moxibustion on the plantar acupoints.

Therefore, a thermal moxibustion chair proposed in this creation has a chair seat, a chair back, and a plurality of chair legs, which includes: the chair seat has a body, and a moxibustion moxibustion chair is located in the seat body for placing at least one The interior space of the moxibustion bar, a plurality of thermal moxibustion holes located on the top of the seat body and communicating with the interior space, and at least one air intake hole located at the bottom of the seat body and communicating with the interior space; On the back side of the seat, there is an inner chamber connected with the inner space of the seat body, and a plurality of thermal moxibustion holes connected to the inner chamber, and the thermal moxibustion holes on the back of the chair correspond to the inner space of the seat The thermal moxibustion holes; the aforementioned chair feet are respectively connected to the bottom of the chair seat.

According to the thermal moxibustion chair of the present creation above, the seat base further has a seat plate arranged on the top of the seat body, the inner space is defined between the seat plate and the seat body, and the thermal moxibustion hole of the seat base is It is arranged at the middle position of the seat plate, and the seat plate has a vent hole, through which the inner space of the seat seat communicates with the inner chamber of the seat back.

According to the thermal moxibustion chair of the present creation above, the back of the chair is composed of a first back board, a second back board and a side board surrounding the first back board and the second back board. The backboard is adjacent to the seat, and the thermal moxibustion holes of the chair back are arranged on the first backboard.

According to the heat moxibustion chair of the above-mentioned invention, the back of the chair further has a The chamber is communicated with an opening, and the opening is communicated with the air hole of the seat plate.

According to the thermal moxibustion chair of the above invention, it further includes a storage box, which can be movably assembled in the inner space of the seat body of the chair seat, and the moxibustion strips are stored in the storage box.

According to the thermal moxibustion chair of the above invention, the seat body further has an opening communicating with the inner space, and the storage box slides from the opening to the inner space of the seat body, and closes the opening.

According to the thermal moxibustion chair of the above invention, the storage box has a heat-resistant layer arranged above the bottom of the box, and a plurality of positioning posts arranged on the wall of the box, and the above-mentioned moxibustion strips are assembled on the aforementioned positioning posts , and located above the heat-resistant layer.

According to the thermal moxibustion chair of the above invention, the aforementioned positioning column is a screw fixed on the wall of the storage box, and the heat-resistant layer is made of metal.

According to the thermal moxibustion chair of the above-mentioned invention, it further includes two armrests, the seat has two side through holes on both sides of the seat plate, the armrest has a hollow chamber, and a plurality of armrests are arranged on the top of the armrest. The moxibustion hole on the surface and communicated with the hollow chamber, the armrest communicates with the inner space of the seat through the aforementioned side through hole.

According to the thermal moxibustion chair of the above invention, it further includes a valve, which is assembled on one side of the air intake hole of the seat, and the opening of the valve corresponding to the air intake hole can be controlled to control the external environment. The flow rate of air flowing into the internal space.

According to the thermal moxibustion chair of the present creation above, the valve has a pivoting portion pivotally arranged on the seat, and a shielding portion with an area larger than the air inlet.

According to the thermal moxibustion chair of the above invention, the front side of the seat board is provided with two concave arcs The human body sits on the seat board so that the thighs of the human body fit ergonomically against the aforementioned concave arc.

According to the thermal moxibustion chair of the above-mentioned invention, it further includes a footrest, and the footrest has at least one footrest body, a connecting rod set pivotally connected between the footrest body and the chair foot, and a Inside the step body is an inner chamber for placing at least one moxibustion strip, and a plurality of thermal moxibustion holes located on the top of the step body and communicating with the inner chamber.

According to the thermal moxibustion chair of the above invention, the footrest further has a storage box, the storage box can be movably assembled in the content chamber of the footrest body, and the moxibustion strips are stored in the storage box .

According to the thermal moxibustion chair of the present invention, the connecting rod set of the pedal seat includes two first connecting rods and two second connecting rods that are pivotally connected, and one end of the first connecting rod is pivotally connected to the chair foot, One end of the aforementioned second connecting rod is pivotally connected to the step body.

According to the thermal moxibustion chair of the above-mentioned invention, there are two step bodies, one of the second connecting rods is pivotally connected to one of the step bodies, and the other second connecting rod is according to the thermal moxibustion chair of the above-mentioned invention, Wherein, the first connecting rod is pivotally connected to the chair foot at the front side, so that the connecting rod group and the foot seat are all located in front of the chair foot at the rear side.

According to the thermal moxibustion chair of the present invention, the first connecting rod is pivotally connected to the rear chair foot, so that the connecting rod group and the foot rest are located behind the rear chair foot.

According to the thermal moxibustion chair of the above invention, it further includes a headrest set, which is installed on the top of the chair back to provide the head of the human body to lean on.

According to the thermal moxibustion chair of the present creation above, the headrest group has a pillow seat pivotally connected to the top of the chair back, a headrest placed on the pillow seat, a support rod pivotally connected to the pillow seat, and A bayonet seat arranged on the back of the chair, the end of the support rod is provided with a bayonet joint, and the bayonet seat has There are several card slots, and the clamping part of the support rod must be locked on the card slots at different positions, so that the support rod is linked with the pillow seat to adjust the inclination angle of the pillow seat relative to the back of the chair for the human head Lie on the headrest at different angles.

According to the above, compared with the trouble and inconvenience of the existing manual moxibustion, the hot moxibustion chair of this creation, the human buttocks sit directly on the seat, the back is against the back of the chair, or the hands are placed on the armrest Or step on the footrest with bare feet, and the moxibustion sticks ignited in the storage box can directly perform thermal moxibustion on the acupuncture points of the human body's buttocks, waist, back, hands, and feet. , easy and convenient to use, and the pull-out storage box also has the advantages of easy replacement of moxibustion sticks and easy cleaning of ashes (slag).

10: seat

11: seat body

111: opening

12: seat plate

121: Concave arc

13: Internal space

14: thermal moxibustion hole

15: ventilation hole

16: Air intake hole

17: Hole opening

18: side through hole

20: chair back

21: Content Room

22: thermal moxibustion hole

23: The first backplane

24: Second backplane

25: side panel

26: open mouth

27: Valve

271: pivot joint

272: Covering Department

273: Covering Department

274: Grip

30: chair leg

40: storage box

41: Box bottom

42: heat-resistant layer

43: box wall

44:Positioning column

50: moxibustion strips

60: Armrest

61: hollow chamber

62: thermal moxibustion hole

70: Pedal seat

71: Step body

72: Connecting rod group

721: The first connecting rod

722: Second connecting rod

73: Content Room

74: thermal moxibustion hole

75: storage box

76: air intake

77: Step body

80: headrest group

81: pillow seat

82: headrest

83: support rod

831: Gap

832:Clamping part

84: tenon seat

841: card slot

85:Female Velcro

86:Male Velcro

[Fig. 1] is an appearance perspective view of the first preferred embodiment of the thermal moxibustion chair of the present invention.

[Fig. 2] is a sectional view of the thermal moxibustion chair of the first preferred embodiment.

[Fig. 3] is a partial perspective view, showing that a body and a board are correspondingly combined into an interior space.

[Fig. 4] is an enlarged view showing that a moxibustion stick is installed on a positioning column.

[Fig. 5] is a partial schematic diagram illustrating a state in which a valve is opened to the maximum relative to a vent hole.

〔Fig. 6〕 is a partial schematic diagram, is to illustrate that this valve is rotated to adjust the state of use of the valve opening.

〔Fig. 7〕 is a partial sectional view, is to illustrate another kind of valve, pushes the valve back and forth from left to right to adjust the use situation of valve opening.

〔Fig. 8〕 is an enlarged view, is to show the use situation of regulating this valve opening.

[Fig. 9] is an appearance perspective view of the second preferred embodiment of the hot moxibustion chair of the present invention.

[Fig. 10] is a sectional view of the thermal moxibustion chair of the second preferred embodiment.

〔Fig. 11〕 is a partial perspective view, is to illustrate that this seat plate both sides is provided with a plurality of side through holes.

[Fig. 12] is an appearance perspective view of the third preferred embodiment of the hot moxibustion chair of the present invention.

[Fig. 13] is a side view of the thermal moxibustion chair in the third preferred embodiment, showing the use/storage state of a pedal seat.

〔Fig. 14〕 is an appearance perspective view, is to illustrate that this pedal seat is made up of two pedal bodies.

[Fig. 15] is an appearance perspective view of the fourth preferred embodiment of the hot moxibustion chair of the present invention.

[Fig. 16] is another perspective view of the thermal moxibustion chair of the fourth preferred embodiment, showing a headrest group assembled on the chair back.

[Fig. 17] is a side view, which is to illustrate that the human body is reversely seated on the heat moxibustion chair, and the foot steps on the pedal seat.

[FIG. 18] is a side view illustrating the storage state of the headrest unit and the footrest unit.

As shown in [Fig. 1] to [Fig. 3], the first preferred embodiment of the thermal moxibustion chair of this creation includes a seat 10, a chair back 20, a plurality of chair legs 30 and a storage box 40. The thermal moxibustion chair can be made of wood or plastic material. In this embodiment, wood is the best. Moreover, the chair base 10, the chair back 20, each of the chair feet 30 and the storage box 40 are all made of tenons. Assembling by connection method is a common method of carpentry, so no further explanation will be given.

The seat 10 has a rectangular shape as a whole, and round guide circles are arranged on the periphery, which has the function of anti-collision. The seat 10 has a body 11, a board 12, an internal space 13 defined by the seat body 11 and the seat board 12, and a plurality of seats are provided through the seat board 12 and communicated with the internal space 13. The hot moxibustion hole 14, a ventilation hole 15 arranged on the rear side of the seat plate 12, and a plurality of air intake holes 16 located at the bottom of the seat body 11 and communicated with the internal space 13, the internal space 13 is for accommodating at least A moxibustion strip 50 (a plurality of moxibustion strips 50 are provided in this embodiment). the seat The front side of the board 12 is provided with two concave arcs 121. When the human body sits on the seat plate 12, the thighs of the human body fit ergonomically against the aforementioned concave arcs 121, which increases the comfort when sitting. In this embodiment, the thermal moxibustion hole 14 of the seat 10 is arranged in the middle of the seat plate 12. The aforementioned thermal moxibustion hole 14 corresponds to several acupuncture points on the human buttocks, such as Bladder Shu point, Zhibian point, and Baishi point. Huanshu point, Huiyang point...etc.

The chair back 20 is assembled on the rear side of the seat 10, and has an inner chamber 21 communicating with the inner space 13 of the seat body 11, and a plurality of thermal moxibustion holes 22 communicating with the inner chamber 21, and The thermal moxibustion hole 22 of the chair back 20 is corresponding to the thermal moxibustion hole 14 of the seat 10 . In this embodiment, the chair back 20 is composed of a first back panel 23, a second back panel 24 and a side panel 25 surrounding the first back panel 23 and the second back panel 24. The chair The back 20 further has an opening 26 communicating with the interior chamber 21. The opening 26 is communicated with the air hole 15 of the seat plate 12. The interior chamber 21 of the chair back 20 communicates with the air hole 15 through the air hole 15. The inner space 13 of the seat 10 . In this embodiment, the aforementioned thermal moxibustion holes 22 on the chair back 20 are evenly distributed on the first back plate 23, and the aforementioned thermal moxibustion holes 22 are respectively corresponding to a plurality of acupuncture points on the back of the human body, such as Dingchuan, Jianzhongshu, Jianwaishu, Jianjing, Bingfeng, Tianzong, Yishu, Geshu, Hunmen, Pishu, Jingmen, Sanjiaoshu, Qihaishu, Guanyuanyu point...etc.

Referring to [FIG. 4], the storage box 40 is movably assembled in the inner space 13 of the seat body 11 of the seat 10, and the moxibustion stick 50 is housed in the storage box 40. In this embodiment, the seat body 11 further has an opening 111 communicating with the inner space 13 , the receiving box 40 slides from the opening 111 to the inner space 13 of the seat body 11 and closes the opening 111 . And this storage box 40 has a heat-resistant layer 42 that is arranged on the top of a box bottom 41, and a plurality of positioning columns 44 that are arranged on a box wall 43. During use, the above-mentioned moxibustion stick 50 is assembled on the aforementioned positioning columns 44 , and located above the heat-resistant layer 42 . In this embodiment, the heat-resistant layer 42 is made of metal, so that the ashes (slag) after the moxibustion stick 50 is burned will directly fall on the heat-resistant layer 42. Therefore, when the storage box 40 is made of wood, High temperature ashes (slag) will not burn to the wooden storage box body, Simultaneously, it also has the benefit of convenient cleaning of ashes (slag). In this embodiment, the positioning column 44 can be a screw, which can facilitate the installation of the positioning column 44 on the box wall 43 of the storage box 40, and secondly, can also make it easier to install the moxibustion stick 50 on the storage box. on the positioning post 44.

During use, pull out the drawable storage box 40 from the seat body 11, install the moxibustion sticks 50 on the positioning columns 44 of the storage box 40 one by one, and ignite the moxibustion sticks 50, when The buttocks of the human body sit on the seat plate 12 and the back leans against the chair back 20 (the first back plate 23), as shown in the solid arrow in [Fig. 2], according to the chimney effect, along with the air from the aforementioned air inlet 16 flows into the inner space 13 of the seat 10, the moxa smoke raised by the moxibustion bar 50 will rise upwards from the aforementioned inner space 13 and be discharged outward through the hot moxibustion hole 14 of the seat plate 12, so as to Carry out hot moxibustion on human buttock acupoints. Immediately afterwards, the moxa smoke passes through the ventilation hole 15 of the seat plate 12 and rises upwards (chimney effect), and enters the inner chamber 21 of the chair back 20, and then goes outward from the thermal moxibustion hole 22 on the first back plate 23. In this way, the moxa smoke can be used to perform thermal moxibustion on the waist and back points of the human body.

Therefore, the thermal moxibustion chair of this creation is used in traditional massage restoration and chiropractic treatment. By setting the thermal moxibustion holes 14 and 22 on the chair base 10 and the chair back 20, they can correspond to the human buttocks and waist respectively. , back and other acupoints, through the moxibustion strips 50 placed inside the storage box 40 and the moxa smoke after the moxa grass is burned, the physiotherapy effect of thermal moxibustion on the human buttocks, waist and back acupoints, especially, modern human factors due to work If you are tired, or students and office workers have discomfort in the waist and spine due to poor sitting posture for a long time, just sit on the hot moxibustion chair and use it. Jianzhongshu, Jianwaishu, Jianjing, Bingfeng, Tianzong, Yunshu, Geshu, Hunmen, Pishu, Jingmen, Sanjiaoshu, Qihaishu As well as Guanyuanshu points... etc., the acupoints are used to promote blood circulation and relax, in order to quickly relax the governor channel of the human body, and achieve the effect of physical therapy for auxiliary restoration.

As shown in [Fig. 5] and [Fig. 6], this creation further includes a valve 27, which is assembled on one side of the air inlet 16 of the seat 10 correspondingly, and the valve 27 has a valve pivotally arranged on the The pivot joint 271 on the bottom of the seat body 11, and a shielding portion 272 with an area larger than the air inlet 16, When the valve 27 is moved, the valve 27 can be rotated based on the pivot joint 271, and the opening of the shielding portion 272 corresponding to the air inlet 16 can be adjusted, thereby regulating the flow of outside air into the air inlet. The flow rate of the inner space 13 of the seat 10 is to achieve the air-fuel ratio desired by the user. [Figure 5] shows the state where the valve 27 has the largest opening, so that a large amount of air flows into the inner space 13 through the air inlet 16, so as to promote the burning of the moxibustion stick 50 more quickly, so as to increase the burning amount of moxa smoke In this way, the course of hot moxibustion can be shortened, for example, the original course of hot moxibustion is 40 minutes, which can be shortened to 25 to 30 minutes, or the intensity of hot moxibustion can be increased to improve the use effect. On the contrary, if it is necessary to reduce the burning amount of moxa smoke, then the valve 27 can be controlled to cover the air inlet 16 to a smaller opening, as shown in [Figure 6], if the seat body 11 is equipped with A plurality of valves 27 can also be closed by one or two valves 27 and also can expect the use effect.

As shown in [Fig. 7] and [Fig. 8], it is another embodiment of the valve 27, the seat body 11 has a plurality of openings 17 on one side of the aforementioned air inlet hole 16, and the valve 27 is Installed on the opening 17, and the valve 27 has a shielding portion 273 that penetrates the inside of the seat body 11 and has an area larger than the air inlet hole 16, and a shielding portion 273 that passes through the seat body 11 and is located at the air inlet Grip 274 at the bottom of hole 16 . Referring to [Fig. 8], when holding the grip portion 274 with the hand, as the valve 27 is displaced toward the direction of the air inlet 16, the shielding portion 273 is covered on the air inlet 16 (as shown by the solid line in Fig. 8 ). The shown shielding portion 273 ) can reduce the opening of the valve 27 to reduce the flow of outside air introduced into the internal space 13 . If the valve 27 is displaced in a direction away from the air inlet 16, the opening of the valve 27 must be opened to the maximum to introduce a large flow of air into the internal space 13, and at this time the shielding part 273 is completely separated from the shielding of the air inlet. The air intake hole 16 (the shielding portion 273 shown by the phantom line in FIG. 8 ) is used to promote the burning of the moxibustion stick 50 and increase the burning amount of the moxa smoke.

As shown in [Fig. 9] and [Fig. 10], the second preferred embodiment of the thermal moxibustion chair of this creation includes a seat 10, a chair back 20, a plurality of chair legs 30, a storage box 40 and two armrests 60 . The detailed structures and functions of the aforementioned seat 10 , the aforementioned chair back 20 , the aforementioned chair legs 30 and the aforementioned storage box 40 are the same as those of the aforementioned first embodiment, and will not be further described here.

The characteristic of the second embodiment is that: the seat 10 further has two side through holes 18 disposed on two sides of the seat plate 12 . The armrest 60 has a hollow chamber 61, and a plurality of thermal moxibustion holes 62 arranged on the top surface of the armrest 60 and communicating with the hollow chamber 61. The through hole 18 communicates with the inner space 13 of the seat 10 . Better than the part of the first embodiment, the second embodiment of the present invention is further provided with handrails 60, because the mobile phone family and the computer family have increased in recent years, so when performing thermal moxibustion physiotherapy, in addition to targeting the buttocks and waist of the human body In addition to hot moxibustion on the acupoints on the back and the back, hot moxibustion can also be done on the sore hands of the human body. In this way, the physical therapy effect of the hot moxibustion chair tends to be more comprehensive. In addition, as shown in [Fig. 11], the aforementioned side through holes 18 on both sides of the seat plate 12 can also be transformed from a single long hole in [Fig. 9] into a plurality of small perforations spaced apart. Shape, rectangle or polygon, all are not restricted, and its effect is all the same.

As shown in [Fig. 12] to [Fig. 13], the third preferred embodiment of the thermal moxibustion chair of this creation includes a seat 10, a chair back 20, a plurality of chair legs 30, a storage box 40, and a foot Step seat 70. The overall structure, usage and function of the aforementioned seat 10 , chair back 20 , chair legs 30 and storage box 40 are the same as those of the aforementioned first embodiment, and will not be further described.

The third embodiment is characterized in that: the footrest 70 has a footrest body 71, a connecting rod group 72 pivotally connected between the footrest body 71 and the chair foot 30, a There is an inner chamber 73 for placing at least one moxibustion stick 50, a plurality of thermal moxibustion holes 74 located on the top of the step body 71 and communicating with the inner chamber 73, a movable assembly on the step body 71 The storage box 75 of the content chamber 73 , and a plurality of air inlets 76 located at the bottom of the storage box 75 and communicating with the content chamber 73 . The moxibustion stick 50 is housed in the storage box 75, and its storage, assembly and use methods are the same as those of the first embodiment, and will not be repeated here. The connecting rod group 72 includes two first connecting rods 721 and two second connecting rods 722 which are pivoted. 30 , and one ends of the two second connecting rods 722 are respectively pivotally connected to two sides of the step body 71 . In the third embodiment, by the pedal seat 70 Moxibustion strips 50 are arranged inside, so that the human body is seated on the chair seat 10 and lying on the chair back 20 can obtain the effect of thermal moxibustion on the buttocks, waist and back, and can also step on the feet with bare feet. The top of the step seat 70 (refer to FIG. 17 ) allows the soles of the human body to obtain the physical therapy effect of moxibustion and heat fumigation at the same time. In addition, by utilizing the movable pivoting effect of the first link 721 and the second link 722, the distance between the foot rest 70 and the chair foot 30 can be adjusted according to the length of the feet of different users. When not in use, the pedal seat 70 can also be close to the chair foot 30. As long as the size of the seat 10 is increased, it can also be hidden and stored under the seat 10, so that it does not take up space and is convenient for storage. .

As shown in [Figure 14], in addition, the footrest 70 can also be set as two footrest bodies 77 and two connecting rod groups 72. The structural settings and usage methods of the box, the air intake hole and the moxibustion sticks are the same as those of the aforementioned embodiments. One of the second connecting rods 722 is pivotally connected to one of the step bodies 77 , and the other second connecting rod 722 is pivotally connected to the other step body 77 , and its functions are the same as those described above.

As shown in [Fig. 15] to [Fig. 16], the fourth preferred embodiment of the thermal moxibustion chair of this invention includes a seat 10, a chair back 20, a plurality of chair legs 30, a storage box 40, and a headrest Group 80. The overall structure, usage and function of the aforementioned seat 10 , chair back 20 , chair legs 30 and storage box 40 are the same as those of the aforementioned first embodiment, and will not be further described.

The fourth embodiment is characterized in that: the headrest set 80 has a pillow seat 81 pivotally connected to the top of the seat back 20 , a headrest 82 placed on the pillow seat 81 , a headrest 82 pivotally connected to the pillow seat 81 The support bar 83, and a bayonet seat 84 that is arranged on this chair back 20. A notch 831 and a locking portion 832 are defined at the end of the support rod 83 . The tenon seat 84 has a plurality of slots 841 . The width of the notch 831 is larger than that of the tenon seat 84 to avoid interference. And the clamping portion 832 of the support rod 83 must be locked on the slot 841 at different positions, so that the support rod 83 is linked with the pillow seat 81 to adjust the inclination angle of the pillow seat 81 relative to the seat back 20, for human body The head leans against the headrest 82 at different angles.

In this embodiment, the pillow seat 81 and the seat back 20, the pillow seat 81 and the support The pivotal connections between the rods 83 are all connected by hinges. The front side of the pillow seat 81 is provided with a female hook and loop 85, and the bottom of the headrest 82 is provided with a male hook and loop 86, and the headrest 82 is glued to the headrest 82 by using the hook and loop function of the male and female hook and loop 86 and 85. On this pillow seat 81, when not in use, it can also be conveniently taken off for storage, as shown in [Fig. 15] to [Fig. 17].

In this embodiment, the structure of the engaging part 832 is that a horizontal column is arranged on the notch 831 at the tail end of the support rod 83. When the engaging part 832 is engaged in the uppermost engaging groove 841 of the tenon seat 84, a part The tenon seat 84 of the seat 84 will pass through the notch 831, utilize the link support positioning of the support rod 83, and allow the pillow seat 81 to be vertically located on the top of the seat back 20 (as shown by the solid line in Figure 16, and as shown in Figure 18 Pillow seat 81 shown in the imaginary line). When the support rod 83 is adjusted to make its engaging portion 832 clamped on the engaging groove 841 in the middle position of the tenon seat 84, the pillow seat 81 is seated on the top of the seat back 20 with a slight inclination (as shown in Fig. 15 and Fig. 15 ). Pillow seat 81 shown in 17), at this moment, human body can be provided to sit on the thermal moxibustion chair in reverse, so that the face can lean against the soft headrest 82, so as to facilitate physical therapy for rehabilitation therapists. The pillow seat 81 and the headrest 82 are all provided with openings, so breathing will not be hindered.

Finally, when the headrest set 80 does not need to be used, as long as the clamping part 832 is disengaged from the slot 841 of the tenon seat 84, the headrest set 80 will naturally hang backward due to the connection of the hinge, and it will be folded. Set state, the headrest group 80 shown in solid line in Fig. 18.

Further, when the step body 77 and the connecting rod group 72 in Fig. 14 are applied to the thermal moxibustion chair of the fourth embodiment, when assembling, as shown in [Fig. 17], the first connecting rod 721 Pivotally connected on the chair foot 30 at the rear side, so that the connecting rod group 72 and the pedal seat 70 are all located behind the chair foot 30 at the rear side, at this moment, when performing physical therapy operations, both feet can step on them respectively. Two step base bodies 77 can be used as moxibustion hot fumigation for the feet at the same time. When not in use, the pedal seat 70 can be leaned towards the chair foot 30 and stored below the seat 10, as [Fig. 18].

It is worth mentioning that, in the above-mentioned embodiments, the storage boxes 40, 75 are drawer-type structures, which are convenient for pulling and replacing the moxibustion strips 50, and although the storage boxes 40, 75 are set in the moxibustion chair The front side or be opened on the front side of the step body, of course, the storage box 40,75 extracted The position can also be set on the two sides or the rear side of the heat moxibustion chair or the step body, the setting method is the same, and the function is also the same, which will not be repeated here. In addition, the method of replacing the moxibustion strips in the thermal moxibustion chair of this creation can also be set as a flip-up structure, as long as the seat board and the chair back are connected into one, and a pivot (not shown in the figure) is set up to move the moxibustion bar. The pivot is arranged between the seat board and the chair foot, so that the seat board can be lifted up. Or, replace the above-mentioned pivot with an embedded structure, and directly move the seat board and chair back away from the seat body when in use, so that the moxibustion stick can be opened and replaced. In addition, in this embodiment, the moxibustion strips are obtained from long cylindrical moxibustion strips, which are cut into sections for use.

To sum up the above, compared with the trouble and inconvenience of the existing manual moxibustion, the hot moxibustion chair of this creation has the following functions, which are listed as follows:

1. The buttocks of the human body sit directly on the seat plate 12, and the back leans against the back 20 of the chair, so that the moxa smoke burned by the moxibustion sticks 50 in the storage box 40 can affect the buttocks, waist, and back of the human body. Fumigation and thermal moxibustion are performed on each acupoint, which is easy and convenient to use, and makes health care easier, and can be operated without professional thermal moxibustion practitioners.

2. The drawer-type storage boxes 40 and 75 have the advantages of convenient replacement of the moxibustion strips 50 and convenient cleaning of ashes (slag).

3. The thermal moxibustion chairs in [Fig. 9] and [Fig. 10], in addition to fumigation and thermal moxibustion on various acupoints on the human body's buttocks, waist and back, can also place the hands on the armrest 60, through the upward The rising moxa smoke is used to smoke and moxibustion the acupuncture points of the hands to warm the meridians, dredge the collaterals, promote qi and blood circulation, so as to relieve the discomfort of sore hands and fatigue.

Four, utilize [Fig. 5] to [Fig. 8] in the valve 27 setting, can control the opening degree of this valve 27 relative to this air inlet 16, must adjust the air flow that passes into this internal space 13, to control The burning speed of the moxibustion stick 50 is intended to shorten the time of a single hot moxibustion, or to increase the moxibustion intensity of the hot moxibustion.

5. The thermal moxibustion chairs in [Fig. 15] to [Fig. 18], in addition to fumigation and thermal moxibustion on various acupuncture points on the human buttocks, waist and back, such as adjusting the pillow seat 81 to the position in Fig. 17 In the inclined position, the human body is allowed to sit on the seat 10 in reverse, with the abdomen facing the chair back 20, and the head resting on the headrest 82, so that it can be used as a whole chair, which serves multiple purposes.

6. Because the heat-resistant layer 42 is provided inside the storage box 40 for storing the moxibustion strip 50, the ashes (slag) after burning the moxibustion strip 50 will directly fall on the heat-resistant layer 42, so high temperature The ashes (slag) will not be burnt to the outside of the wooden storage box body, and it also has the benefit of convenient cleaning of the ashes (slag).

7. The human body sits on the chair seat 10, and the feet can also step on the pedal seat 70. At the same time, the moxa smoke burned by the moxibustion strips 50 in the storage box 75 can act on various acupuncture points on the soles of the human body. Carry out hot fumigation and warm moxibustion in order to obtain systemic health care and health care.

The above are just a few preferred embodiments of this creation, and should not limit the scope of implementation of this creation, that is, all simple equivalent changes and modifications made according to the patent scope of this creation and the new description content, All should still fall within the scope covered by this creation patent.

10: seat

11: seat body

111: opening

12: seat plate

121: Concave arc

13: Internal space

14: thermal moxibustion hole

20: chair back

21: Content Room

22: thermal moxibustion hole

23: The first backplane

25: side panel

30: chair leg

40: storage box

42: heat-resistant layer

43: box wall

44:Positioning column

50: moxibustion strips

Claims (20)

A thermal moxibustion chair has a seat, a chair back, and a plurality of chair feet, which includes: the chair seat has a body, an inner space in the seat body for placing at least one moxibustion strip, and a plurality of a thermal moxibustion hole located on the top of the seat body and communicated with the internal space, and at least one air intake hole located at the bottom of the seat body and communicated with the internal space; the chair back is assembled on the rear side of the seat, It also has a content chamber connected to the inner space of the seat body, and a plurality of thermal moxibustion holes connected to the content chamber, and the thermal moxibustion holes on the back of the chair correspond to the thermal moxibustion holes of the chair seat; the aforementioned chair Pins are respectively connected to the bottom of the seat. The thermal moxibustion chair as described in claim 1, wherein the chair seat further has a seat plate arranged on the top of the seat body, the inner space is defined between the seat plate and the seat body, and the thermal moxibustion of the seat seat The hole is arranged at the middle position of the seat plate, and the seat plate has a vent hole, and the inner space of the seat seat communicates with the inner chamber of the seat back through the vent hole. The thermal moxibustion chair as described in Claim 1, wherein the back of the chair is composed of a first backboard, a second backboard and a sideboard surrounding the first backboard and the second backboard, the The first backboard is adjacent to the seat, and the thermal moxibustion holes of the chair back are arranged on the first backboard. The thermal moxibustion chair as described in claim 2, wherein the chair back further has an opening communicating with the internal chamber, and the opening communicates with the air hole of the seat plate. The thermal moxibustion chair as described in claim 1, further comprising a storage box, the storage box can be assembled in the internal space of the seat body of the chair in a movable manner, and the moxibustion stick is stored in the storage box . The thermal moxibustion chair as described in Claim 5, wherein the seat body further has an opening communicating with the inner space, and the storage box slides from the opening to the inner space of the seat body and closes the opening. The thermal moxibustion chair as described in Claim 5, wherein the storage box has a heat-resistant layer arranged above the bottom of a box, and a plurality of positioning posts arranged on the wall of a box, and the above-mentioned moxibustion strips are assembled on the aforementioned positioning on the column and above the heat-resistant layer. The thermal moxibustion chair as described in Claim 7, wherein the aforementioned positioning column is a screw nailed to the wall of the storage box, and the heat-resistant layer is made of metal. The thermal moxibustion chair as described in claim 2, which further includes two armrests, the seat has two side through holes arranged on both sides of the seat plate, the armrest has a hollow chamber, and a plurality of The thermal moxibustion hole on the top surface of the armrest communicates with the hollow chamber, and the armrest communicates with the inner space of the seat through the aforementioned side through hole. The thermal moxibustion chair as described in claim 1, further comprising a valve, which is assembled on one side of the air inlet of the chair seat, and the opening of the valve corresponding to the air inlet can be controlled to The flow of outside air into the internal space is controlled. The thermal moxibustion chair according to claim 10, wherein the valve has a pivoting portion pivotally arranged on the seat, and a shielding portion with an area larger than the air inlet. The thermal moxibustion chair as described in Claim 2, wherein, the front side of the seat board is provided with two concave arcs, and the human body sits on the seat board, so that the thighs of the human body fit ergonomically against the aforementioned concave arcs. The thermal moxibustion chair as described in claim 1, further comprising a footrest, the footrest has at least one footrest body, a connecting rod set pivotally connected between the footrest body and the chair foot, one Inside the step body is an inner chamber for placing at least one moxibustion stick, and a plurality of thermal moxibustion holes located on the top of the step body and communicating with the inner chamber. The thermal moxibustion chair as described in claim 13, wherein, the pedal seat further has a storage box, and the storage box can be movably assembled in the content chamber of the pedal body, and the moxibustion stick is stored in the storage box inside the box. The thermal moxibustion chair as described in claim 13, wherein the connecting rod set of the pedal seat includes two first connecting rods and two second connecting rods that are pivotally connected, and one end of the first connecting rod is pivotally connected to the chair foot Above, one end of the aforementioned second connecting rod is pivotally connected to the step body. The thermal moxibustion chair as described in Claim 15, wherein there are two step bodies, one of the second connecting rods is pivotally connected to one of the step bodies, and the other second connecting rod is pivotally connected to the other step ontology. The thermal moxibustion chair according to claim 15, wherein the first connecting rod is pivotally connected to the chair foot on the front side, so that the connecting rod group and the foot rest are located in front of the rear chair foot. The thermal moxibustion chair according to claim 15, wherein the first connecting rod is pivotally connected to the chair foot on the rear side, so that the connecting rod group and the foot rest are located behind the rear chair foot . The thermal moxibustion chair as described in claim 1, further comprising a headrest set, the headrest set is installed on the top of the back of the chair to provide the head of the human body to rest on. The thermal moxibustion chair according to claim 19, wherein the headrest set has a pillow seat pivotally connected to the top of the chair back, a headrest placed on the pillow seat, and a support rod pivotally connected to the pillow seat , and a tenon seat arranged on the back of the chair, the end of the support rod is provided with a clamping portion, the tenon seat has a plurality of slots, the clamping portion of the support rod must be clamped at different positions slot on, so that the support rod The pillow seat is linked to adjust the inclination angle of the pillow seat relative to the chair back, so that the human head can lie on the headrest at different angles.

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