TWI618530B - Constant temperature liquid circulation type cooling and heating covering structure - Google Patents

Abstract

The invention relates to a thermostatic liquid circulation type cold and warm covering structure, which includes a back shoulder pad body, wherein the back shoulder pad system is formed by sealing two thin plates by high-frequency heat compression, and the configuration is related to the human body. The configuration of the back and shoulders is matched. A water circulation channel is formed in the back and shoulder pad body, and the water circulation channel will correspond to the part of the back of the human body near the side edge and the shoulder, and the part of the back of the human body near the spine. A water inlet and a water outlet are formed adjacent to one side edge of the shoulder pad body. The water inlet can receive the liquid provided by a constant temperature liquid supply device, and the liquid can flow through the water circulation channel, and then the water The water outlet flows back to the constant temperature liquid supply device. In this way, the position of the water flow circulation channel can reduce or increase the temperature of the back and shoulders of the human body.

Description

Constant temperature liquid circulation type cooling and heating covering structure

The invention relates to a thermostatic liquid circulation type cold and warm covering structure, in particular to a thermostatic liquid circulation type cold and warm covering structure capable of firmly abutting against the back and shoulders of a human body so as to generate and maintain a uniform temperature on the surface of the pad body.

According to the press, the back is the most sensitive part of the human body. There are fourteen large and small meridians on it. They are the channels through which the human body runs qi and blood, and connects the internal organs with the body surface and various parts of the body. Corresponding areas can be found on the back of the five internal organs, for example: the upper back corresponds to "lung, heart", the lower back corresponds to "spleen, stomach, liver, gall," and the waist corresponds to "kidney, bladder, large intestine and The "small intestine", so keeping the meridians on the back open is vital to your health.

However, for people who work for long periods of time or sitting, the symptoms of "low back aches" are almost commonplace. Therefore, "back pain" has become a civilized disease of modern people, mainly because When the gluten is in a normal state, it will have good elasticity and tension, but with the tension, poor posture, excessive consumption of one's physical strength or other factors, it will cause the gluten to form a gluten, the so-called gluten Fibrosis, stickiness, thickening, swelling, etc. of muscles and muscles affect the circulation of qi and blood, so it is prone to soreness. In severe cases, it may even cause deformation of the human skeleton. For example, if one side of the spine A "knot" will force the spine Leaning to the other side, if there are “tendon knots” on the left and right sides of the spine, it will force the spine to deviate forward or backward. At this time, due to the influence of the spinal skew, the intervertebral disc will be squeezed and flattened or protruding, not only destroying Posture, and can cause a variety of pain.

In addition, with the rise of smart phones, people spend a lot of time staring at the screen of the phone every day. When looking down at the screen of the phone, it will cause head tilt and shoulders to rise. It can make people's shoulder and neck muscles stiff, and then cause shoulder and neck soreness or neck-related headaches. After all, for Chinese medicine, the neck is the place where the body's entire body meridian runs through, including five important meridians, such as: The meridian, bladder meridian, small intestine meridian, bile meridian, and sanjiao meridian, and acupoints behind the neck, such as: Fengchi, Fengfu, Dazhui, etc., are also important points for health care as described by Chinese medicine.

As mentioned above, people usually use “massage and massage” to dredge the meridians, in order to speed up the operation of qi and blood, promote metabolism, relieve fatigue, and relax stiff muscles. However, when the body ’s body is cold and wet (or called When the body is cold and wet), it will shrink the ducts in the body (such as blood vessels and pores), and also make the muscles compact. At this time, the effect of "massage and massage" is very small, and the purpose of dredging the meridians cannot be effectively achieved. Therefore, before "massage massage", people will apply heat to the back or neck. In addition to warming the body, it can also promote blood and blood movement, and soften muscles and tendons. In this way, in "massage massage" Only in the process can the sticky muscles be separated from the muscles and veins, soothing the "muscle knots". However, the inventors found that most of the current hot compress methods are placed on the back or neck with a hot towel or a hot compress bag. Because the area of the hot towel or compress bag is small, it can only perform hot compresses on local areas. Substantially prolong the heat pack time, and each time the hot pack area is changed, it will also cause the previous hot pack area to cool down. In particular, the constant replacement of hot towels or hot packs also causes trouble in use, not to mention, some hot packs (such as (Warm pack) cannot be used repeatedly, obviously it will cause waste of resources.

Therefore, how to effectively solve the foregoing problems to provide users with a better experience of hot compresses, so that users can easily enjoy the subsequent "massage massage" after hot compresses has become an important issue that the inventors are eager to solve.

In view of the fact that the above-mentioned traditional hot compress method will cause many problems, the inventor finally developed and designed the thermostatic liquid circulation type cooling and heating covering structure of the present invention through long-term research and experiment, with a view to effectively solving the foregoing problems by the present invention.

An object of the present invention is to provide a thermostatic liquid circulation type cold and warm covering structure, which includes a back shoulder pad body, a water inlet joint and a water outlet joint, wherein the back shoulder pad body comprises two thin plastic materials. Shaped sheet body, the configuration of each thin sheet body matches the configuration of the back and shoulders of the human body, and includes at least a bonding layer, and the back and shoulder pad system uses high frequency heat compression to seal the overlapping ones. The thin sheet body enables the bonding layers to be fused with each other in a water-tight manner to form the back and shoulder pad that can be applied to the back and shoulders of the human body, and is formed on one side edge of the back and shoulder pad. A water inlet and a water outlet are formed adjacent to each other, and a water flow circulation channel is formed in the back and shoulder pad body. The water flow circulation channel includes at least a first peripheral channel, a second peripheral channel, a first central channel, and a first Two central channels, wherein the first peripheral channel and the second peripheral channel correspond to a part of the back of the human body near the side edge and the shoulder, and the first central channel and the second central channel correspond to the back of the human body adjacent to the spine Location of the water inlet The first peripheral channel, the second peripheral channel, the first central channel, the second central channel, and the water outlet are sequentially connected to each other to form the water circulation channel in the back and shoulder pad body; in addition, the inlet One end of the water connector is watertightly fused to the water inlet, and the other end is exposed outside the back and shoulder pad body and can be connected to a thermostatic liquid. A body supply device to introduce the liquid provided by the thermostatic liquid supply device into the water flow circulation channel, one end of the water outlet connector is watertightly fused to the water outlet, and the other end is exposed outside the back shoulder pad body, And can be connected to the constant temperature liquid supply device to introduce the liquid in the water circulation channel to the constant temperature liquid supply device. In this way, since the first peripheral channel and the second peripheral channel correspond to the adjacent side edges of the back of the human body Parts and shoulders, the first central channel and the second central channel correspond to the part of the back of the human body adjacent to the spine. Therefore, when the cold or hot liquid provided by the thermostatic liquid supply device is introduced into the water circulation channel, The user passes the part of the back of the human body near the side edge and the surface of the shoulder, and then the part of the back of the human body near the spine, so that the user can feel the effect of cooling or warming more quickly.

In order that the review committee can further understand and understand the purpose, technical features and effects of the present invention, the embodiments are described in detail with the drawings, as follows:

[Learning]

no

〔this invention〕

10‧‧‧Back Shoulder Pads

11‧‧‧ thin sheet

111‧‧‧ bonding layer

112‧‧‧ Overlay

121‧‧‧ water inlet

122‧‧‧ Outlet

13‧‧‧Water circulation channel

131‧‧‧First peripheral channel

132‧‧‧Second peripheral channel

133‧‧‧First Central Channel

134‧‧‧Second Central Channel

135‧‧‧Second outlet channel

136‧‧‧Second inlet channel

20‧‧‧ support

21‧‧‧ water inlet connector

22‧‧‧ Outlet connector

30‧‧‧ Wear section

31, 45‧‧‧ Tightening straps

32‧‧‧ Junction

40‧‧‧ neck pad body

421‧‧‧First water channel

422‧‧‧First outlet

43‧‧‧ return channel

50‧‧‧Buffer Department

FIG. 1 is a schematic view of the heating and cooling covering structure of the present invention; FIG. 2 is a partial cross-sectional view of the heating and cooling covering structure of the present invention; and FIG. 3 is a schematic view of the back shoulder pad body and the wearing part of the present invention.

The present invention relates to a thermostatic liquid circulation type heating and cooling coating structure. In a first embodiment, please refer to FIG. 1 and FIG. 2. The cooling and heating coating structure includes a back shoulder pad body 10, a water inlet joint 21 and A water outlet connector 22, wherein the back and shoulder pad body 10 is made of two thin sheet bodies 11, and each of the thin sheet bodies 11 is a plastic material (such as polyvinyl chloride or thermoplastic polyurethane). Ester elastomer material), whose configuration matches the configuration of the back and shoulders of the human body. In this first embodiment, each The thin sheet body 11 includes a bonding layer 111 and a cover layer 112. When the thin sheet bodies 11 overlap each other, the inner sides of the bonding layers 111 of the thin sheet bodies 11 correspond to each other. The coating layer 112 of each thin sheet body 11 is coated on the outer surface of the corresponding bonding layer 111. In this way, the staff can use high-frequency heat-pressure sealing to enable the inner side of each bonding layer 111 to They are fused with each other in a watertight manner to form the back and shoulder pad body 10 that can be applied to the back and shoulders of the human body. In particular, the covering layer 112 is mainly used to improve the outer side of the back and shoulder pad body 10. The surface is comfortable to increase the user's willingness to use. Therefore, the covering layer 112 can be a latex cloth. However, in other embodiments of the present invention, the industry can make the thin sheet body 11 only have the bonding layer 111. Or, multiple additional coating layers 112 of different materials can be added, which can be combined together.

Please refer to FIG. 1 and FIG. 2 again, a water inlet 121 and an water outlet 122 are provided adjacent to one side edge of the back shoulder pad body 10, and one end of the water inlet joint 21 can be fused in a watertight manner. To the water inlet 121, the other end is exposed outside the back and shoulder pad body 10, and can be connected to a constant temperature liquid supply device (not shown) to introduce the liquid provided by the constant temperature liquid supply device to In the back and shoulder pad body 10, one end of the water outlet connector 22 can be welded to the water outlet 122 in a watertight manner, and the other end is exposed outside the back and shoulder pad body 10 and can be connected to the constant temperature. A liquid supply device to introduce the liquid in the back and shoulder pad body 10 into the constant temperature liquid supply device, and in the constant temperature liquid supply device, heat exchange or cold exchange treatment is performed to increase or decrease the temperature of the liquid to meet the requirements After the required temperature, it flows into the back and shoulder pad body 10 through the water inlet connector 21 for another heat or cold cycle. In this way, the back and shoulder pad body 10 can generate the user's needs. Temperature, and keep the temperature for the user to use.

In order to explain the foregoing structural features in detail, please refer to FIG. 1 and FIG. 2 again. The back and shoulder pad body 10 is provided with a water flow circulation channel 13. In this embodiment, the water flow circulation channel 13 includes It includes at least a first peripheral channel 131, a second peripheral channel 132, a first central channel 133, and a second central channel 134. Among them, the water inlet 121, the first peripheral channel 131, and the second peripheral channel 132 The first central channel 133, the second central channel 134, and the water outlet 122 will communicate with each other in order to form the water flow circulation channel 13 in the back and shoulder pad 10, and when the back and shoulder pad 10 When being carried on the human body, the first peripheral channel 131 and the second peripheral channel 132 will correspond to the part of the human body near the side edge and the shoulder, and the first central channel 133 and the second central channel 134 will Corresponds to the part of the back of the human body adjacent to the spine. In this way, the liquid introduced by the thermostatic liquid supply device through the water inlet 21 can flow into the water circulation channel 13 to provide the required temperature to the back and shoulders of the human body. , And then flows into the constant temperature liquid supply device through the water outlet connector 22.

Generally speaking, when the human body is in a sweltering weather, the body surface parts (such as parts of the human body near the side edges and shoulders) that are far away from the core (such as the spine) will experience a higher body temperature. On the contrary, the human body In cold weather, the body surface farther from the core will experience a lower body temperature. Based on this, please refer to Figures 1 and 2 because the first peripheral channel 131 and the The second peripheral channel 132 corresponds to a portion of the back of the human body adjacent to the side edge and the shoulder, and the first central channel 133 and the second central channel 134 correspond to a portion of the back of the human body adjacent to the spine. Therefore, when the constant temperature liquid is supplied When the cold or hot liquid provided by the device is introduced into the water circulation channel 13, it can first pass through the part of the back of the human body near the side edge and the surface of the shoulder, and then pass through the part of the back of the human body near the spine, so that the user can more quickly Feel the effect of cooling or warming; In addition, because the back and shoulder pad 10 can completely cover the back and shoulders of the human body, and can quickly provide the required temperature, people are doing "massage" Or Before the medical procedure, a large-area heat compress can be performed by using the back and shoulder pad body 10 instead of the conventional heat compress method, which requires continuous Replace hot towels or hot packs on the ground, greatly improving the convenience of use.

In addition, in order to avoid the fact that the water circulation channel 13 is blocked under pressure during use, and the liquid cannot flow, please refer to FIG. 1 and FIG. 2. As shown in FIG. 1 and FIG. 2, the bonding layers 111 are adjacent to the water circulation channel 13. Position, when the high-frequency heat pressure is fused with each other to form the water flow circulation channel 13, the material of the pressure-sensitive bonding layer 111 will be displaced to the periphery by extrusion, and after solidification, it will be connected with the water flow circulation channel at the joint. A plurality of support portions 20 are formed in each of 13 (as shown in FIG. 1). In this way, by the function of the support portions 20, the water circulation channel 13 can be supported, so that the water circulation channel 13 will not be squeezed by external forces. It is completely blocked by pressure to ensure the smooth circulation of the liquid in the water flow circulation channel 13. In addition, please refer to FIG. 2 again, after the bonding layers 111 are fused to each other at a position corresponding to the water flow circulation channel 13 by high-frequency heat pressing, the materials of the pressed bonding layers 111 will be extruded. Pressure to move to the peripheral edge, and after solidification, a plurality of spaced apart buffer portions 50 (such as air chambers) are formed in the water flow circulation channel 13 to buffer the influence of external forces on the water flow circulation channel 13 The water flow circulation channel 13 will not be completely blocked by being squeezed by external force. At the same time, a corresponding support portion 20 (as shown in FIG. 2) will be formed between the buffer portion 50 and the water flow circulation channel 13. 20 enhances the pressure resistance of the buffer portion 50, so that the liquid can smoothly flow through the water circulation channel 13.

Furthermore, in order to enable the back and shoulder pad body 10 to be easily carried on a user, in a second embodiment of the present invention, please refer to FIG. 1 and FIG. 3, the cold and warm covering structure is further provided with a A wearing part 30, wherein the wearing part 30 includes a plurality of straps 31 and two joining parts 32, and these joining parts 32 can be connected to each other through a zipper, a button, or a devil's felt, etc. The tight straps 31 are symmetrically connected between the joint portions 32 and the back and shoulder pads 10 respectively, so that the wearing portion 30 and the back and shoulder pads 10 can form a vest together. In the second embodiment, When the user When the vest is worn on the body, the joints 32 can correspond to the front side of the user's body, and the straps 31 can make the back and shoulder pads 10 fit tightly to the back and shoulders of the human body so that The back and shoulder pad body 10 can transmit the temperature of the liquid in the back and shoulder pad body 10 to the back and shoulders of the human body. However, in other embodiments of the present invention, the straps 31 can be made of elastic or non-elastic materials, as long as the straps 31 are respectively connected to the back and shoulder pads 10 corresponding to the front edges of the two shoulders of the human body. And the edges of both sides of the back of the human body, and the back and shoulder pad body 10 can be closely attached to the back and shoulders of the human body, which is the structure of the tightening belt 31 according to the present invention.

Moreover, please refer to FIGS. 1 to 3 again. Although the foregoing embodiment takes the back and shoulder pad 10 as an example to cover the back and shoulders of a human body, the present invention is not limited to this. In other embodiments of the present invention, the configuration of each thin sheet body 11 can match the configuration of the waist, back and shoulders of the human body, and the first peripheral channel 131 and the second peripheral channel 132 will also correspond to The waist and back of the human body are adjacent to the side edges and the shoulders to form the back and shoulder pad 10 that can be applied to the waist, back and shoulders of the human body, and the straps 31 can make the back and shoulder pad 10 tight. It is affixed to the waist, back and shoulders of the human body, which means that the operator can adjust the size of the back and shoulder pad 10 according to production or use requirements, so that it can only match the back and shoulders of the human body, or match the human body. The waist, back and shoulders make the cold and warm covering structure of the present invention have higher industrial applicability, so as to meet various needs of users.

Please refer to FIG. 1 and FIG. 2 again. In the third embodiment of the present invention, the cold and warm covering structure further includes a neck cushion body 40, wherein the neck cushion body 40 includes a thin plastic material. Shaped sheet body, the configuration of each thin sheet body matches the shape of the human neck, and includes at least a bonding layer, so that the bonding layers corresponding to each other on the thin sheet body can be high The cycle is heat-sealed and fused to each other in a watertight manner to form the neck pad body 40 that can be applied to the human neck. In particular, the structure of the thin sheet body of the neck pad body 40 can be a single-layer structure (that is, only a bonding layer), or, as shown in FIG. 2, a double-layer structure (that is, Bonding layer and coating layer), or a multilayer structure, since the aforementioned structural features have been described in detail, they will not be described in detail.

Please refer to FIG. 1 and FIG. 2 again, a backflow channel 43 is formed in the neck cushion body 40, and two ends of the backflow channel 43 are respectively communicated with the first peripheral channel 131 and the second peripheral channel 132 so that The water inlet 121, the first peripheral channel 131, the return channel 43, the second peripheral channel 132, the first central channel 133, the second central channel 134, and the water outlet 122 can communicate with each other in sequence, so that The water flow circulation channel 13 is formed in the back and shoulder pad body 10 and the neck pad body 40. In the third embodiment, a first water inlet passage 421 and a first water inlet passage 421 are provided adjacent to one side edge of the neck pad body 40. A first water outlet channel 422, and the back and shoulder pad body 10 is provided with a second water outlet channel 135 and a second water inlet channel 136 at positions corresponding to the first and second peripheral channels 131 and 132. Among them, the first water inlet channel 421 can be connected to the second water outlet channel 135 (for example, through a connecting pipe), so that the liquid in the first peripheral channel 131 flows through the first water inlet channel 421 and the second water outlet channel 135 in order to flow into the Return channel 43; the first water outlet channel 422 can communicate with the second water inlet 136 is connected (for example, through another connection pipe), so that the liquid in the return channel 43 flows into the second peripheral channel 132 through the first water outlet channel 422 and the second water inlet channel 136 in sequence; thus, the user Only a single constant temperature liquid supply device is needed, and the back shoulder pad body 10 and the neck pad body 40 can be provided with a liquid that meets the temperature required by the user.

Please refer to FIG. 1 to FIG. 3 again. In the third embodiment, the neck pad body 40 can also be provided with a wearing part, and the wearing part can be a plurality of straps 45 for users. The neck pad body 40 can be fixed on the human body. However, in other embodiments of the present invention, whether it is the wearing part 30 of the back and shoulder pad body 10 or the wearing part of the neck pad body 40, Industry design and more It can be changed to other aspects, as long as the wearing portion 30 can be used by a user to conveniently carry the back and shoulder pad body 10 and the neck pad body 40. In addition, in order that the temperature carried by the liquid can be evenly transmitted to the surfaces of the corresponding shoulder pad body 10 and neck pad body 40, each of the channels 131, 132, 133, 134, or 43 is evenly distributed in a roundabout shape. Correspondingly, the back shoulder pad body 10 or the neck pad body 40 is used to prevent the back shoulder pad body 10 or the neck pad body 40 from generating a significant temperature difference due to insufficient liquid in a local area.

According to the above, it is only the preferred embodiment of the present invention, but the scope of the rights claimed by the present invention is not limited to this. According to the technical content disclosed by those skilled in the art, Equivalent changes that can be easily considered should all belong to the protection scope of the present invention.

10‧‧‧Back Shoulder Pads

121‧‧‧ water inlet

122‧‧‧ Outlet

13‧‧‧Water circulation channel

131‧‧‧First peripheral channel

132‧‧‧Second peripheral channel

133‧‧‧First Central Channel

134‧‧‧Second Central Channel

135‧‧‧Second outlet channel

136‧‧‧Second inlet channel

20‧‧‧ support

21‧‧‧ water inlet connector

22‧‧‧ Outlet connector

40‧‧‧ neck pad body

421‧‧‧First water channel

422‧‧‧First outlet

43‧‧‧ return channel

45‧‧‧ Ties

50‧‧‧Buffer Department

Claims (10)

A thermostatic liquid circulation type cold and warm covering structure includes a back shoulder pad body including two thin pieces made of two plasticized materials, and the configuration of each thin piece is in accordance with the configuration of the back and shoulders of the human body. Matching, and at least including a bonding layer, the back and shoulder pad system uses high frequency heat compression to seal the thin sheets overlapping each other, so that the corresponding bonding layers on the thin sheets can be watertight to each other The ground is fused together to form the back and shoulder pad which can be covered to the back and shoulders of the human body, and an inlet and a water outlet are formed adjacent to one side edge of the back and shoulder pad, and A water circulation channel is formed in the back and shoulder pad body, and the water circulation channel includes at least a first peripheral channel, a second peripheral channel, a first central channel, and a second central channel, wherein the first peripheral channel and the The second peripheral channel corresponds to a part of the back of the human body adjacent to the side edge and the shoulder, and the first central channel and the second central channel correspond to a part of the back of the human body adjacent to the spine. The water inlet, the first peripheral channel, The second peripheral channel, the A central channel, the second central channel, and the water outlet are connected to each other in order to form the water circulation channel in the back and shoulder pad body. In addition, the bonding layers are positioned at positions corresponding to the water circulation channel. After the cycle heat-pressing is fused to each other, the pressured materials of the bonding layer will be displaced to the periphery due to extrusion, and after solidification, a plurality of spaced-apart buffer portions are formed in the water circulation channel to buffer each other. The influence of external force on the water circulation channel; an inlet connector, one end of which is welded to the water inlet in a watertight manner, and the other end is exposed outside the back shoulder pad body, and can be connected to a constant temperature liquid supply device, The liquid provided by the constant temperature liquid supply device is introduced into the water flow circulation channel; and a water outlet connector, one end of which is fused to the water outlet in a watertight manner, and the other end is exposed outside the back and shoulder pad body, and can It is connected to the constant temperature liquid supply device to introduce the liquid in the water circulation channel to the constant temperature liquid supply device. The thermostatic liquid circulation cooling and heating covering structure according to claim 1, further comprising a wearing part, which is respectively connected to the back and shoulder pad body corresponding to the front edge of the two shoulders of the human body and the back of the human body. The edges of the two sides allow the wearing portion and the shoulder pad body to form a vest together. The thermostatic liquid circulation cooling and heating covering structure as described in claim 2, the wearing part includes a plurality of tightening bands and two joints, and the joints can be integrated with each other, and the tightening bands are symmetrical The joints are respectively connected between the joints and the back and shoulder pads to form the vest, and the joints can correspond to the front side of the user's body when the user wears the vest on the body. The equal straps can make the back and shoulder pads fit tightly to the back and shoulders of the human body. The thermostatic liquid circulation type cooling and heating covering structure as described in claim 3, wherein the positions of the bonding layers of the thin sheet bodies adjacent to the water flow circulation channel are hot-pressed at a high frequency and are fused with each other to form the water flow. In the state of the circulation channel, the material of the bonding layers under pressure will be displaced to the periphery by compression. After solidification, a plurality of support portions are formed between the joint and the water flow circulation channel to support the water flow circulation. aisle. According to the constant temperature liquid circulation type cold and warm covering structure described in claim 4, the configuration of each thin sheet body matches the configuration of the waist, back and shoulders of the human body, the first peripheral channel and the second peripheral channel Corresponds to the waist and back of the human body, and the side and shoulders to form the back and shoulder pads that can be applied to the human waist, back and shoulders, and the straps can make the back and shoulder pads tight Apply to the waist, back and shoulders of the human body. The thermostatic liquid circulation cooling and heating covering structure according to claim 5, further comprising a neck pad body, the neck pad body comprising two thin pieces made of plasticized material, and each thin piece's configuration system The neck pad system matches the shape of the human neck and includes at least a bonding layer. The neck pad system uses high frequency heat compression to seal the thin sheets overlapping each other, so that the thin sheets correspond to each other. The bonding layers can be fused with each other in a watertight manner to form a neck cushion body that can be applied to the neck of the human body. A backflow channel is formed in the neck cushion body, and two ends of the backflow channel communicate with the first periphery respectively. And the second peripheral channel are communicated so that the water inlet, the first peripheral channel, the return channel, the second peripheral channel, the first central channel, the second central channel, and the water outlet can be sequentially They communicate with each other to form the water flow circulation channel in the back and shoulder pad body and the neck pad body. The thermostatic liquid circulation type cooling and heating covering structure according to claim 1, 2, 3, 4, 5, or 6, wherein each of the channels is distributed in a circular shape and evenly distributed in the corresponding respective pads, so that the liquid The carried temperature can be evenly transmitted to the corresponding surfaces of the pad body. The thermostatic liquid circulation cooling and heating covering structure according to claim 7, wherein the bonding layer is made of polyvinyl chloride or a thermoplastic polyurethane elastomer material. According to the constant temperature liquid circulation type cooling and heating covering structure described in claim 8, the thin sheet body further comprises a covering layer, and the covering layer is coated on the outer surface of the bonding layer. The thermostatic liquid circulation cooling and heating covering structure according to claim 6, wherein the covering layer is a latex cloth.