JP2020192321A - Massager - Google Patents

Abstract

To avoid unsuitable massage effects because a user's sitting or walking is not influenced and the patella receives inappropriate a pressing force.SOLUTION: A massager includes: a control mechanism including a hard casing which is provided with a fitting groove adjusted to the patella of a user and in which an opening of the fitting groove contacts a periphery of the patella; and a fixing mechanism which is connected to the casing, is wound around and fixed to the user's knee region together with the casing, houses the user's patella in the fitting groove, and provides the corresponding knee region with a massage air-bag. When the opening of the fitting groove of the hard casing contacts the periphery of the patella and the massage air-bag is swollen, the fixing mechanism necessarily gives a tensile force to both ends of the casing. This tensile force is transmitted to the peripheral area of the patella, so that the casing does not directly pressurize the patella.SELECTED DRAWING: Figure 1

Description

The present invention belongs to the technical field of health products, and particularly relates to massagers.

As the tempo of living and working becomes faster, living in the city brings people a high quality of life, and at the same time, physical illness is gradually increasing, and people who manage their health by yoga etc. is increasing.

In daily exercise, the legs are easily tired and easily damaged, and it is necessary to constantly massage the legs, but the control member of the conventional massager for leg massage needs to be operated by holding it in the hand. , It was very inconvenient.

An object of the present invention is to provide a massager and to solve the technical problem that the control member of the massager in the prior art needs to be held and operated by a hand, which is very inconvenient.

The present invention is realized as follows.
A control mechanism including a casing that is a casing of a rigid housing and is provided with a wearing groove that matches the user's patella, and the opening of the wearing groove abuts around the patella.
A fixing mechanism that is connected to the casing, wound around the user's knee region together with the casing, and accommodates the user's patella in the wearing groove, and a massage airbag is provided in the corresponding knee region. A mechanism and a massager that includes.

Further, the fixing mechanism has a flexible strip-shaped structure, and connecting portions for connecting to the fixing mechanism are provided at both ends of the casing.

Further, the massager further includes a controller connected to the casing and a control button electrically connected to the controller and used to transmit commands to the controller, wherein the controller includes the massage air. It is used to control the air filling or air release of the bag.

Further, the massager is made of a flexible material and has a leg airbag structure that is wrapped around the leg and can be used for leg massage, and a leg airbag structure so that the leg airbag structure massages the leg. Further includes a leg massage mechanism including a leg air-filling / discharging member connected to and air-filling or air-releasing the leg airbag structure.

Further, the leg airbag structure has a leg massage chamber, and the leg massage chamber is wound around a leg flow path chamber communicating with the leg air filling / discharging member and a leg flow path chamber communicating with the leg flow path chamber. The leg airbag structure is connected to the leg air filling / discharging member and has the leg flow path chamber, and the leg air bag structure is connected to the leg conduction sheet and around the leg. The leg air filling / discharging member includes a leg outer layer sheet that is wound and has the leg outer layer chamber, and the leg flow path chamber can be filled with air, and the air that has entered the leg flow path chamber is the leg outer layer. Can be placed in the chamber.

Further, the leg massage chamber further includes a leg inner layer chamber that communicates with the leg outer layer chamber and is located between the leg outer layer chamber and the leg, and the leg air filling / discharging member allows air to flow into the leg flow path chamber. It can be filled, and the air that has entered the leg flow path chamber can be introduced into the leg inner layer chamber via the leg outer layer chamber.

The leg airbag structure is a leg connection for connecting the leg outer layer sheet and the leg inner layer sheet to the leg inner layer sheet provided inside the leg outer layer sheet and provided at intervals from the leg outer layer sheet. A member is further included, and a leg outer layer through hole communicating with the leg outer layer chamber is provided inside the leg outer layer sheet, and the leg inner layer sheet has the leg inner layer chamber inside and outside the leg inner layer chamber. An inner leg through hole that communicates with the inner leg chamber is provided, and the leg connecting member is used to communicate the inner leg through hole and the outer leg through hole.

Further, a plurality of the leg inner layer sheets are provided and arranged in the direction around the leg, the leg inner layer sheet includes a quadrilateral portion exhibiting a parallelogram, and two adjacent quadrilateral portions are provided axially symmetrically. Has been done.

Further, the position of the leg inner layer through hole is deviated from the center point position of the leg inner layer sheet.

Further, the leg massage chamber further has a protrusion chamber that communicates with the leg inner layer chamber and is located between the leg outer layer chamber and the leg, and the leg inner layer sheet is connected to the side side of the quadrilateral portion. The protrusion having the protrusion chamber is further included, and the leg inner layer through hole is located in the protrusion.

Further, the fixing mechanism is a popliteal airbag structure made of a flexible material, and a popliteal air filling for connecting to the popliteal airbag structure and performing air filling or air release to the popliteal airbag structure. Includes a release member.

Further, the popliteal air bag structure has a close contact chamber, which is a popliteal flow chamber communicating with the popliteal air filling / release member and an outer popliteal layer communicating with the popliteal flow chamber. The popliteal air bag structure includes a chamber, and the popliteal air bag structure is connected to a popliteal flow sheet connected to the popliteal air filling / releasing member and having the popliteal flow chamber inside the popliteal flow sheet. Includes a popliteal outer layer sheet located at the location of the popliteal fossa and having the popliteal outer layer chamber.

Further, the close contact chamber communicates with the popliteal fossa outer layer chamber and communicates with the popliteal fossa inner layer chamber located between the popliteal outer layer chamber and the popliteal fossa, and communicates with the popliteal fossa inner layer chamber and communicates with the popliteal fossa inner layer chamber and the knee. A popliteal massage chamber located between the fossa and the popliteal fossa massage chamber is further included, and the popliteal air filling / releasing member is capable of filling the popliteal flow chamber with air and has entered the popliteal flow chamber. Can enter the popliteal fossa inner layer chamber via the popliteal outer layer chamber and also the popliteal massage chamber.

The popliteal air bag structure comprises an inner popliteal sheet provided inside the outer popliteal sheet and spaced apart from the outer popliteal sheet, and the outer popliteal sheet and the inner popliteal sheet. A popliteal connecting member for connection, a popliteal massage sheet provided inside the popliteal fossa layer sheet and spaced apart from the popliteal fossa sheet, and the popliteal fossa sheet and the popliteal fossa inner layer. Further including a massage connecting member for connecting the seat, the popliteal outer layer through hole communicating to the popliteal outer layer chamber is provided inside the popliteal outer layer sheet, and the popliteal inner layer sheet is inside the popliteal outer layer through hole. A first popliteal fossa layer through hole having the popliteal fossa inner layer chamber and communicating to the popliteal fossa inner layer chamber on the outside of the popliteal fossa inner layer sheet, and communicating to the popliteal massage chamber inside the first popliteal inner layer through hole. The popliteal fossa massage sheet has the popliteal massage chamber inside the popliteal fossa massage chamber, and the popliteal fossa massage through hole is provided on the outside of the popliteal fossa massage sheet. It is used to communicate the first popliteal inner layer through hole and the outer popliteal layer through hole, and the massage connecting member communicates the second popliteal inner layer through hole and the popliteal massage through hole. Used to do.

Further, the control mechanism further includes a physiotherapy sheet that is electrically connected to the controller to perform physiotherapy on the knee joint, and the physiotherapy sheet is fixed in the wearing groove and contacts the patella. The controller can control the on / off of the physiotherapy sheet.

The technical effects of the present invention on the prior art are as follows. According to the present invention, by providing a casing having a wearing groove, the control mechanism can fit the portion of the patella and can be fixed to the knee region by the fixing mechanism. When the user wears the massager, the user's patella is completely contained in this wearing groove, and the opening of the casing wearing groove abuts on the peripheral area of the patella, so that the opening of the casing wearing groove hits the patella. Avoid contact. The patella is a bone that can move freely up, down, left, and right in the knee area. When the massage airbag is inflated to wrap the casing and fixing mechanism around the user's knees during operation, the fixing mechanism inevitably applies tensile force to both ends of the casing. When the opening of the wearing groove of the casing, which is a rigid housing, contacts the periphery of the patella and the casing receives the tensile force of the fixing mechanism, this tensile force is transmitted to the peripheral region of the patella, and the casing directly presses the patella. do not do. In this way, it is possible to prevent the patella from being improperly pressed to produce a bad massage effect without affecting the user's sitting or walking.

In order to explain the technical method of the examples of the present invention more clearly, the necessary drawings will be briefly introduced next in the description of the examples of the present invention or the prior art. The drawings described below are only a part of the embodiments of the present invention, and it is obvious to those skilled in the art that other drawings can be further obtained based on these drawings on the premise that no creative labor is performed. ..

Schematic diagram of the three-dimensional structure of the massager provided by the embodiment of the present invention Top view of the leg massage mechanism provided by the embodiment of the present invention Bottom view of the leg massage mechanism provided by the embodiment of the present invention Side view of the leg massage mechanism provided by the embodiment of the present invention Top view of the fixing mechanism provided by the embodiment of the present invention Side view of the fixing mechanism provided by the embodiment of the present invention

Hereinafter, examples of the present invention will be described in detail. The illustrations of the above embodiments are shown in the drawings and represent the same or similar elements or elements having the same or similar functions with the same or similar symbols from beginning to end. Hereinafter, the examples described with reference to the drawings are exemplary and are intended to be used in the description of the present invention and should not be understood as restrictions on the present invention.

In the description of the present invention, the directions or positional relationships indicated by terms such as "length", "width", "inside", and "outside" are based on the directions or positional relationships shown in the drawings, and are based on the present invention. For the sake of convenience of the description of the above, it is merely intended to simplify the description, and represents or implies that the device or element thereof is required to have a specific direction or to have a structure and operation in a specific direction. It should not be understood as a limitation on the present invention as it does not.

In addition, terms such as "first" and "second" are used only for the purpose of explanation, and indicate or imply relative importance, or imply or explicitly indicate the number of technical features to be represented. Should not be understood. As such, features limited by "first", "second", etc. may include one or more of these features, either explicitly or implicitly. In the description of the present invention, the term "plurality" has two or more meanings, unless otherwise specified and specified.

In the present invention, terms such as "mounting", "connecting", "connecting", "fixing" should be understood in a broad sense, unless otherwise specified and limited, eg, in fixed connection. It may be a detachable connection, it may be integrated, it may be a mechanical connection, it may be an electrical connection, it may be directly connected, and it may be an intermediate medium. It may be indirectly connected via, or it may be a communication inside two elements, or it may be an interaction relationship between two elements. One of ordinary skill in the art can understand the specific meanings of the above terms in the present invention depending on the specific circumstances.

In order to clarify the object, technical method and advantages of the present invention, the present invention will be described in more detail below with reference to the drawings and examples.

With reference to FIG. 1, the present invention includes a leg massage mechanism 10 for performing leg massage, a control mechanism 20 for controlling the leg massager, and a fixing mechanism 30 for fixing the control mechanism 20 to the knee region. , Including massager.

The control mechanism 20 includes a casing that is a bowl-shaped rigid housing with one side open, and the casing is provided with a wearing groove 201 that matches the user's patella, and the opening of the wearing groove 201 is around the patella. Abut. The shape and size of the wearing groove 201 is based on not affecting the standing and walking of a human and not rubbing the skin and muscles of the legs.

The fixing mechanism 30 is connected to the casing of the control mechanism 20, is wound around the user's knee region together with the casing and fixed, and the user's patella is housed in the wearing groove 201. A massage airbag is provided in the corresponding knee region of the fixing mechanism 30. The massage airbag has an airbag chamber that can be inflated. The airbag chamber can be kept inflated and the fixation mechanism 30 pulls on both sides of the casing when worn so that the fixation mechanism 30 and the knee region fit better. Preferably, the fixing mechanism 30 has a flexible strip-shaped structure, and connecting portions connecting to the fixing mechanism 30 are provided at both ends of the casing. The fixing mechanism 30 adjusts the looseness of the bonding with respect to the knee region of the casing by connecting with the connecting portion. The flexible strip-shaped structure of the fixing mechanism 30 makes the user feel more comfortable to wear and is easy to store.

In the present invention, by providing the casing having the wearing groove 201, the control mechanism 20 fits the portion of the patella and can be fixed to the knee region by the fixing mechanism 30. When the user wears the massager, the user's patella is completely housed in the wearing groove 201, and the opening of the casing wearing groove 201 abuts on the peripheral region of the patella, whereby the opening of the casing wearing groove 201 Avoids contacting the patella and causing pressure on the patella. The patella is a bone that can move freely up, down, left, and right in the knee area. When the massage airbag is inflated to wind and fix the casing and the fixing mechanism 30 around the user's knee during operation, the fixing mechanism 30 inevitably applies tensile force to both ends of the casing. When the opening of the wearing groove 201 of the casing, which is a rigid housing, abuts on the periphery of the patella and the casing receives the tensile force of the fixing mechanism 30, this tensile force is transmitted to the peripheral region of the patella, and the casing presses the patella. Do not press directly. It does not affect the user's sitting or walking, which prevents the patella from being improperly pressed and producing an unfavorable massage effect.

In this embodiment, the fact that the casing is a hard housing means that the portion of the casing located at the opening of the wearing groove 201 is made of a rigid hard material, and the other part of the casing is the wearing groove 201. It should be understood that other materials may be used as long as the opening of the fixing mechanism 30 does not deform due to the tensile force of the fixing mechanism 30.

It should be understood that the fixation mechanism 30 may be further provided with massage airbags on either side of the knee or at other positions, in addition to providing the popliteal airbag structure. If necessary, the fixing mechanism 30 may be provided with a massage airbag at another position of the corresponding knee without providing the popliteal airbag structure.

With reference to FIGS. 2 to 4, the leg massage mechanism 10 is made of a flexible material and has a leg airbag structure that is wrapped around the legs and can be used for leg massage, so that the leg airbag structure massages the legs. Includes a leg air-filling / releasing member that is connected to the leg airbag structure to air-fill or release air into the leg airbag structure. Air filling and air release to the leg airbag structure is used to mimic the pushing action of a human finger and is advantageous in relieving stress on the muscles of the user being massaged and relieving muscle fatigue. The leg air filling / discharging member may be an air supply device such as an air pump. The air pump is provided with a valve, and the leg airbag structure has a leg air valve 12 for connecting to the valve. It is provided. Since the leg airbag structure is made of a flexible material, when the leg airbag filling / discharging member fills the leg airbag structure with air via the leg air valve 12, the leg airbag structure swells and presses against the leg. A massage effect can be obtained by producing.

With reference to FIG. 1, the control mechanism 20 includes a controller (not shown) connected to the casing and a physiotherapy sheet (not shown) electrically connected to the controller for performing physiotherapy on the knee region. And a control button 21 that is electrically connected to the controller and transmits commands to the controller. The controller is electrically connected to the leg air charge / release member and is used to control the air filling or air release of the leg air charge / release member to the leg airbag structure. The controller can control the physiotherapy sheet to perform physiotherapy for the knee region, and the physiotherapy sheet has at least a fever function to relieve damage to the patella. The controller is located inside the casing, and the control button 21 may be a push button or a touch button. The user can transmit a command to the controller by operating the control button 21, thereby realizing massage to the legs of the leg massage mechanism 10 and turning on / off the physiotherapy sheet. Specifically, the controller includes electronic components such as a circuit board and a lithium battery, and the physiotherapy sheet is connected to the circuit board via a connection cable.

With reference to FIG. 1, the fixing mechanism 30 may be wound around the knee region in the form of a band, or may be clamped in the shape of a clamp and fastened at the popliteal fossa, and is made of an elastic material so as to be easily extended when a human walks. There may be. The knee region is the circumferential region surrounding the patella of the knee joint and the popliteal fossa behind it. The casing is connected to the fixing mechanism 30, and the casing may be provided with a through hole so that the band-shaped fixing mechanism 30 can be wound and fixed to quickly adjust the looseness. Specifically, the inner wall of the wearing groove 201 may be provided with a plastic sheet or a silicone sheet so that it can be adapted to patellas of different sizes and shapes. The fixation mechanism 30 may further include a popliteal airbag structure and a cloth cover that wraps the silicone sheet or plastic sheet, which allows the plastic sheet or silicone sheet to be securely connected to the casing. ..

The leg massage mechanism 10 may be worn on the human thigh or on the human shin. The fixing mechanism 30 can fit the wearing groove 201 to the patella and can be rotated according to the position of the leg massage mechanism 10 regardless of whether the fixing mechanism 30 is fastened to the patella in the forward direction or in the reverse direction. Preferably, a silicone sheet is provided on the inner wall of the wearing groove 201 so that it can be worn for knee joints of different sizes and shapes.

The control mechanism 20 of the present invention can control the air filling or air release of the leg air filling / releasing member to the leg airbag structure, and can realize massage to the legs. The present invention realizes a compatible connection between the control mechanism 20 and the legs, avoids the inconvenience of the user holding and operating the legs, does not block both hands, and the user massages the legs with the leg massage mechanism 10. At the same time, it is possible to perform operations such as standing up and walking, or standing still while sitting, and the control mechanism 20 can be carried at any time.

The leg massage mechanism 10 can also be used for massaging the arms of the upper limbs, and at this time, the casing can be worn at the joints of the shoulders or elbows, but the present invention is not limited to this.

Refer to FIG. 2, further, the leg airbag structure has a leg massage chamber, which is a leg flow chamber 101 communicating with a leg air filling / discharging member and a leg communicating with the leg flow chamber 101. Includes a leg outer layer chamber 102, which is wrapped around the. The leg airbag structure consists of a leg flow sheet 11 connected to a leg air filling / discharging member and having a leg flow path chamber 101 inside the leg air bag structure, and a leg outer layer connected to the leg flow sheet 11 and wound around the leg. The leg outer layer sheet 13 including the leg outer layer sheet 13 having the chamber 102, and the leg flow path sheet 11 and the leg outer layer sheet 13 may be formed by hot-pressing the edges of the two inner and outer airbag sheets. The leg air filling / discharging member can fill the leg flow path chamber 101 with air, and the air that has entered the leg flow path chamber 101 can also enter the leg outer layer chamber 102. When air enters the leg outer layer chamber 102, the leg outer layer sheet 13 swells, presses the leg, exerts a pressing effect, and can relieve the fatigue of the leg.

With reference to FIGS. 3-4, the leg massage chamber further includes a leg inner layer chamber 103 located between the leg outer layer chamber 102 and the leg communicating with the leg outer layer chamber 102. In other words, the leg inner layer chamber 103 is arranged so as to overlap the leg outer layer chamber 102. The leg air filling / discharging member can fill the leg flow path chamber 101 with air, and the air that has entered the leg flow path chamber 101 can also enter the leg inner layer chamber 103 via the leg outer layer chamber 102.

The leg airbag structure is formed by hot-pressing the edges of the two inner and outer air bag sheets, which are provided inside the outer leg sheet 13 and at intervals from the outer leg sheet 13. The leg outer layer sheet 13 and the leg connecting member for connecting the leg inner layer sheet 14 are further included, and a leg outer layer through hole 130 communicating with the leg outer layer chamber 102 is provided inside the leg outer layer sheet 13. Has been done. The leg inner layer sheet 14 has a leg inner layer chamber 103 inside, and is provided with a leg inner layer through hole 140 communicating with the leg inner layer chamber 103 on the outside thereof. The leg connecting member is used to communicate the inner leg through hole 140 and the outer leg through hole 130.

In this way, the leg outer layer sheet 13 can be easily provided by being laminated with the leg inner layer sheet 14, the leg outer layer sheet 13 can press the leg inner layer sheet 14 against the legs, and the leg inner layer chamber 103 bulges inward after being filled with air. Since the thickness of the leg airbag structure can be increased and the leg massage structure can be brought into close contact with the circumference of the leg, the pressing effect on the leg becomes better and the pressing on the acupoint becomes stronger.

2 to 4, preferably, a plurality of leg inner layer sheets 14 are provided and arranged in the direction around the legs, and the leg inner layer sheets 14 include a quadrilateral portion 141 exhibiting a parallelogram and are adjacent to each other. Two quadrilateral portions 141 are provided axisymmetrically. The parallelogram structure is used to follow the direction of pressing with the thumbs of both hands when massaging with human fingers, which can make the user feel more realistic and increase comfort. In the embodiment of the present invention, four leg inner layer sheets 14 are arranged at equal intervals in the direction around the legs, and four leg outer layer sheets 13 are provided and are provided so as to be laminated with each leg inner layer sheet 14. The shape and size of the laminated leg inner layer sheets 14 are the same. Such a design is easy to process, can improve the massage effect and increase the strength of the massage.

With reference to FIGS. 2 to 4, preferably, the position of the leg inner layer through hole 140 is deviated from the center point position of the leg inner layer sheet 14. By providing the leg inner layer through hole 140 at a staggered position, it is possible to prevent the leg connecting member from being constantly bent and air leaking or being damaged when the leg airbag structure is folded and stored. Preferably, the leg inner layer through hole 140 is located at one-third of the lateral width of the leg inner layer airbag. On the other hand, when the air from the leg outer layer chamber 102 enters the leg inner layer chamber 103 by the leg inner layer through hole 140 of the eccentric design, the eccentric position of the leg inner layer sheet 14 is first expanded, and when the leg inner layer chamber 103 is filled with air. In addition, the bulging position moves to the center point of the parallelogram, that is, the movement occurs to the highest point position of the inner layer sheet. In this way, the movement of the inner leg sheet 14 to the leg is also generated, and the operation of rubbing and pressing with the fingers of a human hand can be imitated. Such a leg massage mechanism 10 can simultaneously perform a pushing operation and a kneading operation, the massage is comfortable and powerful, abundant massage modes can be prepared, and the user's blood circulation can be promoted. The user can obtain a better massage effect.

With reference to FIGS. 2 to 3, the leg massage chamber further has a protrusion chamber 104 located between the leg outer layer chamber 102 and the leg communicating with the leg inner layer chamber 103, and the leg inner layer sheet 14 has four sides. A protrusion 142 connected to the side of the shape portion 141 and having a protrusion chamber 104 is further included, and the protrusion chamber 104 is filled with air to inflate the protrusion 142. The protrusion 142 mimics the shape of the fingers of a human hand so that the massage effect is closer to the true massage effect of the human hand. More preferably, the inner leg through hole 140 is located at the protrusion 142. In this way, the moving distance of the bulging position of the leg inner layer sheet 14 becomes larger, the range of rubbing the legs becomes larger, and the user can obtain a more comfortable massage experience.

Referring to FIG. 1, further, the fixation mechanism 30 is connected to a popliteal airbag structure made of a flexible material and a popliteal airbag structure to perform air filling or air release to the popliteal airbag structure. Includes popliteal air filling and releasing members. A controller is electrically connected to the popliteal air filling and releasing member and is used to control the air filling or air release of the popliteal air filling and releasing member into the popliteal airbag structure. The popliteal airbag structure is wrapped around the knee region together with the control mechanism 20. Because the popliteal air bag structure is made of flexible material, when the popliteal air filling and releasing member fills the popliteal air bag structure with air via the popliteal air valve 35, the popliteal air bag structure swells and the popliteal fossa By generating a pressing force against the knee, the popliteal position is contacted, the effect of close contact between the fixed structure and the knee region is increased, and the control mechanism 20 is prevented from falling.

Referring to FIG. 5, the popliteal air bag structure further comprises a close contact chamber, which communicates with the popliteal flow chamber 301 and the popliteal flow chamber 301 communicating with the popliteal air filling and releasing member. Includes the popliteal outer layer chamber 302. The popliteal air bag structure is located at the location of the popliteal fossa, connected to the popliteal fossa diversion sheet 31 and connected to the popliteal air filling and discharging member and having the popliteal flow path chamber 301 inside. Includes a popliteal outer layer sheet 32 having a popliteal outer layer chamber 302 inside the popliteal fossa. The popliteal flow path sheet 31 and the popliteal outer layer sheet 32 can be formed by hot-pressing the edges of the two inner and outer air bag sheets. The popliteal air filling / releasing member is provided in the popliteal flow path chamber 301. It can be filled with air, and the air that has entered the popliteal flow path chamber 301 can enter the popliteal outer layer chamber 302. When air enters the popliteal outer layer chamber 302, the popliteal outer layer sheet 32 swells and comes into contact with the popliteal fossa. Since the popliteal fossa is recessed with respect to the leg, the popliteal air bag structure has a positioning effect and can fix the position of the control mechanism 20 to some extent with respect to the muscles at the popliteal fossa. It can play the effect of massage.

5 to 6, preferably, the close contact chambers are the popliteal fossa inner layer chamber 303 and the popliteal inner layer chamber 303, which communicate with the popliteal outer layer chamber 302 and are located between the popliteal outer layer chamber 302 and the popliteal fossa. Further includes a popliteal massage chamber 304 located between the popliteal fossa inner layer chamber 303 and the popliteal fossa. The popliteal air filling / releasing member can fill the popliteal flow path chamber 301 with air, and the air entering the popliteal flow path chamber 301 enters the popliteal inner layer chamber 303 via the popliteal outer layer chamber 302 and enters the popliteal fossa. It can also enter the massage chamber 304.

The popliteal air bag structure includes a popliteal fossa inner layer sheet 33 provided inside the popliteal outer layer sheet 32 and spaced apart from the popliteal outer layer sheet 32, and a popliteal outer layer sheet 32 and an inner popliteal sheet 33. A popliteal connection member for connection, a popliteal massage sheet 34 provided inside the popliteal fossa layer sheet 33 and spaced apart from the popliteal fossa sheet 33, and a popliteal fossa outer layer sheet 32 and an intrapopliteal layer. Further includes a massage connecting member for connecting the seat 33. The popliteal inner layer sheet 33 and the popliteal massage sheet 34 can be formed by hot-pressing the edges with two inner and outer airbag sheets. The popliteal outer layer through hole 330 communicating with the popliteal outer layer chamber 302 is provided inside the popliteal outer layer sheet 32, and the popliteal inner layer sheet 33 has the popliteal inner layer chamber 303 inside. A first popliteal fossa through hole that communicates with the popliteal fossa chamber 303 is provided on the outside of the popliteal fossa sheet 33, and a second popliteal fossa through hole that communicates with the popliteal massage chamber 304 is provided inside. The popliteal fossa massage sheet 34 has a popliteal massage chamber 304 inside, and a popliteal massage through hole 340 is provided on the outside thereof, and the popliteal connecting member is a first intrapopliteal layer through hole. It is used to communicate with the popliteal outer layer through hole 330, and the massage connecting member is used to communicate the second popliteal inner layer through hole with the popliteal massage through hole 340. The popliteal air filling and releasing member fills the popliteal outer layer chamber 302 via the popliteal flow path chamber 301, and the air enters the popliteal inner layer chamber 303 through the first popliteal intralayer through hole and also. , Enter the popliteal massage chamber 304 through the second popliteal fossa inner layer through hole and inflate the popliteal massage sheet 34. Preferably, the first popliteal lining through hole and the second popliteal lining through hole are provided so as to be staggered so that the popliteal lining sheet 33 is sufficiently inflated and the height of the popliteal massage sheet 34 is increased. To do.

As described above, the popliteal outer layer sheet 32, the popliteal inner layer sheet 33, and the popliteal massage sheet 34 are all provided in a laminated manner, and the popliteal inner layer sheet 33 raises the height of the popliteal massage sheet and raises the knee. Closer contact between the fossa air bag structure and the popliteal fossa. The popliteal outer layer sheet 32 can bring the popliteal massage sheet 34 into contact with the popliteal fossa, and the popliteal massage chamber 304 swells inward when filled with air and exerts a pressing action on the popliteal fossa. Allows the popliteal fossa to be massaged. When the close-fitting chamber is filled with air and the popliteal airbag structure massages the popliteal fossa, the fixation mechanism 30 inevitably applies tensile forces to both ends of the casing. In this way, the casing and the knee region are in close contact with each other, and it is possible to prevent the casing from being dropped.

In the embodiment of the present invention, one outer popliteal sheet and one inner popliteal sheet are provided, and they are band-shaped and match the shape of the popliteal fossa. Sheets Two popliteal massage sheets are provided so that when the popliteal massage chamber is filled with air, it fits better in the position of the depression at the popliteal location.

The above is merely a preferred embodiment of the present invention, and is not intended to limit the present invention. Any changes, equal replacements and improvements made under the gist and principle of the present invention are all the present invention. Should be included within the scope of protection of.

10 Leg massage mechanism 101 Leg flow path chamber 102 Leg outer layer chamber 103 Leg inner layer chamber 104 Protrusion chamber 11 Leg guiding sheet 12 Leg air valve 13 Leg outer layer sheet 130 Leg outer layer through hole 14 Leg inner layer sheet 140 Leg inner layer through hole 141 Square shape Part 142 Projection 20 Control mechanism 201 Wearing groove 21 Control button 30 Fixing mechanism 301 Popliteal fossa flowway chamber 302 Popliteal fossa outer layer chamber 303 Popliteal fossa inner layer chamber 304 Popliteal massage chamber 31 Popliteal flow sheet 32 Popliteal fossa outer layer sheet 33 Knee Popliteal fossa sheet 330 Popliteal fossa through hole 34 Popliteal massage sheet 340 Popliteal massage through hole 35 Popliteal air valve

Claims (13)

A control mechanism including a casing that is a casing of a rigid housing and is provided with a wearing groove that matches the user's patella, and the opening of the wearing groove abuts around the patella.
Includes a fixation mechanism that is connected to the casing and is wound and fixed together with the casing around the user's knee region to accommodate the user's patella in the wearing groove and a massage airbag is provided in the corresponding knee region. A massager that features. The massager according to claim 1, wherein the fixing mechanism has a flexible strip-shaped structure, and connecting portions connecting to the fixing mechanism are provided at both ends of the casing. Further comprising a controller connected to the casing and a control button electrically connected to the controller and used to transmit commands to the controller, the controller inflating or releasing air from the massage airbag. The massager according to claim 1, characterized in that it is used to control. A leg airbag structure made of flexible material that can be wrapped around the leg and used for leg massage, and the leg airbag that is connected to the leg airbag structure so that the leg airbag structure massages the leg. The massager according to claim 1, further comprising a leg massage mechanism including a leg air filling / releasing member that fills or discharges air into the structure. The leg airbag structure has a leg massage chamber, and the leg massage chamber has a leg flow path chamber communicating with the leg air filling / discharging member and a leg wound around the leg communicating with the leg flow path chamber. The leg airbag structure includes an outer layer chamber, and the leg air bag structure is connected to the leg air flow-filling / discharging member and has the leg flow path chamber inside the leg air bag structure, and the leg air bag structure is connected to the leg air flow sheet and around the leg. The leg air filling / releasing member includes an outer leg sheet that is wound around the leg and has the outer leg chamber inside the leg air flow path chamber, and the leg air flow path chamber can be filled with air, and the air that has entered the leg flow path chamber. The massager according to claim 4, wherein the leg outer layer chamber can also be entered. The leg massage chamber further includes a leg inner layer chamber that communicates with the leg outer layer chamber and is located between the leg outer layer chamber and the leg, and the leg air filling / releasing member can fill the leg flow path chamber with air. The air that has entered the leg flow path chamber can also enter the leg inner layer chamber via the leg outer layer chamber.
The leg airbag structure is a leg connection for connecting the leg outer layer sheet and the leg inner layer sheet to the leg inner layer sheet provided inside the leg outer layer sheet and provided at intervals from the leg outer layer sheet. A member is further included, and a leg outer layer through hole communicating with the leg outer layer chamber is provided inside the leg outer layer sheet, and the leg inner layer sheet has the leg inner layer chamber inside and outside the leg inner layer chamber. The fifth aspect of the present invention is characterized in that a leg inner layer through hole communicating with the leg inner layer chamber is provided, and the leg connecting member is used for communicating the leg inner layer through hole and the leg outer layer through hole. The listed massager. A plurality of the leg inner layer sheets are provided and arranged in the direction around the leg, the leg inner layer sheet includes a quadrilateral portion exhibiting a parallelogram, and two adjacent quadrilateral portions are provided axially symmetrically. The massager according to claim 6, wherein the massager is provided. The massager according to claim 6, wherein the position of the leg inner layer through hole is deviated from the position of the center point of the leg inner layer sheet. The leg massage chamber further has a protrusion chamber that communicates with the leg inner layer chamber and is located between the leg outer layer chamber and the leg, and the leg inner layer sheet is connected to the side side of the quadrilateral portion and the protrusion. The massager according to claim 6, further comprising a protrusion having a chamber, wherein the inner leg through hole is located in the protrusion. The fixing mechanism includes a popliteal airbag structure made of a flexible material and a popliteal air filling / discharging member connected to the popliteal airbag structure to perform air filling or air release to the popliteal airbag structure. The massager according to claim 1, wherein the massager comprises. The popliteal air bag structure has a close contact chamber, which includes a popliteal flow chamber communicating with the popliteal air filling and release member and a popliteal outer layer chamber communicating with the popliteal flow chamber. The popliteal air bag structure is connected to the popliteal flow sheet and the popliteal flow sheet which is connected to the popliteal air filling / releasing member and has the popliteal flow chamber inside. The massager according to claim 10, wherein the popliteal fossa outer layer sheet is located at a location of the popliteal fossa and has the popliteal outer layer chamber inside the popliteal fossa. The close contact chamber communicates with the popliteal fossa outer layer chamber and communicates with the popliteal fossa inner layer chamber located between the popliteal outer layer chamber and the popliteal fossa, and communicates with the popliteal fossa inner layer chamber and communicates with the popliteal fossa inner layer chamber and the popliteal fossa. The popliteal fossa massage chamber, further comprising, the popliteal air filling and releasing member is capable of filling the popliteal flow chamber with air, and the air entering the popliteal flow chamber is It can enter the popliteal fossa inner layer chamber via the popliteal outer layer chamber and then enter the popliteal massage chamber.
The popliteal air bag structure comprises an inner popliteal sheet provided inside the outer popliteal sheet and spaced apart from the outer popliteal sheet, and the outer popliteal sheet and the inner popliteal sheet. A popliteal connection member for connection, a popliteal massage sheet provided inside the popliteal fossa layer sheet and spaced apart from the popliteal fossa layer sheet, the popliteal fossa outer layer sheet and the popliteal fossa inner layer. Further including a massage connecting member for connecting the seat, the popliteal outer layer through hole communicating to the popliteal outer layer chamber is provided inside the popliteal outer layer sheet, and the popliteal inner layer sheet is inside the popliteal outer layer through hole. A first popliteal fossa layer through hole having the popliteal fossa inner layer chamber and communicating with the popliteal fossa inner layer chamber on the outside of the popliteal fossa inner layer sheet, and communicating to the popliteal massage chamber inside the first popliteal inner layer through hole. The popliteal fossa massage sheet has the popliteal massage chamber inside the popliteal fossa massage chamber, and the popliteal fossa massage through hole is provided on the outside of the popliteal fossa massage sheet. It is used to communicate the first popliteal inner layer through hole and the outer popliteal layer through hole, and the massage connecting member communicates the second popliteal inner layer through hole and the popliteal massage through hole. The massager according to claim 11, characterized in that it is used to perform. The first aspect of the present invention, wherein the control mechanism further includes a physiotherapy sheet for performing physiotherapy on the patella, and the physiotherapy sheet is fixed in the wearing groove and contacts the patella. Massager.

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