TW202042776A - massager - Google Patents

Abstract

The invention discloses a massager. The massager includes a controlling mechanism which includes a machinery casing. The machinery casing is a hard casing body and is arranged with a wearing groove adaptive to the kneecap of an users. The opening place of the wearing groove of the machinery casing supports the area around the kneecap. A fixing mechanism is connected with the machinery casing and is spirally fixed to the kneecap area of the user together with the machinery casing so that the kneecap of the user can be placed into the wearing groove. An massage air bag is arranged at the fixing mechanism area which is corresponding to the knee. As the opening place of the wearing groove of the machinery casing supports the area around the kneecap and the machinery casing is a hard casing body, when the massage air bag is inflated, the fixing mechanism certainly brings tension to both ends of the machinery casing and the tension is transferred to the area around the kneecap. The machinery casing does not press the kneecap directly and has no influence on sitting and walking for users so as to avoid a harmful massage effect due to improper pressure on the kneecap.

Description

massager

The invention belongs to the technical field of health products, and particularly relates to a massager.

With the acceleration of people's life and work pace, urban life not only brings people a high-quality life, but also brings more physical diseases, which makes people focus on maintenance.

People’s legs are prone to fatigue and damage during daily exercise, and they often need to massage the legs. The control parts of the conventional massager used for leg massage require handheld operation, which causes inconvenience.

The purpose of the present invention is to provide a massager, which aims to solve the technical problem that the control parts of the massager in the prior art need to be operated by hand.

The present invention is realized in this way. A massager includes: a control mechanism, including a casing, the casing is a hard casing, the casing is provided with a wearing groove adapted to the patella of the user, and the casing An opening of the wearing groove abuts against the periphery of the patella; and a fixing mechanism connected to the casing and wound and fixed with the casing to the user's knee area, so that the user's patella is received in the wearing groove , The fixing mechanism is provided with a massage airbag corresponding to the knee area.

Wherein, the fixing mechanism is a flexible belt-shaped structure, and both ends of the casing are provided with a connecting part connected with the fixing mechanism.

Wherein, the massager may further include a controller connected to the casing and a control key electrically connected to the controller and used for transmitting commands to the controller, and the controller is used for controlling the inflation or deflation of the massage airbag.

Wherein, the massager further includes a leg massage mechanism, the leg massage mechanism includes a leg airbag structure made of flexible material and surrounding the legs and capable of massaging the legs, connected to the The leg airbag structure is used to inflate or deflate the leg airbag structure so that the leg airbag structure massages the legs.

Wherein, the leg airbag structure has a leg massage cavity, and the leg massage cavity includes a leg runner cavity communicating with the leg inflating and deflating member, communicating with the leg runner cavity and surrounding the leg A leg outer cavity on the peripheral side, and the leg airbag structure includes a leg diversion diaphragm connected to the leg inflating and discharging member and having the leg runner cavity, and a leg diversion diaphragm connected to the leg diversion diaphragm And a leg outer membrane that surrounds the leg circumference and has the leg outer cavity, the leg inflating member can inflate the leg runner cavity and the airflow entering the leg runner cavity can enter The outer cavity of the leg.

Wherein, the leg massage cavity further includes an inner leg cavity connected to the outer leg cavity and located between the leg outer cavity and the leg, and the leg inflating and deflating member can flow toward the leg The airway cavity is inflated and the airflow entering the leg runner cavity can flow through the leg outer cavity and enter the leg inner cavity; the leg airbag structure also includes the inner side of the leg outer membrane and the airflow with the leg An inner leg membrane is arranged at intervals from the outer membrane and a leg connector for connecting the outer membrane of the leg and the inner membrane of the leg. The inner side of the outer membrane of the leg is provided with a connection to the A leg outer through hole of the leg outer cavity, the leg inner membrane has the leg inner cavity and a leg inner through hole connected to the leg inner cavity is opened on the outer side of the leg inner membrane, the leg The connecting piece is used for communicating the inner through hole of the leg with the outer through hole of the leg.

Wherein, the leg inner layer membrane is provided with a plurality of and arranged along the circumference of the leg, the leg inner layer membrane includes a quadrilateral portion in a parallelogram shape, and two adjacent quadrilateral portions are arranged axisymmetrically.

Wherein, the position of the through hole in the inner layer of the leg deviates from the position of the center point of the inner layer of the leg.

Wherein, the leg massage cavity further has a protruding cavity connected to the inner cavity of the leg and located between the outer cavity of the leg and the leg, and the inner membrane of the leg further includes a diaphragm connected to the quadrilateral The side of the leg has a raised portion of the raised cavity, and the inner through hole of the leg is located on the raised portion.

Wherein, the fixing mechanism includes a popliteal airbag structure made of flexible material, and a popliteal inflation and deflation member connected to the popliteal airbag structure and used to inflate or deflate the popliteal airbag structure.

Wherein, the popliteal airbag structure has a fitting cavity, and the fitting cavity includes a popliteal channel cavity communicating with the popliteal cavity inflating and discharging member, and a popliteal outer layer communicating with the popliteal channel cavity The popliteal airbag structure includes a popliteal diversion diaphragm connected to the popliteal inflator and deflation member and having the popliteal channel cavity, and a popliteal diversion diaphragm connected to the popliteal diversion diaphragm and located at the popliteal cavity and A popliteal outer membrane with the outer cavity of the popliteal fossa.

Wherein, the fitting cavity further includes a popliteal inner cavity connected with the outer cavity of the popliteal cavity and located between the outer cavity of the popliteal cavity and the popliteal cavity, and a popliteal cavity communicating with the inner cavity of the popliteal cavity and located in the popliteal cavity A popliteal massage cavity between the inner cavity and the popliteal cavity, the popliteal cavity inflating and discharging member can inflate into the popliteal channel cavity and the airflow entering the popliteal channel cavity can flow through the outer cavity of the popliteal cavity and enter The popliteal inner cavity then enters the popliteal massage cavity; the popliteal airbag structure also includes a popliteal inner membrane that is arranged inside the popliteal outer membrane and spaced apart from the popliteal outer membrane, A popliteal connector for connecting the outer membrane of the popliteal fossa and the inner membrane of the popliteal fossa, and a popliteal massage arranged on the inner side of the inner membrane of the popliteal fossa and spaced apart from the inner membrane of the popliteal fossa A diaphragm and a massage connector for connecting the outer membrane of the popliteal fossa and the inner membrane of the popliteal fossa, the inner side of the outer membrane of the popliteal fossa is provided with a popliteal outer through hole connected to the outer cavity of the popliteal fossa, The popliteal inner layer membrane has the popliteal inner layer cavity, and the outer side of the popliteal inner layer diaphragm is provided with a first popliteal inner layer through hole connected to the popliteal inner layer cavity, and the inner side of the first popliteal inner layer through hole is opened A second popliteal inner through hole connected to the popliteal massage cavity, the popliteal massage membrane has the popliteal massage cavity and a popliteal massage through hole is opened on its outer side, and the popliteal connector is used to The inner through hole of the first popliteal cavity is communicated with the outer through hole of the popliteal cavity, and the massage connector is used to communicate the inner through hole of the second popliteal cavity with the popliteal massage through hole.

Wherein, the control mechanism further includes a physiotherapy sheet electrically connected to the controller and used for physiotherapy of the knee joint, and the controller can control to start or close the physiotherapy sheet.

Compared with the prior art, the technical effect of the present invention is that by providing a casing with a wearing groove, the present invention enables the control mechanism to be buckled at the patella and is fixed to the knee area by the fixing mechanism. After the user wears the massager, the user's patella is completely contained in the wearing groove, and the opening of the casing wearing groove abuts against the peripheral area of the patella, so as to prevent the opening of the casing wearing groove from contacting the patella on. The patella is a bone that can move freely up, down, left, and right in the knee area. During operation, since the casing and the fixing mechanism are bound and fixed around the user's knees, when the massage airbag is inflated, the fixing mechanism must exert a pulling force on both ends of the casing. Since the opening of the wearing groove of the casing abuts on the periphery of the patella and the casing is a hard casing, the casing is transferred to the peripheral area of the patella after the casing is pulled by the fixing mechanism. It does not directly squeeze the patella, so that on the one hand, it will not affect the user's sitting or walking, and on the other hand, it can also prevent the patella from being improperly squeezed to produce bad massage effects.

The embodiments of the present invention are described in detail below. Examples of the embodiments are shown in the accompanying drawings, in which the same or similar reference numerals indicate the same or similar elements or elements with the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary, and are intended to explain the present invention, but should not be construed as limiting the present invention.

In the description of the present invention, the orientation or positional relationship indicated by "length", "width", "inner", outer", etc. are based on the orientation or positional relationship shown in the drawings, which is only for the convenience of describing the present invention and simplifying the description. It does not indicate or imply that the pointed device or element must have a specific orientation, be configured and operated in a specific orientation, and therefore cannot be understood as a limitation of the present invention.

In addition, "first" and "second" are only used for descriptive purposes, and cannot be understood as indicating or implying relative importance or implicitly indicating the number of indicated technical features. Thus, the features defined with "first" and "second" may explicitly or implicitly include one or more of these features. In the description of the present invention, "plurality" means two or more than two, unless specifically defined otherwise.

In the present invention, unless otherwise clearly specified and limited, terms such as "installation", "connected", "connected", "fixed" should be interpreted broadly, for example, it may be a fixed connection or a detachable connection. Or integrated; it can be a mechanical connection or an electrical connection; it can be directly connected or indirectly connected through an intermediate medium, and it can be the internal communication of two elements or the interaction relationship between two elements. For those of ordinary skill in the art, the specific meaning of the above-mentioned terms in the present invention can be understood according to specific circumstances.

In order to make the objectives, technical solutions and advantages of the present invention clearer, the following further describes the present invention in detail with reference to the accompanying drawings and embodiments.

Please refer to Figure 1, the present invention provides a massager, including a leg massage mechanism 10 for leg massage, a control mechanism 20 for controlling the leg massager, and a device for fixing the control mechanism 20 in the knee area Fixing mechanism 30.

The control mechanism 20 includes a casing. The casing is a bowl-shaped hard shell with an opening on one side. The casing is provided with a wearing groove 201 adapted to the patella of the user. The opening of the wearing groove 201 abuts against the periphery of the patella. The shape and size of the wearing groove 201 shall not affect people's standing and walking, and shall not scrape the flesh of the legs.

The fixing mechanism 30 is connected to the casing and is wound and fixed together with the casing in the user's knee area so that the user's patella is contained in the wearing groove 201. The fixing mechanism 30 is provided with a massage airbag corresponding to the knee area. The massage airbag has an inflatable airbag cavity. The airbag cavity can be kept in an inflated state so that the fixing mechanism 30 can tighten both sides of the casing in the worn state, so that the fixing mechanism 30 is more suitable for the knee area. Preferably, the fixing mechanism 30 is a flexible belt-shaped structure, and the two ends of the casing are provided with connecting parts connected to the fixing mechanism 30. The fixing mechanism 30 adjusts the fit between the casing and the knee area through the connection with the connecting parts. The tightness and soft belt-like structure increase the wearing comfort of the user and also facilitate storage.

In the present invention, a housing with a wearing groove 201 is provided, so that the control mechanism 20 can be buckled at the patella and fixed to the knee area by the fixing mechanism 30. After the user wears the massager, the user's patella is completely contained in the wearing groove 201, and the opening of the casing wearing groove 201 abuts against the peripheral area of the patella, so as to prevent the opening of the casing wearing groove 201 from abutting It is attached to the patella and squeezes the patella. The patella is a bone that can move freely up, down, left, and right in the knee area. During operation, since the casing and the fixing mechanism 30 are bound and fixed around the user's knees, when the massage airbag is inflated, the fixing mechanism 30 will inevitably exert a pulling force on both ends of the casing. Since the opening of the wearing groove 201 of the casing abuts against the periphery of the patella and the casing is a hard casing, the casing is subjected to the pulling force of the fixing mechanism 30, and the pulling force is transmitted to the peripheral area of the patella. The casing will not directly squeeze the patella, nor will it affect the user's sitting or walking, so as to prevent the patella from being improperly squeezed to produce a bad massage effect.

It is understandable that, in this embodiment, the case being a hard case means that the part of the case located at the opening of the wearing groove 201 is made of rigid hard material, and other parts of the case can be made of other materials, as long as the wearing The opening of the slot 201 can bear the pulling force of the fixing mechanism 30 without being deformed.

It is understandable that in addition to the popliteal airbag structure provided on the fixing mechanism 30, massage airbags can also be provided on both sides of the knee or other positions. When necessary, the fixing mechanism 30 may not be provided with the popliteal airbag structure, but only a massage airbag corresponding to other positions of the knee.

Please refer to Figures 2 to 4, where the leg massage mechanism 10 includes a leg airbag structure that is made of flexible material and surrounds the legs and can be used to massage the legs, and is connected to the leg airbag structure and used It is a leg inflating and deflating member for inflating or deflating the leg airbag structure so that the leg airbag structure massages the leg. Inflation and deflation of the leg airbag structure are used to simulate the action of a human finger pressing, which is beneficial to the massaged user to relieve muscle pressure and relieve muscle fatigue. The leg inflating and discharging member may be an air supply device such as an air pump. The air pump is provided with an air valve, and the leg airbag structure is provided with a leg air nozzle 12 for connecting with the air valve. The leg airbag structure is made of flexible material. Therefore, after the leg airbag structure is inflated into the leg airbag structure through the leg air nozzle 12, the leg airbag structure bulges and produces a squeezing force on the legs to obtain a massage effect .

Please refer to Figure 1, the control mechanism 20 also includes a controller connected to the casing, a physiotherapy sheet electrically connected to the controller and used to treat the knee area, and control keys electrically connected to the controller and used to transmit commands to the controller twenty one. The controller is electrically connected to the leg inflating and deflating member and used for controlling the leg inflating and deflating member to inflate or deflate the leg airbag structure. The controller can control the physical therapy sheet to perform physical therapy on the knee area, and the physical therapy sheet must at least have a heating function to relieve the injury of the patella. Among them, the controller is located inside the casing, and the control key 21 may be a button or a touch screen key. The user can control the key 21 by operating the controller, and the user can transmit commands to the controller by operating the control key 21, thereby realizing the massage of the leg by the leg massage mechanism 10 and the activation or deactivation of the physiotherapy sheet. Specifically, the controller includes electrical components such as a circuit board and a lithium battery, and the physiotherapy sheet is connected to the circuit board through a connecting wire.

Please refer to Figure 1. The fixing mechanism 30 can be wrapped around the knee area in a band shape, or can be pressed against the popliteal area in a clamp shape. It can be made of elastic material to adapt to the stretching of the human body when walking. Refers to the circumferential area around the patella of the knee joint and the popliteal fossa on the back. The casing is connected to the fixing mechanism 30. The casing can be provided with through holes so that the band-shaped fixing mechanism 30 can be wound and fixed and the tightness can be adjusted in time. Specifically, the inner wall of the wearing groove 201 is provided with a plastic sheet or a silicon film, To adapt to different sizes and shapes of patella. The fixing mechanism 30 may also include a cloth bag that wraps the popliteal airbag structure and the silicon film or the plastic sheet, so that the cloth cover can firmly connect the plastic sheet or the silicon film to the casing.

Wherein, the leg massage mechanism 10 can be worn on the human thigh or the human calf, and the fixing mechanism 30 can be buckled on the patella forwardly or backwardly on the patella to make the wearing groove 201 fit the patella. , The fixing mechanism 30 can rotate according to the position of the leg massage mechanism 10. Preferably, the inner wall of the wearing groove 201 is provided with a silicone film to adapt to the wearing of knee joints of different sizes and shapes.

The control mechanism 20 of the present invention can control the leg inflating and deflating member to inflate or deflate the leg airbag structure, thereby realizing the massage of the leg. The present invention realizes the coordinated connection of the control mechanism 20 and the legs, avoids the inconvenience of the user's hand-held operation, does not occupy hands, so that the user can get up and walk or sit while the leg massage mechanism 10 massages the legs. Actions such as lowering and standing still enable the control mechanism 20 to be carried at any time.

It should be noted that the leg massage mechanism 10 can also be used to massage the arms of the upper limbs. In this case, the casing can be worn on the shoulder or elbow joint, and it is not limited thereto.

Please refer to Figure 2, further, the leg airbag structure has a leg massage cavity. The leg massage cavity includes a leg runner cavity 101 communicating with the leg inflating and deflating member, and communicating with the leg runner cavity 101 And surrounding the leg outer cavity 102 on the peripheral side of the leg, the leg airbag structure includes a leg diversion diaphragm 11 connected to the leg inflator and deflation member and having a leg runner cavity 101 and connected to the leg diversion The membrane 11 surrounds the leg and has the leg outer layer membrane 13 with the leg outer cavity 102. The leg runner mold and the leg outer membrane 13 can be heat-pressed from the inner and outer airbag membranes through the side Formed, the leg inflating and discharging member can inflate the leg runner cavity 101 and the airflow entering the leg runner cavity 101 can enter the leg outer cavity 102. After the airflow enters the leg outer cavity 102, the leg outer membrane 13 bulges and presses against the leg to achieve a pressing effect and relieve leg fatigue.

Please refer to Figures 3 and 4, further, the leg massage cavity also includes an inner leg cavity 103 connected to the outer leg cavity 102 and located between the leg outer cavity 102 and the leg, and the leg is inflated and deflated The component can be inflated into the leg runner cavity 101 and the airflow entering the leg runner cavity 101 can flow through the leg outer cavity 102 into the leg inner cavity 103;

The leg airbag structure also includes an inner leg membrane 14 arranged inside the outer leg membrane 13 and spaced apart from the leg outer membrane 13, and used to connect the leg outer membrane 13 and the leg inner membrane 14 of the leg connector, the inner leg outer membrane 13 is provided with a leg outer through hole 130 connected to the leg outer cavity 102, and the leg inner membrane 14 has a leg inner cavity 103 and is provided with The leg inner through hole 140 connected to the leg inner cavity 103, and the leg connector is used to connect the leg inner through hole 140 with the leg outer through hole 130.

In this way, the leg outer membrane 13 is laminated with the leg inner membrane 14. The leg outer membrane 13 can press the leg inner membrane 14 against the leg, and the leg inner cavity 103 is inflated The inner bulge increases the thickness of the leg airbag structure, so that the leg massage structure fits more closely to the circumference of the leg, and has a better squeezing effect on the leg and stronger pressing on acupuncture points.

Please refer to Figures 2 to 4, preferably, the leg inner membrane 14 is provided with multiple and arranged along the circumference of the leg. The leg inner membrane 14 includes a parallelogram quadrilateral part 141 adjacent to each other. The two quadrilateral portions 141 are arranged axially symmetrically. The parallelogram structure is used to simulate the squeezing direction of the thumbs of the two hands during acupressure massage, making the user's massage feeling more realistic and increasing the comfort. In the embodiment of the present invention, four inner leg membranes 14 are arranged at equal intervals along the circumference of the leg, and four outer leg membranes 13 are provided separately from each leg inner membrane 14 It is arranged in layers and has the same shape and size as the inner layer membrane 14 of the leg that is laminated. This design facilitates processing, improves the massage effect and increases the massage force.

Please refer to FIGS. 2 to 4, preferably, the position of the inner through hole 140 of the leg is deviated from the position of the center point of the inner membrane 14 of the leg. The positional deviation of the through holes 140 in the inner layer of the leg can prevent the leg airbag structure from being folded and the leg connecting piece is often bent and leaked or damaged. Preferably, the inner leg through hole 140 is located at one third of the lateral width of the inner leg airbag. On the other hand, the eccentrically designed through-holes 140 in the inner leg of the leg make the airflow from the outer leg cavity 102 enter the inner leg cavity 103, firstly make the eccentric position of the inner leg diaphragm 14 bulge, when the leg When the inner cavity 103 is full of air, the bulging position moves to the center point of the parallelogram, that is, the highest point of the inner diaphragm moves, so that the leg inner diaphragm 14 also moves the massage position of the leg , Simulating the action of a human finger rubbing and pushing massage, so that the leg massage mechanism 10 can simultaneously perform pressing and kneading actions, the massage is comfortable and powerful, the massage mode is enriched, and the user's blood circulation is promoted. The user can get better massage effect.

Please refer to Figures 2 and 3, further, the leg massage cavity also has a raised cavity 104 communicating with the leg inner cavity 103 and located between the leg outer cavity 102 and the leg, and the leg inner membrane 14 also includes a raised portion 142 connected to the side of the quadrilateral portion 141 and having a raised cavity 104. The raised cavity 104 is inflated to cause the raised portion 142 to bulge, and the raised portion 142 is used to simulate the shape of a human finger for massaging The effect is closer to the real hand massage effect. More preferably, the inner leg through hole 140 is located at the raised portion 142, which increases the movement distance of the bulging position of the inner leg diaphragm 14 and increases the range of kneading the leg. Make the user get a more comfortable massage experience.

Please refer to Figure 5, further, the fixing mechanism 30 includes a popliteal airbag structure made of flexible materials, a popliteal inflation and deflation member connected to the popliteal airbag structure and used to inflate or deflate the popliteal airbag structure, and control The device is electrically connected to the popliteal inflating and deflating member and used to control the popliteal inflating and deflating member to inflate or deflate the popliteal airbag structure. The popliteal airbag structure and the control mechanism 20 jointly surround the knee area. The popliteal airbag structure is made of flexible materials. Therefore, after the popliteal airbag structure is inflated into the popliteal airbag structure through the popliteal air nozzle 35, the popliteal airbag structure bulges and generates a squeezing force on the popliteal cavity, thereby resisting it. Popliteal position to increase the fitting effect of the fixed structure and the knee area and prevent the control mechanism 20 from falling.

Please refer to Figure 5, further, the popliteal airbag structure has a fitting cavity, and the fitting cavity includes a popliteal channel cavity 301 communicating with the popliteal inflating and deflating member and a poplite communicating with the popliteal channel cavity 301 Outer cavity 302, the popliteal balloon structure includes a popliteal diversion diaphragm 31 connected to the popliteal inflator and deflation member and having a popliteal channel cavity 301, and a popliteal diversion diaphragm 31 connected to the popliteal diversion diaphragm 31 and located at the popliteal cavity and A popliteal outer membrane 32 having a popliteal outer cavity 302. The popliteal runner mold and the popliteal outer membrane 32 can be formed by two inner and outer airbag membranes by side heat pressing. The popliteal inflating and discharging member can inflate into the popliteal runner cavity 301 and enter the popliteal runner cavity 301 The airflow can enter the outer cavity 302 of the popliteal fossa. After the airflow enters the popliteal cavity 302, the popliteal membrane 32 bulges and presses against the popliteal cavity. Because the popliteal cavity is recessed relative to the leg, the popliteal airbag structure can play a limiting effect and fix the position of the control mechanism 20. It can also relax and massage the muscles in the popliteal area to a certain extent.

Please refer to Figures 5 and 6, preferably, the fitting cavity further includes a popliteal inner cavity 303 communicating with the popliteal outer cavity 302 and located between the popliteal outer cavity 302 and the popliteal cavity, and the popliteal inner cavity The cavity 303 is connected to the popliteal massage cavity 304 between the inner cavity of the popliteal cavity 303 and the popliteal cavity. The popliteal inflating and discharging member can inflate into the popliteal channel cavity 301 and the airflow into the popliteal channel cavity 301 can be It flows through the outer cavity 302 of the popliteal fossa into the inner cavity 303 of the popliteal fossa, and then into the popliteal massage cavity 304.

The popliteal airbag structure also includes a popliteal inner membrane 33 arranged inside the popliteal outer membrane 32 and spaced from the popliteal outer membrane 32, and used to connect the popliteal outer membrane 32 and the popliteal inner membrane. The popliteal connector of 33, the popliteal massage membrane 34 arranged inside the popliteal inner membrane 33 and spaced from the popliteal inner membrane 33, and used to connect the popliteal outer membrane 32 and the popliteal inner membrane The massage connector of the diaphragm 33, the popliteal outer diaphragm 32 is provided with a popliteal outer through hole 330 connected to the popliteal outer cavity 302, and the popliteal inner diaphragm 33 has a popliteal inner cavity 303. The outer side of the layer membrane 33 is provided with a first popliteal inner through hole connected to the popliteal inner cavity 303, and its inner side is provided with a second popliteal inner through hole connected to the popliteal massage cavity 304, the popliteal cavity The massage film 34 has a popliteal massage cavity 304 and a popliteal massage through hole 340 is opened on its outer side. The popliteal connector is used to connect the first popliteal inner through hole with the popliteal outer through hole 330. The massage connector It is used to connect the inner through hole of the second popliteal fossa with the popliteal massage through hole 340. The popliteal inflation and deflation member inflates the popliteal channel cavity 301 into the popliteal outer cavity 302, and the airflow enters the popliteal inner cavity 303 through the first popliteal inner through hole, and then passes through the second popliteal inner through hole Enter the popliteal massage cavity 304 and make the popliteal massage diaphragm 34 bulge. Preferably, the first popliteal inner through hole and the second popliteal inner through hole are arranged in a staggered manner, so that the popliteal inner membrane 33 is fully bulged to increase the height of the popliteal massage membrane 34.

In this way, the popliteal outer membrane 32, the popliteal inner membrane 33, and the popliteal massage membrane 34 are all stacked, and the popliteal inner membrane 33 raises the height of the popliteal massage sheet, making the popliteal airbag structure and popliteal The popliteal cavity is more fit. The popliteal membrane 32 can press the popliteal massage membrane 34 against the popliteal cavity. The popliteal massage cavity 304 bulges inwardly after inflating and exerts a squeezing effect on the popliteal cavity. Can massage the acupoints at the popliteal. When the fitting cavity is inflated so that the popliteal airbag structure massages the popliteal, the fixing mechanism 30 will inevitably exert a pulling force on the two ends of the casing, so as to make the casing and the knee area fit more closely and prevent the casing from falling off. drop.

In the embodiment of the present invention, both the outer membrane of the popliteal fossa and the inner membrane of the popliteal fossa are provided with one, and they are elongated to fit the shape of the popliteal fossa. After the fossa massage cavity is inflated, it matches more closely with the recessed position of the popliteal fossa.

The above are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modification, equivalent replacement and improvement made within the spirit and principle of the present invention shall be included in the protection scope of the present invention. Inside.

﹝this invention﹞ 10: Leg massage mechanism 101: Leg runner cavity 102: Outer leg cavity 103: Internal leg cavity 104: convex cavity 11: Leg guide diaphragm 12: Leg gas mouth 13: The outer membrane of the leg 130: Through hole on the outer leg of the leg 14: The inner membrane of the leg 140: Through hole in the leg 141: Quadrilateral 142: Bulge 20: control mechanism 201: Wearing Slot 21: Control key 30: fixed mechanism 301: Popliteal cavity 302: Outer cavity of popliteal fossa 303: Inner cavity of popliteal fossa 304: Popliteal Massage Cavity 31: Popliteal diversion diaphragm 32: Outer membrane of popliteal fossa 33: Popliteal inner membrane 330: Outer through hole of popliteal fossa 34: Popliteal massage diaphragm 340: Popliteal massage through hole 35: Popliteal Mouth

In order to explain the technical solutions of the embodiments of the present invention more clearly, the following will briefly introduce the drawings used in the embodiments of the present invention or the description of the prior art. Obviously, the drawings described below are only some of the present invention. Embodiments, for those of ordinary skill in the art, without creative work, other drawings can be obtained from these drawings. [Figure 1] A schematic diagram of the three-dimensional structure of the massager provided by the embodiment of the present invention. [Figure 2] A top view of the leg massage mechanism provided by the embodiment of the present invention. [Figure 3] A bottom view of the leg massage mechanism provided by the embodiment of the present invention. [Figure 4] A side view of the leg massage mechanism provided by the embodiment of the present invention. [Figure 5] A top view of the fixing mechanism provided by the embodiment of the present invention. [Figure 6] A side view of the fixing mechanism provided by the embodiment of the present invention.

10: Leg massage mechanism

20: control mechanism

201: Wearing Slot

21: Control key

30: fixed mechanism

Claims (13)

A massager containing: A control mechanism, including a casing, the casing is a hard casing, the casing is provided with a wearing groove adapted to the patella of the user, and an opening of the wearing groove of the casing abuts against the periphery of the patella ;and A fixing mechanism is connected to the casing and is wound and fixed together with the casing in the user's knee area so that the user's patella is contained in the wearing groove. The fixing mechanism is provided with a massage airbag corresponding to the knee area. Such as the massager of claim 1, wherein the fixing mechanism is a soft belt-shaped structure, and both ends of the casing are provided with a connecting portion connected with the fixing mechanism. Such as the massager of claim 1, wherein the massager further includes a controller connected to the casing and a control key electrically connected to the controller and used to transmit commands to the controller, the controller being used to control the The massage airbag is inflated or deflated. The massager of claim 1, wherein the massager further comprises a leg massaging mechanism, the leg massaging mechanism comprising a leg massaging mechanism made of flexible material and surrounding the circumference of the leg and capable of massaging the leg The leg airbag structure, a leg airbag structure connected to the leg airbag structure and used to inflate or deflate the leg airbag structure so that the leg airbag structure massages the leg. The massager of claim 4, wherein the leg airbag structure has a leg massage cavity, the leg massage cavity including a leg runner cavity communicating with the leg inflating and deflating member, and the leg A leg outer layer cavity connected to the runner cavity and surrounding the circumference of the leg. The leg airbag structure includes a leg air guide diaphragm connected to the leg inflating and deflating member and having the leg runner cavity And a leg outer diaphragm connected to the leg guide diaphragm and surrounding the circumference of the leg and having the leg outer cavity, the leg inflating and discharging member can inflate into the leg runner cavity and enter The airflow of the leg runner cavity can enter the outer cavity of the leg. The massager of claim 5, wherein the leg massage cavity further comprises an inner leg cavity connected to the outer leg cavity and located between the leg outer cavity and the leg, and the leg is charged and discharged The air member can be inflated into the leg runner cavity and the airflow entering the leg runner cavity can flow through the leg outer cavity and enter the leg inner cavity; the leg airbag structure further includes the leg outer layer A leg inner layer diaphragm arranged on the inner side of the diaphragm and spaced apart from the leg outer layer diaphragm, and a leg connector for connecting the leg outer layer diaphragm and the leg inner layer diaphragm, the leg outer layer The inner side of the diaphragm is provided with a leg outer through hole connected to the leg outer cavity, the leg inner diaphragm has the leg inner cavity and the outer side is provided with a leg connected to the leg inner cavity Through holes in the inner layer of the leg, and the leg connector is used to communicate the inner through holes of the leg with the outer through holes of the leg. The massager of claim 6, wherein the leg inner layer membrane is provided with a plurality and arranged along the circumference of the leg, and the leg inner layer membrane includes a quadrilateral portion in a parallelogram shape, and two adjacent quadrilaterals The parts are arranged axisymmetrically. The massager of claim 6, wherein the position of the through hole in the inner layer of the leg is deviated from the position of the center point of the inner layer of the leg. The massager of claim 6, wherein the leg massage cavity further has a raised cavity communicating with the inner leg cavity and located between the leg outer cavity and the leg, and the leg inner membrane The sheet also includes a protruding part connected to the side of the quadrilateral part and having the protruding cavity, and the inner through hole of the leg is located in the protruding part. The massager of claim 1, wherein the fixing mechanism includes a popliteal airbag structure made of flexible material, and a popliteal inflator connected to the popliteal airbag structure and used to inflate or deflate the popliteal airbag structure Venting member. The massager of claim 10, wherein the popliteal airbag structure has a fitting cavity, and the fitting cavity includes a popliteal channel cavity communicating with the popliteal inflating and deflating member, and the popliteal channel A popliteal outer cavity connected to the cavity, and the popliteal airbag structure includes a popliteal diversion diaphragm connected to the popliteal inflator and deflation member and having the popliteal channel cavity, and a popliteal diversion membrane connected to the popliteal diversion membrane The sheet is located at the popliteal fossa and has a popliteal outer membrane sheet with the outer cavity of the popliteal fossa. The massager of claim 11, wherein the fitting cavity further comprises a popliteal inner cavity connected to the outer cavity of the popliteal cavity and located between the outer cavity of the popliteal cavity and the popliteal cavity and the inner cavity of the popliteal cavity A popliteal massage cavity connected to the cavity and located between the inner cavity of the popliteal cavity and the popliteal cavity. The popliteal cavity inflating and discharging member can inflate the popliteal cavity and the airflow entering the popliteal cavity can Flow through the outer cavity of the popliteal fossa into the inner cavity of the popliteal fossa, and then into the popliteal fossa massage cavity; the popliteal airbag structure also includes the popliteal fossa outer membrane inside and spaced apart from the popliteal membrane A popliteal inner membrane sheet, a popliteal connector for connecting the popliteal outer membrane and the popliteal inner membrane, which is arranged inside the popliteal inner membrane and is connected to the popliteal inner membrane A popliteal massage membrane arranged at intervals and a massage connector for connecting the popliteal outer membrane and the popliteal inner membrane. The inner side of the popliteal membrane is provided with a cavity connected to the outer popliteal cavity A through hole in the outer layer of the popliteal fossa, the inner membrane of the popliteal fossa has the inner cavity of the popliteal fossa, and the outer side of the inner membrane of the popliteal fossa is provided with a first inner popliteal cavity connected to the inner cavity of the popliteal fossa A second popliteal through hole connected to the popliteal massage cavity is opened on its inside. The popliteal massage membrane has the popliteal massage cavity and a popliteal massage through hole is opened on its outer side. The popliteal connector is used to connect the first popliteal inner through hole with the outer popliteal through hole, and the massage connector is used to connect the second popliteal inner through hole with the popliteal massage through hole through. The massager of claim 1, wherein the control mechanism further includes a physiotherapy sheet for physiotherapy of the patella, the physiotherapy sheet being fixed in the wearing groove and in contact with the patella.

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