CN220899100U - Massage air bag and eye massage instrument - Google Patents

Abstract

The utility model discloses a massage air bag and an eye massager, and relates to the field of massagers, wherein the massage air bag comprises a main air bag for massaging the periphery of eyes of a human body and an auxiliary air bag for massaging the bridge of the nose between the eyes of the human body, a first air receiving port is arranged on the main air bag, a second air receiving port is arranged on the auxiliary air bag, a mounting through hole is arranged in the middle of the main air bag, the auxiliary air bag comprises a first air bag main body and a limiting part, the limiting part is fixedly connected to the first air bag main body, the first air bag main body and the limiting part are respectively positioned on two opposite sides of the mounting through hole, the connecting part of the first air bag main body and the limiting part is penetrated in the mounting through hole, a limiting interlayer is formed between the first air bag main body and the limiting part, and the part of the main air bag positioned at the edge of the mounting through hole is clamped in the limiting interlayer. The utility model has the advantages of accurate positioning and installation of the main air bag and the auxiliary air bag and simple assembly.

Description

Massage air bag and eye massage instrument

Technical Field

The utility model relates to the field of massagers, in particular to a massage air bag and an eye massager.

Background

The massager presses the human body surface around the eyes through mechanical movement to achieve the massage effect. The eye massager is used as one of the massagers and is used for squeezing and massaging eyes of a human body.

The existing eye massage device is provided with a mechanical type through motor vibration extrusion and an air bag type through air bag expansion and contraction extrusion, compared with the mechanical massage device, the air bag type massage device is softer and controllable in massage force, higher in safety shape and more popular in the market. The prior air bag type massage instrument comprises an eye air bag and a nose air bag, wherein the nose air bag is fixedly adhered to the middle part of the eyes of the eye air bag, the periphery of the eyes is massaged through the eye air bag, and the nose bridge at the middle parts of the eyes is massaged through the nose air bag.

In the massage air bag of the eye massager, the nose air bag is directly adhered to the eye air bag, so that the eye air bag and the nose air bag are required to be accurately positioned during assembly, and if errors occur in positioning of the nose air bag and the eye air bag, the massage effect of the massage air bag can be affected, and the user experience is reduced.

Disclosure of Invention

The utility model aims to provide a massage air bag and an eye massage instrument, which have the effects of accurate positioning and simple assembly of a nose air bag and an eye air bag.

The technical aim of the utility model is realized by the following technical scheme:

According to a first aspect of the present utility model, there is provided a massage air bag for an eye massage apparatus, the massage air bag includes a main air bag for massaging the eyes of a human body and an auxiliary air bag for massaging the bridge of the nose between the eyes of the human body, a first air receiving port is provided on the main air bag, a second air receiving port is provided on the auxiliary air bag, a mounting through hole is provided in the middle of the main air bag, the auxiliary air bag includes a first air bag body and a limiting portion, the limiting portion is fixedly connected to the first air bag body, the first air bag body and the limiting portion are respectively located at opposite sides of the mounting through hole, a portion of the first air bag body connected to the limiting portion is penetrated in the mounting through hole, a limiting interlayer is formed between the first air bag body and the limiting portion, and a portion of the main air bag located at the edge of the mounting through hole is sandwiched in the limiting interlayer.

In the scheme, the massage air bag is used for massaging eyes of a human body through the main air bag and massaging nose bridges between two eyes of the human body through the auxiliary air bag so as to improve the massage effect. The main air bag and the auxiliary air bag are detachably arranged, and are respectively communicated with air through a first air receiving port and a second air receiving port to massage; specifically, the auxiliary air bag comprises a first air bag main body and a limiting part fixedly connected to the first air bag main body, a limiting interlayer is formed between the first air bag main body and the limiting part, a mounting through hole is formed in the main air bag, and when the auxiliary air bag is mounted, the auxiliary air bag can be fixed on the main air bag only by enabling the first air bag main body or the limiting part to pass through the mounting through hole, so that the part, located at the edge of the mounting through hole, of the main air bag is clamped in the limiting interlayer. The main air bag and the auxiliary air bag of the massage air bag are high in positioning and mounting accuracy, convenient to mount, capable of being adjusted at any time in the mounting process, and simple and convenient to assemble.

Preferably, the first balloon body is located on a side of the main balloon close to the user.

In the scheme, the first air bag body is positioned on one side of the main air bag, which is close to a user, namely, the first air bag body is positioned on the inner side of the main air bag, so that acting force can be well transmitted to the periphery of the eyes of the user when the first air bag body is inflated and deflated, and the massage effect is good.

Preferably, the limiting portion has flexibility.

In this scheme, spacing portion has flexibility, and specific accessible flexible material makes to be convenient for spacing portion pass the installation through-hole in order to be located the border part centre gripping of installation through-hole with main gasbag in spacing intermediate layer.

Preferably, the limiting part is an air bag with a hollow inside, and the limiting part is communicated with the first air bag main body; the second air receiving port is connected to one side, away from the first air bag main body, of the limiting portion and is communicated with the inner cavity of the limiting portion.

In this scheme, spacing portion is inside hollow gasbag, when guaranteeing spacing portion flexibility in order to install, the second meets the gas port and connects in the one side of keeping away from first gasbag main part of spacing portion (i.e. the second meets the gas port and is located the one side that the user's circumference portion was kept away from to the main gasbag) to communicate with first gasbag main part through spacing portion, be convenient for the second connect the gas port from this and the intercommunication of first gasbag main part, the second connects the gas port simultaneously arranges the position and makes the second connect the gas port to be difficult for bringing the foreign matter sense for the user when supplementary gasbag inflation is massaged, promotes massage comfort level.

Preferably, the limiting portion extends towards the end portion of the main air bag in a direction away from the mounting through hole, and the second air receiving port is connected to a portion, away from a joint of the limiting portion and the first air bag main body, of the limiting portion.

In this scheme, because the bridge of the nose at people's eyes middle part can be relative people's eyes week portion protrusion, through with spacing portion along keeping away from the direction extension of installation through-hole to the tip of main gasbag in this scheme for the tip of spacing portion staggers with the installation through-hole at main gasbag middle part, thereby connects in spacing portion and keeps away from the second gas port of spacing portion and first gasbag main part junction (installation through-hole department promptly) can stagger with the bridge of the nose between people's eyes, reduces the foreign matter sense that brings for the user because of the setting of second gas port.

Preferably, the two sides of the first air bag main body along the horizontal direction are provided with first avoidance concave positions, and the first avoidance concave positions are used for avoiding the positions of human corners of eyes.

In this scheme, the both sides of first gasbag main part along the horizontal direction all are provided with first concave position of dodging to reduce the extrusion to human canthus when first gasbag main part massage, less supplementary gasbag causes the probability of damage to user's eye.

Preferably, a second avoidance concave position is arranged below the first air bag main body, and the second avoidance concave position is used for avoiding the nose of the human body.

In the scheme, the second avoidance concave position for avoiding the nose of the human body is arranged below the first air bag main body, so that the massage air bag is better matched with the periphery of the eyes of a user.

Preferably, the main air bag comprises a second air bag main body, the installation through hole is formed in the middle of the second air bag main body, and the first air receiving port is formed in one side, far away from a human body, of the second air bag main body and is communicated with the inner cavity of the second air bag main body.

In this scheme, main gasbag includes the second gasbag main part, and first gas receiving port sets up in the side that the human body was kept away from to the second gasbag main part and communicates with the inner chamber of second gasbag main part to reduce the setting of first gas receiving port and bring the foreign matter sense for the user.

Preferably, the main airbag further comprises an upper orbit airbag and a lower orbit airbag which are arranged on one side of the second airbag main body facing the human body and are communicated with the second airbag main body, the upper orbit airbag is arranged on the upper part of the second airbag main body, the lower orbit airbag is arranged on the lower part of the second airbag main body, and the upper orbit airbag and the lower orbit airbag are at least partially clamped in the limiting interlayer.

In the scheme, the upper orbit air bag and the lower orbit air bag are communicated and arranged on one side, facing the human body, of the second air bag main body, and massage on the upper orbit part and the lower orbit part of a user is achieved through expansion and contraction of the upper orbit air bag and the lower orbit air bag. The upper orbit air bag and the lower orbit air bag are at least partially clamped in the limiting interlayer, and the probability of lifting of the upper orbit air bag and the lower orbit air bag is reduced through limiting the upper orbit air bag and the lower orbit air bag by the limiting interlayer, so that the massage air bag is convenient to assemble; meanwhile, the parts of the upper eye socket air bag and the lower eye socket air bag, which are positioned in the limiting interlayer, can massage the nose bridge part between the eyes of the user together with the first air bag main body, so that the massage effect of the parts is improved.

According to a second aspect of the present utility model, there is provided an eye massager comprising a massage balloon as described above, the advantages of which are the same as those of the massage balloon and are not described in detail herein.

In summary, the utility model has the following beneficial effects:

1. According to the utility model, the structure of the massage air bag is improved, the mounting through hole is formed in the middle of the main air bag, the auxiliary air bag comprises the first air bag main body and the limiting part, the part of the main air bag, which is positioned at the edge of the mounting through hole, is clamped in the limiting interlayer formed by the limiting part and the first air bag main body by passing the first air bag main body or the limiting part through the mounting through hole, so that the positioning and mounting of the main air bag and the auxiliary air bag are realized, and the structure ensures that the main air bag and the auxiliary air bag are positioned accurately and are convenient to mount.

2. In the massage airbag, the limiting part is an airbag, so that the limiting part is flexible and convenient to pass through the mounting through hole for mounting, the second air receiving port is connected to one side of the limiting part far away from the first airbag main body, and meanwhile, the limiting part extends towards the direction far away from the mounting through hole, so that the second air receiving port avoids the nose bridge of a human body, and foreign body sensation generated by the second air receiving port is reduced.

3. In the massage air bag, the first air bag main body is used for abdicating the corners of eyes of a human body through the first avoidance concave position, the first air bag main body is used for abdicating the nose of the human body through the second avoidance concave position, the extrusion of the auxiliary air bag to eyes of the human body is reduced, and meanwhile, the massage air bag is enabled to be matched with the circumferences of the eyes of the human body.

Drawings

Fig. 1 is a schematic perspective view of an eye massager according to an embodiment of the present utility model.

Fig. 2 is a schematic perspective view of a massage balloon according to an embodiment of the present utility model.

Fig. 3 is a schematic structural view of a side of the main airbag facing a user according to an embodiment of the present utility model.

Fig. 4 is a schematic structural view of a side of the second airbag body facing a user according to an embodiment of the present utility model.

Fig. 5 is a schematic structural view of a side of the massage balloon remote from the user according to an embodiment of the present utility model.

Fig. 6 is a schematic view showing a vertically exploded structure of the massage balloon according to an embodiment of the present utility model.

Fig. 7 is a schematic structural view of a side of the massage balloon facing a user according to an embodiment of the present utility model.

Fig. 8 is a schematic structural view of the cross section at A-A in fig. 7.

In the figure:

1000. An eye massage device; 100. a housing; 200. a massage air bag; 210. a main air bag; 211. a second airbag body; 2111. an upper air chamber; 2112. a lower air chamber; 2113. a left air chamber; 2114. a right air chamber; 2115. an eyelet; 2116. an empty-avoiding groove; 212. an upper orbital balloon; 213. a lower orbital balloon; 214. mounting through holes; 220. an auxiliary air bag; 221. a first balloon body; 2211. a first convex portion; 2212. a second convex portion; 2213. a third convex portion; 2214. a fourth convex portion; 2215. the first avoidance concave position; 2216. the second avoidance concave position; 222. a limit part; 223. limiting interlayer; 230. a first air receiving port; 240. a second gas receiving port; 300. an inner housing assembly.

Detailed Description

The utility model is further described below with reference to the accompanying drawings.

The present embodiment discloses an eye massager 1000, referring to fig. 1 and 2, the eye massager 1000 includes a housing 100, a massage airbag 200, a pneumatic assembly, and an inner housing assembly 300. The pneumatic assembly is disposed in the housing 100 and comprises an air pump, a hose and an electromagnetic valve, wherein the air pump is connected to the massage air bag 200 through the hose so as to supply air for the massage air bag 200, and the electromagnetic valve is disposed in the hose so as to control the opening and closing of the air path between the air pump and the massage air bag 200. The inner housing assembly 300 is made of a flexible material, and is disposed on the inner side of the housing 100 (i.e., the side of the housing 100 facing the user) to fit the circumference of the user's eyes. The massage airbag 200 is disposed at a side of the inner housing assembly 300 facing the housing 100, and the massage airbag 200 compresses the inner housing assembly 300 by inflation and deflation, thereby realizing massage of the human eye circumference.

The structure of the eye massager 1000 is just one way for illustration in the present embodiment, and the massage airbag 200 is not limited to the eye massager 1000. In general, the massage balloon 200 can be applied to the eye massager 1000 of other structures for massaging by the balloon.

Referring to fig. 2, the massage balloon 200 includes a main balloon 210 and an auxiliary balloon 220. The main air bag 210 is used for massaging the periocular region (such as orbit, canthus, etc.). The auxiliary air bag 220 is connected to the main air bag 210 for massaging a nose bridge portion between both eyes of a human body. Wherein the auxiliary airbag 220 is provided separately from the main airbag 210, and the auxiliary airbag 220 and the main airbag 210 are detachably connected to facilitate the respective production forming and assembling of the auxiliary airbag 220 and the main airbag 210. The main airbag 210 is provided with a first air-receiving port 230, the auxiliary airbag 220 is provided with a second air-receiving port 240, the main airbag 210 is communicated with the air pump through the first air-receiving port 230, and the auxiliary airbag 220 is communicated with the air pump through the second air-receiving port 240. By controlling the air paths of the main air bag 210 and the auxiliary air bag 220, the main air bag 210 and the auxiliary air bag 220 can massage in respective modes, and different massage effects can be achieved.

Referring to fig. 2 to 3, in the present embodiment, the main airbag 210 includes a second airbag main body 211, an upper orbit airbag 212, and a lower orbit airbag 213. The second airbag main body 211 is partitioned into an upper air chamber 2111, a lower air chamber 2112, a left air chamber 2113, and a right air chamber 2114 that are isolated from each other. The upper plenum 2111 is connected above the lower plenum 2112 and is facing the user's upper orbit. The lower plenum 2112 is facing the lower orbit of the user. The left air cell 2113 is connected to both the left of the upper air cell 2111 and the left of the lower air cell 2112, and the right air cell 2114 is connected to both the right of the upper air cell 2111 and the right of the lower air cell 2112. The left and right air cells 2113 and 2114 are respectively opposite to the temple on the left and right sides of the user for massaging the temple of the user. The upper orbital balloon 212 is connected to the upper chamber 2111 and the lower orbital balloon 213 is connected to the lower chamber 2112.

Of course, in other embodiments, the main air bag 210 can be designed according to the actual massage requirement.

Referring to fig. 2 to 5, in the present embodiment, the number of the first air ports 230 is four, wherein the upper air chamber 2111 is provided with one first air port 230 in communication, the lower air chamber 2112 is provided with one first air port 230 in communication, and the left air chamber 2113 and the right air chamber 2114 are provided with one first air port 230 in communication. The upper air chamber 2111, the lower air chamber 2112, the left air chamber 2113 and the right air chamber 2114 are respectively connected with the air pump through one first air-receiving port 230, so that the upper air chamber 2111, the lower air chamber 2112, the left air chamber 2113 and the right air chamber 2114 can be controlled to massage singly or in combination in different ways, and the use experience of a user is improved.

The first air ports 230 are disposed on the outer side of the second air bag body 211 (i.e., on the side far away from the eyes of the user), and the second air bag body 211 separates the first air ports 230 from the eyes of the user, so as to reduce the foreign body sensation caused by the arrangement of the first air ports 230.

In this embodiment, the portion of the second air bag body 211 facing both eyes of the person is provided with two eyelets 2115 to avoid eyes of the person, and to avoid the influence of squeezing eyes of the person on the eye health when the massage air bag 200 massages. In the up-down direction, the upper orbit airbag 212 and the lower orbit airbag 213 are disposed at intervals to expose the eye holes 2115.

In this embodiment, two upper orbit airbags 212 are separately provided, and the two upper orbit airbags 212 are respectively communicated with the outer surface of the side of the upper air chamber 2111 facing the eyes of the user. Specifically, the middle of each upper orbital balloon 212 is connected to and communicates with the upper chamber 2111, and the periphery of the upper orbital balloon 212 is separated from the surface of the upper chamber 2111. Thus, when air is introduced into the upper air chamber 2111, the upper orbit air bag 212 can be inflated together with the upper air bag, and simultaneously, the peripheral part of the upper orbit air bag 212 has more inflation space, thereby improving the massage effect of the massage air bag 200 on the upper part of the orbit of the user.

Furthermore, in other embodiments, the number of upper orbital balloons 212 may be other suitable values.

In this embodiment, two lower orbit airbags 213 are separately provided, and the two lower orbit airbags 213 are respectively communicated with the outer surface of the side of the lower air chamber 2112 facing the eyes of the user. Specifically, the middle of each lower orbit airbag 213 is connected to and communicates with the lower plenum 2112, and the periphery of the lower orbit airbag 213 is separated from the surface of the lower plenum 2112. Thus, when air is introduced into the lower air chamber 2112, the lower orbit air bag 213 can be inflated together with the upper air bag, and simultaneously, the peripheral part of the lower orbit air bag 213 has more inflation space, thereby improving the massage effect of the massage air bag 200 on the lower part of the orbit of the user.

Furthermore, in other embodiments, the number of lower orbital balloons 213 may be other suitable values.

Referring to fig. 5, the lower portion of the second airbag body 211 is provided with an arc-shaped space-avoiding groove 2116 to fit the nose of the user and avoid the nose of the user. The two lower orbital airbags 213 are disposed at intervals in the left-right direction to expose the space-avoiding groove 2116.

In this embodiment, the directions of "up", "down", "left", "right", etc. are described in terms of the state when the user wears the eye massager 1000.

Referring to fig. 3 to 5, a mounting through hole 214 is provided at the middle of the main airbag 210. Specifically, the mounting through hole 214 is provided in the middle of the second airbag main body 211. In the up-down direction, the mounting through hole 214 is located between the upper air chamber 2111 and the lower air chamber 2112; in the left-right direction, the mounting through hole 214 is located between the two eyelets 2115. The mounting through hole 214 is opposite to the nose bridge portion between the eyes of the user for mounting the auxiliary airbag 220.

Referring to fig. 5 to 8, the auxiliary airbag 220 includes a first airbag main body 221 and a stopper 222. The limiting portion 222 is fixedly connected to one side surface of the first airbag body 221. The middle part of the first balloon body 221 is connected and communicated with the limiting part 222, and the periphery of the first balloon body 221 is separated from the limiting part 222, so that a limiting interlayer 223 is formed between the surfaces of the limiting parts 222 of the first balloon body 221. Wherein, the area of the first air bag main body 221 and the limiting portion 222 is larger than the area of the mounting through hole 214. When the auxiliary air bag 220 is installed, the limiting part 222 or the first air bag main body 221 passes through the installation through hole 214, so that the first air bag main body 221 and the limiting part 222 are respectively positioned on two opposite sides of the installation through hole 214, the connecting part of the first air bag main body 221 and the limiting part 222 passes through the installation through hole 214, and the part of the main air bag 210 positioned at the edge of the installation through hole 214 is clamped in the limiting interlayer 223. Therefore, the auxiliary air bag 220 is fixed on the main air bag 210, the positioning and mounting accuracy of the main air bag 210 and the auxiliary air bag 220 is high, the mounting is convenient, the mounting process can be adjusted at any time, and the massage air bag 200 is simple and convenient to assemble.

In the present embodiment, in the auxiliary airbag 220 mounted on the main airbag 210, the first airbag main body 221 is located at a side of the main airbag 210 close to the user, that is, the first airbag main body 221 is located at an inner side of the main airbag 210. The stopper 222 is located at a side of the main airbag 210 away from the user. So that the acting force can be well transferred to the nose bridge between the eyes of the user when the first balloon body 221 is inflated and deflated, and the massage effect of the auxiliary balloon 220 is good. In other embodiments, the first airbag body 221 may be mounted on a side of the main airbag 210 facing away from the user, and the limiting portion 222 is mounted on a side of the main airbag 210 facing the user.

The first balloon body 221 includes a first boss 2211, a second boss 2212, a third boss 2213, and a fourth boss 2214. Opposite ends of the first boss 2211, the second boss 2212, the third boss 2213, and the fourth boss 2214 communicate with each other, and the other ends of the first boss 2211, the second boss 2212, the third boss 2213, and the fourth boss 2214 extend in directions away from each other. Wherein the second lobe 2212 is located to the right of the first lobe 2211, the third lobe 2213 is located to the underside of the second lobe 2212, the fourth lobe 2214 is located to the left of the third lobe 2213, and the fourth lobe 2214 is located to the underside of the first lobe 2211.

A first avoidance concave portion 2215 is formed between the first protruding portion 2211 and the fourth protruding portion 2214, a first avoidance concave portion 2215 is formed between the second protruding portion 2212 and the third protruding portion 2213, the two first avoidance concave portions 2215 are respectively located on two opposite sides of the first air bag main body 221 along the horizontal direction (namely the left-right direction), the first avoidance concave portion 2215 and the second avoidance concave portion 2216 are opposite to the corner of eyes of a user and are used for avoiding the corner of eyes of the human body, so that extrusion of the corner of eyes of the human body during massage of the first air bag main body 221 is reduced, and damage probability of the auxiliary air bag 220 to the eyes of the user is reduced.

A second escape recess 2216 is formed between the third protrusion 2213 and the fourth protrusion 2214. The second avoidance concave 2216 is located below the first air bag main body 221, and the second avoidance concave 2216 is used for avoiding nose of a human body, so that the nose is prevented from propping against the massage air bag 200, and the massage air bag 200 is better matched with the eye circumference of a user.

Wherein, the upper orbit air bag 212 and the lower orbit air bag 213 are at least partially clamped in the limiting interlayer 223. Specifically, the first protruding portion 2211 is pressed against the right end of the upper orbit airbag 212 on the left side, the second protruding portion 2212 is pressed against the left end of the upper orbit airbag 212 on the right side, the third protruding portion 2213 is pressed against the left end of the lower orbit airbag 213 on the right side, and the fourth protruding portion 2214 is pressed against the right end of the lower orbit airbag 213 on the left side. Therefore, the upper orbit air bag 212 and the lower orbit air bag 213 are limited by the limiting interlayer 223, the probability of the upper orbit air bag 212 and the lower orbit air bag 213 tilting is reduced, and the assembly of the massage air bag 200 is convenient; meanwhile, the parts of the upper orbit air bag 212 and the lower orbit air bag 213, which are positioned in the limiting interlayer 223, can massage the nose bridge part between the eyes of the user together with the first air bag main body 221, so that the massage effect of the nose bridge part is improved.

In this embodiment, the limiting portion 222 is made of a flexible material, so that the limiting portion 222 has flexibility, so that the limiting portion 222 can pass through the mounting through hole 214 conveniently to clamp the edge portion of the main airbag 210 located in the mounting through hole 214 in the limiting interlayer 223. Specifically, the limiting portion 222 is a hollow flat air bag, and the inner cavity of the limiting portion 222 is communicated with the first air bag main body 221. The second air-receiving opening 240 is connected to a side of the limiting portion 222 away from the first air-bag main body 221 (i.e. the second air-receiving opening 240 is located at a side of the main air-bag 210 away from the periphery of the eyes of the user), and is in communication with the inner cavity of the limiting portion 222. Thereby, while the flexibility of the limiting part 222 is ensured so as to be convenient for installation, the second air receiving opening 240 is convenient to communicate with the first air bag main body 221, and meanwhile, the arrangement position of the second air receiving opening 240 enables the second air receiving opening 240 not to easily bring foreign body sensation to a user when the auxiliary air bag 220 is inflated for massage, so that the massage comfort level is improved.

In addition, in other embodiments, the limiting portion 222 may be a solid structure, where the limiting portion 222 is only used for mounting the auxiliary airbag 220 on the main airbag 210, and the second air receiving opening 240 may be directly disposed on the first airbag main body 211 for supplying air to the auxiliary airbag 210.

Referring to fig. 5, the limiting portion 222 extends toward the end of the main airbag 210 in a direction away from the mounting hole 214, such that the limiting portion 222 extends into a flat elongated airbag. The second air-receiving opening 240 is connected to a portion of the limiting portion 222 away from a connection portion of the limiting portion 222 and the first air bag main body 221. Because the nose bridge in the middle of two eyes of a person can protrude relative to the periphery of the eyes of the person, in this embodiment, the limiting portion 222 extends towards the end portion of the main airbag 210 along the direction away from the mounting through hole 214, so that the part of the limiting portion 222 is staggered with the mounting through hole 214 in the middle of the main airbag 210, and the second air receiving opening 240 connected to the connecting position (i.e. the mounting through hole 214) of the limiting portion 222 away from the limiting portion 222 and the first airbag main body 221 can be staggered with the nose bridge between the eyes of the person, so that foreign body sensation brought to the user due to the arrangement of the second air receiving opening 240 is reduced.

After the second air port 240 is connected to the pneumatic component in the housing 100, the auxiliary air bag 220 has two different fixing points, which are the connection between the second air port 240 and the pneumatic component and the connection between the auxiliary air bag 220 and the main air bag 210 (i.e. the mounting through hole 214). The limiting portion 222 is flat (i.e. the thickness of the limiting portion 222 is greater along a direction parallel to the surface of the limiting portion 222, and the thickness of the limiting portion 222 is smaller along a direction perpendicular to the surface of the limiting portion 222), and the surface of the limiting portion 222 is parallel to the surface of the first airbag main body 221. So that the limiting part 222 is easily distorted when receiving a force non-parallel to the surface of the limiting part 222, so that the limiting part 222 passes through the mounting through hole 214; and when the limiting part 222 receives a force parallel to the surface of the limiting part 222, the limiting part 222 has a certain anti-twisting capability. Therefore, when the first air bag body 221 rotates along the mounting through hole 214 due to the inflation and deflation massage, the connection between the second air receiving opening 240 and the pneumatic assembly limits the limiting portion 222, thereby preventing the limiting portion 222 and the first air bag body 221 from rotating along the mounting through hole 214, keeping the position of the auxiliary air bag 220 relative to the main air bag 210 unchanged, and further being beneficial to ensuring the massage effect of the massage air bag 200.

In this embodiment, the limiting portion 222 extends toward the upper air chamber 2111 on the right side along the direction away from the mounting through hole 214, so that the limiting portion 222, the upper air chamber 2111 on the right side and the upper orbit air bag 212 on the right side are stacked in sequence, and further the massaging effect of the massaging air bag 200 on the upper portion of the orbit on the right side of the user can be enhanced. The lower edge of the limiting portion 222 is in an arc shape (i.e., the curvature of the lower side of the limiting portion 222 is substantially the same as the curvature of the edge of the eyelet 2115) that fits the eyelet 2115, so that the limiting portion 222 avoids the eyelet 2115, and the compression of the limiting portion 222 to the eyeball is reduced.

The method for assembling the massage airbag 200 of the present embodiment is as follows:

When the auxiliary airbag 220 is mounted on the main airbag 210, the limiting portion 222 passes through the mounting through hole 214 on the main airbag 210, so that the first airbag main body 221 of the auxiliary airbag 220 is positioned on the side of the main airbag 210 facing the user, the limiting portion 222 is positioned on the side of the main airbag 210 away from the user, and therefore the part of the main airbag 210 positioned at the outer edge of the mounting through hole 214 is clamped in the limiting interlayer 223 formed by the limiting portion 222 and the first airbag main body 221, and positioning connection between the auxiliary airbag 220 and the main airbag 210 is realized.

The foregoing description is only of the preferred embodiments of the utility model, and all changes and modifications that come within the meaning and range of equivalency of the structures, features and principles of the utility model are therefore intended to be embraced therein.

Claims (10)

1. The utility model provides a massage gasbag, is used for eye massage appearance, massage gasbag (200) are including main gasbag (210) that are used for massaging human periocular portion and be used for massaging auxiliary gasbag (220) of the bridge of the nose between human eyes, be provided with first gas port (230) on main gasbag (210), be provided with second gas port (240) on auxiliary gasbag (220), a serial communication port, the middle part of main gasbag (210) is equipped with one and installs through-hole (214), auxiliary gasbag (220) include first gasbag main part (221) and spacing portion (222), spacing portion (222) fixed connection in first gasbag main part (221), first gasbag main part (221) with spacing portion (222) are located respectively the opposite both sides of installing through-hole (214), first gasbag main part (221) with the part that spacing portion (222) are connected wears to locate in installing through-hole (214), form spacing intermediate layer (223) between first gasbag main part (221) and spacing portion (222), main part (210) are located in intermediate layer (223) of installing through-hole (214).

2. A massage balloon as claimed in claim 1, characterised in that the first balloon body (221) is located on the side of the main balloon (210) close to the user.

3. A massaging airbag as claimed in claim 2, characterized in that the limit part (222) has flexibility.

4. A massaging airbag as claimed in claim 2 or 3, wherein the limit part (222) is an airbag with a hollow interior, and the limit part (222) is communicated with the first airbag main body (221); the second air port (240) is connected to one side of the limiting portion (222) away from the first air bag main body (221) and is communicated with the inner cavity of the limiting portion (222).

5. A massaging airbag as claimed in claim 4, wherein the limit portion (222) extends toward an end of the main airbag (210) in a direction away from the mounting through hole (214), and the second air-receiving port (240) is connected to a portion of the limit portion (222) away from a junction of the limit portion (222) and the first airbag main body (221).

6. The massage airbag according to claim 1, wherein a first avoidance concave position (2215) is arranged on two sides of the first airbag main body (221) along the horizontal direction, and the first avoidance concave position (2215) is used for avoiding a part of a human corner of eyes.

7. The massage airbag according to claim 1, wherein a second avoidance recess (2216) is arranged below the first airbag main body (221), and the second avoidance recess (2216) is used for avoiding the nose of the human body.

8. The massage airbag according to claim 7, wherein the main airbag (210) comprises a second airbag body (211), the mounting through hole (214) is provided in the middle of the second airbag body (211), and the first air-receiving opening (230) is provided on a side of the second airbag body (211) away from the human body and communicates with the inner cavity of the second airbag body (211).

9. The massage airbag of claim 8, wherein the main airbag (210) further comprises an upper orbit airbag (212) and a lower orbit airbag (213) disposed on a side of the second airbag body (211) facing the human body and communicated with the second airbag body (211), the upper orbit airbag (212) is disposed on an upper portion of the second airbag body (211), the lower orbit airbag (213) is disposed on a lower portion of the second airbag body (211), and the upper orbit airbag (212) and the lower orbit airbag (213) are each at least partially sandwiched in the limiting interlayer (223).

10. An eye massage apparatus, characterized in that it comprises a massage airbag (200) according to any one of claims 1 to 9.