CN216702768U - Radiation-proof eye-protecting patch - Google Patents

Abstract

The utility model discloses an anti-radiation eye protection patch, wherein a hollow bag is bonded at the edge of a rear non-woven fabric protective layer at the inner side edge of a coating sleeve edge, a cavity is arranged in the hollow bag, and the cavity is filled with a built-in sponge strip, the contact part of the edge part of the hollow bag and the skin is uniformly provided with air-permeable micropores, the edge part of the inner side of the hollow bag is uniformly provided with liquid suction holes, the hollow bag replaces the back non-woven fabric protective layer to contact with the skin of the human body, so as to avoid the strong oppression feeling of the back non-woven fabric protective layer to the skin of the eyes, the ventilation micropores on the periphery of the hollow bag can improve the ventilation environment when the eye patch is used, improve the comfort level when the eye patch is used, and ensure that the eye patch does not have the phenomenon of heat expansion and discomfort when in use, can carry out quick collection with the condensation drop of steam diffusion when using through built-in sponge strip and imbibition hole, prevent that the drop of water is direct in user's face overflow and cause the discomfort.

Description

Radiation-proof eye-protecting patch

Technical Field

The utility model relates to the technical field of protective articles, in particular to a radiation-proof eye-protecting patch.

Background

Along with the extension of the current working time and the learning time, people need to often work and learn against a display of a computer, and work and learn by using the computer for a long time, so that eyes are easy to dry due to the radiation of a computer screen and the vision is easy to decline, therefore, the blood circulation and the cell vitality around the eyes of a human body are improved by the eye protection paste to the eyes of people, the asthenopia is relieved, the health state of the eyes is improved, the health care and maintenance effect of eye protection is achieved, and the discomfort of the eyes caused by the radiation of the computer screen is effectively relieved;

the utility model discloses 201911039109.5 health care eyeshield subsides in china, and the eyeshield subsides on the existing market, all realize protecting the eye through the mode of hot compress, and at the hot compress in-process, because the inseparable cladding of the general mode of cladding of eyeshield subsides is at people's eye, consequently make people's eye owing to lack ventilative function, thereby make people's eye nest week side often appear the uncomfortable phenomenon of thermal expansion, current eyeshield subsides are when using simultaneously, because volatilizing of steam, make steam when attaching to the eye subsides, the long condensation bead of meeting liquefaction often, and the condensation bead produces the back along human face overflow, thereby cause and use uncomfortable phenomenon, the use experience of people has been reduced.

SUMMERY OF THE UTILITY MODEL

The utility model provides an anti-radiation eye protection patch, which can effectively solve the problems that eye protection patches in the current market are provided in the background technology, eyes are protected by hot compress, and in the hot compress process, the eye protection patches are generally tightly wrapped on the eyes of people in a wrapping mode, so that the eyes of people are lack of ventilation function, and the phenomenon of heat expansion and discomfort is often caused on the peripheral side of eye sockets of people.

In order to achieve the purpose, the utility model provides the following technical scheme: a radiation-proof eye protection patch comprises a front non-woven fabric protective layer and a rear non-woven fabric protective layer, wherein a heating sheet is arranged on one side of the front non-woven fabric protective layer, one side of the heating sheet is tightly attached to the edge of a nutrition layer, the other edge of the nutrition layer is fixedly connected with the rear non-woven fabric protective layer, the heating sheet and the nutrition layer are both positioned on the inner sides of the front non-woven fabric protective layer and the rear non-woven fabric protective layer, and the heating sheet and the nutrition layer are tightly connected;

the outer side ends of the front non-woven fabric protective layer, the rear non-woven fabric protective layer, the heating sheet and the nutrition layer are all coated on the inner side of the coating sleeve edge, the front non-woven fabric protective layer, the rear non-woven fabric protective layer, the heating sheet, the nutrition layer and the coating sleeve edge are fixedly bonded through adhesives, and the middle ends of the two side edges of the coating sleeve edge are all connected with a binding band;

the back non-woven fabrics protective layer limit end lies in the inboard side position department of cladding cover limit and bonds hollow bag, the inside built-in cavity of hollow bag, and this cavity intussuseption is filled with built-in sponge strip, ventilative micropore has evenly been seted up to the contact department of hollow bag limit portion and skin, the imbibition hole has evenly been seted up to the inboard limit portion of hollow bag.

Preferably, the bandage passes through the connection piece and covers the limit portion middle-end fixed connection on the limit, and the bandage is the elastic cord, and the medial surface of bandage all bonds there is the antislip strip simultaneously.

Preferably, the air-permeable micro-holes and the liquid suction holes are communicated with a built-in cavity inside the hollow bag, and the hollow bag is made of flexible colloid materials.

Preferably, gaps are formed in the middle positions below the bottom of the front non-woven fabric protective layer, the bottom of the rear non-woven fabric protective layer, the bottom of the heating sheet and the middle position below the bottom of the nutrition layer, and the depth of each gap is 3 CM.

Preferably, the surface of the rear non-woven fabric protective layer is uniformly bonded with anti-slip clamping strips at equal intervals at positions on two sides of the opening, and the anti-slip clamping strips are obliquely bonded on the surface of the rear non-woven fabric protective layer.

Preferably, the positions, corresponding to the eyes, of the two sides of the surface of the rear non-woven fabric protective layer are bonded with limit rubber rings, the limit rubber rings are oval, and the limit rubber rings are matched with the eye sockets in shape.

Compared with the prior art, the utility model has the beneficial effects that: the utility model has scientific and reasonable structure and safe and convenient use:

1. replace back non-woven fabrics protective layer and human skin contact through hollow bag, thereby avoid the strong sense of compelling that back non-woven fabrics protective layer caused eye skin, and can improve the ventilative environment when the eye subsides use through the ventilative micropore of hollow bag week side when using, thereby improve the comfort level of eye subsides when using, the uncomfortable phenomenon of thermal expansion can not appear when using in messenger's eye subsides, can give off the condensation drop of water with steam through built-in sponge strip and imbibition hole simultaneously and carry out quick collection, thereby prevent that the drop of water is direct in user's face overflow and cause the discomfort.

2. Make the both sides of eye subsides all possess higher protective capacities through preceding non-woven fabrics protective layer and back non-woven fabrics protective layer, the inboard of non-woven fabrics protective layer and back non-woven fabrics protective layer before will generating heat piece and nutritive layer are arranged in simultaneously, make eye subsides internal connection inseparable, come to carry out the cladding to each layer of eye subsides inside through cladding cover limit simultaneously, make can not produce the gap between the peripheral layer of eye subsides, thereby make follow-up nutritive layer can more effectually alleviate visual fatigue to the eye when the hot compress, improve the result of use.

3. Through opening and anti-skidding card strip convenient with the simplest structure with eye subsides joint in human bridge of the nose department, can tie up the eye subsides in human head through the bandage simultaneously, the stability in use has further been guaranteed, and conveniently restrict the wearing position of eye subsides through spacing rubber ring, thereby make the eye subsides can effectually carry out the cladding with human eye socket department when using, thereby make the eye subsides can exert better result of use when using, improved use experience.

Drawings

The accompanying drawings, which are included to provide a further understanding of the utility model and are incorporated in and constitute a part of this specification, illustrate embodiments of the utility model and together with the description serve to explain the principles of the utility model and not to limit the utility model.

In the drawings:

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic diagram of the construction of the hollow bladder of the present invention;

fig. 3 is a schematic view of the internal structure of the eye patch of the present invention;

reference numbers in the figures: 1. a front non-woven fabric protective layer; 2. a rear non-woven fabric protective layer; 3. a heating sheet; 4. a nutritive layer; 5. covering the sleeve edge; 6. opening the gap; 7. an anti-slip clip strip; 8. binding bands; 9. a hollow capsule; 10. a sponge strip is arranged inside; 11. air-permeable micropores; 12. a liquid suction hole; 13. and a limiting rubber ring.

Detailed Description

The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.

The embodiment is as follows: as shown in fig. 1-3, the present invention provides a technical solution, a radiation protection eye patch, comprising a front non-woven fabric protective layer 1 and a rear non-woven fabric protective layer 2, wherein a heating sheet 3 is disposed on one side of the front non-woven fabric protective layer 1, the heating sheet 3 is an auto-heating steam generation layer, the temperature generated when the heating sheet 3 generates heat is 41 ℃, the duration time is 30 minutes, one side of the heating sheet 3 is tightly attached to the edge of a nutrition layer 4, a hydrophilic polymer gel, SOD, and hyaluronic acid are disposed inside the nutrition layer 4, the other edge of the nutrition layer 4 is fixedly connected with the rear non-woven fabric protective layer 2, the heating sheet 3 and the nutrition layer 4 are both located inside the front non-woven fabric protective layer 1 and the rear non-woven fabric protective layer 2, and the heating sheet 3 and the nutrition layer 4 are tightly connected;

the front non-woven fabric protective layer 1, the rear non-woven fabric protective layer 2, the heating sheet 3 and the nutrition layer 4 are coated on the inner side of the coating sleeve edge 5, the front non-woven fabric protective layer 1, the rear non-woven fabric protective layer 2, the heating sheet 3, the nutrition layer 4 and the coating sleeve edge 5 are fixedly bonded through adhesives, the middle ends of the two side edges of the coating sleeve edge 5 are connected with the binding bands 8, the binding bands 8 are fixedly connected with the middle ends of the edges of the coating sleeve edge 5 through connecting sheets, the eye patches are conveniently bound on the heads of users through the binding bands 8, the binding bands 8 are elastic bands, the tightness is conveniently adjusted as required through the binding bands 8 arranged in an elastic manner, comfort is guaranteed, meanwhile, the inner side surfaces of the binding bands 8 are respectively bonded with anti-slip strips, the anti-slip strips enable the binding bands 8 to have higher anti-slip capability when being in contact with the heads of the users, and therefore the phenomenon that the binding bands 8 slide is prevented;

2 limit ends of back non-woven fabrics protective layer are located 5 inboard side positions department bonding hollow bag 9 of cladding cover limit, the inside built-in cavity of hollow bag 9, and the cavity intussuseption is filled with built-in sponge strip 10, ventilative micropore 11 has evenly been seted up to the contact department of hollow bag 9 limit portion and skin, imbibition hole 12 has evenly been seted up to the inboard limit portion of hollow bag 9, ventilative micropore 11 and imbibition hole 12 all are linked together with the inside built-in cavity of hollow bag 9, conveniently improve the air permeable environment of user when using through ventilative micropore 11, thereby avoid junction therebetween to produce the uncomfortable phenomenon of sultriness, the volatile coagulated pearl liquid when simultaneously leading to imbibition hole 12 conveniently will use is collected, prevent to cause discomfort and hollow bag 9 to be made for flexible colloid material at user's face overflow, make hollow bag 9 can not produce uncomfortable sense with user's skin when the contact.

Preceding non-woven fabrics protective layer 1, back non-woven fabrics protective layer 2, generate heat piece 3 and the 4 bottom below intermediate position of nutrition layer have all seted up opening 6, the 6 degree of depth of opening is 3CM, the bridge of the nose of joint at the user of eye paste through opening 6 convenience, thereby realize the restriction to the eye paste position, 2 surfaces of back non-woven fabrics protective layer are located 6 both sides positions of opening and locate impartially apart from even bonding and have anti-skidding card strip 7, anti-skidding card strip 7 all inclines to bond in the surface of back non-woven fabrics protective layer 2, make and be personnel when wearing the eye paste through opening 6, can improve the antiskid effect of eye paste and user's bridge of the nose contact department, thereby make the bridge of the nose can be stable support the eye paste, prevent the landing of eye paste, guarantee simultaneously that user's use experience is better.

2 surperficial both sides of back non-woven fabrics protective layer all bond with the eye department of correspondence and have spacing rubber ring 13, and spacing rubber ring 13 is oval, and spacing rubber ring 13 and eye shape phase-match, conveniently comes to restrict user of service's wearing position through spacing rubber ring 13 to make this eye paste can effectual cladding in the outside of patient's eye socket, thereby guarantee that this eye paste possesses higher result of use.

The working principle and the using process of the utility model are as follows: before the anti-radiation eye protection paste is used, the eye protection paste is packaged in a sealing bag after production, the sealing bag is opened to take out the eye protection paste, then the eye protection paste is bound on the head of a user through a binding band 8, and a hollow bag 9 is tightly attached to the eye socket of the user;

then, turning the front non-woven fabric protective layer 1, the rear non-woven fabric protective layer 2, the heating sheet 3 and the nutrition layer 4 outwards through the notch 6, so that the notch 6 is opened, the notch 6 is clamped at the nose bridge of a user, and the anti-skid clamping strips 7 on the surface of the rear non-woven fabric protective layer 2 are tightly attached to the skin on two sides of the nose bridge of the user, so that the stability of the eye protection patch after wearing is ensured, and the phenomenon of loosening and falling is prevented;

then, the position of the eye protection paste is adjusted, so that the limiting rubber ring 13 at the back of the eye protection paste is arranged at the outer side of the eye socket of a user, the position precision of the eye protection paste in use is improved, and the position precision of the hollow bag 9 is also ensured;

when the eye protection patch is used for protecting eyes, the edge of the eye protection patch can be coated by the coating sleeve edge 5, so that the phenomena of looseness and air diffusion at the joint between the edge and the eye can be prevented, the eye protection patch can effectively relieve the eyes, the blood circulation and the cell activity around the eyes of a human body can be improved, the healthy state of the eyes can be improved, and the discomfort of the eyes caused by the radiation of a computer screen can be effectively relieved;

and when using, because the piece 3 that generates heat can produce the heat, consequently, the ventilative environment of eye subsides inboard has been improved through the inside ventilative micropore 11 of hollow bag 9 to prevent that user from producing the uncomfortable phenomenon of thermal expansion in its orbit department when using, simultaneously when using, steam can form the drop of water after the liquefaction, and conveniently collect the drop of water through the liquid suction hole 12 of hollow bag 9 inboard, and combine built-in sponge strip 10 to accumulate the drop of water, with this avoid the direct overflow at user's face of drop of water, improve user's use experience with this, make user more convenient when using.

Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the utility model. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (6)

1. The utility model provides a radiation protection eye-protecting plaster, includes preceding non-woven fabrics protective layer (1) and back non-woven fabrics protective layer (2), preceding non-woven fabrics protective layer (1) one side is provided with generate heat piece (3), generate heat piece (3) one side and hug closely at nutrition layer (4) limit portion, and behind nutrition layer (4) another limit portion fixedly connected with non-woven fabrics protective layer (2), its characterized in that: the heating sheet (3) and the nutrition layer (4) are both positioned at the inner sides of the front non-woven fabric protective layer (1) and the rear non-woven fabric protective layer (2), and the heating sheet (3) and the nutrition layer (4) are tightly connected;

the outer side ends of the front non-woven fabric protective layer (1), the rear non-woven fabric protective layer (2), the heating sheet (3) and the nutrition layer (4) are all coated on the inner side of the coating sleeve edge (5), the front non-woven fabric protective layer (1), the rear non-woven fabric protective layer (2), the heating sheet (3), the nutrition layer (4) and the coating sleeve edge (5) are fixedly bonded through adhesives, and the middle ends of the two side edge parts of the coating sleeve edge (5) are all connected with a binding band (8);

back non-woven fabrics protective layer (2) limit end is located the inboard side position department of cladding cover limit (5) and bonds hollow bag (9), the inside built-in cavity of hollow bag (9), and this cavity intussuseption has filled in built-in sponge strip (10), ventilative micropore (11) have evenly been seted up with the contact department of skin to hollow bag (9) limit portion, imbibition hole (12) have evenly been seted up to the inboard limit portion of hollow bag (9).

2. The radiation protection eye patch according to claim 1, wherein: bandage (8) are through the connection piece and the limit portion middle-end fixed connection of cladding cover limit (5), and bandage (8) are the elastic cord, and the medial surface of bandage (8) all bonds there is the antislip strip simultaneously.

3. The radiation protection eye patch according to claim 1, wherein: the air-permeable micropores (11) and the liquid suction holes (12) are communicated with a built-in cavity inside the hollow bag (9), and the hollow bag (9) is made of flexible colloid material.

4. The radiation protection eye patch according to claim 1, wherein: opening (6) have all been seted up to preceding non-woven fabrics protective layer (1), back non-woven fabrics protective layer (2), piece (3) and nutrition layer (4) bottom below intermediate position, opening (6) degree of depth is 3 CM.

5. The radiation protection eye patch according to claim 4, wherein: the surface of the back non-woven fabric protective layer (2) is positioned at the positions of two sides of the opening (6) and evenly bonded with anti-skid clamping strips (7) at equal intervals, and the anti-skid clamping strips (7) are obliquely bonded on the surface of the back non-woven fabric protective layer (2).

6. The radiation protection eye patch according to claim 1, wherein: and the two sides of the surface of the rear non-woven fabric protective layer (2) are bonded with the corresponding positions of the eyes, the limiting rubber rings (13) are oval, and the limiting rubber rings (13) are matched with the eye sockets in shape.

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