CN221814413U - A prone position eye protection gel patch - Google Patents

Abstract

The utility model discloses a prone position eye-protecting gel film which comprises a square eye-protecting body and a stripping layer, wherein an eye-protecting patch is arranged in the middle of the eye-protecting body; the eye protection patch is elliptical as a whole, and the contact part of the inner surface and the eyelid is in a concave structure along the eyelid direction; the eye-protecting patch can be applied on the surface of eyelid and eyebrow; the eye protection patch is sequentially provided with a medicine layer and a gel layer from the position contacting the eyelid to the extending direction; dressing is arranged in the medicine layer; a circle of absorbent cotton is arranged around the eye-protection patch; the outer surface of the absorbent cotton is non-woven fabric; the absorbent cotton and the gel layer are adhered to the surface of the eye mask body. The utility model aims at the gel film which is designed according to the requirement of eye protection during prone anesthesia in clinic, so that the eye protection during operation is more definite, and the adhesion between the eye paste body and eyelashes of a patient after long-time operation is avoided.

Description

A prone position eye protection gel patch

Technical Field

The utility model relates to the technical field of eye protection patches, in particular to a prone position eye protection gel patch.

Background Art

During general anesthesia, the patient's central nervous system is suppressed, consciousness disappears, muscles relax and become weak, and most of the protective reflexes disappear or weaken, basically losing the ability to regulate themselves. During general anesthesia, 70% of patients cannot completely close their eyes, resulting in eyeball exposure, which can cause keratitis, causing patients to experience discomfort such as photophobia, tearing, foreign body sensation, and eye pain after surgery. At the same time, during prone surgery, due to body position and anesthesia factors, the physiological changes in the circulatory system, the weakening of the protective effects of soft tissues, nerves, blood vessels, and muscles, and if the eyes are compressed, complications are more likely to occur. The main purposes of the prone eye protection film are three: 1. Ensure that the film is tightly attached to the skin of the eyes; 2. Prevent disinfectant and intraoperative blood from flowing into the eyes during the prone position, causing damage to the patient's eyeballs and vision; 3. Provide good buffering protection for the eyeballs to prevent prolonged compression of the eyeballs in the prone position to cause damage.

At present, there are no clear specifications for the eye patches for patients in prone position surgery in neurosurgery. They need to be cut by themselves, and the forms and materials are ever-changing, which brings great inconvenience to clinical work. Therefore, there are reports that the prone eye patches have been improved, such as standardizing the size of eye patches, using 3M patches with better adhesion, etc. However, there are often the following shortcomings: 1. The adhesion is not enough, and the patch and the eye skin are often displaced during the movement of the body position. Disinfectant and blood may flow into the gap of the patch during the operation, causing potential risks; 2. The size of the patch is unreasonable, and it usually sticks to the patient's eyebrows and eyelashes. When the patch is torn off a few hours after the operation, the patient's eyebrows and eyelashes will be damaged, causing unnecessary damage to the patient; 3. There is no cushion in the middle of the patch. The circulating nurse needs to check whether the patient's eyes are under pressure many times during the operation, which poses a risk of secondary injury; 4. Generally, 30 minutes before the operation, the anesthesiologist will use an anesthetic auxiliary drug that inhibits glandular secretion, and the eye patch does not have eye protection ingredients, which may aggravate the dryness of the bulbar conjunctiva.

Prior art publication number CN214388246U discloses a multifunctional eye patch, which can adjust the distance between two eye patches when using the eye patch through the provided adhesive fur surface, left eye patch, right side eye patch and adhesive hook surface, so as to facilitate the use of people with different face shapes. The provided eye patch fixing pad, heating placement bag and warm patch can heat the eye patch when applying the eye patch, so that the eye patch can be applied more comfortably, thereby improving the comfort of using the eye patch. However, it is not suitable for surgical patients under anesthesia. The prior art CN219783518U discloses a reusable hydrogel eye patch, etc., which cannot solve the above problems well.

Based on the above problems, a multifunctional prone eye patch is needed, which can not only prevent the eyes from being compressed in the prone position, but also have the effects of anti-inflammatory, moisturizing and lubricating the eyeball, so as to enhance the protection of the eyeball.

Utility Model Content

1. Technical problems to be solved:

In view of the above technical problems, the utility model provides a prone position eye protection gel film, which is provided with a drug layer to protect the eyes and a gel layer to prevent the risk of secondary injury, and is suitable for eye protection of patients undergoing prone position surgery.

2. Technical solution:

A prone eye protection gel patch comprises a square eye patch body and a peeling layer, and is characterized in that: an eye patch is arranged in the middle position of the eye patch body; the eye patch is elliptical as a whole, and the inner surface in contact with the eyelid is concave along the eyelid direction; when in use, the eye patch can be applied to the surface of the eyelid and the eyebrow; the eye patch is provided with a drug layer and a gel layer in sequence in the direction extending outward from the contact with the eyelid; eye protection chlortetracycline ointment is arranged in the drug layer; a circle of absorbent cotton is arranged around the eye patch; the outer surface of the absorbent cotton is non-woven fabric; the absorbent cotton and the gel layer are adhered to the surface of the eye patch body.

Furthermore, the drug layer is evenly coated on the inner surface of the gel layer; the inner surface of the gel layer is concave, and the outer surface is fixed to the inner surface of the eye patch body.

Furthermore, the drug layer is a gelatin sponge containing chlortetracycline.

Furthermore, the size of the eye patch body is (7.5~8.5cm)*(3.7~4.3cm); the sizes of the major axis and minor axis of the ellipse of the eye patch are 3.8~4.2cm and 1.5~2.0cm respectively.

3. Beneficial effects:

The utility model is a gel patch designed to protect the eyes during prone anesthesia in clinical practice. The appropriate size of the eye patch is calculated based on big data of the normal population, avoiding the uncertainty of trimming the patch by yourself. The gel patch is provided with an elliptical groove at the position where the eyelid fits so that the patient's eyelid can fit better, and the drug in the drug layer makes the eye protection during surgery more accurate. The gel material is provided in the gel patch, which can protect the eyes and buffer the pressure in the prone position, and at the same time separate the eye patch body from the eyelashes, avoiding the eye patch body from adhering tightly to the patient's eyelashes for a long time after surgery, thereby damaging the patient's eyelashes. A circle of absorbent cotton is provided to absorb the secretions of the eyes during surgery.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic diagram of the utility model when in use;

Fig. 2 is an external view of the utility model;

FIG3 is a cross-sectional view of the present utility model.

Description of the drawings: eye protection gel patch 1; eye patch body 2; eye protection patch 3; drug layer 4; gel layer 5; absorbent cotton 6.

DETAILED DESCRIPTION

The utility model is described in detail below in conjunction with the accompanying drawings.

As shown in Figures 1 to 3, a prone eye protection gel patch includes a square eye patch body and a peeling layer, characterized in that: an eye patch is arranged in the middle of the eye patch body; the eye patch is elliptical in shape as a whole, and the inner surface in contact with the eyelid is concave along the eyelid direction; when in use, the eye patch can be applied to the surface of the eyelid and the eyebrow; the eye patch is provided with a drug layer and a gel layer in sequence in the direction extending outward from the contact with the eyelid; a chlortetracycline ointment for eye protection is arranged in the drug layer; a circle of absorbent cotton is arranged around the eye patch; the outer surface of the absorbent cotton is non-woven fabric; the absorbent cotton and the gel layer

Furthermore, the drug layer is evenly coated on the inner surface of the gel layer; the inner surface of the gel layer is concave, and the outer surface is fixed to the inner surface of the eye patch body.

Furthermore, the drug layer is a gelatin sponge containing chlortetracycline.

Furthermore, the size of the eye patch body is (7.5~8.5cm)*(3.7~4.3cm); the sizes of the major axis and minor axis of the ellipse of the eye patch are 3.8~4.2cm and 1.5~2.0cm respectively.

When using, tear off the peeling layer on the surface of the eye patch body; align the oval eye patch with the closed patient's eye surface, and be careful to place the eyelashes on the surface of the eye patch; then stick the 3m film layer of the eye patch body to the periphery of the eyelid. During surgery, the drug layer can moisturize the patient's conjunctiva; absorbent cotton can absorb the liquid between the patch and the eye; the gel layer is set as a cushion to effectively prevent the patient's eyes from being compressed and reduce the risk of secondary injury.

Although the present invention has been disclosed as above in terms of preferred embodiments, they are not intended to limit the present invention. Anyone skilled in the art can make various changes or modifications without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the present invention shall be based on the scope of protection defined by the claims of this application.

Claims (4)

1. The utility model provides a prone position eyeshield gel pad pasting, includes square eye pad body and peel ply, its characterized in that: an eye protection patch is arranged in the middle of the eye patch body; the eye protection patch is elliptical as a whole, and the contact part of the inner surface and the eyelid is in a concave structure along the eyelid direction; the eye-protecting patch can be applied on the surface of eyelid and eyebrow; the eye protection patch is sequentially provided with a medicine layer and a gel layer from the position contacting the eyelid to the extending direction; an eye-protecting aureomycin ointment is arranged in the medicine layer; a circle of absorbent cotton is arranged around the eye-protection patch; the outer surface of the absorbent cotton is non-woven fabric; the absorbent cotton and the gel layer are adhered to the surface of the eye mask body.

2. The prone position eye-protecting gel patch of claim 1, wherein: the thickness of the medicine layer is uniformly laid on the inner surface of the gel layer; the inner surface of the gel layer is concave, and the outer surface of the gel layer is fixed on the inner surface of the eye mask body.

3. The prone position eye-protecting gel patch of claim 2, wherein: the medicine layer is gelatin sponge containing aureomycin.

4. The prone position eye-protecting gel patch of claim 1, wherein: the size of the eye mask body is (7.5-8.5 cm) (3.7-4.3 cm); the major axis and the minor axis of the ellipse of the eye-protection patch are respectively 3.8-4.2 cm and 1.5-2.0 cm.