CN205108041U - Local atomizing glasses of hydrogen - Google Patents

Abstract

The utility model discloses hydrogen partial atomization glasses, which comprise a glasses body. The glasses body includes two lenses and a frame fixed outside the two lenses. The part where the face contacts is provided with a ring of sealing pads that fit on the patient's face. The sealing pads are anastomosed and fitted at the position of the patient's eye sockets. The nose bridge pad fits snugly, and the two sides of the glasses body are provided with atomizing medium inlets and atomizing medium outlets. The nose pad separates the two lenses, and the frame forms two separate airtight cavities with the two lenses and the patient's eyes, which can prevent the patient's eyes from cross-infection. The medium, the atomized medium can continue to exist in the airtight cavity, the patient's eye hydrogen keeps for a long time, the concentration is high, the eye continues to absorb well, and the treatment effect is good.

Description

A kind of hydrogen partial atomization glasses

technical field

The utility model relates to a pair of glasses for assisting eye atomization, in particular to a kind of hydrogen partial atomization glasses, belonging to the technical field of ophthalmic medical equipment.

Background technique

Eye atomization has been widely used in ophthalmology. Eye atomization is to spray the atomized medium such as gas or atomized liquid molecules into the patient's face. The atomized medium contacts the patient's eyes and penetrates into the patient's glasses, so as to achieve therapeutic Purpose for eye diseases. Partial atomization is more conducive to eye absorption. Since hydrogen has selective antioxidant effect, it has a positive therapeutic effect on ocular ischemic diseases and ocular inflammatory injuries. At present, clinically, the local treatment of the eyes of patients is usually administered locally by means of eye drops containing hydrogen gas. However, due to the fast volatilization of hydrogen, the local administration of hydrogen is easy to rapidly diffuse into the air. The local administration of the prior art makes the time for the hydrogen to exert a curative effect short, which seriously affects the therapeutic effect. In order to make the treatment effect good, it is necessary to continuously administer drugs to the patient's eyes, which not only wastes resources, but also increases the workload of medical staff. The prior art lacks a device that can continuously maintain a certain hydrogen concentration in the eyes and has a good therapeutic effect.

Contents of the invention

The purpose of this utility model is to provide a kind of hydrogen gas partial atomization glasses that can be directly injected into the eyes with hydrogen gas or atomized saline containing hydrogen gas, so as to achieve the purpose of promoting the continuous absorption of the eyes and exerting a better therapeutic effect.

The utility model adopts the following technical scheme: a kind of hydrogen partial atomization glasses, including the glasses body, the glasses body includes two lenses and a frame fixed outside the two lenses, the frame completely surrounds the two lenses, the The part of the spectacle frame in contact with the patient's face is provided with a ring of sealing pads that fit on the patient's face. The upper part of the bridge of the patient's nose is anastomosed with a fitted nose bridge pad, and both sides of the glasses body are provided with atomized medium inlets and atomized medium outlets.

There are two atomized medium inlets and two atomized medium outlets respectively, and the two atomized medium outlets are respectively arranged on the frames on both sides of the nose pad, and the two atomized medium inlets are both arranged on the frame It is located at the diagonal position of the two atomizing medium outlets.

Sealing plugs are provided in each of the atomization medium inlets and atomization medium outlets.

An elastic fixing belt is connected to the picture frame, and the two ends of the elastic fixing belt are fixedly connected to both sides of the picture frame respectively.

The nose bridge pad is made of elastic foam.

The gasket is made of silica gel.

The lens is made of transparent PP plastic.

The beneficial effects of the utility model are: when the utility model is in use, the glasses body is placed at the position of the patient's eyes, so that the sealing pad on the frame is sealed and fitted to the patient's eye socket, and the nose bridge pad is sealed and fitted to the upper part of the patient's nose bridge. The cushion separates the two lenses, and two separate airtight cavities are formed between the spectacle frame, the two lenses and the patient's eyes respectively, so as to prevent cross-infection of the patient's eyes. When both eyes of the patient need to be treated, hydrogen atomization medium such as hydrogen gas or hydrogen-containing atomized saline is introduced into the atomization medium inlets on both sides of the lens body, and the atomization medium is in the airtight cavity to treat the eyes after treatment. It is discharged from the outlet of the atomized medium; when the patient only needs treatment for one eye, the atomized medium only needs to be passed into the atomized medium inlet near the eye. The utility model can make the atomization medium continue to exist in the airtight cavity during local atomization treatment, which reduces the volatilization and diffusion speed of hydrogen. Under the condition of the same amount of hydrogen, the utility model can make the hydrogen concentration of the patient's eyes high 、Hydrogen gas keeps for a long time, the eyes can absorb it continuously, and the treatment effect is good. The utility model solves the technical problems in the prior art that continuous drug administration to the eyes of patients leads to waste of resources and increased workload of medical staff.

Preferably, the atomizing medium inlet is located at a diagonal position to the atomizing medium outlet, so that the hydrogen gas lasts longer.

Preferably, when the atomizing medium is pure hydrogen, after the atomizing medium is passed into the eye, the sealing plug can be used to close the atomizing medium inlet and the atomizing medium outlet to prevent the atomizing gas from escaping, and not only does not need to be continuously introduced Hydrogen, and full contact of hydrogen with the patient's eyes can make the treatment effect better.

Preferably, during treatment, the spectacle body can be fixed on the patient's head by a fixing belt, so as to prevent the spectacle frame body from falling off during treatment.

Preferably, the nose bridge pad made of elastic foam and the sealing pad made of silica gel can be well sealed and fitted to the human body, and the patient feels more comfortable.

Preferably, the lens made of transparent PP plastic is convenient for medical staff to observe the condition of the eyes, and it is harmless to the human body and safer to use.

Description of drawings

Fig. 1 is the structural representation of a kind of embodiment of the utility model;

Fig. 2 is A-A sectional view of Fig. 1;

Fig. 3 is a sectional view of the nose bridge pad in Fig. 1 .

detailed description

The utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

The structure of an embodiment of the utility model is shown in Figures 1 to 3. The hydrogen partial atomization glasses of this embodiment include a glasses body, and the glasses body includes two lenses 2 and a frame 1 fixed outside the two lenses 2. The spectacle frame 1 completely surrounds the two lenses 2, the lenses 2 are made of transparent PP plastic, and the position where the spectacle frame 1 is in contact with the patient's face is provided with a ring of gaskets 3 that fit on the patient's face. 3 is made of silica gel, the sealing pad 3 fits closely on the patient's eye socket, and the spectacle frame 1 is provided with a nose bridge pad 4 fit to the upper part of the patient's nose bridge at the position between the two lenses 2, the nose bridge The pad 4 is made of elastic foam, and the picture frame 1 is connected with an elastic fixing belt 5 , and the two ends of the elastic fixing belt 5 are respectively fixedly connected to both sides of the picture frame 1 . Both sides of the glasses body are provided with an atomizing medium inlet 11 and an atomizing medium outlet 12 . There are two atomized medium inlets 11 and two atomized medium outlets 12, and the two atomized medium outlets 12 are respectively arranged on the mirror frame 1 at the positions on both sides of the nose pad 4, and the two atomized medium inlets 11 are all arranged on the mirror frame 1 at diagonally opposite positions of the two atomized medium outlets 12 . Each atomization medium inlet 11 and atomization medium outlet 12 are provided with sealing plugs (not shown in the drawings).

When using the partial hydrogen atomization glasses of this embodiment, the glasses body is first placed at the position of the patient's eyes, so that the sealing pad on the spectacle frame is tightly attached to the patient's eye socket, and the nose bridge pad is sealed and attached to the upper part of the patient's nose bridge, and the elastic foam The nose bridge pad and the sealing pad made of silica gel can be well sealed and fitted with the human body, and the patient feels more comfortable. After the spectacles body is placed, the spectacles body is fixed on the patient's head by a fixing belt to prevent the frame body from falling off during treatment. The structure of the nose bridge pad is shown in Figure 3. The part of the nose bridge pad between the patient's eyes is a raised structure, and the part where the nose bridge pad contacts the patient's nose is a slope structure. The nose bridge pad can separate the two lenses, so that the frame Two separate airtight cavities are formed between the two lenses and the patient's eyes respectively, which can prevent the patient's eyes from being cross-infected. When both eyes of the patient need to be treated, hydrogen atomization medium such as hydrogen gas or hydrogen-containing atomized saline is introduced into the atomization medium inlets on both sides of the lens body, and the atomization medium is in the airtight cavity to treat the eyes after treatment. It is discharged from the outlet of the atomized medium; when the patient only needs treatment for one eye, the atomized medium only needs to be passed into the atomized medium inlet near the eye. When the atomizing medium is pure hydrogen, after the atomizing medium passes into the eye, the sealing plug can be used to seal the atomizing medium inlet and the atomizing medium outlet to prevent the atomizing gas from escaping. During the atomization treatment, the medical staff can observe the condition of the patient's eyes through the lens made of transparent PP plastic. This embodiment is very suitable for local atomization treatment of glasses, which can make the atomization medium continuously exist in the airtight cavity, reduce the volatilization and diffusion speed of hydrogen gas, and the patient's eyes can continue to absorb well, and the treatment effect is good.

The above-mentioned embodiment is a preferred embodiment of the utility model. In other embodiments of the utility model, the sealing pad and the bridge of the nose pad can also be made of other elastic sealing materials, and the lens is still made of other transparent materials such as transparent resin. The number of atomization medium outlets and atomization medium inlets can also be more than two, and the atomization medium outlets and atomization medium inlets can also be directly set up on the lens, as long as each lens has an atomization medium outlet and fogging medium. Chemical media can be imported.

Although the above-mentioned embodiments have described the implementation of the present invention in detail, the present invention is not limited to the above-mentioned implementation. The scope of the present invention defined by the appended claims includes all equivalent replacements and changes.

Claims (7)

1. a hydrogen local is atomized glasses, comprise lens body, the picture frame (1) that lens body comprises two eyeglasses (2) and is fixed on outside two eyeglasses, it is characterized in that: in two eyeglasses (2) are all enclosed in by described picture frame (1), the position that described picture frame (1) contacts with patient face is provided with the sealing gasket (3) that a circle is fitted in patient face, described sealing gasket (3) coincide and is fitted in patient's eye socket position, the position described picture frame (1) is positioned between two eyeglasses (2) is provided with the nose pad (4) of fitting of coincideing with patient's bridge of the nose top, the both sides of described lens body are equipped with atomizing medium import (11) and atomizing medium outlet (12).

2. hydrogen local according to claim 1 is atomized glasses, it is characterized in that: described atomizing medium import (11) and atomizing medium outlet (12) respectively have two, described two atomizing mediums outlet (12) are separately positioned on position picture frame (1) being positioned at nose pad (4) both sides, and described two atomizing medium imports (11) are all arranged on diagonally opposing corner position picture frame (1) being positioned at two atomizing mediums outlet (12).

3. hydrogen local according to claim 1 is atomized glasses, it is characterized in that: be equipped with sealing-plug in described each atomizing medium import (11) and atomizing medium outlet (12).

4. hydrogen local according to claim 1 is atomized glasses, and it is characterized in that: described picture frame (1) is connected with elastic fixing band (5), the two ends of elastic fixing band (5) are fixedly connected on the both sides of picture frame (1) respectively.

5. the hydrogen local according to Claims 1-4 any one is atomized glasses, it is characterized in that: described nose pad (4) is made up of elastic foam.

6. the hydrogen local according to Claims 1-4 any one is atomized glasses, it is characterized in that: described sealing gasket (3) is made up of silica gel.

7. the hydrogen local according to Claims 1-4 any one is atomized glasses, it is characterized in that: described eyeglass (2) is made up of transparent PP plastics.