CN206275758U - A kind of inflatable constraint gloves - Google Patents

Abstract

The utility model provides an inflatable restraint glove, which comprises a wrist restraint sleeve and a palm restraint sleeve; the wrist restraint sleeve is cylindrical, and its side wall is an air bag with a cavity; the wrist restraint sleeve is An air inlet is provided; the wrist restraint sleeve is transparent; the palm restraint sleeve is a trumpet-shaped cylinder, and one end connected to the wrist restraint sleeve is narrower than the other end; the wrist restraint sleeve is provided with a restraint lace. The utility model guarantees the safety management of patients, and is easy to be accepted by medical staff; it is comfortable and safe, and can effectively adjust the pressure of the skin at the local constraint without releasing the constraint, avoiding skin damage caused by skin friction, and avoiding the joint function of both hands Obstacles and abnormal finger movements are easy to clean, and patients and their families are easy to accept; the operation is simple and easy, reducing the cost of nurses' labor time; effectively solving the problem of clinical restraint failure.

Description

An inflatable restraint glove

technical field

The utility model relates to a medical device, in particular to an inflatable constraint glove.

Background technique

The use of restraint belts in clinical work is mainly aimed at patients with mental disorders and neurological abnormalities such as suicide, self-injury, extreme excitement, obvious aggressive behavior, unconsciousness, delirium and agitation. In order to ensure the safety of medical care, prevent such patients from falling from the bed, extubation, hurt others or self-injury, and ensure that treatment and nursing can be implemented, the use of restraint belts has played an important role.

At present, when nurses are using the restraint belt, if the restraint is loose, the patient is easy to break free, and if the restraint is too tight, it is easy to cause blood circulation disorders in the skin and body tissues at the restraint area, resulting in paresthesia, joint dysfunction, and even local tissue damage. Ischemia hypoxia and necrosis. The closed restraint gloves currently used have poor air permeability, and for patients who need to use restraint gloves for a long time, it is difficult to ensure that the local skin is clean and dry; no matter which factor, it can become a high-risk factor for patient safety management.

In summary, the technical problems to be solved at present: 1. Simple, fast, safe and effective regulation of skin pressure at local constraints; 2. Avoid skin lesions caused by skin friction; 3. Avoid dysfunction of joints in both hands and abnormal finger movements; 4. Without releasing the restraint, the blood supply of the patient's local tissue can be observed and the skin can be cleaned.

Utility model content

In order to solve the problems in the background technology, the utility model provides an inflatable constraint glove.

The technical scheme that the utility model solves its technical problem adopts is as follows:

An inflatable restraint glove, comprising a wrist restraint sleeve and a palm restraint sleeve; the wrist restraint sleeve is cylindrical, and its side wall is an air bag with a cavity; the wrist restraint sleeve is provided with an air inlet mouth; the wrist restraint sleeve is transparent; the palm restraint sleeve is a trumpet-shaped cylinder, and one end connected to the wrist restraint sleeve is narrower than the other end; the wrist restraint sleeve is provided with a restraint lace.

As a preferred item: the air inlet is provided with an air hole tube and an air hole interface; the air hole tube is located in the wrist restraint sleeve, and the air hole interface communicates with the wrist restraint sleeve through the air hole tube.

As a preferred item: a control valve is arranged on the port of the air hole.

As a preferred item: the material of the palm constraint sleeve is silica gel or cotton or cloth.

As a preferred item: the finger end of the palm restraint sleeve is provided with a snap button along its length direction.

As a preferred item: the wrist restraint sleeve is made of silica gel.

Beneficial effects of the utility model:

1. Ensure the safety management of patients and be easily accepted by medical staff;

2. Comfortable and safe, it can effectively adjust the pressure of the skin at the local restraint without releasing the restraint, avoid skin damage caused by skin friction, avoid hand joint dysfunction and abnormal finger movement, and it is easy to clean, and it is easy for patients and family members accept;

3. The operation is simple and easy, reducing the labor time cost of nurses;

4. Effectively solve the problem of clinical restraint failure.

Description of drawings

Fig. 1 is the structural representation of the utility model.

detailed description

Below in conjunction with accompanying drawing, the effective mode of the technical scheme that the utility model is taken for solving the problems of the technologies described above is described further:

In Fig. 1, an inflatable restraint glove comprises a wrist restraint sheath 1 and a palm restraint sheath 2; wrist restraint sheath 1 is cylindrical, and its side wall is an air bag with a cavity; wrist restraint sheath 1 An air inlet 3 is arranged on the top; the wrist restraint sleeve 1 is transparent; the palm restraint sleeve 2 is a trumpet-shaped cylinder, and the end connected to the wrist restraint sleeve 1 is narrower than the other end; the wrist restraint sleeve 1 is provided with a restraint system. with 7.

In the utility model, an air hole tube 8 and an air hole interface 4 are arranged at the air inlet 3;

In the utility model, a control valve 5 is arranged on the pore interface 4 .

The material of palm constraint cover 2 among the utility model is silica gel or cotton or cloth.

In the utility model, the finger end of the palm restraint sleeve 2 is provided with a live buckle 6 along its length direction.

Wrist restraint cover 1 material is silica gel among the utility model.

The utility model includes a wrist restraint sleeve and a palm protection sleeve. The wrist restraint sleeve and the palm protection sleeve are connected as a whole; the wrist restraint sleeve is a cavity-shaped cylinder made of transparent silica gel, and the side wall is provided with an air-filled cavity. The inflatable cavity is a closed inner ring. The wrist restraint sleeve is equipped with a stomata tube and a stomata interface. The stomata interface is located on the surface of the wrist restraint sleeve, matching with a clinical medical syringe (10ml or 20ml). The interface is connected, and the air hole interface is designed with a valve so that the gas or water injected into the inflatable cavity does not leak out; the palm protection cover is a trumpet-shaped cylinder with a narrow front and a wide rear, made of silica gel, cloth, cotton and other soft materials. Made of material, the opening near the finger end is provided with a snap button, and the palm protector can be turned into a semi-closed or open structure through the opening and closing of the snap button.

In the unused state of the utility model, the inflatable cavity of the wrist restraint sleeve is in a non-filled state; when in use, the patient's palm is placed in the palm protection sleeve, and the loose buckle is buckled according to the size of the patient's palm to maintain a moderate activity space for the palm. When the patient's hands need to be cleaned, untie the loose buckle, and the hand can be cleaned from the opening; then, a syringe can be used to inject air or water into the inflatable cavity of the wrist restraint sleeve through the air hole interface, so that the wrist restraint sleeve is filled, which can increase The contact area and pressure with the skin can further increase the friction between the constraint and the skin. When the constraint needs to be adjusted, the syringe can also be used to draw back the air in the space through the air hole interface to adjust its filling state, thereby controlling the friction. Size, the opening and closing of the valve must be controlled before and after the above-mentioned rushing and withdrawing process; finally, tie the restraint belt to the bed rail and other places to fix it. The air or water in the wrist restraint sleeve can be pumped back every 2 hours.

Although this manual uses many terms such as 1 wrist restraint sleeve, 2 palm restraint sleeve, 3 air inlet, 4 air hole interface, 5 control valve, 6 loose buckle, 7 restraint lace, 8 air hole tube, etc., it does not exclude Possibility of using other terms. These terms are only used to describe the essence of the utility model more conveniently, and they are interpreted as any kind of additional limitation and all violate the spirit of the utility model.

It should be understood that the parts not described in detail in this specification belong to the prior art.

It should be understood that the above-mentioned descriptions for the preferred embodiments are relatively detailed, and cannot therefore be considered as limiting the protection scope of the utility model patent. In the case of the scope of protection of the new claims, replacement or deformation can also be made, all of which fall within the protection scope of the utility model, and the scope of protection of the utility model should be based on the appended claims.

Claims (4)

1. An inflatable restraint glove, characterized in that: it includes a wrist restraint sleeve (1) and a palm restraint sleeve (2); the wrist restraint sleeve (1) is cylindrical, and its side wall has The air bag of the cavity; the wrist restraint sleeve (1) is provided with an air inlet (3); the wrist restraint sleeve (1) is transparent; the palm restraint sleeve (2) is a trumpet-shaped cylinder, its One end connected to the wrist restraint sleeve (1) is narrower than the other end; the wrist restraint sleeve (1) is provided with a restraint lace (7); the material of the palm restraint sleeve (2) is silicone, cotton or cloth; A snap button (6) is provided at the finger end of the palm restraint sleeve (2) along its length direction. 2. The inflatable restraint glove according to claim 1, characterized in that: the air inlet (3) is provided with an air hole tube (8) and an air hole interface (4); the air hole tube (8) is located in the wrist restraint glove Inside (1), the stomata interface (4) communicates with the wrist restraint sleeve (1) through the stomata tube (8). 3. The inflatable restraint glove according to claim 2, characterized in that a control valve (5) is arranged on the air hole interface (4). 4. The inflatable restraint glove according to claim 1, characterized in that: the wrist restraint sleeve (1) is made of silica gel.