CN211835122U - Portable prone sleeping pad - Google Patents

Abstract

The utility model discloses a portable prone sleeping pad, which comprises a head air cushion, a shoulder air cushion, a chest air cushion and an abdominal air cushion. The head air cushion is connected with the shoulder air cushion, and an air cushion concave is arranged on the inner side of the shoulder air cushion. The inner side of the chest air cushion is provided with an abdominal groove, the chest air cushion is located in the air cushion groove, and the abdominal air cushion is located in the abdominal groove. The utility model can not only effectively control and treat snoring, but after the human experiment, the sleep quality of the experimenter is hardly affected; meanwhile, it can eliminate the influence on others in public places, and can effectively prevent the blood caused by the pressure on the face. Flow is not smooth, and also has a certain function of keeping warm; the utility model is mainly made of air cushion, which is convenient for production, and the production cost is very low. Compared with other products, it is easy for patients to accept, and it is convenient for popularization and application; the greatest advantage of the utility model is that Portability, almost free from space constraints, patients can take it with them.

Description

Portable prone sleeping pad

technical field

The utility model relates to a functional air bag, in particular to a portable prone sleeping pad.

Background technique

Obstructive sleep apnea (OSA), also known as obstructive sleep apnea hyponea syndrome (OSAHS), is a condition in which patients experience repeated apnea and hypopnea during sleep. Clinically, it can be manifested as snoring, loud and irregular snoring, suffocation or waking up at night, sleep disturbance, drowsiness during the day, memory loss, and in severe cases, cognitive function decline and abnormal behavior.

Prone therapy during sleep can prevent the tongue from falling back, reduce the risk of upper airway obstruction, improve the degree of sleep-disordered breathing in OSHAS patients, and improve the clinical efficacy of patients. Although there are many causes of OSAHS, most of them lead to upper airway stenosis and obstruction and further lead to OSAHS. Therefore, solving the stenosis and obstruction of the upper airway can solve the OSASH of most people. The upper airway stenosis and obstruction are mostly due to the drooping of a series of structures in the front of the upper airway, which blocks the upper airway. Therefore, the prone sleeping position can avoid the upper airway being blocked, thereby preventing OSAHS.

Considering that the current main method for the treatment of obstructive sleep apnea is the oxygen therapy method of ventilator, although the effect is good, the price of ventilator is too expensive, it is not easy to carry, and patients feel uncomfortable when using it. Therefore, this airbag-based obstructive sleep apnea treatment sleeping pad in the prone position is more affordable, comfortable and portable.

Utility model content

The purpose of the utility model is to provide a portable prone sleeping pad in order to remedy the defects of the prior art.

The utility model is achieved through the following technical solutions:

The portable prone sleeping pad includes a head air cushion, a shoulder air cushion, a chest air cushion and an abdominal air cushion. There is an abdominal groove, the chest air cushion is located in the air cushion groove, and the abdominal air cushion is located in the abdominal groove.

The head air cushion is provided with a face groove, the front and rear ends of the face groove are shallower than the middle part of the face groove, and the left and right sides of the face groove are respectively provided with ventilation holes leading to the outside.

An air washer for dragging the head is arranged in the face groove.

Arm grooves for holding both arms are respectively provided on the left and right sides of the shoulder air cushion.

The prone position sleeping pad is divided into a male sleeping pad and a female sleeping pad. The abdominal air cushion of the male sleeping pad is provided with a genital groove for holding male reproductive organs, and the chest of the female sleeping pad is provided with a genital groove for holding male reproductive organs. The front end of the air cushion is provided with a chest groove that holds the female chest.

The upper surfaces of the shoulder air cushion, the chest air cushion and the abdominal air cushion are downward physiologically inclined surfaces.

The head air cushion, shoulder air cushion, chest air cushion and abdomen air cushion are independent of each other, each air cushion is provided with an air valve, and a nylon thin cushion is arranged at the bottom of each air cushion, and is installed on the edge of each nylon thin cushion There are snap buttons, and each air cushion is connected by snap buttons.

Air cushion covers are provided on the head air cushion, shoulder air cushion, chest air cushion and abdomen air cushion.

The air cushion cover is made of nylon cloth.

The bottom of the shoulder air cushion is an arc-shaped leg support part.

It consists of four air cushions connected to each other to form a whole, which is divided into one module for the head and three modules for the body, and each of the four air cushions has an air valve.

A nylon thin pad is connected to the bottom of the air cushion, a snap button is installed on the edge of the thin pad, and the air cushions are connected by a snap button. The head air cushion is designed with a face groove for placing the face, and the front and rear ends of the groove are shallower to accommodate the forehead and jaw. There is an opening on the left and right sides of the face groove to connect the outside for ventilation;

The body module is designed with a certain slope, and the inclination angle can reach 30° when fully inflated. There are depressions on both sides of the front end of the outermost shoulder air cushion, which supports and fixes the upper arm of the user in the prone position; the bottom is a flat circle The arc supports the upper thigh and prevents excessive flexion of the lumbar spine. The chest air cushion is installed in the air cushion groove inside the module, the inner edge of the chest air cushion has a nylon pad edge, and a snap button is installed at the appropriate position to connect with the chest air cushion. the outer edge of the bottom;

The women's sleeping pad is equipped with a cylindrical depression. Since the inflation and assembly of each air cushion are completely independent, the user can independently adjust the height and hardness of the sleeping pad or change the shape by changing the inflation amount and the connection method of the snap buttons, such as a larger abdomen. The user of , can directly remove the abdominal air cushion and inflate the chest air cushion only a small amount.

The working principle of the utility model is as follows: 1. The product is filled with gas. 2. The patient lies prone on the air cushion. 3. The patient places the face on the balloon. Note that the nose, eyes, and mouth fit into the corresponding grooves. 4. Adjust to the most comfortable position.

The advantages of the utility model are: the utility model can not only effectively control and treat snoring, but also the sleep quality of the experimenter is hardly affected after the human experiment; The blood flow caused by the pressure on the face is not smooth, and in addition, it has a certain function of keeping warm; the utility model is mainly made of air cushion, which is convenient for production, and the production cost is very low. Compared with other products, the patient is easy to accept, so it is convenient for popularization and application. The biggest advantage of the utility model lies in portability, which is almost not restricted by space and can be carried by patients.

Description of drawings

Figure 1 is a schematic diagram of the structure of the men's sleeping pad.

Figure 2 is a split view of the men's sleeping pad.

Figure 3 is a schematic diagram of the results of the women's sleeping pad.

Figure 4 is a split view of the women's sleeping pad.

Figure 5 is a schematic diagram of the structure of the shoulder air cushion.

Figure 6 is a schematic diagram of the structure of the head air cushion.

Figure 7 is a schematic diagram of the structure of the abdominal air cushion.

Figure 8 is a schematic diagram of the structure of the men's chest air cushion.

Detailed ways

As shown in FIG. 1, the portable prone sleeping pad includes a head air cushion 1, a shoulder air cushion 2, a chest air cushion 3 and an abdominal air cushion 4. The head air cushion 1 is connected to the shoulder air cushion 2, and the shoulder air cushion is connected to the shoulder air cushion 2. 2. The inner side is provided with an air cushion groove 5, and the inner side of the chest air cushion 3 is provided with an abdominal groove 6. The chest air cushion 3 is located in the air cushion groove 5, and the abdominal air cushion 4 is located in the abdomen groove 6.

The head air cushion 1 is provided with a face groove 7, the front end and rear end of the face groove 7 are shallower than the middle part of the face groove, and the left and right sides of the face groove 7 are respectively provided with channels leading to the outside. Stomata 8.

An air washer for dragging the head is arranged in the face groove 7 .

The left and right sides of the shoulder air cushion 2 are respectively provided with arm grooves 9 for accommodating both arms.

The prone position sleeping pad is divided into a male sleeping pad and a female sleeping pad. The abdominal air cushion of the male sleeping pad is provided with a genital groove for holding male reproductive organs, and the chest of the female sleeping pad is provided with a genital groove for holding male reproductive organs. The front end of the air cushion is provided with a chest groove 10 for containing the female chest.

The upper surfaces of the shoulder air cushion 2, the chest air cushion 3 and the abdominal air cushion 4 are downward physiologically inclined surfaces.

The head air cushion 1, the shoulder air cushion 2, the chest air cushion 3 and the abdominal air cushion 4 are independent of each other, each air cushion is provided with an air valve, and there are nylon thin pads at the bottom of each air cushion, and each nylon thin pad is provided with an air valve. A snap button is installed on the edge part of the air cushion, and each air cushion is connected by a snap button.

Air cushion covers are provided on the head air cushion 1 , the shoulder air cushion 2 , the chest air cushion 3 and the abdominal air cushion 4 .

The air cushion cover is made of nylon cloth.

The bottom of the shoulder air cushion is an arc-shaped leg support part 11 .

It consists of four airbags connected to each other to form a whole, which is divided into one module for the head and three modules for the body, and each of the four airbags has an air valve. A nylon thin pad is connected to the bottom of the airbag, a snap button is installed on the edge of the thin pad, and the airbags are connected by a snap button.

The head air cushion is designed with a face groove for placing the face, and the front and rear ends of the face groove are shallower to accommodate the forehead and jaw. The edge part of the facial groove is made of skin-friendly material, which is very close to the human skin and not only has a certain softness, but also will not collapse after long-term use.

There is a ventilation hole on the left and right sides of the facial groove to connect the outer side for ventilation; the airway opening is large enough, and there is no need to worry about the occurrence of poor airflow.

The body module is designed with a certain slope, and the inclination angle can reach 30° after being fully inflated, which fully meets the requirements of ergonomics, making the user feel very comfortable and will not cause cervical pain after a long sleep. And this angle can be adjusted to a certain extent by controlling the amount of inflation.

There are arm grooves on both sides of the front end of the outermost shoulder air cushion, which support and fix the upper arm of the user when the user is in the prone position. The feeling of being bound.

The bottom is a flat arc leg support part, supporting the upper part of the thigh. Its hardness has been determined after many tests, which can adapt to the needs of people of different weights, and has a certain supporting effect on the legs without feeling oppressive. to relieve the pressure on the chest and make breathing easier.

The abdominal air cushion can be disassembled separately to meet the requirements of different body types. People with higher obesity can remove the abdominal air cushion to avoid the pressure on the abdomen and make it difficult to fall asleep.

In addition, the chest part of the women's model is designed with chest grooves to adapt to the characteristics of women's physiological structure. The whole therapeutic device is composed of a plurality of air cushions, and the air cushions are connected by buckles. When in use, you only need to inflate the air cushions and then connect them according to your own needs, which is very simple and convenient.

Claims (10)

1. portable prone position sleeping pad, it is characterized in that: comprise head air cushion, shoulder air cushion, chest air cushion and abdomen air cushion, described head air cushion is connected with shoulder air cushion, is provided with air cushion groove in shoulder air cushion inner side , the inside of the chest air cushion is provided with an abdominal groove, the chest air cushion is located in the air cushion groove, the abdominal air cushion is located in the abdominal groove, the head air cushion is provided with a facial groove, and the facial concave The left and right sides of the groove are respectively provided with ventilation holes leading to the outside. 2 . The portable prone sleeping pad of claim 1 , wherein the front and rear ends of the facial groove are shallower than the middle portion of the facial groove. 3 . 3 . The portable prone sleeping pad according to claim 2 , wherein an air washer for dragging the head is arranged in the face groove. 4 . 4 . The portable prone sleeping pad according to claim 1 , wherein the left and right sides of the shoulder air cushion are respectively provided with arm grooves for holding the arms. 5 . 5. The portable prone position sleeping pad according to claim 1 is characterized in that: the prone position sleeping pad is divided into a men's sleeping pad and a women's sleeping pad, on the abdominal air cushion of the men's sleeping pad There are genital grooves for holding male reproductive organs, and a chest groove for holding female breasts is arranged at the front end of the chest air cushion of the female sleeping pad. 6 . The portable prone sleeping pad according to claim 1 , wherein the upper surfaces of the shoulder air cushion, the chest air cushion and the abdominal air cushion are downward physiologically inclined surfaces. 7 . 7. The portable prone sleeping pad according to claim 1, wherein the head air cushion, the shoulder air cushion, the chest air cushion and the abdominal air cushion are independent of each other, and each air cushion is provided with an air valve, and each air cushion is provided with an air valve. Nylon thin pads are arranged at the bottom of the air cushions, snap buttons are installed on the edge of each nylon thin pad, and the air cushions are connected by snap buttons. 8 . The portable prone sleeping pad according to claim 1 , wherein air cushion covers are provided on the head air cushion, shoulder air cushion, chest air cushion and abdomen air cushion. 9 . 9 . The portable prone sleeping pad according to claim 8 , wherein the air cushion cover is made of nylon cloth. 10 . 10 . The portable prone sleeping pad according to claim 1 , wherein the bottom of the shoulder air cushion is an arc-shaped leg support part. 11 .

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