CN205359030U - Pillow body riser and compression that has this controller sleep pillow that goes up and down - Google Patents

Abstract

The utility model discloses a pillow lifter and a mechanical lift sleep pillow with the controller. The pillow lifter is composed of a body position signal acquisition device and a pillow lifter controller. The body position signal acquisition device includes a test board on which two ball switches and a remote control switch signal transmitter are arranged, and the two ball switches are arranged oppositely on the test board. The pillow body lifter is composed of a pillow body lifting drive device, a pillow body lifting control device, and a pillow body lifting control device. The utility model has the advantage that the sleep pillow can constantly monitor the sleeping position during the sleep process of the human body, and when there is a change between the side lying position and the supine position, the height of the pillow body can be adjusted in time and accurately to ensure that the sleeping position is stable during sleep. During the process, the muscle tissue of the human neck is relaxed, the blood circulation is improved, and the joints are repaired and decompressed, which provides great help for the improvement of the condition of patients with cervical spondylosis.

Description

Pillow Body Lifter and Compression Lifting Sleeping Pillow with the Controller

technical field

The utility model relates to a pillow body lifter and a compressed lifting sleep pillow with the lifter. The present invention also relates to.

Background technique

Along with the changes in people's lifestyles, mobile phones, computers, and cars have become the main tools of our daily life. While they bring convenience to people, they also cause great damage to the cervical spine, resulting in a sharp increase in the number of patients with cervical spondylosis. As we all know, the height of the pillow has a great impact on patients with cervical spondylosis. Doctors suggest that patients with cervical spondylosis should not use pillows or use a pillow the size of a wine bottle to rest their necks. Sleeping on such a pillow is comfortable when lying on the back. However, when lying on the side, the head hangs downward with a large curvature, which can cause compression of the blood vessels and nerves on one side of the neck, and stretch the blood vessels and nerves on the other side, which greatly affects the blood in the neck. Circulation and nerve health affect the blood supply to the brain and the health of the brain nerves. At the same time, cervical scoliosis can cause new cervical spondylosis, which makes people in a dilemma and unable to decide what to do about the pillow. People spend 1/3 of their life in sleep. Pillow is the only tool to accompany people to sleep. It has a great influence on the quality of sleep. An important tool for tissue relaxation, improved circulation, and joint decompression. In summary, it is very urgent to design a healthy pillow with the function of automatically adjusting the height during sleep to meet the requirements of low pillow when lying on the back and high pillow when lying on the side.

Contents of the invention

The first technical problem to be solved by the utility model is to provide a pillow body lifter, which can automatically adjust the height of the pillow body according to the body position changes during sleep. Another technical problem to be solved by the utility model is to provide a compressed lifting sleep pillow with the lifter.

The technical scheme of the utility model is: the pillow lifter is composed of a body position signal acquisition device and a pillow lift controller. The body position signal acquisition device includes a test board, on which two ball switches and a remote control switch signal transmitter are housed. The ball switch is a pillow lifting instruction switch, and the two ball switches are arranged oppositely on the test board. When the test board is in the horizontal state, the two ball switches are all off, and when the test board is rotated from the horizontal to the upright state, one of the ball switches is on. The two ball switches are connected with the remote control switch signal transmitter by wires. An installation angle adjustment mechanism is provided at the connection between the two ball switches and the surface of the test board. The above-mentioned test board is installed in a transparent box, and is provided with a binding belt for fixing the transparent box on the human body or a Velcro fastener for fixing the transparent box on the pajamas.

The pillow body lifter is composed of a pillow body lifting drive device, a pillow body lifting control device, and a pillow body lifting height control device. The pillow lifting driving device includes an air pump and an exhaust pump, and the air charging port of the air pump is connected with the liftable pillow through an inflation hose. The suction port of the exhaust pump is connected with the liftable pillow body through a suction hose. The pillow lifting control device is arranged on a mounting board and includes a remote control switch signal receiver, and the remote control switch signal receiver is wirelessly connected with the remote control switch signal transmitter. The pillow body lifting control device also includes an air pump start switch and an exhaust pump control switch, both of which are linked switching switches, and the exhaust pump control switch is normally connected. Connector wire connection.

The pillow body lifting height control device is that a quantitative inflation one-way valve is arranged on the inflation hose, and a quantitative exhaust one-way valve is arranged on the exhaust hose.

The compressed lifting sleep pillow with the above-mentioned lifter includes a liftable pillow body, the bottom of which is a bottom plate, and an airbag pillow body is fixed above the bottom plate, and the lifting of the pillow body is controlled by the airbag pillow body. Individual setups, or combinations for multiple elongated bladders placed side by side. A lifting pillow surface is arranged above the airbag pillow body.

The inflation port of the air pump is connected with the air bag pillow body through the inflation hose. The suction port of the exhaust pump is connected with the air bag pillow body through the exhaust hose.

The air medium in the above system can also be replaced by water, that is, the air pump and exhaust pump are replaced by water injection pump and drain pump respectively, the inflation hose and suction hose are replaced by water injection hose and water suction hose respectively, and the airbag pillow body is replaced by water Capsule pillow instead. The water injection port of the water injection pump is connected with the water bag pillow body through the water injection hose, and the water suction port is connected with the water tank through the water suction hose. The water suction port of the drain pump is connected with the water bag pillow body through the water suction hose, and the water discharge port is connected with the water tank through the drain hose. The pillow body lifting control device also includes a water injection pump start switch and a drainage pump control switch, both of which are linkage switching switches. Connector wire connection.

The using method of the present utility model is:

1. First, fine-tune the two ball switches on the sleep position sensing board. Because people cannot always be in the standard supine or side position when sleeping, there are often some deviations. In order to prevent some slight changes in sleeping positions from causing If the system is misoperated, the initial angle of the ball switch can be set in an appropriate amount in the opposite direction according to the specific situation. While raising the threshold of body position action, some false signals of body position can be filtered out, so that it can be used when the sleeping position of the human body is really changed. The motor sends out precise commands.

2. Before going to bed, fix the sleep position perception board on the chest or abdomen of the human body with a binding belt.

(1) When the user chooses the supine position, the air suction pump or the water suction pump is connected, and if the lifting pillow surface is at a high position, the lifting pillow surface will descend. If the lifting pillow surface is at a low position, though the air suction pump or the water suction pump is connected, the lifting pillow surface does not change.

(2) When the user chooses the side-lying position, the ball switch connects the air pump or the water filling pump, and if the lifting pillow surface is at a low position, the lifting pillow surface will rise. If the lifting pillow surface is at a high position, although the air pump or water filling pump is connected, the position of the pillow surface remains unchanged.

(3) When the user changes from the supine position to the lateral position, the situation is the same as (2).

(4) When the user changes the supine position from the side lying position, the situation is the same as (1).

The utility model has the advantage that the sleeping pillow can constantly monitor the sleeping position during the sleep process of the human body, and when there is a change between the side lying position and the supine position, the height of the pillow body can be adjusted in time and accurately to ensure that the sleeping position is stable during sleep. During the process, the muscle tissue of the human neck is relaxed, the blood circulation is improved, and the joints are corrected and decompressed, which provides great help for the improvement of the condition of patients with cervical spondylosis.

Description of drawings

The utility model is described in detail below in conjunction with accompanying drawing and specific embodiment.

Fig. 1 is a schematic structural view of a pillow lifting controller in Embodiment 1 of the present utility model.

2 is a schematic structural diagram of the body position signal acquisition device in Embodiment 1.

Fig. 3 is a schematic structural view of the lifting sleeping pillow in Embodiment 2.

Fig. 4 is a schematic structural view of the airbag pillow body in Embodiment 3 of the present utility model.

FIG. 5 is a schematic diagram of the circuit principle of Embodiment 3. FIG.

Labels in the figure:

1. Bottom plate 2. Airbag pillow body 3. Slender airbag 4. Lifting pillow surface 5. Air pump 6. Exhaust pump

7. Inflatable hose 8, suction hose 9, quantitative inflation one-way valve 10, quantitative exhaust one-way valve

11. Test board 12. Ball switch 13. Remote control switch signal transmitter 14. Installation angle adjustment mechanism

15. Transparent box 16. Binding belt 17. Remote control switch signal receiver 18. Air pump start switch

19. Exhaust pump control switch 20, mounting plate 21, water filling pump 22, drainage pump

23. Water filling hose 24, drainage hose 25, water bladder pillow 26, water tank 27, water suction hose

28. Drainage hose 29. Water injection pump start switch 30. Drainage pump control switch.

detailed description

example 1

As shown in Fig. 1 and Fig. 2, the pillow lifting controller is composed of a body position signal acquisition device and a pillow lifting controller.

The body position signal acquisition device includes a test board 11, on which two ball switches 12 and a remote control switch signal transmitter 13 are housed. . When the test board 11 is in the horizontal state, the two ball switches 12 are all turned off, and when the test board 11 is rotated from the horizontal direction to the upright state, one of the ball switches 12 is turned on. Two ball switches 12 are connected with remote control switch signal transmitter 13 by wire. An installation angle adjustment mechanism 14 is provided at the joint between the two ball switches 12 and the surface of the test board 11 . The above-mentioned test board 11 is installed in a transparent box 15, and is provided with a binding belt 16 for fixing the transparent box 15 on the human body or a Velcro fastener for fixing on the pajamas.

The pillow body lifting controller is composed of a pillow body lifting drive device, a pillow body lifting control device, and a pillow body lifting control device. The pillow body lifting driving device comprises an air pump 5 and an exhaust pump 6, and the inflation port of the air pump 5 is connected with the liftable pillow body by an inflation hose 7. The suction port of exhaust pump 6 is connected with liftable pillow body by suction hose 8. The pillow lifting control device is arranged on a mounting plate 20 and includes a remote control switch signal receiver 17, which is wirelessly connected with the remote control switch signal transmitter 13. The pillow lifting control device also includes an air pump start switch 18 and an exhaust pump control switch 19, both of which are linked switching switches. Connect with remote switch signal receiver wire 17.

Pillow body height control device is that quantitative inflation one-way valve 9 is housed on the inflation hose 7, and quantitative exhaust one-way valve 10 is housed on exhaust hose 8.

Example 2

As shown in Figure 3 and Figure 4, the lifting sleep pillow with the above-mentioned lifter includes a liftable pillow body, and the bottom of the liftable pillow body is a bottom plate 1, and an airbag pillow body 2 is fixed above the bottom plate 1, and the pillow body is lifted and lowered by the airbag pillow. Body 2 controls, and the airbag pillow body 2 on the base plate 1 is arranged individually, or is a combination of a plurality of elongated airbags 3 placed side by side. A lifting pillow surface 4 is provided above the airbag pillow body 2 .

The inflation port of the air pump 5 is connected with the airbag pillow body 2 through the inflation hose 7 . The suction port of exhaust pump 6 is connected with airbag pillow body 2 by suction hose 8 .

Example 3

As shown in Figure 5, the air medium in the system in Example 2 can also be replaced by water, that is, the air pump 5 and the exhaust pump 6 are replaced by the water injection pump 21 and the drain pump 22 respectively, and the inflation hose 7 and the suction hose 8 are respectively replaced by Water injection hose 23 and water suction hose 24 replace, and air bag pillow body 2 replaces with water bag pillow body 25. The water injection port of the water injection pump 21 is connected with the water bag pillow body 25 through the water injection hose 23 . The water suction port of the drainage pump 22 is connected with the water bag pillow body 25 by the water suction hose 24 . The water suction port of the water injection pump 21 is connected with the water tank 26 by the water suction hose 27 . The drain of the drain pump 22 is connected with the water tank 26 through the drain hose 28 . The pillow lifting control device also includes a water injection pump start switch 29 and a drainage pump control switch 30, both of which are linkage switching switches. Connect with the remote control switch signal receiver 17 wires.

Claims (3)

1. A pillow lifter, characterized in that: the pillow lift controller is made of a body position signal acquisition device and a pillow body lift controller; the body position signal acquisition device comprises a test board (11), on which two balls are housed Switch (12) and a remote control switch signal transmitter (13), ball switch (12) is the pillow lifting command switch, and two ball switches (12) are relatively set on the test board (11); When the test board (11) When in the horizontal state, the two ball switches (12) are all disconnected, and when the test board (11) is rotated from the horizontal to the upright state, one of the ball switches (12) is connected; the two ball switches (12) pass The wire is connected to the remote control switch signal transmitter (13); the connection between the two ball switches (12) and the board surface of the test board (11) is provided with an installation angle adjustment mechanism (14); the above-mentioned test board (11) is installed In a transparent box (15), there is a binding belt (16) for fixing the transparent box (15) on the human body or a Velcro fastener for fixing on the pajamas; The lifting drive device, the pillow body lifting control device, and the pillow body lifting height control device are composed; the pillow body lifting drive device includes an air pump (5) and an exhaust pump (6), and the inflation port of the air pump (5) passes through the inflation hose (7 ) is connected with the liftable pillow body; the suction port of the exhaust pump (6) is connected with the liftable pillow body through the exhaust hose (8); the pillow body lifting control device is arranged on a mounting plate (20), including a remote control The switch signal receiver (17), the remote control switch signal receiver (17) is wirelessly connected with the remote control switch signal transmitter (13); the pillow lifting control device also includes an air pump start switch (18) and an exhaust pump control switch (19) , the two are linkage switching switches, the exhaust pump control switch (19) is normally connected, and the air pump start switch (18) and the exhaust pump control switch (19) are respectively connected to the remote control switch signal receiver (17) wires; Pillow body lifting height control device is that quantitative inflation check valve (9) is housed on the inflation hose (7), and quantitative exhaust check valve (10) is housed on exhaust hose (8). 2. The compression lifting sleep pillow with the pillow lifter of claim 1, characterized in that: the lifting sleep pillow comprises a liftable pillow body, and the bottom of the liftable pillow body is a bottom plate (1), and the top of the bottom plate (1) is fixed There is an airbag pillow (2), and the lifting of the pillow is controlled by the airbag pillow (2). The airbag pillow (2) on the bottom plate (1) is a single arrangement, or a combination of multiple slender airbags (3) placed side by side The top of the airbag pillow (2) is provided with a lifting pillow surface (4); the inflation port of the air pump (5) is connected with the airbag pillow through the inflation hose (7); the suction port of the exhaust pump (6) passes through the exhaust Flexible pipe (8) is connected with air bag pillow body (2). 3. The compression lifting sleep pillow according to claim 2, characterized in that: the air medium in the system is replaced with water, that is, the air pump (5) and the exhaust pump (6) use the water injection pump (21) and the drain pump (22) respectively. ) instead, the inflation hose (7) and suction hose (8) are replaced by water injection hose (23) and water suction hose (24) respectively, and the air bag pillow (2) is replaced by water bag pillow (25); note The water injection port of the water pump (21) is connected with the water bag pillow body (25) through the water injection hose (23), and the water suction port is connected with the water tank (26) through the water suction hose (27); The hose (24) is connected to the water bag pillow (25), and the drain is connected to the water tank (26) through the drain hose (28); the pillow lifting control device also includes a water injection pump start switch (29) and a drainage pump control switch (30), the two are linkage switching switches, the water injection pump start switch (29) is a normally connected setting, the air injection pump start switch (29) and the drain pump control switch (30) are respectively connected to the remote control switch signal receiver wire (17 )connect.