CN103705364B - The spinal column drawing-off gas column maneuver of Multi-layer air column type spine cushion - Google Patents

Abstract

The invention discloses a spine stretching air column technique of a multi-layer air column type spine cushion. The multilayer air column type spine cushion is arranged on a bed body, and the multilayer air column type spine cushion consists of more than 10 groups of multilayer air column The structure is arranged in sequence, the multi-layer gas column structure includes more than two layers of gas columns connected in sequence, the multi-layer gas column structure also includes an air circuit system and a controller, and the air circuit system includes a control valve and an air pump , the gas nozzles of one of the layers of gas columns in each group of multi-layer gas column structures are respectively connected to the control valves through pipelines, each control valve is connected to the air pump through the intake pipe, and each control valve is also connected to the controller. The above-described controller controls the opening and closing of each control valve, and correspondingly controls each group of multi-layer air column structures to inflate or exhaust. Each group of multi-layer air column structures forms a wave-shaped arch according to the order of arrangement, forming a support for each vertebra of the human spine. Perform rolling, propping, pounding, stretching or pulling motions.

Description

Spinal stretching air column manipulation with multi-layer air column spinal cushion

technical field

The invention relates to a multi-layer air column type spinal cushion, in particular to a spinal stretching air column manipulation of the multi-layer air column type spinal cushion.

Background technique

The spine, also known as the spine and the spine, is formed by connecting vertebrae and intervertebral discs with special shapes. It is located in the middle of the back, connected to the skull at the top, connected to the ribs in the middle, and forms the pelvis at the bottom and the hip bone. From top to bottom, the spine consists of 7 cervical vertebrae, 12 thoracic vertebrae, 5 lumbar vertebrae, 1 sacrum (composed of 5 sacral vertebrae) and 1 coccyx (combined of 4 coccyx vertebrae), a total of 26 (adults) separate vertebrae. The inside of the spine forms a longitudinal spinal canal from top to bottom, which contains the spinal cord. The spine is a fairly flexible and mobile structure. As the body is loaded with motion, the shape of the spine can change considerably.

In recent years, for career and livelihood, people are increasingly busy with work, unhealthy diet and lack of exercise, and most people are in a sub-health state. Especially some people who are engaged in mental work, sitting in the office all day long, working in front of the computer, keeping a sitting posture and working at the desk for a long time, can easily cause endocrine diseases, eye diseases, neurological diseases, etc., and most of them are chronic diseases, which are difficult to treat and the treatment cycle Long and prone to repeated attacks. Especially bone hyperplasia, intervertebral disc herniation, sciatica, cervical spondylosis and other spinal diseases are difficult to be cured by general drugs, and most of them use physical therapy. Patients need to go to the hospital or rehabilitation center for massage, acupuncture or use equipment for traction Wait for rehabilitation.

However, the currently used spinal traction devices are generally of rigid structure, and the spine is pulled by pulling force. 1. The head traction frame and the footstep fixing frame are characterized in that: the two ends of the bed body are provided with movable bed boards, the head traction frame is arranged on the movable bed board, and the footstep fixing frame is arranged on the movable bed board. One side of the bed body is provided with a traction frame. The present invention has the advantages of simple structure, convenient use, flexible operation, and reasonable distribution of correcting force. caused by fatigue.

At present, the method of correcting and pulling the human spine with this rigid structure cannot stretch every bone in the human spine, and the therapeutic effect on spinal diseases is not obvious; at the same time, the human body does not have any comfort during the treatment process. feeling, even pain.

Contents of the invention

In order to overcome the deficiencies of the prior art, the object of the present invention is to provide a spinal stretching air column manipulation of a multi-layer air column type spinal cushion that can stretch each vertebra of the spine.

The technical scheme of the present invention is: the spinal stretching air column technique of the multi-layer air column type spine cushion, the multi-layer air column type spine cushion is arranged on the bed body, and the multilayer air column type spine cushion is composed of more than 10 groups The multi-layer air column structure is arranged in sequence. The multi-layer air column spine cushion is wrapped with a sponge layer. The inflated section of the multi-layer air column spine cushion is an elliptical column matrix. , the human body is placed on a multi-layer air column spine cushion between the neck and the buttocks, each group of multi-layer air column structures is perpendicular to the human spine, and two adjacent groups of multi-layer air column structures are connected to each other, and the multi-layer air column structures are connected to each other. The column structure includes more than two layers of gas columns connected in sequence, each layer of gas columns is connected with gas nozzles, and the gas nozzles of the adjacent layers of gas columns are connected through pipelines, and the multi-layer gas column structure also includes a gas circuit system and a controller, the air circuit system includes a control valve and an air pump, and the air nozzles of one layer of the air column in each group of multi-layer air column structures are respectively connected to each control valve through pipelines, and each control valve is respectively equipped with Intake pipe and exhaust pipe, each control valve is connected to the air pump through the intake pipe, and each control valve is also connected to the controller. The controller is also equipped with a buffer, and more than two groups of multi-layer gas are stored in the buffer. The timing control table for inflating or exhausting the column structure, the controller controls the opening and closing of each control valve according to the timing control table in the buffer, and correspondingly controls each group of multi-layered air column structures to inflate or exhaust, each group The multi-layer air column structure forms wavy arches according to the order of arrangement, forming the actions of rolling, supporting, beating, stretching or stretching the vertebrae of the human spine.

In the present invention, when the controller controls the opening and closing of the control valve to roll each vertebra of the human spine, its specific operation is:

1) The controller controls to open the Nth control valve to inflate the corresponding Nth group of multi-layered air column structures, filling the first layer of the Nth group of multi-layered air column structures;

2) The controller controls to continue to open the Nth control valve and continue to inflate the corresponding Nth group of multi-layered gas column structures, filling the second layer of gas columns of the Nth group of multi-layered gas column structures; at the same time, the controller also controls to open The N+1th control valve inflates the corresponding N+1th group of multi-layered air column structures, filling the first layer of the N+1th group of multi-layered air column structures;

3) The controller continues to control and open the Nth and N+1th control valves respectively, and continues to inflate the corresponding Nth group and N+1th group of multi-layer gas column structures respectively, and fills up the Nth group of multi-layer gas column structures respectively. The third layer of air columns in the column structure and the second layer of air columns in the N+1 group of multi-layer air column structures, at this time, the three-layer air columns of the Nth group of multi-layer air column structures reach the inflated saturation state, and the Nth group more The layered air column structure stretches the vertebrae in the human spine at the corresponding position; at the same time, the controller also controls to open the N+2th control valve, and starts to inflate the N+2th group of multi-layered air column structures, filling the Nth +2 sets of first-layer air columns of multi-layer air column structure; three sets of multi-layer air column structures form wavy crests and troughs;

4) The controller controls to open the Nth control valve to exhaust the Nth group of multi-layer gas column structures, so that the exhaust of the first layer of the Nth group of multi-layer gas column structures is completed; at the same time, the controllers respectively continue Control and open the N+1th and N+2th control valves, and continue to inflate the corresponding N+1th and N+2th groups of multi-layer gas column structures respectively, so that the N+1th group of multi-layer gas columns The third layer of air column of the structure is full, and the second layer of air column of the N+2 multilayer air column structure is full. At this time, the N+1 multilayer air column structure reaches the inflated saturation state. The layered air column structure stretches the vertebrae in the human spine at the corresponding position; at the same time, the controller also controls to open the N+3th control valve, and starts to inflate the N+3th group of multi-layered air column structures, so that the Nth The first layer of air columns in the +3 groups of multi-layered air column structures is full; at this time, the multi-layered air column structures of group N+1, group N+2 and group N+3 form wave-shaped crests and troughs;

5) The controller controls to open the Nth and N+1th control valves to exhaust the Nth group and the N+1th multilayer gas column structure, so that the second layer of the Nth group of multilayer gas column structures After the exhaust of the air column is completed, the exhaust of the first layer of the air column of the N+1 multi-layer air column structure is completed; at the same time, the controller continues to control the opening of the N+2 and N+3 control valves respectively, and respectively continues Inflate the corresponding N+2 and N+3 multilayer air column structures, the third layer of the N+2 multilayer air column structure is filled, and the N+3 multilayer air column structure The second layer of air column is full, and at this time the multi-layer air column structure of the N+2 group reaches the inflation saturation state, and the multi-layer air column structure of the N+2 group stretches the vertebrae in the human spine at the corresponding position; at the same time, The controller also controls to open the N+4th control valve, and starts to inflate the N+4th group of multi-layer gas column structures, so that the first layer of gas columns of the N+4th group of multi-layer gas column structures is full. At this time, Group N+2, Group N+3 and Group N+4 have multi-layer air column structures forming wave-shaped crests and troughs;

6) The controller controls to open the Nth, N+1th and N+2th control valves to exhaust the Nth group, N+1th and N+2th group of multi-layer gas column structures, so that the Nth The exhaust of the third air column of the group multi-layer air column structure is completed, so that the exhaust of the second layer of air column of the N+1 group multi-layer air column structure is completed, and the first layer of the N+2 multi-layer air column structure The exhaust of the layer gas column is completed; at the same time, the controller continues to control the opening of the N+3 and N+4 control valves respectively, and continues to provide the corresponding N+3 and N+4 groups of multi-layer gas column structures respectively. Inflate, so that the third layer of the N+3 group of multi-layer gas column structure is full, and the second layer of the N+4 group of multi-layer gas column structure is full. At this time, the N+3 group of multi-layer gas columns The column structure reaches the inflated saturation state, and the N+3 group of multi-layer air column structures stretches the vertebrae in the human spine at the corresponding position; at the same time, the controller also controls to open the N+5 5 sets of multi-layer air column structures are inflated to fill the first layer of air columns of the N+5 multi-layer air column structure;

Perform the operations from step 1) to step 6) in a cycle. Each group of multi-layer air column structures forms a wavy arch according to the order of arrangement. The human spine is stretched.

In the present invention, when the controller beats the thoracic vertebrae of the human spine by controlling the opening and closing of the control valve, its specific operations are:

1) The controller controls to open the control valve of the multi-layer air column structure corresponding to the thoracic vertebra of the human spine, and inflates the group of multi-layer air column structures, so that the third air column of the group of multi-layer air column structures is filled;

2) The controller controls to close the control valve of the multi-layer air column structure corresponding to the thoracic vertebrae of the human spine, so that the multi-layer air column structure remains inflated;

3) The controller controls to open the control valve of the multi-layer air column structure corresponding to the thoracic vertebra of the human spine, so that the group of multi-layer air column structures are deflated;

4) Repeat the operations from step 1) to step 3), so that the group of multi-layer air column structures repeatedly beats the thoracic vertebrae of the human spine.

Further, in the present invention, when the controller controls the opening and closing of the control valve to beat the lumbar vertebrae of the human spine, it sets the lumbar vertebrae of the human spine to correspond to Group Y, Group Y+1, and Group Y+ 2 sets of multi-layer air column structures, the specific operation of the beating action is as follows:

1) The controller respectively controls to open the control valves corresponding to the Y+1 and Y+2 groups of multi-layer gas column structures, and inflates the two groups of multi-layer gas column structures, so that the Y+1 group and the Y+2 group The three-layer air column of the multi-layer air column structure of the Y+2 group is full;

2) The controller controls to open the control valve corresponding to the Y group of multi-layer gas column structures, and inflate the group of multi-layer gas column structures, so that the three-layer gas columns of the Y group of multi-layer gas column structures are all filled; at the same time, the control The controllers respectively control and open the control valves corresponding to the Y+1 and Y+2 groups of multi-layer gas column structures, and exhaust the two groups of multi-layer gas column structures, so that the Y+1 and Y+2 groups are more The three-layer air column of the layer air column structure is exhausted;

3) Repeat the operation from step 1) to step 2), and group Y, group Y+1, and group Y+2 cooperate with the multi-layer air column structure to beat the human spine and lumbar vertebrae.

Further, the multi-layer air column spine cushion includes 16-20 sets of multi-layer air column structures.

Further, each layer of the air column is elliptical cylindrical after inflated, with a length of 60-120 cm, a width of 8-12 cm, and a height of 4-5 cm after inflated.

Furthermore, the height difference between the maximum bulge and the sag of each group of multi-layer air column structures is more than 12 cm.

Furthermore, each layer of air columns is adhesively connected or each layer of air columns is accommodated in a honeycomb cloth lattice chamber.

The spine stretching air column method of the multi-layer air column type spine cushion of the present invention adopts a controller to control the opening and closing of each intake valve and each exhaust valve, and controls each group of multi-layer air column structures to form a wave shape according to the arrangement sequence. The arching of the spine forms the actions of rolling, supporting, beating, stretching or stretching the vertebrae of the human spine. The invention successfully applies the air column structure to the spinal traction equipment. During the stretching process of the human spine, not only can the human body feel comfortable, but also can stretch each bone of the spine to achieve the purpose of correcting the spine.

Description of drawings

Below in conjunction with accompanying drawing and specific embodiment the present invention will be described in further detail:

Fig. 1 is the structural representation of multi-layer air column type spinal cushion of the present invention;

Fig. 2 is a structural schematic diagram of a group of multi-layer gas column structures of the present invention.

detailed description

The present invention will be described in further detail below in combination with specific embodiments.

As shown in Fig. 1 or Fig. 2, the spinal stretching air column technique of multi-layer air column type spine cushion, described multilayer air column type spine cushion 10 is arranged on the bed body, and multilayer air column type spine cushion 10 is made of More than 10 groups of multi-layer air column structures 20 are arranged in order. The multi-layer air column spine cushion 10 is wrapped with a sponge layer 30. The inflated section of the multilayer air column spine cushion 10 is an elliptical column matrix. When the multilayer air column type spine cushion 10 is placed on the multilayer air column type spine cushion 10 between the neck and the buttocks of the human body, each group of multilayer air column structures 20 is perpendicular to the human spine, and two adjacent groups of multilayer air column cushions The column structures 20 are connected to each other. The multi-layer air column structure 20 includes more than two layers of air columns 21 connected in sequence. Each layer of air columns 21 is connected with an air nozzle 40. 40 are communicated through pipelines, and the multi-layer gas column structure 20 also includes an air system 50 and a controller 60, and the air system 50 includes a control valve 51 and an air pump 52, and each group of multi-layer gas column structures 20 The air nozzles 40 of one of the layers of air columns are respectively connected to the control valves 51 through pipelines, and each control valve 51 is respectively provided with an intake pipe 511 and an exhaust pipe 512, and each control valve 51 is connected with the air pump 52 through the intake pipe 511, Each control valve 51 is also connected to the controller 60, and the controller 60 is also provided with a buffer 61, and the buffer 61 stores more than two sets of timing control tables for the inflation or exhaust of the multi-layer gas column structure 20, The controller 60 controls the opening and closing of each control valve 51 according to the timing control table in the buffer 61, and correspondingly controls each group of multilayer gas column structures 20 to inflate or exhaust, and each group of multilayer gas column structures 20 according to Arranged in order to form a wavy arch, form the action of rolling, supporting, beating, stretching or stretching the vertebrae of the human spine.

The multi-layer air column type spinal cushion 10 of the present invention includes 16-20 groups of multi-layer air column structures to ensure that when the human body is lying on the multi-layer air column type spine cushion 10, the human body is placed between the neck and the buttocks of the multi-layer air column. Column type spine pad 10 on.

Each layer of air columns 21 of the present invention is inflated into an elliptical cylinder, with a length of 60-120cm, a width of 8-12cm, and a height of 4-5cm after inflation. When the air column 21 of the present invention is applied in the multi-layer air column spinal cushion 10, in order to better fit the air column 21 to the back of the human body, the air column 21 is inflated into an elliptical cylindrical shape. In order to make multiple groups of multi-layer air column structures 20 stretch each vertebra of the human spine during use, the width of each layer of air column 21 in the multi-layer air column structure 20 cannot exceed 12 cm. 20 The overall height difference of ups and downs must be greater than 12cm. Because the height difference of the air column 21 is required to be large, and the width is required to be relatively small, so if the existing single-layer air column structure is used, the above requirements cannot be realized at all, and can only be achieved by the multi-layer air column structure 20 of the present invention. above requirements. When multiple groups of multi-layer gas column structures 20 are used together, the controller 60 controls the opening and closing of each control valve 51 according to the timing control table in the buffer 61, thereby controlling each group of multi-layer gas column structures 20 to inflate and discharge. Qi, each group of multi-layered air column structures 20 forms a wavy arch or depression according to the arrangement sequence, so as to achieve the effect of stretching each vertebra of the human spine.

The height difference between each group of multi-layered air column structures 20 in the present invention is more than 12 cm, so that the human spine can be stretched. At the same time, the multi-layer air column spine cushion 10 of the present invention can not only make the human body feel comfortable, but also can stretch each vertebra of the spine in the process of stretching the human spine to achieve the purpose of correcting the spine.

The layers of air columns 21 are adhesively connected or each layer of air columns is accommodated in the honeycomb cloth grid accommodation cavity 70, thereby preventing the displacement of each layer of air columns 21 during inflation or exhaust.

The spinal stretching air column manipulation of the multi-layer air column spinal cushion of the present invention will be described below through three specific examples.

Embodiment 1 is the specific operation of rolling the human spine with a multi-layer air column spine cushion.

In this embodiment, when the controller 60 controls the opening and closing of the control valve 51 to roll each vertebra of the human spine, its specific operations are as follows:

1) The controller 60 controls to open the Nth control valve 51 to inflate the corresponding Nth group of multi-layer gas column structures 20, filling the first layer of gas column 21 of the Nth group of multi-layer gas column structures 20;

2) The controller 60 controls to continue to open the Nth control valve 51 and continue to inflate the corresponding Nth group of multi-layered gas column structures 20 to fill the second layer of gas column 21 of the Nth group of multi-layered gas column structures 20; at the same time, The controller 60 also controls to open the N+1th control valve 51 to inflate the corresponding N+1th group of multi-layered gas column structures 20 to fill the first layer of gas columns 21 of the N+1th group of multi-layered gas column structures 20 ;

3) The controller 60 continues to control to open the Nth and N+1th control valves 51 respectively, and continues to inflate the corresponding Nth group and N+1th group of multi-layer gas column structures 20 respectively, and respectively fills up the Nth group The third layer of gas columns 21 of the multilayer gas column structure 20 and the second layer of gas columns 21 of the N+1th group of multilayer gas column structures 20, at this time the three layers of gas columns 21 of the Nth group of multilayer gas column structures 20 When the inflated saturation state is reached, the Nth group of multi-layer air column structures 20 stretches the vertebrae in the corresponding position of the human spine; at the same time, the controller 60 also controls to open the N+2th control valve 51, and starts to give the N+2th Groups of multilayer air column structures 20 are inflated to fill the first layer of air column 21 of the N+2 group of multilayer air column structures 20; three groups of multilayer air column structures 20 form wavy crests and troughs;

4) The controller 60 controls to open the Nth control valve 51 to exhaust the Nth group of multilayer gas column structures 20, so that the first layer of gas column 21 of the Nth group of multilayer gas column structures 20 is completely exhausted; at the same time , the controller 60 continues to control the opening of the N+1th and N+2th control valves 51, respectively, and continues to inflate the corresponding N+1th and N+2th groups of multi-layer gas column structures 20, so that the The third layer of gas columns 21 of the N+1 group of multilayer gas column structures 20 is full, and the second layer of gas columns 21 of the N+2 group of multilayer gas column structures 20 is full. At this time, the N+1 group of multilayer gas columns When the structure 20 reaches the inflation saturation state, the N+1th group of multi-layer air column structure 20 stretches the vertebrae in the corresponding position of the human spine; at the same time, the controller 60 also controls to open the N+3th control valve 51 to start feeding The N+3 group of multi-layer gas column structure 20 is inflated, so that the first layer of gas column 21 of the N+3 group of multi-layer gas column structure 20 is full; at this time, the N+1 group, the N+2 group and The N+3th group of multi-layer gas column structures 20 form wave-shaped crests and troughs;

5) The controller 60 controls to open the Nth and N+1th control valves 51 to exhaust the Nth group and the N+1th multilayer gas column structure 20, so that the Nth group of multilayer gas column structures 20 The exhaust of the second layer of air column 21 is completed, and the exhaust of the first layer of air column 21 of the N+1 multilayer air column structure 20 is completed; at the same time, the controller 60 continues to control the opening of the N+2 and Nth air columns respectively. +3 control valves 51, continue to inflate the corresponding N+2 and N+3 groups of multi-layer gas column structures 20 respectively, the third layer of gas columns 21 of the N+2 group of multi-layer gas column structures 20 Full, the second layer of gas column 21 of the N+3 group of multi-layer gas column structure 20 is full, at this time the N+2 group of multi-layer gas column structure 20 reaches the inflated saturation state, and the N+2 group of multi-layer gas column structure 20 Stretch the vertebrae in the human spine at the corresponding position; at the same time, the controller 60 also controls to open the N+4th control valve 51, and starts to inflate the N+4th group of multi-layer air column structures 20, so that the Nth The first layer of air columns 21 of +4 groups of multi-layer gas column structures 20 is full, at this time, the N+2, N+3 and N+4 multi-layer gas column structures 20 form wave-shaped crests and troughs ;

6) The controller 60 controls to open the Nth, N+1th, and N+2th control valves 51 to exhaust the Nth, N+1th, and N+2th groups of multi-layer gas column structures 20, The exhaust of the third layer of gas columns 21 of the Nth group of multilayer gas column structures 20 is completed, and the exhaust of the second layer of gas columns 21 of the N+1 group of multilayer gas column structures 20 is completed. The exhaust of the first layer of gas column 21 of the layered gas column structure 20 is completed; at the same time, the controller 60 continues to control the opening of the N+3 and N+4 control valves 51, respectively, and continues to provide the corresponding N+3 group Inflate with the N+4th group of multilayer gas column structures 20, so that the third layer of gas column 21 of the N+3 group of multilayer gas column structures 20 is full, and the second layer of the N+4 group of multilayer gas column structures 20 The layered air column 21 is full, and at this time the N+3 group of multi-layered air column structure 20 reaches the inflated saturation state, and the N+3 group of multi-layered air column structure 20 stretches the vertebrae in the human spine at the corresponding position; at the same time, The controller 60 also controls to open the N+5th control valve 51, and starts to inflate the N+5th group of multilayer gas column structures 20, so that the first layer of gas column 21 of the N+5th group of multilayer gas column structures 20 into full;

Perform the operations from step 1) to step 6) in a cycle, each group of multi-layer air column structures 20 forms a wave-shaped arch according to the order of arrangement, and each group of multi-layer air column structures 20 is in an arched state and The corresponding position of the human spine is stretched.

In the present invention, the supporting and stretching actions of the multi-layer air column spine pad to the vertebrae of the human spine are similar to the rolling actions.

Embodiment 2 is the specific operation of beating the thoracic vertebrae of the human spine with the multi-layer air column spine cushion 10 .

When the controller 60 beats the thoracic vertebrae of the human spine by controlling the opening and closing of the control valve 51, its specific operations are as follows:

1) The controller 60 controls to open the control valve 51 of the multilayer air column structure 20 corresponding to the thoracic vertebrae of the human spine, and inflates the group of multilayer air column structures 20, so that the three layers of the group of multilayer air column structures 20 Layer gas column 21 is full;

2) The controller 60 controls to close the control valve 51 of the multi-layer air column structure 20 corresponding to the thoracic vertebrae of the human spine, so that the group of multi-layer air column structures 20 maintains an inflated state;

3) The controller 60 controls to open the control valve 51 of the multi-layer air column structure 20 corresponding to the thoracic vertebrae of the human spine, so that the group of multi-layer air column structures 20 is completely deflated;

4) Repeat the operations from step 1) to step 3), so that the group of multi-layer air column structures 20 repeats the beating action on the thoracic vertebrae of the human spine.

Embodiment 3 is the specific operation of beating the lumbar vertebrae of the human spine with the multi-layer air column spine cushion 10 .

When the controller 60 controls the opening and closing of the control valve 51, when the lumbar vertebrae of the human spine are beaten, it is set that the lumbar vertebrae of the human spine correspond to the Y group, the Y+1 group, and the Y+2 group. Air column structure, the specific operation of the beating action is:

1) The controller 60 respectively controls to open the control valves 51 corresponding to the Y+1 and Y+2 groups of multi-layer gas column structures 20, and inflates the two groups of multi-layer gas column structures 20, so that the Y+ The three-layer air column 21 of group 1 and Y+2 group multi-layer air column structure are all full;

2) The controller 60 controls to open the control valve 51 corresponding to the Y-th group of multi-layer gas column structures 20, and inflates the group of multi-layer gas column structures 20, so that the three-layer gas column 21 of the Y-th group of multi-layer gas column structures 20 At the same time, the controller 60 respectively controls to open the control valves 51 corresponding to the Y+1 and Y+2 groups of multilayer gas column structures 20, and exhausts the two groups of multilayer gas column structures 20, so that the Y+1 The three-layer air column 21 of the multi-layer air column structure 20 of the +1 group and the Y+2 group are all exhausted;

3) Repeat the operation from step 1) to step 2), and group Y, group Y+1, and group Y+2 cooperate with the multi-layer air column structure 20 to beat the human spine and lumbar vertebrae.

Claims (8)

1. the gas column control method of Multi-layer air column type spine cushion, it is characterized in that: described Multi-layer air column type spine cushion is arranged in bed body, Multi-layer air column type spine cushion is made up of the multilamellar gas column structure sequential of more than 10 groups, Multi-layer air column type spine cushion is wrapped with spongy layer, the inflation cross section of Multi-layer air column type spine cushion is elliptical cylinder-shape matrix, often group multilamellar gas column structure is vertical with human spine, it is connected with each other between two adjacent groups multilamellar gas column structure, described multilamellar gas column structure includes the gas column that more than two-layer sequentially connects, every layer of gas column is respectively connected with valve, the valve of described adjacent layer gas column passes through pipeline connection, described multilamellar gas column structure also includes air-channel system and controller, described air-channel system includes controlling valve and air pump, the valve of the wherein one layer of gas column in described each group of multilamellar gas column structure is connected with each control valve respectively through pipeline, each valve that controls is respectively equipped with air inlet pipe and exhaustor, each valve that controls is connected with air pump by air inlet pipe, each valve that controls also is connected with controller, it is additionally provided with buffer in described controller, in buffer, storage has the sequencing contro table of each group of multilamellar gas column structure inflation more than two or aerofluxus, described controller is according to the sequencing contro table in buffer, control the opening and closing of each control valve, each group of multilamellar gas column structure of corresponding control is inflated or aerofluxus, each group multilamellar gas column structure forms corrugated arching upward according to putting in order, formed and roll, support, beat, stretch or lead racking to make。

2. the gas column control method of Multi-layer air column type spine cushion according to claim 1, it is characterised in that: described controller, by controlling the opening and closing of valve, is formed and corrugated arches upward when making, and its concrete operations are:

1) described controller controls to open n-th and controls valve and be inflated to corresponding N group multilamellar gas column structure, the ground floor gas column of full N group multilamellar gas column structure；

2) controller controls to continue to open n-th and controls valve and continue to be inflated to corresponding N group multilamellar gas column structure, the second layer gas column of full N group multilamellar gas column structure；Meanwhile, controller also controls to open the N+1 control valve and is inflated to corresponding N+1 group multilamellar gas column structure, is full of the ground floor gas column of N+1 group multilamellar gas column structure；

3) controller continues control respectively and opens n-th and the N+1 control valve, continue respectively to be inflated to corresponding N group and N+1 group multilamellar gas column structure, second layer gas column respectively filled with the third layer gas column of N group multilamellar gas column structure and N+1 group multilamellar gas column structure, at this moment the three layers gas column of N group multilamellar gas column structure reaches inflation saturation, and N group multilamellar gas column structure is formed and arches upward；Meanwhile, controller also controls to open the N+2 control valve, starts to be inflated to N+2 group multilamellar gas column structure, is full of the ground floor gas column of N+2 group multilamellar gas column structure；Three groups of multilamellar gas column structures form corrugated Wave crest and wave trough；

4) controller controls to open n-th and controls valve, and N group multilamellar gas column structure is exhausted, and the ground floor gas column aerofluxus making N group multilamellar gas column structure is complete；Simultaneously, controller continues control respectively and opens N+1 and the N+2 control valve, continue respectively to be inflated to corresponding N+1 group and N+2 group multilamellar gas column structure, the third layer gas column making N+1 group multilamellar gas column structure is full of, the second layer gas column of N+2 group multilamellar gas column structure is full of, at this moment N+1 group multilamellar gas column structure reaches inflation saturation, and N+1 group multilamellar gas column structure is formed and arches upward；Meanwhile, controller also controls to open the N+3 control valve, starts to be inflated to N+3 group multilamellar gas column structure, makes the ground floor gas column of N+3 group multilamellar gas column structure be full of；At this moment, N+1 group, N+2 group and N+3 group multilamellar gas column structure form corrugated Wave crest and wave trough；

5) controller controls to open n-th and the N+1 control valve, and N group and the N+1 multilamellar gas column structure are exhausted, and the second layer gas column aerofluxus making N group multilamellar gas column structure is complete, and the ground floor gas column aerofluxus of the N+1 multilamellar gas column structure is complete；Simultaneously, controller continues control respectively and opens N+2 and the N+3 control valve, continue respectively to be inflated to corresponding N+2 group and N+3 group multilamellar gas column structure, the third layer gas column of N+2 group multilamellar gas column structure is full of, the second layer gas column of N+3 group multilamellar gas column structure is full of, at this moment N+2 group multilamellar gas column structure reaches inflation saturation, and N+2 group multilamellar gas column structure is formed and arches upward；Simultaneously, controller also controls to open the N+4 control valve, starts to be inflated to N+4 group multilamellar gas column structure, makes the ground floor gas column of N+4 group multilamellar gas column structure be full of, at this moment, N+2 group, N+3 group and N+4 group multilamellar gas column structure form corrugated Wave crest and wave trough；

6) controller controls to open n-th, N+2 control valve of N+1 and the, N group, N+1 and the N+2 group multilamellar gas column structure are exhausted, the third layer gas column aerofluxus making N group multilamellar gas column structure is complete, the second layer gas column aerofluxus making N+1 group multilamellar gas column structure is complete, and the ground floor gas column aerofluxus of N+2 group multilamellar gas column structure is complete；Simultaneously, controller continues control respectively and opens N+3 and the N+4 control valve, continue respectively to be inflated to corresponding N+3 group and N+4 group multilamellar gas column structure, the third layer gas column making N+3 group multilamellar gas column structure is full of, the second layer gas column of N+4 group multilamellar gas column structure is full of, at this moment N+3 group multilamellar gas column structure reaches inflation saturation, and N+3 group multilamellar gas column structure is formed and arches upward；Meanwhile, controller also controls to open the N+5 control valve, starts to be inflated to N+5 group multilamellar gas column structure, makes the ground floor gas column of N+5 group multilamellar gas column structure enter full；

Circulation carries out the step 1) operation to step 6), and each group multilamellar gas column structure forms corrugated arching upward according to putting in order, when each group multilamellar gas column structure is in inflation saturation。

3. the gas column control method of Multi-layer air column type spine cushion according to claim 1, it is characterised in that: described controller is by controlling the opening and closing of valve, it is achieved when beating action, its concrete operations are:

1) described controller controls to open the control valve of multilamellar gas column structure, and this group multilamellar gas column structure is inflated, and makes three gas columns of this group multilamellar gas column structure be full of；

2) controller controls to cut out the control valve of multilamellar gas column structure, makes this group multilamellar gas column structure keep inflated condition；

3) controller controls to open the control valve of multilamellar gas column structure, makes the venting of this group multilamellar gas column structure complete；

4) repeat step 1) to the operation of step 3), make this group multilamellar gas column structure repeat to beat action。

4. the gas column control method of Multi-layer air column type spine cushion according to claim 1, it is characterized in that: described controller is by controlling the opening and closing of valve, when carrying out beating action, setting Y group, Y+1 group, Y+2 group multilamellar gas column structure, these concrete operations beating action are:

1) described controller controls to open the control valve that Y+1 and the Y+2 group multilamellar gas column structure is corresponding respectively, and these two groups of multilamellar gas column structures are inflated, and makes the three layers gas column of Y+1 group and Y+2 group multilamellar gas column structure be each filled with；

2) controller controls to open the control valve that Y group multilamellar gas column structure is corresponding, and this group multilamellar gas column structure is inflated, and makes the three layers gas column of Y group multilamellar gas column structure be each filled with；Meanwhile, controller controls to open the control valve that Y+1 and the Y+2 group multilamellar gas column structure is corresponding respectively, and these two groups of multilamellar gas column structures are exhausted, and the equal aerofluxus of three layers gas column making Y+1 group and Y+2 group multilamellar gas column structure is complete；

3) repeat step 1) to step 2) operation, Y group, Y+1 group, Y+2 group multilamellar gas column respective outer side edges, it is achieved beat action。

5. the gas column control method of Multi-layer air column type spine cushion according to claim 1, it is characterised in that: described Multi-layer air column type spine cushion includes 16-20 group multilamellar gas column structure。

6. the gas column control method of Multi-layer air column type spine cushion according to claim 1, it is characterised in that: being the arrangement of multiple elliptical cylinder-shape after described every layer of gas column inflation, long is 60-120cm, and width is 8-12cm, is highly 4-5cm after inflation。

7. the gas column control method of Multi-layer air column type spine cushion according to claim 1, it is characterised in that: described each group of multilamellar gas column structure be maximum to arch upward and recessed difference in height reaches more than 12cm。

8. the gas column control method of Multi-layer air column type spine cushion according to claim 1, it is characterised in that: between described each layer gas column, gluing connection or each layer gas column are contained in cellular Bouguer accommodation chamber。