CN209678051U - An intelligent alternating decompression inflatable pillow - Google Patents

Abstract

The utility model provides a kind of intelligent alternated decompression inflatable pillow, belongs to medical instruments field.It solves the problems such as nurse's manual inflation/deflation, a kind of intelligent alternated decompression inflatable pillow, pillow body includes rollover portion, rollover portion is connected with aerating and exhaust device, central control module and aerating and exhaust device communication connection, central control module is also used to connect with electronic equipment end communication, electronic equipment end is used to input operation information for user and operation information is sent to central control module, central control module is for receiving and storing operation information, and operation information is matched with the execution action command information prestored, the execution action command information after matching is sent to aerating and exhaust device again, aerating and exhaust device executes action command information for receiving, and it is started or stoped according to execution action command information inflated for deflated to rollover portion, when aerating and exhaust device inflation, the one end in rollover portion, which rises, makes infant head turn on one's side.The utility model has many advantages, such as easy to use.

Description

An intelligent alternating decompression inflatable pillow

technical field

The utility model belongs to the field of medical equipment, in particular to an intelligent alternating decompression and inflatable pillow.

Background technique

Pressure injury refers to the local injury of the skin and/or soft tissue under the bone prominence, medical equipment, and other equipment under the joint action of pressure or pressure combined with shear force. It can appear as intact skin or an open sore and may be painful. The incidence of pressure injury in ICU children is relatively high. Once it occurs, it will not only lead to the aggravation of the children's condition, but also increase the treatment cost of the disease. In severe cases, it may cause secondary infection and lead to the death of the patient.

When the child is in the supine position, the biggest pressure point of the body is the head. The younger the age, the greater the weight of the head in the body, and the gravity is mainly concentrated on the head; and the head is the largest bone protrusion of the body, and the hair growth is less and less severe. The lack of subcutaneous tissue makes the head a high-incidence site of pressure injury in ICU children.

Turning the head of the child from side to side regularly can reduce the pressure on the skin of the child's head. The child's head is rested behind the pillow, and the two sides of the pillow are inflatable airbags. Turn the head over to the side, then deflate back to the supine position. Thereby alleviate the pressure of the skin of children's head, prevent the generation of pressure injury, but existing all is to manually inflate and deflate by nurse, has increased the workload of nurse.

Contents of the invention

The purpose of this utility model is to provide an intelligent alternating decompression and inflatable pillow for the above-mentioned problems existing in the prior art.

The purpose of this utility model can be achieved through the following technical solutions: an intelligent alternating decompression inflatable pillow, characterized in that it includes a pillow body and a central control module connected to the pillow body in communication, and the pillow body includes a rollover part , the rollover part is connected with an inflation and deflation device, the central control module is connected to the inflation and deflation device in communication, and the central control module is also used to communicate with the electronic equipment end, and the electronic equipment end is used for supplying The user inputs the operation information and sends the operation information to the central control module. The central control module is used to receive and store the operation information, match the operation information with the pre-stored execution action instruction information, and then match the matched execution action instruction The information is sent to the inflation and deflation device. The inflation and deflation device is used to receive the execution action command information, and start or stop inflating or deflation to the rollover part according to the execution action command information. When the inflation and deflation device is inflated, the One end of the rollover part rises to make the child's head roll over.

The working principle of the utility model: when the child's head needs to be turned sideways, the intelligent alternating decompression inflatable pillow is placed behind the child's head, the user uses the electronic device to input the operation information, and the electronic device inputs the user's input information. The operation information is sent to the central control module. After receiving the operation information, the central control module matches the operation information with the pre-stored execution action instruction information, and then sends the matched execution action instruction information to the inflation and deflation device. The inflation and deflation device After receiving the action command information, start or stop inflating or deflated the rollover part according to the action command information. When the inflation and deflation device is inflated, one end of the rollover part rises to make the child's head roll over. When the air device is deflated, one end of the rollover part drops to make the child roll back. The user only needs to input the operation instruction, and the utility model can convert the operation instruction input by the user into the execution instruction information, inflate or deflate the rollover part, so as to achieve the purpose of rollover of the child's head, and redistribute the pressured parts of the child It promotes blood circulation, prevents pressure injury in children with high body edema and long-term restricted position, plays a role in decompression, reduces the workload of nurses, and is very convenient.

In the above-mentioned intelligent alternating decompression inflatable pillow, the pillow body also includes a headrest part for supporting the head, and the rollover part is located on the left and right sides of the headrest part, and the two sides The rollover parts of each are connected with an inflation and deflation device, and the inflation and deflation device includes an air pump and an inflation pipeline and a deflation pipeline connected with the air pump, and the deflation pipeline and the inflation pipeline are connected to the air pump through an electronically controlled reversing valve. connected, the electronically controlled reversing valve is used to receive execution action instruction information to connect the air pump to the inflation pipeline for inflation, or to connect the air pump to the deflation pipeline to deflate.

In the above-mentioned intelligent alternating decompression inflatable pillow, the inflation pipeline is provided with a one-way valve, the deflation pipeline includes an air outlet pipeline and an air blowing pipeline, and the air outlet pipeline communicates with the rollover part , the air outlet pipe is in vertical communication with the air blowing pipe, the air blowing pipe is used to inflate the air pump to the outside atmosphere so that the rollover part is discharged through the air outlet pipe, and the electric control check valve is arranged on the air outlet pipe , the electronically controlled one-way valve is used for receiving execution action command information, and is opened or closed according to the execution action command information.

In the above-mentioned intelligent alternating decompression inflatable pillow, pressure sensors are arranged on both sides of the headrest, and the pressure sensors are used to measure the pressure on the headrest in real time, and send the measured pressure information to Central control module.

In the above-mentioned intelligent alternating decompression and inflatable pillow, the central control module includes a storage module and a processing module, and the storage module is used to store operation information, pressure information and execution action command information, and provide the processing module with Calling operation information, pressure information and execution action instruction information, the processing module is used to call operation information, pressure information and execution action instruction information, and match the operation information and pressure information with the execution action instruction information, and then The matched execution action command information is sent to the inflation and deflation device.

In the above-mentioned intelligent alternating decompression and inflatable pillow, the processing module includes a comparison module, and the comparison module is used to retrieve pressure information and execution action instruction information, and compare the pressure information with the execution action instruction information. Matching, and then sending the matched execution action command information to the inflation and deflation device.

In the aforementioned intelligent alternating decompression and inflatable pillow, the central control module further includes a timing module, the timing module is used to receive the time threshold sent by the electronic device, and the timing module is used for timing, And feed back the time information of reaching the threshold to the processing module so that the processing module starts or stops sending execution action instruction information to the inflation and deflation device.

In the above-mentioned intelligent alternating decompression inflatable pillow, the pillow body is provided with a support part for supporting the neck, an inflatable device is provided on one side of the support part, and the other side of the support part is connected to a pipeline. An overflow valve is arranged on the pipeline, and the inflation device and the overflow valve are used for adjusting the height of the supporting part.

In the above-mentioned intelligent alternating decompression inflatable pillow, after inflation, one side of the rollover part is in an inclined state, and the inflation and deflation device is inflated so that the inclination angle of the rollover part is 20-30° between.

In the aforementioned intelligent alternating decompression inflatable pillow, the support part is provided with a fitting part that fits the neck, and the cross section of the fitting part is arc-shaped.

In the above-mentioned intelligent alternating decompression inflatable pillow, the pillow body is also provided with a shoulder abutting portion, and the shoulder abutting portion abuts against the shoulder of the child, and the support portion Located between the headrest portion and the shoulder rest portion.

In the aforementioned intelligent alternating decompression inflatable pillow, a flexible layer is provided on the surface of the pillow body, the flexible layer is used to protect the skin of the child, and the flexible layer is pasted on the surface of the pillow body.

In the aforementioned intelligent alternating decompression inflatable pillow, the flexible layer is made of foam dressing.

In the aforementioned intelligent alternating decompression and inflatable pillow, the inflation and deflation device is detachably connected to the rollover part, and the inflation device is detachably connected to the support part.

Compared with the prior art, the utility model has the following advantages:

1. The utility model can convert the operation instructions input by the user into execution action instruction information, inflate or deflate the rollover part, achieve the purpose of rolling over the head of the child, redistribute the pressure of the pressurized parts of the child, and promote blood circulation. Circulation is beneficial to prevent pressure injuries in children with high body edema and long-term restricted position. It plays a role in decompression and reduces the workload of nurses. It is very convenient.

2. The pillow body of the present utility model also includes a headrest part for supporting the head. The rollover parts are located on the left and right sides of the headrest part. The rollover parts on both sides are connected with inflation and deflation devices. Including the air pump and the inflation pipeline and deflation pipeline connected with the air pump. The deflation pipeline and the inflation pipeline are connected to the air pump through the electric control reversing valve. Or make the air pump communicate with the deflation pipeline to deflate. The rollover parts on both sides are connected with inflation and deflation devices, and the user can control the inflation or deflation of the inflation and deflation devices by inputting operation instructions through the electronic device end, so as to achieve the purpose of alternately turning the child left and right.

3. The inflation pipeline of the utility model is provided with a one-way valve. The deflation pipeline includes an air outlet pipeline and an air blowing pipeline. The air outlet pipeline is connected with the rollover part. The air is inflated to the external atmosphere so that the rollover part can discharge air through the air outlet pipe, and the air outlet pipe is provided with an electronically controlled one-way valve, which is used to receive execution action command information, and open or close according to the execution action command information. The execution action command information sent by the central control module can make the electronically controlled one-way valve open or close, and change the communication direction of the electronically controlled reversing valve to connect the air pump with the inflation pipeline, or connect the air pump with the deflation pipeline. Therefore, the inflation or deflation of the rollover part by the inflation and deflation device is controlled. Each inflation and deflation device only needs one air pump instead of two air pumps, which greatly reduces energy consumption and saves resources. And the air pump inflates the outside atmosphere through the air blowing pipeline so that the air inside the rollover part flows out through the air outlet pipeline, which consumes less energy than directly using the air suction pump to pump air from the rollover part.

4. Pressure sensors are provided on both sides of the headrest of the present invention, and the pressure sensors are used to measure the pressure on the headrest in real time and send the measured pressure information to the central control module. When the child puts the head on the headrest, the baroreceptor can measure the pressure felt by the headrest. The pressure sensors are located on both sides of the headrest. The two pressure sensors can identify the patient according to the pressure. The baby is in the left side, supine or right side, and then the pressure sensor sends the pressure information to the central control module.

5. The pillow body of the present utility model is provided with a supporting part to support the neck, an inflatable device is provided on one side of the supporting part, and a pipeline is connected to the other side of the supporting part, and an overflow valve is arranged on the pipeline, and the inflating device and the overflow valve are used for Adjust the height of the support. The inflator inflates the supporting part, and when the pressure inside the supporting part reaches a certain value, the overflow valve is opened, so that the gas inside the supporting part flows out through the pipeline, so that the supporting part is maintained at a certain height. Maintaining the support at a certain height can open the airway of the child and reduce skin erosion caused by moisture in the neck skin folds. It prevents the increase of pressure on the posterior occiput of the child caused by the hyperextension of the neck, and increases the comfort of the child.

6. The supporting part of the utility model is provided with a fitting part that fits the neck, and the cross section of the fitting part is arc-shaped. Design the curved fitting part according to the physiological curve of the cervical spine. The fitting part can fit the neck of the child well.

7. After the utility model is inflated, one side of the rollover part is in an inclined state, and the inflation and deflation device is inflated so that the tilt angle of the rollover part is between 20° and 30°. If the angle is too large, it will cause pressure damage on the other side. Therefore, after the inflation and deflation device is inflated, the inclination angle of the rollover part must be between 20° and 30°.

Description of drawings

Fig. 1 is the framework schematic diagram of the present utility model;

Fig. 2 is a structural representation of the utility model;

Fig. 3 is a structural schematic diagram of a support portion of the present invention;

Fig. 4 is the structural representation of flexible layer of the utility model;

Fig. 5 is a structural schematic diagram of the inflated rear rollover part of the utility model inclined at 30°;

Fig. 6 is a structural schematic diagram of the utility model in which the rollover part is tilted by 20° after inflating;

Fig. 7 is a structural schematic diagram of the bonding part of the present invention;

Fig. 8 is a structural schematic diagram of the pressure sensor of the present invention;

Fig. 9 is a schematic side view of the pressure sensor of the present invention.

In the figure, 1. pillow body; 2. central control module; 3. rollover part; 4. inflation and deflation device; 5. headrest part; 6. air pump; 7. inflation pipeline; Electric control reversing valve; 10. One-way valve; 11. Outlet pipe; 12. Blowing pipe; 13. Electric one-way valve; 14. Pressure sensor; 15. Storage module; 16. Processing module; 17. Comparison module 18. Timing module; 19. Support part; 20. Inflatable device; 21. Pipeline; 22. Overflow valve; 23. Shoulder abutment part;

Detailed ways

The following are specific embodiments of the utility model and in conjunction with the accompanying drawings, the technical solution of the utility model is further described, but the utility model is not limited to these embodiments.

As shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, and Fig. 9, an intelligent alternating decompression inflatable pillow includes a pillow body 1 and communication with the pillow body 1 The connected central control module 2, the pillow body 1 includes a rollover part 3, and the rollover part 3 is connected to the inflation and deflation device 4, the central control module 2 is connected with the inflation and deflation device 4, and the central control module 2 is also used to communicate with the electronic The communication connection of the device side, the electronic device side is used for the user to input operation information and send the operation information to the central control module 2, and the central control module 2 is used to receive and store the operation information, and associate the operation information with the pre-stored execution action instruction information Matching, and then sending the matched execution action command information to the inflation and deflation device 4, the inflation and deflation device 4 is used to receive the execution action command information, and start or stop inflating or deflation to the rollover part 3 according to the execution action command information , when the inflation and deflation device 4 is inflated, one end of the rollover part 3 rises to make the child's head rollover.

In further detail, the pillow body 1 also includes a headrest part 5 for supporting the head, the rollover part 3 is located on the left and right sides of the headrest part 5, and the rollover part 3 on both sides is connected with an inflation and deflation device 4, The inflation and deflation device 4 includes an air pump 6 and an inflation pipeline 7 and an deflation pipeline 8 connected to the air pump 6. The deflation pipeline 8 and the inflation pipeline 7 are connected to the air pump 6 through an electric control reversing valve 9, and the electric control reversing valve 9 is used for After receiving the action instruction information, connect the air pump 6 with the inflation pipeline 7 to inflate, or connect the air pump 6 with the deflation pipeline 8 to deflate. The rollover parts 3 on both sides are connected with the inflation and deflation device 4, and the user can control the inflation or deflation of the inflation and deflation device 4 by inputting operation instructions through the electronic device end, so as to achieve the purpose of alternately turning the child left and right.

In further detail, the inflation pipeline 7 is provided with a one-way valve 10, the deflation pipeline 8 includes an air outlet pipeline 11 and an air blow pipeline 12, the air outlet pipeline 11 communicates with the rollover part 3, and the air outlet pipeline 11 communicates vertically with the air blow pipeline 12, The air blowing pipe 12 is used to inflate the air pump 6 to the outside atmosphere so that the rollover part 3 can discharge air through the air outlet pipe 11, and the air outlet pipe 11 is provided with an electronically controlled one-way valve 13, which is used to receive execution instructions information, and turn it on or off according to the action instruction information. The execution action command information sent by the central control module 2 can make the electronically controlled one-way valve 13 open or close, and change the communication direction of the electronically controlled reversing valve 9 so that the air pump 6 is connected with the inflation pipeline 7, or the air pump 6 is connected with the deflation pipeline. Pipeline 8 communicates. Thereby controlling the inflation or deflation of the rollover portion 3 by the inflation and deflation device 4 . Each inflation and deflation device 4 only needs one air pump 6 instead of two air pumps 6, which greatly reduces energy consumption and saves resources. And the air pump 6 is inflated to the external atmosphere through the air blowing pipeline 2112 so that the air inside the rollover part 3 flows out through the air outlet pipeline 11, which consumes less energy than directly using the air pump 6 to pump air on the rollover part 3.

In further detail, pressure sensors 14 are provided on both sides of the headrest 5 , and the pressure sensors 14 are used to measure the pressure on the headrest 5 in real time and send the measured pressure information to the central control module 2 . When the child puts the head on the head rest 5, the baroreceptors can measure the pressure felt by the head rest 5, and the pressure sensors 14 are located on both sides of the head rest 5, and the two pressure sensors 14 can situation, it can be identified that the child is in the left side, supine position or right side, and then the pressure sensor 14 sends the pressure information to the central control module 2 .

In further detail, the central control module 2 includes a storage module 15 and a processing module 16, the storage module 15 is used to store operation information, pressure information and execution action instruction information, and is used for the processing module 16 to retrieve operation information, pressure information and execution action instruction information information, the processing module 16 is used to call the operation information, pressure information and execution action command information, and match the operation information and pressure information with the execution action command information, and then send the matched execution action command information to the inflation and deflation device 4.

In further detail, the processing module 16 includes a comparison module 17, and the comparison module 17 is used to retrieve pressure information and execution action instruction information, match the pressure information with the execution action instruction information, and then send the matched execution action instruction information to Inflatable and deflated device 4.

In further detail, the central control module 2 also includes a timing module 18, the timing module 18 is used to receive the time threshold sent by the electronic device, the timing module 18 is used for timing, and feeds back the time information reaching the threshold to the processing module 16 so that the processing module 16 Start or stop sending execution action instruction information to the inflation and deflation device 4 .

In further detail, the pillow body 1 is provided with a support part 19 for supporting the neck, and an inflator 20 is provided on one side of the support part 19, and the other side of the support part 19 is connected to a pipeline 21, and an overflow valve 22 is provided on the pipeline 21. 20 and overflow valve 22 are used to adjust the height of support part 19 . The inflator 20 inflates the support part 19. When the pressure inside the support part 19 reaches a certain value, the overflow valve 22 is opened to allow the gas inside the support part 19 to flow out through the pipeline 21, so that the support part 19 is maintained at a certain height. Maintaining the support portion 19 at a certain height can open the airway of the child and reduce skin erosion caused by moisture in the skin folds of the neck. It prevents the increase of pressure on the posterior occiput of the child caused by the hyperextension of the neck, and increases the comfort of the child.

In further detail, after inflation, one side of the rollover portion 3 is inclined, and the inflation and deflation device 4 is inflated so that the tilt angle of the rollover portion 3 is between 20° and 30°. The inclination angle after inflating is between 20° and 30°, so that the child can turn sideways well without overturning. The rollover part 3 inclined on one side can well play a supporting role. If the angle is too large, it will cause pressure damage on the other side. Therefore, after the inflation and deflation device 4 is inflated, the inclination angle of the rollover part 3 must be between 20° and 30°. If it is less than 20°, the use effect is not good. Scale is marked on the pillow body 1.

In further detail, the supporting portion 19 is provided with a fitting portion 24 that fits the neck, and the cross section of the fitting portion 24 is arc-shaped. The arc-shaped fitting portion 24 is designed according to the physiological curve of the cervical spine. The fitting part 24 can fit the neck of the child well. The inside of the bonding portion 24 is filled with a certain filling material, so that the cross section of the bonding portion 24 is arc-shaped.

In further detail, the pillow body 1 is also provided with a shoulder abutting portion 23 , the shoulder abutting portion 23 abuts against the shoulder of the child, and the support portion 19 is located between the headrest 5 and the shoulder abutting portion 23 .

In further detail, a flexible layer 25 is provided on the surface of the pillow body, the flexible layer 25 is used to protect the skin of the child, and the flexible layer 25 is pasted on the surface of the pillow body.

In further detail, the flexible layer 25 is made of a foam dressing. The flexible layer 25 is made of a foam dressing. The foam dressing has a stable thickness, is not easy to deform, and has a wide range of applications. It is especially suitable for the prevention of children with thin skin. It is especially suitable for bone protrusions. The microenvironment achieves the effect of preventing pressure injury. The flexible layer 25 is pasted on the surface of the pillow body, and the medical staff can directly tear it off and replace it, which is simple and convenient.

In further detail, the inflation and deflation device 4 is detachably connected to the rollover part 3 , and the above-mentioned inflation device 20 is detachably connected to the support part 19 . The inflation and deflation device 4 and the rollover part 3 can be connected by a zipper, and the inflator 20 and the support part 19 can be connected by a zipper.

The central control module can communicate with 2 and the inflatable device 20, and the inflatable device 20 is used to receive the execution action instruction information transmitted by the central control module 2, and turn on or off according to the execution action instruction information.

The user can input operation information through the electronic device, and the electronic device sends the operation information to the central control module 2 . When the user issues an operation command, the rollover part 3 is turned over alternately every 2 hours. If the child rolls to the right first, the left inflation and deflation device 4 inflates the left rollover part 3 to make the child turn to the right. Rollover, the air pump 6 of the inflation and deflation device 4 on the right is closed, and the air pump 6 on the left is turned on at this time, the left electric control valve 9 communicates with the left inflation pipe 7, and blocks the left air discharge pipe 8 , the electronically controlled one-way valve 13 on the left deflation pipe 8 is closed, so that the gas cannot flow out from the left deflate pipe 8 when the left rollover part 3 is inflated, and the left inflation and deflation device 4 is inflated;

After 2 hours, the inflation and deflation device 4 on the left side deflates the rollover part 3 on the left side. At this time, the electric control valve 9 on the left side is connected to the deflation pipe 8 on the left side after receiving the action command information, and is connected to the left side side. The side inflation pipeline 7 is blocked, and the left electronically controlled one-way valve 13 is opened after receiving the action instruction information, and the air pump 6 blows the gas into the outside atmosphere through the left blowing pipeline 12, and the electronically controlled one-way valve of the left air outlet pipeline 11 After the valve 13 is opened, the gas in the left side turning part 3 flows out from the side turning part 3, because the air blowing pipe 12 and the gas outlet pipe 11 are vertically connected, so according to fluids, the gas in the side turning part 3 passes through the gas outlet pipe 11 quickly. If only the weight of the child's head is used to make the gas in the left rollover part 3 flow out, the effect is poor. The inflation and deflation device 4 on the right side is inflated to the rollover part 3 on the right side, the air pump 6 starts, the electric control reversing valve 9 on the right side communicates with the inflation pipeline 7 on the right side, and is blocked with the deflation pipeline 8 on the right side. The electronically controlled one-way valve 13 on the side deflation pipeline 8 is closed, so that gas cannot flow out from the right deflation pipeline 8 when the right rollover part 3 is inflated, and the right side inflation and deflation device 4 is inflated, and the patient turns left.

The time threshold of 2h input by the user is received by the timing module 18, and the timing module 18 counts. When the time reaches 2h, the timing module 18 feeds back the time information to the processing module 16, and the processing module 16 starts or stops sending execution action command information To the inflation and deflation device 4.

The pressure sensor 14 measures the pressure information and transmits the pressure information to the central control module 2. The comparison module 17 retrieves the pressure information, matches the pressure information with the execution action command information, and then sends the matched execution action command information to the inflation and deflation unit. device 4, so as to control the communication direction of the electric control reversing valve 9, the opening or closing of the electric control check valve 13 and the opening or closing of the air pump 6. Because when the child turns left or right, the pressure sensors 14 on both sides feel different pressures, and there is a difference. After the pressure information is transmitted to the central control module 2, after the comparison module 17 extracts it, it compares the pressure information with the execution The action command information is matched, and then the matched execution action command information is sent to the inflation and deflation device 4, so as to control the communication direction of the electronically controlled reversing valve 9, the opening or closing of the electronically controlled one-way valve 13, and the opening or closing of the air pump 6 . Allows the child to roll over alternately. It greatly saves the workload of nurses and prevents the occurrence of pressure injuries in children, which has important clinical significance.

The specific embodiments described herein are only examples to illustrate the spirit of the present invention. Those skilled in the technical field to which the utility model belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, but they will not deviate from the spirit of the utility model or go beyond the appended claims defined range.

Although this paper uses more pillow body 1, central control module 2, rollover part 3, inflation and deflation device 4, headrest part 5, air pump 6, inflation pipeline, deflation pipeline 8, electric control reversing valve 9, One-way valve 10, air outlet pipeline 11, air blowing pipeline 12, electric control one-way valve 13, pressure sensor 14, storage module 15, processing module 16, comparison module 17, timing module 18, support part 19, inflation device 20, pipeline 21. Overflow valve 22, shoulder abutting portion 23, fitting portion 24 and other terms, but the possibility of using other terms is not excluded. These terms are only used to describe and explain the essence of the utility model more conveniently; interpreting them as any kind of additional limitation is contrary to the spirit of the utility model.

Claims (10)

1. a kind of intelligent alternated decompression inflatable pillow, which is characterized in that lead to including pillow body (1) and with pillow body (1) The central control module (2) of connection is interrogated, the pillow body (1) includes rollover portion (3), and the rollover portion (3) is connected with Aerating and exhaust device (4), the central control module (2) and aerating and exhaust device (4) communication connection, the central control module (2) it is also used to connect with electronic equipment end communication, electronic equipment end is used to input operation information for user and sends out operation information It send to central control module (2), the central control module (2) is for receiving and storing operation information, and by operation information Match with the execution action command information prestored, the execution action command information after matching is sent to aerating and exhaust device again (4), the aerating and exhaust device (4) for receive execute action command information and according to execute action command information starting or Stop inflated for deflated to rollover portion (3), when aerating and exhaust device (4) inflation, one end of the rollover portion (3), which rises, makes infant Head rollover.

2. a kind of intelligent alternated decompression inflatable pillow according to claim 1, which is characterized in that the pillow body It (1) further include the headrest portion (5) for being used to support head, the rollover portion (3) is located at the left and right sides in headrest portion (5), described The rollover portion (3) of two sides is respectively connected with aerating and exhaust device (4), and the aerating and exhaust device (4) includes air pump (6) and and air pump (6) gas ducting (7) and atmospheric pipe (8) connected, the atmospheric pipe (8) and gas ducting (7) pass through electric control reversing Valve (9) is connect with air pump (6), and the electric control reversing valve (9) makes air pump (6) and inflation for receiving execution action command information Pipeline (7) connection inflation, or air pump (6) is made to be connected to deflation with atmospheric pipe (8).

3. a kind of intelligent alternated decompression inflatable pillow according to claim 2, which is characterized in that the gas ducting (7) it is provided on check valve (10), the atmospheric pipe (8) includes outlet pipe (11) and gassing pipe (12), described Outlet pipe (11) is connected to rollover portion (3), and the outlet pipe (11) and gassing pipe (12) vertical connection, described blows Outwardly atmosphere inflation is described to make rollover portion (3) by outlet pipe (11) outlet for making air pump (6) for feed channel (12) Outlet pipe (11) on be provided with electric control one-way valve (13), the electric control one-way valve (13) for receive execute action command Information, and opened or closed according to action command information is executed.

4. a kind of intelligent alternated decompression inflatable pillow according to claim 2, which is characterized in that the two sides of headrest portion (5) It is provided with pressure sensor (14), the pressure sensor (14) is used for the pressure that real-time measurement headrest portion (5) is subject to, and will The pressure information measured is sent to central control module (2).

5. a kind of intelligent alternated decompression inflatable pillow according to claim 4, which is characterized in that the center control mould Block (2) includes memory module (15) and processing module (16), and the memory module (15) is for storing operation information, pressure letter Breath and execution action command information, and transfer operation information, pressure information for processing module (16) and execute action command information, The processing module (16) for transferring operation information, pressure information and executing action command information, and by operation information and It pressure information and executes action command information and matches, the execution action command information after matching is sent to aerating and exhaust device again (4)。

6. a kind of intelligent alternated decompression inflatable pillow according to claim 5, which is characterized in that the processing module It (16) include contrast module (17), the contrast module (17) is used to transfer pressure information and executes action command information, and By pressure information and execute action command information match, again by the execution action command information after matching be sent to inflation/deflation dress Set (4).

7. a kind of intelligent alternated decompression inflatable pillow according to claim 6, which is characterized in that the center control mould Block (2) further includes timing module (18), and the timing module (18) is used to receive the time threshold of electronic equipment end sending, institute The timing module (18) stated is used for timing, and the temporal information for being up to threshold value feeds back to processing module (16) makes processing module (16) it starts or stops transmission and executes action command information to aerating and exhaust device (4).

8. a kind of intelligent alternated decompression inflatable pillow according to claim 1, which is characterized in that the pillow body (1) it is provided with the support portion (19) of support neck, the support portion (19) side is provided with air charging system (20), the support Portion (19) other side connecting pipe (21) is provided with overflow valve (22) on the pipeline (21), the air charging system (20) and Overflow valve (22) is used to adjust the height of support portion (19).

9. a kind of intelligent alternated decompression inflatable pillow according to claim 1, which is characterized in that after inflation, the rollover The side in portion (3) is inclined, and aerating and exhaust device (4) inflation makes the tilt angle of the rollover portion (3) at 20~30 ° Between.

10. a kind of intelligent alternated decompression inflatable pillow according to claim 8, which is characterized in that the support portion (19) it is provided with the sticking part (24) of fitting neck, the cross section of the sticking part (24) is arc-shaped.