TWM599598U - Intelligent control system of medical air bed - Google Patents

Abstract

This creation provides an intelligent control system for a medical air bed, mainly by connecting a pressure control device with at least one inflating and discharging unit, and at least one inflating and discharging unit is connected with a plurality of air cushion units in an air bed, so, The pressure control device can control the pressure of each air-cushion unit in the air-cushion bed through the inflating and discharging unit; furthermore, the pressure control device is further connected with a control device or a data processing device to pass the The control device monitors and operates the pressure control device, the data processing device analyzes the pressure control device, or monitors and controls the pressure control device through the analysis data of the data processing device through the management device, thereby effectively controlling various parts of the air bed In order to provide users with a more comfortable lying environment.

Description

Intelligent control system of medical air bed

This creation is an intelligent control system for a medical air bed, especially a pressure output control device that controls the pressure in the air bed by means of an inflating and deflating unit.

Technology is changing with each passing day. When people suffer from illnesses or injuries, they often need to go to hospitals or related medical places for treatment. However, if people suffer from serious illnesses or injuries, they must live in the hospital for a period of time to facilitate medical treatment. Personnel conduct treatment or observation for a period of time.

In this way, when patients are hospitalized for treatment or observation, they will lie on the bed for a long time to facilitate rest and treatment. However, because the common mattresses cannot provide proper support according to the different parts of the human body, it has been Some people use the air cushion method to fill the inside of the air cushion bed with gas, and the air fluid generates pressure to provide the user with a more appropriate support force.

However, although the problem of bedsores caused by long-term sickness can be improved through the air bed, the structure of the human body and the weight of each part are different, so the air bed mentioned above cannot specifically give appropriate pressure to certain parts to support , And it is impossible to calculate the differences between users, and then give appropriate pressure to support each part to provide users with a better lying environment. In this way, in order to improve the traditional shortcomings, the author created a medical air cushion The intelligent control system of the bed improves the technical problems mentioned above.

In order to solve the aforementioned problems, the purpose of this creation is to provide an intelligent control system for a medical air bed, which uses a pressure control device to control the inflation unit to inflate or deflate the air bed, so as to control each air bed in the air bed The pressure of the unit is monitored by the control device, the operating pressure control device, and the data processing device analyze and monitor the air bed, so as to effectively control the pressure of each part of the air bed to provide users with a more comfortable lying environment and Reduce the work burden of caregivers.

This creation provides a control system for an air-cushion bed, which includes: an air-cushion bed provided with a plurality of air-cushion units, each of the air-cushion units is connected to an inflation and deflation unit, so that each of the air-cushion units can be inflated or deflated independently, and Each of the air cushion units is provided with a pressure sensing unit for generating the current pressure of each air cushion unit; an air supply device, which is connected to each of the inflating and discharging units, so that the air supply device passes through each of the The inflating and discharging unit provides gas to each of the air cushion units; a pressure control device is connected to each of the inflating and discharging units and the pressure sensing unit, and the inflating and discharging unit is controlled by the pressure control device , Adjust the pressure of each air cushion unit, generate pressure monitoring information according to the pressure of each air cushion unit, and transmit the pressure monitoring information and one of the basic information set by the pressure control device to the outside; A control device, the control device is connected with the pressure control device to control the inflating and discharging unit connected to the pressure control unit through the pressure control device to adjust the pressure of each air cushion unit; a data processing device , The data processing device is connected to the pressure control device, the data processing device obtains the basic information and the pressure monitoring information, and generates a pressure management information based on the pressure monitoring information, wherein the pressure control device refers to the pressure management information to control the The inflation unit adjusts the pressure of each air cushion unit.

Preferably, the pressure control device includes: a pressure control transmission unit connected to a basic information input unit to receive a basic information set by the user through the basic information input unit and the pressure sensing unit senses The current pressure state of each air cushion unit is measured, and the pressure control transmission unit transmits the basic information to the outside; a pressure control unit, the pressure control unit is connected with the pressure control transmission unit to receive the pressure sensing unit The current pressure state of each air cushion unit is sensed, the pressure control unit is connected to the inflation and deflation unit to control the inflation and deflation unit to inflate or deflate the air mattress; and a monitoring unit, the monitoring unit Connected with the pressure control unit to transmit the current pressure status of each air cushion unit to the monitoring unit through the pressure control unit. The monitoring unit generates pressure monitoring information according to the pressure status of each air cushion unit, and the monitoring unit will The pressure monitoring information is transmitted to the pressure control unit, and the pressure control unit transmits the pressure monitoring information to the pressure control transmission unit to transmit the pressure monitoring information to the outside through the pressure control transmission unit.

Preferably, the control device includes: a control transmission unit connected to transmit a setting information to the pressure control transmission unit; a setting unit, the setting unit generating the setting information according to an operator's setting; and A control unit, the control unit is connected to the setting unit to receive the setting information, and the control unit is connected to the control transmission unit to transmit the setting information to the control transmission unit; and the pressure control device is based on the setting information Control each of the inflating and discharging units to adjust the pressure of each of the air cushion units.

Preferably, the setting unit includes: a plurality of function setting parts, each of the function setting parts is operated to generate the setting information; the setting unit is provided with at least one status display part around each of the function setting parts, the status The display unit shows the current setting status of the air bed.

Preferably, the data processing device includes: a data processing transmission unit, the data The material processing transmission unit is connected with the pressure control transmission unit to obtain the basic information and the pressure monitoring information; a data processing control unit is connected with the data processing transmission unit to obtain the basic information and The pressure monitoring information; and a data analysis unit, the data analysis unit is connected with the data processing control unit to obtain the basic information and the pressure monitoring information, the data analysis unit calculates based on the pressure monitoring information to generate the pressure management Information, the data analysis unit transmits the pressure management information to the data processing control unit, to the data processing transmission unit, and then transmits the pressure management information to the pressure control device through the data processing transmission unit.

Preferably, the data processing device further includes a monitoring control unit connected to the data processing control unit and the data processing transmission unit for receiving the pressure monitoring information, and the monitoring control unit is provided with each air cushion unit The monitoring threshold value. When the pressure in the pressure monitoring information of any air cushion unit does not meet the monitoring threshold value, the monitoring control unit generates a reminder signal, and the data processing transmission unit transmits the reminder signal to the outside.

Preferably, the data analysis unit further includes a usage analysis module, the usage analysis module records the pressure variation of the pressure monitoring information at each time point, and the usage analysis module detects the pressures in the same pressure variation interval. Monitoring information changes in a period of time to generate the use state of the air bed at different periods of time.

Preferably, it further includes a management device connected to the data processing device, the management device including: an information transmission module, the information transmission module receiving the basic information, pressure monitoring information, and pressure management information; A location display module, the location display module retrieves the geographic location set in the basic information, and displays the geographic location in the basic information on a map display interface of the management device through the location display module; And an information display module Group, the information display module retrieves the basic user data set in the basic information to display the user basic data in the basic information on a basic data interface of the management device.

Preferably, the management device further includes a management control module, the management control module at least provides management of the inclination control mode, inflation and deflation cycle mode, normal care mode, treatment mode or sleep mode, lock mode, power supply for managing the air bed One or a combination of switch and air leak reminder.

10: Pressure control device

11: Pressure control transmission unit

12: Pressure control unit

13: Monitoring unit

131: Pressure monitoring information

20: Charging and discharging unit

30: Air bed

31: Air cushion unit

40: Basic information input unit

41: Basic Information

50‧‧‧Control device

51‧‧‧Control transmission unit

52‧‧‧Control Unit

53‧‧‧Setting Unit

531‧‧‧Setting Information

532‧‧‧Function setting section

60‧‧‧Data Processing Device

61‧‧‧Data Processing Transmission Unit

62‧‧‧Data Processing Control Unit

63‧‧‧Data Analysis Unit

631‧‧‧Stress Management Information

632‧‧‧Use analysis module

64‧‧‧Monitoring control unit

641‧‧‧Reminder signal

70‧‧‧Pressure Sensing Unit

80‧‧‧Management device

81‧‧‧Information Transmission Module

82‧‧‧Position display module

83‧‧‧Information display module

84‧‧‧Management Control Module

Figure 1 is a diagram of the device connection relationship created for this creation.

Figure 2 is the system connection diagram of this creation.

Figure 3 is the connection diagram of the data delivery system of this creation.

Specific embodiments will be described below to illustrate the implementation of this creation, but they are not used to limit the scope of the creation to be protected.

Please refer to Figures 1 to 3, which are the device connection diagram, system connection diagram and data transfer system connection diagram created by this creation, as shown in the figure. This creative department provides a pressure intelligent control system, which includes a pressure control device 10 connected to at least one inflating and discharging unit 20, and at least one inflating and discharging unit 20 and an air bed 30 The pressure control device 10 controls the pressure of each of the air cushion units 31 in the air bed 30 through the inflating and discharging unit 20, and each of the air cushion units 31 can be the legs of the air bed. The air-cushion unit 31 at the upper part, waist part, head part, etc.; in this way, in order to effectively control the inflating and discharging unit 20 to inflate or deflate the air bed 30, the pressure control device 10 needs to include A pressure control transmission unit 11 is connected to a basic information input unit 40 and a pressure control unit 12 to transmit or receive signals or information through the pressure control transmission unit 11. An operator ( For example, a nurse) can input a basic information 41 of a user (such as a patient) through the basic information input unit 40, and then transmit the basic information 41 to the pressure control transmission unit 11 through the basic information input unit 40. To transmit the basic information 41 to the outside through the pressure control transmission unit 11, the basic information input unit 40 can be an independent component, or be disposed in the pressure control device 10; and the pressure control unit 12 and the The inflating and discharging unit 20 is connected to at least one pressure sensing unit 70. The pressure sensing unit 70 is provided on each of the air cushion units 31 to sense the current pressure state of each of the air cushion units 31. The pressure control unit 12 The inflating and discharging unit 20 is controlled, and the current pressure state of each air cushion unit 31 sensed by the pressure sensing unit 70 is received; further, the pressure control device 10 includes a monitoring unit 13 which is connected to the pressure The control unit 12 is connected. When the pressure sensing unit 70 senses the pressure of each air cushion unit 31, and transmits the pressure state of each air cushion unit 31 to the pressure control unit 12, the pressure control unit 12 transmits the pressure After the pressure status of the air cushion unit 31 is transmitted to the monitoring unit 13, the monitoring unit 13 generates a pressure monitoring information 131 according to the pressure status of each air cushion unit 31, and the monitoring unit 13 transmits the pressure monitoring information 131 to the pressure The pressure control unit 12 transmits the pressure monitoring information 131 to the pressure control transmission unit 11 to transmit the pressure monitoring information 131 to the outside through the pressure control transmission unit 11.

The pressure intelligent control system also includes a control device 50 connected to the pressure control device 10 to control the inflating and discharging unit 20 connected to the pressure control unit 12 to inflate the air bed 30 Or deflate to adjust the pressure of each air cushion unit 31. The control device 50 includes a control transmission unit 51, which is connected to the pressure control transmission unit 11 so as to use the control transmission unit 51 And the pressure control device 10 mutually receive or transmit information; a control unit 52, the control unit 52 is connected to the control transmission unit 51; and a setting unit 53, the setting unit 53 is connected to the control unit 52, the setting The unit 53 generates a setting information 531 according to the setting of the operator, the setting unit 53 transmits the setting information 531 to the control unit 52, and the control unit 52 transmits the setting information 531 to the pressure through the control transmission unit 51 The control device 10 controls the inflating and discharging unit 20 to inflate or deflate one, part or all of the air cushion units 31 according to the setting information 531.

Wherein, the setting unit 53 includes a plurality of function setting sections 532, and the plurality of function setting sections 532 include any two or more of a network connection, a lock mode, a tilt control mode, a normal care mode, or a treatment mode The combination of the above-mentioned modes can be used to inflate or deflate the air cushion unit 31 in different parts, or perform functions such as locking or network connection, for example, if the operator sets the tilt mode , The pressure control device 10 controls the inflating and discharging unit 20 to inflate the air cushion unit 31 on the waist, shoulders and head, and then depending on the pressure state of the air cushion unit 31 on the hips and legs, select whether to The air cushion unit 31 of the buttocks and legs performs a deflation action, so that the air bed 30 can provide an environment suitable for lying in a tilted state; however, if this treatment mode is selected, the patient cannot be freely lying in bed for a long time. Move the body, so when the treatment mode is activated, the inflating and discharging unit 20 will inflate and deflate a specific plurality of the air cushion units 31, so that the user can effectively turn the body to achieve the relevant treatment Function, etc.; and the lock mode is to lock or unlock the operating device 50.

The pressure intelligent control system also includes a data processing device 60, the data processing The processing device 60 is, for example, a cloud server. The data processing device 60 is connected to at least one of the pressure control devices 10, so that the data processing device 60 can be connected to a plurality of the pressure control devices 10 to individually receive each pressure The information or signals transmitted by the control device 10, and can also transmit information or signals to each of the pressure control devices 10 through the data processing device 60; the data processing device 60 includes a data processing transmission unit 61 and a data processing control unit 62 and a data analysis unit 63, wherein the data processing transmission unit 61 is connected to the pressure control transmission unit 11 to obtain the basic information 41 and the pressure monitoring information 131, and the data processing control unit 62 and the data processing The transmission unit 61 is connected to obtain the basic information 41 and the pressure monitoring information 131, so when the data processing device 60 obtains the basic information from the pressure control device 10 (here only one pressure control device 10 is taken as an example) 41 and the pressure monitoring information 131 are transmitted to the data analysis unit 63 through the data processing and transmission unit 61 through the data processing control unit 62, and the data analysis unit 63 performs calculations based on the pressure monitoring information 131 to generate After the pressure management information 631, the data analysis unit 63 transmits the pressure management information 631 to the data processing control unit 62, and then to the data processing transmission unit 61, and finally through the data processing transmission unit 61 The pressure management information 631 is transmitted to the pressure control device 10; in this way, the pressure control device 10 controls the inflating and discharging unit 20 with reference to the pressure management information 631 so as to control the air bed 30 through the inflating and discharging unit 20 One, part or all of the air cushion units 31 are inflated or deflated.

In addition, the data analysis unit 63 is provided with a usage analysis module 632, which records the pressure change amount of the pressure monitoring information 131 at each time point, so as to compare the pressure monitoring information 131 in the same pressure change interval. The pressure change of the information 131 is classified into a time interval to analyze the use state of the air bed 30 at each time point. For example, when the user lies on the air bed 30, each air bed unit 31 will Compressed by an external pressure, into As a result, the pressure in each of the air-cushion units 31 is increased, and if the user leaves the air-cushion bed 30, each of the air-cushion units 31 will be dissipated due to the external pressure, and the pressure in each of the air-cushion units 31 will decrease, In this way, the usage analysis module 632 can classify the time period during which the user lies on the air bed 30 into one time interval, and the time period during which the user leaves the air bed 30 into another time interval, thereby Effectively statistically analyze the usage status of the user using the air bed 30 at each time point.

The data analysis unit 63 further includes a monitoring control unit 64 which is connected to the data processing control unit 62 to receive the pressure monitoring information 131, and the monitoring control unit 64 monitors each of the pressure monitoring information 131 The pressure state of the air-cushion unit 31, when the pressure state of any of the air-cushion units 31 is abnormal (for example, when any of the air-cushion units 31 has a hole and leaks), the monitoring control unit 64 generates a reminder signal 641, To display the reminder signal 641 through a management interface, the monitoring control unit 64 can further connect to the control transmission unit 51 through the data processing transmission unit 61 through the data processing control unit 62, and then to the control unit 52 , Thereby controlling the control device 50 wirelessly or wiredly through the monitoring control unit 64.

In addition, the pressure intelligent control system further includes a management device 80 connected to the data processing device 60. The management device 80 includes an information transmission module 81, a position display module 82, and a The information display module 83 and a management control module 84, the management device 80 is connected to the data processing transmission unit 61 through the information transmission module 81 to obtain the basic information 41, and the management device 80 is provided with the position display module The group 82 and the information display module 83. The location display module 82 captures the geographic location in the basic information 41 to display the geographic location in the basic information 41 on a map display interface through the location display module 82 On, the information The display module 83 captures a user's basic data in the basic information 41 to display the user's basic data in the basic information 41 on a basic data interface; the management control module 84 at least provides management of the air cushion One or a combination of one or more of the tilt control mode, the inflation and deflation cycle mode, the normal care mode, the treatment mode or the sleep mode, the lock mode, the power switch, and the air leak reminder of the bed 30, wherein the tilt control mode, the normal The care mode, the treatment mode, and the lock mode are all the same as the functions of the function setting part 532.

In this way, the operator can operate the pressure state of each air cushion unit 31 in the air cushion bed 30 through the operating device 50 or the management device 80, and then process and analyze each of the air cushion units 31 in the air bed 30 through the data processing device 60 The pressure state of the air cushion unit 31 is controlled by the pressure control device 10 to effectively control the pressure of each part (air cushion unit) of the air cushion bed 30 to provide the user with a more comfortable lying environment. The inflating and discharging unit 20 inflates or deflates each of the air cushion units 31 of the air bed 30.

The above detailed description is a specific description of a possible embodiment of the present invention, but this embodiment is not used to limit the scope of the present invention. Any equivalent implementation or modification that does not deviate from the technical spirit of the present invention shall include In the scope of the patent in this case.

10‧‧‧Pressure control device

11‧‧‧Pressure control transmission unit

12‧‧‧Pressure control unit

13‧‧‧Monitoring Unit

131‧‧‧Pressure monitoring information

20‧‧‧Inflation and discharge unit

30‧‧‧Air Bed

31‧‧‧Air cushion unit

40‧‧‧Basic information input unit

41‧‧‧Basic Information

50‧‧‧Control device

51‧‧‧Control transmission unit

52‧‧‧Control Unit

53‧‧‧Setting Unit

531‧‧‧Setting Information

532‧‧‧Function setting section

60‧‧‧Data Processing Device

61‧‧‧Data Processing Transmission Unit

62‧‧‧Data Processing Control Unit

63‧‧‧Data Analysis Unit

631‧‧‧Stress Management Information

632‧‧‧Use analysis module

64‧‧‧Monitoring control unit

641‧‧‧Reminder signal

70‧‧‧Pressure Sensing Unit

80‧‧‧Management device

81‧‧‧Information Transmission Module

82‧‧‧Position display module

83‧‧‧Information display module

84‧‧‧Management Control Module

Claims (11)

A control system for an air-cushion bed, comprising: an air-cushion bed with a plurality of air-cushion units, each of the air-cushion units is connected to an inflating and discharging unit, so that each air-cushion unit is independently inflated or deflated, and each of the air cushions The units are respectively provided with a pressure sensing unit to generate the current pressure of each air cushion unit; an air supply device, which is connected to each of the inflating and discharging units, so that the air supply device passes through each of the inflating and discharging units The unit provides gas to each of the air cushion units; a pressure control device connected to each of the inflating and discharging units and the pressure sensing unit, and the pressure control device controls the inflating and discharging units to adjust each The pressure of the air-cushion unit, and generate pressure monitoring information according to the pressure of each of the air-cushion units, and transmit the pressure monitoring information and basic information set by the pressure control device to the outside; and a data processing Device, the data processing device is connected to the pressure control device, the data processing device obtains the basic information and the pressure monitoring information, and generates a pressure management information based on the pressure monitoring information, wherein the pressure control device refers to the pressure management information to control The inflating and discharging unit adjusts the pressure of each air cushion unit; wherein, the data processing device includes: a data processing transmission unit, the data processing transmission unit is connected with a pressure control transmission unit in the pressure control device to obtain The basic information and the pressure monitoring information; a data processing control unit, the data processing control unit is connected with the data processing transmission unit to obtain the basic information and the pressure monitoring information; a data analysis unit, the data analysis unit and The data processing control unit is connected to obtain the basic information and the pressure monitoring information, the data analysis unit calculates based on the pressure monitoring information to generate the pressure management information, and the data analysis unit manages the pressure The information is transmitted to the data processing control unit, to the data processing transmission unit, and then the pressure management information is transmitted to the pressure control device through the data processing transmission unit. For example, the control system of the air bed described in the first item of the scope of patent application, wherein the pressure control device includes: the pressure control transmission unit, and the pressure control transmission unit is connected to a basic information input unit to receive the user through the basic information The basic information set by the input unit and the current pressure state of each air cushion unit sensed by the pressure sensing unit, and the pressure control transmission unit transmits the basic information to the outside; a pressure control unit, the pressure control unit and the The pressure control transmission unit is connected to receive the current pressure state of each air cushion unit sensed by the pressure sensing unit, and the pressure control unit is connected to the inflating and discharging unit to control the inflating and discharging unit to the air bed Performing inflation or deflation; and a monitoring unit connected to the pressure control unit to transmit the current pressure status of each air cushion unit to the monitoring unit through the pressure control unit, and the monitoring unit is based on each air cushion The pressure state of the unit generates pressure monitoring information, the monitoring unit transmits the pressure monitoring information to the pressure control unit, and the pressure control unit transmits the pressure monitoring information to the pressure control transmission unit to control the transmission unit through the pressure The pressure monitoring information is transmitted to the outside world. For example, the control system of the air bed described in the scope of patent application, which further includes a control device connected to the pressure control device to control the pressure control device connected to the pressure control unit through the pressure control device The inflating and discharging unit is used to adjust the pressure of each air cushion unit. The control system of the air bed as described in item 3 of the scope of patent application, wherein the control device includes Including: a control transmission unit connected to transmit a setting information to the pressure control transmission unit; a setting unit, the setting unit generating the setting information according to an operator setting; and a control unit, the control unit The setting unit is connected to receive the setting information, and the control unit is connected to the control transmission unit to transmit the setting information to the control transmission unit; and the pressure control device controls each of the inflation and discharge units according to the setting information Adjust the pressure of each air cushion unit. For example, in the control system of the air bed described in item 4 of the scope of patent application, the setting unit includes: a plurality of function setting parts, and each function setting part is operated to generate the setting information; the setting unit sets each function At least one status display part is provided around the part, and the status display part indicates the current setting status of the air bed. For example, the control system of the air bed described in the scope of patent application, wherein the data processing device further includes a monitoring control unit connected to the data processing control unit and the data processing transmission unit for receiving the pressure Monitoring information, the monitoring control unit has a monitoring threshold value for each air cushion unit. When the pressure in the pressure monitoring information of any air cushion unit does not meet the monitoring threshold value, the monitoring control unit generates a reminder signal, the The data processing transmission unit transmits the reminder signal to the outside. For example, the control system of the air bed described in item 1 of the scope of patent application, wherein the data analysis unit further includes a usage analysis module, the usage analysis module records the pressure variation of the pressure monitoring information at each time point, the The analysis module is used to change the pressure monitoring information in the same pressure change interval in a time interval to generate the use state of the air bed at different time intervals. A control system for an air-cushion bed, comprising: an air-cushion bed provided with a plurality of air-cushion units, each of the air-cushion units is connected to an inflating and discharging unit, so that each air-cushion unit is independently inflated or deflated, and each of the air cushions The units are respectively provided with a pressure sensing unit to generate the current pressure of each air cushion unit; an air supply device, which is connected to each of the inflating and discharging units, so that the air supply device passes through each of the inflating and discharging units The unit provides gas to each of the air cushion units; a pressure control device connected to each of the inflating and discharging units and the pressure sensing unit, and the pressure control device controls the inflating and discharging units to adjust each The pressure of the air cushion unit, and generate pressure monitoring information according to the pressure of each of the air cushion units, and transmit the pressure monitoring information and basic information set by the pressure control device to the outside; a data processing device , The data processing device is connected to the pressure control device, the data processing device obtains the basic information and the pressure monitoring information, and generates a pressure management information based on the pressure monitoring information, wherein the pressure control device refers to the pressure management information to control the The inflation unit adjusts the pressure of each air cushion unit; and a management device connected to the data processing device, the management device including: an information transmission module, the information transmission module receiving the basic information, Pressure monitoring information and pressure management information; a location display module that captures the geographic location set in the basic information, and displays the geographic location in the basic information in the management through the location display module A map display interface of the device; and an information display module that retrieves basic user data set in the basic information to display the basic user data in the basic information on the management device A basic data interface of Wherein, the data processing device includes: a data processing transmission unit connected to a pressure control transmission unit in the pressure control device to obtain the basic information and the pressure monitoring information; a data processing control unit , The data processing control unit is connected to the data processing transmission unit to obtain the basic information and the pressure monitoring information; a data analysis unit is connected to the data processing control unit to obtain the basic information and The pressure monitoring information, the data analysis unit calculates based on the pressure monitoring information to generate the pressure management information, the data analysis unit transmits the pressure management information to the data processing control unit, to the data processing transmission unit, and then through the The data processing transmission unit transmits the pressure management information to the pressure control device; wherein, the pressure control device includes: the pressure control transmission unit, and the pressure control transmission unit is connected to a basic information input unit to receive the basic information from the user The basic information set by the input unit and the current pressure state of each air cushion unit sensed by the pressure sensing unit, and the pressure control transmission unit transmits the basic information to the outside. For example, the air bed control system described in item 8 of the scope of patent application, wherein the data processing device further includes a monitoring control unit connected to the data processing control unit and the data processing transmission unit for receiving the pressure Monitoring information, the monitoring control unit has a monitoring threshold value for each air cushion unit. When the pressure in the pressure monitoring information of any air cushion unit does not meet the monitoring threshold value, the monitoring control unit generates a reminder signal, the The data processing transmission unit transmits the reminder signal to the outside. For example, the air bed control system described in item 8 of the scope of patent application, wherein the data analysis unit further includes a usage analysis module, which records the pressure monitoring at each time point The pressure change amount of the information, the use analysis module will change the pressure monitoring information in the same pressure change interval in a time interval to generate the use state of the air bed in different time intervals. For example, the air bed control system described in item 8 of the scope of patent application, wherein the management device further includes a management control module, which at least provides the tilt control mode, the inflation and deflation cycle mode, Usually one or a combination of two or more of care mode, treatment mode or sleep mode, lock mode, power switch, and air leak reminder.

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