Pressurizing control equipment for inflating device

Abstract

The invention discloses pressurization control equipment for an inflation device, and particularly relates to the field of pressurization control, the pressurization control equipment comprises a mattress, an inflation area, a pressure application device, a sensor, a processor, an information terminal, a remote end and a power supply, the power supply provides energy, and a control system is arranged in the processor. The control system comprises a detection unit used for detecting whether the mattress is in a use state or not through the sensor. Whether a patient is on the device or not is detected through the detection module, the standby state and the working state are rapidly switched, the use efficiency of the device is improved, the service life of the device is prolonged, after work is finished, the mattress can automatically recover to the initial state through the standby module, it is ensured that the device is in the optimal working condition before use every time, and the work efficiency is improved. Meanwhile, the situation that the same treatment mode is generated due to the fact that data recorded by the information storage module is not updated due to weight reduction or increase of the patient can be avoided through the evaluation module, and the preciseness in the mattress treatment process is improved.

Description

Technical Field

[0001] The present invention relates to the field of pressurization control, and in particular to a pressurization control device for an inflator. Background Art

[0002] The inflatable device pressurization control device allows to increase or decrease the pressure in the predetermined area of ​​the mattress for medical purposes or other uses. At present, many mattress manufacturers provide static solutions, which apply a steady pressure to the body support points, that is, the support is adjusted by changing the consistency of the mattress (density, material quality, material properties, etc.). Sometimes, multiple areas are created to adapt to the human body shape. Some manufacturers provide dynamic mattress solutions, which are programmed to achieve the alternation of pressure and the adjustment of the pressure applied to different support points. The introduction of air or gas to certain areas of the mattress will change the pressure in these areas, thereby changing the support of the body on these areas. The introduction of air or inert gas requires manual intervention to calibrate the pressure value, or requires a specific inflation and deflation protocol. However, in use, the data recorded by the programming is not constant, and the patient's weight may increase and decrease, which may lead to a relationship that is not suitable for the patient, so an inflatable device pressurization control device is needed to solve the above problems. Summary of the invention

[0003] The purpose of the present invention is to solve the shortcomings of the prior art. The inflatable device pressurization control device allows to increase or decrease the pressure of a predetermined area of ​​the mattress for medical purposes or other purposes. At present, many mattress manufacturers provide static solutions to apply a stable pressure to the body support points, that is, to adjust the support force by changing the consistency of the mattress (density, material quality, material properties, etc.). Sometimes, multiple areas are created to adapt to the human body shape. Some manufacturers provide dynamic mattress solutions, which are programmed to achieve the alternation of pressure and the adjustment of the pressure applied to different support points. The introduction of air or gas into certain areas of the mattress will change the pressure in these areas, thereby changing the support of the body on these areas. The introduction of air or inert gas requires manual intervention to calibrate the pressure value, or requires a specific inflation and deflation protocol, but in use, the data recorded by the programming is not constant, and the patient's weight may increase and decrease, which leads to a relationship that is not suitable for the patient. A kind of inflatable device pressurization control device is proposed.

[0004] In order to achieve the above object, the present invention adopts the following technical solutions:

[0005] A pressurization control device for an inflatable device comprises a mattress, an inflatable area, a pressure application device, a sensor, a processor, an information terminal, a remote terminal and a power supply, wherein the power supply provides energy, and a control system is arranged in the processor, wherein the control system comprises a detection unit for detecting whether the mattress is in use by means of a sensor, wherein the detection unit comprises a data input module for inputting patient data, wherein the data input module is electrically connected to an information storage module for storing patient data information, wherein the information storage module is electrically connected to a selection module for selecting the patient's own data, wherein the selection module is electrically connected to a detection module for detecting whether a person is lying on the mattress, wherein the detection module is electrically connected to a standby module for restoring the original state and being on standby and an evaluation module for evaluating the patient's body data, wherein the evaluation module is electrically connected to a processing unit for data processing, and wherein the processing unit is electrically connected to a control unit for controlling the inflation and deflation of the inflatable area by means of a pressure application device.

[0006] The present invention is further configured as follows: the patient inputs his / her own data into the data input module, which is transmitted to the information storage module for information storage, and the information storage module is capable of deleting the stored personal information, the selection module makes an independent selection based on the patient's personal information stored in the information storage module, and the detection module detects whether the patient is on the mattress.

[0007] The present invention is further configured as follows: when the patient is not on the mattress, the standby module puts the pressure application device in a standby state; if the mattress is in a work-end state, the standby module controls the pressure application device to restore the inflatable area to an initial state; when the patient is on the mattress, the evaluation unit evaluates the patient's weight, height ratio, etc. based on the gravity received on the mattress to evaluate the area required for use of the inflatable area, and the evaluation result of the evaluation module is recorded as evaluation data.

[0008] The present invention is further configured as follows: the processing unit includes a data collection module for collecting data, the data collection module is electrically connected to a data matching module for data matching, the data matching module is electrically connected to a data simulation module for simulation according to evaluation data, the data simulation module is electrically connected to a data assessment module for simulation assessment, the data assessment module is electrically connected to an instruction generation module for generating control instructions based on assessment data, the data matching module is electrically connected to a collating module for collating data, and the collating module is electrically connected to the instruction generation module.

[0009] The present invention is further configured as follows: the data collection module collects the evaluation data in the evaluation module, and the data matching module matches the evaluation data to determine whether there is corresponding data, and the matching data of the data matching module is provided by the control unit.

[0010] The present invention is further configured as follows: when the data matching module fails to match matching data, the data simulation module performs inflation simulation according to the evaluation data and records the simulation data of the inflation simulation; the assessment module evaluates whether the inflation simulation matches the evaluation data; when the inflation simulation matches the evaluation data, the instruction generation module generates a control instruction according to the simulation data of the inflation simulation; when the inflation simulation does not match the evaluation data, the data simulation module performs the inflation simulation again.

[0011] The present invention is further configured as follows: the control unit includes a control module for controlling the inflation of the inflation area, the control module is electrically connected to a monitoring module for monitoring whether the inflation area and the patient are in the best effect, the monitoring module is electrically connected to a data storage module for storing data and an analysis module for analyzing the inflation area, the analysis module is electrically connected to a debugging module for generating debugging instructions, and the data storage module is electrically connected to a data matching module.

[0012] The present invention is further configured as follows: the control module controls the pressure application device to inflate and deflate the inflatable area according to the instructions generated by the instruction generation module, and the monitoring module monitors the patient and the inflatable area to monitor whether the mattress achieves the best therapeutic effect on the patient under the state of the inflatable area.

[0013] The present invention is further configured as follows: when the mattress does not achieve optimal treatment, the analysis module analyzes the correlation between the various inflatable areas in the mattress, and the debugging module debugs various locations of the inflatable areas. When the mattress achieves optimal treatment, the data storage module records and stores the optimal treatment effect data.

[0014] The present invention is further configured as follows: the optimal treatment data stored in the data storage module will be provided to the data matching module, and the sorting module will generate corresponding instruction information for the optimal treatment data, and the instruction generation module will generate control instructions based on the instruction information sorted by the sorting module.

[0015] The beneficial effects of the present invention are:

[0016] The present invention:

[0017] 1. Through the data input module, information storage module, selection module and evaluation module, the system can process and store the patient's personal data and make personalized adjustments based on these data. Data-driven adaptive control can provide more accurate inflation control. At the same time, the detection module detects whether the patient is on the device, and quickly switches between standby and working states to improve the efficiency of the device and extend its service life. After the work is completed, the standby module can automatically restore the mattress to its initial state to ensure that the device is in the best working condition before each use. At the same time, the evaluation module can prevent the patient from losing or gaining weight, which will cause the data recorded in the information storage module to not be updated and produce the same treatment mode, thereby increasing the rigor of the mattress treatment process;

[0018] 2. The data simulation module performs inflation simulation according to the evaluation data, so that the mattress can predict the effects of different inflation settings. At the same time, the inflation simulation is evaluated according to the data evaluation module to ensure the accuracy of the inflation of the mattress during the inflation process. The inflation area in the mattress can be further debugged through the analysis module and the debugging module, so that the mattress can achieve the best treatment effect for the patient during the treatment. The data storage module can enable the patient to quickly achieve the best effect during the subsequent treatment, and the monitoring module can monitor to ensure the rigor of the previously recorded data. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a structural schematic diagram of a pressurization control device of an inflatable device in the present invention;

[0020] Figure 2 It is a schematic diagram of the system flow of a detection unit of a pressurization control device of an inflator in the present invention;

[0021] Figure 3 A schematic diagram of a processing unit system flow of a pressurization control device for an inflator in the present invention;

[0022] Figure 4 The present invention is a schematic diagram of the system flow of a control unit of a pressurization control device for an inflator.

[0023] Legend:

[0024] 1. Mattress; 2. Inflatable area; 3. Pressure application device; 4. Sensor; 5. Processor; 6. Information terminal; 7. Remote terminal; 8. Power supply. DETAILED DESCRIPTION

[0025] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0026] like Figure 1-4 As shown, an inflatable device pressurization control device includes a mattress 1, an inflatable area 2, a pressure application device 3, a sensor 4, a processor 5, an information terminal 6, a remote terminal 7 and a power supply 8, wherein the power supply 8 provides energy, and a control system is provided in the processor 5, wherein the control system includes a detection unit for detecting whether the mattress 1 is in use through the sensor 4, wherein the detection unit includes a data input module for inputting patient data, wherein the data input module is electrically connected to an information storage module for storing patient data information, wherein the information storage module is electrically connected to a selection module for selecting the patient's own data, wherein the selection module is electrically connected to a detection module for whether a person is lying on the mattress 1, wherein the detection module is electrically connected to a standby module for restoring the original state and standing by and an evaluation module for evaluating the patient's body data, wherein the evaluation module is electrically connected to a processing unit for data processing, wherein the processing unit is electrically connected to a control unit for controlling the inflation and deflation of the inflatable area 2 through the pressure application device 3;

[0027] The patient inputs his / her own data into the data input module, which is then transmitted to the information storage module for storage. The information storage module can delete the stored personal information. The selection module makes an independent selection based on the patient's personal information stored in the information storage module. The detection module detects whether the patient is on the mattress 1.

[0028] When the patient is not on the mattress 1, the standby module puts the pressure application device 3 in a standby state. If the mattress 1 is in a work-end state, the standby module controls the pressure application device 3 to restore the inflatable area 2 to an initial state. When the patient is on the mattress 1, the evaluation unit evaluates the patient's weight, height ratio, etc. according to the gravity received on the mattress 1 to evaluate the area of ​​the inflatable area 2 that needs to be used. The evaluation result of the evaluation module is recorded as evaluation data.

[0029] Through the above embodiments, through the data input module, information storage module, selection module and evaluation module, the system can process and store the patient's personal data, and make personalized adjustments based on these data. The data-driven adaptive control can provide more accurate inflation control. At the same time, the detection module detects whether the patient is on the device, and quickly switches between the standby state and the working state, thereby improving the use efficiency of the device and extending its service life. After the work is completed, the mattress 1 can automatically restore to the initial state through the standby module to ensure that the device is in the best working condition before each use. At the same time, the evaluation module can avoid the patient's weight loss or weight gain resulting in the data recorded in the information storage module not being updated and generating the same treatment mode, thereby increasing the rigor of the treatment process of the mattress 1.

[0030] The processing unit includes a data collection module for collecting data, the data collection module is electrically connected to a data matching module for data matching, the data matching module is electrically connected to a data simulation module for simulation according to the evaluation data, the data simulation module is electrically connected to a data assessment module for simulation assessment, the data assessment module is electrically connected to an instruction generation module for generating control instructions based on the assessment data, the data matching module is electrically connected to a collating module for collating data, and the collating module is electrically connected to the instruction generation module;

[0031] The data collection module collects the evaluation data in the evaluation module, and the data matching module matches the evaluation data to see if there is suitable data. The matching data of the data matching module is provided by the control unit;

[0032] When the data matching module fails to match the matching data, the data simulation module performs inflation simulation according to the evaluation data and records the simulation data of the inflation simulation. The evaluation module evaluates whether the inflation simulation matches the evaluation data. When the inflation simulation matches the evaluation data, the instruction generation module generates a control instruction according to the simulation data of the inflation simulation. When the inflation simulation does not match the evaluation data, the data simulation module performs inflation simulation again.

[0033] Through the above embodiment, the data simulation module performs inflation simulation according to the evaluation data, so that the mattress 1 can predict the effects of different inflation settings, and at the same time, the inflation simulation is evaluated according to the data evaluation module, so that the inflation area 2 in the mattress 1 can ensure the accuracy of inflation during the inflation process;

[0034] The control unit includes a control module for controlling the inflation of the inflation area 2, the control module is electrically connected to a monitoring module for monitoring whether the inflation area 2 and the patient are in the best effect, the monitoring module is electrically connected to a data storage module for storing data and an analysis module for analyzing the inflation area 2, the analysis module is electrically connected to a debugging module for generating debugging instructions, and the data storage module is electrically connected to a data matching module;

[0035] The control module controls the pressure application device 3 to inflate and deflate the inflatable area 2 according to the instructions generated by the instruction generation module, and the monitoring module monitors the patient and the inflatable area 2 to monitor whether the mattress 1 achieves the best treatment effect on the patient in the state of the inflatable area 2;

[0036] When the mattress 1 does not achieve the best treatment, the analysis module analyzes the correlation between the inflatable areas 2 in the mattress 1, and the debugging module debugs each part of the inflatable area 2. When the mattress 1 achieves the best treatment, the data storage module records and stores the best treatment effect data;

[0037] Through the above embodiment, the analysis module and the debugging module can further debug each inflation area 2 of the mattress 1, so that the mattress 1 can achieve the best therapeutic effect on the patient during the treatment work;

[0038] The optimal treatment data stored in the data storage module will be provided to the data matching module, and the sorting module will generate corresponding instruction information for the optimal treatment data, and the instruction generation module will generate control instructions according to the instruction information sorted by the sorting module;

[0039] Through the above embodiment, the data storage module can enable the mattress 1 to quickly achieve the best effect during the follow-up treatment of the patient, and the monitoring module can monitor and ensure the rigor of the previously recorded data;

[0040] Working principle: When the present invention is used, data is first input. The patient inputs personal data including but not limited to age, weight, height, medical condition, etc. through the data input module. The data input module stores the data through the information storage module. Then the information storage module stores the patient data and can delete personal information as needed. The selection module selects the patient data according to the stored information. The detection module determines whether the patient is on the mattress 1. If the patient is not on the mattress 1, the standby module controls the inflation area 2 to enter the standby state through the pressure application device 3. If the mattress 1 is in the end of work state, the standby module restores it to the initial state. If the patient is on the mattress 1, the evaluation module evaluates the patient's weight, height ratio, etc. according to the gravity data received above the mattress 1, and determines the inflation area 2. The processing unit collects the evaluation data and matches the data The module matches and simulates data with the data simulation module, the data evaluation module evaluates the adaptability of the simulation data, when the simulation data matches the evaluation data, the instruction generation module generates a control instruction according to the simulation data, the control unit operates the pressure application device 3 according to the control instruction generated by the instruction generation module, the monitoring module monitors the effect between the mattress 1 and the patient, and analyzes the effect of the mattress 1, if the mattress 1 does not achieve the best effect, the analysis module analyzes the correlation between its various regions, and the debugging module performs debugging, when the mattress 1 achieves the best treatment effect, the data storage module records and stores the best treatment data, the best treatment data stored in the data storage module is provided to the data matching module, the sorting module generates corresponding instruction information, and the instruction generation module generates control instructions according to the instruction information of the sorting module to ensure that the equipment is quickly adjusted according to the best treatment data.

[0041] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. An inflator pressurization control device, characterized in that: The invention comprises a mattress (1), an inflatable area (2), a pressure application device (3), a sensor (4), a processor (5), an information terminal (6), a remote terminal (7) and a power supply (8), wherein the power supply (8) provides energy, and a control system is arranged in the processor (5). The control system comprises a detection unit for detecting whether the mattress (1) is in use by means of the sensor (4), the detection unit comprises a data input module for inputting patient data, the data input module is electrically connected to an information storage module for storing patient data information, the information storage module is electrically connected to a selection module for selecting the patient's own data, the selection module is electrically connected to a detection module for detecting whether a person is lying on the mattress (1), the detection module is electrically connected to a standby module for restoring the original state and being on standby, and an evaluation module for evaluating the patient's body data, the evaluation module is electrically connected to a processing unit for data processing, and the processing unit is electrically connected to a control unit for controlling the inflation and deflation of the inflatable area (2) by means of the pressure application device (3).

2. An inflator pressurization control device according to claim 1, characterized in that: The patient inputs his / her own data into the data input module, which is then transmitted to the information storage module for storage. The information storage module is capable of deleting the stored personal information. The selection module makes an independent selection based on the patient's personal information stored in the information storage module. The detection module detects whether the patient is on the mattress (1).

3. An inflator pressurization control device according to claim 2, characterized in that: When the patient is not on the mattress (1), the standby module puts the pressure application device (3) into a standby state; if the mattress (1) is in a work-end state, the standby module controls the pressure application device (3) to restore the inflatable area (2) to an initial state; when the patient is on the mattress (1), the evaluation unit evaluates the patient's weight, height ratio, etc. based on the gravity received on the mattress (1) to evaluate the area of ​​the inflatable area (2) that needs to be used, and the evaluation result of the evaluation module is recorded as evaluation data.

4. The inflator pressurization control device according to claim 1, characterized in that: The processing unit includes a data collection module for collecting data, the data collection module is electrically connected to a data matching module for data matching, the data matching module is electrically connected to a data simulation module for simulation based on evaluation data, the data simulation module is electrically connected to a data assessment module for simulation assessment, the data assessment module is electrically connected to an instruction generation module for generating control instructions based on assessment data, the data matching module is electrically connected to a sorting module for sorting data, and the sorting module is electrically connected to the instruction generation module.

5. An inflator pressurization control device according to claim 4, characterized in that: The data collection module collects the evaluation data in the evaluation module, and the data matching module matches the evaluation data to see whether there is suitable data. The matching data of the data matching module is provided by the control unit.

6. An inflator pressurization control device according to claim 5, characterized in that: When the data matching module fails to match the corresponding data, the data simulation module performs an inflation simulation according to the evaluation data and records the simulation data of the inflation simulation. The assessment module evaluates whether the inflation simulation matches the evaluation data. When the inflation simulation matches the evaluation data, the instruction generation module generates a control instruction according to the simulation data of the inflation simulation. When the inflation simulation does not match the evaluation data, the data simulation module performs the inflation simulation again.

7. The inflator pressurization control device according to claim 1, characterized in that: The control unit comprises a control module for controlling the inflation of the inflation area (2), the control module being electrically connected to a monitoring module for monitoring whether the inflation area (2) and the patient are in an optimal effect, the monitoring module being electrically connected to a data storage module for storing data and an analysis module for analyzing the inflation area (2), the analysis module being electrically connected to a debugging module for generating debugging instructions, and the data storage module being electrically connected to a data matching module.

8. An inflator pressurization control device according to claim 7, characterized in that: The control module controls the pressure application device (3) to inflate and deflate the inflatable area (2) according to the instructions generated by the instruction generation module, and the monitoring module monitors the patient and the inflatable area (2) to monitor whether the mattress (1) achieves the best treatment effect on the patient when the inflatable area (2) is in a state.

9. An inflator pressurization control device according to claim 8, characterized in that: When the mattress (1) does not achieve optimal treatment, the analysis module analyzes the correlation between the various inflatable areas (2) in the mattress (1), and the debugging module debugs various locations of the inflatable areas (2). When the mattress (1) achieves optimal treatment, the data storage module records and stores the optimal treatment effect data.

10. An inflator pressurization control device according to claim 9, characterized in that: The optimal treatment data stored in the data storage module will be provided to the data matching module, and the sorting module will generate corresponding instruction information for the optimal treatment data, and the instruction generation module will generate control instructions according to the instruction information sorted by the sorting module.

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