CN112289428A - Home care information collecting equipment - Google Patents

Abstract

Translated fromChinese

本发明实施例提供了一种居家照护信息汇整设备，包括作业系统模组且所述作业系统模组包括：操作页面单元、装置管理单元、智能分类单元、信号记录管理单元及通信软件分享单元；所述居家照护信息汇整设备可自动汇整不同厂商不同功能的生理信息仪器信号，并且自动将所接收的生理信息进行分类、储存、记录及分析，大幅降低操作难度，有效提升高龄者使用的意愿；以及可实时将所产生的相关警示或建议信息主动上传至通信软件群组，方便掌握家庭成员的生理信息，有助于家庭成员之间了解彼此的健康状态，以相对更为积极、可靠的手段守护家庭成员健康。

An embodiment of the present invention provides a home care information aggregation device, including an operating system module, and the operating system module includes: an operation page unit, a device management unit, an intelligent classification unit, a signal recording management unit and a communication software sharing unit; the home care information aggregation device can automatically aggregate physiological information instrument signals with different functions from different manufacturers, and automatically classify, store, record and analyze the received physiological information, greatly reducing the difficulty of operation and effectively improving the willingness of the elderly to use it; and can actively upload the generated relevant warning or suggestion information to the communication software group in real time, so as to facilitate the grasp of the physiological information of family members, help family members understand each other's health status, and protect the health of family members in a relatively more active and reliable way.

Description

Home care information collecting equipment

Technical Field

The invention relates to the technical field of home care information processing, in particular to home care information collection equipment, and aims to provide home care information collection equipment which can classify and record and manage physiological information of various physiological information instruments, actively upload information to communication software groups of family members and upload the information to cloud recording application.

Background

In this aging and civilized society, diabetes, hypertension, some cardiovascular diseases, and working pressure can threaten our health; through the mode of home health management, the physiological information of the user is measured and recorded on time, the change of the health index is really mastered, and then abnormal body warning is perceived in time.

Furthermore, with the advanced development of internet and low power consumption wireless transmission technology, signal transmission can be formed by combining physiological information instruments (such as a sphygmomanometer, a weighing machine, a body fat meter, a blood glucose meter, an electrocardiograph and the like) with the bluetooth transmission function and the smart phone, and the application program carried by the smart phone is used for recording the physiological information transmitted by the corresponding physiological information instrument, so as to achieve the purpose of health information management.

Or, the physiological information transmitted by the physiological information instrument is uploaded to a health management network platform provided by a telecommunication operator through the smart phone, and the personal physiological information is stored and the change state of the past physiological information of the individual is inspected by utilizing a personal account management mode.

However, similar to the application programs for receiving physiological information carried by smart phones, most of the application programs are developed by manufacturers of physiological information devices for use in their own products, and consumers must download dedicated application programs for physiological information devices manufactured by different manufacturers and must download dedicated application programs for physiological information devices with different functions, so that the actual operation and application are very complicated, the difficulty of self-operation of elderly people is increased, and the will of the elderly people is reduced.

As for the health management network platform provided by the telecommunication provider, the received physiological information still needs to be uploaded to the cloud through the smart phone, which is also quite difficult for the elderly, and the provided physiological information recording service items are relatively limited, so that family members need to log in an account of the other party to check the physiological information recording of the other party when they want to care about the health status of each other, and further do not actively send out related notifications, reminders or suggestions.

Disclosure of Invention

In view of the above, the present invention provides a home care information collecting device capable of classifying and recording physiological information of various physiological information apparatuses, actively uploading information to communication software groups of family members, and uploading information to cloud recording application.

Specifically, the embodiment of the invention provides a home care information collection device, which forms signal transmission with at least one network communication device through the internet, and forms information transmission with at least one physiological information instrument through a low-power wireless transmission technology; the home care information collection equipment integrates a microprocessor, at least one storage carrier, at least one network communication module, at least one low-power wireless transmission module and a power supply module by utilizing a circuit system electric appliance, wherein the at least one storage carrier is loaded with an operating system module, and the operating system module is used for operation management among the microprocessor, the at least one storage carrier, the at least one network communication module, the at least one low-power wireless transmission module and the power supply module; the operating system module comprises an operating page unit, a page-type operating page unit and a page-type label unit, wherein the operating page unit is used for generating at least one page-type operating page, the page-type operating page is used for a user to establish at least one member and information corresponding to each member, and the page-type operating page adopts a paging-type label mode; the device management unit is used for carrying out broadcast management on the physiological information instruments after the at least one low-power-consumption wireless transmission module receives the broadcast signals of the physiological information instruments, and defining functions and signal management on the broadcasted physiological information instruments; the intelligent classification unit is used for defining the physiological information which belongs to any member according to a preset classification mode for the physiological information transmitted by each physiological information instrument; the signal record management unit is used for storing, recording and analyzing the physiological information of each member, and selecting the physiological information to be displayed on the webpage type operation page in a data index or graphic mode so as to obtain an analysis result; and the communication software sharing unit is used for establishing at least one communication software user account and uploading notification information to the at least one communication software establishment group through the at least one communication software establishment group mode, wherein the notification information comprises the physiological information and the analysis result of the member.

In an embodiment of the present invention, the operating system module further includes a cloud application unit.

In an embodiment of the present invention, the cloud application unit is configured to upload the physiological information and the analysis result of each member to a cloud server through the internet.

In an embodiment of the invention, the home care information collecting device further includes an electrical appliance integrating at least one speaker and at least one microphone, and the operating system module further includes a voice control unit.

In one embodiment of the present invention, the intelligent classification unit has at least one learning classification mode, and the learning classification mode defines the physiological information transmitted by each physiological information apparatus as the physiological information to which the member with the closest recent value belongs.

In an embodiment of the present invention, the home care information collecting device further includes an electrical appliance integrating at least one speaker and at least one microphone, and the operating system module further includes a voice control unit; the intelligent classification unit at least has a learning classification mode, and the learning classification mode defines the physiological information transmitted by each physiological information instrument as the physiological information to which the member with the closest recent numerical value belongs.

In one embodiment of the present invention, the home care information collecting apparatus further comprises an appliance integration at least one electrical connector.

In one embodiment of the present invention, the home care information collecting apparatus further includes an appliance integration at least one manipulation switch.

In one embodiment of the present invention, the at least one network communication module is a wireless network communication module.

In an embodiment of the present invention, the at least one low power wireless transmission module is a bluetooth low power wireless transmission module.

The home care information collecting and arranging equipment provided by the embodiment of the invention can automatically collect physiological information instrument signals with different functions of different manufacturers, and can automatically classify, store, record and analyze the received physiological information, thereby greatly reducing the operation difficulty and effectively improving the use intention of the elderly; the generated related warning or suggestion information can be actively uploaded to the communication software group in real time, so that the physiological information of the family members can be conveniently mastered, the health states of the family members can be known, and the health of the family members can be protected by a relatively more positive and reliable means; the system can be matched with the household environment to receive signals of temperature, humidity, air quality, power consumption and the like of the household environment so as to achieve the purpose of monitoring the household environment, and further can provide a household environment adjustment suggestion; even, the method can be used for receiving the environment signals of the agriculture, fishery and animal husbandry, providing the environment adjustment suggestion of the agriculture, fishery and animal husbandry and improving the productivity and quality of the agriculture, fishery and animal husbandry.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings needed to be used in the description of the embodiments are briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts.

Fig. 1 is a schematic view of a configuration of a home care information collecting device according to the present invention.

Fig. 2 is a schematic diagram of a basic composition architecture of a home care information collecting device according to a first embodiment of the present invention.

FIG. 3 is a block diagram of a software framework that may be implemented by an operating system module according to a first embodiment of the present invention.

Fig. 4 is a schematic diagram of a basic composition architecture of a home care information collecting device according to a second embodiment of the present invention.

FIG. 5 is a diagram of a software framework that may be implemented by an operating system module according to a second embodiment of the present invention.

[ brief description of the drawings ]

10: the home care information collection device; 11: a microprocessor; 12: a storage carrier; 13: a network communication module; 14: a low power consumption wireless transmission module; 15: a power supply module; 151: an operating switch; 16: an operating system module; 161: an operation page unit; 162: a device management unit; 163: an intelligent classification unit; 164: a signal recording management unit; 165: a communication software sharing unit; 166: a cloud application unit; 167: a voice control unit; 17: a speaker; 18: a microphone; 19: an electrical connector; 20: a cloud server; 30: a network communication device.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

[ first embodiment ] A method for manufacturing a semiconductor device

The present invention mainly provides a home care information collecting device capable of classifying and managing physiological information of various physiological information instruments, actively uploading information to communication software groups of family members, and uploading information to cloud recording applications, as shown in fig. 1, where fig. 1 is a schematic view of a configuration of the home care information collecting device according to the present invention. The home careinformation collecting device 10 of the present invention forms a signal transmission with at least onenetwork communication device 30 through the internet, and the home careinformation collecting device 10 is also used to form a signal transmission with at least onephysiological information apparatus 40 through a low power consumption wireless transmission technology. Among them, the home careinformation collecting device 10 is preferably a gateway (gateway).

In one embodiment, thenetwork communication device 30 may be a smart phone, a personal computer or a notebook computer; thephysiological information apparatus 40 may be a sphygmomanometer, a weighing scale, a body fat scale, a blood glucose meter, an electrocardiograph, a thermometer, a pedometer, etc. having a low power consumption wireless transmission function, but is not limited to The abovephysiological information apparatus 40, and Thephysiological information apparatus 40 is an Internet of Things (IoT) device. Of course, the home careinformation collecting device 10 may further include a display output interface (not shown) to connect to the screen for the user to control and view on the screen.

As shown in fig. 2, fig. 2 is a schematic diagram of a basic composition architecture of a home care information collecting device according to a first embodiment of the present invention. The home careinformation collection device 10 provided in the embodiment of the present invention electrically integrates amicroprocessor 11, at least onestorage carrier 12, at least onenetwork communication module 13, at least one low power consumptionwireless transmission module 14, and apower supply module 15 with a circuit system (not shown), loads anoperating system module 16 on the at least onestorage carrier 12, and theoperating system module 16 is used for operation management among themicroprocessor 11, the at least onestorage carrier 12, the at least onenetwork communication module 13, the at least one low power consumptionwireless transmission module 14, and thepower supply module 15; in one embodiment, at least one of thenetwork communication modules 13 is a wireless network communication module or a wired network communication module; at least one low powerwireless transmission module 14 is a bluetooth low power wireless transmission module.

Referring to fig. 1 to fig. 3, fig. 3 is a schematic diagram of a software framework that may be implemented by an operating system module according to a first embodiment of the present invention. The embodiment of the invention is characterized in that: theoperating system module 16 includes:

theoperation page unit 161 is configured to generate at least one web page type operation page, where the web page type operation page is used by a user to establish at least one member and information corresponding to each member, and the web page type operation page adopts a paging type volume label mode to allow the user to select a desired browsing part. For example, theoperation page unit 161 operates like a Web server (Web server), the user is a son of one family, for example, and the user logs in the Web page operation page of theoperation page unit 161, establishes an account number for the other members of the family, for example, the name of the account number is a father, and also fills the father with information such as age, communication software account number, email box, and the like. The account numbers of the members and the corresponding information are stored in at least onestorage carrier 12.

Thedevice management unit 162 is used as resource management (resource management). Thedevice management unit 162 is configured to perform broadcast management with eachphysiological information apparatus 40 and generate broadcast management information after the at least one low power consumptionwireless transmission module 14 receives the broadcast signal of eachphysiological information apparatus 40 according to Generic Attribute Profile (GATT) protocol or other protocols, and define function and signal management for eachphysiological information apparatus 40, and thedevice management unit 162 stores the broadcast management information in the at least onestorage carrier 12. For example, thedevice management unit 162 receives the broadcast signal of each of thephysiological information devices 40, such as but not limited to a sphygmomanometer, a weight scale, a body fat scale, a blood glucose meter, an electrocardiograph, a thermometer, and a pedometer, of the internet of things device, performs broadcast management, generates the broadcast management information, and stores the broadcast management information in the at least onestorage carrier 12. Thedevice management unit 162 may receive the broadcast signal of eachphysiological information apparatus 40 in a vendor-defined protocol in addition to the broadcast signal of eachphysiological information apparatus 40 in the GATT protocol or other protocols. At least onestorage carrier 12 carries a GATT protocol database or other protocol database containing broadcast signals of thephysiological information apparatus 40; the at least onestorage carrier 12 may also carry a vendor custom protocol database (system library) containing broadcast signals of thephysiological information apparatus 40. When thephysiological information apparatus 40 broadcasts the broadcast signal according to the GATT protocol or other protocols, thedevice management unit 162 obtains the broadcast signal of thephysiological information apparatus 40 from the GATT protocol database or other protocol database of the at least onestorage carrier 12 and completes signal connection with thephysiological information apparatus 40; when thephysiological information apparatus 40 does not broadcast the broadcast signal according to the GATT protocol or other protocols, thedevice management unit 162 obtains the broadcast signal of thephysiological information apparatus 40 from the vendor-defined protocol database of the at least onestorage carrier 12 and completes the signal connection with thephysiological information apparatus 40. In addition, at least onestorage carrier 12 may also carry a web browser engine (web kit), which displays the types and information of thephysiological information apparatuses 40 collected by theapparatus management unit 162 on the web page type operation page to form an apparatus management (device management) of an Application Layer (Application Layer) in the OSI Model (Open System Interconnection Reference Model) for the user or the member to query. The at least onestorage carrier 12 may further carry a small conversion Module (transform Module) for converting the types and information of thephysiological information apparatuses 40 collected by theapparatus management unit 162 into a common data format and outputting the common data format to the at least onenetwork communication Module 13, and transmitting the common data format to the at least onecloud server 20 and the at least onenetwork communication apparatus 30 via the internet.

Theintelligent classification unit 163 is used for defining the physiological information belonging to any one of the members according to a preset classification mode for the physiological information transmitted by eachphysiological information device 40. Theintelligent classification unit 163 has at least one learning classification mode, which defines the physiological information transmitted by eachphysiological information apparatus 40 according to the GATT protocol or the vendor-defined protocol as the physiological information belonging to the member with the closest recent value, such as the weight meter of thephysiological information apparatus 40 as the internet-of-things device, when someone in the home uses the weighing machine to measure the weight, at least one low power consumptionwireless transmission module 14 receives the physiological information (weight) transmitted by the physiological information instrument 40 (weighing machine), then the learning classification mode performs edge calculation (edge calculation) to analyze the physiological information (weight) of the member whose physiological information (weight) is closest to the recent value, and then the physiological information (weight) of the time is attributed to the member and stored in at least onestorage carrier 12. That is, the weight scale is shared by all members in the family, and the conventional usage manner of the weight scale is based on the displayed numbers and then logged in by themselves as APP and recorded in the cloud, but the learning classification mode of the present invention can automatically attribute the measured physiological information (weight) to the members and store in the at least onestorage carrier 12, and does not need to log in and record by themselves as APP in the cloud.

The signalrecord management unit 164 is configured to store, record, and analyze the physiological information of each member, and optionally present an analysis result on the web page type operation page in a data pointer, a window, or a graphic manner. Thesemaphore record manager 164 comprises a scheduling gadget, a reporting gadget and a visualization engine. The small scheduling module periodically monitors at least onephysiological information apparatus 40 through at least one low-powerwireless transmission module 14, and the small scheduling module periodically transmits the physiological information or/and the analysis result of thephysiological information apparatus 40 to at least onecloud server 20 through at least onenetwork communication module 13. The analysis report gadget performs edge operations to store, record and analyze the physiological information of each of the members, and generates and stores the analysis results in at least onestorage carrier 12. The visualization engine retrieves the analysis results from at least onestorage carrier 12 and presents the analysis results in a data pointer, window or graphic manner on the web page type operation page to form a health report (health report) of an Application Layer (Application Layer) in an OSI Model (Open System Interconnection Reference Model).

A communicationsoftware sharing unit 165, configured to establish at least one communication software user account, and upload notification information to at least one communication software establishment group in an Open System Interconnection Reference (OSI) Model by establishing a group establishment mode for the at least one communication software, so as to form communication (communication) of an Application Layer (Application Layer) in the OSI Model, where the notification information includes the physiological information of the member and the analysis result; in one embodiment, a LINE communication software user account number developed by LINE Corporation and a designated group of LINE communication software developed by LINE Corporation may be established, although the communicationsoftware sharing unit 165 may also include other communication software such as Messenger, SKYPE, white' S APP, business, QQ, etc.

Theoperating system module 16 may further include acloud application unit 166, which uploads the physiological information and the analysis result of each member to acloud server 20 through the internet by using an mqtt (message Queuing technical transport) communication protocol through at least onenetwork communication module 13, and thecloud server 20 stores the physiological information of each member; if necessary, the physiological information of each member can be further analyzed or transmitted to other medical units to be interpreted and diagnosed by doctors, so that redundant medical cost is saved, the health data of all users can be aggregated to be made into a large database to be provided for medical researchers, and the correlation between certain serious diseases and biochemical examination can be researched.

By utilizing the above technical features, the home care information collecting and organizingdevice 10 according to the embodiment of the present invention can be used by a user to perform related function setting and operation (member establishment and permission setting) through thenetwork communication device 30 such as a smart phone, a personal computer or a notebook computer, and after the related operation setting is completed, the user can automatically connect with the usedphysiological information apparatus 40 every time thephysiological information apparatus 40 with low power consumption wireless transmission is used to measure the physiological information. Of course, the home careinformation collecting device 10 may further include a display output interface (not shown) to connect to a screen for a user to control and view on the screen.

Besides automatically collecting the signals of thephysiological information instruments 40 with different functions of different manufacturers, the received physiological information can be automatically classified, stored, recorded and analyzed to obtain warning information of disease precursors or suggestions about sleep, diet, exercise, rehabilitation and discomfort symptom relief, and the generated warning or suggestion information can be actively uploaded to a communication software group in real time to master the physiological information of family members in real time, so that the health status of the family members can be known among the family members, and the health of the family members can be protected in a relatively more positive and reliable way.

[ second embodiment ]

Please refer to fig. 4 and 5, fig. 4 is a schematic diagram of a basic composition architecture of a home care information collecting device according to a second embodiment of the present invention; FIG. 5 is a diagram of a software framework that may be implemented by an operating system module according to a second embodiment of the present invention. In the home care information collecting and arrangingdevice 10 according to the present invention, in the implementation, the whole home care information collecting and arrangingdevice 10 further electrically integrates at least one speaker 17 and at least onemicrophone 18 as shown in fig. 4 and 5, theoperating system module 16 further includes avoice control unit 167, which can achieve the functions of voice control and reminding under the integrated operation of the speaker 17, themicrophone 18 and theoperating system module 16, and even further talk with the user, especially, can improve the operation convenience and improve the life quality of the individual or the elderly by means of the system talk with the elderly.

In one embodiment, the home care information collecting and organizingdevice 10 further electrically integrates at least one speaker 17 and at least onemicrophone 18, theoperating system module 16 further includes avoice control unit 167, and theintelligent classification unit 163 at least has a learning classification mode, which preferably defines the physiological information transmitted by eachphysiological information apparatus 40 as the physiological information of the member with the closest value in the near future.

In one embodiment, the home careinformation collecting apparatus 10 may further electrically integrate at least oneelectrical connector 19, thereby increasing the convenience of data loading or updating; alternatively, the home careinformation collecting apparatus 10 may further electrically integrate at least onecontrol switch 151, thereby facilitating system restart or reset.

In one embodiment, the home careinformation collecting apparatus 10 further electrically integrates at least oneelectrical connector 19, and further electrically integrates at least onecontrol switch 151.

Compared with the prior art, the home care information collecting and arranging equipment provided by the invention can automatically collect physiological information instrument signals with different functions of different manufacturers, and can automatically classify, store, record and analyze the received physiological information, thereby greatly reducing the operation difficulty and effectively improving the use intention of the elderly; the generated related warning or suggestion information can be actively uploaded to the communication software group in real time, so that the physiological information of the family members can be conveniently mastered, the health states of the family members can be known, and the health of the family members can be protected by a relatively more positive and reliable means; the system can be matched with the household environment to receive signals of temperature, humidity, air quality, power consumption and the like of the household environment so as to achieve the purpose of monitoring the household environment, and further can provide a household environment adjustment suggestion; even, the method can be used for receiving the environment signals of the agriculture, fishery and animal husbandry, providing the environment adjustment suggestion of the agriculture, fishery and animal husbandry and improving the productivity and quality of the agriculture, fishery and animal husbandry.

Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.

Claims (10)

1. The home care information collecting and arranging equipment is characterized in that the home care information collecting and arranging equipment forms signal transmission with at least one network communication device through the Internet, and the home care information collecting and arranging equipment forms information transmission with at least one physiological information instrument through a low-power wireless transmission technology; the home care information collection equipment integrates a microprocessor, at least one storage carrier, at least one network communication module, at least one low-power wireless transmission module and a power supply module by utilizing a circuit system electric appliance, wherein the at least one storage carrier is loaded with an operating system module, and the operating system module is used for operation management among the microprocessor, the at least one storage carrier, the at least one network communication module, the at least one low-power wireless transmission module and the power supply module; wherein, the operating system module includes:

the operation page unit is used for generating at least one webpage type operation page, the webpage type operation page is used for a user to establish at least one member and information corresponding to each member, and the webpage type operation page adopts a paging type volume label mode;

the device management unit is used for carrying out broadcast management on the physiological information instruments after the at least one low-power-consumption wireless transmission module receives the broadcast signals of the physiological information instruments, and defining functions and signal management on the broadcasted physiological information instruments;

the intelligent classification unit is used for defining the physiological information which belongs to any member according to a preset classification mode for the physiological information transmitted by each physiological information instrument;

the signal record management unit is used for storing, recording and analyzing the physiological information of each member, and selecting the physiological information to be displayed on the webpage type operation page in a data index or graphic mode so as to obtain an analysis result; and

the communication software sharing unit is used for establishing at least one communication software user account, and uploading notification information to the at least one communication software establishment group through the at least one communication software establishment group mode, wherein the notification information comprises the physiological information and the analysis result of the member.

2. The home care information integrating device of claim 1, wherein the operating system module further comprises a cloud application unit.

3. The home care information integrating device of claim 2, wherein the cloud application unit is configured to upload the physiological information and the analysis result of each member to a cloud server via the internet.

4. The home care information collection device of claim 1, further comprising an appliance integration at least one speaker and at least one microphone, the operating system module further comprising a voice control unit.

5. The home care information collecting and arranging device as claimed in claim 1, wherein the intelligent classification unit has at least one learning classification mode, and the learning classification mode defines the physiological information transmitted by each physiological information apparatus as the physiological information of the member with the closest recent value.

6. The home care information collection device of claim 1, wherein the home care information collection device further comprises an appliance integration at least one speaker and at least one microphone, the operating system module further comprises a voice control unit; the intelligent classification unit at least has a learning classification mode, and the learning classification mode defines the physiological information transmitted by each physiological information instrument as the physiological information to which the member with the closest recent numerical value belongs.

7. The home care information collection device of claim 1, further comprising an appliance integration at least one electrical connector.

8. The home care information collection device of claim 1, further comprising an appliance integration at least one manipulation switch.

9. The home care information collecting device of claim 1, wherein the at least one network communication module is a wireless network communication module.

10. The home care information collecting apparatus as claimed in claim 1, wherein the at least one low power wireless transmission module is a bluetooth low power wireless transmission module.

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