KR20090109775A - In House Sensing System and Health Managing System for In House Resident of Using The same - Google Patents

Abstract

PURPOSE: An in-house sensing system and a system for managing the health of a resident by using the same are provided to grasp the life pattern of a resident by preparing his/her activity matrix. CONSTITUTION: An in-house sensing system(100) include a wireless sensing module(110) and a data transmission module(150). The wireless sensing module senses the motion of a resident and then generates/wirelessly transmits sensing data corresponding to the motion. The data transmission module receives the sensing data and transmits it to the outside through a communication network.

Description

In House Sensing System and Health Managing System for In House Resident of Using The same}

The present invention relates to a home sensing system and a home health care system using the same. More specifically, the sensing data is generated by sensing the movement of the home occupant, and the activity data of the home occupant is generated using the sensing data. It relates to a home sensing system displayed on the page and a home health care system using the same.

With the rapid progress of nuclear familialization and aging, the number of the elderly living alone is increasing, and thus the elderly living alone and patients living alone (for example, those suffering from mental retardation diseases such as dementia or chronic) There is an increasing demand for the management of patients suffering from diseases).

The elderly and patients living alone are mostly in poor health and do not know when an emergency occurs, and when an emergency occurs, an emergency action is not taken and a life is lost.

Therefore, there is a need for a system that detects the activity of residents in the house (alone living alone, chronically ill, etc.) and alerts the caregiver or guardian to take a quick action in the event of an emergency.

An object of the present invention is to provide a home sensing system for transmitting the generated sensing data to the outside after generating the sensing data according to the movement of the home residents.

Another object of the present invention is to generate the sensing data according to the movement of the resident of the home, analyze the sensing data to generate the activity information of the resident of the home and display it on a web page, the caregiver (Caregiver) of the relevant resident It is to provide a health care system using an in-house sensing system that enables remote monitoring.

Still another object of the present invention is to use an indoor sensing system that notifies the caregiver of the home occupant of an emergency situation when an abnormal symptom of the current home occupant is detected by using activity information of the home occupant collected for a certain period of time. To provide a health care system.

Preferred embodiment of the indoor sensing system of the present invention designed to solve the above problems, after detecting the movement of the resident, the wireless sensing module for generating and transmitting the sensing data (Sensing Data) according to the movement (Wireless) And a data transmission module for transmitting the received sensing data to the outside through a communication network after receiving the sensing data.

The wireless sensing module may include a motion detection sensor for detecting a movement of the resident, a sensing data generator for generating sensing data according to the movement of the resident, and wirelessly transmitting the sensing data to the data transmission module. When the movement of the home resident is detected by the first air interface means and the motion sensor, the sensing data generator is controlled to generate sensing data according to the movement, and the generated sensing data is wirelessly transmitted to the data transmission module. And a power supply unit for supplying power to each of the components so as to control the first air interface means.

The data transmission module may further include second air interface means for receiving sensing data transmitted by the wireless sensing module, a memory for storing the received sensing data, and the received sensing data to the outside through a communication network. A data transmitter configured to control the second air interface means to receive sensing data transmitted from the wireless sensing module, control the memory to store the received sensing data, and transmit the received sensing data to the outside. And a controller for controlling the data transmitter to control the data transmitter.

According to a preferred embodiment of the resident health care system using the premises sensing system of the present invention, after sensing the resident's movement, generating sensing data according to the movement and transmitting the generated sensing data to the outside After receiving and storing the system and the sensing data transmitted by the indoor sensing system, and analyzes the sensing data to generate the activity data of the indoor resident, at the request of the caregivers of the indoor resident, the It includes a server system for displaying the activity data of the home residents on a web page.

Here, the indoor sensing system detects a movement of the indoor resident, generates a wireless sensing module according to the movement, and wirelessly transmits the wireless sensing module to receive the sensing data. After that, it comprises a data transmission module for transmitting to the server system.

The wireless sensing module may include a motion detection sensor that detects a movement of the indoor resident, a sensing data generation unit configured to generate sensing data according to the movement of the indoor resident, and wirelessly transmitting the sensing data to the data transmission module. When the movement of the home resident is detected by the first air interface means and the motion sensor, the sensing data generator is controlled to generate sensing data according to the movement, and the generated sensing data is wirelessly transmitted to the data transmission module. And a power supply unit for supplying power to each of the components so as to control the first air interface means.

In addition, the motion detection sensor is characterized in that the PIR (Pyroelectric Infrared Sensor) sensor.

The sensing data generation unit may generate the packetized sensing data based on a wireless sensing operating system according to the movement of the resident.

The first air interface means may be any one selected from among Bluetooth, Wireless Local Area Network, Ultra Wide Band, Home RF, and Zigbee.

The microcontroller may measure the voltage level state of the power supply unit and insert information about the voltage level state into the sensing data.

The microcontroller may change the operation mode of the wireless sensing module from a low power mode to a normal mode when motion is detected by the motion detection sensor.

The data transmission module may further include second air interface means for receiving sensing data transmitted by the wireless sensing module, a memory for storing the received sensing data, and data for transmitting the received sensing data to the server system. A transmitter to control the second air interface means to receive sensing data transmitted from the wireless sensing module, a memory to store the received sensing data, and transmit the received sensing data to the server system; And a control unit for controlling the data transmission unit.

The second air interface means may be any one selected from Bluetooth, a wireless local area network, a ultra wide band, a home RF, and a zigbee.

The server system may further include a data receiver configured to receive sensing data transmitted from the indoor sensing system, a main server configured to analyze the received sensing data to generate activity data of the indoor resident, and the sensing data and the indoor resident. And a web server configured to display activity data of the home resident on a web page at the request of the caregivers.

Here, if the abnormality is found by checking the activity amount data of the home resident, the SMS server for generating and sending an SMS of the contents informing the emergency to the caregiver (Caregiver) under the control of the main server further comprises: It is characterized by.

The main server may control the SMS server to transmit an SMS indicating that the in-home resident has gone out to the caregiver if it is determined that the in-home resident has gone out as a result of analyzing the sensing data. It features.

And, if the abnormality is found by checking the activity data of the resident of the house, under the control of the main server further comprises an e-mail server for generating and sending an e-mail informing the emergency situation to the Caregiver (Caregiver) It is characterized by.

The database stores personal information of the caregiver, and the main server compares the personal information stored in the database when the caregiver accesses the web server. It characterized in that for controlling the web server to perform.

In addition, when the caregiver accesses the web server, the main server displays the activity data of the home residents on a web page on a daily, weekly, or monthly basis, or the amount of activity of the home residents for a predetermined period of time. And control the web server to display a vitality matrix representing data.

Here, the activity matrix is characterized in that the amount of activity of the resident in the house for a certain period is displayed as a numerical value by the average value and the standard deviation for each time zone of the day.

In addition, when the caregiver accesses the web server, the main server checks the group level of the caregiver and accesses and manages the activity data of the resident residents according to the level. And controlling the web server to restrict the authority to the web server.

According to the present invention, by generating the sensing data according to the movement of the resident, and analyzing the sensing data to display the activity data of the resident in the web page, it is possible to easily check the health status of the resident in the remote.

In addition, by dividing the activity data of the resident in daily, weekly, monthly units and create an activity matrix by using this, it is possible to grasp the lifestyle of the resident, and based on this to determine the signs of health abnormalities of the resident in the house quickly Can be processed.

In addition, it is possible to improve reliability of the entire system by frequently checking the state of the network between the indoor sensing system and the indoor sensing system and the server system.

Hereinafter, an indoor sensing system and a health care system using the same will be described in detail with reference to FIGS. 1 to 14.

In describing the present invention, when it is determined that the detailed description of the known technology related to the present invention may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or an operator. Therefore, the definition should be made based on the contents throughout the specification.

1 is a view schematically showing a residential health care system of the present invention.

Referring to FIG. 1, the resident health management system of the present invention detects an activity of a resident indoors and generates sensing data according to the movement of the resident, and transmits it to the outside (In-House Sensing System) And receiving and storing sensing data transmitted by the indoor sensing system 100 and analyzing the sensing data to display activity information of the indoor resident of the caregiver 300 of the residential resident. According to the request, the server system 200 is displayed on a web page.

The in-house sensing system 100 detects the movement of the inhabitants and generates a wireless sensing module 110 for generating sensing data according to the movement of the inhabitants. It includes a data transmission module 150 for wirelessly receiving the sensing data generated by the wireless sensing module 110 to transmit to the server system 200.

In this case, a plurality of wireless sensing modules 110 are installed in a residential area, as shown in FIG. 2, each of which is installed in an entrance door, a toilet, a living room, a kitchen, a bedroom, and the like to detect movement of a resident in the house, and thus sense data. Create

On the other hand, the data transmission module 150 can be conveniently used in the home, it is preferable to use a personal computer (PC) or a mini-board type computer having a variety of functions.

The server system 200 includes a database 220 that stores sensing data of the resident resident transmitted by the premises sensing system 100 and activity data of the resident who analyzed the sensing data, and the caregiver. In response to a request of the carrier 300, a web server 230 displaying activity information of the corresponding resident on a web page is included.

The caregiver 300 may be a person who cares for the inhabitants, for example, a caregiver, a public health care worker, a family member, a relative, a friend, a neighbor, a hospital (for example, a doctor or a nurse). .

The caregiver 300 may access the server system 200 through an internet access means, for example, a desktop PC, a notebook PC, a PDA, a mobile phone, and the like, to check an activity state and a health state of a house resident.

3 is a diagram illustrating a configuration of an in-house sensing system according to the present invention.

Referring to FIG. 3, the indoor sensing system of the present invention senses a movement of a resident, and generates a wireless sensing module 110 for generating sensing data according to the movement of the resident, and the wireless sensing. After receiving the sensing data generated by the module 110 wirelessly, and comprises a data transmission module 150 for transmitting to a server system (not shown) via a wired / wireless Internet network, a cable network or a PSTN network.

The wireless sensing module 110 includes a motion sensor 111 for detecting a movement of a resident, a sensing data generator 113 for generating sensing data according to the movement of the resident, and the sensing data. First wireless interface means 115 for wireless transmission to the transmission module 150, a power supply unit 117 for supplying power to each of the components, and a micro controller unit (119) for controlling each of the components. )

The motion detection sensor 111 detects the movement of the in-home residents, and mainly uses a PIR (Pyroelectric Infrared Sensor) sensor.

The sensing data generator 113 generates sensing data based on the movement detected by the motion detecting sensor 111. In this case, the sensing data generator 113 packetizes the sensing data based on TinyOS or other wireless sensing operating system, which will be described in detail later.

The first air interface unit 115 wirelessly transmits the sensing data packet generated by the sensing data generator 113 to the data transmission module 150.

In this case, the first wireless interface means 115 uses any one short-range wireless interface means selected from Bluetooth, Wireless Local Area Network, Ultra Wide Band (UWB), Home RF, and Zigbee. do.

The power supply unit 117 supplies power to each component in the wireless sensing module 110. In general, the power supply unit 117 uses a battery, in which case it is important to check the state of the battery from time to time.

That is, the state of the battery is a very important part of the resident health management system, and if the state of the battery is not properly checked, the resident health management system itself may be useless.

In the present invention, 'home dwellers' mainly refers to the elderly living alone, dementia patients, patients suffering from chronic diseases, etc., because it is very difficult to expect them to check the status of the battery from time to time, the battery state at a remote location It is necessary to make sure that it can be replaced.

Therefore, in the present invention, after measuring the battery voltage level state of the power supply unit 117, the data about the battery voltage level is included in the sensing data packet and transmitted.

In addition, the status of the battery may be checked using a real time clock (RTC). That is, the operation mode of the wireless sensing module 110 is changed from a low-power mode to a normal mode at a predetermined time by using a real time clock (RTC) function (not shown) in the wireless sensing module 110. ), You can check the battery's vitality.

Meanwhile, in the present invention, in order to reduce power consumption of the battery, a low power mode is normally used, and when the motion detection sensor 111 detects a motion, it switches to a normal mode.

The micro controller unit 119 controls each of the components. When the motion is detected by the motion sensor 111, the sensing data generator 113 generates the sensing data according to the motion. ).

The microcontroller 119 controls the first air interface unit 115 to transmit a sensing data packet to the data transmission module 150.

In addition, the microcontroller 119 measures the battery voltage level of the power supply unit 117, so that the data about the battery voltage level is included in the sensing data to be packetized. In this case, the microcontroller 119 may measure the voltage level of the battery using a Zener diode based reference voltage.

In addition, the microcontroller 119 switches the operation mode of the wireless sensing module 110. When the motion detection sensor 111 detects a motion while using the low power mode, the micro controller 119 switches the operation mode to the normal mode. .

The data transmission module 150 may include second air interface means 151 for receiving a sensing data packet transmitted by the first air interface means 115 and sensing data received by the second air interface means 151. It includes a memory 153 for storing a packet, a data transmitter 155 for transmitting the received sensing data packet to a server system (not shown), and a controller 157 for controlling each component.

The second air interface means 151 receives the sensing data packet transmitted by the first air interface means 115, and similarly to the first air interface means 115, a Bluetooth and a wireless local area. Network (UWB), UWB (Ultra Wide Band), Home RF, Zigbee is selected from any one of the short range radio interface means.

The memory 153 stores the sensing data packet received by the second air interface means 151 in the form of a file in which a creation date and time are recorded, which is for back up.

The data transmitter 155 transmits the sensing data packet received by the second air interface means 151 to a server system (not shown).

In this case, the data transmitter 155 transmits the sensing data packet to a server system (not shown) through a wired / wireless internet network, a cable network, or a PSTN network.

The control unit 157 controls each component. First, the second air interface unit 151 controls the receiving of the sensing data packet and stores the received sensing data packet in the form of a file. The control unit 155 controls the data transmitter 155 to transmit the received sensing data packet to a server system (not shown).

In addition, the controller 157 checks the network status. That is, the controller 157 records information about the indoor sensing system itself on a predetermined time basis. For example, the controller 157 stores the IP address of the data transmission module 150, the ID of the corresponding residential resident, the current time, and the like. ). Using the information, the resident health management system may diagnose a network state between the premises sensing system and the server system.

4 is a diagram illustrating a packet structure of sensing data of the present invention. Here, the packet structure of the sensing data is designed based on the standard packet of TinyOS.

4, the first and last fields of the sensing data packet of the present invention are SYNC bytes, each having a size of 1 byte.

The payload field of the sensing data packet includes a header portion having a size of 7 bytes, a pay load portion representing the sensing data having a size of 7 bytes, and a cyclic redundancy checking having a size of 2 bytes. ) Part.

The header includes information such as a destination address, a source address, a length of pay load, a network group ID, and an identifier used in wireless communication. Included.

In addition, an Payload portion of the sensing data may include an ID of the wireless sensing module that detects movement and transmits sensing data, and a sequence number that is counted each time a sensing data packet is transmitted. The measured value (BAT) of the battery, the received signal strength indicator (RSSI) value when receiving the sensing data packet (RSSI), and the link quality indicator value (link quality indicator) value when receiving the sensing data packet ( Lqi), transmission power level (Tx_power) of the sensing data packet, and packet type (Packet Type or Pir_rtc) of the sensing data packet are included.

In this case, when the packet type value is 1, it means a packet generated when a motion is detected. When the packet type value is 2, it means a system check packet generated at the transmitting side. 3 means a system check packet generated at the receiving end. At this time, each system check packet may be generated every hour.

In addition, when the packet type value is 4, it means a packet generated when the transmitting side is powered on. When the packet type value is 0, an error occurs.

5 is a block diagram showing the configuration of the server system of the present invention.

Referring to FIG. 5, the server system 200 of the present invention includes a data receiver 210, a database 220, a web server 230, a short message service (SMS) server 240, an email server 250, A main server 260 is included.

The data receiver 210 receives a sensing data packet transmitted from an indoor sensing system (not shown). In this case, the server system 200 and the indoor sensing system (not shown) are connected to a wired / wireless internet network, a cable network, or a PSTN network to transmit / receive the sensing data packet.

The database 220 stores the sensing data packet received by the data receiver 210 and stores the activity data of the in-home residents who analyzed the sensing data. In this case, the activity data of the resident may be stored in units of days, weeks, and months.

In addition, the database 220 stores the personal information of the caregivers (Caregiver) of the home residents, for example, name, social security number, ID, password, email address, mobile phone number, and the like.

In detail, the database 220 includes five tables for managing activities of the in-house residents and 72 tables for a web-based monitoring service.

The table for managing the activity of the in-home residents includes in-home residents table, network table, public health care company table, IP address table, sensing data table, and the like.

The home resident table stores information on the home resident such as ID, name, age, sex, address, date of birth, home phone number, mobile phone number, emergency contact network.

The network table stores, for example, information about the wireless sensing network such as the total number of nodes (the total number of wireless sensing modules located in the home) and the ID of each node.

The public health care company table stores information on public health care managers (Public Healthcare Managers) who are in charge of health care of the resident residents.

The IP address table stores information about the network state between the server system and each indoor sensing system.

The sensing data table stores sensing data received from each indoor sensing system.

The web server 230 displays activity data of the in-house residents on a web page according to a request of a caregiver or a manager. In this case, the web server 230 may separately display the activity amount of the resident in the day, week, month.

The caregiver (Caregiver) is connected to the web server 230 through the authentication process, the web server 230 receives the ID and password of the caregiver (Caregiver), and the data stored in the database 220 Perform an authentication procedure to verify that they match.

In this case, in the present invention, caregivers may be divided into groups and limits may be placed on data access and data management by setting levels for each group. For example, data access and level may be provided for each group as follows. Restrict authority to administration.

A. Administrator Group (Level 1): Access and management of all kinds of data

B. Caregiver Group (Level 2): Has access to all kinds of data about your home resident

C. Group of Residents (Level 3): Have access to data about themselves and decide whether to disclose the data

D. Other Caregiver Groups (Level 4): Neighbors or friends with permission from the resident, who only have access to the resident's data.

When the SMS server 240 analyzes the sensing data and detects an abnormality pattern different from the life pattern of the resident living for a certain period of time, the control server of the resident dwells under the control of the main server 260. ) To send an SMS to inform the emergency situation.

The e-mail server 250 analyzes the sensing data, and when an abnormality indication different from the life pattern of the home resident measured for a certain period of time is detected, under the control of the main server 260, the caregiver of the home resident (Caregiver) ) Send an e-mail of the contents informing the emergency situation.

In addition, when the voltage level of the battery included in the sensing data falls below a threshold value, the SMS server 240 or the e-mail server 250 may control the caregiver of a corresponding residential resident under the control of the main server 260. Caregiver) writes and sends an SMS or E-mail that the battery needs to be replaced.

The main server 260 controls each component. First, the main server 260 controls the data receiver 210 to receive a sensing data packet transmitted by each indoor sensing system, and stores the received sensing data packet in a corresponding table. Control the database 220.

In addition, the main server 260 analyzes the received sensing data packet and stores the activity data of the corresponding resident in the database 220.

For example, if movement is detected by the wireless sensing module located in the bedroom and after some time the movement is detected by the wireless sensing module located in the bathroom, if the user checks the time when each movement is detected and the distance between the bedroom and the bathroom, Will tell you how much and at what speed.

And through this information, it is possible to know the amount of activity of home residents during the day, and also to calculate the amount of calories consumed during the day.

At this time, the main server 260 stores the activity data of the corresponding resident in the data receiving unit 210 on a daily, weekly, or monthly basis. When the activity matrix is created using the activity data of the resident for a certain period, the corresponding premises The living pattern of the resident can be known and compared to the living pattern, the current health status of the resident can be confirmed.

In addition, the sensing data generated from the wireless sensing module located at the door can determine whether the in-home residents go out, and in this case, the caregiver of the in-house dweller can refer to the information on whether to go out or not. have.

At this time, the main server 260 may create and transmit an SMS indicating that the in-home resident has gone out to the corresponding caregiver (Caregiver) through the SMS server 240.

The main server 260 is a web server 230 to perform an authentication procedure for confirming the ID and password when a Caregiver (Caregiver) registered in the resident health management system of the present invention accesses the web server 230. ) And check the group level of the Caregiver connected to the web server 230 to control the web server 230 to restrict data access and management.

In addition, when the main server 260 analyzes the sensing data received by the data receiving unit 210, the main server 260 is different from the living pattern (ie, the amount of activity information of the indoor resident for a certain period) of the home resident, The SMS server 240 or the e-mail server 240 is controlled to transmit an SMS or an e-mail to inform the caregiver of the indoor resident.

In this case, the resident health care system of the present invention can provide the resident activity information to the hospital in connection with the hospital, in particular, in the case of elderly living alone, such as diabetes, hypertension, etc. It can be used as basic medical information in connection with ADL) information.

FIG. 6 is a diagram illustrating an embodiment of a resident table stored in a database of the present invention.

Referring to FIG. 6, the resident resident table includes ID, name, sex, age, birth date, address, and home phone number of home residents. Information about the resident, such as mobile phone number (Cellphone), emergency contact (Emerg_Name), relationship with the emergency contact (Emerg_Rel) and the like.

7 is a diagram illustrating an embodiment of a network table stored in a database of the present invention.

Referring to FIG. 7, the network table includes a unique ID number (Network ID), a number of network nodes (Node Number), a node position (Node Pos), a sink node ID (Dink Node ID), and an in-home resident. Information about a wireless sensing network, such as a resident ID, an indoor floor plan, an indoor floor plan file name, and the like, are stored.

8 is a view showing an embodiment of a public health care provider table stored in a database of the present invention.

Referring to FIG. 8, the public health care company table includes a work ID, a name, an area, a work phone number, and a mobile phone number of a public health care company such as a nurse and a welfare worker. Information about the public health care professional, such as the number of senior citizens in charge (No_Elders).

9 is a diagram illustrating an embodiment of an IP address table stored in a database of the present invention.

Referring to FIG. 9, the IP address table includes a data ID, a network ID, a time stamp, a network IP address of a resident PC, and an IP, indicating the order of incoming data. Information about the network status and the time of updating the address (Time_Info) are stored.

10 is a diagram illustrating an embodiment of sensing data stored in a database of the present invention.

Referring to FIG. 10, a data ID indicating a sequence of incoming data, a network ID, a time stamp indicating a time received from each premises sensing system, and a node transmitting the sensing data. Original Node ID, Sequence Number (Sequence_No) counted each time a packet is generated, Battery measurement value (Battery), Receiving signal strength indicator when the data transmission module receives sensing data (RSSI) ) Value (RSSI), link quality indicator (LQI) when the data transmission module receives the sensing data, transmission power level (Tx_Power) of the current sensing data packet, packet type (Pir_rtc) of the sensing data, etc. Information is stored.

11 to 13 illustrate an embodiment of a web page for monitoring of the present invention.

FIG. 11 shows the activities of the residents in the house for each hour, and shows how many movements occurred in each time zone, and how much of each movement occupies a percentage of the total daily movements. have.

In addition, using this data, it is also possible to infer the weather time of the resident of the house, referring to FIG. 11, it can be estimated that the weather time of the resident of the house is between 4-5 am.

Figure 12 shows the activity of the home residents for each day of the week for one week, Figure 13 shows the activity of the home residents for the day by day. Using this data, we can analyze the living patterns of the residents and create a matrix of activities for the residents.

14 is a diagram showing an embodiment of the activity matrix of the resident of the present invention. As described above, in the present invention, the activity matrix of the inhabitants is provided through the web page using the activity amount information of the inhabitants for the predetermined period.

The activity matrix is provided so that caregivers can search for a fixed period of time, and in the numerical value represented by (A, B), A represents the average number of times moved during each time period in the period, and B is the standard deviation. Indicates.

In addition, the activity matrix may provide a numerical representation of the difference between the activity amount of the home residents for a certain period of time and the activity of the current home residents, and may provide an indication of an emergency situation when the difference is large. .

Accordingly, the activity amount of the current resident can be compared with the data shown in the activity matrix, so that the caregivers of the resident can know the living pattern of the resident and also have the health abnormalities of the resident. It can detect whether or not.

Although the present invention has been described in detail with reference to exemplary embodiments above, those skilled in the art to which the present invention pertains can make various modifications to the above-described embodiments without departing from the scope of the present invention. I will understand.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined by the claims below and equivalents thereof.

1 is a schematic view of a residential health care system of the present invention.

2 is a view showing a state in which the wireless sensing module of the present invention installed in various locations in the home.

3 is a view showing the configuration of an in-house sensing system of the present invention (In-House Sensing System).

4 is a diagram illustrating a packet structure of sensing data of the present invention.

5 is a block diagram showing the configuration of the server system of the present invention.

6 is a diagram illustrating an embodiment of a resident table stored in a database of the present invention.

7 illustrates an embodiment of a network table stored in a database of the present invention.

8 illustrates an embodiment of a public health care provider table stored in a database of the present invention.

9 illustrates an embodiment of an IP address table stored in a database of the present invention.

10 illustrates an embodiment of sensing data stored in a database of the present invention.

11 is a web page showing the amount of activity of home residents during each day of the present invention in units of time.

Figure 12 is a web page showing the activity of the home residents for each day of the week during the week of the present invention.

Figure 13 is a web page showing the daily activity of home residents during the month of the present invention.

Fig. 14 is a web page showing an embodiment of the activity matrix of the resident resident of the present invention.

Explanation of symbols on the main parts of the drawings

100: home sensing system 110: wireless sensing module

111: motion detection sensor 113: sensing data generation unit

115: first air interface means 117: power supply unit

119: microcontroller 150: data transmission module

151 second air interface means 153 memory

155: data transmission unit 157: control unit

200: server system 210: data receiving unit

220: database 230: web server

240: SMS server 250: email server

300: caregiver

Claims (21)

A wireless sensing module configured to wirelessly generate a sensing data according to the movement after sensing a movement of a house resident; And In-house sensing system (In House Sensing System) comprising a data transmission module for transmitting the received sensing data to the outside through the communication network after receiving the sensing data. The method of claim 1, The wireless sensing module, A motion sensor for detecting a movement of the home resident; A sensing data generation unit configured to generate sensing data according to the movement of the indoor resident; First air interface means for wirelessly transmitting the sensing data to the data transmission module; When the movement detection sensor detects a movement of a resident in the house, the sensing data generator is controlled to generate sensing data according to the movement, and the first wireless interface is configured to wirelessly transmit the generated sensing data to the data transmission module. A microcontroller for controlling the means; And Indoor sensing system comprising a power supply for supplying power to each of the components. The method of claim 1, The data transmission module, Second air interface means for receiving sensing data transmitted by the wireless sensing module; A memory for storing the received sensing data; A data transmitter for transmitting the received sensing data to the outside through a communication network; And The second wireless interface means is controlled to receive the sensing data transmitted by the wireless sensing module, the memory is controlled to store the received sensing data, and the data transmitter is configured to transmit the received sensing data to the outside. Indoor sensing system comprising a control unit for controlling. An indoor sensing system configured to detect a movement of an indoor resident, generate sensing data according to the movement, and transmit the generated sensing data to the outside; And After receiving and storing the sensing data transmitted by the indoor sensing system, analyzing the sensing data to generate activity data of the indoor resident, and at the request of caregivers of the indoor resident, A residential health care system comprising a server system for displaying activity data on a web page. The method of claim 4, wherein The indoor sensing system, A wireless sensing module configured to wirelessly generate and transmit sensing data according to the movement after detecting the movement of the indoor resident; And And a data transmission module for transmitting the sensing data to the server system after receiving the sensing data. The method of claim 5, The wireless sensing module, A motion sensor for detecting a movement of the home resident; A sensing data generation unit configured to generate sensing data according to the movement of the indoor resident; First air interface means for wirelessly transmitting the sensing data to the data transmission module; When the movement detection sensor detects a movement of a resident resident, the first data interface means to control the sensing data generation unit to generate sensing data according to the movement, and to wirelessly transmit the generated sensing data to the data transmission module. A microcontroller to control the; And Health care system for home residents comprising a power supply for supplying power to each of the components. The method of claim 6, The motion detection sensor is a home health care system, characterized in that the PIR (Pyroelectric Infrared Sensor) sensor. The method of claim 6, The sensing data generator, The health care system of a home-resident, characterized in that to generate the sensing data according to the movement of the home-based packetized based on the wireless sensing operating system. The method of claim 6, The first air interface means, The residential health care system of any one of the home residents, characterized in that any one selected from Bluetooth (Blue Tooth), Wireless Local Area Network (WLAN), Ultra Wide Band (UWB), Home RF, Zigbee (Zigbee). The method of claim 6, The microcontroller, And measuring the voltage level of the power supply unit and inserting information about the voltage level into the sensing data. The method of claim 6, The microcontroller, When the motion is detected by the motion sensor, the health management system of the residential residents, characterized in that for switching the operation mode of the wireless sensing module from a low power mode to a normal mode. The method of claim 5, The data transmission module, Second air interface means for receiving sensing data transmitted by the wireless sensing module; A memory for storing the received sensing data; A data transmitter for transmitting the received sensing data to the server system; And The data transmitting unit controls the second air interface means to receive the sensing data transmitted by the wireless sensing module, controls the memory to store the received sensing data, and transmits the received sensing data to the server system. Health care system for home residents comprising a control unit for controlling the. The method of claim 12, The second air interface means, The residential health care system of any one of the home residents, characterized in that any one selected from Bluetooth (Blue Tooth), Wireless Local Area Network (WLAN), Ultra Wide Band (UWB), Home RF, Zigbee (Zigbee). The method of claim 4, wherein The server system, A data receiver configured to receive sensing data transmitted from the indoor sensing system; A main server analyzing the received sensing data to generate activity data of the in-house resident; A database for storing the sensing data and activity data of in-home residents; And According to the requests of the caregivers (Caregiver), home health care system comprising a web server for displaying the activity data of the home residents on a web page. The method of claim 14, If the abnormality is found by checking the activity data of the in-house resident, further comprising an SMS server for generating and transmitting an SMS informing the caregiver to the caregiver under the control of the main server. Home health care system. The method of claim 15, The main server, If it is determined that the indoor resident is out of home, the sensing server controls the SMS server to transmit an SMS indicating that the resident is out of home to the caregiver. Health care system. The method of claim 14, If the abnormality is found by checking the activity amount data of the in-house resident, further comprising an e-mail server for generating and sending an e-mail informing the emergency state to the caregiver under the control of the main server. Home health care system. The method of claim 14, The database, It stores the personal information of the caregiver (Caregiver), the main server when the caregiver (Caregiver) accesses the web server, the web server to perform the authentication procedure compared to the personal information stored in the database A home health care system, characterized in that the control. The method of claim 18, When the caregiver accesses the web server, The main server controls the web server to display activity data of the home resident on a web page on a daily, weekly or monthly basis, or to display an activity matrix indicating activity data of the home resident for a predetermined period of time. Home health care system. The method of claim 19, The activity matrix of the home resident's health management system for a certain period of time characterized in that the numerical value is displayed as a mean value and a standard deviation for each time zone of the day. The method of claim 18, When the caregiver accesses the web server, The main server checks the group level of the caregiver (Caregiver), and controls the web server to limit the authority for access and management of the activity data of the home resident according to the level of the home resident Health care system.

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