TWM580252U - Behavior analysis processing device using infrared sensing technology - Google Patents

Abstract

A behavior analysis processing device using infrared sensing technology includes a central gateway processing device, an infrared sensor, and a behavior analysis device. The infrared sensor generates an instant behavior message when the infrared sensor senses the user's immediate behavior within its sensing range. The infrared sensor transmits an immediate behavior message to the behavior analysis device through the central gateway processing device. When the user's immediate behavior is abnormal behavior, the behavior analysis device generates a reminder message and sends the reminder message to the external device by itself or through the central gateway processing device. In this way, the creation can immediately send a reminder signal to relatives, village chiefs and/or medical units at the first time, immediately carry out emergency rescue to avoid delay in seeking medical treatment; or advise users to stop abnormal behavior and change to normal behavior.

Description

Behavior analysis processing device using infrared sensing technology

This creation is about a behavior analysis processing device, especially an activity analysis using infrared sensing technology to analyze the user's immediate behavior as normal behavior or abnormal behavior and to report the application of infrared sensing technology to relatives, village chiefs and/or medical units. Processing device.

Infrared (IR) is an electromagnetic wave with a wavelength between microwave and visible light with a wavelength of 760 nm. Most of the heat radiation emitted by objects at room temperature is in this band. Infrared can be used in military, industrial, scientific, and medical applications. Night vision devices with infrared sensors use instant near-infrared images to view people or animals at night without being detected. A telescope equipped with an infrared sensor penetrates the stardust of space (such as a molecular cloud), detects stars such as planets, and detects red-shifted stars left by the early universe. A thermal imaging camera equipped with an infrared sensor detects the heat loss of the isolation system, observes changes in blood flow in the skin, and overheats the electronic device. The ability of infrared rays to penetrate clouds is stronger than that of visible light. Infrared guidance is commonly used in missile navigation, thermal imagers and night vision goggles can be used in different applications, infrared astronomy and far infrared astronomy can apply infrared technology in astronomy.

However, infrared sensors cannot be used in the field of home care because the infrared sensors cannot be used to judge whether the immediate behavior of a user of a particular identity such as an elderly person, a patient with limited mobility, or a child is normal behavior or abnormal behavior. For example, elderly people, patients with limited mobility, or children with specific identities fall into the ground and other abnormal behaviors, and relatives cannot detect them immediately, so that relatives cannot report the medical unit in the first time of the accident, delaying medical treatment. The golden opportunity. Or, an elderly person, a patient with a limited mobility, or a child with a specific identity left the room during normal sleep, sitting in the dining room for more than ten minutes, and the relatives could not immediately detect it, so that the relatives could not persuade the specific one at the first time. The user of the identity stops the abnormal behavior and changes to the normal behavior.

The main purpose of this creation is to provide a behavior analysis processing device using infrared sensing technology, which can use infrared sensing technology to instantly analyze the immediate behavior of a user of a particular identity as a normal behavior or an abnormal behavior, if a user of a particular identity Immediate behavior is an abnormal behavior. This creation can immediately send a reminder signal to relatives, village chiefs and/or medical units at the first time, immediately perform emergency rescue to avoid delay in seeking medical treatment; or persuade users of specific status to immediately stop abnormal behavior and change Take normal behavior.

In order to achieve the foregoing objects, the present invention provides a behavior analysis processing apparatus using infrared sensing technology, including a central gateway processing apparatus, an infrared sensor, and a behavior analysis apparatus. The infrared sensor is disposed in an indoor space, and is connected to the central gateway processing device by a wireless communication protocol, and has a sensing range, when the infrared sensor senses that a user of a specific identity is within the sensing range thereof In an instant behavior, the infrared sensor produces an instant behavior message. The behavior analysis device is connected to the central gateway processing device by a wireless communication protocol, and the infrared sensor transmits the immediate behavior message to the behavior analysis device through the central gateway processing device, and the behavior analysis device analyzes the user of the specific identity according to the instant behavior message. Immediate behavior is normal behavior or abnormal behavior.

Wherein, when the behavior analysis device analyzes that the immediate behavior of the user of the specific identity is an abnormal behavior, the behavior analysis device generates a reminder message and sends the reminder message to an external device or sends the reminder message to the central gateway processing device. External device.

Preferably, the behavior analysis device comprises a storage device, an instant analysis device and a casing. The storage device is an electronic component having a memory function and is disposed in the casing. The storage device stores a plurality of normal behavior information, and the real-time analysis device is An electronic component having an instant analysis and calculation function is disposed in the casing, and the storage device is electrically connected to the instant device, and the real-time analysis device compares the instant behavior message with the plurality of normal behavior information stored by the storage device.

Wherein, when the real-time analysis device analyzes the immediate behavior of the user of the specific identity and matches one of the normal behavior information, the real-time analysis device analyzes the immediate behavior of the user of the specific identity as a normal behavior.

Wherein, when the real-time analysis device analyzes that the instant behavior of the user of the specific identity does not match the normal behavior information of the plurality of pens, the real-time analysis device analyzes that the instant behavior of the user of the specific identity is an abnormal behavior and generates an alert message.

Preferably, the behavior analysis device comprises a storage device, an instant analysis device, a work analysis device and a casing. The storage device is an electronic component with a memory function and is disposed in the casing, and the real-time analysis device has an instant analysis. The electronic component of the computing function is disposed in the housing, the working and analyzing device is an electronic component having a function of calculating and calculating, and is disposed in the housing, and the storage device is electrically connected to the real-time analyzing device and the working and analyzing device, when the infrared sensor senses The infrared sensor generates a plurality of normal work and rest messages and transmits the normal work and rest message to the work and analysis device through the central gateway processing device when the user of the specific identity is in the normal working hours of the whole time in the sensing range. The analyzing device converts the normal work message into a plurality of normal work information and stores it in the storage device, and the instant analysis device compares the instant behavior message with the plurality of normal work information stored by the storage device.

Wherein, when the real-time analysis device analyzes the immediate behavior of the user of the specific identity and matches one of the normal work and rest information, the real-time analysis device analyzes the immediate behavior of the user of the specific identity as a normal behavior.

Wherein, when the real-time analysis device analyzes that the immediate behavior of the user of the specific identity does not match the normal work information of the plurality of pens and continues for more than a certain period of time, the real-time analysis device analyzes the immediate behavior of the user of the specific identity as an abnormal behavior and generates Reminder message.

Preferably, when the infrared sensor senses that a user of another identity and a user of a particular identity simultaneously appear within the sensing range thereof, the infrared sensor immediately stops the immediate behavior of the user who senses the specific identity. After the user of other identities leaves the sensing range of the infrared sensor, the infrared sensor immediately begins to sense the immediate behavior of the user of the particular identity.

Preferably, the positional change, the path of movement, the time spent, and/or the limb movement of the user of a particular identity in a particular space are defined as the immediate behavior of the user of the particular identity.

Preferably, the behavior analysis processing device using the infrared sensing technology comprises a plurality of infrared sensors distributed in a plurality of spaces, and the plurality of infrared sensors in each space are spaced apart from each other The sensing ranges of the two infrared sensors that are disposed and adjacent are partially overlapped.

Preferably, each of the infrared sensors has a sensing range with an angle of 120 degrees on both sides.

Preferably, the infrared sensor divides its sensing range into a plurality of square blocks.

Preferably, the central gateway processing device connects the infrared sensor and the behavior analysis device with ZigBee, infrared, Bluetooth, WiFi or ultra-wideband wireless communication protocol, and the central gateway processing device uses a mobile network protocol or a wireless local area network connection. External device.

The effect of this creation is that the instant sensing of the user of a particular identity can be analyzed by the infrared sensing technology as normal behavior or abnormal behavior. If the immediate behavior of the user of a particular identity is abnormal behavior, the creation can be in the first time. Immediately send a reminder signal to relatives, village chiefs, and/or medical units to immediately perform emergency rescue to avoid delays in seeking medical treatment; or to persuade users of certain identities to immediately stop abnormal behavior and change to normal behavior.

The implementation of the present invention will be described in more detail below with reference to the drawings and component symbols, so that those skilled in the art can implement the present specification after studying the present specification.

Please refer to Fig. 1, Fig. 2 and Fig. 3 for the schematic, top view and block diagram of the creation of the creation in the room. The present invention provides a behavior analysis processing device using infrared sensing technology, including a central gateway processing device 10, an infrared sensor 20, and a behavior analysis device 30.

The central gateway processing device 10 connects the infrared sensor 20 and the behavior analysis device 30 with ZigBee, Infrared (IR), Bluetooth (BT), WiFi, or Ultra-wideband (UWB) wireless communication protocols. The central gateway processing device 10 is coupled to an external device 40 by a mobile network protocol or a wireless local area network (WLAN).

The infrared sensor 20 is disposed in an indoor space, and is connected to the central gateway processing device 10 by a wireless communication protocol, and has a sensing range. When the infrared sensor 20 senses an immediate behavior of the user 100 of a particular identity within its sensing range, the infrared sensor 20 generates an instant behavior message 201. More specifically, the positional change, the path of movement, the time spent, and/or the limb movement of the user 100 of a particular identity in a particular indoor space are defined as the immediate behavior of the user 100 of a particular identity. The user 100 of the specific identity may be an individual who is prone to accidents indoors, such as an elderly person, a patient with reduced mobility, or a child.

The behavior analysis device 30 is connected to the central gateway processing device 10 by a wireless communication protocol, and the infrared sensor 20 transmits the immediate behavior message 201 to the behavior analysis device 30 through the central gateway processing device 10, and the behavior analysis device 30 is based on the immediate behavior message 201. It is normal behavior or abnormal behavior to analyze the immediate behavior of the user 100 of a particular identity. When the behavior analysis device 30 analyzes that the immediate behavior of the user 100 of the specific identity is an abnormal behavior, the behavior analysis device 30 generates a reminder message 301 and sends the reminder message 301 to the external device 40 or through the central gateway processing device 10 The reminder message 301 is sent to the external device 40. The external device 40 may be a home care notification system 41 of an electronic device such as a smart phone, a desktop computer, a notebook computer or a tablet computer, and a home care notification system of a server of a nearby medical unit. 42. Buzzer 43, warning light 44, and the like.

As shown in FIG. 1 and FIG. 2, the behavior analysis processing device of the present invention using the infrared sensing technology includes a plurality of infrared sensors 20 distributed in a plurality of indoor spaces, each of which is in the indoor space. The plurality of infrared sensors 20 are spaced apart from each other and the sensing ranges of the adjacent two infrared sensors 20 partially overlap. As shown in FIG. 1, each of the infrared sensors 20 has a sensing range with an angle Θ of 120 degrees on both sides. As shown in FIG. 2, each infrared sensor 20 divides its sensing range into a plurality of square blocks 202. The plurality of indoor spaces shown in FIG. 1 and FIG. 2 are respectively the indoor activities of the main activities of the general home environment such as the living room, the dining room, the bedroom and the bathroom, but are not limited thereto.

Please refer to FIG. 4 and FIG. 5 , which are respectively a schematic diagram and a block diagram of the instant behavior of the user 100 analyzing the specific identity and one of the normal behavior information. The behavior analysis device 30 includes a storage device 31, an instant analysis device 32, and a housing 34. The storage device 31 is an electronic component having a memory function and is disposed in the housing 34. The storage device 31 stores a plurality of normal behavior information 302, 303, and 304. The real-time analysis device 32 is an electronic component having an instant analysis operation function and is disposed in the housing 34. The storage device 31 is electrically connected to the real-time analysis device 32. The real-time analysis device 32 compares the instant behavior message 201 with the plurality of normal behavior information 302, 303, and 304 stored by the storage device 31. When the real-time analysis device 32 analyzes that the immediate behavior of the user 100 of the specific identity matches one of the normal behavior information 302, 303, 304, the real-time analysis device 32 analyzes that the instant behavior of the user 100 of the specific identity is a normal behavior. For example, when the real-time analysis device 32 analyzes the immediate behavior of the user 100 of the specific identity "sitting on the sofa" and the normal behavior information 302 "sitting on the sofa", the real-time analysis device 32 analyzes the specific identity. The immediate behavior of the user 100 "sitting on the couch" is normal behavior.

Please refer to FIG. 6 and FIG. 7 , which are respectively a schematic diagram and a block diagram of the instant behavior of the user 100 analyzing the specific identity and the plurality of normal behavior information 302 , 303 , and 304 . When the real-time analyzing device 32 analyzes that the instant behavior of the user 100 of the specific identity does not match the plurality of normal behavior information 302, 303, and 304, the real-time analyzing device 32 analyzes that the instant behavior of the user 100 of the specific identity is abnormal. Act and generate a reminder message 301. For example, when the real-time analyzing device 32 analyzes that the immediate behavior of the user 100 of the specific identity "falls on the ground" does not match the plurality of normal behavior information 302, 303, 304, the real-time analyzing device 32 analyzes the specific The immediate behavior of the user 100 of the identity "falling on the ground" is an abnormal behavior and generates a reminder message 301.

Please refer to FIG. 8 and FIG. 9 , which are respectively a schematic diagram and a block diagram of the instant behavior of the user 100 analyzing the specific identity and the normal work information 305 , 306 , 307 . The behavior analyzing device 30 further includes a work analyzing device 33. The work analyzing device 33 is an electronic component having a function of calculating and calculating the operation, and is disposed in the casing 34. The storage device 31 is electrically connected to the working and analyzing device 33. When the infrared sensor 20 senses the normal operation of the user 100 of a particular identity within its sensing range for a full time of day, the infrared sensor 20 generates a plurality of normal work messages 203 and transmits them through the central gateway processing device 10. The normal work message 203 is transmitted to the work analyzing device 33. The work analyzing device 33 converts the normal work message 203 into the plurality of normal work information 305, 306, 307 and stores them in the storage device 31. The real-time analysis device 32 compares the instant behavior message 201 with the plurality of normal work information 305, 306, 307 stored by the storage device 31. When the real-time analyzing device 32 analyzes that the immediate behavior of the user 100 of the specific identity matches one of the normal work information 305, 306, 307, the real-time analyzing device 32 analyzes that the instant behavior of the user 100 of the specific identity is a normal behavior. For example, when the real-time analysis device 32 analyzes the instant behavior of the user 100 of the specific identity "three o'clock in the middle of the bed" and one of the normal work information 305 "three o'clock in the middle of the night", the real-time analysis device 32 analyzes The immediate behavior of the user 100 of a particular identity is "normally lying in bed at midnight" is normal behavior.

Please refer to FIG. 10 and FIG. 11 , which are respectively a schematic diagram and a block diagram of the instant behavior of the user 100 analyzing the specific identity and the plurality of normal work information 305, 306, and 307. When the real-time analysis device 32 analyzes that the immediate behavior of the user 100 of the specific identity does not match the plurality of normal work information 305, 306, 307 and continues for more than a certain period of time, the real-time analyzing device 32 analyzes the user 100 of the specific identity. The immediate behavior is anomalous behavior and generates a reminder message 301. For example, when the real-time analysis device 32 analyzes the instant behavior of the user 100 of the specific identity, "sitting in the dining room between three o'clock in the middle of the night and half past three in the middle of the night" does not match the plurality of normal work information 305, 306, 307. When the duration exceeds "ten minutes", the real-time analysis device 32 analyzes the immediate behavior of the user 100 of the specific identity "sitting in the dining room between three o'clock in the middle of the night and half past three in the middle of the night" is an abnormal behavior and generates a reminder message 301.

It is worth mentioning that when the infrared sensor 20 senses that a user of another identity (not shown) and a user 100 of a specific identity appear simultaneously in the sensing range thereof, the infrared sensor 20 immediately stops feeling. The immediate behavior of the user 100 of a particular identity is measured. The reason is that at this time, if the user 100 of a particular identity has an abnormal behavior, the user of other identities can immediately respond urgently, without having to notify other relatives, village chiefs, and/or medical units. After the user of the other identity leaves the sensing range of the infrared sensor 20, the infrared sensor 20 immediately begins to sense the immediate behavior of the user 100 of the particular identity. The reason is that at this time, the user of other identity is no longer beside the user 100 of the specific identity. If the user 100 of the specific identity has abnormal behavior at this time, the relative, the village chief, and/or can be immediately notified through the creation. Medical unit.

In general, once an elderly person, a patient with a mobility disorder, or a child with a specific identity such as a child is alone at home or stays alone in the room or bathroom, the creation can analyze the specific identity at the first time. The immediate behavior of the user 100 is an abnormal behavior, and immediately sends a reminder message 301 to the home care and notification system 41 of the electronic device such as a smart phone, a desktop computer, a notebook computer or a tablet computer of the relative and/or the village, and the nearby medical treatment. The unit's server's home care notification system42, relatives and / or village chiefs can quickly get up to the accident site, nearby medical units can immediately send emergency rescue to avoid delays in medical treatment; or advise users of specific identity 100 to stop abnormal behavior immediately Change to normal behavior. In the unlikely event that relatives, village chiefs, and nearby medical units fail to notice the reminder message 301 issued by the home care notification system 41, 42, the buzzer 43 and/or the warning light 44 can immediately draw the attention of relatives, village chiefs, and neighbors. Immediately rescue, avoid delays in seeking medical treatment; or persuade users of certain identities to immediately stop abnormal behavior and change to normal behavior.

The above description is only a preferred embodiment for explaining the present creation, and is not intended to impose any form of restriction on the creation, so that any modification or change related to the creation under the same creative spirit is provided. , should still be included in the scope of this creative intent.

10‧‧‧Central Gateway Treatment Unit  20‧‧‧Infrared sensor  201‧‧‧Instant Behavior Message  202‧‧‧square block  203‧‧‧Normal work and rest messages  30‧‧‧Behavioral analysis device  301‧‧‧ reminder message  302, 303, 304‧‧‧ normal behavior information  305, 306, 307‧‧‧ normal work information  31‧‧‧Storage device  32‧‧‧Instant analysis device  33‧‧‧ work analysis device  34‧‧‧Shell  40‧‧‧External devices  41, 42‧‧‧Home Care Notification System  43‧‧‧ buzzer  44‧‧‧ warning lights  100‧‧‧Special identity users  Θ‧‧‧角角

Figure 1 is a schematic view of the creation of the creation in the room.  Figure 2 is a top plan view of the present installation in the room.  Figure 3 is a block diagram of the creation.  FIG. 4 is a schematic diagram of the instant behavior of a user who analyzes a particular identity and one of the normal behavioral information.  Figure 5 is a block diagram of the author's analysis of the immediate behavior of a particular identity with one of the normal behavioral information.  FIG. 6 is a schematic diagram of the fact that the instant behavior of the user who analyzes the specific identity does not match the normal behavior information of the plurality of pens.  FIG. 7 is a block diagram showing that the instant behavior of the user who analyzes the specific identity does not match the normal behavior information of the plurality of pens.  FIG. 8 is a schematic diagram of the instant behavior of the user who analyzes the specific identity and the normal work and rest information.  Figure 9 is a block diagram of the author's analysis of the immediate behavior of a particular identity with one of the normal work and rest information.  FIG. 10 is a schematic diagram of the fact that the instant behavior of the user who analyzes the specific identity does not match the normal work information of the plurality of pens.  Figure 11 is a block diagram showing that the instant behavior of a user who analyzes a particular identity does not match the normal work information of the plurality of pens.  

Claims (9)

A behavior analysis processing device using infrared sensing technology, comprising:  a central gateway processing device;  An infrared sensor disposed in an indoor space, connected to the central gateway processing device by a wireless communication protocol, and having a sensing range, when the infrared sensor senses a user of a specific identity The infrared sensor generates an immediate behavior message when measuring an immediate behavior within the range;  a behavior analysis device that is connected to the central gateway processing device by a wireless communication protocol, and the infrared sensor transmits the immediate behavior message to the behavior analysis device through the central gateway processing device, and the behavior analysis device is based on the immediate behavior The message analyzes that the immediate behavior of the user of the particular identity is normal behavior or abnormal behavior;  Wherein, when the behavior analysis device analyzes that the immediate behavior of the user of the specific identity is an abnormal behavior, the behavior analysis device generates an alert message and sends the alert message to an external device or through the central gateway. The device sends the reminder message to the external device.   The behavior analysis processing device using the infrared sensing technology according to the first aspect of the invention, wherein the behavior analysis device comprises a storage device, an instant analysis device and a casing, wherein the storage device is a memory function. The electronic component is disposed in the housing, and the storage device stores a plurality of normal behavior information. The real-time analysis device is an electronic component having an instant analysis operation function and is disposed in the housing, and the storage device is electrically connected to the real-time analysis device. The real-time analysis device compares the instant behavior message with the normal behavior information stored by the storage device;  Wherein, when the real-time analysis device analyzes that the immediate behavior of the user of the specific identity matches one of the normal behavior information, the real-time analysis device analyzes that the immediate behavior of the user of the specific identity is a normal behavior;  Wherein, when the real-time analysis device analyzes that the immediate behavior of the user of the specific identity does not match the normal behavior information of the plurality of pens, the real-time analysis device analyzes that the instant behavior of the user of the specific identity is abnormal behavior. And the reminder message is generated.   The behavior analysis processing device using the infrared sensing technology according to the first aspect of the invention, wherein the behavior analysis device comprises a storage device, an instant analysis device, a work analysis device, and a casing, wherein the storage device is An electronic component having a memory function and disposed in the housing, the real-time analysis device is an electronic component having an instant analysis operation function and disposed in the housing, the information analysis device is an electronic component having a function of calculating and calculating Provided in the housing, the storage device is electrically connected to the real-time analysis device and the work and analysis device, and the infrared sensor senses the normal operation of the user of the specific identity during the whole time period of the sensing range. The infrared sensor generates a plurality of normal work messages and transmits the normal message to the work analyzing device through the central gateway processing device, and the work analyzing device converts the normal work message into a plurality of normal work information And stored in the storage device, the instant analysis device will act on the instant The message is compared with the normal work information stored by the storage device;  Wherein, when the real-time analysis device analyzes that the immediate behavior of the user of the specific identity matches one of the normal work and rest information, the real-time analysis device analyzes that the immediate behavior of the user of the specific identity is a normal behavior;  Wherein, when the real-time analysis device analyzes that the immediate behavior of the user of the specific identity does not match the normal work information of the plurality of pens and continues for more than a period of time, the real-time analyzing device analyzes the user of the specific identity The immediate behavior is anomalous behavior and the alert message is generated.   The behavior analysis processing device using the infrared sensing technology according to claim 1, wherein the infrared sensor senses that a user of another identity and a user of the specific identity simultaneously appear in the sense When the measurement range is within, the infrared sensor immediately stops the immediate behavior of the user who senses the specific identity; after the user of the other identity leaves the sensing range of the infrared sensor, the infrared sensor starts immediately Sensing the immediate behavior of the user of that particular identity. The behavior analysis processing apparatus using the infrared sensing technology according to the first aspect of the invention, wherein the position change, the movement path, the elapsed time, and/or the limb movement of the user of the specific identity in the indoor space are The immediate behavior of the user defined as the particular identity. The behavior analysis processing device using the infrared sensing technology according to any one of claims 1 to 5, comprising a plurality of infrared sensors distributed in a plurality of indoor spaces, each The plurality of infrared sensors in the indoor space are spaced apart from each other and the sensing ranges of the adjacent two infrared sensors partially overlap. The behavior analysis processing device using the infrared sensing technology according to claim 6, wherein each of the infrared sensors has a sensing range with an angle of 120 degrees on both sides. The behavior analysis processing apparatus using the infrared sensing technology according to any one of claims 1 to 5, wherein the infrared sensor divides the sensing range into a plurality of square lattice blocks. The behavior analysis processing device using the infrared sensing technology according to any one of claims 1 to 5, wherein the central gateway processing device is connected by ZigBee, infrared, Bluetooth, WiFi or ultra-wideband wireless communication protocol The infrared sensor and the behavior analysis device, the central gateway processing device is connected to the external device by a mobile network protocol or a wireless area network.