TWI448994B - Integrated system and method for safety verification - Google Patents

Description

Integrated safety confirmation system and method

The present invention relates to an integrated security confirmation system and method, particularly a security validation system and method implemented by a multi-function security confirmation device installed in a home.

In general, when an elderly person living alone or a person in need of care in an emergency encounters an emergency, the device with an emergency call can be used to issue a distress signal, such as the system architecture diagram of the conventional technical protection device as described in FIG.

The home care device 12 shown in the figure has the functions of a voice call and an emergency call. The device 12 has a plurality of buttons that can send a message, such as a help button 121. When an emergency occurs in the object to be taken, the user can press the help. The key 121, the home care device 12 will send out a help message, as shown in the figure, using the telephone network 10 to transmit a message to the care end 14, or can make a call (such as using a microphone hole 125), the care end 14 can be like a medical institution , ambulance units, police units, etc.

The home care device 12 has a speaker 123 that emits sound, which can be used for some survival detection purposes. For example, the home care device 12 can be connected to a service center through which the home care device 12 periodically sends a message, and the care recipient should respond within a short period of time when the message is received, such as canceling the message with the cancel button 127 to prove The person being cared for is safe and secure; if the service center does not receive a response within a certain period of time after the message is sent, it will judge that the person being cared for may encounter an emergency and will provide assistance.

The home care device 12 of this example also includes some auxiliary functions, such as the home button 128 and the outgoing button 129, which can be set to "go out" when going out, avoiding the possibility of unnecessary misjudgment, and setting "home" after returning home. , start the care function.

However, the home care method proposed in the prior art generally provides a caregiver who can conveniently convey the distress signal and quickly obtain help, but has limited functions, and needs to be actively operated by the care target to respond to the state without active care measures.

The invention provides an integrated security confirmation system and method, which provides a multifunctional security confirmation device, which is arranged in a space including an object requiring protection or security confirmation, and through a wireless communication function of the device and connecting an external unit center and communication. Technology can achieve the purpose of remote home protection.

According to an embodiment of the integrated security verification system, the system is composed of a host connected to an external unit and at least one child machine, and the child machine is wirelessly connected to the host.

The main components of the host include a control unit for processing the internal electrical signals of the host, an internal communication unit for generating a signal corresponding to the specific wireless communication protocol, and a security confirmation processing unit. The security confirmation processing unit provides a user interface and receives the user interface through the user interface. The signal generates a security confirmation signal that is passed to the external unit.

The host may additionally include a power management unit for managing DC or AC power of the host, a message processing unit for processing the incoming and outgoing messages, and a system communication unit for providing external signal connection. The system communication unit provides at least one telephone line and one network route. Road, to connect and communicate with external units.

The user interface provided by the security confirmation processing unit in the host includes an operation panel, a plurality of buttons are disposed on the top, and at least one confirmation button is included, and the other may further include a service button, a cancel button, an emergency button, and a pause service button. One or a combination thereof.

According to another embodiment, the user interface of the host computer may include one or more activity sensors disposed in a space; or one or more physiological sensors disposed on the user, so that the host can use the device The activity and physical condition of the person understand their safety status.

The slave of the system can be a portable portable device, and can connect to the host through the wireless communication protocol signal. According to the embodiment, the slave has a slave control unit for processing the internal electrical signal of the handset, and generates a slave that complies with the wireless communication protocol signal. The computer communication unit and a sub-machine input and output unit pass through the sub-machine output unit, and the user can operate to generate an input signal, and then generate a confirmation signal sent to the host, and the host sends a security confirmation to the external unit according to the confirmation signal. Signal.

The slave includes a slave message processing unit that processes the input and output messages, and includes a message for processing the sound, the light number and the vibration of the slave, and a slave power management unit that manages the power of the slave.

The slave input/output unit in the handset is connected to an operation panel, and the user can send a message through the confirmation button on the operation panel and the emergency button. The slave input/output unit can further connect one or more physiological sensors worn on the user, thereby obtaining the physiological data of the user as a reference for issuing an alarm.

According to one of the system embodiments, the system communication unit in the host sends a client identification code via a telephone line or a network line, together with the security confirmation signal, through the system communication unit of the host, the audio signal or caller ID can be transmitted via the telephone line. The number indicates a specific message. In particular, the audio signal is an encoded telephone dial tone.

According to an embodiment of the integrated security verification method, the step first comprises confirming the connection of the host to the external unit, wherein the telephone line provided by the system communication unit in the host or the external unit is connected to the network line; then, the external unit or The host itself periodically sends a security alert signal through the host, including the sound, light or vibration generated by the host, and then determines whether the security confirmation signal transmitted by the host is received within a time. The judgment result includes: if the security confirmation is received The signal, that is, the above-mentioned security alert signal is continuously issued; if no security confirmation signal is received within the time, the external unit issues an emergency signal.

According to an embodiment of the integrated security verification method, the steps include confirming the connection between the host and the external unit, and the host can connect the external unit through the telephone line or the network line; the external unit or the host itself periodically confirms a sensing signal through the host or Receiving a physiological data, the system determines the user's security status based on these signals.

The integrated security confirmation system disclosed in the present invention may refer to the schematic diagram described in FIG. 2, in which a security confirmation device 20 is disclosed, and an external unit 22 of the connection diagram, such as a control center for monitoring each care object, may also be Another contact, contact unit, security system, Call Center, service center providing care services, etc.

The security confirmation device 20 can be provided with a plurality of interactive interfaces for providing user operations, such as a confirmation button 221, an emergency button 223, a call button 225, a home and outgoing button 227 and a cancel button 229, as shown in the figure, and a sound is emitted. The speaker hole 224 and a microphone hole 226 for providing a user to talk to the far end. According to an embodiment, the confirmation key 221 provides a function for confirming the security status, including survival detection, by the user pressing. When the system is in operation, the external unit 22 sends a security alert signal through the security confirmation device 20. If the user is prompted to confirm the security status by sounding, blinking, or vibrating, the user can cancel the reminder through the confirmation button 221, indicating that the user is safe; If it is not pressed within a time interval, an emergency signal is generated to notify the monitoring center, customer service center, emergency contact, and the like. In another embodiment, the security confirmation device 20 can periodically issue a security alert signal. After the user confirms, if an emergency occurs, the external unit 22 sends a message.

When the above-mentioned security alert signal is issued, if the confirmation button 221 is not pressed immediately or within an interval, the security confirmation device 20 will actively generate an emergency signal to notify the external unit, and can quickly provide assistance.

The safety confirmation device 20 further provides an emergency button 223 for the user to issue a distress signal (SOS) in an emergency, the generated emergency signal will be transmitted to the external unit 22, and the external unit 22 can perform necessary care measures.

The call button 225 on the security confirmation device 20 provides the user with a direct voice or video call with the external unit 22 to provide more direct assistance to the user. The safety confirmation device 20 is further provided with a home and outgoing button 227, which provides a user to press when temporarily leaving the care area (such as going out), indicating that the care function is temporarily canceled, so as to avoid the problem of misjudgment; Press this button during the care area (such as going home) to return to the care function.

The light number 222 on the security confirmation device 20 can indicate the power, operational status, or warning light of the device 20. The cancel button 229 on the device 20 provides the user with the ability to cancel the activated function, such as the interrupted call function.

3 is a schematic diagram showing a near-end embodiment of the security confirmation system of the present invention. The embodiment shows that the system can be composed of a host and a plurality of connected terminal devices to provide an integrated and multifunctional care service. The figure shows a security confirmation device 20 having an operation panel having a plurality of buttons as described above. The device panel of this embodiment has a light number 222, a confirmation key 221, an emergency key 223, a call key 225, and a home and outgoing key 227 and a cancel key. 229.

The security confirmation device 20 is externally connected to one or more external units 22, and the security confirmation device 20 can communicate emergency or specific messages to the external unit 22. The safety confirmation device 20 can mainly connect one or more sub-machines in the pair. The type of the sub-machine is preferably a user portable device, such as the watch security confirmation sub-machine 31 or the necklace-type security confirmation sub-machine 33 shown in the figure. However, the actual implementation is not limited to the examples shown in the figure.

Preferably, the user-friendly device can be a watch-type security confirmation device 31 that is worn on the body. As shown in the figure, the watch security confirmation slave device 31 mainly has a confirmation button 311 for confirming the security status. (If the security confirmation device 20) sends a security alert signal, the slave device 31 also receives the signal, and sends a reminder, such as a sound, a light signal or a vibration, and the user can directly confirm the slave device 31 by using this form. If the confirmation key 311 is canceled, it means safety; otherwise, if the confirmation key 311 is not pressed within the specified time, it indicates that an emergency event may occur, and the external unit 22 will take necessary assistance. The related assistance is not the focus of the disclosure technology, so there is no description. .

The table security confirmation sub-machine 31 can further set the function key 313 of other functions, which can be an emergency button, and the user can actively press the key when the security threat or emergency occurs, or the confirmation key 311 The composite key mode (to avoid accidental touch) generates an emergency signal, and the external unit 22 can perform necessary measures.

In the figure, there is another chain safety confirmation sub-machine 33, which is also a safety confirmation device for the user. The function is as shown in the above-mentioned safety confirmation sub-machine 31, and at least includes a confirmation key 331 for safety confirmation, and can be matched with the function key 333. Produce other effects.

The embodiments of the above described sub-machines are not intended to limit the security confirmation device disclosed herein. According to another embodiment of the slave in the security confirmation system described in the present disclosure, since the slaves 31 and 33 are devices that are carried by the user, the sensors can be matched with various physiologically sensed sensors through the host (eg, The safety confirmation device 20) causes the external unit 22 to acquire the physiological data of the user, thereby determining the physiological state and safety of the user. For example, a physiological sensor such as a pulse sensor, a blood pressure meter, a blood glucose meter, a respiratory sensor, or the like can be installed on the child machine, and the data can be transmitted periodically, so that the external unit 22 not only judges the safety state, but also borrows various physiological data. Judging the physiological state of the user and providing assistance in a timely manner.

One of the embodiments of the security confirmation system proposed by the present disclosure can connect the sensor that can determine the user's home security status through the security confirmation device 20, such as the entrance and exit sensor 351 installed in the entrance and exit 35. The sensor 351 can sense the user's activity status in and out of a specific place, and thus can also know whether the user is in a safe state. For example, the entrance and exit sensor 351 is installed at a near entrance and exit of a kitchen, a toilet, a room, etc., and can calculate the entry and exit frequency and time to assist in estimating the safety state of the user. In addition, the sensor can be set to other special sensors that can determine the position of the user's activity, such as drinking water level, toilet and bathroom use conditions.

According to another embodiment of the invention, the security confirmation device 20 can utilize the input and output terminals provided therein to connect various security sensors in a specific location while acting as a security host. As shown, the security confirmation device 20 can be connected to the smoke detector 371 on the indoor space 37, thereby sensing whether the location where the user is located may have an accident such as a fire. Other embodiments may be connected to a gas leak sensor, a carbon monoxide/carbon dioxide sensor, etc., and the actual implementation is not limited to these embodiments.

Moreover, in a specific embodiment, the above-mentioned sub-machine performing security confirmation may have a positioning function, including satellite positioning, assisted global positioning system using mobile communication signal assisted positioning, or utilizing The positioning technology of a plurality of indoor position sensors allows the external unit to obtain the position of the user, and can more accurately utilize the user activity to determine the safe state.

For a circuit implementation of the near-end embodiment of the security verification system of the present invention, reference may be made to the schematic diagram of FIG. 4. The security verification system is composed of at least the host 40 and the slave 48 shown in the figure, or may include a plurality of hosts 40 or slaves. The composition of 48. The host 40 is preferably connected to one or more slave computers 48 through wireless communication technologies, such as Digital Enhanced Cordless Telecommunications (DECT), Frequency Modulation (FM), AM (Amplification), Radio, and Wireless Local Area Network (WiFi). ^TM ), Bluetooth (Bluetooth ^TM ) and other communication methods.

The host 40 is the security confirmation device 20 as described above with respect to FIG. The circuit includes a control unit 401 for processing an internal electrical signal of the host 40, such as a microcontroller (MCU). The control unit 401 is electrically connected to a plurality of circuit units in the host 40, and at least includes an internal communication unit 402 that generates a signal conforming to a specific wireless communication protocol. A security confirmation processing unit 403 for providing a user interface to generate a security confirmation signal, a power management unit 405 for managing DC or AC power of the host 40, a message processing unit 406 for processing the input and output messages, and a system communication unit 407 for providing an external signal connection .

The internal communication unit 402 is configured to wirelessly communicate with the slave unit 48, and both support the same wireless communication protocol, thereby transmitting security alert signals, security confirmation signals, emergency signals, and various security related information. In an embodiment, a service button 421 can be connected, and the user can press this button to directly establish a call (or video) channel with the internal handset 48, or to talk to an external unit (such as the monitoring center 44) (or video and audio). Video). If the service key 421 is used to talk with the holder of the child machine 48, the child machine holder can use any button on the slave machine 48, a composite function of multiple keys, or add a receive button to receive the call request. For example, it is a confirmation key 491 displayed on the slave 48 in the figure.

The security confirmation processing unit 403 can provide a user interface. The user interface can be a software (such as a touch panel) or a hardware-implemented operation interface. The panel can have a software (such as a touch button) or a hardware implementation. The button presses at least include the confirmation button 431, and may further include one of the other service button 421, the cancel button 432, the emergency button 433 and the pause service button 434, or a combination thereof, and the host 40 transmits a security confirmation that the signal received by the user interface is transmitted. Signal. In this example, the security confirmation processing unit 403 is electrically connected with a confirmation button 431 for providing the user to press the confirmation security state, pressing the emergency button 433 for generating the SOS help signal, and setting the outgoing service button 434 (while providing the pressing and returning to the home state) And a cancel key 432 that prevents accidental touch or cancels each execution function.

The message processing unit 406 for processing the input and output messages on the host computer 40 is mainly responsible for driving the host computer 40 to emit various sounds, light signals and vibration messages, and is connected with a microphone 461, a speaker 462, a light source or a vibration 463 as shown. It can be used to process the sound information of the communication, and express various messages through the arranged sounds, lights and vibrations, and can generate different kinds of safety reminding signals for users with different obstacles, such as producing sound or vibration for the visually impaired; For the hearing impaired, the signal and vibration are generated; for multiple obstacles, the vibration can be reminded, especially through the portable handset 48.

The system communication unit 407 on the host 40 provides at least an external signal-connected telephone line (such as a public switched telephone network, PSTN) 471 and a wireless or wired type network line (such as ADSL, mobile communication technology) 472. These connections are mainly Connected to a particular one or more external units, such as the monitoring center 44. Telephone line 471 and network line 472 can also create a backup mechanism for each other. For example, the network line 472 can be set as the main line first. When the system is in operation, it is first confirmed whether the line is successfully connected to the external unit. If the disconnection or bad (such as excessive packet loss) occurs, the system communication unit 407 can Switching to perform communication by telephone line 471 does not cause a security confirmation hole due to disconnection; conversely, telephone line 471 can also be the main communication line. If telephone line 471 is found to be disconnected or defective, system communication unit 407 can switch to network route. Road 472 performs communication.

According to the embodiment, through the telephone line 471, the external unit and the host 40 can use the signals (including dial-up audio, caller ID, etc.) carried on the circuit to express various messages, including at least a security alert signal, a security confirmation signal, and an emergency signal. Etc., you can perform a call or use a specific audio signal to indicate various messages. Wireless or wired network lines 472 can deliver the same or richer information through network packets.

According to other embodiments of the present invention, the main unit 40 may also be provided with an input/output unit 404. The control unit 401 in the electrical connection host 40 has a plurality of connection terminals, and is mainly capable of connecting various sensors installed in a specific place. 441 (such as the smoke detector, gas leak sensor, carbon monoxide / carbon dioxide sensor, etc.) or / and warning device 442 (such as audible alarms, lights The alarm input device 404 is a circuit for transmitting signals of the host 40 and the external sensors.

The host 40 includes a power management unit 405 for processing DC or AC power in the host 40. As shown, the host can be provided with a battery module 451 and an AC power unit 452 powered by the mains, and the AC power unit 452 has a battery. Module 451 charging function.

The slave 48 connects to the host 40 through a specific wireless protocol signal. Because the slave 48 can be a portable device attached to the host 40, the circuit of the slave 48 relative to the host 40 can be identical or a simplified design. In this example, the slave unit 48 includes a slave control unit 481 that processes the internal electrical signal. The slave control unit 481 is electrically connected to the slave communication unit 482 that generates the wireless communication protocol signal, and the slave output unit that generates the acknowledge signal. 483. A slave message processing unit 484 that processes messages such as audio, light, and vibration, and a slave power management unit 485 that manages the power of the slave.

Since the slave device can be a portable device of the user, in particular, the slave battery module 486 connected to the slave power management unit 485 is included. Through the above-mentioned slave input/output unit 483, the slave unit is provided with an operation interface for transmitting some basic messages, including a confirmation button 491 for confirming the security status and an emergency button 492 for actively issuing an emergency signal, which can be software or These key functions are implemented in a hardware manner.

According to other embodiments, the slave input/output unit 483 can be connected with the light source or vibrator 493, the microphone 494 and the speaker 495 on the slave 48 for processing the user's communication, audio, vibration and the like through the slave 48.

According to the embodiment described above with respect to FIG. 2, in addition to the various possible physiological sensors on the slave 48, one or more physiological sensors externally worn on the user may be electrically connected through the slave. The connection terminal connection provided by the slave output unit 483 on the 48 can transmit the sensed physiological data to the host unit 40 and the external unit.

During operation, in order to ensure that the user being cared for is in a safe state, the external unit or the host 40 itself periodically issues a security alert signal, which can be transmitted to the slave 48 via the user 40, and the user can receive the reminder within the time limit. The confirmation key 491 is generated to generate an input signal (such as a key code or a touch signal) to issue a confirmation signal, in order to cancel the reminder, and the confirmation signal is transmitted to the host 40 to express a safe state. If the user does not press the confirmation button 491 within the set time, there may be a safety warning, and the host 40 can send an emergency signal to the outside.

The slave 48 can also provide a communication function through the slave input/output unit 483 on the slave 48, and the user can communicate with the external unit voice (not excluding audio and video) through the microphone 494 and the speaker 495, and the external monitoring center 44 can give timely timing. assist.

In this security confirmation system, the system formed by the host 40 and the slave 48 is connected to the monitoring center 44 or a service center that provides security care. Such external units may provide multi-end security services at the same time, and thus are connected through a communication connection. For a plurality of terminal devices, each end host 40 should have a unique client identification code for identifying the source of the signal. Therefore, when the signal is transmitted, the system communication unit 407 on the host 40 will pass through the telephone line 471 or the network line in the figure. 472 sends this client ID along with these signals.

Figure 5 is a schematic view showing another embodiment of the proximal end of the safety confirmation system of the present invention.

As shown in FIG. 4 above, the components in the host 40 include an internal communication unit 402 (which is used to connect the slaves, including a service button 421) to which the control unit 401 is electrically connected, a security confirmation processing unit 503, and an input/output unit 404 ( Connection sensor 441, alarm 442), power management unit 405 (connecting battery module 451, AC power unit 452), message processing unit 406 (connecting microphone 461, speaker 462, signal or vibration 463) and external monitoring of the connection System communication unit 407 of center 44 (wired telephone line 471, network line 472).

According to the embodiment shown in the figures, the security confirmation processing unit 503 is coupled to one or more external activity sensors 531 or/and one or more physiological sensors 532. The activity sensor 531 is a sensor disposed in a space, and can be disposed in the sensor of the entrance and exit as shown in FIG. 3, and can also be used as a positioning device. The activity sensor 531 is used to sense the activity state of the object to be protected. This can determine the security status.

One or more physiological sensors worn on the user are used to detect various physiological data of the user or data of surrounding environment, such as carbon monoxide/carbon dioxide concentration, noise, temperature, humidity, pressure, etc. Possibly, these physiological data can be used in conjunction with other sensors or safety confirmation methods to determine the safety status of the object being cared for.

FIG. 6 is a schematic diagram showing the external connection of the safety confirmation device of the present invention.

The figure shows the system communication unit 407 on the security confirmation host. The external connection has at least the telephone line 471 and the network line 472, the connection monitoring center 44, and the telephone line 471 and the network line 472 can be as shown in FIG. Description, for the relationship of mutual support. As described above, the host may include a client identification code 601 for identifying the source of the signal, and the various signals generated by the host are transmitted.

The manner in which the host and the external unit transmit signals includes a plurality of types, except that the data packet 605 carrying rich information or the network connection 472 for transmitting the voice packet 606 by VoIP (Voice over IP) technology can be transmitted through the telephone line 471 ( For example, PSTN) transmits signal 602, audio signal 603 and voice 604 as shown.

In particular, the use of an audio signal 603 such as a dial tone as a means of messaging does not require a call to be connected. According to an embodiment, the security confirmation host and the monitoring center 44 can set a corresponding dial tone (audio signal) and a lookup table of the message, for example, when the user presses the security confirmation host or the slave's "confirmation key". After the other function keys, the host can issue a dial tone to transmit a specific security message by transmitting a message corresponding to the audio signal when dialing. In another embodiment, since the host can be configured with a phone number, the caller ID number can also be transmitted to the monitoring center 44 via the telephone line 471, and the "confirmation button" on the host can bring out the caller ID number, except that In addition to the security message, the monitoring center 44 can thereby confirm the source of the signal.

In combination with the above embodiments, the modes of security confirmation performed by the integrated security verification system and method of the present invention include:

Mode 1: Timing detection

The monitoring center sends safety warning signals to the host and the sub-machine through security, including sound, light or vibration. The user should press, see or feel the safety alert signal (sound, light, vibration) for a certain period of time. Press "Confirm" to cancel the security confirmation process and send a confirmation signal through the host to indicate user safety.

Mode 2: Activity Awareness

In the entrance and exit of the important entrance and exit of the living space, the entrance and exit sensor and the life sensor are installed. The sensing mode can be used to intercept the sensor and set the position such as the toilet, the kitchen, the room, etc., if it can be sensed within a preset time. Sensing signal of the entrance and exit sensor, representing the user in the living space The internal movement is normal, which also indicates the user's safety. The time interval can be set according to the physiological state and living habits of the user, such as setting the time of safety sensing according to the sleep time of the user, such as sleep, getting out, going out, coming back, and the like.

In addition to the entrance and exit sensor, there are other modes of perception that can confirm the user's safety, such as weight perception, drinking water usage (water level sensing), bathroom use (water level sensing, water flow sensing), etc., life perception of the present invention. The method is not limited to the above embodiments.

Mode 3: Physiological data

The safety confirmation system proposed by the present invention can determine whether the physiological condition of the care recipient is normal, in addition to confirming whether the care recipient is still alive. For example, the security confirmation sub-machine or externally connected various physiological data sensors, such as sensors for measuring pulse, blood pressure, body temperature and the like, the data is periodically transmitted to the host machine, and transmitted to the monitoring center by means of communication. Or a specific contact person to effectively judge user safety.

FIG. 7 is a flowchart of an embodiment of a security verification method according to the present invention.

The flowchart shows the mode for confirming the security status using the confirmation key on the host or the slave. In step S701, at the beginning, the host should confirm the connection with the external unit (such as the monitoring center) and the slave (including the network and the telephone line) to ensure that the function of the security confirmation works normally. Then, in step S703, the host itself or the external unit determines to periodically send a security alert signal through the user interface provided by the security confirmation processing unit in the host. The reminder mode includes the sound, light or vibration generated by the message processing unit that processes the input and output messages in the host.

Step S705 then determines whether a confirmation signal is received within a time period. That is, when the user receives the security alert signal, the confirmation procedure should be cancelled within a short period of time, that is, after confirming the user state through the user interface, the confirmation signal for responding to the security alert signal is sent, and the host will judge at this time. Whether or not the confirmation signal is received; in another embodiment, the external unit sends the security alert signal to the host, and then the user cancels the confirmation procedure and sends a confirmation signal to the external unit.

In the judgment, if the host or the external unit that issued the reminder receives the confirmation signal (Yes) within the time, the process continues to periodically issue a security alert signal (step S703); if the host or the external unit does not receive the time in time Confirmation signal (No), the host will notify the external unit to send an emergency signal. The measures include notifying the relevant units, such as the monitoring center, the service center and other home protection units (step S711), or one or more emergency contacts. Person (step S713).

If there is a slave device in the system that contacts the host, when the security alert signal is issued periodically, the signal will be forwarded to the slave device worn by the user through a specific wireless communication protocol, and the slave device emits an audible, light signal or vibration. The user is reminded to cancel the confirmation process. After the confirmation number is executed, the confirmation signal can be sent to the host to cancel the confirmation process.

The emergency signal sent by the host to the external unit can be transmitted along with the client identification code of the identification host via the telephone line or the network line. In particular, the signals can be transmitted through an encoded telephone dial tone.

Next, the security confirmation embodiment process of another host connecting one or more perceptrons can be referred to FIG. 8.

At the beginning of the step, as shown in step S801, the system should confirm the connection of each unit, including the connection between the monitoring center, the host, and the sub-machine. This example specifically includes one or more perceptrons connected by the host or the sub-machine. As described above, the activity sensor that determines the user's security state in a certain space.

The host or the external unit, as in step S803, will periodically determine whether a sensing signal is generated within a certain period of time. For example, to determine whether there is a specific room in and out of a few minutes, these ingress and exit signals will be transmitted to the host, or transferred to an external unit. Perceived goals can also include activities such as diet and bathroom use.

If a security confirmation signal indicating that the security information is generated within a certain period of time (Yes), the host resets the time (step S805), and re-continues the timing confirmation of each sensing signal; if no security confirmation signal is received within the set time (No) If the user does not enter or exit a specific place within a predetermined time, or has an activity as expected, in step S807, the host sends an emergency signal to the host, and the sending target includes a specific external unit, a service center, and the like that provide the care service (steps). S809), or an emergency contact (step S811).

Similarly, the emergency signal can be sent along with the client identification code used to identify the host, where the signal can be sent via the encoded telephone dial tone.

Figure 9 is a flow chart showing another embodiment of the security verification method of the present invention.

In this mode of operation, the host computer will be connected to various physiological sensors on the user's body, or the host computer is connected to the slave unit, and the slaves are connected to the sensors, or the slaves themselves are provided with sensing. Physiological sensor.

The step starts as S901, the system will first confirm the connection between the monitoring center, the host, the slave and each physiological sensor, and determine whether the signal is normally transmitted. Subsequent steps include the host periodically receiving the physiological data generated through the user interface. In step S903, some data are immediate physiological data, such as whether there is a pulse or heartbeat; some are data that need to be accumulated for a period of time, such as blood pressure, The number of pulses; other environmental data such as temperature, humidity, air pressure, air content (carbon monoxide, carbon dioxide), noise, etc. The host will periodically determine whether or not the physiological confirmation data associated with the physiological data is received (step S905).

If the host does not receive the security confirmation signal (NO) within a certain period of time, in step S907, an emergency signal is issued to notify the external unit (step S909) or/and the emergency contact (step S911).

If the security confirmation signal and the physiological data contained are received (Yes), the host or the external unit will judge whether the data is normal as described in step S905. Or is it safe or dangerous?

If it is determined by the data in the security confirmation signal that it is within the security range (Yes), the host will reset the time (step S913), the flow returns to step S903; if the physiological data reflects that the user being cared for is in a dangerous state ( No), in step S907, the host will send an emergency signal to the external unit (step S909), and perform corresponding measures, such as notifying the police unit, the medical unit, the emergency contact (step S911), and the like.

Along with the emergency signal transmitted to the external unit, each host should generate a client identification code identifying the location and include physiological data that can be transmitted over the telephone network via the encoded telephone dial tone.

The security confirmation system proposed in the present disclosure may also propose a two-stage implementation of the integrated security confirmation button and the physiologically-aware signal, as depicted in FIG.

As shown in the security confirmation step disclosed in FIG. 8 above, the user (protected object) living environment is provided with a security confirmation host, and in one embodiment, the host can be connected with a plurality of sensors disposed in the living environment through the sensing The sensor's sensing signal can determine whether the user is in a state of survival. In this case, the security confirmation function on the security confirmation host is used to periodically confirm the user's security or not, thereby generating a multifunctional security confirmation mechanism.

According to the steps of this embodiment, the external unit (such as the monitoring center) can confirm whether the connection is normal by periodically transmitting the connection confirmation signal (step S101). Under normal circumstances, the external unit judges the safety status through the sensor installed in the living environment or the user's body, and these signals are transmitted to the external unit at regular intervals. In step S103, the system will determine whether the survival signal is generated within the time (first time)? Such a survival signal is as shown in FIG. 8 using a sensor provided on the entrance and exit, a specific device to determine the activity state of the user; or, as in the embodiment of FIG. 9, the living state is determined by a physiological sensor worn on the user. .

If the device or the external unit can obtain the survival signal (Yes), that is, the signal of the sensor or the physiological sensor can be obtained within the set time, and it is judged to be normal, the time counted as in step S105 is Reset, return to step S103, re-clock and determine whether to obtain the survival signal at regular intervals.

If the survival signal is not obtained within the set time (No), the process will then perform the next stage of the security confirmation step. In step S107, the external unit or the monitoring center sends a security alert signal, and the host sends a reminder signal, which is The time (the second time, which may be different from the first time) is canceled. Then, in step S109, the device or the remote unit at the remote end determines whether the cancellation command is received within the time (the confirmation signal of the security alert signal is returned) )?

If the user can cancel (pick the confirmation button) the security alert signal (Yes) within the preset time, the process returns to S105, resets the time, and returns to the step of initially confirming the survival signal; if it is within the preset time If the reminder signal is not cancelled (No), an emergency signal will be issued to perform emergency measures (step S111).

In summary, according to the embodiment of the security confirmation system and method proposed by the present invention, the security state of the user can be transmitted through a button, or the physiological data transmitted through a physiological sensor worn on the user, or It is to set the signal generated by the activity sensor in a space to confirm the security status, and the monitoring center can perform the confirmation of the user's security by using these messages.

However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, equivalent structural changes that are made by using the specification and the contents of the present invention are equally included in the present invention. Within the scope, it is combined with Chen Ming.

12. . . Home care device

127. . . Cancel button

121. . . Help button

128. . . Home button

129. . . Outgoing key

123. . . speaker

125. . . Microphone hole

10. . . Telephone network

14. . . Caring end

20. . . Safety confirmation device

222. . . Light

221. . . Enter

223. . . Emergency button

225. . . Call button

227. . . At home and on the exit button

229. . . Cancel button

twenty two. . . External unit

224. . . Speaker hole

226. . . Microphone hole

31. . . Tabular safety confirmation slave

311. . . Enter

313. . . Function key

33. . . Necklace safety confirmation machine

331. . . Enter

333. . . Function key

35. . . Entry and exit

351. . . Entry and exit sensor

37. . . interior space

371. . . Smoke detector

40. . . Host

401. . . control unit

402. . . Internal communication unit

421. . . Service key

403. . . Safety confirmation processing unit

431. . . Enter

432. . . Cancel button

433. . . Emergency button

434. . . Pause service key

404. . . Input and output unit

441. . . sensor

442. . . Warning device

405. . . Power management unit

451. . . Battery module

452. . . AC power unit

406. . . Message processing unit

461‧‧‧ microphone

462‧‧‧Speakers

463‧‧‧Lights or vibrators

407‧‧‧System Communication Unit

471‧‧‧ telephone line

472‧‧‧Network lines

44‧‧‧Monitoring Center

48‧‧‧Children

481‧‧‧Slave Control Unit

482‧‧‧Subunit communication unit

483‧‧‧Submachine input and output unit

484‧‧‧Son machine message processing unit

485‧‧‧Submachine Power Management Unit

486‧‧‧Battery battery module

491‧‧‧Confirmation button

492‧‧‧Emergency button

493‧‧‧Lights or vibrators

494‧‧‧Microphone

495‧‧‧Speaker

503‧‧‧Safety Confirmation Processing Unit

531‧‧‧ Activity Sensor

532‧‧‧ Physiological sensor

601‧‧‧Client ID

602‧‧‧ signal

603‧‧‧Audio signal

604‧‧‧ voice

605‧‧‧data packet

606‧‧‧Voice packet

Step S701~S713‧‧‧One of the safety confirmation method flow

Step S801~S811‧‧‧ Safety Confirmation Method Flow 2

Step S901~S913‧‧‧ Safety Confirmation Method Flow 3

Step S101~S111‧‧‧ Safety Confirmation Method Flow 4

1 is a schematic diagram showing the system architecture of a conventional technical protection device;

2 is a schematic diagram of a device connection applied to the security confirmation system of the present invention;

3 is a schematic diagram showing a near-end embodiment of the security confirmation system of the present invention;

4 is a second schematic diagram of a near-end embodiment of the security confirmation system of the present invention;

Figure 5 is a third schematic diagram of a near-end embodiment of the security confirmation system of the present invention;

Figure 6 is a schematic view showing the external connection of the safety confirmation device of the present invention;

7 is a flowchart of an embodiment of a security confirmation method according to the present invention;

FIG. 8 is a second flowchart of an embodiment of a security verification method according to the present invention; FIG.

9 is a third flowchart of an embodiment of a security verification method according to the present invention;

FIG. 10 shows the fourth process of the security verification method embodiment of the present invention.

20. . . Safety confirmation device

222. . . Light

221. . . Enter

223. . . Emergency button

225. . . Call button

227. . . At home and on the exit button

229. . . Cancel button

224. . . Speaker hole

226. . . Microphone hole

31. . . Tabular safety confirmation slave

311. . . Enter

313. . . Function key

33. . . Necklace safety confirmation machine

331. . . Enter

333. . . Function key

35. . . Entry and exit

351. . . Entry and exit sensor

37. . . interior space

371. . . Smoke detector

Claims (20)

An integrated security confirmation system includes: a host, comprising: a control unit for processing an internal electrical signal of the host; an internal communication unit that generates a signal conforming to a wireless communication protocol, electrically connected to the control unit; and a security confirmation processing unit Electrically connecting the control unit, providing a user interface, generating a security alert signal through the user interface, and generating a security confirmation signal by receiving the signal; and managing a power management unit that provides DC or AC power of the host Electrically connecting the control unit; a message processing unit for processing the incoming and outgoing messages, electrically connected to the control unit; and a system communication unit for providing external signal connection, providing at least one telephone line and one network line, the system communication The unit is electrically connected to the control unit; wherein if the host does not receive the security confirmation signal within a time, an emergency signal is sent; if the security confirmation signal is received within the time, the time is reset. And continue to issue the security alert signal at regular intervals; at least one child machine through the wireless communication protocol Signal connection to the host, the slave comprising: a processing sub inside the slave machine control unit of the electrical signal; generating a slave unit conforms to the wireless communication protocol signals, electrically connected to the slave control means; a slave input/output unit is electrically connected to the slave control unit, and generates a confirmation signal sent to the host according to an input signal; a slave message processing unit that processes the input and output message, and electrically connects the slave control unit And a slave power management unit that manages the power of the slave, and is electrically connected to the slave control unit. The integrated security confirmation system according to claim 1, wherein the user interface of the host is an operation panel of the host, and the operation panel has a plurality of buttons. The integrated security confirmation system according to claim 2, wherein the plurality of keys comprises at least one confirmation key, and further comprises a service key, a cancel key, an emergency key and a pause service key, or a combination thereof. . The integrated security confirmation system of claim 1, wherein the host further comprises: an input/output unit electrically connecting the control unit in the host, providing at least one connection to one or more sensors or / Connection terminal with the warning device. The integrated security confirmation system of claim 1, wherein the host further comprises: an AC power unit providing the host power, and having the function of charging a battery module. The integrated security confirmation system according to claim 1, wherein the slave input/output unit of the slave has an operation panel electrically connected to the slave, and the operation panel includes at least the slave A confirmation button and an emergency button. The integrated security confirmation system of claim 1, wherein the slave output unit of the slave is electrically connected to one or more physiological sensors mounted on a user. The integrated security confirmation system of claim 1, wherein the system communication unit sends a client identification code via the telephone line or the network line. The integrated security confirmation system of claim 8, wherein the security confirmation signal and the client identification code are transmitted through the telephone line through an audio signal transmitted by the system communication unit of the host. The integrated security confirmation system of claim 9, wherein the audio signal is an encoded telephone dial tone. An integrated security confirmation method includes: confirming a connection from a host to an external unit, connecting the external unit through a telephone line provided by one of the system communication units of the host or/and a network line; The security alert is sent by the host through one of the user interfaces provided by one of the security confirmation processing units of the host, including the sound and light generated by a message processing unit that processes the input and output messages in the host. No. or vibration; and after the security alert signal is issued, it is judged whether the confirmation signal of the security alert signal is received within a certain period of time, wherein the judgment result includes: if the confirmation signal is received, the security alert signal is continuously issued periodically If the confirmation signal is not received within the time, the external unit sends An urgent signal. The integrated security verification method according to claim 11, wherein the step of confirming the connection further comprises confirming a connection between the host and a slave, wherein the slave is connected to the host through a wireless communication protocol. . The integrated security confirmation method according to claim 12, wherein the security alert signal is transmitted to the slave through the wireless communication protocol, and the slave sends a confirmation signal indicating that the security alert signal should be sent back. The integrated security confirmation method according to claim 11, wherein the host sends a client identification code via the telephone line or the network line along with the emergency signal transmitted to the external unit. The integrated security verification method of claim 14, wherein the emergency signal and the client identification code are sent through an encoded telephone dial tone. An integrated security verification method includes: confirming a connection from a host to an external unit, connecting the external unit through a telephone line provided by one of the system communication units of the host or/and a network line; A user interface provided by one of the security confirmation processing units of the host confirms a sensing signal or receives a physiological data; and determines whether a security including the sensing signal or the physiological data transmitted by the host is received within a time limit. The confirmation signal includes: if the security confirmation signal is received, the reset time is continued, and the sensing signal is continuously confirmed periodically or the physiological data is periodically received; if the security confirmation signal is not received within the time, the external single An emergency signal is sent. The method for confirming the connection according to claim 16 , wherein the step of confirming the connection further comprises confirming the connection between the host and a slave, wherein the slave is connected to the host through a wireless communication protocol. And transmitting the physiological data to the host via the slave to generate the security confirmation signal transmitted to the external unit. The integrated security confirmation method according to claim 16, wherein the host sends a client via the telephone line or the network line along with the security confirmation signal or the emergency signal transmitted to the external unit. Identifier. The integrated security verification method according to claim 18, wherein the security confirmation signal, the emergency signal and the client identification code are sent through an encoded telephone dial tone. An integrated security confirmation method for connecting one or more sensors and a security confirmation host having at least one confirmation key, comprising: performing a first stage security confirmation step, confirming a connection of a host to an external unit, Connecting the external unit through a telephone line provided by one of the system communication units of the host or/and a network line; determining, by a signal transmitted by the one or more sensors, a survival in a first time a state; if the signal of the one or more sensors is obtained in the first time, resetting the first time; if the signal of the one or more sensors is not obtained in the first time, proceeding to The two-stage security confirmation step includes: issuing a security alert signal; Determining whether a confirmation signal for the security alert signal is received within a second time; if the confirmation signal for the security alert signal is not received within the second time, an emergency signal is sent; and if If the confirmation signal of the security alert signal is received within two time, the second time is reset and the first phase security confirmation step is continued.