TW201727591A - Smart electronic lock system - Google Patents

Abstract

A smart security band with call-for-help function and a smart electronic lock system using thereof are provided. The smart security band includes a band body, a noncontact sensing module, a Bluetooth communication module, and a call-for-help button. The noncontact sensing module includes a read-only memory unit and an erasable read-only memory unit. The read-only memory unit is programmed with a security code. An electronic lock device is locked or unlocked by sensing the security code or sensing the security code and a read-only chip serial number. The Bluetooth communication module is coupled to a handheld device. When the call-for-help button is pressed, a call-for-help signal is generated and sent to the handheld device when the Bluetooth communication module is connected to a Bluetooth unit of the handheld device, and the handheld device further sends the call-for-help signal to a cloud server. When the Bluetooth communication module fails to send the call-for-help signal to the handheld device, the Bluetooth communication module keeps the call-for-help signal and resend to the handheld device later.

Description

Intelligent access control bracelet with emergency help function and intelligent electronic lock system for application thereof

The invention provides an intelligent wristband, in particular to a smart access wristband with an emergency help function and an intelligent electronic lock system thereof.

With the development of mobile communication technologies, handheld electronic devices are becoming lighter and thinner, making it more common for consumers to carry handheld electronic devices. However, technology follows the development of human nature. Although handheld electronic devices are light and short, they are easy to forget or lose. For this reason, the development of smart wearable devices has become more vigorous, solving the problems that are easily lost due to the thin and light.

The smart bracelet is a key device for smart wearable devices. Users can wear smart bracelets to record life, especially for recording the user's sports life, such as measuring the user's running distance, sports heartbeat, Pulse, body temperature, etc., or a combination of watch functions to provide time display.

In view of the development of smart bracelets, it is necessary to propose a solution to make the smart bracelet more life-oriented and to enhance the convenience of use by integrating into life.

An embodiment of the present invention provides a smart access control wristband with an emergency help function, comprising: a wristband body, a non-contact sensing module, a Bluetooth communication module, and an emergency help button; wherein the non-contact sensing module is located in the hand On the ring body, the non-contact sensing module comprises a read-only memory unit and an erasable read-only memory unit, the read-only memory unit is programmed with a read-only chip serial number, and the erasable read-only memory unit is programmed with a security code. Wherein, the electronic lock device senses the security code or the security code and the read-only chip serial number to open or close the electronic lock of the electronic lock device; the Bluetooth communication module is located on the wristband body and is connected to the handheld device; the emergency help button is located on the wristband body When the emergency help button is pressed, a distress signal is generated, and when the Bluetooth communication module is connected to the Bluetooth unit, the distress signal is transmitted to the handheld device, and is transmitted to the cloud server via the handheld device, when the Bluetooth communication module fails to transmit the distress signal to the handheld device. The Bluetooth communication module retains the distress signal until the Bluetooth communication module is connected to the Bluetooth unit of the handheld device, and retransmits the request message. To the handheld device and the handheld device transmits to the server via the cloud.

An embodiment of the present invention provides a smart electronic lock system, comprising: a smart access wristband, an electronic lock device, a cloud server, and a handheld device as described above; wherein the electronic lock device includes an induction module and an electronic device The lock, the sensing module senses the security code or the security code and the read-only chip serial number to open or close the electronic lock; the handheld device comprises a transmission module, a sensing unit and a Bluetooth unit, the transmission module is connected to the cloud server, and the sensing unit senses non-contact The Bluetooth module is activated when the sensor module is connected, and the Bluetooth unit is connected to the Bluetooth communication module and receives the distress signal, the physiological information, the abnormal signal or the emergency signal, and transmits the distress signal, the physiological information, the abnormal signal or the emergency signal to the cloud server via the transmission module.

The intelligent access control bracelet with the emergency help function of the invention realizes the access control function through the card simulation function, thereby using the identity recognition to sense the opening of the access control or setting the security. Here, when the user opens the electronic lock of the access control with the smart access bracelet as the identity recognition, the electronic device can be further activated as a situational control, for example, opening a predetermined light source or pulling on an electronic curtain to integrate the life. Improve the comfort and convenience of use.

Moreover, the smart access control bracelet has an emergency help function, and can be paired with the handheld device Bluetooth and then connected to the cloud server. Here, since the Bluetooth communication of the handheld device is too power-consuming, most users usually turn off the handheld device. Bluetooth communication, when the user presses the emergency call button, the smart access bracelet of the present invention communicates with the near field communication of the handheld device, and transmits the communication command through the point-to-point communication function to enable the handheld device to quickly initiate Bluetooth communication and complete the emergency call for help. If the signal is not transmitted to the handheld device via Bluetooth in time, it will remain for a period of time. When the handheld device Bluetooth is turned on, the signal is transmitted to the handheld device and forwarded to the cloud server. In addition, when the smart access bracelet and the handheld device are connected by Bluetooth, the smart access bracelet can transmit emergency help (including report), motion track, health status, battery status and other information to the handheld device, or can be The handheld device updates the firmware or other programs.

The detailed features and advantages of the present invention are set forth in the Detailed Description of the Detailed Description of the <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> <RTIgt; The objects and advantages associated with the present invention can be readily understood by those skilled in the art.

Please refer to FIG. 1 , which is a schematic diagram of the appearance of a smart access bracelet with an emergency help function according to the present invention. The smart access bracelet 2 with emergency help function of the present invention is a wearable device and can be worn by a user. Body.

Please refer to FIG. 2 , which is a hardware block diagram (1) of the smart access bracelet of the present invention. The smart access control bracelet 2 with the emergency help function of the present invention can be mainly composed of the wrist ring body 21 and non-contact sensing. The module 22, the Bluetooth communication module 23 and the emergency help button 24 are composed.

The bracelet body 21 is annular or substantially annular, and can be worn on the user's hand or worn as a necklace. Here, the wrist body 21 can be made of non-woven fabric, plastic material or metal material, and can even be made of an elastic material for different thicknesses of hands. The present invention is not limited to the foregoing materials, and the present invention is not limited to printing. The pattern or text on it.

The non-contact sensing module 22 is located on the wristband body 21. In this embodiment, the non-contact sensing module 22 can be a near field communication (NFC) module, which has a card simulation function and a point-to-point communication function. Here, the non-contact sensing module 22 is mainly composed of a read-only memory unit 221 and an erasable read-only memory unit 222, wherein the read-only memory unit 221 is programmed with a read-only chip serial number. The erase type read only memory unit 222 burns the security code. Here, the read-only memory unit 221 is, for example, a ROM (Read Only Memory) read-only memory, and the erasable read-only memory unit 222 is, for example, an Erasable Programmable Read Only Memory (EPROM). Or Electrically Erasable Programmable Read Only Memory (EEPROM), but the invention is not limited thereto. In other words, the memory area of the non-contact sensing module 22 can be divided into two areas, one area is a read-only area, the wafer serial number of the near field communication chip is burned, and the other area is an erasable read only area. The security code is burned according to the user's management system or employee number, etc., so as to perform subsequent control operations or access control attendance management operations. In addition, the memory area of the non-contact sensing module 22 may be additional according to actual design or management requirements. The area separates more than one general access area to store other relevant information.

However, in the foregoing description, the non-contact sensing module 22 is used as a near field communication module as an example. However, the present invention is not limited thereto, and the non-contact sensing module 22 may also be a radio frequency identification (RFID). The module includes the foregoing read-only memory unit 221 and the erasable read-only memory unit 222, and uses wireless radio frequency identification technology as the identity recognition to sense the opening of the access control or the setting security. Therefore, any skilled person can easily The aforementioned near field communication (NFC) module is replaced by a radio frequency identification (RFID) module to implement the card simulation function.

The Bluetooth communication module 23 is located on the wristband body 21, and is connected to the handheld device 3 via the Bluetooth communication protocol to transmit data through the Bluetooth communication protocol. The handheld device 3 can be mainly used by the transmission module 31, the sensing unit 32 and the Bluetooth unit 33. The transmission module 31 is connected to the cloud server 7 to transmit the distress signal, the physiological information, the abnormal signal or the emergency signal to the cloud server 7. Since the non-contact sensing module 22 has a point-to-point communication function, the sensing unit is sensed. At 32 o'clock, a communication command is sent to the handheld device 3. The handheld device 3 activates the Bluetooth unit 33 according to the communication command, so that the smart access control wristband 2 with the emergency help function is connected to the handheld device 3 via the Bluetooth communication protocol.

The emergency help button 24 is located on the wristband body 21. In the present embodiment, the number of the emergency call button 24 is one, but the emergency call button 24 can be set according to actual design requirements.

When the emergency help button 24 is pressed, a distress signal is generated, and the non-contact sensing module 22 is activated to sense the sensing unit 32 of the handheld device 3. When the non-contact sensing module 22 has a point-to-point communication function, when the handheld device 3 is sensed, the communication is sent. The command is sent to the sensing unit 32 of the handheld device 3, and the handheld device 3 activates the Bluetooth unit 33 according to the communication command, so that the Bluetooth communication module 23 is connected to the Bluetooth unit 33 and transmits the distress signal to the handheld device 3, and is transmitted via the transmission module 31 of the handheld device 3. To the cloud server 7, whereby the cloud server 7 records the help-seeking event, and can also provide the help-seeking signal to the preset electronic device, such as the mobile phone of the security guard, the mobile phone of the relatives and friends, etc., so that the notified person The rescue event can be confirmed and assisted at the first time. In other words, even if the user turns off the Bluetooth communication of the handheld device 3, when the user presses the emergency help button 24, the smart access wristband 2 of the present invention communicates with the handheld device 3 by using near field communication, so that the handheld device 3 is quickly Start Bluetooth communication and complete the emergency call function.

If the Bluetooth communication module 23 does not successfully transmit the distress signal to the handheld device 3, for example, the non-contact sensing module 22 does not sense the sensing unit 32 of the handheld device 3 and cannot transmit the communication command, resulting in the Bluetooth unit 33 of the handheld device 3 not being activated. However, the connection cannot be made, or the Bluetooth unit 33 is activated, but the Bluetooth communication module 23 fails to be successfully connected. At this time, the Bluetooth communication module 23 retains the distress signal until the Bluetooth communication module 23 is connected to the Bluetooth of the handheld device 3. The unit 33 retransmits the distress signal to the handheld device 3 and can transmit it to the cloud server 7 via the handheld device 3.

Here, the non-contact sensing module 22 generates a distress signal when the emergency distress button 24 is pressed without the peer-to-peer communication function, and the Bluetooth communication module 23 determines whether to transmit the distress signal to the handheld device 3 by connecting the Bluetooth unit 33. When the two are connected, the Bluetooth communication module 23 transmits the distress signal to the Bluetooth unit 33. When the Bluetooth communication module 23 is not connected to the Bluetooth unit 33, the Bluetooth communication module 23 retains the distress signal until the Bluetooth communication module 23 is connected to the Bluetooth unit. 33. The distress signal is retransmitted to the handheld device 3 and transmitted to the cloud server 7 via the handheld device 3.

Here, the emergency help button 24 can be set to generate a distress signal after a long press, or can be set to generate a distress signal after several consecutive presses, which can be set according to user requirements.

In addition, when the Bluetooth communication module 23 is connected to the Bluetooth unit 33, the update program transmitted by the handheld device 3 can be received, for example, a new version of the program such as a firmware or other application is updated to update the smart access control bracelet 2.

Please refer to FIG. 3 , which is a hardware block diagram (1) of the smart electronic lock system of the present invention. The smart electronic lock system 1 of the present invention can mainly be a smart access control bracelet 2, a handheld device 3, and an electronic lock. The device 5 and the cloud server 7 are composed.

The electronic lock device 5 can be mainly composed of the sensing module 53 and the electronic lock 54. When the sensing module 53 senses the security code or the security code and the read-only wafer serial number in close proximity, the electronic lock 54 is turned on or off. For example, when the user wears the smart access bracelet 2, when the hand is close to the sensing module 53, the sensing module 53 senses the security code or security code and the read-only chip serial number for identification purposes, when the security code is confirmed. When the security code and the read-only chip serial number are correct or meet the preset authority, the electronic lock 54 is opened or closed, thereby opening or locking the door.

In this case, the sensing module 53 can be disposed on the side of the door frame in the form of a card reader, or the sensing module 53 and the electronic lock 54 can be integrated and disposed on the door, but the invention is not limited thereto.

Further, the electronic lock device 5 can be provided with a situation control module 55, which is connected to the electronic device 9 in the room, and transmits the driving signal to the electronic device 9 when the electronic lock 54 is turned on, so that the electronic device 9 operates according to the driving signal, and the electronic device 9 The action mode includes actions such as start, stop (stop), and the like.

Here, the context control module 55 can connect to the electronic device 9 via Bluetooth, Zigbee, or Wi-Fi, 3G, 4G, ADSL, WIMAX, etc., and the electronic device 9 can be, for example, a television, an electric light, an audio, an electric curtain, or the like. The device, but the connection mode of the foregoing context control module 55 and the type of the electronic device 9 are merely examples, and the present invention is not limited thereto. After the user enters the room through the smart doorbell 2 worn by the user, the context control module 55 can send the driving signal to the electronic device 9 according to the mode preset by the user, for example, turning on all the lights and turning on the TV. And driving the electric curtain to pull on, and another user enters the room through the smart doorbell bracelet 2 worn by the user, the context control module 55 can send the driving signal to the electronic device 9 according to the preset mode thereof. For example, when a part of the electric light is turned on, the sound is played, and the music is played, the different users respectively use the smart access control bracelet 2 to open the door and enter the room, and automatically drive different electronic devices 9 according to their individual needs, so that the state of the electronic lock 54 is changed. Turn on or turn off other electronic devices for context control purposes.

Please refer to FIG. 4, which is a hardware block diagram (2) of the smart electronic lock system of the present invention. In this embodiment, the electronic lock device 5 further includes an access control host 51, and the security code includes an access code. The non-contact sensing module 22 senses the access code or the access code and the read-only chip serial number for identification purposes, and drives the access control when the access code or the access control code and the read-only chip serial number are confirmed to be correct or meet the preset authority. The host 51 turns the electronic lock 54 on or off.

Please refer to FIG. 5, which is a hardware block diagram (3) of the smart electronic lock system of the present invention. In this embodiment, the electronic lock device 5 further includes a security host 52, and the security code includes a security code. The non-contact sensing module 22 senses the security code or the security code and the read-only chip serial number for use as identity identification. When confirming that the security code or the security code and the read-only chip serial number are correct or meet the preset authority, the security host is driven. 52 switches to setting the hold status or releasing the hold status.

Here, the so-called security state is set, that is, the security host 52 is in the anti-theft alarm state, that is, when the user goes out, all the detectors detect, for example, the reverb sensor of the door and the window detects the setting of the anti-theft alarm, and the body temperature inside the house. The sensor enters the alert. Conversely, the release of the security state means that the security host 52 releases the burglar alarm state, and all the detectors stop detecting. However, the user can set the security status or the release status according to his needs, and some of the detectors enter the alarm, and some of the detectors do not enter the alarm.

Therefore, when the user returns home or returns to the office, the security code or the security code of the smart access control bracelet 2 and the read-only wafer serial number can be released from the security state, and the access code or the access control code and the read-only wafer serial number are used to drive the security code. The access control host 51 opens the electronic lock 54 to enter the room, and can further improve the comfort and convenience in use in combination with the context control described above. When the user leaves the home or leaves the office, the security code or the security code of the smart access control bracelet 2 and the read-only chip serial number can be set to the security state, and the access control host 51 is driven by the access code or the access code and the read-only chip serial number. The electronic lock 54 is locked, and can be further combined with the situational control described above to simulate the situation that someone is at home or in the office, to achieve the purpose of deterring the small.

Here, the context control module 55 can be disposed in the access control host 51 to turn on or off other electronic devices by changing the state of the access control host 51. In addition, the context control module 55 can be disposed on the security host 52 by securing the host 52. Turn on or turn off other electronic devices with a change in state.

Please refer to FIG. 6 , which is a hardware block diagram (2) of the smart access bracelet of the present invention. The smart access control bracelet 2 with the emergency help function of the present invention may further be provided with a physiological information module 25 . Located on the wristband body 21, measuring physiological information of the user, such as body temperature, heartbeat, pulse and other physiological information, the Bluetooth communication module 23 is connected to the Bluetooth unit 33 and transmits physiological information to the handheld device 3, and transmitted to the cloud via the handheld device 3. Server 7 is recorded as a health record or a sports message.

Herein, the physiological information module 25 has a comparison function, in addition to the measurement function, when the physiological information module 25 determines that the measured physiological information is abnormal, an abnormal signal is generated, because the non-contact sensing module 22 has a point-to-point communication function, so after sensing the sensing unit 32 of the handheld device 3, a communication command is sent to the sensing unit 32 of the handheld device 3. At this time, the handheld device 3 activates the Bluetooth unit 33 according to the communication command, and uses Bluetooth. The communication module 23 is connected to the Bluetooth unit 33 to transmit an abnormal signal to the handheld device 3, and is continuously sent to the cloud server 7 via the handheld device. The cloud server 7 records the physiological abnormal event, and actively provides the abnormal signal. To a preset electronic device, such as a mobile phone of a family member or a relative friend, the notified person can confirm the physiological abnormal event and provide assistance at the first time.

If the Bluetooth communication module 23 fails to transmit the distress signal to the handheld device 3, for example, the non-contact sensing module 22 does not sense the sensing unit 32 and cannot transmit the communication command, so that the Bluetooth unit 33 of the handheld device 32 is not activated and cannot be connected. , or the Bluetooth unit 33 is activated but not successfully connected to the Bluetooth communication module 23, at this time, the Bluetooth communication module 23 retains the abnormal signal until the Bluetooth communication module 23 is connected to the Bluetooth unit 33 of the handheld device 3, The abnormal signal is transmitted to the handheld device 3 and can be transmitted to the cloud server 7 via the handheld device 3.

Please refer to FIG. 7 , which is a hardware block diagram (3) of the smart access bracelet of the present invention. The smart access control bracelet 2 with the emergency help function of the present invention may further be provided with an action information module 26 . It is located on the wristband body 21, and may include, for example, a gravity sensor (G-Sensor), a gyroscope (Gyro Meter), and the like for detecting motion information of the user.

When the action information module 26 determines that the action information is in a fall state, an emergency signal is generated. Since the non-contact sensor module 22 has a point-to-point communication function, after sensing the sensing unit 32 of the handheld device 3, the communication command is sent to the handheld device. 3, the sensing unit 32, at this time, the handheld device 3 activates the Bluetooth unit 33 according to the communication command, and connects the Bluetooth unit 33 with the Bluetooth communication module 23 to transmit the emergency signal to the handheld device 3, and continues to transmit to the cloud via the handheld device. The server 7 can record emergency signals by the cloud server 7, and can actively provide emergency signals to preset electronic devices, such as mobile phones of family members and relatives, so that the notified person can confirm at the first time. Physiological abnormal events and assistance.

If the Bluetooth communication module 23 does not successfully transmit the emergency signal to the handheld device 3, as described above, it will not be described here.

Please refer to FIG. 8 , which is a hardware block diagram (4) of the smart access bracelet of the present invention. The smart access control bracelet 2 with the emergency help function of the present invention may further be provided with a sound information module 27 . Located on the wristband body 21, receiving sound information, when the sound information module 27 determines that the sound information is in an emergency state, an emergency signal is generated, or when the sound information is determined to be a help-seeking sound, a distress signal is generated, where, for example, the user is an elderly person. The voice information module 27 receives and judges to generate a distress signal, for example, when the user falls in the house and makes a loud noise, the voice information module 27 receives and judges and generates an emergency signal accordingly. .

Since the non-contact sensing module 22 has a point-to-point communication function, when the handheld device 3 is sensed, the communication command can be transmitted to quickly activate the Bluetooth unit 33 of the handheld device 3, and the Bluetooth communication module 23 is connected to the Bluetooth unit 33 for transmission. The emergency signal is sent to the handheld device 3, and is continuously sent to the cloud server 7 via the handheld device. If the Bluetooth communication module 23 does not successfully transmit the emergency signal or the help signal to the handheld device, as described above, it will not be described here.

Here, after receiving the distress signal, the abnormal signal or the emergency signal, the handheld device 3 sends a notification message to the mobile device according to the distress signal, the abnormal signal or the emergency signal, such as the mobile phone of the family member, the relatives and friends, etc., so that the notified other person The event can be confirmed and assisted at the first time for safe care.

Please refer to FIG. 9 , which is a hardware block diagram (5) of the smart access bracelet of the present invention. The smart access control bracelet 2 with the emergency help function of the present invention can be further provided on the wrist body 21 . The positioning module 281 and the warning module 282. The positioning module 281 detects the location information of the wristband body 21. Therefore, the foregoing distress signal, abnormal signal or emergency signal includes location information when the event occurs, and the handheld device 3 receives the distress signal and the abnormal signal. After the emergency signal, the location information can be combined with the information of the handheld device 3 to know the location of the user wearing the smart access bracelet 2. In addition, the cloud server 7 can also actively provide the help signal, the abnormal signal or the emergency signal with the location information to the preset electronic device, so that the notified person can confirm the event at the first time by using the information of the electronic device. Location and assistance. Here, the information can be Google Maps, Baidu maps or other electronic maps.

The warning module 282 generates a warning according to the distress signal, the abnormal signal or the emergency signal. For example, the warning module 282 can be a speaker or other device that can output sound, and can issue a warning sound according to the distress signal, the abnormal signal or the emergency signal, or the warning mode. The group 282 can be a light-emitting diode or other light source device, and emits an alert flash according to the distress signal, the abnormal signal or the emergency signal, or the warning module 282 can be a vibrator, and generates vibration according to the distress signal, the abnormal signal or the emergency signal.

In the foregoing, although the smart access control bracelet 2 is provided with the positioning module 281 and the warning module 282 as an example, the positioning module 281 and the warning module 282 must not be set at the same time, which can be designed according to actual needs. Only the positioning module 281 or only the warning module 282 is provided.

Please refer to FIG. 10 , which is a hardware block diagram (6) of the smart access bracelet of the present invention. The smart access bracelet 2 with the emergency help function of the present invention can be further provided on the wrist body 21 . The battery module 291 and the display module 292.

The battery module 291 can be mainly composed of a contact 2911 and a battery unit 2912, and the battery unit 2912 is charged via the contact 2911. Further, the battery unit 2912 can be a solar battery, except for being charged by the contact 2911, the battery unit 2912 Electricity can be generated by visible light itself.

The display module 292 is used to display the power status of the message or battery unit 2912. Here, the message displayed by the display module 292 can be used as a clock or an alarm for the time, or can display the physiological information measured by the physiological information module 25, or display an event such as a distress signal, an abnormal signal or an emergency signal. Time, location and other related information. The display module 292 can be a touch screen for the user to operate through the touch mode, but the invention is not limited thereto.

In the foregoing, although the battery module 291 and the display module 292 are provided as an example of the smart access bracelet 2, the battery module 291 and the display module 292 are not required to be disposed at the same time, which can be designed according to actual needs. Only the battery module 291 or only the display module 292 is provided.

The intelligent access control bracelet with the emergency help function of the invention realizes the access control function through the card simulation function, thereby using the identity recognition to sense the opening of the access control or setting the security. Here, when the user opens the electronic lock of the access control with the smart access bracelet as the identity recognition, the electronic device can be further activated as a situational control, for example, opening a predetermined light source or pulling on an electronic curtain to integrate the life. Improve the comfort and convenience of use. Moreover, the smart access control bracelet has an emergency help function, and can be paired with the handheld device Bluetooth and then connected to the cloud server. Here, since the Bluetooth communication of the handheld device is too power-consuming, most users usually turn off the handheld device. Bluetooth communication, when the user presses the emergency call button, the smart access bracelet of the present invention communicates with the near field communication of the handheld device, and transmits the communication command through the point-to-point communication function to enable the handheld device to quickly initiate Bluetooth communication and complete the emergency call for help. If the signal is not transmitted to the handheld device via Bluetooth in time, it will remain for a period of time. When the handheld device Bluetooth is turned on, the signal is transmitted to the handheld device and forwarded to the cloud server. In addition, when the smart access bracelet and the handheld device are connected by Bluetooth, the smart access bracelet can transmit emergency help (including report), motion track, health status, battery status and other information to the handheld device, or can be The handheld device updates the firmware or other programs.

Through the above detailed description, it can fully demonstrate that the object and effect of the present invention are both progressive in implementation, highly industrially usable, and are new inventions that have never been seen before on the market, and fully comply with patent requirements.提出 Apply in accordance with the law. The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the invention. All changes and modifications made in accordance with the scope of the invention shall fall within the scope covered by the patent of the invention. I would like to ask your review committee to give a clear explanation and pray for it.

1‧‧‧Electronic lock system
2‧‧‧Smart Access Hand Bracelet
21‧‧‧Bracelet body
22‧‧‧ Non-contact sensor module
221‧‧‧Read-only memory unit
222‧‧‧Erasable read-only memory unit
23‧‧‧Bluetooth Communication Module
24‧‧‧ emergency help button
25‧‧‧Physical Information Module
26‧‧‧Action Information Module
27‧‧‧Sound Information Module
281‧‧‧ Positioning Module
282‧‧‧ Warning Module
291‧‧‧ battery module
2911‧‧‧Contacts
2912‧‧‧ battery unit
292‧‧‧Display module
3‧‧‧Handheld devices
31‧‧‧Transmission module
32‧‧‧Sensor unit
33‧‧‧Bluetooth unit
5‧‧‧Electronic lock device
51‧‧‧Access Control Host
52‧‧‧Security host
53‧‧‧Sense Module
54‧‧‧Electronic lock
55‧‧‧Scenario Control Module
7‧‧‧Cloud Server
9‧‧‧Electronic equipment

[Fig. 1] is a schematic view showing the appearance of a smart access wristband with an emergency help function according to the present invention. [Fig. 2] is a hardware block diagram (1) of the smart access wristband of the present invention. [Fig. 3] is a hardware block diagram (1) of the smart electronic lock system of the present invention. [Fig. 4] is a hardware block diagram (2) of the smart electronic lock system of the present invention. [Fig. 5] is a hardware block diagram (3) of the smart electronic lock system of the present invention. [Fig. 6] is a hardware block diagram (2) of the smart access bracelet of the present invention. [Fig. 7] is a hardware block diagram (3) of the smart access wristband of the present invention. [Fig. 8] is a hardware block diagram (4) of the smart access wristband of the present invention. [Fig. 9] is a hardware block diagram (5) of the smart access wristband of the present invention. [Fig. 10] is a hardware block diagram (6) of the smart access wristband of the present invention.

2‧‧‧Smart Access Hand Bracelet

21‧‧‧Bracelet body

22‧‧‧ Non-contact sensor module

221‧‧‧Read-only memory unit

222‧‧‧Erasable read-only memory unit

23‧‧‧Bluetooth Communication Module

24‧‧‧ emergency help button

3‧‧‧Handheld devices

31‧‧‧Transmission module

32‧‧‧Sensor unit

33‧‧‧Bluetooth unit

7‧‧‧Cloud Server

Claims (16)

A smart access control wristband with an emergency help function, comprising: a hand ring body; a non-contact sensing module located on the wristband body, the non-contact sensing module comprising a read only memory unit and an erasable only Reading a memory unit, the read-only memory unit is programmed with a read-only chip serial number, and the erasable read-only memory unit is programmed with a security code, wherein an electronic lock device senses the security code or the security code and the read-only code An electronic lock of one of the electronic lock devices is turned on or off; a Bluetooth communication module is disposed on the body of the wristband, and is connected to a Bluetooth unit of a handheld device; and an emergency help button is located on the body of the wristband When the emergency help button is pressed, a distress signal is generated, and when the Bluetooth communication module is connected to the Bluetooth unit, the distress signal is transmitted to the handheld device, and the handheld device is transmitted to a cloud server, and the Bluetooth communication module is used. When the distress signal is not successfully transmitted to the handheld device, the Bluetooth communication module retains the distress signal until the Bluetooth communication module is connected to the handheld device. The Bluetooth unit retransmits the distress signal to the handheld device and transmits the message to the cloud server via the handheld device. The smart access control wristband with an emergency call function according to claim 1, wherein the non-contact sensing module senses one sensing unit of the handheld device, and sends a communication command to the handheld device, and the handheld device according to the communication command The Bluetooth unit is activated, and the Bluetooth communication module is connected to the Bluetooth unit and transmits the distress signal to the handheld device. The smart access control bracelet with the emergency help function according to claim 2 further includes: a physiological information module, located on the body of the wristband, measuring a physiological information, the Bluetooth communication module is connected to the Bluetooth unit and The physiological information is transmitted to the handheld device and transmitted to the cloud server via the handheld device. The smart access control wristband with an emergency call function according to claim 3, wherein the physiological information module determines that the physiological information is abnormal, and generates an abnormal signal, and the non-contact sensing module senses one sensing unit of the handheld device. Sending a communication command to the handheld device, the handheld device activates the Bluetooth unit according to the communication command, the Bluetooth communication module is connected to the Bluetooth unit and transmits the abnormal signal to the handheld device, and is transmitted to the cloud server via the handheld device When the Bluetooth communication module fails to transmit the abnormal signal to the handheld device, the Bluetooth communication module retains the abnormal signal until the Bluetooth communication module connects to the Bluetooth unit of the handheld device, and retransmits the abnormal signal to The handheld device is transmitted to the cloud server via the handheld device. The smart access control bracelet with the emergency help function described in claim 2 further includes: an action information module, located on the wristband body, detecting an action information, and when the action information module determines the action information An emergency signal is generated in the falling state, and the non-contact sensing module senses one sensing unit of the handheld device to send a communication command to the handheld device, and the handheld device activates the Bluetooth unit according to the communication command, and the Bluetooth communication module is connected. The Bluetooth unit transmits the emergency signal to the handheld device, and transmits the emergency signal to the cloud server, and the Bluetooth communication module retains the emergency when the Bluetooth communication module fails to successfully transmit the emergency signal to the handheld device. After the Bluetooth communication module is connected to the Bluetooth unit of the handheld device, the emergency signal is retransmitted to the handheld device and transmitted to the cloud server via the handheld device. The smart access control bracelet with the emergency help function described in claim 2 further includes: an audio information module, located on the body of the wristband, receiving a sound information, and when the sound information module determines that the sound information is The emergency signal generates an emergency signal or determines that the sound information is a help-seeking signal, and the non-contact sensing module senses one sensing unit of the handheld device, and sends a communication command to the handheld device, and the handheld device according to the communication Commanding to activate the Bluetooth unit, the Bluetooth communication module is connected to the Bluetooth unit and transmitting the emergency signal or the distress signal to the handheld device, and transmitted to the cloud server via the handheld device, when the Bluetooth communication module fails to transmit the Bluetooth communication module The emergency communication signal or the distress signal to the handheld device, the Bluetooth communication module retains the emergency signal or the distress signal until the Bluetooth communication module is connected to the Bluetooth unit of the handheld device, and retransmits the emergency signal or the distress signal To the handheld device and transmitted to the cloud server via the handheld device. The smart access control wristband with emergency call function according to any one of claims 1 to 6, further comprising: a positioning module, detecting position information of the wristband body, the help signal includes the location information or The abnormal signal includes the location information or the emergency signal includes the location information. The smart access control wristband with the emergency help function of claim 7 further includes: a warning module, located on the body of the wristband, generating an alert according to the service signal, the abnormal signal or the emergency signal. The smart access control wristband with emergency call function according to any one of claims 1 to 6, wherein the handheld device sends a notification message to a mobile device according to the help signal, the abnormal signal or the emergency signal. The smart access control wristband with emergency call function according to any one of claims 1 to 6, further comprising: a battery module located on the wristband body, the battery module comprising a contact and a battery unit The battery unit is charged via the contact. The smart access control wristband with the emergency help function of claim 10 further includes: a display module located on the wristband body to display a message or a power state of the battery unit. The smart access control wristband with emergency help function according to any one of claims 1 to 6, wherein the Bluetooth communication module is connected to the Bluetooth unit to receive an update program transmitted by the handheld device. A smart electronic lock system comprising: an intelligent access control bracelet with an emergency call function according to any one of claims 1 to 12; an electronic lock device comprising an induction module and an electronic lock, the induction module Sensing the security code or the security code and the read-only chip serial number to turn the electronic lock on or off; a cloud server; and a handheld device comprising a transmission module, a sensing unit and a Bluetooth unit, the transmission mode The group is connected to the cloud server, and the sensing unit activates the Bluetooth unit when sensing the non-contact sensing module, and the Bluetooth unit is connected to the Bluetooth communication module and receives the distress signal, the physiological information, the abnormal signal or the emergency signal. The help signal, the physiological information, the abnormal signal or the emergency signal is transmitted to the cloud server via the transmission module. The smart electronic lock system of claim 13, wherein the electronic lock device further comprises an access control host, the security code includes an access code, and the sensing module senses the access code or the access code and the read-only chip serial number. And driving the access control host to turn on or off the electronic lock. The smart electronic lock system of claim 13 or 14, wherein the electronic lock device further comprises a security host, the security code includes a security code, and the sensing module senses the security code or the security code and the read-only code. The serial number of the chip drives the security host to switch to a set security state or a release security state. The smart electronic lock system of claim 15, wherein the electronic lock device further comprises a context control module, connected to an electronic device, and transmitting a driving signal to the electronic device when the electronic lock is turned on, the electronic device is The drive signal is activated.