TWM541085U - Smart door system - Google Patents

Abstract

The content provides a smart door system and identification system. The identification system includes a Bluetooth low energy (BLE) signal broadcasting apparatus, a signal processing apparatus, a wireless signal receiving apparatus and a server. The signal processing apparatus receives a BLE signal broadcasted by the BLE signal broadcasting apparatus and transmits identification information to the wireless signal receiving apparatus by wireless communication. The server stores verification information and determines what the signal processing apparatus represents in accordance with a relationship between the verification information and the identification information received from the wireless signal receiving apparatus.

Description

Wisdom door system

This creation is about wireless signal applications, especially about a smart door system and identity system that uses wireless signals.

With the advancement of technology, portal security has gradually evolved from the simple use of locks to the direction of intelligence and automation. Furthermore, in order to facilitate the management and security of private access to the occupants of the house or specific groups, such as building occupants, hotel visitors or company employees, an appropriate door lock system and identification system are already A core technology that is important and needs to be developed.

In order to cope with the aforementioned problems, the present invention provides a smart door system and an identity recognition system to easily provide multi-person access control management functions.

In one embodiment, the present disclosure provides a door lock system. This door lock system is suitable for use in a door including a door frame and a door panel. The door lock system includes a lock, a charging unit, and a lock control unit. The lock is disposed in the door panel or the door frame, includes an electronic unlocking and locking drive, and is connected to the lock control unit in a wireless or wired manner. The charging unit includes a power supply device to And power storage devices. The power supply device includes two separate components to be mounted on the door panel and the door frame, respectively, and enables the power storage device to obtain external power. The power storage device is disposed on the door panel for storing and providing power to the lock and the lock control unit. The lock control unit includes a housing, a resonant horn, a touch button device, a storage device, an optical sensing device, and an identification processing device. The outer casing is fixed on the door panel or the door frame, and the inner side of the outer casing forms an accommodating space. The resonant horn is disposed in the accommodating space or is independently disposed outside the accommodating space by a connecting line. The resonant horn receives an electronic signal from the identification processing device. When the resonant horn generates vibration, or when the resonant horn is in contact with the door panel or the door frame, the first region of the outer casing resonates to produce a sound or warning tone indicated by the identification processing device. The touch button device is disposed in the second area of the outer casing. The touch button device provides a plurality of buttons and generates corresponding button information according to the order in which the buttons are pressed. The storage device stores more than one verification information. The optical sensing device is electrically coupled to the identification processing device and senses a moving object near the door to generate a preliminary signal when the object approaches to turn on the identification processing device. The identification processing device includes a central processing device. The central processing device is electrically coupled to the foregoing storage device and the touch-sensitive button device. By analyzing the button information received from the touch-sensitive button device and comparing it with the verification information stored in the storage device, the central processing device can decide whether to transmit the lock signal or the unlock signal to the lock, or Send a warning tone signal to the resonant horn.

In another embodiment, the present disclosure provides a smart door system. The smart door system is suitable for use on a door having a door panel and a door frame, and includes a mobile device application, a lock, a charging unit, and a lock control unit. The lock is disposed on the door panel or the door frame, includes an electronic unlocking and locking driving device and an electronic lock position detecting device, and is coupled to the lock control unit in a wireless or wired manner. The aforementioned charging unit includes a power supply device and a power storage device. The power supply device includes two separate components mounted on the door panel and the door frame, respectively, and enables the power storage device to receive external power. A power storage device is disposed on the door panel to store and supply power to the lock and the lock control unit. The lock control unit includes a housing, a resonant horn, a touch button device, a storage device, an optical sensing device, and an identification processing device. The outer casing is fixed on the door panel or the door frame, and the inner side of the outer casing forms an accommodating space. The resonant horn is disposed in the accommodating space or is independently disposed outside the accommodating space by a connecting line. The resonant horn receives an electronic signal from the identification processing device. When the resonant horn generates vibration, or when the resonant horn is in contact with the door panel or the door frame, the first region of the outer casing resonates to produce a sound or warning tone indicated by the identification processing device. The touch button device is disposed in the second area of the outer casing. The touch button device provides a plurality of buttons and generates corresponding button information according to the order in which the buttons are pressed. The storage device stores more than one verification information. The optical sensing device is electrically coupled to the identification processing device and senses a moving object near the door to generate a preliminary signal when the object approaches to turn on the identification processing device. The aforementioned identification processing device It includes a low-power Bluetooth signal broadcast device, a wireless signal transceiver device, and a central processing device. The central processing device is electrically coupled to the foregoing storage device, the touch button device, and the wireless signal transceiver device. When a low-power Bluetooth signal is received from the low-power Bluetooth signal broadcast device, the mobile device application wirelessly transmits the corresponding identification information to the wireless signal transceiver. By analyzing the identification information received from the wireless signal transceiving device and comparing it with the verification information stored in the storage device, the central processing device can determine the permission of the mobile device application according to the relationship between the identification information and the verification information. . If the authority is granted based on the identification information, the central processing unit transmits an indication signal to the mobile device application via the wireless signal transceiver. In addition, as the button information is received from the touch-sensitive button device, an operation of unlocking the lock or issuing an alert may be taken according to the determined authority.

In another embodiment, the present disclosure provides a smart door system. The smart door system includes a door, a mobile device application, a doorbell system, a lock, a communication switching system, and a charging unit. The charging unit includes a power supply device and a power storage device. This power supply device includes two separate components mounted on the door panel and the door frame, respectively, and enables the power storage device to receive external power. A power storage device is disposed on the door panel to store and supply power to the doorbell system and the door lock system. The communication switching system can be placed outside the doorbell system or within the doorbell system, using the Session Initiation Protocol (SIP) and the Extensible Messaging and Presentation Protocol (XMPP, Extensible Messaging and Presence Protocol) is the signal transmission and communication method between the mobile device application and the doorbell system. The aforementioned lock includes an electronic unlocking and locking drive device and an electronic lock position detecting device, and is coupled to the doorbell system in a wireless or wired manner. The doorbell system is suitable for use on a door panel, a door frame or an exterior wall, and includes a housing, a resonant horn, a touch button device, a storage device, an optical sensing device, an optical photographic device, a microphone, and an identification processing device. The outer casing is fixed on the door panel, the door frame or the outer wall of the door, and the inner side of the outer casing forms an accommodating space. The resonant horn receives an electronic signal from the identification processing device. When the resonant horn generates vibration, or when the resonant horn is in contact with the door panel or the door frame, the first region of the outer casing resonates to produce a sound or warning tone indicated by the identification processing device. The identification processing device is electrically coupled to the resonant horn, the touch button device, the storage device, the optical sensing device, the optical photographic device, and the microphone. The optical sensing device senses a moving object near the door to generate a preliminary signal when the object approaches the doorbell system to turn on the identification processing device and the optical imaging device. The optical imaging device produces an image outside the door and stores the image in an image or video format in a storage device by means of an identification processing device. The touch button device is disposed in the second area of the housing, and provides a plurality of buttons and generates button information in response to the order in which the buttons are pressed. One of the plurality of buttons is set as a doorbell button, and when the doorbell button is pressed or touched, the optical camera captures the image outside the door and records the sound outside the door, and also recognizes the processing device And the communication switching system to transmit these images and sounds wirelessly Delivered to the mobile app to assist in both the intercom function and the ability to view images and sounds outside the door. The storage device stores more than one verification information and images or video previously produced by the optical imaging device. The aforementioned identification processing device includes a low power Bluetooth signal broadcast device, a wireless signal transceiver device, and a central processing device. The central processing device is electrically coupled to the foregoing storage device, the touch button device, and the wireless signal transceiver device. When a low-power Bluetooth signal is received from the low-power Bluetooth signal broadcast device, the mobile device application wirelessly transmits the corresponding identification information to the wireless signal transceiver. By analyzing the identification information received from the wireless signal transceiving device and comparing it with the verification information stored in the storage device, the central processing device can determine the permission of the mobile device application according to the relationship between the identification information and the verification information. . If the authority is granted based on the identification information, the central processing unit transmits an indication signal to the mobile device application via the wireless signal transceiver. In addition, as the button information is received from the touch-sensitive button device, an operation of unlocking the lock or issuing an alert may be taken according to the determined authority. Furthermore, the optical imaging device can read the image code and transmit the image code to the recognition processing device for decoding to obtain identification information, which is compared with the verification information stored in the storage device, and is identified according to the identification. Determine whether to unlock the lock by the relationship between the information and the verification information.

In another embodiment, the present disclosure provides an identification system. This identification system includes a low-power Bluetooth signal broadcast device, signal processing Device, wireless signal receiving device and servo device. The signal processing device wirelessly receives the low power Bluetooth signal broadcasted from the low power Bluetooth signal broadcast device and transmits the corresponding identification information to the wireless signal receiving device. The servo device stores the verification information and the identification information received from the wireless signal receiving device, and determines the identity represented by the signal processing device according to the relationship between the identification information and the verification information.

In another embodiment, the present disclosure provides an identification system. The identification system includes a sound wave transmitting device, a sound wave receiving device, and a servo device. The acoustic wave transmitting device generates an acoustic wave signal and transmits the identification information by the sound wave transmitting signal. The acoustic wave receiving device receives the aforementioned acoustic wave signal and obtains the identification information therein. The verification information is stored in the servo device, and is electrically coupled to the sound wave receiving device to obtain the identification information from the sound wave receiving device. In addition, the servo device identifies the identity represented by the sound wave transmitting device based on the relationship between the identification information and the verification information. The identification information includes the user number and the current time of the sound wave transmitting device.

With the above-mentioned smart door system or identity recognition system, the user can effectively perform multi-person access control or identity recognition.

10, 20, 30‧‧‧ door lock system

40‧‧‧ door frame

42‧‧‧ door panel

50, 60‧‧‧identification system

100, 400‧‧‧ shell

102, 404‧‧‧ first area

104, 406‧‧‧ second area

112‧‧‧Resonant Horn

114‧‧‧Touch button device

116, 220, 402‧‧‧ optical sensing devices

118‧‧‧Central processing unit

120, 524‧‧‧ storage devices

122, 152, 154, 156, 160, 202, 208, 212, 222, 231‧‧‧ signal transmission lines

130, 430‧‧‧ locks

140, 410‧‧‧Charging unit

142, 300, 330‧‧‧ power supply devices

144, 310, 340‧‧‧ power storage devices

146, 314, 344‧‧‧ power supply lines

199‧‧‧ accommodating space

200, 420‧‧‧ door position sensing unit

204, 206‧‧‧Infrared transmitter/receiver

210, 510‧‧‧ Low-power Bluetooth signal broadcasting device

230‧‧‧ microphone

250‧‧‧Sonic receiver

302‧‧‧Light source

304, 334‧‧‧ power supply

312‧‧‧Photoelectric receiving conversion equipment

316‧‧‧ optical imaging device

332‧‧‧ Groove

342‧‧‧

360‧‧‧Communication switching system

361, 550‧‧‧ wireless transmission

408‧‧‧Sonic receiver

450‧‧‧ button

512‧‧‧Low-power Bluetooth signal

520‧‧‧Signal processing device

522‧‧‧Low-power Bluetooth signal receiving device

526‧‧‧Processing device

528‧‧‧Wireless signal transmission device

530‧‧‧Wireless signal receiving device

540, 620‧‧‧ servo

600‧‧‧Sonic Broadcasting Device

610‧‧‧Sonic Receiver

For a more complete understanding of the embodiments and their advantages, the following figures will be referred to in the following description:

1 is a schematic block diagram of a door lock system according to a first embodiment of the present invention.

2 is a schematic block diagram of another door lock system according to a second embodiment of the present invention.

FIG. 3A is a schematic structural diagram of a smart gate system according to a third embodiment of the present creation.

FIG. 3B is a schematic diagram showing the arrangement of the smart door system according to the third embodiment of the present creation.

4A is a schematic diagram of a charging unit according to the first or second embodiment of the present invention.

4B is a schematic diagram of another charging unit according to the first or second embodiment of the present invention.

Figure 5 is a schematic illustration of a door lock system according to a second embodiment of the present invention disposed on a door.

6 is a circuit block diagram of an identity recognition system in accordance with a fourth embodiment of the present invention.

Figure 7 is a circuit block diagram of an identity recognition system in accordance with a fifth embodiment of the present invention.

A number of specific embodiments and related details are set forth in the following description so that those skilled in the art can fully understand the meaning of the present invention. The specific elements, configurations, and the like mentioned in the following detailed description are only for the purpose of clearly describing the present invention. The embodiments described above are merely illustrative, and the spirit of the present invention can be implemented in various ways and is not limited to the disclosed embodiments. In addition, in order to clearly explain the present invention, similar and/or corresponding numerals may be employed to identify similar and/or corresponding elements in the various embodiments. However, similar and/or corresponding numerals used in the drawings of the different embodiments do not represent any corresponding relationship in the different embodiments.

First embodiment

1 is a schematic block diagram of a door lock system according to a first embodiment of the present invention. In the present embodiment, the door lock system 10 includes a lock 130, a charging unit 140, and a lock control unit. The lock control unit includes a housing 100, a resonant horn 112, a touch button device 114, an optical sensing device 116, a central processing device 118, and a storage device 120. The inner space of the outer casing 100 forms an accommodation space 199, and a part of the components of the lock control unit are placed in the accommodation space 199. The lock 130 can be disposed in a door panel or a door frame of a door.

In order to achieve a better waterproof and dustproof effect, the outer casing 100 will be constructed as close as possible. At this time, the resonant horn 112 is disposed at a position corresponding to the first region 102 of the outer casing 100 in the accommodating space 199, and the first region 102 of the outer casing 100 may vibrate when the resonant horn 112 is viable (for example, at the center) When the processing device 118 controls the resonant horn 112 to emit sound through the signal transmission line 152, resonance occurs, thereby transmitting the sound emitted by the resonant horn 112 to the outside. Moreover, the touch button device 114 is embedded in the second region 104 of the housing 100, and directly uses the second region 104 of the housing 100 as the button of the touch button device 114 as shown. The area allows the user to control the effect of the touch button device 114 by pressing the second region 104. In addition, a suitable waterproof and dustproof design can also be adopted between the optical sensing device 116 and the outer casing 100. In this way, the entire outer casing 100 will be provided with sufficient waterproof or dustproof capability, and the door lock system 10 can better resist the external environment.

In this embodiment, the touch button device 114 should provide more than two buttons (not shown). After the user presses at least one button, the touch button device 114 generates corresponding button information according to the order in which the buttons are pressed, and transmits the generated button information to the central processing device 118 through the signal transmission line 154. The central processing unit 118 can retrieve the verification information stored therein from the storage device 120 via the signal transmission line 122. When the door lock system 10 is in operation, the optical sensing device 220 will detect the moving object and transmit a signal to turn on the central processing device 118 and the touch button device 114. By comparing the verification information with the aforementioned button information, it is possible to determine whether to lock or unlock the lock 130 based on the button information and the verification information.

For example, the verification information may be a set of open passwords. When the content of the button information is exactly the same as the verification information, the central processing unit 118 transmits a signal to the lock 130 via the signal transmission line 160 to unlock the lock 130. If the content of the button information is different from the verification information and conforms to a specific sequence, the central processing unit 118 can secretly issue an alarm to notify the person to attend the field, in addition to not unlocking the lock 130. In addition, the optical sensing device 116 can be further activated by the signal transmission line 156 to obtain the surrounding image, and the obtained image is transmitted to a specific target as a record, thereby achieving the effect of rescuing the intruder and recording the scene condition.

It should be noted that although in the present embodiment, the signal transmission line 122 is used as a means of communication between the central processing unit 118 and the storage unit 120, In actual design, the wireless transmission mode can still be used as a bridge for transmitting signals between the central processing unit 118 and the storage unit 120.

Conversely, each signal transmission line 152, 154, 156 or 160 can also be replaced by a wireless transmission. Further, the storage device 120 may also be disposed outside the outer casing 100. In other words, the manner in which the components are connected and their location do not affect the general operation of the present invention, and whether it is a wireless connection or a wired connection, it is regarded as one of the ways of electrical coupling in this specification.

To extend the operational time of the door lock system 10, the present embodiment provides a charging unit 140 to supply the power requirements of the door lock system 10. As shown in FIG. 1, the charging unit 140 includes a power supply device 142 and a power storage device 144, wherein the power supply device 142 can be a power supply architecture that uses any one of the methods to obtain power from the power storage device 144. The storage device 144 can then store power and can pass the power through the power supply line 146 to the components of the lock 130 and the lock control unit. The power supply device 142 and the power storage device 144 can be disposed in the door frame and the door panel, respectively. For example, referring to FIG. 4A, the power supply device 300 is a light source transmitting device, one end of which is a light source 302 that can emit light by means of electric power, and the other end is connected to a power source 304 such as a mains; the end of the power storage device 310 is a The optoelectronic receiving conversion device 312 faces the light source 302 to receive light emitted from the power supply device 300, and the other end is connected to the power supply line 314 to supply power to the door lock system 10. In another example, referring to FIG. 4B, the power supply device 330 There is a recess 332, and one end can be connected to a power source 334 such as a mains; the power storage device 340 has a protrusion 342 matched with the recess 332, and one end is connected to the power supply line 344 to supply power to the door. Lock system 10. The protrusion 342 can be coupled with the recess 332 such that the power supply device 330 and the power storage device 340 can be stably stacked to form a continuous conductor, and power can be transmitted from the power supply device 330 to the power storage device 340. In an embodiment, the power supply device 330 and the power storage device 340 may be provided with separate magnets to facilitate the fixed stack. It should be noted that in addition to the charging unit presented in the above embodiments, other mechanisms capable of power transmission (such as electromagnetic induction charging, etc.) can also be applied to the system of the present invention. The physical mechanism of the charging unit does not affect the operation of this creation.

Further, in order to save power consumption, an optical sensing device 116 is included in the door lock system 10. The optical sensing device 116 can simply sense the nearby light and shadow and generate a preliminary signal when an object is sensed to be approached; or the optical sensing device 116 can be a photographic device and can determine whether there is an object through the acquired image. Close to generate the aforementioned preparatory signal when an object is sensed to be approached. This preliminary signal is transmitted to central processing unit 118 via signal transmission line 156. In one embodiment, the central processing unit 118 can be controlled to be in a standby state when the pre-signal is not received to save power; and when the pre-signal is received, the central processing unit 118 locks the door. System 10 enters the full operational mode and begins receiving and processing Button information. In another embodiment, the door lock system 10 can remain in normal operation at all times, but the central processing unit 118 processes the button information only after receiving the preliminary signal, and does not process the button information when the preliminary signal is not received. It will avoid misoperation caused by touch sensing errors.

Second embodiment

2 is a schematic block diagram of another door lock system according to a second embodiment of the present invention. Among other things, the door lock system 20 further includes a door position sensing unit 200, a low power Bluetooth signal broadcasting device 210, and a sound wave receiving device 250 in addition to most of the components of the door lock system 10 of FIG. In order for these new components to function properly, power supply line 146 provides power to these components, and central processing unit 118 communicates the necessary signals with signal transmission lines 202, 212, and 222, respectively, with these components.

As shown, the door position sensing unit 200 in this embodiment includes two infrared emitters/receivers 204 and 206 respectively disposed on the door frame and the door panel. Infrared transmitter/receiver 204 is used to emit infrared light, and infrared emitter/receiver 206 returns infrared light to infrared emitter/receiver 204 upon receiving infrared light emitted by infrared emitter/receiver 204. Upon receipt of the infrared light emitted by the infrared emitter/receiver 206 (i.e., the door panel is closed in the door frame to align the infrared emitter/receivers 204 and 206), the infrared emitter/receiver 204 transmits a signal via the signal transmission line 208. Initiating a signal to the power supply device 142 to cause the power supply device 142 to begin providing energy to the power storage device 144, which in turn causes the power storage device 144 to replenish power, such as in the manner of FIG. 4A or 4B. Furthermore, when the infrared light emitted by the infrared ray emitter/receiver 204 is not received (i.e., the door panel is opened in the door frame so that the infrared ray emitter/receivers 204 and 206 are not aligned), the infrared ray emitter/receiver 206 is also The standby signal can be transmitted to the central processing unit 118 via the signal transmission line 202 to cause the central processing unit 118 to adjust the entire door lock system 20 to a standby state for power saving purposes.

Furthermore, the low-power Bluetooth signal broadcast apparatus 210 in this embodiment can continuously or intermittently broadcast a set of low-power Bluetooth signals (such as iBeacon technology), and the set of low-power Bluetooth signals carries a representative. The identification number (ID number) of the door lock system 20. Once a device (e.g., a smart phone) that can receive a low power Bluetooth signal is present in the vicinity of the door lock system 20, the device can execute the preset program based on the identification number of the door lock system 20. For example, a set of information is transmitted to a certain servo device to record the time of entry and exit; or a set of passwords is transmitted to the central processing unit 118, and the central processing unit 118 unlocks the lock when the set of passwords and the aforementioned key information simultaneously meet a specific serial number. 130, thereby increasing the management intensity of personnel entering and leaving.

Furthermore, in this embodiment, the acoustic wave receiving device 250 can be configured to receive an external acoustic wave signal, generate a corresponding set of identification information according to the received acoustic wave signal, and transmit the generated identification information through the signal transmission line 222. To the central processing unit 118. At this time, the central processing unit 118 further analyzes the relationship between the button information and the verification information as described above. The received identification information determines whether to unlock the lock 130, thereby also increasing the management intensity of the personnel entering and leaving.

The information transmitted by the device capable of receiving the low-power Bluetooth signal to the servo device, the password transmitted to the central processing device 118, or the message embedded in the acoustic signal may be pre-stored in the user's In the device. For example, it can exist in a smart phone in the mode of an application (APP) or a QR code. Moreover, the content can be time-sensitive and will not be recognized by the door lock system once it has passed the specified time limit. In this way, the management of the privilege access authority within the specified period can be realized.

Figure 5 is a schematic view of the door lock system according to the second embodiment of the present invention when it is placed on a door. The door lock system in this embodiment is adapted to control a door including a door frame 40 and a door panel 42 corresponding to the door frame. Only the components visible when the front door panel 42 is shown in Fig. 5, the remaining components that are shielded or placed in other positions are not shown.

As shown, the housing 400 is disposed on a door panel that includes an optical sensing device 402, a first region 404 for generating sound for resonance, a second region 406 having a plurality of buttons 450, and an acoustic wave receiving device 408. . Further, a lock 430 is disposed in the door panel 42; a first portion of the charging unit 410 (typically the aforementioned power supply device) is disposed on the door frame 40 to be separated from the door panel 42, and the second portion (usually the aforementioned power storage) The device is then disposed on the door panel 42 at a position corresponding to the first portion of the charging unit 410; the first portion of the door position sensing unit 420 (for example, the infrared ray transmitter/receiver 204 shown in FIG. 2) is disposed on the door frame 40 to be separated from the door panel 42, and the second portion (for example, the infrared ray transmitter/receiver 206 shown in FIG. 2) is disposed on the door panel 42. A position corresponding to the first portion of the door position sensing unit 420.

The embodiments shown in the preceding figures can easily implement the capability of simple access control management. In addition, the use of passwords or Bluetooth devices, sound generators, etc., which are different from person to person, can also achieve the functions of access control or punch management.

Third embodiment

FIG. 3A is a schematic structural diagram of a smart gate system according to a third embodiment of the present creation. In the present embodiment, the door lock system 30 includes, in addition to the components of the door lock system 20 shown in FIG. 2, an optical imaging device 316, a microphone 230, and a communication switching system 360. In order for these new components to function properly, power supply line 146 provides power to these components, while central processing unit 118 is coupled to optical imaging device 316 with signal transmission line 156 and to microphone 230 with signal transmission line 231, respectively. .

Once the optical sensing device 220 detects the proximity of the moving object, the optical imaging device 316 can take an external image or video and transmit it to the central processing device 118 and the storage device 120 for recording.

In the operation of ringing the doorbell, the touch button device 114 is a means of transmitting signals to the central processing unit 118 to enable the central processing unit 118 to inform the mobile device application of the fact that the doorbell is pressed. Central processing unit 118 will process the external image or video taken by the optical camera 316, and process the sound taken by the microphone 230, and transmit the processed data to the mobile device by digital signal by wireless or wired. on.

The connection between the central processing unit 118 and the communication switching system 360 may be wireless or wired. The communication switching system 360 provides a means of connecting the regional network to the Internet between the door lock system 30 and the mobile device application.

FIG. 3B is a schematic view showing the smart door system according to the third embodiment of the present invention disposed on the door panel 42. In the present embodiment, the smart door system is adapted to control the door frame 40 shown in FIG. 4 and the door panel 42 that is associated with the door frame 40. Only the front view is shown in Figure 3B, and other elements are either not shown because they are obscured or placed there.

Fourth embodiment

6 is a circuit block diagram of an identity recognition system in accordance with a fourth embodiment of the present invention. In the present embodiment, the identity recognition system 50 includes a low power Bluetooth signal broadcast device 510, a signal processing device 520, a wireless signal receiving device 530, and a servo device 540. The low-power Bluetooth signal broadcast device 510 is configured to broadcast the low-power Bluetooth signal 512, and the signal processing device 520 (such as a smart phone) receives the low-power Bluetooth signal 512 and transmits the low-power Bluetooth signal 512. Corresponding identification information. The identification information is transmitted to the servo device 540 after being received by the wireless signal receiving device 530. A set of verification funds is stored in the servo device 540. The group verification information is used by the servo device 540 to compare with the identification information to identify the identity represented by the signal processing device 520.

In more detail, the low power Bluetooth signal 512 broadcast by the low power Bluetooth signal broadcast device 510 may include a specific set of numbers (ID) so that the device receiving the low power Bluetooth signal 512 can Identify the source of the low power Bluetooth signal 512. After receiving the low power Bluetooth signal 512, the low power Bluetooth signal receiving device 522 passes the content of the low power Bluetooth signal 512 to the processing device 526. The processing device 526 is electrically coupled to the low power Bluetooth signal receiving device 522, the storage device 524, and the wireless signal transmitting device 528. The signal processing device 520 receives the low power Bluetooth signal 512 and obtains the number contained therein, obtains the corresponding identification information from the storage device 524 according to the number, and finally transmits the identification information to the wireless signal transmitting device 528.

After obtaining the identification information, the wireless signal transmitting device 528 transmits the identification information to the wireless signal receiving device 530 in a wireless transmission 550 manner.

Based on the need for security, the wireless transmission 550 is preferably encrypted and is a one-to-one transmission, so the wireless signal transmitting device 528 can be a wireless local area network signal generating device, and the wireless transmission 550 is a wireless local area network. The means of transmission of the communication protocol. Alternatively, the wireless transmission 550 may also utilize the sound wave as a carrier based on considerations of ease of use, and the wireless signal transmitting device 528 may be a sound wave generating device such as a speaker in a smart mobile phone. When the signal processing device 520 is a smart mobile phone, the above two wireless transmissions The means can be accomplished by the built-in wireless network processor of the smart mobile phone and the loudspeaker.

After receiving the identification information transmitted by way of wireless transmission 550, the wireless signal receiving device 530 transmits the received identification information to the servo device 540 electrically coupled thereto. The servo device 540 takes out the stored verification information and compares it with the identification information. The verification information stored in the servo device 540 may include more than one user and corresponding one or more user profiles. When the servo device 540 finds that the received identification information matches a certain user data after the comparison program, the time of the user's entry/exit can be recorded, and the user's entry and exit records are updated to ensure the control area. Internal personal data and total number of personnel. In contrast, when the comparison program finds that the received identification information does not match any user data, an alert can be issued. Or, when the identity recognition system 50 is further connected to the lock mentioned in the first embodiment, the identity recognition system 50 can also decide whether to unlock the lock controlled by the identification information based on the relationship between the identification information and the verification information.

The technology proposed in this embodiment can be applied to various occasions requiring identification, and is particularly suitable for use in a large number of factory access control. The ability to automatically identify the identity allows the identity system to provide automatic punching to ease the crowded flow of manual punches, as well as perform different levels of regional control so that personnel responsible for different jobs do not mistakenly mistakenly Dangerous in the work area.

Fifth embodiment

Figure 7 is a circuit block diagram of an identity recognition system in accordance with a fifth embodiment of the present invention. In the present embodiment, the identity recognition system 60 includes a sonic broadcast device 600, an acoustic wave receiving device 610, and a servo device 620. The sound wave transmitting device 600 can generate an acoustic wave signal and transmit an identification information by the sound wave signal; the sound wave receiving device 610 can receive the sound wave signal generated by the sound wave transmitting device 600, and obtain the embedded identification information from the sound wave signal. The servo device 620 is electrically coupled to the acoustic wave receiving device 610, obtains the identification information from the acoustic wave receiving device 610, and compares the obtained identification information with the verification information previously stored in the servo device 620, and finally according to the verification information. Identifying the relationship between the information and the verification information identifies the identity represented by the sonic broadcast device 600 or the identification information.

The operation of the above identification system 60 will be described in detail below. In order to reduce the hardware cost of the identity recognition system 60, the sound wave transmitting device 600 can be a speaker in a smart mobile phone, and the identification information embedded in the sound wave signal is a wireless communication technology using sound as a medium for carrying information. For example, the sonic embedded information transfer protocol named S0narCast. This kind of wireless communication technology that uses sound as a medium of information can specifically encode the information to be conveyed and then package it in the sound frequency (for example, a frequency band that can be heard by the human ear, or a frequency band that is inaudible to the human ear), and then The encoded sound is played out by the speaker.

For example, the audio file used in SonarCast playback includes a header and a content. The content part of the audio file can be filled with the identification information to be transmitted, for example, the user number, the current time of the sound wave transmitting device 600, the user-specific password, and the like. After the identification information is specially encoded, the encoded sound can be played by the sound wave transmitting device 600. In order to enable the identity recognition system 60 to operate smoothly, it is preferable to bring the sound wave transmitting device 600 close to the sound wave receiving device 610, or to enable the sound wave signal played by the sound wave transmitting device 600 to be directly received by the sound wave receiving device 610 instead of The reflection of the object is transmitted to the acoustic wave receiving device 610.

The identification information embedded in the acoustic signal is extracted by the acoustic wave receiving device 610 and transmitted to the servo device 620. The servo device 620 takes out the stored verification information and compares it with the identification information. The verification information stored in the servo device 620 may include more than one user and corresponding one or more user data. When the servo device 620 passes the comparison program, it finds that the received identification information matches a certain user data. At that time, the user's entry/exit time can be recorded, and the user's entry and exit records can be updated to ensure the individual information and the total number of personnel within the controlled area. In contrast, when the servo device 620 finds that the received identification information does not match any user data through the comparison program, an alert can be issued. Or even when the identity recognition system 60 is further connected to the lock mentioned in the first embodiment, identity recognition The system 60 can also decide whether to unlock the lock controlled by it based on the relationship between the identification information and the verification information.

Further, due to the current time in which the sound wave transmitting device 600 is embedded in the sound wave signal, even if someone wants to use the sound wave information played by the sound wave transmitting device 600, the time and use stored in the sound wave information may be used. The time difference between the times is too large to be interpreted by the identity recognition system 60.

The technology in this embodiment can be applied to various occasions requiring identification, and the user only needs to use an existing smart phone and download and install an application that can generate sound signals. Not only is the hardware cost less, but the risk of being recorded is also lower.

In summary, the intelligent door system or identity recognition system provided by the creation can easily manage the access control or identity determination of multiple people.

While the foregoing embodiments and advantages thereof have been described in detail, it will be understood by those skilled in the art that various changes, substitutions and substitutions can be made without departing from the spirit and scope of the appended claims. Furthermore, the scope of the present work is not limited to the procedures, mechanisms, constructions, combinations, means, methods and steps described in the specification. Those skilled in the art can readily appreciate that existing or upcoming programs, mechanisms, and constructs that perform functions similar to those disclosed in this creator or that achieve similar results to those disclosed in this creator. The combination, means, methods and steps of the items can be used here. These programs, mechanisms, structures, combinations of articles, means, methods And the steps should therefore be included in the scope of the patent application in this case. In addition, each patent application scope is an independent implementation, and the scope of each patent application or combination of embodiments is also within the scope of the present disclosure.

10‧‧‧door lock system

100‧‧‧ Shell

102‧‧‧First area

104‧‧‧Second area

112‧‧‧Resonant Horn

114‧‧‧Touch button device

116, 220‧‧‧ Optical sensing device

118‧‧‧Central processing unit

120‧‧‧Storage device

122, 152, 154, 156, 160, 222‧‧‧ signal transmission lines

130‧‧‧Locks

140‧‧‧Charging unit

142‧‧‧Power supply unit

144‧‧‧Power storage device

146‧‧‧Power supply line

199‧‧‧ accommodating space

Claims (5)

A smart door system includes a door, a door lock unit, a doorbell system for controlling the door, and a communication switching system, wherein the door includes a door frame and a door panel suitable for the door frame, wherein the doorbell system comprises: a lock is disposed in the door frame and the door panel, wherein the lock comprises an electronic unlocking and locking driving device and an electronic lock position detecting device, and the electronic unlocking and locking driving device is connected to the cable or wirelessly The doorbell system; a mobile device comprising a mobile device application, wherein when the mobile device application receives a low power Bluetooth signal from a low power Bluetooth signal broadcast device, the mobile device application wirelessly transmits a corresponding An identification information is sent to a wireless signal receiving device; when a doorbell button in the doorbell system is pressed or touched, an optical imaging device acquires an image outside the door and records a sound, and the image is The sound is wirelessly transmitted to the mobile device application via an identification processing device and a communication system to assist the same Implementing the intercom function and viewing the image and the sound outside the door; wherein the doorbell system further comprises: a casing fixed on the door panel or the door frame, and an inner space of the casing forms an accommodation space; a horn disposed in the accommodating space or independently disposed outside the accommodating space by a connecting wire, wherein the resonant horn resonates a first region of the outer casing when generating vibration, or by causing Resonant horn and the door panel, The door frame or other component capable of generating resonance generates a digital message or a warning sound; a microphone records the sound outside the door; and a touch button device is disposed in a second area of the outer casing, The touch button device provides a plurality of buttons and generates corresponding button information according to the order in which the buttons are pressed, wherein one of the buttons is the doorbell button; a storage device stores a verification information and the optical camera The image or the sound generated by the device; an optical sensing device sensing an object moving near the door to generate a preliminary signal when the object approaches to open the identification processing device and the optical imaging device; the optical imaging device Obtaining the image or an image code outside the door, wherein a message in the image code is analyzed by the identification processing device, and is stored in the image or film format by the identification processing device In the storage device, or wirelessly transmitted to the mobile device application; and the identification processing device is electrically coupled to the resonant speaker, a touch-sensitive button device, the storage device, the optical sensing device, the optical imaging device, and the microphone; wherein the identification processing device comprises the low-power Bluetooth signal broadcasting device, the wireless signal receiving device, and a processing device; When the mobile device application wirelessly transmits the corresponding identification information to the wireless signal receiving device, the processing device compares the obtained information from the wireless signal receiving device Identifying the information and the verification information stored in the storage device, determining the identity of the mobile device application based on the relationship between the identification information and the verification information, receiving the button information from the touch button device, and receiving Determining whether to unlock the lock according to the relationship between the button information and the verification information after the preliminary signal; further, reading the image code through the optical imaging device and transmitting the image code to the identification processing device for decoding and identification, After receiving the preliminary signal, comparing the verification information, and determining whether to unlock the lock according to the relationship between the identification information and the verification information; a charging unit includes a power supply device and a power storage device, wherein the The power supply device is separated from the door panel and enables the power storage device to obtain power, and the power storage device is disposed on the door panel to store and provide power to the lock and the doorbell system; the communication switching system adopts a dialogue initiation protocol and is extensible Sending and presenting the agreement for the mobile device application and the doorbell Signaling and communication between. The smart door system according to claim 1, wherein the power supply device is a light source transmitting device, and the power storage device includes a photoelectric receiving conversion device to receive light emitted from the light source transmitting device. . The smart door system of claim 1, wherein the power supply device has a recess, and the power storage device has a protrusion matched with the recess to be at the door. When the closure is closed, the protrusion is engaged with the groove to perform power transmission. The smart door system of claim 1, further comprising: a door position sensing unit that controls the power supply device to obtain power of the power storage device when the door is closed. The smart door system of claim 1, wherein the wireless signal receiving device receives the identification information, wherein the wireless signal receiving device is electrically coupled to the processing device, and the processing device analyzes the In addition to the relationship between the button information and the verification information, it is also determined whether to unlock the lock or issue an alert based on the identification information.