TWM504297U - Multi-functional entry system - Google Patents

Description

Multifunctional access control system

This creation provides a versatile access control system, especially an access control system with cloud connection and remote opening function.

Most home communities or office buildings will be equipped with access control to protect the safety of personnel and property, so as to avoid small or robbery invasions. Generally, the most common ones are password locks or induction locks. The use permission is pre-established in the lock, and the input password or the signature card is used as the control of the access control, so that authorized personnel can enter and exit.

However, the above method is when a temporary need to open the right, the person setting the authority to go out, or other emergency situations. Or the person who has the authority to open the door due to coercion, the power supply of the door lock is insufficient to unlock, etc., and various temporary emergencies may cause harm. Therefore, in view of the above problems, it is necessary to propose an effective solution.

In view of the above problems, the present invention provides a multifunctional access control system for at least one entrance and exit. The multifunctional access control system basically comprises: a cloud host, a control host and a door lock. The cloud host connects to the Internet and issues a remote unlock command. The control host includes: a remote communication module, a first local communication module, and a second local communication module. The remote communication module is connected to the Internet, and is connected to the cloud host via the Internet to receive the remote unlock command issued by the cloud host; the first local communication module receives the local unlock command issued by the mobile device; The two local communication modules transmit the unlock control command according to the local unlock command or the remote unlock command. At least one door lock is installed at the entrance and exit, and the door lock comprises: a storage unit, a communication unit and a lock. The storage unit stores an authorization parameter; the communication unit is connected with the second local communication module of the control host to receive the unlock control command; the lock can be unlocked according to the unlock control command, or the unlocking tool is accepted, and the authorization parameter is verified. And the lock is unlocked when the verification is successful. In addition to the general unlocking function by means of unlocking tools (cards, fingerprints, passwords, etc.), the cloud host or mobile device can also be wirelessly unlocked at the far end or near end to solve the problem of lack of flexibility of the conventional access control system.

The versatile access control system of the creation, the storage unit of the door lock can record the entire unlocking record of the lock, and transmit the unlocking record to the control host via the communication unit. Further, the control host can transmit the unlock record to the cloud host. In addition to the control of the access control, it has the function of retaining records for incoming and outgoing information, and after uploading the cloud host, it can also read all the information at any time and keep the security status of the access control at any time.

The multifunctional access control system of the creation, the control host further includes a storage module, and stores update authorization parameters. When the lock cannot be unlocked by the unlocking tool, the door lock uploads the verification message to the control host, and the control host verifies the verification by updating the authorization parameter. The message is transmitted, and when the verification is successful, the unlock control command is transmitted to unlock the lock. Since the door lock set at the entrance and exit is usually limited by the limited capacity of the memory, when all the authorization parameters cannot be stored, the information can be communicated with the control host to confirm the access permission and unlocked.

In the versatile access control system of the present invention, the mobile device can edit and update the authorization parameters, and transmit the update authorization parameters to the cloud host via the Internet, and transmit to the control host via the cloud host. In addition to updating the authorization parameters directly from the control host or the door lock, the authorized mobile device can update the authorization parameters through the cloud host, so that the creation has the function of setting the access permission remotely.

The versatile access control system of the present invention further includes a door position detecting unit to detect whether the entrance and exit are abnormally opened. When an abnormal opening is detected, the communication unit sends an abnormal unlocking message to the control host. In the state that no unlocking tool or unlocking command is read, it is found that the entrance and exit are open, and may be subject to other external force intrusion or door lock failure, and may cause immediate danger to the access control security, and the notification should be sent immediately and actively.

The versatile access control system of the creation, the remote communication module of the control host transmits an abnormal unlocking message to the cloud host via the Internet. Further, the cloud host transmits an abnormal unlock message to the mobile device via the Internet. Immediately notify the access control personnel of the dangerous situation for subsequent emergency disposal.

In the versatile access control system of the present invention, the door lock further includes an abnormal button. When the abnormal button is pressed, the communication unit sends a coercion open message to the control host. When a person with access control authority is forced to open the access control, the abnormal key can be pressed and then the door lock can be opened, so that the message can be sent to other personnel and the assistance can be smoothly obtained. Further, the door lock is a combination lock with a plurality of keys, and the abnormal key is set to any of the keys. Anomalous buttons with camouflage make the gangsters undetectable.

The versatile access control system of the creation, the door lock further includes a power detecting unit, and when the power storage amount is insufficient, the communication unit sends a message indicating that the power is insufficient. Immediately notify maintenance personnel to avoid normal operation due to insufficient power supply and affect access control security.

1 is a block diagram of a basic architecture of a system according to an embodiment of the present invention. The present invention provides a multifunctional access control system for at least one entrance and exit. The multifunctional access control system basically includes: a cloud host 10, a control host 30, and a door lock 40. Use multi-faceted unlocking, control and information storage for safer management and more flexible operation.

The cloud host 10 is connected to the Internet and can send a remote unlock command 11 to the remote communication module 33 of the control host 30. In other words, no matter how far the distance between the cloud host 10 and the control host 30 is, the instant contact can be obtained through the Internet. The manner in which the control host 30 and the cloud host 10 are connected to the Internet may include, but is not limited to, an Ethernet network, a wireless network (such as an IEEE 802.11 standard wireless network), and a mobile communication network (such as a second generation mobile communication technology, Third-generation mobile communication technology, fourth-generation mobile communication technology, etc.).

The control host 30 includes a remote communication module 33, a first local communication module 31, and a second local communication module 32. The remote communication module 33 is also connected to the Internet, and is connected to the cloud host 10 via the Internet to receive the remote unlock command 101 issued by the cloud host 10. The first local communication module 31 can receive the local unlock command 201 issued by the mobile device 20. The second local communication module 32 is configured to transmit an unlock control command according to the local unlock command 201 or the remote unlock command 101. The first local communication module 31 and the second local communication module 32 may be radio frequency, wireless network, ZigBee, Zwave, Bluetooth, Near Field Communication (NFC) or other wireless communication protocols, and the creation is not limited. The mobile device 20 can use its own dedicated app or decoding software to obtain its own authorization before issuing its own local unlock command 201.

The door lock 40 is mounted to the entrance and exit. The door lock 40 includes a storage unit 45, a communication unit 42, and a lock 41. The storage unit 45 stores an authorization parameter; the communication unit 42 is connected to the second local communication module 32 of the control host 30 to receive the unlock control command. The lock 41 can be unlocked according to the unlock control command, or can be accepted by the unlocking tool 60 and verified by the authorization parameter, and the lock 41 can be unlocked when the verification is successful. The so-called unlocking tool 60 can be unlocked by means of an inductive card, a fingerprint, a password, and the like. Moreover, the cloud host 10 or the mobile device 20 can also be remotely unlocked by remote or near-end wireless remote control, thereby solving the problem that the conventional access control system lacks flexibility.

Referring to FIG. 2, which is a complete block diagram of the present embodiment, the storage unit 45 of the door lock 40 of the present embodiment can record all the unlock records of the lock 41, such as the source and time of each unlock control command, or Each time the unlocking tool 60 is used, the verification status, and the like, it is even possible to match the camera and record the image passing through the entrance and exit in each unlocking record. And the unlocked records are transmitted back to the storage module 35 of the control host 30 via the communication unit 42 for archiving, or provided by the management personnel to view the requirements at any time.

Further, the control host 30 can transmit the unlock record to the cloud host 10 for backup through the remote communication module 33, or provide other remote access requirements, for example, the parent can use the mobile device 20 to read by the cloud host 10. The child unlocks the access control with the unlocking tool 60 to find out if the child arrives at home on time and safely.

Please refer to FIG. 3 for an application schematic diagram of one of the embodiments of the present creation, taking a traditional home community 300 as an example. There are two buildings in a community 300, which are a first building 301 and a second building 302. The entrance and exit of the first building 301 is provided with a door lock 40, and the entrance and exit of the second building 302 is also provided with a door lock 50. The control host 30 is disposed in the management room 303. The cloud host 10 is installed in the security company 100 to which the community belongs.

Please refer to FIG. 4, which is a block diagram of the multi-door lock architecture of the present embodiment. Since the first building 301 and the second building 302 respectively have different tenants, the storage unit 45 of the door lock 40 stores the authorization parameter A. It is the resident access authority of the first building 301; and the storage parameter 55 of the door lock 50 stores the authorization parameter B, that is, the resident access right of the first building 302. Authorization parameter A may be completely different from authorization parameter B. However, the authorization parameter A and the authorization parameter B may also partially overlap, for example, a resident purchases a house in two buildings.

Moreover, since the door lock provided at the entrance and exit is usually limited by the limited capacity of the memory, when all the authorization parameters cannot be stored, the information can be communicated with the control host to confirm the access permission and unlocked. Alternatively, in some cases, there may be a need to add in/out personnel data; or when it is temporarily necessary to allow a particular person to enter and exit, the update authorization parameter 355 may be stored in the control host 30. In the multifunctional access control system of the present invention, the update authorization parameter 355 is stored in the storage module 35 of the control host 30. When the lock 41 is unlocked by the unlocking tool 60, the door lock 40 uploads the verification message to the control host 30 to control the host. The verification message is verified by the update authorization parameter 355, and when the verification is successful, the unlock control command is transmitted to unlock the lock 41.

Please refer to FIG. 5 for another application schematic diagram of the present embodiment. In the versatile access control system of the present invention, the mobile device 20 can edit the update authorization parameter 355 and transmit the update authorization parameter 355 to the cloud host 10 via the Internet, and transmit it to the control host 30 via the cloud host 10. When the residents of the community move in, the requirements for new authorization parameters will be generated, and the permissions for adding authorization parameters are very limited, for example, only the community's chairman. If the main committee travels abroad, the authorized mobile device 20 can upload the update authorization parameter 355 through the cloud host 10, so that the creation has the function of setting the access authority remotely.

In the versatile access control system of the present invention, the door lock 40 further includes a door position detecting unit 43 for detecting whether the door is abnormally opened. When an abnormal opening is detected, the communication unit 42 sends an abnormal unlocking message to the control host 30. In other words, in the state that no unlocking tool 60 or unlocking control command is read, it is found that the entrance is open, and may be subjected to other external force intrusion or door lock failure, which may cause immediate danger to the access control security, and should be immediately active. Send notifications.

Further, the remote communication module 33 of the control host 30 transmits an abnormal unlocking message to the cloud host 10 via the Internet. The cloud host 10 transmits an abnormal unlock message to the mobile device 20 via the Internet. Immediately notify the access control personnel of the dangerous situation for subsequent emergency disposal.

In the versatile access control system of the present invention, the door lock 40 further includes an abnormal button 44. When the abnormal button 44 is pressed, the communication unit 42 sends a coercion open message to the control host 30. When a person with access control authority is forced to open the access control, the abnormal button 44 can be pressed and then the door lock can be opened, and the message can be transmitted to other personnel, such as the security personnel in the management room 303, and the assistance can be smoothly obtained. Further, the door lock 40 is a code lock having a plurality of keys, and the abnormal key 44 is set to any of the keys. Anomalous buttons with camouflage make the gangsters undetectable.

In the versatile access control system of the present invention, the door lock 40 further includes a power detecting unit 46. When the power storage amount is insufficient, the communication unit 42 sends a low power storage message. Immediately notify maintenance personnel to avoid normal operation due to insufficient power supply and affect access control security.

Through the various message transmission and interaction between the cloud host 10, the mobile device 20, the control host 30 and the door lock 40, the overall access control system becomes more functional, more flexible, and more secure. For example, when the security company 100 receives the emergency notification, the abnormal button 44 of the door lock 40 of the first building 301 issues a coercion open message, and the patrol personnel closest to the community 300 can be dispatched to inspect, the patrol personnel are temporarily appointed, naturally The access rights of the community 300 cannot be obtained in advance. At this time, the remote host unlocking command 101 can be directly sent by the cloud host 10, the lock 41 can be opened for the patrol personnel, and the unlocking record of the coercion opening message can be immediately notified, and the patrol personnel can go to the house of the coerced household to confirm the personal safety. . This way of operation can reach the residence of the coerced household in the shortest time, avoiding the fact that the lock 41 cannot be opened immediately without having access control rights.

For example, the owner of a store cannot open a store because of temporary physical discomfort. If the store is equipped with the multifunctional access control system of the present invention, the employee can be notified by telephone, and then the mobile device 10 is used to open the lock 41 through the mobile device 10. Allowing employees to get to work smoothly, and unwell bosses can rest at home. And the boss who is at home can also confirm the security status of the access control through the various greens of the cloud host 10.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention. Anyone who is familiar with the art, and some modifications and refinements that do not depart from the spirit of the present invention should be included in the creation. Therefore, the scope of protection of this creation is subject to the definition of the scope of the patent application.

10‧‧‧Cloud Host
100‧‧‧Security company
101‧‧‧ Remote unlocking order
20‧‧‧ mobile devices
201‧‧‧Local unlocking order
30‧‧‧Control host
31‧‧‧First Local Communication Module
32‧‧‧Second local communication module
33‧‧‧Remote communication module
35‧‧‧Storage module
355‧‧‧Update authorization parameters
300‧‧‧Community
301‧‧‧First Building
302‧‧‧Second Building
303‧‧‧Management room
40.50‧‧‧door lock
41.51‧‧‧Locks
42.52‧‧‧Communication unit
45.55‧‧‧ storage unit
AB‧‧‧ Authorization parameters
43‧‧‧Door detection unit
44‧‧‧Abnormal button
46‧‧‧Power detection unit
60‧‧‧ unlocking tool

[FIG. 1] is a block diagram of a system architecture of the present embodiment; [Fig. 2] is a block diagram of a complete architecture of the present embodiment; [Fig. 3] is a schematic diagram of an application of the present embodiment; 4 is a block diagram of a multi-door lock architecture of the present embodiment; and [Fig. 5] is another schematic diagram of an application of the present embodiment.

10‧‧‧Cloud Host

20‧‧‧ mobile devices

30‧‧‧Control host

31‧‧‧First Local Communication Module

32‧‧‧Second local communication module

33‧‧‧Remote communication module

40‧‧‧door lock

41‧‧‧Locks

42‧‧‧Communication unit

45‧‧‧storage unit

60‧‧‧ unlocking tool

101‧‧‧ Remote unlocking order

201‧‧‧Local unlocking order

301‧‧‧First Building

Claims (11)

A multifunctional access control system is applicable to at least one access port, comprising: a cloud host connected to an internet network and issuing a remote unlock command; and a control host comprising: a remote communication module connected to the The Internet is connected to the cloud host via the Internet to receive the remote unlock command issued by the cloud host; a first local communication module receives a local unlock command issued by a mobile device; and a The second local communication module transmits an unlock control command according to the local unlock command or the remote unlock command; and at least one door lock is installed at the entrance and exit, the door lock includes: a storage unit, storing at least one authorization parameter; The communication unit is connected to the second local communication module of the control host to receive the unlock control command; and a lock, unlocked according to the unlock control command, or accepts an unlocking tool, and the at least one authorization parameter Verification, and the lock is unlocked when the verification is successful. The multifunctional access control system of claim 1, wherein the storage unit of the door lock records at least one unlock record of the lock, and transmits the unlock record to the control host via the communication unit. The multifunctional access control system of claim 2, wherein the control host transmits the unlock record to the cloud host. The versatile access control system of claim 1, wherein the control host further comprises a storage module, storing an update authorization parameter, and when the unlocking tool is unable to unlock the lock, the door lock uploads a verification message to the Controlling the host, the control host verifies the verification message with the update authorization parameter, and transmits the unlock control command to unlock the lock when the verification is successful. The multi-function access control system of claim 4, wherein the mobile device edits the update authorization parameter and transmits the update authorization parameter to the cloud host via the Internet, and transmits the control authorization host to the control host via the cloud host. The multi-function access control system of claim 1, wherein the door lock further comprises a door position detecting unit for detecting whether the door is abnormally opened, and when detecting abnormal opening, the communication unit sends an abnormal unlocking message to The control host. The multi-function access control system of claim 6, wherein the remote communication module of the control host transmits the abnormal unlocking message to the cloud host via the Internet. The multi-function access control system of claim 7, wherein the cloud host transmits the abnormal unlocking message to the mobile device via the internet. The multifunctional access control system of claim 1, wherein the door lock further comprises an abnormal button, and when the abnormal button is pressed, the communication unit sends a coercion open message to the control host. The multifunctional access control system of claim 9, wherein the door lock is a combination lock having a plurality of keys, and the abnormal key is any one of the keys. The multi-function access control system of claim 1, wherein the door lock further comprises a power detecting unit, and when the power storage amount is insufficient, the communication unit sends a power-storage message.