WO2013026293A1

WO2013026293A1 - Intelligent management recognition system for remotely controlling hotel fingerprint storage cabinet and management method thereof

Info

Publication number: WO2013026293A1
Application number: PCT/CN2012/075702
Authority: WO
Inventors: 陈金民
Original assignee: 江苏国密生物电子科技有限公司
Priority date: 2011-08-23
Filing date: 2012-05-18
Publication date: 2013-02-28
Also published as: CN102426664A

Abstract

An intelligent management recognition system for remotely controlling a hotel fingerprint storage cabinet and a management method thereof in the present invention relate to a remote control fingerprint storage cabinet management recognition system, and are particularly applicable to hotel fingerprint safes, storage cabinets, file cabinets, etc. Included are a front-desk device and an internal room device. The front-desk device includes a front-desk fingerprint recognition controller, a computer, a printer and a telephone, wherein the front-desk fingerprint recognition controller includes a front-desk fingerprint collector and a front-desk fingerprint control mainboard. The internal room device includes a room fingerprint recognition controller and an electrical machine or an electromagnetic valve, wherein the room fingerprint recognition controller includes a room fingerprint collector and a room fingerprint control mainboard. The intelligent management recognition system for remotely controlling a hotel fingerprint storage cabinet and a management method thereof are characterized in including steps of reading a fingerprint image, extracting features, storing data and comparing.

Description

Remote management hotel fingerprint storage cabinet intelligent management identification system and management method thereof

The intelligent management and identification system of the fingerprint remote control cabinet of the remote control hotel of the invention and the management method thereof relate to a remote control fingerprint storage cabinet management and identification system, which is especially suitable for the hotel fingerprint safe, the storage cabinet, the file cabinet and the like.

Background technique

With the rapid development of the economy, passengers of various hotels, hotels and restaurants are becoming more and more important for the preservation of goods. The traditional use of mechanical or cryptographic opening of the cabinet door often results in the loss of the key due to the loss of the key or the difficulty of remembering the password. The confidentiality is also limited. If the ordinary fingerprint storage cabinet is used, the guest must register. fingerprint. At present, the optical fingerprint concentrator is generally used. The registration must be carried out under the guidance of the hotel attendant. The process is cumbersome. It must be correctly pressed and raised three times on the fingerprint sniffer to register a fingerprint. In the room, only the authorized hotel attendant (the ordinary hotel waiter can't) can go to the room safe to delete the fingerprint and ensure that the next guest uses the safe, which brings a lot of inconvenience and even loss to the user.

Summary of the invention

The object of the present invention is to provide an intelligent management and identification system for remote control hotel fingerprint storage cabinet and management method thereof for the above-mentioned deficiencies, and when the guest registers the fingerprint at the hotel front desk or other hotel check-in, the guest does not need to register again; When leaving, you can use the computer to take wireless or wired transmission, delete some fingerprints set by the guest in the central processor of a room's fingerprint storage cabinet, and use it for the next guest.

The invention is realized by adopting the following technical solutions: remote remote control hotel fingerprint storage cabinet wisdom The management identification system includes a front-end device and a room interior. The front-end equipment includes a front-end fingerprint recognition controller, a computer, a printer, and a telephone. The front-end fingerprint recognition controller includes a front-end fingerprint collector and a front-end fingerprint control main board, a front-end fingerprint collector, and a front desk. The fingerprint control boards are connected by a multi-core connection line, and the front-end fingerprint control board is provided with a microprocessor CPU and a memory. The microprocessor CPU has an intelligent fingerprint recognition and control module, and the front fingerprint control motherboard is connected to the host of the computer via a USB communication interface; the printer, the telephone, and the display are connected to the computer host.

The computer host at the front desk uses a commercially available Ρ Π 200 or ΡΠΙ 300 host. The intelligent storage cabinet management module is installed in the memory of the computer host.

The room includes a room fingerprint identification controller and a motor or solenoid valve. The room fingerprint identification controller includes a room fingerprint collector and a room fingerprint control board. The room fingerprint collector is installed at the outer end of the storage cabinet door. After the room fingerprint control board and the motor or solenoid valve device are in the cabinet door, the room fingerprint collector and the room fingerprint control board are connected by a multi-core connection line. A microprocessor CPU, memory, and drive circuitry are provided on the motherboard. The room fingerprint control board is connected to the motor or solenoid valve. The microprocessor CPU is equipped with a smart fingerprint recognition and control module. The room fingerprint control board is connected to the computer host in the foreground via the USB communication interface.

The room fingerprint control panel of the room cabinet communicates with the computer at the front desk in a wireless or wired manner. When wireless communication is used, wireless transmitting and receiving devices are provided on both the computer and the room fingerprint control board.

The front fingerprint collector and the room fingerprint collector use a commercially available fingerprint collector, and the front fingerprint control board and the room fingerprint control board adopt a commercially available fingerprint control master. Working principle: When the hotel front desk guest registers, the guest registers several fingerprints set by the fingerprint collector on the front desk, and the computer sets the data formed by the main board on the front panel fingerprint control board through the main board containing the microprocessor CPU memory. , transmitted to other computers on the front desk of the hotel through a network, the data number is stored in the computer hard disk or memory, so that the next time the guest arrives, and the data is transmitted to the guest's room by wireless or wired. The fingerprint of the fingerprint storage cabinet is controlled by the motherboard microprocessor CPU. When the guest arrives at the room, any one of the fingerprints set in the foreground can be used to open the storage cabinet door; the authorized management personnel of the hotel can also use this method. Register, delete the fingerprint, and open the locker lock.

When guests check out at the front desk, they can transmit data and operate wirelessly or by wire through the computer at the front desk, and delete the fingerprint information set by the guest in the microprocessor of the fingerprint storage cabinet of the room to facilitate the use of the guests behind the stay.

When the guest requests to block the safe deposit box at a certain time, the storage cabinet of the guest room can be locked by the computer, and no one can open the safe deposit box door. When the guest cannot open the storage cabinet door of the room due to the failure, the security door can be opened by wireless or wired transmission through the front desk computer setting program. The front desk computer can also record all open door time records of all in-store cabinets, wirelessly or by wire, and store them in computer memory for inquiry. The whole process is short in time, high in efficiency, and strong in confidentiality. It can solve problems such as difficulty in remembering passwords and loss of keys, and more importantly, solving problems such as long-term fingerprint registration and deletion.

The management method of the intelligent management recognition system of the fingerprint remote control cabinet of the remote control hotel includes reading fingerprint images, extracting features, saving data and comparing the steps. Step 1) When reading the fingerprint image, the image of the human body fingerprint is read by the front-end fingerprint collector or the room fingerprint collector, and then the original image is processed by the front-end fingerprint control board or the room fingerprint control board. To make it clearer.

Step 2) Extracting features: The fingerprint data of the fingerprint is established by the intelligent fingerprint recognition and control module installed in the microprocessor CPU. The intelligent fingerprint recognition and control module finds the data points called "nodes" from the fingerprints, that is, the coordinate positions of the fingerprint lines at the fork, end or circle, and these points have more than seven unique features at the same time. Usually there are 70 nodes on the average of the fingers, so this method produces about 490 data, often referred to as templates. Through the computer fuzzy comparison method, the templates of the two fingerprints are compared, and their similarities are compared, and finally the matching results of the two fingerprints are obtained.

Step 3) Save the data: The foreground transmits the fingerprint characteristic data described in step 2) to the room fingerprint lock fingerprint control board microprocessor CPU and memory board of the room cabinet through the computer.

Step 4) Comparison: The guest sets the fingerprint lock of the storage cabinet in the guest room, collects the fingerprint through the fingerprint collector of the guest in the room, the fingerprint feature data formed on the fingerprint control panel of the guest room and the fingerprint feature transmitted from the foreground. Data comparison, the microprocessor CPU compares their similarity, the result determines whether the drive circuit works, similarly, the drive circuit output, drive the motor or solenoid valve, can open the cabinet door. If the guest has a number of fingerprints, several sets of fingerprint feature data are transmitted. The fingerprint feature data is compared with the transmitted fingerprint feature data. The room microprocessor CPU and memory have their own address code, and the central processor in the computer also has the same room address code. Room storage cabinet fingerprint lock micro processing When the CPU and the memory communicate with the central computer of the foreground computer, different data packets are downloaded or uploaded by setting the address code. The transmission is accurate and will not be wrong.

In step 1), when registering fingerprints on the front fingerprint collector or the room fingerprint collector, no less than two fingerprints are used for registration. Since the fingerprint recognition rejection rate is in the order of one millionth, fingerprint recognition is unique; The fingerprint recognition rate is one in ten thousand, so it is more appropriate to register fingerprints with not less than two fingerprints.

In step 3), the front desk of the hotel uses a computer to store a certain number of fingerprint feature data of a certain guest and store it in the computer hard disk or other memory of the front desk. When the next time the guest comes again, the number is only required to be displayed, and the fingerprint is not required to be registered. The stored data packet is transmitted wirelessly or by wire to the microprocessor CPU of the guest room cabinet and the memory main board, and the storage cabinet door can be opened by fingerprint. You can also use another method: When the next time the guest comes back, press the fingerprint at the front fingerprint collector to determine the set of fingerprint feature data that has been stored, and then transmit the data packet to the wireless or wired form. On the microprocessor CPU and the memory board of the guest room, you can open the room safe door by setting a fingerprint. It is also possible to transmit a plurality of sets of fingerprint feature data to the computer system of the hotel fingerprint holding cabinet intelligent management identification system module of the hotel remote control at the front desk of the hotel, and the same method can be used for the fingerprint safe of other hotel rooms. Operate, open the door.

When the guest checks out at the front desk, the data is transmitted wirelessly or by wire through the computer at the front desk, and the fingerprint information set by the guest in the microprocessor of the fingerprint storage cabinet of the guest room is deleted, so as to facilitate the use of the guest behind the accommodation.

When the guest requests to block the safe deposit box at a certain time, the guest room will be The storage cabinet is locked, and no one else can open the storage cabinet door. When the guest cannot open the storage cabinet door of the room due to the failure, the cabinet door can be opened by wireless or wired transmission through the front desk computer setting program. The front desk computer can also record all open door time records of all in-store cabinets, wirelessly or by wire, and store them in computer memory for inquiry.

The invention is not only suitable for hotel rooms, but also suitable for any hotel room or room fingerprint safe, fingerprint storage cabinet, fingerprint file cabinet, etc., and is also suitable for fingerprint door locks of hotel rooms or rooms.

The invention has the advantages that the intelligent management and identification system of the fingerprint remote control cabinet of the remote control hotel is reasonable, and when the guest can not check out at the front desk, the fingerprint of the fingerprint lock of the wireless or wired transmission storage cabinet can be deleted by the computer at the front desk, and the fingerprint is deleted. Use by the next guest. Very convenient and fast. Hotel management personnel can also use the above methods to register, delete fingerprints and open the fingerprint lock of the control cabinet, but it is not necessary to transfer several sets of fingerprint feature data of the management personnel to other hotel front desk computers through network connection. When the guest requests to block the storage box at a certain time, the fingerprint lock of the storage cabinet of the guest room can be locked by computer wireless or wired transmission, and no one can open the storage cabinet. When the guest cannot open the in-room storage cabinet due to the failure, the storage cabinet can be opened by wireless or wired transmission through the front desk computer setting program. The front desk computer can also record all the open door time of all the in-store cabinets in the computer for wireless or wired transmission. This is very effective for the safety of the guests.

DRAWINGS

The present invention will be further described below with reference to the accompanying drawings:

1 is a block diagram showing the working principle of the intelligent management and recognition system for the fingerprint storage cabinet of the remote control hotel of the present invention. Figure 2 is a block diagram showing the working principle of several hotels of the present invention.

detailed description

Referring to Figures 1 to 2, the intelligent management and identification system of the fingerprint remote control cabinet of the remote control hotel of the present invention comprises a front-end device and a room, the front-end device has a front-end fingerprint recognition controller, a computer, a printer and a telephone, and the front-end fingerprint recognition controller includes a front desk. The fingerprint collector and the front-end fingerprint control board are connected by a multi-core connection line between the front-end fingerprint collector and the front-end fingerprint control main board, and the front-end fingerprint control main board is provided with a microprocessor CPU and a memory. The microprocessor CPU has an intelligent fingerprint recognition and control module, and the front fingerprint control board is connected to the host of the computer via a USB communication interface; the printer is connected with a printer, a telephone, and a display.

The computer host at the front desk uses a commercially available Ρ Π 200 or ΡΠΙ 300 host. The intelligent metal cabinet management module is installed in the memory of the computer host.

The room includes a room fingerprint identification controller and a motor or solenoid valve. The room fingerprint identification controller includes a room fingerprint collector and a room fingerprint control board. The room fingerprint collector is installed at the outer end of the storage cabinet door. After the room fingerprint control board and the motor or solenoid valve device are in the cabinet door, the room fingerprint collector and the room fingerprint control board are connected by a multi-core connection line. A microprocessor CPU, memory, and drive circuitry are provided on the motherboard. The room fingerprint control board is connected to the motor or solenoid valve. The microprocessor CPU is equipped with an intelligent fingerprint recognition and control module. The room fingerprint control board is connected to the computer host in the foreground via the USB communication interface.

The room fingerprint control panel of the room storage cabinet communicates with the computer at the front desk in a wireless or wired manner. When taking wireless communication, fingerprint control in computer and room Wireless transmitter and receiver are available on the motherboard.

Working principle: When the hotel front desk guest registers, the guest registers several fingerprints set by the fingerprint collector on the front desk, and the computer sets the data formed by the main board on the front panel fingerprint control board through the main board containing the microprocessor CPU memory. , transmitted to other computers on the front desk of the hotel through a network, the data number is stored in the computer hard disk or memory, so that the next time the guest arrives, and the data is transmitted to the guest's room by wireless or wired. The fingerprint of the fingerprint storage cabinet is controlled by the motherboard microprocessor CPU. When the guest arrives at the room, any one of the fingerprints set in the foreground can be used to open the storage cabinet door; the authorized management personnel of the hotel can also use this method. Register, delete the fingerprint, and open the locker lock.

When the guest requests to block the storage cabinet at a certain time, the storage cabinet of the guest room can be locked by the computer, and no one can open the storage cabinet door. When the guest cannot open the storage cabinet door of the guest room due to the failure, the security door can be opened by wireless or wired transmission through the front desk computer setting program. The front desk computer can also store all open door time classification records of all in-store cabinets wirelessly or by wire and store them in computer memory for inquiry. The whole process is short in time, high in efficiency, and strong in confidentiality. It can solve problems such as difficulty in remembering passwords, loss of keys, and more importantly, solving problems such as long-term fingerprint registration and deletion.

When the guest requests to block the storage cabinet at a certain time, the guest room will be The storage cabinet is locked, and no one else can open the storage cabinet door. When the guest cannot open the storage cabinet door of the room due to the failure, the cabinet door can be opened by wireless or wired transmission through the front desk computer setting program. The front desk computer can also record all open door time records of all in-store cabinets, wirelessly or by wire, and store them in computer memory for inquiry. Referring to Figure 2, the fingerprint management cabinet intelligent management identification system and device of the remote control of the remote control of the hotel front desk are connected with the intelligent management identification system and device of the remote control fingerprint storage cabinet of other hotel front desks. Other hotels can be N, N are many meanings. In this way, fingerprint registration in a hotel through the network, intelligent management identification system digital processing, can open another fingerprint lock on a guest room cabinet. In a hotel room with an intelligent management and identification system and device for remotely controlled fingerprint storage cabinets, such rooms can be N, and the intelligent management identification system and device of the fingerprint storage cabinet remotely controlled by the front desk are connected by wire or wirelessly.

Claims

Claim

1. An intelligent management identification system for remote control hotel fingerprint storage cabinet, characterized in that it comprises a front-end device and a room interior, the front-end equipment includes a front-end fingerprint recognition controller, a computer, a printer and a telephone, and the front-end fingerprint recognition controller includes a front-end fingerprint The collector and the front-end fingerprint control board are connected by a multi-core connection line between the front-end fingerprint collector and the front-end fingerprint control main board, and the front-end fingerprint control main board is provided with a microprocessor CPU and a memory; the microprocessor CPU has an intelligent fingerprint The identification and control module, the front fingerprint control board is connected to the host of the computer via the USB communication interface; the printer, the telephone and the display are connected to the computer host;

The room includes a room fingerprint identification controller and a motor or solenoid valve. The room fingerprint identification controller includes a room fingerprint collector and a room fingerprint control board. The room fingerprint collector is installed at the outside of the cabinet door, and the room fingerprint control board and motor Or the solenoid valve device is connected to the door of the cabinet, and the room fingerprint collector and the room fingerprint control board are connected by a multi-core connection line, and the fingerprint control board of the room is provided with a microprocessor CPU, a memory and a drive circuit; the room fingerprint control board and the room The motor or solenoid valve is connected, the microprocessor CPU is equipped with an intelligent fingerprint recognition and control module, and the room fingerprint control board is connected to the computer host in the foreground via the USB communication interface.

2. The intelligent management and recognition system for remote control hotel fingerprint storage cabinet according to claim 1, wherein the computer host in the foreground adopts a commercially available Ρ200- or PIII-300 host, and the memory of the computer host is provided. Intelligent storage cabinet management module.

3. An off-site controlled hotel fingerprint intelligent management knowledge according to claim 1 The system is characterized in that the room fingerprint control board of the room storage cabinet communicates with the computer at the front desk in a wireless or wired manner.

4. The remote management hotel fingerprint storage cabinet intelligent management identification system according to claim 3, wherein when the wireless communication mode is adopted, wireless transmitting and receiving devices are provided on the computer and the room fingerprint control main board.

5. The method for managing an intelligent management and recognition system for a fingerprint remote control cabinet of a remote control hotel according to claim 1, comprising the steps of: reading a fingerprint image, extracting features, saving data, and comparing:

Step 1) reading the fingerprint image, reading the image of the human body fingerprint through the front-end fingerprint collector or the room fingerprint collector, and then performing initial processing on the original image through the front-end fingerprint control board or the guest room fingerprint control board;

Step 2) Extracting features: The fingerprint data of the fingerprint is established by the intelligent fingerprint recognition and control module installed in the microprocessor CPU, and the templates of the two fingerprints are compared by computer fuzzy comparison method to compare their similarities. , finally get the matching result of the two fingerprints;

Step 3) Save the data: The foreground transmits the fingerprint characteristic data described in step 2) to the room fingerprint lock fingerprint control board microprocessor CPU and the memory board through the computer through the wireless or wired method;

Step 4) Comparison: The guest sets the fingerprint lock of the storage cabinet in the guest room, collects the fingerprint through the fingerprint collector of the guest in the room, the fingerprint feature data formed on the fingerprint control panel of the guest room and the fingerprint feature transmitted from the foreground. Data comparison, the microprocessor CPU compares their similarity, the result determines whether the drive circuit works, similarly, the drive circuit output, Drive motor or solenoid valve, you can open the cabinet door; if the guest leaves a few fingerprints, transfer several sets of fingerprint feature data, compare the fingerprint feature data with the transmitted fingerprint feature data; When the microprocessor CPU and the memory communicate with the central computer of the foreground computer, different data packets are downloaded or uploaded by setting the address code.

The method for managing an intelligent management and recognition system for a fingerprint remote control cabinet of a remote control hotel according to claim 5, wherein in the step 1), when the fingerprint is registered on the front fingerprint collector or the room fingerprint collector, the method is not less than Two fingerprints are registered.

7. The method for managing an intelligent management and identification system for a fingerprint remote control cabinet of a remote control hotel according to claim 5, wherein in the step 3), the front desk of the hotel serializes and stores a certain number of fingerprint feature data of a certain guest by a computer. In the computer hard disk or other memory at the front desk, the next time the guest comes back, simply present the number and transfer the stored data packet to the microprocessor of the guest room cabinet by wireless or wired without registering the fingerprint. On the CPU and the memory board, the user can open the storage cabinet door by fingerprint; or when the next time the guest comes again, press the fingerprint at the front fingerprint collector to determine the number of fingerprint feature data that has been stored, and the data is The package is transmitted wirelessly or by wire to the microprocessor CPU and the memory board of the guest room cabinet. The user can open the room cabinet door by setting the fingerprint. The fingerprint data of several groups are transmitted to other hotel front desks via the network. Remote control hotel fingerprint security counter Management system module identification computer system, guests can take the same approach to other fingerprint safe operation of the hotel rooms, and open the door.

8. The intelligent management knowledge of the remote control hotel fingerprint storage cabinet according to claim 5 The management method of the system is characterized in that, when the guest goes to the front desk to check out, the data is transmitted or operated by the computer at the front desk in a wireless or wired manner, and the fingerprint information set by the guest in the microprocessor of the fingerprint storage cabinet of the guest room is deleted. It is convenient for guests who are staying behind.

9. The method for managing an intelligent management identification system for a fingerprint remote control cabinet of a remote control hotel according to claim 5, wherein when the guest requests to block the storage cabinet at a certain time period, the storage cabinet of the guest room is locked by the computer, and the other People can't open the cabinet door; when the customer can't open the cabinet door of the room due to the failure, the cabinet door will be opened by the front desk computer.