WO2017071012A1

WO2017071012A1 - Kindergarten picking-up system based on palm vein recognition technology

Info

Publication number: WO2017071012A1
Application number: PCT/CN2015/096877
Authority: WO
Inventors: 徐胜维
Original assignee: 常熟安智生物识别技术有限公司
Priority date: 2015-10-27
Filing date: 2015-12-10
Publication date: 2017-05-04
Also published as: CN106611454A

Abstract

A kindergarten pick-up system based on palm vein recognition technology. The system consists of one or more separate control units, the separate control unit comprising an information collector for collecting palm vein information of a child guardian, a video camera for capturing images of a monitored point, an intrusion detector for detecting whether there is a person intruding into a monitored area, a management computer serving a management function, a monitoring device for monitoring a monitored site, an alarm computer for alarm control, a server, and a network interconnection device. A palm vein recognition device is connected to the management computer by means of the network; the intrusion detector is connected to an alarm; the video camera and a communication controller are respectively connected to the server; management software is installed on the management server; the network is used to connect the monitor and the alarm; and real-time information is sent to an app or to a registered phone by means of a short message. Said system uses palm vein recognition technology to solve kindergarten safety problems.

Description

Kindergarten pick-up system based on palm vein recognition technology

Technical field

The invention relates to a management information system, in particular to a security system for a new generation of biometric identification technology applied in kindergarten students.

Background technique

As the parents of kindergarten students get busy, the pace of life is accelerating, and the uncertainty of some parents' working hours, so many parents can't go to the kindergarten to pick up their children personally, but they have to entrust relatives, friends, nannies and others to be responsible. There are some hidden dangers in the pick-up and drop-off of the kindergarten students. Moreover, there is no reliable record of the pick-up and drop-off information. When problems occur, the responsibility between the kindergarten and the parents of the students is difficult to define. 1. In the case of more pick-ups, it will increase. The duty officer identifies the difficulty of the pick-up person, especially when the student's pick-up person replaces the pick-up person for some reason (sick leave, leave, replacement of the babysitter, etc.), it will further increase the difficulty of the on-duty personnel; 2. There are many factors (such as Disease, physical condition, mood, etc.) can affect the judgment and sense of responsibility of the duty officer. In particular, the duty officer may not be on duty due to certain circumstances (sick leave, leave, etc.), and may be replaced by another teacher who is not familiar with the class. , then the safety of young children will be reduced; 3, even the use of transfer cards and other modern high-tech The technology identifies the pick-up person, but because the transfer card is easy to be stolen and copied, the criminals can take the child and then kidnap and blackmail the parents of the student. At the same time, the transfer card is easy to be lost and damaged, causing repeated investment to the parents, thus causing social resources. Waste. 4, who did not negotiate to pick up, the two parents one after the other, wasting home for a long time;

Summary of the invention

The object of the present invention is to provide a method for storing the palm vein of a pick-up person in a palm vein database of a school in order to solve the deficiencies of the prior art. When a young child enters the park, the pick-up person must collect the palm vein information at the designated location, and then must be authenticated by the identification system after the system is successfully authenticated. The display shows the avatar of the pick-up student, and then the student can be taken away after being confirmed by the on-duty personnel, which fundamentally solves the problem that the kindergarten student is taken the wrong, misled or misled, and ensures that the kindergarten student is safely transported. Students pick up and drop off security systems.

The present invention is achieved by the following scheme: a kindergarten shuttle system based on palm vein recognition technology is composed of more than one discrete control unit, and the discrete control unit includes a palm vein information collector for collecting an infant guardian for use in Video camera for monitoring points, intrusion detector for detecting the presence of personnel entering the surveillance area, management computer for management purposes, monitoring equipment for monitoring the monitoring site, alarm computer for alarm control, server , network interconnection equipment, palm vein recognition instrument with network connection management computer, intrusion detector connected alarm, video camera and communication controller are connected to the server, management software is installed on the management server, using network connection monitor, alarm, And send real-time information to the APP or notify the registered mobile phone by SMS;

The above-mentioned kindergarten student shuttle security system further includes a solar power supply device, the solar power supply device includes a solar panel, and the output end of the solar panel is connected to the plug board through a wire, the plug board There are several interfaces; when the power is cut off, the above system can be powered by the solar power supply device, so that the kindergarten is not affected by external factors, and the system cannot operate normally.

The palm vein identifier can be connected to the internat via a wired or wireless network, and sent to the app software on the parent's mobile phone through the back-end server software, to inform the parents of the schooling situation of the young children in real time, and the pick-up personnel on the day.

The intrusion detector is an active infrared radiation detector, and the active infrared radiation detector is used. The reason is that the passive infrared detector has a fatal weakness in the technology: 1. It is easily exposed to the body temperature of the animal, Sunlight, hot air temperature radiation and other factors interfere with the false alarm; 2, when the temperature is close to or higher than the human body temperature, this type of detector will not work at all.

The active infrared detector is controlled by the program of the CPU in digital communication mode to make the active infrared pair The detector is intelligent and can accurately distinguish each beam so that multiple beams of infrared beams can be used to form a dense defense of multiple bundles. At the same time, by adjusting the CPU program, the specified number of beams of infrared beams are blocked. When the person breaks into the monitoring area, the alarm horn or alarm light connected with the alarm computer will send out an alarm signal. At the same time, the system sends the information to the back-end server via the network and issues an alarm to remind the kindergarten security. personnel.

The video camera can transmit the video of the monitoring area to the server in real time, and the management computer placed in the security room or other places can view the dynamics of the imaging area at any time, and can quickly react to the alarm and stop the criminal activities that can occur. .

The management computer is further connected to an information collection synthesizer, and the information collection synthesizer is mainly used in a database for reading the face of the student and the palm vein information of the parent during registration.

The network interconnection device is a switch. For the sake of network stability, we recommend that customers use wired networks as much as possible.

In order to enable parents of conditional students to know whether their children are coming to school from the Internet, the kindergarten shuttle security system of the present invention further has an Internet information server, the Internet information server is connected to the Internet network; and the Internet information server The main role is to provide a homepage for the kindergarten so that parents can browse the school homepage to find out if the child is at school and how the child is studying and living in the school.

In summary, the present invention has the following beneficial effects:

1. Basically solve the problems that young children are being taken, misled or misled, and ensure the safety of the transportation of young children;

2. The student's parents can be informed through a variety of communication methods whether their child has arrived at school or not.

3. Parents of students can also take the initiative to know whether the child is on campus or not, and whether the child is studying and living in the school by telephone or internet.

DRAWINGS

1 is a structural block diagram of a kindergarten shuttle security system of the present invention;

detailed description

As shown, when the pick-up person sends the student to the school, the parents should go to the information collection comprehensive instrument to check in. The kindergarten shuttle security system reads the student's electronic photo, and the on-duty personnel carefully check whether the portrait is consistent. If they are inconsistent, they will be transferred to the emergency response. Find the reason. If they are consistent, they will lead the students into the classroom and automatically send a message to inform the other parents that their children have arrived at the school.

When the pick-up person picks up the student at the school, the pick-up person should sign in to the information collection comprehensive instrument. The kindergarten shuttle security system first determines whether the pick-up person is valid; if it is invalid, it transfers to the emergency treatment and verifies the identity document of the pick-up person. Inform the parents of the student to verify whether the transferor has been replaced. After the approval, the kindergarten shuttle security system reads the student's electronic photo. The on-duty personnel carefully check whether the portrait is consistent. If they are inconsistent, they will be transferred to the emergency treatment to find out the reason. If they are consistent, they will take the students away and automatically send a message to inform the other parents that their children have been picked up by the pick-up person.

Parents of students can ask if their child is on campus or picked up by landline, mobile phone or by visiting the school website.

When the operating system time is greater than the time set by the shuttle security system, the system automatically determines whether a student has not arrived at the school. If there is a student who has not arrived, the user will automatically send a text message to notify the student parent.

When the operating system time is greater than the set time of the shuttle security system, the system automatically determines whether any students have not picked up, and if there are students who have not taken the call, they will automatically send a text message to notify the parents of the students.

A kindergarten student shuttle security system also includes a solar powered device.

Claims

A kindergarten student shuttle security system is composed of more than one discrete control unit, characterized in that: the discrete control unit comprises an information collection comprehensive instrument for collecting the infant's guardian palm vein, and a video for monitoring the monitoring point. Camera, intrusion detector for detecting the presence of personnel entering the surveillance area, surveillance camera for monitoring the monitoring site, alarm for alarm control, fingerprint management computer, management computer for management purposes, intrusion The detector and video camera are connected to the server to manage the palm vein identifier. The acquisition synthesizer, surveillance camera, and alarm are interconnected by network interconnection devices; the system also includes a solar powered device.
A kindergarten student shuttle security system according to claim 1, wherein said solar power supply device comprises a solar panel, and said output end of said solar panel is connected to said card through a wire, said card board There are several interfaces on the board, and the board has several interfaces.
A kindergarten student shuttle security system according to claim 1, wherein said intrusion detector is an active infrared radiation detector.
A kindergarten student shuttle security system according to claim 1, wherein said management computer is further connected to an information collection synthesizer.
A kindergarten student shuttle security system according to claim 1, wherein said network interconnection device is a switch.
The kindergarten student shuttle security system according to claim 1, characterized in that: it further comprises an Internet information server, wherein the Internet information server is connected to the Internet network, and is sent to the APP on the guardian's mobile phone through the server software or The SMS notification is sent to the guardian.