CN204576622U - A kind of intelligence is registered system - Google Patents

Abstract

The utility model discloses an intelligent sign-in system, which comprises a sign-in server, a mobile intelligent terminal, a network communication module, a data acquisition module, a pressure weighing module installed in a seat, and a two-dimensional code label pasted on the seat. The two-dimensional code label is generated according to the registration information of the sign-in user, the pressure weighing module is directly connected to the data acquisition module through the data line, the data acquisition module is connected to the sign-in server through the network communication module, and the mobile intelligent terminal is connected to the sign-in server. The server is connected, and the sign-in process is realized by scanning the two-dimensional code label with the mobile smart terminal. The utility model has the advantages of simple structure, support for multiple people to sign in at the same time, effectively avoid signing on behalf of others, quick sign in, and the like.

Description

An intelligent sign-in system

technical field

The utility model relates to the technical field of intelligent sign-in, in particular to a sign-in system based on a mobile intelligent terminal.

Background technique

There are many common sign-in methods. Ordinary work sign-in, meeting sign-in, etc. generally adopt traditional paper and pen sign-in methods; sign-in in factories and mines generally use mechanical punch cards, fingerprints, and RFID electronic tags. In recent years, with the development of technology, check-in and attendance methods are gradually diversifying, including: fingerprint check-in, face-based image recognition check-in, eye-based image recognition check-in, smart phone-based WIFI check-in, smart phone-based QR code check-in, etc., the development of these check-in technologies has facilitated people's lives.

However, the existing sign-in technology has the following problems: it is difficult to automate the management of paper and pen sign-in, and it is difficult to avoid the problem of signing on behalf of the sign; the mechanical check-in sign-in method needs to consume cards, and there are also problems such as difficulties in automated management and unavoidable signing on behalf of others; Sign-in methods based on image recognition and biometric technologies such as fingerprints, faces, and iridescent eyes have implementation obstacles such as high equipment costs and low recognition rates; Faced with the unavoidable problem of signing on behalf of others.

Utility model content

The technical problem to be solved by the utility model is to overcome the deficiencies of the prior art and provide an intelligent sign-in system that can support multiple people to sign in at the same time, effectively avoid substitute sign-in, and sign-in quickly.

In order to solve the problems of the technologies described above, the technical solution proposed by the utility model is:

An intelligent sign-in system, comprising a mobile smart terminal, a sign-in server, a data acquisition module, a network communication module, a pressure weighing module installed in a seat, and a two-dimensional code label pasted on the seat, the two-dimensional code label is based on The registration information of the sign-in user is generated, the pressure weighing module is directly connected to the data acquisition module through the data line, the data acquisition module is connected to the sign-in server through the network communication module, the mobile intelligent terminal is connected to the sign-in server, and the sign-in process passes The mobile intelligent terminal scans the two-dimensional code label to realize.

As a further improvement of the above technical solution:

The mobile intelligent terminal is provided with a camera module and a communication module.

Compared with the prior art, the utility model has the advantages of:

The intelligent sign-in system of the utility model has a simple structure, and not only can support multiple people to sign in at the same time without waiting in line; it also supports on-site attendance, which can effectively avoid the occurrence of sign-in behaviors, and its sign-in is fast and accurate.

Description of drawings

Fig. 1 is the structural representation of the sign-in system of the present utility model.

Fig. 2 is a schematic diagram of steps when the utility model is used for signing in.

illustration:

1. Sign-in server; 2. Network communication module; 3. Data acquisition module; 4. Pressure weighing module; 5. QR code label; 6. Mobile smart terminal.

Detailed ways

In order to facilitate the understanding of the utility model, the utility model will be described more comprehensively and in detail below in conjunction with the accompanying drawings and preferred embodiments, but the protection scope of the utility model is not limited to the following specific embodiments.

As shown in Fig. 1, a kind of intelligent check-in system of the present utility model includes a check-in server 1, a network communication module 2, a data acquisition module 3, a mobile intelligent terminal 6, a pressure weighing module 4 and a two-dimensional code label 5, the two The two-dimensional code label 5 is generated and pasted on the seat according to the registration information of the sign-in user. The pressure weighing module 4 is installed in the seat, and is directly connected to the data acquisition module 3 through the data line, and the pressure weight information detected by it is Upload to the data acquisition module 3; the data acquisition module 3 is connected with the sign-in server 1 through the network communication module 2, and the pressure weight information collected by it is uploaded to the sign-in server 1; the mobile intelligent terminal 6 is connected with the sign-in server 1, and the sign-in process is passed through the mobile The intelligent terminal 6 scans the two-dimensional code label 5 to realize. The intelligent sign-in system of the utility model has a simple structure, and not only can support multiple people to sign in at the same time without waiting in line; it also supports on-site attendance, which can effectively avoid the occurrence of sign-in behaviors, and its sign-in is fast and accurate.

In this embodiment, the main chip of the network communication module 2 adopts DM9000. The main chip of data acquisition module 3 adopts HX711, and the weighing sensor in pressure weighing module 4 adopts Guangce YZC-161B human body scale sensor.

In this embodiment, the smart mobile terminal 6 must also be provided with a camera module and a communication module.

As shown in Figure 2, when utilizing the utility model to sign in, it is realized through the following steps:

(1) Check-in site arrangement. The pressure weighing module is installed in each seat, and is directly connected with the data acquisition module through the data line, and the data acquisition module is connected with the sign-in server through the network communication module. When no one is sitting on the seat, the pressure weighing module uploads a "no one is sitting on this seat" signal to the check-in server. When someone is sitting on the seat, the pressure weighing module uploads a signal of "someone is sitting on this seat" to the check-in server;

(2) User registration. The user registers through the mobile smart terminal, and uploads the user's user name, contact number, and MAC information of the mobile smart terminal to the sign-in server for storage;

(3) Seating arrangements. Generate a two-dimensional code based on the user registration information saved in the sign-in server, print out the two-dimensional code, and paste the printed two-dimensional code label on the seat according to the arrangement, so that the user can scan it with a mobile smart terminal;

(4) Sign in for the first time. The user finds his seat and sits down according to the arrangement. After sitting down, the pressure weighing module uploads a "someone is sitting on this seat" signal to the check-in server. After receiving this signal, the check-in server waits for the user to sign in. The mobile smart terminal scans the QR code on the seat, uploads the "user check-in" signal to the check-in server, and the check-in server completes the user check-in after receiving the "this seat is occupied" signal and the "user check-in" signal at the same time, and the user's check-in The status is set to "sign-in valid". Once the user gets up and leaves the seat, the pressure weighing module uploads a signal of "no one is sitting on this seat" to the sign-in server, and the sign-in server sets the sign-in status of the user to "sign-in invalid" after receiving the signal;

(5) On-site attendance. When on-site attendance is required, the sign-in server sends re-sign-in information to all users whose sign-in status is "sign-in invalid". After receiving this information, the user repeats the first sign-in step to complete the sign-in.

Claims (2)

1. An intelligent sign-in system, characterized in that it includes a sign-in server (1), a mobile smart terminal (6), a network communication module (2), a data acquisition module (3), and a pressure weighing module installed in the seat (4) and the two-dimensional code label (5) pasted on the seat, the two-dimensional code label (5) is generated according to the registration information of the sign-in user, and the pressure weighing module (4) is connected with the data collection through the data line The module (3) is directly connected, the data acquisition module (3) is connected to the sign-in server (1) through the network communication module (2), the mobile smart terminal (6) is connected to the sign-in server (1), and the sign-in process is passed through the mobile The intelligent terminal (6) scans the two-dimensional code label (5) to realize. 2. The intelligent sign-in system according to claim 1, characterized in that: the mobile intelligent terminal (6) is equipped with a camera module and a communication module.