CN114093080A

CN114093080A - Voting system and voting method

Info

Publication number: CN114093080A
Application number: CN202111195312.9A
Authority: CN
Inventors: 李立波; 孙锐; 崔同良
Original assignee: Shandong Continuous Innovation Network Technology Co ltd
Current assignee: Shandong Continuous Innovation Network Technology Co ltd
Priority date: 2021-10-14
Filing date: 2021-10-14
Publication date: 2022-02-25

Abstract

The invention discloses an election voting system and a voting method, which relate to the technical field of voting equipment and methods, and comprise a server and a plurality of voting machines, wherein the voting machines are in communication connection with the server, the server is used for inputting and storing candidate information, voter information and counting and publishing voting results, and the voting machines are used for voter identity identification and voting operation. The voting system and the voting method solve the technical problem of poor voting authenticity and fairness in the prior art, can ensure the authenticity and fairness of voting, can effectively avoid conflict caused by unfairness of voting, and can smoothly and orderly carry out voting activities.

Description

Voting system and voting method

Technical Field

The invention relates to the technical field of voting equipment and methods, in particular to a fair voting system and a voting method.

Background

In the current change election, a paper voting mode is usually adopted, the workload of counting and singing tickets in the later period is very large, and mistakes are easy to make to generate disputes. Particularly, in the process of inter-change election of the teams of the two committees in villages, events of discarding tickets and voting for the villagers often occur, even events of repeatedly voting sometimes occur, great troubles are brought to the later ticket counting work, and effective tracing cannot be carried out; meanwhile, due to the fact that the number of the votes is large, careless mistakes can easily occur in the later ticket counting and ticket singing process, the voting result lacks authenticity and fairness, and discontent and even conflict of villagers are caused. In addition, for the old people who are not literate in villages, votes cannot be filled in by themselves, and the votes are usually written by others instead of others, so that the old people cannot represent the real will of themselves.

Disclosure of Invention

In view of the above drawbacks, an object of the present invention is to provide an election voting system and a voting method, where the election voting system and the voting method use an electronic voting mode, and the voting is performed one vote after another, so that the voting can be traced, repeated voting events do not occur, manual counting and singing of votes are not required, careless mistakes do not occur, and the authenticity and fairness of the voting results can be ensured.

In order to achieve the purpose, the technical scheme of the invention is as follows:

the voting system comprises a server and a plurality of voting machines, wherein the voting machines are in communication connection with the server, the server is used for inputting and storing candidate information, voter information and counting and publishing voting results, and the voting machines are used for voter identity identification and voting operation.

The server comprises a storage module, a voting data module, a voting judgment module and a generation module of identity information of voters.

The voting machine comprises an identity recognition module and a display device.

Wherein, the voting machine is connected with the server through wired communication.

The communication protocol between the voting machine and the server is an HTTP protocol.

An election voting method, comprising the steps of: s1, inputting the voter information into the system; s2, creating voting events; s3, voting by the voter on the voting machine; and S4, counting the voting results and displaying the voting results.

In step S1, the information is entered by means of identification card recognition or EXCEL form batch entry.

Wherein, in the step S2, a voting event is created; determining whether the voting event carries out sea election or not, and if the voting event carries out sea election, adding sea election information, candidate information and agent voter information; and if the sea election is not carried out, the information of the candidate and the information of the agent voter are added.

In step S3, if the votes are voted by the seagating method, entering a seagating voting interface, if the votes are voted by the formal voting interface, entering the seagating voting interface or the formal voting interface, and then identifying the identity card or the voting card of the voter, and if the identity card or the voting card of the voter is not entered into the system or has already cast a vote, then the votes cannot be cast; if the voter's ID card or the substitute voting ticket is recorded into the system and no vote is cast, the voter can vote, and the voting information is uploaded to the server after the voting is finished.

In step S4, collecting voting metadata, obtaining a vote type selected when a voting event is created, loading a vote counting algorithm through the vote type, aggregating the voting metadata to generate counting data, generating a list data through the vote counting algorithm and the counting data, and displaying a voting result.

After the technical scheme is adopted, the invention has the beneficial effects that:

the voting system and the voting method comprise a server and a voting machine, wherein the server is used for inputting and storing information of candidates and voters, generating a voting ticket for voting instead of a vote, counting and publishing voting results, and the voting machine is used for identifying the identity of the voters and voting operation. The electronic voting method is adopted, real-name voting is carried out on voter identity cards or voting cards for voting and face recognition during voting, the uniqueness of voting information can be verified, one card and one ticket are guaranteed, repeated voting events cannot occur, and questionable voting such as ticket abandoning and voting for generations can be traced; meanwhile, the votes do not need to be counted and played manually, the votes are counted and ranked by the server after the voting is finished, the voting result is displayed, manual intervention is avoided, and the counting result is more accurate and more real; the invention adopts an electronic voting mode, the voter only needs to select and operate on the voting machine, the voting machine is simple and convenient, the votes do not need to be filled, the old people who are illiterate in villages can also vote themselves, the voting by others is not needed, and the real will of the old people can be expressed.

In conclusion, the election voting system and the voting method solve the technical problem that the election voting authenticity and fairness in the prior art are poor, can ensure the authenticity and fairness of the election voting, can effectively avoid conflicts caused by unfairness of the voting, and can enable the election activities to be smoothly and orderly carried out.

Drawings

FIG. 1 is a block diagram of the voting system of the present invention;

FIG. 2 is a block diagram of the server of FIG. 1;

FIG. 3 is a block diagram of the voting machine of FIG. 1;

FIG. 4 is a flow chart of an election voting method of the present invention;

fig. 5 is a flowchart of step S2 in fig. 4;

fig. 6 is a flowchart of step S3 in fig. 4;

fig. 7 is a flowchart of step S4 in fig. 4.

Detailed Description

The invention is further illustrated below with reference to the figures and examples.

All the orientations referred to in the present specification are based on the orientations shown in the drawings, and only represent relative positional relationships, not absolute positional relationships.

The first embodiment is as follows:

as shown in fig. 1, an election voting system includes a server and a plurality of voting machines, the voting machines are in communication connection with the server, in this embodiment, the voting machines and the server are preferably in communication connection in a wired manner, and a further preferred communication Protocol between the voting machines and the server is an HTTP Protocol (hypertext Transfer Protocol). And mysql database software and nginx network service software are installed in the server and are used for inputting and storing information of candidates and voters, generating voting tickets for generation, counting and publishing voting results and the like. The voting machine is used for voter identity identification and voting operation.

As shown in fig. 2, the server includes a storage module, a voting data module, a vote generation judging module, and a voter identification information generating module. The storage module is used for storing the identity information of the candidate and the voter. The voting data module is used for counting and calculating voting results, and generating a list for showing and publishing the voting results. The voting judgment module is used for judging the voting type, namely whether the voting is a personal voting or a substitute voting, and the judgment mode is as follows: the identity card votes for the principal; the remark information is used for voting instead of voting during voting, or the two-dimensional code on the voting ticket is identified for voting instead of voting. The substitute voter identity information generating module is used for generating information of voters needing to vote in a substitute manner, for example, some voters cannot vote personally due to field workers or some reason, other people can be entrusted to vote instead, the system inputs identity information (such as name, identity card number, address, telephone number and the like) of the voters which cannot vote personally, the input information is formatted into json (JavaScript Object Notation, JS Object Notation is a light data exchange format), the json information is encrypted, the encrypted data is used for generating a one-time voting two-dimensional code, and the one-time voting two-dimensional code is printed into a substitute voting ticket for use when the substitute voters vote.

As shown in fig. 3, the voting machine includes an identification module and a display device. The identity recognition module is used for recognizing the identity information of the voter, and the identity information (such as name, gender, identity card number, address, telephone number and the like) of the voter and a face recognition technology are read to ensure that the voting is carried out by the voter and prevent other malicious false voting from being carried out. The display device is used for voting operation of the front end, and voters need to select candidates and submit votes on the display device.

Example two:

as shown in fig. 4, an election voting method implemented by the election voting system according to the first embodiment includes the following steps:

and step S1, inputting the voter information into the system, wherein personal information such as the name, sex, identity card number, family address, mobile phone number and the like of the voter needs to be input. The voter information input in the embodiment can adopt two modes: the first mode is that the front end identifies the identity card and inputs the voter information through ocr (Optical Character Recognition); the second mode is that the background inputs the voter information in batch through the EXCEL form.

Step S2, creating a voting event, namely creating an voting event in the voting system, such as 'the exchange and the current election in XXX village', determining whether the voting event carries out the sea election, and if the sea election is carried out, adding the sea election information, the candidate information and the agent voter information; and if the sea election is not carried out, the information of the candidate and the information of the agent voter are added. The specific creating steps are shown in fig. 5, and include the following specific steps:

step S200, which is a starting step of creating a program, and then step S201 is entered;

step S201, entering a voting interface creation step and entering step S202;

step S202, submitting and creating related information, such as voting names, the number of titles of each position, the types of the votes, the starting and ending time and the like, wherein the types of the votes refer to the specified conditions in the election rule, such as deficit election, next election and the like);

step S203, judging whether to carry out sea election, if so, entering step S206; if not, the step S204 is carried out;

step S204, adding candidate information including the name, sex, identification number, home address, telephone number and the like of the candidate, and entering step S205 after completion;

step S205, adding information of voters including names of agents, names of surrogates, ID cards of surrogates, telephones of surrogates, remarks (who entrusts who to the agents), and the like, and entering step S207 after completion;

step S206, adding the sea election information including the name, the head portrait, the identification number, the mobile phone number, the house number, the remark and the like of the sea election person, and entering step S204 after the completion;

step S207, which is an end step of the creation program.

Step S3, voters vote on a voting machine, enter a sea election voting interface if the votes are sea election voting, enter a formal voting interface if the votes are normal, and identify the voter 'S identity card or a substitute voting card after entering the sea election voting interface or the formal voting interface, wherein if the voter' S identity card or the substitute voting ticket is not recorded into the system or has already cast a vote, the voter can not vote any more; if the voter's ID card or the substitute voting ticket is recorded into the system and no vote is cast, the voter can vote, and the voting information is uploaded to the server after the voting is finished. The specific voting step is shown in fig. 6, and includes the following specific steps:

step S300, which is the starting step of the voting program, and then step S301 is entered;

s301, obtaining login information, and entering S302 after login;

step S302, entering a selection voting interface, and entering step S303;

step S303, selecting whether to quit the voting process, if so, entering step S327, otherwise, entering step S304;

step S304, selecting whether to select from sea, if so, entering step S305, and if not, entering step S315;

step S305, entering a sea election voting interface, and then entering step S306;

step S306, selecting whether to quit the page, if so, returning to the step S302, and if not, entering the step S307;

s307, identifying the identity card or the substitute ticket throwing of the voter, and then entering S308;

step S308, judging whether the identity card or the voting card of the voter is recorded into the system, if so, entering step S309, otherwise, returning to step S305;

step S309, judging whether the identity card or the voting card held by the voter has cast a vote or not, if so, returning to step S305, otherwise, entering step S310;

step S310, voting selection is carried out, and then step S311 is carried out;

step S311, selecting a voting candidate, and entering step S312 after selection;

step S312, judging whether the selection is finished, if so, entering step S313, and if not, returning to step S310;

step S313, the voting information is uploaded to a server, and then the step S314 is carried out;

step S314, judging whether the uploading is successful, if so, returning to the step S302, otherwise, returning to the step S310;

step S315, entering a formal voting interface, and then entering step S316;

step S316, selecting whether to quit the page, if so, returning to the step S302, and if not, entering the step S317;

step S317, identifying the identity card or the substitute ticket throwing of the voter, and then entering step S318;

step S318, judging whether the identity card or the voting card of the voter is recorded into the system, if so, entering step S319, otherwise, returning to step S315;

step S319, judging whether the identity card or the voting card held by the voter has cast a vote or not, if so, returning to step S315, otherwise, entering step S320;

step S320, voting selection is carried out, and then the step S321 is carried out;

step S321, selecting whether to select another person, namely selecting persons except the designated candidate, if so, entering step S325, otherwise, entering step S322;

step S322, selecting a candidate, and then entering step S324;

step S323, selecting other candidates which are not the appointed candidate, and then entering step S324;

step S324, judging whether the selection is finished, if so, entering step S325, otherwise, returning to step S320;

step S325, uploading the voting information to a server, and then entering step S326;

step S326, determining whether the uploading is successful, if so, returning to step S302, otherwise, returning to step S320;

step S327, which is an end step of the voting process.

And step S4, counting the voting results and displaying the voting results. In the step, the server collects voting metadata, acquires the types of the votes selected when the voting event is created, loads a vote counting algorithm according to the vote counting rule of the votes in the voting case through the types of the votes, aggregates the voting metadata to generate counting data (converts the number of votes of the villagers into a data format convenient for calculation), generates list data according to the vote counting algorithm and the counting data, and displays and publishes the list data. The specific program flow is shown in fig. 7, and includes the following specific steps:

step S400, which is the starting step of voting result statistics, and the process goes to step S401;

step S401, collecting voting metadata, and then entering step S402;

step S402, judging whether voting statistics is carried out, if so, entering step S403, and if not, returning to step S401;

step S403, locking voting data, no longer allowing voting, and then entering step S404;

step S404, obtaining the selected ticket sample category when the voting event is created, and then entering step S405;

step S405, a vote counting algorithm is loaded through the selected vote types when the voting event is created, and then the step S406 is carried out;

step S406, aggregating the voting metadata to generate counting data, and then entering step S407;

step S407, generating list data through a ticket counting algorithm and counting data, displaying and publishing, and then entering step S408;

step S408, which is an end step of voting result statistics.

The embodiment can ensure the authenticity and the fairness of the election voting, effectively avoid the conflict caused by unfairness of the voting, ensure that the voting activities can be carried out smoothly and orderly, greatly reduce the workload of workers, improve the voting and counting efficiency and save the time.

The present invention is not limited to the above-described embodiments, and those skilled in the art will be able to make various modifications without creative efforts from the above-described conception, and fall within the scope of the present invention.

Claims

1. The voting system is characterized by comprising a server and a plurality of voting machines, wherein the voting machines are in communication connection with the server.

2. An election voting system according to claim 1, wherein the server comprises a storage module, a vote data module, a vote judgment module and a voter identity information generation module.

3. An election voting system according to claim 1, wherein the voting machine comprises an identity module and a display device.

4. An election voting system according to claim 1, wherein the voting machine is connected in wired communication with the server.

5. An election voting system according to claim 4, wherein the communication protocol between the voting machine and the server is the HTTP protocol.

6. The voting method is characterized by comprising the following steps:

s1, inputting the voter information into the system;

s2, creating a vote;

s3, voting by the voter on the voting machine;

and S4, counting the voting results and displaying the voting results.

7. An election voting method according to claim 6, wherein in the step S1, information is entered by means of identification card recognition or EXCEL form batch entry.

8. An election voting system according to claim 6, wherein in said step S2, voting events are created; determining whether the voting is carried out by sea election, and if the voting is carried out by sea election, adding sea election information, candidate information and agent voter information; and if the sea election is not carried out, the information of the candidate and the information of the agent voter are added.

9. An election voting system according to claim 6, wherein in step S3, if the votes are voted by the voter, the voting interface is entered, if the voter is voted by the voter, the voting interface is entered, and after the voter enters the voting interface or the voting interface, the identity card or the voting card of the voter is identified, and if the voter' S identity card or the voting card is not entered into the system or has voted, the voter cannot be voted; if the voter's ID card or the substitute voting ticket is recorded into the system and no vote is cast, the voter can vote, and the voting information is uploaded to the server after the voting is finished.

10. An election voting system according to claim 6, wherein in the step S4, voting metadata is collected, a kind of the vote selected when the vote is created is acquired, a vote counting algorithm is loaded through the kind of the vote, the voting metadata is aggregated to generate count data, a list data is generated through the vote counting algorithm and the count data, and the voting result is presented.