KR102549184B1 - Vote system and method using punching device - Google Patents

Abstract

The present invention relates to a voting system using a punching machine designed to facilitate a voting process in consideration of the validity of ballot papers and the prevention of duplication, the ease of counting, and the ease of recount and to a voting method. In the voting system, a ballot paper detection camera (550) that detects the authenticity and voting information of the ballot papers is installed on a detection camera attachment plate (542) formed on a detection camera support unit (540) and a candidate number display plate (544) installed in a vertical direction of the detection camera attachment plate (542) is formed such that a candidate number (545) of the voting information of the detected ballot papers can be displayed. In addition, when a punching machine rod (531) lowered by a candidate number punching machine (530) cuts the ballot papers, and at the same time, is passed through the punching machine rod detection sensor attachment plate lowering hole (572) by a punching machine rod detection sensor (573) formed on a circumference of the punching machine rod detection sensor attachment plate lowering hole (572), the candidate number (545) recognized and expressed by the ballot paper detection camera (550) is transmitted to a central processing unit (CPU) and counted for each candidate. In addition, the present invention has the effect of preventing program manipulation in a vote accumulation process in advance by storing a final voting result on a USB such that each political party can confirm and store the final voting result.

Description

Voting system and method using punching device {Vote system and method using punching device}

The present invention relates to a voting system and voting method using a punching machine, and more particularly, to a voting system using a punching machine configured to facilitate the voting process by considering the validity of ballot papers, prevention of redundancy, ease of counting, and ease of recounting and how to vote.

As a conventional voting-related patent application invention, the invention voting device 100 in Korean Patent Publication No. 10-2009-0127775 (Name: Voting device and voting method using the same) inputs the mark of the place where voting is supervised or supervised in advance. A voting representative display input unit 110 is provided so as to be able to do so. This is to provide a voting manager's confirmation mark to a voting record means issued through a voting device such as a voting record sheet, where a voting manager is generally required for smooth voting and public confidence in a place where voting is conducted.

And, it is preferable that the voting manager display input unit 110 is also composed of a scan module like the voter identification input unit 140 .

In this case, the scan module for identifying the voter may not be configured separately, but may be used as a device for inputting the display in charge of voting.

The information input through the voting manager display input unit 110 may be the type of voting, the place where the election is managed, and the fingerprint or seal of the person in charge of the corresponding ballot.

And, the conventional voting apparatus is configured to include a voting recording means issuing unit 160 for issuing voting recording means such as voting records or smart cards to voters whose identities have been confirmed.

In this case, when the voting recording means forms a form of voting recording paper such as paper, a printing unit 190 is provided so that predetermined voting data can be printed. The print unit 190 will form a cartridge containing a predetermined amount of ink, and will be placed inside the case at an appropriate position around the ballot paper.

Referring to the prior drawings, in the conventional voting device 100, first, a main server 200 is provided in an externally spaced place to store a plurality of voter information and voting-related information.

And, the main server 200 and the voting device 100 of the present invention are connected wired or wirelessly. In this case, a plurality of voting devices 100 can be connected to the main server 200 at the same time, and the plurality of voting devices 100 can also be installed in places spaced apart from each other.

In addition, the main server 200 stores personal information such as the voter's name and resident registration number and the ballot to vote in advance, and also stores various voting-related data related to the content and type of voting, candidates and candidates by region. do.

The main server 200 consists of a voter information database 210 in which voter information is stored and a voting information database 220 in which various voting-related data such as voting and candidate information and voter information are stored. It consists of

In addition, the conventional voting device 100 includes a case (170: see FIG. 1) forming the appearance, a display unit 120 provided in the case 170 to display predetermined data, and the voting device 100 of the present invention It consists of a control unit 130 for manipulating.

Here, the display unit 120 forms a kind of monitor screen, and the control unit may be configured in a keyboard type or a touch screen type in which the control unit itself is directly touched and operated.

In general, it is preferable that the display unit 120 also be configured in a touch screen manner in which characters or pictures are displayed on the screen and the displayed pictures or characters are directly touched and operated.

On the other hand, the conventional voting device is provided with a control unit 101 that is connected to the main server 200 provided on the outside in a wired or wireless manner, controls various operations of the voting device, and stores various data. Here, the control unit 101 will be connected to the main server 200 wired or wirelessly.

In addition, in order to check whether the voter information stored in the main server 200 matches the voting-related information, the voting apparatus 100 of the present invention has a voter identification input unit (140: FIG. 1 reference) is provided.

Furthermore, it is more preferable that the scan module for identifying the voter is configured with an optical character reading device to be able to recognize a device composed of characters such as a resident registration card. Of course, a method of scanning the voter's fingerprint and comparing the voter's identity with the main server 200 can also be used.

However, in the case of the prior invention, the voter's identity is confirmed from the main server and the voting device is related to electronically issuing a voting record means such as a vote record sheet, but all components are electronically recognized or recorded. However, there was a problem in that the voting result could not but be questioned by hacking or program manipulation in its electronic configuration.

In addition, since voter information can only be checked and operated when the voter information of the new system is used, if it is opened, the information of the exclusive holder of the Republic of Korea may be hacked. I had this difficult problem.

Moreover, a troublesome problem arises in the manual voting process in which the voting process is performed electronically only when the voter's confirmation mark is input to the scan unit so that the voter's confirmation mark is displayed on the voting record means.

The present invention was created to improve the above problems, and the voter's identification from the main server enables the security of the voter to be maintained in the conventional way, while issuing the ballot paper, and online and offline methods with secret voting and accurate voting. The purpose is to make it possible to manipulate any one of them simultaneously so that the results of voting cannot be questioned by program manipulation.

In addition, while maintaining the previous election management system, by improving only the voting method of voting offline, the voting device is simple (simple device), there are no errors in voting (accuracy of the act of marking), and illegal voting is prevented. Improving the lower part of the ballot box into a transparent ballot box so that participants can check it (transparency of the pre-voting box), thoroughly storing the ballot box after voting to prevent fraudulent acts of recounting (blocking recounting fraudulent elections), and easy storage of various tools To make it easy to store for use in student representative elections and local elections at any time (easiness to store voting equipment), and to delay the counting period or eliminate public opinion polls after voting by each broadcasting station, the economics (money and time) of the voting process are improved. Its purpose is to provide

In addition, ballot papers are provided with non-votes designated at random on the day to prevent fraudulent elections in advance, and a computer system that recognizes the number of candidates and punches identification numbers while cumulatively counting punching numbers, thereby reducing the number of votes counted. Its purpose is to provide speed as well as accuracy.

In addition, the purpose is to provide practical improvement by maintaining the current security status of the registered holder of exclusive right in the Republic of Korea and technically simply improving it with the National Election Commission and others.

Moreover, even if the voter identification mark is not displayed on the voting record means, the camera can display and confirm the candidate's selection number, and punching after detecting the number is possible, and it is possible to check whether there is one ballot paper, so that one person can Its purpose is to provide prior monitoring to prevent ballots from being used.

In addition, the purpose is to prevent program manipulation in the voting accumulation process in advance by storing the final voting results in USB so that each political party can store them after checking them.

In the present invention, the voting system 500 includes a voting equipment distributing plate 510 and a candidate number punching machine 530, a detection camera support 540, a ballot paper detection camera 550, a punch rod detection sensor mechanism 570, a ballot It is made of paper 580, and the voting equipment disposition board 510 is formed in a “b” shape with a voting front board 511 and a ballot paper lifting board 512, and the central part of the voting front board 511 The punching machine support 515 formed in the punch rod guide ball 535 and the punch press ball spring 533 capable of receiving the elastic force so that the punch rod 531 of the candidate number punching machine 530 can operate A ballot paper detection camera 550 is installed on the detection camera attachment plate 542 formed on the detection camera support unit 540 to detect authenticity and voting information of the ballot paper, and the detection camera attachment plate 542 The candidate number display plate 544 installed in the vertical direction of the is formed so that the candidate number 545 of the voting information of the detected ballot paper can be expressed, and the puncher rod 531 lowered by the candidate number puncher 530 At the same time as cutting the ballot paper, when passing through the plate lowering hole 572 with the puncher load detection sensor by the puncher rod detection sensor 573 formed around the plate lowering hole 572 with the puncher rod detection sensor is a voting system using a punching machine characterized in that the voting paper detection camera 550 recognizes and transmits the expressed candidate number 545 to the control unit (CPU) and counts each candidate.

In the present invention, it is a voting system using a punching machine, characterized in that a blue display lamp 534 operated by a control unit (CPU) is further formed around the punching machine support 515.

In the present invention, the ballot paper seating detection sensor unit 551 in contact with the ballot paper seating groove 582 of the ballot paper is further formed on the front of the candidate number 545 punched by the candidate number punching machine 530 It is a voting system using a punching machine.

In the present invention, it is a voting system using a punching machine, characterized in that a ballot paper number verification camera 560 for authenticating whether or not there is one ballot paper is further formed on one side of the ballot paper lifting board 512.

The present invention, first, the on step of turning on the voting system forming the voting device (S1000); After the on step (S1000), an election management computer program operation step (S1100) of operating a program of the election management computer; After the operation of the election management computer program (S1100), the control unit guides the voting method by voice (S1200); After the voting method voice guidance step (S1200), whether the ballot paper is in contact with the ballot paper seating detection sensor unit 551 in the ballot paper seating groove 582 of the ballot or ballot paper, or whether the display specifications of the ballot paper are normal Ballot normality determination step of determining the (S1300); After the ballot paper normality determination step (S1300), the control unit determines whether the ballot paper detection camera 550 can accurately recognize the candidate number of the ballot paper candidate number detection determination step (S1400); After the candidate number detection and determination step (S1400), the control unit displays the candidate number 545 on the candidate number display panel 544 when the voting system 500 accurately detects the selected candidate number. Step (S1500); After the selection candidate number recognition display unit displaying step (S1500), the control unit punching completion detection determination step (S1800) of determining whether the punching rod detection sensor 573 of the punching rod detection sensor mechanism 570 has detected punching completion ; After the punching completion detection and determination step (S1800), the control unit aggregates and displays the cumulative total information on the voting status display board installed in the voting table, and counts the cumulative total information by polling station (by device) Voting status expression and cumulative total information counting step (S1900); After the voting status display and cumulative information counting step (S1900), the control unit counts the cumulative total information for each polling station (by device) and transmits the cumulative voting status information to the central election commissioner (S2000); After the voting status cumulative information transmission step (S2000), the control unit displays the voting status cumulative information to the display unit of the National Election Commission (S2100); After the voting status cumulative information display step (S2100), a voting status ending step (S2200) of ending the voting management status; is a voting method using a punching machine characterized in that.

In the present invention, after the selection candidate number recognition display unit expression step (S1500), the control unit determines whether there is only one ballot paper in the ballot paper number verification camera 560 (S1600); After the one ballot paper determination step (S1600), the control unit determines whether there is only one ballot paper in the punch machine load detection sensor 573 of the punch machine load detection sensor mechanism 570, and the blue color of the punching machine support 515 Voting possible blue display step (S1700) of expressing blue light on the display lamp 534; a voting method using a punching machine characterized in that it further has.

As described above, the present invention has the effect of eliminating confusion by issuing ballot papers while maintaining security in the voter's identity verification from the main server in the conventional way, and any online and offline methods with secret voting and accurate voting. Even one can be manipulated, so there is an effect that the result of the vote cannot be questioned by program manipulation.

In addition, while maintaining the previous election management system, by improving only the voting method of voting offline, the voting device recognizes the number and uses only punching that is punctured, so it is simple (simple device), and there is no error in voting (marking Accuracy of actions), and by forming a transparent ballot box so that participants can check to prevent fraudulent voting, it has the effect of preventing the inflow of early ballots (transparency of early ballot boxes), and each party locks the storage of ballot boxes after voting By installing, it has the effect of thoroughly blocking fraudulent acts of recounting (recounting fraudulent election blocking), and it is easy to store various tools so that they can be used in student representative elections and local elections at any time. It has the effect of easy storage (easy storage of voting equipment), and the effect of eliminating public opinion polls (economics of the voting process) (money, time) by delaying the counting time or allowing online vote counting after voting by each broadcaster will be.

In addition, ballot papers are provided with non-votes designated at random on the day to prevent fraudulent elections in advance, and a computer system that recognizes the number of candidates and punches identification numbers while cumulatively counting punching numbers, thereby reducing the number of votes counted. It has the effect of achieving speed as well as accuracy.

In addition, there is an effect of practical improvement by maintaining the current security status of the registered holder of exclusive right in the Republic of Korea and technically simply improving it with the National Election Commission and others.

Moreover, even if the voter identification mark is not displayed on the voting record means, the camera can display and confirm the candidate's selection number, and punching after detecting the number is possible, and it is possible to check whether there is one ballot paper, so that one person can It has the effect of pre-monitoring to prevent the use of ballot papers.

In addition, the final voting results are saved in USB so that each political party can check and store them, which has the effect of blocking program manipulation in the process of counting votes in advance.

1 is an external perspective view showing an embodiment of a conventional voting device
2 is a block diagram schematically showing a state in which a conventional voting apparatus is connected to a main server;
3 is a block diagram showing the main components constituting the conventional voting apparatus and the relationship with the main server;
Figure 4 is a schematic perspective view showing the configuration of the main voting system forming the voting device of the present invention
Figure 5 is a schematic perspective view of a state in which the USB case is detached from the main voting system forming the voting device of the present invention
Figure 6 is a schematic perspective view of the state in which the ballot paper is removed from Figure 5
Figure 7 is a schematic perspective view showing a candidate number puncher rod and detection sensor mechanism forming the voting device of the present invention
Figure 8 is a schematic exploded perspective view showing a candidate number puncher rod and detection sensor mechanism forming the voting device of the present invention
Figure 9 is a schematic perspective view from the front showing a ballot box case forming the voting device of the present invention
Figure 10 is a schematic perspective view from the rear showing a ballot box case forming the voting device of the present invention
Figure 11 is a schematic perspective view of disposing the ballot paper from the back showing the ballot box case forming the voting device of the present invention
12 is a schematic plan view of the ballot paper of the present invention as a whole
13 is a schematic plan view of a state in which the ballot seating groove is removed from the ballot paper in FIG. 12
14 is a schematic plan view of a state in which non-tick boxes selected on the same day are removed from the ballot paper in FIG. 12
Figure 15 is a schematic plan view of a state in which the ballot box in Figure 12 is removed
16 is a schematic plan view showing the form in which the non-vote selected on the day of the ballot paper in FIG. 12 is printed in the same way as the candidate number display box on the back of the ballot paper
17 is a schematic plan view showing a representative form of a non-vote selected on the same day among the ballot papers in FIG. 12
18 is a block diagram showing the configuration of the main voting system forming the voting device of the present invention
19 is a sequence diagram showing the operation of the main voting system forming the voting device of the present invention
20 and 21 are schematic perspective views of the ballot box used in the voting device of the present invention

Hereinafter, an embodiment of a voting system using a punching machine according to the present invention will be described with reference to the accompanying drawings. In this process, the thickness of lines or the size of components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or operator. Therefore, definitions of these terms will have to be made based on the content throughout this specification.

The voting system 500 of the present invention will be described.

Figure 4 is a schematic perspective view showing the configuration of the main voting system forming the voting device of the present invention, Figure 5 is a schematic perspective view of a state in which the USB case is detached from the main voting system forming the voting device of the present invention, Figure 6 is a schematic perspective view of a state in which the ballot paper is removed in FIG. 5, and FIG. 7 is a schematic perspective view showing the candidate number puncher rod and detection sensor mechanism forming the voting device of the present invention, and FIG. 8 forms the voting device of the present invention. It is a schematic exploded perspective view showing a candidate number puncher rod and a detection sensor mechanism.

First of all, the voting system 500 includes a voting facility distributing board 510, a voting facility device 520, a candidate number punching machine 530, a detection camera support unit 540, a ballot paper detection camera 550, a ballot paper number verification camera ( 560), a punch rod detection sensor mechanism 570, and ballot paper 580.

The voting equipment disposition plate 510 includes a voting front plate 511, a ballot paper board 512, a USB case 513, a candidate guide cover 514, a punching machine support 515, a ballot paper input port opening ( 516), a voting number cutting blade 517, and a cutting blade through hole 518, and the voting front plate 511 includes a candidate number punching machine 530, which is the main part of the present invention, a detection camera support unit 540, a voting A paper detection camera 550 is installed in the center, and a voting equipment 520 is installed on the right side.

In addition, a candidate guide sign 514 may be installed on the left side.

The ballot paper lifting board 512 has a ballot paper number verification camera 560 on the right side and a punch rod detection sensor device 570 (see FIGS. 7 and 8) in the center, and a ballot paper 580 at the top. and to vote on the candidate's number.

In addition, a USB case 513 is installed on one side of the ballot paper board 512 so that the USB 526 can be attached and detached.

In addition, a camera for verifying the number of ballot papers 560 is installed to monitor whether the ballot papers are placed one by one.

The USB case 513 is an auxiliary device connecting part for connecting a device such as USB, and it is preferable to flexibly input external data to the control unit of the voting device according to circumstances.

Alternatively, a USB 526 connection may be provided, and an auxiliary device such as USB may be connected to the auxiliary device connection so that important information may be flexibly stored in the control unit of the voting device at each election.

Other devices necessary for the operation of the voting device, such as a printer, may be connected to the USB connection part.

In addition, it is preferable to check the status of voting in the presence of each political party at the end of voting in the USB 526, provide the voting status to each political party, and store the voting status.

The candidate information sign 514 is an information board through which voters can identify candidates.

The punching device support 515 supports the puncher pusher spring 533 so that the candidate number puncher 530 can operate, and forms a blue indicator lamp 534 as a voteable display.

The ballot paper inlet opening 516 is an open groove that allows the ballot paper inlet 623 of the ballot box case to be formed at the lower end.

The voting number cutting blade 517 is formed of a round blade for cutting the number of the ballot paper.

The cutting blade through hole 518 is a through hole through which the voting number cutting blade 517 of the punch rod 531 passes through, and the punch rod detection sensor attached plate lowering hole 572 of the punch rod detection sensor mechanism 570 ) is formed to match.

The voting equipment 520 is formed of a control unit (CPU) 521, an automatic punch switch 522, an information speaker 523, an emergency red light 524, an emergency bell switch 525, and a USB 526. has been

The controller (CPU) 521 is a controller that controls the configuration of the entire device.

The automatic punch switch 522 is an automatic punch switch that enables electronic punching instead of the candidate number punch press 532 of the candidate number puncher 530 after the ballot paper is seated.

The guide speech 523 is a speech that explains the voting procedure or the operating state of each device by voice.

The emergency red indicator light 524 is an indicator using an emergency bell that is displayed when there is an illegal vote or a device error occurs.

The emergency bell switch 525 is an emergency bell used when a voter calls an observer.

The USB 526 is a USB that enables each political party to store the voting status.

The candidate number punching machine 530 includes a punch rod 531, a candidate number punch presser 532, a punch presser spring 533, a blue indicator lamp 534, a punch rod guide ball 535, It is formed of an electronic solenoid 537.

The puncher rod 531 is a support shaft of the candidate number puncher 530 and is formed to punch ballot papers by the pressing operation of the candidate number puncher pressing sphere 532.

The candidate number punch press 532 is formed to enable voting when blue light is on from the blue indicator lamp 534 of the punching machine support 515.

The punch presser spring 533 is formed on the upper part of the punching machine support 515 so that it can be released after being punched into the ballot according to the operation of the candidate number puncher presser 532.

The blue indicator lamp 534 is formed as a blue indicator light indicating that it is normal when the voting process is completed.

The punch rod guide hole 535 is formed as a through hole to guide the punch rod 531 of the punching device support 515 .

The electronic solenoid 537 is formed as a solenoid system in which the punch rod 531 of the candidate number punching machine 530 operates according to the switch operation of the automatic punch switch 522.

The detection camera support part 540 is formed of a detection camera support 541, a detection camera attachment plate 542, a detection camera support alternative fastening bolt 543, a candidate number display plate 544, and a candidate number 545. A paper detection camera 550 is formed to detect and count the selected candidates of the ballot paper 580 at the top of the detection camera attachment plate 542.

The detection camera support 541 is connected to the detection camera attachment plate 542 to install the ballot detection camera 550, and form a candidate number display plate 544 at the end to express the candidate number 545. is formed so that

The detection camera attachment plate 542 is formed so that the ballot paper detection camera 550 can be mounted so that the candidate number of the ballot can be photographed.

The detection camera support replacement fastening bolt 543 is a fastening means for installing the detection camera support 540 to the voting front plate 511.

The candidate number display plate 544 is formed by being bent vertically to display the number of the candidate selected by the voter in front of the voting front panel 511 .

The candidate number 545 is an electronic number in which the number of the candidate selected by the voter is expressed, and is formed to disappear after being counted in the control unit after punching by the voter.

The ballot paper detection camera 550 detects the number of the selected candidate by photographing the ballot paper. It is formed to recognize the mark of the ballot paper and the display standard of the ballot paper.

The ballot seating detection sensor unit 551 is formed of a sensor that detects whether the ballot paper seating groove 582 of the ballot paper 580 is accurately seated.

The ballot paper number verification camera 560 detects whether there is one ballot paper 580, and when multiple ballot papers are detected, the emergency bell light is turned on with the emergency red light 524 so that the observer can check is formed

The punch machine load detection sensor mechanism 570 is installed at the bottom of the ballot paper lifting board 512, and the punch machine load detection sensor mechanism 570 is a punch machine at the center of the punch machine load detection sensor attachment plate 571. As the plate lowering hole 572 with the load detection sensor is formed, the puncher rod detection sensor 573 is formed around the plate lowering hole 572 with the puncher load detection sensor, so that the puncher rod 531 of the punching machine When passing through the plate lowering hole 572 with a puncher rod detection sensor, the number recognized by the ballot paper detection camera 550 is transmitted to the control unit (CPU) 521 and counted.

In addition, the candidate number is written on the front side of the voting number punching operation 574, and the same type of no-voice as the front side is displayed on the back side, so that the no-mark display punching piece 574a is displayed with the no-vote. It will be possible to sort out fraudulent votes with respect.

The cut piece of voting number is placed in the voting number piece collection box 575 and discarded.

Next, a state in which the above-described voting system 500 can be applied to the ballot box case will be described.

Figure 9 is a schematic perspective view from the front showing a ballot box case forming the voting apparatus of the present invention, Figure 10 is a schematic perspective view from the rear showing a ballot box case forming the voting apparatus of the present invention, Figure 11 is a perspective view of the present invention It is a schematic perspective view of arranging ballot papers from the back side showing a ballot box case forming a voting device.

The ballot box case 600 is formed of an upper case 610 and a lower case 620 of the ballot box.

An opaque side cover plate 611 and an opaque front cover plate 612 are formed in the upper case 610 of the ballot box, a ballot paper inlet 623 is formed on the front of the voter, and the voting system 500 is installed. In this case, a punching descending hole 624 through which the punch rod 531 of the punching machine can pass is formed.

The ballot box lower case 620 is formed of a lower transparent glass plate case 621 and an upper opaque case 622, but the lower transparent glass plate case 621 is made of transparent glass so that an observer can confirm that it is an empty ballot box case in advance. By doing so, it can produce an effect of fundamentally blocking illegal elections.

In addition, a voting status display board 630 is installed on the front of the lower case 620 of the ballot box so that it can be confirmed that the number of voters is accumulated and the count is counted one by one, thereby creating an effect of fundamentally blocking fraudulent elections. there is.

Non-explanatory numerals 640, 650, and 660 denote the placement of a voting place, an observer's seat, and a monitor.

The following is an explanation of the ballot paper.

12 is a schematic plan view of the ballot paper of the present invention as a whole, and FIG. 13 is a schematic plan view of a state in which the ballot seating groove is removed from the ballot paper in FIG. 12, and FIG. 14 is selected from among the ballot papers in FIG. 15 is a schematic plan view of a state in which the non-ticket box is removed, and FIG. 15 is a schematic plan view of a state in which the voting box is removed from the ballot paper in FIG. 12, and FIG. It is a schematic plan view showing the same printed form as the candidate number display column in FIG. 17 is a schematic plan view showing a representative form of a non-vote selected on the same day among the ballot papers in FIG. 12.

The ballot paper 580 includes a surface of the ballot paper 581, a ballot paper seating groove 582, a ballot paper ticket 583, a candidate registration number 584, a ballot book 585, a candidate belonging display unit 586, It is formed of a candidate name 587 and a ballot entry direction mark 588.

On the front of the ballot paper surface 581, a ballot paper seating groove 582 seated in the ballot paper seating detection sensor unit 551 is formed, and after that, a ballot paper ticket 583 is formed sequentially or selectively to vote. A ballot ticket 583 selected on the date is formed, then the candidate registration number 584 is displayed, and then a ballot book 585, which is a seal to vote on the day, is formed. has been

Next, it is formed with a party display unit 586 belonging to each political party and a candidate name 587 displaying the candidate name.

The main recognition matters are illustrated in an exemplary form so that the Election Commission can selectively utilize them.

In addition, a folding line 589 that can be folded about three times is formed on the ballot paper.

The following describes the no-vote displayed on the ballot paper.

As shown in the drawing, the nominee is formed in front of the candidate registration number 584 so that no matter which candidate is selected at a position that the voting system 500 can detect, the form of the novo is identically formed. has been

In addition, as shown in FIG. 16, the ticket selected on the same day among the ballot papers in FIG. 12 can be printed in the same way as the candidate number display field on the back of the ballot paper, and the ticket is also printed on the back of the number of the punched candidate. Since it is shown, it is possible to count only with the number (symbol) when checking the number of teeth during the later inspection, and at this time, if you check whether or not a ticket is formed on the back to prevent fraudulent elections, there is a method that cannot promote fraudulent eviction It will be.

The following describes a block diagram of processing means in which the voting system 500 of the present invention operates.

18 is a block diagram showing the configuration of the main voting system forming the voting device of the present invention, and FIG. 19 is a sequence diagram showing the operation of the main voting system forming the voting device of the present invention.

The control unit 1000 of the present invention includes a ballot ticket and home contact, display standard recognition processing unit 1100, candidate number recognition processing unit 1200, ballot thickness detection unit 1300, punch operation detection processing unit 1400, voice Sending unit (1 voting system (500)), frit unit (1 ballot box case (600)), error detection display unit (1700), selection candidate digit number display unit (1800), voting table cumulative information display unit (1900), punch operation possible It is formed of a display unit 2000, a USB income expression status processing unit 2100, a cumulative sum counter by number 2200, and a D/B 2300.

The ballot ticket, home contact, display standard recognition processing unit 1100 checks the ballot ticket in the ballot paper detection camera 550 of the candidate number punching machine 530 and compares it with the ticket stored in the D/B 2300. In addition, the ballot paper seating groove 582 of the ballot paper and the seating home contact of the ballot paper seating detection sensor unit 551 are also detected by the ballot paper detection camera 550 to determine the degree of direct contact or the ballot seating detection sensor unit 551 ), and it functions to detect and determine whether the display standard of the ballot paper is normal or not.

The candidate number recognition processing unit 1200 functions to display the candidate number 545 on the candidate number display board 544 by recognizing the ballot paper as it is written in the ballot paper detection camera 550 of the candidate number punching machine 530. .

The ballot paper thickness detection unit 1300 detects the side of the ballot paper 580 in the ballot paper number verification camera 560 to detect and determine whether it is one sheet.

The punch operation detection processing unit 1400 operates the candidate number punching machine 530 by the signal of the blue display lamp 534 of the detection camera support unit 540, and the punch machine load detection sensor of the punch machine load detection sensor mechanism 570 ( 573) performs a function of judging the accumulated count according to the identification number so that it can be aggregated.

The voice transmission unit 1500 serves to guide the voting order and error occurrence through the guide speaker 523 when the voter is recognized.

The frit unit 1600 serves to print the ballot paper on the same day.

The error detection display unit 1700 detects the ballot no-mark and home contact, the occurrence of an error in the display standard recognition processing unit 1100, an error in detecting a candidate number, an error in determining one ballot paper, and an error in punching completion detection determination Guidance is provided by light or voice through the guide speaker 523 and the emergency red light 524.

The selection candidate digit number display unit 1800 detects the candidate selection number of the ballot paper detection camera 550 and displays the candidate number 545 on the candidate number display panel 544.

The ticket stand cumulative information display unit 1900 displays the total number of voters counted by the punch machine rod sensor 573 of the punch machine rod sensor device 570 on the voting status board of the ticket machine.

The punch operation possibility display unit 2000 judges the recognition process of the ballot paper detection camera 550 or / and the home contact of the ballot seat detection sensor unit 551 or / and determines whether it is one ballot paper If these are normal, it serves to emit blue light to the blue indicator lamp 534 of the punching machine support 515 until the voting is completed.

The USB voting status processing unit 2100 performs a function of counting real-time voting status, accumulating it in USB, and distributing it to each political party.

The cumulative total counter by number 2200 has a function of counting the real-time voting status, accumulating it in USB, and transmitting the cumulative total status to the National Election Commission.

The D/B (2300) has a function of storing each information so that information such as ballot ticket, home contact, display standard, etc. can be entered and, if there is newly input information, it can be compared and judged.

Next, the procedure of processing means in which the voting system 500 of the present invention operates will be described.

First, an on step of turning on a voting system forming a voting device (S1000);

After the on step (S1000), an election management computer program operation step (S1100) of operating a program of the election management computer;

After the operation of the election management computer program (S1100), the control unit guides the voting method by voice (S1200);

After the voting method voice guidance step (S1200), whether the ballot paper is in contact with the ballot paper seating detection sensor unit 551 in the ballot paper seating groove 582 of the ballot or ballot paper, or whether the display specifications of the ballot paper are normal Ballot normality determination step of determining the (S1300);

At this time, if the ballot paper normality determination step (S1300) is not executed, the RED signal expression step (S1310) of expressing the RED signal by the error detection display unit 1700 is executed.

After the ballot paper normality determination step (S1300), the control unit determines whether the ballot paper detection camera 550 can accurately recognize the candidate number of the ballot paper candidate number detection judgment step (S1400);

At this time, when the candidate number detection and determination step (S1400) is not executed, the RED signal display step (S1410) of displaying the RED signal by the error detection display unit 1700 is executed.

After the candidate number detection and determination step (S1400), the control unit displays the candidate number 545 on the candidate number display panel 544 when the voting system 500 accurately detects the selected candidate number. Step (S1500);

After the selection candidate number recognition display unit display step (S1500), the control unit determines whether there is only one ballot paper in the ballot paper number verification camera 560 (S1600);

At this time, if the one ballot paper determination step (S1600) is not executed, the RED signal expression step (S1610) of expressing the RED signal by the error detection display unit 1700 is executed.

After the one ballot paper determination step (S1600), the control unit judges whether there is only one ballot paper in the ballot paper number verification camera 560, and emits blue light to the blue indicator lamp 534 of the punching machine support 515 Voting available blue display step to express (S1700);

After the voting available blue display step (S1700), the control unit determines whether the punch rod detection sensor 573 of the punch rod detection sensor device 570 detects punching completion; a punching completion detection determination step (S1800);

At this time, if the punching completion detection and determination step (S1800) is not executed, the opportunity to start again with the voting possible blue display step (S1700) is given twice, but if there is a problem with management such as device failure, another spare device to give them a chance to vote again.

After the punching completion detection and determination step (S1800), the control unit aggregates and displays the accumulated information on the voting status display board installed on the voting table, counts the cumulative information for each polling station (by device), and displays an authentication image for each candidate Voting status expression and cumulative information counting step of classifying and storing (S1900);

After the voting status expression and cumulative information counting step (S1900), the control unit counts the accumulated information for each polling station (by device) and transmits it to the central election commissioner, fax transmission and sending the accumulated voting status information to be returned (S2000) ;

After the voting status cumulative information transmission step (S2000), the control unit displays the voting status cumulative information to the display unit of the National Election Commission (S2100);

After the voting status cumulative information displaying step (S2100), a voting status ending step (S2200) of terminating the voting management status;

It is a voting method using a punching machine, characterized in that consisting of.

Next, another embodiment of the ballot box will be described.

20 and 21 are schematic perspective views of the ballot box used in the voting device of the present invention.

As shown, the ballot box case 600 is formed of an upper lid 660 and a lower case 620 of the ballot box.

A ballot paper inlet 623 is formed on the upper lid 660 of the ballot box, and locking devices 670 are formed on the upper, lower, left and right sides.

The lower case 620 of the ballot box is formed of a lower transparent glass plate case 621 and an upper opaque case 622, but the lower case 620 of the ballot box has an upper and lower lower case so that it can be stacked one after another during storage Preferably, the lower transparent glass plate case 621 is made of transparent glass (acrylic) in a wholly or partially rectangular shape so that an observer can visually check the inside that it is an empty ballot box case in advance, thereby fundamentally blocking fraudulent elections can produce the effect of

In the case of the above ballot box, it is a separate storage box in which the ballot paper is directly inserted, and must be stored until the period of complaint and accusation of fraudulent voting is over for a certain period of time. Then, a structure was created to close the ballot input unit 623 when stored offline.

As shown, the upper lid 660 of the ballot box, which is the lid of the ballot box, and the lower case 620 of the ballot box, which is a whole body, are formed, and the upper lid 660 of the ballot box is formed with the ballot paper inlet 623, and the ballot paper Forming a ballot paper inlet square frame 661 at the top of the ballot box upper lid 660 so that it can be sealed or closed at the top of the inlet 623, and the ballot paper inlet closing plate 665 closing it, the inlet closing plate hinge ( 666) to be rotatably formed, and on the front of the ballot paper input square frame 661, a hook blade locking jaw 663 is formed at the upper end of the hook blade lock groove 662, and the front of the ballot paper input port closing plate 665 A lock mechanism receiving groove 667 is formed to form a lock mechanism.

The locking mechanism inserts a spring 668a into the elastic support shaft 668b inside the locking mechanism receiving groove 667 to receive elasticity, and forms an inclined portion 668d at the front end of the elastic support shaft 668b. When the locking blade 668c is formed and presses the ballot paper entrance closing plate 665, the locking blade 668c is formed on the locking blade locking jaw 663 formed in the locking blade locking groove 662 to the inclined portion 668d. It is advanced and caught by the spring elasticity of the elastic support shaft 668b while going down.

When the ballot paper inlet closing plate 665 is closed with this structure, it is difficult to reverse the upper elastic support shaft 668b from the outside, so that illegal ballot paper can be made impossible to enter during storage.

In the case of reusing it later, the locking device of the upper lid 660 of the ballot box is opened by agreement with the key key of each party, and then a separate larger opening forming plate including the ballot box opening is detachable, and then separated from the bottom The ballot paper input port closing plate 665 can be used by pushing the ballot support shaft, and the ballot paper input port closing plate 665 can be separated after cutting the hinge in another way to push the locking mechanism, When recycling, it is a method of bolting a new hinge part again, so that there is no problem with reuse, and this utilization method can be adopted in design.

In addition, the design for the arrangement of the locking device 670 formed on the upper, lower, left, and right sides is preferably manufactured by digging a groove in the outer rim of the ballot box according to the size of the locking device so that the locking device does not protrude so that it is completely inserted when the ballot box is stored.

So far, we have looked at the embodiments of the voting system and voting method using the punching machine for the present invention. Those skilled in the art to which the present invention pertains will be able to understand that the present invention can be implemented in a modified form without departing from the essential characteristics of the present invention. Therefore, the disclosed embodiments should be considered from an illustrative rather than a limiting point of view. The scope of the present invention is shown in the claims rather than the foregoing description, and all differences within the equivalent scope will be construed as being included in the present invention.

500; voting system
510: voting equipment distributing board
511: Voting front panel
512: ballot board
513: USB case
514: candidate information cover
515: punching machine support
516: ballot paper entrance opening
517: Voting number cutting blade
518: cutting blade through hole
520: voting equipment
521: control unit (CPU)
522: automatic punch switch
523: Guide Speak
524: emergency red light
525: emergency bell switch
526: USB
530: candidate number punching machine
540: detection camera support
550: ballot detection camera
560: Ballot number verification camera
570: punch machine rod detection sensor mechanism
580: ballot paper
581: ballot surface
582: ballot paper seating home
583: ballot ticket
584: candidate registration number
585: ballot book
586: candidate affiliation party display unit
587: candidate name
600: ballot box case
610: ballot box upper case
620: ballot box lower case
630: Voting status display board

Claims (6)

The voting system 500 includes a voting facility distributing plate 510 and a candidate number punching machine 530, a detection camera support 540, a ballot paper detection camera 550, a punch rod detection sensor mechanism 570, a ballot paper 580 ), consisting of
The voting equipment disposition plate 510 is formed of a ballot front plate 511 and a ballot paper lifting board 512 in an “L” shape, and a punching machine support 515 formed in the central portion of the voting front plate 511 Forms a punch rod guide ball 535 and a punch press ball spring 533 capable of receiving an elastic force so that the punch rod 531 of the candidate number punching machine 530 can operate, and the detection camera support unit A ballot paper detection camera 550 for detecting authenticity and voting information of the ballot paper is installed on the detection camera attachment plate 542 formed in 540, and a candidate number display plate installed in the vertical direction of the detection camera attachment plate 542. 544 is formed so that the candidate number 545 among the voting information of the detected ballot paper can be expressed, and the punch rod 531 lowered by the candidate number punching machine 530 cuts the ballot paper and at the same time When passing through the plate lowering hole 572 with a puncher rod detection sensor by the puncher rod detection sensor 573 formed around the plate lowering hole 572 with the puncher rod detection sensor, the ballot paper detection camera 550 Voting system using a punching machine, characterized in that the recognized and expressed candidate number 545 is transmitted to the control unit (CPU) and counted by candidate
According to claim 1,
A voting system using a punching machine, characterized in that a blue indicator lamp 534 operated by a control unit (CPU) is further formed around the punching machine support 515
According to claim 1,
A punching machine, characterized in that a ballot seating detection sensor unit 551 in contact with the ballot paper seating groove 582 of the ballot paper is further formed on the front of the candidate number 545 punched by the candidate number punching machine 530 voting system used
According to claim 1,
Voting system using a punching machine, characterized in that a ballot paper number verification camera 560 is further formed on one side of the ballot paper lifting board 512 to verify whether there is one ballot paper
First, an on step of turning on a voting system forming a voting device (S1000);
After the on step (S1000), an election management computer program operation step (S1100) of operating a program of the election management computer;
After the operation of the election management computer program (S1100), the control unit guides the voting method by voice (S1200);
After the voting method voice guidance step (S1200), whether the ballot paper is in contact with the ballot paper seating detection sensor unit 551 in the ballot paper seating groove 582 of the ballot or ballot paper, or whether the display specifications of the ballot paper are normal Ballot normality determination step of determining the (S1300);
After the ballot paper normality determination step (S1300), the control unit determines whether the ballot paper detection camera 550 can accurately recognize the candidate number of the ballot paper candidate number detection judgment step (S1400);
After the candidate number detection and determination step (S1400), the control unit displays the candidate number 545 on the candidate number display panel 544 when the voting system 500 accurately detects the selected candidate number. Step (S1500);
After the selection candidate number recognition display unit displaying step (S1500), the control unit punching completion detection determination step (S1800) of determining whether the punching rod detection sensor 573 of the punching rod detection sensor mechanism 570 has detected punching completion ;
After the punching completion detection and determination step (S1800), the control unit aggregates and displays the cumulative total information on the voting status display board installed in the voting table, and counts the cumulative total information by polling station (by device) Voting status expression and cumulative total information counting step (S1900);
After the voting status display and cumulative information counting step (S1900), the control unit counts the cumulative total information for each polling station (by device) and transmits the cumulative voting status information to the central election commissioner (S2000);
After the voting status cumulative information transmission step (S2000), the control unit displays the voting status cumulative information to the display unit of the National Election Commission (S2100);
After the voting status cumulative information display step (S2100), a voting status ending step (S2200) of ending the voting management status; Voting method using a punching machine, characterized in that
According to claim 5,
After the selection candidate number recognition display unit display step (S1500), the control unit determines whether there is only one ballot paper in the ballot paper number verification camera 560 (S1600);
After the one ballot paper determination step (S1600), the control unit determines whether there is only one ballot paper in the punch machine load detection sensor 573 of the punch machine load detection sensor mechanism 570, and the punching machine support 515 Voting possible blue display step (S1700) of expressing blue light on the blue display lamp 534; Voting method using a punching machine, characterized in that it further has

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