A mechanical exam paper cassette system that records code mismatch attempts with a location-specific permanent pattern.

Abstract

This invention relates to a mechanical examination paper cassette system that enables the cassette carrying the examination papers to be opened only at the opening station that matches the cassette code, and the attempt at code mismatch is recorded with a permanent physical pattern. The system comprises a cassette body, cassette cover, cover locking slide, opening station, station code plate containing code surfaces at the first and second heights, cassette code selector elements located at the first and second cassette code positions, station tracking pins that transmit the code states on the station code plate, code comparison swings that compare the station code with the cassette code, a verification lever, a registration print layout, a registration tape, a verification bar, a tape advancement mechanism, and an initial opening indicator. When the code states match, the verification grooves on the code comparison swings align with the movement path of the verification bar.When the code positions do not match, the corresponding code comparison swing rotates in the direction of the mismatch, preventing the movement of the verification bar and pushing the mismatch marker tip towards the registration strip. In the first movement of the verification arm, the registration printing mechanism presses the protruding marker tips onto the registration strip, creating a permanent mark at the mismatched code positions. In the next movement of the verification arm, the verification bar only passes through the verification grooves when all code positions match, and releases the cover locking slide. The return movement of the verification arm advances the registration strip to a new registration area. The system performs code comparison, registration creation, cover lock release, and registration strip advancement operations without using electrical energy.

Description

CODE MATCH ATTEMPT LOCATION-SPECIFIC PERMANENT MECHANICAL EXAM PAPER CASSETTE RECORDING WITH PATTERN SYSTEM 1. TECHNICAL FIELD This invention includes secure document transport systems, exam paper storage cassettes, and mechanical coding. verification mechanisms, station-matched lock systems, tamper logging mechanisms, It relates to access control systems that do not require energy and portable security tapes. The invention specifically includes the cassette body, cassette cover, and cover locking slide that carry the examination papers. the actuation station that accepts the cassette in the examination hall, the mechanical code of the actuation station The station code plate that forms the arrangement, the cassette code selector elements located on the cassette, Station tracking pins that transfer the code status of the station code plate into the cassette, station Code comparison that compares the states of the cassette code selector elements with the tracking pins. when all of the swings, code comparison swings are in the matching position The moving verification bar unlocks the lid lock in case of a code mismatch. blocking scheme, persistent pattern on the register ribbon for mismatched code locations The mechanical marking system, which records the data, records after each verification cycle. the tape advancement mechanism that advances the tape one recording step and the first authorized opening of the tape mechanical exam paper cassette containing an irreversible initial opening indicator showing It relates to the system. The system covered by the invention involves electrical energy, batteries, electronic memory, and wireless communication. It operates without using the unit and user identification data. The system is connected to the cassette opening station. When fully inserted, the station code and cassette code are mechanically transmitted. It compares the codes, keeps the lid closed when no code match occurs, and displays the mismatched code. They permanently mark their locations on the recording strip. 2. STATE OF KNOWLEDGE OF THE ART In the known state of the art, examination papers were packaged in paper envelopes, adhesive sealing strips, and plastic containers. The seal is carried in a numbered security tag, a lockable case, and a briefcase with a key. In these transport vehicles, whether the documents have been opened or not can be determined by torn seals, damaged labels, or altered documents. It is determined via 35 cap indicators. 1 5 These known means of transport indicate that the document container has been opened. However, the document container... It was attempted to be opened in the wrong exam room, and the room code was used for the attempt to open it. it was done and in which locations the room code did not match the cassette code It does not record. In the known state of the art, the key consisted of a cipher wheel, code card, punched plate, and movable pins. There are mechanical code locks that operate. These locks have multiple locking elements. When it reaches the correct position, the lock bolt's movement path opens. (Code elements) The lock bolt does not move if someone is left in the wrong position. In mechanical code locks, the comparison of correct and incorrect code states is well-known. However, attempting to open it with the wrong code results in mismatched code locations on the permanent registry. marking on it, completing the marking process before the lid lock is released. and technical integrity that advances the recording strip to a new recording area after each attempt It is not available. In the known state of the art, secure cassettes for money, valuables, and portable materials. There are systems that only activate when placed in a compatible station. Portable. When the cassette is connected to the station, the mechanical or electromechanical lock is released. Activation process when the wrong station, wrong cassette, or wrong ID situation occurs. It is being blocked. In some of these systems, the cassette ID is read electronically and the access process... It is recorded in electronic memory. Electronic recording systems use energy sources and processes. The unit utilizes electronic memory and communication components. In the system in question, code comparison, identifying incorrect code location, recording the attempt, recording tape The advancement and release of the lid lock operations are performed by mechanical elements. is being carried out. In the known state of the technology, the lock has colored indicators to show that it has been opened with a key, and There are mechanical recording systems that record key usage. These systems, This indicates that the lock has been opened with a specific key or that the locking mechanism has been moved. In these systems, the registration process occurs when the correct key moves the lock. Incorrect In the attempt that ended without unlocking due to the code, each mismatched code location was separate. It is not recorded in the marking area. 35. Under the known state of the art, opening-marked containers and safety devices that break on first opening. These structures contain features such as a breakable bridge, tearable tape, and snapping pins that can occur when the cover is opened. or the opening status becomes visible via a moving indicator. 2 5 Initial opening indicators detect an incorrect code attempt before the door is opened. It does not show at what code position the incorrect code attempt occurred. It does not create a defining, persistent recording pattern. In the known state of the art, drilling, embossing, notching and stamping. There are devices that create mechanical records on paper strips using these methods. In these devices, movable staples or print heads press against the recording medium. However, the recording Selection of the endpoints based on the mismatch direction of the code comparison elements and the same user In the next part of the operation, verification of lid unlocking is performed. It is not available. In the invention subject to the application, the station code and cassette code are compared separately at each code position. It is compared via the swing. Comparison swing at the matching code position. It remains in the verification position, the comparison swing is first in the mismatched code position. or it returns to the second mismatch position. The comparison swing returning to the non-match position corresponds to the relevant code position. extending the pointing tip towards the registration strip and the movement path of the verification bar It closes. The first movement section of the verification arm attaches the registration pressure plate to the registration strip. moving it correctly, the second movement section is the verification bar towards the cover lock. It moves. In case of code mismatch, the registration print plate shows the mismatched code positions on the registration strip. marking, the verification bar is stopped by the comparison swing and the cover The locking bolt remains in the closed position. Marking points in case of code matching. staying away from the recording strip, the verification bar comparison swings passing through the verification openings and opening the lid locking bolt. It brings. Therefore, the invention in question; is a coded lock alone, a door with an opening trace alone, alone The invention is not a mechanical recording device or a transport cassette that opens only at a compatible station. code comparison, recording mismatch location, blocking cover lock, authorization The functions of separately marking the opening and advancing the recording ribbon to a new recording area are combined in one package. It is an examination paper cassette system that performs a mechanical work cycle. 35 3. PURPOSE OF THE INVENTION The purpose of this invention is to enable the test paper cassette to be opened only at the opening station that matches the cassette code. The goal is to create a mechanical system that enables it to open. 3 5 Another purpose of the invention is to separate the station code and the cassette code mechanically at each code position. It is about comparing using a comparison element. Another purpose of the invention is to lock the lid when one of the code locations does not match. The goal is to prevent the slider from moving to the open position. Another purpose of the invention is to detect code mismatch attempts before the cover lock is opened, using the recording strip. to mark it permanently. Another purpose of the invention is to separate conflicting code locations into distinct record regions. The goal is to demonstrate and physically record the code mismatch pattern. Another purpose of the invention is to change the station code status from the cassette code status in the first direction or The second direction is to record the difference with separate marker positions. Another purpose of the invention is to display a mismatch signal on the recording strip when the code matches correctly. The goal is to prevent it from happening. Another purpose of the invention is to release the lid locking bolt upon correct code matching. The authorized opening signal must be created before release. Another purpose of the invention is to remove the unused recording strip after each verification attempt. The goal is to advance to the registration area. Another purpose of the invention is to reverse the movement of the recording strip outside the verification cycle. The goal is to prevent it. Another purpose of the invention is to prevent the recording strip from being removed without opening the cassette cover. Another purpose of the invention is verification before the cassette is fully seated in the opening station. The goal is to prevent the arm from moving. Another purpose of the invention is to record the data in the first movement section of the verification arm, then in the subsequent movement. The purpose is to perform unlock verification in the movement section. Another purpose of the invention is to reduce the force applied to the verification arm in case of incorrect coding. The aim is to prevent damage to the comparison elements by using a force limiting coupling. Another purpose of the invention is to create an irreversible mechanical opening of the cassette cover upon its first authorized opening. The goal is to make it visible using an indicator. Another purpose of the invention is code comparison, record creation, record advancement, and cover opening. The goal is to perform operations without using electrical energy. 35 4. EXPLANATION OF THE FIGURES No form is included in the application. 5. EXPLANATION OF REFERENCES IN THE FIGURES Since no figures are included in the application, a reference list is not provided. 4 5 6. DETAILED DESCRIPTION OF THE INVENTION 6.1 General structure 6.1.1 The invention records code mismatch attempts with a location-specific persistent pattern. It relates to the mechanical examination paper cassette system. 6.1.2 System; portable cassette, opening station, station code plate, cassette code selector bank, station tracking pin bank, code comparison swing bank, verification lever, two-stage motion transmission system, record printing system, record ribbon magazine, verification bar, cover locking mechanism, full position lock, lane advance The mechanism includes an authorized opening signaling system and an initial opening indicator. 6.1.3 Portable cassette, a device that carries and codes examination papers in a sealed container. It is the main transport unit that incorporates the comparison mechanism. 6.1.4 Deactivation station, fixed in the examination room and used to deactivate the portable cassette. It is a mechanical base structure that accepts the position. 6.1.5 Station code plate, mechanical code of the opening station, first and second It is the component formed by code surfaces consisting of elevation states. 6.1.6 The cassette code selector bank displays the cassette code corresponding to the station where the portable cassette will be opened. It is a group of constant selector elements formed by the first and second code states. 6.1.7 Station tracking pin bank, code surfaces on the station code plate altitude states to code comparison swings inside portable cassettes It is a group of movable pins that transmit signals. 6.1.8 Code comparison swing bank, position of each station tracking pin swings that compare the position of the corresponding cassette code selector element It is a group. 6.1.9 The verification lever is moved by the user and is used in the registration printing process. It is the control element that initiates the unlock verification sequentially. 6.1.10 Two-stage motion transmission system, the movement of the verification arm is first The cam transfers the data to the print layout in one stage, and then to the verification bar in the next stage. It is a sliding mechanism. 6.1.11 Record printing layout, code comparison in mismatched state It is a mechanical device that presses the marking ends of the swings against the registration tape. 35 6.1.12 Tape magazine, feed reel carrying unused tape, winding reel that collects the marked recording tape and marking the recording tape It is a unit consisting of strip guides that hold the track in place. 5 6.1.13 Verification bar, all code comparison swings match when in this position, the lid moves towards the locking mechanism. It is a verification element. 6.1.14 Cover locking mechanism, locking mechanism that holds the cassette cover in the closed position. It is a mechanical structure consisting of a bolt and a locking strike plate. 6.1.15 Full position lock, final positioning on portable cassette opening station a mechanical device that prevents the verification lever from moving when it does not reach its position. It is a security system. 6.1.16 Lane advancement mechanism, return of the verification lever to its starting position. It is a latch and claw mechanism that advances the recording strip one recording step at a time. 6.1.17 Authorized opening signaling scheme, when all code locations match and When the verification bar reaches the unlock position, a separate authorized person appears on the recording strip. It is a mechanical device that creates an opening signal. 6.1.18 The initial opening indicator returns on the first opening movement of the cassette cover. It is an indicator element that changes position in a non-rotational way. 6.2 Portable cassette 6.2.1 Portable cassette; cassette body, document compartment, cassette cover, cover hinge, front locking area, station entry opening, station guide channels, verification lever It includes a housing, a recording strip viewing window, and an internal service cover. 6.2.2 Cassette body, base surrounding the examination paper, opposite side walls, front It consists of a front wall and a back wall. 6.2.3 Document compartment, enclosed storage located between the cassette body and the cassette cover. It is the volume. 6.2.4 Cassette cover, closed position and open position around the cover hinge. It moves between them. 6.2.5 Front locking area, on the opposite edge of the cassette cover relative to the hinge. It is located. 6.2.6 The station entry opening is located on the underside of the cassette body and the opening station tracking plate inside the cassette body at the station It allows access to pin 35. 6.2.7 Station guide channels, only one entry to the opening station of the portable cassette. It ensures that it settles in that direction. 6 5 6.2.8 Verification arm housing, starting position and final movement of the verification arm It guides its movement between its locations. 6.2.9 Recording strip viewing window, the marked section of the recording strip This allows the cassette body to be seen from the outside. 6.2.10 The inner service cover closes the tape magazine and only the cassette cover. It is accessible when it is in the open position. 6.2.11 With the inner service cover in the closed position, the feed roller, winding roller and The recording tape cannot be removed from the cassette body. 6.3 Cassette cover 6.3.1 Cassette cover; cover panel, hinge connection area, first locking counterpart, second locking mechanism, first opening indicator channel and cover perimeter edge. It includes. 6.3.2 The cover panel closes the top opening of the document compartment. 6.3.3 The hinge attachment area rotates the cassette cover onto the cassette body. It connects. 6.3.4 The first and second locking counterparts, the front lock of the cassette cover It is located in the region. 6.3.5 With the cover locking bolt in the closed position, the first locking tongue is in the first position. In the locking mechanism, the second locking tongue enters the second locking mechanism. 6.3.6 The initial opening indicator channel is linear with the cover movement of the initial opening indicator. It enables displacement. 6.3.7 The cover edge, the top of the cassette body when the cassette cover is in the closed position. It surrounds the edge. 6.4 Lid locking mechanism 6.4.1 Lid locking mechanism; locking bolt, first locking tongue, second locking tongue, bolt guide, closing spring, verification bar contact surface and It includes a relocking cam. 6.4.2 The locking bolt moves linearly in the front locking area of ​​the cassette body. It equals 35. 6.4.3 The first and second locking tongues, the cassette of the locking bolt It is located on the part facing the cover. 6.4.4 The closing spring pushes the locking bolt towards the closed position. 7 5 6.4.5 Verification bar contact surface, opening from verification bar It transfers its movement to the locking bolt. 6.4.6 When the verification bar moves in the opening direction, the locking bolt Turning it off leaves the broadcast open. 6.4.7 When the locking bolt is in the open position, the first locking tab and the second The locking tab emerges from the locking counterparts on the cover. 6.4.8 The relocking cam contacts the edge of the cassette cover when the cover is closed. and moves the locking bolt to the temporarily open position. 6.4.9 When the cassette cover reaches the fully closed position, the closing spring locks the slide. It turns it off. 6.5 Opening station 6.5.1 Opening station; station base, cassette acceptance surface, first guide projection, second guide bar, station code plate slot, final position stopper, complete It includes a mounting pusher and mounting holes. 6.5.2 Station base, connecting the opening station to the fixed surface in the examination hall. It is the load-bearing section. 6.5.3 Cassette acceptance surface, where the portable cassette moves on the unloading station. It is the top surface. 6.5.4 The first guide rail and the second guide rail, the station on the cassette body. It enters the guide channels. 6.5.5 The first and second guide rails have different cross-sections. 6.5.6 Different sections require the portable cassette to be placed in the opening station in the opposite direction. It prevents. 6.5.7 Station code plate holder, for mounting the station code plate on the station base. It holds it in a fixed position. 6.5.8 Final stop switch, on the opening station of the portable cassette. It terminates the progress movement at the code transfer position. 6.5.9 When the full placement pusher reaches the portable cassette final placement stop It transmits movement to the full position lock inside the cassette. 35 6.5.10 Fixing holes for the opening station to be mounted on a table, wall bracket or fixed console. It provides the connection to the panel. Station code plate 8 5 6.6 6.6.1 Station code plate; plate body, first code surfaces, second code surfaces, The license plate includes a directional tab, a locking tab, and a license plate removal gap. 6.6.2 Plate body, code corresponding to the number of station tracking pins. They carry their locations. 6.6.3 Each code location has either a first code surface or a second code surface. 6.6.4 The first code surface is the first one that brings the station tracking pin to the first tracking position. It is located at a certain altitude. 6.6.5 The second code surface, the second that brings the station tracking pin to the second tracking position. It is located at a certain altitude. 6.6.6 The difference between the first and second elevations, code comparison. the amount of movement of the swing between its mating and non-maturing positions It constitutes. 6.6.7 Plate orientation projection, station code plate into the station code plate slot It simply ensures that it is positioned in the correct direction. 6.6.8 The plate locking tab locks the station code plate during use. It holds the plate in its housing. 6.6.9 Plate removal gap, station code plate during authorized maintenance procedure It allows for its removal from the station floor. 6.7 Cassette code selector bank 6.7.1 Cassette code selector bank; cassette code selector elements, primary selector slots, It includes secondary selector slots, a selector locking plate, and a service access cover. 6.7.2 Each cassette code selector element has the same code as the corresponding station track pin. It is located at this location. 6.7.3 Each cassette code selector element selects the first cassette code position or the second cassette code position. It is fixed in position. 6.7.4 The first selector slot, the cassette code selector element is in the first cassette code position. It holds. 6.7.5 The second selector slot positions the cassette code selector element at the second cassette code position. It costs 35. 6.7.6 Selector locking plate, during operation of cassette code selector elements It prevents it from changing location. 9 5 6.7.7 The service access cover is accessible to the cassette code selector elements only when the cassette cover is open and The inner service cover has been removed, allowing access. 6.7.8 The position sequence of the cassette code selector elements determines the cassette code of the portable cassette. It constitutes. 6.8 Station tracking pin bank 6.8.1 Station tracking pin bank; station tracking pins, pin guides, pin return It includes return springs, lower contact ends, and upper comparison ends. 6.8.2 Each station tracking pin moves vertically within the cassette body. 6.8.3 Pin guides accommodate the horizontal displacement of station tracking pins. It prevents. 6.8.4 Pin return springs when detached from the portable cassette release station The station returns the tracking pins to their initial position. 6.8.5 When the lower contact terminals are placed in the portable cassette opening station, the station code It is in contact with the coding surfaces on the plate. 6.8.6 The station tracking pin in contact with the first code surface is in the first tracking position. It is coming. 6.8.7 The station tracking pin in contact with the second code surface is in the second tracking position. It is coming. 6.8.8 The upper comparison pins code the positions of the station tracking pins. It transfers the data to the first comparison arms of the comparison swings. 6.9 Code Comparison Swing Bank 6.9.1 Code comparison swing bank; code comparison swings, swing shafts, first comparison arms, second comparison arms, verification grooves, first mismatch marking tips, second mismatch marking tips and swing It includes centering springs. 6.9.2 Each code comparison swing is connected to a station tracking pin and a cassette code selector. It is among the elements. 6.9.3 Swing shaft, the first mismatch direction of the code comparison swing and the second It allows it to rotate between 35 mismatch directions. 6.9.4 The first comparison lever is positioned above the corresponding station tracking pin. It touches the comparison end. 5 6.9.5 The second comparison arm, the corresponding cassette code selector element It is in contact with the comparison surface. 6.9.6 Station tracking pin code status and cassette code selector element code status when the first comparison arm and the second comparison arm swing are the same It keeps it in the matching position. 6.9.7 Station tracking pin in first tracking position and cassette code selector element in second. When the cassette is in the code position, the code comparison swing fails for the first mismatch. It is turning in that direction. 6.9.8 Station tracking pin is in the second tracking position and cassette code selector element is in the first. When the cassette is in the code position, the code comparison swing performs the second mismatch. It is turning in that direction. 6.9.9 Validation slot, code comparison swing matching position When located, it aligns with the movement line of the verification bar. 6.9.10 Code comparison swing in the direction of first or second mismatch. When it rotates, the verification groove moves away from the movement line of the verification bar. They are leaving. 6.9.11 Separation of the verification slot from the pipeline, code comparison It brings the body of the swing in front of the alignment bar. 6.9.12 First mismatch marking point, code comparison swing first When it returns in the direction of a mismatch, it moves towards the recording strip. 6.9.13 Second mismatch marking tip, code comparison swing second mismatch When it rotates in that direction, it moves towards the recording strip. 6.9.14 When the code comparison swing is in the matching position, the first and The second mismatch marking ends are outside the registration ribbon printing line. 6.9.15 When the swing centering spring is detached from the portable cassette release station The code brings the comparison swing back to its starting position. 6.10 Verification arm 6.10.1 Verification lever; user grip section, linear lever body, first movement cam, secondary motion cam, return spring, end-of-motion stop, and force It contains 35 restricted links. 6.10.2 Verification arm, from starting position to registration position and registration The verification process moves linearly from its initial position to its final position. 11 5 6.10.3 First movement cam, starting position of the verification arm and registration position. In its movement between them, it touches upon the recording and printing system. 6.10.4 Second movement cam, verification end with registration position of the verification arm. It makes contact with the confirmation bar during its movement between positions. 6.10.5 Return spring, verification when user releases verification lever. He brings his arm back to the starting position. 6.10.6 The end-of-motion stopper is positioned at the end-of-verification position of the verification arm. It is preventing its forward movement. 6.10.7 Force limiting linkage, user grip section and linear arm body. It is among them. 6.10.8 When the verification bar is blocked by the code comparison swing The force limiting coupling allows for limited additional movement of the user grip section. It provides. 6.10.9 The compression spring in the force limiting linkage is attached to the user grip section. applied force on verification bar and code comparison swings It restricts direct transfer. 6.11 Two-stage motion transmission system 6.11.1 Two-stage motion transmission system; primary motion cam, registration slide, second motion cam, verification bar, registration position stopper, and cam transition. It includes the surface. 6.11.2 Movement of the verification arm from the starting position to the recording position. During the first movement, the cam register slider moves towards the register strip. It causes it to happen. 6.11.3 When the registration slider reaches the registration position, the registration position stopper... It is in contact. 6.11.4 The second movement cam moves before the registration slider reaches the registration position. It does not transmit movement to the confirmation bar. 6.11.5 After the verification arm passes the registration position, the cam transition surface first The motion cam separates the registration pressure slider. 35 6.11.6 Second movement cam verification in the ongoing movement of the verification arm It moves the rod towards the lid locking mechanism. 6.11.7 Two-stage motion transfer scheme, registration process from unlock verification It completes it first. 12 5 6.12 Record printing layout 6.12.1 Registration printing system; registration printing slide, printing plate, registration anvil, printing return It includes return arc and marking transition openings. 6.12.2 The registration print slider receives power from the first movement cam of the verification arm. It moves towards the recording strip. 6.12.3 The printing plate is located on the surface of the printing slide that faces the printing strip. It is located. 6.12.4 The register anvil is fixed in place on the opposite side of the register strip. 6.12.5 Marking transition gaps, first and second of each code comparison swing. The mismatches are located at positions corresponding to the marking ends. 6.12.6 When the code comparison swing is in the matching position, the relevant The marking points are not located between the printing plate and the registration strip. 6.12.7 When the code comparison swing is in the first mismatch direction, the first The mismatch marking end is located between the printing plate and the registration strip. 6.12.8 When the code comparison swing is found in the second mismatch direction, the second The mismatch marking end is located between the printing plate and the registration strip. 6.12.9 Marking tips that protrude when the printing plate reaches the registration position He is pressing on the recording tape. 6.12.10 Marking tips shape the registration strip towards the registration anvil. It causes harm. 6.12.11 The first mismatch record field and the second for each code location on the record strip. There is a mismatch record field. 6.12.12 The first mismatch marking end is the first mismatch of the relevant code location. It creates a permanent marker in the registration area. 6.12.13 The second mismatch marking end is the second mismatch of the relevant code location. It creates a permanent marker in the registration area. 6.12.14 The return spring of the printing mechanism returns when the verification lever returns to its starting position. It moves the registration slider away from the registration strip. 6.13 Recording Tape Magazine 35 6.13.1 Recording tape magazine; feed reel, winding reel, recording tape, first lane guide, second lane guide, registration area window, magazine cover and reverse It includes a movement restriction latch. 6.13.2 The feed reel carries the unused recording tape. 13 5 6.13.3 The winding reel collects the marked recording strip. 6.13.4 The registration tape exits the feed roller and passes through the first tape guide, registration It passes through the printing line and the second strip guide before reaching the winding reel. 6.13.5 The registration area window displays the registration area on the registration print line of the cassette body. It makes it visible from the outside. 6.13.6 Magazine cover, feed roller and winding roller inside the cassette body. It is closing. 6.13.7 The magazine cover cannot be opened when the cassette cover is closed. 6.13.8 Reverse movement prevention latch, towards the feed roller of the recording tape. It prevents its backward movement. 6.13.9 The registration lane consists of separate lanes corresponding to successive verification attempts. It includes reserved record queues. 6.13.10 Separate record columns corresponding to code locations during each record entry. It is located. 6.13.11 In each record column, the first mismatch record field and the second mismatch record field It has an area. 6.13.12 A separate authorization code column for the authorized opening signal in the registration strip. There is an opening area. 6.14 Verification bar 6.14.1 Verification bar; bar body, swing passage section, unlocking tip, It includes a return spring and a movement guide. 6.14.2 Rod body, along the verification grooves of the code comparison swings It is located on the extended linear path of motion. 6.14.3 Swing transition section, all code comparison swings matching. It passes through the verification slots when it is in that position. 6.14.4 When one of the code comparison swings is in a mismatch position The body section of the swing in question is obstructing the movement of the swing's transition section. 6.14.5 Unlocking tip, facing the cover locking mechanism of the verification bar. It is located at the end. 35 6.14.6 Unlock tip when verification bar reaches final verification position The locking bolt's verification bar moves the contact surface. 6.14.7 The return spring activates when the verification lever returns to its starting position. It moves the bar away from code comparison swings. 14 5 6.14.8 Motion guide, perpendicular to the code comparison swings of the verification bar It prevents displacement in that direction. 6.15 Full lock-up 6.15.1 Full position lock; position tracker, position pressure spring, verification lever The blocking language includes a station contact surface and a placement guide. 6.15.2 Position tracker, in the direction of entry of the portable cassette into the opening station. It is in motion. 6.15.3 Positioning pressure spring, positioning tracker verification lever blocking It is pushing it into that position. 6.15.4 The verification lever blocking tongue is fully inserted into the portable cassette opening station. When not in position, it is located in the movement path of the verification arm. 6.15.5 When the portable cassette reaches the final placement stop, it is activated at the opening station. The full positioning thruster is in contact with the station contact surface of the positioning follower. 6.15.6 Full placement pusher placement follower moving against placement pressure spring. It causes it to happen. 6.15.7 Verifying the movement of the position tracker, verifying the arm blocking tongue. It removes it from the arm's range of motion. 6.15.8 Full location lock, station code plate with station tracking pins code It prevents the verification process from starting before reaching the transfer location. 6.16 Authorized opening signaling scheme 6.16.1 Authorized opening marking system; authorized opening marking pin, verification bar cam surface, authorized opening registration area and marking return spring. It includes. 6.16.2 Authorized opening marking pin, authorized opening registration area on the registration strip It is located opposite. 6.16.3 Verification bar cam surface, verification bar verification final position As you approach, move the authorized opening marker pin toward the registration strip. It causes it to happen. 35 6.16.4 Authorized opening marking pin, cover locking slide in open position Before reaching the authorized opening area, a permanent mark is created in the registration area. 5 6.16.5 When one of the code comparison swings is in a non-match position The verification bar has not reached its final verification position, therefore authorization cannot be granted. The marking pin is not making contact with the registration strip. 6.16.6 Marking return spring, verification bar to starting position When it returns, the authorized opening marker pin moves away from the registration strip. 6.17 Lane advancement mechanism 6.17.1 Tape feed mechanism; feed gear, winding roller shaft, feed It includes a claw, return claw, one-way latch, and registration step stop. 6.17.2 The feed gear is connected to the winding roller shaft. 6.17.3 The advancement claw advances during the return movement of the verification arm. It is in contact with one of the teeth of the gear. 6.17.4 The movement of the feed claw moves the winding roller shaft one register step. It rotates. 6.17.5 One rotation of the winding reel records the marked sequence of records. removing from the print line and inserting the unused record sequence into the record print line. It brings. 6.17.6 The return claw is located on the feed gear during the forward movement of the verification lever. It moves through its teeth. 6.17.7 The one-way latch prevents the drive gear from rotating in the reverse direction. 6.17.8 Recording step stopper, one at each verification cycle of the winding reel. It prevents it from progressing further than the registration queue. 6.18 Initial power-on indicator 6.18.1 Initial power-on indicator; indicator slider, initial indicator area, power-on status. The marking area includes a return-blocking tab and a cover movement tab. 6.18.2 The indicator slider moves within the initial opening indicator channel on the cassette cover. is doing. 6.18.3 When the cassette cover is in its initial closed position, the starting marking area of ​​the cassette... It is visible in the indicator opening on its body. 35 6.18.4 Cover movement protrusion when the cassette cover is moved to the open position for the first time It moves the indicator slider to the open position. 6.18.5 Return blockage when indicator slider reaches the open position. The tab engages with the locking edge in the indicator channel. 16 5 6.18.6 Anti-return tab, indicator slider's starting position It prevents it from turning. 6.18.7 Open status indicator area, indicator slider to open status position. It becomes visible in the indicator light when it reaches that point. 6.19 Access security for the recording lane 6.19.1 Access security for the registration strip; internal service cover, service cover lock, cover It includes a connected locking tab and a service cover opening slot. 6.19.2 Service cover lock, the inner service cover is in the closed position on the cassette body. It holds. 6.19.3 Cover-connected locking tab, service when cassette cover is in closed position. The lid is located in the path of the lock's movement. 6.19.4 When the cassette cover is in the open position, the cover-connected locking tab service The lid comes out of the lock's movement path. 6.19.5 Service cover opening slot, cassette cover open and cover connection obstruction. The latch allows the inner service cover to be opened when it is in the free position. 6.19.6 The recording tape should not be changed while the cassette cover is closed. 6.20 Employment relationship 6.20.1 The exam papers are placed in the document compartment and the cassette cover is closed. is being brought in. 6.20.2 Relocking the lid edge when the cassette lid is in the closed position. It is touching her stomach. 6.20.3 Temporarily open the relocking cam locking slide. It moves. 6.20.4 When the cassette cover reaches the fully closed position, the closing spring locks the slide. It turns it off. 6.20.5 The first and second locking tabs are locked onto the cassette cover. They are included in the correspondence. 6.20.6 End along the guide projections on the portable cassette opening station 35 settlements are being moved towards the stopping point. 6.20.7 Station code when portable cassette reaches final placement stop. The code surfaces on the plate contact the lower contact ends of the station tracking pins. is doing. 17 5 6.20.8 Each station tracking pin corresponds to the first tracking according to the code surface. It is moving to its current position or to its second tracking position. 6.20.9 Station tracking pins upper comparison terminals code statuses It transfers the data to the first comparison arms of the comparison swings. 6.20.10 Cassette code selector elements compare cassette code statuses and code comparisons. It transfers the data to the second comparison arms of the swings. 6.20.11 Each code comparison swing displays the station code status and the cassette code status. It compares them mechanically. 6.20.12 When code statuses match, the corresponding code comparison swing matches. It remains in that position. 6.20.13 When code states do not match, the relevant code comparison swing is first. It returns to the mismatch direction or the second mismatch direction. 6.20.14 Full placement pusher when portable cassette reaches final placement stop. It unlocks the full settlement lock. 6.20.15 Moving the user verification lever from the starting position to the registration position. It causes it to happen. 6.20.16 The first movement of the verification arm moves the registration pressure slider to the registration strip. It moves correctly. 6.20.17 When the code comparison swing is in a mismatch position, the relevant The mismatch indicator tip is positioned protruding towards the registration strip. 6.20.18 The printing plate is pressing the protruding marking ends against the registration strip. 6.20.19 Marking points correspond to registrations with mismatched code locations. They create lasting markers in their areas. 6.20.20 Second movement of the verification arm after its registration position. move the cam verification bar towards the code comparison swings It causes it to happen. 6.20.21 One of the code comparison swings is in a mismatch position. When found, the body section of the relevant swing controls the movement of the verification bar. It stops it. 6.20.22 Verification bar stops, locking bolt is in the closed position. It ensures that it remains at 35. 6.20.23 Return spring verification when user releases verification lever He brings his arm back to the starting position. 18 5 6.20.24 The return movement of the verification arm activates the belt advancement mechanism. The registration step activates the process. 6.20.25 Marked registration sequence is separating from the registration print line and is unused. The registration queue is coming to the registration printing line. 6.20.26 Code comparison swings are all in matching position. When found, the verification slots are located along the movement path of the verification bar. They are aligned. 6.20.27 The verification bar passes through the aligned verification grooves. 6.20.28 Authorized opening as the verification bar approaches the final verification position It moves the marking pin along the registration strip. 6.20.29 Authorized opening marking pin permanently in the authorized opening area on the registration strip. It forms a signal. 6.20.30 Unlock the locking bolt with the verification bar in the open position. It brings. 6.20.31 The first locking tongue and the second locking tongue lock on the cover. It stems from their counterparts. 6.20.32 The cassette cover is moved to the open position. 6.20.33 The first opening motion of the cassette cover shows the first opening indicator as open. It brings it to that position. 6.20.34 Initial power-on indicator in open state, no return blockage. It is locked with its fingernail. 6.20.35 Returning the verification lever to its starting position records a record on the recording strip. is moving the step forward. 7. INDUSTRIAL APPLICABILITY The invention describes a mechanical device that records code mismatch attempts using a location-specific persistent pattern. Exam paper cassette system; sheet metal cutting, sheet metal bending, metal profile processing, machining, polymer injection molding, spring manufacturing, pin manufacturing, reel manufacturing, paper or polymer recording tape manufacturing. and are produced on an industrial scale using mechanical assembly techniques. The cassette body and cassette cover are made of sheet metal, engineering plastic, fiber-reinforced polymer, or It is manufactured from 35 metal-polymer composite structures. Locking bolt, verification bar, station tracking pins, code comparison swings, mismatch marking tips and joints The shafts are made of metal material. 19 5 Station code plate and cassette code selector elements are made of wear-resistant polymer or metal. It is manufactured from the material. Code surfaces according to the first and second height conditions. They are produced by molding or machining methods. The registration strip is paper-based or has marking ends that form holes, embossments, or notches. It is manufactured from polymer-based strip material. Feeding roller, winding roller, The feed gear and one-way ratchet are combined in a mechanical belt conveyor system. The system that is the subject of the invention is; primary school, secondary school, high school, examination center, course center, measurement and evaluation unit, public institution and organizations with secure document distribution exam handling of documents, verification on a per-hall basis, and attempts to open erroneous halls. It is used for recording and physically documenting the authorized opening process. 20

Claims

1. A mechanical exam paper cassette system that records code mismatch attempts. Its feature is that the cassette body carrying the exam papers is movable on the cassette body. the attached cassette cover, the cover locking slide that holds the cassette cover in the closed position, the opening station that accepts the portable cassette in the opening position, belonging to the opening station The station code plate, which creates the code with code surfaces at the first and second heights, The cassette code is fixed in the first and second cassette code positions inside the cassette body. The selector elements make contact with the code surfaces on the station code plate, first Station tracking pins that move between the second tracking positions, each station the position of the tracking pin corresponds to the position of the cassette code selector element. Comparing code swings, validation when code states match. Verification slots aligned with the movement line of the bar, code states The swing body prevents the confirmation bar from moving when it doesn't match. sections, recording when code comparison swings reach a mismatch position mismatch marking tips protruding towards the lane, first movement of the verification arm In this section, the registration printing device presses the mismatch marking ends onto the registration ribbon. In the next movement section of the verification arm, the code comparison swings Move the lid locking bolt to the open position by passing it through the verification grooves. recording the return movement of the verification bar and verification arm. It includes a lane advancement mechanism that moves the lane to a new registration area.

2. According to Claim 1, it is a mechanical examination paper cassette system, the feature of which is; a portable cassette. cassette body, document compartment, cassette cover, cover hinge, front lock area, station entrance opening, station guide channels, verification arm housing, recording strip It includes a viewing window and an internal service cover.

3. According to Claim 1, the mechanical examination paper cassette system has the following feature: cover locking. locking bolt of the mechanism, first locking tongue, second locking tongue, bolt guide bar, closing spring, verification bar contact surface and relocking cam It includes. 35 4. According to Claim 3, the mechanical examination paper cassette system has the following feature: verification. by the unlocking end of the bar moving the contact surface of the verification bar 21 5 The locking bolt comes to the open position against the closing spring and the first locking The first locking tab and the second locking tab protrude from the locking counterparts on the cover.

5. According to Claim 1, it is a mechanical examination paper cassette system, the feature of which is; the opening station. station base, cassette acceptance surface, first and second guides with different cross-sections. protrusions, station code plate slot, final placement stopper and full placement It contains a repellent.

6. According to claim 5, the mechanical examination paper cassette system has the characteristic of having different cross-sections. the first and second guide projections with the guide channels in the cassette body The key is to ensure that the portable cassette is positioned in the opening station in only one direction by matching.

7. According to Claim 1, the mechanical examination paper cassette system has the following feature: station code. the plate body of the plate, which brings the station tracking pin to the first tracking position. The first code surfaces, the second code that brings the station tracking pin to the second tracking position. Its surfaces include a plate orientation protrusion and a plate locking tab.

8. According to Claim 1, the mechanical examination paper cassette system has the following feature: cassette code selector. The bank's cassette code selector elements are fixed in the first cassette code position. The cassette code selector elements, fixed in the second cassette code position, are the first selector. It includes slots, secondary selector slots, and a selector locking plate.

9. According to claim 8, the mechanical examination paper cassette system has the feature of selective locking. the plate's cassette code selector elements during operation, first and second cassette code It prevents movement between its locations.

10. According to Claim 1, the mechanical examination paper cassette system has the following feature: station tracking pin. bank station tracking pins, pin guides, pin return springs, bottom contacts It includes endpoints and upper comparison endpoints. 35 11. According to Claim 10, it is a mechanical examination paper cassette system, the characteristic of which is; lower contact ends contact with the code surfaces on the station code plate and upper comparison the positions of the station tracking pins on the code comparison swings It is a transfer. 22 5 12. According to Claim 1, it is a mechanical examination paper cassette system, the feature of which is; each code The swing shaft of the comparison swing, the first one in contact with the station tracking pin. the comparison lever, the second comparison lever that makes contact with the cassette code selector element, verification groove, first mismatch marking tip and second mismatch marking It includes the tip.

13. According to claim 12, the mechanical examination paper cassette system has the feature of; station tracking. When the code status of the pin matches the code status of the cassette code selector element, the code is activated. the comparison swing being in the matching position and the verification groove It is the alignment of the verification bar with the movement line.

14. According to claim 12, the mechanical examination paper cassette system has the feature of; station tracking. The pin is in the first tracking position and the cassette code selector element is in the second cassette code. When in this position, the first mismatch of the code comparison swing occurs. turning in that direction and the first mismatch marking end towards the registration strip It is the exit.

15. According to claim 12, the mechanical examination paper cassette system has the feature of; station tracking. The pin is in the second tracking position and the cassette code selector element is in the first cassette code. When in this position, the code comparison swing's second mismatch direction It rotates and the second mismatch marker tip emerges towards the registration strip.

16. According to claim 12, the mechanical examination paper cassette system has the following feature: code comparison. when the swing rotates in the direction of mismatch, the verification groove verification Departure of the rod from the line of motion and verification of the swing arm body section. It prevents the rod from moving.

17. According to Claim 1, it is a mechanical examination paper cassette system, the feature of which is; the verification arm user grip section, linear arm body, first actuation cam, second actuation cam cam, return spring, end-of-motion stop, and force limiting link It contains 35.

18. According to claim 17, the mechanical examination paper cassette system has the following feature: first movement. between the starting position and the recording position of the cam's verification arm In movement 23 5, move the registration pressure slider towards the registration strip and the second in the movement of the motion cam's verification arm after its registration position The verification bar moves towards the lid locking mechanism.

19. According to claim 17, the mechanical examination paper cassette system is characterized by its force limitation. the verification bar of the connection mismatches the code comparison When blocked by the swing, verification from the user holding section It contains a compression spring that limits the force transmitted to the rod.

20. According to Claim 1, it is a mechanical examination paper cassette system whose feature is; recording and printing. The system consists of a registration slide, a registration plate, a registration anvil, a registration return spring, and each the first and second mismatch marking ends of the code location The marking includes transition openings.

21. According to claim 20, it is a mechanical examination paper cassette system, the characteristic of which is; the printing plate the pointing end of the code comparison swing that protrudes when in mismatch position It creates a permanent marker at the relevant code location by pressing down on the recording strip.

22. According to Claim 1, the mechanical examination paper cassette system has the following feature: recording strip. magazine feed reel, winding reel, recording tape, first tape guide, Second lane guide, registration area window, magazine cover, and reverse motion prevention. It includes a latch.

23. According to claim 22, it is a mechanical examination paper cassette system, the characteristic of which is; the recording strip Record sequences corresponding to successive validation attempts and the code at each record. It contains first and second mismatch record fields corresponding to their locations. According to Claim 24, 1, the mechanical examination paper cassette system has the following feature: verification. the bar body of the bar, verification of code comparison swings The swing passage section passing through its grooves moves the lid locking bolt. It includes 35 unlocking bits, a return spring, and a movement guide. 24 5 25. According to Claim 1, it is a mechanical examination paper cassette system with the feature of; full placement. lock placement tracker, placement pressure spring, verification lever blocking tongue, The station includes a contact surface and a placement guide.

26. According to claim 25, the mechanical examination paper cassette system is characterized by its portable cassette. When the final settlement stopper is not reached, the verification arm blocking language The verification arm is located in the line of motion and the portable cassette is the final placement. When it reaches its stop, the confirmation lever of the full positioning pusher blocks the tongue. It is removing it from the line of action.

27. According to Claim 1, it is a mechanical examination paper cassette system; its feature is that it can be opened by an authorized person. The registration occurs when the verification bar of the marking scheme reaches the final verification position. Authorized opening marking that creates a permanent sign in the authorized opening area on the lane. It contains a pin.

28. According to claim 27, it is a mechanical examination paper cassette system whose feature is code comparison. When one of the swings is in a mismatched position, the confirmation bar verification fails to reach its final position and the authorized opening marking pin is not registered. It is important that it does not come into contact with the lane.

29. According to Claim 1, it is a mechanical examination paper cassette system with the feature of; tape advancement. The feed gear connected to the winding roller shaft of the mechanism, the verification lever The feed claw, which moves the feed gear one tooth in the reverse movement, is a single claw. It includes a directional latch and a registration step stop.

30. According to claim 29, it is a mechanical examination paper cassette system, the feature of which is verification. With each return movement of the arm, the winding pulley rotates one register step, marked record sequence exiting the record print line and unused record It is the turn of the registration printing line. 35 31. According to Claim 1, it is a mechanical examination paper cassette system, the feature of which is; first opening. indicator slider, start indicator area, power-on status indicator area, back indicator on the first opening movement of the anti-rotation tab and cassette cover It features a sliding cover mechanism that brings the lid to the open position. 5 32. According to claim 31, it is a mechanical examination paper cassette system with the feature of an indicator slider. When it reaches the open position, the indicator of the anti-return tab it passes to the locking edge in its channel and the indicator slider returns to its starting position. It prevents it from turning.

33. According to Claim 1, it is a mechanical examination paper cassette system, the feature of which is; recording strip. the internal service cover that blocks access when the cassette cover is in the closed position It is locked by the associated blocking language.

34. According to Claim 1, it is a mechanical examination paper cassette system whose feature is code comparison, mismatch marking, verification bar movement, cover locking slider The release and advancement of the recording strip are processes powered by electrical energy. It is performed mechanically without the use of tools. 26