MECHANICAL TRAINING APPARATUS OPERATING WITH EQUIVALENCE CONTACT SURFACES AND ACCURACY WINDOW.

Abstract

This invention relates to a mechanical training apparatus used in the field of educational and training tools, operating with equivalence contact surfaces and a truth window. The invention comprises a main panel body, a first connection card slot, a first connection card, a second connection card slot, a second connection card, a verification slider, a truth window, a movable curtain plate, a first contact surface, a second contact surface, a slider contact surface, a mechanical coding profile, and a return element. The first contact surface, the second contact surface, and the slider contact surface apply mechanical action to the movable curtain plate. The truth window opens when the first contact surface, the second contact surface, and the slider contact surface bring the movable curtain plate to a common position aligning the opening area with the truth window.The accuracy window remains closed if the first contact surface, the second contact surface, and the sliding contact surface align the movable curtain plate closing area with the accuracy window. The accuracy of the established relationship is determined through the physical contact surfaces and the mechanical verification structure.

Description

EQUIVALENCE CONTACT SURFACES AND THE WINDOW OF TRUTH MECHANICAL TRAINING APPARATUS THAT WORKS WITH 1. TECHNICAL FIELD This invention includes educational and training tools, matching systems, card-based educational devices, Mechanical verification structures, physical relationship control mechanisms, and teaching materials. It is related to. The invention specifically relates to: first relationship card, second relationship card, verification slider, truth window, Mechanically verifying the accuracy of the created relationship, including a movable curtain plate and contact surfaces. training that checks and verifies the result physically and makes it visible It relates to the apparatus. The invention also includes a device for education that operates without using electronic components, processors, software, or sensors. a low-cost and mass-producible mechanical training apparatus that can be used in various environments It includes. 2. STATE OF KNOWLEDGE OF THE ART In the known state of the art, educational card systems, matching boards, and question-and-answer tools are used. boards, educational toys, manipulative teaching materials, and various association tools. They have vehicles. Card-based learning materials require students to match specific groups of information. This is the aim. In these structures, the relationship formed by the student is mostly visual. It is checked through evaluation. Matching boards and association tools help students connect different concepts. Connection is established. In these structures, the verification process is controlled by the teacher or... This is done through user evaluation. In educational toys and manipulative teaching materials, the pieces are positioned in specific locations. They are brought together. However, the mechanical nature of the relationship created in these structures is crucial. verified via contact surfaces and a selective display area of ​​the verification result There is no structure from which it was revealed. 1 5 In electronic education systems, verification processes involve software, sensors, and electronic control. This is accomplished through its components. In contrast, relationship verification alone... training that is carried out through physical contact surfaces and mechanical motion elements These devices are not included in the known state of the art. In the known state of the art; first relationship card, second relationship card, verification slider, accuracy window, movable shutter plate, first contact surface, second contact surface, slider mechanical contact surface, mechanical coding profile and return element working together There is no validation structure. Therefore, it mechanically verifies and validates the accuracy of the relationship that has been established. A new educational tool is needed that makes the results physically visible. It is located. 3. THE PURPOSE OF THE INVENTION The purpose of this invention is to create a system that works with a first relationship card, a second relationship card, and a verification slider. The goal is to create a mechanical training apparatus. Another objective of the invention is to connect the first contact surface on the first relationship card to the second. mechanically connected to the second contact surface located on the relationship card to provide. Another purpose of the invention is to verify the accuracy of the established relationship through physical contact surfaces. The goal is to create a mechanical verification structure that controls through this mechanism. Another purpose of the invention is to open the truth window in compatible matching and Movable curtain plate that keeps the accuracy window closed in case of mismatch. to create. Another aim of the invention is to make the verification result physically visible. to provide. Another purpose of the invention is to identify incorrect card placements through mechanical coding profiles. It is to limit. Another aim of the invention is to create a low-cost, electricity-free solution that can be used in educational settings. and to provide mechanical training equipment suitable for mass production. 35 4. DETAILED DESCRIPTION OF THE INVENTION 4.1 General structure 4.1.1 The invention comprises the main panel body, the first connection card slot, the first connection card, and the second connection card. card slot, second relationship card, verification slider, verification window, movable curtain 2 5 plate, first contact surface, second contact surface, sliding contact surface, mechanical coding It consists of a profile and a return element. 4.1.2 First connection card placement area, second connection card on the main panel body. It includes a layout area, a verification slider movement area, and a verification window. 4.1.3 The first and second relationship cards are inserted into the respective slots by the user. is being placed. 4.1.4 Verification slider moves linearly on the main panel body. It is carrying out. 4.1.5 Movable curtain plate; first contact surface, second contact surface and sliding contact It is displaced as a result of the mechanical effect created by its surface. 4.1.6 Position of the movable curtain plate depends on whether the accuracy window is open or closed. It determines the situation. 4.2 Main panel housing 4.2.1 The main panel body forms the supporting structure of the training apparatus. 4.2.2 Main panel housing; front carrier surface, rear carrier surface, first connection card slot, second relationship card slot, verification slider channel, verification window opening and It includes motion guide surfaces. 4.2.3 Motion guide surfaces of verification slide and movable curtain plate It ensures that it moves in the specified direction. 4.3 First relationship card slot 4.3.1 The first relationship card slot is the carrier section where the first relationship card is placed. 4.3.2 Primary relationship card slot; card insertion opening, card seating surface, alignment surface and includes a routing profile. 4.3.3 Alignment surface: Maintaining the first relationship card in its working position. It provides. 4.4 First relationship card 4.4.1 The first relationship card represents the initial element of the relationship being formed. 35 4.4.2 First relationship card; card body, relationship display area, first contact surface and It includes a mechanical coding area. 4.4.3 The first contact surface is the primary interaction located on the movable curtain plate. It applies mechanical contact to the area. 3 5 4.4.4 Mechanical coding area prevents the card from being placed in the wrong position. It limits. 4.5 Second relationship card slot 4.5.1 The second relationship card slot is the carrier section where the second relationship card is placed. 4.5.2 Second relationship card slot; card entry opening, card seating surface, alignment surface and It includes a routing profile. 4.5.3 Alignment surface: Keeping the second relationship card in its working position. It provides. 4.6 Second relationship card 4.6.1 The second relationship card represents the second element of the relationship to be formed. 4.6.2 Second relationship card; card body, relationship display area, second contact surface and mechanical It includes a coding area. 4.6.3 Second contact surface: Second interaction located on the movable curtain plate. It applies mechanical contact to the area. 4.6.4 Mechanical coding area prevents the card from being placed in the wrong position. It limits. 4.7 Confirmation slider 4.7.1 The verification slider is a movable tool that allows the established relationship to be checked. It is a component. 4.7.2 Verification slide; slide body, slide contact surface, stepped stop surfaces and includes a sliding guide profile. 4.7.3 Sliding contact surface: Sliding interaction located on the movable curtain plate. It applies mechanical contact to the area. 4.7.4 Verify the stepped stop surface slider at the specified operating positions. It holds. 4.8 Truth window 4.8.1 The accuracy window is a display aperture located on the main panel body. 35 4.8.2 When the accuracy window is aligned with the opening area of ​​the movable curtain plate It becomes open. 4.8.3 When the accuracy window is aligned with the closing zone of the movable curtain plate It remains in the closed position. 4 5 4.9 Movable curtain plate 4.9.1 The movable curtain plate enables the opening and closing of the accuracy window. It is a mobile verification element. 4.9.2 Movable curtain plate; plate body, opening area, closing area, first It includes an interaction region, a second interaction region, and a sliding interaction region. 4.9.3 The first interaction zone receives mechanical action from the first contact surface. 4.9.4 The second interaction zone receives mechanical action from the second contact surface. 4.9.5 The slide interaction region receives mechanical action from the slide contact surface. 4.9.6 The accuracy window is open when the aperture area is aligned with the accuracy window. It is coming to this position. 4.9.7 When the closing zone is aligned with the accuracy window, the accuracy window is closed. It remains in that position. 4.10 Primary contact surface 4.10.1 The first contact surface is located on the first relationship card. 4.10.2 The first mechanical element that determines the position of the movable curtain plate on the first contact surface. It creates an effect. 4.11 Second contact surface 4.11.1 The second contact surface is located on the second relationship card. 4.11.2 The second contact surface determines the position of the movable curtain plate. It creates a mechanical effect. 4.12 Sliding contact surface 4.12.1 The slider contact surface is located on the verification slider. 4.12.2 The third contact surface that determines the position of the movable curtain plate. It creates a mechanical effect. 4.13 Mechanical coding profile and return element 35 4.13.1 Mechanical coding profile; orientation projection, compatibility surface and limitation It includes the surface. 4.13.2 Mechanical coding profile prevents cards from being placed in inappropriate positions. It limits. 5 4.13.3 Return element returns the movable curtain plate to its starting position. It rotates. 4.14 Employment relationship 4.14.1 The first relationship card is inserted into the first relationship card slot. 4.14.2 The second relationship card is inserted into the second relationship card slot. 4.14.3 The verification slider is brought to the operating position. 4.14.4 First contact surface, second contact surface and sliding contact surface movable curtain It applies mechanical force to the plate. 4.14.5 Movable first contact surface, second contact surface and sliding contact surface. position the curtain plate to align the opening area with the accuracy window at the common position. If this is the case, the relationship is considered confirmed. 4.14.6 The opening area of ​​the movable curtain plate is aligned with the accuracy window and The truth window is opening. 4.14.7 Movable first contact surface, second contact surface and sliding contact surface. position the curtain plate so that the closing area is aligned with the accuracy window. In this case, the relationship is considered unconfirmed. 4.14.8 The closing area of ​​the movable curtain plate has the accuracy window in the closed position. It holds. 4.14.9 When the operation is complete, the return element moves the movable curtain plate back to the starting point. It returns it to its original position. 5. APPLICABILITY TO INDUSTRY The invention is a mechanical training apparatus; for plastic processing, wood processing, composite panel production, It is produced in series using molding, printing, and assembly techniques. The main panel body, cards, verification slider, and movable curtain plate are manufactured differently. It can be created using various techniques. The invention has applications in educational institutions, individual learning settings, and special education practices. in vocational training programs and teaching processes where relationship verification is needed It is used. 35 6

Claims

1. Mechanical training apparatus operating with equivalence contact surfaces and accuracy window. Its characteristic feature is; a main panel body, a primary panel body located on the main panel body. the relationship card slot, a first one inserted into the first relationship card slot in question The connection card, a second connection card slot located on the main panel body, word The subject is a second relationship card inserted into the second relationship card slot, main panel a verification slider that moves on its body, a truth window, a movable curtain plate, a first contact surface located on the first relationship card, A second contact surface, a verification slider, located on the second relationship card. a sliding contact surface, a mechanical coding profile and a return It includes a turning element; first contact surface, second contact surface and sliding contact. applying mechanical force to the movable curtain plate of its surface; the mechanical force in question the effect aligns the opening area of ​​the movable curtain plate with the accuracy window In this case, the truth window opens and the movable curtain plate... If the closing region is aligned with the truth window, then the truth window A mechanical training apparatus characterized by its ability to remain in a closed position.

2. According to claim 1, it is a mechanical training apparatus and its feature is; the first relationship card slot is for the card entry opening, card seating surface, alignment surface and guidance profile It includes.

3. According to claim 1, it is a mechanical training apparatus and its characteristic is; the first relationship card is a card. body, relationship display area, first contact surface and mechanical coding area It includes.

4. According to claim 1, it is a mechanical training apparatus and its feature is; the second relationship card slot is for the card. entry opening, card seating surface, alignment surface and guidance profile It includes.

5. According to claim 1, it is a mechanical training apparatus and its characteristic is; the card body of the second relationship card, It includes 35 relationship display areas, a second contact surface, and a mechanical coding region. 7 5 6. According to claim 1, it is a mechanical training apparatus and its feature is; the verification slider is a slider. body, sliding contact surface, stepped stop surfaces and sliding guide profile It includes.

7. According to claim 1, it is a mechanical training apparatus whose characteristic is; the movable curtain plate is a plate. body, opening region, closing region, first interaction region, second interaction region It includes a zone and a sliding interaction zone.

8. According to claim 1, it is a mechanical training apparatus whose characteristic is that the first contact surface is movable. It is the application of mechanical contact to the first interaction zone of the curtain plate.

9. According to claim 1, it is a mechanical training apparatus whose characteristic is that the second contact surface is movable. It is the application of mechanical contact to the second interaction zone of the curtain plate.

10. According to claim 1, it is a mechanical training apparatus whose characteristic is that the sliding contact surface is movable. It is the application of mechanical contact to the sliding interaction region of the curtain plate.

11. According to Claim 1, it is a mechanical training apparatus whose characteristic is the opening of the movable curtain plate. If the region is aligned with the truth window, then the truth window is open. It is about bringing it to that position.

12. According to Claim 1, it is a mechanical training apparatus whose characteristic is; a movable curtain plate. Accuracy when the closing zone is aligned with the accuracy window. It is keeping the window closed.

13. According to Claim 1, it is a mechanical training apparatus whose characteristic is; mechanical coding profile. It includes a guiding projection, a compatibility surface, and a limiting surface.

14. According to claim 1, it is a mechanical training apparatus whose characteristic is that the return element is movable. It is the process of returning the curtain plate to its starting position. 35 15. According to claim 1, it is a mechanical training apparatus whose characteristic is; first contact surface, second the position of the contact surface and the sliding contact surface together with the movable curtain plate It is a determination. 8