TIME EQUIVALENCE VERIFICATION TRAINING DEVICE WORKING WITH TIME CARD, EQUIVALENCE CARD AND RATIO SLIDE.

Abstract

This invention relates to a time equivalency verification training apparatus used in the field of educational and training tools. The invention includes a main panel body, time card slot, time card, equivalency card slot, equivalency card, ratio slider, accuracy window, three-contact movable shutter plate, time contact surface, equivalency contact surface, ratio contact surface, mechanical coding profile, and spring return element. The time contact surface on the time card, the equivalency contact surface on the equivalency card, and the ratio contact surface on the ratio slider interact with the three-contact movable shutter plate. In a matched configuration, the shutter opening of the three-contact movable shutter plate aligns with the accuracy window, and the accuracy window opens. In a mismatch, the closing surface of the three-contact movable shutter plate keeps the accuracy window closed.The time equivalence relationship is verified through physical contact surfaces and a mechanical verification structure without the use of electronic components.

Description

WITH TIME CARD, EQUIVALENCE CARD AND RATE SLIDE EMPLOYEE EQUIVALENT TIME VERIFICATION TRAINING DEVICE 1. TECHNICAL FIELD This invention relates to educational and training tools, music education materials, and teaching about time relationships. systems, physical verification mechanisms, interchangeable card training devices, and It is related to mechanical training equipment. The invention specifically includes: time card, equivalence card, ratio slider, truth window, and three-contact. including movable curtain plate and mechanical coding profiles; duration equivalence relationship Verification via physical contact surfaces, electronic display, software, processor and sensor This relates to a mechanical training apparatus that does not include mechanical components. The invention also includes a time card, equivalence card, ratio slider, accuracy window, and three-contact. Low-cost and fast, suitable for classroom use, operating via a movable curtain plate. It includes manufacturable educational equipment. 2. STATE OF KNOWLEDGE OF THE ART In music education, teaching duration values, rhythmic relationships, and meter structures. For this purpose, musical notation cards, rhythm cards, time blocks, bar charts, and manipulative teaching methods are used. Materials and electronic rhythm teaching systems are used. In structures based on musical notation and rhythm charts, the student is taught duration symbols and duration values. This is shown. The aim is to recognize duration values ​​in these structures. However, this Mechanical verification of time equivalence in structures is not included. Time blocks and manipulative teaching materials use different time values ​​for physical parts. They are compared through this method. In these structures, the duration values ​​are visually represented. The correlation is ensured. However, the time equivalency created by the student There is no technical structure in place that is controlled by 35 physical verification mechanisms. 1 5 In measurement boards and rhythm-building materials, the student uses specific duration values. The aim is to create a standard by bringing them together. However, accurate equivalence is not possible in these structures. When not established, it keeps the display area closed, and when the correct equivalence is established, it displays the image. There is no mechanical verification structure that opens up the field. In electronic rhythm teaching systems, verification processes are carried out using software and electronic control. It is realized with its components. In contrast, the time equivalence relationship is only The known technique of training apparatus is verified through mechanical parts and contact surfaces. It is not in this situation. In the known state of the art; time chart, equivalence chart, ratio slider, accuracy window, three-contact movable curtain plate, time contact surface, equivalence contact surface, ratio contact mechanical training with a surface, mechanical coding profile and spring return element working together. It is not available in accessory form. Therefore, the time equivalence relationship is verified by the positions of the physical parts and mechanical verification. There is a need for a new educational tool that demonstrates this through its structure. 3. THE PURPOSE OF THE INVENTION The purpose of this invention is to create a physical education system that works with time cards, equivalence cards, and ratio sliders. The goal is to create the apparatus. Another purpose of the invention is to establish the equivalence of the time contact surface on the time card. mechanically related to the equivalence contact surface located on it to provide. Another purpose of the invention is to show the accuracy in the accuracy window according to the selected ratio level. The verification result is obtained via the ratio slider and the three-contact movable curtain plate. The goal is to create a mechanical structure that changes things. 35 Another purpose of the invention is to establish the relationship between the time card and the equivalence card using electronic components. The aim is to enable verification through physical contact surfaces without the use of other means. 2 5 Another purpose of the invention is to ensure accuracy in matching compatible time cards and equivalence cards. It opens the truth window, but closes the truth window in case of an incompatible match. The goal is to create a three-contact movable curtain plate. Another purpose of the invention is to attach the equivalence card to the main panel body only in a specific direction. mechanical coding profile that enables installation and mechanically detects incorrect placement. It is to limit. Another aim of the invention is to create a low-cost, electricity-free solution that can be used in school environments. The goal is to provide training equipment suitable for mass production. 4. DETAILED DESCRIPTION OF THE INVENTION 4.1 General structure The invention includes the main panel housing, time card slot, time card, equivalence card slot, and equivalence card. card, ratio slider, accuracy window, three-contact movable curtain plate, timer contact surface, equivalent contact surface, ratio contact surface, mechanical coding profile and spring. It consists of a return element. The main panel body features a time display area, an equivalence display area, and a ratio selection area. It includes an accuracy display area. • The time card contains information about the time to be evaluated. • The equivalence card contains information regarding time equivalence. • The ratio slider moves linearly along the main panel body. • The truth window is the representation range opened in a compatible match. It constitutes. • Three-contact movable curtain plate with time card, equivalence card and ratio slider It selectively opens and closes the accuracy window based on their positions. 4.2 Main panel housing The main panel body is the main structure that carries the fixed and movable parts of the training apparatus. Main panel housing; front display surface, rear support surface, time card slot, equivalency 35 card slots, ratio slider slot, accuracy window, and mechanical guide channels. It includes. 3 5 Rear carrier surface three-contact movable curtain plate and spring return element It carries. 4.3 Timer card slot Time card slot; card insertion profile, card seating surface, guide surface, support surface and Includes alignment protrusion. The guide surface of the time card has a time contact surface with a three-contact movable curtain plate. It directs to the position where it will be aligned. 4.4 Time card Timer card; card body, time display surface, time contact surface, card alignment edge. and includes a mechanical coding surface. The duration contact surface is the equivalent contact surface located on the equivalence card. It establishes a mechanical relationship. 4.5 Equivalence card slot Equivalency card slot; card insertion profile, card tray channel, card seating surface, card It includes a backing surface and a card alignment tab. Card resting surface, equivalence card, equivalence contact surface, duration card, duration It keeps it aligned with the contact surface. 4.6 Equivalence card Equivalence card; card body, equivalence display surface, equivalence area, equivalence It includes a contact surface, card connection profile, and mechanical encoding profile. Equivalence contact surface time card time contact surface compatible match in three to bring the contact-activated curtain panel to the open window position It has been arranged. 4.7 Ratio slider The ratio slider is a linearly moving control element on the main panel housing. 35 Ratio slider; slider body, ratio display surface, stepped stop surfaces, slider It includes a guide profile and a proportional contact surface. Ratio contact surface with the ratio interaction surface of the three-contact movable curtain plate It is in contact. 4 5 4.8 Truth window The truth window is the display aperture located on the main panel body. The accuracy window is in the position of the compatible time card, equivalence card, and ratio slider. It is opening. The accuracy window remains closed in case of a mismatch. 4.9 Three-contact movable curtain plate Three-contact movable curtain plate; curtain plate body, curtain opening, closing surface, duration interaction surface, equivalence interaction surface, ratio interaction surface, and alignment It includes transparency. The timer interaction surface is in contact with the timer contact surface of the time card. The equivalence interaction surface contacts the equivalence contact surface of the equivalence card. is doing. The ratio interaction surface is in contact with the ratio contact surface of the ratio slider. The curtain plate body activates the accuracy window in the compatible match. The closing surface keeps the accuracy window closed in case of mismatch. 4.10 Mechanical coding profiles Mechanical coding profiles on the main panel body, time card, and equivalence card. It is located. Mechanical coding profiles; asymmetric input profile, guiding projection, guide It includes a channel, a bearing surface, and a mismatch surface. 4.11 Spring return element The spring-loaded return element is associated with a three-contact movable curtain plate. When the spring return element training application is completed, the moving parts It returns to the starting position. 4.12 Employment relationship 35. The time card is inserted into the time card slot. The equivalence card is inserted into the equivalence card slot. The ratio slider is moved to the selected ratio position. 5. In compatible matching, there are three contact surfaces: time contact surface, equivalence contact surface, and ratio contact surface. It aligns the contact-operated movable curtain panel to the open window position. The three-contact movable curtain plate has a curtain opening accuracy window. They are aligned. The verification result becomes visible when the verification window is opened. Accuracy of the closing surface of the three-contact movable curtain plate in mismatched matching. He keeps the window closed. Upon completion of the training application, the spring return element moving parts It returns to the starting position. 5. APPLICABILITY TO INDUSTRY The invention concerns an educational apparatus; plastic part production, wood panel processing, cardboard lamination, Industrial-scale composite panel cutting, printing, molding, and mass assembly techniques. It is produced. The main panel body is made using plastic sheet, composite sheet or laminated cardboard. It is produced. Time cards and equivalency cards printed on plastic sheet, cardboard or composite sheet. It is produced using [methods]. Ratio slider, three-contact movable curtain plate and spring return element series assembly. It is created using various techniques. The subject of the invention is an educational apparatus; for preschool education, primary school, secondary school, high school, music education and They are individual learning environments. With these features, the educational apparatus in question is compatible with existing educational material production infrastructures. It is suitable and feasible for mass production using this method. 6

Claims

1. It is a time equivalency verification training apparatus whose feature is; • a main panel body, • a time card slot located on the main panel body, • a time card inserted into the time card slot in question, • an equivalency card slot located on the main panel body, • an equivalency card inserted into the equivalency card slot in question, • a ratio slider that moves linearly on the main panel body, • an accuracy window located on the main panel body, • a three-contact movable curtain plate, • a time contact surface located on the time card, • an equivalence contact surface located on the equivalence card, • a ratio contact surface located on the ratio slider, • a mechanical coding profile and • a spring return element • includes and duration of contact surface, equivalent contact surface and ratio of contact surface three-contact movable curtain plate affecting, three-contact in compatible matching The movable curtain plate opening the accuracy window causes incompatibility. In matching, it is characterized by keeping the truth window closed. Time equivalence verification training apparatus.

2. Time equivalency verification training apparatus according to claim 1; its feature is a time card. the card slot profile, card seating surface, guide surface, support surface and It includes an alignment protrusion.

3. According to Claim 1, the time equivalency verification training apparatus has the following feature: time card. card body, time display surface, time contact surface, card alignment edge and It includes a mechanical coding surface.

4. The duration equivalency verification training apparatus according to Claim 1 is characterized by its equivalency. 35 card slots: card entry profile, card tray channel, card seating surface, card support. It includes a surface and a card alignment protrusion. 7 5 5. According to Claim 1, it is a time equivalency verification training apparatus and its feature is; equivalency card body, equivalence display surface, equivalence area, equivalence contact Its surface includes a card connection profile and a mechanical encoding profile.

6. Time equivalence verification training apparatus according to Claim 1, its characteristic is; ratio. the slide's slide body, ratio display surface, stepped stop surfaces, slide It includes a guide profile and a proportional contact surface.

7. Time equivalency verification training apparatus according to Claim 1; its feature is three-contact. movable curtain plate, curtain plate body, curtain opening, closing surface, duration interaction surface, equivalence interaction surface, ratio interaction surface, and alignment. It includes openness.

8. Time equivalency verification training apparatus according to Claim 1; its feature is three-contact. time contact surface, equivalence contact surface and ratio contact surface of the movable curtain plate Open the accuracy window in the compatible position created by the surface. It is bringing.

9. Time equivalency verification training apparatus according to Claim 1; its feature is three-contact. the movable curtain plate is in an inaccurate position with the accuracy window closed. It is holding on.

10. The time equivalency verification training apparatus according to Claim 1 is mechanical. asymmetric input profile of the encoding profile, guiding projection, guide channel, It includes a bearing surface and a mismatch surface.

11. Time equivalence verification training apparatus according to Claim 1; its feature is; spring-loaded return At the end of the training application of the turning element, the three-contact movable curtain plate It returns to its starting position. 8