BG66Y1 - Training game (11) 67 - Google Patents

Abstract

The game is didactic and finds application for training of children and adults through tests self-study and self-examination of reflector-type knowledge. It provides an electrical dependence relationship between the question asked and its corresponding true answer when using a significant one simplified technology for implementing the faceplate (13). The game consists of communication a pole (1) made up from an upstream side of an electrically conductive circuit board (11), an intermediate insulating layer (12) and a faceplate (13) covered with an upper insulating layer (14). The game includes a battery (2) and a an indicator lamp (3) parallel to which a musical one is inserted in succession a synthesizer (4) and a sound indicator (5). The upper insulating layer (14) is disposed touch key questions (131) and answer (132). The conductive circuit board (11) has two metallised fields (111, 112) which are electrically insulated with each other.

Description

The utility model refers to a training game that is used as a didactic game in foreign language learning, humanities and mathematics, as well as the education and training of pre-school and adult test children. for self-preparation and self-examination of reflexive type of knowledge.

BACKGROUND OF THE INVENTION

There is a learning game made up of a series of communication boxes stacked on top of each other in the form of pages of a book. Each communication field consists of two conductive boards, with an intermediate insulation layer with perforated openings between the front panel and the conductive board. Answers are affixed to the faceplate, with sensory buttons formed on its surface and questions answered on a sheet. The conductive layers in the area of the touch buttons on the faceplate are connected via conductive stripes by a series of connected light indicator and sound indicator / 1 /.

The disadvantages of the game are that the connection between the questions and their respective answers is electrically independent and the faceplate for the answers is made using complicated multilayer technology.

SUMMARY OF THE INVENTION

The proposed utility creates a training game with an electrically dependent connection between the questions asked and their corresponding correct answer, and the faceplate for the answers is made using significantly simplified technology.

In accordance with the utility model, the training game is made up of a communication box consisting of a question and answer leaflet, under which two electrically conductive boards are placed alternately under each other, with an intermediate insulating layer with perforated openings placed between the faceplate and the electrically conductive board. One terminal of the wiring board is connected to one of the battery poles and the other terminal

- to an indicator lamp, in parallel to which a sound musical synthesizer and a sound indicator are connected in turn. The faceplate is covered with an upper insulation layer, on which are placed sensory question buttons and corresponding number of sensory answer buttons. An electrically conductive circuit board has two metallized fields, electrically isolated from each other.

The advantages of the training game are that the electronic circuitry is protected from direct contact with the learner, using simplified technology for the production of circuit boards on the circuit board.

DESCRIPTION OF THE FIGURES Attached

The utility model is explained in more detail with the attached figures, of which:

Figure 1 is a schematic diagram of a game with a partial section of the faceplate;

Figure 2 is a cross-sectional view of the communication field;

Figure 2a is the conductive circuit board of the communication field;

Figure 26 shows the intermediate insulation layer of the communication field;

Figure 2c is the faceplate of the communication field.

Examples of implementation of the utility model

As shown in Figure 1, the training game consists of a communication box 1 with a multi-layer sandwich structure and a rectangular configuration consisting of a bottom-up series of electrically conductive board 11, an intermediate insulation layer 12 and a faceplate 13 covered with an upper insulation layer 14 Two electrical terminals of communication box 1 are supplied respectively to one battery pole 2 and the indicator lamp 3, the other terminal of which is connected to the other battery terminal 2. In parallel to the indicator lamp 3 are then switched on. and therefore one another acoustic music synthesizer 4 and 5 audible indicator.

From the cross-section of communication box 1, as shown in Figure 2, it can be seen that it consists of an electrically conductive circuit board 11, an intermediate insulation layer 12, a faceplate 13 and an upper insulation layer 14.

Placed at the bottom of communication box 1 is the conductive circuit board

11, shown in Figure 2a, is made of an insulating layer. The latter contains two metallized fields 111, 112, which are electrically isolated from one another and have the same surface area. Through them, communication field 1 is electrically connected to the rest of the circuitry of the training game.

The intermediate insulation layer 12 of communication box 1 shown in Figure 26 is mounted on the conductive board 11, which has a plurality of perforated openings 121 arranged in horizontal rows and columns.

The faceplate 13 of communication box 1 shown in Figure 2c is placed on the intermediate insulation layer

12. In essence, it is an insulating body supported by two groups of electrically conductive sensor buttons. On the left side there are touch buttons for questions 131 and on the right side are touch buttons for answering 132, where each touch button for questions 131 on the left is connected by a conductive strip with one touch button for answering 132 on the right. The number and arrangement of the touch buttons for questions 131 and answer 132 corresponds to the number and configuration of the perforated openings 121 of the intermediate insulation layer 12 shown in Figure 2b. The faceplate 13 is covered with a thinly foiled upper insulation layer 14 as shown in Figure 2, and a questionnaire and answers are provided on it, with text, digital and other figure images not shown in the figures.

GAME APPLICATION

The training game is essentially a rectangular sandwich-type multi-layer switching field 1, which, together with the other components of the wiring diagram, is housed in a rectangular box with a lid not shown in the figures. Switching on the wiring diagram for the use of the training game is done by connecting a flat miniature battery of 1.5 V. On the switch box 1 is placed a leaflet with a pre-selected thematic text of questions and answers from an available set of leaflets. The text is made on the paper leaflet itself, not shown in the figures. Usually the questions are written in text on the left half of the leaflet and the answers in the right half of the leaflet in combination with appropriate picture images to the text. Thus, the player must place a finger from his left hand on the selected box with a question mark from the leaflet and then use his finger with his right hand to select and point the correct answer in the right half of the leaflet containing the answers shown in the box. The questions listed on the leaflet have only one answer. When finding the correct answer with both fingers placed on both the question and the correct answer, the electrical circuit of the training game shown in Figure 1 is triggered, thus creating an electrical closed circuit to activate the music synthesizer 4 and the sound indicator 5 and the indicator lamp 3. Thus begins the broadcasting of a pleasant musical, which facilitates the memorization of the correct answer given by the player to the question posed by him. If the player is hearing impaired, finding the correct answer is duplicated by illuminating the indicator lamp 3.

Ensuring the uniqueness of the answers is due to the technological implementation of the faceplate 13, shown in Figure 2c, which shows that each sensor button for question 131 on its left half is connected by a conducting electrical strip to a single sensor button for the answer. 132 of her right half, due to the pre-programming of the question his only correct answer.

The electrical circuit only closes when the touch button is pressed for the correct answer and at the same time the button of the corresponding question is pressed on the left side of the leaflet. When the touch button for question 131 and the touch button for response 132 are pressed, the faceplate 13 is bent under these two light pressure points and mechanical contact is simultaneously obtained through the corresponding perforated openings 121 of the intermediate insulation layer 12 on the left and right metallized field 111, 112 of the electrically conductive circuit board 12, which practically leads to the activation of the game circuit, respectively, to the activation of the music synthesizer 2 and the sign indicator 5.

Using a musical melody to get the correct answer makes the described didactic game more entertaining and intriguing for children and stimulates them in learning and learning foreign languages, mathematics and other sciences, further enhancing the effect of learning.

The training game has increased mechanical resistance as it uses sensory switching on the contact surfaces. Asking the question and finding the only correct answer brings the game closer to the computer organization of use. Efficiency and quality of training have been improved due to the use of sound melody indication. The ability to enter more configurations and the satisfactory completeness of question and answer text per unit area has been greatly expanded. The possibility of using hierarchical levels in the teaching methodology, depending on the age of the students, was introduced, providing increased engagement and uniqueness of the answers, as well as the possibility to use the game for independent work by hearing impaired people.

In addition, the question and answer leaflets not shown in the figures can be selected and thematically changed at the request of the learner in the course of using the training game. It is also possible to appropriately replace the leaflets and faceplates 13 of switching box 1. This allows you to create a wider variety of topics for selecting questions and answers, and to change as needed or quantity.

Claims (1)

Claims A training game made up of a communication box composed of a question and answer leaflet, two electrically conductive boards in series, under each other, with an intermediate insulation layer with perforated openings between the front panel and the electrically conductive board, with one output at the conductive circuit board is connected to one of the poles of the battery, and the other terminal to an indicator lamp, in parallel to which are connected consecutively and with each other a sound music synthesizer and a sound indicator, characterized by the front panel (13) is covered by an upper insulation layer (14), on which there are sensory question buttons (131) and corresponding number of sensory answer buttons (132), such as the electrically conductive board / 11 / has two metallized fields / 111, 112 /, electrically isolated from each other.