KR-102964880-B1 - Flexible moving textbook

Abstract

The present invention relates to a flexible moving teaching material, comprising a driving unit (100); It is characterized by being composed of a driven part (200) that moves in connection with the driving part (100) above. In addition, the driving unit (100) has a motor and a battery that drives the motor installed inside the case (110), and the driven unit (200) is connected to the motor shaft (120). The present invention has a significant effect of increasing training efficiency by enhancing interest and concentration through the organic combination of a flexible teaching aid that is assembled manually and a driving unit driven by a motor, allowing children or the elderly to move it directly.

Inventors

• 김향숙
• 문다해

Assignees

• 인제대학교 산학협력단

Dates

Publication Date

20260513

Application Date

20240117

Claims (3)

1. Driving unit (100) and; A flexible moving teaching material comprising: a driven part (200) that moves in connection with the above-described driving part (100); wherein the driving part (100) has a motor and a battery that drives the motor installed inside a case (110), and the driven part (200) is connected to the motor shaft (120); and wherein the driven part (200) is composed of a connecting member (210) having a groove formed therein that connects to the motor shaft (120) and a flexible member (220) that is detachably coupled to the connecting member (210). A speaker is installed in the above case, and sounds suitable for the flexible teaching aid are built into the controller's storage unit. When a user combines the completed flexible teaching aid with the motor drive unit and presses the corresponding switch on the controller, the sound suitable for the flexible teaching aid is output through the speaker, thereby further enhancing interest. A flexible moving teaching aid characterized by the fact that a torque sensor and a weight sensor are installed in the motor drive unit to measure the resistance when the completed flexible teaching aid rotates, and the control unit determines whether the resistance value of the flexible teaching aid falls within a certain range, thereby allowing the user to verify whether the flexible teaching aid was made well, and the control unit determines that the closer the completed flexible teaching aid made by the user is to the standard resistance value, the better it is made.
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Description

Flexible moving textbook The present invention relates to a flexible moving educational material, and more specifically, to a flexible moving educational material in which a manually assembled flexible teaching aid and a motor-driven driving unit are organically combined to allow children or the elderly to move it directly, thereby enhancing their interest and concentration and increasing training efficiency. Generally, plastic educational materials are used as teaching aids for cognitive training, creativity training, etc., for children or the elderly. As an example of conventional patent technology, Publication No. 10-2023-0101237 discloses an electronic and program education kit using an Arduino board, characterized by controlling the on/off of an LED using a switch, setting a frequency to a buzzer using a timer, and the control unit operating the buzzer to implement the seven musical notes of Do-Re-Mi-Fa-Sol-La-Si according to the frequency, and operating the buzzer, which is an output means, through an output unit to play them. Additionally, in the polygonal connecting member teaching aid for learning dementia prevention methods according to registration number 10-1959614, the body is composed of a body and a connecting part coupled to the body, wherein the body has the shape of two cylinders intersecting at a right angle, and a seal connecting part with a smaller diameter is integrally formed on the end surface of the body, wherein an elongated groove (210) is formed on the outer periphery of the connecting part (200) in the longitudinal direction to insert a face plate, and a protrusion (211) is formed on the inner wall of the elongated groove (210) in the transverse direction to firmly grip the surface, and a coil spring (212) is coupled to the rear of the protrusion (211), and the coil spring (212) and the protrusion (211) are inserted into a coupling groove (213), so that when the surface is inserted, the protrusion (211) retracts and the protrusion (211) in the concave groove (310) of the face plate (300) When the tip touches, it advances again by the depth of the concave groove (310) to be joined, and a length adjustment means (230) is attached to the connecting part (200), and a spiral is formed at the end of the connecting part (200). The length adjustment means (230) has an adjustment cylinder part (231) that connects the connecting part (200) and the straight rod (400), and the spirals of the adjustment cylinder part (231) are formed in opposite directions so that when the adjustment cylinder part is rotated, the connection length becomes shorter or longer. A roller magnet is attached to the tip of the connecting part (200), and a slip prevention means (220) is attached to the connecting part (200) to connect with the straight rod (400). The slip prevention means (220) has a pair of semicircular wedges (222) with different left and right diameters inserted and installed on the left and right sides inside a cylindrical case (221), respectively. A polygonal connecting member teaching aid for learning a dementia prevention method is disclosed, characterized in that the connecting part (200) and both ends of a straight rod are connected inside a wedge (222), caps (223) are connected to the left and right ends of the case respectively, a compression coil spring (224) is installed between the left wedge surface and the right wedge surface, and when tension is applied to the connecting part (200) and the straight rod (400), radial tightening occurs due to the wedge so that it does not come out of the cylindrical case (221) and the connection is solidified, thereby helping the learner understand the wedge principle. However, the aforementioned conventional technologies had the disadvantage of requiring manual movement after assembly or being inconvenient to use due to complex structures, which resulted in reduced creativity and cognitive training effects. Figure 1 is a photograph of the flexible moving teaching material of the present invention. FIG. 2 is a photograph of a flexible moving teaching material of another embodiment of the present invention. The present invention relates to a flexible moving teaching material, comprising a driving unit (100); It is characterized by being composed of a driven part (200) that moves in connection with the driving part (100) above. The above driving unit (100) is characterized by having a motor and a battery that drives the motor installed inside a case (110), and the above driven unit (200) connected to the motor shaft (120). The above-mentioned driven member (200) is characterized by being composed of a connecting member (210) having a groove formed therein that connects to a motor shaft (120) and a flexible member (220) that is detachably coupled to the connecting member (210). The above flexible member (220) is characterized as being a flexible pipe. The above driving unit (200) is controlled by a controller, and the controller is characterized by being