TWM591241U - Digestive System Simulator - Google Patents

Abstract

This creative system provides a digestion system simulator, which includes a simulation board, a number of beads and a mobile application. The surface of the board body of the simulation board is provided with a plurality of recesses. The plurality of recesses simulate the entrance or excretion of animals to the excretion. The shape and position of various digestive organs such as organs are arranged, and the plurality of recesses are connected according to the order of digestion, the beads can be placed in the plurality of recesses, and must be sequentially shifted in the plurality of recesses , The mobile application is combined with a simulation board to present the digestive system and digestion methods of humans or animals in virtual reality.

Description

Digestive system simulator

This creation is about a digestive system simulator, especially one that can increase young children's understanding and cognition of the digestive system of humans or animals, and cultivate young children's hand-eye coordination, spatial concepts and cross-domain comprehensive capabilities.

According to this, in this globalized society, the use of single skills can no longer support future development, so it has begun to pay attention to comprehensive talents with multiple skills. Diversified learning has become the main learning mode, so in order to increase children’s knowledge, and To cultivate the comprehensive ability of young children across fields, it is necessary to arouse young children's interest in learning through various educational methods. A new concept of quality education-STEAM education breaks the boundaries of disciplines, emphasizing that future students should cultivate cross-disciplinary literacy and ability, integrating Science, Technology, Engineering, Arts, and Maths (Mathematics) Cross-field integration, hoping to let students learn to think like scientists and solve problems like engineering technicians, have the creative spirit of makers, can comprehensively apply interdisciplinary knowledge, give play to creativity, and solve problems in real situations in life.

In view of this, the creator devotes a lot of time to research related knowledge according to the above concept, and compares the advantages and disadvantages of each product to carry out related product Research and development, after many experiments and tests, and finally launched a "digestion system simulator", combining technology and games to display, through hands-on operation, and the transmission of virtual reality images, so that students have immersive electronic Teaching experience can enhance the fun of learning.

The main purpose of this creation is to provide a digestive system simulator to make it into a toy form, simulate the digestive system of various animals, transform the digestive organs into a steel ball track, and move the steel ball along the digestive system to understand the animals eating The basic digestion method of time, and use this action to cultivate the ability of young children's hand-eye coordination and the concept of space.

Another purpose of this creation is to provide a digestive system simulator and smart device app to further explain the digestive system, present the digestive system in virtual reality, and increase the understanding of the digestive system of humans or animals. And cognition, to cultivate comprehensive ability of young children across fields

In this way, in order to achieve the above purpose and effect, the author creates a digestive system simulator, including: a simulation board, the surface of the board body is provided with a plurality of recesses, the plurality of recesses simulates a human or animal including mouth to excretory organs, etc. The shapes and positions of various digestive organs are set, and the plurality of recesses are connected according to the order of digestion; several beads can be placed in the plurality of recesses and must be sequentially shifted in the plurality of recesses; A mobile application (APP), combined with the simulation board, presents the digestive system and digestive methods of humans or animals in virtual reality.

A further technical feature of this creation is that the mobile application (APP) shows the structure of various digestive organs of humans or animals, supplemented by text or sound to explain the names, functions, and related knowledge of various digestive organs.

A further technical feature of this creation is that the mobile application (APP) allows the operator to fill the plurality of pockets with different colors.

A further technical feature of this creation is that the mobile application (APP) is downloaded through a smart device, and a virtual image is displayed on a display screen of the smart device for the operator to view.

A further technical feature of this creation is that the smart device may be a computer, tablet, smart phone, or other mobile device.

A further technical feature of this creation is that the simulation board may be in the shape of a bird, and the plurality of pits is formed by simulating the digestive system of a bird, and the plurality of pits are corresponding to the shape and position of each digestive organ of the bird.

A further technical feature of this creation is that the operator holds the simulation board and shakes it from side to side to move the beads in sequence in the plurality of recesses, which can improve the understanding of the digestive system and digestion method, and at the same time cultivate the hand-eye coordination ability and Space concept.

Combining the technical features described above for this creation, the advantage is that a plurality of concave holes corresponding to human or animal digestive organs are provided on the simulation board, and the beads are rolled and shifted in the plurality of concave holes to simulate human or moving The digestive system and digestion method of the animal, combined with the mobile application (APP) to describe the names, functions and related knowledge of various digestive organs of humans or animals in words or sounds. The ability can even arouse the learning interest of the operator, so this creation can be said to be a very practical and progressive creation, which is worthy of promotion by the industry and made public.

10‧‧‧Digestive system simulator

11‧‧‧Simulation board

13a~g‧‧‧Cavities

15‧‧‧ beads

17‧‧‧Display screen

The first figure is a schematic diagram of the simulation board of the digestion system simulator.

The second figure is a schematic diagram of the manual operation of rolling the bead on the digestion system simulator.

The third figure is a schematic diagram of the digestive system simulator created by the author to display the digestive system in an mobile application (APP).

In order to clearly explain that this creation can achieve the above-mentioned objectives and effects, the features and functions of the embodiments of this creation are described in detail with reference to the drawings.

Please refer to the first picture to the third picture, the author creates a digestion system simulator 10, including: a simulation board 11, the simulation board 11 has a plurality of recesses 13 on the surface of the board body, the plurality of recesses 13 is a simulation The shape and position of various digestive organs such as the mouth to the excretory organs, and the plural concave The holes 13 are connected in the order of digestion; a number of beads 15 can be placed in the plurality of recesses 13 and must be sequentially shifted in the plurality of recesses 13; a mobile application (APP), combined with the The simulation board 11 presents the digestive system and digestion mode of humans or animals in a virtual reality mode. (The foregoing is the main technical feature of the main embodiment of the creation, which corresponds to the first item of the patent application scope of this case, so that the purpose and implementation type of the creation can be known in detail, and the technical features described in the remaining subsidiary application patent scopes are: The detailed description or additional technical features of the first item of the scope of patent application, rather than limiting the scope of the definition of the first item of patent scope, it should be understood that the first item of patent scope in this case does not necessarily include the scope of the remaining subsidiary patent applications Described technical features).

According to the original creation of the digestive system simulator 10 described above, the simulation board 11 in the embodiment of this specification simulates the shape of a bird, the size is also the same as that of a general bird, which is convenient for young children to hold in hand, and the plural recesses 13a~g is a simulation of the bird's digestive system and corresponds to the bird's digestive organs. As shown in the second figure, the plural recesses 13a~g include a recess 13a that simulates the shape and position of the bird's mouth The concave 13b simulating the shape and position of the esophagus of the bird, the concave 13c simulating the shape and position of the crop of the bird, the concave 13d simulating the shape and position of the stomach of the bird, and the shape and position of the sand sac The pit 13e, the pit 13f simulating the shape and position of the intestine of the bird, the pit 13g simulating the shape and position of the excretory organ of the bird-the cloaca, the plurality of pits 13a to g are connected in the order of digestion .

The plurality of beads 15 are steel balls, which can be The cavity 13a in the shape of a bird's mouth is inserted. Of course, it can also start from any cavity 13a to g. The operator can shake the simulation board 11 from left to right to make the beads 15 follow each cavity in sequence 13a~g rolling, from the mouth → esophagus → crops → stomach → sand sac → intestines → cloaca, complete the bird's digestive system, in the process of operation, in addition to training young children's hand-eye coordination ability, can also make young children recognize people Or various digestive organs of animals.

The mobile application (APP) is a virtual technology that uses computer analogy to generate a three-dimensional virtual world (because it is a conventional and non-generated technical feature, it will not be described here), the mobile application (APP) ) Download through a smart device (such as a tablet or mobile phone, not shown), and make the virtual image appear on the display screen 17 of one of the smart devices for the operator to view, as shown in the third figure, the mobile application The APP (APP) combines the simulation board 11 to display the structure of various digestive organs of humans or animals in a virtual reality mode. In the embodiment of the present specification, the simulation board 11 is illustrated by a bird, so the display screen 17 of the smart device Present the bird's digestive system through the mobile application (APP), and supplement with text or sound to explain the name, function and related knowledge of the various digestive organs of the bird's digestive system; moreover, the mobile application (APP) is even more For the operator to fill in the multiple recesses 13 with different colors to make his own digestive system design, this creation of the digestive system simulator 10 combines technology and fun to enrich the interesting educational methods, which can arouse the interest of the operator in learning. The operator is willing to actively and actively participate in learning.

The aforementioned smart device may be a computer, a tablet, or a smart Mobile phones or other mobile devices.

Looking at the content described above for this creation, the digestion system simulator 10 of this creation has a plurality of recesses 13a to g corresponding to human or animal digestive organs on the physical simulation board 11, and the beads 15 can be placed in the plurality of recesses 13a The scroll shift in ~g can increase the children's understanding and cognition of the digestive system of humans or animals, and cultivate the children's hand-eye coordination ability and spatial concept. This creation of the digestive system simulator 10 also incorporates an mobile application (APP) , Presenting the digestive system and digestive methods of humans or animals in virtual reality, which can achieve the purpose and convenience of action learning, increase the understanding and cognition of the digestive system of humans or animals, and cultivate the comprehensive ability of young children across fields However, it is indeed practical and progressive to achieve the intended creative purpose. It fully complies with the provisions of the Patent Law of the PRC on the application requirements for new-type patents. Patent applications are filed in accordance with the law. Please review it early and give affirmation.

10‧‧‧Digestive system simulator

11‧‧‧Simulation board

13a~g‧‧‧Cavities

15‧‧‧ beads

Claims (7)

A digestive system simulator, comprising: a simulation board, a plurality of recesses are recessed on the surface of the board body, the plurality of recesses are set to simulate the shape and position of various digestive organs such as the mouth to the excretory organs of humans or animals, and the The multiple pockets are connected in the order of digestion; several beads can be placed in the multiple pockets, and they must be sequentially shifted in the multiple pockets; and an mobile application (APP), combined with the simulation The board presents the digestive system and digestive methods of humans or animals in virtual reality. The digestive system simulator according to item 1 of the patent application scope, wherein the mobile application (APP) shows the structure of various digestive organs of humans or animals, supplemented by text or sound to explain the names and functions of various digestive organs And related knowledge. According to the digestion system simulator described in item 1 of the patent application scope, the mobile application (APP) allows the operator to fill the plurality of pockets with different colors. The digestion system simulator according to item 1 of the patent application scope, wherein the mobile application (APP) is downloaded through a smart device, and a virtual image is displayed on a display screen of the smart device for the operator to view. According to the digestion system simulator described in item 4 of the patent application scope, the smart device may be a computer, a tablet computer, a smartphone or other mobile device. The digestion system simulator according to item 1 of the patent application scope, wherein the simulation board may be in the shape of a bird, and the plurality of concave pits simulate the digestive system of a bird According to the system, the plurality of recesses correspond to the shape and position of the digestive organs of the bird. According to the digestion system simulator described in item 1 of the patent application scope, the operator holds the simulation board and shakes it up and down to move the beads in sequence in the plurality of recesses in order to achieve an improved understanding of the digestive system and digestion method , While cultivating hand-eye coordination and space concepts.

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