Cell biological teaching model robot with automatic cleaning function

Abstract

The invention discloses a cell biological teaching model robot with an automatic cleaning function. The robot comprises a base plate and a tension spring. In the operation process, two U-shaped fixingplates are manually pulled, the tension spring is stretched, plates protruding out of the two side walls of a tabletop are placed into the U-shaped fixing plates, a trapezoid block is extruded, the spring is compressed, the tension spring is stretched, the tension spring generates bounce, the two U-shaped clamps are clamped to the tabletop separately, due to the action of the bounce of the spring, the contact force with the side wall of the table top is increased, and therefore the whole U-shaped fixing plates are firmly fixed to the tabletop, in the cell model sphere cleaning process, a motor is powered on, the whole cell model sphere is driven to rotate, the difference between animal cell and plant cell internal structures can be shown to students, visual display is performed, the student's learning interests can be added, installation is convenient, installation is firm, convenience is provided for teachers, dust is convenient to remove, the whole attractive appearance is improved,and the teaching quality of the teachers is improved.

Description

technical field [0001] The invention relates to a cell biology teaching model robot, in particular to a cell biology teaching model robot with an automatic cleaning function. Background technique [0002] A living body with kinetic energy is also a collection of objects, while an individual living thing refers to a biological body, as opposed to a non-living thing. Its elements include: under natural conditions, a living object with the ability to survive and reproduce through chemical reactions and the living offspring produced by it (or them) through reproduction, which can respond to external stimuli , can be interdependent and mutually promoted with the external environment, and the cell model generally refers to the extensive patterning of the structure and shape of the cell, in order to facilitate the clarification of the interaction between cells and the relationship between function, structure and shape. model. In addition, it sometimes refers to artificial particl...

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Problems solved by technology

In addition, it sometimes refers to artificial particles such as ribosomes with partial cell functions. The existing biology teaching classrooms use few models, and it is not conducive to showing the difference between plant cells and plant cells, so that students cannot directly adjust the internal structure of animal and plant cells, and The existing model is placed for a long time, and it falls into the dust, which makes it difficult to clean up, making it inconvenient to show to students, and the model is not firmly fixed to the table, which is easy to cause damage due to falling

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