A rotating device for physics experiments

Abstract

The invention discloses a rotation device for a physical experiment. The rotation device includes a gun-shaped frame, a gun barrel, a push-pull rod, a wrench, a joint and a rotating member; a spiral groove is arranged on an inner wall of the gun barrel and a bearing is arranged on an outer wall of the gun barrel; the front end of the push-pull rod is provided with a rotating wheel, a stopping member and a disengagement stopping member, and a lower surface is provided with a rack; a semicircular gear is arranged on the wrench, and is matched with the rack on the push-pull rod; the joint is usedfor connecting the rotating member which needs to be rotated to the gun barrel; and the rotating member is an experimental device that needs to be rotated in a physical experiment. The rotation device for a physical experiment has powerful functions, and can be applied to different experiments by replacing different rotating parts, can be operated by one hand, and by simple pulling and looseningof the wrench, the rotating part can be driven to rotate, both labor and time are saved, and the rotation device is rapid and efficient.

Description

Technical field [0001] The invention belongs to the technical field of physics experiment supplies, and is specifically a rotating device for physics experiments. Background technique [0002] In the process of physical experiments, the experimental devices are often rotated. For example, in the color light synthesis, the three primary colors need to be rotated, and the phenomenon of three monochromatic lights synthesizing white light is observed. However, in the existing experimental equipment, there is no The device that can rotate the turntable has to turn the turntable directly by hand. Due to the slow speed and short duration, the preset experimental results are often not achieved; in the experiment to explore the relationship between fluid pressure and flow rate, flowing air is required. Lack of a device to drive the fan to rotate, so we have to use the mouth to blow air to generate flowing air. Because the flowing air generated by the mouth blowing has a slower flow rate a...

AI Technical Summary

Problems solved by technology

[0002] In the process of physical experiments, it is often the case that the experimental device is rotated. For example, in the color light synthesis, the three primary color turntables need to be rotated, and the phenomenon that three monochromatic lights are synthesized into white light is observed. However, in the existing experimental equipment, there is no The device that can rotate the turntable has to be turned directly by hand. Due to the slow speed and short duration, the preset experimental effect is often not achieved; in the experiment of exploring the relationship between fluid pressure and flow velocity, flowing air is needed. There is no device to drive the fan to rotate, so we have to use the mouth to blow air to generate flowing air. Because the flow air generated by mouth blowing has a slow flow rate and a short duration, it often fails to achieve the preset experimental results; in inertial and centrifugal force experiments, It is necessary to turn the turntable containing water to observe the phenomenon that the water is thrown out, but in the existing experimental equipment, there is no device that can turn the turntable, so we have to turn the turntable directly by hand. Due to the slow speed and short duration, The preset experimental effect is often not achieved; in some experiments, containers are often used, and the used containers need to be brushed. The existing container brush lacks a driving rotation device and needs to be manually wiped back and forth many times. The cleaning effect is poor and the efficiency is low. , laborious and time-consuming

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