Capillary adsorbing suction disc

Abstract

The invention discloses a capillary adsorbing suction disc, which comprises a suction disc bracket, a suction disc body, a capillary adsorbing system and a position detecting device, wherein the suction disc bracket comprises a suction disc bracket body, a suction disc support frame, a suction disc gripping handle, a suction disc bracket upper cover and a suction disc bracket connecting mechanism, the suction disc body is provided with a capillary tube bundle, the capillary adsorbing system comprises a heater, a liquid guide tube, a humidifying pump, a miniature motor, a liquid storage device, a switch, a controller and a power source, and the position detecting device comprises a horizontal scale, a horizontal plane angle pointer, a vertical plane angle pointer and a vertical scale. The capillary adsorbing suction disc has the characteristics that by utilizing the negative pressure adsorbing and capillary adsorbing principles, the problem of damage to the adsorbed object caused by overlarge adsorbing force, centralized adsorbing force and large initial working pressure of the existing suction disc can be solved; the initial working pressure is small, the application range is wide, the suction disc is suitable for the adsorbed objects with different sizes, the reliability is high, and the like.

Description

technical field [0001] The invention relates to a sucker, in particular to a capillary adsorption sucker. Background technique [0002] With the development of the times, there are more and more various glass products and products processed with glass as the base material, and the rapid popularization of handheld smart devices such as smartphones and tablet computers, the demand for glass that constitutes the base material of the screen is also increasing. big. [0003] The glass substrate that constitutes the handheld smart device is thin and has a large area. If it is handled manually, it is easy to cause scratches to workers, or the bending increases or even breaks due to the shape characteristics of the glass itself. Existing glass suction cup devices are mostly single-claw or double-claw suction cups, including two parts, the suction cup and the handle. Larger, and it is necessary to artificially increase a certain pressure during use to ensure the adsorption between ...

AI Technical Summary

Problems solved by technology

This capillary adsorption suction cup utilizes the principle of negative pressure adsorption and capillary adsorption, which can solve the problems of the existing suction cups, such as excessive adsorption force, concentrated adsorption force, and damage to the adsorbed object caused by high initial working pressure. It has the advantages of small initial working pressure and wide application range. , can be applied to adsorbed objects of different sizes and specifications, and has high reliability

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