Hollow material filling system based on electromechanical control

Abstract

The invention discloses a hollow material filling system based on electromechanical control, a water tank is arranged in a low-temperature box, a classification mechanism is arranged in the water tank, and the classification mechanism performs classification according to the principle that a rolled shell has different settling velocities in liquid; according to the device, the shells are settled at different speeds in the liquid according to the rolling opening degree of the openings, shell deposition layers which are not opened, semi-opened, opened and crushed in a rolling mode from top to bottom are formed, and the shells in the different deposition layers are independently collected through the classification mechanism. The shell sinks in the channel at different settling speeds, after a period of time, a first oil cylinder is driven by a controller to be started, then a deposition barrel is driven to slide upwards, the upper end of an annular partition plate is made to be intercepted in the channel, and at the moment, the shell in the channel can be deposited into different inner cavities from a through groove; therefore, the shells can be classified according to different opening degrees of the openings.

Description

technical field [0001] The invention relates to the technical field of hollow material filling, in particular to a hollow material filling system based on electromechanical control. Background technique [0002] Memory alloy is a special kind of metal. After plastic deformation within a certain range, it can restore the original macroscopic shape in another temperature range. Taking advantage of this feature, memory alloy is currently used in many industries, such as pipe joints. , antennas, springs and other devices, and also have angular applications in medical devices, such as intramedullary needles, bone plates and other devices. [0003] Using this feature, it can be made into a shell and filled with materials. The temperature-controlled deformation of memory alloys can form some unexpected uses, such as some slow-release applications, such as some snow melting agents. It is not easy to flow out in a high temperature environment, and it will be released only in a low t...

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Problems solved by technology

[0003] Utilizing this feature, it can be made into a shell and filled with materials inside. Through the temperature-controlled deformation of the memory alloy, some unexpected uses can be formed, such as some slow-release uses, such as some deicing agents. It is not easy to flow out in a high temperature environment, and it will be released in a low temperature environment, so as to achieve selective release and prolong the service life; but at present, there are many problems in filling the material into the shell.

First of all, the opening degree of the shell surface opening is not easy to control, which will affect the filling process and reduce the efficiency of filling, and the existing device cannot detect the amount of filled material after filling, so we propose a method based on Electromechanically controlled hollow material filling system

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