Grinding device with waste scrap recovery function

Abstract

The invention discloses a grinding device with a waste scrap recovery function. The grinding device comprises a grinding machine, and a discharging device is arranged in the grinding machine. The grinding machine comprises a lower base. An upper base is arranged above the lower base and is connected with a first rotary motor. The first rotary motor is connected with a cover-free grinding cavity through a rotary shaft. The grinding cavity is provided with a workpiece inlet and a flowing grinding material inlet. A grinding cover is arranged on one side of the grinding cavity and is symmetricallyprovided with a first telescopic rod and a second telescopic rod. The first telescopic rod is connected with a first push rod motor, and the second telescopic rod is connected with a second push rodmotor. Fixed grinding materials are embedded on the inner surface of the grinding cavity and the grinding cover. A first electric-hydraulic push rod and a second electric-hydraulic push rod are arranged on the two sides of the upper base correspondingly. The grinding device has the advantages that the size of the grinding cavity can be adjusted according to the machined workpiece quantity, the workpiece grinding effect is good, the discharging efficiency is high, and waste scraps generated by grinding can be recycled.

Description

technical field [0001] The invention relates to a grinding device, in particular to a grinding device with waste recycling function. Background technique [0002] The main part of the grinding device is the grinding machine. The grinding machine is a grinding machine for grinding metal workpieces with grinding tools and abrasive materials. The existing grinding machines generally use a vibration motor to drive the workpiece and the abrasive to rub against each other. The grinding machine has The fixed-size cavity is used to load the workpiece and abrasive to be processed. It is impossible to change the size of the grinding cavity according to the number of processed workpieces. The application range is narrow. The vibration motor drive method makes it easy for the workpiece to gather at the bottom of the grinding cavity during the grinding process. , so that the workpiece is not sufficiently ground, and manual stirring is often required to adjust the distribution between the...

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Problems solved by technology

[0002] The main part of the grinding device is the grinding machine. The grinding machine is a grinding machine for grinding metal workpieces with grinding tools and abrasive materials. The existing grinding machines generally use a vibration motor to drive the workpiece and the abrasive to rub against each other. The grinding machine has The fixed-size cavity is used to load the workpiece and abrasive to be processed. It is impossible to change the size of the grinding cavity according to the number of processed workpieces. The application range is narrow. The vibration motor drive method makes it easy for the workpiece to gather at the bottom of the grinding cavity during the grinding process. , so that the workpiece is not sufficiently ground, and manual stirring is often required to adjust the distribution between the processed workpiece and the abrasive, and the work efficiency is low; It is convenient, and then the processed workpiece, abrasive and waste are separated by the principle of a filter screen. The waste will adhere to the surface of the workpiece and abrasive, which is difficult to clean. There is no recovery device that can complete the processed workpiece and abrasive during the blanking process. Separation and recycling of waste

Therefore, the existing grinding device has the disadvantages of being unable to adjust the size of the grinding chamber according to the amount of processed workpieces, poor workpiece grinding effect, low blanking efficiency, and difficult to recycle the waste generated by grinding.

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