Grinding system convenient to feed and discharge

Abstract

The invention discloses a grinding system convenient to feed and discharge. The grinding system comprises a grinding machine which is connected with a feeding device through a conveying pipe, 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 rotating motor, the first rotating motor is connected with an uncovered grinding cavity through a rotating shaft, the grinding cavity is provided with a workpiece inlet and a flowing abrasive material inlet, a grinding cover body is arranged on one side of the grinding cavity and is symmetrically provided with a first stretchable rod and a second stretchable rod, the first stretchable rod is connected with a first push rod motor, the second stretchable rod is connected with a second push rod motor, the inner surface of the grinding cavity and the grinding cover body are provided with fixed abrasive materials in an embedded manner, and a first electric-hydraulic push rod and a second electric-hydraulic push rod are arranged on the two sides of the upper base. The grinding system has the advantages that the size of thegrinding cavity can be adjusted according to the machining workpiece quantity, the workpiece grinding effect is good, the workpiece grinding efficiency is high, the feeding efficiency is high, and the discharging efficiency is high.

Description

technical field [0001] The invention relates to a grinding system, in particular to a grinding system with convenient loading and unloading. Background technique [0002] The grinding machine, the main part of the grinding system, is used to grind the workpiece with abrasive materials. The existing grinding machine generally uses a vibration motor to drive the workpiece and the abrasive to rub against each other. There is a cavity with a fixed size in the grinding machine for loading The workpiece and abrasive to be processed cannot change the size of the grinding chamber according to the number of workpieces to be processed, and the application range is narrow. The way driven by the vibration motor makes it easy for the workpieces to gather at the bottom of the grinding chamber during the grinding process, so that the workpiece is not sufficiently ground. Manual stirring is required to adjust the distribution between the workpiece and the abrasive evenly, and the work effic...

AI Technical Summary

Problems solved by technology

[0002] The grinding machine, the main part of the grinding system, is used to grind the workpiece with abrasive materials. The existing grinding machine generally uses a vibration motor to drive the workpiece and the abrasive to rub against each other. There is a cavity with a fixed size in the grinding machine for loading The workpiece and abrasive to be processed cannot change the size of the grinding chamber according to the number of workpieces to be processed, and the application range is narrow. The way driven by the vibration motor makes it easy for the workpieces to gather at the bottom of the grinding chamber during the grinding process, so that the workpiece is not sufficiently ground. Manual stirring is required to adjust the distribution between the workpiece and the abrasive evenly, and the work efficiency is low; since the workpiece and abrasive need to be added to the grinding chamber before the grinding starts, the existing grinding system does not have an automatic feeding device, and it needs to be manually completed. Add the workpiece and abrasives step by step, which takes a long time, time-consuming and laborious, and low work efficiency; after the workpiece is ground, it needs to be unloaded uniformly, and the processed workpiece, abrasive and the waste generated by the filter screen The principle is to separate step by step. There is no recovery device that can complete the separation and recovery of processed workpieces, abrasives and waste during the blanking process, and the work efficiency is low.

Therefore, the existing grinding system has the disadvantages that the size of the grinding chamber cannot be adjusted according to the amount of processed workpieces, the workpiece grinding effect is poor, the workpiece grinding efficiency is low, the feeding efficiency is low, and the feeding efficiency is low.

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