Edge grinding system for tableware processing

Abstract

An edge grinding system for tableware processing comprises a round rotatable transfer device. Feed stations are arranged outside the transfer device, and two grinding station sets are evenly arranged on two sides of each feed station, respectively. Each grinding station set is provided with a plurality of grinding devices. The round rotatable transfer device comprises a base. A support post is disposed at the center of the base. A servo motor and a reducer connected therewith are disposed inside the support post. The reducer is connected with a turnplate through a rotating bearing. Telescopic clamping devices arranged on the turnplate at positions corresponding to the grinding devices, the feed stations and extension lines of lines of the feed stations and the center of the turnplate. The edge grinding system for tableware processing is simple in structure, convenient to install and debug and low in energy consumption, requires small space of occupation, allows automatic production and is high in efficiency; the telescopic clamping devices are simple in structure and convenient to debug; feeding oblique slide plates provide large storage space, automatic sliding-down enables energy to be saved, and the use of the cylinders and suckers ensures feeding accuracy; the grinding devices are simple in structure, and abrasive belts are convenient to feed; the abrasive belts move forward, and grinding strength is improved; the use of overturn stations allows higher adaptability.

Description

technical field [0001] The invention belongs to the technical field of tableware processing equipment, in particular to a bezel system for tableware processing. Background technique [0002] At present, the existing tableware facade grinding generally adopts manual operation. The general process is that the worker holds the tableware and aligns its facade with the abrasive belt grinder for grinding. During the grinding process, the material should be moved according to the shape of the tableware. In order to achieve the purpose of full overall grinding, this method has the following disadvantages: low processing efficiency, poor precision, high labor cost, high labor intensity, and accidents; very few manufacturers also have some automatic grinding equipment, but these equipment exist The disadvantages are as follows: complex structure, large space occupation, complicated installation and debugging, and high energy consumption; so how to design a tableware processing grindin...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing tableware facade grinding generally adopts manual operation. The general process is that the worker holds the tableware and aligns its facade with the abrasive belt grinder for grinding. During the grinding process, the material should be moved according to the shape of the tableware. In order to achieve the purpose of full overall grinding, this method has the following disadvantages: low processing efficiency, poor precision, high labor cost, high labor intensity, and accidents; very few manufacturers also have some automatic grinding equipment, but these equipment exist The following disadvantages: complex structure, large space occupation, complicated installation and debugging, and high energy consumption; so how to design a grinding equipment for tableware processing that can overcome the shortcomings of the above two situations at the same time has become a research topic for those skilled in the art

Images