High-efficient glazer

Abstract

The invention discloses a high-efficiency polishing lathe with flexible self-adapting shape follow-up polishing and grinding performance, which comprises a horizontal conveyor, a reciprocating swing system, a lifting-type self-rotating mechanism and a fixing-type revolution mechanism; wherein, a second motor and a power supply device are arranged on a supporting bracket fixed on a swing beam; the second motor is connected with the center of a rotating table through one end of main shaft for the rotating table; the rotating table is arranged the swing beam; a first motor is arranged on the rotating table through a cylinder and the support; the output shaft of the first motor is connected with a drive shaft connected with a universal flexible coupler; an abrader is arranged at the lower end part of the universal flexible coupler; the first motor also moves upward and downward under the action of the cylinder when driving the abrader to rotate. The invention has an advantage of being widely applied in surface polishing grinding in plate building material such as polished ceramic tile and stone material.

Description

technical field [0001] The invention relates to the technical field of surface polishing and grinding equipment for flat building materials, in particular to a high-efficiency polishing machine. Background technique [0002] At present, during the grinding of ceramic polished tiles, several grinding blocks are installed on a grinding disc for the grinding of the green body. One is that multiple grinding tools rotate while revolving, and the other is that multiple grinding tools revolve while revolving. The respective pendulum axis oscillates. The characteristics of these two motion modes are that the structure of the grinding disc is complicated, it is difficult to realize high-speed operation, the driving power of the grinding disc is large (up to 11KW), and the energy consumption is large. Usually in order to achieve the purpose of strong grinding, the operator has to increase the grinding pressure. But this will bring the following disadvantages: the cutting speed of th...

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Problems solved by technology

But this will bring the following disadvantages: the cutting speed of the grinding block is low, the pressure on the plate is high, scratches are easily generated during the cutting and grinding process, the production efficiency is low, the energy consumption is large, the consumption of abrasive tools is large, and the processing cost is very high

The polishing machine adopting the above-mentioned structure has the following defects: since one abrasive tool is allocated with one motor, each motor is arranged in rows vertically and horizontally in columns, so on the surface of the workpiece to be processed, each abrasive tool is only in its relatively fixed position. position involved in grinding

Therefore, in practical application, this patent is difficult to popularize, also is difficult to obtain its described effect

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