A marble slab grinding system

Abstract

The invention discloses a grinding system for marble plates. The system comprises a rack, a side-surface grinding device, a rotating clamping device, a moving mechanism, a lifting mechanism, a grinding assembly and a supporting assembly; the side-surface grinding device, the rotating clamping device, the moving mechanism, the lifting mechanism, the grinding assembly and the supporting assembly arearranged on the rack, the side-surface grinding device comprises a first rotating motor, a swinging motor arranged on the first rotating motor and a U-shaped swinging frame arranged on the swinging motor, the U-shaped swinging frame is located between the grinding assembly and the supporting assembly, the U-shaped swinging frame is in a plate receiving state or a plate unloading state when placedhorizontally, when the U-shaped swinging frame is placed vertically, the grinding assembly can grind the side surfaces of the plates, and the supporting assembly can support the plates; the plates the side surfaces of which are ground are pushed to the rotating clamping device for clamping; the moving mechanism drives the rotating clamping device to do linear reciprocating movement; the lifting mechanism is used for switching a circumferential grinding device and a chamfering device which are arranged on the lifting mechanism. The grinding system can finish machining the six surfaces of eachmarble plate and chamfering the eight long edges of each marble plate, and the working efficiency is high.

Description

technical field [0001] The invention relates to the technical field of marble production, in particular to a marble plate grinding system. Background technique [0002] With the development of the current construction industry, the requirements for light weight, high strength, aesthetics and variety of decorative materials are put forward. Artificial facing stones appear under this situation. The pattern and pattern can be controlled artificially. Marble is a common material. After the marble is finished, the side and peripheral surface are usually rough, and it can only be used after polishing. After polishing, the marble usually has sharp edges and corners, and the existence of edges and corners will have some safety. Therefore, the marble will be chamfered when it leaves the factory. The existing marble grinding system uses the relative movement between the mounting base and the grinding disc to achieve side grinding, and one clamping can only achieve grinding on one side...

AI Technical Summary

Problems solved by technology

[0002] With the development of the current construction industry, the requirements for light weight, high strength, aesthetics and variety of decorative materials are put forward. Artificial facing stones appear under this situation. The pattern and pattern can be controlled artificially. Marble is a common material. After the marble is finished, the side and peripheral surface are usually rough, and it can only be used after polishing. After polishing, the marble usually has sharp edges and corners, and the existence of edges and corners will have some safety. Therefore, the marble will be chamfered when it leaves the factory. The existing marble grinding system uses the relative movement between the mounting base and the grinding disc to achieve side grinding, and one clamping can only achieve grinding on one side. Processing, when both sides need to be ground and processed, both sides need to be reversed and clamped, which is time-consuming and laborious. When the grinding and chamfering of the peripheral surface of marble are usually processed by hand-held equipment, the labor load of workers is large and the work efficiency is low. , There is also an automatic marble chamfering device on the market, which requires multiple positioning and clamping to complete the chamfering work of eight side lengths, long processing time and low work efficiency

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