Antifouling polishing device for ceramic equipment

Abstract

The invention relates to an antifouling polishing device for ceramic equipment. The antifouling polishing device for the ceramic equipment comprises a rack, motors, rotary shafts, a rotary table and a plurality of grinding heads, wherein the motors are arranged on the rack, the rotary shafts are driven by the motors, the rotary table is arranged on the lower portion of the rack and is driven by the rotary shafts, and the grinding heads are arranged below the rotary table. The antifouling polishing device for the ceramic equipment is characterized in that the motors are divided into a main motor and an auxiliary motor, the rotary shafts are divided into a main shaft and an auxiliary shaft, the auxiliary shaft is sleeved outside the main shaft to form a concentric shaft structure with the two shafts rotating independently and respectively, the upper portion of the main shaft is driven by the main motor through a first belt and a first belt wheel, the auxiliary shaft is driven by the auxiliary motor through a second belt and a second belt wheel, the lower portion of the auxiliary shaft is in fixed connection and linkage with the rotary table through a shaft sleeve, the lower portion of the main shaft penetrates through the rotary table, and the lower end portion of the main shaft drives the grinding heads below the rotary table through a third belt and a third belt wheel. Through the mentioned design, energy consumption is low, an antifouling processing effect is good, producing and working efficiency is high, maintenance is convenient and fast, using cost is low, and the antifouling polishing device for the ceramic equipment can be widely applied to different kinds of ceramic machining equipment.

Description

technical field [0001] The invention relates to the technical field of production and processing equipment for ceramic tile products, in particular to a device for antifouling treatment of ceramic tile surfaces. Background technique [0002] At present, during the production and processing of ceramic tile products, especially after polishing, it is necessary to carry out anti-fouling treatment on the brick surface, that is, to coat the polished brick surface with anti-fouling and anti-seepage materials, and to cover it with anti-fouling materials. The micropores on the surface of the tile form an antifouling layer, thereby improving the antifouling performance of the tile surface. The dispensing of anti-fouling materials is mainly completed by the grinding head of the anti-fouling device. The traditional anti-fouling device adopts a turntable with multiple grinding heads, generally six, and each grinding head is equipped with a drive motor, each grinding head is directly dr...

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Problems solved by technology

The traditional anti-fouling device adopts a turntable with multiple grinding heads, generally six, and each grinding head is equipped with a drive motor, each grinding head is directly driven by the motor, and the power of the installed motor is generally 2.2 KW, its disadvantages are: on the one hand, the anti-fouling processing is performed by 10-20 sets of anti-fouling devices connected in series, and dozens or even hundreds of motors work at the same time, which consumes a lot of electricity and consumes a lot of energy during production and processing. On the other hand, due to the high temperature of the working environment of the device, and the anti-fouling material used is a flammable liquid, and the distance between it and the motor is relatively close, there is a large potential safety hazard, and it is easy to catch fire and burn. Yes, the high temperature working environment is not conducive to the normal use of the motor, and the motor is often easily burned, affecting the normal use of the equipment

This can greatly reduce the energy consumption of the motor, but the speed of the brick plate of the gear transmission mechanism is low, which makes it difficult to increase the speed of the grinding head. The anti-fouling treatment effect of the low-speed grinding head is poor, and it cannot be popularized

Moreover, the sealing performance of the gear mechanism is poor, and the lubricating oil on the gear is easy to drip on the ceramic tile surface, causing secondary pollution to the product

Long-term use, the durability of the gear transmission mechanism is poor, and the maintenance cost is high

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