CN2923181Y

CN2923181Y - Ceramic polisher capable of automatically adapting to brick face

Info

Publication number: CN2923181Y
Application number: CN 200620129306
Authority: CN
Inventors: 陆永添
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-07-03
Filing date: 2006-07-03
Publication date: 2007-07-18
Anticipated expiration: 2016-07-03

Abstract

The utility model discloses a ceramic polishing machine automatically adapted to brick surfaces, including a frame, belt conveying means mounted on the frame, power assembly, a machine base mounted on the belt conveying means, girder swing means mounted on the mchine base, and multiple grinding unit assembly and its controller. Each grinding unit assembly consists of a conventional cylinder, a motor, belt pulley means, a drive shaft, a grinding pan and grinding blades. A drive shaft of said grinding unit assembly is in driving connection with the grinding pan and in ball hinge with multiple degree of freedom. By said improved structure, when polishing unsteady bricks, grinding blades of said polishing machine can trace deformation or changes of brick surfaces without flating said brick surfaces, thereby remaining recess and convex appearances of brick surfaces and enriching decorative effect of the surfaces.

Description

A kind of ceramic polishing machine that can adapt to the brick face automatically

Technical field

The utility model relates to ceramic process equipment, particularly the surfacing polishing machine.

Background technology

Ceramic polishing machine is by being distributed in the bistrique assembly of belt conveyor top, processing is polished on ceramic adobe surface on the belt, traditional ceramic polishing machine, the abrasive disc of its bistrique assembly is line with the ceramic adobe surface and contacts, abrasive disc, mill and drive mandrel are for being rigidly connected, therefore, adding the man-hour bistrique is to cut on earth to the surface of ceramic adobe, the adobe preferably of only suitable finished surface flatness, bigger for degree of deformation, or the concavo-convex veining on surface big adobe that rises and falls then can't polish effectively, or polishes inhomogeneous.And the present popular glaze polished bricks of Ceramic Tiles product, people only polish the bossing of glaze, need to keep the fluctuations or the distortion of brick face simultaneously, and traditional ceramic polishing machine can't be realized at all.On the other hand, traditional polishing machine needs wipe off, slightly could carry out meticulous polishing to adobe after the preprocessing such as throwing adobe, and production efficiency is low, waste time and energy.

The utility model content

The purpose of this utility model is the weak point that overcomes conventional art, a kind of ceramic polishing machine that can adapt to the brick face is automatically proposed, the abrasive disc of bistrique can be adjusted automatically according to distortion, the fluctuating on brick surface, original rolling shape that can keep adobe after the polishing, more directly finishing polish is processed and need not be processed strickling in advance.

The purpose of this utility model is achieved by the following technical solution: a kind of ceramic polishing machine that can adapt to the brick face automatically, include frame, be loaded on belt conveyor, power assembly on the frame, be located at the support on the belt conveyor, be loaded on crossbeam swing mechanism on the support, organize bistrique assembly and controller more, wherein, every group of bistrique assembly is made of cylinder, motor, pulley mechanism and drive mandrel, mill, the abrasive disc of routine, outside the drive mandrel of bistrique assembly and mill formed and be in transmission connection, it was hinged also to form multivariant sphere.Further, for ease of installing, regulating, the hinged form of sphere adopts the termination of drive mandrel that the joint of partial sphere shape is housed, and mill is provided with the plinth of corresponding interior concave spherical.For simplifying the transmission of moment of torsion, radially loading inserts trundle between plinth and the joint.

Such design has tangible advantage:

1, owing to adopt multivariant sphere hinged between mill and the drive mandrel, during abrasive disc polishing workpiece to be machined surface, and the contact of nonrigid line, but the contact of flexible face can realize micro-grinding-polishing.

2, the hinged mill that makes of sphere can be according to the degree of deformation respective change inclination angle on adobe surface, can follow the adobe surface and float voluntarily, is particularly suitable for that the surface is uneven, ups and downs Ceramic Tiles, stone surface polishing.

3,, need not as tradition, to improve production efficiency greatly, reduce production cost through preprocessings such as strickling, thick throwings because the adaptivity of mill, abrasive disc can directly be polished product.

Description of drawings

Fig. 1 is a complete machine schematic diagram of the present utility model;

Fig. 2 is the schematic perspective view of bistrique assembly;

Fig. 3 is the structural representation of mill;

Fig. 4 is the structural representation of joint;

Fig. 5 is the assembling schematic diagram of mill and joint.

The specific embodiment

Referring to Fig. 1-Fig. 5, the ceramic polishing machine of present embodiment is mainly by frame 12, be loaded on the belt conveyor 13 on the frame 12, power assembly, be located at the support 14 on the belt conveyor 13, be loaded on the crossbeam swing mechanism on the support 14, many group bistrique assemblies 16 and controller 15 etc. assemble by conventional well known technology, wherein every group of bistrique assembly 16 is by support 1, be loaded on the motor 2 on the support 1, cylinder 3, belt gear 4, drive mandrel 5, bearing block 6, joint 7, mill 8, abrasive disc 9 constitutes, wherein multi-disc abrasive disc 9 is pasted on mill 8 bottom surfaces, mill 8 is in transmission connection with drive mandrel 5, drive mandrel 5 is driven by belt gear 4 by

motor

2, and 3 in cylinder applies axial grinding thrust to drive mandrel 5.Special feature is that mill 8 and drive mandrel 5 change passing being rigidly connected, and adopt the sphere that can have a plurality of frees degree hinged, the joint 7 with partial sphere shape is equipped with in the termination that is drive mandrel 5, and mill 8 is provided with the interior concave spherical plinth 81 with joint 7 corresponding matching, like this, mill 8 can be done the swing at certain inclination angle in 360 ° of scopes with respect to the axle center of drive mandrel 5, meanwhile, one trundle 10 radially is housed between joint 7 and the plinth 81, owing to be subjected to the interior concave spherical surface of plinth 81 and the restriction of joint 7 partial sphere, 10 of trundles transmit the moments of torsion of drive mandrel 5, and not subject cylinder 3 and the interactional pressure of workpiece to be machined.For preventing that trundle 10 from getting loose, on plinth 81, have the draw-in groove 82 of locking trundle 10.Because mill 8 is hinged with the sphere of joint 7, when the bigger or concavo-convex fluctuating of adobe facial disfigurement degree of bistrique grinding-polishing is obvious, abrasive disc 9 can one not cut on earth rigidly, and can follow the distortion of processed adobe face and change the inclination angle all around, follow the variation on processed adobe surface, both polish the adobe surface, kept the original concavo-convex rolling shape in adobe surface again effectively.

Certainly; here only enumerated a kind of preferred implementation; in fact; multivariant sphere is hinged to be the core of this patent; and concrete assembly form, locking form, the kind of drive etc. all can be done multiplely to be equal to according to theory of mechanics, conversion roughly the same; here repeat no more, but they all should belong to the protection category of this patent.

Claims

1, a kind of ceramic polishing machine that can adapt to the brick face automatically, include frame, be loaded on belt conveyor, power assembly on the frame, be located at the support on the belt conveyor, be loaded on crossbeam swing mechanism on the support, organize bistrique assembly and controller more, wherein, every group of bistrique assembly is made of cylinder, motor, pulley mechanism and drive mandrel, mill, the abrasive disc of routine, it is characterized in that: outside the drive mandrel of bistrique assembly and mill formed and be in transmission connection, it was hinged also to form multivariant sphere.

2, polishing machine according to claim 1 is characterized in that the termination of drive mandrel is equipped with the joint of partial sphere shape, and mill is provided with the plinth of corresponding interior concave spherical.

3, polishing machine according to claim 1 and 2 is characterized in that radially loading inserts trundle between plinth and the joint.