CN2399094Y

CN2399094Y - Tyre driving stone grinder

Info

Publication number: CN2399094Y
Application number: CN 99253318
Authority: CN
Inventors: 金龙洙
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-11-16
Filing date: 1999-11-16
Publication date: 2000-10-04
Anticipated expiration: 2009-11-16

Abstract

The utility model relates to a tyre transmission type stone grinder which comprises a rubber wheel used for transmitting motive power two steel wheel rims symmetrically arranged on the left side and the right side of the rubber wheel and synchronously operated along with the rubber wheel, frames fixed in the steel wheel rims, two sets of stone rollers, two main shafts fixed on a platform of a base, and casing tubes arranged outside the main shafts, wherein each set of stone rollers comprise two single stone rollers. The utility model has the characteristics of energy saving, low cost, high efficiency and long service life, and ensures the quality of stone powder formed by grinding stone blocks, and the utility model can work in no power areas.

Description

Tire driven type burrstone mill

The utility model relates to a kind of tire driven type burrstone mill.

The kind of drive of existing like product burrstone mill is gear and belt transmission, and one or two socles grind and turn round on base platform, reach the purpose of pulverizing stone.This kind burrstone mill driving torque is little, power consumption, and inefficiency, the cost height, service life is short.

The purpose of this utility model provide a kind of energy-conservation, cost is low, efficient is high, the tire driven type burrstone mill of long service life.

The purpose of this utility model is achieved in that

Tire driven type burrstone mill includes: a rubber tire that transmits power is equipped with power transmission shaft on the rubber tire; Two steel wheel rims, steel wheel rim symmetry divide and are listed in the rubber tire left and right sides, and the transmission that contacts with rubber tire cooperates, and with rubber tire run-in synchronism, in steel wheel rim, be fixed with framework; Two groups of stones grind, and every group of stone grinds and contains two stones stone roller monomers, and the roller axle that stone grinds monomer is arranged on the framework; Two main shafts, main shaft are fixed on seat platform center, the end, are provided with sleeve pipe outside main shaft, sleeve pipe and frame fixation configuration.Power transmission shaft can link to each other with the transmission mechanism of automobile, the rotation of rubber tire drives two steel wheel rim run-in synchronisms, is fixed on the roller axle running on the steel wheel rim inner frame simultaneously, when stone grinds rotation, also, can reach the purpose of pulverizing stone like this around main shaft plane running on base platform.

Owing to adopt the tire transmission, rubber tire drives two steel wheel rims, has increased the transmission moment of torsion, has reduced the power of required motor on the contrary, saved the energy, more than 2/3, rubber tire can adopt the transmission mechanism of junked-auto than like product energy savings, and steel wheel rim and framework cost are also lower, therefore overall cost of the present utility model is low, service life is long, and stone grinds rotating speed can be regulated arbitrarily by the mechanism that transmits power, has guaranteed to pulverize the best in quality that stone becomes stone flour.In addition, power of the present utility model also can adopt internal combustion engine, so also can operation at non-Electric region.

Below in conjunction with accompanying drawing embodiment of the present utility model is further described:

Fig. 1 is a front view of the present utility model.

Fig. 2 removes the vertical view of cross bar for the utility model.

Power transmission shaft 13 is installed on the rubber tire 3, power transmission shaft 13 links to each other with back axle, shaft coupling, gearbox, clutch, the motor of junked-auto, two steel wheel rim 7 symmetry branches are listed in rubber tire 3 left and right sides, the transmission that contacts with rubber tire 3 cooperates, and with rubber tire 3 run-in synchronisms, in steel wheel rim 7, be fixed with " worker " font framework 15; Two groups of stones grind, every group of stone grinds and contains two stones stone roller monomers 11, each group stone grinds on the framework 15 that is located in the steel wheel rim 7, it is the center with main shaft 4 that two stones grind monomer 11, be symmetrical distribution, the roller axle 6 that stone grinds monomer 11 is fixed on the framework 15 by bearing 9, stone grinds and is fixed on the roller axle 6 by flange 10, two main shafts 4 and two base platform 12 usefulness cement concretes are cast on the ground, main shaft 4 runs through base platform 12 centers, for increasing steadiness, termination at two main shafts 4 is fixedly connected with cross bar 2, and fixes on the ground by lacing wire 1, is provided with sleeve pipe 5 outside every main shaft 4, be with base bearing 8 outside the sleeve pipe 5, base bearing is fixed on the framework 15 by bearing chuck 14.

Claims

1, a kind of tire driven type burrstone mill includes stone stone roller, base platform, and stone grinds and turns round on base platform, it is characterized in that also including:

A rubber tire (3) that transmits power is equipped with power transmission shaft (13) on the rubber tire (3);

Two steel wheel rims (7), steel wheel rim (7) symmetry divide and are listed in rubber tire (3) left and right sides, and the transmission that contacts with rubber tire (3) cooperates, and with rubber tire (7) run-in synchronism, in steel wheel rim (7), be fixed with framework (15);

Two groups of stones grind, and every group of stone grinds and contains two stones stone roller monomers (11), and the roller axle (6) that stone grinds monomer (11) is arranged on the framework (15);

Two main shafts (4), main shaft (4) are fixed on the end seat platform (12), are provided with sleeve pipe (5) outside main shaft (4), sleeve pipe (5) and framework (15) fixed configurations.