CN201361803Y

CN201361803Y - Compound grinder for shaft length, platform angle and outer arc angle of tile-shaped magnet

Info

Publication number: CN201361803Y
Application number: CNU2009200786485U
Authority: CN
Inventors: 廖敌江
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-01-11
Filing date: 2009-01-11
Publication date: 2009-12-16
Anticipated expiration: 2019-01-11

Abstract

Disclosed is a compound grinder for shaft length, platform angle and outer arc angle of a tile-shaped magnet, which comprises an electrical apparatus control system, and is characterized in that the input end of the control system is provided with a magnetic tile propulsion system; a grinding head and a grinding wheel for the shaft length are arranged at the back of the propulsion system; a grinding head and a grinding wheel for the platform angle are arranged at the back of the grinding head and the grinding wheel for the shaft length; a grinding head and a grinding wheel for the outer arc angle are arranged at the back of the grinding head and the grinding wheel for the platform angle; a conveyer belt is arranged between the grinding head and the grinding wheel for the platform angle and the grinding head and the grinding wheel for the outer arc angle; the end of the conveyer belt is provided with a mandrel; and an output conveyer belt is arranged below the conveyer belt. The compound grinder has the positive effects that the automatic machining for shaft length end face, platform angle and outer arc angle of the tile-shaped magnet can be completed at one time, the labor and machining time are saved, the energy consumption is reduced, and the labor productivity is improved.

Description

Tile-shaped magnet axial length, mesa corners, outer arc angle compound grinding machine

Affiliated technical field

The utility model relates to a kind of tile-shaped magnet axial length, mesa corners, outer arc angle compound grinding machine, is applicable to that axial length end face, mesa corners, the outer arc angle finished tile-shaped magnet process automatically.

Background technology

Tile-shaped magnet usually needs axial length end face, mesa corners, outer arc angle to tile-shaped magnet to process in advance when carrying out the grinding of inside and outside cambered surface, could guarantee inside and outside cambered surface grind normally carry out.The main at present mode of separating the processing of unit mill that adopts is processed tile-shaped magnet axial length end face, mesa corners, outer arc angle, and wherein mesa corners adopts manual mode of operation processing.Existing axial length process equipment is Double End tile-shaped magnet length and width grinding machines, can only process the axial length end face; Existing mesa corners process equipment is manual operations, yield poorly, of poor quality, labour intensity is big; Existing outer arc angle process equipment (patent No.: 200820061915.3) can only unit work, and can only process an operation.On the whole, what above-mentioned prior art need be more is artificial, causes cost to rise, and quality is difficult to improve.

Summary of the invention

The purpose of this utility model provides a kind of can finishing simultaneously tile-shaped magnet axial length cross grinding, and the tile-shaped magnet axial length end face of mesa corners processing, outer arc angle processing tasks, mesa corners, outer arc angle compound grinding machine are to remedy the deficiency of prior art.

The technical scheme of employing of the present utility model is: tile-shaped magnet axial length, mesa corners, outer arc angle compound grinding machine, comprise electrical apparatus control system, and it is characterized in that: input is provided with the magnetic shoe propulsion system; Axial length bistrique and emery wheel are arranged after the propulsion system; Mesa corners bistrique and emery wheel are arranged behind axial length bistrique and the emery wheel; Be provided with outer arc angle bistrique and emery wheel behind mesa corners bistrique and the emery wheel; Between mesa corners bistrique and emery wheel and outer arc angle bistrique and the emery wheel conveyer belt is arranged; The conveyer belt end is provided with axle; There is exit conveyor the conveyer belt below.

Good effect of the present utility model is, can disposablely finish axial length end face, mesa corners, outer arc angle to tile-shaped magnet and process automatically, saved artificial and process time, lowered energy consumption, improved labor productivity.

Below by embodiment, and in conjunction with the accompanying drawings the utility model is further described:

Description of drawings

Fig. 1 is the front view of the utility model embodiment;

Fig. 2 is the vertical view of Fig. 1;

Fig. 3 is outer arc angle chamfering structure schematic diagram;

Fig. 4 is the vertical view of Fig. 3;

Fig. 5 is a mesa corners chamfering structure schematic diagram;

Fig. 6 is the vertical view of Fig. 5;

The specific embodiment

Tile-shaped magnet axial length, mesa corners, outer arc angle compound grinding machine comprise electrical apparatus control system, and it is characterized in that: input is provided with conveyer belt 30; Axial length bistrique and emery wheel 3 and 19 are arranged behind the conveyer belt 30; Mesa corners bistrique and emery wheel 6 are arranged behind the axial length emery wheel 3 and 19; Be provided with outer arc angle bistrique and emery wheel 10 behind mesa corners bistrique and the emery wheel 6; Between mesa corners bistrique and emery wheel 6 and outer arc angle bistrique and the emery wheel 10 conveyer belt 8 is arranged.Conveyer belt 8 ends are provided with axle 34; There is exit conveyor 11 conveyer belt 8 belows.

Embodiment:

Processed magnetic shoe 1 is laid out conveyer belt 30 by the operator, magnetic shoe 1 be transmitted be with 30 be transported to send to the wheel 29 and send to the wheel 16 places, sending wheel 29 to and sending advancing of wheel 16 to left rolling under the promotion, 2 is press strip, playing the restriction magnetic shoe moves upward, axial length guide rail 4 works to support magnetic shoe 1 by the axial length milling zone, the axial length end face of magnetic shoe 1 in left movement by emery wheel 3 and emery wheel 19 grindings simultaneously, can regulate the magnetic shoe processing dimension by emery wheel feeding handwheel.

Magnetic shoe 1 continues to move to left on the mesa corners guide rail 12 after through the axial length milling zone, and mesa corners emery wheel 6 places the bottom of magnetic shoe 1, and adjusting lifting screw 7 can hoistable platform angle emery wheel 6, thus the size of adjusting mesa corners chamfering.

Magnetic shoe 1 also continues on the arc angle conveyer belt 8 outside mesa corners guide rail 12 is released back arrival to left movement, magnetic shoe produces gyration on the axle 34 of conveyer belt 8 tail ends, the thickness that the radius of axle 34 adds upper conveyor belt just in time equals the inner arc radius of magnetic shoe 1, magnetic shoe 1 with axle 34 rotating processes in, outer arc angle emery wheel 10 promptly carries out chamfer machining to magnetic shoe 1, the relative position of regulating outer arc angle emery wheel 10 and axle 34 can be regulated the size of outer arc angle chamfering, drop on the exit conveyor 11 through the magnetic shoe 1 after the chamfering, exit conveyor 11 promptly transports the magnetic shoe 1 after the processing.The transfer motion power of outer arc angle conveyer belt 8, axle 34, exit conveyor 11 comes from same motor 15, drives the motion of above-mentioned outer arc angle conveyer belt 8, axle 34, exit conveyor 11 after motor 15 process worm reducers 14 speed changes by the sprocket wheel link chain mechanism.

Above-mentioned three procedure of processings are finished continuously, have only passed through once artificial material loading, so saved cost of labor greatly.All emery wheel all is general emery wheel, need not to change emery wheel when changing the magnetic shoe kind, can reduce the special purpose parts cost greatly.

To the magnetic shoe of some certain species, as need not the wherein a certain operation of processing, also can save this part body.For example, the structure that grinds outer arc angle promptly can be as the equipment of the outer arc angle of independent mill.

When this equipment is used for magnetic shoe automatic grinding line, exit conveyor 11 is in tilted layout sometimes, and the input height of its output height and next machine is adaptive.

Claims

1, tile-shaped magnet axial length, mesa corners, outer arc angle compound grinding machine comprise electrical apparatus control system, and it is characterized in that: input is provided with the magnetic shoe propulsion system; Axial length bistrique and emery wheel are arranged after the propulsion system; Mesa corners bistrique and emery wheel are arranged behind axial length bistrique and the emery wheel; Be provided with outer arc angle bistrique and emery wheel behind mesa corners bistrique and the emery wheel; Between mesa corners bistrique and emery wheel and outer arc angle bistrique and the emery wheel conveyer belt is arranged; The conveyer belt end is provided with axle; There is exit conveyor the conveyer belt below.