CN203751851U - Outer arc-shaped surface fine grinding machine of tile-shaped magnet - Google Patents
Outer arc-shaped surface fine grinding machine of tile-shaped magnet Download PDFInfo
- Publication number
- CN203751851U CN203751851U CN201320887034.8U CN201320887034U CN203751851U CN 203751851 U CN203751851 U CN 203751851U CN 201320887034 U CN201320887034 U CN 201320887034U CN 203751851 U CN203751851 U CN 203751851U
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- magnet
- arc surface
- rail
- exterior arc
- plate
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Abstract
The utility model discloses an outer arc-shaped surface fine grinding machine of a tile-shaped magnet. The outer arc-shaped surface fine grinding machine comprises a rack, wherein the rack is provided with a conveying device which is used for conveying a magnet and an outer arc-shaped surface fine grinding wheel which is used for grinding an outer arc-shaped surface of the magnet, and the outer circumferential surface of the outer arc-shaped surface fine grinding wheel is an inner concave arc-shaped surface which is matched with the outer arc-shaped surface of the magnet; the conveying device comprises a feeding mechanism and a discharging guide rail which are respectively positioned at two sides of the outer arc-shaped surface fine grinding machine, the feeding mechanism comprises a feeding guide rail, the front end, which is close to the outer arc-shaped surface fine grinding wheel, of the feeding guide rail is provided with a sliding guide rail which is used for feeding, and the rear end, which is far away from the outer arc-shaped surface fine grinding wheel, of the feeding guide rail is provided with a shifting block which is used for driving the magnet to move along the feeding guide rail; the front end of the sliding guide rail is provided with a feeding section which stretches out of the feeding guide rail, the height of the feeding section is lower than the feeding guide rail, and the upper end surface of the feeding section is an outer convex arc-shaped surface which is matched with an inner arc-shaped surface of the magnet; the rack is provided with a driving mechanism which is used for driving the sliding guide rail and the shifting block to move; the rear end of the feeding guide rail is provided with a reversing and grabbing mechanism of the tile-shaped magnet.
Description
Technical field
The utility model belongs to grinding equipment technical field, is specifically related to a kind of fine ginding machine for grinding watt type magnet exterior arc surface.
Background technology
Tile-shaped magnet is widely used at present both at home and abroad, and China is magnetic shoe big export country in the world.Magnetic shoe, completing after compressing, sintering circuit, enters mill manufacturing procedure, and the grinding process of magnetic shoe comprises: wide two planes of string and baseplane grinding, the grinding of axial length both ends of the surface, the inside and outside circular arc chamfering of axle head, the operations such as inside and outside cambered surface is thick, fine grinding.In the fine ginding process of watt type magnet, in order to reach good grinding accuracy, preferably tile-shaped magnet is divided into small lot or singlely carries out grinding, this just causes feeding more difficult, and in existing tile-shaped magnet grinding fixture, magnet need to adopt artificial clamping location, cause grinding efficiency low.
In addition, in the grinding process of a watt inner arc surface for type magnet, the wide two sides of exterior arc surface chord, the axis of tile-shaped magnet is parallel with delivery track, and the axial length both ends of the surface of magnet need to be positioned to the both sides of delivery track at the axial length both ends of the surface grinding process of tile-shaped magnet, therefore, in the process that magnet is transported between each grinding process, need to turn to, and in existing tile-shaped magnet equipment for grinding, general employing manually completes the work that turns to of magnet, inefficiency.
Summary of the invention
In view of this, the purpose of this utility model is to provide a kind of tile-shaped magnet exterior arc surface fine ginding machine, and this tile-shaped magnet exterior arc surface fine ginding machine not only can meet the fine ginding requirement of magnet, and can automatic batch charging, raises the efficiency.
For achieving the above object, the utility model provides following technical scheme:
A kind of tile-shaped magnet exterior arc surface fine ginding machine, comprise frame, described frame is provided with the conveying device for delivery of magnet, and described frame is provided with the exterior arc surface finishing wheel for grinding magnet exterior arc surface, the outer peripheral face of described exterior arc surface finishing wheel is the interior concaved circular cambered surface coordinating with magnet exterior arc surface;
Described conveying device comprises the feeding mechanism and the discharge guide that lay respectively at described exterior arc surface finishing wheel both sides, described feeding mechanism comprises feed lead rail, described feed lead rail is provided with the rail plate for charging near the front end of described exterior arc surface finishing wheel, and described feed lead rail is provided with the shifting block moving along described feed lead rail for magnet away from the rear end of described exterior arc surface finishing wheel; The front end of described rail plate is provided with and stretches out the feed zone of the outer and height of described feed lead rail lower than described feed lead rail, and the upper surface of described feed zone is the outer convex arc surface coordinating with magnet inner arc surface; Described frame is provided with the driving mechanism for driving described rail plate and shifting block to move;
The rear end of described feed lead rail is provided with tile-shaped magnet commutation grasping mechanism, described watt of type magnet commutation grasping mechanism comprises the connection transportation device being arranged in frame and for being connected with other guide rails, the discharge end of described connection transportation device is provided with the crawl platform concordant with it, on described crawl platform, with the corresponding block I being provided with for stopping magnet of discharging opening of described connection transportation device, described crawl platform is provided with the block II vertical with described block I and for magnet is pushed to the push rod cylinder of block II from block I;
The top of described crawl platform is provided with slide rail and is arranged on the Rodless cylinder on slide rail, the below of described Rodless cylinder is provided with rotary cylinder, the below of described rotary cylinder is provided with upper and lower telescopic cylinder, on the piston rod of described upper and lower telescopic cylinder, be connected with the manipulator for capturing magnet, the rotating shaft of described rotary cylinder is vertical curve; Between described block I and block II, be provided with magnet and capture station, described feed lead rail is provided with magnet blanking station.
Further, described driving mechanism comprises and is arranged on described feed lead rail below and the flexible direction cylinder parallel with described feed lead rail of piston rod, described frame is provided with for described rail plate and the slide rail parallel with described feed lead rail are installed, on described slide rail, slide block is installed, described rail plate is fixedly mounted on described slide rail, and described slide block is connected with the piston rod of described cylinder.
Further, on described slide block, be fixedly connected with connecting plate, described connecting plate is provided with connecting rod base, on described connecting rod base, be slidably matched and be provided with the connecting rod parallel with described feed lead rail with it, one end of described connecting rod is connected with described shifting block, and the other end of described connecting rod is provided with the drive rod coordinating with described connecting plate, the kidney-shaped circular hole that be provided with for control described shifting block displacement corresponding to described drive rod on described connecting plate.
Further, described feed lead rail comprises the guide rod that is respectively used to the wide two sides of support magnet string, and described shifting block is arranged between two described guide rods, and distance between two described guide rods is adjustable.
Further, described rail plate comprises and is arranged on two changeover portions between described guide rod, and the upper surface of described changeover portion is the evagination arcwall face coordinating with magnet inner arc surface.
Further, described frame is provided with the blocking mechanism that is positioned at described discharge guide top, described blocking mechanism comprises the installing plate being arranged in described frame, described installing plate is provided with the rotating shaft that stops that is positioned at described discharge guide top, describedly stop in rotating shaft that rotation coordinates and be provided with stopper, the upper surface of described stopper is provided with limiting plate, and described installing plate is provided with the gag lever post that is positioned at described limiting plate below.
Further, described frame is provided with the exterior arc surface finishing wheel governor motion for regulating described exterior arc surface finishing wheel position, described exterior arc surface finishing wheel governor motion comprises the vertical adjusting slide rail being fixedly mounted in described frame and the vertical slide plate being slidably installed on described vertical adjusting slide rail, is provided with the vertical screw rod for driving described vertical slide plate to slide between described frame and described vertical slide plate; Described vertical slide plate is provided with the Level tune slide rail vertical with described vertical adjusting slide rail and the horizontal slide plate being slidably installed on described Level tune slide rail, between described horizontal slide plate and described vertical slide plate, be provided with the horizontal screw bolt for driving described horizontal slide plate to slide, on described horizontal slide plate, fixed installation is useful on the drive motors that drives described exterior arc surface finishing wheel.
Further, described frame is provided with the grinding fluid jet pipe for spray grinding fluid to described exterior arc surface finishing wheel.
Further, described manipulator comprises two crawl hands that are oppositely arranged and is arranged on described rotary cylinder and for driving the crawl cylinder of two described crawl hand move toward one another or opposing motion.
Further, described magnet crawl station is the space being arranged between described block I and block II; Described connection transportation device comprises the belt wheel that is arranged in described frame, be sleeved on connecting conveyor belt on described belt wheel and for driving the motor of described belt wheel rotation.
The beneficial effects of the utility model are:
Tile-shaped magnet exterior arc surface fine ginding machine of the present utility model, by feed lead rail is set, and at the front end of feed lead rail, rail plate is set, in Grinding Process, driving mechanism drives rail plate and shifting block to move, the magnet that shifting block promotes in feed lead rail moves, and magnet is dropped on the feed zone of rail plate, driving mechanism drives rail plate to the charging of exterior arc surface finishing wheel, exterior arc surface finishing wheel carries out fine ginding processing to the exterior arc surface of magnet, so, just can be bulk-fed to exterior arc surface finishing wheel by rail plate, can effectively improve grinding efficiency,
By connection transportation device is set, can be connected with the guide rail of other grinding process of magnet, and magnet is transported to manipulator place, by block I, block II and push rod cylinder are set, magnet can be pushed into magnet and capture station; By slide rail and Rodless cylinder are set, can move by driving device hand, when crawl, manipulator moves to the process that captures station from blanking station, rotary cylinder driving device hand half-twist, when capturing station, upper and lower telescopic cylinder control manipulator transports crawl magnet downwards, and in the process that backward blanking station moves, rotary cylinder control manipulator half-twist again, during to blanking station, manipulator puts down magnet, so, can realize the transport that turns to of magnet, the magnet that can meet between the different grinding process of tile-shaped magnet turns to requirement.
Brief description of the drawings
In order to make the purpose of this utility model, technical scheme and beneficial effect clearer, the utility model provides following accompanying drawing to describe:
Fig. 1 is the structural representation of the utility model tile-shaped magnet exterior arc surface fine ginding machine embodiment;
Fig. 2 is the axonometric drawing of Fig. 1;
Fig. 3 is the structural representation of exterior arc surface finishing wheel governor motion;
Fig. 4 is the structural representation of blocking mechanism.
Description of reference numerals:
301-frame; 302-exterior arc surface finishing wheel; 303-feed lead rail; 303a-guide rod; 304-rail plate; 304a-feed zone; 304b-; 305-shifting block; 306-cylinder; 307-slide rail; 308-slide block; 309-connecting plate; 310-connecting rod base; 311-connecting rod; 312-drive rod; 313-discharge guide; 314-installing plate; 315-stops rotating shaft; 316-stopper; 317-limiting plate; 318-gag lever post; 319-vertically regulates slide rail; 320-vertical slide plate; The vertical screw rod of 321-; 322-mount pad; 323-handwheel; 324-Level tune slide rail; 325-horizontal slide plate; 327-drive motors; 328-grinding fluid jet pipe; 329-captures platform; 330-block I; 331-block II; 332-push rod cylinder; 333-slide rail; 334-Rodless cylinder; 335-rotary cylinder; The upper and lower telescopic cylinder of 336-; 337-magnet captures station; 338-magnet blanking station; 339-captures hand; 340-captures cylinder; 341-belt wheel; 342-connecting conveyor belt; 343-motor.
Detailed description of the invention
Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in detail.
As shown in Figure 1, be the structural representation of the utility model tile-shaped magnet exterior arc surface fine ginding machine embodiment.The tile-shaped magnet exterior arc surface fine ginding machine of the present embodiment, comprise frame 301, frame 301 is provided with the conveying device for delivery of magnet, and frame 301 is provided with the exterior arc surface finishing wheel 302 for grinding magnet exterior arc surface, the outer peripheral face of exterior arc surface finishing wheel 302 is the interior concaved circular cambered surface 302a coordinating with magnet exterior arc surface.
Conveying device comprises the feeding mechanism and the discharge guide 313 that lay respectively at exterior arc surface finishing wheel 302 both sides, feeding mechanism comprises feed lead rail 303, feed lead rail 303 is provided with the rail plate 304 for charging near the front end of exterior arc surface finishing wheel 302, and feed lead rail 303 is provided with the shifting block 305 moving along feed lead rail 303 for magnet away from the rear end of exterior arc surface finishing wheel 302.The front end of rail plate 304 is provided with and stretches out the feed zone 304a of the outer and height of feed lead rail 303 lower than feed lead rail 303, and the upper surface of feed zone 304a is the outer convex arc surface coordinating with magnet inner arc surface.Frame 301 is provided with the driving mechanism for driving rail plate 304 and shifting block 305 to move.Preferably, feed lead rail 303 comprises the guide rod 303a that is respectively used to the wide two sides of support magnet string, and shifting block 305 is arranged between two guide rod 303a, and distance between two guide rod 303a is adjustable, to be applicable to the conveying requirement of magnet of different model.Preferably, rail plate 304 comprises and is arranged on two changeover portion 304b between guide rod 303a, the upper surface of changeover portion 304b is the evagination arcwall face coordinating with magnet inner arc surface, by changeover portion 304b is set, can better coordinate with feed lead rail 303 docking.
The driving mechanism of the present embodiment comprises and is arranged on the flexible direction cylinder 306 parallel with described feed lead rail 303 of feed lead rail 303 belows and piston rod, frame 301 is provided with for rail plate 304 and the slide rail 307 parallel with feed lead rail 303 are installed, slide block 308 is installed on slide rail 307, rail plate 304 is fixedly mounted on slide rail 307, and slide block 308 is connected with the piston rod of described cylinder 306.Can drive rail plate 304 to move along the direction of feed lead rail 303 by cylinder 306.On the slide block 308 of the present embodiment, be fixedly connected with connecting plate 309, connecting plate 309 is provided with connecting rod base 310, on connecting rod base 310, be slidably matched and be provided with the connecting rod parallel with feed lead rail 303 311 with it, one end of connecting rod 311 is connected with shifting block 305, and the other end of connecting rod 311 is provided with the drive rod 312 coordinating with connecting plate 309, the kidney-shaped circular hole that be provided with for control shifting block 305 displacements corresponding to drive rod 312 on connecting plate 309, drive in the process that rail plate 304 moves at cylinder 306, can make the displacement of shifting block 305 be less than the displacement of rail plate 304 by kidney-shaped circular hole, dock magnet is delivered to the requirement on discharge guide 313 with discharge guide 313 to meet rail plate 304.
Further, frame 301 is provided with the blocking mechanism that is positioned at discharge guide 303 tops, blocking mechanism comprises the installing plate 314 being arranged in frame 301, installing plate 314 be provided be positioned at discharge guide 313 tops stop rotating shaft 315, stop that in rotating shaft 315, rotation cooperation is provided with stopper 316, the upper surface of described stopper 316 is provided with limiting plate 317, installing plate 314 is provided with the gag lever post 318 that is positioned at limiting plate 317 belows, in the time that rail plate 304 moves to discharge guide 313 place, stopper 316 rotates up steps down, magnet is passed through, in the time that rail plate 304 moves to feed lead rail 303, under the effect of gag lever post 318 and limiting plate 317, stopper 316 cannot overturn, thereby magnet cannot pass through stopper 316.
Further, frame 301 is provided with the exterior arc surface finishing wheel governor motion for regulating exterior arc surface finishing wheel 302 positions, exterior arc surface finishing wheel governor motion comprises the vertical adjusting slide rail 319 being fixedly mounted in frame 301 and is slidably installed vertically regulating the vertical slide plate 320 on slide rail 319, is provided with the vertical screw rod 321 for driving vertical slide plate 320 to slide between frame 301 and vertical slide plate 320.Frame 301 is provided with the mount pad 322 for vertical screw rod 321 is installed, and vertically screw rod 321 is provided with handwheel 323.The horizontal slide plate 325 that vertical slide plate 320 is provided with the Level tune slide rail vertical with vertical adjusting slide rail 319 324 and is slidably installed on Level tune slide rail 324, between horizontal slide plate 325 and vertical slide plate 320, be provided with the horizontal screw bolt for driving horizontal slide plate 325 to slide, on horizontal slide plate 325, fixed installation is useful on the drive motors 327 that drives exterior arc surface finishing wheel 302, by exterior arc surface finishing wheel governor motion is set, can regulate the position of exterior arc surface finishing wheel 302, to adapt to the grinding requirement of tile-shaped magnet of different model size, and can improve grinding accuracy.Frame 301 is provided with the grinding fluid jet pipe 328 for spray grinding fluid to exterior arc surface finishing wheel 302.
The rear end of feed lead rail 303 is provided with tile-shaped magnet commutation grasping mechanism, watt type magnet commutation grasping mechanism comprises the connection transportation device being arranged in frame 301 and for being connected with other guide rails, the discharge end of connection transportation device is provided with the crawl platform 329 concordant with it, capture on platform 309 and the corresponding block I 330 being provided with for stopping magnet of discharging opening of connection transportation device, capture that platform 309 is provided with the block II 331 vertical with block I 330 and for magnet is pushed to the push rod cylinder 332 of block II 331 from block I 330.The top that captures platform 309 is provided with slide rail 333 and is arranged on the Rodless cylinder 334 on slide rail 333, the below of Rodless cylinder 334 is provided with rotary cylinder 335, the below of rotary cylinder 335 is provided with upper and lower telescopic cylinder 336, on the piston rod of upper and lower telescopic cylinder 336, be connected with the manipulator for capturing magnet, the rotating shaft of rotary cylinder 335 is vertical curve.Between block I 330 and block II 331, be provided with magnet and capture station 337, feed lead rail 303 is provided with magnet blanking station 338, and magnet blanking station 338 is positioned at the front of shifting block 305 apart from exterior arc surface finishing wheel 302 highest distance positions.The present embodiment magnet captures station 337 for being arranged on the space between gear 330 and block II 331.The manipulator of the present embodiment comprises two crawl hands that are oppositely arranged 339 and is arranged on the crawl cylinder 340 on rotary cylinder 335 and for driving two to capture hand 339 move toward one another or opposing motion.Utilize the move toward one another that captures hand 339, can capture magnet, utilize the opposing motion that captures hand 339, magnet can be put down.The present embodiment connection transportation device comprises the belt wheel 341 being arranged in 301 frames, the motor 343 that is sleeved on the connecting conveyor belt 342 on belt wheel 341 and rotates for driving pulley.
The tile-shaped magnet commutation grasping mechanism of the present embodiment also comprises control system, described control system comprises the contact-making switch that is arranged on slide rail 333 two ends, the controller being electrically connected with contact-making switch, be arranged on the reversing solenoid valve I in the gas circuit of described Rodless cylinder 334, be arranged on the reversing solenoid valve II in the gas circuit of described rotary cylinder 335, be arranged on the reversing solenoid valve III in the gas circuit of described upper and lower telescopic cylinder 336 and be arranged on the reversing solenoid valve IV in the gas circuit of described crawl cylinder 340, described reversing solenoid valve I, reversing solenoid valve II, reversing solenoid valve III and reversing solenoid valve IV are all electrically connected with described controller.In the time that contact-making switch detects that Rodless cylinder 334 is positioned at magnet crawl station 337 top, the upper and lower telescopic cylinder 336 of controller control stretches out downwards, and control crawl cylinder 340 and control two crawl hands, 339 move toward one another crawl magnets, the upper and lower telescopic cylinder 336 of then controller control is upwards mentioned manipulator, and control noninductive cylinder 334 and move to magnet blanking station 338, rotary cylinder 335 is controlled mechanical hand-screw and is turned 90 °, in the time being positioned at the contact-making switch of noninductive cylinder 334 other ends and detecting that noninductive cylinder 334 is positioned at magnet blanking station 338 top, the upper and lower telescopic cylinder 336 of controller control stretches out downwards, and control crawl cylinder 340 makes two unlucky moving of crawl palmistry that magnet is put down, then controlling upper and lower telescopic cylinder 336 moves up, controlling Rodless cylinder 334 moves to magnet crawl station 337, and control mechanical hand-screw by rotary cylinder 335 and turn 90 °, in the time that contact-making switch detects that Rodless cylinder 334 is positioned at magnet crawl station 337 top, under the control action of controller, capture watt type magnet.So, can realize the transport that turns to of magnet, the magnet that can meet between the different grinding process of tile-shaped magnet turns to requirement.
Finally explanation is, above preferred embodiment is only unrestricted in order to the technical solution of the utility model to be described, although the utility model is described in detail by above preferred embodiment, but those skilled in the art are to be understood that, can make various changes to it in the form and details, and not depart from the utility model claims limited range.
Claims (10)
1. a tile-shaped magnet exterior arc surface fine ginding machine, it is characterized in that: comprise frame, described frame is provided with the conveying device for delivery of magnet, and described frame is provided with the exterior arc surface finishing wheel for grinding magnet exterior arc surface, the outer peripheral face of described exterior arc surface finishing wheel is the interior concaved circular cambered surface coordinating with magnet exterior arc surface;
Described conveying device comprises the feeding mechanism and the discharge guide that lay respectively at described exterior arc surface finishing wheel both sides, described feeding mechanism comprises feed lead rail, described feed lead rail is provided with the rail plate for charging near the front end of described exterior arc surface finishing wheel, and described feed lead rail is provided with the shifting block moving along described feed lead rail for magnet away from the rear end of described exterior arc surface finishing wheel; The front end of described rail plate is provided with and stretches out the feed zone of the outer and height of described feed lead rail lower than described feed lead rail, and the upper surface of described feed zone is the outer convex arc surface coordinating with magnet inner arc surface; Described frame is provided with the driving mechanism for driving described rail plate and shifting block to move;
The rear end of described feed lead rail is provided with tile-shaped magnet commutation grasping mechanism, described watt of type magnet commutation grasping mechanism comprises the connection transportation device being arranged in frame and for being connected with other guide rails, the discharge end of described connection transportation device is provided with the crawl platform concordant with it, on described crawl platform, with the corresponding block I being provided with for stopping magnet of discharging opening of described connection transportation device, described crawl platform is provided with the block II vertical with described block I and for magnet is pushed to the push rod cylinder of block II from block I;
The top of described crawl platform is provided with slide rail and is arranged on the Rodless cylinder on slide rail, the below of described Rodless cylinder is provided with rotary cylinder, the below of described rotary cylinder is provided with upper and lower telescopic cylinder, on the piston rod of described upper and lower telescopic cylinder, be connected with the manipulator for capturing magnet, the rotating shaft of described rotary cylinder is vertical curve; Between described block I and block II, be provided with magnet and capture station, described feed lead rail is provided with magnet blanking station.
2. tile-shaped magnet exterior arc surface fine ginding machine according to claim 1, it is characterized in that: described driving mechanism comprises and is arranged on described feed lead rail below and the flexible direction cylinder parallel with described feed lead rail of piston rod, described frame is provided with for described rail plate and the slide rail parallel with described feed lead rail are installed, on described slide rail, slide block is installed, described rail plate is fixedly mounted on described slide rail, and described slide block is connected with the piston rod of described cylinder.
3. tile-shaped magnet exterior arc surface fine ginding machine according to claim 2, it is characterized in that: on described slide block, be fixedly connected with connecting plate, described connecting plate is provided with connecting rod base, on described connecting rod base, be slidably matched and be provided with the connecting rod parallel with described feed lead rail with it, one end of described connecting rod is connected with described shifting block, and the other end of described connecting rod is provided with the drive rod coordinating with described connecting plate, the kidney-shaped circular hole that be provided with for control described shifting block displacement corresponding to described drive rod on described connecting plate.
4. tile-shaped magnet exterior arc surface fine ginding machine according to claim 1, it is characterized in that: described feed lead rail comprises the guide rod that is respectively used to the wide two sides of support magnet string, described shifting block is arranged between two described guide rods, and distance between two described guide rods is adjustable.
5. tile-shaped magnet exterior arc surface fine ginding machine according to claim 4, is characterized in that: described rail plate comprises and be arranged on two changeover portions between described guide rod, and the upper surface of described changeover portion is the evagination arcwall face coordinating with magnet inner arc surface.
6. tile-shaped magnet exterior arc surface fine ginding machine according to claim 1, it is characterized in that: described frame is provided with the blocking mechanism that is positioned at described discharge guide top, described blocking mechanism comprises the installing plate being arranged in described frame, described installing plate is provided with the rotating shaft that stops that is positioned at described discharge guide top, describedly stop in rotating shaft that rotation coordinates and be provided with stopper, the upper surface of described stopper is provided with limiting plate, and described installing plate is provided with the gag lever post that is positioned at described limiting plate below.
7. tile-shaped magnet exterior arc surface fine ginding machine according to claim 1, it is characterized in that: described frame is provided with the exterior arc surface finishing wheel governor motion for regulating described exterior arc surface finishing wheel position, described exterior arc surface finishing wheel governor motion comprises the vertical adjusting slide rail being fixedly mounted in described frame and the vertical slide plate being slidably installed on described vertical adjusting slide rail, is provided with the vertical screw rod for driving described vertical slide plate to slide between described frame and described vertical slide plate; Described vertical slide plate is provided with the Level tune slide rail vertical with described vertical adjusting slide rail and the horizontal slide plate being slidably installed on described Level tune slide rail, between described horizontal slide plate and described vertical slide plate, be provided with the horizontal screw bolt for driving described horizontal slide plate to slide, on described horizontal slide plate, fixed installation is useful on the drive motors that drives described exterior arc surface finishing wheel.
8. tile-shaped magnet exterior arc surface fine ginding machine according to claim 1, is characterized in that: described frame is provided with the grinding fluid jet pipe for spray grinding fluid to described exterior arc surface finishing wheel.
9. tile-shaped magnet exterior arc surface fine ginding machine according to claim 1, is characterized in that: described manipulator comprises two crawl hands that are oppositely arranged and is arranged on described rotary cylinder and for driving the crawl cylinder of two described crawl hand move toward one another or opposing motion.
10. tile-shaped magnet exterior arc surface fine ginding machine according to claim 2, is characterized in that: it is the space being arranged between described block I and block II that described magnet captures station; Described connection transportation device comprises the belt wheel that is arranged in described frame, be sleeved on connecting conveyor belt on described belt wheel and for driving the motor of described belt wheel rotation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320887034.8U CN203751851U (en) | 2013-12-31 | 2013-12-31 | Outer arc-shaped surface fine grinding machine of tile-shaped magnet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320887034.8U CN203751851U (en) | 2013-12-31 | 2013-12-31 | Outer arc-shaped surface fine grinding machine of tile-shaped magnet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203751851U true CN203751851U (en) | 2014-08-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320887034.8U Withdrawn - After Issue CN203751851U (en) | 2013-12-31 | 2013-12-31 | Outer arc-shaped surface fine grinding machine of tile-shaped magnet |
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| CN (1) | CN203751851U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103769964B (en) * | 2013-12-31 | 2016-09-07 | 重庆凌达磁材科技有限公司 | Tile-shaped magnet exterior arc surface fine ginding machine |
-
2013
- 2013-12-31 CN CN201320887034.8U patent/CN203751851U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103769964B (en) * | 2013-12-31 | 2016-09-07 | 重庆凌达磁材科技有限公司 | Tile-shaped magnet exterior arc surface fine ginding machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140806 Effective date of abandoning: 20160907 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |