CN207710483U - A kind of efficiently cooling die surface corase grinding device - Google Patents
A kind of efficiently cooling die surface corase grinding device Download PDFInfo
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- CN207710483U CN207710483U CN201721820294.8U CN201721820294U CN207710483U CN 207710483 U CN207710483 U CN 207710483U CN 201721820294 U CN201721820294 U CN 201721820294U CN 207710483 U CN207710483 U CN 207710483U
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- grinding wheel
- board
- driving device
- mobile station
- button
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Abstract
The utility model discloses a kind of efficiently cooling die surfaces to roughly grind device, including board, rack and controller, board is equipped with the mobile station moved back and forth by the first driving means driving in it, mobile station is equipped with the positioning tool of fixed mold to be ground, the grinding wheel driven by the second driving device is equipped on front side of rack, third driving device and guide rail are additionally provided in board, the output end of third driving device is connected with first driving means;It is equipped with the feeding adjusting handwheel of control grinding wheel lifting on front side of board, is equipped on front side of rack by the grinding wheel arm of adjusting handle control lifting, the second driving device is mounted in grinding wheel arm, and grinding wheel is arranged on the downside of grinding wheel arm front end;It is additionally provided with tank for coolant and cooling pump in board, grinding wheel arm is equipped with cooling tube, and cooling tube is connected to cooling pump and its end is towards grinding wheel.Coolant liquid is extracted by cooling pump through cooling tube pump to grinding wheel to cool down, and is improved cooling efficiency, is ensured the service life of grinding wheel.
Description
Technical field
The utility model is related to technology of die manufacturing fields, and device is roughly ground more particularly to a kind of die surface.
Background technology
It needs to carry out polishing processing to die surface in the mold manufacturing process, including roughly grinds and refine, existing mold
It is poor to roughly grind device stability, it is difficult to ensure that stationarity, the poor accuracy that horizontally vertically moves of Working piece positioning device, whole face have been roughly ground
Irregular at rear surface, corase grinding is of poor quality;The amount of feeding of grinding wheel adjusts inconvenient for operation;In addition, existing mold roughly grinds device
Cooling efficiency is low, and wheel face cooling is slow, influences the service life of grinding wheel.It is filled therefore, it is necessary to be roughly ground to existing die surface
It sets and is improved and optimizes.
Utility model content
In order to overcome the deficiencies of the prior art, the utility model provides a kind of efficiently cooling die surface corase grinding device, with
It solves the problems, such as existing corase grinding device stability and roughly grinds ropy.
Technical solution adopted by the utility model to solve its technical problems is:
A kind of efficiently cooling die surface corase grinding device, including board, rack and controller, board are equipped with by being mounted in
The mobile station that first driving means driving in it moves back and forth, the mobile station are equipped with the positioning work of fixed mold to be ground
Dress, rack front side are equipped with the grinding wheel driven by the second driving device, third driving device and guide rail, institute are additionally provided in the board
The output end for stating third driving device is connected with translation bottom plate, and the translation bottom base plate is adapted to guide rail, first driving
Device is fixed on translation bottom plate;The feeding adjusting handwheel and control box of control grinding wheel lifting are equipped on front side of the board, it is described
Control box is equipped with multiple control buttons, and the control button is connect with controller signals, and the first driving means, second drive
Dynamic device and third driving device are electrically connected with the controller, and the third driving device uses servo-cylinder;On front side of the rack
Equipped with the grinding wheel arm by adjusting handle control lifting, second driving device is mounted in grinding wheel arm, and the grinding wheel setting exists
On the downside of grinding wheel arm front end;Tank for coolant and cooling pump are additionally provided in the board, the grinding wheel arm is equipped with cooling tube, described cold
But pipe is connected to cooling pump and its end is towards grinding wheel.
Forwardly convex positioning shell is equipped on front side of the board, the feeding adjusting handwheel setting is left on positioning shell
It is additionally provided with safety handle on the positioning shell of side.
It turns forward on the upside of the control box and is set as inclined surface, the control button setting is in the inclined plane.
The control button include grinding wheel start button, grinding wheel stop button, mobile station start button, mobile station stop by
Button, mobile station reset button and scram button.
The board both ends are equipped with block cover, and the block cover front and rear sides at both ends are bent in opposite directions.
The utility model has the beneficial effects that:The reciprocal fortune in mobile station left and right on board is driven by first driving means
It is dynamic, and first driving means are mounted on translation bottom plate, and its fore-aft motion on guide rail is driven by third driving device, surely
Qualitative height can effectively ensure its stationarity;The third driving device uses servo-cylinder, and servo-cylinder can be accurate
The distance for controlling its each moved further realizes mold to be ground in horizontal longitudinal precise displacement, so as to after completing whole face corase grinding
Rule of surface improves corase grinding quality;The lifting of grinding wheel arm is controlled by feeding adjusting handwheel, the amount of feeding tune of grinding wheel may be implemented
Section, operation is very easy;In addition, extracting coolant liquid out of tank for coolant by cooling pump, and it is given through cooling tube pump to grinding wheel
Cooling, improves cooling efficiency, ensures the service life of grinding wheel.
Description of the drawings
The utility model is further illustrated with reference to the accompanying drawings and examples.
Fig. 1 is the perspective view structural schematic diagram of the utility model.
Specific implementation mode
Referring to Fig.1, a kind of efficiently cooling die surface roughly grinds device, including board 1, rack 2 and controller, board 1
It is equipped with the mobile station 3 moved back and forth by the first driving means driving in it, the mobile station 3 is equipped with fixation and waits grinding
The positioning tool of mold 12,2 front side of rack are equipped with the grinding wheel 4 driven by the second driving device, third are additionally provided in the board 1
The output end of driving device and guide rail, the third driving device is connected with translation bottom plate, the translation bottom base plate and guide rail
Adaptation, the first driving means are fixed on translation bottom plate;1 front side of the board is equipped with the feeding tune that control grinding wheel 4 lifts
Handwheel 5 and control box 6 are saved, the control box 6 is equipped with multiple control buttons 7, and the control button 7 connects with controller signals
It connects, frequency converter, the frequency converter, first driving means, the second driving device and third driving device is additionally provided in the board 1
It is electrically connected with the controller, the third driving device uses servo-cylinder;2 front side of the rack is equipped with to be controlled by adjusting handle 5
The grinding wheel arm 11 of lifting, second driving device are mounted in grinding wheel arm 11, and the grinding wheel 4 is arranged under 11 front end of grinding wheel arm
Side, grinding wheel 4 are externally provided with wheel guard 14, to prevent human hand from touching, avoid injuring.Mobile station 3 is driven by first driving means
The bilateral reciprocation on board 1, and first driving means are mounted on translation bottom plate, and it is driven by third driving device
The fore-aft motion on guide rail, stability is high, can effectively ensure its stationarity;Third driving device uses servo-cylinder, this
Sample can be accurately controlled the distance of its each moved further, realize mold 12 to be ground in horizontal longitudinal precise displacement, so as to complete
It is roughly ground at whole face;Grinding wheel arm 11 is controlled by feeding adjusting handwheel 5 to lift, and connection adjusting handle 5 is equipped in board 1 and rack 2
With the drive mechanism of grinding wheel arm 11, may be implemented grinding wheel 4 the amount of feeding adjust, operation is very easy, and after processing is completed on
It rises grinding wheel 4 and exits station, mold after processing is completed is removed to unclamp positioning tool;In addition, by the setting of frequency converter, it can
To realize the rotational speed regulation of first driving means, to change the speed of mobile station reciprocating motion, different molds are adapted it to
Processing request is additionally provided with variable frequency adjustment button in control box 6, operation is adjusted to facilitate.
Preferably, tank for coolant and cooling pump are additionally provided in the board 1, the grinding wheel arm 11 is equipped with cooling tube 13,
The cooling tube 13 is connected to cooling pump and its end is towards grinding wheel 4.Coolant liquid is extracted out of tank for coolant by cooling pump, is led to
The pump of supercooling pipe 13 can timely cool down to the contact surface of grinding wheel and mold 12 to be ground to grinding wheel 4, improve cooling efficiency,
The service life of grinding wheel 4 is ensured.
Further, 1 front side of the board is equipped with forwardly convex positioning shell 8, and the setting of feeding adjusting handwheel 5 is fixed
Position shell 8 on, on the left of positioning shell 8 on be additionally provided with safety handle 9.Safety handle 9 is controlling feeding adjusting handwheel 5 and connect
Engagement between the drive mechanism of grinding wheel arm 11 and disengagement, to be disengaged after the amount of feeding regulates, it can be ensured that work in-process
It is unable to control the feeding of grinding wheel 4, effectively prevents grinding wheel 4 from crumbling, ensures the safety of periphery personnel and equipment, improving grinding wheel 4 makes
Use the service life.
Further, 6 upside of the control box, which turns forward, is set as inclined surface, and the control button 7 is arranged in the inclination
On face.The control button 7 is pressed including grinding wheel start button, grinding wheel stop button, mobile station start button, mobile station stopping
Button, mobile station reset button and scram button.The setting of inclined surface operates convenient for the operating personnel in front, multiple separately to set
The button set facilitates progress independently, accurately to operate, according to actual conditions design operation step, to widen its application range.
Further, 1 both ends of the board are equipped with block cover 10, and 10 front and rear sides of the block cover at both ends are bent in opposite directions.It is logical
The setting of block cover 10 is crossed, can prevent the spark generated during plain grinding from spurting outward, avoid fire of hurting sb.'s feelings and cause, effectively
Improve its safety.
The above, the only better embodiment of the utility model, but the utility model is not limited to above-described embodiment,
As long as it reaches the technique effect of the utility model with any same or similar means, it should all be included in the protection of the utility model
Within the scope of.
Claims (5)
1. a kind of efficiently cooling die surface roughly grinds device, including board, rack and controller, board is equipped with by being mounted in it
The mobile station that interior first driving means driving moves back and forth, the mobile station are equipped with the positioning tool of fixed mold to be ground,
The grinding wheel driven by the second driving device is equipped on front side of rack, it is characterised in that:Third driving device is additionally provided in the board
And guide rail, the output end of the third driving device are connected with translation bottom plate, the translation bottom base plate is adapted to guide rail, described
First driving means are fixed on translation bottom plate;Feeding adjusting handwheel and the control of control grinding wheel lifting are equipped on front side of the board
Box, the control box are equipped with multiple control buttons, and the control button is connect with controller signals, the first driving dress
Set, the second driving device and third driving device are electrically connected with the controller, the third driving device use servo-cylinder;It is described
It is equipped on front side of rack by the grinding wheel arm of adjusting handle control lifting, second driving device is mounted in grinding wheel arm, the sand
Wheel is arranged on the downside of grinding wheel arm front end;Tank for coolant and cooling pump are additionally provided in the board, the grinding wheel arm is equipped with cooling
Pipe, the cooling tube is connected to cooling pump and its end is towards grinding wheel.
2. a kind of efficiently cooling die surface according to claim 1 roughly grinds device, it is characterised in that:Before the board
Side is equipped with forwardly convex positioning shell, feeding adjusting handwheel setting on positioning shell, on the left of positioning shell on be additionally provided with
Safety handle.
3. a kind of efficiently cooling die surface according to claim 1 roughly grinds device, it is characterised in that:The control box
Upside, which turns forward, is set as inclined surface, and the control button setting is in the inclined plane.
4. a kind of efficiently cooling die surface according to claim 3 roughly grinds device, it is characterised in that:The control is pressed
Button includes grinding wheel start button, grinding wheel stop button, mobile station start button, mobile station stop button, mobile station reset button
And scram button.
5. a kind of efficiently cooling die surface according to claim 1 roughly grinds device, it is characterised in that:The board two
End is equipped with block cover, and the block cover front and rear sides at both ends are bent in opposite directions.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201721820294.8U CN207710483U (en) | 2017-12-21 | 2017-12-21 | A kind of efficiently cooling die surface corase grinding device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201721820294.8U CN207710483U (en) | 2017-12-21 | 2017-12-21 | A kind of efficiently cooling die surface corase grinding device |
Publications (1)
Publication Number | Publication Date |
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CN207710483U true CN207710483U (en) | 2018-08-10 |
Family
ID=63057293
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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CN201721820294.8U Active CN207710483U (en) | 2017-12-21 | 2017-12-21 | A kind of efficiently cooling die surface corase grinding device |
Country Status (1)
Country | Link |
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CN (1) | CN207710483U (en) |
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2017
- 2017-12-21 CN CN201721820294.8U patent/CN207710483U/en active Active
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