CN201437211U - Chamfering and edging transmission for mask chamfering and edging machine - Google Patents
Chamfering and edging transmission for mask chamfering and edging machine Download PDFInfo
- Publication number
- CN201437211U CN201437211U CN2009201668363U CN200920166836U CN201437211U CN 201437211 U CN201437211 U CN 201437211U CN 2009201668363 U CN2009201668363 U CN 2009201668363U CN 200920166836 U CN200920166836 U CN 200920166836U CN 201437211 U CN201437211 U CN 201437211U
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- bevelling
- edging
- transmission
- chamfering
- slide
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Abstract
The utility model discloses a chamfering and edging transmission for a mask chamfering and edging machine, which comprises a chamfering device sliding seat, an edging device sliding seat, a chamfering power transmission system, an edging power transmission system and an electric control system, wherein both the chamfering device sliding seat and the edging device sliding seat are connected with a guide rail in a slide-fit manner; the chamfering power transmission system and the edging power transmission system respectively drive the chamfering device sliding seat and the edging device sliding seat to horizontally move along the guide rail, so that the chamfering and edging is performed to a mask placed on a mask platform during the moving processes of a chamfering device and an edging device respectively mounted on the chamfering device sliding seat and the edging device sliding seat; and the electric control system controls the coordinated actions of the chamfering power transmission system and the edging power transmission system. The chamfering and edging transmission can drive the chamfering device and the edging device to process the mask during the moving processes, thereby not only improving the processing efficiency, but also reducing the influence on the processing quality due to human factors.
Description
Technical field
The utility model relates to the field of the mask version being carried out the processing of automatic bevelling and edging, relates in particular to a kind ofly in process, makes bevelling device and edging device finish the bevelling edging transmission device of processing in moving process.
Background technology
The mask version is one of important machining tool that is widely used in electron trade, and the bevelling of mask version and edging are the important processing links in the mask version processing and manufacturing process, and its crudy quality directly has influence on the quality of mask version.At present, the bevelling of mask version and edging operation all are by finishing manually, not only labour intensity is big for this processing mode, production efficiency is low, the more important thing is the difficult quality guarantee of bevelling and edging, and machining accuracy is all lower, very difficult will being applied in the high-end product through the mask version of manual bevelling and edging, the particularly bevelling of large scale mask version and edging, its crudy just more be cannot say for sure to demonstrate,prove.
The utility model content
A purpose of the present utility model is the present situation of the mask version being carried out bevelling and edging processing at existing, and a kind of bevelling edging transmission device of mask version bevelling edge polisher is provided.
For achieving the above object, the utility model adopts following technical scheme: a kind of bevelling edging transmission device of mask version bevelling edge polisher, comprise bevelling device slide and edging device slide, the two all with a guide rail sliding connection; The bevelling PWTN edging power drive system of unifying, drive described bevelling device slide and edging device slide respectively along described guide rail move left and right, make the bevelling device and the edging device that are installed in respectively on bevelling device slide and the edging device slide in moving process, carry out bevelling processing and edging processing to the mask version that is placed on the mask version support platform apparatus respectively; And electric-control system is controlled described bevelling and the coordination of edging power drive system.
Preferably, described guide rail comprises fromer rail and rear rail; Described bevelling power drive system comprises the bevelling driving motor, it is installed in the right-hand end of described rear rail, the synchronous driving wheel of bevelling and the synchronous driven pulley of bevelling that are driven by described bevelling driving motor are installed between described fromer rail and the rear rail, and be with synchronously with a bevelling transmission and cooperate installation, described bevelling device slide is with synchronously with the bevelling transmission and is fixedlyed connected; Described edging power drive system comprises the edging driving motor, it is installed in the left end of described fromer rail, the synchronous driving wheel of edging and the synchronous driven pulley of edging that are driven by described edging driving motor are installed between described fromer rail and the rear rail, and be with synchronously with an edging transmission and cooperate installation, described edging device slide is with synchronously with the edging transmission and is fixedlyed connected; Described bevelling driving motor and edging driving motor are by described electric control system controls.
Preferably, the rear section of described bevelling device slide and described bevelling transmission band synchronously are connected, the front part of bevelling device slide is kept at a distance with the synchronous band of described edging transmission by thereunder opening a groove, the front part of described edging device slide and described edging transmission band synchronously are connected, and the rear section of edging device slide is kept at a distance with the synchronous band of described bevelling transmission by thereunder opening a groove.
Preferably, also comprise the move to left position-limiting unit and the position-limiting unit that moves to right of bevelling device, and the move to left position-limiting unit and the position-limiting unit that moves to right of edging device;
The position-limiting unit that moves to left of described bevelling device comprises the bevelling light control plate that is packed in described bevelling device slide rear side and is set in place in the left end bevelling photoelectricity breach that cooperates with described bevelling light control plate in the rear rail left end outside that described left end bevelling photoelectricity breach is connected with described electric-control system communication; The bevelling stop that moves to left is arranged on the left end of described rear rail, and is excessive in order to prevent that the bevelling device is moved to the left;
The position-limiting unit that moves to right of described bevelling device comprises described bevelling light control plate and is set in place in the right-hand member bevelling photoelectricity breach that cooperates with described bevelling light control plate in the rear rail right-hand member outside that described right-hand member bevelling photoelectricity breach is connected with described electric-control system communication; The bevelling stop that moves to right is arranged on rear rail and bevelling transmission synchronously between the band, and is excessive in order to prevent that the bevelling device from moving right;
The position-limiting unit that moves to right of described edging device comprises the edging light control plate that is packed in described edging device slide rear side and is set in place in the right-hand member edging photoelectricity breach that cooperates with described edging light control plate in the rear rail right-hand member outside that described right-hand member edging photoelectricity breach is connected with described electric-control system communication; The edging stop that moves to right is arranged on the right-hand member of described fromer rail, and is excessive in order to prevent that edging device from moving right;
The position-limiting unit that moves to left of described edging device comprises described edging light control plate and is set in place in the left end edging photoelectricity breach that cooperates with described edging light control plate in the rear rail left end outside that described left end edging photoelectricity breach is connected with described electric-control system communication; The edging stop that moves to left is arranged on fromer rail and edging transmission synchronously between the band, and is excessive in order to prevent that the bevelling device is moved to the left.
Preferably, it is inconsistent that described bevelling light control plate and edging light control plate depart from the distance of rear rail.
Preferably, comprise also preventing that bevelling device and edging device from moving excessive and anti-raming that bump against each other that described anti-raming comprises that bevelling device on the same side that is separately positioned on bevelling device slide and edging device slide is anti-and ram and edging device is anti-rams.
Usefulness of the present utility model is: bevelling edging transmission device can drive the motion of bevelling device and edging device in order by the procedure requirement; Bevelling device and edging device can move on guide rail in turn by the procedure requirement, to realize that the mask version is carried out bevelling and edging processing; Can being provided with on bevelling device slide and the edging device is connected self installs the position and the groove that gets out of the way the synchronous band of non-self device of band synchronously; Bevelling edging transmission device is provided with mechanical type and light-operated stopping means, mainly is restriction bevelling device and the move left and right extreme position of edging device and the extreme position between the stream oriented device.
Description of drawings
Fig. 1 is the main schematic perspective view that shows the front portion structure of bevelling edging transmission device described in the utility model;
Fig. 2 is the main schematic perspective view that shows the rear structure of bevelling edging transmission device described in the utility model;
Fig. 3 is bevelling edging transmission device described in the utility model and the edging device of mask version bevelling edge polisher and the annexation schematic diagram of bevelling device.
The specific embodiment
The bevelling edging transmission device of mask version bevelling edge polisher drags the bevelling device according to processing request and edging device moves in order, in moving process the mask version is carried out bevelling and edging processing.Shown in Fig. 1,2 and 3, the guide rail of described bevelling edging transmission device 5 comprises fromer rail 511 and rear rail 55, the two is packed on the workbench 518 in parallel with each other, bevelling device slide 53 and edging device slide 56 all with described fromer rail 511 and rear rail 55 sliding connections, described bevelling device slide 53 can be arranged on the left side of edging device slide 56.The bevelling PWTN of the bevelling edging transmission device 5 edging power drive system of unifying is installed on the workbench 518 equally; Wherein, the bevelling driving motor 57 of described bevelling power drive system is installed in the right-hand end of rear rail 55, synchronous driving wheel 58 of bevelling and the synchronous driven pulley 514 of bevelling are installed between fromer rail 511 and the rear rail 55, bevelling driving motor 57 drives the synchronous driving wheel 58 of bevelling, the bevelling transmission is moved back and forth with the fixedly connected with it bevelling device slide 53 of 54 pullings synchronously, and then the bevelling device 3 that is installed on the bevelling device slide 53 is moved back and forth; The edging driving motor 51 of described edging power drive system is installed in the left end of fromer rail 511, synchronous driving wheel 513 of edging and the synchronous driven pulley 59 of edging are installed between fromer rail 511 and the rear rail 55, edging driving motor 51 drives the synchronous driving wheel 513 of edging, the edging transmission is moved back and forth with the fixedly connected with it edging device slide 56 of 510 pullings synchronously, and then the edging device 7 that is installed on the edging device slide 56 is moved back and forth; Wherein, the rear section of bevelling device slide 53 and bevelling transmission are with 54 to be connected synchronously, the front part of bevelling device slide 53 can be with 510 to keep certain distance by the mode and the edging transmission of recessing thereunder synchronously, in contrast, the front part of edging device slide 56 and edging transmission are with 510 to be connected synchronously, and the rear section of edging device slide 56 can be with 54 to keep certain distance by the mode and the bevelling transmission of recessing thereunder synchronously.
Bevelling edging transmission device 5 also comprises the move to left position-limiting unit and the position-limiting unit that moves to right of bevelling device 3, and the move to left position-limiting unit and the position-limiting unit that moves to right of edging device 7.
The position-limiting unit that moves to left of described bevelling device 3 comprises the spacing and mechanical position limitation of photoelectricity, photoelectricity is spacing to be comprised the bevelling light control plate 520 that is packed in bevelling device slide 53 rear sides and is packed on the workbench 518, be positioned at the left end bevelling photoelectricity breach 521 in the rear rail 55 left ends outside, at bevelling device slide 53 in the process that the bevelling transmission is moved to the left under synchronously with 54 drive, when the bevelling light control plate on it 520 is inserted left end bevelling photoelectricity breach 521, this optically-controlled signal will input to electric-control system, electric-control system will stop operating bevelling driving motor 57 according to this signal, even bevelling device 3 stops at the high order end of front and back guide rail; Described mechanical position limitation comprises the bevelling stop 519 that moves to left, and is arranged on the left end of rear rail 55, and is excessive in order to prevent that bevelling device 3 is moved to the left.The position-limiting unit that moves to right of bevelling device 3 also comprises the spacing and mechanical position limitation of photoelectricity, wherein, photoelectricity is spacing to be comprised described bevelling light control plate 520 and is packed on the workbench 518, be positioned at the right-hand member bevelling photoelectricity breach 523 in the rear rail 55 right-hand members outside, at bevelling device slide 53 in the process that the bevelling transmission moves right under synchronously with 54 drive, when the bevelling light control plate on it 520 is inserted right-hand member bevelling photoelectricity breach 523, this optically-controlled signal will input to electric-control system, electric-control system will stop operating bevelling driving motor 57 according to this signal, even bevelling device 3 stops at the low order end of front and back guide rail; Described mechanical position limitation comprises the bevelling stop 515 that moves to right, it can be arranged on rear rail 55 and the bevelling transmission is with between 54 synchronously, excessive in order to prevent that bevelling device 3 from moving right, and edging device 7 can be crossed move to right stop 515 and moving to the left of bevelling by the described groove of its below.
The position-limiting unit that moves to right of described edging device 7 comprises the spacing and mechanical position limitation of photoelectricity, photoelectricity is spacing to be comprised the edging light control plate 255 that is packed in edging device slide 56 rear sides and is packed on the workbench 518, be positioned at the right-hand member edging photoelectricity breach 524 in the rear rail 55 right-hand members outside, at edging device slide 56 in the process that the edging transmission moves right under synchronously with 510 drive, when the edging light control plate on it 525 is inserted right-hand member edging photoelectricity breach 524, this optically-controlled signal will input to electric-control system, electric-control system will stop operating edging driving motor 51 according to this signal, even edging device 7 stops at the low order end of front and back guide rail; Described mechanical position limitation comprises the edging stop 517 that moves to right, and is arranged on the right-hand member of fromer rail 511, and is excessive in order to prevent that edging device 7 from moving right.The position-limiting unit that moves to left of edging device also comprises the spacing and mechanical position limitation of photoelectricity, wherein, photoelectricity is spacing to be comprised described edging light control plate 255 and is packed on the workbench 518, be positioned at the left end edging photoelectricity breach 522 in the rear rail 55 left ends outside, at edging device slide 56 in the process that the edging transmission is moved to the left under synchronously with 510 drive, when the edging light control plate on it 525 is inserted left end edging photoelectricity breach 522, this optically-controlled signal will input to electric-control system, electric-control system will stop operating edging driving motor 51 according to this signal, even edging device 7 stops at the high order end of front and back guide rail; Described mechanical position limitation comprises the edging stop 512 that moves to left, it can be arranged on fromer rail 511 and the edging transmission is with between 510 synchronously, excessive in order to prevent that bevelling device 7 is moved to the left, and bevelling device 3 can be crossed move to left stop 512 and moving to the right of edging by the described groove of its below.
As shown in Figure 3, insert right-hand member edging photoelectricity breach 524 and left end edging photoelectricity breach 522 in the moving process for fear of bevelling light control plate 520 to the right at bevelling device 3, make electric-control system produce maloperation, it is inconsistent to make bevelling light control plate 520 and edging light control plate 525 depart from the distance of rear rail 55, deviation distance as bevelling light control plate 520 is smaller, then can make bevelling light control plate 520 in moving process, can not insert right-hand member edging photoelectricity breach 524 and left end edging photoelectricity breach 522, can guarantee also that simultaneously edging light control plate 525 can not insert left end bevelling photoelectricity breach 521 and right-hand member bevelling photoelectricity breach 523 in moving process.
Described bevelling edging transmission device 5 can also comprise and prevent that bevelling device 3 and edging device 7 from moving excessive and anti-raming that bump against each other, and described anti-raming comprises that bevelling device on the same side that is separately positioned on bevelling device slide 53 and edging device slide 56 is anti-and ram 52 and edging device is anti-rams 516.
The motion process of bevelling edging transmission device described in the utility model is as follows:
Start mask version bevelling edge polisher, the mask version is after adjusting the location on the mask version support platform apparatus of mask version bevelling edge polisher, start bevelling edging program, bevelling device 3 and edging device 7 are at first got back to initial stop place separately, be the leftmost side that bevelling device 3 is positioned at bevelling edging transmission device 5, and edging device 7 is positioned at the rightmost side of bevelling edging transmission device 5; After two devices are all got back to initial position, according to pre-set programs, bevelling driving motor 57 starts, move right with the bevelling device 3 that bevelling device slide 53 is connected mutually with 54 drives synchronously by the bevelling transmission, meanwhile, the bevelling device begins the seamed edge up and down on the limit to be processed of mask version is carried out the chamfered edge grinding; Put in place when bevelling device 3 moves right, and the bevelling light control plate on it 520 is when inserting right-hand member bevelling photoelectricity breach 523, bevelling device 3 stops to move.Afterwards, bevelling driving motor 57 backward rotation drive bevelling device 3 and are moved to the left, and when moving to left end, and the bevelling light control plate on it 520 is when inserting left end bevelling photoelectricity breach 521, and bevelling device 3 is moved to the left and puts in place and stop; When bevelling device 3 is being moved to the left in the process, also can advance a depth of cut automatically by adjusting the bevelling device as required, make the bevelling device in the backhaul process, still can carry out the bevelling grinding.
Electric-control system obtains bevelling device 3 and puts in place behind the Stop message, start edging driving motor 51, be moved to the left with the edging device 7 that edging device slide 56 is connected mutually with 510 drives synchronously by the edging transmission, when the plane contact of the limit of the outer face of the edging bistrique of edging device and mask version, promptly begun grinding is carried out on the plane, limit on this limit; Put in place when edging device 7 is moved to the left, and the edging light control plate on it 525 is when inserting left end edging photoelectricity breach 522, edging device 7 stops to move.Afterwards, edging driving motor 51 backward rotation drive edging device 7 and move right, and when moving to right-hand member, and the edging light control plate on it 525 is when inserting right-hand member edging photoelectricity breach 524, and edging device 7 moves right and puts in place and stop; In edging device 7 is moving right process, also can advance a depth of cut automatically by adjusting edging device as required, make edging device in the backhaul process, still can carry out the edging grinding.
After the bevelling edging is finished,, carry out bevelling and edging processing Yi Bian change again by manually unclamping the mask version.Carry out so repeatedly, just can finish the bevelling and the edging processing work of a piece mask version.
According to mask version dimensions, the stroke length of bevelling device 3 and edging device 7 is different, and is main by adjustment bevelling light control plate 520 and edging light control plate 525, and realize bevelling the move to left position of stop 512 of stop 515 and edging that moves to right.
Being the utility model preferred embodiment only in sum, is not to be used for limiting practical range of the present utility model.Be that all equivalences of doing according to the content of the utility model claim change and modification, all should belong to technology category of the present utility model.
Claims (6)
1. the bevelling edging transmission device of a mask version bevelling edge polisher is characterized in that: comprise bevelling device slide and edging device slide, the two all with a guide rail sliding connection; The bevelling PWTN edging power drive system of unifying, drive described bevelling device slide and edging device slide respectively along described guide rail move left and right, make the bevelling device and the edging device that are installed in respectively on bevelling device slide and the edging device slide in moving process, carry out bevelling processing and edging processing to the mask version that is placed on the mask version support platform apparatus respectively; And electric-control system is controlled described bevelling and the coordination of edging power drive system.
2. the bevelling edging transmission device of a kind of mask version bevelling edge polisher according to claim 1, it is characterized in that: described guide rail comprises fromer rail and rear rail; Described bevelling power drive system comprises the bevelling driving motor, it is installed in the right-hand end of described rear rail, the synchronous driving wheel of bevelling and the synchronous driven pulley of bevelling that are driven by described bevelling driving motor are installed between described fromer rail and the rear rail, and be with synchronously with a bevelling transmission and cooperate installation, described bevelling device slide is with synchronously with the bevelling transmission and is fixedlyed connected; Described edging power drive system comprises the edging driving motor, it is installed in the left end of described fromer rail, the synchronous driving wheel of edging and the synchronous driven pulley of edging that are driven by described edging driving motor are installed between described fromer rail and the rear rail, and be with synchronously with an edging transmission and cooperate installation, described edging device slide is with synchronously with the edging transmission and is fixedlyed connected; Described bevelling driving motor and edging driving motor are by described electric control system controls.
3. the bevelling edging transmission device of a kind of mask version bevelling edge polisher according to claim 2, it is characterized in that: the rear section of described bevelling device slide and described bevelling transmission band synchronously are connected, the front part of bevelling device slide is kept at a distance with the synchronous band of described edging transmission by thereunder opening a groove, the front part of described edging device slide and described edging transmission band synchronously are connected, and the rear section of edging device slide is kept at a distance with the synchronous band of described bevelling transmission by thereunder opening a groove.
4. according to the bevelling edging transmission device of claim 2 or 3 described a kind of mask version bevelling edge polishers, it is characterized in that: also comprise the move to left position-limiting unit and the position-limiting unit that moves to right of bevelling device, and the move to left position-limiting unit and the position-limiting unit that moves to right of edging device;
The position-limiting unit that moves to left of described bevelling device comprises the bevelling light control plate that is packed in described bevelling device slide rear side and is set in place in the left end bevelling photoelectricity breach that cooperates with described bevelling light control plate in the rear rail left end outside that described left end bevelling photoelectricity breach is connected with described electric-control system communication; The bevelling stop that moves to left is arranged on the left end of described rear rail, and is excessive in order to prevent that the bevelling device is moved to the left;
The position-limiting unit that moves to right of described bevelling device comprises described bevelling light control plate and is set in place in the right-hand member bevelling photoelectricity breach that cooperates with described bevelling light control plate in the rear rail right-hand member outside that described right-hand member bevelling photoelectricity breach is connected with described electric-control system communication; The bevelling stop that moves to right is arranged on rear rail and bevelling transmission synchronously between the band, and is excessive in order to prevent that the bevelling device from moving right;
The position-limiting unit that moves to right of described edging device comprises the edging light control plate that is packed in described edging device slide rear side and is set in place in the right-hand member edging photoelectricity breach that cooperates with described edging light control plate in the rear rail right-hand member outside that described right-hand member edging photoelectricity breach is connected with described electric-control system communication; The edging stop that moves to right is arranged on the right-hand member of described fromer rail, and is excessive in order to prevent that edging device from moving right;
The position-limiting unit that moves to left of described edging device comprises described edging light control plate and is set in place in the left end edging photoelectricity breach that cooperates with described edging light control plate in the rear rail left end outside that described left end edging photoelectricity breach is connected with described electric-control system communication; The edging stop that moves to left is arranged on fromer rail and edging transmission synchronously between the band, and is excessive in order to prevent that the bevelling device is moved to the left.
5. the bevelling edging transmission device of a kind of mask version bevelling edge polisher according to claim 4 is characterized in that: it is inconsistent that described bevelling light control plate and edging light control plate depart from the distance of rear rail.
6. according to the bevelling edging transmission device of claim 1,2 or 3 described a kind of mask version bevelling edge polishers, it is characterized in that: comprise also preventing that bevelling device and edging device from moving excessive and anti-raming that bump against each other that described anti-raming comprises that bevelling device on the same side that is separately positioned on bevelling device slide and edging device slide is anti-and ram and edging device is anti-rams.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201668363U CN201437211U (en) | 2009-07-20 | 2009-07-20 | Chamfering and edging transmission for mask chamfering and edging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201668363U CN201437211U (en) | 2009-07-20 | 2009-07-20 | Chamfering and edging transmission for mask chamfering and edging machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201437211U true CN201437211U (en) | 2010-04-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201668363U Expired - Fee Related CN201437211U (en) | 2009-07-20 | 2009-07-20 | Chamfering and edging transmission for mask chamfering and edging machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201437211U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102658512A (en) * | 2012-05-17 | 2012-09-12 | 株洲南车时代电气股份有限公司 | Half-automatic edge brushing machine for board edge of thin board of PCB (Printed Circuit Board) |
| CN109287071A (en) * | 2018-11-26 | 2019-01-29 | 鹤山市润昌电子电器有限公司 | A kind of burr machine |
-
2009
- 2009-07-20 CN CN2009201668363U patent/CN201437211U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102658512A (en) * | 2012-05-17 | 2012-09-12 | 株洲南车时代电气股份有限公司 | Half-automatic edge brushing machine for board edge of thin board of PCB (Printed Circuit Board) |
| CN109287071A (en) * | 2018-11-26 | 2019-01-29 | 鹤山市润昌电子电器有限公司 | A kind of burr machine |
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Granted publication date: 20100414 Termination date: 20110720 |