CN204067307U - Resist remover - Google Patents
Resist remover Download PDFInfo
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- CN204067307U CN204067307U CN201420489837.2U CN201420489837U CN204067307U CN 204067307 U CN204067307 U CN 204067307U CN 201420489837 U CN201420489837 U CN 201420489837U CN 204067307 U CN204067307 U CN 204067307U
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- running roller
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- control cabinet
- rotating brush
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Abstract
The utility model relates to SMA stamp-mounting-paper diode and to remove photoresist field, is specifically related to a kind of resist remover.Resist remover, it comprises control cabinet, motor, rotating brush, transmission running roller, feed rail, discharging track, remove photoresist groove, control cabinet is the casing of tetragonal body shape, motor is equipped with in side, control cabinet upper end, opposite side is equipped with mechanism of removing photoresist, and described motor comprises transmission motor and rotating brush motor, transmits motor and is horizontally installed in control cabinet upper end, rotating brush motor is arranged on " ┐ " shape runing rest, and runing rest comprises horizontal support and vertical supports; The utility model has the advantages that simplicity of design is ingenious, can effectively carrying out orderly successively for diode group be carried, and the cleaning of conveying limit, limit, only need personnel control's equipment, regulate motor running speed, convenient and swift, time saving and energy saving, substantially increase the efficiency of production and processing, and meet production requirement.
Description
Technical field
The utility model relates to SMA stamp-mounting-paper diode and to remove photoresist field, is specifically related to a kind of resist remover.
Background technology
SMA stamp-mounting-paper diode is in process of manufacture, one border, outside has remaining glue, product is caused to seem very coarse, and have glue remnants can make troubles to the use of SMA stamp-mounting-paper diode, buy business and see that in this, product can think that workmanship technique is not all right, thus product quality is also doubted, bring much unnecessary trouble, so so just need clear for cull outside SMA stamp-mounting-paper diode clean, product can't be damaged, manually clear up time-consuming taking a lot of work one by one, inefficiency, do not have a kind of equipment to address this is that.
Utility model content
In order to solve above-mentioned utility model problem, the utility model proposes a kind of resist remover, can be safe and reliable cleaning cull is carried out to SMA stamp-mounting-paper diode, time saving and energy saving, substantially increase operating efficiency.
In order to reach above-mentioned utility model object, the utility model proposes following technical scheme:
Resist remover, it comprises control cabinet, motor, rotating brush, transmit running roller, feed rail, discharging track, remove photoresist groove, control cabinet is the casing of tetragonal body shape, motor is equipped with in side, control cabinet upper end, opposite side is equipped with mechanism of removing photoresist, described motor comprises transmission motor and rotating brush motor, transmit motor and be horizontally installed in control cabinet upper end, rotating brush motor is arranged on " ┐ " shape runing rest, runing rest comprises horizontal support and vertical supports, lower end, horizontal support side connects vertical supports upper end, horizontal support opposite side lower end is pressed in the fixed block upper end of mechanism of removing photoresist, vertical supports lower end is fixed on above control cabinet, horizontal support is a flat board, rotating brush motor is equipped with in dull and stereotyped side, opposite side is equipped with rotating brush, the rotating shaft end of rotating brush motor is equipped with driving pulley and is positioned at dull and stereotyped opposite side, the rotating shaft of rotating brush is equipped with driven pulley and is positioned at dull and stereotyped side, driving pulley connects driven pulley by belt, and have compression belt wheel to be contained in position, dull and stereotyped lower middle, compress belt wheel and withstand on belt lower end outside, described mechanism of removing photoresist comprises pillar, transmit running roller, feed rail, discharging track, remove photoresist groove, pillar has two and is arranged on side by side above control cabinet, connected by crossbeam between two pillar upper ends, feed rail is equipped with in the close end of crossbeam side, the groove that removes photoresist is equipped with in centre position, crossbeam side, discharging track is loaded on the other end of crossbeam side, described transmission running roller has two groups, one is assembled in feed rail and on the crossbeam that removes photoresist between groove, another is assembled on discharging track and the crossbeam that removes photoresist between groove, and be all be installed on crossbeam by fixed block, the rotating shaft end transmitting motor is equipped with transmission belt wheel, transmit belt wheel and connect transmission running roller by belt, a supporting bracket is housed between two pillars, an elongated slot is had in the middle of supporting bracket, an adjustment belt wheel one end is had to be contained in the elongated slot of supporting bracket, accommodation zone wheel is pressed in the outside above of belt, control cabinet upper end is also equipped with an auxiliary belt wheel and is arranged on above the outside control cabinet of pillar, transmission belt wheel walked around by described belt, transmit above running roller from two again and walk around, finally walk around subband wheel and get back to conveyer belt wheel, and two top belts transmitting between running rollers are pressed with adjustment belt wheel.
Described transmission running roller includes two groups and is taken turns by active roll and driven voller respectively and forms, active roll comprises cylinder, belt wheel, gear and running roller, belt wheel is contained in cylinder one end, gear is contained in the inner side of belt wheel, running roller is contained in the other end of cylinder, driven running roller comprises cylinder, gear and running roller, gear is contained in one end of cylinder, running roller is contained in the other end of cylinder, active roll is contained in the below of driven running roller, and engage each other transmission by gear, the belt wheel of active roll connects transmission motor by belt, the cylinder of active roll and driven running roller is together fixed on crossbeam upper end by fixed block.
Described feed rail is a long plate shape track, and have elongated slot in the middle of track, elongated slot centre position has guide groove again, and feed rail is designed to ramped shaped near transmitting running roller end.
The described groove that removes photoresist is in " U " shape, and the groove that removes photoresist comprises trapezoidal plate and two dividing plates, and dividing plate is contained in end positions above trapezoidal plate respectively, elongated slot is had in the middle of described trapezoidal plate, have guide groove in the middle of elongated slot, trapezoidal plate two ends are ramp shaped, and the corresponding elongated slot in dividing plate lower end has deep-slotted chip breaker.
Described control cabinet is cubic body, and a side is control panel, and on the right side of control panel, master switch is equipped with in design, and the control switch of two motors is equipped with in middle design respectively, and the speed-regulating controling switch of rotating brush motor is equipped with in left side design.
Described transmission running roller comprises active roll and driven running roller, and the running roller of active roll and driven running roller is cylindric, and has a cannelure in the middle of cylinder, and the face of cylinder of active roll and driven running roller contacts with each other.
The lower end design of the vertical supports of described runing rest has circular hole, and control corresponding design above casing and ears leg is housed, vertical supports lower end is inserted in the middle of ears leg, and by straight pin, vertical supports is fixedly connected with between ears leg.
The utility model has the advantages that simplicity of design is ingenious, can effectively carrying out orderly successively for diode group be carried, and the cleaning of conveying limit, limit, only need personnel control's equipment, regulate motor running speed, convenient and swift, time saving and energy saving, substantially increase the efficiency of production and processing, and meet production requirement.
Accompanying drawing explanation
Fig. 1 is schematic diagram of the present utility model.
Fig. 2 is the schematic diagram of mechanism of removing photoresist of the present utility model.
Fig. 3 is the schematic diagram of runing rest of the present utility model.
Fig. 4 is the schematic diagram of transmission running roller of the present utility model.
Embodiment
In order to further illustrate the utility model, introduce below in conjunction with Figure of description:
With reference to accompanying drawing 1 and Fig. 3, resist remover, it comprises control cabinet 1, motor, rotating brush 2, transmit running roller 3, feed rail 4, discharging track 5, remove photoresist groove 6, control cabinet 1 is the casing of tetragonal body shape, motor is equipped with in side, control cabinet 1 upper end, opposite side is equipped with mechanism of removing photoresist, described motor comprises transmission motor 7 and rotating brush motor 8, transmit motor 7 and be horizontally installed in control cabinet 1 upper end, rotating brush motor 8 is arranged on " ┐ " shape runing rest 9, runing rest 9 comprises horizontal support and vertical supports, lower end, horizontal support side connects vertical supports upper end, horizontal support opposite side lower end is pressed in fixed block 16 upper end of mechanism of removing photoresist, vertical supports lower end is fixed on above control cabinet 1, horizontal support is a flat board, rotating brush motor 8 is equipped with in dull and stereotyped side, opposite side is equipped with rotating brush 2, the rotating shaft end of rotating brush motor 8 is equipped with driving pulley 10 and is positioned at dull and stereotyped opposite side, the rotating shaft of rotating brush 2 is equipped with driven pulley 11 and is positioned at dull and stereotyped side, driving pulley 10 connects driven pulley 11 by belt 12, and have compression belt wheel 13 to be contained in position, dull and stereotyped lower middle, compress belt wheel 13 and withstand on belt 12 lower end outside, described mechanism of removing photoresist comprises pillar 14, transmit running roller 3, feed rail 4, discharging track 5, remove photoresist groove 6, pillar 14 has two and is arranged on above control cabinet 1 side by side, connected by crossbeam 15 between two pillar 14 upper ends, feed rail 4 is equipped with in the close end of crossbeam 15 side, the groove 6 that removes photoresist is equipped with in centre position, crossbeam 15 side, discharging track 5 is loaded on the other end of crossbeam 15 side, described transmission running roller 3 has two groups, one is assembled in feed rail 4 and on the crossbeam 15 that removes photoresist between groove 6, another is assembled in discharging track 5 and on the crossbeam 15 that removes photoresist between groove 6, and be all be installed on crossbeam 15 by fixed block 16, the rotating shaft end transmitting motor 7 is equipped with and transmits belt wheel 17, transmit belt wheel 17 and connect transmission running roller 3 by belt 12, a supporting bracket 18 is housed between two pillars 14, an elongated slot is had in the middle of supporting bracket 18, adjustment belt wheel 19 one end is had to be contained in the elongated slot of supporting bracket 18, belt wheel 19 is regulated to be pressed in the outside above of belt 12, control cabinet 1 upper end is also equipped with an auxiliary belt wheel 20 and is arranged on above the outside control cabinet 1 of pillar 14, described belt 12 is walked around and is transmitted belt wheel 17, transmit above running roller 3 from two again and walk around, finally walk around auxiliary belt wheel 20 and get back to transmission belt wheel 17, and two top belts 12 transmitting between running rollers 3 are pressed with regulate belt wheel 19.
With reference to Fig. 4, described transmission running roller 3 includes two groups and is made up of active roll 31 and driven running roller 32 respectively, active roll 3 comprises cylinder, belt wheel 33, gear 34 and running roller 35, belt wheel 33 is contained in cylinder one end, gear 34 is contained in the inner side of belt wheel 33, running roller 35 is contained in the other end of cylinder, driven running roller 32 comprises cylinder, gear 34 and running roller 35, gear 34 is contained in one end of cylinder, running roller 35 is contained in the other end of cylinder, active roll 31 is contained in the below of driven running roller 32, and engage each other transmission by gear 34, the belt wheel 33 of active roll 31 connects transmission motor 7 by belt 12, the cylinder of active roll 31 and driven running roller 32 is together fixed on crossbeam upper end by fixed block 16.
With reference to Fig. 2 and Fig. 4, described feed rail 4 is long plate shape tracks, and have elongated slot 41 in the middle of track, elongated slot 41 centre position has again guide groove 42, and feed rail is designed to ramped shaped near transmitting running roller end.The design of elongated slot and guide groove ensures that diode just in time clamps in orbit, and can not jam.
With reference to Fig. 2, the described groove 6 that removes photoresist is in " U " shape, the groove 6 that removes photoresist comprises trapezoidal plate 61 and two dividing plates 62, dividing plate 62 is contained in trapezoidal plate 61 end positions above respectively, elongated slot 63 is had in the middle of described trapezoidal plate 61, have guide groove 64 in the middle of elongated slot 63, trapezoidal plate 61 two ends are ramp shaped, and the corresponding elongated slot 63 in dividing plate 62 lower end has deep-slotted chip breaker.The design of groove of removing photoresist ensures that diode can, well by the groove that removes photoresist, can not fly out outside device under the effect of rotating brush, and the design of elongated slot, guide groove and deep-slotted chip breaker ensures that diode is just in time stuck in the inside, and can not jam.
With reference to Fig. 1, described control cabinet 1 is cubic body, and a side is control panel, and on the right side of control panel, master switch 21 is equipped with in design, and the control switch 22 of two motors is equipped with in middle design respectively, and the speed-regulating controling switch 23 of rotating brush motor is equipped with in left side design.
With reference to Fig. 4, described transmission running roller 3 comprises active roll 31 and driven running roller 32, and the running roller 35 of active roll 31 and driven running roller 32 is cylindric, and has a cannelure 36 in the middle of cylinder, and the face of cylinder of active roll 31 and driven running roller 32 contacts with each other.Transmit upper and lower two of running roller, engage each other transmission by gear, being rotated counterclockwise below of turning clockwise above two running rollers, upper and lower like this two running rollers act on diode, and diode can be made to groove transfer of removing photoresist.
With reference to Fig. 3, the lower end design of the vertical supports of described runing rest 9 has circular hole, and control corresponding design above casing and ears leg is housed, vertical supports lower end is inserted in the middle of ears leg, and by straight pin, vertical supports is fixedly connected with between ears leg.Runing rest can turn clockwise, and rotating brush is removed in the groove that removes photoresist, and safeguard carrying out cleaning in the groove that removes photoresist, rotating brush carries out maintain and replace, or regulates belt tension, easy to operate, designs ingenious.
When the utility model uses, SMA stamp-mounting-paper diode group is first put in feed rail by people is manual, the lead-in wire of diode is laterally placed on elongated slot, the chip of diode is positioned at the guide groove in the middle of elongated slot, between the running roller manually diode lead being foremost stuck in active roll and driven running roller, open master switch, open motor switch, the running roller of active roll and driven running roller will to turning, diode is delivered to remove photoresist in groove, at this moment rotating brush also starts to rotate, when diode is after the groove that removes photoresist, rotating brush has cleaned down the cull in diode, diode group moves forward under the drive of running roller always, rotating brush just cleans down one by one, go thicker diode under another group transmits the effect of running roller, deliver in discharging track, finally be transported in feed box, in the process of removing photoresist, can be adjusted by the rotating speed of speed-regulating controling switch degree of the carrying out rotating brush of adjustment rotating brush motor, wherein compress belt wheel and regulate belt wheel can pass through the mobile fixed position regulating set bolt, regulate belt tension.
Claims (7)
1. resist remover, it is characterized in that it comprises control cabinet, motor, rotating brush, transmit running roller, feed rail, discharging track, remove photoresist groove, control cabinet is the casing of tetragonal body shape, motor is equipped with in side, control cabinet upper end, opposite side is equipped with mechanism of removing photoresist, described motor comprises transmission motor and rotating brush motor, transmit motor and be horizontally installed in control cabinet upper end, rotating brush motor is arranged on " ┐ " shape runing rest, runing rest comprises horizontal support and vertical supports, lower end, horizontal support side connects vertical supports upper end, horizontal support opposite side lower end is pressed in the fixed block upper end of mechanism of removing photoresist, vertical supports lower end is fixed on above control cabinet, horizontal support is a flat board, rotating brush motor is equipped with in dull and stereotyped side, opposite side is equipped with rotating brush, the rotating shaft end of rotating brush motor is equipped with driving pulley and is positioned at dull and stereotyped opposite side, the rotating shaft of rotating brush is equipped with driven pulley and is positioned at dull and stereotyped side, driving pulley connects driven pulley by belt, and have compression belt wheel to be contained in position, dull and stereotyped lower middle, compress belt wheel and withstand on belt lower end outside, described mechanism of removing photoresist comprises pillar, transmit running roller, feed rail, discharging track, remove photoresist groove, pillar has two and is arranged on side by side above control cabinet, connected by crossbeam between two pillar upper ends, feed rail is equipped with in the close end of crossbeam side, the groove that removes photoresist is equipped with in centre position, crossbeam side, discharging track is loaded on the other end of crossbeam side, described transmission running roller has two groups, one is assembled in feed rail and on the crossbeam that removes photoresist between groove, another is assembled on discharging track and the crossbeam that removes photoresist between groove, and be all be installed on crossbeam by fixed block, the rotating shaft end transmitting motor is equipped with transmission belt wheel, transmit belt wheel and connect transmission running roller by belt, a supporting bracket is housed between two pillars, an elongated slot is had in the middle of supporting bracket, an adjustment belt wheel one end is had to be contained in the elongated slot of supporting bracket, accommodation zone wheel is pressed in the outside above of belt, control cabinet upper end is also equipped with an auxiliary belt wheel and is arranged on above the outside control cabinet of pillar, transmission belt wheel walked around by described belt, transmit above running roller from two again and walk around, finally walk around subband wheel and get back to conveyer belt wheel, and two top belts transmitting between running rollers are pressed with adjustment belt wheel.
2. resist remover according to claim 1, it is characterized in that described transmission running roller includes two groups and taken turns by active roll and driven voller respectively to form, active roll comprises cylinder, belt wheel, gear and running roller, belt wheel is contained in cylinder one end, gear is contained in the inner side of belt wheel, running roller is contained in the other end of cylinder, driven running roller comprises cylinder, gear and running roller, gear is contained in one end of cylinder, running roller is contained in the other end of cylinder, active roll is contained in the below of driven running roller, and engage each other transmission by gear, the belt wheel of active roll connects transmission motor by belt, the cylinder of active roll and driven running roller is together fixed on crossbeam upper end by fixed block.
3. resist remover according to claim 1, is characterized in that described feed rail is a long plate shape track, and have elongated slot in the middle of track, elongated slot centre position has guide groove again, and feed rail is designed to ramped shaped near transmitting running roller end.
4. resist remover according to claim 1, it is characterized in that the described groove that removes photoresist is in " U " shape, the groove that removes photoresist comprises trapezoidal plate and two dividing plates, dividing plate is contained in end positions above trapezoidal plate respectively, elongated slot is had in the middle of described trapezoidal plate, have guide groove in the middle of elongated slot, trapezoidal plate two ends are ramp shaped, and the corresponding elongated slot in dividing plate lower end has deep-slotted chip breaker.
5. resist remover according to claim 1, it is characterized in that described control cabinet is cubic body, a side is control panel, and on the right side of control panel, master switch is equipped with in design, the control switch of two motors is equipped with in middle design respectively, and the speed-regulating controling switch of rotating brush motor is equipped with in left side design.
6. resist remover according to claim 1 and 2, it is characterized in that described transmission running roller comprises active roll and driven running roller, the running roller of active roll and driven running roller is cylindric, and has a cannelure in the middle of cylinder, and the face of cylinder of active roll and driven running roller contacts with each other.
7. resist remover according to claim 1, it is characterized in that the lower end design of the vertical supports of described runing rest has circular hole, control corresponding design above casing and ears leg is housed, vertical supports lower end is inserted in the middle of ears leg, and by straight pin, vertical supports is fixedly connected with between ears leg.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420489837.2U CN204067307U (en) | 2014-08-28 | 2014-08-28 | Resist remover |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420489837.2U CN204067307U (en) | 2014-08-28 | 2014-08-28 | Resist remover |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204067307U true CN204067307U (en) | 2014-12-31 |
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ID=52208764
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420489837.2U Active CN204067307U (en) | 2014-08-28 | 2014-08-28 | Resist remover |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204067307U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104157555B (en) * | 2014-08-28 | 2017-02-22 | 南通康比电子有限公司 | Resist remover |
| WO2019010598A1 (en) * | 2017-07-12 | 2019-01-17 | 沈长明 | Glue removal machine |
-
2014
- 2014-08-28 CN CN201420489837.2U patent/CN204067307U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104157555B (en) * | 2014-08-28 | 2017-02-22 | 南通康比电子有限公司 | Resist remover |
| WO2019010598A1 (en) * | 2017-07-12 | 2019-01-17 | 沈长明 | Glue removal machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |