CN205289180U - Cell -phone window glass slicer - Google Patents
Cell -phone window glass slicer Download PDFInfo
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- CN205289180U CN205289180U CN201520907157.2U CN201520907157U CN205289180U CN 205289180 U CN205289180 U CN 205289180U CN 201520907157 U CN201520907157 U CN 201520907157U CN 205289180 U CN205289180 U CN 205289180U
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Abstract
The utility model discloses a cell -phone window glass slicer is provided with the workstation in the frame, the workstation has set gradually feed mechanism, a positioning mechanism, reverse side wet rubbing mechanism, reverse side xerotripsis mechanism, turn -over mechanism, the 2nd positioning mechanism, front wet rubbing mechanism, two positive xerotripsis mechanisms and unloading mechanism along circumference, the feed mechanism material loading, a positioning mechanism fixes a position the product, product after a conveyor will fix a position is carried to reverse side wet rubbing mechanism and is carried out the wet rubbing, behind the wet rubbing carry the product to reverse side xerotripsis mechanism and carry out the xerotripsis, fix a position placing the 2nd positioning mechanism after product transport to the upset again after the xerotripsis, product after the 2nd conveyor will fix a position is carried to front wet rubbing mechanism and is carried out the wet rubbing, product after the xerotripsis is intact carries out the unloading by unloading mechanism, realize cell -phone window glass's automation and wiped the piece.
Description
Technical field
This utility model relates to automation equipment field, particularly relates to handset viewing window glass Slicer.
Background technology
With setting about machine, panel computer is more and more universal, its volume of production raises day by day, need in a pre-installation to use ethanol that the sight glass after mobile phone or panel computer plated film is carried out positive and negative scouring, reach the function of cleaning, the mode of manual cleaning, once can only clean a piece of sight glass, and after having cleaned front, again reverse side is carried out after needing artificial upset, the operating type of the clean level that the mode of manual work is cleaned and workman, the careful degree of mood and work is relevant, the one side wiped clean is easily caused dirty again during upset, and the mode speed of manual cleaning is slow, make speed of production slower, it is unfavorable for automated production, it is difficult to meet production requirement.
Utility model content
This utility model solves the technical problem that and is to provide a kind of handset viewing window glass Slicer automatically positive and negative of mobile phone sight glass cleaned.
This utility model solves the technical scheme is that handset viewing window glass Slicer of its technical problem, frame is provided with workbench, workbench is circumferentially disposed with feed mechanism, first detent mechanism, reverse side wet rubbing mechanism, reverse side xerotripsis mechanism, turn-over mechanism, second detent mechanism, front wet rubbing mechanism, two front xerotripsis mechanisms and cutting agency, also include arranging on the table for product is delivered to reverse side wet rubbing mechanism from the first detent mechanism, wet rubbing mechanism is delivered to reverse side xerotripsis mechanism from the negative, xerotripsis mechanism is delivered to the first conveyer device of turn-over mechanism and for product is delivered to the second detent mechanism from turn-over mechanism from the negative, it is delivered to front wet rubbing mechanism from the second detent mechanism, the second conveyer device of front xerotripsis mechanism it is delivered to from front wet rubbing mechanism.
Feed mechanism feeding, product is positioned by the first detent mechanism, product behind location is delivered to reverse side wet rubbing mechanism and carries out wet rubbing by the first conveyer device, after wet rubbing, product is carried to reverse side xerotripsis mechanism and carries out xerotripsis, it is placed into the second detent mechanism after again product being delivered to upset after xerotripsis to position, product behind location is delivered to front wet rubbing mechanism and carries out wet rubbing by the second conveyer device, product being carried to after wet rubbing reverse side xerotripsis mechanism and carries out xerotripsis, the product after xerotripsis is complete is carried out blanking by cutting agency.
Further: also include controller, described feed mechanism, the first detent mechanism, reverse side wet rubbing mechanism, reverse side xerotripsis mechanism, turn-over mechanism, the second detent mechanism, front wet rubbing mechanism, front xerotripsis mechanism and cutting agency are connected with controller respectively.
Further: described feed mechanism includes feeding terminal frame, feeding terminal frame arranges feeding end product shelf, feeding end product shelf elevating mechanism, feeding end carrier reclaims frame and carrier reclaims frame elevating mechanism, feeding end product shelf is drawer-type structure, the bottom of feeding end product shelf is provided with for sensing feeding end product sensor with presence or absence of product, the top of feeding terminal frame is provided with for sensing the feeding sensor whether product puts in place, also include the feeding end carrying mechanism for the product on feeding end product shelf being transported to the first detent mechanism and reclaim the carrier carrying mechanism on frame for the carrier on feeding end product shelf being carried to carrier.
Further: described reverse side wet rubbing mechanism include having vac sorb structure workbench, for by the Shang Bu mechanism of the non-dust cloth feeding of pad, cloth is pressed to workbench carry out the pad device of pad and be used for the cloth abluent feed roller for abluent, Shang Bu mechanism includes the second cloth roll stands for placing the yardage roll after the first cloth roll stands of clean yardage roll, the first cloth roll stands drive motor, fabric guide roll, placement pad and the second cloth roll stands drive motor; Described front wet rubbing mechanism include having vac sorb structure workbench, for by the Shang Bu mechanism of the non-dust cloth feeding of pad, cloth is pressed to workbench carry out the pad device of pad and be used for the cloth abluent feed roller for abluent, Shang Bu mechanism includes the second cloth roll stands for placing the yardage roll after the first cloth roll stands of clean yardage roll, the first cloth roll stands drive motor, fabric guide roll, placement pad and the second cloth roll stands drive motor.
Further: described reverse side xerotripsis mechanism includes having the workbench of vac sorb structure, for by the Shang Bu mechanism of the non-dust cloth feeding of pad and cloth presses to workbench carry out the pad device of pad, Shang Bu mechanism includes the second cloth roll stands for placing the yardage roll after the first cloth roll stands of clean yardage roll, the first cloth roll stands drive motor, fabric guide roll, placement pad and the second cloth roll stands drive motor; Described front xerotripsis mechanism includes having the workbench of vac sorb structure, for by the Shang Bu mechanism of the non-dust cloth feeding of pad and cloth is pressed to workbench carry out the pad device of pad, Shang Bu mechanism includes the second cloth roll stands for placing the yardage roll after the first cloth roll stands of clean yardage roll, the first cloth roll stands drive motor, fabric guide roll, placement pad and the second cloth roll stands drive motor.
Further: described pad device includes rubbing head and rubbing head driving device, the both sides of rubbing head are separately provided for pressing to cloth the depression bar of the height of workbench, rubbing head and the slide unit cylinders driving rubbing head lifting, rubbing head driving device includes base plate, base plate is provided with left and right slide rail, left and right slide rail is provided with the left and right slide block slided along left and right slide rail, left and right slide block is provided with front and back slide rail, being provided with front and back slide block on the slide rail of front and back, front and back slide block is by connecting plate and slide unit cylinders; Being provided with disk on described base plate and drive the pad motor of disk rotational, front and back slide block is connected with the edge of disk by drive link.
Further: described turn-over mechanism includes turn-over end track, slidably turn-over sliding stand and the turning manipulator being placed on the second detent mechanism after the product on the first conveyer device is adsorbed and overturn that is arranged on turn-over sliding stand in turn-over end track, and the both sides of turn-over sliding stand are respectively arranged with turn-over sliding stand locating piece.
Further: described cutting agency includes discharging end frame, discharging end frame is provided with the discharging end stepper motor that the discharging end product shelf of drawer type lifts to drive discharging end product shelf, also include being carried to carrier Handling device that discharging end product adds and the discharging end carrying mechanism for being carried on the carrier on discharging end product shelf by the product on the second conveyer device for the carrier reclaiming on frame by carrier, the bottom of discharging end product shelf is provided with for sensing discharging end product sensor with presence or absence of product, the top of discharging end frame is provided with for sensing the blanking sensor whether product puts in place.
Further: described first conveyer device includes pressure pin, drives the pressure pin drive motor that moves in the horizontal direction of pressure pin and drive the pressure pin elevating mechanism of pressure pin lifting, pressure pin is arranged in reverse side wet rubbing workbench and reverse side xerotripsis workbench, pressure pin elevating mechanism include slide rail, along slide rail slidably drive block, the connecting plate being arranged on the bottom of pressure pin, the lifting guide pad being connected with connecting plate and drive the cylinder that slides along slide rail of drive block, lifting drive block is slidably matched with guide pad, and connecting plate and sliding rail rack are provided with back-moving spring; Described second conveyer device includes pressure pin, drives the pressure pin drive motor that moves in the horizontal direction of pressure pin and drive the pressure pin elevating mechanism of pressure pin lifting, pressure pin is arranged in front wet rubbing workbench and front xerotripsis workbench, pressure pin elevating mechanism include slide rail, along slide rail slidably drive block, the connecting plate being arranged on the bottom of pressure pin, the lifting guide pad being connected with connecting plate and drive the cylinder that slides along slide rail of drive block, drive block is slidably matched with lifting guide pad, connecting plate and be provided with back-moving spring between slide rail.
This utility model provides the benefit that: handset viewing window glass Slicer of the present utility model is in use, feed mechanism feeding, product is positioned by the first detent mechanism, product behind location is delivered to reverse side wet rubbing mechanism and carries out wet rubbing by the first conveyer device, after wet rubbing, product is carried to reverse side xerotripsis mechanism and carries out xerotripsis, it is placed into the second detent mechanism after again product being delivered to upset after xerotripsis to position, product behind location is delivered to front wet rubbing mechanism and carries out wet rubbing by the second conveyer device, after wet rubbing, product is delivered to front xerotripsis mechanism and carries out xerotripsis twice, product after xerotripsis is complete is carried out blanking by cutting agency, achieve automatization's pad of panel computer sight glass, pad is effective, the number of times of pad can set as required, and once can wipe multi-disc panel computer sight glass, improve the speed of pad, improve production efficiency, meet the Production requirement of enterprise, improve the economic benefit of enterprise.
Accompanying drawing explanation
Fig. 1 is handset viewing window glass Slicer schematic diagram;
Fig. 2 is reverse side wet rubbing structural scheme of mechanism;
Fig. 3 is reverse side wet rubbing mechanism schematic rear view;
Fig. 4 is the first conveyer device schematic diagram;
Figure is labeled as: frame 1, workbench 10, rubbing head 10, depression bar 101, slide unit cylinder 102, base plate 103, left and right slide block 104, front and back slide block 105, connecting plate 106, disk 107, pad motor 108, drive link 109, first detent mechanism 11, second detent mechanism 12, first conveyer device 13, second conveyer device 14, feed mechanism 2, feeding end product shelf 21, feeding end product shelf elevating mechanism 22, feeding end carrying mechanism 23, carrier reclaims frame 24, carrier reclaims frame elevating mechanism 25, carrier carrying mechanism 26, reverse side wet rubbing mechanism 3, reverse side wet rubbing workbench 31, reverse side wet rubbing abluent feed roller 32, first cloth roll stands 33, reverse side wet rubbing fabric guide roll 34, second cloth roll stands 35, reverse side xerotripsis mechanism 4, reverse side xerotripsis workbench 41, front wet rubbing mechanism 6, front xerotripsis mechanism 7, cutting agency 8, discharging end product shelf 81, discharging end carrying mechanism 82, pressure pin 91, slide rail 93, drive block 94, connecting plate 95, lifting guide pad 96.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, this utility model is illustrated further.
As shown in Figures 1 to 4, handset viewing window glass Slicer, including frame 1, frame 1 is provided with workbench 10, workbench is circumferentially disposed with feed mechanism 2, first detent mechanism 11, reverse side wet rubbing mechanism 3, reverse side xerotripsis mechanism 4, turn-over mechanism 5, second detent mechanism 12, front wet rubbing mechanism 6, two front xerotripsis mechanisms 7 and cutting agency 8, also include being arranged on workbench 10 for product is carried to reverse side wet rubbing mechanism 3 from the first detent mechanism 11, wet rubbing mechanism 3 is delivered to reverse side xerotripsis mechanism 4 from the negative, xerotripsis mechanism 4 is carried to the first conveyer device 13 of turn-over mechanism 5 and for product is delivered to the second detent mechanism 12 from turn-over mechanism 5 from the negative, it is delivered to front wet rubbing mechanism 6 from the second detent mechanism 12, the second conveyer device 14 of front xerotripsis mechanism 7 it is delivered to from front wet rubbing mechanism 6, feed mechanism 2 feeding, product is positioned by the first detent mechanism 11, product behind location is delivered to reverse side wet rubbing mechanism 3 and carries out wet rubbing by the first conveyer device 13, after wet rubbing, product is carried to reverse side xerotripsis mechanism 4 and carries out xerotripsis, it is placed into the second detent mechanism 12 after again product being delivered to upset after xerotripsis to position, product behind location is delivered to front wet rubbing mechanism 6 and carries out wet rubbing by the second conveyer device 14, product being delivered to after wet rubbing front xerotripsis mechanism 7 and carries out xerotripsis, the product after xerotripsis is complete is carried out blanking by cutting agency 8.
Also including controller, described feed mechanism the 2, first detent mechanism 11, reverse side wet rubbing mechanism 3, reverse side xerotripsis mechanism 4, turn-over mechanism the 5, second detent mechanism 12, front wet rubbing mechanism 6, front xerotripsis mechanism 7 and cutting agency 8 are connected with controller respectively; The action of each mechanism is controlled, it is achieved that the Based Intelligent Control of handset viewing window glass Slicer by controller, easy to control.
Described feed mechanism 2 includes feeding terminal frame, feeding terminal frame is provided with feeding end product shelf 21, feeding end product shelf elevating mechanism 22, carrier reclaims frame 24 and carrier reclaims frame elevating mechanism 25, feeding end product shelf 21 is drawer-type structure, the bottom of feeding end product shelf 21 is provided with for sensing feeding end product sensor with presence or absence of product, the top of feeding terminal frame is provided with for sensing the feeding sensor whether product puts in place, also include the feeding end carrying mechanism 23 for the product on feeding end product shelf 21 being transported to the first detent mechanism 11 and be used for the carrier carrying mechanism 26 being carried to by the carrier on feeding end product shelf 21 on carrier recovery frame 24, the feeding end product shelf 21 of drawer type is extracted out convenient, a pile product is put into after extraction, concrete, feeding end product sensor bottom feeding terminal frame senses when not having product on feeding end product shelf 21, it is signaled to controller, controller controls stepper motor and drives feeding end product shelf 21 to extract out to place the product with pad, it is, of course, also possible to be manually extract out to place product by feeding end product shelf 21, feeding sensor senses after product puts in place, sends signal, and controller controls to be carried to the first product orientation mechanism 11 after product is adsorbed by feeding end carrying mechanism 23 and positions, and carrier is carried to carrier and reclaims on frame 24 by carrier carrying mechanism 26, feeding end carrying mechanism 23 includes slide rail and the conveying robot slided along slide rail, conveying robot is vacuum cup structure, it is firm to adsorb, convenient in carrying, carrier carrying mechanism 26 includes slide rail and the conveying robot slided along slide rail, conveying robot is vacuum cup structure, and it is firm to adsorb, convenient in carrying.
Described first detent mechanism 11 includes limited post and the cylinder promoting product to be resisted against on limited post so that product orientation is convenient and accurate.
Described reverse side wet rubbing mechanism 3 include having vac sorb structure reverse side wet rubbing workbench 31, for by the reverse side wet rubbing Shang Bu mechanism of the non-dust cloth feeding of pad, cloth is pressed to reverse side wet rubbing workbench 31 carry out the pad device of pad and be used for the cloth reverse side wet rubbing abluent feed roller 32 for abluent, reverse side wet rubbing Shang Bu mechanism includes for placing first cloth roll stands the 33, first cloth roll stands drive motor of clean yardage roll, reverse side wet rubbing fabric guide roll 34, placing the second cloth roll stands 35 and the second cloth roll stands drive motor of the yardage roll after pad; Described front wet rubbing mechanism 6 include having vac sorb structure front wet rubbing workbench, for by the front wet rubbing Shang Bu mechanism of the non-dust cloth feeding of pad, cloth is pressed to front wet rubbing workbench carry out the pad device of pad and be used for the cloth front wet rubbing abluent feed roller for abluent, front wet rubbing Shang Bu mechanism includes for placing the 5th cloth roll stands of clean yardage roll, the 5th cloth roll stands drive motor, front wet rubbing fabric guide roll, the 6th cloth roll stands placing the yardage roll after pad and the 6th cloth roll stands drive motor; When carrying out reverse side wet rubbing, cloth in reverse side wet rubbing Shang Bu mechanism, reverse side wet rubbing abluent feed roller 32 be cloth for abluent, cloth is pressed to and carries out pad on reverse side wet rubbing workbench 31 by pad device; When carrying out front wet rubbing, cloth in the wet rubbing Shang Bu mechanism of front, front wet rubbing abluent feed roller is that cloth supplies abluent, and cloth is pressed to and carries out pad on the wet rubbing workbench of front by pad device.
Described reverse side xerotripsis mechanism 4 includes having the reverse side xerotripsis workbench 41 of vac sorb structure, for by the reverse side xerotripsis Shang Bu mechanism of the non-dust cloth feeding of pad and cloth is pressed to reverse side xerotripsis workbench 41 carry out the pad device of pad, reverse side xerotripsis Shang Bu mechanism includes for placing the 3rd cloth roll stands of clean yardage roll, the 3rd cloth roll stands drive motor, reverse side xerotripsis fabric guide roll, the 4th cloth roll stands placing the yardage roll after pad and the 4th cloth roll stands drive motor; Described front xerotripsis mechanism 7 includes having the front xerotripsis workbench of vac sorb structure, for by the front xerotripsis Shang Bu mechanism of the non-dust cloth feeding of pad and cloth is pressed to front xerotripsis workbench carry out the pad device of pad, front xerotripsis Shang Bu mechanism includes for placing the 7th cloth roll stands of clean yardage roll, the 7th cloth roll stands drive motor, front xerotripsis fabric guide roll, the 8th cloth roll stands placing the yardage roll after pad and the 8th cloth roll stands drive motor; When carrying out reverse side xerotripsis, cloth in reverse side xerotripsis Shang Bu mechanism, cloth is pressed to and carries out pad on reverse side xerotripsis workbench 41 by pad device; When carrying out front xerotripsis, cloth in the xerotripsis Shang Bu mechanism of front, cloth is pressed to and carries out pad on front xerotripsis workbench by pad device.
Described pad device includes rubbing head 10 and rubbing head driving device, the both sides of rubbing head 10 are separately provided for pressing to cloth the depression bar 101 of the height of workbench, rubbing head 10 is connected with the slide unit cylinder 102 driving rubbing head 10 lifting, rubbing head driving device includes base plate 103, base plate 103 is provided with left and right slide rail, left and right slide rail is provided with the left and right slide block 104 slided along left and right slide rail, left and right slide block 104 is provided with front and back slide rail, being provided with front and back slide block 105 on the slide rail of front and back, front and back slide block 105 is connected with slide unit cylinder 102 by connecting plate 106;Being provided with disk 107 and the pad motor 108 driving disk 107 to rotate on described base plate 103, front and back slide block 105 is connected with the edge of disk by drive link 109; Slide unit cylinder 102 is for driving the lifting of rubbing head 10 so that cloth is pressed to workbench by rubbing head 10, and pad motor 108 drives disk 107 to rotate, and disk 107 drives the front and back slide block 105 being connected with disk 107 to rotate, thus driving rubbing head 10 to carry out the action of pad; Cloth is pressed to height the tensioning of workbench by depression bar 101 so that pad is convenient and cleaner.
For strengthening the effect of front xerotripsis further, make handset viewing window glass dry and totally, the quantity of described front xerotripsis mechanism 7 is two.
Described turn-over mechanism 5 includes turn-over end track 51, slidably turn-over sliding stand 52 and the turning manipulator 53 for being placed on the second detent mechanism 12 after the product on the first conveyer device 13 is adsorbed and overturn that is arranged on turn-over sliding stand 52 in turn-over end track 51, and the both sides of turn-over sliding stand 52 are respectively arranged with turn-over sliding stand locating piece; Turn-over sliding stand 52 slides into the side near the first conveyer device 13, turning manipulator 53 will be located in the product absorption on the first conveyer device 13, after, turn-over sliding stand 52 slides into the side near the second conveyer device 14, product is turned over turnback simultaneously, then is placed on the second detent mechanism 12; Turn-over sliding stand 52 is positioned by turn-over sliding stand locating piece so that location when turning manipulator 53 adsorbs and places is more accurate.
Described second detent mechanism 12 includes limited post and promotes the product cylinder that is resisted against on limited post so that product orientation is convenient and accurately, it is simple to follow-up carry out front pad.
Described cutting agency 8 includes discharging end frame, discharging end frame is provided with the discharging end stepper motor that the discharging end product shelf 81 of drawer type lifts to drive discharging end product shelf 81, also include being carried to the carrier carrying mechanism 26 on discharging end product shelf 81 for the carrier reclaimed on frame 24 by carrier and being used for the discharging end carrying mechanism 82 being carried on discharging end product shelf 81 by the product on the second conveyer device 14, the bottom of discharging end product shelf 81 is provided with for sensing discharging end product sensor with presence or absence of product, the top of discharging end frame is provided with for sensing the blanking sensor whether product puts in place, the unloaded tool that carrier is reclaimed on frame 24 by carrier carrying mechanism 26 is carried on discharging end product shelf 81, blanking sensor senses after carrier puts in place, issue a signal to controller, controller controls after stepper motor drives discharging end product shelf 81 to decline in the position rising to blanking sensor, carrier is made neatly to overlay on discharging end product shelf 81, product on discharging end product shelf 81 is transported on unloaded tool by discharging end carrying mechanism 82 so that product is accurately placed on carrier, does not have deviation, the discharging end product shelf 81 of drawer type makes the taking-up of product more convenient.
Described first conveyer device 13 includes pressure pin 91, drive the pressure pin drive motor that pressure pin 91 moves in the horizontal direction and the pressure pin elevating mechanism driving pressure pin lifting, pressure pin 91 is arranged in reverse side wet rubbing workbench 31 and reverse side xerotripsis workbench 41, pressure pin elevating mechanism includes slide rail 93, along slide rail slidably drive block 94, it is arranged on the connecting plate 95 of the bottom of pressure pin, the lifting guide pad 96 that is connected with connecting plate 95 and drive the cylinder that slides along slide rail 93 of drive block 94, drive block 94 is slidably matched with lifting guide pad 96, it is provided with back-moving spring between connecting plate 95 and slide rail 93,The piston rod of cylinder stretches out, and drives drive block 94 to slide along slide rail 93, and lifting guide pad 96 drives connecting plate 95 and pressure pin 91 to rise; Piston rod at cylinder is regained when needing pressure pin 91 to decline, and back-moving spring is that pressure pin 91 reset that declines provides spring force. Structure and the lifting principle of described second conveyer device 14 are the same with the structure of described first conveyer device 13 and principle.
Handset viewing window glass Slicer of the present utility model is in use, feed mechanism feeding, product is positioned by the first detent mechanism, product behind location is delivered to reverse side wet rubbing mechanism and carries out wet rubbing by the first conveyer device, after wet rubbing, product is carried to reverse side xerotripsis mechanism and carries out xerotripsis, it is placed into the second detent mechanism after again product being delivered to upset after xerotripsis to position, product behind location is delivered to front wet rubbing mechanism and carries out wet rubbing by the second conveyer device, after wet rubbing, product is delivered to front xerotripsis mechanism and carries out xerotripsis twice, product after xerotripsis is complete is carried out blanking by cutting agency, achieve automatization's pad of panel computer sight glass, pad is effective, the number of times of pad can set as required, and once can wipe multi-disc panel computer sight glass, improve the speed of pad, improve production efficiency, meet the Production requirement of enterprise, improve the economic benefit of enterprise.
Above-described detailed description of the invention; the purpose of this utility model, technical scheme and beneficial effect have been further described; it is it should be understood that; the foregoing is only detailed description of the invention of the present utility model; it is not limited to this utility model; all within spirit of the present utility model and principle, any amendment of making, equivalent replacement, improvement etc., should be included within protection domain of the present utility model.
Claims (6)
1. handset viewing window glass Slicer, including frame, it is characterized in that: frame is provided with workbench, workbench is circumferentially disposed with feed mechanism, first detent mechanism, reverse side wet rubbing mechanism, reverse side xerotripsis mechanism, turn-over mechanism, second detent mechanism, front wet rubbing mechanism, two front xerotripsis mechanisms and cutting agency, also include arranging on the table for product is delivered to reverse side wet rubbing mechanism from the first detent mechanism, wet rubbing mechanism is delivered to reverse side xerotripsis mechanism from the negative, xerotripsis mechanism is delivered to the first conveyer device of turn-over mechanism and for product is delivered to the second detent mechanism from turn-over mechanism from the negative, it is delivered to front wet rubbing mechanism from the second detent mechanism, the second conveyer device of front xerotripsis mechanism it is delivered to from front wet rubbing mechanism, described reverse side wet rubbing mechanism include having vac sorb structure workbench, for by the Shang Bu mechanism of the non-dust cloth feeding of pad, cloth is pressed to workbench carry out the pad device of pad and be used for the cloth abluent feed roller for abluent, Shang Bu mechanism includes the second cloth roll stands for placing the yardage roll after the first cloth roll stands of clean yardage roll, the first cloth roll stands drive motor, fabric guide roll, placement pad and the second cloth roll stands drive motor, described front wet rubbing mechanism include having vac sorb structure workbench, for by the Shang Bu mechanism of the non-dust cloth feeding of pad, cloth is pressed to workbench carry out the pad device of pad and be used for the cloth abluent feed roller for abluent, Shang Bu mechanism includes the second cloth roll stands for placing the yardage roll after the first cloth roll stands of clean yardage roll, the first cloth roll stands drive motor, fabric guide roll, placement pad and the second cloth roll stands drive motor, described reverse side xerotripsis mechanism includes having the workbench of vac sorb structure, for by the Shang Bu mechanism of the non-dust cloth feeding of pad and cloth is pressed to workbench carry out the pad device of pad, Shang Bu mechanism includes the second cloth roll stands for placing the yardage roll after the first cloth roll stands of clean yardage roll, the first cloth roll stands drive motor, fabric guide roll, placement pad and the second cloth roll stands drive motor, described front xerotripsis mechanism includes having the workbench of vac sorb structure, for by the Shang Bu mechanism of the non-dust cloth feeding of pad and cloth is pressed to workbench carry out the pad device of pad, Shang Bu mechanism includes the second cloth roll stands for placing the yardage roll after the first cloth roll stands of clean yardage roll, the first cloth roll stands drive motor, fabric guide roll, placement pad and the second cloth roll stands drive motor, described pad device includes rubbing head and rubbing head driving device, the both sides of rubbing head are separately provided for pressing to cloth the depression bar of the height of workbench, rubbing head and the slide unit cylinders driving rubbing head lifting, rubbing head driving device includes base plate, base plate is provided with left and right slide rail, left and right slide rail is provided with the left and right slide block slided along left and right slide rail, left and right slide block is provided with front and back slide rail, being provided with front and back slide block on the slide rail of front and back, front and back slide block is by connecting plate and slide unit cylinders, being provided with disk on described base plate and drive the pad motor of disk rotational, front and back slide block is connected with the edge of disk by drive link.
2. handset viewing window glass Slicer as claimed in claim 1, it is characterized in that: also include controller, described feed mechanism, the first detent mechanism, reverse side wet rubbing mechanism, reverse side xerotripsis mechanism, turn-over mechanism, the second detent mechanism, front wet rubbing mechanism, front xerotripsis mechanism and cutting agency are connected with controller respectively.
3. handset viewing window glass Slicer as claimed in claim 1, it is characterized in that: described feed mechanism includes feeding terminal frame, feeding terminal frame arranges feeding end product shelf, feeding end product shelf elevating mechanism, carrier reclaims frame and carrier reclaims frame elevating mechanism, feeding end product shelf is drawer-type structure, the bottom of feeding end product shelf is provided with for sensing feeding end product sensor with presence or absence of product, the top of feeding terminal frame is provided with for sensing the feeding sensor whether product puts in place, also include the feeding end carrying mechanism for the product on feeding end product shelf being transported to the first detent mechanism and reclaim the carrier carrying mechanism on frame for the carrier on feeding end product shelf being carried to carrier.
4. handset viewing window glass Slicer as claimed in claim 1, it is characterized in that: described turn-over mechanism includes turn-over end track, slidably turn-over sliding stand and the turning manipulator being placed on the second detent mechanism after the product on the first conveyer device is adsorbed and overturn that is arranged on turn-over sliding stand in turn-over end track, and the both sides of turn-over sliding stand are respectively arranged with turn-over sliding stand locating piece.
5. handset viewing window glass Slicer as claimed in claim 3, it is characterized in that: described cutting agency includes discharging end frame, discharging end frame is provided with the discharging end stepper motor that the discharging end product shelf of drawer type lifts to drive discharging end product shelf, also include being carried to carrier Handling device that discharging end product adds and the discharging end carrying mechanism for being carried on the carrier on discharging end product shelf by the product on the second conveyer device for the carrier reclaiming on frame by carrier, the bottom of discharging end product shelf is provided with for sensing discharging end product sensor with presence or absence of product, the top of discharging end frame is provided with for sensing the blanking sensor whether product puts in place.
6. handset viewing window glass Slicer as claimed in claim 1, it is characterized in that: described first conveyer device includes pressure pin, drive the pressure pin drive motor that pressure pin moves in the horizontal direction and the pressure pin elevating mechanism driving pressure pin lifting, pressure pin is arranged in reverse side wet rubbing workbench and reverse side xerotripsis workbench, pressure pin elevating mechanism includes slide rail, along slide rail slidably drive block, it is arranged on the connecting plate of the bottom of pressure pin, the lifting guide pad that is connected with connecting plate and drive the cylinder that slides along slide rail of drive block, lifting drive block is slidably matched with guide pad, connecting plate and sliding rail rack are provided with back-moving spring, described second conveyer device includes pressure pin, drives the pressure pin drive motor that moves in the horizontal direction of pressure pin and drive the pressure pin elevating mechanism of pressure pin lifting, pressure pin is arranged in front wet rubbing workbench and front xerotripsis workbench, pressure pin elevating mechanism include slide rail, along slide rail slidably drive block, the connecting plate being arranged on the bottom of pressure pin, the lifting guide pad being connected with connecting plate and drive the cylinder that slides along slide rail of drive block, drive block is slidably matched with lifting guide pad, connecting plate and be provided with back-moving spring between slide rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520907157.2U CN205289180U (en) | 2015-11-13 | 2015-11-13 | Cell -phone window glass slicer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520907157.2U CN205289180U (en) | 2015-11-13 | 2015-11-13 | Cell -phone window glass slicer |
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| CN205289180U true CN205289180U (en) | 2016-06-08 |
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| CN201520907157.2U Active CN205289180U (en) | 2015-11-13 | 2015-11-13 | Cell -phone window glass slicer |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105344686A (en) * | 2015-11-13 | 2016-02-24 | 苏州德尔富自动化科技有限公司 | Sheet wiping machine for mobile phone window glass |
| CN107843994A (en) * | 2017-11-20 | 2018-03-27 | 无锡华氏恒辉精密装备科技有限公司 | LCDs cleans and cleaning device |
| CN108246676A (en) * | 2017-12-29 | 2018-07-06 | 无锡华氏恒辉精密装备科技有限公司 | A kind of liquid crystal display screen washing equipment |
| CN109108033A (en) * | 2018-10-31 | 2019-01-01 | 宋丰艾 | Intelligent treatment equipment and its treatment process after a kind of pretreatment processing of tempered glass |
-
2015
- 2015-11-13 CN CN201520907157.2U patent/CN205289180U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105344686A (en) * | 2015-11-13 | 2016-02-24 | 苏州德尔富自动化科技有限公司 | Sheet wiping machine for mobile phone window glass |
| CN107843994A (en) * | 2017-11-20 | 2018-03-27 | 无锡华氏恒辉精密装备科技有限公司 | LCDs cleans and cleaning device |
| CN108246676A (en) * | 2017-12-29 | 2018-07-06 | 无锡华氏恒辉精密装备科技有限公司 | A kind of liquid crystal display screen washing equipment |
| CN109108033A (en) * | 2018-10-31 | 2019-01-01 | 宋丰艾 | Intelligent treatment equipment and its treatment process after a kind of pretreatment processing of tempered glass |
| CN109108033B (en) * | 2018-10-31 | 2021-07-02 | 安徽蓝实玻璃科技股份有限公司 | Intelligent treatment equipment and treatment process for tempered glass after pretreatment processing |
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Address after: 215132 Jiangsu city of Suzhou province Xiangcheng District Huang Dai Zhen Kang Yang Road No. 364 Patentee after: SUZHOU DEERFU AUTOMATION TECHNOLOGY CO., LTD. Address before: Xiangcheng District Huangqiao Street Village, Suzhou 215132 cities in Jiangsu province of China Tinglu No. 10 Patentee before: SUZHOU DEERFU AUTOMATION TECHNOLOGY CO., LTD. |