CN204712653U - Keyboard laser automatic marking machine - Google Patents
Keyboard laser automatic marking machine Download PDFInfo
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- CN204712653U CN204712653U CN201520409994.2U CN201520409994U CN204712653U CN 204712653 U CN204712653 U CN 204712653U CN 201520409994 U CN201520409994 U CN 201520409994U CN 204712653 U CN204712653 U CN 204712653U
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Abstract
The utility model discloses a kind of keyboard laser automatic marking machine, the right side comprising servo discharging mechanism is provided with main electric cabinet, the rear side of servo discharging mechanism is provided with Pneumatic feeding mechanism, on the board that Pneumatic feeding mechanism is fixed on laser marking machine on front side of plane, position by main electric cabinet on the right side of servo discharging mechanism is provided with Human-machine Control device, the discharging opening of Pneumatic feeding mechanism is facing to keyboard upset transfer mechanism, plane front left side on the board that keyboard upset transfer mechanism is installed on laser marking machine, upset on front side of keyboard upset transfer mechanism gets discharge mechanism facing to servo discharging mechanism, CCD electronics lens detecting device is provided with on the left of keyboard upset transfer mechanism, CCD electronics lens detecting device is connected to CCD by data wire and detects data computer, CCD detects the feeding pallet bottom that data computer is installed on servo discharging mechanism.By the way, the utility model can mark arbitrary symbol fast on each button of blank computor-keyboard, and marking speed is fast.
Description
Technical field
The utility model relates to automatic field, particularly relates to a kind of keyboard laser automatic marking machine.
Background technology
Computer be modern society's office reuse instrument, be also the important apparatus of amusement, computor-keyboard is the main information input part of one, computer, and the demand of computer has much, and the demand of the keyboard of computor-keyboard just has much.Computor-keyboard has dozens of button, the symbol of its each button is different, needs to install one by one, and technique is before exactly adopt first to assemble blank button, and then unified printing is got on, and such keyboard use has been grown character and will have been worn away.The technique also had is the first character on straight forming when button injection mo(u)lding, and select installation one by one when assembling, efficiency is lower.
Utility model content
The technical problem that the utility model mainly solves is to provide a kind of keyboard laser automatic marking machine, can mark arbitrary symbol fast on each button of blank computor-keyboard, and marking speed is fast, and efficiency is high.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: provide a kind of keyboard laser automatic marking machine, this keyboard laser automatic marking machine comprises Pneumatic feeding mechanism, main electric cabinet, keyboard upset transfer mechanism, laser marking machine, CCD electronics lens detecting device, CCD detects data computer, servo discharging mechanism and Human-machine Control device, the right side of described servo discharging mechanism is provided with main electric cabinet, the rear side of servo discharging mechanism is provided with Pneumatic feeding mechanism, on the board that Pneumatic feeding mechanism is fixed on laser marking machine on front side of plane, position by main electric cabinet on the right side of servo discharging mechanism is provided with Human-machine Control device, the discharging opening of Pneumatic feeding mechanism is facing to keyboard upset transfer mechanism, plane front left side on the board that keyboard upset transfer mechanism is installed on laser marking machine, upset on front side of keyboard upset transfer mechanism gets discharge mechanism facing to servo discharging mechanism, CCD electronics lens detecting device is provided with on the left of keyboard upset transfer mechanism, CCD electronics lens detecting device is connected to CCD by data wire and detects data computer, CCD detects the feeding pallet bottom that data computer is installed on servo discharging mechanism,
Preferably, described Pneumatic feeding mechanism comprises material loading cant board, keyboard places light curtain inductor, light curtain inductor support, keyboard two-position first material loading locating piece, keyboard two-position second material loading locating piece, keyboard material loading positioning inductor, enter a locating piece, go out a locating piece, material loading first gear edge strip, material loading second gear edge strip, shifting apparatus lifted by material loading third gear edge strip and material loading, on the transfer base plate that the two pieces of material loading cant boards be parallel to each other are installed vertically on keyboard upset transfer mechanism on the left of plane, be provided with material loading between two pieces of material loading cant boards and lift shifting apparatus, material loading is lifted shifting apparatus and is installed on plane on transfer base plate, material loading is lifted on the left of shifting apparatus and is provided with keyboard placement light curtain inductor, keyboard is placed light curtain inductor and is passed through light curtain inductor support installing on transfer base plate on the left of plane, and the material loading cant board upper edge of forward side is provided with material loading first gear edge strip from left to right successively, material loading second gear edge strip and material loading third gear edge strip, the material loading cant board upper edge of side is provided with from left to right successively into a locating piece rearward, keyboard two-position first material loading locating piece, keyboard two-position second material loading locating piece and go out a locating piece, keyboard two-position first material loading locating piece, keyboard two-position second material loading locating piece and go out on a locating piece to be all embedded with a keyboard material loading positioning inductor,
Preferably, described material loading is lifted shifting apparatus and is comprised two guide rod slide unit cylinder, lower flat board lifted by material loading, supporting plate lifted by material loading, cylinder lifted by material loading, keyboard material loading lifts upper flat plate and material loading sucker, plane on the transfer base plate that the described pair of guide rod slide unit cylinder is installed on keyboard upset transfer mechanism, the slide unit of two guide rod slide unit cylinder is provided with material loading and lifts lower flat board, the upper plane that lower flat board lifted by material loading is each side provided with a material loading and lifts supporting plate, the lateral surface that supporting plate lifted by material loading is all provided with a material loading and lifts cylinder, the piston rod flanged plate that cylinder lifted by material loading is connected to keyboard material loading and lifts in the middle of the lower plane of upper flat plate, in the through hole that the plane left and right sides on upper flat plate lifted by material loading, material loading sucker is all installed,
Preferably, described keyboard upset transfer mechanism also comprises upset cross sliding rail, overturn traversing slide block, overturn traversing servomotor, overturn traversing servo single shaft driver element, overturn traversing shaft coupling, the vertical fixed mechanism of keyboard and upset vertical shift mechanism, described upset traversing servo single shaft driver element is horizontally installed in transfer base plate, the screw mandrel end overturning traversing servo single shaft driver element is connected to by the traversing shaft coupling of upset the motor shaft overturning traversing servomotor, overturn traversing servomotor and be installed on the electric machine support overturn on the right side of traversing servo single shaft driver element, the travelling carriage overturning traversing servo single shaft driver element is connected to the upset vertical shift base plate lower plane of upset vertical shift mechanism, upset vertical shift base plate lower plane is also connected to the traversing slide block of upset, overturn traversing slide block and be positioned at upset cross sliding rail, being parallel to the upset cross sliding rail overturning traversing servo single shaft driver element to be installed on transfer base plate on front side of plane, on upset vertical shift base plate, on front side of plane, edge is fixed with the vertical fixed mechanism of keyboard, described upset traversing servo single shaft driver element model is LXR3010-B1,
Preferably, the vertical fixed mechanism of described keyboard comprises cylinder and installs riser, riser sill strip is installed, keyboard perpendicular positioning clamp, keyboard vertically fixes the first cylinder, keyboard vertically fixes the second cylinder, keyboard vertically fixes that patrix is vertical with keyboard fixes side form, described cylinder is installed riser lower edge and is fixed on installation riser sill strip, cylinder is installed riser front and is provided with the corresponding keyboard perpendicular positioning clamp of shape, cylinder installation riser front is each side provided with a keyboard and vertically fixes the first cylinder, the piston rod flanged plate that keyboard vertically fixes the first cylinder is provided with keyboard and vertically fixes side form, the cylinder installation riser back side is provided with keyboard and vertically fixes the second cylinder, the piston rod flanged plate that keyboard vertically fixes the second cylinder is provided with keyboard and vertically fixes patrix,
Preferably, described upset vertical shift mechanism also comprises mechanical engagement formula Rodless cylinder, upset vertical shift slide rail, upset vertical shift slide block, turnover board and servo turning device, described mechanical engagement formula Rodless cylinder is longitudinally installed on plane on upset vertical shift base plate, mechanical engagement formula Rodless cylinder is provided with turnover board, the lower plane of turnover board is provided with upset vertical shift slide block, the upset vertical shift slide block of longitudinal sliding motion can be installed on upset vertical shift slide rail, upset vertical shift slide rail is fixed on plane on upset vertical shift base plate, turnover board is provided with servo turning device, the model of described mechanical engagement formula Rodless cylinder is MY1M25GLZ73, described servo turning device also comprises upset servomotor, upset reductor, upset reductor installing plate, upset main shaft, upset main spindle coupling, upset main shaft bearing cribbing, upset sensing chip, put in place inductor and upset of upset puts in place inductor rack plate, described upset main shaft two ends are equipped with upset main shaft bearing cribbing, upset main shaft bearing cribbing is installed on plane on turnover board, upset main shaft one end is connected to the output of upset reductor by upset main spindle coupling, upset reductor is fixed on plane on turnover board by upset reductor installing plate, the input of upset reductor is provided with upset servomotor, the upset main shaft other end is provided with upset sensing chip, be provided with upset with position corresponding to upset sensing chip to put in place inductor, upset put in place inductor by upset put in place inductor rack plate be installed on upset main shaft bearing cribbing side, upset main shaft is fixed with upset and gets discharge mechanism, described upset is got discharge mechanism and is comprised overturn sucker, overturn sucker installing plate, pick and place material lift cylinder and pick and place material lift cylinder fixed head, described overturn sucker installing plate is provided with the overturn sucker of four orthogonal arrangements, the overturn sucker installing plate that horizontal plane is arranged is installed on the piston rod flanged plate picking and placeing material lift cylinder, pick and place material lift cylinder and be installed on the side picking and placeing material lift cylinder fixed head, upset main shaft is fixed in another side picking and placeing material lift cylinder fixed head,
Preferably, described servo discharging mechanism comprises three station servo cutting agencies, keyboard detection bogey and two-position keyboard device to be got, described keyboard detection bogey is between three station servo cutting agencies and two-position keyboard device to be got, the servo base plate right edge of three station servo cutting agencies along the base plate left side edge to be got being connected to two-position keyboard device to be got, on the base plate to be got that keyboard detection bogey is installed on two-position keyboard device to be got on the left of plane;
Preferably, described three station servo cutting agencies also comprise integrated form single shaft driver element, " mouth " font support, blanking take-off plate, sucked type pneumatic carriage mechanism, first blanking slide rail, first blanking slide block, second blanking slide rail, second blanking slide block and slide block keel, " mouth " font support is provided with on the left of described servo base plate lower plane, servo base plate is provided with integrated form single shaft driver element on the left of plane, the slide plate of integrated form single shaft driver element is connected on the left of blanking take-off plate lower plane, on servo base plate, planar back side is provided with the first blanking slide rail, on the right side of first blanking slide rail, local is installed on the base plate to be got of two-position keyboard device to be got, the base plate to be got of two-position keyboard device to be got is provided with the second blanking slide rail on front side of plane, second blanking slide rail is parallel to the first blanking slide rail, first blanking slide rail is provided with three slidably the first blanking slide blocks, second blanking slide rail is provided with two slidably the second blanking slide blocks, first blanking slide block and the second blanking slide block are equipped with slide block keel, slide block keel is all connected to blanking take-off plate lower plane, in blanking take-off plate, plane is provided with three equidistant sucked type pneumatic carriage mechanisms from left to right, described integrated form single shaft driver element model is ECH51200-X-C, described sucked type pneumatic carriage mechanism comprises blanking lift cylinder, blanking lift cylinder mounting bracket, blanking sucker, blanking sucker installing plate, blanking lifting guide pillar and flange form guide pin bushing, described blanking lift cylinder is installed on blanking lift cylinder mounting bracket vertically upward, blanking lift cylinder mounting bracket is fixed on blanking take-off plate lower plane, the piston rod flanged plate of blanking lift cylinder is connected to blanking sucker installing plate lower plane, two blanking suckers are embedded with in blanking sucker installing plate, blanking sucker installing plate lower plane both sides respectively connected a blanking lifting guide pillar upper end, the blanking lifting guide pillar that can slide up and down all is plugged in flange form guide pin bushing, flange form guide pin bushing is all fixed on plane in blanking take-off plate,
Preferably, described keyboard detection bogey comprises the first cant board, second cant board, first rectangular aperture holder mould, second rectangular aperture holder mould, oriented side edge strip, detection and location inductor, first detects fixing cylinder, second detects fixing cylinder, 3rd detects fixing cylinder, detect fixing cylinder mounting plate and detection and location module, the first cant board be parallel to each other is fixed on plane on base plate to be got with the second cant board is all vertical, the upper edge of the first cant board is provided with the first rectangular aperture holder mould, be equipped with one in two open slots of the first rectangular aperture holder mould lower plane and detect fixing cylinder mounting plate, detect the upper edge that fixing cylinder mounting plate is all fixed on the first cant board, two fixing cylinder mounting plates of detection are separately installed with the first detection and fix cylinder and the fixing cylinder of the second detection, the piston rod flanged plate of the fixing cylinder of the first detection and the fixing cylinder of the second detection is equipped with detection and location module, first piston rod detecting fixing cylinder and the fixing cylinder of the second detection stretches out direction facing to the second rectangular aperture holder mould, second rectangular aperture holder mould is installed on the upper edge of the second cant board, concave surface on the right side of second rectangular aperture holder mould is provided with the 3rd and detects fixing cylinder, the piston rod flanged plate of the fixing cylinder of the 3rd detection is also provided with detection and location module, the rectangular aperture medial surface of the second rectangular aperture holder mould is provided with oriented side edge strip, detection and location inductor is provided with in groove in the middle of second rectangular aperture holder mould,
Preferably, described two-position keyboard device to be got also comprises the first keyboard Dai Qu mechanism and the second keyboard Dai Qu mechanism, and described first keyboard Dai Qu mechanism and the second keyboard Dai Qu mechanism are installed on plane on base plate to be got side by side, and base plate to be got is fixed on feeding pallet; Described first keyboard Dai Qu mechanism comprises first " L " shape tray, second " L " shape tray, keyboard are waited to get an inductor and tray support column, described first " L " shape tray is installed on base plate to be got by four tray support columns, first " L " shape tray diagonally opposing corner is provided with second " L " shape tray, second " L " shape tray is installed on base plate to be got by two tray support columns, first " L " shape tray and second " L " shape tray setting position corresponding with keyboard profile, be provided with keyboard in the groove of second " L " shape tray and wait to get an inductor; The structure of described second keyboard Dai Qu mechanism is identical with the structure of the first keyboard Dai Qu mechanism.
The beneficial effects of the utility model are: a kind of keyboard laser of the utility model automatic marking machine, can mark arbitrary symbol fast on each button of blank computor-keyboard, and marking speed is fast, and efficiency is high.
Accompanying drawing explanation
Fig. 1 is the three-dimensional structure schematic diagram of the utility model keyboard laser automatic marking machine;
Fig. 2 is the partial 3 d schematic diagram of the utility model keyboard laser automatic marking machine;
Fig. 3 is the structural representation of the Pneumatic feeding mechanism of the utility model keyboard laser automatic marking machine;
Fig. 4 is the partial schematic diagram of the Pneumatic feeding mechanism of the utility model keyboard laser automatic marking machine;
Fig. 5 is the partial enlarged drawing that shifting apparatus lifted by the material loading of the utility model keyboard laser automatic marking machine;
Fig. 6 is the first three-dimensional structure schematic diagram of the keyboard upset transfer mechanism of the utility model keyboard laser automatic marking machine;
Fig. 7 is the second three-dimensional structure schematic diagram of the keyboard upset transfer mechanism of the utility model keyboard laser automatic marking machine;
Fig. 8 is the first three-dimensional structure schematic diagram of the vertical fixed mechanism of keyboard of the utility model keyboard laser automatic marking machine;
Fig. 9 is the second three-dimensional structure schematic diagram of the vertical fixed mechanism of keyboard of the utility model keyboard laser automatic marking machine;
Figure 10 is the three-dimensional structure schematic diagram of the upset vertical shift mechanism of the utility model keyboard laser automatic marking machine;
Figure 11 is the structural representation that discharge mechanism is got in the upset of the utility model keyboard laser automatic marking machine;
Figure 12 is the three-dimensional structure schematic diagram of the servo discharging mechanism of the utility model keyboard laser automatic marking machine;
Figure 13 is the partial 3 d structural representation of three station servo cutting agencies of the utility model keyboard laser automatic marking machine;
Figure 14 is the partial enlarged drawing of three station servo cutting agencies of the utility model keyboard laser automatic marking machine;
Figure 15 is the first three-dimensional structure schematic diagram of the keyboard detection bogey of the utility model keyboard laser automatic marking machine;
Figure 16 is the second three-dimensional structure schematic diagram of the keyboard detection bogey of the utility model keyboard laser automatic marking machine;
Figure 17 is the structural representation of the two-position keyboard device to be got of the utility model keyboard laser automatic marking machine.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model preferred embodiment is described in detail, to make the advantage of utility model and feature can be easier to be readily appreciated by one skilled in the art, thus more explicit defining is made to protection domain of the present utility model.
Refer to Fig. 1 to Figure 17, the utility model embodiment comprises:
A kind of keyboard laser automatic marking machine, this keyboard laser automatic marking machine comprises Pneumatic feeding mechanism 1, main electric cabinet 2, keyboard upset transfer mechanism 3, laser marking machine 4, CCD electronics lens detecting device 5, CCD detects data computer 6, servo discharging mechanism 7 and Human-machine Control device 8, the right side of described servo discharging mechanism 7 is provided with main electric cabinet 2, the rear side of servo discharging mechanism 7 is provided with Pneumatic feeding mechanism 1, on the board that Pneumatic feeding mechanism 1 is fixed on laser marking machine 4 on front side of plane, position by main electric cabinet 2 on the right side of servo discharging mechanism 7 is provided with Human-machine Control device 8, the discharging opening of Pneumatic feeding mechanism 1 is facing to keyboard upset transfer mechanism 3, plane front left side on the board that keyboard upset transfer mechanism 3 is installed on laser marking machine 4, upset on front side of keyboard upset transfer mechanism 3 gets discharge mechanism 3759 facing to servo discharging mechanism 7, CCD electronics lens detecting device 5 is provided with on the left of keyboard upset transfer mechanism 3, CCD electronics lens detecting device 5 is connected to CCD by data wire and detects data computer 6, CCD detects feeding pallet 722 bottom that data computer 6 is installed on servo discharging mechanism 7,
Described Pneumatic feeding mechanism 1 comprises material loading cant board 11, keyboard places light curtain inductor 12, light curtain inductor support 13, keyboard two-position first material loading locating piece 14, keyboard two-position second material loading locating piece 15, keyboard material loading positioning inductor 16, enter a locating piece 17, go out a locating piece 18, material loading first gear edge strip 19, material loading second gear edge strip 20, shifting apparatus 22 lifted by material loading third gear edge strip 21 and material loading, on the transfer base plate 30 that the two pieces of material loading cant boards 11 be parallel to each other are installed vertically on keyboard upset transfer mechanism 3 on the left of plane, be provided with material loading between two pieces of material loading cant boards 11 and lift shifting apparatus 22, material loading is lifted shifting apparatus 22 and is installed on plane on transfer base plate 30, material loading is lifted on the left of shifting apparatus 22 and is provided with keyboard placement light curtain inductor 12, keyboard is placed light curtain inductor 12 and to be installed on transfer base plate 30 on the left of plane by light curtain inductor support 13, material loading cant board 11 upper edge of forward side is provided with material loading first gear edge strip 19 from left to right successively, material loading second gear edge strip 20 and material loading third gear edge strip 21, material loading cant board 11 upper edge of side is provided with from left to right successively into a locating piece 17 rearward, keyboard two-position first material loading locating piece 14, keyboard two-position second material loading locating piece 15 and go out a locating piece 18, keyboard two-position first material loading locating piece 14, keyboard two-position second material loading locating piece 15 and go out on a locating piece 18 to be all embedded with a keyboard material loading positioning inductor 16,
Described material loading is lifted shifting apparatus 22 and is comprised two guide rod slide unit cylinder 220, material loading lifts lower dull and stereotyped 221, supporting plate 222 lifted by material loading, cylinder 223 lifted by material loading, keyboard material loading lifts upper flat plate 224 and material loading sucker 225, plane on the transfer base plate 30 that the described pair of guide rod slide unit cylinder 220 is installed on keyboard upset transfer mechanism 3, the slide unit of two guide rod slide unit cylinder 220 is provided with material loading and lifts lower dull and stereotyped 221, the upper plane that material loading lifts lower dull and stereotyped 221 is each side provided with a material loading and lifts supporting plate 222, the lateral surface that supporting plate 222 lifted by material loading is all provided with a material loading and lifts cylinder 223, the piston rod flanged plate that cylinder 223 lifted by material loading is connected to keyboard material loading and lifts in the middle of the lower plane of upper flat plate 224, in the through hole that the plane left and right sides on upper flat plate 224 lifted by material loading, material loading sucker 225 is all installed,
Described keyboard upset transfer mechanism 3 also comprises upset cross sliding rail 31, overturn traversing slide block 32, overturn traversing servomotor 33, overturn traversing servo single shaft driver element 34, overturn traversing shaft coupling 35, the vertical fixed mechanism 36 of keyboard and upset vertical shift mechanism 37, described upset traversing servo single shaft driver element is horizontally installed in transfer base plate 30, the screw mandrel end overturning traversing servo single shaft driver element 34 is connected to by the traversing shaft coupling 35 of upset the motor shaft overturning traversing servomotor 33, overturn traversing servomotor 33 and be installed on the electric machine support 38 overturn on the right side of traversing servo single shaft driver element 34, the travelling carriage overturning traversing servo single shaft driver element is connected to upset vertical shift base plate 370 lower plane of upset vertical shift mechanism 37, upset vertical shift base plate 370 lower plane is also connected to the traversing slide block 32 of upset, overturn traversing slide block 32 and be positioned at upset cross sliding rail 31, being parallel to the upset cross sliding rail 31 overturning traversing servo single shaft driver element 34 to be installed on transfer base plate 30 on front side of plane, on upset vertical shift base plate 370, on front side of plane, edge is fixed with the vertical fixed mechanism 36 of keyboard, described upset traversing servo single shaft driver element 34 model is LXR3010-B1,
The vertical fixed mechanism 36 of described keyboard comprises cylinder and installs riser 361, riser sill strip 362 is installed, keyboard perpendicular positioning clamp 363, keyboard vertically fixes the first cylinder 364, keyboard vertically fixes the second cylinder 365, keyboard vertically fixes that patrix 366 is vertical with keyboard fixes side form 367, described cylinder is installed riser 361 lower edge and is fixed on installation riser sill strip 362, cylinder is installed riser 361 front and is provided with the corresponding keyboard perpendicular positioning clamp 363 of shape, cylinder installation riser 361 front is each side provided with a keyboard and vertically fixes the first cylinder 364, the piston rod flanged plate that keyboard vertically fixes the first cylinder 364 is provided with keyboard and vertically fixes side form 367, cylinder installation riser 361 back side is provided with keyboard and vertically fixes the second cylinder 365, the piston rod flanged plate that keyboard vertically fixes the second cylinder 365 is provided with keyboard and vertically fixes patrix 366,
Described upset vertical shift mechanism 37 also comprises mechanical engagement formula Rodless cylinder 371, upset vertical shift slide rail 372, upset vertical shift slide block 373, turnover board 374 and servo turning device 375, described mechanical engagement formula Rodless cylinder is longitudinally installed on plane on upset vertical shift base plate 370, mechanical engagement formula Rodless cylinder 371 is provided with turnover board 374, the lower plane of turnover board 374 is provided with upset vertical shift slide block 373, the upset vertical shift slide block 373 of longitudinal sliding motion can be installed on upset vertical shift slide rail 372, upset vertical shift slide rail 372 is fixed on plane on upset vertical shift base plate 370, turnover board 374 is provided with servo turning device 375, the model of described mechanical engagement formula Rodless cylinder 371 is MY1M25GLZ73, described servo turning device 375 also comprises upset servomotor 3750, upset reductor 3751, upset reductor installing plate 3752, upset main shaft 3753, upset main spindle coupling 3754, upset main shaft bearing cribbing 3755, upset sensing chip 3756, put in place inductor 3757 and upset of upset puts in place inductor rack plate 3758, described upset main shaft 3753 two ends are equipped with upset main shaft bearing cribbing 3755, upset main shaft bearing cribbing 3755 is installed on plane on turnover board 374, upset main shaft 3753 one end is connected to the output of upset reductor 3751 by upset main spindle coupling 3754, upset reductor 3751 is fixed on plane on turnover board 374 by upset reductor installing plate 3752, the input of upset reductor 3751 is provided with upset servomotor 3750, upset main shaft 3753 other end is provided with upset sensing chip 3756, be provided with upset with position corresponding to upset sensing chip 3756 to put in place inductor 3757, upset put in place inductor 3757 by upset put in place inductor rack plate 3758 be installed on upset main shaft bearing cribbing 3755 side, upset main shaft 3753 is fixed with upset and gets discharge mechanism 3759, described upset is got discharge mechanism 3759 and is comprised overturn sucker 37591, overturn sucker installing plate 37592, pick and place material lift cylinder 37593 and pick and place material lift cylinder fixed head 37594, described overturn sucker installing plate 37592 is provided with the overturn sucker 37591 of four orthogonal arrangements, the overturn sucker installing plate 37592 that horizontal plane is arranged is installed on the piston rod flanged plate picking and placeing material lift cylinder 37593, pick and place material lift cylinder 37593 and be installed on the side picking and placeing material lift cylinder fixed head 37594, upset main shaft 3753 is fixed in another side picking and placeing material lift cylinder fixed head 37594,
Described servo discharging mechanism 7 comprises three station servo cutting agencies 70, keyboard detection bogey 71 and two-position keyboard device 72 to be got, described keyboard detection bogey 71 is between three station servo cutting agencies 70 and two-position keyboard device 72 to be got, servo base plate 700 right edge of three station servo cutting agencies 70 along base plate to be got 721 left side edge being connected to two-position keyboard device to be got 72, on the base plate to be got 721 that keyboard detection bogey 71 is installed on two-position keyboard device to be got 72 on the left of plane;
Described three station servo cutting agencies 70 also comprise integrated form single shaft driver element 701, " mouth " font support 702, blanking take-off plate 703, sucked type pneumatic carriage mechanism 704, first blanking slide rail 705, first blanking slide block 706, second blanking slide rail 707, second blanking slide block 708 and slide block keel 709, " mouth " font support 702 is provided with on the left of described servo base plate 700 lower plane, servo base plate 700 is provided with integrated form single shaft driver element 701 on the left of plane, the slide plate of integrated form single shaft driver element 701 is connected on the left of blanking take-off plate 703 lower plane, on servo base plate 700, planar back side is provided with the first blanking slide rail 705, on the right side of first blanking slide rail 705, local is installed on the base plate to be got 721 of two-position keyboard device to be got 72, the base plate to be got 721 of two-position keyboard device to be got 72 is provided with the second blanking slide rail 707 on front side of plane, second blanking slide rail 707 is parallel to the first blanking slide rail 705, first blanking slide rail 705 is provided with three slidably the first blanking slide blocks 706, second blanking slide rail 707 is provided with two slidably the second blanking slide blocks 708, first blanking slide block 706 and the second blanking slide block 708 are equipped with slide block keel 709, slide block keel 709 is all connected to blanking take-off plate 703 lower plane, in blanking take-off plate 703, plane is provided with three equidistant sucked type pneumatic carriage mechanisms 704 from left to right, described integrated form single shaft driver element 701 model is ECH51200-X-C, described sucked type pneumatic carriage mechanism 704 comprises blanking lift cylinder 7041, blanking lift cylinder mounting bracket 7042, blanking sucker 7043, blanking sucker installing plate 7044, blanking lifting guide pillar 7045 and flange form guide pin bushing 7046, described blanking lift cylinder 7041 is installed on blanking lift cylinder mounting bracket 7042 vertically upward, blanking lift cylinder mounting bracket 7042 is fixed on blanking take-off plate 703 lower plane, the piston rod flanged plate of blanking lift cylinder 7041 is connected to blanking sucker installing plate 7044 lower plane, two blanking suckers 7043 are embedded with in blanking sucker installing plate 7044, blanking sucker installing plate 7044 lower plane both sides respectively connected blanking lifting guide pillar 7045 upper end, the blanking lifting guide pillar 7045 that can slide up and down all is plugged in flange form guide pin bushing 7046, flange form guide pin bushing 7046 is all fixed on plane in blanking take-off plate 703,
Described keyboard detection bogey 71 comprises the first cant board 710, second cant board 711, first rectangular aperture holder mould 712, second rectangular aperture holder mould 713, oriented side edge strip 714, detection and location inductor 715, first detects fixing cylinder 716, second detects fixing cylinder 717, 3rd detects fixing cylinder 718, detect fixing cylinder mounting plate 719 and detection and location module 720, the first cant board 710 be parallel to each other is fixed on plane on base plate 721 to be got with the second cant board 711 is all vertical, the upper edge of the first cant board 710 is provided with the first rectangular aperture holder mould 712, be equipped with one in two open slots of the first rectangular aperture holder mould 712 lower plane and detect fixing cylinder mounting plate 719, detect the upper edge that fixing cylinder mounting plate 719 is all fixed on the first cant board 710, two fixing cylinder mounting plates 719 of detection are separately installed with the first detection and fix cylinder 716 and the fixing cylinder 717 of the second detection, the piston rod flanged plate of the fixing cylinder of the first detection 716 and the fixing cylinder 717 of the second detection is equipped with detection and location module 720, first piston rod detecting fixing cylinder 716 and the fixing cylinder 717 of the second detection stretches out direction facing to the second rectangular aperture holder mould 713, second rectangular aperture holder mould 713 is installed on the upper edge of the second cant board 711, concave surface on the right side of second rectangular aperture holder mould 713 is provided with the 3rd and detects fixing cylinder 718, the piston rod flanged plate of the fixing cylinder 718 of the 3rd detection is also provided with detection and location module 720, the rectangular aperture medial surface of the second rectangular aperture holder mould 713 is provided with oriented side edge strip 714, detection and location inductor 715 is provided with in groove in the middle of second rectangular aperture holder mould 713,
Keyboard device 72 to be got in described two-position also comprises the first keyboard Dai Qu mechanism 723 and the second keyboard Dai Qu mechanism 724, described first keyboard Dai Qu mechanism 723 and the second keyboard Dai Qu mechanism 724 are installed on plane on base plate 721 to be got side by side, and base plate 721 to be got is fixed on feeding pallet 722, described first keyboard Dai Qu mechanism 723 comprises first " L " shape tray 7231, second " L " shape tray 7232, keyboard is waited to get an inductor 7233 and tray support column 7234, described first " L " shape tray 7231 is installed on base plate 721 to be got by four tray support columns 7234, first " L " shape tray 7231 diagonally opposing corner is provided with second " L " shape tray 7232, second " L " shape tray 7232 is installed on base plate 721 to be got by two tray support columns 7234, first " L " shape tray 7231 and second " L " shape tray 7232 setting position corresponding with keyboard profile, be provided with keyboard in the groove of second " L " shape tray 7232 to wait to get an inductor 7233, the structure of described second keyboard Dai Qu mechanism 724 is identical with the structure of the first keyboard Dai Qu mechanism 723.
When the automatic marking machine work of the utility model keyboard laser, the blank keypad assembled is placed into the pan feeding place of Pneumatic feeding mechanism 1 by workman, after keyboard placement light curtain inductor 12 senses keyboard, material loading is lifted shifting apparatus 22 and is started to lift keyboard and transfer forward, the upset of keyboard upset transfer mechanism 3 is got discharge mechanism 3759 and keyboard is held rise, keyboard upset is placed into the vertical fixed mechanism 36 of keyboard and fixes by upset vertical shift mechanism 37, now laser marking machine 4 inscribes mark in the side of keyboard, keyboard takes off from the vertical fixed mechanism 36 of keyboard by upset vertical shift mechanism 37, and keyboard is turned to horizontal plane position, make button upwards, now laser marking machine 4 engraves the symbol that computer program sets successively on each button of keyboard, after laser marking machine 4 marking terminates, keyboard is transplanted in the sucked type pneumatic carriage mechanism 704 of servo discharging mechanism 7 by upset vertical shift mechanism 37, the keyboard marked is transplanted on keyboard detection bogey 71 and fixes by the sucked type pneumatic carriage mechanism 704 of servo discharging mechanism 7, the keyboard that now CCD electronics lens detecting device 5 starts having marked detects, and transfer data to CCD and detect data computer 6 and contrast, after detection terminates, the keyboard detected is transplanted on the first keyboard Dai Qu mechanism 723 of two-position keyboard device 72 to be got by servo discharging mechanism 7, the keyboard detected is being transplanted on the second keyboard Dai Qu mechanism 724 of two-position keyboard device 72 to be got by servo discharging mechanism 7 periodic duty, workman according to testing result by keyboard sorting placement, the above each job step of whole mechanism circulation.
The utility model keyboard laser automatic marking machine, can mark arbitrary symbol fast on each button of blank computor-keyboard, and marking speed is fast, and efficiency is high, and tape error self-checking function, liberates labor strength greatly.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model description and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a keyboard laser automatic marking machine, it is characterized in that: this keyboard laser automatic marking machine comprises Pneumatic feeding mechanism, main electric cabinet, keyboard upset transfer mechanism, laser marking machine, CCD electronics lens detecting device, CCD detects data computer, servo discharging mechanism and Human-machine Control device, the right side of described servo discharging mechanism is provided with main electric cabinet, the rear side of servo discharging mechanism is provided with Pneumatic feeding mechanism, on the board that Pneumatic feeding mechanism is fixed on laser marking machine on front side of plane, position by main electric cabinet on the right side of servo discharging mechanism is provided with Human-machine Control device, the discharging opening of Pneumatic feeding mechanism is facing to keyboard upset transfer mechanism, plane front left side on the board that keyboard upset transfer mechanism is installed on laser marking machine, upset on front side of keyboard upset transfer mechanism gets discharge mechanism facing to servo discharging mechanism, CCD electronics lens detecting device is provided with on the left of keyboard upset transfer mechanism, CCD electronics lens detecting device is connected to CCD by data wire and detects data computer, CCD detects the feeding pallet bottom that data computer is installed on servo discharging mechanism.
2. keyboard laser automatic marking machine according to claim 1, is characterized in that: described Pneumatic feeding mechanism comprises material loading cant board, keyboard places light curtain inductor, light curtain inductor support, keyboard two-position first material loading locating piece, keyboard two-position second material loading locating piece, keyboard material loading positioning inductor, enter a locating piece, go out a locating piece, material loading first gear edge strip, material loading second gear edge strip, shifting apparatus lifted by material loading third gear edge strip and material loading, on the transfer base plate that the two pieces of material loading cant boards be parallel to each other are installed vertically on keyboard upset transfer mechanism on the left of plane, be provided with material loading between two pieces of material loading cant boards and lift shifting apparatus, material loading is lifted shifting apparatus and is installed on plane on transfer base plate, material loading is lifted on the left of shifting apparatus and is provided with keyboard placement light curtain inductor, keyboard is placed light curtain inductor and is passed through light curtain inductor support installing on transfer base plate on the left of plane, and the material loading cant board upper edge of forward side is provided with material loading first gear edge strip from left to right successively, material loading second gear edge strip and material loading third gear edge strip, the material loading cant board upper edge of side is provided with from left to right successively into a locating piece rearward, keyboard two-position first material loading locating piece, keyboard two-position second material loading locating piece and go out a locating piece, keyboard two-position first material loading locating piece, keyboard two-position second material loading locating piece and go out on a locating piece to be all embedded with a keyboard material loading positioning inductor.
3. keyboard laser automatic marking machine according to claim 2, it is characterized in that: described material loading is lifted shifting apparatus and comprised two guide rod slide unit cylinder, lower flat board lifted by material loading, supporting plate lifted by material loading, cylinder lifted by material loading, keyboard material loading lifts upper flat plate and material loading sucker, plane on the transfer base plate that the described pair of guide rod slide unit cylinder is installed on keyboard upset transfer mechanism, the slide unit of two guide rod slide unit cylinder is provided with material loading and lifts lower flat board, the upper plane that lower flat board lifted by material loading is each side provided with a material loading and lifts supporting plate, the lateral surface that supporting plate lifted by material loading is all provided with a material loading and lifts cylinder, the piston rod flanged plate that cylinder lifted by material loading is connected to keyboard material loading and lifts in the middle of the lower plane of upper flat plate, in the through hole that the plane left and right sides on upper flat plate lifted by material loading, material loading sucker is all installed.
4. keyboard laser automatic marking machine according to claim 1, it is characterized in that: described keyboard upset transfer mechanism also comprises upset cross sliding rail, overturn traversing slide block, overturn traversing servomotor, overturn traversing servo single shaft driver element, overturn traversing shaft coupling, the vertical fixed mechanism of keyboard and upset vertical shift mechanism, described upset traversing servo single shaft driver element is horizontally installed in transfer base plate, the screw mandrel end overturning traversing servo single shaft driver element is connected to by the traversing shaft coupling of upset the motor shaft overturning traversing servomotor, overturn traversing servomotor and be installed on the electric machine support overturn on the right side of traversing servo single shaft driver element, the travelling carriage overturning traversing servo single shaft driver element is connected to the upset vertical shift base plate lower plane of upset vertical shift mechanism, upset vertical shift base plate lower plane is also connected to the traversing slide block of upset, overturn traversing slide block and be positioned at upset cross sliding rail, being parallel to the upset cross sliding rail overturning traversing servo single shaft driver element to be installed on transfer base plate on front side of plane, on upset vertical shift base plate, on front side of plane, edge is fixed with the vertical fixed mechanism of keyboard, described upset traversing servo single shaft driver element model is LXR3010-B1.
5. keyboard laser automatic marking machine according to claim 4, it is characterized in that: the vertical fixed mechanism of described keyboard comprises cylinder and installs riser, riser sill strip is installed, keyboard perpendicular positioning clamp, keyboard vertically fixes the first cylinder, keyboard vertically fixes the second cylinder, keyboard vertically fixes that patrix is vertical with keyboard fixes side form, described cylinder is installed riser lower edge and is fixed on installation riser sill strip, cylinder is installed riser front and is provided with the corresponding keyboard perpendicular positioning clamp of shape, cylinder installation riser front is each side provided with a keyboard and vertically fixes the first cylinder, the piston rod flanged plate that keyboard vertically fixes the first cylinder is provided with keyboard and vertically fixes side form, the cylinder installation riser back side is provided with keyboard and vertically fixes the second cylinder, the piston rod flanged plate that keyboard vertically fixes the second cylinder is provided with keyboard and vertically fixes patrix.
6. keyboard laser automatic marking machine according to claim 4, it is characterized in that: described upset vertical shift mechanism also comprises mechanical engagement formula Rodless cylinder, upset vertical shift slide rail, upset vertical shift slide block, turnover board and servo turning device, described mechanical engagement formula Rodless cylinder is longitudinally installed on plane on upset vertical shift base plate, mechanical engagement formula Rodless cylinder is provided with turnover board, the lower plane of turnover board is provided with upset vertical shift slide block, the upset vertical shift slide block of longitudinal sliding motion can be installed on upset vertical shift slide rail, upset vertical shift slide rail is fixed on plane on upset vertical shift base plate, turnover board is provided with servo turning device, the model of described mechanical engagement formula Rodless cylinder is MY1M25GLZ73, described servo turning device also comprises upset servomotor, upset reductor, upset reductor installing plate, upset main shaft, upset main spindle coupling, upset main shaft bearing cribbing, upset sensing chip, put in place inductor and upset of upset puts in place inductor rack plate, described upset main shaft two ends are equipped with upset main shaft bearing cribbing, upset main shaft bearing cribbing is installed on plane on turnover board, upset main shaft one end is connected to the output of upset reductor by upset main spindle coupling, upset reductor is fixed on plane on turnover board by upset reductor installing plate, the input of upset reductor is provided with upset servomotor, the upset main shaft other end is provided with upset sensing chip, be provided with upset with position corresponding to upset sensing chip to put in place inductor, upset put in place inductor by upset put in place inductor rack plate be installed on upset main shaft bearing cribbing side, upset main shaft is fixed with upset and gets discharge mechanism, described upset is got discharge mechanism and is comprised overturn sucker, overturn sucker installing plate, pick and place material lift cylinder and pick and place material lift cylinder fixed head, described overturn sucker installing plate is provided with the overturn sucker of four orthogonal arrangements, the overturn sucker installing plate that horizontal plane is arranged is installed on the piston rod flanged plate picking and placeing material lift cylinder, pick and place material lift cylinder and be installed on the side picking and placeing material lift cylinder fixed head, upset main shaft is fixed in another side picking and placeing material lift cylinder fixed head.
7. keyboard laser automatic marking machine according to claim 1, it is characterized in that: described servo discharging mechanism comprises three station servo cutting agencies, keyboard detection bogey and two-position keyboard device to be got, described keyboard detection bogey is between three station servo cutting agencies and two-position keyboard device to be got, the servo base plate right edge of three station servo cutting agencies along the base plate left side edge to be got being connected to two-position keyboard device to be got, on the base plate to be got that keyboard detection bogey is installed on two-position keyboard device to be got on the left of plane.
8. keyboard laser automatic marking machine according to claim 7, it is characterized in that: described three station servo cutting agencies also comprise integrated form single shaft driver element, " mouth " font support, blanking take-off plate, sucked type pneumatic carriage mechanism, first blanking slide rail, first blanking slide block, second blanking slide rail, second blanking slide block and slide block keel, " mouth " font support is provided with on the left of described servo base plate lower plane, servo base plate is provided with integrated form single shaft driver element on the left of plane, the slide plate of integrated form single shaft driver element is connected on the left of blanking take-off plate lower plane, on servo base plate, planar back side is provided with the first blanking slide rail, on the right side of first blanking slide rail, local is installed on the base plate to be got of two-position keyboard device to be got, the base plate to be got of two-position keyboard device to be got is provided with the second blanking slide rail on front side of plane, second blanking slide rail is parallel to the first blanking slide rail, first blanking slide rail is provided with three slidably the first blanking slide blocks, second blanking slide rail is provided with two slidably the second blanking slide blocks, first blanking slide block and the second blanking slide block are equipped with slide block keel, slide block keel is all connected to blanking take-off plate lower plane, in blanking take-off plate, plane is provided with three equidistant sucked type pneumatic carriage mechanisms from left to right, described integrated form single shaft driver element model is ECH51200-X-C, described sucked type pneumatic carriage mechanism comprises blanking lift cylinder, blanking lift cylinder mounting bracket, blanking sucker, blanking sucker installing plate, blanking lifting guide pillar and flange form guide pin bushing, described blanking lift cylinder is installed on blanking lift cylinder mounting bracket vertically upward, blanking lift cylinder mounting bracket is fixed on blanking take-off plate lower plane, the piston rod flanged plate of blanking lift cylinder is connected to blanking sucker installing plate lower plane, two blanking suckers are embedded with in blanking sucker installing plate, blanking sucker installing plate lower plane both sides respectively connected a blanking lifting guide pillar upper end, the blanking lifting guide pillar that can slide up and down all is plugged in flange form guide pin bushing, flange form guide pin bushing is all fixed on plane in blanking take-off plate.
9. keyboard laser automatic marking machine according to claim 7, it is characterized in that: described keyboard detection bogey comprises the first cant board, second cant board, first rectangular aperture holder mould, second rectangular aperture holder mould, oriented side edge strip, detection and location inductor, first detects fixing cylinder, second detects fixing cylinder, 3rd detects fixing cylinder, detect fixing cylinder mounting plate and detection and location module, the first cant board be parallel to each other is fixed on plane on base plate to be got with the second cant board is all vertical, the upper edge of the first cant board is provided with the first rectangular aperture holder mould, be equipped with one in two open slots of the first rectangular aperture holder mould lower plane and detect fixing cylinder mounting plate, detect the upper edge that fixing cylinder mounting plate is all fixed on the first cant board, two fixing cylinder mounting plates of detection are separately installed with the first detection and fix cylinder and the fixing cylinder of the second detection, the piston rod flanged plate of the fixing cylinder of the first detection and the fixing cylinder of the second detection is equipped with detection and location module, first piston rod detecting fixing cylinder and the fixing cylinder of the second detection stretches out direction facing to the second rectangular aperture holder mould, second rectangular aperture holder mould is installed on the upper edge of the second cant board, concave surface on the right side of second rectangular aperture holder mould is provided with the 3rd and detects fixing cylinder, the piston rod flanged plate of the fixing cylinder of the 3rd detection is also provided with detection and location module, the rectangular aperture medial surface of the second rectangular aperture holder mould is provided with oriented side edge strip, detection and location inductor is provided with in groove in the middle of second rectangular aperture holder mould.
10. keyboard laser automatic marking machine according to claim 7, it is characterized in that: described two-position keyboard device to be got also comprises the first keyboard Dai Qu mechanism and the second keyboard Dai Qu mechanism, described first keyboard Dai Qu mechanism and the second keyboard Dai Qu mechanism are installed on plane on base plate to be got side by side, and base plate to be got is fixed on feeding pallet; Described first keyboard Dai Qu mechanism comprises first " L " shape tray, second " L " shape tray, keyboard are waited to get an inductor and tray support column, described first " L " shape tray is installed on base plate to be got by four tray support columns, first " L " shape tray diagonally opposing corner is provided with second " L " shape tray, second " L " shape tray is installed on base plate to be got by two tray support columns, first " L " shape tray and second " L " shape tray setting position corresponding with keyboard profile, be provided with keyboard in the groove of second " L " shape tray and wait to get an inductor; The structure of described second keyboard Dai Qu mechanism is identical with the structure of the first keyboard Dai Qu mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520409994.2U CN204712653U (en) | 2015-06-15 | 2015-06-15 | Keyboard laser automatic marking machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520409994.2U CN204712653U (en) | 2015-06-15 | 2015-06-15 | Keyboard laser automatic marking machine |
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| CN204712653U true CN204712653U (en) | 2015-10-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520409994.2U Withdrawn - After Issue CN204712653U (en) | 2015-06-15 | 2015-06-15 | Keyboard laser automatic marking machine |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104908442A (en) * | 2015-06-15 | 2015-09-16 | 苏州石丸英合精密机械有限公司 | Automatic keyboard laser marking machine |
| CN106218228A (en) * | 2016-08-15 | 2016-12-14 | 太仓高创电气技术有限公司 | A kind of flat bridge production lettering, dedusting mechanism and method of work thereof |
| CN107335629A (en) * | 2017-07-27 | 2017-11-10 | 深圳市新益昌自动化设备有限公司 | A kind of LED marks light splitting machine and spectroscopic measurements method |
| CN107717235A (en) * | 2017-11-27 | 2018-02-23 | 江苏昆太工业装备有限公司 | A kind of product piece laser marking technique |
| CN108569536A (en) * | 2017-12-05 | 2018-09-25 | 湖南飞沃新能源科技股份有限公司 | Marking machine |
| CN113246594A (en) * | 2021-06-08 | 2021-08-13 | 东莞市欧希德精密模具有限公司 | Automatic silk-screen printing equipment and method for characters on side surface of keycap |
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2015
- 2015-06-15 CN CN201520409994.2U patent/CN204712653U/en not_active Withdrawn - After Issue
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104908442A (en) * | 2015-06-15 | 2015-09-16 | 苏州石丸英合精密机械有限公司 | Automatic keyboard laser marking machine |
| CN104908442B (en) * | 2015-06-15 | 2016-06-29 | 苏州石丸英合精密机械有限公司 | Keyboard laser automatic marking machine |
| CN106218228A (en) * | 2016-08-15 | 2016-12-14 | 太仓高创电气技术有限公司 | A kind of flat bridge production lettering, dedusting mechanism and method of work thereof |
| CN107335629A (en) * | 2017-07-27 | 2017-11-10 | 深圳市新益昌自动化设备有限公司 | A kind of LED marks light splitting machine and spectroscopic measurements method |
| CN107717235A (en) * | 2017-11-27 | 2018-02-23 | 江苏昆太工业装备有限公司 | A kind of product piece laser marking technique |
| CN108569536A (en) * | 2017-12-05 | 2018-09-25 | 湖南飞沃新能源科技股份有限公司 | Marking machine |
| CN108569536B (en) * | 2017-12-05 | 2020-08-07 | 湖南飞沃新能源科技股份有限公司 | Marking machine |
| CN113246594A (en) * | 2021-06-08 | 2021-08-13 | 东莞市欧希德精密模具有限公司 | Automatic silk-screen printing equipment and method for characters on side surface of keycap |
| CN113246594B (en) * | 2021-06-08 | 2022-06-21 | 广东欧希德精密智造科技有限公司 | Automatic silk-screen printing equipment and method for characters on side surface of keycap |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20151021 Effective date of abandoning: 20160629 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |