CN204472371U - Automatic embossing machine - Google Patents
Automatic embossing machine Download PDFInfo
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- CN204472371U CN204472371U CN201520131606.9U CN201520131606U CN204472371U CN 204472371 U CN204472371 U CN 204472371U CN 201520131606 U CN201520131606 U CN 201520131606U CN 204472371 U CN204472371 U CN 204472371U
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- embossing
- cylinder
- flower arrangement
- installing plate
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- 238000004049 embossing Methods 0.000 title claims abstract description 217
- 238000004080 punching Methods 0.000 claims abstract description 25
- 230000003028 elevating effect Effects 0.000 claims description 13
- 238000000034 method Methods 0.000 abstract description 3
- 238000004519 manufacturing process Methods 0.000 description 2
- 230000001105 regulatory effect Effects 0.000 description 2
- 230000015572 biosynthetic process Effects 0.000 description 1
- 230000001276 controlling effect Effects 0.000 description 1
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
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Abstract
The utility model discloses a kind of automatic embossing machine, comprise frame, be installed on the installing plate of frame top, and be installed on the two horizontal slide rails at installing plate top, Multifunctional embossing machinery hand, embossing lifting feed mechanism, flower arrangement separating mechanism, embossing mechanism, punching mechanism and control panel, flower arrangement separating mechanism is positioned at the left portion of installing plate, embossing lifting feed mechanism is installed on the front lower place of corresponding flower arrangement separating mechanism on installing plate, embossing mechanism is positioned at the front upper place of corresponding embossing lifting feed mechanism on installing plate, punching mechanism is positioned at the right side of embossing mechanism, cross slide way is horizontally installed in the rear portion of installing plate upper surface, Multifunctional embossing machinery hand comprises transverse slider, two vertical guide rails, vertical slipper, vertical cylinder, vertical cylinder installing plate, suction nozzle body and Jia Hua mechanism, control panel is installed in frame.This automatic embossing machine achieves the full-automation of embossing process, substantially increases embossing efficiency and spends blank compacting form accuracy high.
Description
Technical field
The utility model relates to field of machinery automation, particularly relates to a kind of automatic embossing machine.
Background technology
Traditional embossed technology, general design has the master mold in embossing chamber and has the male model of embossing head, is manually positioned in embossing chamber by flower blank, then by embossing head press-in embossing chamber, thus flower blank is pressed into the shape of specifying.This artificial patterned fashion, compacting form accuracy is not high, and production efficiency is low.
Summary of the invention
The purpose of this utility model is to provide the utility model to provide a kind of and suppresses the high and automatic embossing machine that production efficiency is high of form accuracy.
To achieve these goals, the technical solution of the utility model is: provide a kind of automatic embossing machine, comprise frame, be installed on the installing plate of frame top, and be installed on the two horizontal slide rails at described installing plate top, Multifunctional embossing machinery hand, embossing lifting feed mechanism, flower arrangement separating mechanism, embossing mechanism, punching mechanism and control panel, described flower arrangement separating mechanism is positioned at the left portion of described installing plate, described flower arrangement separating mechanism comprises some flower arrangement heads, flower arrangement head link and flower arrangement driven unit, the rear end of described flower arrangement head is fixed in the upper end of described flower arrangement link, the lower end of described flower arrangement link connects with described flower arrangement driven unit, described flower arrangement driven unit moves forward and backward for driving described flower arrangement link, described embossing lifting feed mechanism is installed on the front lower place of corresponding described flower arrangement separating mechanism on described installing plate, for the lifting of blank layer will be spent, make the uppermost a slice of flower blank layer just to described flower arrangement head, described embossing mechanism is positioned at the front upper place of corresponding described embossing lifting feed mechanism on described installing plate, described embossing mechanism comprises embossing support, rear embossing assembly and front embossing assembly, described rear embossing assembly comprises rear embossing frame, rear embossing cylinder and lower end are provided with the rear embossed portion of some rear embossing heads, described rear embossing frame offers rear embossing cylinder mounting holes, described rear embossing cylinder is installed in described rear embossing cylinder mounting holes, and the output shaft of described rear embossing cylinder stretches out described rear embossing cylinder mounting holes downwards connects with the upper end of described rear embossed portion, described front embossing assembly comprises front embossing frame, front embossing cylinder and lower end are provided with the front embossed portion of some front embossing heads, described front embossing frame offers front embossing cylinder mounting holes, described front embossing cylinder is installed in described front embossing cylinder mounting holes, and the output shaft of described front embossing cylinder stretches out described front embossing cylinder mounting holes downwards connects with the upper end of described front embossed portion, described front embossing head is positioned at the inferoanterior of described rear embossing head, described punching mechanism is positioned at the right side of described embossing mechanism, described punching mechanism comprises punching press frame, stamping cylinder, upper die clamper and lower mould clamping device, the top of described punching press frame offers stamping cylinder installing hole, described stamping cylinder is installed in described stamping cylinder installing hole, and the lower end of the output shaft of described stamping cylinder connects with described upper die clamper, described lower mould clamping device be installed on described punching press frame bottom and just to described upper die clamper, described cross slide way is horizontally installed in the rear portion of described installing plate upper surface, described transverse slider horizontally slips and is connected on described cross slide way, described Multifunctional embossing machinery hand comprises transverse slider, two vertical guide rails, vertical slipper, vertical cylinder, vertical cylinder installing plate, suction nozzle body and Jia Hua mechanism, described transverse slider horizontally slips and is connected on described cross slide way, described vertical guide rail is installed vertically on the top of described transverse slider, described vertical slipper vertical sliding motion is connected on described vertical guide rail, described vertical cylinder installing plate is fixed in the upper end of described vertical guide rail, described vertical cylinder installing plate is in offering vertical cylinder installing hole between vertical guide rail described in two, described vertical cylinder is installed on described vertical cylinder installing plate, and the output shaft of described vertical cylinder connects with described vertical slipper through described vertical cylinder installing hole, described suction nozzle body comprises suction nozzle support and some suction nozzles, the rear end of described suction nozzle support is fixed in the right-hand end of described vertical slipper, to be installed on described suction nozzle support front end with arranging about described suction nozzle, described Jia Hua mechanism comprises chuck cylinder mount pad, chuck cylinder, chuck connecting portion and some chucks, described chuck cylinder mount pad is fixed in the left-hand end of described vertical slipper, before and after described chuck cylinder, trend is installed on described chuck cylinder mount pad, the upper end of described chuck connecting portion connects with the output shaft of described chuck cylinder, the front side of what described chuck was transversely arranged the be installed on lower end of described chuck connecting portion, described control panel is installed in described frame.
Described embossing lifting feed mechanism comprises stepper motor, motor cabinet, elevating screw and crane, the middle part of described motor cabinet offers motor installing hole, described stepper motor is installed on the bottom of described motor cabinet and the output shaft of described stepper motor protrudes upward described motor installing hole, the two ends at the top of described motor cabinet respectively on be convexly equipped with lifting guide pillar, described crane comprises base plate, front side frame, rear side, front holding block and rear holding block, the two ends of described base plate are respectively equipped with guide pillar hole, described base plate is in being provided with elevating screw installing hole between guide pillar hole described in two, the lower end of described front side frame and described rear side is fixed in front end and the rear end of described base plate respectively, described front holding block and described rear holding block are fixed in the upper end of described front side frame and the upper end of described rear side respectively, the rear wall of described front holding block offers front bayonet slot, the antetheca of described rear holding block offers rear draw-in groove, the lower end of described elevating screw connects with the output shaft of described stepper motor through described elevating screw installing hole, the sliding plug of described lifting guide pillar is in described guide pillar hole.
Described flower arrangement driven unit comprises front screw mandrel installing plate, rear screw mandrel installing plate, screw mandrel driving wheel, flower arrangement screw mandrel, two guide rods and slide block, described guide rod is connected between described front screw mandrel installing plate and rear screw mandrel installing plate, described front screw mandrel installing plate is arranged flowers screw mandrel installing hole before offering between guide rod described in two, described rear screw mandrel installing plate is in offering rear flower arrangement screw mandrel installing hole described in two between guide rod, the two ends, left and right of described slide block are respectively equipped with the guide hole of front and back trend, the slide block screw mandrel screw of described slide block trend before and after being provided with between guide hole described in two, described guide rod sliding plug is in described guide hole, the rear end of described flower arrangement screw mandrel rotates to plug and connects with described screw mandrel driving wheel through described rear flower arrangement screw mandrel installing hole, the front end of described flower arrangement screw mandrel screws grafting through described slide block screw mandrel screw and is rotatably connected and arranges flowers in screw mandrel installing hole before described, the lower end of described flower arrangement head link is connected on described slide block.
Described chuck comprises lower clamping piece, upper clip, clamping cylinder, clamping cylinder seat and adjusting slider, the front side wall of described chuck connecting portion offers chuck and regulates chute, slide and be connected in described chuck adjustment chute in the rear end of described adjusting slider, described lower clamping piece is flat, the rear end of described lower clamping piece connects with described adjusting slider, described upper clip comprises clamp clip and brace, the rear end of described brace connects with described adjusting slider, the front end of described brace is downward-sloping and connect with the rear end of described clamp clip, the front end of described clamp clip is inclined upwardly, described clamping cylinder seat is installed on the top of the corresponding described upper clip of front side wall of described adjusting slider, described clamping cylinder is installed on described clamping cylinder seat, and the output shaft of described clamping cylinder extends described clamp clip downwards.
Compared with prior art, the utility model automatic embossing machine is simple and compact for structure, and achieves the full-automation of embossing process, substantially increases embossing efficiency and spends blank compacting form accuracy high.
By following description also by reference to the accompanying drawings, the utility model will become more clear, and these accompanying drawings are for explaining embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the structure chart of the utility model automatic embossing machine.
Fig. 2 is the structure chart of the flower arrangement separating mechanism of the utility model automatic embossing machine.
Fig. 3 is the structure chart of the embossing lifting feed mechanism of the utility model automatic embossing machine.
Fig. 4 is the structure chart of the embossing mechanism of the utility model automatic embossing machine.
Fig. 5 is the structure chart of the punching mechanism of the utility model automatic embossing machine.
Fig. 6 is the structure chart of the Multifunctional embossing machinery hand of the utility model automatic embossing machine.
Detailed description of the invention
Referring to figs. 1 to Fig. 6, the utility model automatic embossing machine 100 comprises frame 10, be installed on the installing plate 35 at frame 10 top and be installed on the two horizontal slide rails 40 at described installing plate 35 top, Multifunctional embossing machinery hand 55, embossing lifting feed mechanism 45, flower arrangement separating mechanism 50, embossing mechanism 60, punching mechanism 65 and control panel 70.Described control panel 70 is installed on the sidewall of described frame 10, for controlling the action of Multifunctional embossing machinery hand 55, embossing lifting feed mechanism 45, flower arrangement separating mechanism 50, embossing mechanism 60, punching mechanism 65.Described cross slide way 40 is horizontally installed in the front portion of described installing plate 35 upper surface,
Described flower arrangement separating mechanism 50 is positioned at the left portion of described installing plate 35.Flower arrangement separating mechanism 50 comprises some flower arrangements 51, flower arrangement head link 52 and flower arrangement driven unit.The rear end of described flower arrangement 51 is fixed in the upper end of described flower arrangement link 52, and the lower end of described flower arrangement link 52 connects with described flower arrangement driven unit.Described flower arrangement driven unit moves forward and backward for driving described flower arrangement link 52.This enforcement Li Zhong, the quantity of described flower arrangement 51 is four.
Particularly, described flower arrangement driven unit comprises front screw mandrel installing plate 531, rear screw mandrel installing plate 532, screw mandrel driving wheel 533, flower arrangement screw mandrel 534, two guide rod 535 and slide block 536.Described guide rod 535 is connected between described front screw mandrel installing plate 531 and rear screw mandrel installing plate 532.Flower arrangement screw mandrel installing hole 5311 before described front screw mandrel installing plate 531 offers between guide rod described in two 535, described rear screw mandrel installing plate 532 offers rear flower arrangement screw mandrel installing hole 5321 between guide rod described in two 535.The two ends, left and right of described slide block 536 are respectively equipped with the guide hole 5361 of front and back trend.The slide block screw mandrel screw 5362 of trend before and after described slide block 536 is provided with between guide hole described in two 5361.The sliding plug of described guide rod 535 is in described guide hole 5361.The rear end of described flower arrangement screw mandrel 534 rotates to plug and connects with described screw mandrel driving wheel 533 through described rear flower arrangement screw mandrel installing hole 5321.The front end of described flower arrangement screw mandrel 534 screws grafting through described slide block screw mandrel screw 5362 and is rotatably connected and arranges flowers in screw mandrel installing hole 5311 before described.The lower end of described flower arrangement head link 52 is connected on described slide block 536.
Preferably, described flower arrangement separating mechanism 50 also comprises link adjustment screw 57, the lower end of described flower arrangement link 52 be provided with left and right to link regulate slotted eye 521.The corresponding described link of described slide block 536 regulates slotted eye 521 place to be provided with fixing threaded hole (not shown), and the grafting of described link adjustment screw 57 regulates slotted eye 521 through described link and screws and is fixed in described fixing threaded hole.
Particularly, described flower arrangement 51 comprises flower arrangement portion 511, connecting portion 512, flower arrangement adjustment screw (not shown) and flower arrangement hold-down nut (not shown).The front end in described flower arrangement portion 511 is from rear and front downward-sloping formation flower arrangement most advanced and sophisticated 5111.The rear end in described flower arrangement portion 511 and the front end of described connecting portion 512 affixed.The rear end of described connecting portion 512 is provided with the flower arrangement portion adjustment slotted eye 5121 of front and back trend.The upper end of described flower arrangement link 52 is provided with the inverted T shape regulating tank 522 of left and right trend.The nut of described flower arrangement adjustment screw slides and is connected in described inverted T shape regulating tank 522, and the portion of screwing of described flower arrangement adjustment screw regulates slotted eye 5121 and described flower arrangement hold-down nut to screw affixed through described flower arrangement portion.
Described embossing lifting feed mechanism 45 is installed on the front lower place of corresponding described flower arrangement separating mechanism 50 on described installing plate 35, for spending the lifting of blank layer, makes the uppermost a slice of colored blank layer just to described flower arrangement 51.Embossing lifting feed mechanism 45 comprises stepper motor 451, motor cabinet 452, elevating screw 453 and crane 454.
The middle part of described motor cabinet 452 offers motor installing hole 4521.Described stepper motor 451 is installed on the bottom of described motor cabinet 452 and the output shaft of described stepper motor 451 protrudes upward described motor installing hole 4521.The two ends at the top of described motor cabinet 452 respectively on be convexly equipped with lifting guide pillar 4522.Described crane 454 comprises base plate 4541, front side frame 4542, rear side 4543, front holding block 4544 and rear holding block 4545.The two ends of described base plate 4541 are respectively equipped with guide pillar hole 45411.Described base plate 45411 is in being provided with elevating screw installing hole 45412 between guide pillar hole 45411 described in two.The lower end of described front side frame 4542 and described rear side 4543 is fixed in front end and the rear end of described base plate 4541 respectively.Described front holding block 4544 and described rear holding block 4545 are fixed in the upper end of described front side frame 4542 and the upper end of described rear side 4543 respectively, the rear wall of described front holding block 4544 offers front bayonet slot 45441, and the antetheca of described rear holding block 4545 offers rear draw-in groove 45451.The lower end of described elevating screw 453 connects with the output shaft of described stepper motor 451 through described elevating screw installing hole 45412.The sliding plug of described lifting guide pillar 4522 is in described guide pillar hole 45411.
Particularly, described front side frame 4542 is two front standing pillars 45421, and described rear side 4543 is two back props 45431.Between the front end that described front standing pillar 45421 is connected to described base plate 4541 top and the bottom of described front holding block 4544, between the rear end that described back prop 45431 is connected to described base plate 4541 top and the bottom of described rear holding block 4545.
Preferably, described embossing lifting feed mechanism 45 also comprises lifting limited block 455.The two ends of described lifting limited block 455 are respectively equipped with limited block guide hole 4551, and described lifting limited block 455 is in being provided with limited block screw mandrel locating hole 4552 between limited block guide hole 4551 described in two.The upper end of described lifting guide pillar 4522 inserts in corresponding limited block guide hole 4551 admittedly, and the upper end rotary insertion of described elevating screw 453 is located in described limited block screw mandrel locating hole 4552.
Described embossing mechanism 60 is positioned at the front upper place of corresponding described embossing lifting feed mechanism 45 on described installing plate 35.Embossing mechanism 60 comprises embossing support 61, rear embossing assembly and front embossing assembly.
Described rear embossing assembly comprises the rear embossed portion 623 that rear embossing frame 621, rear embossing cylinder 622 and lower end are provided with some rear embossing 6231, and in the present embodiment, described rear embossing 6231 is in caviton shape.Described rear embossing frame 621 offers rear embossing cylinder mounting holes (not shown).Described rear embossing cylinder 622 is installed in described rear embossing cylinder mounting holes, and the output shaft of described rear embossing cylinder 622 stretches out described rear embossing cylinder mounting holes downwards connects with the upper end of described rear embossed portion 623.Described front embossing assembly comprises the front embossed portion 633 that front embossing frame 631, front embossing cylinder 632 and lower end are provided with some front embossing 6331.Described front embossing frame 631 offers front embossing cylinder mounting holes (not shown).Described front embossing cylinder 632 is installed in described front embossing cylinder mounting holes, and the output shaft of described front embossing cylinder 632 stretches out described front embossing cylinder mounting holes downwards connects with the upper end of described front embossed portion 633, described front embossing 6331 is positioned at the inferoanterior of described rear embossing 6231.
Particularly, embossing side frame 6211, the middle contiguous block of rear embossing 6212 and two rear embossing hold-down screw (not shown) after described rear embossing frame 621 comprises two.Described rear embossing side frame 6211 offers some tandem rear embossing fixing threaded holes 62111.The rear embossing frame that in the middle of described rear embossing, the two ends of contiguous block 6212 are moved towards before and after being respectively equipped with regulates slotted eye 62121.Described rear embossing hold-down screw screws through corresponding rear embossing frame adjustment slotted eye 62121 and corresponding described rear embossing fixing threaded hole 62111 and connects thus be fixed on described rear embossing side frame 6211 by contiguous block 6212 in the middle of rear embossing, and described rear embossing cylinder mounting holes is located at the middle part of contiguous block 6212 in the middle of described rear embossing.Embossing hold-down screw (not shown) before contiguous block 6312 and two in the middle of embossing side frame 6311 before described front embossing frame 631 comprises two, front embossing, described front embossing side frame 6311 offers some tandem front embossing fixing threaded hole (not shown), the front embossing frame that in the middle of described front embossing, the two ends of contiguous block 6312 are moved towards before and after being respectively equipped with regulates slotted eye 63121.Described front embossing hold-down screw screws through corresponding front embossing frame adjustment slotted eye 63121 and corresponding described front embossing fixing threaded hole 63111 and connects thus be fixed on described front embossing side frame 6311 by contiguous block 6312 in the middle of front embossing.Described front embossing cylinder mounting holes 6313 is located at the middle part of contiguous block 6312 in the middle of described front embossing.
Particularly, described rear embossed portion 623 also comprises rear embossing connecting plate 6232 and some rear embossing head connecting rods 6233, upper end and the described rear embossing connecting plate 6232 of described rear embossing head connecting rod 6233 are affixed, and the lower end of described rear embossing head connecting rod 6233 and corresponding rear embossing 6231 is affixed.Described front embossed portion 633 also comprises front embossing connecting plate 6332 and some front embossing head connecting rods 6333.The upper end of described front embossing head connecting rod 6333 is connected with described front embossing connecting plate 6332, and the lower end of described front embossing head connecting rod 6333 and corresponding front embossing 6331 is affixed.
Preferably, the plan vertical of described rear embossing connecting plate 6232 is connected with two rear embossing guide rods 62321, embossing guide hole (not shown) after correspondence is provided with two on contiguous block 6212 in the middle of described rear embossing, the sliding plug of described rear embossing guide rod 62321 is in described rear embossing guide hole; Embossing guide rod 63321 before the plan vertical of described front embossing connecting plate 6332 is connected with two, embossing guide hole 63122 before 6312 correspondences are provided with two on contiguous block in the middle of described front embossing, the sliding plug of described front embossing guide rod 63321 is in described front embossing guide hole 63122.
Described punching mechanism 65 is positioned at the right side of described embossing mechanism 60.Described punching mechanism 65 comprises punching press frame 651, stamping cylinder 652, upper die clamper 653 and lower mould clamping device 654.The top of described punching press frame 651 offers stamping cylinder installing hole (not shown), described stamping cylinder 652 is installed in described stamping cylinder installing hole, and the lower end of the output shaft of described stamping cylinder 652 connects with described upper die clamper 653, described lower mould clamping device 654 be installed on described punching press frame 651 bottom and just to described upper die clamper 653.
Described transverse slider 25 horizontally slips and is connected on described cross slide way 40.Multifunctional embossing machinery hand 55 comprises transverse slider 551, two vertical guide rail 552, vertical slipper 553, vertical cylinder 554, vertical cylinder installing plate 555, suction nozzle body 556 and Jia Hua mechanism 557.Described transverse slider 25 horizontally slips and is connected on described cross slide way 40.
Described vertical guide rail 552 is installed vertically on the top of described transverse slider 551.Described vertical slipper 553 vertical sliding motion is connected on described vertical guide rail 552.Described vertical cylinder installing plate 555 is fixed in the upper end of described vertical guide rail 552, and described vertical cylinder installing plate 555 offers vertical cylinder installing hole 5521 between vertical guide rail described in two 552.Described vertical cylinder 554 is installed on described vertical cylinder installing plate 555, and the output shaft of described vertical cylinder 554 connects with described vertical slipper 553 through described vertical cylinder installing hole 5521.
Described suction nozzle body 556 comprises suction nozzle support 5561 and some suction nozzles 5562.The rear end of described suction nozzle support 5561 is fixed in the right-hand end of described vertical slipper 553.Described suction nozzle about 5562 is to be installed on described suction nozzle support 5561 front end with arranging.Particularly, described suction nozzle support 5561 comprises support bar 55611, connecting plate 55612 and some suction nozzle contiguous blocks 55613.The rear end of described support bar 55611 and the right-hand end of described vertical slipper 553 affixed.Described connecting plate 55612 is fixed in the front end of described support bar 55611.The front side wall of described connecting plate 55612 offers suction nozzle and regulates draw-in groove 556121, slides and be arranged in described suction nozzle adjustment draw-in groove 556121 in the rear end of described suction nozzle contiguous block 55613.Described suction nozzle contiguous block 55613 offers suction nozzle and regulate slotted eye 556131, the upper end slip card of described suction nozzle 5562 inserts in described suction nozzle and regulates in slotted eye 556131.
Described Jia Hua mechanism 557 comprises chuck cylinder mount pad 5571, chuck cylinder 5572, chuck connecting portion 5573 and some chucks 5574.Described chuck cylinder mount pad 5571 is fixed in the left-hand end of described vertical slipper 553.Before and after described chuck cylinder 5572, trend is installed on described chuck cylinder mount pad 5571.The upper end of described chuck connecting portion 5573 connects with the output shaft of described chuck cylinder 5572.The front side of what described chuck 5574 was transversely arranged the be installed on lower end of described chuck connecting portion 5573.Particularly, described chuck 5574 comprises lower clamping piece 55741, upper clip 55742, clamping cylinder 55743, clamping cylinder seat 55744 and adjusting slider 55745.The front side wall of described chuck connecting portion 5573 offers chuck and regulates chute 55731, slides and be connected in described chuck and regulate in chute 55731 in the rear end of described adjusting slider 55745.Described lower clamping piece 55741 is in flat, and the rear end of described lower clamping piece 55741 connects with described adjusting slider 55745.Described upper clip 55742 comprises clamp clip 557421 and brace 557422.The rear end of described brace 557422 connects with described adjusting slider 55745.The front end of described brace 557422 is downward-sloping and connect with the rear end of described clamp clip 557421, and the front end of described clamp clip 557421 is inclined upwardly.Described clamping cylinder seat 55744 is installed on the top of the corresponding described upper clip 55742 of front side wall of described adjusting slider 55745.Described clamping cylinder 55743 is installed on described clamping cylinder seat 55744, and the output shaft of described clamping cylinder 55743 extends described clamp clip 557421 downwards.
In the present embodiment, the quantity of described suction nozzle 5562 and described chuck 5574 is four.
When the utility model automatic embossing machine 100 uses, by gripper shoe plug-in card between front bayonet slot 45441 and rear draw-in groove 45451, then be placed in gripper shoe by flower blank, rear embossing 6231 and front embossing 6331 is pressed in the rear front two ends of colored blank layer upper surface respectively under the driving of rear embossing cylinder 622 and front embossing cylinder 632, when arrange flowers 51 to do separating action time, rear embossing cylinder 622 bounces back, rear embossing 6231 is made to leave the front end of colored blank layer, now, external drive mechanism drives screw mandrel driving wheel 537 to rotate drive flower arrangement screw mandrel 534 then and rotates, thus band movable slider 536 moves forward and backward, flower arrangement 51 is driven to move forward and backward eventually through flower arrangement link 52, flower arrangement 51 is made to complete the separation circuit of a film clips blank topmost smoothly, then front embossing cylinder 632 bounces back, front embossing 6331 is made to leave the front end of colored blank layer, then vertical cylinder 554 starts, vertical slipper 553 is driven to move to assigned address along vertical slide rail 552, then folder flower cylinder 5572 starts, chuck 5574 is driven to move to going to colored blank layer, after lower clamping piece 55741 is inserted to the below of a film clips blank topmost, clamping cylinder 55743 starts, upper clip 55742 is clamped downwards, thus clamp a film clips blank topmost, meanwhile, suction nozzle 5562 holds the good finished product flower of punching press from the embossing die cavity of counterdie, then, external drive mechanism drive transverse slider 551 transversely slide rail 40 toward moving right, flower blank moves in embossing die cavity and allows punching mechanism 65 carry out punching press by chuck 5574, meanwhile, finished product flower is transferred to blanking place by suction nozzle 5562, stepper motor 451 rotates specified angle, gripper shoe is made to increase the height of a film clips blank thickness, the top one film clips blank of flower blank layer is positioned in same level all the time.With this circular flow.
The utility model automatic embossing machine is simple and compact for structure, and achieves the full-automation of embossing process, substantially increases embossing efficiency and spends blank compacting form accuracy high.
By being described the utility model in conjunction with most preferred embodiment above, but the utility model is not limited to the embodiment of above announcement, and should contain amendment that the various essence according to the present embodiment carries out, equivalent combinations.
Claims (4)
1. an automatic embossing machine, it is characterized in that: comprise frame, be installed on the installing plate of frame top, and be installed on the two horizontal slide rails at described installing plate top, Multifunctional embossing machinery hand, embossing lifting feed mechanism, flower arrangement separating mechanism, embossing mechanism, punching mechanism and control panel, described flower arrangement separating mechanism is positioned at the left portion of described installing plate, described flower arrangement separating mechanism comprises some flower arrangement heads, flower arrangement head link and flower arrangement driven unit, the rear end of described flower arrangement head is fixed in the upper end of described flower arrangement link, the lower end of described flower arrangement link connects with described flower arrangement driven unit, described flower arrangement driven unit moves forward and backward for driving described flower arrangement link, described embossing lifting feed mechanism is installed on the front lower place of corresponding described flower arrangement separating mechanism on described installing plate, for the lifting of blank layer will be spent, make the uppermost a slice of flower blank layer just to described flower arrangement head, described embossing mechanism is positioned at the front upper place of corresponding described embossing lifting feed mechanism on described installing plate, described embossing mechanism comprises embossing support, rear embossing assembly and front embossing assembly, described rear embossing assembly comprises rear embossing frame, rear embossing cylinder and lower end are provided with the rear embossed portion of some rear embossing heads, described rear embossing frame offers rear embossing cylinder mounting holes, described rear embossing cylinder is installed in described rear embossing cylinder mounting holes, and the output shaft of described rear embossing cylinder stretches out described rear embossing cylinder mounting holes downwards connects with the upper end of described rear embossed portion, described front embossing assembly comprises front embossing frame, front embossing cylinder and lower end are provided with the front embossed portion of some front embossing heads, described front embossing frame offers front embossing cylinder mounting holes, described front embossing cylinder is installed in described front embossing cylinder mounting holes, and the output shaft of described front embossing cylinder stretches out described front embossing cylinder mounting holes downwards connects with the upper end of described front embossed portion, described front embossing head is positioned at the inferoanterior of described rear embossing head, described punching mechanism is positioned at the right side of described embossing mechanism, described punching mechanism comprises punching press frame, stamping cylinder, upper die clamper and lower mould clamping device, the top of described punching press frame offers stamping cylinder installing hole, described stamping cylinder is installed in described stamping cylinder installing hole, and the lower end of the output shaft of described stamping cylinder connects with described upper die clamper, described lower mould clamping device be installed on described punching press frame bottom and just to described upper die clamper, described cross slide way is horizontally installed in the rear portion of described installing plate upper surface, described transverse slider horizontally slips and is connected on described cross slide way, described Multifunctional embossing machinery hand comprises transverse slider, two vertical guide rails, vertical slipper, vertical cylinder, vertical cylinder installing plate, suction nozzle body and Jia Hua mechanism, described transverse slider horizontally slips and is connected on described cross slide way, described vertical guide rail is installed vertically on the top of described transverse slider, described vertical slipper vertical sliding motion is connected on described vertical guide rail, described vertical cylinder installing plate is fixed in the upper end of described vertical guide rail, described vertical cylinder installing plate is in offering vertical cylinder installing hole between vertical guide rail described in two, described vertical cylinder is installed on described vertical cylinder installing plate, and the output shaft of described vertical cylinder connects with described vertical slipper through described vertical cylinder installing hole, described suction nozzle body comprises suction nozzle support and some suction nozzles, the rear end of described suction nozzle support is fixed in the right-hand end of described vertical slipper, to be installed on described suction nozzle support front end with arranging about described suction nozzle, described Jia Hua mechanism comprises chuck cylinder mount pad, chuck cylinder, chuck connecting portion and some chucks, described chuck cylinder mount pad is fixed in the left-hand end of described vertical slipper, before and after described chuck cylinder, trend is installed on described chuck cylinder mount pad, the upper end of described chuck connecting portion connects with the output shaft of described chuck cylinder, the front side of what described chuck was transversely arranged the be installed on lower end of described chuck connecting portion, described control panel is installed in described frame.
2. automatic embossing machine as claimed in claim 1, it is characterized in that: described embossing lifting feed mechanism comprises stepper motor, motor cabinet, elevating screw and crane, the middle part of described motor cabinet offers motor installing hole, described stepper motor is installed on the bottom of described motor cabinet and the output shaft of described stepper motor protrudes upward described motor installing hole, the two ends at the top of described motor cabinet respectively on be convexly equipped with lifting guide pillar, described crane comprises base plate, front side frame, rear side, front holding block and rear holding block, the two ends of described base plate are respectively equipped with guide pillar hole, described base plate is in being provided with elevating screw installing hole between guide pillar hole described in two, the lower end of described front side frame and described rear side is fixed in front end and the rear end of described base plate respectively, described front holding block and described rear holding block are fixed in the upper end of described front side frame and the upper end of described rear side respectively, the rear wall of described front holding block offers front bayonet slot, the antetheca of described rear holding block offers rear draw-in groove, the lower end of described elevating screw connects with the output shaft of described stepper motor through described elevating screw installing hole, the sliding plug of described lifting guide pillar is in described guide pillar hole.
3. automatic embossing machine as claimed in claim 1, it is characterized in that: described flower arrangement driven unit comprises front screw mandrel installing plate, rear screw mandrel installing plate, screw mandrel driving wheel, flower arrangement screw mandrel, two guide rods and slide block, described guide rod is connected between described front screw mandrel installing plate and rear screw mandrel installing plate, described front screw mandrel installing plate is arranged flowers screw mandrel installing hole before offering between guide rod described in two, described rear screw mandrel installing plate is in offering rear flower arrangement screw mandrel installing hole described in two between guide rod, the two ends, left and right of described slide block are respectively equipped with the guide hole of front and back trend, the slide block screw mandrel screw of described slide block trend before and after being provided with between guide hole described in two, described guide rod sliding plug is in described guide hole, the rear end of described flower arrangement screw mandrel rotates to plug and connects with described screw mandrel driving wheel through described rear flower arrangement screw mandrel installing hole, the front end of described flower arrangement screw mandrel screws grafting through described slide block screw mandrel screw and is rotatably connected and arranges flowers in screw mandrel installing hole before described, the lower end of described flower arrangement head link is connected on described slide block.
4. automatic embossing machine as claimed in claim 1, it is characterized in that: described chuck comprises lower clamping piece, upper clip, clamping cylinder, clamping cylinder seat and adjusting slider, the front side wall of described chuck connecting portion offers chuck and regulates chute, slide and be connected in described chuck adjustment chute in the rear end of described adjusting slider, described lower clamping piece is flat, the rear end of described lower clamping piece connects with described adjusting slider, described upper clip comprises clamp clip and brace, the rear end of described brace connects with described adjusting slider, the front end of described brace is downward-sloping and connect with the rear end of described clamp clip, the front end of described clamp clip is inclined upwardly, described clamping cylinder seat is installed on the top of the corresponding described upper clip of front side wall of described adjusting slider, described clamping cylinder is installed on described clamping cylinder seat, and the output shaft of described clamping cylinder extends described clamp clip downwards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520131606.9U CN204472371U (en) | 2015-03-09 | 2015-03-09 | Automatic embossing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520131606.9U CN204472371U (en) | 2015-03-09 | 2015-03-09 | Automatic embossing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204472371U true CN204472371U (en) | 2015-07-15 |
Family
ID=53628154
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520131606.9U Expired - Fee Related CN204472371U (en) | 2015-03-09 | 2015-03-09 | Automatic embossing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204472371U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107627376A (en) * | 2017-10-23 | 2018-01-26 | 惠州市齐力光电科技有限公司 | A kind of pcb board punching press conveyer for LED |
-
2015
- 2015-03-09 CN CN201520131606.9U patent/CN204472371U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107627376A (en) * | 2017-10-23 | 2018-01-26 | 惠州市齐力光电科技有限公司 | A kind of pcb board punching press conveyer for LED |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150715 |