CN209580394U - A kind of automatic sheet clipping machine - Google Patents
A kind of automatic sheet clipping machine Download PDFInfo
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- CN209580394U CN209580394U CN201920021463.4U CN201920021463U CN209580394U CN 209580394 U CN209580394 U CN 209580394U CN 201920021463 U CN201920021463 U CN 201920021463U CN 209580394 U CN209580394 U CN 209580394U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/62—Plastics recycling; Rubber recycling
Abstract
The utility model discloses a kind of automatic sheet clipping machine, including rack, feeding device, multiple rotating devices, transmitting device, multiple shears and blanking device, feeding device is set in rack, multiple rotating devices are set to the side of feeding device, transmitting device is set to the top of multiple rotating devices, for clamping Raw materials for lenses and transmitting Raw materials for lenses successively on multiple rotating devices, multiple shears are set to the side of multiple rotating devices, and blanking device is located at the top of multiple shears.The automatic sheet clipping machine of the utility model is conveyed Raw materials for lenses in stepping type on multiple rotating devices by transmitting device, eyeglass is sheared using rotating device and shear one-to-one correspondence, to realize automatic sheet clipping machine to the automatic snip of the stepping type of Raw materials for lenses, productive temp block, high production efficiency, shear effect are good.
Description
Technical field
The utility model relates to fields of automation technology, and in particular, to a kind of automatic sheet clipping machine.
Background technique
Camera in process of production, needs to be assembled to eyeglass on camera casing.And eyeglass is made by note
Molding machine injection molding, so Raw materials for lenses usually has mouth of a river bracket in supplied materials, therefore, eyeglass needs to pass through before assembling
Artificial mode shears Raw materials for lenses, and eyeglass is carried out sabot and is then used further in the production technology of subsequent camera.
The mode low efficiency of above-mentioned artificial shearing eyeglass, and be easy that eyeglass is polluted and damaged, reduce the product of camera
Quality.Therefore, we need a kind of device of automatic shearing Raw materials for lenses.
Utility model content
In view of the deficiencies of the prior art, the utility model provides that a kind of productive temp is fast, automatic sheet clipping machine of shear effect.
A kind of automatic sheet clipping machine disclosed by the utility model, comprising: rack, feeding device, multiple rotating devices, transmission dress
It sets, multiple shears and blanking device；Feeding device is set in rack, for carrying out feeding to Raw materials for lenses；It is multiple
Rotating device is set to the side of feeding device；Multiple rotating devices are for fixing len raw material and control Raw materials for lenses rotation；
Transmitting device is set to the top of multiple rotating devices, for clamping Raw materials for lenses and making Raw materials for lenses in multiple rotating devices
On successively transmit；Multiple shears are set to the side of multiple rotating devices, for former to the eyeglass on multiple rotating devices
Material is sheared；Blanking device is located at the top of multiple shears, for by the eyeglass on multiple shears transport to
Lower discharge position.
An embodiment according to the present utility model, feeding device include: the first lifting driving element, hoistable platform, on
Expect mobile unit and feeding unit material；First lifting driving element is fixed in rack；Hoistable platform is set to the first lifting drive
On dynamic element；Hoistable platform is equipped with loading tool；Feeding mobile unit and feeding unit material are respectively arranged on hoistable platform；
Feeding mobile unit is used to the Raw materials for lenses on loading tool being transferred to feeding unit material；Feeding unit material is for moving Raw materials for lenses
It send to the lower section of transmitting device.
An embodiment according to the present utility model, each rotating device include: shifting sledge, first movement driving member
Part, first movement seat, rotary drive element and rotating jig；Shifting sledge is set in rack and is located under transmitting device
Side；First movement driving element is set to the side of shifting sledge；First movement seat is slideably positioned on shifting sledge and with
One end connection of one mobile driving element；Rotary drive element is set on first movement seat；One end of rotary drive element with
Rotating jig connection.
An embodiment according to the present utility model, transmitting device include: transmission bracket, the second mobile driving element, the
Two lifting driving elements, transmission fixed plate and multiple transmission clamping jaws；Transmission bracket is set to the side of multiple rotating devices；The
Two mobile driving elements are set on transmission bracket；Second lifting driving element is set in the second mobile driving element；Second
The one end for going up and down driving element is connect with transmission fixed plate；Multiple transmission clamping jaws are set to the bottom of transmission fixed plate and are located at more
The top of a rotating device.
An embodiment according to the present utility model, each shear include shearing pedestal, shearing driving element, on cut
Knife and lower cutter；Shearing pedestal is set to the side of rotating device；Shearing driving element is set on shearing pedestal；Shearing is driven
Dynamic element driving upper cutter and lower cutter are towards or away from movement；Sheared edge is formed between upper cutter and lower cutter.
An embodiment according to the present utility model, each shear further include clamping driving element and shearing folder
Pawl；Clamping driving element is set on shearing pedestal；It is mobile towards sheared edge to clamp driving element driving shearing clamping jaw.
An embodiment according to the present utility model, each shear further include adjusting Mobile base；Shearing pedestal passes through
Mobile base is adjusted to be set in rack.
An embodiment according to the present utility model, blanking device include: advance and retreat driving element, blanking movable stand, third
Go up and down driving element, blanking lifter plate and multiple blanking units；Advance and retreat driving element is set in rack；Blanking movable stand across
Set on the top of multiple shears；Advance and retreat driving element drives blanking movable stand mobile towards multiple shear directions；The
Three lifting driving elements are set on blanking movable stand；Blanking lifter plate is set in third lifting driving element；Multiple blankings
Unit is set on blanking lifter plate；Multiple blanking units are corresponding with multiple shears.
An embodiment according to the present utility model, each blanking unit include that the mobile driving element of third and blanking are inhaled
Mouth；The mobile driving element of third is set on blanking lifter plate；Blanking suction nozzle is set in the mobile driving element of third.
An embodiment according to the present utility model, automatic sheet clipping machine further include: crushed aggregates device；Crushed aggregates device is set to machine
On frame and it is located at side of the transmitting device far from feeding device；Crushed aggregates device is used to carry out particle to regrinding-material.
The beneficial effect that the utility model is different from the prior art is: the automatic sheet clipping machine of the utility model is provided with multiple
Rotating device, transmitting device and multiple shears, by transmitting device by Raw materials for lenses in recursion on multiple rotating devices
Formula conveying shears eyeglass using rotating device and shear one-to-one correspondence, to realize automatic sheet clipping machine to eyeglass
The automatic snip of the stepping type of raw material, productive temp block, high production efficiency, shear effect are good.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present application, constitutes part of this application, this Shen
Illustrative embodiments and their description please are not constituted an undue limitation on the present application for explaining the application.In the accompanying drawings:
Fig. 1 is a kind of structural schematic diagram of Raw materials for lenses in the application；
Fig. 2 is the stereoscopic schematic diagram of automatic sheet clipping machine in the application；
Fig. 3 is the structural schematic diagram of feeding device in the application；
Fig. 4 is one of multiple rotating devices, transmitting device and structural schematic diagram of shear in the application；
Fig. 5 is the second structural representation of multiple rotating devices, transmitting device and shear in the application；
Fig. 6 is the structural schematic diagram of transmitting device in the application；
Fig. 7 is the structural schematic diagram of shear in the application；
Fig. 8 is the structural schematic diagram of blanking device in the application；
Fig. 9 is the structural schematic diagram of crushed aggregates device in the application.
Specific embodiment
Multiple embodiments of the utility model will be disclosed below, and as clearly stated, the details in many practices will
It is explained in the following description.It should be appreciated, however, that the details in these practices is not applied to limit the utility model.
That is the details in these practices is non-essential in some embodiments of the utility model.In addition, being simplification figure
For the sake of formula, some known usual structures and component will be painted it in the drawings in simply illustrative mode.
It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment
It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as
When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.
In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, and non-specifically
The meaning of order or cis-position is censured, it is also non-to limit the utility model, it is retouched just for the sake of difference with same technique term
The component stated or operation are not understood to indicate or imply its relative importance or implicitly indicate indicated technology
The quantity of feature." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one spy
Sign.It in addition, the technical solution between each embodiment can be combined with each other, but must be with those of ordinary skill in the art's energy
It is enough realize based on, will be understood that the knot of this technical solution when conflicting or cannot achieve when occurs in the combination of technical solution
Conjunction is not present, also not within the protection scope of the requires of the utility model.
It please refers to shown in Fig. 1, is a kind of structural schematic diagram of Raw materials for lenses in the application.The application provides a kind of eyeglass
Raw material 1, eyeglass 12 of the Raw materials for lenses 1 by regrinding-material 11 and on regrinding-material 11 form, and before camera assembling, need elder generation
By eyeglass 12 by shearing on regrinding-material 11, eyeglass 12 is then subjected to sabot preservation again, to supply the automatic assembling of camera.
Please also refer to the stereoscopic schematic diagram for shown in Fig. 2, being automatic sheet clipping machine in the application.
The application provides a kind of automatic sheet clipping machine, is mainly used for shearing Raw materials for lenses 1, wherein can on automatic sheet clipping machine
Device jig 2 is set, and automatic sheet clipping machine can be by eyeglass 12 by separating and being transported to the position of sabot jig 2 on regrinding-material 11
On.Automatic sheet clipping machine includes rack 100, feeding device 200, multiple rotating devices 300, transmitting device 400, multiple shears
500 and blanking device 600.Feeding device 200 is set in rack 100, for carrying out feeding to Raw materials for lenses 1.Wherein, on
Expect that device 200 is corresponding with injection molding machine or automatic charging equipment.For example, straight after the injection molding of injection molding machine completion Raw materials for lenses 1
Connect the transport of Raw materials for lenses 1 on feeding device 200, the automatic sheet clipping machine of injection molding machine and the utility model be combined into injection molding,
Shearing, sabot integrated production line.For example, automatic charging device directly clamps Raw materials for lenses 1 to feeding device 200.It is more
A rotating device 300 is set to the side of feeding device 200, and multiple rotating devices 300 are distributed along straight uniform.Multiple rotating dress
300 are set for fixing len raw material 1 and controls the rotation of Raw materials for lenses 1.Transmitting device 400 is set to multiple rotating devices 300
Top cooperates multiple shearings for clamping Raw materials for lenses 1 and transmitting Raw materials for lenses 1 successively on multiple rotating devices 300
The shearing of device 500, so that automatic sheet clipping machine realizes the function of stepping type shearing.Multiple shears 500 are set to multiple rotations
The side of rotary device 300, for being sheared to the Raw materials for lenses 1 on multiple rotating devices 300, wherein each shear
500 is corresponding with a rotating device 300.Blanking device 600 is located at the top of multiple shears 500, is used for multiple shearings
Single eyeglass 12 on device 500 is transported to lower discharge position 600.
When the automatic sheet clipping machine work of the utility model, feeding device 200 transports Raw materials for lenses 1 to transmitting device 400
Side, then transmitting device 400 clamps Raw materials for lenses 1 on first rotating device 300, then the first rotating device
300 send Raw materials for lenses 1 to first 500 shearing of shear, and shear 500 shears Raw materials for lenses 1, then
Rotating device 300 controls Raw materials for lenses 1 and rotates predetermined angle, so that second eyeglass 12 of Raw materials for lenses 1 is located at shear
At 500, then shear 500 again shears second eyeglass 12, passes through first rotating device 300 and first
Shear 500 carries out Partial Shear to Raw materials for lenses 1, and then transmitting device 400 transports Raw materials for lenses 1 to next rotation
On device 300, by repeating above-mentioned movement, using other rotating devices 300 and corresponding shear 500 to Raw materials for lenses
1 remaining eyeglass 12 is sheared, and is transported single eyeglass 12 to the enterprising luggage of sabot jig 2 by blanking device 600
Disk realizes automatic sheet clipping machine to the automatic snip of the stepping type of Raw materials for lenses 1, productive temp block, high production efficiency, shear effect
It is good.
In this application, automatic sheet clipping machine further includes crushed aggregates device 700.Crushed aggregates device 700 is set in rack 100 and position
In side of the transmitting device 400 far from feeding device 200.Crushed aggregates device 700 is used to carry out particle to regrinding-material 11, reduces the mouth of a river
Expect 11 the space occupied, facilitates the subsequent recycling to regrinding-material 11.
It preferably, is the structural schematic diagram of feeding device in the application please also refer to shown in Fig. 3.Feeding device 200
Including the first lifting driving element 210, hoistable platform 220, feeding mobile unit 230 and feeding unit material 240.First lifting is driven
Dynamic element 210 is fixed in rack 100, and conventional linear mould group can be used, of course, the first lifting driving element 210 is also
Other, which can be used, can reach the driving element of driving hoistable platform mobile 220, such as screw rod slide unit.Hoistable platform 220 is set to
In first lifting driving element 210.Hoistable platform 220 is equipped with loading tool 221.The port of loading tool 221 is zigzag,
Raw materials for lenses 1 is placed on loading tool 221 by its regrinding-material 11, and loading tool 221 passes through jagged port pair
Regrinding-material 11 is fixed.Feeding mobile unit 230 and feeding unit material 240 are respectively arranged on hoistable platform 220.On wherein
Material mobile unit 230 is used to the Raw materials for lenses 1 on loading tool 221 being transferred to feeding unit material 240.Feeding unit material 240 is used for
Raw materials for lenses 1 is transferred to the lower section of transmitting device 400.
When concrete application, feeding mobile unit 230 includes the first feeding driving element 231, the second feeding driving element 232
And feeding clamping jaw 233.First feeding driving element 231 is set on hoistable platform 220 by a bracket, so that the first feeding
Driving element 231 is in vacant state.Second feeding driving element 232 is set to the first feeding driving element 231.Feeding clamping jaw
233 connect with one end of the second feeding driving element 232.Wherein, the first feeding driving element 231 drives the second feeding driving member
Part 232 moves between loading tool 221 and feeding unit material 240, and the second feeding driving element 232 drives 233 phase of feeding clamping jaw
Hoistable platform 220 is gone up and down, and Raw materials for lenses 1 is clamped by feeding clamping jaw 233.Feeding mobile unit 230 includes the
Three feeding driving elements 231 and feeding jig 232.Third feeding driving element 231 is set on hoistable platform 220, feeding
Jig 232 is set in third feeding driving element 231.Wherein the top of feeding jig 232 is zigzag, can be reinforced to eyeglass
The fixed effect of raw material 1.Third feeding driving element 231 drives feeding jig 231 mobile towards transmitting device 400.Wherein
Conventional linear mould group, the second feeding driving element can be used in one feeding driving element 231 and third feeding driving element 231
232 can be used cylinder or hydraulic stem.
After Raw materials for lenses 1 is transported by injection molding machine or automatic charging device to loading tool 221, the first lifting driving member
Part 210 drives hoistable platform 220 to be gone up and down, so that hoistable platform 220 is corresponding with transmitting device 400.Then, the first feeding drives
Dynamic element 231 drives the second feeding driving element 232 mobile towards loading tool 221, controls until feeding clamping jaw 233 is located to load
221 top of tool, then the second feeding driving element 232 drives feeding clamping jaw 233 to decline towards jig 221 is carried, until upper feed collet
Pawl 233 clamps Raw materials for lenses 1, then the first feeding driving element 231, the second feeding driving element 232 and feeding clamping jaw 233
By in the transport to feeding jig 231 of Raw materials for lenses 1, third feeding driving element 231 drives feeding jig 231 towards transmission for cooperation
Device 400 is mobile, until 400 lower section of moving transmission device, waits clamping of the transmitting device 400 to Raw materials for lenses 1.
Preferably, it please refers to shown in Fig. 1, Fig. 2, Fig. 4 and Fig. 5, wherein Fig. 4 and Fig. 5 is respectively multiple in the application
One of structural schematic diagram of rotating device, transmitting device and shear and second structural representation.Each rotating device
300 include shifting sledge 310, first movement driving element 320, first movement seat 330, rotary drive element 340 and rotation
Jig 350.Shifting sledge 310 is set to the lower section in rack 100 and being located at transmitting device 400.First movement driving element 320
It is set to the side of shifting sledge 310.First movement seat 330 is slideably positioned on shifting sledge 310 and drives with first movement
One end of element 320 connects.Rotary drive element 340 is set on first movement seat 320.One end of rotary drive element 340
It is connect with rotating jig 350.Wherein rotating jig 350 is identical as 231 structure of feeding jig.Wherein, first movement driving element
The 320 linear mould groups of use, perhaps rotary cylinder or rotating electric machine can be used in hydraulic stem rotary drive element 340 to cylinder.Work as biography
After defeated device 400 clamps Raw materials for lenses 1 to rotating jig 350, first movement driving element 320 drives first movement seat
330 in mobile towards corresponding shear 500 on shifting sledge 310, until an eyeglass 12 of Raw materials for lenses 1 is located at shearing dress
It sets at 500 shearing, shear 500 shears the eyeglass 12, and then rotary drive element 340 drives rotating jig 350 to rotate
Certain angle drives Raw materials for lenses 1 to rotate, is located at another eyeglass 12 at the shearing of shear 500, repeats above-mentioned movement,
After shear 500 shears 1 part lens of Raw materials for lenses, first movement driving element 320 drives first movement seat 330 multiple
Position waits transmitting device 400 to transport Raw materials for lenses 1 to next rotating device 300.
Preferably, it please refers to together refering to what is shown in Fig. 6, it is the structural schematic diagram of transmitting device in the application.Transmission dress
Set 400 include the mobile driving element 420, second of transmission bracket 410, second go up and down driving element 430, transmission fixed plate 440 with
And multiple transmission clamping jaws 450.Transmission bracket 410 is set to the side of multiple rotating devices 300.Second mobile driving element 420
It is set on transmission bracket 410.Second lifting driving element 420 is set in the second mobile driving element 430.Second lifting is driven
One end of dynamic element 420 is connect with transmission fixed plate 440.Wherein the second linear mould group of the mobile use of driving element 420, second liter
430 gas production cylinder of driving element or electric pushrod drop.Multiple transmission clamping jaws 450 are set to bottom and the position of transmission fixed plate 440
In the top of multiple rotating devices 330, plurality of transmission clamping jaw 450 is identical as multiple 330 layout pitch of rotating device.When upper
Expect that device 200 transports Raw materials for lenses 1 to the side of transmitting device 400, the second mobile second lifting of the driving of driving element 420 is driven
Dynamic element 430 is moved along the arragement direction of multiple rotating devices 330, drives transmission fixed plate 440 mobile, until transmitting device
When transmission clamping jaw 450 on 400 near feeding device 200 is located at the top of feeding device 200, the second lifting driving element
430 driving transmission fixed plates 440 decline, until transmission clamping jaw 450 clamps Raw materials for lenses 1, the second lifting driving element 430 is multiple
Position, then the second mobile second lifting of the driving of driving element 420 driving element 430 moves backward, and leans on until Raw materials for lenses 1 is located at
The top of first rotating device 300 of nearly feeding device 200, the second lifting driving of driving element 430 are transmitted under fixed plate 440
Raw materials for lenses 1 is put on rotating jig 350 by drop, transmission clamping jaw 450, and then the second lifting driving element 430 resets, before repeating
Raw materials for lenses 1 is sequentially transmits on each rotating device 300 by working principle described in face, transmitting device 400, realizes that this is practical
The novel stepping type to Raw materials for lenses 1 conveys, and cooperation shear 500 works, and realizes and shears to the stepping type of Raw materials for lenses 1,
After the shearing that Raw materials for lenses 1 completes all eyeglasses 12, remaining regrinding-material 11 is transmitted to predeterminated position by transmitting device 400
Or at crushed aggregates device 700, wait to be recycled.
Preferably, it please refers to together refering to what is shown in Fig. 7, it is the structural schematic diagram of shear in the application, wherein often
One shear 500 includes shearing pedestal 510, shearing driving element 520, upper cutter 530 and lower cutter 540.Shear pedestal
510 are set to the side of corresponding rotating device 300, and each shearing pedestal 510 and a rotating device 300 are located at always
On line.Shearing driving element 520 is set on shearing pedestal 510.Wherein, shearing driving element 520 uses cylinder or electronic
Push rod.For example, upper cutter 530 is connect with one end of shearing driving element 520, lower cutter 540 is fixed on shearing driving element 520
It goes up and is located at 530 lower section of upper cutter.Sheared edge is formed between upper cutter 530 and lower cutter 520.Driving element 520 is sheared to drive
Dynamic upper cutter 530 and lower cutter 540 are towards or away from movement.When the eyeglass 12 of Raw materials for lenses 1 is transplanted on by rotating device 300
The sheared edge position of shear 500, shearing driving element 520 drive upper cutter 530 and lower cutter 540 to move towards, control
Sheared edge processed is opened or closure, to realize the shearing to eyeglass 12.
Preferably, each shear 500 further includes clamping driving element 550 and shearing clamping jaw 560.Clamping driving member
Part 550 is set on shearing pedestal 510.The one end for clamping driving element 550 is connect with shearing clamping jaw 560.Clamp driving element
550 driving shearing clamping jaws 560 are mobile towards sheared edge.Wherein clamping driving element 550 uses cylinder or electric pushrod.When cutting
Before cutting apparatus 500 shears eyeglass 12, the clamping driving shearing clamping jaw 560 of driving element 550 is mobile towards sheared edge, until shearing
560 clipped lens 12 of clamping jaw, shear 500 are sheared again, are then clamped driving element 550 and are resetted, eyeglass 12 is transferred
The position of corresponding blanking device 600, in this way, being convenient for absorption of the lower discharge position 600 to eyeglass 12.
Preferably, each shear 500 further includes adjusting Mobile base 570.Pedestal 570 is sheared by adjusting Mobile base
570 are set in rack 100.Mobile base 570 is wherein adjusted to include adjustment base 571, adjust sliding rail 572 and adjusting screw rod
573.Adjustment base 571 is set in rack 100, adjusts sliding rail 572 and adjusting screw rod 573 along parallel transmission device 400
Transporting direction is set on adjustment base 571.Shearing pedestal 570 is set on adjusting screw rod 573, and it is sliding to shear pedestal 570
Dynamic be set to is adjusted on sliding rail 572.Wherein one end of adjusting screw rod 573 is equipped with adjustment disk 5731, by rotating adjustment disk 5731
Drive adjusting screw rod 573 to rotate, thus drive shearing pedestal 570 in moved on adjusting screw rod 573 and in adjusting it is sliding on sliding rail 572
It is dynamic, in this way, making adjustable position of the shear 500 relative to rotating device 300 and transmitting device 400, so that shearing
The applicable various sizes of Raw materials for lenses 1 of device 500, improves the scope of application of the utility model.
Preferably, it please refers to shown in Fig. 1, Fig. 2 and Fig. 8, wherein Fig. 8 is the structural representation of blanking device in the application
Figure.Blanking device 600 includes advance and retreat driving element 610, blanking movable stand 620, third lifting driving element 630, blanking lifting
Plate 640 and multiple blanking units 650.Advance and retreat driving element 610 is set in rack 100.Blanking movable stand 620 is located at more
The top of a shear 300.Wherein 620 one end of blanking movable stand is set in advance and retreat driving element 610, in order to improve blanking
The mobile stability of movable stand 620, the other end are slidably set on a sliding rail, and the sliding rail and advance and retreat driving element 610 are flat
Row.Advance and retreat driving element 610 drives blanking movable stand 620 mobile towards multiple 300 directions of shear.Third lifting driving member
Part 630 is set on blanking movable stand 620.Blanking lifter plate 640 is set in third lifting driving element 630.Multiple blankings
Unit 650 is set on blanking lifter plate 640.Multiple blanking units 650 are corresponding with multiple shears 300.Third lifting is driven
Dynamic element 630 drives blanking lifter plate 640 to be gone up and down, so that multiple blanking units 650 be driven to be gone up and down.It wherein retreats and drives
Dynamic element 610 uses linear mould group, and third goes up and down driving element 630 and uses linear mould group or cylinder.Specifically, each blanking
Unit 650 includes the mobile driving element 651 of third and blanking suction nozzle 652.The mobile driving element 651 of third is set to blanking liter
It drops on plate 640.Blanking suction nozzle 652 is set in the mobile driving element 651 of third.Device jig 2 is set to blanking device 600
Lower section after multiple shears 500 carry out the shearing of eyeglass 12 to the Raw materials for lenses 1 on multiple rotating devices 300, drives in clamping
Under the action of element 550 and shearing clamping jaw 560, the eyeglass 12 sheared moves to predeterminated position, and advance and retreat driving element 610 drives
Blanking movable stand 620 is mobile towards multiple 300 directions of shear, while the mobile driving element 651 of third drives blanking suction nozzle
652 linear movements, until the blanking suction nozzle 652 of multiple blanking units 650 is corresponding with an eyeglass 12, third goes up and down driving element
630 driving blanking lifter plates 640 decline, until blanking suction nozzle 652 draws eyeglass 12, then third lifting driving element 630 is multiple
Position, eyeglass 12 is detached from shearing clamping jaw 560 under the action of blanking suction nozzle 652 at this time, then passes through advance and retreat driving element 610, the
The cooperation of three lifting driving elements 630 and the mobile driving element 651 of third, the eyeglass 12 on blanking suction nozzle 652 is transferred to
On loading tool 2.
Preferably, it please refers to shown in Fig. 1, Fig. 2 and Fig. 9, wherein Fig. 9 is the structural representation of crushed aggregates device in the application
Figure.Crushed aggregates device 700 includes particle rotating seat 710, particle rotary drive element 720, particle pressing driving element 730, first
Particle jig 740 and the second particle jig 750.Particle rotating seat 710 is set in rack 100.Particle rotary drive element
720 are fixed on particle rotating seat 710.Particle rotary drive element 720 is connected by rotary shaft 760 and the first particle jig 740
It connects, particle rotary drive element 720 drives rotary shaft 760 to rotate, so that the first particle jig of control 740 and rotary shaft 760 are same
Step rotation.Particle pressing driving element 730 is set to the top of particle rotating seat 710 by bracket, and particle presses driving element
730 one end are connect with the second particle jig 750.Particle presses driving element 730 and drives the second particle jig 750 towards first broken
Expect that jig 740 is mobile, and using the pressing between the first particle jig 740 and the second particle jig 750 to regrinding-material 11 into
Row crushing processing.When concrete application, rack 100 is additionally provided with recovery approach 800, and recovery approach 800 and particle rotating seat 710 connect
It is logical.After multiple shears 300, which complete eyeglass 12 to Raw materials for lenses 1, to be sheared, regrinding-material 11 is transferred to the by transmitting device 400
On one particle jig 740, then particle pressing driving element 730 drives the second particle jig 750 towards the first particle jig 740
It is mobile, until the second particle jig 750 is pressure bonded on the first particle jig 740, at this point, regrinding-material 11 is broken and falls to particle
On rotating seat 710, then particle rotary drive element 720 drives the first particle jig 740 and 760 synchronous rotary of rotary shaft, the
Remaining particle on one particle jig 750 is also fallen on particle rotating seat 710, is then delivered to back by recovery approach 800
Receive position.
In conclusion the automatic sheet clipping machine of the utility model is provided with multiple rotating devices, transmitting device and multiple cuts
Cutting apparatus is conveyed Raw materials for lenses in stepping type on multiple rotating devices by transmitting device, is filled using rotating device and shearing
It sets one-to-one correspondence to shear eyeglass, to realize automatic sheet clipping machine to the automatic snip of the stepping type of Raw materials for lenses, production section
Shot block, high production efficiency, shear effect are good；Automatic sheet clipping machine is additionally provided with the crushed aggregates device that particle processing is carried out to regrinding-material,
Improve the ease of use of automatic sheet clipping machine.
Upper described only the embodiments of the present invention, is not intended to limit the utility model.For this field
For technical staff, various modifications and changes may be made to the present invention.It is all to be made in the spirit and principle of the utility model
Any modification, equivalent substitution, improvement and etc., should all include within the scope of the claims of the utility model.
Claims (10)
1. a kind of automatic sheet clipping machine characterized by comprising
Rack；
Feeding device is set in rack, for carrying out feeding to Raw materials for lenses；
Multiple rotating devices are set to the side of the feeding device；The multiple rotating device is used for fixing len raw material
And control Raw materials for lenses rotation；
Transmitting device is set to the top of the multiple rotating device, for clamping Raw materials for lenses and Raw materials for lenses being made to exist
It is successively transmitted on multiple rotating devices；
Multiple shears are set to the side of the multiple rotating device, for former to the eyeglass on multiple rotating devices
Material is sheared；And
Blanking device is located at the top of the multiple shear, for by the eyeglass on multiple shears transport to
Lower discharge position.
2. automatic sheet clipping machine according to claim 1, which is characterized in that the feeding device includes: the first lifting driving
Element, hoistable platform, feeding mobile unit and feeding unit material；The first lifting driving element is fixed on the rack；
The hoistable platform is set in the first lifting driving element；The hoistable platform is equipped with loading tool；The feeding
Mobile unit and feeding unit material are respectively arranged on the hoistable platform；The feeding mobile unit is used for loading tool
Raw materials for lenses be transferred to feeding unit material；The feeding unit material is used to for Raw materials for lenses being transferred to the lower section of the transmitting device.
3. automatic sheet clipping machine according to claim 1, which is characterized in that each rotating device include: shifting sledge,
First movement driving element, first movement seat, rotary drive element and rotating jig；The shifting sledge is set to the machine
Lower section on frame and positioned at the transmitting device；The first movement driving element is set to the side of the shifting sledge；Institute
First movement seat is stated to be slideably positioned on the shifting sledge and connect with one end of the first movement driving element；The rotation
Turn driving element to be set on the first movement seat；One end of the rotary drive element is connect with rotating jig.
4. automatic sheet clipping machine according to claim 1, which is characterized in that the transmitting device includes: transmission bracket, second
Mobile driving element, the second lifting driving element, transmission fixed plate and multiple transmission clamping jaws；The transmission bracket is set to institute
State the side of multiple rotating devices；Described second mobile driving element is set on the transmission bracket；Second lifting is driven
Dynamic element is set in the described second mobile driving element；One end of the second lifting driving element and the transmission fixed plate
Connection；The multiple transmission clamping jaw is set to the bottom of the transmission fixed plate and is located at the top of the multiple rotating device.
5. automatic sheet clipping machine according to claim 1, which is characterized in that each shear include: shearing pedestal,
Shear driving element, upper cutter and lower cutter；The shearing pedestal is set to the side of the rotating device；The shearing is driven
Dynamic element is set on the shearing pedestal；The shearing driving element driving upper cutter and lower cutter are towards or away from shifting
It is dynamic；Sheared edge is formed between the upper cutter and lower cutter.
6. automatic sheet clipping machine according to claim 5, which is characterized in that each shear further include: clamping is driven
Dynamic element and shearing clamping jaw；The clamping driving element is set on the shearing pedestal；The clamping driving element driving
It is mobile towards the sheared edge to shear clamping jaw.
7. automatic sheet clipping machine according to claim 5, which is characterized in that each shear further include: adjust and move
Dynamic seat；The shearing pedestal is set in the rack by adjusting Mobile base.
8. automatic sheet clipping machine according to claim 1, which is characterized in that the blanking device include: advance and retreat driving element,
Blanking movable stand, third lifting driving element, blanking lifter plate and multiple blanking units；The advance and retreat driving element is set to
In rack；The blanking movable stand is located at the top of the multiple shear；The advance and retreat driving element driving blanking moves
Moving frame is mobile towards the multiple shear direction；The third lifting driving element is set on the blanking movable stand；
The blanking lifter plate is set in the third lifting driving element；The multiple blanking unit is set to the blanking lifting
On plate；The multiple blanking unit is corresponding with the multiple shear.
9. automatic sheet clipping machine according to claim 8, which is characterized in that each blanking unit, which includes that third is mobile, drives
Dynamic element and blanking suction nozzle；The mobile driving element of the third is set on the blanking lifter plate；The blanking suction nozzle is set
It is placed in the mobile driving element of the third.
10. -9 any automatic sheet clipping machine according to claim 1, which is characterized in that its further include: crushed aggregates device；It is described
Crushed aggregates device is set in rack and is located at side of the transmitting device far from feeding device；The crushed aggregates device is used for water
Mouth material carries out particle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920021463.4U CN209580394U (en) | 2019-01-07 | 2019-01-07 | A kind of automatic sheet clipping machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920021463.4U CN209580394U (en) | 2019-01-07 | 2019-01-07 | A kind of automatic sheet clipping machine |
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| Publication Number | Publication Date |
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| CN209580394U true CN209580394U (en) | 2019-11-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920021463.4U Active CN209580394U (en) | 2019-01-07 | 2019-01-07 | A kind of automatic sheet clipping machine |
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| CN (1) | CN209580394U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112405640A (en) * | 2021-01-25 | 2021-02-26 | 宁波丞达精机股份有限公司 | Automatic change lens cutter |
-
2019
- 2019-01-07 CN CN201920021463.4U patent/CN209580394U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112405640A (en) * | 2021-01-25 | 2021-02-26 | 宁波丞达精机股份有限公司 | Automatic change lens cutter |
| CN112405640B (en) * | 2021-01-25 | 2021-08-03 | 宁波丞达精机股份有限公司 | Automatic change lens cutter |
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