CN208882171U - The automatic feed dividing blanking mechanism of polybag banding mechanism - Google Patents
The automatic feed dividing blanking mechanism of polybag banding mechanism Download PDFInfo
- Publication number
- CN208882171U CN208882171U CN201820894302.1U CN201820894302U CN208882171U CN 208882171 U CN208882171 U CN 208882171U CN 201820894302 U CN201820894302 U CN 201820894302U CN 208882171 U CN208882171 U CN 208882171U
- Authority
- CN
- China
- Prior art keywords
- module
- baffle
- polybag
- backgauge
- sliding rail
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
- 230000007246 mechanism Effects 0.000 title claims abstract description 32
- 238000001514 detection method Methods 0.000 claims abstract description 8
- 239000000463 material Substances 0.000 claims description 35
- 230000000903 blocking effect Effects 0.000 claims description 27
- 230000033001 locomotion Effects 0.000 claims description 23
- 238000000034 method Methods 0.000 claims description 12
- 238000004519 manufacturing process Methods 0.000 claims description 8
- 230000008859 change Effects 0.000 claims description 5
- 239000007787 solid Substances 0.000 claims description 5
- 230000004888 barrier function Effects 0.000 claims description 3
- 238000005520 cutting process Methods 0.000 claims description 3
- 238000009423 ventilation Methods 0.000 claims description 3
- 238000000605 extraction Methods 0.000 claims 1
- 230000008569 process Effects 0.000 description 5
- 238000004806 packaging method and process Methods 0.000 description 4
- 229920003023 plastic Polymers 0.000 description 3
- 239000004033 plastic Substances 0.000 description 3
- 238000009825 accumulation Methods 0.000 description 2
- 230000005540 biological transmission Effects 0.000 description 2
- 238000009434 installation Methods 0.000 description 2
- 238000007789 sealing Methods 0.000 description 2
- 240000007594 Oryza sativa Species 0.000 description 1
- 235000007164 Oryza sativa Nutrition 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000002146 bilateral effect Effects 0.000 description 1
- 210000003464 cuspid Anatomy 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005265 energy consumption Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000004080 punching Methods 0.000 description 1
- 235000009566 rice Nutrition 0.000 description 1
- 235000011888 snacks Nutrition 0.000 description 1
- 235000013322 soy milk Nutrition 0.000 description 1
Landscapes
- Basic Packing Technique (AREA)
Abstract
The utility model discloses the automatic feed dividing blanking mechanisms of polybag banding mechanism, including whole frame, charging delivery module, pinch roller module, shunting damper modules, charging conduit module, reciprocal pusher bar module, shift module and module is tied up, the charging delivery module, pinch roller module, shunting damper modules, charging conduit module, reciprocal pusher bar module, shift module and ties up module and be arranged on whole frame.Tying up automatically for polybag may be implemented in the utility model, ties up high-efficient, cost of labor is low；It can be adjusted to adapt to tying up automatically for the polybag of different in width and length and thickness, it is applied widely；Detection rejecting can be carried out to rejected product, rejected high-efficient.
Description
Technical field
The utility model relates to packaging bags to tie up field, more specifically, more particularly to polybag banding mechanism it is automatic
Sub-material blanking mechanism.
Background technique
Nowadays all using manually tying up, cost is very high, low efficiency is tied up, with society for Bag Making Machine end in the market
Progress and the with rapid changepl. never-ending changes and improvements development of science and technology, Bag Making Machine speed be increased to by original production in one minute tens or up to a hundred
Production 200 or higher per minute, traditional mode manually tied up has been difficult to match the speed of Bag Making Machine bag making, seriously
The production of packaging bag is affected, therefore is badly in need of capableing of the automatic production line of automatic enlacement packaging bag to replace manually tying up.
Existing strapper does not have good adaptability, and it is single to tie up mode, can only be directed to same size or same
The packaging bag of kind model, it is difficult to meet tying up for the polybag of different sizes or thickness.Such as the type of existing polybag
There are many, the polybag for having intermediate high both sides low, such as the soymilk bag with suction nozzle, there are the polybag of equal thickness, such as both ends
The rice bag of sealing has on one side the high polybag to low on one side, such as middle part sealing and the snacks bag that bends to side, these are moulded
For material bag, traditional strapper can not adapt to tying up for these types of different types of polybag, seriously affect making for strapper
Use range.
For polybag strapper, limit that it ties up speed is frequently not the process tied up, but production finishes
Blanking collection material process afterwards, the process speed are often difficult to be promoted, because being difficult to sit back and wait polybag after Bag Making Machine comes out neatly
Column lead to not carry out to tie up process at can not quickly transport after the completion of one is folded or a folded accumulation, therefore strongly limit
Tie up speed.
Utility model content
Utility model aims to solve existing polybag strapper because the limitation of blanking mechanism causes to tie up speed
Limited problem proposes the automatic feed dividing blanking mechanism of polybag banding mechanism, can adapt to existing Bag Making Machine 200 often
Minute or more bag making speed, be adapted to tying up for the polybag of different dimensions, can satisfy different-thickness feature modeling
Material bag is tied up.
The utility model achieves the above object through the following technical schemes: the automatic feed dividing blanking of polybag banding mechanism
Mechanism, including whole frame, shunting damper modules, charging conduit module and reciprocal pusher bar module, the setting of shunting damper modules
In the top of charging delivery module, charging conduit module is separated into multiple blankings and divides slot by shunting damper modules, so as to multiple row plastics
Bag stacks in charging conduit module simultaneously；The side of charging conduit module is arranged in the reciprocal pusher bar module, and back and forth pushes away
The middle and upper part of charging conduit module is arranged in the material blocking rod of material bar module, when the polybag in charging conduit module is stacked into specified number
When measuring N, reciprocal pusher bar module is continued by the way that material blocking rod to be extend into total charging conduit inner barrier polybag of charging conduit module
It falls into inside total charging conduit, is deposited in N number of polybag inside total charging conduit and is shifted in the bottom of charging conduit module, blanking
The material blocking rod of reciprocal pusher bar module is extracted out from charging conduit module after the polybag transfer of slot module bottom, material blocking rod
The polybag of top accumulation is again introduced into charging conduit module, to carry out the stacking of next group polybag.
Further, the shunting damper modules include baffle mounting rack, baffle fixing seat, lateral side baffle, baffle sliding block
With baffle fixed link, the baffle fixed link is provided with two and every baffle fixed link is each perpendicular to the direction of motion of polybag
Setting, the both ends of every baffle fixed link are installed in the center of a baffle fixing seat, and each baffle fixing seat is logical
It crosses a baffle mounting rack to be mounted on whole frame, multiple baffle sliding blocks is provided in every baffle fixed link, baffle is sliding
Block is sleeved in baffle fixed link and horizontally slips along baffle fixed link, and the quantity of the lateral side baffle is fixed with each baffle
Baffle sliding block quantity on bar is equal, and each lateral side baffle is fixed by screws in two of same position in two baffle fixed links
On a baffle sliding block, the direction of motion that lateral side baffle is parallel to polybag is vertically arranged, and lateral side baffle is with baffle sliding block in baffle
It horizontally slips in fixed link；Lateral side baffle is arranged in charging conduit module and is separated into total charging conduit in charging conduit module more
A blanking divides slot.
Further, lamp holder and reflectoscope are additionally provided in the shunting damper modules, lamp holder is installed therein a gear
On plate sliding block, there is U-type groove on lamp holder, lamp holder is sleeved on baffle sliding block by U-type groove and as baffle sliding block is fixed in baffle
It horizontally slips on bar；Reflectoscope is mounted on lamp holder, provides reflection light to the sensor of charging conduit module.
Further, the charging conduit module includes sensor, front striker plate, bottom backgauge module and rear backgauge mould
Block；The front striker plate, bottom backgauge module and rear backgauge module collectively form total charging conduit；The sensor passes through biography
Sensor mounting bracket is mounted on whole frame, sensor head face charging conduit inside modules, and sensor passes through for detecting
Conveyer belt outlet drops into the quantity of the polybag in charging conduit module；By plastics after the quantity of the sensor detection polybag
The quantity information of bag is transferred to controller, so that the material blocking rod for controlling reciprocal pusher bar module stretches out and carries out backgauge；Before described
The lower section of transmission end of tape is arranged in square striker plate, and front striker plate is fixed on entirety perpendicular to the direction of motion of polybag vertically
In rack；The rear backgauge module includes that backgauge sliding rail, fixed bracket, round bar, curved bar, rear striker plate and rear backgauge are sliding
Block, the backgauge sliding rail are provided with symmetrical two, and two backgauge sliding rails are separately positioned at left and right sides of transmission end of tape
Whole frame on, and two backgauge sliding rails are parallel to the direction of motion setting of polybag, are set on two backgauge sliding rails
There is a fixed bracket, each fixed frame bottom is provided with the sliding slot matched with backgauge sliding rail, and fixed bracket passes through cunning
Slot is sleeved on backgauge sliding rail and the linear slide on backgauge sliding rail, and the both ends of round bar are fixed with two fixed brackets respectively to be connected
It connects；Rear backgauge sliding block is set on the round bar, rear striker plate is fixed on the backgauge sliding block of rear, by adjusting rear gear
Expect that position of the sliding block on round bar adjusts position of the rear striker plate on round bar；One end of the curved bar is fixedly connected on round bar
On, the other end of curved bar is fixedly connected with reciprocal pusher bar module and reciprocal pusher bar module is followed integrally to be moved；
The rear striker plate of charging conduit module moves together with reciprocal pusher bar module, to change charging conduit in charging conduit module
Length；The bottom backgauge module includes horizontal connecting plate, vertical gripper shoe, bottom plate and backgauge telescopic cylinder, vertical support
Plate is provided with muti-piece and all vertical gripper shoes are vertically installed on bottom plate, and the vertical gripper shoe is parallel to each other and waits
Spacing installation；Backgauge telescopic cylinder is vertically-mounted and the bottom of backgauge telescopic cylinder is on whole frame, backgauge telescopic cylinder
Head is fixedly connected with horizontal connecting plate, and horizontal connecting plate is mounted on the bottom of bottom plate, and backgauge telescopic cylinder drives bottom when moving
Plate and vertical gripper shoe move up and down.
Further, there are two the backgauge telescopic cylinder and horizontal connecting plate are respectively provided with, two backgauge telescopic cylinders point
It is not arranged at left and right sides of the bottom of bottom plate.
Further, hollow out square hole there are two being respectively provided in every piece of vertical gripper shoe.Hollow out square hole can reduce perpendicular
The total quality of allotment fagging, and vertical gripper shoe, bottom plate and connecting plate are made of lightweight high rigidity material, can reduce and stretch
Energy consumption when contracting Telescopic-cylinder.
Further, the lateral side baffle, the quantity of baffle sliding block are always one more than the quantity of rear striker plate, side
The quantity of baffle, baffle sliding block and rear striker plate carries out horizontal according to the polybag that the Bag Making Machine of a upper procedure completes production
It is changed to the columns for being cut into polybag after longitudinal cutting, particular number is according to the machine of the Bag Making Machine of previous procedure
Type determines that quantity is 2~10.
Further, the reciprocal pusher bar module include pusher bar portion chassis, locking handwheel, push rod sliding rail,
Striker plate, buffer, buffer board, pinion gear, pusher cylinder, material blocking rod, short tooth item, gear wheel, long rack gear, short tooth sliding rail,
Long rack gear sliding rail, driven wheel of differential, lead screw mould group, pusher bar sliding block, pusher bar sliding rail, gear shaft and rotation hand wheel mould
Block, pusher bar sliding block are bolted on pusher bar portion chassis bottom, and pusher bar portion chassis is kept off by pusher
Bar slide block set is mounted on the pusher bar sliding rail for being parallel to the setting of polybag moving direction, and pusher bar portion chassis bottom passes through
Lead screw mould group is fixed on whole frame, drives pusher bar portion chassis straight on pusher bar sliding rail when lead screw mould group moves
Line movement；The handwheel frame protruded to two sides is provided on the pusher bar portion chassis, locking handwheel is mounted on handwheel frame,
Pusher bar portion chassis is fixed on whole frame by the locking handwheel tightened on handwheel frame, realizes pusher bar part machine
The locking of frame holding relative position；Long rack gear sliding rail and short tooth sliding rail, long tooth are fixed on the pusher bar portion chassis
The sliding slot that long rack gear sliding rail matches is provided on item, long rack gear is sleeved on long tooth by the sliding slot matched with long rack gear sliding rail
On sliding rail, it is provided with the sliding slot that short tooth sliding rail matches on short tooth item, short tooth item with short tooth sliding rail by matching
Sliding slot is sleeved on short tooth sliding rail；The short tooth item is engaged with pinion gear, and the long rack gear is engaged with gear wheel, pinion gear with
Gear wheel passes through holding screw and is fixed on same root gear shaft, and gear shaft is fixed on pusher bar portion by two bearing blocks
On subsystem frame；The pusher cylinder is fixed on pusher bar portion chassis, and the cylinder head of pusher cylinder is connected by charging ram
Short tooth item drives short tooth item to move along a straight line along short tooth sliding rail, to drive small after pusher cylinder ventilation movement by charging ram
Gear and gear wheel rotate together, and then the long rack gear being meshed with gear wheel is driven to move along a straight line along long rack gear sliding rail；It is described
Striker plate is fixed by screw and long rack gear, and striker plate is fixed by screws on push rod sliding rail, and push rod sliding rail is pushed away with being fixed on
Push rod draw runner on material bar portion chassis matches, and striker plate and push rod sliding rail are driven when long rack gear is moved along long rack gear sliding rail
It moves along a straight line along push rod draw runner；The material blocking rod of more spaced sets is provided on the striker plate, material blocking rod is parallel to plastics
The direction of motion of bag is arranged, and the through-hole passed through for all material blocking rods is provided on the front striker plate of charging conduit module；The silk
The lead screw end of thick stick mould group is connected with driven wheel of differential, and rotation hand wheel module connects driven wheel of differential and by driving from mantle tooth
The movement of wheel drives the movement of lead screw mould group；The rotation hand wheel module includes drive bevel gear, handwheel fixing seat, rotation hand wheel
And rotating bar, rotating bar are mounted on whole frame by two handwheel fixing seats, rotating bar passes through the axis in handwheel fixing seat
It holds seat to be constrained, drive bevel gear is fixed on one end of rotating bar by holding screw, and rotation hand wheel is fixed on rotating bar
The other end drives drive bevel gear rotation by hand shaken rotation hand wheel, the driven wheel of differential hair engaged with drive bevel gear
Raw rotation, so that reciprocal pusher bar module be driven to move integrally, be additionally provided on the pusher bar portion chassis perpendicular to
The buffer board of long rack gear setting, the bottom of buffer are fixed on buffer board, and buffer is arranged perpendicular to buffer board and buffer
Head face striker plate.
The utility model has the beneficial effects that:
1, the utility model drops into the polybag in charging conduit module by conveyer belt outlet by sensor detection
The quantity information of polybag is transferred to controller after the quantity of sensor detection polybag, so that control is reciprocal by quantity
The material blocking rod of pusher bar module, which stretches out, carries out backgauge, is realized with this and ties up being carried out continuously for work, even if making during tying up
Bag machine need not also stop bag making waiting tie.
3, the shunting damper modules of the utility model realize Transfer pipe and blanking point by adjusting the position of lateral side baffle
The adjustment of groove width is adapted to tying up automatically for different in width polybag, applied widely.
4, the rear backgauge module of the charging conduit module of the utility model can be transported with reciprocal pusher bar module
It is dynamic, make the blanking of charging conduit module that slot length be divided to change, can adapt to tying up automatically for different length polybag, be applicable in model
It encloses wide.
5, bottom backgauge module by the way of multiple row vertical gripper shoe, adopt by lower fixture in the utility model charging conduit module
It is less than the spacing lower part clamping bar in bottom backgauge module between two pieces of vertical gripper shoes of arbitrary neighborhood with diameter, it is more ingenious
The clamping of N number of polybag folded of progress heap, polybag remains clamped condition in moving process, improves polybag and turn
Stability during shifting, polybag, which remains, during guarantee is finally tied up neatly improves whole efficiency.
Detailed description of the invention
The axonometric drawing of Fig. 1 the utility model shunting damper modules.
Fig. 2 is the axonometric drawing of rear backgauge module in the utility model charging conduit module.
Fig. 3 is the axonometric drawing of bottom backgauge module in the utility model charging conduit module.
Fig. 4 is the right view of bottom backgauge module in the utility model charging conduit module.
Fig. 5 is the axonometric drawing of the reciprocal pusher bar module of the utility model.
Fig. 6 is the right view of the reciprocal pusher bar module of the utility model.
Fig. 7 is the rearview of the reciprocal pusher bar module of the utility model.
Fig. 8 is the axonometric drawing of the utility model rotation hand wheel module.
Fig. 9 is that the utility model applies the overall structure diagram on banding mechanism.
In figure, 1- whole frame, the shunting 4- damper modules, 5- charging conduit module, the reciprocal pusher bar module of 6-, 41- gear
Plate fixed link, 42- baffle fixing seat, 43- baffle sliding block, 44- lateral side baffle, the front 51- striker plate, the bottom 52- backgauge mould
Block, the rear 53- backgauge module, 521- horizontal connecting plate, 522- vertical gripper shoe, 523- bottom plate, 524- backgauge telescopic cylinder,
The fixed bracket of 531- backgauge sliding rail, 532-, 533- round bar, 534- curved bar, the rear 535- striker plate, the rear 536- backgauge sliding block,
601- pusher bar portion chassis, 602- locking handwheel, 603- push rod sliding rail, 604- striker plate, 605- buffer, 606- are slow
Punching, 607- pinion gear, 608- gear wheel, 609- pusher cylinder, 610- material blocking rod, 611- short tooth item, 612- long rack gear, 613-
Long rack gear sliding rail, 614- driven wheel of differential, 615- lead screw mould group, 616- pusher bar sliding block, 617- pusher bar sliding rail,
618- gear shaft, 619- short tooth sliding rail, 621- charging ram, 622- drive bevel gear, 623- handwheel fixing seat, 624- rotation
Handwheel, 625- rotating bar.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing:
As shown in figure 1-9, the automatic feed dividing blanking mechanism of polybag banding mechanism, including whole frame 1, shunting baffle
Module 4, charging conduit module 5 and reciprocal pusher bar module 6, strapper integrally further includes translator unit 2 and pinch roller part 3.Point
Charging conduit module 5 is separated into multiple blankings and divides slot by road damper modules 4, to carry out multiple row polybag charging conduit module 5 simultaneously
Interior stacking；The side of charging conduit module 5, and the backgauge of reciprocal pusher bar module 6 is arranged in the reciprocal pusher bar module 6
The middle and upper part of charging conduit module 5 is arranged in bar 610, when the polybag in charging conduit module 5 is stacked into specified quantity N, back and forth
Pusher bar module 6 continues to fall into total by total charging conduit inner barrier polybag that material blocking rod 610 is extend into charging conduit module 5
Inside charging conduit, it is deposited in N number of polybag inside total charging conduit and is shifted in the bottom of charging conduit module 5, blanking channel mould
The material blocking rod 610 of reciprocal pusher bar module 6 is extracted out from charging conduit module 5 after N number of polybag transfer of 5 bottom of block,
The polybag accumulated above material blocking rod 610 is again introduced into charging conduit module 5, to carry out the stacking of next group polybag.
The shunting damper modules 4 include baffle mounting rack, baffle fixing seat 42, lateral side baffle 44,43 and of baffle sliding block
Baffle fixed link 41, the baffle fixed link 41 is provided with two and every baffle fixed link 41 is each perpendicular to the fortune of polybag
Dynamic direction setting, the both ends of every baffle fixed link 41 are installed in the center of a baffle fixing seat 42, each baffle
Fixing seat 42 is mounted on whole frame 1 by a baffle mounting rack, and two baffle fixed links 41 are passed across in charging
The top of module 2 is sent, multiple baffle sliding blocks 43 are provided in every baffle fixed link 41, it is solid that baffle sliding block 43 is sleeved on baffle
It horizontally slips in fixed pole 41 and along baffle fixed link 41, in the quantity of the lateral side baffle 44 and each baffle fixed link 41
43 quantity of baffle sliding block is equal, and each lateral side baffle 44 is fixed by screws in two of same position in two baffle fixed links 41
On a baffle sliding block 43, the direction of motion that lateral side baffle 44 is parallel to polybag is vertically arranged, and lateral side baffle 44 is with baffle sliding block
43 horizontally slip in baffle fixed link 41；Lateral side baffle 44 is arranged in charging conduit module 5 and will be total in charging conduit module 5
Charging conduit is separated into multiple blankings and divides slot.
Lamp holder and reflectoscope are additionally provided in the shunting damper modules 4, lamp holder is installed therein a baffle sliding block 43
On, there is U-type groove on lamp holder, lamp holder is sleeved on baffle sliding block 43 by U-type groove and as baffle sliding block 43 is in baffle fixed link
It horizontally slips on 41；Reflectoscope is mounted on lamp holder, provides reflection light to the sensor of charging conduit module 5.
The charging conduit module 5 includes sensor, front striker plate 51, bottom backgauge module 52 and rear backgauge module
53；The front striker plate 51, bottom backgauge module 52 and rear backgauge module 53 collectively form total charging conduit；The sensor
It is mounted on whole frame 1 by mounting frame for sensor, inside sensor head face charging conduit module 5, sensor is used for
Detection exports the quantity for dropping into the polybag in charging conduit module 5 by conveyer belt 29；The sensor detection polybag
The quantity information of polybag is transferred to controller after quantity, so that the material blocking rod 610 for controlling reciprocal pusher bar module 6 stretches out
Carry out backgauge；The lower section of 29 end of conveyer belt is arranged in the front striker plate 51, and front striker plate 51 is perpendicular to polybag
The direction of motion is fixed on vertically on whole frame 1；The rear backgauge module 53 include backgauge sliding rail 531, fixed bracket 532,
Round bar 533, curved bar 534, rear striker plate 535 and rear backgauge sliding block 536, the backgauge sliding rail 531 are provided with bilateral symmetry
Two, two backgauge sliding rails 531 are separately positioned on the whole frame 1 at left and right sides of 29 end of conveyer belt, and two backgauges
Sliding rail 531 is parallel to the direction of motion setting of polybag, is respectively installed with a fixed bracket 532 on two backgauge sliding rails 531,
Each 532 bottom of fixed bracket is provided with the sliding slot matched with backgauge sliding rail 531, and fixed bracket 532 is set with by sliding slot
The linear slide on backgauge sliding rail 531 and on backgauge sliding rail 531, the both ends of round bar 533 respectively with two fixed brackets 532
It is fixedly connected；Rear backgauge sliding block 536 is set on the round bar 533, rear striker plate 535 is fixed on rear backgauge sliding block
On 536, rear striker plate 535 is adjusted on round bar 533 in the position on round bar 533 by adjusting rear backgauge sliding block 536
Position；One end of the curved bar 534 is fixedly connected on round bar 533, the other end of curved bar 534 and reciprocal pusher bar module 6
It is fixedly connected and follows reciprocal pusher bar module 6 is whole to be moved；The rear striker plate 535 of charging conduit module 5 is with past
Multiple pusher bar module 6 moves together, to change the length of charging conduit in charging conduit module 5；The bottom backgauge module 52
Including horizontal connecting plate 521, vertical gripper shoe 522, bottom plate 523 and backgauge telescopic cylinder 524, vertical gripper shoe 522 is provided with
Muti-piece and all vertical gripper shoes 522 are vertically installed on bottom plate 523, the vertical gripper shoe 522 be parallel to each other and
Equidistant installation；Backgauge telescopic cylinder 524 is vertically-mounted and the bottom of backgauge telescopic cylinder 524 is on whole frame 1, and backgauge is stretched
The head of contracting cylinder 524 is fixedly connected with horizontal connecting plate 521, and horizontal connecting plate 521 is mounted on the bottom of bottom plate 523, backgauge
Bottom plate 523 and vertical gripper shoe 522 is driven to move up and down when telescopic cylinder 524 moves.
There are two the backgauge telescopic cylinder 524 and horizontal connecting plate 521 are respectively provided with, two backgauge telescopic cylinders 524 divide
It is not arranged at left and right sides of the bottom of bottom plate 523.
Hollow out square hole there are two being respectively provided in every piece of vertical gripper shoe 522.
Always one more than the quantity of rear striker plate 535, side is kept off for the lateral side baffle 44, the quantity of baffle sliding block 43
The polybag that the quantity of plate 44, baffle sliding block 43 and rear striker plate 535 completes production according to the Bag Making Machine of a upper procedure
The columns for be cut into after horizontal and vertical cutting polybag is changed, and particular number is according to the bag making of previous procedure
The type of machine determines that quantity is 2~10.
The reciprocal pusher bar module 6 include pusher bar portion chassis 601, locking handwheel 602, push rod sliding rail 603,
Striker plate 604, buffer 605, buffer board 606, pinion gear 607, pusher cylinder 609, material blocking rod 610, short tooth item 611, canine tooth
Wheel 608, long rack gear 612, short tooth sliding rail 619, long rack gear sliding rail 613, driven wheel of differential 614, lead screw mould group 615, pusher gear
Bar sliding block 616, pusher bar sliding rail 617, gear shaft 618 and rotation hand wheel module, pusher bar sliding block 616 are bolted
In 601 bottom of pusher bar portion chassis, pusher bar portion chassis 601 is sleeved on by pusher bar sliding block 616 and is parallel to
On the pusher bar sliding rail 617 of polybag moving direction setting, 601 bottom of pusher bar portion chassis passes through lead screw mould group 615
It is fixed on whole frame 1, drives pusher bar portion chassis 601 in pusher bar sliding rail 617 when lead screw mould group 615 moves
Upper linear motion；The handwheel frame 620 protruded to two sides is provided on the pusher bar portion chassis 601, locking handwheel 602 is pacified
On handwheel frame 620, pusher bar portion chassis 601 is fixed on whole by the locking handwheel 602 tightened on handwheel frame 620
In body rack 1, realize that pusher bar portion chassis 601 keeps the locking of relative position；On the pusher bar portion chassis 601
It is fixed with long rack gear sliding rail 613 and short tooth sliding rail 619, the cunning that long rack gear sliding rail 613 matches is provided on long rack gear 612
Slot, long rack gear 612 is sleeved on long rack gear sliding rail 613 by the sliding slot matched with long rack gear sliding rail 613, on short tooth item 611
It is provided with the sliding slot that short tooth sliding rail 619 matches, short tooth item 611 is set with by the sliding slot matched with short tooth sliding rail 619
On short tooth sliding rail 619；The short tooth item 611 is engaged with pinion gear 607, and the long rack gear 612 is engaged with gear wheel 608,
Pinion gear 607 and gear wheel 608 are fixed on same root gear shaft 618 by holding screw, and gear shaft 618 passes through two axis
Seat is held to be fixed on pusher bar portion chassis 601；The pusher cylinder 609 is fixed on pusher bar portion chassis 601, is pushed away
Expect that the cylinder head of cylinder 609 connects short tooth item 611 by charging ram 621, passes through charging ram after the ventilation movement of pusher cylinder 609
621 drive short tooth item 611 to move along a straight line along short tooth sliding rail 619, so that pinion gear 607 and gear wheel 608 be driven to turn together
It is dynamic, and then the long rack gear 612 being meshed with gear wheel 608 is driven to move along a straight line along long rack gear sliding rail 613；The striker plate 604
Fixed by screw and long rack gear 612, striker plate 604 is fixed by screws on push rod sliding rail 603, push rod sliding rail 603 and solid
The push rod draw runner being scheduled on pusher bar portion chassis 601 matches, drive when long rack gear 612 is moved along long rack gear sliding rail 613
Striker plate 604 and push rod sliding rail 603 move along a straight line along push rod draw runner；More spaced sets are provided on the striker plate 604
Material blocking rod 610, material blocking rod 610 is parallel to the direction of motion setting of polybag, sets on the front striker plate 51 of charging conduit module 5
It is equipped with the through-hole passed through for all material blocking rods 610；The lead screw end of the lead screw mould group 615 is connected with driven wheel of differential 614, rotation
Change hands wheel module connection driven wheel of differential 614 and by driving the movement of driven wheel of differential 614 to drive the fortune of lead screw mould group 615
It is dynamic；The rotation hand wheel module includes drive bevel gear 622, handwheel fixing seat 623, rotation hand wheel 624 and rotating bar 625, is turned
Lever 625 is mounted on whole frame 1 by two handwheel fixing seats 623, and rotating bar 625 passes through in handwheel fixing seat 623
Bearing block is constrained, and drive bevel gear 622 is fixed on one end of rotating bar 625 by holding screw, and rotation hand wheel 624 is solid
It is scheduled on the other end of rotating bar 625, drives drive bevel gear 622 to rotate by hand shaken rotation hand wheel 624, with initiative taper
The driven wheel of differential 614 that gear 622 engages rotates, so that reciprocal pusher bar module 6 is driven to move integrally, the pusher
The buffer board 606 perpendicular to the setting of long rack gear 612 is additionally provided on bar portion chassis 601, the bottom of buffer 605 is fixed
On buffer board 606, buffer 605 is arranged perpendicular to buffer board 606 and the head face striker plate 604 of buffer 605.
Above-described embodiment is the preferred embodiment of the utility model, is not the limit to technical solutions of the utility model
System, as long as being regarded as falling into without the technical solution that creative work can be realized on the basis of the above embodiments
In the rights protection scope of the utility model patent.
Claims (8)
1. the automatic feed dividing blanking mechanism of polybag banding mechanism, it is characterised in that: including whole frame (1), shunting baffle mould
Charging conduit module (5) is separated by block (4), charging conduit module (5) and reciprocal pusher bar module (6), shunting damper modules (4)
Multiple blankings divide slot, to carry out the multiple row polybag interior stacking of charging conduit module (5) simultaneously；The reciprocal pusher bar module
(6) it is arranged in the side of charging conduit module (5), and the material blocking rod (610) of reciprocal pusher bar module (6) is arranged in blanking channel mould
The middle and upper part of block (5), when the polybag in charging conduit module (5) is stacked into specified quantity N, reciprocal pusher bar module (6)
Continue to fall into total charging conduit by total charging conduit inner barrier polybag that material blocking rod (610) is extend into charging conduit module (5)
Portion is deposited in N number of polybag inside total charging conduit and is shifted in the bottom of charging conduit module (5), charging conduit module (5) bottom
Material blocking rod (610) extraction from charging conduit module (5) of reciprocal pusher bar module (6) after N number of polybag transfer in portion,
The polybag accumulated above material blocking rod (610) is again introduced into charging conduit module (5), to carry out the heap of next group polybag
It is folded.
2. the automatic feed dividing blanking mechanism of polybag banding mechanism according to claim 1, it is characterised in that: the shunting
Damper modules (4) include that baffle mounting rack, baffle fixing seat (42), lateral side baffle (44), baffle sliding block (43) and baffle are fixed
Bar (41), the baffle fixed link (41) is provided with two and every baffle fixed link (41) is each perpendicular to the movement side of polybag
To setting, the both ends of every baffle fixed link (41) are installed in the center of a baffle fixing seat (42), each baffle
Fixing seat (42) is mounted on whole frame (1) by a baffle mounting rack, two baffle fixed links (41) across
The top of delivery module (2) is fed, is provided with multiple baffle sliding blocks (43), baffle sliding block on every baffle fixed link (41)
(43) it is sleeved on baffle fixed link (41) and horizontally slips along baffle fixed link (41), the quantity of the lateral side baffle (44)
Equal with baffle sliding block (43) quantity on each baffle fixed link (41), each lateral side baffle (44) is fixed by screws in two
In root baffle fixed link (41) on two baffle sliding blocks (43) of same position, lateral side baffle (44) is parallel to the movement of polybag
Direction is vertically arranged, and lateral side baffle (44) horizontally slips on baffle fixed link (41) with baffle sliding block (43)；Lateral side baffle
(44) it is arranged in charging conduit module (5) and total charging conduit in charging conduit module (5) is separated into multiple blankings and divides slot.
3. the automatic feed dividing blanking mechanism of polybag banding mechanism according to claim 2, it is characterised in that: the shunting
Lamp holder and reflectoscope are additionally provided in damper modules (4), lamp holder is installed therein on a baffle sliding block (43), there is U on lamp holder
Type groove, lamp holder are sleeved on baffle sliding block (43) by U-type groove and as baffle sliding block (43) are left on baffle fixed link (41)
Right sliding；Reflectoscope is mounted on lamp holder, provides reflection light to the sensor of charging conduit module (5).
4. the automatic feed dividing blanking mechanism of polybag banding mechanism according to claim 1, it is characterised in that: the blanking
Channel mould block (5) includes sensor, front striker plate (51), bottom backgauge module (52) and rear backgauge module (53)；Before described
Square striker plate (51), bottom backgauge module (52) and rear backgauge module (53) collectively form total charging conduit；The sensor is logical
It crosses mounting frame for sensor to be mounted on whole frame (1), sensor head face charging conduit module (5) is internal, and sensor is used
The quantity of the polybag in charging conduit module (5) is dropped by conveyer belt (29) outlet in detection；The sensor detection modeling
The quantity information of polybag is transferred to controller after the quantity of material bag, to control the backgauge of reciprocal pusher bar module (6)
Bar (610), which stretches out, carries out backgauge；The front striker plate (51) is arranged in the lower section of conveyer belt (29) end, front striker plate
(51) it is fixed on whole frame (1) vertically perpendicular to the direction of motion of polybag；The rear backgauge module (53) includes gear
Expect sliding rail (531), fixed bracket (532), round bar (533), curved bar (534), rear striker plate (535) and rear backgauge sliding block
(536), the backgauge sliding rail (531) is provided with symmetrical two, and two backgauge sliding rails (531) are separately positioned on conveyer belt
(29) on the whole frame at left and right sides of end (1), and the direction of motion that two backgauge sliding rails (531) are parallel to polybag is set
It sets, a fixed bracket (532) is respectively installed on two backgauge sliding rails (531), each fixed bracket (532) bottom is respectively provided with
Have a sliding slot matched with backgauge sliding rail (531), fixed bracket (532) be sleeved on backgauge sliding rail (531) by sliding slot and
Linear slide on backgauge sliding rail (531), the both ends of round bar (533) are fixedly connected with two fixed brackets (532) respectively；The circle
Rear backgauge sliding block (536) is set on bar (533), rear striker plate (535) is fixed on rear backgauge sliding block (536), is led to
It crosses adjustment rear backgauge sliding block (536) and adjusts rear striker plate (535) on round bar (533) in the position on round bar (533)
Position；One end of the curved bar (534) is fixedly connected on round bar (533), the other end of curved bar (534) and reciprocal pusher bar
Module (6) is fixedly connected and reciprocal pusher bar module (6) is followed integrally to be moved；The rear backgauge of charging conduit module (5)
Plate (535) moves together with reciprocal pusher bar module (6), to change the length of charging conduit in charging conduit module (5)；Institute
Stating bottom backgauge module (52) includes horizontal connecting plate (521), vertical gripper shoe (522), bottom plate (523) and backgauge telescopic cylinder
(524), vertical gripper shoe (522) is provided with muti-piece and all vertical gripper shoes (522) are vertically installed at bottom plate (523)
On, the vertical gripper shoe (522) is parallel to each other and equidistantly installs；Backgauge telescopic cylinder (524) is vertically-mounted and backgauge
On whole frame (1), the head and horizontal connecting plate (521) of backgauge telescopic cylinder (524) are solid for the bottom of telescopic cylinder (524)
Fixed connection, horizontal connecting plate (521) are mounted on the bottom of bottom plate (523), and backgauge telescopic cylinder (524) drives bottom plate when moving
(523) and vertical gripper shoe (522) moves up and down.
5. the automatic feed dividing blanking mechanism of polybag banding mechanism according to claim 4, it is characterised in that: the backgauge
There are two telescopic cylinder (524) and horizontal connecting plate (521) are respectively provided with, two backgauge telescopic cylinders (524) are separately positioned on bottom
At left and right sides of the bottom of plate (523).
6. the automatic feed dividing blanking mechanism of polybag banding mechanism according to claim 4, it is characterised in that: described in every piece
Hollow out square hole there are two being respectively provided in vertical gripper shoe (522).
7. the automatic feed dividing blanking mechanism of polybag banding mechanism according to claim 2, it is characterised in that: the side
Baffle (44), the quantity of baffle sliding block (43) are one more than the quantity of rear striker plate (535) always, lateral side baffle (44), gear
The quantity of plate sliding block (43) and rear striker plate (535) is carried out according to the polybag that the Bag Making Machine of a upper procedure completes production
The columns that polybag is cut into after horizontal and vertical cutting is changed, and particular number is according to the Bag Making Machine of previous procedure
Type determines that quantity is 2~10.
8. the automatic feed dividing blanking mechanism of polybag banding mechanism according to claim 1, it is characterised in that: described reciprocal
Pusher bar module (6) includes pusher bar portion chassis (601), locking handwheel (602), push rod sliding rail (603), striker plate
(604), buffer (605), buffer board (606), pinion gear (607), pusher cylinder (609), material blocking rod (610), short tooth item
(611), gear wheel (608), long rack gear (612), short tooth sliding rail (619), long rack gear sliding rail (613), driven wheel of differential
(614), lead screw mould group (615), pusher bar sliding block (616), pusher bar sliding rail (617), gear shaft (618) and rotation hand wheel
Module, pusher bar sliding block (616) are bolted on pusher bar portion chassis (601) bottom, pusher bar part machine
Frame (601) is sleeved on the pusher bar sliding rail (617) for being parallel to the setting of polybag moving direction by pusher bar sliding block (616)
On, pusher bar portion chassis (601) bottom is fixed on whole frame (1) by lead screw mould group (615), lead screw mould group
(615) pusher bar portion chassis (601) are driven to move along a straight line on pusher bar sliding rail (617) when moving；The pusher gear
The handwheel frame (620) protruded to two sides is provided on bar portion subsystem frame (601), locking handwheel (602) is mounted on handwheel frame (620)
On, pusher bar portion chassis (601) is fixed on whole frame (1) by the locking handwheel (602) tightened on handwheel frame (620)
On, realize that pusher bar portion chassis (601) keep the locking of relative position；It is solid on the pusher bar portion chassis (601)
Surely there are long rack gear sliding rail (613) and short tooth sliding rail (619), long rack gear sliding rail (613) is provided on long rack gear (612) and is matched
Sliding slot, long rack gear (612) is sleeved on long rack gear sliding rail (613) by the sliding slot matched with long rack gear sliding rail (613), short
Be provided with the sliding slot that short tooth sliding rail (619) matches on rack gear (611), short tooth item (611) by with short tooth sliding rail (619)
The sliding slot matched is sleeved on short tooth sliding rail (619)；The short tooth item (611) is engaged with pinion gear (607), the long tooth
Item (612) is engaged with gear wheel (608), and pinion gear (607) and gear wheel (608) are fixed on same rooted tooth by holding screw
On wheel shaft (618), gear shaft (618) is fixed on pusher bar portion chassis (601) by two bearing blocks；The pusher gas
Cylinder (609) is fixed on pusher bar portion chassis (601), and the cylinder head of pusher cylinder (609) is connected by charging ram (621)
Short tooth item (611) drives short tooth item (611) along short tooth sliding rail after pusher cylinder (609) ventilation movement by charging ram (621)
(619) it moves along a straight line, so that pinion gear (607) and gear wheel (608) be driven to rotate together, and then drives and gear wheel (608)
The long rack gear (612) being meshed moves along a straight line along long rack gear sliding rail (613)；The striker plate (604) passes through screw and long rack gear
(612) fixed, striker plate (604) is fixed by screws on push rod sliding rail (603), push rod sliding rail (603) and is fixed on pusher
Push rod draw runner on bar portion chassis (601) matches, and gear is driven when long rack gear (612) moves along long rack gear sliding rail (613)
Flitch (604) and push rod sliding rail (603) move along a straight line along push rod draw runner；More are provided on the striker plate (604) equidistantly
The material blocking rod (610) of setting, material blocking rod (610) are parallel to the direction of motion setting of polybag, the front gear of charging conduit module (5)
The through-hole passed through for all material blocking rods (610) is provided on flitch (51)；The lead screw end of the lead screw mould group (615) is connected with
Driven wheel of differential (614), rotation hand wheel module connect driven wheel of differential (614) and the fortune by driving driven wheel of differential (614)
The dynamic movement for driving lead screw mould group (615)；The rotation hand wheel module includes drive bevel gear (622), handwheel fixing seat
(623), rotation hand wheel (624) and rotating bar (625), rotating bar (625) are mounted on entirety by two handwheel fixing seats (623)
In rack (1), rotating bar (625) is constrained by the bearing block on handwheel fixing seat (623), and drive bevel gear (622) is logical
One end that holding screw is fixed on rotating bar (625) is crossed, rotation hand wheel (624) is fixed on the other end of rotating bar (625), passes through
Hand shaken rotation hand wheel (624) drives drive bevel gear (622) rotation, the slave mantle tooth engaged with drive bevel gear (622)
Wheel (614) rotates, so that reciprocal pusher bar module (6) is driven to move integrally, the pusher bar portion chassis (601)
On be additionally provided with perpendicular to long rack gear (612) setting buffer board (606), the bottom of buffer (605) is fixed on buffer board
(606) on, buffer (605) is arranged perpendicular to buffer board (606) and the head face striker plate (604) of buffer (605).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820894302.1U CN208882171U (en) | 2018-06-11 | 2018-06-11 | The automatic feed dividing blanking mechanism of polybag banding mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820894302.1U CN208882171U (en) | 2018-06-11 | 2018-06-11 | The automatic feed dividing blanking mechanism of polybag banding mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208882171U true CN208882171U (en) | 2019-05-21 |
Family
ID=66505361
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820894302.1U Active CN208882171U (en) | 2018-06-11 | 2018-06-11 | The automatic feed dividing blanking mechanism of polybag banding mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208882171U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110077647A (en) * | 2019-05-31 | 2019-08-02 | 河南工业大学 | Novel blanking device for filling |
| WO2020253088A1 (en) * | 2019-06-18 | 2020-12-24 | 冉浩 | Separating and limiting apparatus capable of automatically adjusting distance |
-
2018
- 2018-06-11 CN CN201820894302.1U patent/CN208882171U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110077647A (en) * | 2019-05-31 | 2019-08-02 | 河南工业大学 | Novel blanking device for filling |
| CN110077647B (en) * | 2019-05-31 | 2024-04-05 | 河南工业大学 | Novel blanking and filling device |
| WO2020253088A1 (en) * | 2019-06-18 | 2020-12-24 | 冉浩 | Separating and limiting apparatus capable of automatically adjusting distance |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108545237B (en) | High-speed intelligent plastic bag sorting and bundling mechanism | |
| CN108995850B (en) | Plastic bag bundling device | |
| CN108639425B (en) | High-speed intelligent packaging bag tidying and bundling machine | |
| CN1061619C (en) | Packaging machine for multi-packs | |
| CN108773535B (en) | High-speed intelligent identification reason bag machine | |
| CN201154854Y (en) | Paper box automatic paging apparatus | |
| CN208882171U (en) | The automatic feed dividing blanking mechanism of polybag banding mechanism | |
| CN203211564U (en) | Bag feeding pillow type packaging machine | |
| CN103241409A (en) | Bag-feeding pillow type packaging machine | |
| CN108945577A (en) | A kind of continuous polybag strapper of high speed | |
| CN209112551U (en) | Packaging bag high speed reason bag machine | |
| CN208882172U (en) | Bundling device for plastic bags | |
| CN207015653U (en) | One kind points packing machine discharging delivery device | |
| CN112793835A (en) | Cell-phone carton packing machine with direction and safeguard function | |
| CN1693142A (en) | Dual-line packing machine able to automatically making bags and filling material in bag | |
| CN208882170U (en) | High-speed intelligent polybag arranges banding mechanism | |
| CN208915520U (en) | Bag strapper is managed in high-speed intelligent packaging bag | |
| CN107839916A (en) | For assembling the digital-control packing machine of pump head and bottle automatically | |
| CN218174631U (en) | Bottle separating device on filling line | |
| CN207467089U (en) | A kind of secondary sack-filling device for being suitable for a variety of empty bag specifications | |
| CN209112552U (en) | High-speed intelligent identification reason bag machine | |
| CN206939169U (en) | Two axial coordinate robots vanning unit | |
| CN2801642Y (en) | Double-row automatic bag making filling and packaging machine | |
| CN210555779U (en) | Equipment for automatically arranging and boxing bottles and cans | |
| CN211310040U (en) | Clamping and separating device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| IP01 | Partial invalidation of patent right | ||
| IP01 | Partial invalidation of patent right |
Commission number: 5W118765 Conclusion of examination: Declare claims 1, 2 and 7 of utility model no. 201820894302.1 invalid, and continue to maintain the validity of the patent on the basis of claims 3-6 and 8 Decision date of declaring invalidation: 20210105 Decision number of declaring invalidation: 46626 Denomination of utility model: Automatic material distribution and blanking mechanism of plastic bag binding mechanism Granted publication date: 20190521 Patentee: ZHEJIANG CHUANGPAI INTELLIGENT TECHNOLOGY Co.,Ltd. |