CN206720432U - A kind of cardboard collects machine - Google Patents

Abstract

It the utility model is related to cardboard and collect machine, including first and second live-roller；Annular driving band, wherein first and second live-roller, along the horizontal-extending setting in direction that cardboard is transmitted perpendicular to annular driving band, annular driving band includes a plurality of first annular dividing strip being spaced apart along first and second live-roller length direction；Conveyer also includes first and second pressure roller of the top between first and second live-roller；Annular pressure zone, wherein the first live-roller and the first pressure roller are rotated such that cardboard moving along direction of transfer in opposite directions, annular pressure zone includes a plurality of second annular and separation band being spaced apart along first and second pressure roller length direction, it is arranged in parallel between first and second annular and separation band, and form transfer passage, the Height Adjustable setting of the transfer passage.The utility model is clamped in by a plurality of annular and separation band being correspondingly arranged up and down folds the top and bottom for setting cardboard successively so that for cardboard relative to smoothly moving, cost is low, and transmission efficiency is high.

Description

A kind of cardboard collects machine

Technical field

It the utility model is related to a kind of cardboard and collect machine.

Background technology

Cardboard is collected, and it mainly steadily conveys the cardboard exported from transverse cutting unit, then neat pile, after being easy to Continuous packaging operation, therefore, cardboard collect machine and generally comprise conveyer, pressing device, are easy to the folded hay stacker set of cardboard, Wherein, conveyer includes transfer roller, the conveyer belt that is set on transfer roller along extending laterally and positioned at both ends.

Although above-mentioned conveyer can complete the conveying of cardboard, once fed distance is long, it is present Following defect：

1), conveyer belt tension, cardboard easily skid.

2), conveyer belt is excessively loose, and cardboard can be with the bounce of conveyer belt, and produces and stir up and down, therefore, in transmission V belt translation During, it is very unstable, cause the partial-length that adjacent two blocks of cardboards mutually overlap to differ, and then cause from conveyer It is different to pass out the position of cardboard, is also unfavorable for the progress that follow-up pile neatly works.

3), the setting of block transfer band, maintenance, cost of upkeep are higher.

Meanwhile in the course of conveying of cardboard, the active force between cardboard and cardboard and between cardboard and conveyer belt is all It is to be positioned on the conveyor belt by deadweight, once but conveyer belt excessive velocities, its driving force to cardboard are more than cardboard and conveying Band between frictional force when, cardboard will skid on the conveyor belt, directly affects the efficiency that cardboard is collected, and of a serious nature Can also cause conveying chaotic, cardboard is easily packed together, and the conveyer belt of paper loading plate carrys out greatly inconvenience.

At present, for drawbacks described above, most of producer is provided with pressing device above cardboard, and the pressing device includes both ends Portion, which is erected at, to be collected on frame and is distributed along perpendicular to the horizontal-extending cross bar of cardboard conveying direction, along the length direction of cross bar Multiple press strips that can be pressed on cardboard, the connecting portion that wherein press strip includes being connected with cross bar, the pressure that is pressed on cardboard Conjunction portion, what connecting portion can rotate is arranged on cross bar, and nip portion freely can be pressed on cardboard, therefore, passes through press strip Increase pressure so that the frictional force increase between cardboard and cardboard, cardboard and conveyer belt, accumulation is skidded or reduce so as to reduce Possibility.

However, above-mentioned pressing device its obvious substantive defect be present：The pressure that is there is provided by press strip is constant, Position is also fixed simultaneously, and when the excessive velocities or calliper and size of conveyer belt change, it can not be according to reality The demand on border is reasonably adjusted, and causes unicity on be present.

Meanwhile above-mentioned hay stacker includes being arranged on the stacking frame of the output end of sheet feeder, is arranged on institute That states stacking frame opposite side leans on screen, after cardboard is output, is superimposed and is resisted against from a side by screen piecewise.

However, in practical operation, because the cardboard speed of sheet feeder output is difficult equilibrium, outer side edges are caused to go out Existing level is uneven (along cardboard moving direction both sides), highly larger after folded set, and its crank, easily caves in, so as to The transfer of inconvenient cardboard.

The content of the invention

Technical problem to be solved in the utility model is overcome the deficiencies in the prior art, there is provided a kind of improved cardboard is received Take machine.On the one hand this, which collects machine, can adjust frictional force between cardboard and cardboard and cardboard and conveyer belt, prevent cardboard defeated Send and take skidding, be easy to cardboard to fold successively and set, reduce the phenomenon accumulated in cardboard course of conveying and occur, while press strip can also be adjusted Position, meet different size cardboards compression requirement, it is practical；On the other hand on the premise of ensuring continuously to cut, energy Enough according to carton package quantity, cardboard is segmented (in batches) transmission, very convenient follow-up stacking and packing work.

To solve above technical problem, the utility model adopts the following technical scheme that：

A kind of cardboard collects machine, and it includes

Collect frame；

Conveyer, including the multiple delivery units being mutually connected successively along cardboard conveying direction；

Counting device, it is used for counting and cuts back cardboard quantity；

Pressing device, including both ends are erected at and collected on frame and along perpendicular to the horizontal-extending horizontal stroke of cardboard conveying direction Bar, the multiple compression bars that can be pressed on cardboard being distributed along the length direction of the cross bar；

Hay stacker, including it is arranged on the stacking frame of the output end of cardboard conveyer, by screen；

Central control system；

Particularly, at least one in multiple delivery units can accelerate to set moment, and carton package institute is completed when counting When needing quantity, central control system assigns moment assisted instruction to delivery unit, by the cardboard continuously cut in delivery unit in batches Secondary setting,

The both ends of cross bar are rotatably arranged at respectively collects on frame, pressing device also include be fixedly installed on cross bar and The sliding sleeve of setting corresponding with compression bar, for driving cross bar around the drive mechanism of own axis, wherein sliding sleeve prolongs Stretch direction and intersect setting with cardboard conveying direction, slidable adjustment is arranged in sliding sleeve compression bar from top to bottom, under compression bar End is towards the end of cardboard conveying direction and is pressed on cardboard, and when cross bar rotates, the bearing of trend and cardboard of sliding sleeve are defeated Send the variable angle in direction so that the bottom of compression bar downwards compresses cardboard or is lifted up adjustment being applied to cardboard Pressure.

Preferably, the variable angle scope of the bearing of trend of sliding sleeve and cardboard conveying direction for 30~90 ° wherein when.Sliding sleeve Bearing of trend and cardboard conveying direction between angle when being 45 °, be optimal.

According to one of the present utility model specific implementation and preferred aspect, drive mechanism includes being located at cross bar one end and set The body that is located on cross bar, the drive rod upwardly extended from body periphery, for driving drive rod to be rotated around cross bar center line Transmission component.

Preferably, transmission component include along cardboard conveying direction set rack, can be along the length direction of rack Rotate the gear being arranged on rack, for gear is connected with drive rod idler arm, for limiting the gear position The locating part put.

Further, the guide and limit groove extended along rack length direction, transmission component are provided with the side for collecting frame Also include passing for the drive shaft of gear and collect the sliding block being arranged in guide and limit groove that outside frame and can be slided, be arranged on drive The wheel disc of moving axis outer end.

According to another specific implementation of the present utility model and preferred aspect, drive mechanism has two groups, and respectively positioned at horizontal stroke The both ends of bar, two gears transfer connection by power transmission shaft, and are provided with axle sleeve in power transmission shaft periphery.

Preferably, idler arm one end is arranged on axle sleeve, the other end is connected on drive rod.

Specifically, idler arm is extension spring.So that compression bar keeps compressing the trend of cardboard, when pressing plate changes, additionally it is possible to Voluntarily adjust pressure of the compression bar to pressing plate.

Preferably, locating part setting parallel with rack, and be expansion link, the one end of the expansion link, which is arranged on, collects frame Upper, the other end is connected on axle sleeve.The type of drive of expansion link includes electronic, pneumatic or hydraulic pressure.

In addition, being provided with the cunning chamber extended along its own length direction in the middle part of sliding sleeve, compression bar can be along the extension of sliding chamber Direction movement regulation is set, and pressing device also includes being threadedly coupled with sliding sleeve and can contradicting the clamping screw on compression bar.

According to another specific implementation of the present utility model and preferred aspect, hay stacker also includes being located at the phase by screen Side where cardboard corresponding to it can be clapped neat driving list by offside to the clappers moved horizontally by screen, for driving to have the final say Member, cardboard can be measured positioned at cardboard above it is superimposed the monitoring unit of number of times and the information of monitoring unit can be received And the processor shown, wherein having the final say with being be arranged in parallel by screen, after the cardboard stacking fold that processor is shown is less than cutting When cardboard counts, alert messages are sent.

Preferably, driver element include horizontally disposed first expansion link, positioned at the first expansion link retractable ends electricity Magnetic coil, both ends are separately fixed at magnet coil and clappers above and horizontally disposed elastic component, wherein clappers can be by electromagnetism Coil adsorbs, and after magnet coil is powered, adsorbs clappers back compression elastic piece；After magnet coil dead electricity, elastic component recovers Deformation, clappers are clapped to the side of cardboard.

Specifically, the type of drive of the first expansion link is electronic, hydraulic pressure or pneumatic；Elastic component is spring, and has more, And circumferentially it is uniformly distributed around the end face of magnet coil so that the motion of clappers is more steady.

Further, driver element also includes that positioned at the side of the first expansion link retractable ends magnet coil position can be detected The sensor put, when sensor sensing to magnet coil reaches specified location, the first expansion link stops stretching, and magnet coil is opened Begin energization and dead electricity.

According to one of the present utility model specific implementation and preferred aspect, monitoring unit include above the cardboard and along The cross bar horizontal-extending perpendicular to clappers moving direction；The axle sleeve being set on cross bar that can be rotated；One end is fixedly connected On axle sleeve, the other end can freely be pressed on press strip on cardboard；And it can be drawn with axle sleeve rotational angle The counting device of the cardboard number of plies.

Preferably, counting device include on fixed setting cross bar and the dial disc of center line and cross bar centerline collineation, The pointer and counter being fixedly installed on axle sleeve, after pointer often rotates an angle, rolling counters forward once, until After a collection of cardboard pile terminates, number that counter adds up is equal to when cutting back cardboard and counting, and processor is in normal condition.

Further, the avoidance breach extended along cardboard stacked direction is offered on by screen, press strip bottom is lived Dynamic being arranged on is avoided in breach, and when the cardboard stacking fold that processor is shown, which is equal to, cuts back cardboard counting, press strip contradicts In the top sidewall for avoiding breach.Many-side carries out checking counting, it is ensured that the cardboard after packing will not lack or put more, directly It is associated with the image of enterprise.

According to one of the present utility model specific implementation and preferred aspect, stacking frame includes the biography along sheet feeder Transfer plate direction extends and more poles of upper surface flush, the more spaced settings of pole, it is remote to be located at pole by screen The end of sheet feeder, the more transmission that pile transporter also includes setting with more pole sequences and top surface flushes Roller, for driving more poles to be moved along vertical direction and making it higher than or less than more delivery rolls form the drive of conveyor surface Motivation structure.

Preferably, delivery roll and pole are arranged in parallel.

According to another specific implementation of the present utility model and preferred aspect, anti-skid bulge portion is provided with delivery roll.

Preferably, anti-skid bulge portion is distributed in section, and is distributed along the length direction uniform intervals of delivery roll.

Specifically, anti-skid bulge portion includes being set in body, the raised line being arranged on body of delivery roll periphery, the raised line Extend along the length direction of delivery roll.

Or anti-skid bulge portion include being set in the body of delivery roll periphery, be arranged on body it is raised, its protrusions around The circumference for body is uniformly distributed.

According to another specific implementation of the present utility model and preferred aspect, drive mechanism includes being located at every pole respectively The flexible sliding sleeve at both ends and the actuator for driving flexible sliding sleeve synchronization telescope, wherein under the flexible sliding sleeve includes Body, upper sleeve body that can be under being arranged on of relative telescopic in body.

Preferably, actuator includes being used for the two upper sleeve body phases that will be connected on same root pole below delivery roll The connecting rod of connection, positioned at each connecting rod bottom and the second expansion link that can stretch up and down.

Specifically, the second expansion link is located at the middle part of connecting rod, and the type of drive of the second expansion link to be electronic, pneumatic or Hydraulic-driven.

Meanwhile connecting rod setting parallel with pole, pile transporter also include being used for by positioned at the upper sleeve body of homonymy The gag lever post being connected, when cardboard is in pile, gag lever post is contradicted in the bottom of delivery roll, the second expansion link stop motion.No Position-limiting action is only played, while also enhances the intensity of stacking frame.

According to another specific implementation of the utility model and preferred aspect, between multiple delivery units by around from The undertaking roller that body axis direction rotates mutually is connected, and each delivery unit includes the first live-roller and second positioned at both ends Live-roller, be set in first live-roller with second live-roller and the annular driving band that is mutually connected, it is described Pressing device is pressed on the endless drive band, wherein first live-roller and the second live-roller are along perpendicular to the ring Shape transmission belt transmits the horizontal-extending setting in direction of cardboard, and described annular driving band is included along first live-roller and institute State a plurality of first annular dividing strip that the second live-roller length direction is spaced apart and top surface and bottom surface flush；Positioned at last The individual delivery unit also includes first of the top between corresponding first live-roller and second live-roller Pressure roller and the second pressure roller, be set in first pressure roller with second pressure roller and the annular pressure zone that is mutually connected, it is described It is arranged in parallel between first pressure roller, the second pressure roller, the first live-roller and the second live-roller, the first described live-roller and institute The first pressure roller stated rotates in opposite directions, and to cause cardboard to be moved along direction of transfer, described annular pressure zone is included along described the The a plurality of second annular and separation band that one pressure roller and the second pressure roller length direction are spaced apart and top surface and bottom surface flush, institute It is arranged in parallel between the first annular dividing strip and the second annular and separation band stated, and transfer passage is formed, it is described defeated Setting can be adjusted according to the thickness of the cardboard by sending the height of passage.

Preferably, first annular dividing strip and the second annular and separation band sequence are set.Ensure the stable holding of cardboard.

Further, it is provided with anti-skid bulge portion in the periphery of every first annular dividing strip and the second annular and separation band.Just In the movement of cardboard, transfer efficiency is improved.

According to one of the present utility model specific implementation and preferred aspect, anti-skid bulge portion is respectively along first annular separation The width of band and the second annular and separation band extends, in strip.

Preferably, the anti-skid bulge portion on first annular dividing strip is anti-skidding convex on the second annular and separation band with being located at Portion's sequence is played to set.

Preferably, the first pressure roller and the second pressure roller are adjusted along the oscilaltion of transfer passage short transverse is set, and first Pressure roller is set against the first live-roller.The adjustment of wherein transfer passage meets the delivery request of different-thickness cardboard, strengthens itself Practicality, while the first pressure roller against the first live-roller set, be easy to cardboard to rapidly enter transfer passage.

According to another specific implementation of the present utility model and preferred aspect, it is provided with and throws in the surface of the second live-roller Roller, wherein throwing roller and the second live-roller rotate setting in opposite directions, and can be by the cardboard spread out of from transfer passage one by one moment throwing To hay stacker.Cardboard can not only be one by one sent to specified location, but also the moment movement speed of cardboard can be improved Degree.

Preferably, be provided with anti-skidding protuberance in the periphery for throwing roller, anti-skidding protuberance extend along the length direction for throwing roller and Circumferentially it is uniformly distributed around the throwing roller.In this example, anti-skidding protuberance and anti-skid bulge portion align settings, increase momentary action Power, it is easy to cardboard throwing to specified location.

Preferably, throw roller to set close to the second pressure roller, and the spacing thrown between roller and first annular dividing strip is equal to cardboard Thickness.In other words, the anti-skidding protuberance in this example positioned at bottom and the anti-skid bulge portion at the top of first annular dividing strip Between spacing be equal with the thickness of cardboard, and not it is equal with the height of transfer passage, generally, transfer passage Highly it is more than the thickness of cardboard, so just aspect polylith cardboard successively folded sets.

Set specifically, throwing roller and can be adjusted along the short transverse oscilaltion of transfer passage.

Due to the implementation of above technical scheme, the utility model has the following advantages that compared with prior art：

On the one hand the utility model can adjust the frictional force between cardboard and cardboard and cardboard and conveyer belt, prevent paper Plate skids on the conveyor belt, is easy to cardboard to fold successively and sets, and reduces the phenomenon accumulated in cardboard course of conveying and occurs, while can also adjust The position of seamless bar, meet the compression requirement of different size cardboards, it is practical；On the other hand in the premise for ensuring continuously to cut Under, cardboard can be segmented by (in batches) transmission, very convenient follow-up stacking and baler according to carton package quantity Make.

Brief description of the drawings

Below in conjunction with the accompanying drawings and specific embodiment, the utility model is described in more detail：

Fig. 1 is the schematic front view that the utility model cardboard collects machine；

Fig. 2 is the structure enlargement diagram of conveyer in Fig. 1；

Fig. 3 is Fig. 2 schematic top plan view；

Fig. 4 is the structure enlargement diagram of pressing device in Fig. 1；

Fig. 5 is the structure enlargement diagram of the utility model hay stacker；

Fig. 6 is partial structurtes schematic top plan view in Fig. 5；

Fig. 7 is that the right side in Fig. 5 by screen regards schematic diagram；

Wherein, 1, frame is collected；A, conveyer；1a, the first live-roller；2a, the second live-roller；3a, annular driving band； 30a, first annular dividing strip；4a, the first pressure roller；5a, the second pressure roller；6a, annular pressure zone；60a, the second annular and separation band；7a、 Throw roller；A, transfer passage；B, anti-skid bulge portion；C, anti-skidding protuberance；G, roller is accepted；

B, pressing device；2b, cross bar；3b, compression bar；4b, sliding sleeve；40b, sliding chamber；5b, drive mechanism；50b, body； 51b, drive rod；52b, transmission component；520th, rack；521st, gear；522nd, idler arm (extension spring)；523rd, locating part is (flexible Bar)；524th, sliding block；525th, wheel disc；526th, axle sleeve；6b, clamping screw；L, guide and limit groove；Q, cardboard conveying direction；

C, hay stacker；1c, stacking frame；10th, pole；2nd, by screen；20th, breach is avoided；3rd, delivery roll；4th, driving machine Structure；40th, stretch sliding sleeve；40a, lower body；40b, upper sleeve body；41st, actuator；410th, connecting rod；411st, the second expansion link；5th, limit Position bar；6th, anti-skid bulge portion；60th, body；61st, raised line；7th, have the final say；8th, driver element；80th, the first expansion link；81st, electromagnetic wire Circle；82nd, elastic component (spring)；83rd, sensor (photosensitive sensors)；9th, monitoring unit；90th, cross bar；91st, axle sleeve；92nd, press Bar；93rd, counting device；930th, dial disc；931st, pointer；Z, cardboard.

Embodiment

As shown in Figures 1 to 7, the cardboard that the present embodiment provides collects machine, and it includes collecting frame 1；Conveyer A, including The multiple delivery units being mutually connected successively along cardboard conveying direction；Counting device, it is used for counting and cuts back cardboard quantity；Pressure Tight device B；Hay stacker C；Central control system；At least one in plurality of delivery unit can accelerate to set moment, work as meter When counting up into carton package requirement, central control system assigns moment assisted instruction to delivery unit, the cardboard that will continuously cut Set in batches in delivery unit.

In this example, delivery unit has three (from left to right), and by around Pivot Point Center side between three delivery units It is connected to the undertaking roller g phases of rotation.Delivery unit (the second delivery unit) positioned at centre can accelerate to set moment, and the First, pressing device is arranged with two delivery units (in order to see specific structure clearly, to be arranged in accompanying drawing 1 on second delivery unit Pressing device do not show).

Specifically, each delivery unit A includes the first live-roller 1a and the second live-roller 2a positioned at both ends, is arranged The annular driving band 3a being connected on the first live-roller 1a and the second live-roller 2a and mutually, pressing device B are pressed on annular On transmission belt 3a, wherein the first live-roller 1a and the second live-roller 2a is along perpendicular to the direction of annular driving band 3a transmission cardboards Horizontal-extending setting.

Annular driving band 3a includes being spaced apart (simultaneously along the first live-roller 1a and the second live-roller 2a length directions Uniformly) and a plurality of first annular dividing strip 30a that flushes of top surface and bottom surface.

In this example, also include being located at the first corresponding live-roller positioned at last delivery unit (the 3rd delivery unit) The the first pressure roller 4a and the second pressure roller 5a of top between 1a and the second live-roller 2a, it is set in institute the first pressure roller 4a and the second pressure roller 5a is upper and the annular pressure zone 6a that is mutually connected.

Specifically, the first live-roller 1a and the second live-roller 2a is along perpendicular to the direction of annular driving band 3a transmission cardboards Horizontal-extending setting.

It is arranged in parallel between first pressure roller 4a, the second pressure roller 5a, the first live-roller 1a and the second live-roller 2a, first Live-roller 1a and the first pressure roller 4a are rotated in opposite directions, to cause cardboard to be moved along direction of transfer.

Annular pressure zone 6a include along the first pressure roller 4a and the second pressure roller 5a length directions interval (while uniformly) distribution and The a plurality of second annular and separation band 60a that top surface and bottom surface flush.

It is arranged in parallel between first annular dividing strip 30a and the second annular and separation band 60a in this example, and formed defeated Passage a is sent, setting can be adjusted according to the thickness of cardboard in transfer passage a height.

Set specifically, the first pressure roller 4a and the second pressure roller 5a is adjusted along the oscilaltion of transfer passage short transverse, and First pressure roller 4a is set against the first live-roller 1a.Wherein transfer passage a adjustment meets the delivery request of different-thickness cardboard, Strengthen the practicality of itself, while the first pressure roller 4a is set against the first live-roller 1a, is easy to cardboard to rapidly enter transfer passage a。

Further, first annular dividing strip 30a and the second annular and separation band 60a sequences are set.Ensure the steady of cardboard Clamp is held.

Meanwhile the mobile efficiency of cardboard and mobile stability are considered in this example, in every first annular dividing strip 30a and Periphery of second annular and separation with 60a is provided with anti-skid bulge portion b.

Respectively along first annular dividing strip 30a and the second annular and separation, the width with 60a prolongs anti-skid bulge portion b Stretch, in strip.

In this example, the anti-skid bulge portion b on first annular dividing strip 30a is with being located on the second annular and separation band 60a Anti-skid bulge portion b sequences set.

In addition, in this example, it is provided with the second live-roller 2a surface and throws roller 7a, wherein throws roller 7a and the second live-roller 2a Opposite rotate is set, and can be thrown into hay stacker C the cardboard moment spread out of from transfer passage a.Can not only by cardboard by Specified location is sent to individually, but also can improve the moment translational speed of cardboard, and it is convenient to be provided for follow-up pile work.

However, in order to reach good technique effect, anti-skidding protuberance c, anti-skidding protuberance c are provided with the periphery for throwing roller 7a Circumferentially it is uniformly distributed along the length direction extension for throwing roller 7a and around roller 7a is thrown.

In this example, anti-skidding protuberance c and anti-skid bulge portion b align settings, increase instantaneous force, are easy to throw cardboard To specified location.

Specifically, throw roller 7a is set close to the second pressure roller 5a, and throwing roller 7a and first annular dividing strip 30a between Thickness away from equal to cardboard.In other words, the anti-skidding protuberance c in this example positioned at bottom positioned at first annular dividing strip 30a with pushing up Spacing between the anti-skid bulge portion b in portion is equal with the thickness of cardboard, and not equal with transfer passage a height, typically In the case of, the height of transfer passage is more than the thickness of cardboard, and so just aspect polylith cardboard successively folded sets.

Meanwhile throwing roller 7a can be adjusted along transfer passage a short transverse oscilaltion and set.So as to meet different thickness The moment of degree cardboard throws.

Collected specifically, pressing device B is also erected at including both ends on frame 1 and along perpendicular to cardboard conveying direction Q Horizontal-extending cross bar 2b, the multiple compression bar 3b that can be pressed on cardboard K being distributed along cross bar 2b length direction, it is horizontal Bar 2b both ends are rotatably arranged at respectively collects on frame 1, pressing device also include be fixedly installed on cross bar 2b and with pressure The sliding sleeve 4b of the tight corresponding settings of bar 3b, for driving cross bar 2b around the drive mechanism 5b of own axis, wherein sliding sleeve 4b bearing of trend intersects setting with cardboard conveying direction Q, and slidable adjustment is arranged in sliding sleeve 4b compression bar 3b from top to bottom, And compression bar 3b bottom towards cardboard conveying direction Q end and is pressed on cardboard K, when cross bar 2b is rotated, sliding sleeve 4b bearing of trend and cardboard conveying direction Q variable angle so that compression bar 3b bottom compresses downwards cardboard K or upward Lift pressure applied of the adjustment to cardboard K.

Can be along cunning the chamber 40b, compression bar 3b of its own length direction extension specifically, being provided with the middle part of sliding sleeve 4b Sliding chamber 40b bearing of trend movement regulation is set.

Sliding sleeve 4b bearing of trends (length direction) and cardboard conveying direction Q variable angle scope are 30~90 °.

In this example, the angle between sliding sleeve 4b bearing of trend and cardboard conveying direction Q is 45 °.

Meanwhile in this example, drive mechanism 5b there are two groups, and it is located at cross bar 2b both ends respectively.

Specifically, drive mechanism 5b include positioned at cross bar 2b one ends and be set on cross bar 2b body 50b, from cover Drive rod 51b that body 50b peripheries upwardly extend, the transmission component for driving drive rod 51b to be rotated around cross bar 2b center lines 52b。

Transmission component 52b include along cardboard conveying direction Q set rack 520, can be along the length of rack 520 The gear 521 being arranged on rack 520, the idler arm for gear 521 to be connected with drive rod 51b of direction rotation 522nd, for limiting the locating part 523 of the position of gear 521.

Further, the guide and limit groove L extended along the length direction of rack 520, transmission are provided with the side for collecting frame 1 Component 52b, which also includes passing for the drive shaft of gear 521, collects that frame 1 is outer and what can be slided is arranged in guide and limit groove L Sliding block 524, the wheel disc 525 for being arranged on drive shaft outer end.

It is synchronised connection by power transmission shaft between two groups of teeth wheel 521, while axle sleeve 526 is set in the periphery of power transmission shaft.

The one end of idler arm 522 is arranged on axle sleeve 526, the other end is connected on drive rod 51b.

Specifically, idler arm 522 is extension spring.So that compression bar 3b keeps compressing cardboard K trend, when pressing plate K sizes become During change, additionally it is possible to voluntarily adjust pressure of the compression bar 3b to pressing plate K.

Locating part 523 and 520 parallel setting of rack, and be expansion link, the one end of the expansion link, which is arranged on, collects frame 1 Upper, the other end is connected on axle sleeve 526.The type of drive of expansion link includes electronic, pneumatic or hydraulic pressure.

In addition, above-mentioned pressing device also includes being threadedly coupled with sliding sleeve 4b and can contradicting the lock on compression bar 3b Tight bolt 6b.

Specifically, hay stacker C include be arranged on sheet feeder output end stacking frame 1c, by screen 2, position In the opposite side by screen 2 can to the clappers 7 moved horizontally by screen 2, for driving clappers 7 by the cardboard institute corresponding to it Neat driver element 8 is clapped in side, monitoring unit 9, the Yi Jineng that cardboard Z is superimposed number of times can be measured above cardboard Z The processor for enough receiving the information of monitoring unit 9 and showing, wherein clappers 7 are shown with being be arranged in parallel by screen 2 when processor When cardboard Z stacking folds are less than back cardboard counting is cut, alert messages are sent.

Specifically, counting device, positioned at the outlet end cut, cuts per cutting knife and once just counts once, in this example, adopt Manipulated with the mode of decrement, the piece number requirement packed according to cardboard, the quantity of countdown is set, when counting device is zero When, illustrate to meet the piece number requirement of packing, and accelerated by the second delivery unit moment, the cardboard continuously transmitted is segmented, so Pile is carried out respectively to each section of cardboard afterwards and packing is handled.

Driver element 8 include horizontally disposed first expansion link 80, positioned at the first expansion link 80 retractable ends electromagnetism Coil 81, both ends are separately fixed on magnet coil 81 and clappers 7 and horizontally disposed elastic component 82, flexible positioned at first The side of the retractable ends of bar 80 can detect the sensor 83 of the position of magnet coil 81, wherein clappers 7 can be by magnet coil 81 Absorption, after magnet coil 81 is powered, adsorb back compression elastic piece 82 of clappers 7；After 81 dead electricity of magnet coil, elastic component 82 Recover deformation, clappers 7 clap the side to cardboard Z.

Specifically, the type of drive of the first expansion link 80 is electronic, hydraulic pressure or pneumatic；Elastic component 82 is spring, and is had More, and be circumferentially uniformly distributed around the end face of magnet coil 81.

Specifically, sensor 83 is photosensitive sensors, when sensor 83 senses that magnet coil 81 reaches specified location, First expansion link 80 stops stretching, and magnet coil 81 is initially powered up and dead electricity.

In order to further ensure that the accuracy of counting device counting, it is provided with this example and is used to verify the monitoring unit counted 9, the monitoring unit 9 is included above cardboard Z and along perpendicular to the horizontal-extending cross bar 90 of 7 moving directions of clappers；Can The axle sleeve 91 being set on cross bar 90 rotated；One end is fixedly connected on axle sleeve 91, the other end can freely press and set Press strip 92 on cardboard Z；And the counting device 93 of the cardboard Z numbers of plies can be drawn with the rotational angle of axle sleeve 91.

Counting device 93 includes on fixed setting cross bar 90 and the dial disc of center line and the centerline collineation of cross bar 90 930th, pointer 931 and the counter being fixedly installed on axle sleeve 91, after pointer 931 often rotates an angle, counter counts Once, after a collection of cardboard pile terminates, number that counter add up is equal to number when cutting back cardboard counting, at processor In normal condition.

Further, the avoidance breach 20 extended along cardboard stacked direction, the lower end of press strip 92 are offered on by screen 2 Being arranged on for portion's activity is avoided in breach 20, when the cardboard stacking fold that processor is shown, which is equal to, cuts back cardboard counting, pressure Bar 92 is contradicted in the top sidewall for avoiding breach 20.Many-side carries out checking counting, it is ensured that the cardboard after packing will not lack Or put, it is directly associated with the image of enterprise. more.

Meanwhile in this example, stacking frame 1c includes extending along the transmission cardboard direction of sheet feeder and upper surface is neat More flat poles 10, more 10 spaced settings of pole, are located at end of the pole 10 away from sheet feeder by screen 2 (left part of pole 10 is relative with sheet feeder in figure connects, and is arranged on by screen 2 above the right-hand member of pole 10), pile More delivery rolls 3 that device also includes setting with more sequences of pole 10 and top surface flushes, for driving the more edges of pole 10 Vertical direction to move and make it higher than or less than more delivery rolls 3 form the drive mechanism 4 of conveyor surface.

Delivery roll 3 and pole 10 are arranged in parallel.Can certainly shape have a certain degree, but do not influence pole 10 Up and down motion.

Drive mechanism 4 is included respectively positioned at the flexible sliding sleeve 40 at every both ends of pole 10 and for driving flexible cunning Cover the actuator 41 of 40 synchronization telescopes, wherein flexible sliding sleeve 40 include lower body 400, being capable of body under being arranged on of relative telescopic Upper sleeve body 401 in 400.

Specifically, flexible sliding sleeve 40 is square casing.

Actuator 41 includes being used for the two upper sleeve body 40a phases that will be connected on same root pole below delivery roll 3 The connecting rod 410 of connection, positioned at each bottom of connecting rod 410 and the second expansion link 411 that can stretch up and down.

Specifically, the second expansion link 411 is located at the middle part of connecting rod 410, and the type of drive of the second expansion link 411 is electricity Move, pneumatically or hydraulically drive.

Further, connecting rod 410 and 10 parallel setting of pole, hay stacker also include being used for by positioned at homonymy The gag lever post 5 that body 40a is connected, when cardboard Z is in pile, gag lever post 5 is contradicted in the bottom of delivery roll 3, the second expansion link 411 stop motions.Position-limiting action is not only acted as, while also enhances stacking frame 1c intensity.

In this example, anti-skid bulge portion 6 is provided with delivery roll 3.

Anti-skid bulge portion 6 is distributed in section, and is distributed along the length direction uniform intervals of delivery roll 3.

Specifically, anti-skid bulge portion 6 includes being set in body 60, the raised line being arranged on body 60 of the periphery of delivery roll 3 61, length direction extension of the raised line 61 along delivery roll 3.

Or anti-skid bulge portion 6 include being set in the body 60 of delivery roll periphery, be arranged on body it is raised (in figure not Display), its protrusions is uniformly distributed around the circumference of body.

In addition, pole 10, connecting rod 410, gag lever post 5 are rectangular tube.Not only light weight, and can be more stable branch Support cardboard Z, very convenient cardboard Z pile.

In summary, the cardboard employed in this example is collected machine and had the advantage that：

1. conveyer belt is separated into a plurality of, it is clamped in fold successively by the conveyer belt being correspondingly arranged up and down and sets the top of cardboard And bottom, moved then along direction of transfer so that cardboard relative to smoothly moving, meanwhile, not only reduce use cost, and And improve the transmission efficiency of cardboard.

2. adjusting the frictional force between cardboard and cardboard and cardboard and conveyer belt, prevent cardboard from skidding on the conveyor belt, just Fold and set successively in cardboard, reduce the phenomenon accumulated in cardboard course of conveying and occur, while the position of press strip can also be adjusted, meet not It is practical with the compression requirement of size cardboard.

3. the uneven problem of level when can not only solve cardboard pile, but also school can be carried out to the points of cardboard Standard, and then accurately complete the packing of cardboard.

The utility model is described in detail above, its object is to allow the personage for being familiar with this art can be much of that Solve content of the present utility model and be carried out, the scope of protection of the utility model can not be limited with this, it is all according to this practicality The equivalent change or modification that new Spirit Essence is made, it should all cover in the scope of protection of the utility model.

Claims (10)

1. a kind of cardboard collects machine, it includes

Collect frame；

Conveyer, including the multiple delivery units being mutually connected successively along cardboard conveying direction；

Counting device, it is used for counting and cuts back cardboard quantity；

Pressing device, including both ends are erected at described collect on frame and along perpendicular to the horizontal-extending horizontal stroke of cardboard conveying direction Bar, the multiple compression bars that can be pressed on cardboard being distributed along the length direction of the cross bar；

Hay stacker, including it is arranged on the stacking frame of the output end of cardboard conveyer, by screen；

Central control system；

It is characterized in that：At least one in multiple delivery units can accelerate to set moment, and carton package institute is completed when counting When needing quantity, described central control system assigns moment assisted instruction to the delivery unit, by the cardboard continuously cut described Set in batches in delivery unit,

The both ends of the cross bar are collected on frame described in being rotatably arranged at respectively, and described pressing device also includes fixed setting On the cross bar and the sliding sleeve of setting corresponding with the compression bar, for driving the cross bar around own axis Drive mechanism, wherein the bearing of trend of the sliding sleeve intersects setting with the cardboard conveying direction, described compression bar from upper and Lower slider regulation is arranged in sliding sleeve, and the bottom of the compression bar towards the end of the cardboard conveying direction and is pressed on On cardboard, when described cross bar rotates, the variable angle of the bearing of trend of the sliding sleeve and the cardboard conveying direction so that The bottom of the compression bar compresses downwards cardboard or is lifted up reducing the pressure applied to cardboard.

2. cardboard according to claim 1 collects machine, it is characterised in that：The bearing of trend of the sliding sleeve and the cardboard are defeated The variable angle scope for sending direction is 30 ~ 90 °.

3. cardboard according to claim 1 collects machine, it is characterised in that：Described drive mechanism includes being located at the cross bar One end and be set on the cross bar body, upwardly extended from the body periphery drive rod, for driving the drive The transmission component that lever rotates around the cross bar center line.

4. cardboard according to claim 3 collects machine, it is characterised in that：Described transmission component is included along the cardboard The rack of conveying direction setting, the gear being arranged on the rack that can be rotated along the length direction of the rack, use In the idler arm that the gear is connected with the drive rod, the locating part for limiting the gear position.

5. cardboard according to claim 1 collects machine, it is characterised in that：Described hay stacker also includes leaning on positioned at described The opposite side of screen can to the clappers moved horizontally by screen, for driving the clappers by the cardboard institute corresponding to it Neat driver element is clapped in side, monitoring unit, the Yi Jineng that cardboard is superimposed number of times can be measured above the cardboard The information of the monitoring unit and the processor shown are enough received, wherein the clappers be arranged in parallel with described by screen, works as institute When the cardboard stacking fold that the processor stated is shown is less than back cardboard counting is cut, alert messages are sent.

6. cardboard according to claim 5 collects machine, it is characterised in that：The driver element includes horizontally disposed first Expansion link, the magnet coil of retractable ends positioned at first expansion link, both ends be separately fixed at the magnet coil and On the clappers and horizontally disposed elastic component, wherein the clappers can be adsorbed by the magnet coil, when described electromagnetism After coil electricity, adsorb the clappers and back compress the elastic component；After described magnet coil dead electricity, the elastic component is extensive Complex deformation, the clappers are clapped to the side of cardboard.

7. cardboard according to claim 6 collects machine, it is characterised in that：Described driver element is also included positioned at described the The side of one expansion link retractable ends can detect the sensor of the magnet coil position, when described sensor sensing to institute When stating magnet coil arrival specified location, the first described expansion link stops stretching, and described magnet coil is initially powered up and lost Electricity.

8. cardboard according to claim 5 collects machine, it is characterised in that：Described monitoring unit is included above cardboard And along perpendicular to the horizontal-extending cross bar of the clappers moving direction；The axle sleeve being set on the cross bar that can be rotated； One end is fixedly connected on the axle sleeve, the other end can freely be pressed on press strip on cardboard；And can be with The axle sleeve rotational angle draws the counting device of the cardboard number of plies.

9. cardboard according to claim 8 collects machine, it is characterised in that：Described counting device is included described in fixed setting On cross bar and the dial disc of center line and the cross bar centerline collineation, the pointer that is fixedly installed on the axle sleeve and Counter, after described pointer often rotates an angle, described rolling counters forward once, until a collection of cardboard pile terminates Afterwards, when the number that described counter adds up cuts back cardboard counting equal to described in, described processor is in normal condition.

10. cardboard according to claim 1 collects machine, it is characterised in that：Between multiple delivery units by around The undertaking roller that Pivot Point Center direction rotates mutually is connected, and each delivery unit includes the first live-roller and the positioned at both ends Two live-rollers, be set in first live-roller with second live-roller and the annular driving band that is mutually connected, it is described Pressing device be pressed on the endless drive band, wherein first live-roller and the second live-roller are along perpendicular to described Annular driving band transmits the horizontal-extending setting in direction of cardboard, described annular driving band include along first live-roller and The a plurality of first annular dividing strip that the second live-roller length direction is spaced apart and top surface and bottom surface flush；Positioned at last One delivery unit also includes the above positioned at corresponding first live-roller and second live-roller between One pressure roller and the second pressure roller, be set in first pressure roller with second pressure roller and the annular pressure zone that is mutually connected, institute State the first live-roller arranged in parallel between the first pressure roller, the second pressure roller, the first live-roller and the second live-roller, described and The first described pressure roller rotates in opposite directions, and to cause cardboard to be moved along direction of transfer, described annular pressure zone is included along described The a plurality of second annular and separation band that first pressure roller and the second pressure roller length direction are spaced apart and top surface and bottom surface flush,

It is arranged in parallel between described first annular dividing strip and the second annular and separation band, and transfer passage is formed, Setting can be adjusted according to the thickness of the cardboard in the height of the transfer passage.