CN203112220U - Small printed matter stacking and collecting mechanism and small printed matter inspection machine - Google Patents
Small printed matter stacking and collecting mechanism and small printed matter inspection machine Download PDFInfo
- Publication number
- CN203112220U CN203112220U CN 201320090764 CN201320090764U CN203112220U CN 203112220 U CN203112220 U CN 203112220U CN 201320090764 CN201320090764 CN 201320090764 CN 201320090764 U CN201320090764 U CN 201320090764U CN 203112220 U CN203112220 U CN 203112220U
- Authority
- CN
- China
- Prior art keywords
- printed matter
- stacking
- paper
- xiao zhang
- lifting table
- 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.)
- Withdrawn - After Issue
Links
Images
Abstract
The utility model discloses a small printed matter stacking and collecting mechanism and a small printed matter inspection machine. The stacking and collecting mechanism comprises two main wall plates, a beating device is arranged on the upper portions of the two main wall plates, a stacking output device is arranged below the beating device, the beating device comprises two supporting beams arranged between the two main wall plates, one ends of the supporting beams are connected with a cam mechanism, a pair of lateral push plates is arranged on the supporting beams, the lateral push plates achieve pushing action on two sides of a printed matter, a rear push plate is arranged between the two lateral push plates, the rear push plate is connected with one supporting beam through a supporting rod and an inclined plane driving mechanism, the rear push plate achieves drawing-in and beating action on the upper surface of the printed matter, the stacking output device comprises a lifting platform, and the lifting platform moves vertically under driving of a lifting motor through a lifting transmission mechanism. The small printed matter inspection mechanism is achieved based on the stacking and collecting mechanism. The printed matter stacking and collecting mechanism and the small printed matter inspection machine can achieve automatic stacking and collecting of small printed matters, and are high in speed, high in efficiency, small in vibration, and low in noise.
Description
Technical field
The utility model relates to a kind of Xiao Zhang's printed matter stacking and collects mechanism and collect Xiao Zhang's printed matter checking machine that mechanism realizes based on this Xiao Zhang's printed matter stacking, belongs to printed matter and detects the stacking field.
Background technology
At present, as shown in Figure 1, existing Xiao Zhang's printed matter checking machine comprises that the surface quality testing agency 10, waste discharge mechanism 30, paper collecting mechanism 40 and the stacking that are arranged in order collect mechanism 50, also can arrange elementary deviation correction mechanism 20 between surface quality testing agency 10 and the waste discharge mechanism 30.As Fig. 1, this surface quality testing agency 10 comprises air draught feedway 11, be installed in the device for dischanging air 12 of belt conveyor below of air draught feedway 11 and the detecting device 13 that is installed in air draught feedway 11 tops, the delivery port of this surface quality testing agency 10 and the corresponding setting of the input port of this elementary deviation correction mechanism 20, this elementary deviation correction mechanism 20 comprises the corresponding a pair of correction feedway 21 that arranges up and down, 22, the delivery port of this elementary deviation correction mechanism 20 and the corresponding setting of the input port of this waste discharge mechanism 30, the ship pressure deviation correcting device 31 that this waste discharge mechanism 30 comprises deviation correcting device 32 and is positioned at these deviation correcting device 32 tops, the delivery port of this waste discharge mechanism 30 and the corresponding setting of the input port of this paper collecting mechanism 40, this paper collecting mechanism 40 comprises collection feedway 42 and paper collecting and paper pressing wheel 41, the delivery port of this paper collecting mechanism 40 and this stacking collect the corresponding setting of input port of mechanism 50, and this stacking collects mechanism 50 and comprises and pile up output unit 52 and clap neat device 51.In actual use, the negative pressure that many Xiao Zhang's printed matters to be detected at first produce by device for dischanging air 12 is attracted on the belt conveyor of air draught feedway 11 of surface quality testing agency 10 and transmits, carry out the print surface quality testing via detecting device 13, after detection is finished, printed matter carries out preliminary correction via elementary deviation correction mechanism 20, then, qualified printed matter is sent on the paper collecting mechanism 40 after rectifying a deviation again via waste discharge mechanism 30, inferior-quality printed matter then via waste discharge mechanism 30 by inspection rejects, the printed matter that is sent on the paper collecting mechanism 40 is aligned to the fish scale shape, collecting mechanism 50 to stacking then transmits, collect in the mechanism 50 at stacking, pile up output unit 52 and play the effect of accepting printed matter, clapping neat device 51 will be the uneven printed matter that the fish scale shape transmits into and clap neat and statistical magnitude, after quantity reaches setting quantity, neatly pile up one pile of good printed matter and be stacked output unit 52 outputs.
Though existing Xiao Zhang's printed matter checking machine can realize that printed matter piling up after carrying out the surface quality detection collects purpose, but still there is following defective: first, it is that power is clapped neat operation with the cylinder that stacking collects the neat device of bat in the mechanism 50 51, therefore, its noise in operational process is very big, and the vibrations of pneumatic element cylinder are bigger, easily cause the resonance of other mechanisms, testing result is easily impacted and flase drop occurs; The second, pile up output unit 52 and only adopt the double sided slider bar structure, there is structural unstable hidden danger.
The utility model content
The purpose of this utility model is to provide a kind of Xiao Zhang's printed matter stacking to collect mechanism and collects Xiao Zhang's printed matter checking machine that mechanism realizes based on this Xiao Zhang's printed matter stacking, this Xiao Zhang's printed matter stacking collects mechanism can realize that neatly piling up automatically of Xiao Zhang's printed matter collects, shake little, noise is little.
To achieve these goals, the utility model has adopted following technical scheme:
A kind of Xiao Zhang's printed matter stacking collects mechanism, it is characterized in that: it comprises two main wall plates that vertically are oppositely arranged, the top of these two main wall plates is equipped with claps neat device, the below of the neat device of this bat is provided with piles up output unit, wherein: the neat device of this bat comprises two support beams that are movably arranged between these two main wall plates, one end of two support beams of this that be arranged in parallel is connected with cam mechanism, this cam mechanism is connected with the speed control motor via the speed control transmission device, on these two support beams a pair of thruster plate is installed, this a pair of thruster plate is along going into that the paper direction be arranged in parallel and at a distance of setpoint distance, this setpoint distance is suitable with the width of the printed matter of sending into, this cam mechanism make these two support beams along directions vertical with going into the paper direction do reciprocating linear motion and the linear movement direction of these two support beams opposite, thereby make this a pair of thruster plate move and the dual-side of the printed matter sent into is pushed action along direction vertical with going into the paper direction, push pedal after being provided with one between these two thruster plates, perpendicular this back push pedal of placing direction and the placing direction of this a pair of thruster plate is for the corresponding setting of paper inlet, this back push pedal is connected with an end of strut bar, the other end of this strut bar is connected with this support beam via the inclined-plane lead agency, the linear reciprocating motion of this support beam drives this strut bar and this back push pedal goes into the paper direction and does reciprocating linear motion in the edge together via the effect of this inclined-plane lead agency, thus make this back push pedal to the upper surface of the printed matter sent into collude into and bat press work; This piles up output unit and comprises lifting table, this lifting table comprises the belt conveyor that is installed on the cylinder, this cylinder is connected with defeated paper motor via defeated paper transmission device, this lifting table is connected with lifting motor via elevating drive mechanism, and this lifting table is made perpendicular movement up and down via this elevating drive mechanism under the effect of this lifting motor running.
Described cam mechanism comprises transmission shaft, square bearer, eccentric disc and bearing seat, one end of each described support beam is connected with this square bearer, be provided with this eccentric disc in this square bearer, the eccentric orfice of each described support beam by this eccentric disc is applied on this transmission shaft and is connected with this transmission shaft, oppositely arrange between the eccentric orfice of this eccentric disc that two described support beams connect, the two ends of this transmission shaft are connected with deep groove ball bearing on this bearing seat that is fixed on the described main wall plate respectively.
Described inclined-plane lead agency comprises the crossbeam that is installed between described two main wall plates, a corresponding end of described two strut bars is movably arranged on this crossbeam, on described two strut bars a mounting blocks is installed jointly, the upper surface of this mounting blocks is provided with deep groove ball bearing, the inclined-plane of this deep groove ball bearing and driver plate one bottom portion is tangent, and this driver plate other end is captiveed joint with corresponding support beam.
Described elevating drive mechanism comprises the chaining bar, sprocket wheel, drive sprocket, by movable sprocket and main driving axle, this main driving axle is installed between described two main wall plates, this sprocket wheel is installed on this main driving axle, this is by movable sprocket, this chaining bar is installed on the described lifting table, this sprocket wheel is positioned at the top of this chaining bar, offer the chain cylindrical void on this chaining bar, chain is hung on this sprocket wheel after passing this chain cylindrical void, realize the interlock of this sprocket wheel and this chaining bar, this drive sprocket is installed on the output shaft of described lifting motor, this is carried out interlock by chain between movable sprocket and this drive sprocket, this main driving axle is via this drive sprocket, this is driven this sprocket rotation by movable sprocket under the effect of this lifting motor running, make perpendicular movement up and down thereby drive described lifting table.
Described lifting table is fixed on two carriages, and each this carriage is installed on the slide rail via slide block, and this slide block slides at this slide rail.
The described equipped at outlet port that piles up output unit is provided with sheet delivery, the input port of this sheet delivery and described delivery port relative set of piling up output unit, and this sheet delivery comprises the paper delivery support and is installed in the unpowered cylinder of the row of one on this paper delivery support.
Described lifting table carries out perpendicular movement up and down between upper position and the next position, wherein: when described lifting table was in upper position, the upper surface of described lifting table and the delivery port of paper collecting mechanism approached and are positioned at the below of the delivery port of this paper collecting mechanism; When described lifting table was in the next position, the upper edge of the upper surface of described lifting table and the described unpowered cylinder of described sheet delivery was positioned on the same horizontal surface.
The paper inlet that described Xiao Zhang's printed matter stacking collects mechanism is provided with the gate that the control printed matter is sent into.
A kind of Xiao Zhang's printed matter checking machine, it is characterized in that: it comprises that surface quality testing agency, waste discharge mechanism, paper collecting mechanism and described Xiao Zhang's printed matter stacking collect mechanism, the delivery port of this surface quality testing agency and the corresponding setting of the input port of this waste discharge mechanism, the delivery port of this waste discharge mechanism and the corresponding setting of the input port of this paper collecting mechanism, the delivery port of this paper collecting mechanism and described Xiao Zhang's printed matter stacking collect the corresponding setting of paper inlet of mechanism.
The utility model has the advantages that:
The utility model Xiao Zhang printed matter stacking collects mechanism can realize that piling up automatically of Xiao Zhang's printed matter collects, it is fast to pile up the speed of collecting, neatly, output steadily, the efficient height greatly reduces workman's working strength, improved work efficiency, and collect mechanism with the stacking of existing Xiao Zhang's printed matter checking machine and compare, the utility model Xiao Zhang printed matter stacking collects mechanism and has overcome the deficiency that vibrations are big, noise is big, has reduced the false drop rate of printed matter.The utility model Xiao Zhang printed matter stacking collects the object of mechanism for Xiao Zhang's printed matter, is specially adapted to the relatively poor Xiao Zhang's printed matter of surface abrasion resistance.
The utility model Xiao Zhang printed matter checking machine collects mechanism because design has the utility model Xiao Zhang printed matter stacking, therefore, it not only has functions such as surface quality detection, correction, waste discharge, collection, also has the utility model Xiao Zhang printed matter stacking and collects the function that mechanism has.
Description of drawings
Fig. 1 is the composition scheme drawing of existing Xiao Zhang's printed matter checking machine.
Fig. 2 is the schematic perspective view that the utility model Xiao Zhang printed matter stacking collects mechanism.
Fig. 3 is the schematic top plan view (part-structure of paper collecting mechanism is shown in addition) that the utility model Xiao Zhang printed matter stacking collects the neat device of bat of mechanism.
Fig. 4 claps the connection diagram between support beam, eccentric disc, the square bearer in the neat device.
Fig. 5 is that the F direction is looked from Fig. 3, claps the structural representation of neat device.
Fig. 6 is that the G direction is looked from Fig. 3, the structural representation of inclined-plane lead agency.
Fig. 7 is the composition scheme drawing of the utility model Xiao Zhang printed matter checking machine.
The specific embodiment
To shown in Figure 6, the utility model Xiao Zhang printed matter stacking collects mechanism and comprises two main wall plates that vertically are oppositely arranged 80 as Fig. 2, and the top of these two main wall plates 80 is equipped with claps neat device, and the below of the neat device of this bat is provided with piles up output unit, wherein:
The neat device of this bat comprises two support beams 72 that are movably arranged between these two main wall plates 80, in practice, support beam 72 can carry out axial sliding movement via the linear bearing 723 of assembling on this main wall plate 80, one end of two support beams 72 of this that be arranged in parallel passes with cam mechanism 71 from a corresponding main wall plate 80 and is connected, this cam mechanism 71 is connected with speed control motor 774 via the speed control transmission device, on these two support beams 72 a pair of thruster plate 73 is installed, this a pair of thruster plate 73 is along going into that the paper direction be arranged in parallel and at a distance of setpoint distance, the width suitable (as Fig. 3) of this setpoint distance and the printed matter 60 sent into, in practice, this thruster plate 73 is via locking piece 722, linear bearing 721 is installed on the support beam 72, the height of each this thruster plate 73, the distance that two thruster plates are 73 can be regulated, in order to be applicable to the printed matter of different size, this cam mechanism 71 make this two support beams 72 along direction (be paper delivery direction) vertical with going into the paper direction do reciprocating linear motion and since two eccentric disc 714 reversing senses be installed on the transmission shaft 711, the linear movement direction of these two support beams 72 is opposite, thereby make this a pair of thruster plate 73 under the drive of respective support beam 72, in setting range, move and to pushing action in the limit, the left and right sides of the printed matter 60 sent into along the direction vertical with going into the paper direction respectively, push pedal 76 after being provided with one between these two thruster plates 73, this back push pedal 76 arranges for paper inlet is corresponding, the placing direction of this back push pedal 76 is perpendicular with the placing direction of this a pair of thruster plate 73, this back push pedal 76 is connected with an end of strut bar 75, as Fig. 2, back push pedal 76 is connected with two strut bars 75, the other end of this strut bar 75 is connected with this support beam 72 via inclined-plane lead agency 74, in practice, the height of this back push pedal 76, front and back position can be regulated, in order to be applicable to the printed matter of different size, the linear reciprocating motion of this support beam 72 drive via the effect of this inclined-plane lead agency 74 this strut bar 75 and this back push pedal 76 together in preset range the edge go into the paper direction and do reciprocating linear motion, thereby make the upper surface of 76 pairs of printed matters of sending into 60 of this back push pedal collude lightly into and bat press work;
This piles up output unit and comprises the lifting table that is positioned at the neat device of bat below, this lifting table comprises the belt conveyor 81 that is installed on the cylinder (not marking among the figure), this cylinder is connected with defeated paper motor 824 via defeated paper transmission device, this lifting table is connected with lifting motor 836 via elevating drive mechanism, and this lifting table is made perpendicular movement up and down via this elevating drive mechanism under the effect of these lifting motor 836 runnings.
As Fig. 3 to Fig. 5, this cam mechanism 71 comprises transmission shaft 711, square bearer 713, eccentric disc 714 and bearing seat 712, one end of each support beam 72 is connected with this square bearer 713, be provided with this eccentric disc 714 in this square bearer 713, the eccentric orfice of each support beam 72 by this eccentric disc 714 is applied on this transmission shaft 711 and is connected with this transmission shaft 711, oppositely arrange between the eccentric orfice of this eccentric disc 714 that two support beams 72 connect, the two ends of this transmission shaft 711 are connected with deep groove ball bearing on this bearing seat 712 that is fixed on the main wall plate 80 respectively, thereby achieve a fixed connection with corresponding main wall plate 80.
As Fig. 2, this speed control transmission device comprises drive sprocket 773, by movable sprocket 771, chain 772, this is installed on this transmission shaft 711 by movable sprocket 771, this drive sprocket 773 is installed on the output shaft of speed control motor 774, this is carried out interlock by this chain 772 between movable sprocket 771 and this drive sprocket 773, this transmission shaft 711 drives two eccentric discs 714 via this speed control transmission device and rotates together under the effect of these speed control motor 774 runnings, thereby drives two support beam 72 moving linearlies.
As Fig. 3, shown in Figure 6, this inclined-plane lead agency 74 comprises and is installed in two crossbeams 741 between the main wall plate 80, a corresponding end of two strut bars 75 is movably arranged on this crossbeam 741 via a linear bearing 744 respectively (can carry out sliding motion via the effect of the linear bearing that assembles) in the through hole of this crossbeam 741, a mounting blocks 743 is installed on two strut bars 75 jointly, the upper surface of this mounting blocks 743 is provided with deep groove ball bearing 745, this deep groove ball bearing 745 is tangent with the inclined-plane of driver plate 742 1 bottom portions, and these driver plate 742 other ends are captiveed joint with corresponding support beam 72.In practice, linear reciprocating motion by support beam 72 drives driver plate 742 motions, and then the effect by 745 of the inclined-plane on the driver plate 742 and deep groove ball bearings does reciprocating linear motion the perpendicular direction (namely going into the paper direction) of back push pedal 76 edges and these support beam 72 sense of motions.
In practice, as Fig. 3, can make driver plate 742 be positioned at the top of crossbeam 741, like this, at the lower surface of driver plate 742 deep groove ball bearing 746 tangent with crossbeam 741 is installed, make deep groove ball bearing 746 play the effect of supporting driver plate 742, prevent that support beam 72 from rotating because of the influence of driver plate 742 weight.
As Fig. 2, this elevating drive mechanism comprises chaining bar 833, sprocket wheel 834, the drive sprocket (not shown), by movable sprocket 831 and main driving axle 832, this main driving axle 832 is installed between two main wall plates 80, this sprocket wheel 834 is installed on this main driving axle 832, this is by movable sprocket 831, this chaining bar 833 is installed on the lifting table, this sprocket wheel 834 is positioned at the top of this chaining bar 833, offer the chain cylindrical void on this chaining bar 833, chain 835 is hung on this sprocket wheel 834 after passing this chain cylindrical void, realize the interlock of this sprocket wheel 834 and this chaining bar 833, this drive sprocket is installed on the output shaft of lifting motor 836, this is carried out interlock by the chain (not shown) between movable sprocket 831 and this drive sprocket, this main driving axle 832 is via this drive sprocket, this is driven this sprocket wheel 834 by movable sprocket 831 and rotates under the effect of these lifting motor 836 runnings, make perpendicular movement up and down thereby drive lifting table.
As Fig. 2, should defeated paper transmission device comprise drive sprocket 822, by movable sprocket 821, chain 823, this is installed on this cylinder by movable sprocket 821, this drive sprocket 822 is installed on the output shaft of defeated paper motor 824, this is carried out interlock by this chain 823 between movable sprocket 821 and this drive sprocket 822, and this cylinder drives belt conveyor 81 via this defeated paper transmission device and rotates along the paper delivery direction under the effect of these defeated paper motor 824 runnings.
In actual design, as Fig. 2, lifting table can be fixed on two carriages 84, each this carriage 84 is installed on the slide rail 86 via slide block 85, slide rail 86 is fixed on the main wall plate 80, this slide block 85 slides at this slide rail 86, and under the supporting role of the guiding of this slide rail 86 and carriage 84, this lifting table can be realized moving up and down reposefully.
As Fig. 2, the equipped at outlet port that piles up output unit also can be provided with sheet delivery 89, the input port of this sheet delivery 89 and the delivery port relative set of piling up output unit, this sheet delivery 89 comprises paper delivery support 891 and is installed in the unpowered cylinder 892 of the row of one on this paper delivery support 891, in practice, require unpowered cylinder 892 to rotate flexibly.
In practice, lifting table carries out perpendicular movement up and down between upper position and the next position, wherein: when lifting table is in upper position, the delivery port (end that namely refers to collection feedway 42) of the upper surface of lifting table (upper surface that namely refers to belt conveyor 81) and paper collecting mechanism 40 approaches and is positioned at the below of the delivery port of this paper collecting mechanism 40, namely in actual installation, when lifting table is in upper position, its upper-lower position (highly), front and back position all should be tried one's best near the delivery port of paper collecting mechanism 40, more near more good with the delivery port distance of paper collecting mechanism 40, distance, upright live the easily when printed matter 60 that the fish scale shape sends falls on the lifting table, can influence the normal operation that collects quality and equipment, therefore, preferably, should make on printed matter slightly dips down the belt conveyor 81 that tiltedly drops on lifting table from the equipped at outlet port of paper collecting mechanism 40; When lifting table is in the next position, the upper edge of the unpowered cylinder 892 of the upper surface of lifting table and sheet delivery 89 is positioned on the same horizontal surface, steadily, successfully output on the unpowered cylinder 892 from belt conveyor 81 so that pile up one pile of good printed matter, finish the final output of printed matter in a pile.
In practice, moving up and down apart from being controlled by limit switch of this lifting table, but because the restriction of the speed of response of the sensitieness of limit switch and lifting motor 836, can limiting stopper 87 be installed near the relevant position of slide rail 86, be used for assisting upper position and the next position of restriction lifting table.As Fig. 2, a limiting stopper 87 that limits the upper position of lifting table respectively is installed on two main wall plates 80, the design of two limiting stoppers 87 can avoid lifting table in the process that rises because a lateral confinement position is only arranged, opposite side since effect of inertia continue to rise and cause the phenomenon generation of slide rail and loading slider increase.
As Fig. 2, the paper inlet that the utility model Xiao Zhang printed matter stacking collects mechanism also can be provided with the gate 88 that control printed matter 60 is sent into.
In the utility model, the control mechanism that each transmission device, control door 88 open and close is the technology of knowing of this area, and its concrete formation does not here describe in detail.Each motor can be connected with turn-key system, and turn-key system is the technology of knowing of this area, and its concrete formation equally here describes in detail.
The utility model Xiao Zhang printed matter stacking collects mechanism and can implement based on the following stacking method that collects, and this method comprises the steps:
Lifting table is in upper position, belt conveyor 81 is static not to turn round, gate 88 is opened, being arranged in cataphracted printed matter 60 beginnings on the paper collecting mechanism 40 transmits on belt conveyor 81,774 runnings of speed control motor, clapping neat device claps together transmitting the printed matter 60 of coming in, and, increase gradually along with the printed matter stacks as high, by the downward corresponding movement of lifting motor 836 control lifting tables, so that many printed matters 60 of sending into can drop on smoothly pile up good printed matter in a pile above, wherein: in the process that printed matter 60 transmits to belt conveyor 81, a pair of thruster plate 73 is pushed the dual-side (sense of motion of thruster plate 73 is shown in two-way solid arrow among Fig. 3) of printed matter 60, back push pedal 76 collude lightly into, clap to press the upper surface (sense of motion of back push pedal 76 is shown in two-way dotted arrow among Fig. 3) of printed matter 60, make printed matter 60 on belt conveyor 81 neatly in a pile;
When printed matter 60 quantity of piling up reach setting quantity, gate 88 is closed, gate 88 will be the printed matter 60 that the fish scale shape sends into and block, make lifting table at the uniform velocity drop to the next position by lifting motor 836 simultaneously, make belt conveyor 81 entrys into service by defeated paper motor 824 then, pile up one pile of good printed matter and be sent on the unpowered cylinder 892 from belt conveyor 81, finish the output of printed matter in a pile, treat that the workman collects.
In practice, belt conveyor 81 just shuts down after the printed matter output in a pile, again lifting table is sling by lifting motor 836, makes lifting table get back to upper position, and this moment, gate 88 was opened, and began the neat operation of bat of one pile of new printed matter, so circulation.
In addition, the utility model has also proposed a kind of Xiao Zhang's printed matter checking machine, it comprises that surface quality testing agency 10, waste discharge mechanism 30, paper collecting mechanism 40 and above-mentioned the utility model Xiao Zhang printed matter stacking collect mechanism 70, the delivery port of this surface quality testing agency 10 and the corresponding setting of the input port of this waste discharge mechanism 30, the delivery port of this waste discharge mechanism 30 and the corresponding setting of the input port of this paper collecting mechanism 40, the delivery port of this paper collecting mechanism 40 and the utility model Xiao Zhang printed matter stacking collect the corresponding setting of paper inlet of mechanism 70.
In practice, elementary deviation correction mechanism 20 also can be set between surface quality testing agency 10 and the waste discharge mechanism 30.As shown in Figure 7, this surface quality testing agency 10 comprises air draught feedway 11, be installed in the device for dischanging air 12 of belt conveyor below of air draught feedway 11 and the detecting device 13 that is installed in air draught feedway 11 tops, the delivery port of this surface quality testing agency 10 and the corresponding setting of the input port of this elementary deviation correction mechanism 20, this elementary deviation correction mechanism 20 comprises the corresponding a pair of correction feedway 21 that arranges up and down, 22, the delivery port of this elementary deviation correction mechanism 20 and the corresponding setting of the input port of this waste discharge mechanism 30, the ship pressure deviation correcting device 31 that this waste discharge mechanism 30 comprises deviation correcting device 32 and is positioned at these deviation correcting device 32 tops, the delivery port of this waste discharge mechanism 30 and the corresponding setting of the input port of this paper collecting mechanism 40, this paper collecting mechanism 40 comprises collection feedway 42 and paper collecting and paper pressing wheel 41, and the delivery port of this paper collecting mechanism 40 and the utility model stacking collect the corresponding setting of paper inlet of mechanism 70.
During actual the use, many Xiao Zhang's printed matters 60 to be detected carry out the print surface quality testing via surface quality testing agency 10, after detection is finished, printed matter carries out preliminary correction via elementary deviation correction mechanism 20, then, qualified printed matter is sent on the paper collecting mechanism 40 after rectifying a deviation again via waste discharge mechanism 30, inferior-quality printed matter then via waste discharge mechanism 30 by inspection rejects, be sent to printed matter 60 on the paper collecting mechanism 40 and be aligned to and collect mechanism 70 to the utility model Xiao Zhang printed matter stacking behind the fish scale shape and transmit, the utility model Xiao Zhang printed matter stacking collect finish in the mechanism 70 printed matter in a pile collect operation after export.
In the utility model, surface quality testing agency 10, elementary deviation correction mechanism 20, waste discharge mechanism 30, paper collecting mechanism 40 are known equipment, its concrete formation does not here describe in detail, the process that the transport process of printed matter on surface quality testing agency 10, elementary deviation correction mechanism 20, waste discharge mechanism 30, paper collecting mechanism 40 should be known for those skilled in the art does not here describe in detail equally.
The utility model has the advantages that:
One, the utility model Xiao Zhang printed matter stacking collects mechanism and can realize that piling up automatically of Xiao Zhang's printed matter collects, it is fast to pile up the speed of collecting, neatly, output steadily, the efficient height greatly reduces workman's working strength, improved work efficiency, and collect mechanism with the stacking of existing Xiao Zhang's printed matter checking machine and compare, the utility model Xiao Zhang printed matter stacking collects mechanism and has overcome the deficiency that vibrations are big, noise is big, has reduced the false drop rate of printed matter.The utility model Xiao Zhang printed matter stacking collects the object of mechanism for Xiao Zhang's printed matter, is specially adapted to the relatively poor Xiao Zhang's printed matter of surface abrasion resistance.Be specially:
1, the utility model Xiao Zhang printed matter stacking collects the structure design that the neat device of bat in the mechanism has been taked cam mechanism and inclined-plane lead agency, the vibrations that this structure design produces are little, noise is little, can avoid shaking the excessive influence that detection accuracy is caused, and, clap neat device and only use a propulsion source---the speed control motor has namely been realized the bat of printed matter neat from two orientation, guaranteed the action consistency of back push pedal and thruster plate on the one hand, reduce propulsion source quantity on the other hand, saved the energy greatly.
2, the utility model Xiao Zhang printed matter stacking collects the structure design that cam mechanism in the neat device of bat in the mechanism has adopted eccentric disc and square bearer, and is this simple in structure, is easy to install more common cam be more convenient for processing and design.
3, the output unit that piles up that collects in the mechanism of the utility model Xiao Zhang printed matter stacking has adopted double sided slider bar, double cartridge guiding to be driven the structure design of lifting down by lifting motor, the guidance quality of double sided slider bar, double cartridge is good, guaranteed lifting table stable, crooked in lifting process, made and pile up one pile of good printed matter and can steadily transfer out.
Two, the utility model Xiao Zhang printed matter checking machine collects mechanism because design has the utility model Xiao Zhang printed matter stacking, therefore, it not only has functions such as surface quality detection, correction, waste discharge, collection, also has the utility model Xiao Zhang printed matter stacking and collects the function that mechanism has.
Above-mentioned is preferred embodiment of the present utility model and the know-why used thereof; for a person skilled in the art; under the situation that does not deviate from spirit and scope of the present utility model; any based on apparent changes such as the equivalent transformation on the technical solutions of the utility model basis, simple replacements, all belong within the utility model protection domain.
Claims (9)
1. Xiao Zhang's printed matter stacking collects mechanism, it is characterized in that: it comprises two main wall plates that vertically are oppositely arranged, and the top of these two main wall plates is equipped with claps neat device, and the below of the neat device of this bat is provided with piles up output unit, wherein:
The neat device of this bat comprises two support beams that are movably arranged between these two main wall plates, one end of two support beams of this that be arranged in parallel is connected with cam mechanism, this cam mechanism is connected with the speed control motor via the speed control transmission device, on these two support beams a pair of thruster plate is installed, this a pair of thruster plate is along going into that the paper direction be arranged in parallel and at a distance of setpoint distance, this setpoint distance is suitable with the width of the printed matter of sending into, this cam mechanism make these two support beams along directions vertical with going into the paper direction do reciprocating linear motion and the linear movement direction of these two support beams opposite, thereby make this a pair of thruster plate move and the dual-side of the printed matter sent into is pushed action along direction vertical with going into the paper direction, push pedal after being provided with one between these two thruster plates, perpendicular this back push pedal of placing direction and the placing direction of this a pair of thruster plate is for the corresponding setting of paper inlet, this back push pedal is connected with an end of strut bar, the other end of this strut bar is connected with this support beam via the inclined-plane lead agency, the linear reciprocating motion of this support beam drives this strut bar and this back push pedal goes into the paper direction and does reciprocating linear motion in the edge together via the effect of this inclined-plane lead agency, thus make this back push pedal to the upper surface of the printed matter sent into collude into and bat press work;
This piles up output unit and comprises lifting table, this lifting table comprises the belt conveyor that is installed on the cylinder, this cylinder is connected with defeated paper motor via defeated paper transmission device, this lifting table is connected with lifting motor via elevating drive mechanism, and this lifting table is made perpendicular movement up and down via this elevating drive mechanism under the effect of this lifting motor running.
2. Xiao Zhang's printed matter stacking as claimed in claim 1 collects mechanism, it is characterized in that:
Described cam mechanism comprises transmission shaft, square bearer, eccentric disc and bearing seat, one end of each described support beam is connected with this square bearer, be provided with this eccentric disc in this square bearer, the eccentric orfice of each described support beam by this eccentric disc is applied on this transmission shaft and is connected with this transmission shaft, oppositely arrange between the eccentric orfice of this eccentric disc that two described support beams connect, the two ends of this transmission shaft are connected with deep groove ball bearing on this bearing seat that is fixed on the described main wall plate respectively.
3. Xiao Zhang's printed matter stacking as claimed in claim 1 collects mechanism, it is characterized in that:
Described inclined-plane lead agency comprises the crossbeam that is installed between described two main wall plates, a corresponding end of described two strut bars is movably arranged on this crossbeam, on described two strut bars a mounting blocks is installed jointly, the upper surface of this mounting blocks is provided with deep groove ball bearing, the inclined-plane of this deep groove ball bearing and driver plate one bottom portion is tangent, and this driver plate other end is captiveed joint with corresponding support beam.
4. Xiao Zhang's printed matter stacking as claimed in claim 1 collects mechanism, it is characterized in that:
Described elevating drive mechanism comprises the chaining bar, sprocket wheel, drive sprocket, by movable sprocket and main driving axle, this main driving axle is installed between described two main wall plates, this sprocket wheel is installed on this main driving axle, this is by movable sprocket, this chaining bar is installed on the described lifting table, this sprocket wheel is positioned at the top of this chaining bar, offer the chain cylindrical void on this chaining bar, chain is hung on this sprocket wheel after passing this chain cylindrical void, realize the interlock of this sprocket wheel and this chaining bar, this drive sprocket is installed on the output shaft of described lifting motor, this is carried out interlock by chain between movable sprocket and this drive sprocket, this main driving axle is via this drive sprocket, this is driven this sprocket rotation by movable sprocket under the effect of this lifting motor running, make perpendicular movement up and down thereby drive described lifting table.
5. collect mechanism as claim 1 or 4 described Xiao Zhang's printed matter stackings, it is characterized in that:
Described lifting table is fixed on two carriages, and each this carriage is installed on the slide rail via slide block, and this slide block slides at this slide rail.
6. Xiao Zhang's printed matter stacking as claimed in claim 1 collects mechanism, it is characterized in that:
The described equipped at outlet port that piles up output unit is provided with sheet delivery, the input port of this sheet delivery and described delivery port relative set of piling up output unit, and this sheet delivery comprises the paper delivery support and is installed in the unpowered cylinder of the row of one on this paper delivery support.
7. Xiao Zhang's printed matter stacking as claimed in claim 6 collects mechanism, it is characterized in that:
Described lifting table carries out perpendicular movement up and down between upper position and the next position, wherein: when described lifting table was in upper position, the upper surface of described lifting table and the delivery port of paper collecting mechanism approached and are positioned at the below of the delivery port of this paper collecting mechanism; When described lifting table was in the next position, the upper edge of the upper surface of described lifting table and the described unpowered cylinder of described sheet delivery was positioned on the same horizontal surface.
8. Xiao Zhang's printed matter stacking as claimed in claim 7 collects mechanism, it is characterized in that:
The paper inlet that described Xiao Zhang's printed matter stacking collects mechanism is provided with the gate that the control printed matter is sent into.
9. Xiao Zhang's printed matter checking machine, it is characterized in that: it comprises that each described Xiao Zhang's printed matter stacking collects mechanism in surface quality testing agency, waste discharge mechanism, paper collecting mechanism and the claim 1 to 8, the delivery port of this surface quality testing agency and the corresponding setting of the input port of this waste discharge mechanism, the delivery port of this waste discharge mechanism and the corresponding setting of the input port of this paper collecting mechanism, the delivery port of this paper collecting mechanism and described Xiao Zhang's printed matter stacking collect the corresponding setting of paper inlet of mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320090764 CN203112220U (en) | 2013-02-26 | 2013-02-26 | Small printed matter stacking and collecting mechanism and small printed matter inspection machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320090764 CN203112220U (en) | 2013-02-26 | 2013-02-26 | Small printed matter stacking and collecting mechanism and small printed matter inspection machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203112220U true CN203112220U (en) | 2013-08-07 |
Family
ID=48892589
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320090764 Withdrawn - After Issue CN203112220U (en) | 2013-02-26 | 2013-02-26 | Small printed matter stacking and collecting mechanism and small printed matter inspection machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203112220U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103112747A (en) * | 2013-02-26 | 2013-05-22 | 玉田县大恒印刷机械有限公司 | Stacking and collecting mechanism, stacking and collecting method and quality testing machine for small-size prints |
| CN103754684A (en) * | 2014-01-02 | 2014-04-30 | 中国人民银行印制科学技术研究所 | Small-sheet product discharging method and device |
| CN107745993A (en) * | 2017-09-28 | 2018-03-02 | 佛山市鑫锦龙机械科技有限公司 | A kind of file base plate feeding device |
| CN111198261A (en) * | 2020-01-09 | 2020-05-26 | 上海德拉根印刷机械有限公司 | Die-cutting paper reverse side detection mechanism |
-
2013
- 2013-02-26 CN CN 201320090764 patent/CN203112220U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103112747A (en) * | 2013-02-26 | 2013-05-22 | 玉田县大恒印刷机械有限公司 | Stacking and collecting mechanism, stacking and collecting method and quality testing machine for small-size prints |
| CN103112747B (en) * | 2013-02-26 | 2015-06-24 | 玉田县大恒印刷机械有限公司 | Stacking and collecting mechanism, stacking and collecting method and quality testing machine for small-size prints |
| CN103754684A (en) * | 2014-01-02 | 2014-04-30 | 中国人民银行印制科学技术研究所 | Small-sheet product discharging method and device |
| CN103754684B (en) * | 2014-01-02 | 2016-05-25 | 中国人民银行印制科学技术研究所 | A kind of method of Xiao Zhang's product turnout and device thereof |
| CN107745993A (en) * | 2017-09-28 | 2018-03-02 | 佛山市鑫锦龙机械科技有限公司 | A kind of file base plate feeding device |
| CN107745993B (en) * | 2017-09-28 | 2020-06-30 | 佛山市鑫锦龙机械科技有限公司 | File base plate loading attachment |
| CN111198261A (en) * | 2020-01-09 | 2020-05-26 | 上海德拉根印刷机械有限公司 | Die-cutting paper reverse side detection mechanism |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103112747A (en) | Stacking and collecting mechanism, stacking and collecting method and quality testing machine for small-size prints | |
| CN203112220U (en) | Small printed matter stacking and collecting mechanism and small printed matter inspection machine | |
| CN203578227U (en) | Plate detection system of artificial plates for manipulators | |
| CN208895715U (en) | A kind of pipe fitting roll-over feed mechanism | |
| CN204150695U (en) | Automatic circulating plate machine | |
| CN108555665A (en) | A kind of pipe fitting roll-over feed mechanism | |
| CN104310086A (en) | Paper pasting machine | |
| CN203975998U (en) | Automatic charging machine | |
| CN208182216U (en) | A kind of cabinet stacking machine | |
| CN203439723U (en) | Full-automatic carton stacker crane | |
| CN104944145A (en) | Automatic feeding and discharging elevator | |
| CN205169842U (en) | Divide shaping chain of steel to transfer machine, shaped steel bunching device and shaped steel stack system | |
| CN109335702A (en) | A kind of dedicated piler of sheet fabrication | |
| CN102502320A (en) | Jogging machine | |
| CN106586651A (en) | Intelligent splicing machine | |
| CN204872817U (en) | Automatic go up unloading lift | |
| CN204211185U (en) | Paper-pasting machine | |
| CN204643301U (en) | The continuous stacking apparatus of a kind of battery grid | |
| CN207726375U (en) | The automatic conveying device transported for stacking mode | |
| CN210048148U (en) | Stacking device for ceramic tile processing | |
| CN204659199U (en) | A kind of dust arrester | |
| CN110155729B (en) | Automatic bag stacking equipment | |
| CN106629161A (en) | Paper pile turnover mechanism | |
| CN207629703U (en) | It is a kind of walk scheming main shaft feeding device | |
| CN208648164U (en) | A kind of stacking mechanism of cabinet stacking machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130807 Effective date of abandoning: 20150624 |
|
| RGAV | Abandon patent right to avoid regrant |