CN101676184B - Intermitting device - Google Patents
Intermitting device Download PDFInfo
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- CN101676184B CN101676184B CN2009101654755A CN200910165475A CN101676184B CN 101676184 B CN101676184 B CN 101676184B CN 2009101654755 A CN2009101654755 A CN 2009101654755A CN 200910165475 A CN200910165475 A CN 200910165475A CN 101676184 B CN101676184 B CN 101676184B
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- pushing
- folding card
- retainer
- load
- stop
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Abstract
The invention provides a collating mark intermitting device which can stop a collating mark which needs to stop by definitely distinguish the collating mark which needs to stop from a collating mark which ceaselessly flows downstream. The invention comprises an edge detector 5, a speed detector, a first pushing retainer 6 and a control device 7, wherein the edge detector 5 detects the edge parts of a collating mark 4 which is arow transmitted in an overlapping and staggered mode along horizontal direction on a conveyer belt 2; the speed detector detects the transmission speed of the conveyer belt 2; the first pushing retainer 6 pushed the transmitted collating mark 4 from the top to temporarily hinder collating mark flow; the control device 7 calculates the movement timing of the first pushing retainer 6 to cause to move according to the distance from the detecting position of the speed detecting signal and the edge detector 5 to the pushing position of the first pushing retainer 6; and the control device calculates the space between the collating marks 4 according to the edge detecting signal. Thus, the first pushing retainer 6 is used for pushing the non-overlapping position of the collating mark which needs to stop and the collating mark which ceaselessly flows downstream.
Description
The application is dividing an application of application number is 200410096132.5, denomination of invention is on November 26th, 2004 application for a patent for invention for " collating mark intermitting device ", the applying date.
Technical field
The present invention relates to a kind ofly will paper discharged the back, stagger a little and a bit overlap on the load-transfer device and the temporary transient shutdown feature of the folding card that the flow of signatures that is transferred temporarily stops mutually from rotary press etc.
Background technology
In the past, the folding card of known a kind of discharges such as folding machine from rotary press a bit is overlapped in the state on the load-transfer device to stagger a little and is transferred, and by stacker (bunching device) and by alignment automatically, the amount of norm, overlapping, the technology that finishes by strapper (bander) afterwards.
The method of the amount of norm of folding card, known for example have according to impeller number subsidiary in the rotary press is detected the method that resulting signal carries out, and perhaps detected the method (for example with reference to the flat 10-149419 communique of Japanese patent application publication No. JP, the flat 10-149420 communique of Japanese patent application publication No. JP) of carrying out by the difference of height to the marginal portion of the overlapping folding card that is transferred of landing that staggers.
In addition, in stacker, the overlapping folding that is transferred of landing that will on load-transfer device, stagger be posted on carry out in the wisp stack portion overlapping, but at stack the moment of specified quantity, should roll over obedient stack body (being wisp) releases to next operation (strapper) by kickoff mechanism from wisp stack portion, during before the interim loading plate of interim carrying folding card enters wisp stack portion, be necessary temporarily to tackle on load-transfer device to the flow of signatures of wisp stack portion with carrying.At this moment, passed out on the load-transfer device continuously by the rotary press of the past operation owing to roll over card, so load-transfer device self does not stop and walking on.
As such device that temporarily stops flow of signatures, known have a kind of have for the push plate that the temporary transient brake activation of the flow of signatures of being carried pushed folding card and with push plate to the direction opposite with throughput direction comfort pushing body that the mode of pressure moves, so-called choke apparatus (shutoff type device) (for example, the flat 5-57186 communique of Japanese patent application publication No. JP, the flat 8-5179 communique of Japanese Utility Model publication number JP).
, according to the action of the choke apparatus difference of (opportunity (タ イ ミ Application グ)) regularly, the inadequate phenomenon that stops of folding card appears sometimes.
Folding card is divided with for example 20m/ or the speed more than it is carried, must be according to the change in rotational speed of the rotary press that gives off the folding card etc., and the delivery speed of change folding card, thereby make the synchronization of the rotating speed of the load-transfer device of carrying the folding card and rotary press etc.
Usually, delivery speed is fast more, and promptly the spacing between the big more folding card of then carrying of rotating speed is just narrow more.In addition, when the rotating speed of rotary press changes to the low speed revolution from high speed rotary, although the rotating speed of load-transfer device is also synchronous with it, but because the folding card that transports out from rotary press is with by the folding card behind the high speed printing, therefore if do not consider to arrive time lag before the wisp stack portion, spacing will sharply narrow down on load-transfer device.
When the spacing of folding card narrows down, according to timer-operated difference by choke apparatus pushing flow of signatures, sometimes should not stop ground also can use no small thrust pressure etc. on the mobile folding card of side (for example wisp stack portion) downstream, thereby produce the phenomenon of carrying by load-transfer device with dragging one's heels, the result causes when this folding card arrives wisp stack portion, begun to release the operation of rolling over obedient stack body at wisp stack portion kickoff mechanism, distortion etc. is clamped, produced to the interim loading plate that can be entered wisp stack portion.
Summary of the invention
The objective of the invention is to, for solving above-mentioned technical matters in the past, provide a kind of can make the folding card that should stop, with should not stop ground downstream the folding card of side flow differentiate clearly and the collating mark intermitting device that stops.
Above-mentioned purpose of the present invention, reach by following scheme, promptly, the invention provides a kind of collating mark intermitting device, it is the collating mark intermitting device that the flow of signatures that along continuous straight runs on load-transfer device staggers overlappingly, arow is transferred is temporarily stopped, it is characterized in that having: the edge detecting device of the marginal portion of the folding card that detecting staggers is transferred overlappingly; Detect the speed detector of the delivery speed of described load-transfer device; The folding card that is transferred from top pushing and the 1st pushing retainer that flow of signatures is temporarily stopped; And control setup, this control setup according to from the speed detection signal of described speed detector and from the detection position of described edge detecting device to the distance of the pushing position of described the 1st pushing retainer, calculate the action timing of described the 1st pushing retainer, make the 1st pushing retainer action; Described control setup, calculate the spacing of the folding card that is transferred overlappingly of staggering according to described edge detection signal, according to this distance values that calculates, the action of calculating the 1st pushing retainer regularly makes among the folding card that should be stopped by described the 1st pushing retainer pushing and should not stop the nonoverlapping position of folding card of side flow downstream, ground.
Be preferably the choke apparatus that further possesses with described the 1st pushing retainer interlock, this choke apparatus have for the temporary transient brake activation of flow of signatures that transports in succession after by described the 1st folding card that stops of pushing retainer is pushed folding obedient above push plate and so that this push plate or flow of signatures are comforted the pushing body that the mode of pressure moves to the direction opposite with throughput direction.At this moment, be preferably and further possess the lifter plate that relatively disposes with described push plate, can rise in the mode that the folding card on the described load-transfer device is lifted from this load-transfer device a little.
Be preferably and further possess folding card that the upstream side and making that is configured in described the 1st pushing retainer should stop and should not stop the ground interim retainer that broadening of the overlapping spacing that staggers of the folding card of side flow downstream, this interim retainer has according to moving from the detection signal of described edge detecting device, the dogging device of temporary transient dogging on the marginal portion of the folding card that is transferred overlappingly of staggering.
Be preferably in the downstream of described the 1st pushing retainer and also possess the action specified time that lags behind the 1st pushing retainer and the 2nd pushing retainer that moves, and the 2nd pushing retainer is positioned at by the mode with folding card its next-door neighbour the downstream of described the 1st folding card that pushing of pushing retainer with pushing and disposes.At this moment, be preferably and further possess and described the 2nd pushing retainer the 2nd lifting body that relatively dispose, that can rise in the mode that the folding card on the described load-transfer device is lifted from this load-transfer device a little.
Be preferably described load-transfer device and closely have the difference of height that makes delivery head position step-down in the downstream of pushing position of described the 1st pushing retainer and its.
Be preferably described edge detecting device and be the optical detector of the difference of height of the marginal portion of detecting the folding card that is transferred overlappingly of staggering.
Be preferably and further possess and described the 1st pushing retainer the 1st lifting body that relatively dispose, that can rise in the mode that the folding card on the described load-transfer device is lifted from this load-transfer device a little.
And then the present invention also provides a kind of collating mark intermitting device, it is the collating mark intermitting device that the flow of signatures that along continuous straight runs on load-transfer device staggers overlappingly, arow is transferred is temporarily stopped, it is characterized in that having: the edge detecting device of the marginal portion of the folding card that detecting staggers is transferred overlappingly; Detect the speed detector of the delivery speed of described load-transfer device; The folding card that is transferred from top pushing and the 1st pushing retainer that flow of signatures is temporarily stopped; And control setup, this control setup according to from the speed detection signal of described speed detector and from the detection position of described edge detecting device to the distance of the pushing position of described the 1st pushing retainer, calculate the action timing of described the 1st pushing retainer, make the 1st pushing retainer action; Described control setup, the spacing of the folding card that is transferred overlappingly according to staggering from the edge detection signal calculating of described edge detecting device, according to this distance values that calculates, the action of calculating the 1st pushing retainer regularly makes among the folding card that should be stopped by described the 1st pushing retainer pushing and should not stop the nonoverlapping position of folding card of side flow downstream, ground; Further possess folding card that the upstream side and making that is configured in described the 1st pushing retainer should stop and should not stop the ground interim retainer that broadening of the overlapping spacing that staggers of the folding card of side flow downstream, this interim retainer has according to moving from the detection signal of described edge detecting device, the dogging device of temporary transient dogging on the marginal portion of the folding card that is transferred overlappingly of staggering.
Description of drawings
Fig. 1 is the lateral plan of stacker that expression has an embodiment of temporary transient shutdown feature of the present invention.
Fig. 2 is the local lateral plan that amplifies the temporary transient shutdown feature of presentation graphs 1.
Fig. 3 is the lateral plan of expression as an embodiment of the 2nd pushing retainer of constitutive requirements of the present invention.
Fig. 4 is the lateral plan of expression as an embodiment of the interim retainer of constitutive requirements of the present invention.
Fig. 5 is the lateral plan of expression as the difference of height of the load-transfer device of constitutive requirements of the present invention.
Fig. 6 is the lateral plan of expression as an embodiment of the choke apparatus of constitutive requirements of the present invention.
Fig. 7 is the lateral plan of expression as an embodiment of the lifting body of constitutive requirements of the present invention.
The specific embodiment
Below, with reference to description of drawings preferred embodiment of the present invention.In addition, following embodiment is that example describes with the stacker.In institute's drawings attached, identical component part is marked with identical label.
Stacker 1 has wisp stack portion 3 in the downstream of load-transfer device 2.Upstream side at load-transfer device 2, dispose the edge detecting device 5 that the marginal portion of the folding card 4 that is transferred overlappingly staggering is detected on load-transfer device 2, between edge detecting device 5 and wisp stack portion 3, dispose press against the folding card 4 that load-transfer device 2 carries from the top and will roll over that the temporary transient interception of flowing of card 4 lives the 1st push retainer 6.In addition, number in the figure 20 expression wisp kickoff mechanisms.
The 1st pushing retainer 6 of illustrated example has piston rod 6b that has on hydraulic actuating cylinder 6a, the hydraulic actuating cylinder 6a that is fixed on the drawing framework in addition and the push-pads 6c that is fixed on piston rod 6b front end.Push-pads 6c has can not scrape the rake that the mode of carrying the folding card 4 come tilts towards the upstream side direction and the par of pushing folding card 4.
The rotating speed of load-transfer device 2 is detected by figure outer speed detector, for example rotary encoder.The specified number of folding card according to the detection signal from edge detecting device 5, is counted by the counting assembly (not shown) that counting machine IC etc. constitutes.
As edge detecting device 5, can use by shining reflection of light light on the folding card that is transferred and detect the optical detector of surface elevation displacement.Because on the marginal portion of the overlapping folding card 4 that is transferred of landing of staggering, have difference of height, by detecting the marginal portion that this difference of height can detect the folding card.Optical detector is preferably with the laser effect, but also can use light-emitting diode or other light sources.As the device that has optical detector and counting assembly concurrently laser counter is arranged, for example can use the laser counter SCATEC-1 as maker with the Baumer electric AG society of Switzerland.In addition, also can use ultrasonic detector to substitute optical detector.
The control setup 7 that constitutes by Programmable Logic Controller etc., according to from the count signal of described counting assembly, from the speed detection signal of speed detector and from the distance of the pushing position of detection position to the 1 pushing retainer 6 of edge detecting device 5, calculate the action timing of the 1st pushing retainer 6, when the folding card 4 that should stop to be transferred, make 6 actions of the 1st pushing retainer.The time of the 1st pushing retainer 6 pushing folding cards for example is 0.1～0.5 second.
By folding card 4 (4 of the Fig. 2 that should stop like this
2) among distinguish out clearly should not stop ground folding card 4 (4 of Fig. 2 of side flow downstream
1), not push the folding card 4 that should stop
2Among with should not stop the ground folding card 4 of side flow downstream
1Equitant part B and the mode of pushing non-overlapping portions A is controlled, thus can make the folding card 4 that should stop
2Stop reliably, make the folding card 4 of side flow downstream
1Flow.The folding card 4 that 6 pushings of the 1st pushing retainer should be stopped
2The position leave as much as possible should not stop the ground folding card 4 of side flow downstream
1
Push the folding card 4 that firmly should stop by the 1st pushing retainer 6
2The time, at this folding card 4
2With the folding card 4 of before having advanced that should flow
1Equitant part B place can produce friction drag.Though the size of the friction drag that produces also depends on the material of the folding card of being carried or size etc., might cause the folding card 4 that should flow because of this friction drag
1Flow a little with lagging behind.According to the situation difference of this hysteresis, might cause at this folding card 4
1Lagging behind arrives when the wisp stack portion 3 of subsequent handling, and the discharging operation in wisp stack portion 3 begins, and interim loading plate 8 (with reference to Fig. 1) has begun to enter the situation in the wisp stack portion 3.When such situation took place, the bad phenomenon that folding card 4 that this after flow comes is clamped etc. by interim loading plate 8 will take place.
Therefore, as shown in Figure 3, on the 1st pushing retainer 6 and position, downstream its next-door neighbour, set in advance the 2nd pushing retainer 9, move by the action hysteresis specified time that makes the 2nd pushing retainer 9 to the 1 pushing retainers 6, temporary transient pushing firmly is positioned at the folding card folding card 44 downstreams and its next-door neighbour that is being pushed by the 1st pushing retainer 6, thereby can remove above-mentioned bad phenomenon.
In addition, because push the folding card 4 that retainer 9 stops by the 2nd like this
1, in the wisp stack body of next,, but, just can not produced the situation of not enough necessity piece number as long as piece number of the folding card of stack in wisp stack portion 3 is set at than necessary piece number Duo one piece at least so the wisp of previous stack will lack one piece by stack.
The time that the 2nd pushing retainer 9 lags behind the 1st pushing retainer 6 is depended on the delivery speed etc. of load-transfer device 2, and is the 24m/ timesharing in the delivery speed of load-transfer device for example, and it was lagged behind 0.1～0.3 second.The 2nd pushing retainer 9 is controlled to remove the mode that pushes the releasing action simultaneously with the pushing of the 1st pushing retainer 6.The control of the 1st pushing retainer 9 can be undertaken by control setup 7.
The action of the 2nd pushing retainer 9 regularly also can be calculated according to the delivery speed of load-transfer device 2 and the spacing P of folding card 4.For example, when delivery speed is fast or spacing P when narrow, make opening time a little later, on the contrary, promptly when delivery speed is slow or spacing when wide, action regularly can be done sth. in advance.
As other the device of eliminating by the bad phenomenon due to the friction drag of above-mentioned adjacent like that overlapping folding card, the spacing of the folding card that can widen by interim retainer 10 shown in Figure 4 staggers is transferred overlappingly.
Widen by the spacing that will roll over card like this, can make the folding card 4 that pushing by the 1st pushing retainer 6 and and its next-door neighbour's the friction drag between the folding card 4 in downstream disappear or reduce, can eliminate the bad phenomenon that last piece of regulation piece number lagged behind and send here in wisp stack portion 3 as described above.
Another device as eliminating the above-mentioned bad phenomenon that is caused by the friction drag of adjacent overlapping folding card like that as shown in Figure 5, can be provided with difference of height 11 on load-transfer device 2.
In illustrated example, load-transfer device 2 be multi-ribbon shape belt 2a by annular roll on belt pulley 2b.In addition, load-transfer device 2 can be arranged side by side several on throughput direction with the fed distance of necessity accordingly.Therefore, as shown, the critical part of the load- transfer device 2,2 that is arranged side by side on throughput direction is provided with difference of height 11, near this critical part of the load-transfer device 2 that is configured in upstream side, disposes the 1st pushing retainer 6.
Particularly, can be lower than the belt pulley 2b (belt pulley that Fig. 5 left side is shown) of the load-transfer device 2 that is configured in upstream side by the height that makes the belt pulley 2b (belt pulley that Fig. 5 right side is shown) that is configured in the downstream, and difference of height 11 is set, and closely dispose the 1st pushing retainer 6 in the top of the downstream of the load-transfer device 2 that is configured in upstream side belt pulley 2b (belt pulley that the left side of Fig. 5 is shown) and its.The height of difference of height 11 preferably is redefined for bigger slightly than the gauge of folding card 4, for example can be made as 10～20mm.
In the folding card of wishing 4 o'clock by the 1st pushing retainer 6 pushing residences, the flow of signatures disorder of the folding card 4 of the upstream side of coming one after the other after the folding that is being urged at this card 4, preferably as shown in Figure 6, the upstream side at the 1st pushing retainer 6 is provided with choke apparatus 12.Promptly, land the flow of signatures that is transferred when temporarily being stopped by the 1st pushing retainer 6 when staggering of follow-up folding card is overlapping, the spacing of follow-up folding card can narrow down, and the folding card that might be positioned at upstream side is crossed the folding card that is positioned at the downstream and scurried the phenomenon (this phenomenon being called " contrary overlapping phenomenon ") in downstream sporadicly.
In order to prevent this contrary overlapping phenomenon (repetitiousness lid phenomenon), used choke apparatus.Choke apparatus 12, as shown in Figure 6, can have for to push the flowing brake activation temporarily of the folding card 4 that is transferred on the load-transfer device 2 above the folding card 4 push plate 13 and so that push plate 13 is comforted the pushing body 14 that the mode of pressure moves to the direction opposite with throughput direction.
But push plate 13 is supported on the framework beyond the drawing by free liftings ground, and is can be with respect to load-transfer device 2 approaching or deviate from.In illustrated example, an end is attached on the piston rod 6b of the 1st pushing retainer 6, the together lifting along with the lifting of piston rod 6b.Pushing body 14 comprises: the slim cylinder body 14a that an end is connected by axle 14d support with freely rotating, the other end and piston rod 6b; By the gas of inflow and outflow in slim cylinder body 14a on this cylinder body reciprocating slide block 14b; Be supported on the roller 14c of the colyliform on the sliding 14b of determining with freely rotating; And, can be when push plate 13 applies thrust pressure, rolling on push plate 13 moves back and forth.The speed that roller 14c moves can change according to the delivery speed of load-transfer device 2.
Therefore, choke apparatus 12 will with the 1st pushing retainer 6 interlocks.That is, when 6 actions of the 1st pushing retainer, choke apparatus 12 is action simultaneously also, and follow-up the mobile of folding card stopped.
The pushing body 14 of choke apparatus 12, also can be do not push push plate 13 and be configured in the side of push plate 13 abreast, directly to comfort the structure that the mode of pressing follow-up flow of signatures top moves.
By the action of this choke apparatus 12, temporarily applied braking by the mobile quilt of the 1st follow-up folding card that stops of pushing retainer 6, thereby prevented described contrary overlapping phenomenon.
Even in the 1st pushing retainer the 6, the 2nd pushing retainer 9, choke apparatus 12 actions, when top doubling card 4 applies thrust pressure, load-transfer device 2 is not stopped and continuous drive yet, and therefore being subjected to the folding card of this thrust pressure and the friction drag between the load-transfer device 2 will increase.Because the increase of this friction drag, be subjected to thrust pressure and the spacing of the flow of signatures that temporarily stops just has the possibility of change.
For this reason, for by the folding card that is subjected to thrust pressure from the top by the 1st pushing retainer 6 grades is floated a bit a little, and reduce described friction drag from load-transfer device 2, eliminate the spacing change, as shown in Figure 7, preferably have and to rise will roll over the lifting body that card lifts from the load-transfer device 2 a little.
1st, the 2nd and the 3rd lifting body 15a, 15b, 15c are by the cylinder body 15a on the base station plate of fixing on the framework that is fixed to outside figure 16
1, 15b
1, 15c
1Lifting is being supported freely, simultaneously by respectively with corresponding choke apparatus the 12, the 1st pushing retainer 6 and the 9 relative configurations of the 2nd pushing retainer, and can by with their action interlock or system drive independently.
In addition, in illustrated example, the 3rd lifting body 15a is by constituting with the plate that extends accordingly of pushing retainer 13.
Lifting body 15a～15c is positioned at conveyor surface than load-transfer device 2 position below more leaning at lowering position, then is in folding card 4 is lifted a bit from the load-transfer device 2 a little (position of 5～10mm) for example in hoisting position.Therefore, even if load-transfer device 2 at the temporary transient stopping period of folding card 4 also continuous drive, but because lifting body 15a～15c will roll over card 4 lifts a little, thereby can reduce load-transfer device 2 and the obedient friction drag of folding from load-transfer device 2.
And,, by the folding card that from load-transfer device 2, lifts a little by the 1st lifting body 15a, the 2nd lifting body 15b and the 3rd lifting body 15c by described the 1st lifting body 15a, the 2nd lifting body 15b, the 3rd lifting body 15c, choke apparatus the 12, the 1st pushing retainer 6 and 9 clampings of the 2nd pushing retainer.
In addition, lifting body in order to realize its purpose, moves will roll over card 4 modes of lifting at least before the 1st pushing retainer the 6, the 2nd pushing retainer 9, choke apparatus 12 pushing folding cards 4.
As seen from the above description, according to collating mark intermitting device of the present invention, owing to be that the marginal portion of the overlapping folding card that lands mobile that staggers is detected, calculate spacing according to this detection signal, thereby among the folding card that should stop by the 1st pushing retainer pushing with should not stop ground and make it to stop in the nonoverlapping position of folding card of side flow downstream, therefore, can be with the folding card that should stop, with should not stop ground downstream the folding card of side flow differentiate clearly, thereby the folding card that should stop to be stopped.
In addition, owing to have folding card that the upstream side and making that is configured in described the 1st pushing retainer should stop and should not stop the ground interim retainer that broadening of the overlapping spacing that staggers of the folding card of side flow downstream, therefore, can with the folding card that should stop, with should not stop ground downstream the folding card of side flow differentiate more clearly, thereby the folding card that should stop to be stopped.
In addition, the 2nd pushing retainer that moves than the 1st action hysteresis specified time that pushes retainer is set by the downstream at described the 1st pushing retainer, and the 2nd pushing retainer is positioned at by the mode of next-door neighbour's folding card thereafter in the downstream of described the 1st folding card that pushing of pushing retainer with pushing and disposes, therefore, can with the folding card that should stop, with should not stop ground downstream the folding card of side flow differentiate more clearly and it stopped.
In addition, by on described load-transfer device, place, the downstream pushing position and its next-door neighbour at described the 1st pushing retainer is provided with the difference of height that makes delivery head position step-down, also can be with the folding card that should stop, with should not stop ground downstream the folding card of side liquid differentiate more clearly and it stopped.
Claims (4)
1. collating mark intermitting device, it is the collating mark intermitting device that the flow of signatures that along continuous straight runs on load-transfer device staggers overlappingly, arow is transferred is temporarily stopped, and it is characterized in that, has:
The stagger edge detecting device of marginal portion of the folding card that is transferred overlappingly of detection;
Detect the speed detector of the delivery speed of described load-transfer device;
The folding card that is transferred from top pushing and the 1st pushing retainer that flow of signatures is temporarily stopped; And
Control setup, this control setup according to from the speed detection signal of described speed detector and from the detection position of described edge detecting device to the distance of the pushing position of described the 1st pushing retainer, calculate the action timing of described the 1st pushing retainer, make the 1st pushing retainer action;
Described control setup, the spacing of the folding card that is transferred overlappingly according to staggering from the edge detection signal calculating of described edge detecting device, according to this distance values that calculates, the action of calculating the 1st pushing retainer regularly makes among the folding card that should be stopped by described the 1st pushing retainer pushing and should not stop the nonoverlapping position of folding card of side flow downstream, ground;
Further possess folding card that the upstream side and making that is configured in described the 1st pushing retainer should stop and should not stop the ground interim retainer that broadening of the overlapping spacing that staggers of the folding card of side flow downstream, this interim retainer has according to moving from the detection signal of described edge detecting device, the dogging device of temporary transient dogging on the marginal portion of the folding card that is transferred overlappingly of staggering.
2. according to the described collating mark intermitting device of claim 1, it is characterized in that described load-transfer device closely has the difference of height that makes delivery head position step-down in the downstream of pushing position of described the 1st pushing retainer and its.
3. according to the described collating mark intermitting device of claim 1, it is characterized in that described edge detecting device is the optical detector that the difference of height of the marginal portion of the folding card that is transferred overlappingly staggering detects.
4. according to the described collating mark intermitting device of claim 1, it is characterized in that further possessing and described the 1st pushing retainer the 1st lifting body that relatively dispose, that can rise in the mode that the folding card on the described load-transfer device is lifted from this load-transfer device a little.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101654755A CN101676184B (en) | 2004-11-26 | 2004-11-26 | Intermitting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101654755A CN101676184B (en) | 2004-11-26 | 2004-11-26 | Intermitting device |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200410096132 Division CN1778553B (en) | 2004-11-26 | 2004-11-26 | Contemporary fold stopper |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101676184A CN101676184A (en) | 2010-03-24 |
| CN101676184B true CN101676184B (en) | 2011-07-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101654755A Expired - Fee Related CN101676184B (en) | 2004-11-26 | 2004-11-26 | Intermitting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101676184B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112477456A (en) * | 2020-11-26 | 2021-03-12 | 浙江科技学院 | Paper positioning device and positioning method thereof |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4750732A (en) * | 1986-09-02 | 1988-06-14 | Tokyo Kikai Seisakusho | Apparatus for conveying and grouping printed matter or like objects |
| EP0987207A1 (en) * | 1998-08-24 | 2000-03-22 | Schur Packaging Systems A/S | Method and arrangement for group-dividing of folded printed matter |
-
2004
- 2004-11-26 CN CN2009101654755A patent/CN101676184B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4750732A (en) * | 1986-09-02 | 1988-06-14 | Tokyo Kikai Seisakusho | Apparatus for conveying and grouping printed matter or like objects |
| EP0987207A1 (en) * | 1998-08-24 | 2000-03-22 | Schur Packaging Systems A/S | Method and arrangement for group-dividing of folded printed matter |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101676184A (en) | 2010-03-24 |
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