CN102259520A

CN102259520A - Binding Device And Binding Method For Binding Printed Sheet Group For Document Particularly Concerning Security

Info

Publication number: CN102259520A
Application number: CN2011101054503A
Authority: CN
Inventors: W·克劳斯; S·施彭格勒
Original assignee: Kugler Womako GmbH
Current assignee: Kugler Womako GmbH
Priority date: 2010-02-12
Filing date: 2011-02-11
Publication date: 2011-11-30
Anticipated expiration: 2031-02-11
Also published as: JP2011161922A; CN102259520B; DE102010001899A1; DE102010001899B4

Abstract

The invention relates to a binding device and binding method for binding printed sheet group for document particularly concerning security. Described is the device and the method for binding of stacks (50) of layers, preferably document or book blocks, especially for the production of safety-related documents, and to bind the stack (50) by sewing stations (20, 22, 28, 30) be sutured. The device in the invention is characterized in that the stacks (50) are selectively sent to at least one sewing stations (28, 30 20, 22) in one plane of at least two stacked levels.

Description

Be used to bind the signature quires, especially produce the apparatus and method of the certificate relevant with security

Technical field

The present invention relates to a kind of signature quires that is used to bind, preferably certificate core or bookblock, especially for producing the device of the certificate relevant with security, this device have at least two make quires make the station to bind these quires, to be used for quires is transported to conveying device and the transport path of making the station, carry quires along this path by conveying device.In addition, the invention still further relates to a kind of be used to bind signature quires, preferred certificate core or bookblock, especially for producing certificate, the especially method of the device of application of aforementioned kind relevant with security, this method has for binding makes the step of quires by making the station.

Background technology

For the passport certificate relevant, be connected by making at this individual paper that constitutes signature with other security.Making behind the paper of stacking order numbering and after forming single quires thus, wherein, often select following specification, can produce more than one but two or more certificates simultaneously based on these specifications.Therefore the process velocity of making the station is limited, and the process velocity of entire equipment or transporting velocity or production cycle is produced certain influence, although these equipment can move with obviously higher beat number or process velocity or transporting velocity usually.

Therefore, EP1 155 873 A1 have advised that a kind of being used for be dispensed at least two bookbinding systems of making the station with bookblock, this is provided with bookblock conveying device, compile station and distributor and at least two and in a horizontal plane, be parallel to the stations of making that distributor arranges.Distributor is configured to the friction roller conveying device, and oscillating grippers respectively takes out a bookblock and this bookblock is delivered to from this distributor makes the station.

Can known a kind of device that is used to the bookblock cord in US 3 149 595 A, this device has the bookblock conveying device, makes the station and shears the station, and this shearing station has two rotary cutters that the line of stapling together is separated.

DE 10 2,007 002 090 A1 have described the device that a kind of paper that is used for the certificate that security is relevant is guided processing station into, and wherein, the continuous certificate in postpartum of making a living is delivered to processing station by the conveying device that beat is arranged with certain quires.For this reason, at the other a plurality of processing stations of a row of arranging of conveying device, wherein, conveying device has the input block of controlled work in the beat operation and the distributor of controlled work in the beat operation, and according to the number and the position of unactivated processing station, input block can load empty beat by control module.

Summary of the invention

Task of the present invention is to improve the productivity of the apparatus and method of aforementioned type, and enlarges floor space not significantly.

According to first aspect of the present invention, this task is by a kind of bookbinding signature quires, preferably certificate or books, especially the device of producing the certificate relevant with security solves, this device have at least two make quires make the station to bind these quires, be used for quires is transported to the conveying device of making the station, and transport path, carry quires along this path by conveying device, it is characterized in that, transport path has at least one first transport path section and at least one second transport path section, these different highway sections are arranged in different vertical heights, each transport path section is furnished with at least one and makes the station, and conveying device has branch unit, and this branch unit is delivered to quires different transport path sections selectively.

In addition, according to a second aspect of the invention, this task is by a kind of bookbinding signature quires, preferably certificate core or bookblock, especially produce the certificate relevant with security, especially use method according to each device in the aforementioned at least claim, the promising bookbinding of this method with quires by making the step that make at the station, it is characterized in that other step, soon quires is transported at least one selectively and makes the station, this is arranged in a plane at least two stacked planes, and these planes also can be called as the so-called plane of making.

The productivity of apparatus and method be can obviously improve by the present invention, and bigger floor space and especially bigger taking up room do not required.According to the present invention, this can realize in the following manner, promptly not only can carry out a plurality of operations of making simultaneously by using at least two parallel transport path sections, and these transport path sections are arranged in different vertical heights, and branch unit arranged according to the present invention like this is delivered to quires different stacked planes selectively and is used to make operation.This layout of a plurality of transport path sections not only makes floor space and especially takes up room and keeps less in Different Plane, but also owing to simplifies and deliver to stacked making and stand and alleviate maintenance.

In appended claims, provide the preferred embodiment of the present invention and further improvement.

Usefully, the transport path section is stacked basically.

Preferred so constitute make the station and aim at each transport path section, that is, makes to make to stand in to produce in the quires and make seam, and quires is carried along the transport path section on the transport path section and by conveying device under being positioned at.Therefore, for this embodiment, make the station and do not leave the transport path section and come on throughput direction, to produce and make seam through corresponding by quires motion.This measure further improves productivity.

The further improved characteristics of above-mentioned embodiment are, at least one transport path section is furnished with the station of making of two orders on throughput direction, these are made the station and are arranged to these two each of making in the station and make to produce in each quires that stands in the quires of carrying along affiliated transport path section and make seam, the length maximum of making seam equals half of quires length on the throughput direction, one of them is made and produces it in first section of the qualification that stands in each quires and make seam, and another make produce in second section of the qualification that stands in each quires its substantially with aforementioned one of them make the seam of making that making of station alignd.

Usefully, make the station and be arranged in different vertical heights corresponding to the transport path section.

At least one transport path section can be furnished with a plurality of stations of making.

Each transport path section should be furnished with making of similar number and stand so that make the station equably respectively in different making on the plane.

Transport path preferably has the transport path section that is placed in the branch unit upstream, and conveying device is carried quires along the transport path entrance zone, threshold zone with such speed, and promptly this speed is about as much as conveying device is carried quires along the transport path section that is moving speed sum.Realize like this, in an advantageous manner making the load of machinery systems of device even.

The feature of another kind of embodiment is that transport path has the transport path section that is placed in the branch unit upstream, and conveying device is correspondingly reduced the speed of quires in the transport path entrance zone, threshold zone under following situation, promptly interrupts the operation at transport path section place or quires is carried in interruption along the transport path section situation.The latter makes the out of order situation in plane, and for example also can be the situation when more emat coil or spool.However, utilize measures first mentioned can not interrupt but the operation of holdout device and making thus.

Usefully, conveying device should or be made the plane with for all transport path sections or make the speed that equates substantially the plane and carry quires along the transport path section.

Can by the branch unit arow repeatedly the quires of similar number is delivered to respectively the transport path section come the implement device load evenly.

Usefully, branch unit has elevating mechanism.

In addition, conveying device preferably has aggregating apparatus, and this device is collected to common group with quires again from single transport path section, preferably is collected to by in the row that the quires of order is formed basically on throughput direction.Usefully, this aggregating apparatus should have elevating mechanism.

When quires is positioned at when making the station scope, according to the position of quires, " speed " refer to single when making conveying between station and other device speed or making speed in the operation process.In case the operation of beat ground is preferably arranged, more it must be understood that for this situation " speed " to be the beat number in population mean speed of production or each chronomere.

Description of drawings

Further set forth according to a preferred embodiment of the invention with reference to the accompanying drawings below.Accompanying drawing illustrates:

Fig. 1: the stereogram of bookbinding device according to a preferred embodiment of the invention;

The side view of the device of Fig. 2: Fig. 1; And

Two orders are made the local amplification stereogram of the structure at station in the device of Fig. 3: Fig. 1.

The specific embodiment

Be used to bind the device of signature quires shown in Fig. 1 and 2, to produce the certificate of bookbinding.Signature also preferably is made of paper smooth part.Described device is preferred for binding certificate core or bookblock, and these certificate core or bookblock are particularly useful for producing the certificate relevant with security (for example passport).By being sewed together, signature number given in advance, that constitute quires jointly binds in the arrangement illustrated.Print single signature and so cut signature, constitute certificate page or leaf or page so that finish the back in production.Quires is also referred to as " hair book (Nutzen) ".For simplicity quires is used the notion of " bookblock " subsequently, yet this notion is the synonym as all types of quires or hair book.

Device shown in Fig. 1 and 2 is a part not shown, that be used to produce the equipment of the book certificate relevant with other certificates, especially security.In this equipment, at first equally also single signature in the unshowned aggregating apparatus or paper are grouped into uniform quires or hair book, each quires of these quires or Mao Shuzhong is made of the signature of same type, and these signatures constitute the book to be produced or the same page of certificate.After making quires, these quires sequentially-fed from described aggregating apparatus by bookbinding quires that signature is sewed together, also will specifically be further described this in this device below to the device shown in Fig. 1 and 2.After leaving the device shown in Fig. 1 and 2, Zhuan Ding bookblock also passes through various devices thus, bookblock especially by lamination, punching, folding and cutting, the particularly important is for passport in these devices, is provided with continuous label by imprinting or use laser beam.

Specifically describe at the bookbinding device shown in Fig. 1 and 2 below.

Device has support 2, installs all basic elements of character and is installed on this support.State as preceding, the bookbinding device is used for being sewed together by the paper signature with bookblock and binds bookblock.It should be noted that the diagram according to Fig. 1 and 2 in this case, the conveying device of pending bookblock moves from right to left.Therefore, inlet is positioned at the right side of shown device in Fig. 1 and 2, is provided with input unit 4 there.Input unit 4 side thereon has smooth substantially face, and this face constitutes transport path entrance zone, threshold zone 6.Be connected with in unshowned, the equipment with this input unit 4 or be positioned at the device delivery device of upstream on operation, this device for example is to state aggregating apparatus with what bookblock put together.Through input unit 4, bookblock is transported in the bookbinding device on (Fig. 2) arrow A direction.

On input unit 4 downstreams, throughput direction, see according to arrow A, be provided with first elevating mechanism 8, this elevating mechanism has first vertical substantially guide rail 9 and the second vertical substantially guide rail 10, following lifting platform 12 is bearing in the first guide rail place in vertical direction movably, and last lifting platform 14 is bearing in the second guide rail place in vertical direction movably.Also can expect in addition, a vertical guide rail only is set, two

lifting platforms

12 and 14 are bearing in this guide rail place jointly in vertical direction movably.At this, first elevating mechanism 8 is arranged and is positioned to make down selectively lifting platform 12 or go up lifting platform 14 and can run on the height of input unit 4, thereby admits along the bookblock that transports on the arrow A direction.From the plane of input unit 4, following lifting platform 12 can on the direction of arrow B downwards and on lifting platform 14 on the arrow C direction to 10 operations of upper edge guide track system.Shown in Fig. 1 and 2 down lifting platform 12 its upper/lower positions and on lifting platform 14 in its uppermost position in fig-ure.

With Reference numeral " 16 " expression lower horizontal plane, following horizontal feed path-segments 18 is extended in this plane in Fig. 1 and 2.As especially can recognizing from Fig. 2, be positioned at lower plane 16 highly and descend the height of transport path section 18 thus at the following lifting platform 12 of its upper/lower positions, this makes the bookblock can be without a doubt from descending lifting platform 12 be passed to down transport path section 18.Then, carry on the direction of arrow D on bookblock edge transport path section 18 down, and this arrow D has the direction identical with arrow A.In addition as can recognizing from Fig. 1 and 2, following transport path section 18 is furnished with two and makes

station

20,22, and these are made second in the station and make station 22 be positioned at first downstream of making station 20 on the throughput direction according to arrow D.If bookblock is along transport path section 18 conveyings down, these bookblocks orders are at first made station 20 through first, again through making station 22.

With Reference numeral " 24 " expression upper horizontal plane, last horizontal feed path-segments 26 is extended in this plane.Thus, the last plane 24 with last transport path section 26 is positioned on the last plane 16 with following transport path section 18.Constitute in the mode identical and to go up transport path section 26 with carrying down road 18.Last lifting platform 14 aligns with last transport path section 26 in its uppermost position in fig-ure, and this makes bookblock be passed to transport path section 26 from last lifting platform 14 without a doubt.Then, on the direction of arrow D and thus on the direction identical, carrying bookblock along last transport path section 26 with transport path section 18 under the edge.With following transport path section 18 similarly, in the illustrated embodiment, top transport path section 26 is furnished with two and makes

station

28,30, making the station for these two is positioned at and makes 20,22 top, station and these two and make second in the station and make station 30 be positioned at first downstream of making station 28 on the throughput direction according to arrow D.If bookblock is carried along last transport path section 26, these bookblock orders are at first made station 28 through first, again through making station 30.

First elevating mechanism 8 correspondingly constitutes branch unit so that bookblock is transferred to down the transport path section 18 or the last transport path section 26 of runs parallel with it selectively from input unit 4, and be provided with second elevating mechanism 32 as aggregating apparatus with two transport path sections 18, thereby 26 bookblock converges to common together output again.With first elevating mechanism 8 similarly, second elevating mechanism 32 also has first vertical substantially guide rail 33 and the second vertical substantially guide rail 34, following lifting platform 36 is in vertical direction movably along first guide rail support, and last lifting platform 38 is bearing in the second guide rail place in vertical direction movably.But what can expect in addition is, a vertical guide rail only is set, and two

lifting platforms

36 and 38 are bearing in this guide rail place in vertical direction jointly movably.Shown in Fig. 1 and 2 down lifting platform 36 its upper/lower positions and on lifting platform 38 in its uppermost position in fig-ure.In upper/lower positions, following lifting platform 36 alignment are transport path sections 18 down, thereby can receive down the bookblock of transport path section 18 without a doubt.Then, following lifting platform 36 is lifted to the height of the delivery apparatus 40 that only can illustrate with recognizing in Fig. 1 on the direction of arrow E, this delivery apparatus receives this bookblock for the bookblock with lifting platform 36 exports another rearmounted device to along arrow G direction (Fig. 2), and this arrow G has and the identical direction of arrow A (Fig. 2).The last lifting platform 38 of second elevating mechanism 32 aligns with last transport path section 26 in its uppermost position in fig-ure, and this makes bookblock be delivered to lifting platform 38 from last transport path section 26 without a doubt.Then, last lifting platform 38 is running down on the height of delivery apparatus 40 on the direction of arrow F, thereby for bookblock being exported to rearmounted device bookblock is passed to delivery apparatus 40 (Fig. 1).

Have that input unit 4, first elevating mechanism 8 of transport path entrance zone, threshold zone 4, two

transport path sections

18 and 26, second elevating mechanism 32 and delivery apparatus 40 are common to constitute conveying devices, thereby bookblock is delivered to selectively the delivery apparatus 40 of outlet side through a highway section in two

transport path sections

18,26 from the input unit 4 of entrance side.In order to carry bookblock, input unit 4, two

transport path sections

18 and 26 and delivery apparatus 40 in continuous conveyor and/or the roller that band constitutes under the common conduct is set, these conveyer belts and/or roller major part are not shown in Fig. 1 and 2, and are correspondingly driven by same unshowned drive unit.For raising and reduce the

lifting platform

12,14 of first elevating mechanism 8 and the

lifting platform

36,38 of second elevating mechanism 32, yet the corresponding drive unit of mark in detail not in the accompanying drawings is set equally.

For controlling these aforesaid drive units and, same unshowned control device being set in addition therefore for the forward travel of control bookblock.This control device is preferably guaranteed the beat number of the per time unit in input unit 6 and the delivery apparatus 40 or transporting velocity about equally, and be about as much as beat number or the transporting velocity sum of bookblock in addition along the per time unit that

transport path section

18,26 is carried.In addition, control device should be adjusted to identical value with the transporting velocity in two transport path sections 18,26.For owing to interrupting two transport path sections 18 making station place under repair or maintenance work or thread-changing, the operation at a transport path section place in 26 or along two transport path sections 18, the situation of the conveying of a transport path section in 26, control device should preferably correspondingly, especially approximately be reduced to half with the transporting velocity in input unit 4 and the delivery apparatus 40; The process velocity of making the station when it come to allows, and also can expect in addition in this case, and also the transporting velocity in the transport path section of operation approximately is promoted to the size of transporting velocity in suitable input unit 4 and the delivery apparatus 40.

In addition, described control device should so be controlled elevating mechanism 8,32 drive unit, to get rid of the lifting platform 12 of elevating mechanism, 14 or 36, collision between 38 especially also will guarantee to have only all the time following

lifting platform

12 or 36 or go up

lifting platform

14 or 38 and can run on the height or plane of input unit 4 or delivery apparatus 40.Control device especially should so be controlled first elevating mechanism 8, so that bookblock alternately is transported to down transport path section 18 and last transport path section 26 from input unit 4.Control device especially should so be controlled second elevating mechanism 32 with similarity method, so that bookblock is alternately from transport path section 18 and last transport path section 26 are transferred to delivery apparatus 40 (Fig. 1) down.

For to making

station

20,22,28 and 30 supply lines, unshowned loop construction is set in device, these loop constructions have the more converting mechanism that apace old, that used or empty coil is changed into new coil.More emat coil carries out usually automatically, and spreading out of with importing into usually of new coil of old coil carried out in moving.Each makes the station can be furnished with an independent loop construction.Consider actual aspect, and also be advantage be, be make under two

station

20,22 and on make the station and 28,30 common loop construction be set respectively.

From bookblock pending during stating the bookbinding device, in Fig. 1 and 2, for example respectively bookblock can be shown with recognizing, and come these bookblocks of mark with Reference numeral " 50 " in some positions.Therefore Fig. 1 illustrate respectively in the input unit 4, on lifting platform 12 down, on the last lifting platform 14, first make that station 20 and second is made on the following transport path section 18 in 22 scopes of station and first make station 28 and second make in 30 scopes of station on bookblock 50 on the transport path section 26.From Fig. 2 can recognize respectively the input unit 4, on the first following transport path section of making in 20 scopes of station 18 and first make in 28 scopes of station on bookblock 50 on the transport path section 26.

As previously mentioned, to input unit 4, wherein the beat number can be determined in the interval on the bookblock the time each other and space to bookblock from unshowned, as to be arranged in upstream transmitting device arow sequence delivery.In the beat of determining (wherein, the beat number is equivalent to the processing speed or the transporting velocity of bookblock), input unit 4 orders receive bookblock and with its following lifting platform 12 of sequence delivery to the first elevating mechanism 8 or go up lifting platform 14 selectively then.Preferably alternately be passed to down lifting platform 12 or go up lifting platform 14 from input unit 4.Then, bookblock 50 press beat ground along transport path section 18 and last transport path section 26 down and is carried, and wherein each bookblock 50 is positioned at first and makes 20 or 28 scopes of station and be positioned at second during at follow-up second count and make 22 or 30 scopes of station when first beat (Takt).Second elevating mechanism 32 by correspondingly operate its down lifting platform 36 and on it lifting platform 38 by beat ground bookblock together is delivered to delivery apparatus 40 from two

transport path sections

18,26 again, this delivery apparatus is passed to bookblock follow-up device subsequently.State as preceding, input unit 4,

transport path section

18,26 and delivery apparatus 40 in beat number or transporting velocity should preferably be adjusted to the transporting velocity that makes in input unit 4 and the delivery apparatus 40 relative to each other about equally, and equal the transporting velocity sum in the

transport path section

18,26 in addition.Therefore in addition, the transporting velocity on the

transport path section

18,26 is preferably identical, and approximately is half of transporting velocity in input unit 4 or the delivery apparatus 40.

When bookblock along following transport path section or go up

transport path section

18 or 26 when carrying, make bookblock 50 in 20,22,28 and 30 scopes of station and be in and make operation, bind bookblock thereby be sewed together by paper with each bookblock.At this, when each bookblock 50 along

transport path section

18 or 26 on the direction of arrow D make the

station

20,22 or 28,30 belows pass, and this moment do not leave transport path section 18 or made operation at 26 o'clock.Owing to correspondingly make operation carrying in bookblock 50 processes along arrow D direction, this motion process makes to produce in bookblock 50 along the throughput direction according to arrow D makes seam.

In Fig. 3, make

station

20,22 by two of following transport path section 18 and the operation of making according to method for optimizing schematically is shown for example.Fig. 3 therefore be illustrate down making under transport path section 18 and two these highway sections stand Fig. 1 of 20,22 schematic section and.In addition, can see two bookblocks 50 in Fig. 3, these bookblocks move along transport path section 18 along arrow D direction and have the distance of each interval on the throughput directions according to arrow D, and this distance roughly is equivalent to two distances of making station 20,22.At this, each bookblock that Fig. 3 illustrates two bookblocks 50 is positioned at two and makes in 20,22 scopes of station and be in the moment of making operation.

Make station 20 for two, 22 like this settings also are arranged to make two to make station 20 each other, in 22 each made to stand in each bookblock 50 to produce and made 52a or 52b, and these length of making seam are bookblock 50 half of length on according to the throughput direction of arrow D to the maximum.For this reason, at first be placed in first of upstream and make station 20 and produce it make 52a in the first section 50a of the qualification of bookblock 50, wherein this first section 50a is half that bookblock 50 is gone ahead of the rest on the throughput direction according to arrow D.Therefore, by first make that station 20 produces first make the 52a edge and pass the first section 50a that bookblock 50 is gone ahead of the rest from the centre according to the throughput direction of arrow D.Therefore, the first pin 20a that makes station 20 aims at the center line (not shown in Fig. 3) that bookblock 50 moves towards on the throughput direction according to arrow D.

Make first make 52 after, line and first is made station 20 pin 20a and separate, and bookblock 50 is delivered to along the throughput direction according to arrow is placed in second of downstream and makes and stand 22.When the second pin 22a that makes the station was positioned at the edge section scope that the second section 50b of bookblock 50 goes ahead of the rest, second makes station 22 began to make operation, wherein the second section 50b be bookblock 50 back row back half.Therefore by its pin 22a, second makes station 22 generations second makes 52b, this is made to sew and is limited among the second follow-up section 50b of bookblock 50, wherein second make 52b same along according to the throughput direction of arrow D in the centre through the second section 50b of bookblock 50 back row, and this moment be seamed into this moment first make 52a and align.

As with left side bookblock 50 among Fig. 3 be example as can be seen, bookblock 50 is provided with makes seam, this make seam by two edges according to the throughput direction of arrow D in proper order and be separated from each other make 52a and 52b constitutes.(make 52a transverse to virtual defiber middle according to the throughput direction of arrow D, the adjacent near-end of 52b is opposite each other at this) extend, the first section 50a that defiber is gone ahead of the rest bookblock 50 separates with the bookblock 50 back second section 50b that go, and represents with Reference numeral " 54 " in Fig. 3.Along this defiber 54, bookblock 50 cuts off in follow-up device, from bookblock 50, produce two books or certificate thus in the embodiment shown, in these books or the certificate one constitutes by making the first folding section 50a of 52a along first then, and in these books or the certificate another made the second section 50b that 52b folds by the bookblock shown in Fig. 3 50 then along second and constituted.

Be also noted that in this case the layout shown in Fig. 3 also is arranged on 26 places, transportation section in the same manner, and also carry out the aforesaid operation of making in the same manner at this.

The

station

20,22,28 and 30 of making of aforementioned means is suitable for producing selectively locking wire knotting bookbinding (Kettstich) or back stitching bookbinding (Steppstich).

In the foregoing embodiments, have only two transportation sections to be provided with down transport path section 18 and last transport path section 26, these transport path sections are arranged in different vertical heights.But also can expect, different vertical height or stacked the setting more than two transport path sections.Equally basically can expect also that each transport path section is furnished with more than two and makes the station, wherein for the reason of simple operation process, along each transport path section make the station number should be identical as far as possible.

Claims

1. one kind is used to bind signature quires (50), and preferably certificate core or bookblock are especially produced the device of the certificate relevant with security, have

At least two make quires (50) make station (20,22; 28,30) with the bookbinding quires,

Be used for quires (50) is delivered to the described station (20,22 of making; 28,30) conveying device (4,8,32,40) and

Transport path (6,18,26), quires (50) is carried by described conveying device along described path,

It is characterized in that,

Described transport path has at least one first transport path section (18) and at least one second transport path section (26),

Different transport path sections (18,26) are arranged in different vertical heights,

Each transport path section (18; 26) be furnished with at least one and make station (20,22; 28,30), and

Described conveying device has branch unit (8), and described branch unit is delivered to different transport path sections (18,26) selectively with quires (50).

2. device as claimed in claim 1 is characterized in that, described transport path section (18,26) is stacked basically.

3. device as claimed in claim 1 or 2 is characterized in that, the described station (20,22 of making; 28,30) so constitute and aim at corresponding transport path section (18; 26), be positioned at affiliated transport path section (18 so that work as quires (50); 26) go up and by conveying device along transport path section (18; When 26) continue carrying, described make to stand in to produce in the quires (50) make (52a; 52b).

4. device as claimed in claim 3 is characterized in that, at least one transport path section (18,26) is furnished with two and makes station (20,22 what throughput direction (D) was gone up order; 28,30), the described station of making is provided with like this, makes these two to make station (20,22; 28,30) each in made to stand in to produce in each quires (50) of carrying along affiliated transport path section (18,26) and made seam (52a; 52b), described length maximum of making seam equals quires (50) along half of throughput direction (D) length, wherein, one of them is made station (20) and produces it make (52a) in first section (50a) of the qualification of each quires (50), and another make station (22) in second section (50b) of the qualification of each quires (50), produce its basically with described one of them make make (52b) that the making of station (20) (52a) align.

5. at least one described device in the claim as described above is characterized in that the described station (20,22 of making; 28,30) be arranged in different vertical heights corresponding to described transport path section (18,26).

6. at least one described device in the claim as described above is characterized in that at least one transport path section (18,26) is furnished with a plurality of stations (20,22 of making; 28,30).

7. at least one described device in the claim as described above is characterized in that, what each transport path section (18,26) was furnished with similar number makes station (20,22; 28,30).

8. at least one described device in the claim as described above, it is characterized in that, described transport path has the transport path entrance zone, threshold zone (6) that is placed in described branch unit (8) upstream, and described conveying device is carried quires (50) along described transport path entrance zone, threshold zone (6) with following speed, and promptly described speed is about as much as described conveying device along the transport path section (18 that is moving; 26) the speed sum of conveying quires (50).

9. at least one described device in the claim as described above, it is characterized in that, described transport path has the transport path entrance zone, threshold zone (6) that is placed in described branch unit (8) upstream, and described conveying device is being interrupted described transport path section (18,26) operation or interruption are along described transport path section (18,26) carry under the situation of quires (50), correspondingly reduce the speed of quires (50) in the described transport path entrance zone, threshold zone (18,26).

10. at least one described device in the claim as described above is characterized in that described conveying device is to carry quires (50) for the substantially the same speed of all transport path sections (18,26) along described transport path section (18,26).

11. at least one described device in the claim is characterized in that described branch unit (8) arow is delivered to described transport path section (18,26) respectively with the quires (50) of similar number repeatedly as described above.

12. at least one described device in the claim is characterized in that described branch unit (8) has at least one elevating mechanism as described above.

13. at least one described device in the claim as described above, it is characterized in that, described conveying device has aggregating apparatus (32), described aggregating apparatus with quires (50) from single transport path section (18,26) be collected to again in the common group, preferably be collected to by along throughput direction basically in the row formed of quires of order.

14. device as claimed in claim 13 is characterized in that, described aggregating apparatus (32) has at least one elevating mechanism.

15. one kind is used to bind signature quires (50), preferably certificate core or bookblock, especially produce the certificate relevant with security, especially use according at least one the method for device in the aforementioned claim, described method has for binding by making station (20,22,28,30) make the step of quires (50), it is characterized in that other step, soon quires (50) is delivered at least one selectively and is made station (20,22; 28,30), this is made the station and is in the plane at least two stacked planes.

16. method as claimed in claim 15 is characterized in that, quires (50) in single plane along transport path section (18; 26) carry, and produces in quires (50) and make that (52a, 52b), and quires (50) is positioned on the described transport path section (18,26) and along described transport path section (18,26) continuation conveying.

17. method as claimed in claim 16, it is characterized in that, making station (20) by one of them produces it and makes (52a) in first section (50a) of the qualification of each quires (50), and another is made station (22) and produces it make make (52b) that the making of station (20) (52a) align with described another basically in second section (50b) of the qualification of each quires (50), be implemented at least one plane, make station (20,22 what throughput direction (D) was gone up order for two; 28,30) in each quires (50), produce one and make (52a; 52b), described length maximum of making seam equals quires (50) is gone up length at throughput direction (D) half.

18. as each described method in the claim 15 to 17, wherein along transport path section (6,18,26) carry quires (50), it is characterized in that, quires (50) is carried with following speed along transport path entrance zone, threshold zone (6), and promptly described speed is about as much as the speed sum of carrying quires (50) along operating transport path section (18,26) in single plane.

19. as each described method in the claim 15 to 18, it is characterized in that, under the situation of the operation in interrupting the plane, correspondingly reduce the speed of quires (50) in the described transport path entrance zone, threshold zone (6).

20., it is characterized in that the speed of quires in all planes (50) equates basically as each described method in the claim 15 to 19.

21. as each described method in the claim 15 to 20, it is characterized in that, quires (50) arow of similar number be delivered to described plane repeatedly respectively.

22., it is characterized in that quires (50) alternately is delivered to two stacked planes as each described method in the claim 15 to 21.