CN204149680U - A kind of paper collecting table of stamp equipment of gathering leaves of a book for multiple part bills - Google Patents

Abstract

The utility model discloses a kind of paper collecting table of stamp equipment of gathering leaves of a book for multiple part bills, comprise paper collecting table and lead paper bar 4.1, paper collecting table pedestal 4.2 and the 3rd paper transport 4.3; Paper collecting table leads paper bar 4.1 and the 3rd paper transport 4.3 is all arranged on paper collecting table pedestal 4.2, and paper collecting table leads paper bar 4.1 and the 3rd paper transport 4.3 in same level and paper collecting table leads the right of paper bar 4.1 at the 3rd paper transport 4.3; Paper collecting table pedestal 4.2 is provided with inclined-plane 4.2.1 and collection plate 4.2.3.The utility model note stack is neat, and effect is better, and the utility model does not adopt automatic control, but needs manually to assist collection aside, and checks the number of bill simultaneously, has stopped stamp mistake completely and has failed Timeliness coverage and causing damage.

Description

A kind of paper collecting table of stamp equipment of gathering leaves of a book for multiple part bills

Technical field

The utility model relates to a kind of paper collecting table of bill press, is particularly useful for the stamp equipment of gathering leaves of a book that both sides have the multiple part bills of pre-punching.

Background technology

The bill generally used at present, all adopts that the same form is multi-joint to be superimposed together, and each part bills often opening bill has identical numbering, and each part bills back side has duplicating function.When carrying out stamp to multiple part bills (institute's stamp is invoice number), the position of version up and down of each coupon invoice is needed to align, the multiple part bills version position neat and consistent that guarantee is printed.If otherwise there is bill upper and lower version dislocation position, will cause the up and down stamp dislocation of the multiple part bills finished product printed, stamp position skew etc., impact uses.As the nominal value structural representation that Figure 24 is bill, wherein d is the width of bill, and L is the length of bill, and t is corresponding two distances in advance between punching in bill both sides.

Existing multiple part bills stamp equipment of gathering leaves of a book mainly comprises conveyer, rolls tooth device, coder, paper collecting table and control system etc., each part bills is delivered to through conveyer and rolls tooth device and carry out rolling tooth and gather leaves of a book, bill after rolling tooth and gathering leaves of a book is delivered to stamp device and completes stamp, bill after stamp completes is through the stacking recovery of paper collecting table, and control system controls stamp device and roll tooth device to carry out work.Existing paper collecting table is automatically control, but the stacking effect of bill is also bad, stacking at random, cave in stacking comparatively Gao Shiyi, and existing paper collecting table to bill the number beaten without measuring ability, if cannot Timeliness coverage when there is stamp mistake, thus cause paper waste, increase production cost, reduce production efficiency.

Utility model content

For solving the problem, the utility model provides a kind of paper collecting table of stamp equipment of gathering leaves of a book for multiple part bills.

Technical scheme:

To gather leaves of a book for multiple part bills the paper collecting table of stamp equipment, comprise paper collecting table and lead paper bar (4.1), paper collecting table pedestal (4.2) and the 3rd paper transport (4.3); Paper collecting table is led paper bar (4.1) and the 3rd paper transport (4.3) and is all arranged on paper collecting table pedestal (4.2), and paper collecting table leads paper bar (4.1) and the 3rd paper transport (4.3) in same level and paper collecting table leads the right of paper bar (4.1) at the 3rd paper transport (4.3).

Further, paper collecting table is led on paper bar (4.1) and is provided with the 8th drive (4.1.1), and paper collecting table leads paper bar (4.1) can in the upper rotation of paper collecting table pedestal (4.2).

Further, upper and the paper collecting table of paper collecting table pedestal (4.2) is led paper bar (4.1) opposite position and is provided with inclined-plane (4.2.1), paper collecting table pedestal (4.2) is gone up and inclined-plane (4.2.1) opposite position is provided with collection plate (4.2.3), and paper collecting table pedestal (4.2) is upper is provided with the 9th drive (4.2.2) with the 8th drive (4.1.1) opposite position.

Beneficial effect: such scheme is designed with inclined-plane (4.2.1) and collection plate (4.2.3), note stack is neat, effect is better, and the utility model does not adopt automatic control, but need manually to assist collection aside, and the number of bill is checked, stop stamp mistake completely and fail Timeliness coverage and causing damage. simultaneously

Accompanying drawing explanation

Fig. 1 is overall structure schematic diagram of the present utility model;

Fig. 2 is the schematic diagram of bill stamp on the utility model device;

Fig. 3 is the structural representation of conveyer;

Fig. 4 is the schematic diagram that bill transmits on conveyer;

Fig. 5 is the structural representation of the first charging aperture;

Fig. 6 is the structural representation of one-level tension link;

Fig. 7 is the top view of leading paper assembly;

Fig. 8 is the side view of leading paper assembly;

Fig. 9 is the structural representation rolling tooth device;

Figure 10 is the structural representation rolling dental assembly;

The structural representation of Figure 11 boss;

Figure 12 is first time structural representation rolling tooth mould;

Figure 13 is the top view of the first paper transport;

Figure 14 is the structural representation of stamp device;

Figure 15 is the structural representation of the first coder;

Figure 16 is the top view of the first coder;

Figure 17 is the side view of stamp assembly;

Figure 18 is the A-A sectional view in Figure 17;

Figure 19 is the top view of stamp assembly;

Figure 20 is the B-B sectional view in Figure 19;

Figure 21 is the structural representation of paper collecting table;

Figure 22 is the top view of paper collecting table;

Figure 23 is electrical control schematic diagram of the present utility model;

Figure 24 is the nominal value structural representation of bill in the utility model.

Conveyer (1), first charging aperture (1.1), one-level tension link (1.1.1), tension adjustment rod (1.1.1.1), supporting stick (1.1.1.2), tension link fixture (1.1.1.3), handle (1.1.1.4), secondary tension link (1.1.2), lead paper assembly (1.1.3), lead reel (1.1.3.1), paper alignment wheel (1.1.3.2), trepanning nail (1.1.3.2.1), sheet support wheel (1.1.3.3), photoelectricity recognizer (1.1.4), second charging aperture (1.2), 3rd charging aperture (1.3), 4th charging aperture (1.4), 5th charging aperture (1.5), first drive (1.6), first leads paper bar (1.7), conveyer pedestal (1.8), roll tooth device (2), roll dental assembly (2.1), on roll tooth mold shaft (2.1.1), tooth mould (2.1.2) is rolled on first, roll tooth platform (2.1.2.1), boss (2.1.2.1.1), tooth mould (2.1.3) is rolled on second, under roll tooth mold shaft (2.1.4), roll tooth mould (2.1.5) for first time, groove (2.1.5.1), roll tooth mould (2.1.6) for second time, second drive (2.1.7), roll tooth device pedestal (2.2), 4th drive (2.2.1), motor (2.2.2), first paper transport (2.3), first back shaft (2.3.1), second back shaft (2.3.2), first belt pulley (2.3.3), second belt pulley (2.3.4), 3rd belt pulley (2.3.5), 4th belt pulley (2.3.6), first belt (2.3.7), stud (2.3.7.1), second belt (2.3.8), 3rd drive (2.3.9), stamp device (3), first coder (3.1), stamp assembly (3.1.1), numbering device first support bar (3.1.1.1), numbering device (3.1.1.2), printhead (3.1.1.2.1), restorer (3.1.1.3), numbering device second support bar (3.1.1.4), 5th drive (3.1.1.5), 6th drive (3.1.1.6), restorer support bar (3.1.1.7), second paper transport (3.1.2), inkjet component (3.1.3), coder pedestal (3.1.4), 7th drive (3.1.4.1), second coder (3.2), paper collecting table (4) paper collecting table leads paper bar (4.1), the 8th drive (4.1.1), paper collecting table pedestal (4.2), inclined-plane (4.2.1), the 9th drive (4.2.2), collection plate (4.2.3), the 3rd paper transport (4.3), control system (5).A rolls on first tooth mould (2.1.2) and second to roll two on tooth mould (2.1.3) and roll maximum horizontal range between tooth platform, b is the height of boss (2.1.2.1.1), c is the degree of depth of groove (2.1.5.1), and h is the distance between the first belt (2.3.7) with the upper two corresponding studs of the second belt (2.3.8).

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is further elaborated, mainly the multiple part bills entirety after stamp equipment of gathering leaves of a book is used in the utility model and sets forth.

As shown in Figure 1, a kind of multiple part bills is gathered leaves of a book stamp equipment, comprise conveyer (1), roll tooth device (2), stamp device (3), paper collecting table (4) and control system (5), each part bills flows to through conveyer (1) and rolls tooth device (2) and carry out rolling tooth and gather leaves of a book, each part bills is fitted tightly, bill after gathering leaves of a book is delivered to stamp device (3) and completes stamp, bill after stamp completes is through paper collecting table (4) stacking recovery, and tooth device (2) is rolled in control system (5) control and stamp device (3) carries out work.

As shown in Figure 3, conveyer (1) comprises the first charging aperture (1.1), the second charging aperture (1.2), the 3rd charging aperture (1.3), the 4th charging aperture (1.4), the 5th charging aperture (1.5), the first drive (1.6), first lead paper bar (1.7) and conveyer pedestal (1.8).First charging aperture (1.1) is set in turn on conveyer pedestal (1.8) to the 5th charging aperture (1.5) from left to right, and each charging aperture is in same level and its structure is identical; First drive (1.6) is arranged at conveyer pedestal (1.8) and goes up and the right being positioned at the 5th charging aperture (1.5); First to lead the upper surface of paper bar (1.7) and conveyer pedestal (1.8) tangent and be positioned at the top of conveyer pedestal (1.8), simultaneously in the right of the 5th charging aperture (1.5), first leads the discharge end that paper bar (1.7) is conveyer (1).If Fig. 4 is that each part bills of 5-linked bill to enter from each charging aperture and to lead the schematic diagram that paper bar (1.7) exports from first.

As shown in Figure 5, the first charging aperture (1.1) comprises one-level tension link (1.1.1), secondary tension link (1.1.2), leads paper assembly (1.1.3) and photoelectricity recognizer (1.1.4).One-level tension link (1.1.1), secondary tension link (1.1.2), lead paper assembly (1.1.3) and photoelectricity recognizer (1.1.4) is all arranged on conveyer pedestal (1.8); One-level tension link (1.1.1) is positioned at the lower left of leading paper assembly (1.1.3), secondary tension link (1.1.2) is positioned at the upper right side of leading paper assembly (1.1.3), and the two structure is identical, it coordinates the tension force regulating bill paper, ensure good stamp effect, photoelectricity recognizer (1.1.4) is arranged at directly over one-level tension link (1.1.1), can Timeliness coverage when guaranteeing that bill occurs to rupture.

As shown in Figure 6, one-level tension link (1.1.1) comprises tension adjustment rod (1.1.1.1), supporting stick (1.1.1.2), tension link fixture (1.1.1.3) and handle (1.1.1.4).Tension adjustment rod (1.1.1.1) and supporting stick (1.1.1.2) each a pair, composition rectangular frame structure; Tension link fixture (1.1.1.3) is a pair, be arranged at the correspondence position on two supporting sticks (1.1.1.2) respectively, be arranged on conveyer pedestal (1.8) by tension link fixture (1.1.1.3) by one-level tension link (1.1.1), one-level tension link (1.1.1) can in the upper rotation of conveyer pedestal (1.8); Handle (1.1.1.4) is arranged at the free end of tension link fixture (1.1.1.3).Bill paper, through the interstitial site two tension adjustment rods (1.1.1.1), regulates the tension force of paper by rotary handle (1.1.1.4).

As shown in Figure 7, lead paper assembly (1.1.3) to comprise: be arranged at and conveyer pedestal (1.8) leads reel (1.1.3.1), leading reel (1.1.3.1) can rotate conveyer pedestal (1.8) is upper, be fixedly installed on paper alignment wheel (1.1.3.2) of leading on reel (1.1.3.1), paper alignment wheel (1.1.3.2) is a pair, its periphery is provided with at least two trepannings nail (1.1.3.2.1), trepanning nail (1.1.3.2.1) is evenly arranged at the circumferentially same of paper alignment wheel (1.1.3.2), and the circular arc long adjacent with bill side two between adjacent two trepannings nail (1.1.3.2.1) punch in advance between distance equal, distance between upper two corresponding trepannings nail (1.1.3.2.1) of two paper alignments wheel (1.1.3.2) corresponding with bill both sides two punch in advance between distance t equal, further, trepanning nail (1.1.3.2.1) is taper, be fixedly installed on and lead on reel (1.1.3.1) and sheet support wheel (1.1.3.3) be positioned between two paper alignments wheel (1.1.3.2).When machine runs, the pre-punching of bill paper both sides is enclosed within trepanning nail (1.1.3.2.1) of two paper alignments wheel (1.1.3.2) respectively, along with the rotation leading reel (1.1.3.1), paper alignment wheel (1.1.3.2) rotates and bill paper is moved forward, sheet support wheel (1.1.3.3) plays a supportive role to it below bill paper, avoids paper to bend distortion.

First charging aperture (1.1) is in the 5th charging aperture (1.5), and the reel of leading of adjacent two charging apertures drives rotation mutually, and the first drive (1.6) drives the reel of leading of the 5th charging aperture (1.5) to rotate.

As shown in Figure 9, roll tooth device (2) to comprise and roll dental assembly (2.1), roll tooth device pedestal (2.2) and the first paper transport (2.3), roll dental assembly (2.1) and the first paper transport (2.3) to be all arranged at and to roll on tooth device pedestal (2.2), roll the right that dental assembly (2.1) is positioned at the first paper transport (2.3), first paper transport (2.3) is led bill that paper bar (1.7) transports and is delivered to and rolls dental assembly (2.1) and carry out rolling tooth by first, stable adhesive force is had by between each part bills after rolling tooth, avoid offseting between each part bills in follow-up course of conveying, affect stamp quality.

As shown in Figure 10, roll dental assembly (2.1) comprise roll tooth mold shaft (2.1.1), first rolls tooth mould (2.1.2), second rolls tooth mould (2.1.3), under roll tooth mold shaft (2.1.4), roll tooth mould (2.1.5) for first time, roll tooth mould (2.1.6) and the second drive (2.1.7) for second time.On roll tooth mold shaft (2.1.1) and be arranged at that to roll tooth device pedestal (2.2) upper and rotatable, under roll tooth mold shaft (2.1.4) and be fixedly installed on and roll on tooth device pedestal (2.2), above roll tooth mold shaft (2.1.1) under to roll directly over tooth mold shaft (2.1.4) and the two is parallel, rolling tooth mould (2.1.2) on first identical with rolling tooth mould (2.1.3) structure on second, being sheathed on respectively all circlewise and rolling on tooth mold shaft (2.1.1), roll tooth mould (2.1.2) periphery on first to be provided with at least two and to roll tooth platform (2.1.2.1), roll tooth platform (2.1.2.1) to be uniformly distributed on first and to roll the circumferentially same of tooth mould (2.1.2), and camber line between adjacent two centers of rolling tooth platform (2.1.2.1) is long equal with the length of continuous five pre-hole heart lines that punch of bill paper side, the free end face rolling tooth platform (2.1.2.1) is provided with at least two boss (2.1.2.1.1), boss (2.1.2.1.1) becomes two column distributions in the both sides of rolling tooth platform (2.1.2.1) free end face, beeline between two row boss (2.1.2.1.1) equals the distance of bill paper side adjacent two in advance between the heart of punching hole, preferably, in the utility model, boss (2.1.2.1.1) is eight, roll the two maximum horizontal range a rolled between tooth platform rolled on tooth mould (2.1.3) on tooth mould (2.1.2) and second on first and equal the length d of bill paper, roll tooth mould (2.1.5) for first time and to roll tooth mould (2.1.6) structure for second time identical, be sheathed on down respectively all circlewise and roll on tooth mold shaft (2.1.4), roll for first time and tooth mould (2.1.5) and first rolls tooth mould (2.1.2) match, roll for second time and tooth mould (2.1.6) and second rolls tooth mould (2.1.3) match, the periphery rolling tooth mould (2.1.5) for first time is provided with the groove (2.1.5.1) matched with the boss rolling tooth platform (2.1.2.1) (2.1.2.1.1), the height b of boss (2.1.2.1.1) is greater than the degree of depth c of groove (2.5.1), to ensure to roll tooth effect, preferably, the degree of depth c of groove, between 1mm to 2mm, crosses dark to avoid groove or crosses shallow all not reaching and desirable roll tooth effect, second drive (2.1.7) is fixedly installed on and rolls on tooth mold shaft (2.1.1).During machine run, tooth mold shaft (2.1.1) rotation is rolled along with the second drive (2.1.7) drives, roll on first and tooth mould (2.1.2) and second roll tooth mould (2.1.3) also rotate, boss is pressed in bill paper and makes it embed in groove, bill paper stays and rolls print, each part bills paper after rolling tooth fits tightly together.

As shown in figure 13, the first paper transport (2.3) comprises the first back shaft (2.3.1), the second back shaft (2.3.2), the first belt pulley (2.3.3), the second belt pulley (2.3.4), the 3rd belt pulley (2.3.5), the 4th belt pulley (2.3.6), the first belt (2.3.7), the second belt (2.3.8) and the 3rd drive (2.3.9).First back shaft (2.3.1) and the second back shaft (2.3.2) are all arranged at that to roll tooth device pedestal (2.2) upper and can rotate thereon, and the two is parallel and in same level, first belt pulley (2.3.3), second belt pulley (2.3.4), 3rd belt pulley (2.3.5) is identical with the structure of the 4th belt pulley (2.3.6), first belt pulley (2.3.3) and the second belt pulley (2.3.4) are fixed on the first back shaft (2.3.1), 3rd belt pulley (2.3.5) and the 4th belt pulley (2.3.6) are fixed on the second back shaft (2.3.2), first belt pulley (2.3.3) is corresponding with the 3rd belt pulley (2.3.5), second belt pulley (2.3.4) is corresponding with the 4th belt pulley (2.3.6), first belt (2.3.7) is arranged at the first belt pulley (2.3.3) with on the 3rd belt pulley (2.3.5), and the second belt (2.3.8) is arranged at the second belt pulley (2.3.4) with on the 4th belt pulley (2.3.6), first belt (2.3.7) is identical with the structure of the second belt (2.3.8), stud (2.3.7.1) within one week, is evenly provided with around the first belt (2.3.7), distance adjacent with bill side two between adjacent two studs (2.3.7.1) punch in advance between distance equal, preferably, stud (2.3.7.1) is tapered, the distance h between the upper two corresponding studs of the first belt (2.3.7) and the second belt (2.3.8) equal bill both sides corresponding two punch in advance between distance t, 3rd drive (2.3.9) is fixedly installed on the first back shaft (2.3.1).During machine run, 3rd drive (2.3.9) drives the first back shaft (2.3.1) to rotate, first back shaft (2.3.1) drives the first belt (2.3.7) and the second belt (2.3.8) to rotate, and the pre-punching of bill both sides is enclosed within stud and bill conveying is moved ahead.

Roll tooth device pedestal (2.2) and be provided with the 4th drive (2.2.1) and motor (2.2.2), motor (2.2.2) drives the 4th drive (2.2.1) to rotate, 4th drive (2.2.1) drives the second drive (2.1.7) to rotate, second drive (2.1.7) drives the 3rd drive (2.3.9) to rotate, and the 4th drive (2.2.1) drives the first drive (1.6) to rotate simultaneously.

As shown in figure 14, stamp device (3) comprises the first coder (3.1) and the second coder (3.2), first coder (3.1) is arranged at and rolls tooth device (2) dead astern and roll dental assembly (2.1) and dock, second coder (3.2) is arranged at the first coder (3.1) dead astern, and the two cooperation can complete carries out stamp to the bill of various width.

As shown in figure 15, the first coder (3.1) comprises stamp assembly (3.1.1), the second paper transport (3.1.2), inkjet component (3.1.3) and coder pedestal (3.1.4).Stamp assembly (3.1.1), the second paper transport (3.1.2) and inkjet component (3.1.3) are all arranged on coder pedestal (3.1.4), stamp assembly (3.1.1) and the second paper transport (3.1.2) are in same level, inkjet component (3.1.3) is arranged at directly over the second paper transport (3.1.2), second paper transport (3.1.2) with roll dental assembly (2.1) and dock, stamp assembly (3.1.1) docks with the second coder (3.2).In the present embodiment, bill is 5-linked bill, be followed successively by first from top to bottom and be coupled to 5-linked, and each part bills back side has duplicating function, the required number beaten is invoice number, during machine run, roll the bill that tooth gathers leaves of a book flow to the second paper transport (3.1.2) through rolling dental assembly (2.1), inkjet component (3.1.3) dismisses draft bank to being positioned at uppermost first part bills with ink-jetting style, bill is fed to stamp assembly (3.1.1) afterwards, the invoice number impression of stamp assembly (3.1.1) to the first part bills makes second to be coupled to tetrad and duplicates upper invoice number.

As shown in figure 17, stamp assembly (3.1.1) comprises numbering device first support bar (3.1.1.1), numbering device (3.1.1.2), restorer (3.1.1.3), numbering device second support bar (3.1.1.4), the 5th drive (3.1.1.5), the 6th drive (3.1.1.6) and restorer support bar (3.1.1.7).Numbering device (3.1.1.2) is fixedly installed on numbering device first support bar (3.1.1.1), numbering device first support bar (3.1.1.1) and numbering device second support bar (3.1.1.4) are all arranged on coder pedestal (3.1.4), the two is parallel and all can rotate coder pedestal (3.1.4) is upper, and numbering device first support bar (3.1.1.1) is positioned at directly over numbering device second support bar (3.1.1.4), it is upper and parallel with numbering device first support bar (3.1.1.1) that restorer support bar (3.1.1.7) is fixedly installed on coder pedestal (3.1.4), restorer (3.1.1.3) is arranged on restorer support bar (3.1.1.7), restorer (3.1.1.3) can move left and right and can rotate around restorer support bar (3.1.1.7) on restorer support bar (3.1.1.7), restorer (3.1.1.3) is positioned between numbering device first support bar (3.1.1.1) and numbering device second support bar (3.1.1.4) (as Figure 20) simultaneously, 5th drive (3.1.1.5) is fixedly installed on numbering device first support bar (3.1.1.1), and the 6th drive (3.1.1.6) is fixedly installed on numbering device second support bar (3.1.1.4), numbering device (3.1.1.2), numbering device second support bar (3.1.1.4) and restorer (3.1.1.3) have coordinated the impression stamp to bill.During machine run, 6th drive (3.1.1.6) drives the 5th drive (3.1.1.5) to rotate, and then numbering device second support bar (3.1.1.4), numbering device first support bar (3.1.1.1) and the rotation of homogeneous of numbering device (3.1.1.2), now control system (5) control restorer (3.1.1.3) to numbering device (3.1.1.2) near and rotate up certain angle, to complete the reset to numbering device (3.1.1.2), numbering device (3.1.1.2) after reset has coordinated stamp with numbering device second support bar (3.1.1.4).

Numbering device (3.1.1.2) is provided with at least two printheads (3.1.1.2.1), arc length w between the free end of adjacent two printheads (3.1.1.2.1) is equal with the width L of bill, preferably, the utility model designs eight printheads (3.1.1.2.1); Restorer (3.1.1.3) mates with printhead (3.1.1.2.1), and restorer (3.1.1.3) resets to printhead (3.1.1.2.1); During machine run, control system (5) controls restorer (3.1.1.3) and resets to printhead (3.1.1.2.1), printhead (3.1.1.2.1) after reset rotates to numbering device second support bar (3.1.1.4), and the two has coordinated the stamp to bill.

The structure of the second paper transport (3.1.2) and the structure of the first paper transport (2.3) completely the same, first back shaft of the second paper transport (3.1.2) and the second back shaft are arranged on coder pedestal (3.1.4), and this first back shaft and this second back shaft and numbering device second support bar (3.1.1.4) are in same level.Second paper transport (3.1.2) by through rolling dental assembly (2.1) roll tooth gather leaves of a book after bill flow to stamp assembly (3.1.1) to complete stamp.

Coder pedestal (3.1.4) is provided with the 7th drive (3.1.4.1), 4th drive (2.2.1) drives the 7th drive (3.1.4.1) to rotate, 7th drive (3.1.4.1) drives the 6th drive (3.1.1.6) to rotate, and the 6th drive (3.1.1.6) drives the drive of the 5th drive (3.1.1.5) and the second paper transport (3.1.2) to rotate simultaneously.

Second coder (3.2) is completely the same with the first coder (3.1) structure, the paper transport of the second coder (3.2) docks with the stamp assembly of the first coder (3.1), and the power of the second coder (3.2) is provided by the 7th drive (3.1.4.1).For the first coder (3.1), because numbering device (3.1.1.2) has certain size, in the utility model, its radius is r, as Figure 18, causes the arc length w between its adjacent two printhead (3.1.1.2.1) free ends to have a minimum of a value w _min, w _min=2* π * r/8, in recent years along with bill industry electronization and digitized development, bill is more and more miniaturized, when the width L of bill is less than w _mintime, continuous stamp can not be realized: if w _min=2L, then one, interval bill stamp, need to do over again once; If w _min=3L, then two, interval bill stamp, need to do over again twice, the rest may be inferred ..., had a strong impact on production efficiency like this.For solving this problem, when considering production efficiency and equipment cost, a structure identical second coder (3.2) is with it installed in design additional after the first coder (3.1), second coder (3.2) to not by the bill stamp of the first coder (3.1) stamp, like this at w _minin=2L situation, do not need to do over again, w _minin=3L situation, only do over again once, the rest may be inferred ..., namely for the situation that various needs are done over again, do over again once than original all few after adding to fill second coder (3.2), substantially increase production efficiency.At present w is less than for sheet width L _minsituation, more commonly need to do over again once, for this situation, after installing second coder (3.2) additional, do not need to do over again, namely production efficiency is doubled.

As shown in figure 21, paper collecting table (4) comprises paper collecting table and leads paper bar (4.1), paper collecting table pedestal (4.2) and the 3rd paper transport (4.3).Paper collecting table is led paper bar (4.1) and is all arranged on paper collecting table pedestal (4.2) with the 3rd paper transport (4.3), the two is in same level and paper collecting table leads the right of paper bar (4.1) at the 3rd paper transport (4.3), paper collecting table is led and paper bar (4.1) is provided with the 8th drive (4.1.1) and can rotates paper collecting table pedestal (4.2) is upper, 3rd paper transport (4.3) is identical with the structure of the first paper transport (2.3), and the 3rd paper transport (4.3) docks with the stamp assembly of the second coder (3.2); Upper and the paper collecting table of paper collecting table pedestal (4.2) is led paper bar (4.1) opposite position and is provided with inclined-plane (4.2.1), paper collecting table pedestal (4.2) is gone up and inclined-plane (4.2.1) opposite position is provided with collection plate (4.2.3), and paper collecting table pedestal (4.2) is upper is provided with the 9th drive (4.2.2) with the 8th drive (4.1.1) opposite position.When machine runs, the drive that the coder pedestal of the second coder (3.2) is arranged drives the 9th drive (4.2.2) to rotate, 9th drive (4.2.2) drives the 8th drive (4.1.1) to rotate, 8th drive (4.1.1) drives the drive of the 3rd paper transport (4.3) to rotate, bill is delivered to the 3rd paper transport (4.3) after the second coder (3.2) stamp, paper bar (4.1) is led successively again through paper collecting table, upper stacking at collection plate (4.2.3) behind inclined-plane (4.2.1), need while stacking manually to check the invoice number of bill, invoice number is continuous print, generally every 10 bill inspections once, waste is caused to prevent stamp mistake, increase production cost, reduce production efficiency.

As shown in figure 23, control system (5) controls motor (2.2.2), the inkjet component of stamp device (3), restorer and numbering device work, and specifically how controlling each component working is conventional techniques means, is not described further at this.

Those of ordinary skill in the art will appreciate that, embodiment described here is to help reader understanding's principle of the present utility model, should be understood to that protection domain of the present utility model is not limited to so special statement and embodiment.Those of ordinary skill in the art can make various other various concrete distortion and combination of not departing from the utility model essence according to these technology enlightenment disclosed in the utility model, and these distortion and combination are still in protection domain of the present utility model.

Claims (3)

1. to gather leaves of a book for multiple part bills the paper collecting table of stamp equipment, it is characterized in that: comprise paper collecting table and lead paper bar (4.1), paper collecting table pedestal (4.2) and the 3rd paper transport (4.3); Described paper collecting table is led paper bar (4.1) and described 3rd paper transport (4.3) and is all arranged on described paper collecting table pedestal (4.2), and paper collecting table leads paper bar (4.1) and the 3rd paper transport (4.3) in same level and paper collecting table leads the right of paper bar (4.1) at the 3rd paper transport (4.3).

2. the paper collecting table of a kind of stamp equipment of gathering leaves of a book for multiple part bills according to claim 1, it is characterized in that: described paper collecting table is led on paper bar (4.1) and is provided with the 8th drive (4.1.1), paper collecting table leads paper bar (4.1) can in the upper rotation of described paper collecting table pedestal (4.2).

3. the paper collecting table of a kind of stamp equipment of gathering leaves of a book for multiple part bills according to claim 1, it is characterized in that: described paper collecting table pedestal (4.2) is above led paper bar (4.1) opposite position with described paper collecting table and is provided with inclined-plane (4.2.1), described paper collecting table pedestal (4.2) is upper is provided with collection plate (4.2.3) with described inclined-plane (4.2.1) opposite position, and described paper collecting table pedestal (4.2) is upper is provided with the 9th drive (4.2.2) with described 8th drive (4.1.1) opposite position.