CN104175718A - Gathering and code printing device for multi-copy bills - Google Patents
Gathering and code printing device for multi-copy bills Download PDFInfo
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- CN104175718A CN104175718A CN201410413551.0A CN201410413551A CN104175718A CN 104175718 A CN104175718 A CN 104175718A CN 201410413551 A CN201410413551 A CN 201410413551A CN 104175718 A CN104175718 A CN 104175718A
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Abstract
The invention discloses a gathering and code printing device for multi-copy bills. The gathering and code printing device comprises a conveying device 1, a rolling device 2, a code printing machine 3, a paper collecting table 4 and a control system 5, the conveying device 1 is the material inlet of the device, the bills are conveyed to the rolling device 2 through the conveying device 1, the control system 5 controls the rolling device 2 to carry out rolling and gathering on the bills, the bills undergoing rolling and gathering carried out by the rolling device 2 are conveyed to the code printing machine 3, the control system 5 controls the code printing machine 3 to print codes on the bills, and the bills where the codes are coded by the coding machine 3 are stacked and recycled by the paper collecting table 4. The gathering and code printing device has the advantages that the conveying device has the functions of enabling the copies of bills to be aligned up and down and controlling tension, and code printing quality is improved; when the bills of different sizes are coded, a user only needs to replace a code printer in the code printing machine, the replacement process is simplified, replacement time is shortened and production efficiency is improved.
Description
Technical field
The present invention relates to a kind of stamp equipment of bill press, be particularly useful for both sides and have the stamp of gathering leaves of a book of the 5-linked bill of pre-punching.
Background technology
The bill generally using at present, all adopts that the same form is multi-joint to be superimposed together (being generally 3-5 connection), and each part bills of every bill has identical numbering, and each part bills back side has duplicating function.In the time that multiple part bills is carried out to stamp (institute's stamp is invoice number), need the position alignment of version up and down of each coupon invoice, the multiple part bills version position neat and consistent that guarantee is printed.If otherwise there is the upper and lower version of bill dislocation position, and will cause the up and down stamp dislocation of the multiple part bills finished product of printing, stamp position skew etc., impact is used.The nominal value structural representation that a is bill as schemed, the width that wherein d is bill, the length that L is bill, t is the distance between two corresponding pre-punchings of bill both sides.
Existing multiple part bills gathers leaves of a book that stamp equipment mainly comprises conveyer, rolls tooth device, stamp device, paper collecting table and control system etc., each part bills is delivered to and rolls tooth device and roll tooth and gather leaves of a book through conveyer, be delivered to stamp device through the bill after rolling tooth and gathering leaves of a book and complete stamp, bill after stamp completes is through the stacking recovery of paper collecting table, control system control stamp device and roll tooth device and carry out work.
But, existing conveyer does not have the function of each part bills being carried out to consistency from top to bottom calibration, thereby be easy to cause multiple part bills in course of conveying because of dislocation or skew accumulation etc., cause bill dislocation or the skew of more arriving below larger, while finally causing bill totally to join connection stamp, seriously affect stamp quality because misplacing, thereby cause waste to increase enterprise's production cost, reduction enterprises production efficiency; In addition, existing conveyer is in paper supply process, do not possess the regulatory function to paper tension, the tension force control of paper has a great impact stamp quality, if tension force is less, can cause paper to relax and easily make each part bills contraposition skew, thereby affect stamp quality, if tension force is larger, paper is unexpected stressed its fracture that easily causes in conveying or stamp process, cause waste, thereby increase enterprise's production cost, reduction enterprises production efficiency.
Simultaneously, for existing stamp device, its stamp control mode is pneumatic, a kind of specification paper of every replacing just need to be changed stamp unit and stamp controlling organization, and need additional pneumatic element and equipment, cause that Renewal process is loaded down with trivial details, the replacing time is long, the production efficiency of Zhe Shi enterprise reduces greatly.
Summary of the invention
For addressing the above problem, the invention provides a kind of multiple part bills stamp equipment of gathering leaves of a book.
Technical scheme:
A kind of multiple part bills stamp equipment of gathering leaves of a book, comprise conveyer 1, roll tooth device 2, coder 3, paper collecting table 4 and control system 5, the charging aperture that conveyer 1 is this equipment, bill is delivered to and rolls tooth device 2 through conveyer 1, control system 5 is controlled and is rolled tooth device 2 and bill is rolled to tooth gather leaves of a book, rolled tooth device 2 and roll the bill that tooth gathers leaves of a book and be delivered to coder 3, control system 5 is controlled coder 3 it is carried out to stamp, and the bill after being completed by stamp device 3 stamps is through the stacking recovery of paper collecting table 4.
Conveyer 1 comprises that 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; The first charging aperture 1.1, the second charging aperture 1.2, the 3rd charging aperture 1.3, the 4th charging aperture 1.4 are identical with the structure of the 5th charging aperture 1.5, and it is set in turn on conveyer pedestal 1.8 and in same level from left to right; The first drive 1.6 is arranged on conveyer pedestal 1.8 and is positioned at the right-hand of 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 right-hand at the 5th charging aperture 1.5.
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, and secondary tension link 1.1.2 is positioned at the upper right side of leading paper assembly 1.1.3, photoelectricity recognizer 1.1.4 be arranged at one-level tension link 1.1.1 directly over.
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 are each a pair of, composition rectangular frame structure; Tension link fixture 1.1.1.3 is a pair of, is arranged at respectively the correspondence position on supporting stick 1.1.1.2, and tension link fixture 1.1.1.3 is for being arranged on conveyer pedestal 1.8 by one-level tension link 1.1.1; Handle 1.1.1.4 is arranged at the free end of tension link fixture 1.1.1.3; One-level tension link 1.1.1 is identical with the structure of secondary tension link 1.1.2, and it coordinates the tension force that regulates bill paper.
Leading paper assembly 1.1.3 comprises: be arranged at and lead reel 1.1.3.1 on conveyer pedestal 1.8, lead reel 1.1.3.1 parallel with tension adjustment rod 1.1.1.1 and can on conveyer pedestal 1.8, rotate, be fixedly installed on the paper alignment wheel 1.1.3.2 leading on reel 1.1.3.1, paper alignment wheel 1.1.3.2 is a pair of, on its periphery, be provided with at least two trepanning nail 1.1.3.2.1, trepanning nail 1.1.3.2.1 is taper, trepanning nail 1.1.3.2.1 is evenly arranged on the same circumference of paper alignment wheel 1.1.3.2, and the distance between the pre-punching of circular arc long adjacent with bill one side two between adjacent two trepanning nail 1.1.3.2.1 equates, distance t between the two pre-punchings corresponding with bill both sides of distance between the upper two corresponding trepannings nail 1.1.3.2.1 of two paper alignments wheels 1.1.3.2 is equal, be fixedly installed on and lead reel 1.1.3.1 above and take turns the sheet support wheel 1.1.3.3 between 1.1.3.2 at two paper alignments.
Stamp device 3 comprises the first coder 3.1, and control system 5 is controlled the first coder 3.1 and completed the stamp to bill; 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; It is upper that stamp assembly 3.1.1, the second paper transport 3.1.2 and inkjet component 3.1.3 are all arranged at coder pedestal 3.1.4, and stamp assembly 3.1.1 and the second paper transport 3.1.2 are in same level, and inkjet component 3.1.3 is arranged at directly over the second paper transport 3.1.2.
Stamp assembly 3.1.1 comprises numbering device the first support bar 3.1.1.1, numbering device 3.1.1.2, restorer 3.1.1.3, numbering device the 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 the first support bar 3.1.1.1, numbering device the first support bar 3.1.1.1 and numbering device the second support bar 3.1.1.4 are all arranged on coder pedestal 3.1.4, the two is parallel and all can on coder pedestal 3.1.4, rotate, numbering device the first support bar 3.1.1.1 is positioned at directly over numbering device the second support bar 3.1.1.4, on numbering device 3.1.1.2, be provided with at least two printhead 3.1.1.2.1, the arc length w between the free end of adjacent two printhead 3.1.1.2.1 equates with the width L of bill; It is upper and parallel with numbering device the 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 be around restorer support bar 3.1.1.7 rotation on restorer support bar 3.1.1.7, and restorer 3.1.1.3 is between numbering device the first support bar 3.1.1.1 and numbering device the second support bar 3.1.1.4 simultaneously; It is upper that the 5th drive 3.1.1.5 is fixedly installed on numbering device the first support bar 3.1.1.1, and the 6th drive 3.1.1.6 is fixedly installed on numbering device the second support bar 3.1.1.4.Restorer 3.1.1.3 mates with printhead 3.1.1.2.1, and control system 5 is controlled printhead 3.1.1.2.1 and coordinated the impression stamp to bill with restorer 3.1.1.3.
On coder pedestal 3.1.4, be provided with the 7th drive 3.1.4.1, the 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 5th drive 3.1.1.5 to rotate.
Roll tooth device 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, and the 4th drive 2.2.1 drives the first drive 1.6 and the 7th drive 3.1.4.1 to rotate simultaneously.
Beneficial effect: owing to having adopted technique scheme, each part bills can be followed closely and be realized accurate contraposition by trepanning in defeated paper process, has avoided seriously affecting stamp quality because misplacing, and has reduced waste, has reduced enterprise's production cost, improves enterprises production efficiency; Be provided with one-level tension link and secondary tension link at each charging aperture place, accurately reasonably control the tension force of paper, solve the problem of paper tension control, in addition, each charging aperture place is provided with photoelectricity recognizer, when charging aperture place bill fracture or charging occurs when unsuccessful, the meeting of photoelectricity recognizer and alarm, ensured carrying out smoothly of stamp; And, in the present invention, inkjet component completes the stamp to the top one part bills with ink-jetting style, numbering device completes being positioned at the stamp of several part bills below by being stamped in topmost on one invoice number, inkjet component can carry out stamp to the bill of different specification size, so, in the time changing different size bill, only need to change numbering device and can realize stamp, than existing, greatly simplify Renewal process, shortened the replacing time, improved production efficiency.
Brief description of the drawings
Figure a is the nominal value structural representation of bill in the present invention;
Fig. 1 is overall structure schematic diagram of the present invention;
Fig. 2 is the schematic diagram of bill stamp in apparatus of the present invention;
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 that rolls tooth device;
Figure 10 is the structural representation that rolls dental assembly;
The structural representation of Figure 11 boss;
Figure 12 rolls the structural representation of tooth mould first time;
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 cutaway view in Figure 17;
Figure 19 is the top view of stamp assembly;
Figure 20 is the B-B cutaway 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 invention.
Conveyer 1, the 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, 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 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, on first, roll tooth mould 2.1.2, roll tooth platform 2.1.2.1, boss 2.1.2.1.1, on second, roll tooth mould 2.1.3, 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, the second drive 2.1.7, roll tooth device pedestal 2.2, the 4th drive 2.2.1, motor 2.2.2, the first paper transport 2.3, 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, protruding nail 2.3.7.1, the second belt 2.3.8, the 3rd drive 2.3.9, stamp device 3, the first coder 3.1, stamp assembly 3.1.1, numbering device the 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 the second support bar 3.1.1.4, the 5th drive 3.1.1.5, the 6th drive 3.1.1.6, restorer support bar 3.1.1.7, the second paper transport 3.1.2, inkjet component 3.1.3, coder pedestal 3.1.4, the 7th drive 3.1.4.1, paper collecting table 4 paper collecting tables are led 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 on tooth mould 2.1.2 and second, to roll two maximum horizontal ranges that roll between tooth platform on tooth mould 2.1.3, b is the height of boss 2.1.2.1.1, c is the degree of depth of groove 2.1.5.1, h is the distance between the upper two corresponding protruding nails of the first belt 2.3.7 and the second belt 2.3.8, r is the radius of numbering device 3.1.1.2, and w is the arc length w between the free end of two printhead 3.1.1.2.1.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further elaborated.
As shown in Figure 1, a kind of multiple part bills stamp equipment of gathering leaves of a book, comprise conveyer 1, roll tooth device 2, stamp device 3, paper collecting table 4 and control system 5, each part bills flows to and rolls tooth device 2 and roll tooth and gather leaves of a book through conveyer 1, each part bills is fitted tightly, bill after gathering leaves of a book is delivered to stamp device 3 and completes stamp, and the bill after stamp completes is through the stacking recovery of paper collecting table 4, and tooth device 2 is rolled in control system 5 controls and stamp device 3 carries out work.
As shown in Figure 3, conveyer 1 comprises that 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.The first charging aperture 1.1 is set in turn on conveyer pedestal 1.8 from left to right to the 5th charging aperture 1.5, each charging aperture in same level and its structure identical; The first drive 1.6 is arranged on conveyer pedestal 1.8 and is positioned at the right-hand of 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, right-hand at the 5th charging aperture 1.5 simultaneously, and first leads the discharge end that paper bar 1.7 is conveyers 1.The each part bills that is 5-linked bill as Fig. 4 enters and leads from first the schematic diagram that paper bar 1.7 is exported from each charging aperture.
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 that regulates bill paper, ensure good stamp effect, photoelectricity recognizer 1.1.4 be arranged at one-level tension link 1.1.1 directly over, guarantee that bill fracture occurs and time can find in time.
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 are each a pair of, composition rectangular frame structure; Tension link fixture 1.1.1.3 is a pair of, be arranged at respectively the correspondence position on two supporting stick 1.1.1.2, by tension link fixture 1.1.1.3, one-level tension link 1.1.1 is arranged on conveyer pedestal 1.8, one-level tension link 1.1.1 can rotate on conveyer pedestal 1.8; Handle 1.1.1.4 is arranged at the free end of tension link fixture 1.1.1.3.The interstitial site of bill paper through two tension adjustment rod 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 and comprise: be arranged at and lead reel 1.1.3.1 on conveyer pedestal 1.8, lead reel 1.1.3.1 and can on conveyer pedestal 1.8, rotate, be fixedly installed on the paper alignment wheel 1.1.3.2 leading on reel 1.1.3.1, paper alignment wheel 1.1.3.2 is a pair of, on its periphery, be provided with at least two trepanning nail 1.1.3.2.1, trepanning nail 1.1.3.2.1 is evenly arranged on the same circumference of paper alignment wheel 1.1.3.2, and the distance between the pre-punching of circular arc long adjacent with bill one side two between adjacent two trepanning nail 1.1.3.2.1 equates, distance t between the two pre-punchings corresponding with bill both sides of distance between the upper two corresponding trepannings nail 1.1.3.2.1 of two paper alignments wheels 1.1.3.2 is equal, further, trepanning nail 1.1.3.2.1 is taper, be fixedly installed on and lead reel 1.1.3.1 above and take turns the sheet support wheel 1.1.3.3 between 1.1.3.2 at two paper alignments.When machine operation, the pre-punching of bill paper both sides is enclosed within respectively on the trepanning nail 1.1.3.2.1 of two paper alignment wheel 1.1.3.2, along with leading the rotation of reel 1.1.3.1, paper alignment wheel 1.1.3.2 rotates bill paper is moved forward, sheet support wheel 1.1.3.3 plays a supportive role to it in bill paper sheet underneath, avoids paper bending distortion.
The first charging aperture 1.1 is to the 5th charging aperture 1.5, and the reel of leading of adjacent two charging apertures drives mutually rotation, 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, rolling tooth device 2 comprises and rolls dental assembly 2.1, rolls tooth device pedestal 2.2 and the first paper transport 2.3, rolling dental assembly 2.1 and the first paper transport 2.3 is all arranged at and rolls on tooth device pedestal 2.2, roll dental assembly 2.1 and be positioned at the right-hand of the first paper transport 2.3, the first paper transport 2.3 is led by first bill that paper bar 1.7 transports and is delivered to and rolls dental assembly 2.1 and roll tooth, rolled between tooth each part bills afterwards and had stable adhesive force, avoid between each part bills, being offset in follow-up course of conveying, affect stamp quality.
As shown in figure 10, roll dental assembly 2.1 comprise roll on tooth mold shaft 2.1.1, first, roll on tooth mould 2.1.2, second, roll 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 and roll on tooth device pedestal 2.2 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 roll tooth mold shaft 2.1.4 directly over and the two is parallel, on first, roll tooth mould 2.1.2 and on second, to roll tooth mould 2.1.3 structure identical, be all sheathed on respectively circlewise and roll on tooth mold shaft 2.1.1, on first, rolling tooth mould 2.1.2 periphery is provided with at least two and rolls tooth platform 2.1.2.1, rolling tooth platform 2.1.2.1 is uniformly distributed on the same circumference that rolls tooth mould 2.1.2 on first, and adjacent two roll the equal in length of long continuous five the pre-punching hole heart lines with bill paper one side of camber line between the center of tooth platform 2.1.2.1, the free end face that rolls 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 between the heart of the pre-punching of bill paper one side adjacent two hole, preferably, in the present invention, boss 2.1.2.1.1 is eight, on first, roll the length d of rolling two on tooth mould 2.1.3 on tooth mould 2.1.2 and second and rolling maximum horizontal range a between tooth platform and equal bill paper, roll tooth mould 2.1.5 for first time and to roll tooth mould 2.1.6 structure for second time identical, all be sheathed on down respectively circlewise and roll on tooth mold shaft 2.1.4, roll for first time and on tooth mould 2.1.5 and first, roll tooth mould 2.1.2 and match, roll for second time and on tooth mould 2.1.6 and second, roll tooth mould 2.1.3 and match, roll for first time on the periphery of tooth mould 2.1.5 and be provided with the groove 2.1.5.1 matching with the boss 2.1.2.1.1 that rolls tooth platform 2.1.2.1, 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 is between 1mm to 2mm, to avoid groove cross dark or cross the shallow desirable tooth effect of rolling that all do not reach, the second drive 2.1.7 is fixedly installed on and rolls on tooth mold shaft 2.1.1.When machine run, along with driving, the second drive 2.1.7 rolls tooth mold shaft 2.1.1 rotation, on first, roll and on tooth mould 2.1.2 and second, roll tooth mould 2.1.3 and also rotate, boss is pressed on bill paper it is embedded in groove, on bill paper, stay and roll seal, fit tightly together through rolling tooth each part bills paper afterwards.
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.The first back shaft 2.3.1 and the second back shaft 2.3.2 are all arranged at and roll on tooth device pedestal 2.2 and can rotate thereon, and the two is parallel and in same level; The first belt pulley 2.3.3, the second belt pulley 2.3.4, the 3rd belt pulley 2.3.5 are identical with the structure of the 4th belt pulley 2.3.6, the first belt pulley 2.3.3 and the second belt pulley 2.3.4 are fixed on the first back shaft 2.3.1, the 3rd belt pulley 2.3.5 and the 4th belt pulley 2.3.6 are fixed on the second back shaft 2.3.2, the first belt pulley 2.3.3 is corresponding with the 3rd belt pulley 2.3.5, and the second belt pulley 2.3.4 is corresponding with the 4th belt pulley 2.3.6; The first belt 2.3.7 is arranged at the first belt pulley 2.3.3 and the 3rd belt pulley 2.3.5 is upper, and the second belt 2.3.8 is arranged on the second belt pulley 2.3.4 and the 4th belt pulley 2.3.6; The first belt 2.3.7 is identical with the structure of the second belt 2.3.8, within mono-week, be evenly provided with protruding nail 2.3.7.1 around the first belt 2.3.7, distance between the pre-punching of distance adjacent with bill one side two between adjacent two protruding nail 2.3.7.1 equates, preferably, protruding nail 2.3.7.1 is tapered, and the distance h between the upper two corresponding protruding nails of the first belt 2.3.7 and the second belt 2.3.8 equals the distance t between two corresponding pre-punchings of bill both sides; The 3rd drive 2.3.9 is fixedly installed on the first back shaft 2.3.1.When machine run, the 3rd drive 2.3.9 drives the first back shaft 2.3.1 to rotate, and the 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 protruding nailing on moves ahead bill conveying.
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, the 4th drive 2.2.1 drives the second drive 2.1.7 to rotate, the 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 that the first coder 3.1, the first coders 3.1 are arranged at and rolls tooth device 2 dead asterns and dock with rolling dental assembly 2.1, and control system 5 is controlled the first coder 3.1 and worked.
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, the second paper transport 3.1.2 docks with rolling dental assembly 2.1, and stamp assembly 3.1.1 docks with paper collecting table 4.In the present embodiment, bill is 5-linked bill, be followed successively by from top to bottom first and be coupled to 5-linked, and each part bills back side has duplicating function, the required number of beating is invoice number, when machine run, roll the bill that tooth gathers leaves of a book and 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 the first part bills with ink-jetting style, bill is fed to stamp assembly 3.1.1 afterwards, and stamp assembly 3.1.1 makes second to be coupled to the upper invoice number of 5-linked duplicating to the invoice number impression of the first part bills.
As shown in figure 17, stamp assembly 3.1.1 comprises numbering device the first support bar 3.1.1.1, numbering device 3.1.1.2, restorer 3.1.1.3, numbering device the 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 the first support bar 3.1.1.1, numbering device the first support bar 3.1.1.1 and numbering device the second support bar 3.1.1.4 are all arranged on coder pedestal 3.1.4, the two is parallel and all can on coder pedestal 3.1.4, rotate, and numbering device the first support bar 3.1.1.1 is positioned at directly over numbering device the second support bar 3.1.1.4; It is upper and parallel with numbering device the 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 be around restorer support bar 3.1.1.7 rotation on restorer support bar 3.1.1.7, simultaneously restorer 3.1.1.3 between numbering device the first support bar 3.1.1.1 and numbering device the second support bar 3.1.1.4 as Figure 20; It is upper that the 5th drive 3.1.1.5 is fixedly installed on numbering device the first support bar 3.1.1.1, and the 6th drive 3.1.1.6 is fixedly installed on numbering device the second support bar 3.1.1.4; Numbering device 3.1.1.2, numbering device the second support bar 3.1.1.4 and restorer 3.1.1.3 have coordinated the impression stamp to bill.When machine run, the 6th drive 3.1.1.6 drives the 5th drive 3.1.1.5 to rotate, and then numbering device the second support bar 3.1.1.4, numbering device the first support bar 3.1.1.1 and numbering device 3.1.1.2 homogeneous play rotation, 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, the numbering device 3.1.1.2 after resetting has coordinated stamp with numbering device the second support bar 3.1.1.4.
On numbering device 3.1.1.2, be provided with at least two printhead 3.1.1.2.1, the arc length w between the free end of adjacent two printhead 3.1.1.2.1 equates with the width L of bill, and preferred, the present invention designs eight printhead 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; When machine run, control system 5 is controlled restorer 3.1.1.3 printhead 3.1.1.2.1 is resetted, and the printhead 3.1.1.2.1 after reset rotates to numbering device the second support bar 3.1.1.4, and the two cooperation completes the stamp to bill.
The structure of the structure of the second paper transport 3.1.2 and the first paper transport 2.3 is in full accord, it is upper that the first back shaft of the second paper transport 3.1.2 and the second back shaft are arranged at coder pedestal 3.1.4, and this first back shaft and this second back shaft and numbering device the second support bar 3.1.1.4 are in same level.The second paper transport 3.1.2 will flow to stamp assembly 3.1.1 to complete stamp through the bill after rolling dental assembly 2.1 and rolling tooth and gather leaves of a book.
Coder pedestal 3.1.4 is provided with the 7th drive 3.1.4.1, the 4th drive 2.2.1 drives the 7th drive 3.1.4.1 to rotate, the 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.
As shown in figure 21, paper collecting table 4 comprises that paper collecting table leads 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, the two leads right-hand at the 3rd paper transport 4.3 of paper bar 4.1 at same level and paper collecting table, paper collecting table is led and on paper bar 4.1, is provided with the 8th drive 4.1.1 and can on paper collecting table pedestal 4.2, rotates, the 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 stamp assembly 3.1.1; On paper collecting table pedestal 4.2, lead paper bar 4.1 opposite positions with paper collecting table and be provided with inclined-plane 4.2.1, on paper collecting table pedestal 4.2, be provided with collection plate 4.2.3 with inclined-plane 4.2.1 opposite position, on paper collecting table pedestal 4.2, be provided with the 9th drive 4.2.2 with the 8th drive 4.1.1 opposite position.When machine operation, the 7th drive 3.1.4.1 drives the 9th drive 4.2.2 to rotate, the 9th drive 4.2.2 drives the 8th drive 4.1.1 to rotate, the 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 by the first coder 3.1 stamps, lead paper bar 4.1 through paper collecting table successively again, stacking on collection plate 4.2.3 after inclined-plane 4.2.1, stacking time, need manually the invoice number of bill to be checked, invoice number is continuous, generally every 10 bill inspections once, cause waste to prevent stamp mistake, increase production cost, reduce production efficiency.
As shown in figure 23, control system 5 is controlled inkjet component, restorer and the numbering device work of motor 2.2.2, stamp device 3, 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 in order to help reader understanding's principle of the present invention, should be understood to that protection scope of the present invention is not limited to such special statement and embodiment.Those of ordinary skill in the art can make various other various concrete distortion and combinations that do not depart from essence of the present invention according to these technology enlightenments disclosed by the invention, and these distortion and combination are still in protection scope of the present invention.
Claims (9)
1. the multiple part bills stamp equipment of gathering leaves of a book, comprise and roll tooth device (2), paper collecting table (4) and control system (5), control system (5) is controlled and is rolled tooth device (2) and bill is rolled to tooth gather leaves of a book, and it is characterized in that: also comprise conveyer (1) and stamp device (3); The charging aperture that described conveyer (1) is this equipment, bill rolls tooth device (2) through conveyer (1) described in being delivered to, described control system (5) is controlled described stamp device (3) and is rolled the bill that tooth gathers leaves of a book and carry out stamp rolling tooth device (2) described in quilt, and the bill after being completed by described stamp device (3) stamp is through the stacking recovery of described paper collecting table (4);
Described conveyer (1) comprises that 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); Described the first charging aperture (1.1), the second charging aperture (1.2), the 3rd charging aperture (1.3), the 4th charging aperture (1.4) are identical with the structure of the 5th charging aperture (1.5), and it is upper and in same level that it is set in turn in conveyer pedestal (1.8) from left to right; Described the first drive (1.6) is arranged at described conveyer pedestal (1.8) and goes up and be positioned at the right-hand of described the 5th charging aperture (1.5); Described first to lead the upper surface of paper bar (1.7) and described conveyer pedestal (1.8) tangent and be positioned at the top of conveyer pedestal (1.8), simultaneously right-hand at described the 5th charging aperture (1.5);
Described stamp device (3) comprises the first coder (3.1), and described control system (5) is controlled described the first coder (3.1) and completed the stamp to bill; Described 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); Described stamp assembly (3.1.1), the second paper transport (3.1.2) and inkjet component (3.1.3) are all arranged on described coder pedestal (3.1.4), stamp assembly (3.1.1) is with the second paper transport (3.1.2) in same level, and inkjet component (3.1.3) is arranged at directly over the second paper transport (3.1.2).
2. a kind of multiple part bills according to claim 1 stamp equipment of gathering leaves of a book, is characterized in that:
Described the first charging aperture (1.1) comprises one-level tension link (1.1.1), secondary tension link (1.1.2) and leads paper assembly (1.1.3); Described one-level tension link (1.1.1), secondary tension link (1.1.2) and lead paper assembly (1.1.3) and be all arranged on described conveyer pedestal (1.8); The lower left of leading paper assembly (1.1.3) described in described one-level tension link (1.1.1) is positioned at, described secondary tension link (1.1.2) is positioned at the upper right side of leading paper assembly (1.1.3);
Described 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); Described tension adjustment rod (1.1.1.1) and described supporting stick (1.1.1.2) are each a pair of, composition rectangular frame structure; Described tension link fixture (1.1.1.3) is a pair of, be arranged at respectively the correspondence position on described supporting stick (1.1.1.2), tension link fixture (1.1.1.3) is for being arranged on conveyer pedestal (1.8) by one-level tension link (1.1.1); Described handle (1.1.1.4) is arranged at the free end of described tension link fixture (1.1.1.3);
Described one-level tension link (1.1.1) is identical with the structure of secondary tension link (1.1.2), and it coordinates the tension force that regulates bill paper.
3. a kind of multiple part bills according to claim 2 stamp equipment of gathering leaves of a book, it is characterized in that, the described paper assembly (1.1.3) of leading comprising: be arranged at and lead reel (1.1.3.1) on described conveyer pedestal (1.8), described in to lead reel (1.1.3.1) parallel with described tension adjustment rod (1.1.1.1) and can rotate conveyer pedestal (1.8) is upper, described in being fixedly installed on, lead the paper alignment wheel (1.1.3.2) on reel (1.1.3.1), described paper alignment wheel (1.1.3.2) is a pair of, on its periphery, be provided with at least two trepanning nails (1.1.3.2.1), described trepanning nail (1.1.3.2.1) is taper, described trepanning nail (1.1.3.2.1) is evenly arranged on the same circumference of paper alignment wheel (1.1.3.2), and the distance between the pre-punching of circular arc long adjacent with bill one side two between adjacent two trepanning nails (1.1.3.2.1) equates, distance t between the two pre-punchings corresponding with bill both sides of distance between the upper two corresponding trepannings nails (1.1.3.2.1) of two paper alignments wheels (1.1.3.2) is equal, described in being fixedly installed on, lead reel (1.1.3.1) sheet support upper and that be positioned between described two paper alignment wheels (1.1.3.2) and take turns (1.1.3.3).
4. a kind of multiple part bills according to claim 2 stamp equipment of gathering leaves of a book, it is characterized in that: described the first charging aperture (1.1) also comprises photoelectricity recognizer (1.1.4), described photoelectricity recognizer (1.1.4) be arranged at described one-level tension link (1.1.1) directly over.
5. a kind of multiple part bills according to claim 1 stamp equipment of gathering leaves of a book, is characterized in that: described stamp assembly (3.1.1) comprises numbering device the first support bar (3.1.1.1), numbering device (3.1.1.2), restorer (3.1.1.3), numbering device the 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);
Described numbering device (3.1.1.2) is fixedly installed on numbering device the first support bar (3.1.1.1), described numbering device the first support bar (3.1.1.1) is all arranged on described coder pedestal (3.1.4) with described numbering device the second support bar (3.1.1.4), the two is parallel and all can go up rotation at coder pedestal (3.1.4), and numbering device the first support bar (3.1.1.1) is positioned at directly over numbering device the second support bar (3.1.1.4);
It is upper and parallel with described numbering device the first support bar (3.1.1.1) that described restorer support bar (3.1.1.7) is fixedly installed on described coder pedestal (3.1.4), described 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 described numbering device the first support bar (3.1.1.1) and described numbering device the second support bar (3.1.1.4) simultaneously,
It is upper that described the 5th drive (3.1.1.5) is fixedly installed on described numbering device the first support bar (3.1.1.1), and described the 6th drive (3.1.1.6) is fixedly installed on described numbering device the second support bar (3.1.1.4).
6. a kind of multiple part bills according to claim 5 stamp equipment of gathering leaves of a book, it is characterized in that: on described numbering device (3.1.1.2), be provided with at least two printheads (3.1.1.2.1), the arc length w between the free end of adjacent two printheads (3.1.1.2.1) equates with the width L of bill; Described restorer (3.1.1.3) mates with described printhead (3.1.1.2.1).
7. a kind of multiple part bills according to claim 6 stamp equipment of gathering leaves of a book, is characterized in that: described control system (5) is controlled described printhead (3.1.1.2.1) and coordinated the impression stamp to bill with described restorer (3.1.1.3).
8. a kind of multiple part bills according to claim 5 stamp equipment of gathering leaves of a book, it is characterized in that: on described coder pedestal (3.1.4), be provided with the 7th drive (3.1.4.1), described the 7th drive (3.1.4.1) drives described the 6th drive (3.1.1.6) to rotate, and described the 6th drive (3.1.1.6) drives described the 5th drive (3.1.1.5) to rotate.
9. a kind of multiple part bills according to claim 8 stamp equipment of gathering leaves of a book, it is characterized in that: described in roll tooth device (2) and be provided with the 4th drive (2.2.1) and motor (2.2.2), described motor (2.2.2) drives described the 4th drive (2.2.1) to rotate, and described the 4th drive (2.2.1) drives described the first drive (1.6) and described the 7th drive (3.1.4.1) to rotate simultaneously.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111976328A (en) * | 2020-09-02 | 2020-11-24 | 张云国 | Production and processing device for desk calendar |
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