CN1819962A - Paper sheet processing device - Google Patents

Abstract

A paper sheet processing device ( 1 ) for processing paper sheets while carrying the paper sheets, comprising a device body ( 10 ), a carrier means ( 2 ) for carrying the paper sheets one by one, a carrier driving means for driving said carrier means, processing device parts ( 4 A, 4 B, 4 C) which are installed in a carrying route ( 20 ) formed of the carrier means and which process the paper sheets, and processing driving means for driving the processing device parts. The device is characterized in that the processing device parts are installed detachably from the device body.

Description

Paper processing apparatus

Technical field

The present invention relates to paper (Japanese: use Paper) be carried the paper processing apparatus of paper being implemented processing on one side on one side.

Background technology

Disclosed in the patent documentation 1 and paper has been carried the paper processing apparatus of paper being implemented processing on one side on one side.In this paper processing apparatus, by paper feeding device portion 1 on paper is carried with opening, the feeder body, in device body, paper carried on one side carry direction and orthogonal directions processing of cutting or carry out folding line form processing on one side.Especially in patent documentation 1, disclosed by mobile cutting means or folding line and formed the technology that device is controlled its position.

Patent documentation 2 has disclosed paper has been cut cutting means with the card that obtains given size.Especially in patent documentation 2, disclosed following technology, that is, cutting means portion has been constituted with dismounting unit freely, a plurality of such unit have been set, the dise knife that cuts usefulness of each unit and the various sizes of card have been disposed respectively accordingly.

In patent documentation 2,3, disclosed the device that carries out processing of cutting and shear processing.

In patent documentation 4,5, disclosed and comprised paper is cut cut member and will get rid of the device of member because of the smear metal that cuts the smear metal eliminating outside the carrying path that produces.

In patent documentation 6, disclosed the technology of in paper feeding device portion, 1 on paper being carried with opening ground absorption.

Thereby in patent documentation 7, disclosed in paper feeding device portion to tilt paper to carry out the technology of paper feeding with respect to carrying direction bevelled state with respect to the carrying direction by S. A. with feeding-in roll.

Patent documentation 1: the Japanese Patent spy opens the 2000-206118 communique

Patent documentation 2: Japanese patent laid-open 10-76495 communique

Patent documentation 3: Japanese patent laid-open 8-290392 communique

Patent documentation 4: the special public clear 53-36636 communique of Japanese Patent

Patent documentation 5: Japanese patent laid-open 10-146796 communique

Patent documentation 6: the Japanese Patent spy opens the 2000-34052 communique

Patent documentation 7: the Japanese Patent spy opens the 2001-335166 communique

But, in paper processing apparatus, because the wearing and tearing of tool member or abrasion need to change tool member sometimes.Under these circumstances, in the device of patent documentation 1, need the part of device is decomposed just and can be changed.Therefore, exist to change operation spended time and labour and problem that can't operative installations in changing operation.

In addition, in the paper processing apparatus shown in the patent documentation 1, when multiple tool member being set, can cause device to maximize in order to possess multiple machining functions.On the other hand, in multiple tool member, there is the low member of usage frequency in the reality.

And, in the device of patent documentation 2,, paper is cut at assigned position by having the unit that cuts dise knife that is fixed in assigned position, but then to need other unit in order cutting, need to prepare many unit corresponding to cutting size at diverse location.

And the smear metal in the existing paper processing apparatus is got rid of on the assigned position of direction (Width of paper) that member was fixed on and carried the direction quadrature.Therefore, change when cutting the position, the occurrence positions of smear metal also changes thereupon, thereby has following problem.

(1) arrange paper to row's paper portion under the state that smear metal can not get getting rid of, portion need remove smear metal at row's paper.

(2) for scrap fallaway, whenever producing the position, smear metal changes, and need handwork change smear metal to get rid of the position of member.

In addition, in the paper processing apparatus of patent documentation 1, for example, the processing of cutting that paper is carried direction is that the ora terminalis with paper is that benchmark carries out.Therefore, in the paper feeding device portion of patent documentation 1,6, an ora terminalis of paper is carried out paper feeding along guide.

But, in such paper processing apparatus, though no problem when being in the normal position when the printing zone (zone that is printed) of paper, and will have problems when being in out-of-the way position.Promptly, in Figure 37, shown in figure (a), when the printing zone 101 of paper 100 is in obliquity with respect to the ora terminalis 111 of paper 100, with ora terminalis 111 the cutting of carrying direction of benchmark, shown in the long and short dash line of figure (b), carry out obliquely with respect to printing zone 101, and, with ora terminalis 112 is shown in cutting also of benchmark and direction carrying direction quadrature as the long and short dash line of scheming (c), carries out its result obliquely with respect to printing zone 101, shown in figure (d), obtain printing zone 101 with respect to ora terminalis 111,112 still is the paper 100 of obliquity.

The technology of patent documentation 7 is in order to solve the technology of problem shown in Figure 37, but in paper feeding device portion, be provided with the plate that the ora terminalis to paper is limited, this plate can become the obstacle of the paper feeding under the heeling condition, thereby can think and can't stably carry out the carrying that can address the above problem.

Summary of the invention

The 1st purpose of the present invention is, the paper processing apparatus of the required time and labor of a kind of replacing operation that can reduce tool member is provided.

The 2nd purpose of the present invention is, the paper processing apparatus that the position-movable of a kind of tool member is provided and can tackles a plurality of finish sizes by 1 unit.Even and the printing position that a kind of paper can be provided when deviation takes place, also can carry out the paper processing apparatus of suitable processing.

The 3rd purpose of the present invention is, a kind of paper processing apparatus that not only can possess multiple machining functions but also device is maximized is provided.

The 4th purpose of the present invention is, even provide the operation by hand that changes also of a kind of occurrence positions of smear metal to change the paper processing apparatus that smear metal is got rid of the position of member, can reliably smear metal be got rid of from the carrying path.

The 5th purpose of the present invention is, provides a kind of and process having the paper that is in the printing zone of obliquity with respect to ora terminalis, can obtain being in respect to ora terminalis the paper processing apparatus of paper of the printing zone of parallel position.

The paper processing apparatus of paper being implemented processing is on one side carried to paper in one side of the present invention, it is characterized in that, comprising: device body; With 1 carrying member of opening the ground carrying of paper; Drive the carrying drive member of carrying member; Be located at processing unit (plant) portion in the way, carrying path that constitutes by the carrying member, that enforcement is processed to paper; And the processing drive member that drives processing unit (plant) portion, processing unit (plant) portion is arranged on the device body removably.

And the present invention preferably has following formation.

(1) described processing unit (plant) portion is the 1st type processing unit (plant) portion that paper is carried out the processing of specified content, and the 1st type processing unit (plant) portion comprises: the tool member of paper being carried out specified content processing; Tool member is moved to the mobile member of position arbitrarily.

(2) described processing unit (plant) portion is the 2nd type processing unit (plant) portion that carries out the processing of optional content, the 2nd type processing unit (plant) portion has the tool member of the processing of carrying out optional content, is provided with the processing classification detection means of classification of the tool member of the 2nd type processing unit (plant) portion of detecting in device body.

(3) in above-mentioned formation (2), the 2nd type processing unit (plant) portion has the mobile member that tool member is moved to the optional position.

(4) in above-mentioned formation (1), the tool member of the 1st type processing unit (plant) portion is: the member that cuts that cuts paper in the carrying direction of paper, or form member, or form member at the folding line that the carrying direction of paper upper edge paper forms folding line at the eyelet that the carrying direction of paper upper edge paper forms eyelet.

(5) in above-mentioned formation (2), the tool member of the 2nd type processing unit (plant) portion is: the member that cuts that cuts paper in the carrying direction of paper, or form member, or form member at the folding line that the carrying direction of paper upper edge paper forms folding line at the eyelet that the carrying direction of paper upper edge paper forms eyelet.

(6) in above-mentioned formation (2), the tool member of the 2nd type processing unit (plant) portion is: cutting the member that cuts of paper with the carrying direction orthogonal directions of paper, or form member, or the carrying member that paper is carried at the folding line that the carrying direction orthogonal directions of paper upper edge and paper forms folding line.

(7) in above-mentioned formation (5), cut member separates a plurality of rotating knifes regulation on Width spacing parallel arranging setting.

(8) in above-mentioned formation (7), cut member and can move integratedly by what a plurality of rotating knifes constituted.

(9) in above-mentioned formation (1) or (3), has the position control member that reads the position markers that is printed on the paper, the position of tool member is controlled according to this information that reads.

(10) in above-mentioned formation (1) or (2), has the machining control member that reads the machining information that is printed on the paper, the processing content of tool member is controlled according to this information that reads.

(11) processing unit (plant) portion is the member that cuts that cuts paper in carrying on the direction, comprising: will cut the smear metal of the paper that produces to the outer smear metal eliminating member of getting rid of in carrying path because of cutting member; The mobile member that member moves along the direction with carrying direction quadrature is got rid of in smear metal; Member is got rid of in smear metal moved to the mobile control member that smear metal occurrence positions ground is controlled.

(12) in above-mentioned formation (11), mobile control member is judged as smear metal according to machining information to the scraps of paper of the Rack size after cutting, and in view of the above mobile member is controlled.

(13) in above-mentioned formation (12), machining information is the information of importing in advance.

(14) in above-mentioned formation (12), machining information is to be printed on the paper of implementing processing in advance and the information that can read.

(15) in above-mentioned formation (12), described Rack size is smaller or equal to 15mm more than or equal to 5mm.

(16) in above-mentioned formation (11), mobile control member reads the position markers that is printed on the paper, controls according to the position that this information that reads is got rid of member to smear metal.

(17) have the paper feeding device portion of 1 on paper being opened ground carrying and feeder body, paper feeding device portion comprises: send member with what 1 on paper was sent with opening; Diagonal carrying member, it is positioned at the downstream of sending member, put paper and paper is carried so that the paper ora terminalis is carried towards carrying direction downstream along guide wall and with paper obliquely towards guide wall, paper feeding device portion can rotate around vertical axis with respect to device body, so that the carrying direction of paper feeding device portion is with respect to the carrying direction inclination of device body.

[effect of invention]

Adopt the present invention, processing unit (plant) portion is dismantled and assembled to be arranged on the device body freely, thereby can reduce the required time and labor of part exchanging operation of processing unit (plant) portion.

Adopt above-mentioned formation (1), can reduce the required time and labor of replacing operation of tool member.In addition, because the 1st type processing unit (plant) portion has the mobile member that tool member is moved to the optional position, so even also can carry out suitable processing when deviation appears in the printing position of paper.

Adopt above-mentioned formation (2), the 2nd type processing unit (plant) portion is dismantled and assembled is arranged on the device body freely, because have the tool member of carrying out optional content processing, so in the 2nd type processing unit (plant) portion, the tool member of optional content can be used, thereby the machining functions of paper processing apparatus can be enlarged.

And, although can bring into play multiple machining functions,, only need the space of 1 processing unit (plant) portion because be provided with 1 the 2nd type processing unit (plant) portion by the 2nd type processing unit (plant) portion, but thereby the maximization of restraining device.

Adopt above-mentioned formation (3), removable tool member in the 2nd type processing unit (plant) portion.Therefore,, also tool member can be moved to suitable position, can carry out suitable processing even when deviation takes place in the printing position of paper.

Adopt above-mentioned formation (4),, also can reduce the required time and labor of replacing operation of tool member even the tool member of required replacing is to cut member, eyelet formation member or folding line to form member.

Adopt above-mentioned formation (5), in the 2nd type processing unit (plant) portion, can use: the member that cuts that cuts paper in the carrying direction of paper; Or form member at the eyelet that the carrying direction of paper upper edge paper forms eyelet; Or form member at the folding line that the carrying direction of paper upper edge paper forms folding line.

Adopt above-mentioned formation (6), in the 2nd type processing unit (plant) portion, can use: cutting the member that cuts of paper with the carrying direction orthogonal directions of paper; Or form member at the folding line that the carrying direction orthogonal directions of paper upper edge and paper forms folding line.

Adopt above-mentioned formation (7), can use by what a plurality of rotating knifes constituted in the 2nd type processing unit (plant) portion to cut member.

Adopt above-mentioned formation (8), cut member by what a plurality of rotating knifes constituted in that the 2nd type processing unit (plant) portion is removable.

Adopt above-mentioned formation (9), device proper can automatically carry out the mobile control of tool member position.

Adopt above-mentioned formation (10), device proper can automatically carry out the control of the processing content of tool member.

Adopt above-mentioned formation (11), move to the smear metal occurrence positions owing to can automatically smear metal be got rid of member, so can bring into play following effect.

(i) eliminate handwork and change the such trouble in position that member is got rid of in smear metal, thereby can improve the efficient of sheet processing.

(ii) can reliably smear metal be got rid of from the carrying path.

Adopt above-mentioned formation (12), can reliably the scraps of paper of Rack size be got rid of from the carrying path.

Adopt above-mentioned formation (13),, can reliably the scraps of paper of Rack size be got rid of from the carrying path according to the machining information of prior input.

Adopt above-mentioned formation (14),, can reliably the scraps of paper of Rack size be got rid of from the carrying path according to the machining information that is printed in advance on the paper.

Adopt above-mentioned formation (15), can will get rid of from the carrying path smaller or equal to the scraps of paper of the width dimensions of 15mm more than or equal to 5mm reliably.

Adopt above-mentioned formation (16),, also smear metal can be got rid of member and move to correct position even when deviation takes place in the printing position of paper.

Adopt above-mentioned formation (17),, can make of the carrying direction inclination of the carrying direction of paper feeding device portion with respect to device body by paper feeding device portion is rotated around vertical axis.Therefore, add man-hour to having the paper that is in the printing zone of α angle tilt position with respect to ora terminalis, if by with the carrying direction of paper feeding device portion carrying direction tilt angle alpha with respect to device body, make printing zone parallel, just can carry out parallel with printing zone processing such as cut with the carrying direction of device body.Therefore, can process, obtain having the paper that is in the printing zone of parallel position with respect to ora terminalis having the paper that is in the printing zone of obliquity with respect to ora terminalis.

Nomenclature:

The 1-paper processing apparatus; The 10-device body; The 100-paper; The 102-position markers; The 103-bar code; The 111-ora terminalis; 15-paper feeding device portion; 2-carries member; 20-carries the path; 3-smear metal remover portion; 31, member is got rid of in the 32-smear metal; 4A-the 1st cutting means portion; 4B-the 2nd cutting means portion; 4C-the 3rd cutting means portion; 4D-the 4th cutting means portion; 40-diagonal carrying member; The 404-guide wall; The 5-folding line forms device portion; 50-absorption carrying member; 55,56-turning cylinder; 7-chooses processing unit (plant) portion wantonly; The 70A-eyelet forms the unit; 70B-cuts the unit; 70C-business card special cell; 70D-carries the unit; 70X-cuts the unit; The 71-eyelet forms device; 72,74-cuts and uses cutter; 73-business card cutter; 716,717-anti-dazzle device; The 9-unit accommodating section; 981,982-optical sensor

Description of drawings

Fig. 1 is the single-piece pattern longitudinal sectional view of the paper processing apparatus of expression example 1 of the present invention.

Fig. 2 (a) is the example of expression by the paper of the paper processing apparatus processing of example 1, (b) is the figure of explanation processing content, (c) is the figure of expression by the resulting paper of processing.

Fig. 3 (a) is the figure of the paper after the 1st cutting means portion of expression example 1 cuts, (b) be the figure of the paper after expression the 2nd cutting means portion cuts, (c) be the figure of the paper after expression the 3rd cutting means portion cuts, (d) be the figure of the paper after expression the 4th cutting means portion cuts, (e) be the figure that the expression folding line forms the paper after device portion bends.

Fig. 4 is the front view that expression cuts the unit.

Fig. 5 is the three-dimensional local figure of Fig. 4.

Fig. 6 is that expression will cut the front view that the unit is contained in the unit accommodating section internal state.

Fig. 7 is the mode chart of overlooking of the 1st～the 3rd cutting means portion.

Fig. 8 is the figure that the expression folding line forms the cutter of unit.

Fig. 9 is that the IX of Fig. 8 is to view.

Figure 10 is the figure that the expression eyelet forms the cutter of unit.

Figure 11 is that the XI of Figure 10 is to view.

Figure 12 is the paper processing apparatus single-piece pattern longitudinal sectional view of expression example 2 of the present invention.

Figure 13 is the front view that the unit accommodating section of tool member is selected in expression.

Figure 14 is the front view that the expression eyelet forms the unit.

Figure 15 is the three-dimensional local figure of expression Figure 14.

Figure 16 is that expression forms the front view that the unit is contained in the unit accommodating section internal state with eyelet.

Figure 17 is the front view that expression cuts the unit.

Figure 18 is the three-dimensional local figure of expression Figure 17.

Figure 19 is the front view of expression business card special cell.

Figure 20 is that the XX of Figure 19 is to view.

Figure 21 is the front view of expression carrying unit.

Figure 22 (a) is that expression wants to utilize eyelet to form the figure of the paper that the unit obtains, and (b) is the figure that has been illustrated as the processing content that obtains this paper.

Figure 23 (a) is that expression wants to utilize the figure that cuts the paper that the unit obtains, and (b) is the figure that has been illustrated as the processing content that obtains this paper.

Figure 24 is the figure of the processing content of explanation business card special cell.

Figure 25 is the paper processing apparatus single-piece pattern longitudinal sectional view of expression the invention process form 3.

Figure 26 is the front view of smear metal remover portion of the paper processing apparatus of expression example 3.

Figure 27 is the three-dimensional local figure of Figure 26.

Figure 28 be the expression paper a routine processing content overlook mode chart.

Figure 29 is the lateral plan that the action of member is got rid of in the expression smear metal.

Figure 30 be the expression paper processing content other examples overlook mode chart.

Figure 31 is the diagrammatic top view of the paper feeding device that uses in the paper processing apparatus of expression example 4 of the present invention.

Figure 32 is the XXXII-XXXII diagrammatic cross-sectional view of Figure 31.

Figure 33 is the local amplification view of the regulating mechanism of example 4.

Figure 34 is the mode chart of overlooking of paper cutting that expression is carried out with the paper processing apparatus of example 4 operation of processing.

Figure 35 is the diagrammatic top view of employed paper feeding device in the paper processing apparatus of expression example 5 of the present invention.

Figure 36 is that the XXXVI of Figure 35 is to looking part sectional view.

Figure 37 be the paper cutting processing carried out with existing paper processing apparatus operation overlook mode chart.

The specific embodiment

(example 1)

Fig. 1 is the single-piece pattern longitudinal sectional view of the paper processing apparatus of expression example 1 of the present invention.Paper processing apparatus 1 has at the two ends of device body 10: the paper-feeding part 11 that is made of paper feeding tray; The row's paper portion 12 that constitutes by discharge tray.To row's paper portion 12, form carrying path 20 from paper-feeding part 11 by the carrying member 2 that constitutes by many double-type rollers 21.Carrying drive member (not shown) is connected with carrying member 2.On carrying path 20,, be provided with that carrying is revised member 803, information reading element 804, abandoned member the 806, the 1st 4A of cutting means portion, the 2nd 4B of cutting means portion, the 3rd 4C of cutting means portion, member the 807, the 4th 4D of cutting means portion is shaken off in smear metal and folding line forms device portion 5 from paper-feeding part 11 sides.These are all by device body 10 supportings.And these members are connected with processing drive member (not shown).The 1st 4A of cutting means portion, the 2nd 4B of cutting means portion, the 3rd 4C of cutting means portion, the 4th 4D of cutting means portion and folding line form device portion 5 and are equivalent to the 1st type processing unit (plant) portion.

In addition, paper processing apparatus 1 has the control member 800 that action is controlled to the device single-piece in device body 10.Control member 800 has and guidance panel (not shown) bonded assembly CPU.Control member 800 for example also can be used as position control member described later and the machining control member is controlled.And the bottom of paper processing apparatus 1 in device body 10 has the rubbish container 801 that is used to hold the smear metal that the processing of cutting because of paper produces.

Fig. 2 (a) is that expression is by an example of the paper of paper processing apparatus 1 processing of the present invention.On this paper 100, be printed with position markers 102 and bar code 103 with main Printing Department 101.The machining information of a series of processing content is implemented in bar code 103 expressions to paper 100.

Paper processing apparatus 1 carries out following action.

At first, open 100 paper 100 many ground are sent to carrying path 20, enter carrying and revise member 803 from putting a stacker on paper-feeding part 11.When the paper of sending here 100 sideling, carrying is revised member 803 it is ajusted.In addition, when the paper of sending here 100 is more than 2 when overlapping, carrying is revised member 803 this is detected, and stops the carrying of paper 100.If paper 100 be ajust and be 1, then continue carrying.

After top of form sensor 201 detected front end, the paper 100 that is continued carrying entered information reading element 804.Information reading element 804 utilizes ccd sensor 805 to read the position markers 102 and the bar code 103 of paper 100.This reads information and is sent to control member 800.This reads information control member 800 storages, and in view of the above each follow-up member is controlled.Machining information by bar code 103 expressions for example has following content.That is, its content is that paper 100 is implemented handling and handling along the folding line formation of long and short dash line E along cutting of solid line A, B, C, D shown in Fig. 2 (b), obtains the paper that has folding line 210 200 shown in 8 Fig. 2 (c).When such machining information, each follow-up member carries out following action.In addition, it is not distinct that the paper 100 that can't be read information by information reading element 804 is judged as printing, utilizes the discarded pallet 802 that member 806 flings at the below that abandons of back.

After detecting front end, top of form sensor 202 enters the 1st 4A of cutting means portion by the paper 100 that abandons behind the member 806.The 1st 4A of cutting means portion connects control by the machining control member by control member 800, passes through the position control member by control member 800 simultaneously, 2 is cut with cutter be controlled at the position that is positioned at 2 solid line A (Fig. 2 (b)) respectively.Therefore, utilize the 1st 4A of cutting means portion that paper 100 is promptly cut along the carrying direction along solid line A.Thus, paper 100 becomes the form of Fig. 3 (a), to next the 2nd 4B of cutting means portion carrying.And the X1 of portion does not drop in the rubbish container 801.

The 2nd 4B of cutting means portion connects control by the machining control member by control member 800, passes through the position control member by control member 800 simultaneously, 2 is cut with cutter be controlled at the position that is positioned at 2 solid line B (Fig. 2 (b)) respectively.Therefore, utilize the 2nd 4B of cutting means portion that the paper 100 of Fig. 3 (a) is promptly cut along the carrying direction along solid line B.Thus, paper 100 becomes the form of Fig. 3 (b), to next the 3rd 4C of cutting means portion carrying.

The 3rd 4C of cutting means portion connects control by the machining control member by control member 800, passes through the position control member by control member 800 simultaneously, 2 is cut with cutter be controlled at the position that is positioned at 2 solid line C (Fig. 2 (b)) respectively.Therefore, utilize the 3rd 4C of cutting means portion that the paper 100 of Fig. 3 (b) is promptly cut along the carrying direction along solid line C.Thus, paper 100 becomes the form of Fig. 3 (c), carries to the 4th 4D of cutting means portion.And the X2 of portion does not shake off member 807 by smear metal and drops in the rubbish container 801.

The paper 100 of Fig. 3 (c) detected front end by top of form sensor 203 before entering the 4th 4D of cutting means portion.

The 4th 4D of cutting means portion connects control by the machining control member by control member 800.At the 4th 4D of cutting means portion, the paper 100 of Fig. 3 (c) just stops at the cutting position shown in 3 solid line D (Fig. 2 (b)) when detecting cutting position by cutting position sensor 204.Whenever paper 100 stops, just promptly being cut along solid line D along direction with carrying direction quadrature by a pair of cutting with cutter 41.Thus, paper 100 becomes the form of Fig. 3 (d), forms 5 carryings of device portion to folding line.And the X3 of portion does not drop in the rubbish container 801.

Folding line forms device portion 5 and connects control by the machining control member by control member 800.Form device portion 5 at folding line, the paper 100 of Fig. 3 (d) just stops at 2 crooked place shown in the long and short dash line E when detecting crooked place by crooked place sensor 205.Whenever paper 100 stops, just being formed with pressing pressing mold 51 and promptly form folding line 201 along direction with carrying direction quadrature along long and short dash line E by a pair of folding line.Thus, paper 100 becomes the form of Fig. 3 (e), sends to row's paper portion 12.

Paper processing apparatus 1 moves as described above.

Among the present invention, the 1st～the 3rd 4A～the 4C of cutting means portion is dismantled and assembled is arranged on freely on the device body 10.

Below be that example is specifically described with the 1st 4A of cutting means portion.

The 1st 4A of cutting means portion is by cutting unit 70X and unit accommodating section 9 constitutes.Cut unit 70X and constitute the unit that cuts.Unit accommodating section 9 is arranged on the device body 10, can dismounting folding and unfolding freely cut unit 70X.

Fig. 4 is the front view that cuts unit 70X, and Fig. 5 is the three-dimensional local figure of Fig. 4.Y direction indication carrying direction among Fig. 5.Unit 70X has housing department 700 and 2 and cuts with cutter (tool member) 72,74.Housing department 700 is by top board 701; 2 side plates 702,703; Bottom framework 704 constitutes.2 cut with cutter 72,74 and are supported in the housing department 700.2 handles 7011 are installed on top board 701.2 side plates 702,703 are provided with towards the vertical below from the both sides of top board 701.2 screw rods (mobile member) 705,719 between two side plates 702,703, have been set up; Go up the axis of guide 706,707 for 2; 2 following axis of guides 708,709; 2 S. A.s 710,711.These axles are all parallel.2 S. A. 710,711 configurations up and down respectively.

Cut with cutter 72 2 rotating knifes are carried out severing from wiping up and down to cut, by the upper body 714 that keeps going up rotating knife, keep down that the lower body 715 of rotating knife constitutes.Upper body 714 can be gone up the axis of guide 706,707 along 2 and move along with the rotation of the screw rod 705 that passes screw part 7050.The rotating knife of upper body 714 is rotated by the rotation of last S. A. 710.Lower body 715 can move along 2 following axis of guides 708,709 with upper body 714.The rotating knife of lower body 715 is rotated by the rotation of following S. A. 711.

Cut with cutter 74 and have identical structure with cutting, be symmetrical arranged with cutting with cutter 72 with cutter 72.Cut with the rotation of cutter 74, can go up the axis of guide 706,707 along 2 and move along with screw rod 719.Screw rod 719 passes screw part 7190.The rotating knife of upper body 714 is rotated by the rotation of last S. A. 710.Lower body 715 can move along 2 following axis of guides 708,709 with upper body 714.The rotating knife of lower body 715 is rotated by the rotation of following S. A. 711.

Unit 70X has the pin 718 that the paper 100 that passes through is supported from the below.Pin 718 is arranged on the central authorities of Width of paper 100 and both sides totally 3 places.Pin 718 extends towards the carrying direction, is that fulcrum can be swung on horizontal surface with cardinal extremity 7181, is not having external force to keep towards the state of carrying direction as the time spent.Therefore, can avoid cutting usefulness cutter 72,74 when cutting when pin 718 with cutter 72,74 butts.

And, be provided with gear 7051 in the end from side plate 702 is given prominence to laterally of screw rod 705.The end from side plate 703 is given prominence to laterally at screw rod 719 is provided with gear 7191.The end from side plate 702 is given prominence to laterally at 2 S. A.s 710,711 is respectively equipped with gear 7101,7111.Two gears 7101,7111 interconnect, therefore two S. A. 710,711 oppositely rotations simultaneously.

On the other hand, as shown in Figure 6, unit accommodating section 9 is provided with the 1st drive division the 94, the 2nd drive division 95 and the 3rd drive division 96 on framework 90.Framework 90 is by 2 side plates 91,92; Underframe 93 constitutes.

The 1st drive division 94 is arranged on the top of side plate 91, is made of gear 941, rotation drives usefulness to gear 941 electrical motor 942.Gear 941 is positioned at the inboard of side plate 91.Electrical motor 942 is positioned at the outside of side plate 91.

The 2nd drive division 95 is arranged on the top of side plate 92, is made of gear 951, rotation drives usefulness to gear 951 electrical motor 952.Gear 951 is positioned at the inboard of side plate 92.Electrical motor 952 is positioned at the outside of side plate 92.The 1st drive division 94 and the 2nd drive division 95 are symmetrical arranged.

The 3rd drive division 96 is arranged on the bottom of side plate 91, by gear 961; Electrical motor 962; Gear 963,964,965,966; Belt pulley 967,968 constitutes.Gear 961 is positioned at the inboard of side plate 91 and is positioned at the top of underframe 93.Electrical motor 962 is positioned at the inboard of side plate 91 and is positioned at the below of underframe 93.Gear 963,964,965,966 and belt pulley 967,968 are positioned at the outside of side plate 91, and the propulsive effort of electrical motor 962 is passed to gear 961.

The gear 941 of gear 961 to the 1 drive divisions 94 of the 3rd drive division 96 is interior side-prominent to side plate 91 more.

In the 1st 4A of cutting means portion, when unit 70X put into unit accommodating section 9, then as shown in Figure 6, gear 7051 was connected with gear 941, and gear 7111 is connected with gear 961, and gear 7191 is connected with gear 951.The unit 70X that puts into after the unit accommodating section 9 is being fixed on the side plate 91,92 by Screw 991,992 behind the location.

If unit 70X puts into unit accommodating section 9, then the 1st 4A of cutting means portion carries out following action.That is, unit 70X connects control by the machining control member by control member 800, simultaneously by by the position control member of control member 800,2 cut to be controlled at respectively with cutter 72,74 is positioned at the position that cuts.Promptly, utilize the position control member to make the electrical motor 942 action specified times of the 1st drive division 94, make to cut to move to the position that cuts, make the electrical motor 952 action specified times of the 2nd drive division 95 simultaneously, make to cut to move to the position that cuts with cutter 74 with cutter 72.By the machining control member electrical motor 962 of the 3rd drive division 96 is moved, cut rotating knife rotation, paper 100 is cut along the carrying direction in the position that cuts with cutter 72,74 with cutter 72,74.

2nd, 3 4B of cutting means portion, 4C has and the identical structure of the 1st 4A of cutting means portion, carries out identical action.1st, will to cut and be controlled at diagrammatic top view with cutter 72,74 be that above-mentioned cutting carried out in position shown in Figure 7 for 2,3 4A of cutting means portion, 4B, 4C.

As mentioned above, in the paper processing apparatus 1 of said structure, with processing on the 1st, 2,3 4A of cutting means portion, 4B, the 4C cut the unit respectively dismounting be arranged on freely on the device body 10, thereby can bring into play following effect.Promptly, even arbitrary cutting means portion for example the 1st cuts cutting of unit 4A when needing to change because of wearing and tearing wait with cutter, take out from the unit accommodating section 9 of device body 10 as long as will cut unit 70X, the new unit 70X that cuts that is preparing is put into unit accommodating section 9 and can change.Therefore, can reduce the required time and labor of replacing operation.

And, in the paper processing apparatus 1 of said structure, even for example the 1st 4A of cutting means portion is constituted and cuts unit 70X, also can on unit 70X, move control to cutting with the position of cutter 72,74, so can tackle the multiple position that cuts, even when deviation takes place in the printing position of paper 100, also can carry out suitable cutting.

And, the eyelet that forms device portion or form the eyelet of carrying direction at the folding line with the folding line that forms the carrying direction forms in the paper processing apparatus 1 of device portion, also this folding line can be formed device portion or eyelet and form the dismounting of device portion and be arranged on freely on the device body 10.

When the folding line of the folding line that will form the carrying direction forms the dismounting of device portion and is arranged on the device body 10 freely, make folding line form that device portion forms the unit by folding line and unit accommodating section 9 constitutes.Folding line formation unit will cut cutting with cutter among the unit 70X and replace with folding line formation device formation.The IX of folding line formation device such as Fig. 8 and Fig. 8 is promptly shown in Figure 9 to view, embeds the recess 7821 of cutter carrier 782 and pushes paper with paper by the protuberance 7811 with rotating knife 781, forms folding line on paper.Rotating knife 781 remains on the upper body 714 and the rotation by S. A. 710 is rotated.Cutter carrier 782 remains on the lower body 715 and with the rotation of S. A. 711 and rotates.The height of tool setting carrier 782 can be used the change of deflection axle, thus, can change the degree of depth that protuberance 7811 embeds recess 7821, thus the degree of depth of scalable folding line.

In the time will carrying on the direction eyelet that forms eyelet and form the dismounting of device portion and be arranged on the device body 10 freely, make eyelet form that device portion forms the unit by eyelet and unit accommodating section 9 constitutes.Eyelet formation unit will cut cutting with cutter among the unit 70X and replace with eyelet formation device formation.The XI of eyelet formation device such as Figure 10 and Figure 10 is promptly shown in Figure 11 to view, slips with the wall of paper with the recess 7131 of cutter carrier 713 by the acute angle leading section 7121 with gear cutter 712, forms eyelet on paper.Gear cutter 712 remains on the upper body 714 and the rotation by S. A. 710 is rotated.Cutter carrier 713 remains on the lower body 715 and with the rotation of S. A. 711 and rotates.The height of tool setting carrier 713 can be used the change of deflection axle, thus, can change the degree of depth that acute angle leading section 7121 embeds recess 7131, thus scalable eyelet width size.

In the above-mentioned example, be to read information according to this and automatically control to cutting to move with the position of tool member such as cutter by reading the position markers 102 that is printed on the paper 100 and bar code 103 backs, device proper, but paper processing apparatus of the present invention is not limited to such form, for example can adopt following example.That is, processing content (kind of antiquarian and processing etc.) and Working position are preestablished by the input from guidance panel (not shown) as form processing.Add man-hour, select the form processing that configures.Thus, move the position of control tool member, the cooresponding sheet processing of form processing of carrying out Yu having selected.

(example 2)

Figure 12 is the paper processing apparatus single-piece pattern longitudinal sectional view of expression example 2 of the present invention.In Figure 12, the constituent part identical with Fig. 1 put on identical symbol.Paper processing apparatus 1 has at the two ends of device body 10: the paper-feeding part 11 that is made of paper feeding tray; The row's paper portion 12 that constitutes by discharge tray.To row's paper portion 12, form carrying path 20 from paper-feeding part 11 by the carrying member 2 that constitutes by many double-type rollers 21.Carrying drive member (not shown) is connected with carrying member 2.On carrying path 20,, be provided with that carrying is revised member 803, information reading element 804, abandoned member the 806, the 1st 4A of cutting means portion, the 2nd 4B of cutting means portion, the 3rd 4C of cutting means portion, smear metal shake off member the 807, the 4th 4D of cutting means portion, folding line forms device portion 5 and optional processing unit (plant) portion (the 2nd type processing unit (plant) portion) 7 from paper-feeding part 11 sides.These are all by device body 10 supportings.And these members are connected with processing drive member (not shown).

Paper processing apparatus 1 has the control member 800 that action is controlled to the device single-piece in device body 10.Control member 800 has and guidance panel (not shown) bonded assembly CPU.Control member 800 for example also can be used as position control member described later and the machining control member is controlled.And the bottom of paper processing apparatus 1 in device body 10 has the rubbish container 801 that is used to hold the smear metal that the processing of cutting because of paper produces.

In the paper processing apparatus 1 of this example, the formation and the action that form device portion 5 from paper-feeding part 11 to folding line are identical with the occasion of example 1.That is, when the paper 100 shown in Fig. 2 (a) becomes the form of Fig. 3 (e), be sent to optional processing unit (plant) portion 7.

Then the formation to optional processing unit (plant) portion 7 describes.

Optional processing unit (plant) portion 7 can at random select processing content from a plurality of kinds.Specifically, as shown in figure 13, optional processing unit (plant) portion 7 is made of a plurality of machining cells 70, unit accommodating section 9A.A plurality of machining cells 70 are a plurality of tool member of the content processing of the kind that has nothing in common with each other, constitute as the unit respectively.Unit accommodating section 9A is arranged on the device body 10, dismantled and assembled putting into freely from machining cell 70 optional machining cells.

Unit accommodating section 9A is provided with the 1st drive division the 94, the 2nd drive division the 95, the 3rd drive division the 96, the 4th drive division 97 and test section (processing classification detection means) 98 on framework 90.Framework 90 is by 2 side plates 91,92; Underframe 93 constitutes.

The 1st drive division 94 is arranged on the top of side plate 91, is made of gear 941, rotation drives usefulness to gear 941 electrical motor 942.Gear 941 is positioned at the inboard of side plate 91.Electrical motor 942 is positioned at the outside of side plate 91.The 2nd drive division 95 is arranged on the top of side plate 92, is made of gear 951, rotation drives usefulness to gear 951 electrical motor 952.Gear 951 is positioned at the inboard of side plate 92.Electrical motor 952 is positioned at the outside of side plate 92.The 1st drive division 94 and 95 pairs of tool member of the 2nd drive division (for example, cut with cutter, eyelet form device, folding line forms device etc.) carry out the position and move the screw rod of usefulness and drive.When tool member for example cuts when constituting with cutter by 2, the 1st drive division 94 and the 2nd drive division 95 with respectively cut with cutter correspondingly, be arranged on symmetrically respectively on side plate 91 and the side plate 92.

The 3rd drive division 96 is arranged on the bottom of side plate 91, by gear 961; Electrical motor 962; Gear 963,964,965,966; Belt pulley 967,968 constitutes.Gear 961 is positioned at the inboard of side plate 91 and is positioned at the top of underframe 93.Electrical motor 962 is positioned at the inboard of side plate 91 and is positioned at the below of underframe 93.Gear 963,964,965,966 and belt pulley 967,968 are positioned at the outside of side plate 91, and the propulsive effort of electrical motor 962 is passed to gear 961.Need the tool member (the business card cutter etc. that for example, has a plurality of rotating knifes) of big power to drive in 96 pairs of processing of the 3rd drive division.Therefore, electrical motor 962 has big propulsive effort.

The 4th drive division 97 is arranged on the bottom of side plate 92, by gear 971; Electrical motor 972; Gear 973,974,975,976; Belt pulley 977,978; Gear 979,980 constitutes.Gear 971 is positioned at the inboard of side plate 92 and is positioned at the top of underframe 93.Electrical motor 972 is positioned at the inboard of side plate 92 and is positioned at the below of underframe 93.Gear 973,974,975,976; Belt pulley 977,978 and gear 979,980 are positioned at the outside of side plate 92, and the propulsive effort of electrical motor 972 is passed to gear 971.Do not need the general tool member (for example, cutting) of big power to drive in 97 pairs of processing of the 4th drive division with cutter, eyelet formation device, folding line formation device, carrying roller etc.Therefore, electrical motor 972 has required propulsive effort.

The gear 941 of gear 961 to the 1 drive divisions 94 of the 3rd drive division 96 is interior side-prominent to side plate 91 more.The gear 951 of gear 971 to the 2 drive divisions 95 of the 4th drive division 97 is interior side-prominent to side plate 92 more.

Test section 98 is made of the optical sensor 981,982 at 2 places that are arranged on underframe 93.

But in unit accommodating section 9A and be in a plurality of machining cells 70 of driving condition, for example prepared the carrying unit 70D (Figure 21) that cuts unit 70B (Figure 17), paper cutting is become the business card special cell 70C (Figure 19) of the width of business card, only paper is carried that forms unit 70A (Figure 14) at the eyelet that forms eyelet on the paper, paper is cut etc. on the carrying direction as dismounting folding and unfolding freely.

Figure 14 is the front view that eyelet forms unit 70A, and Figure 15 is the three-dimensional local figure of Figure 14.Y direction indication carrying direction among Figure 15.Unit 70A has housing department 700 and 1 eyelet forms device (tool member) 71.Housing department 700 is by top board 701; 2 side plates 702,703; Bottom framework 704 constitutes.Eyelet forms device 71 and is supported in the housing department 700.2 handles 7011 are installed on top board 701.2 side plates 702,703 are provided with towards the vertical below from the both sides of top board 701.Between two side plates 702,703, set up 1 screw rod (mobile member) 705; Go up the axis of guide 706,707 for 2; 2 following axis of guides 708,709; 2 S. A.s 710,711.These axles are all parallel.2 S. A. 710,711 configurations up and down respectively.

It is promptly shown in Figure 11 to view as the XI of Figure 10 and Figure 10 that eyelet forms device 71, slips with the wall of paper with the recess 7131 of cutter carrier 713 by the acute angle leading section 7121 with gear cutter 712, forms eyelet on paper.Eyelet forms device 71 and is made of upper body 714 that keeps gear cutter 712 and the lower body 715 that keeps cutter carrier 713.Upper body 714 is along with the rotation of the screw rod 705 that passes screw part 7050 can be moved along 2 last axis of guides 706,707.Gear cutter 712 rotates because of the rotation of last S. A. 710.Lower body 715 can move along 2 following axis of guides 708,709 with upper body 714.Cutter carrier 713 rotates with the rotation of following S. A. 711.The height of tool setting carrier 713 can be used the change of deflection axle, thus, can change the degree of depth that acute angle leading section 7121 embeds recess 7131, thus scalable eyelet width size.

In addition, be provided with anti-dazzle device 716,717 at 2 places of bottom framework 704.When anti-dazzle device 716,717 is set at unit 70A is put into unit accommodating section 9A on the position relative with optical sensor 981,982.

Unit 70A has the pin 718 that the paper 100 that passes through is supported from the below.Pin 718 is set at the central authorities of Width of paper 100 and both sides totally 3 places.Pin 718 extends towards the carrying direction, is that fulcrum can be swung on horizontal surface with cardinal extremity 7181, is not having external force to keep towards the state of carrying direction as the time spent.Therefore, when pin 718 forms device 71 butts with eyelet, can avoid eyelet and form device 71.

And, be provided with gear 7051 in the end from side plate 702 is given prominence to laterally of screw rod 705.The end from side plate 703 is given prominence to laterally at 2 S. A.s 710,711 is respectively equipped with gear 7101,7111.Two gears 7101,7111 interconnect, therefore two S. A. 710,711 oppositely rotations simultaneously.

In optional processing unit (plant) portion 7, when unit 70A was put into unit accommodating section 9A, then as shown in figure 16, gear 7051 was connected with gear 941, and gear 7111 is connected with gear 971.The unit 70A that puts into behind the unit accommodating section 9A is being fixed on the side plate 91,92 by Screw 991,992 behind the location.

Figure 17 is the front view that cuts unit 70B, and Figure 18 is the three-dimensional local figure of Figure 17.Cutting unit 70B has 2 and cuts with cutter (tool member) 72,74 in housing department 700.Therefore, except moving the screw rod (mobile member) 705 that cuts with cutter 72 usefulness, also have and move the screw rod (mobile member) 719 that cuts with cutter 74 usefulness.Cut the eyelet formation device 71 that is equivalent to unit 70A with cutter, 2 rotating knifes are carried out severing from wiping to cut up and down.Cutting with in the cutter, last rotating knife is equivalent to the gear cutter 712 that eyelet forms device 71, and following rotating knife is equivalent to the cutter carrier 713 that eyelet forms device 71.The end from side plate 703 is given prominence to laterally at screw rod 719 is provided with gear 7191.Cut with cutter 72,74 and be provided with symmetrically.Other structures are identical with unit 70A.

In optional processing unit (plant) portion 7, when unit 70B was put into unit accommodating section 9A, then gear 7051 was connected with gear 941, and gear 7111 is connected with gear 971, and gear 7191 is connected with gear 951.

Figure 19 is the front view of business card special cell 70C, and Figure 20 is that the XX of Figure 19 is to view.Unit 70C has 1 business card cutter (tool member) 73 in housing department 700.Between two side plates 702,703, set up 705,1 of 1 screw rods (mobile member) and gone up 708,2 S. A.s 710,711 of 706,1 following axis of guide of the axis of guide.These axles are all parallel.2 S. A. 710,711 configurations up and down respectively.

Business card cutter 73 is made of the shell 730 that equally spaced has 7 cutteves 731～737.In business card cutter 73, shell 730 moves along the last axis of guide 706 and the following axis of guide 708 along with the rotation of screw rod 705.Screw rod 705 passes 2 screw parts 7050.The last axis of guide 706 passes 2 breakthrough parts 7060.The following axis of guide 708 passes 2 breakthrough parts 7080.The front end from the end that side plate 702 is given prominence to laterally at screw rod 705 is provided with gear 7051.Each cutter carries out severing with 2 rotating knifes from wiping to cut up and down.Last rotating knife 741～747 is by S. A. 710 supportings.Following rotating knife 751～757 is by S. A. 711 supportings.Following rotating knife 752～756 has bite in axial both sides.For example, in rotating knife 752, leave the gap 739 of the thickness size of rotating knife 742 between 2 bites 7521,7522, be configured to dos-.In gap 739, be provided with the sharp-pointed smear metal of front end and shake off sheet (not shown).Other rotating knife 753～756 is also identical with rotating knife 752.S. A. 710,711 is erected in the shell 730.The end of side plate 703 sides of S. A. 710,711 is outstanding outside shell 730, and front end has gear 761,762.Two gears 761,762 interconnect, therefore two S. A. 710,711 oppositely rotations simultaneously.The end of side plate 702 sides of S. A. 711 towards the outside of shell 730, further outstanding towards the outside of side plate 702, front end has gear 763.Other structures are identical with unit 70A.

In optional processing unit (plant) portion 7, when unit 70C was put into unit accommodating section 9A, then gear 7051 was connected with gear 941, and gear 763 is connected with gear 961.

Figure 21 is the front view of carrying unit 70D.Unit 70D has pair of rolls 21 in housing department 700.Top roll 21 is by S. A. 710 supportings, and lower roll 21 is by S. A. 711 supportings.The end of side plate 703 sides of S. A. 710,711 is outstanding towards the outside of side plate 703, and front end has gear 764,765.Two gears 764,765 interconnect, therefore, and two S. A. 710,711 oppositely rotations simultaneously.Other structures are identical with unit 70A.

In optional processing unit (plant) portion 7, when unit 70D was put into unit accommodating section 9A, then gear 765 was connected with gear 971.

Be located at 2 anti-dazzle devices (processing classification detection means) the 716, the 717th of each unit, 981,982 pairs of unit kinds of optical sensor by unit accommodating section 9A detect usefulness, by having or not to make up and just can represent 4 kinds of unit the light-proofness of 2 anti-dazzle devices 716,717.As the combination that has or not of light-proofness, for example,, can be set at " having ", " having or not " successively, " nothing has ", " do not have do not have " for unit 70A, 70B, 70C, 70D.

Then, the action to optional processing unit (plant) portion 7 describes.

For example, in optional processing unit (plant) portion 7, when forming eyelet, eyelet is formed unit 70A put into unit accommodating section 9A.After unit 70A was put into unit accommodating section 9A, as shown in figure 16, gear 7051 was connected with gear 941, and gear 7111 is connected with gear 971.In addition, optical sensor 981,982 has or not according to the light-proofness of anti-dazzle device 716,717, and detecting let-in unit is unit 70A.This detection signal is passed to control member 800.

Unit 70A connects control by the machining control member by control member 800, simultaneously by by the position control member of control member 800, eyelet is formed device 71 be controlled at and be positioned at the position that forms eyelet.That is, utilize the position control member to make the electrical motor 942 action specified times of the 1st drive division 94, make eyelet form device 71 and move to the position that forms eyelet.By the machining control member electrical motor 972 of the 4th drive division 97 is moved, cutter carrier 713 and gear cutter 712 are rotated, and the position that forms device 71 at eyelet forms eyelet along the carrying direction on paper 100.

Optional processing unit (plant) portion 7 just moves after making the 1st 4A of cutting means portion, the 2nd 4B of cutting means portion, the 3rd 4C of cutting means portion, smear metal shake off member the 807, the 4th 4D of cutting means portion and the 5 whole actions of folding line formation device portion sometimes, neither do so sometimes.For example, when obtaining the paper 100 of the form shown in Figure 22 (a),, make the 1st 4A of cutting means portion, the 4th 4D of cutting means portion and folding line form 5 actions of device portion as long as by control member 800, further make unit 70A action, carry out the processing shown in Figure 22 (b) and get final product.That is, utilize the 1st 4A of cutting means portion to carry out, utilize the 4th 4D of cutting means portion to carry out utilizing folding line to form device portion 5 and carrying out, utilize unit 70A to form eyelet along dotted line F along the formation of the folding line of long and short dash line E along the cutting of solid line D along the cutting of solid line A.

In optional processing unit (plant) portion 7, in order to cut, will to cut unit 70B and put into unit accommodating section 9A.After unit 70B was put into unit accommodating section 9A, gear 7051 was connected with gear 941, and gear 7111 is connected with gear 971, and gear 7191 is connected with gear 951.In addition, optical sensor 981,982 has or not according to the light-proofness of anti-dazzle device 716,717, and detecting let-in unit is unit 70B.This detection signal is passed to control member 800.

Unit 70B connects control by the machining control member by control member 800, simultaneously by by the position control member of control member 800,2 cut to be controlled at cutter 72,74 is positioned at the position that cuts.Promptly, utilize the position control member to make the electrical motor 942 action specified times of the 1st drive division 94, make to cut to move to the position that cuts, simultaneously with cutter 72, make the electrical motor 952 action specified times of the 2nd drive division 95, make to cut to move to the position that cuts with cutter 74.By the machining control member electrical motor 972 of the 4th drive division 97 is moved, the rotating knife that cuts with cutter 72,74 is rotated, and paper 100 is cut along the carrying direction in the position that cuts with cutter 72,74.

For example, when obtaining the paper 100 of the form shown in Figure 23 (a), as long as by control member 800, make the 1st 4A of cutting means portion, the 2nd 4B of cutting means portion, the 4th 4D of cutting means portion and folding line form 5 actions of device portion, further make unit 70B action, carry out the processing shown in Figure 23 (b) and get final product.Promptly, utilize the 1st 4A of cutting means portion to carry out cutting along solid line A, utilize the 2nd 4B of cutting means portion to carry out cutting along solid line B, utilize the 4th 4D of cutting means portion to carry out cutting along solid line D, utilize folding line to form device portion 5 and carry out forming, utilize unit 70B to cut along solid line G along the folding line of long and short dash line E.

When wanting to form business card in optional processing unit (plant) portion 7,70C puts into unit accommodating section 9A with the business card special cell.After unit 70C was put into unit accommodating section 9A, gear 7051 was connected with gear 941, and gear 763 is connected with gear 961.In addition, optical sensor 981,982 has or not according to the light-proofness of anti-dazzle device 716,717, and detecting let-in unit is unit 70C.This detection signal is passed to control member 800.

Unit 70C connects control by the machining control member by control member 800, passes through the position control member by control member 800 simultaneously, business card cutter 73 is controlled at be positioned at the position that cuts.That is, utilize the position control member to make the electrical motor 942 action specified times of the 1st drive division 94, make all cutteves 731～737 of business card cutter 73 move to the position that cuts together with shell 730.By the machining control member electrical motor 962 of the 3rd drive division 96 is moved, the rotating knife of cutter 731～737 is rotated, and along the carrying direction paper 100 is cut.

In optional processing unit (plant) portion 7, when using unit 70C,, make the 4th 4D of cutting means portion action as long as by control member 800, further make unit 70C action, carry out processing shown in Figure 24 and get final product.That is, utilize the 4th 4D of cutting means portion to carry out utilizing unit 70C to cut along solid line H along the cutting of solid line D.

Do not think to add especially man-hour in optional processing unit (plant) portion 7, will carry unit 70D and put into unit accommodating section 9A.After unit 70D was put into unit accommodating section 9A, gear 765 was connected with gear 971.In addition, optical sensor 981,982 has or not according to the light-proofness of anti-dazzle device 716,717, and detecting let-in unit is unit 70D.This detection signal is passed to control member 800.

Unit 70D connects control by the machining control member by control member 800.That is, utilize the machining control member to make electrical motor 972 actions of the 4th drive division 97, make pair of rolls 21 rotations.Thus, the paper 100 that comes from the prime carrying directly is sent to row's paper portion 12.

As mentioned above, in the paper processing apparatus 1 of said structure, except the 1st 4A of cutting means portion, the 2nd 4B of cutting means portion, the 3rd 4C of cutting means portion, the 4th 4D of cutting means portion and folding line form the processing of device portion 5, also 4 kinds of tool member of unit 70A～70D are prepared as optional processing unit (plant) portion 7, by the tool member of difference use unit 70A～70D, can tackle the requirement of special sheet processing.And optional processing unit (plant) portion 7 only occupies the space of 1 tool member, thereby can not cause device to maximize.

Also can adopt following structure as variation.

(1) in the above-mentioned example, be to read information according to this and automatically control to cutting to move with the position of tool member such as cutter by reading the position markers 102 that is printed on the paper 100 and bar code 103 backs, device proper, but paper processing apparatus of the present invention is not limited to such form, for example can adopt following example.That is, processing content (kind of antiquarian and processing etc.) and Working position are preestablished by the input from guidance panel (not shown) as form processing.Add man-hour, select the form processing that configures.Thus, move the position of control tool member, the cooresponding sheet processing of form processing of carrying out Yu having selected.

(2) position of choosing processing unit (plant) portion 7 wantonly is set and is not limited to carry the last of path 20, can be in any position in the carrying path 20.

(3) also can reduce general tool member, will choose processing unit (plant) portion 7 wantonly and be provided with more than 2.

(4) tool member of preparing as optional processing unit (plant) portion 7 is not limited to 4 kinds of tool member of above-mentioned unit 70A～70D, also other tool member.

For example, also can prepare to form the folding line formation unit of the folding line of carrying direction.Folding line forms the unit also can replace with folding line formation device formation with cutting cutting with cutter among the unit 70B.Forming device as folding line, can to use Fig. 8 in the example 1 and the IX of Fig. 8 be structure shown in Figure 9 to view.

In addition, also can prepare with the direction of the carrying direction quadrature of paper on paper is cut cut the unit or with the direction of the carrying direction quadrature of paper on paper is formed folding line folding line form the unit.

(5) be more than 5 kinds the time in the tool member of preparing as optional processing unit (plant) portion 7,, increase the number of combinations that light-proofness has or not and get final product as long as the number that will be located at the optical sensor in the unit accommodating section 9A and be located at the anti-dazzle device of machining cell side makes respectively more than 3.

(6) eyelet that also eyelet can be formed unit 70A forms device and is provided with 2 as cutting cutting with cutter 72,74 of unit 70B.

(7) also can as the eyelet formation device 71 of eyelet formation unit 70A, be provided with 1 with cutting cutting of unit 70B with cutter.

(8) tool member that is provided with before the optional processing unit (plant) portion 7 etc. is not limited to above-mentioned example.

The the (9) the 1st, the 2nd, the 3rd 4A of cutting means portion, 4B, 4C both can be dismantled and assembled with respect to device body 10, also can be not removable.

(example 3)

Figure 25 is the single-piece pattern longitudinal sectional view of the paper processing apparatus of expression example 3 of the present invention.Paper processing apparatus 1 has at the two ends of device body 10: the paper-feeding part 11 that is made of paper feeding tray; The row's paper portion 12 that constitutes by discharge tray.To row's paper portion 12, form carrying path 20 from paper-feeding part 11 by the carrying member 2 that constitutes by many double-type rollers 21.On carrying path 20,, be provided with the 1st 4A of cutting means portion, the 2nd 4B of cutting means portion, the 3rd 4C of cutting means portion and smear metal remover portion 3 at least from paper-feeding part 11 sides.These are all by device body 10 supportings.The 1st 4A of cutting means portion, the 2nd 4B of cutting means portion, the 3rd 4C of cutting means portion are equivalent to the 1st type processing unit (plant) portion respectively.

In addition, paper processing apparatus 1 has the control member 800 that action is controlled to the device single-piece in device body 10.Control member 800 has and guidance panel (not shown) bonded assembly CPU.Control member 800 for example also can be used as mobile control member described later and controls.And the bottom of paper processing apparatus 1 in device body 10 has the rubbish container 801 that is used to hold the smear metal that the processing of cutting because of paper produces.

Figure 26 is the front view of expression smear metal remover portion 3, and Figure 27 is the three-dimensional local figure of Figure 26.Arrow Y among Figure 27 represents to carry direction.Smear metal remover portion 3 has 30,2 smear metals of housing department and gets rid of member 31,32.Housing department 30 is by 2 side plates 301,302; Bottom framework 303 constitutes.2 smear metal eliminating members 31,32 are supported in housing department 30.2 screw rods (mobile member) 331,332 between biside plate 301,302, have been set up; 1 axis of guide 333; 1 pair roller 21.

Smear metal is got rid of member 31 and is made of director 34 and supporting mass 35.Director 34 is configured to crosscut up and down carrying path 20, has with respect to carrying and the curve 341 of the front end of the smear metal that comes.Carrying path 20 constitutes on the height and position between the pair of rolls 21.Curve 341 bends to the directional steering below of the front end of the smear metal that will head on butt and come, and extends to the below of carrying path 20 from the top slightly of carrying path 20.Director 34 is connected with supporting mass 35 and becomes one.Smear metal is got rid of member 31 along with the rotation of screw rod 332 can be moved along the axis of guide 333.Screw rod 332 passes the screw part 351 of supporting mass 35.The axis of guide 333 connects the sidewall 352 of supporting mass 35.Screw rod 332 connects the sidewall 352 of director 34, supporting mass 35.Screw rod 331 connects the sidewall 352 of supporting mass 35.

Smear metal is got rid of member 32 and is had same structure with smear metal eliminating member 31, gets rid of member 31 with smear metal and is provided with symmetrically.Smear metal is got rid of member 32 along with the rotation of screw rod 331 can be moved along the axis of guide 333.Screw rod 331 passes the screw part 351 of supporting mass 35.The axis of guide 333 connects the sidewall 352 of supporting mass 35.Screw rod 331 connects the sidewall 352 of supporting mass 35.Screw rod 332 connects the sidewall 352 of director 34, supporting mass 35.

In smear metal remover portion 3, the end from side plate 301 is given prominence to laterally of screw rod 331 is provided with gear 361, and the end from side plate 302 is given prominence to laterally of screw rod 332 is provided with gear 362.Top in the outside of side plate 301 is provided with electrical motor 371, is provided with electrical motor 372 on the top in the outside of side plate 302.Electrical motor 371 makes screw rod 331 rotations by gear 363 and gear 361.Electrical motor 372 makes screw rod 332 rotations by gear 364 and gear 362.

The 1st 4A of cutting means portion is by cutting unit 70X and unit accommodating section 9 constitutes.Cut Fig. 4 of the formation of unit 70X and unit accommodating section 9 and action and example 1～shown in Figure 6 cut unit 70X and unit accommodating section 9 is identical.The 2nd 4B of cutting means portion and the 3rd 4C of cutting means portion also have the identical structure with the 1st 4A of cutting means portion.

Then, with reference to Figure 28 the action of the paper processing apparatus 1 of said structure is described.Figure 28 be the processing of expression paper 100 an example overlook mode chart.Arrow Y among Figure 28 represents to carry direction.On paper 100, be printed with position markers 102 and bar code 103 with main Printing Department 101.

At first, open 100 paper 100 many ground are sent to carrying path 20, enter information reading element (not shown) from putting a stacker on paper-feeding part 11.The information reading element utilizes ccd sensor to read the position markers 102 and the bar code 103 of paper 100.This reads information and is sent to control member 800.Can use the information reading element 804 of example 1 and example 2 as the information reading element.This reads information control member 800 storages, and in view of the above each follow-up member is controlled.Machining information by bar code 103 expressions for example has following content.That is, its content is that paper 100 is implemented the processing that cuts along solid line A, B, C shown in Figure 28, after this, will get rid of from carrying path 20 with smear metal X1, the X2 that oblique line is represented.Under the situation of such machining information, each follow-up member carries out following action.

The paper 100 that has passed through after the information reading element enters the 1st 4A of cutting means portion.The 1st 4A of cutting means portion that unit 70X is placed into the state in the unit accommodating section 9 carries out following action.That is, the 1st 4A of cutting means portion connects control by control member 800, simultaneously by by the mobile control member of control member 800,2 cut to be controlled at respectively with cutter 72,74 is positioned at the position that cuts.Promptly, make the electrical motor 942 action specified times of the 1st drive division 94 by mobile control member by control member 800, make and cut the position that moves to a side solid line A with cutter 72, make the electrical motor 952 action specified times of the 2nd drive division 95 simultaneously, make to cut the position that moves to the opposing party's solid line A with cutter 74.In addition, the electrical motor 962 of the 3rd drive division 96 is moved, cut rotating knife rotation, paper 100 is cut along the carrying direction in the position that cuts with cutter 72,74 with cutter 72,74 by control member 800.Therefore, utilize the 1st 4A of cutting means portion that paper 100 is promptly cut along the carrying direction along solid line A, then to next the 2nd 4B of cutting means portion conveyance.And the X3 of portion, X4 do not drop in the rubbish container 801.

The 2nd 4B of cutting means portion connects control by control member 800, passes through the mobile control member by control member 800 simultaneously, 2 is cut with cutter 72,74 be controlled at the position that is positioned at 2 solid line B respectively.Therefore, utilize the 2nd 4B of cutting means portion that paper 100 is promptly cut along the carrying direction along solid line B, be sent to next the 3rd 4C of cutting means portion then.

The 3rd 4C of cutting means portion connects control by control member 800, passes through the mobile control member by control member 800 simultaneously, 2 is cut with cutter 72,74 be controlled at the position that is positioned at 2 solid line C respectively.Therefore, utilize the 3rd 4C of cutting means portion that paper 100 is promptly cut along the carrying direction along solid line C, be sent to smear metal remover portion 3 then.

Smear metal remover portion 3 following actions.That is, smear metal remover portion 3 connects control by control member 800, simultaneously by the mobile control member by control member 800, member 31,32 is got rid of in 2 smear metals be controlled at the position that is positioned at the smear metal generation.Promptly, by mobile control member by control member 800, electrical motor 372 carries out the action of specified time, the director 34 of smear metal eliminating member 31 moves to the position of the Width central authorities of smear metal X1, electrical motor 371 carries out the action of specified time simultaneously, and the director 34 of smear metal eliminating member 32 moves to the position of the Width central authorities of smear metal X2.Thus, as shown in figure 29, on one side smear metal X1, X2 be handled upside down curve 341 butts of front end and smear metal eliminating member 31,32 and, like this in rubbish container 801, falling down on one side towards the below change of direction.Therefore, utilize smear metal remover portion 3, smear metal X1, X2 are got rid of from carrying path 20.

Figure 30 represents the situation that the machining information of paper 100 is different with the example of above-mentioned Figure 28.This machining information is as follows.That is, paper 100 is cut processing along solid line A, C, will get rid of from carrying path 20 with the smear metal X5 that oblique line is represented then.This occasion, the 1st, the 2nd, the 3rd 4A of cutting means portion, 4B, 4C and smear metal remover portion 3 following actions.

That is, the 1st 4A of cutting means portion connects control by control member 800, passes through the mobile control member by control member 800 simultaneously, 2 is cut with cutter 72,74 be controlled at the position that is positioned at 2 solid line A respectively.Therefore, the 1st 4A of cutting means portion is cut to paper 100 along solid line A, then to next the 2nd 4B of cutting means portion conveyance.And the X3 of portion, X4 do not drop in the rubbish container 801.

In the 2nd 4B of cutting means portion,, make 2 to cut with cutter 72,74 and dodge to the home position respectively by mobile control member by control member 800.Then, the 2nd 4B of cutting means portion utilizes control member 800 to disconnect control.Therefore, paper 100 is not cropped at the 2nd 4B of cutting means portion, is sent to next the 3rd 4C of cutting means portion.

The 3rd 4C of cutting means portion connects control by control member 800, passes through the mobile control member by control member 800 simultaneously, 2 is cut with cutter 72,74 be controlled at the position that is positioned at 2 solid line C respectively.Therefore, utilize the 3rd 4C of cutting means portion that paper 100 is cut along solid line C, be sent to smear metal remover portion 3 then.

Smear metal remover portion 3 connects control by control member 800, simultaneously by mobile control member by control member 800, member 32 is got rid of in one side's smear metal be controlled at the Width middle position that is positioned at smear metal X1, allow the opposing party's smear metal eliminating member 31 dodge simultaneously to the home position.Therefore, utilize smear metal remover portion 3, smear metal X1 is got rid of from carrying path 20.Member 31 is got rid of in also removable smear metal, makes smear metal get rid of member 32 and dodges.

As mentioned above, in the paper processing apparatus 1 of said structure, smear metal can be got rid of member and move to the position that smear metal takes place,, also can get rid of member and reliably smear metal be got rid of from the carrying path by smear metal so cause that the smear metal occurrence positions changes even cut change in location.

In the paper processing apparatus 1 of said structure, with processing on the 1st, 2,3 4A of cutting means portion, 4B, the 4C cut the unit respectively dismounting be arranged on freely on the device body 10, thereby can bring into play following effect.Promptly, even arbitrary cutting means portion for example the 1st cuts cutting of unit 4A when needing to change because of wearing and tearing wait with cutter, take out from the unit accommodating section 9 of device body 10 as long as will cut unit 70X, the new unit 70X that cuts that is preparing is put into unit accommodating section 9 and can change.Therefore, can reduce the required time and labor of replacing operation.

Also can adopt following structure as variation.

(1) in the above-mentioned example, be according to based on the machining information that is printed on the bar code 103 on the paper 100 in advance to which is that smear metal is judged each scraps of paper of sending here from cutting means portion, but be not limited thereto.For example, in the time of also can entering smear metal remover portion at each scraps of paper, detect the width of each scraps of paper, the scraps of paper of Rack (for example more than or equal to 5mm smaller or equal to 15mm) are judged as smear metal by way of cutting means portion.That is, also can judge whether it is smear metal according to the width of the scraps of paper after cutting.This occasion for example, is provided with width sensor at the leading portion of smear metal remover portion.

(2) machining information of paper also can be imported from guidance panel (not shown) in advance.

(3) smear metal is set and gets rid of the position of member and be not limited to carry the last of path 20, any position that also can be on the way.

(4) smear metal eliminating member also can be provided with a plurality of along carrying path 20.

(5) in the paper processing apparatus 1 of said structure, the 1st, the 2nd, the 3rd 4A of cutting means portion, 4B, 4C both can be dismantled and assembled with respect to device body 10, also can be not removable.

(6) the optional processing unit (plant) portion 7 of example 2 also can be set.

(example 4)

Figure 31 is the diagrammatic top view of the paper feeding device that uses in the paper processing apparatus 1 of expression example 4 of the present invention.Paper feeding device portion 15 is set at the carrying direction upstream side of paper being implemented the device body 10 of processing.Carry roller 995 in paper feeding device portion 15 with being provided with of device body 10 between the two.

Paper feeding device portion 15 is made of integratedly the absorption carrying member 50 of the upstream side that is positioned at carrying direction (arrow A direction), the diagonal carrying member 40 that is positioned at the downstream, has the outward appearance of overlooking to rectangle.

Figure 32 is the XXXII-XXXII diagrammatic cross-sectional view of Figure 31.Absorption carrying member 50 utilizes annular belt 503 with 100 many ground absorption carryings of the paper on the paper mounting table 500.Annular belt 503 hangs on the pair of rolls 501,502.Utilize adsorption element (not shown) that paper 100 many is adsorbed on the annular belt 503.Annular belt 503 is configured to carry direction parallel.

Diagonal carrying member 40 will utilize the paper 100 that adsorbs 50 carryings of carrying member and come to put on annular belt 403 and carry.Annular belt 403 is erected on the pair of rolls 401,402.Annular belt 403 is arranged to oblique to guide wall 404 inclinations slightly with respect to the carrying direction.Therefore, in the diagonal carrying member 40, while being pushed to guide wall 404 sides, paper 100 is handled upside down, so the ora terminalis 111 of paper 100 is carried to the arrow A direction with the state along guide wall 404.

The paper feeding device portion 15 of this example has the rotating mechanism with respect to device body 10.Rotating mechanism is made of vertical turning cylinder (vertical axis) 55, regulating mechanism 6.

Turning cylinder 55 is set on the base station (not shown) of device body 10 at one jiao of the carrying direction downstream of the paper feeding device portion 15 of overlooking rectangle.

Regulating mechanism 6 is by calibrated disc 61; A pair of belt pulley 62,63; Worm gear 64; Leading screw 65; Nut member 66 constitutes.Calibrated disc 61; A pair of belt pulley 62,63; Worm gear 64; Leading screw 65 is fixed on the body side frame 991 of device body 10.Worm gear 64 with and belt pulley 63 coaxial bonded assembly worm screws (not shown) engagements.Leading screw 65 and 64 coaxial connections of worm gear.Nut member 66 is installed on the body side frame 151 of paper feeding device portion 15.Annular belt (not shown) is erected between the belt pulley 62,63.But calibrated disc 61 is configured to hand rotation.Belt pulley 62,63 and worm gear 64 rotate linkedly with calibrated disc 61.Leading screw 65 begins to connect body side frame 991, nut member 66 and body side frame 151 and extension from worm gear 64.

Figure 33 is the local amplification view of regulating mechanism 6.In regulating mechanism 6, the through hole 152 of body side frame 151 is set greatlyyer than the diameter of leading screw 65.Leading screw 65 screws togather and connects with nut member 66.Nut member 66 is fixed on the body side frame 151 by bolt 662 by spring 661.Because bolt 662 has the space with respect to body side frame 151, so nut member 66 is in movable state with respect to body side frame 151.Therefore, leading screw 65 and nut member 66 can tilt from the right angle state with respect to body side frame 151.And nut member 66 is along with the rotation of leading screw 65 relatively moves with respect to leading screw 65 along the arrow B direction, and at this moment, making body side frame 151 is that paper feeding device portion 15 is accompanied by and moves.

In the paper feeding device portion 15 of said structure, when rotating the calibrated disc 61 of regulating mechanism 6, then a pair of belt pulley 62,63 and worm gear 64 rotate, thus leading screw 65 rotations, and nut member 66 moves towards the arrow B direction.But because be provided with turning cylinder 55 in paper feeding device portion 15, so for example nut member 66 is towards body side frame 991 side shiftings, paper feeding device portion 15 moving axis 55 that will rotate rotates to the arrow C direction.If calibrated disc 61 towards and above-mentioned opposite sense rotate, make nut member 66 towards body side frame 151 side shiftings, then paper feeding device portion 15 moving axis 55 that rotates rotates to arrow D direction.

Therefore, adopt the paper feeding device portion 15 of said structure,, can make paper feeding device portion 15 rotate moving axis 55 with respect to device body 10 rotations by rotary dial 61.That is, adopt the paper feeding device portion 15 of said structure, the carrying direction (arrow A direction) of the paper feeding device portion 15 carrying direction (arrow E direction) with respect to device body 10 can be tilted.

In the paper processing apparatus 1 of paper feeding device portion 15 with said structure, have the paper 100 of printing zone 101 that is in the position of tilt angle alpha with respect to ora terminalis 111, carry out paper feeding and processing as shown in Figure 34.That is, in Figure 34, at first, as figure (a) shown in, in advance with paper feeding device portion 15 to arrow C direction rotational angle α.Utilize absorption carrying member 50 and diagonal carrying member 40 that paper 100 is carried.In diagonal carrying member 40, the ora terminalis 111 of paper 100 is handled upside down under the state of guide wall 404.At this moment, printing zone 101 in the paper 100 is identical with the rotational angle α of the angle [alpha] of ora terminalis 111 and paper feeding device portion 15, thereby ora terminalis 111 is in the paper 100 of the state of guide wall 404, shown in figure (a), printing zone 101 is parallel with the carrying direction (arrow E direction) of device body 10.Paper 100 is just with such state feeder body 10.Therefore, the processing of cutting of carrying direction is carried out abreast with printing zone 101 shown in the long and short dash line of figure (b).Shown in figure (c), can obtain the paper 100 that printing zone 101 and ora terminalis 111 are in parallel position.And, with the processing of cutting of the direction of carrying direction quadrature also as scheme to carry out abreast with respect to printing zone 101 shown in the long and short dash line of (c).Its result shown in figure (d), can obtain the paper 100 that printing zone 101 and ora terminalis 111,112 are in parallel position.

Therefore, adopt the paper processing apparatus of said structure, will have the paper 100 that is in the printing zone 101 of obliquity with respect to ora terminalis 111 and process, can obtain having the paper 100 that is in the printing zone 101 of parallel position with respect to ora terminalis 111.

In this example, be not limited to absorption carrying member 50 as the carrying member of the upstream side of paper feeding device portion 15, also roller constitute send member or other known paper feeding members.

The paper feeding device portion 15 of this example is applicable to the device body 10 of the paper processing apparatus 1 of example 1～3.

(example 5)

Figure 35 is the diagrammatic top view of the paper feeding device that uses in the paper processing apparatus 1 of expression example 5 of the present invention.Only the rotating mechanism of paper feeding device portion 15 is different with example 4 in this example.The rotating mechanism of this example is made of vertical turning cylinder 56 and regulating mechanism 8.

Turning cylinder 56 is set on the base panel frame 993 between two body side frames 991,992 that are set up in device body 10 at one jiao of the carrying direction downstream of the paper feeding device portion 15 of overlooking rectangle.

Figure 36 is that the XXXVI of Figure 35 is to looking part sectional view.Regulating mechanism 8 is by calibrated disc 81; A pair of belt pulley 82,83; Rotating rod 84; Arm 85 constitutes.Calibrated disc 81, a pair of belt pulley 82,83 and rotating rod 84 are fixed in the paper feeding device portion 15.One end, 851 rotatably supports of arm 85 are on base panel frame 993.Annular belt 86 is erected between the belt pulley 82,83.But calibrated disc 81 is configured to hand rotation.Belt pulley 82,83 and rotating rod 84 rotate linkedly with calibrated disc 81.The front end of rotating rod 84 has threaded portion 841.Threaded portion 841 screws togather in the blocks 852 of the other end that embeds arm 85.Therefore, rotating rod 84 can be along the front end advance and retreat of arrow F direction with respect to arm 85.

In the paper feeding device portion 15 of said structure, when rotating the calibrated disc 81 of regulating mechanism 8, a pair of belt pulley 82,83 and rotating rod 84 rotate, thereby rotating rod 84 moves towards arrow F direction with respect to arm 85.At this moment, for example rotating rod 84 is towards mobile away from the direction (arrow F1 direction) of arm 85, then is used for paper feeding device portion 15 from base panel frame 993 towards (arrow F1 direction Figure 35) masterpiece of carrying the direction upstream side by arm 85.But, in paper feeding device portion 15, be provided with turning cylinder 56, and arm 85 can be that rotate at the center with an end 851, so this masterpiece is to make the paper feeding device portion 15 power effect of moving axis 56 along the rotation of arrow G direction that rotate.Therefore, this occasion, paper feeding device portion 15 rotates towards the arrow G direction.When with calibrated disc 81 towards and above-mentioned opposite sense rotate, rotating rod 84 is moved towards the direction (arrow F2 direction) near arm 85, then paper feeding device portion 15 moving axis 56 that rotates rotates along arrow H direction.

Therefore, adopt the paper feeding device portion 15 of said structure,, can make paper feeding device portion 15 rotate moving axis 56 with respect to device body 10 rotations by rotary dial 81.That is, adopt the paper feeding device portion 15 of said structure, can make of carrying direction (arrow E direction) inclination of the carrying direction (arrow A direction) of paper feeding device portion 15 with respect to device body 10.

In the paper processing apparatus 1 of paper feeding device portion 15 with said structure, same with example 4, process having the paper 100 that is in the printing zone 101 of obliquity with respect to ora terminalis 111, can obtain having the paper 100 that is in the printing zone 101 of parallel position with respect to ora terminalis 111.

In this example, be not limited to absorption carrying member 50 as the carrying member of the upstream side of paper feeding device portion 15, also roller constitute send member or other known paper feeding members.

The paper feeding device portion 15 of this example is applicable to the device body 10 of the paper processing apparatus 1 of example 1～3.

[utilizability on the industry]

Paper processing apparatus of the present invention can reduce the required time and labor of replacing operation of tool member, Value on the industry is very big.

Claims (18)

1. the paper processing apparatus of paper being implemented processing is on one side carried to paper in one side, it is characterized in that, comprising:

Device body;

With 1 carrying member of opening the ground carrying of paper;

Drive the carrying drive member of carrying member;

Be located at processing unit (plant) portion in the way, carrying path that constitutes by the carrying member, that enforcement is processed to paper;

And the processing drive member that drives processing unit (plant) portion,

Processing unit (plant) portion is arranged on the device body removably.

2. paper processing apparatus as claimed in claim 1 is characterized in that,

Described processing unit (plant) portion is the 1st type processing unit (plant) portion that paper is carried out the processing of specified content,

The 1st type processing unit (plant) portion comprises: the tool member of paper being carried out specified content processing; Tool member is moved to the mobile member of position arbitrarily.

3. paper processing apparatus as claimed in claim 1 is characterized in that,

Described processing unit (plant) portion is the 2nd type processing unit (plant) portion that carries out the processing of optional content,

The 2nd type processing unit (plant) portion has the tool member of the processing of carrying out optional content,

In device body, be provided with the processing classification detection means of classification of the tool member of the 2nd type processing unit (plant) portion of detecting.

4. paper processing apparatus as claimed in claim 3 is characterized in that, the 2nd type processing unit (plant) portion has the mobile member that tool member is moved to the optional position.

5. paper processing apparatus as claimed in claim 2, it is characterized in that, the tool member of the 1st type processing unit (plant) portion is: the member that cuts that cuts paper in the carrying direction of paper, or form member, or form member at the folding line that the carrying direction of paper upper edge paper forms folding line at the eyelet that the carrying direction of paper upper edge paper forms eyelet.

6. paper processing apparatus as claimed in claim 3, it is characterized in that, the tool member of the 2nd type processing unit (plant) portion is: the member that cuts that cuts paper in the carrying direction of paper, or form member, or form member at the folding line that the carrying direction of paper upper edge paper forms folding line at the eyelet that the carrying direction of paper upper edge paper forms eyelet.

7. paper processing apparatus as claimed in claim 3, it is characterized in that, the tool member of the 2nd type processing unit (plant) portion is: with the carrying direction orthogonal directions of paper on cut the member that cuts of paper, or form member, or the carrying member that paper is carried at the folding line that the carrying direction orthogonal directions of paper upper edge and paper forms folding line.

8. paper processing apparatus as claimed in claim 6 is characterized in that, cuts member separates a plurality of rotating knifes regulation on Width spacing parallel arranging setting.

9. paper processing apparatus as claimed in claim 8 is characterized in that, is cut member and can be moved integratedly by what a plurality of rotating knifes constituted.

10. as claim 2 or 4 described paper processing apparatus, it is characterized in that having the position control member that reads the position markers that is printed on the paper, the position of tool member is controlled according to the information that reads.

11., it is characterized in that having the machining control member that reads the machining information that is printed on the paper, the processing content of tool member is controlled according to the information that reads as claim 2 or 3 described paper processing apparatus.

12. paper processing apparatus as claimed in claim 1 is characterized in that,

Processing unit (plant) portion is the member that cuts that cuts paper on the carrying direction, comprising:

Will be because of cutting smear metal that member cuts the paper that produces to the outer smear metal eliminating member of getting rid of in carrying path;

Make smear metal get rid of the mobile member that member moves along the direction with carrying direction quadrature;

The control smear metal is got rid of member, is made it to move to the mobile control member of the position that smear metal takes place.

13. paper processing apparatus as claimed in claim 12 is characterized in that, the scraps of paper of the Rack size after mobile control member will cut according to machining information are judged as smear metal, and in view of the above mobile member are controlled.

14. paper processing apparatus as claimed in claim 13 is characterized in that, machining information is the information of importing in advance.

15. paper processing apparatus as claimed in claim 13 is characterized in that, machining information is to be printed on the paper that will process in advance and the information that can read.

16. paper processing apparatus as claimed in claim 13 is characterized in that, described Rack size is more than or equal to 5mm and smaller or equal to 15mm.

17. paper processing apparatus as claimed in claim 12 is characterized in that, mobile control member reads the position markers that is printed on the paper, and controls according to the position that the information that reads is got rid of member to smear metal.

18. paper processing apparatus as claimed in claim 1 is characterized in that,

Have the paper feeding device portion of 1 on paper being opened ground carrying and feeder body,

Paper feeding device portion comprises:

Send member with what 1 on paper was sent with opening;

Diagonal carrying member, this diagonal carrying mechanism is positioned at the downstream of sending member and puts paper, and paper is carried so that the paper ora terminalis along guide wall, is carried paper simultaneously towards carrying direction downstream obliquely towards guide wall,

Paper feeding device portion can rotate around vertical axis with respect to device body, so that the carrying direction of paper feeding device portion is with respect to the carrying direction inclination of device body.

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