CN100522775C - Sheet-processing apparatus - Google Patents

Abstract

A processing system which enables automation of processing of sheet bodies with a view to raising efficiency of operations, from stacking to packing. A plurality of paper sheaves, which have been produced by cutting and chopping, are transported in a width direction, sequentially fed to a transfer conveyor, transported from the transfer conveyor in a length direction, and fed to a cover sheet application device. At the cover sheet application device, the paper sheaves are superposed with cover sheets, and fed to an inversion apparatus. At the inversion apparatus, the paper sheaves are inverted such that the cover sheets are at upper sides, and are fed out to another cover sheet application device. At this cover sheet application device, the cover sheets are superposed with lower face sides of the paper sheaves. Hence, the paper sheaves, with the cover sheets superposed at both upper and lower faces thereof, are bagged.

Description

The job operation of thin slice body and device

Technical field

The present invention relates to the thin slice body that a kind of sheeting by strip shape forms given size, and collect the job operation and the device of this thin slice body.In addition, also relate to and accumulating, and the thin slice body accumulated pile supplied with the accumulation Handling device of the thin slice body of carrying to next process the a/s length of the fine sheet of web-like being cut off and formed slightly the thin slice body of rectangular shaped.

Background technology

The thin slice body of print paper etc. is the sheeting of pulling out from former material volume is cut apart with a knife or scissors by the width that meets thin slice body width dimensions and to be cut off and form by the length that meets thin slice body length size.In addition, with cutting apart with a knife or scissors and cut off and the thin slice type is cut into given size, and with its accumulation.In addition, as prescribed numbers such as print paper are packed respectively.

But along with in recent years popularizing of digital camera and popularizing of ink-jet printer, ink-jet is more and more higher with the demand of paper, and wishes to improve ink-jet printing paper is cut to packing from sanction work efficiency.

On the other hand, there is motion to propose, the thin slice body that carries out ink-jet printing paper etc. when being cut to the operation of packing, the thin slice body of strip shape cut off and in a pile the large scale thin slice body stack produced, again with this large scale thin slice body pile cut off with the thin slice body of production given size pile, the job operation (for example, with reference to patent documentation 1) of piling up the thin slice body that packs with this thin slice body.

But, when the thin slice body of production given size, at first, producing and accumulation large scale thin slice body, and pile as prescribed size of the large scale thin slice body that will be accumulated is cut apart with a knife or scissors and when cutting off, be not easy to carry out piling up of large scale thin slice body moved to the operation of cutting apart with a knife or scissors and cutting off operation, and, according to large scale thin slice body pile size, the problem that is used in the device maximization of carrying out this operation etc. is arranged.

In addition, when forming the multiple sheet body, the substrate of Rack must be cut into certain length, or after the substrate of wide cut was cut into the width of regulation, each substrate that will be cut apart with a knife or scissors cut off by certain length again.

Thus, can obtain the thin slice body of the scraps of paper, photosensitive paper, photographic negative etc. of the various sizes of printer paper, L size, postcard size etc.

But such thin slice body is wanted as prescribed number accumulation, and will accumulate piling up of good thin slice body and transport packaging process etc. to and pack processing.At this moment, accumulated piling up of good thin slice body, be contained on the transport trolley with manual operations and carry.

Therefore there is motion to propose, the thin slice body that accumulation is good is placed on the carrying platen, and controls and mention the end of piling up that this accumulates good thin slice body with controlling pawl, moves by controlling pawl along this, the method (for example, with reference to patent documentation 2) of piling up to next process carrying thin slice body.

In addition, according to above-mentioned motion, with control pawl control the thin slice body pile the end and when mentioning, with to undermost thin slice body and the carrying platen above between air fed method, on can both preventing that thin slice was shown consideration on the carrying platen, piling up of thin slice body successfully can be transported to assigned position again.

But, even with control pawl etc. control and carry the thin slice body pile the time, also the thin slice body must be alignd equably and accumulates, but when the thin slice body that cuts off with shoutoff mechanism falls to accumulating, can produce and paste mutually between the thin slice body or slide because of entered air between the thin slice body on the contrary, the thin slice body can not align.

In addition, with control pawl etc. control singly and carry the thin slice body pile method, its handling efficiency is extremely low, produce continuously a plurality of thin slice bodies pile the time, the thin slice body pile carrying have little time.

[patent documentation 1]

Te Kaiping 10-58384 communique

[patent documentation 1]

Te Kaiping 5-39140 communique

The present invention in view of the above fact, its purpose is to provide a kind of processing unit (plant) of thin slice body that can carry out being accumulated to from cutting apart with a knife or scissors of thin slice body the operation of packing efficiently.

Another object of the present invention is to provide a kind of can be with pile evenly alignment and successfully the accumulation Handling device of the thin slice body of carrying of the thin slice body of accumulative total.

Summary of the invention

For achieving the above object, the job operation of thin slice body of the present invention, it is characterized in that, comprising: the operation of cutting apart with a knife or scissors of the a/s width dimensions of the sheeting of strip shape being cut apart with a knife or scissors also whole conveying, will be in the described cut-out operation of cutting apart with a knife or scissors the a/s length cut-out of each described sheeting of being cut apart with a knife or scissors in the operation and sending into and being processed into the thin slice body of given size, make according to and accumulation operation that accumulate parallel at the described thin slice body of cutting apart with a knife or scissors each sheeting that operation cut apart with a knife or scissors and producing in described cut-out operation, will be in the inner packing operation of pile pack of the described thin slice body of described accumulation operation as prescribed number accumulation, be positioned in the carrying operation of piling up and be transported to from the accumulation operation in order described inner packing operation of the thin slice body of described accumulation operation accumulation.In the accumulation operation, the mode that reduces with an end that makes the Width vertical at least, on respect to horizontal direction bevelled directing plate, place described thin slice body, at this moment the end of the Width of this thin slice body is abutted against with the upstanding wall that uprightly is arranged at the bevelled lower side of described directing plate with the carrying direction of accumulation portion; And the end of the carrying direction side of described thin slice body is abutted against with the stop board that can be arranged at carrying direction side up or down, accumulates; In the carrying operation, will with the described thin slice body of having accumulated pile described carrying direction opposition side end relative to push part, move to the carrying direction, with this pile carrying described thin slice body from accumulation portion.

According to the present invention, can produce the thin slice body of Rack and specified length by the thin slice of strip shape.At this moment, at first, the sheeting broad ways is cut apart with a knife or scissors, to form a plurality of sheetings corresponding to the sheeting width dimensions with cutting apart with a knife or scissors mechanism.Then, the whole as prescribed length of each sheeting is cut off cutting off operation, with the width dimensions of producing regulation and the thin slice body of length dimension.

The accumulation operation will the stacked and accumulation by the thin slice body that each sheeting of Rack is produced.The carrying operation is with as prescribed number accumulation and pile mounting of the thin slice body that forms goes up and to the carrying of pack operation, packs packing in conveyer etc.

According to such structure, can be used in produce the thin slice body from cutting apart with a knife or scissors the operation automation that is cut to accumulation, pack etc.And, because time large-sized thin slice body of production that differs, so can cut apart with a knife or scissors cut-out, accumulation efficiently.

According to the present invention, when on the bevelled directing plate, placing the thin slice body, one of the Width of thin slice body distolaterally is abutted against with upstanding wall, and makes carrying direction side put the row accumulation into what be abutted against with stop board.The good thin slice body of carrying accumulation pile the time, stop board is risen, will towards with the push part of the end of carrying direction opposition side to carrying direction side shifting.

Like this, pile state that edge carrying direction is alignd with Width can be kept, piling up of thin slice body can be carried again the thin slice body.

According to such thin slice body job operation of the present invention, preferably tilt with respect to horizontal direction to reduce above-mentioned carrying direction side ground, accumulate above-mentioned thin slice body, therefore, can be with Width and the alignment of carrying direction and the accumulation of thin slice body.

And then, job operation according to thin slice body of the present invention, preferably along the carrying direction of described accumulation portion, the guide of the end of the Width that being provided with to slide is abutted against described thin slice body, be abutted against the end and the slip of described guide of the Width of described thin slice body, piling up of described thin slice body moved on one side on one side, with this, can prevent from reliably to make piling up of mobile thin slice body at random because of the push part pushing.

Be suitable for such accumulation Handling device of the present invention, the sheeting of the strip shape that to be broad ways with as prescribed cut apart with a knife or scissors at interval and send into is cut into specified length, be processed into a plurality of thin slice bodies of rectangular shape side by side, these thin slice bodies are accumulated in accumulation portion, and will accumulate pile accumulation Handling device of carrying from accumulation portion of good thin slice body, it is characterized in that: comprising: be provided with in the face of each side by side described and processed good a plurality of thin slice bodies, and be in the heeling condition of reduction with a distolateral and described carrying direction side of Width, the directing plate of the described thin slice body of mounting, one distolateral with the described Width of being located at each described directing plate, and the upstanding wall that is abutted against with the end of the Width of described thin slice body, with can be with respect to directing plate top near each the described carrying direction side that is located at described directing plate with leaving, the stop board that is abutted against with the end of the carrying direction side of described thin slice body under the state of close control plate and in the face of with the end of the described carrying direction opposite sense side that is accumulated in the described thin slice body on the described directing plate, and make described stop board that push part is moved to the carrying direction, so that move the pushing travel mechanism of piling up of thin slice body to the carrying direction.

According to the present invention, thin slice body mounting is accumulated on the bevelled directing plate of a distolateral reduction of the carrying direction side that makes the thin slice body and Width.At this moment, with distolateral and a upstanding wall of the Width of thin slice body mutually by and Width alignd, and will carry the direction side and lean on mutually with stop board and align.Take out the good thin slice body of accumulation pile the time, stop board is retreated, and presses and mobile to the thruster of carrying direction with push part.

Therefore, can with the thin slice body pile Width and the state that aligns on the direction of carrying under carry.

In addition, the present invention's 6 accumulation Handling device, it is characterized in that: also be provided with guide member, this guide member, in the carrying direction side of each described directing plate, be configured in the both sides of the Width of thin slice body in couples, and be formed with move with described pushing travel mechanism described thin slice body pile the time, on one side an end of the Width of thin slice body and a side's sidewall is slided be abutted against, the guiding groove of one side channeling conduct.

According to the present invention, the Width of the thin slice body that will carry from directing plate one distolateral not only be formed at sidewall on the guide member and slide and be abutted against but also move it.

Therefore, can will carry the direction side and also with the state of Width alignment under mobile thin slice body.

In addition, the present invention's 7 accumulation Handling device is characterized in that: the described thin slice body mounting surface of described guide member, tilt to Width and carrying direction in the mode of the Width degree of dip of slowing down described thin slice body.

And, the present invention's 8 accumulation Handling device, it is characterized in that: the carrying direction side at described guide member disposes conveyer, this conveyer has: by each described thin slice body of mounting pile and to prescribed direction move carry the thin slice body pile belt conveyor, and will by described pushing travel mechanism from be transported between the described guiding groove described each thin slice body on the described belt conveyor pile, stop at the stop mechanism of the assigned position on the belt conveyor.

According to the present invention 7, when the thin slice body pile when guiding groove moves, the inclination of broad ways is restored gradually, and slightly is being under the horizontal state in guiding groove carrying and is sending.Therefore, can carry with conveyer.

In addition, according to the present invention 8, conveyer is provided with stop mechanism, will by along carrying in the guiding groove and be sent to thin slice body on the belt conveyor pile the front end of carrying direction side, stop at the assigned position on the belt conveyor.Therefore, can piling up with the thin slice body with neat state carrying.

According to the accumulation Handling device of the invention described above, described strip shape sheeting is carried along its length, make that the length direction of this thin slice body is described carrying direction when described thin slice body is cut off and is sent on the described directing plate along its length.

That is,, for example, when sheeting is when being rolled into the substrate etc. of former material web-like, be cut off with the length direction of substrate length direction as the thin slice body with the thin slice body of accumulation Handling device of the present invention accumulation and carrying.

The processing unit (plant) of thin slice body of the present invention comprises: the device of cutting apart with a knife or scissors of the a/s width dimensions of the sheeting of strip shape being cut apart with a knife or scissors also whole conveying, will be at the described shutoff device of cutting apart with a knife or scissors the a/s length cut-out of each described sheeting of being cut apart with a knife or scissors in the operation and sending into and being processed into the thin slice body of given size, make according to and collecting apparatus that accumulate parallel at the described thin slice body of cutting apart with a knife or scissors each sheeting that operation cut apart with a knife or scissors and producing in described cut-out operation, will be at the inner packing device of pile pack of the described thin slice body of described accumulation operation as prescribed number accumulation, be positioned in the Handling device of piling up and be transported to from the accumulation operation in order described inner packing operation of the thin slice body of described accumulation operation accumulation, the accumulation Handling device, the sheeting of the strip shape that to be broad ways with as prescribed cut apart with a knife or scissors at interval and send into is cut into specified length, be processed into a plurality of thin slice bodies of rectangular shape side by side, these thin slice bodies are accumulated in accumulation portion, and will accumulate pile accumulation Handling device of carrying from accumulation portion of good thin slice body, the accumulation Handling device comprises: be provided with in the face of each side by side described and processed good a plurality of thin slice bodies, and be in the heeling condition of reduction with a distolateral and described carrying direction side of Width, the directing plate of the described thin slice body of mounting, one distolateral with the described Width of being located at each described directing plate, and the upstanding wall that is abutted against with the end of the Width of described thin slice body, with can be with respect to directing plate top near each the described carrying direction side that is located at described directing plate with leaving, the stop board that is abutted against with the end of the carrying direction side of described thin slice body under the state of close control plate and in the face of with the end of the described carrying direction opposite sense side that is accumulated in the described thin slice body on the described directing plate, and make described stop board that push part is moved to the carrying direction, so that move the pushing travel mechanism of piling up of thin slice body to the carrying direction.

In such the present invention, at described carrying in-process, have described thin slice body pile above or below in one side at least on the filling mechanism of filling blocking paperboard, therefore, the blocking paperboard of protection usefulness can be laminated in pile going up and pack of thin slice body.

In addition, the present invention's 12 is characterized in that: described filling mechanism, along described thin slice body pile the carrying direction dispose in pairs, and between this filling mechanism, comprise switching mechanism with pile upset of described thin slice body.

According to the present invention,, between the prime machine, dispose switching mechanism at two groups of the prime machines of use, when the upper and lower surface of piling up of thin slice body is loaded blocking paperboard.Therefore, can use isomorphic the prime machine, efficiently blocking paperboard is filled on the upper and lower surface of piling up of thin slice body.

The present invention's 13, it is characterized in that: described switching mechanism comprises: the described thin slice body of mounting on the belt conveyor of as prescribed arranged spaced pile and the carrying mechanism carried, its direction of principal axis along the direction configuration vertical with the carrying direction of described carrying mechanism carrying and by the propulsive effort of driver train be rotated driving S. A., be located on the described S. A. and for mounting on described belt conveyor and the described thin slice body that is handled upside down pile conveying, control this thin slice body pile handle sturcture.

According to the present invention, be set to the handle sturcture of S. A. unitary rotation control by mounting on belt conveyor and be moved to assigned position the thin slice body pile.Under this state, by the axial rotary prescribed direction is rotated with pile upset of thin slice body and mounting on belt conveyor, remove controlling simultaneously by handle sturcture.

Therefore, can carry out swimmingly the thin slice body pile upset up and down, and pile mounting of the thin slice body that will be spun upside down is on belt conveyor and send.

In addition, the present invention's 14, it is characterized in that: described handle sturcture comprises: the strut bar that an end is installed on the described S. A., the other end is relative to the configuration between described belt conveyor and in the face of described strut bar setting and can control and can keep the handle part of piling up of described thin slice body between strut bar.

According to the present invention, with the S. A. unitary rotation time, and on by the strut bar between the belt conveyor mounting thin slice body pile the time, between the clamping device that is provided with in the face of this strut bar, control the thin slice body pile.

Therefore, can with stable status overturn reliably the thin slice body pile.

The present invention's 15, it is characterized in that, also comprise: will by described accumulation mechanism arrange and a plurality of described thin slice body of accumulation pile, the delivering mechanism sent along the carrying direction of described thin slice body and will by described delivering mechanism broad ways carrying and the described thin slice body of sending into pile, the switching mechanism sent along the length direction of thin slice body.

According to the present invention, can carry and send into switching mechanism along the Width arrangement of thin slice body and the piling up of thin slice body of accumulation to its Width.Switching mechanism, with this thin slice body pile Width be positioned assigned position and send along its length direction.

Therefore, when by cutting off operation sheeting cut apart with a knife or scissors cut-outs, produce side by side and when accumulating a plurality of thin slice body, can as one man the piling up of thin slice body of accumulation be sent into the operation of next process, so can improve operating efficiency cutting apart with a knife or scissors.

In such the present invention, can with for cut apart with a knife or scissors operation cut apart with a knife or scissors cut-out every plate sheet buildup of material the thin slice body pile, move to its length direction, so as on conveyer marshalling, and carry along the Width of thin slice body with this conveyer, and can send to switching mechanism.

Therefore, can carry swimmingly side by side a plurality of thin slice bodies of producing pile.

Description of drawings

Fig. 1 is the skeleton diagram of treatment scheme that expression is applied to the system of processing of present embodiment.

Fig. 2 is carrying device, cut apart with a knife or scissors the summary construction diagram of device and shutoff device.

Fig. 3 is the approximate three-dimensional map of collecting apparatus main portion.

Fig. 4 is the approximate three-dimensional map of the collecting apparatus main portion seen from upper side.

Fig. 5 be from accumulation portion and the arrangement moving part the vertical seen skeleton diagram of direction of carrying direction.

Fig. 6 is the approximate three-dimensional map of expression from the arrangement conveyer of collecting apparatus to the main portion of bagging apparatus.

Fig. 7 is the main portion skeleton diagram of the carrying conveyer between expression conversion conveyer and arrangement conveyer and the conversion conveyer.

Fig. 8 is the block diagram of schematic configuration of the main portion of the expression blocking paperboard filler device that is applied to present embodiment.

Fig. 9 is the skeleton diagram of the blocking paperboard filler device seen from the Width side of paper.

Figure 10 is the skeleton diagram of the blocking paperboard filler device seen from the carrying direction downstream of paper.

Figure 11 is the skeleton diagram of being seen from the width side of paper, as to be applied to present embodiment turning device.

Figure 12 is the skeleton diagram from the being seen turning device of upper side.

Figure 13 is the summary section along 13-13 lines of Figure 11.

Figure 14 is the block diagram of the main portion of the expression schematic configuration of using accumulation Handling device of the present invention.

Figure 15 is the summary construction diagram of main portion of the accumulation Handling device that moves of expression pusher.

Figure 16 is the summary construction diagram of main portion of seeing the accumulation Handling device of accumulation portion side from transport direction.

Figure 17 is summary construction diagram expression pusher travel mechanism, see the main portion of accumulation Handling device from the top.

Among the figure: 10-system of processing (processing unit (plant) of thin slice body), 12-paper (thin slice body), 12A-paper is piled up (piling up of thin slice body), 14-former material volume, 14A, 14B-substrate (sheeting), 16-packaging bag, 18-package, 20,316-carrying device, 22,318-cut apart with a knife or scissors device (cutting apart with a knife or scissors operation), 24,320-shutoff device (cut-out operation), 26-collecting apparatus (accumulation operation), 30,32-carving knife, 44-upper cutter, 46-lower cutter, 50,352-accumulation portion, 52-arrangement moving part, 54,356-arrangement conveyer, 58,372-upstanding wall, 82,462-belt conveyor, 84,374-baffle plate (stop mechanism), 90-bagging apparatus (pack operation), 92-blocking paperboard, 94 (94A, 94B)-blocking paperboard filler device (carrying mechanism, the prime machine), 96-turning device (switching mechanism), 100,112-carrying conveyer (carrying mechanism), 102-conversion conveyer (carrying mechanism, switching mechanism), 190 (190A, 190B)-and belt conveyor (carrying mechanism), 202-S. A. (switching mechanism), 206-turning motors (switching mechanism), 212-paper handle part, 214-strut bar, 216-base portion, 220-inhibition plate, 230-packaging film, 260-packing department (pack operation), 350-accumulation Handling device, 388-guide member, 390,392-guide portion, 394-sidewall, 396-groove, 400-pusher (pushing travel mechanism), 402-pushing-pressing arm, 404-hold-down arm, 404A-support component.

The specific embodiment

Below, with reference to the description of drawings embodiments of the invention.Fig. 1 has shown the schematic configuration of the system of processing 10 that is applied to present embodiment.

This system of processing 10, former material volume 14 as the paper 12 of the print paper of thin slice body etc. is implemented to cut apart with a knife or scissors processing and cut off processing, and the paper 12 of production given size, these paper 12 as prescribed numbers are packed into (inner packing) in the packaging bag 16, and produce the package 18 of paper 12.And the package 18 of the paper 12 that will produce with system of processing 10 is packaged in the corrugated case etc. (external packing) to be in factory state.

As shown in Figures 1 and 2, system of processing 10 has: carrying device 20, cut apart with a knife or scissors device 22, shutoff device 24 and collecting apparatus 26, the former material volume 14 of packing on carrying device 20.

Former material volume 14 is wound into web-like with the sheeting (hereinafter referred to as " substrate 14A ") that forms the substrate shape of paper 12, and carrying device 20 is drawn substrate 14A from the outer nose circle of this former material volume 14.

As shown in Figure 2, on carrying device 20, being provided with many (by roller 28A～28F), by the carrying path that forms substrate 14A by roller 28A～28F, will be hung around in order by roller 28A～28F from the substrate 14A that reel 14 is drawn with carrying device 20 and to carry by roller 28.In addition, on carrying device 20, in the carrying way of substrate 14A, be provided with not shown coiling defective and eliminate mechanism, carry Yi Bian it is hung around substrate 14A by roller 28A～28F is last on one side, to go out because of being rolled into the coiling defective that the roller shape takes place.

On carrying device 20, a pair of conveying roller 34 is configured in upper side by roller 28F.A pair of conveying roller 34, clamping substrate 14A, while are rotated by the drive force of not shown driver train, and with specified speed substrate 14A are sent.

In the downstream of a pair of conveying roller 34, be provided with and cut apart with a knife or scissors device 22.Cutting apart with a knife or scissors on the device 22, be provided with as cutting apart with a knife or scissors a plurality of double- type carving knife 30,32 of mechanism's one example.Carving knife 30,32 is configured in up and down on the carrying path of clamping substrate 14A in couples, and with substrate 14A pass through substrate 14A is cut apart with a knife or scissors along its length.

Promptly, as shown in Figure 1, carving knife 30,32, a/s interval is configured in along on the Width of the substrate 14A of the direction vertical with the carrying direction of substrate 14A, substrate 14A, with it by between the carving knife 30,32 and cut apart with a knife or scissors (incision) and form joint-cutting 36.At this moment, the interval of carving knife 30 is exactly the width dimensions with the paper 12 of system of processing 10 productions.

Therefore, with system of processing 10, can make paper 12 meet the characteristic of used ink jet printer etc., make the length direction of the substrate 14A that is wound into the roller shape become the length direction of paper 12.

In addition, as shown in Figure 2, on carrying device 20, be provided with substrate edge control sensor 38, control former material volume 14 position vertically so that make the end of the Width of the substrate 14A that is detected pass through assigned position by this substrate edge control sensor 38, therefore, can form joint-cutting 36 at assigned position with carving knife 30,32 along the Width of substrate 14A.

As shown in Figure 1, form the substrate 14A (substrate 14B) of joint-cutting 36, be sent to the shutoff device 24 that is disposed at the downstream of cutting apart with a knife or scissors device 22.

As shown in Figure 2, on shutoff device 24, a pair of conveying roller 40 is located at cuts apart with a knife or scissors device 22 sides.And, cutting apart with a knife or scissors between device 22 and the conveying roller 34 of the upstream side of shutoff device 24, disposed many by roller 42 (by roller 42A, 42B, 42C), by the substrate 14A that conveying roller 34 is sent, be hung around in order, 42C is last and be handled upside down by roller 42A, 42B.

Be located at the conveying roller 40 on the shutoff device 24, control substrate 14B and send by a certain amount of.At this moment, for example will move to direction, and can apply certain force of strain again with difference that can attract substrates 14B carrying amount, and not produce lax by roller 42B with the telescopic of substrate 14A carrying path.In addition, sending the sendout of substrate 14B with conveying roller 40, is corresponding to the length along the size (longitudinal size) of the length direction of paper 12.

As shown in Figures 1 and 2, on shutoff device 24, be provided with as the upper cutter 44 of shoutoff mechanism and the lower cutter 46 relative with upper cutter 44.Conveying roller 40 is sent into substrate 14B between upper cutter 44 and the lower cutter 46.

Shutoff device 24, substrate 14B with specified length sends between upper cutter 44 and the lower cutter 46 with conveying roller 40, in case from having protruded the substrate 14B of specified length between upper cutter 44 and the lower cutter 46, upper cutter 44 is moved downwards, each substrate 14B is cut off.

At this moment, the sendout of the substrate 14B that sends with conveying roller 40 is the amount according to the longitudinal size of paper 12, but the paper 12 of production given size (width dimensions of regulation and longitudinal size).

On the other hand, on system of processing 10, be provided with collecting apparatus 26 with shutoff device 24 downstreams adjacency.

As Fig. 1 and shown in Figure 3, collecting apparatus 26 is made of accumulation portion 50, arrangement moving part 52 and arrangement conveyer 54.At this, with reference to Fig. 3 to Fig. 5 explanation on system of processing 10, can be with cutting apart with a knife or scissors device 22 and shutoff device 24 example of continuous collecting apparatus 26.

As shown in Figures 3 and 4, in the accumulation portion 50 of collecting apparatus 26, be provided with bracket part 56, cut off the formed paper 12 of substrate 14A with upper cutter 44 and fall, can be by this paper 12 of bracket part 56 mountings

As shown in Figure 3, bracket part 56, in the face of with cut apart with a knife or scissors that device 22 (omitting) produces in Fig. 3 and Fig. 4 each in a narrow margin substrate 14B and be provided with, on collecting apparatus 26, to cut off many substrate 14B simultaneously and the plurality of sheets of paper that forms opens 12 with shutoff device 24, mounting is on each bracket part 56 respectively.

Bracket part 56 is so that the mode of a distolateral reduction of the Width of paper 12 mounting paper 12 obliquely.And, on each bracket part 56, upstanding wall 58 is formed at Width bevelled lower end side along paper 12, fall the paper 12 on each bracket part 56, the inclination of broad ways is moved, and the state that is abutted against with an end and the upstanding wall 58 of Width by mounting on bracket part 56.

Therefore, in accumulation portion 50, each paper 12 is not crossed over the bracket part 56 in the Width adjacency, and plurality of sheets of paper is being opened 12 mountings on bracket part 56 time, can be with the end alignment of the Width of each paper 12.

As shown in Figure 5, bracket part 56, with at the length direction of paper 12, the low mode in carrying direction downstream as the paper 12 of upper cutter 44 opposite sense sides (left side of the drawing of Fig. 5) is tilted.And, in accumulation portion 50, baffle plate 60 is located at the upper side of bracket part 56.This baffle plate 60 has the stop board 64 that is carried out lifting by cylinder 62, and this stop board 64 is connected with cylinder bar 62A.

Stop board 64, its length direction is along the configuration of the Width of paper 12 and can face each bracket part 56, and its bottom forms bevelled zig-zag (omission illustrates) along each direction of tilt of the bracket part 56 of the Width of paper 12.

In accumulation portion 50, when paper 12 being accumulated on each bracket part 56,, the lower end of stop board 64 and the paper mounting surface of bracket part 56 are abutted against the cylinder bar 62A elongation of cylinder 62.And, the stop board 64 of baffle plate 60, the lower end position of the paper 12 when having faced when mounting on the bracket part 56 paper 12 (end in carrying direction downstream).

With bracket part 56, with the front end of the length direction of the paper 12 that falls and stop board 64 is abutted against and with its mounting.That is, in accumulation portion 50,, paper 12 on each bracket part 56, the length direction of paper 12 is alignd by being abutted against with stop board 64.

Therefore, with accumulation portion 50, the Width and length direction (carrying direction) alignment of paper 12 can be accumulated paper 12 by the as prescribed number again, and the paper of formation paper 12 is piled up 12A.In addition, below, pile 12A of the paper 12 of regulation number is called paper piles up 12A.And, this moment paper 12 the accumulation number, the settings such as size of pressing paper 12 in advance.

In accumulation portion 50, the cylinder bar 62A of cylinder 62 is shunk, and stop board 64 is risen, thus, the paper 12 (paper is piled up 12A) that is accumulated on the bracket part 56 can descend along the degree of dip of the yardage direction on the bracket part 56.

On the other hand, as shown in Figures 3 and 4, on arrangement moving part 52, be provided be located at accumulation portion 50 on each bracket part 56 be connected the feed track 66 slightly in the form of slot of arrangement conveyer 54.

As shown in Figure 5, feed track 66 is in ground, below with arrangement conveyer 54 sides and tilts lenitively, and the paper that is accumulated on the bracket part 56 is piled up 12A, moves on arrangement conveyer 54 along this feed track 66.In addition, the paper that is accumulated on the bracket part 56 is piled up 12A, is moved upward and when the inclination of bracket part 56 descends, is stopped because of arriving feed track 66 at stop board 64.

As shown in Figures 3 and 4, feed track 66, by in the face of the directing plate 68 of Width one side's of paper 12 end, in the face of the directing plate 70 of Width the other end of paper 12 constitutes, paper is piled up 12A, and is supported and be across between this directing plate 68,70.

This feed track 66 is so that become the last face tilt that the low mode of directing plate 68 sides of upstanding wall 58 sides of bracket part 56 makes directing plate 68,70.In addition, on feed track 66, will and the continuous upstanding wall 72 of the upstanding wall 58 of bracket part 56 be formed at directing plate 68 the end and and the end of the directing plate 70 of the feed track 66 of these directing plate 68 adjacency between.And, feed track 66, its Width along paper 12 tilts, and is to tilt slowly to arrangement conveyer 54 sides, and in arrangement conveyer 54 sides paper 12 slightly is the level of state.

Therefore, paper is piled up 12A, and by entering in the feed track 66, an end of its Width and upstanding wall 72 are abutted against and are aligned.In addition, by to arrangement conveyer 54 side shiftings, the inclination that paper is piled up the 12A broad ways relaxes gradually, and is sent on the arrangement conveyer 54 slightly to be horizontal state.

On the other hand, on feed track 66, slot part 74 is formed between the directing plate 68,70.This slot part 74 is faced along the pars intermedia of the Width of paper 12, and arrives bracket part 56 from feed track 66.

In addition, as shown in Figure 5, on arrangement moving part 52, be provided with pusher 76.This pusher 76 has pushing-pressing arm 78 and stops arm 80, and as shown in Figures 3 and 4, it is provided with (only having represented a part on Fig. 3) with respect to being formed at each slot part 74 on each feed track 66.

Each pusher 76 for example, can integrally move up and down by not shown lifting mechanisms such as a plurality of cylinders, and, can be integrally be displaced between arrangement conveyer 54 and the bracket part 56 by not shown travel mechanism along the direction of the groove of slot part 74.

Therefore, as shown in Figure 5, pusher 76, its pushing-pressing arm 78 and the leading section that stops arm 80 can be haunted the upper face side of directing plate 68,70 from slot part 74, and can be along slot part 74 to arrangement conveyer 54 side shiftings.

In addition, as shown in Figure 4, on arrangement moving part 52, slowed down gradually, make the width of feed track 66 wideer than bracket part 56 sides in arrangement conveyer 54 sides with this along the degree of dip of the feed track 66 of the Width of paper 12.Therefore, slightly variant with respect to the inclination of the carrying direction of paper 12 between each feed track 66, be formed at the slot part 74 on each feed track 66, pusher 76 is moved on straight line.

On arrangement moving part 52, before the stop board 64 that makes baffle plate 60 rises, mobile pusher 76, the leading section that will stop arm 80 is coming out from slot part 74 from carrying direction stop board 64, paper 112 downstream.

Therefore, after the stop board 74 with baffle plate 60 rises, be accumulated in paper on the bracket part 56 and pile up 12A and be abutted against, stoped because of being tilted to moving of below along the carrying direction of bracket part 56 with the leading section that stops arm 80.

Pusher 76, pile up the state that 12A and the leading section that stops arm 80 are abutted against with paper, along moving to assigned position to arrangement conveyer 54 in the slot part 74, make paper pile up 12A according to the inclination of bracket part 56 and mobile to feed track 66 in thus, and be supported on the directing plate 68,70.

Then, pusher 76 will stop arm 80 and be contained in the slot part 74, and the leading section of pushing-pressing arm 78, move and will come out from slot part 74 in the mode in the face of the carrying direction upstream side of this paper 12.Under this state, pushing-pressing arm 78 is moved to arrangement conveyer 54.

Therefore, paper is piled up 12A, and be pushed pressure arm 78 and push, and along moving to arrangement conveyer 54 in the feed track 66.At this moment, paper is piled up 12A, and distolateral and a upstanding wall 72 of its Width is abutted against, and one distolateral (carrying direction upstream side) of its length direction is abutted against with pushing-pressing arm 78, in order to keep ordered state.

On the other hand, as shown in Figure 4, on arrangement conveyer 54, be provided with the belt conveyor 82 that can dispose movably along the Width of paper 12.As shown in Figure 5, pile up 12A, be pulled on the belt conveyor 82 of this arrangement conveyer 54 with pusher 76 pushings and along the paper that feed track 66 moves.

As shown in Figure 4, on arrangement conveyer 54, baffle plate 84 is configured in the upper face side of belt conveyor 82.This baffle plate 84 is formed band plate-like, and its length direction is by the Width configuration along paper 12.Pile up 12A from the paper that each feed track 66 usefulness pusher 76 (pushing-pressing arm 78) is fed on the belt conveyor 82, the front end of its length direction and this baffle plate 84 are abutted against, the state that is aligned with the front end of its length direction by mounting on belt conveyor 82.

In addition, on arrangement conveyer 54, a pair of axle 86 is erected at the upper side of belt conveyor 82.This axle 86, its direction of principal axis is along length direction configuration direction, paper 12 vertical with the moving direction of belt conveyor 82.In addition, can along moving axially of axle 86 with 88 of base plates between a pair of axle 86, and baffle plate 84 is installed on this base plate 88.

Therefore, on arrangement conveyer 54, baffle plate 84 is configured in the position that meets along the size of the length direction of paper 12, the 12A mounting is piled up on belt conveyor 82 with paper in the distolateral assigned position ground that also is positioned at of not only size along its length, and length direction.

Promptly, on system of processing 10, can change the interval (cutting apart with a knife or scissors at interval) of being located at the carving knife of cutting apart with a knife or scissors on the device 22 30,32, the cut-out interval on the shutoff device 24, can produce the paper 12 of longitudinal size and width dimensions arbitrarily thus, and on collecting apparatus 26, configuration is corresponding to bracket part 56, the feed track 66 of the width dimensions of the paper of being produced 12, and the position by baffle plate 84 is disposed corresponding to the longitudinal size of the paper of being produced 12, can accumulate the paper 12 of arbitrary dimension.

On arrangement conveyer 54,, can will pile up 12A and send in order with a plurality of paper of ordered state mounting on belt conveyor 82 with not shown drive mechanism belt conveyor 82.

And, as shown in Figure 1, in system of processing 10, can carry out that paper is piled up the inner packings that 12A is accommodated in the packing inside bag 16 and handle.As shown in Figure 6, on system of processing 10, bagging apparatus 90 is arranged on the downstream of collecting apparatus 26, and paper is piled up 12A, is sent from arrangement conveyer 54, and is relocated to bagging apparatus 90 with this.

On the other hand, in system of processing 10, at first paper is piled up 12A, be accommodated in the packing inside bag 16, on paper is piled up the upper and lower surface of 12A, stack blocking paperboard 92 again,, and prevent the damage of warpage etc. with the surface of protection paper 12.Therefore, on system of processing 10, two filler device 94A, 94B that load blocking paperboards 92 are located in the way on the carrying road of bagging apparatus 90.And, on system of processing 10, turning device 96 is located between two blocking paperboard filler device 94A, the 94B, and is used blocking paperboard filler device 94A, the 94B when general name (following be called " blocking paperboard filler device 94 ") of said function, pile up 12A with blocking paperboard 92 clamping paper.

Below, inner packing system of processing 10, paper 12 (paper is piled up 12A) that is applied to present embodiment is described.

In addition, as shown in Figure 6, on the arrangement conveyer of being located on the collecting apparatus 26 54, driving direction by conversion belt conveyor 82, paper can be piled up 12A and send to both direction, therefore, on system of processing 10, can use two bagging apparatuss 90, the paper of paper 12 be piled up 12A be divided into two systems and carry out the inner packing operation.At this moment, in each system, can carry out the inner packing operation of same size paper 12, also can carry out the inner packing operation of different size paper 12, because its basic structure is identical, so, as shown in Figure 1, below a system only is described.

As Figure 6 and Figure 7, on system of processing 10,, be provided with carrying conveyer 100 and conversion conveyer 102 in the downstream of being located at the arrangement conveyer 54 on the collecting apparatus 26.In addition, also can omit carrying conveyer 100, with arrangement conveyer 54 adjacency ground configuration transitions conveyers 102.

As shown in Figure 7, on carrying conveyer 100, be provided with belt conveyor 104, on arrangement conveyer 54, drive belt conveyor 82, but broad ways carrying paper is piled up 12A, and deliver in order on the belt conveyor 104 of carrying conveyer 100 by rotation.

Carrying conveyer 100 by the propulsive effort rotation driving belt conveyor 104 of not shown driver train, is carried in order to piling up 12A continuation broad ways from the paper that arrangement conveyer 54 is sent here, and is sent to conversion conveyer 102.

At this moment, the transporting velocity (circular velocity of belt conveyor 104) of carrying conveyer 100, the transporting velocity height than arrangement conveyer 54 widens with this interval of both paper having been piled up 12A, again paper is piled up 12A and is sent to conversion conveyer 102.

On conversion conveyer 102, a/sly be interval with a plurality of roller thick sticks 106.Each roller thick stick 106, its direction of principal axis disposes along the length direction (the drawing left and right directions of Fig. 7) of the paper of sending into from carrying conveyer 100 12, and drives rotation by the propulsive effort of not shown driver train.

Therefore, be sent to the paper of conversion on the conveyer 102 from carrying conveyer 100 and pile up 12A, supported by roller thick stick 106 and carried by broad ways.

In addition, on conversion conveyer 102, baffle plate 108 is located at the assigned position in the downstream of using roller thick stick 106 carrying paper 12 directions.Baffle plate 108 is band plate-like, and length direction piled up 12A along length direction axial, paper 12 the configuration of roller thick stick 106 by the paper of roller thick stick 106 carryings, and the end of its Width and this baffle plate 108 are abutted against, and stop at the assigned position of changing on the conveyer 102 thus.

On the other hand, on conversion conveyer 102, between adjacent mutually roller thick stick 106, be provided with axially movable push part 110 along roller thick stick 106.This push part 110, for example, as prescribed is located on the jointless chain at interval, and the rotation by this chain drives, and from a distolateral protrusion of the axis direction of roller thick stick 106, after moving to the other end, keeps out of the way to the lower side.

Be stopped with baffle plate 108 in the paper of the assigned position of conversion conveyer 102 and pile up 12A, by being displaced between the roller thick stick 106 from the push part of protruding between the roller thick stick 106 110, and by these push part 110 pushings, move along its length, send from conversion conveyer 102.

At this moment, by rotation driven roller thick stick 106, paper is piled up an end of the Width of 12A, with baffle plate 108 is abutted against on one side and moves on one side, and send from conversion conveyer 102 with the state of length direction and Width alignment.And paper is piled up 12A, by being abutted against with baffle plate 108, sends from conversion conveyer 102 with the state that is positioned at Width.

Like this, on conversion conveyer 102, the paper of broad ways arrangement is piled up 12A send on the arrangement conveyer 54, with this this paper is piled up 12A and carry and send along its length direction.

On the other hand, as shown in Figure 6, on system of processing 10, in paper 12 transport direction downstreams by conversion conveyer 102, be provided with blocking paperboard filler device 94A (94), turning device 96 and blocking paperboard filler device 94B (94), in the downstream of blocking paperboard filler device 94B, be provided with bagging apparatus 90.In addition, as mentioned above, blocking paperboard filler device 94A, 94B, its basic structure is identical, in the present embodiment, blocking paperboard filler device 94 only is described.

To shown in Figure 10, blocking paperboard filler device 94 has carrying conveyer 112 as Fig. 8.On this carrying conveyer 112, sprocket wheel 114 (only representing a side on Fig. 9 and Figure 10) is located at its both ends, on this sprocket wheel 114, hang around jointless carry strap 116.As shown in figure 10, sprocket wheel 114 has for example disposed a pair ofly along the Width of paper 12, and carry strap 116 is provided with the not shown chain that is hung around respectively on the sprocket wheel 114, and is driven by the propulsive effort rotation of driver train (omitting diagram).

As Fig. 8 and shown in Figure 9, on blocking paperboard filler device 94A, use the carrying conveyer of being located between the conversion conveyer 102 118 to send into paper and pile up 12A, also this paper piled up the 12A mounting on carrying conveyer 112.

Therefore, carrying conveyer 112 is piled up the 12A mounting on carry strap 116 with paper, carries this paper thus along its length and piles up 12A.In addition, also can not use carrying conveyer 118, send into carrying conveyer 112 and paper is piled up 12A from conversion conveyer 102.

Extremely shown in Figure 10 as Fig. 8, on carry strap 116, the a/s pushing block 120 that is interval with, pushing block 120 is along with the rotation and carry strap 116 whole the moving of carry strap 116.In addition, as carrying conveyer 112, also can two carry strap be connected and whole moving with pushing block 120.

Carrying conveyer 112 is installed on the framework 122 of blocking paperboard filler device 94.And, on blocking paperboard filler device 94, with the carrying conveyer 112 adjacent blocking paperboard filling portions 124 that are provided with.In addition, on Fig. 8, omitted the diagram of framework 122.

To shown in Figure 10, in blocking paperboard filling portion 124, be provided with base plate 126 as Fig. 8, on this base plate 126, stacked and load blocking paperboard 92 corresponding to the size of paper 12 sizes.Blocking paperboard filler device 94 is taken out this blocking paperboard 92 from the superiors, and by being configured in carrying conveyer 112, overlaps and pile up 12A with the paper of the paper 12 that is sent to carrying conveyer 112.

And blocking paperboard filler device 94 is piled up 12A with carrying conveyer 112 along its length direction carrying paper, blocking paperboard filling portion 124, with these carrying conveyer 112 disposed adjacent, blocking paperboard 92, its length direction is along the configuration of carrying direction and the filling blocking paperboard 92 of paper 12.

Base plate 126 has connected the front end of a pair of axis of guide 128 and feed screw 130 below.The a pair of axis of guide 128 and feed screw 130, its length direction is along setting in parallel to each other up and down, and the axis of guide 128 can be installed on the framework 122 up or down.

In addition, on framework 122, gear case 132 has been installed, in this gear case 132, has been passed feed screw 130.In gear case 132, be provided with not shown feed nut.Feed screw 130 also can support thereon up or down with this feed nut screw thread fit, with parallel motion ground supporting baseplate 126 about feed screw 130 and the axis of guide 128 energy.

As shown in figure 10, on gear case 132, connecting lift motor 134.This lift motor 134, the feed nut in the rotation drive gear casing 132 thus, moves up and down feed screw 130 with base plate 126.

In blocking paperboard filling portion 124, drive lift motor 134, make the superiors of the blocking paperboard 92 that is laminated on the base plate 126 reach certain height.That is, in blocking paperboard filling portion 124, drive lift motor 134, make the blocking paperboard 92 of the superiors reach certain height with this according to the amount that is laminated in the blocking paperboard 92 on the base plate 126.

As shown in figure 10, in blocking paperboard filling portion 124, directing plate 136 is located at carrying conveyer 112 sides, in the face of this directing plate 136, be provided with can with directing plate 136 by from the parallel mobile movable directing plate 138 of direction, as shown in Figure 9, be provided with directing plate 140 at the carrying direction upstream side of paper 12, in the face of this directing plate 140, be provided with can with directing plate 140 by from the parallel mobile movable directing plate 142 of direction.

Therefore, in blocking paperboard filling portion 124,,, blocking paperboard 92 is located and loaded with the benchmark of directing plate 140 as length direction with the benchmark of directing plate 136 as Width.In addition,, movable directing plate 138 and movable directing plate 142 can be moved, the blocking paperboard 92 of arbitrary dimension can be located and load with this in blocking paperboard filling portion 124.

On the other hand, to shown in Figure 10, on blocking paperboard filler device 94, paging unit 144 is configured in the top of base plate 126 as Fig. 8.On blocking paperboard filler device 94, this paging unit 144, can be displaced in the face of loaded extracting position in the superiors' blocking paperboard 92 of blocking paperboard filling portion 124, and in the face of between the filling position of carrying conveyer 112.

On this paging unit 144, be provided with a plurality of suckers 146, on blocking paperboard filler device 94, can and take out the blocking paperboard 92 of the superiors that are laminated in blocking paperboard filling portion 124 with sucker 146 absorption, and be transported on the carrying conveyer 112.

Be applied to the paging unit 144 of present embodiment, as an example, be provided with two sucker 146A, 146B (below, be generically and collectively referred to as " sucker 146 ").Each sucker 146A, 146B are installed in the front end of the cylinder bar 148A of cylinder 148, and this cylinder 148 is installed on the stay bearing plate 150 towards the state of below with cylinder bar 148A.

Therefore, shrink the cylinder bar 148A of cylinder 148, a plurality of suckers 146 are risen respectively.

Be provided with the stay bearing plate 150 of sucker 146, be installed on base plate 152A, the 152B.And each base plate 152A, 152B are installed on the connecting panel 154.At this moment, the base plate 152B of sucker 146B has been installed, can be installed in movably on the connecting panel 154 along the length direction of blocking paperboard 92 (paper 12).

Therefore, on paging unit 144, do not change the position of sucker 146A, just can meet the length dimension of blocking paperboard 92 and the interval of changing sucker 146A, 146B, and the both ends that can adsorb the length direction of blocking paperboard 92.In addition, paging unit 144, when extracting position moves, sucker 146 can be in the face of the end of directing plate 136 sides.

Above connecting panel 154, disposed lift cylinder 156.Lift cylinder 156 has cylinder bar 156A and a pair of axle 156B, and the front end of cylinder bar 156A and a pair of axle 156B is connected with connecting panel 154, supports paging unit 144 thus.

Paging unit 144, the cylinder bar 156A elongation by lift cylinder 156 descends sucker 146, and can adsorb blocking paperboard 92.

On the other hand, on paging unit 144, support 158 has been installed on cylinder 148.As Fig. 8 and shown in Figure 10, on this support 158, pin 160 has been installed.Pin 160, when having adsorbed blocking paperboard 92 with 144 declines of paging unit and with sucker 146A, its front end and blocking paperboard 92 are abutted against.

Paging unit 144 when with sucker 146 absorption blocking paperboards 92, with the cylinder bar 148A contraction of cylinder 148, and rises sucker 146.At this moment, the front end of pin 160 and blocking paperboard 92 are abutted against, and like this, sucker 146 is rolled the Width end of blocking paperboard 92, the blocking paperboard 92 of next blocking paperboard 92 with the superiors of adsorbing with sucker 146 separated, can only take out the blocking paperboard 92 of the superiors reliably.

As shown in figure 10, on framework 122, be provided with sliding unit 162.Sliding unit 162, its base plate 164 is configured in carrying conveyer 112 sides and blocking paperboard filling portion 124 sides in couples, between this base plate 164, is provided with the no connecting rod cylinder 166 and a pair of axis of guide 168.The no connecting rod cylinder 166 and the axis of guide 168 are installed in parallel to each other along the Width of paper 12.

Be provided with drive seat 170 on the no connecting rod cylinder 166 and the axis of guide 168, by the action of no connecting rod cylinder 166, drive seat 170 can move along the Width of paper 12.

As Fig. 9 and shown in Figure 10, on this drive seat 170, the carriage 172 that slightly is the L word shape has been installed, on this carriage 172, lift cylinder 156 has been installed.

Therefore, paging unit 144 can be displaced into by the action of no connecting rod cylinder 166 between the extracting position and filling position of blocking paperboard 92.

On the other hand, as Fig. 9 and shown in Figure 10, on framework 122, with the state configuration of clamping carrying conveyer 112 double-type directing plate 174,176.The directing plate 174 of blocking paperboard filling portion 124 sides with respect to carrying conveyer 112, is fixed on the assigned position.In addition, in the face of the directing plate 176 of this directing plate 174, can move with leaning on direction of directing plate 174.

On filler device 94, move directing plate 174 by paper 12 width dimensions, can adjust the interval of directing plate 174,176.

In addition, on directing plate 176, be provided with stay bearing plate 178 towards 112 continuities of carrying conveyer.

On filler device 94, the paper of paper 12 is piled up 12A and is admitted to earlier on the carrying conveyer 112, and take out with paging unit 144 then and loaded in the blocking paperboard 92 of blocking paperboard filling portion 124, and carrying between directing plate 174,176, drop on the carrying conveyer 112.At this moment, the Width by 174,176 pairs of blocking paperboards 92 of directing plate positions.

In addition, be configured in the blocking paperboard 92 between the directing plate 174,176, be supported on the stay bearing plate 178, thus, can prevent the mobile offset that makes blocking paperboard 92 because of the carry strap 116 of carrying conveyer 112.

On blocking paperboard filler device 94, paper is piled up 12A and is admitted to earlier on the carrying conveyer 112, then blocking paperboard 92 is configured in the carrying conveyer 112 on, when the paper of paper 12 pile up 12A be sent to the carrying conveyer 112 on the time, 12A piled up by the paper of paper 12 and blocking paperboard 92 is overlapping.At this moment, the paper of paper 12 is piled up 12A and blocking paperboard 92, and its Width is directed plate 174,176 alignment.

Under this state, rotate mobile carry strap 116 pile up 12A so that push blocking paperboard 92 together with the paper of paper 12 by pushing block 120, from stay bearing plate 178 leave and mounting on carry strap 116, and the state carrying that is aligned with its length direction.

Be located at the carrying conveyer 112 on the filler device 94A, this paper piled up 12A send to turning device 96.

As Figure 11 and shown in Figure 12, turning device 96 for example, is connected with the end of downstream side of carrying conveyer 112, and piles up 12A with carrying the paper that conveyer 112 disposed blocking paperboard 92 below carrying and sending into.In addition, on carrying conveyer 112, double-type guide plate 180 is configured in the both sides of paper 12 Widths, had both determined the position of Width, paper can be piled up 12A again and be sent to turning device 96.

Shown in Figure 11～13, turning device 96 has respectively along the pair of side plates 182 of the length direction configuration of paper 12, and paper is piled up 12A and is admitted between this pair of side plates 182.

As Figure 11 and shown in Figure 12, between side plate 182, axle 184 is across in the end, downstream (left side of Figure 11 and Figure 12 drawing) of the carrying direction of paper 12, and axle 186 is across at upstream side.

As shown in figure 12, on axle 184, as prescribed at interval can integral body have been installed 3 rollers 188 rotatably, on the roller 188 of the axial both end sides of axle 184, hangs around belt conveyor 190A, hangs around belt conveyor 190B on the roller 188 of centre.

On axle 186, roller 188 is installed in the pars intermedia of length direction, hangs around belt conveyor 190B on this roller 188.In addition, on side plate 182, pivotal support the roller 192 in the face of the roller 188 of the axial both sides of axle 184, and hangs around belt conveyor 190A on each roller 192.

On turning device 96, paper is piled up the 12A mounting on this belt conveyor 190A, 190B (below, be called " belt conveyor 190 " during general designation).And, as shown in figure 12, roller 192, protrude from carrying conveyer 112 sides than axle 186, the carry strap 116 of carrying conveyer 112 approached to enter between the roller 192 when the plane was seen, therefore, paper is piled up 12A, can be delivered to reliably on the belt conveyor 190 from carrying conveyer 112.

On axle 184, belt pulley 194 is installed in the leading section that comes out from side's side plate 182.On this side plate 182, carrying motor 196 has been installed, and between the belt pulley 194 of belt pulley on the axle drive shaft that is installed in this carrying motor 196 198 and axle 184, has been hung around jointless synchronous belt 200.

Therefore, on turning device 96, drive carrying motor 196, make axle 184 rotations and drive belt conveyor 190, pile up 12A in order to the paper of carrying mounting on belt conveyor 190.

On the other hand, shown in Figure 11～13, on turning device 96, S. A. 202 is across between the pair of side plates 182.This S. A. 202 is by the upper side of pivotal support at belt conveyor 190.

As shown in figure 12, S. A. 202 has been installed belt pulley 204 at the leading section that the side plate 182 from a side protrudes.In addition, on this side plate 182,, and between belt pulley on the axle drive shaft that is mounted this turning motors 206 208 and belt pulley 204, hang around jointless synchronous belt 210 with the carrying motor 196 adjacent turning motors 206 that are installed with.

Therefore, by turning motors 206 actions, S. A. 202 is to arrow A direction (dextrorotation of Figure 11 drawing) rotation of Figure 11.

Shown in Figure 11～13, on S. A. 202, be formed with paper handle part 212.Handle part 212 has 4 groups of strut bars 214 respectively.

As shown in figure 11, each strut bar 214 vertically uprightly is provided with from the pars intermedia of base portion 216 length directions of band plate-like, and is assembled as the roughly top of T word.In addition, each base portion 216 is installed into the length direction pars intermedia of one end side surface to adjacent base portion 216.

Therefore, the strut bar 214 adjacent along the hand of rotation of S. A. 202 is approximate vertical, and strut bar 214 and be installed into almost parallel with the adjacent base portion 216 in the downstream of hand of rotation.

In addition, shown in Figure 12 and 13, strut bar 214 disposes in couples along the axial quilt of S. A. 202, and subtend configuration between belt conveyor 190A, 190B respectively.

Therefore, at strut bar 214 during, can prevent the interference with belt conveyor 190, and can pile up 12A from the paper that belt conveyor 190 is accepted paper 12 on the belt conveyor 190, that supported with S. A. 202 whole rotations.

As shown in figure 11, on turning device 96, drive turning motors 206, S. A. 202 is revolved at every turn turn 90 degrees, use so that strut bar 214 is parallel or vertical with respect to belt conveyor 190.In addition, as shown in figure 13, on S. A. 202, be provided be positioned at belt pulley 204 relative side front ends on slit dish 222 and detect the sensor 224 in the not shown hole, slit on the outer circumference portion that as prescribed is formed at slit dish 222 at interval, and rotate S. A. 202 according to the testing result of this sensor 224, with so that strut bar 214 stops at assigned position.

On turning device 96, when strut bar 214 and belt conveyor 190 reach when slightly being parallel, be installed in the base portion 216 on this strut bar 214, be the state that generally perpendicularly protrudes between the belt conveyor 190 ( belt conveyor 190A, 190B).

In addition, on turning device 96, when strut bar 214 when the carrying direction upstream side of paper 12 and belt conveyor 190 are parallel, above it with belt conveyor 190 on same plane or low slightly above than belt conveyor 190, when when the carrying direction downstream of paper 12 and belt conveyor 190 are parallel, the top interval of itself and belt conveyor 190, it is wide slightly also to pile up the thickness of 12A than the paper that overlaps the paper 12 on the blocking paperboard 92.

Therefore, from filler device 94A send into and mounting on belt conveyor 190 and the paper that is handled upside down pile up 12A, blocking paperboard 92 of side is being abutted against in the face of the position of strut bar 214 and is stopping at base portion 216 below it.

On the other hand, on each base portion 216, the strut bar 214 of facing the hand of rotation upstream side is provided with cylinder 218.Cylinder 218 disposes cylinder bar 218A and axle 218B in couples, on its each front end, inhibition plate 220 has been installed, and each suppresses plate 220, slightly is to face the strut bar 214 adjacent with the hand of rotation upstream side abreast.

Therefore, cylinder 218 action, it makes cylinder bar 218A elongation suppress plate 220 to strut bar 214 parallel moving, and the paper that will be abutted against with base portion 216 and stop to pile up 12A to strut bar 214 pushings and with clamping with its maintenance (controlling).

On turning device 96, control paper by strut bar 214 and inhibition plate 220 and pile up 12A, drive turning motors 206, make S. A. 202 rotations, make paper pile up the 12A upset on one side thus, this paper is piled up 12A carry belt conveyor 190 on the direction towards the paper that is positioned at the downstream than S. A. 202.

Under this state, stop the action of cylinder 218, and remove the hold that paper is piled up 12A, so as with paper pile up 12A, make blocking paperboard 92 in the above side ground mounting on belt conveyor 190, driving by belt conveyor 190 is carried it, and for example sends to carrying conveyer 228 from turning device 96.

On base portion 216, with the cylinder 218 adjacent tension springs 226 that are provided with, when removing the action of cylinder 218, the cylinder bar 218A of cylinder 218 and axle 218B, moment shrinks by the pulling force of tension spring 226, makes inhibition plate 220 pile up 12A from paper and leaves.

Therefore, paper is piled up 12A can be not at random, and can begin to be transmitted be with 190 the carrying.

Be reversed like this and pile up 12A, be admitted to the blocking paperboard filler device 94B in the downstream that is disposed at turning device 96 from the paper that turning device 96 is sent.That is, on blocking paperboard filler device 94B,, become from turning device 96 and send the carrying conveyer 228 that paper is piled up 12A as Fig. 8 and carrying conveyer 118 shown in Figure 9.In addition, also can not establish carrying conveyer 228, send into paper with the load-transfer device 190 of turning device 96 to blocking paperboard filler device 94B and pile up 12A.

At blocking paperboard filler device 94B, piled up below the 12A stack blocking paperboard 92 by the paper of sending into from turning device 96 and sending.Thus, pile up 12A, all overlapping blocking paperboard 92 of having gone up of its upper and lower surface from the paper that blocking paperboard filler device 94 is sent.

As shown in Figure 6, in the downstream of blocking paperboard filler device 94B, be provided with bagging apparatus 90.And, be used for the bagging apparatus 90 of system of processing 10, can use structure arbitrarily, present embodiment omits its detailed description.

On this bagging apparatus 90, use the strip shape packaging film 230 of Rack to form packing inside bag 16, on bagging apparatus 90, filling is rolled into packaging film 230 the packing volume 232 of web-like, from this packing volume 232, be sent to joggling part 234 while draw packaging film 230.

At joggling part 234, the pars intermedia doubling of packaging film 230 at Width overlapped.At this moment, make a side of warpage long, to form cap 236.

Downstream (the carrying direction downstream of packaging film 230) at joggling part 234 is provided with strip of paper used for sealing gummer 238.Strip of paper used for sealing gummer 238 is drawn the strip of paper used for sealing of adhesive tape etc., and is attached to the end of the Width of the packaging film 230 that is superimposed upon on the cap 236 along its length from tape roll 242.

In addition, in the downstream of joggling part 234, be provided with sealing 244.On sealing 244, be provided with sealing device 246, at sealing 244,, overlapping up and down packaging film 230 welded continuously along the length direction of packaging film 230 make its combination from the position that keeps apart between the warpage part as prescribed of packaging film 230.

In the downstream of sealing 244, be provided with punching portion 248, and between sealing 244 and punching portion 248, form buffer part 250.

In punching portion 248, be provided with beam bear 252, packaging film 230 quilts are by send into a certain amount ofly.In punching portion 248, between the warpage partial sum of this packaging film 230 is with the bound fraction of sealing device 246 combinations, form perforate 254.

At this moment, the amount of feeding of packaging film 230 is the amounts corresponding to the width dimensions of paper 12, forms perforate 254 with the interval corresponding to the width dimensions of paper 12.In addition, buffer part 250 absorbs the velocity contrast (carrying amount poor) of the packaging film 230 between joggling part 234 and the punching portion 248.

Downstream in punching portion 248 is provided with cut part 256.Cut part 256 has along the sealing cutting knife 258 of the Width configuration of packaging film 230, will cut off by the packaging film 230 of a certain amount of carrying.At this moment, sealing cutting knife 258, the off-position of packaging film 230 is bonding.

Like this, cap 236 sides are by opening, and have formed the packaging bag 16 corresponding to paper 12.

This packaging bag 16, by the Width carrying along the paper 12 of the length direction of packaging film 230, cap 236 sides are admitted to inner packing portion 260 with the state towards the carrying direction upstream side of paper 12.

In addition, pile up 12A from blocking paperboard filler device 94B with the paper of blocking paperboard 92 clampings and be admitted to inner packing portion 260, and, this paper is piled up 12A send in the packaging bag 16 from the opening of cap 236 sides in inner packing portion 260.Then,, cap 236 doublings are covered this opening with inner packing portion 260, with this closure of openings, and with doubling cap 236 stick strip of paper used for sealing adhesive tape 240, produce paper piled up the package 18 of 12A inner packing in packaging bag 16.In addition,, be implemented pack into the external packing of corrugated case of as prescribed quantity, take care of and dispatch from the factory from the package 18 that inner packing portion 260 sends here.

In the system of processing 10 of the paper 12 that constitutes like this, draw long substrate 14A from the former material volume of being loaded on carrying device 20 14, and this substrate 14A carried while rolling up to hang over by roller 28A～28F is last, after removing the coiling defective, be sent to conveying roller 34 and cut apart with a knife or scissors device 22.

Cutting apart with a knife or scissors on the device 22, be provided with a plurality of carving knives 30,32, with this carving knife 30,32 clamping substrate 14A and form joint-cutting 36 by the arranged spaced of the width dimensions of the paper of producing 12.Thus, produce substrate 14B corresponding to the width dimensions of paper 12.This substrate 14B is sent to shutoff device 24 with integral body.

On shutoff device 24, with substrate 14B, send between upper cutter 44 and the lower cutter 46 according to amount corresponding to the length dimension of paper 12 with conveying roller 40.And, on shutoff device 24, when the substrate 14B corresponding to the length dimension amount of paper 12 is admitted between upper cutter 44 and the lower cutter 46, makes upper cutter 44 actions, and simultaneously many substrate 14B cut off simultaneously.

Like this, behind the paper 12 of producing Rack size and length dimension, with the paper 12 of collecting apparatus 26 cumulative production.

On collecting apparatus 26, bracket part 56 and feed track 66 corresponding to the width dimensions of paper 12, only by cutting apart with a knife or scissors the substrate 14B quantity setting of being produced on the device 22, in accumulation portion 50, each paper 12 that is cut off device 24 cut-outs and forms is fallen on the bracket part 56, can accumulate this paper 12 with the bevelled state.

Therefore, in accumulation portion 50, promptly can prevent to accumulate again from adjacent substrate 14B and the paper produced 12 are overlapping.

Collecting apparatus 26, when on each bracket part 56, having accumulated the paper 12 of specified quantity, the arm 80 that stops of pusher 76 is released to the downstream of stop board 64, and stop board 64 is risen, make the paper 12 that is accumulated on each bracket part 56 pile up 12A with this and move, and stop arm 80 and be abutted against with paper.

Subsequently, to stop arm 80 moves to feed track 66 sides along slot part 74 assigned position, it is at random and mobile in the feed track 66 that tilts to relax can not make paper pile up 12A like this, then, pushing-pressing arm 78 with pusher 76, feed track 66 sides in the face of paper is piled up 12A move this pushing-pressing arm 78 to arrangement conveyer 54.

Therefore, each paper is piled up 12A and is pushed pressure arm 78 pushings, along moving and be pushed on the belt conveyor 82 of arrangement conveyer 54 to arrangement conveyer 54 in the feed track 66.

On arrangement conveyer 54, baffle plate 84 is configured on the position corresponding to the length dimension of paper 12, be pushed the paper that pressure arm 78 sends on the belt conveyor 82 and pile up 12A, by being abutted against with baffle plate 84 along the Width of paper 12 arrange and mounting on belt conveyor 82.

Like this, on system of processing 10, by the shutoff device 24 of cutting apart with a knife or scissors device 22 and substrate 14B being cut off by the length dimension of paper 12 of substrate 14A being cut apart with a knife or scissors by the width dimensions of paper 12 and forming many substrate 14B is set, can be smoothly and the paper 12 of production given size efficiently.

On collecting apparatus 26, the parallel like this paper of producing 12 is accumulated in each bracket part 56.At this moment, each accumulation portion 56 is tilted along the Width of paper 12, preventing paper 12 or to cross over adjacent accumulation portion 56 or overlapped, and the Width of paper 12 can be accumulated alignedly.

In addition, on collecting apparatus 26,, also can with the Width of paper 12 length direction be alignd and accumulate by the length direction of bracket part 56 along paper 12 tilted.

On collecting apparatus 26, when in this wise paper being piled up 12A and be arranged on the belt conveyor 82, drive belt conveyor 82, paper is piled up the 12A broad ways move, and send into carrying conveyer 100.

On carrying conveyer 100,, pile up 12A and be sent to conversion conveyer 102 being admitted to paper on the belt conveyor 104 with the moving velocity of the speed drive belt conveyor 104 faster than the moving velocity of belt conveyor 82 of arrangement conveyer 54.With this, paper is piled up 12A, sequentially is sent to conversion conveyer 102 while widened mutual interval.

On conversion conveyer 102, to pile up 12A from the paper that carrying conveyer 100 is sent here, mounting is on roller thick stick 106 and its broad ways is moved, locate the position of its Width by stopping at baffle plate 108 places, then, paper is piled up 12A move and send by moving of push part 110 to length direction.

Like this, on system of processing 100,, broad ways can be arranged in a plurality of paper of arrangement on the conveyer 54 and pile up 12A carrying sequentially along its length and send to next process by conversion conveyer 102 is set.

But on system of processing 100, blocking paperboard filler device 94 (94A) is arranged on the downstream of conversion conveyer 102, and paper 12 is admitted to this blocking paperboard filler device 94.

On blocking paperboard filler device 94, blocking paperboard 92 is piled up in blocking paperboard filling portion 124 by dress, in blocking paperboard filler device 94, by sucker 146 absorption of paging unit 144 and the blocking paperboard 92 of the taking-up the superiors, and with this blocking paperboard 92 to the carrying of carrying conveyer 112 sides, and be disposed between the directing plate 174,176.This moment blocking paperboard 92, by mounting and be supported on the stay bearing plate 178 that is provided with from directing plate 176 continuity.

On blocking paperboard filler device 94, the interval of directing plate 174,176 meets the width dimensions that paper is piled up 12A, and paper is piled up 12A and is admitted between this directing plate 174,176.

Thus, on blocking paperboard filler device 94, both paper had been piled up the Width location of 12A, and again this paper had been piled up 12A and pile up on blocking paperboard 92.

The paper of being piled up on blocking paperboard 92 is piled up 12A, carry conveyer 112 by driving, and the pushing block 120 that is arranged on the carry strap 116 pushes, and under the state that its length direction is aligned, is handled upside down and is with 116 mountings and carrying, is sent to turning device 96.

On turning device 96, will pile up the 12A mounting on belt conveyor 190 from the paper that blocking paperboard filler device 94 is sent into, and pile up the length direction carrying of 12A along paper.

On turning device 96, be provided with comprise from slightly vertically between the belt conveyor 190 protrude the base portion 216 that is provided with, be installed on this base portion 216 and can rotate the strut bar 214 that is displaced between the belt conveyor 190 reach relative with strut bar 214 to inhibition plate 220 formed paper handle parts 212, be transmitted with the paper of 190 carryings and pile up 12A, be configured between strut bar 214 and the inhibition plate 220 because of being abutted against and stopping at base portion 216.

On turning device 96, when piling up with not shown sensor paper delivery that 12A is abutted against and when stopping at base portion 216, cylinder 218 actions make and suppress plate 220 and move to strut bar 214, and control paper and pile up 12A between strut bar 214 and inhibition plate 220.Subsequently, drive turning motors 206, be provided with the S. A. 202 of paper handle part 212 in order to rotation.

Thus, it is that rotate at the center with S. A. 202 that paper is piled up 12A, and the blocking paperboard 92 that is disposed at following side is towards upper side, and in the downstream of S. A. 202 by mounting on belt conveyor 190.At this moment, on turning device 96, pile up the moment that 12A contacts with belt conveyor 190, remove the action of cylinder 218, and remove controlling with strut bar 214 and inhibition plate 220 at the paper that has been reversed.

The paper that has been reversed is like this piled up 12A, overlaps at blocking paperboard 92 under the state of upper face side, is transmitted to be with 190 carryings, and is sent to the blocking paperboard filler device 94 (blocking paperboard filler device 94B) that is disposed at turning device 96 downstreams.

On blocking paperboard filler device 94B, will be from the blocking paperboard 92 of blocking paperboard filling portion 124 taking-ups, pre-configured between directing plate 174,176, between this directing plate 174,176, pile up 12A and paper is piled up 12A pile up on this blocking paperboard 92 by send into paper from turning device 96.

Therefore, paper is piled up 12A, its upper and lower surface is all overlapping blocking paperboard 92, and sent from blocking paperboard filler device 94B.

Like this, on system of processing 10, be provided with at paper and pile up two blocking paperboard filler device 94 (94A, 94B) of loading blocking paperboard 92 on the 12A, and between two blocking paperboard filler device 94, be provided with turning device 96.

Therefore, on system of processing 10, use the identical blocking paperboard filler device 94 of basic structure, can pile up the upper and lower surface of 12A at paper, successfully overlapping overhead gage paper 92.

Load the paper of blocking paperboard 92 and piled up the inner packing portion 260 that 12A is admitted to bagging apparatus 90.And, on bagging apparatus 90, use packaging film 230 to form packing inside bag 16, and this packing inside bag 16 be sent to inner packing portion 260.

In inner packing portion 260, paper is piled up 12A send in the packing inside bag 16 from being formed at opening on the packing inside bag 16.Then, the cap 236 of packing inside bag 16 is turned back, cover opening, and the cap 236 that turns back is bonding with encapsulation packing inside bag 16, form and encapsulated upper and lower surface and loaded the package 18 that the paper of blocking paperboard 92 is piled up 12A with strip of paper used for sealing adhesive tape 240.

Like this, on the system of processing 10 that is applied to present embodiment, can automatically carry and carry out following processing swimmingly, that is, with the substrate 14A of fabric width, strip shape from former material volume 14 to produce and accumulate the paper 12 of given size and pile up 12A filling blocking paperboard 92 at the paper of the paper of being accumulated 12 (paper is piled up), the packing inside bag 16 of packing into is produced package 18 then.

In addition, on system of processing 10,, can use the blocking paperboard filler device 94 of same structure, pile up the upper and lower surface of 12A at paper and reliably and successfully load blocking paperboard 92 by turning device 96 being located between two blocking paperboard filler device 94A, the 94B.

And, on system of processing 10, because with the coiling direction of substrate 14A length direction, so can on the ink-jet printing paper of producing as paper 12, typewrite swimmingly with ink jet printer as paper 12.

In addition, present embodiment discussed above is an example of the present invention, and structure of the present invention is not limited to this.For example, in the present embodiment, for example understand the paper 12 of ink-jet printing paper etc., but the present invention is not limited to the log sheet of ink-jet printing paper etc., goes for from the arbitrary structures of the thin slice body of the strip shape sheeting production given size of wide cut.

And, be applicable to the system of processing 10 of present embodiment each carrying device 20, cut apart with a knife or scissors device 22, shutoff device 24, collecting apparatus 26, conversion conveyer 102, bagging apparatus 90, blocking paperboard filler device 94 and turning device 96, be not limited to the formation of each operation of cutting apart with a knife or scissors operation, cut-out operation, accumulation operation, carrying operation, inner packing operation, can constitute arbitrarily in each processes employ.

The present invention according to above explanation, on one side with cutting apart with a knife or scissors operation and cutting off operation and produce the thin slice body of many given sizes side by side, accumulation on one side, and pile the carrying swimmingly of the thin slice body that on one side will accumulate, pack on one side, do not produce as large-sized thin slice body middle product, that dispose trouble, so can obtain from smooth and easyization that is worked into the inner packing operation of thin slice body and the remarkable result of automation.

And, in the present invention,, can on the upper and lower surface of piling up of thin slice body, simply and swimmingly load blocking paperboard owing between the prime machine, be provided with switching mechanism.

Below, the accumulation of the paper of producing with system of processing 10 12 and the carrying of accumulation paper 12 well are described.

As shown in figure 14, on system of processing 10, application accumulation Handling device 350 of the present invention is located at the downstream of shutoff device 320.This accumulates Handling device 350, has accumulation portion 352 and trucking department 354.This accumulation portion 352 is configured in the adjoiner with shutoff device 320 downstreams.In addition, below explanation is the carrying direction of the substrate 14A length direction as paper 12, and will carry the Width (arrow W direction) of the vertical direction of direction as paper 12 with this.

As shown in figure 14, with accumulation Handling device 350, will be accumulated in accumulation portion 352 with the paper 12 that shutoff device 320 as prescribed sizes are cut off.In addition, downstream at accumulation Handling device 350, be provided with arrangement conveyer 356, trucking department 354 will be piled up 12A, move to arrangement conveyer 356 at the paper of the paper 12 of accumulation portion 352 accumulation paper 12 formed regulation numbers, and send to the next operation of operations such as packing etc. from this arrangement conveyer 356.

At this, accumulation Handling device 350 is described with reference to Figure 15 to Figure 17.

As shown in figure 17, accumulation Handling device Figure 35 0 has the framework 360 that is assembled into the rectangular box bodily form.As shown in figure 15, have accumulation portion 352 and trucking department 354 on the top of this framework 360 (upper side of the drawing of Figure 15).

As Figure 14 and shown in Figure 16, in accumulation portion 352, be formed with the carriage 362 of the quantity that meets the paper of producing side by side with shutoff device 320 12.In addition, as shown in Figure 7, on trucking department 354, be formed with the guiding groove 364 that aligns with each carriage 362.And the basic structure of carriage 362 and guiding groove 364 is identical, below the carriage 362 and the guiding groove 364 of one group of main explanation.

Shown in Figure 15,16, on carriage 362, along the Width of paper 12, disposed directing plate 366,368 over the ground, and be installed on the framework 360 by support 370 (with reference to Figure 15 and Figure 16) with being partitioned into of regulation of being separated by.Paper 12 will drop on the carriage 362, so cross over and be supported on the directing plate 366,368.

As shown in figure 15, each directing plate 366,368 reduces crustal inclination to trucking department 354 sides, and, as shown in figure 16, between directing plate 366,368, make directing plate 366 sides slightly be abreast with reducing.

In addition, as shown in figure 16, directing plate 366 and and the directing plate 368 of carriage 362 sides of these directing plate 366 adjacency between, be provided with upstanding wall 372.

Thus, paper 12 is in the time of on being supported on directing plate 366,368, in trucking department 354 sides, so that distolaterally the tilting for minimum mode of its Width.At this moment, distolateral and a upstanding wall 372 of paper 12 Widths is abutted against, and with this, paper 12 Widths are aligned.Meanwhile, prevent that paper 12 from overlapping with the paper 12 that is adjacent on Width.

On the other hand, as Figure 15 and shown in Figure 16, in accumulation portion 352, will be located at the upper side of carriage 362 as the baffle plate 374 of stop board.As shown in figure 16, baffle plate 374 slightly is band plate-like, its Width slightly along the vertical direction, its length direction is along the Width of paper 12, is configured on the position of facing with the assigned position of trucking department 354 (the forward side of the drawing of Figure 16) side of directing plate 366,368.

This baffle plate 374 in the end of the Width of facing carriage, forms bevelled breach 376 above directing plate 366,368, and therefore, it is indentation slightly.

As Figure 15 and shown in Figure 16, on framework 360, pillar 378 settings are located at along the both sides of the Width of paper 12.On the upper end of pair of posts 378, support beam 380 athwart.On this support beam 380, cylinder 382 is located at the pars intermedia of its length direction.

Cylinder 382 slightly is installed on the support beam 380 towards the state of below with cylinder bar 382A.On the front end of this cylinder bar 382A, connecting the upper end of baffle plate 374, with this supporting baffle 374.

In addition, on each pillar 378, disposed leading axle 384 along the vertical direction.In addition, on baffle plate 374, slide block 386 is installed in the both ends of its length direction, this slide block 386 can along moving axially of leading axle 384 be mated.

Therefore, when the cylinder bar 382A of cylinder 382 was flexible, baffle plate 374 was top by slightly being upper and lower to moving from direction according to the flexible edge of this cylinder bar 382A and directing plate 366,368.

At this moment, cylinder bar 382A at cylinder 382 is under the state of contraction, and baffle plate 374 moves to the top of carriage 362 (directing plate 366,368), with this, carriage 362 is connected with guiding groove 364, and the paper 12 that will drop on the directing plate 366,368 move to guiding groove 364.

In addition, baffle plate 374 because of the elongation of the cylinder bar 382A of cylinder 382 is moved downwards, above the close control plate 366,368, and is separated carriage 362 and guiding groove 364.Therefore, drop to the paper 12 that is also carried out the transition on the carriage 362 on the directing plate 366,368, the front end of its length direction and baffle plate 374 are abutted against, and have stoped moving downwards.

In accumulation portion 352, baffle plate 374 is descended and with paper 12 accumulations, at this moment, the front end of the length direction of paper 12 and baffle plate 374 are abutted against, with this it is slightly evenly alignd.Promptly, with the carriage 362 that is formed at accumulation portion 352, one of the Width of paper 12 distolaterally is abutted against with upstanding wall 372, an end and the baffle plate 374 of the length direction of paper 12 is abutted against, with this not only with the length direction of paper 12 and Width aligns but also with its accumulation.And, be accumulated in the paper 12 on the carriage 362, because of baffle plate 374 rises, can fall to guiding groove 364 along the inclination of directing plate 366,368.

In addition, in the present embodiment, be with baffle plate 374 up and down direction move, but be not limited to this, for example, also can along with slightly be vertical direction above the directing plate 366,368 of bearing paper 12 and move.

On the other hand, shown in Figure 14～17, guiding groove 364 is used along the paired guide member 388 that disposes of the Width of paper 12 to form.Length direction along paper 12 has disposed guide member 388, so that carriage 362 is connected with arrangement conveyer 356.On each guide member 388, in a distolateral formation guide portion 390, in another distolateral formation guide portion 392 along the Width of paper 12.The compartment of terrain that separates regulation along the Width of paper 12 disposes this guide portion 390,392 to form guiding groove 364.

On guide member 388, sidewall 394 is formed between the guide portion 390,392.That is, guide member 388 is that 390,392 of guide portion by clamping sidewall 394 form.

Guide portion 390, its upper face side reduces crustal inclination gradually from directing plate 366 sides, guide portion 392, its upper face side reduces crustal inclination gradually from directing plate 368 sides, and sidewall 394 is formed between this guide portion 390,92.

Along the length direction of paper 12, guide portion 390,392 above inclination, top inclination than directing plate 366,368 is slow, and, the top inclination of guide portion 390,392, slower than directing plate 366,368 sides (carriage 362 sides), with this, when paper 12 during from carriage 362 landings, this paper 12 stops because of arriving at guide portion 390,392 sides.

In addition, the upper face side of guide portion 390,392 is in arrangement conveyer 356 sides, become level with roughly the same height, at the pars intermedia along the length direction of paper 12, guide portion 392 sides are than guide portion 390 side height, in this part, connect its top mutually linearly crustal inclination of line.

That is, above the guide portion 390,392, carriage 362 sides, with tilt alignedly above the directing plate 366,368, but towards arrangement conveyer 356 sides, this inclinations becomes slowly gradually, and put in order conveyer 356 near become level.

In addition, as the interval between the sidewall 394 of the guide member 388 of guiding groove 364 width, on guide portion 390,392, along with the degree of dip of broad ways is recovered to widen gradually, and in the end of arrangement conveyer 356 sides, wideer than the width dimensions of the paper 12 of accumulation.

Therefore, the paper that is accumulated in the paper 12 of the regulation number on the carriage 362 is piled up 12A, by from carriage 362 in guiding groove 364 to arrangement conveyer 356 side shiftings, and recover gradually along the inclination of the Width of paper 12.

At this moment, by on guide member 388, having formed sidewall 394, prevent the skew of paper 12 broad wayss.

On the other hand, between carriage 362 and guiding groove 364, the directing plate 366 of carriage 362 is separated with directing plate 368, the guide portion 390,392 that forms guiding groove 364 is separated, form thus along the linearly groove 396 of the length direction of paper 12.

As Figure 15 and shown in Figure 16, on accumulation Handling device 350, in framework 360, be provided with pusher 400, the pushing-pressing arm 402 of this pusher 400 and hold-down arm 404 can pass through this groove 396.

As shown in figure 17, guiding feed track 406 has been installed in couples in framework 360.Each guides feed track 406, and its length direction is along the length direction configuration of paper 12, and front end protrudes to the below of arrangement conveyer 356 from framework 360.Between this a pair of guiding feed track 406, across and supporting base plate 408.

One distolateral at guiding feed track 406 disposed axle 410, disposes axle 412 at the other end.On each axle 410,412, two belt pulleys 414 are installed.

Between guiding feed track 406, disposed endless belt 416 in couples, this endless belt 416 is hung around respectively between axle 410 belt pulley 414 and spools 412 the belt pulley 414.

As Figure 16 and shown in Figure 17, on base plate 408, installing component 418 is installed (the inside of the drawing of Figure 17) side in its lower section, with this installing component 418 endless belt 416 is fixed on the base plate 408.

As shown in figure 17, on axle 410, belt pulley 420 is installed in an axial end, on this belt pulley 420, and between the belt pulley 424 that is installed on the axle drive shaft 422A of motor 422, hangs around jointless synchronous belt 426.

Therefore, by the driving of motor 422, the length direction of base plate 408 along paper 12 moved along guiding feed track 406.

As Figure 16 and shown in Figure 17, on framework 360, sensor feed track 428 also is installed in the foreign side's side that guides feed track 406 abreast by separating predetermined distance with guiding feed track 406.On this sensor feed track 428, respectively a plurality of position-detection sensors 430 are installed in assigned position.

In addition, on base plate 408, armed lever 434 is installed in assigned position.On this armed lever 434, form detected portion 432 at its front end, move along guiding feed track 406 by base plate 408, and make detected portion 432 in the face of position-detection sensor 430.

Be installed in each position-detection sensor 430 when base plate 408 moves to assigned position respectively, can detect on the position of detected portion 432, on accumulation Handling device 350, with the shift position of these position-detection sensors 430 judgement base plates 408, and the driving of control motor 422/stop and propulsive effort.

On the other hand, as Figure 16 and shown in Figure 17, cylinder 440 is installed on base plate 408.As shown in figure 16, this cylinder 440 has cylinder bar 444 between a pair of leading axle 442 and cylinder bar 444 can extend upward.

Above cylinder 440, dispose central floor panel 446, the front end of a pair of leading axle 442 and cylinder bar 444 is connected with central floor panel 446, and supports this central floor panel 446.

Cylinder 448 is installed on central floor panel 446.Cylinder 448, its cylinder bar 452 is located between a pair of leading axle 450, and cylinder bar 452 can extend upward.

Above this cylinder 448, disposed strut bar 454, make the Width of its length direction along paper 12, the front end of leading axle 450 and cylinder bar 452 is connected with this strut bar 454, can support this strut bar 454 up or down with this.

On pusher 400, with respect to one group of carriage 362 and guiding groove 364, be provided with one group of pushing-pressing arm 402 and hold-down arm 404 (with reference to Figure 16), on strut bar 454, this pushing-pressing arm 402 and hold-down arm 404 are installed on the position corresponding to each groove 396.

As shown in figure 15, pushing-pressing arm 402 is installed on the support 456 that slightly is the L word shape, and its leading section towards arrangement conveyer 356 sides is further crooked upward, and the leading section that this is crooked is piled up the 402A of pushing portion of 12A with regard to becoming the paper that pushes paper 12.

Hold-down arm 404, it is towards the leading section of shutoff device 320 sides, forms the crooked upward L word shape that slightly is, and the leading section that this is crooked upward just becomes the support portion 404A that piles up 12A in the face of the paper of paper 12.

Shown in the solid line of Figure 15, pushing-pressing arm 402 and hold-down arm 404, under the state that the cylinder bar 452 with the cylinder bar 444 of cylinder 440 and 448 shrinks, 402A of pushing portion and support portion 404A are housed in the groove 396.

In addition, shown in the long and two-short dash line of Figure 15, pushing-pressing arm 402 and hold-down arm 404, the elongation because of the cylinder bar 452 of the cylinder bar 444 of cylinder 440 and cylinder 448 is moved upward respectively, and 402A of pushing portion and support portion 404A are come out from groove 364.Therefore, the 402A of pushing portion of pushing-pressing arm 402 and the support portion 404A of hold-down arm 404, the paper that can face paper 12 be piled up the end of the length direction side of 12A.

In addition, as shown in figure 16, on baffle plate 374, otch 458 is formed on the position in the face of the support portion 404A of hold-down arm 404,, has prevented the interference of the support portion 404A and the baffle plate 374 of pushing-pressing arm 402 and hold-down arm 404, particularly hold-down arm 404 with this.

Pusher 400 though the cylinder bar 444,452 of cylinder 440,448 is shunk, when baffle plate 374 rises, makes guiding groove 364 side shiftings and the protrusion of the support portion 404A of hold-down arm 404 to baffle plate 374.

Therefore, the support portion 404A that the paper that can prevent to be accumulated in the paper 12 carriage 362 in when baffle plate 374 is risen is piled up 12A and hold-down arm 404 is abutted against, and makes the landing from the directing plate 366,368 of the paper 12 that is aligned and is accumulated on the carriage 362 (directing plate 366,368) also at random.

Subsequently, pusher 400 moves to hold-down arm 404 assigned position that the leading section of paper 12 is moved away from directing plate 366,368, and it is at random to pile up 12A with the paper that prevents paper 12, and makes the paper of this paper 12 pile up 12A to stop.

Under this state, pusher 400, under the state of shutoff device 320 sides (the drawing left side of Figure 15) of the 402A of pushing portion of pushing-pressing arm 402 being piled up 12A in the face of the paper of paper 12, with pushing-pressing arm 402 to arrangement conveyer 356 side shiftings.With this, the paper of paper 12 is piled up 12A, is pushed pressure arm 402 pushings, moves along guiding groove 364.That is, the paper of paper 12 is piled up 12A along guiding groove 364 carryings.In addition, on Figure 15, omitted the diagram that the paper of paper 12 is piled up 12A.

On the other hand, as shown in Figure 4, on arrangement conveyer 356, between a pair of side frame 460, be provided with belt conveyor 462.The opposing party of side frame 460 is arranged on accumulation Handling device 350 sides, belt conveyor 462, and the Width by the propulsive effort of not shown motor along paper 12 moves.

On this arrangement conveyer 356, make top and belt conveyor 462 top of the side frame 460 of accumulation Handling device 350 sides, this height, near the guide portion 390,392 top low slightly than side frame 460 roughly at identical height.In addition, the pushing-pressing arm 402 of pusher 400, the 402A of its pushing portion is top higher slightly than side frame 460.

Therefore, be pushed pressure arm 402 pushings and pile up 12A, be pushed pressure arm 402 and shift onto on the belt conveyor 462, and carried out the transition on the arrangement conveyer 356 (also with reference to Figure 15) between the guiding groove 364 along the paper of the paper 12 of carrying in the guiding groove 364.

On arrangement conveyer 356, axle 464 is configured in couples the upper side of belt conveyor 462.Each axle 464, it is (length direction) axially, installs along the length direction of the paper 12 of the Width of belt conveyor 462.

The base plate 466 of rectangular flat shape is across between this axle 464.On base plate 466, slide block 168 is installed in respectively on the position of a pair of axle 164, this slide block 468 can be along 464 be mated, with supporting baseplate 466 with moving axially.

On this base plate 466, in the face of being provided with plate washer 470 above the belt conveyor 462 as stop mechanism.This plate washer 470 is band plate-like, and be installed into its length direction along with the Width of the paper 12 of the axial vertical direction of axle 464, and face each opening of each guiding groove 364 of trucking department 354.

This plate washer 470 is with moving axially of base plate 466 edge axles 464, to change apart from the distance of trucking department 354 side ends of belt conveyor 462.

Promptly, with accumulation Handling device 350, can be according to the size of the paper of accumulating 12, variable directing plate 366,368, guide member 388 (guide portion 390,392) and pusher 400 (pushing-pressing arm 402 and hold-down arm 404), and the location change that can put the plate washer 470 of conveyer 356 in order.

On arrangement conveyer 356, the stationkeeping of this plate washer 470 in the position of the length direction length that meets paper 12, is pushed pressure arm 402 from each guiding groove 364 of trucking department 354 and shifts the paper of the paper 12 on the belt conveyor 462 onto and pile up 12A, be abutted against with this plate washer 470.

Therefore, with arrangement conveyer 356, under state, stop and the paper that carrying each paper 12 is piled up 12A the alignment of the front end of length direction.That is, each paper of paper 12 is piled up 12A, and ， And row Xia state that length direction all aligns is carried on the belt conveyor 462 at Width.

Arrangement conveyer 356 by moving conveyor belt 462, is piled up 12A with the paper of this paper 12 and is sent.

Downstream moving paper 12 directions by arrangement conveyer 356 has disposed carrying conveyer 472.This carries conveyer 472, has the belt conveyor 474 that drives (rotation is moved) with the rotation of the propulsive effort of not shown motor, and the paper of the paper of being sent here by arrangement conveyer 356 12 is piled up 12A, is carried on this belt conveyor 474, is transmitted with this and is with 474 carryings.

The moving velocity of the belt conveyor 474 of carrying conveyer 472, than the moving velocity big (soon) of the belt conveyor 462 of being located at arrangement conveyer 356, therefore, the paper of paper 12 is piled up 12A, and its mutual interval is drawn back and is moved on the belt conveyor 474.

On this carrying conveyer 472, adjacent ground connection has been disposed conversion conveyer 476, and the paper of paper 12 is piled up 12A, is sent to conversion conveyer 476 from carrying conveyer 472.And, as shown in figure 14, also can not establish carrying conveyer 472, be sent to conversion conveyer 476 and the paper of paper 12 is piled up 12A from arrangement conveyer 356.

As shown in Figure 7, conversion conveyer 476 has a plurality of rolling bars 478.Rolling bar 478, it axially disposes along the length direction of paper 12, and install along the Width of paper 12 at a/s interval.

In addition, on conversion conveyer 476, the end that baffle plate 480 is located at and carries conveyer 472 opposition sides.Baffle plate 480, its length direction is along the length direction configuration of the axial paper 12 of rolling bar 478.

Rolling bar 478 is rotated by the drive force of not shown driver train, will pile up 12A from the paper of the paper 12 sent here of carrying conveyer 472 and move to baffle plate 480.Therefore, with conversion conveyer 476, the paper of paper 12 is piled up 12A be abutted against and it is stopped to baffle plate 480.

In addition, on conversion conveyer 476, push part 482 is from protruding between the rolling bar 478 that adjoins each other.Each push part 482 is installed on the not shown endless belt, makes its axial one distolateral to other end side shifting from rolling bar 478 between rolling bar 478 to drive this endless belt.

On conversion conveyer 476, by mobile push part 482, the paper that can push the paper 12 that is abutted against with baffle plate 480 and stops to be piled up 12A, and slides with baffle plate 480 on one side and move on one side.With this, the paper of paper 12 is piled up 12A, is carried out the transition on the carrying conveyer 484 of next operation continuity.

The below effect of explanation present embodiment.

The system of processing 10 that is used for present embodiment is pulled out substrate 14A from the excircle end of the former material volume 14 that is installed on carrying device 316, and with this substrate 14A as prescribed speed to cutting apart with a knife or scissors device 318 carryings.

Cutting apart with a knife or scissors on the device 318, using carving knife 30,32 clamping substrate 14A, and as prescribed forms the processing of cutting of joint-cutting 36 at interval by driving these carving knife 30,32 rotations.In addition, cutting apart with a knife or scissors on the device 318, while with conveying roller 330 clampings cut into Rack substrate 14A, prevent between the substrate 14A to overlap and send to shutoff device 320.

Shutoff device 320 will be from cutting apart with a knife or scissors substrate 14A that device 318 sends here with conveying roller 336 clampings, and send to upper cutter 44 and lower cutter 46.Simultaneously, on shutoff device 320, the substrate 14A of every carrying specified amount just stops the carrying of substrate 14A, and with the action of upper cutter 44 it is cut off.That is,, make upper cutter 44 actions (decline), cut off substrate 14A, open 12 (example as present embodiment is per 7) with the plurality of sheets of paper that forms given size from sending the moment of specified amount substrate 14A between upper cutter 44 and the lower cutter 46.

On the other hand, on system of processing 10, be provided with accumulation Handling device 350, with the accumulation portion 352 and shutoff device 320 disposed adjacent of this accumulation Handling device 350.

In accumulation portion 352, form side by side in shutoff device 320 and meet the carriage 362 of paper 12 numbers of producing, each paper 12 of producing with the action of upper cutter 44 drops on the cooresponding carriage 362.

Each carriage 362 has with predetermined angular bevelled directing plate 366,368, and paper 12 is accumulated on the directing plate 366,368 in order.At this moment, because each paper 12 broad wayss and length direction inclination, so paper 12 does not overlap between adjacent carriage 362.

In addition, on carriage 362, upstanding wall 372 is located at the bevelled lower side of directing plate 366,368, baffle plate 374 descends, paper 12, the end of its Width and upstanding wall 372 are abutted against, the end of its length direction and baffle plate 374 are abutted against, with Width and length direction alignment and accumulation.

On accumulation Handling device 350, the paper 12 of regulation number is accumulated on each carriage 362, and, the support portion 404A that is located at the hold-down arm 404 on the pusher 400 is come out from the groove 396 between the directing plate 366,368 in trucking department 354 sides of baffle plate 374.In addition, support portion 404A (hold-down arm 404) also can come out in the accumulation of paper 12 in advance.

On accumulation Handling device 350, under this state, make cylinder 382 actions, baffle plate 374 is risen.With this, the paper of paper 12 is piled up the front end of 12A and the support portion 404A of hold-down arm 404 is abutted against.Under this state, hold-down arm 404 is moved to the assigned position of trucking department 354, make the paper of paper 12 pile up 12A with this, slip over directing plate 366,368, transition also stops on the guide portion 390,392 that formed guiding groove 364 top.

Pusher 400, the support portion 404A of hold-down arm 404 is moved to assigned position, piling up 12A with this paper with paper 12 moves and stops to guiding groove 364, at this moment by making hold-down arm 404 and pushing-pressing arm 402 move, make it in groove 390, to keep out of the way downwards simultaneously, can be to shutoff device 320 side shiftings, the 402A of pushing portion of pushing-pressing arm 402 is piled up 12A from carriage 362 sides to the paper of paper 12.

Subsequently, CD-ROM drive motor 422 moves pushing-pressing arm 402 to arrangement conveyer 356.Because of moving in the groove 396 of this pushing-pressing arm 402 between guide portion 390,392, pile up 12 and push the paper that carries out the transition to the paper 12 on the guide portion 390,392, and in guiding groove 364, carry by the 402A of pushing portion.

At this moment,, slow down gradually, make the paper of paper 12 pile up 12A with this and when arriving the end of arrangement conveyer 356 sides, return to slightly horizontal along the inclination of paper 12 Widths in guide portion 390,392.In addition, on the guide member 388 that forms guide portion 390,392, be provided with sidewall 394, because paper 12, the end of its Width not only is abutted against with this sidewall 394 but also is moved, so can not produce the skew that the paper of paper 12 is piled up 12A.

The paper of the paper 12 that is the level of state with the method by guiding groove 364 is piled up 12A, because of the support portion 402A on the pushing-pressing arm 402 of being located at pusher 400 protrudes to arrangement conveyer 356, and release from the belt conveyor 462 to arrangement conveyer 356 between the guiding groove 364.

On the other hand, on arrangement conveyer 356, be provided with plate washer 470, and this plate washer 470, be fixed on the assigned position corresponding to paper 12 sizes (size along its length).

Be pulled to plurality of sheets of paper on the belt conveyor 462 of arrangement conveyer 356 and open 12 paper and pile up 12A, the end of its each length direction and this plate washer 470 are abutted against and stop, and are organized and are carried on the belt conveyor 462.

Arrangement conveyer 356 when when accumulation Handling device 350 is piled up the paper of paper 12 12A and sent into, drives belt conveyor 462, the paper of this paper 12 is piled up 12A be sent to carrying conveyer 472 in order.

Carrying conveyer 472, the paper of the paper 12 that will accept from arrangement conveyer 356 is piled up 12A, send to conversion conveyer 476, conversion conveyer 476 is piled up the 12A broad ways with the paper of this paper 12 and is moved, and collide with baffle plate 480, align the paper of paper 12 is piled up 12A, and release to carrying conveyer 484 with push part 482.Thus, the paper of paper 12 is piled up 12A, under the state that Width and length direction are aligned, is handled upside down conveyer 484 carryings, and is sent to next process.

The accumulation Handling device 350 that is applicable to present embodiment like this, plurality of sheets of paper with shutoff device 320 And row and production opens 12, be accumulated on the carriage 362 with the bevelled state respectively, the paper that can form the paper 12 that Width and length direction both sides are alignd is piled up 12A.

In addition, with accumulation Handling device 350, can keep forming paper and pile up the plurality of sheets of paper of 12A and open the states of 12 alignment and send.

In addition, more than Shuo Ming present embodiment be an application example of the present invention, but structure of the present invention is not limited to this.For example, in the present embodiment, be that directing plate 366,368 is tilted to the Width and the carrying direction (length direction) of paper 12 respectively, but as long as broad ways tilts at least, at this moment, baffle plate 374, inhibition is along the skew of the Width of paper 12, so that the paper of this paper 12 is piled up 12A, push when mobile being pushed splenium 402A, the paper of paper 12 can be piled up the length direction side alignment of 12A.

In addition, in the present embodiment, explanation be the example of producing as the paper 12 of print paper, but be not limited to this, can be applied to accumulation and carrying when the various thin slice body of the photosensitive material of producing various paper used for recording, photosensitive paper or film etc. etc.

According to above explanation, at least on one side with the Width alignment accumulation on one side of thin slice body, and pile connecing of push part and this thin slice body removed and move to the pushing of carrying direction, can and carry Width and length direction alignment with this.

In addition, with accumulation Handling device of the present invention, can obtain the multiple sheet body that each And row produces is alignd equably and accumulate, can not only keep the state of alignment but also the superior effect that can carry to next process.

Claims (15)

1. the job operation of a thin slice body is characterized in that, comprising:

The a/s width dimensions of the sheeting of strip shape cut apart with a knife or scissors and whole carry cut apart with a knife or scissors operation,

Will described cut apart with a knife or scissors the a/s length of each described sheeting of being cut apart with a knife or scissors in the operation and sending into cut off and be processed into the cut-out operation of the thin slice body of given size,

Make according to and the accumulation operation of accumulating parallel at the described thin slice body of cutting apart with a knife or scissors each sheeting that operation cut apart with a knife or scissors and producing in described cut-out operation,

Will the inner packing operation of pile pack of the described thin slice body of described accumulation operation as prescribed number accumulation,

Be positioned in the carrying operation of piling up and be transported to from the accumulation operation in order described inner packing operation of the thin slice body of described accumulation operation accumulation,

Wherein in the accumulation operation, the mode that reduces with an end that makes the Width vertical at least, on respect to horizontal direction bevelled directing plate, place described thin slice body with the carrying direction of accumulation portion, at this moment the end of the Width of this thin slice body and the upstanding wall that uprightly is arranged at the bevelled lower side of described directing plate are abutted against

And the end of the carrying direction side of described thin slice body is abutted against with the stop board that can be arranged at carrying direction side up or down, accumulates,

In the carrying operation, will with the described thin slice body of having accumulated pile described carrying direction opposition side end relative to push part, move to the carrying direction, with this pile carrying described thin slice body from accumulation portion.

2. the job operation of thin slice body according to claim 1 is characterized in that: further tilt with respect to horizontal direction and described thin slice body is accumulated in the mode of the end of the described carrying direction side that reduces described thin slice body.

3. the job operation of thin slice body according to claim 2, it is characterized in that: along the carrying direction of described accumulation portion, the guide of the end of the Width that being provided with to slide is abutted against described thin slice body, on one side the end of the Width of described thin slice body slided with described guide be abutted against, pile mobile with described thin slice body on one side.

4. accumulation Handling device that is used for the thin slice body of the described job operation of claim 1, broad ways is at interval cut apart with a knife or scissors as prescribed and the sheeting of the strip shape sent into is cut into specified length, is processed into a plurality of thin slice bodies of rectangular shape side by side, these thin slice bodies are accumulated in accumulation portion, and will accumulates piling up of good thin slice body and carry from accumulation portion, it is characterized in that:

Comprise: be provided with in the face of each side by side described and processed good a plurality of thin slice bodies and be in a distolateral and described carrying direction side of Width reduction the described thin slice body of heeling condition, mounting directing plate and

Be located at each described directing plate described Width a distolateral and upstanding wall that be abutted against with the end of the Width of described thin slice body and

Can with respect to directing plate top near the stop board that is located at each described carrying direction side of described directing plate with leaving, under the state of close control plate, is abutted against with the end of the carrying direction side of described thin slice body and

In the face of direction moves so that move the pushing travel mechanism of piling up of thin slice body to the carrying direction to carrying with the end of the described carrying direction opposite sense side that is accumulated in the described thin slice body on the described directing plate and making described stop board make push part under the state that leaves above the described directing plate.

5. the accumulation Handling device of thin slice body according to claim 4, it is characterized in that: also be provided with guide member, this guide member, in the carrying direction side of each described directing plate, be configured in the both sides of the Width of thin slice body in couples, and be formed with move with described pushing travel mechanism described thin slice body pile the time, on one side an end of the Width of thin slice body and a side's sidewall is slided be abutted against, the guiding groove of one side channeling conduct.

6. the accumulation Handling device of thin slice body according to claim 5 is characterized in that: the mounting surface that is used for described thin slice body of described guide member, tilt to Width and carrying direction in the mode of the Width degree of dip of slowing down described thin slice body.

7. according to the accumulation Handling device of claim 5 or 6 described thin slice bodies, it is characterized in that: the carrying direction side at described guide member disposes conveyer, and this conveyer has:

By each described thin slice body of mounting pile and to prescribed direction move carry the thin slice body pile belt conveyor and

Will be by the described travel mechanism that pushes from being transported to the stop mechanism of piling up, stop at the assigned position on the belt conveyor of described each thin slice body on the described belt conveyor between the described guiding groove.

8. according to the accumulation Handling device of claim 5 or 6 described thin slice bodies, it is characterized in that: described strip shape sheeting is carried along its length, make that the length direction of this thin slice body is described carrying direction when described thin slice body is cut off and is sent on the described directing plate along its length.

9. the accumulation Handling device of thin slice body according to claim 7, it is characterized in that: described strip shape sheeting is carried along its length, make that the length direction of this thin slice body is described carrying direction when described thin slice body is cut off and is sent on the described directing plate along its length.

10. a processing unit (plant) that is used for the thin slice body of the described job operation of claim 1 is characterized in that, comprising:

The a/s width dimensions of the sheeting of strip shape cut apart with a knife or scissors and whole carry cut apart with a knife or scissors device,

Will described cut apart with a knife or scissors shutoff device that the a/s length of each described sheeting of being cut apart with a knife or scissors in the operation and sending into cut off and be processed into the thin slice body of given size,

Make according to and the collecting apparatus accumulated parallel at the described thin slice body of cutting apart with a knife or scissors each sheeting that operation cut apart with a knife or scissors and producing in described cut-out operation,

Will the inner packing device of pile pack of the described thin slice body of described accumulation operation as prescribed number accumulation,

Be positioned in the accumulation of described accumulation operation the thin slice body pile and in order from the accumulation operation be transported to described inner packing operation Handling device,

The accumulation Handling device, broad ways is at interval cut apart with a knife or scissors as prescribed and the sheeting of the strip shape sent into is cut into specified length, is processed into a plurality of thin slice bodies of rectangular shape side by side, these thin slice bodies are accumulated in accumulation portion, and will accumulates piling up of good thin slice body and carry from accumulation portion, and this accumulation Handling device comprises:

Be provided with in the face of each side by side described and processed good a plurality of thin slice bodies and be in a distolateral and described carrying direction side of Width reduction the described thin slice body of heeling condition, mounting directing plate and

Be located at each described directing plate described Width a distolateral and upstanding wall that be abutted against with the end of the Width of described thin slice body and

Can with respect to directing plate top near the stop board that is located at each described carrying direction side of described directing plate with leaving, under the state of close control plate, is abutted against with the end of the carrying direction side of described thin slice body and

In the face of direction moves so that move the pushing travel mechanism of piling up of thin slice body to the carrying direction to carrying with the end of the described carrying direction opposite sense side that is accumulated in the described thin slice body on the described directing plate and making described stop board make push part under the state that leaves above the described directing plate.

11. thin slice body processing unit (plant) according to claim 10 is characterized in that: at described porter's device, have described thin slice body pile above or below at least the one side on the filling blocking paperboard filling mechanism.

12. thin slice body processing unit (plant) according to claim 11 is characterized in that: described filling mechanism, along described thin slice body pile the carrying direction dispose in pairs, and between this filling mechanism, comprise switching mechanism with pile upset of described thin slice body.

13. thin slice body processing unit (plant) according to claim 12 is characterized in that:

Described switching mechanism comprises: on the belt conveyor of as prescribed arranged spaced the described thin slice body of mounting pile and the carrying mechanism carried,

Its direction of principal axis along the direction configuration vertical with the carrying direction of described carrying mechanism carrying and by the propulsive effort of driver train be rotated driving S. A.,

Be located on the described S. A. and for mounting on described belt conveyor and the described thin slice body that is handled upside down pile conveying, control this thin slice body pile handle sturcture.

14. thin slice body processing unit (plant) according to claim 13 is characterized in that:

Described handle sturcture comprises: the strut bar that an end is installed on the described S. A., the other end is relative to the configuration between described belt conveyor,

Face described strut bar setting and can between strut bar, control the handle part of piling up that also can keep described thin slice body.

15. according to any described thin slice body processing unit (plant) in the claim 10～14, it is characterized in that, also comprise:

Will by described accumulation mechanism arrange and a plurality of described thin slice body of accumulation pile, the delivering mechanism sent along the carrying direction of described thin slice body,

Will by carrying of described delivering mechanism broad ways and the described thin slice body of sending into pile, the switching mechanism sent along the length direction of thin slice body.

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