JPH0617126B2 - Attached paper sheet creation attachment device - Google Patents

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a device for creating and attaching an attached paper sheet to be attached to an object to be attached, for example, after forming an image line of shipping processing information or the like. The present invention relates to an attached sheet form making / attaching device that cuts a predetermined size to create an attached sheet form and attaches the attached sheet form to a load conveyed by a conveying device.

[Conventional technology]

As a device for making and attaching an attached paper slip, for example, an address paper slip attached to a bundle of newspapers sent from a newspaper company to a store,
For example, "Main equipment for the latest newspaper production" (May 17, 1986)
Known are those shown on pages 444 and 445 of the Japan Newspaper Association (Japan) (see Fig. 4). This is "Newspaper Printing Technology No. 111" (March 25, 1985, published by The Japan Newspaper Association), page 45 to page 54 ) An image forming unit A3 that forms a necessary information image line and a cutting unit A4 that cuts into a predetermined size in the paper path between the paper supply unit A1 and the paper discharge unit A2 of the apparatus.
In the paper discharge section A2 of the address form forming section A, which is provided with
An attachment means B is provided for attaching an address slip to a bundle of newspapers. Then, the control unit C including the CPU sends out the content sheet including the drawing line content formed on the address sheet,
Address sheets are created by controlling the timing of image formation and cutting. The address paper slip thus created is introduced into the paper edge holding conveyor means of the attachment means B, and is attached to a moving newspaper bundle that is conveyed by a conveying device installed below the conveyor means. Of. In this case, the control unit C controls the attachment plate of the attachment unit B so as to operate in conformity with the moving speed of the newspaper bundle and the height of the newspaper bundle from above the address slip held by the conveyor unit. To descend.

[Problems to be solved by the invention]

In the above-mentioned conventional one, since the address paper sheet is attached while forming (drawing / cutting) the address paper in parallel with the shipping work, the drawing content of the address paper sheet surface, for example, the number of delivered units, the number of delivered copies, the track
The change of information such as No. can be delayed until the time when the shipping work is started, and the number of personnel for creating and organizing address slips can be reduced. However, in the above-mentioned conventional apparatus, for the purpose of saving the image forming time and effectively utilizing the paper, the long side of the address slip to be created is made to be the paper width and the short side is made to be the cutting length. Therefore, a problem may occur depending on the layout of the transport device that transports and moves the bundle of newspapers (attachments) to the position where the slips are attached.

FIGS. 3 (a) and 3 (b) are diagrams showing the layout of a conveying device for a newspaper bundle printed by a rotary press. In both figures, the newspaper printed by the rotary press 401 is carried out in the direction of the arrow, and the stacking device 402 forms a fixed amount of newspaper bundle, that is, the attached material SS, and is carried by the carrying device CV in the direction of the arrow. Then, the address paper form 404 is attached by the attached paper form creating and attaching device 403, the packaging material 406 is applied by the wrapping device 405, and the paper is conveyed through the attached paper form reading device 407. In this case, in the case of the layout shown in Fig. 3 (a), the length and the short side of the address paper slip 404 are aligned with the length and the short side of the newspaper bundle so that they are attached so that they can be surely accommodated in the upper surface of the newspaper bundle. 、 Reading the address form on the downstream side,
Also, although the shipping sorting process based on the read result can be surely performed, if the layout is as shown in FIG. 3 (b) due to the positional relationship of the pillars TH of the building, the transport direction converting means 408 is necessary. In addition, the relationship between the length and short side of the address paper slip and the length and short side of the newspaper bundle is reversed, and the address paper slip may be attached in a state of protruding from the top surface of the newspaper bundle. , The address slips may be dropped and lost on the way, or the address slips on the downstream side cannot be read reliably.
There is a problem in that it becomes impossible to perform shipping classification processing based on the read result.

[Means for solving problems]

The present invention has been made to solve the above problems, and an image forming unit that forms a necessary information image line and a cutting unit that cuts to a predetermined size in a paper path between a paper supply unit and a paper discharge unit. And a conveyor means for holding the paper cut into the predetermined size and holding the opposite edge of the paper, and an ejecting means for discharging the paper that has been sandwiched by the conveyor means. In an attachment sheet preparation and attachment device that is pushed out toward an attachment and attached, the vicinity of the lower end corners of the cut material sheet in an upright state or a state close to it is pressed and clamped between the cutting portion and the conveyor means. Then, a technical means of providing a paper slip turning means including a turning fulcrum means and a stop member for abutting the side end portion of the cut material is adopted.

[Work]

According to the above configuration, the address paper sheet or the attached paper sheet created by forming the lines and cutting it is matched with the layout of the transport device for transporting the object to be attached to the paper sheet, and the sheet slip of the paper discharge section is directly used. Of the attached paper slip, or after turning the attached paper slip by about 90 ° by the paper slip rotation means, it is introduced into the conveyor means to separate the attached material and the attached paper slip. It can be attached with the long and short sides aligned.

〔Example〕

FIG. 1 is a schematic configuration diagram showing an embodiment of the present invention. In the same figure, the roll paper R1 and R2 are attached to the roll paper supply unit 11, and the leading end of one roll paper R1 has a guide roller 12, an unwind roller 13 and a tension roller 1.
4, the guide rollers 15a, 15b and 15c, the paper feed rollers 16 and 17, and the cutter 18 to form a paper discharge section 19
You will be guided to. Next, the paper discharge section 19 includes the switching guide plate 191 and the switching guide plate cut by the cutter 18.
Introducing conveyor means 192 for introducing the cut paper sheet guided by 191 into the first conveyor means 193 which holds the opposite edges thereof.
A sheet slip turning means 30 provided in the middle part of the introduction conveyor means 192, and an attachment holding a pair of opposite side edges by the conveyor means 193 by the descending operation of the extrusion discharge plate 196a waiting above the conveyor means 193. Extruding and discharging means 196 for discharging the paper slip 01 toward the object to be attached SS, provided at an extension terminal portion of the conveyor means 193, and the conveyor means 1
Voucher receiver 197 for receiving attached voucher guided by 93,
Damaged paper guided by switching of the switching guide plate 191, for example, a damaged paper receiver that receives a paper splicing portion described later 1
Composed of 98 and. Note that the conveyor means 193 can variably set the belt installation interval, that is, the interval between the opposite edges of the cut paper sheet, and the extrusion discharge plate 196a is provided by being provided with a predetermined dimension smaller than the long and short sides of the cut paper sheet. It can be mounted by turning it 90 degrees.

The paper sheet turning device 30 includes an electromagnetic cylinder or a fluid cylinder (hereinafter referred to as a cylinder) 301 having an appropriate pointing member 302 attached to the tip of a rod, and a receiving member 303 from the cutting action position of the cutter 18 to cut the material length. (That is, the length of the short side of the attached paper slip 01), a little shorter than the length of the attached paper slip 01, and with the rod of the cylinder 301 stretched, facing the paper slip passage path of the introduction conveyor 192, facing the receiving side. It is provided so as to sandwich the one side of the lower end of the paper fed into the paper sheet passage between the member 303 and the member 303, and serves as a turning fulcrum. Then, on the further downstream side, a stop member 304 (second
(See Figures (a) and (b)) and the cylinder 30
1, receiving member 303, stop member 304, in the width direction of the paper,
The movement is adjustable by an appropriate means.

Next, the leading end of the other roll-shaped paper R2 is attached to the guide roller 1
It is connected to the paper splicing part 20 with a diameter of 2 ', and in accordance with the exhaustion of the winding material paper R1, it stands by for splicing to the end of the winding material paper R2.

An image line is formed on one surface of the roll paper R1 (R2) between the guide rollers 15b and 15c,
For example, thermal heads 211, 211 'and platen roller 2
An image forming unit 21 composed of 12,212 'is provided, and a color band printing unit 22 and a color mark printing unit 23 are provided between the two paper feed rollers 16 and 17.

With the above configuration, the operation will be described next. First, the roll-up paper R1 (R2) is unwound by the unwinding roller 13 and is stored by the amount of swing of the tension roller 14. Subsequently, the paper is fed by the paper feed rollers 16 and 17, and in the meantime, the image forming unit 21 and the color band printing unit 22,
An image line is formed when passing through the color mark printing unit 23. The image forming unit 21 has two sets of thermal heads 211 and 211 'and platen rollers 212 and 212' so that each set simultaneously receives half of the formed image lines to form an image. As a result, the image forming time for one sheet can be shortened. At this time, when the paper portion on which the image is already formed by the upstream thermal head 211 and the platen roller 212 passes between the downstream thermal head 211 'and the platen roller 212', the paper feed roller 16 , 17, the feed speed becomes faster,
The thermal heads 211 and 211 'are both separated from the paper surface. The raw paper on which the image is formed as described above is sent to the cutter 18 by the paper feed rollers 16 and 17 and cut into a predetermined size, for example, A4 size. At this time, the paper sheet turning means 30 synchronizes with the activation of the cutter 18 or slightly earlier than that, and the cylinder 3
01 operates so as to extend the rod, presses and clamps one side of the lower end of the paper stock to the receiving member 303, and supports it. The point-supported material paper is cut at the upstream portion by the cutter 18 to form an attached paper slip 01, which turns about 90 ° with the point-supporting portion as a fulcrum, and its side end contacts the stop member 304 to turn. Stopped and positioned. Then, the rod retracts into the cylinder 301 to release the attached paper slip 01, and the attached paper slip 0
1 is dropped and delivered to the conveyor means 193. The rod retraction operation signal of the cylinder 301 is transmitted by a timer (not shown) operated by the activation signal of the cutter 18 after a time necessary for turning the paper sheet after the activation of the cutter 18. Also, cylinder 301, receiving member 303, stop member
By moving 304 in the width direction of the paper stock and adjusting the point support position and the roll stop position, the center position of the attached paper slip 01 after roll can be adjusted.

Next, in the attached paper slip 01, it is necessary that the image formed by the upstream thermal head 211 and the image formed by the downstream thermal head 211 'are aligned, and this image and the cutting position are aligned. The formation of each image line, the unwinding and feeding of the material, and the cutting are all controlled by the control unit 25. The attached paper slip 01 cut and turned as described above and delivered to the conveyor means 193 stops immediately below the extrusion discharge plate 196a of the extrusion discharge means 196, and is conveyed to the space below the conveyor means 193 by the conveyor CV. It is attached by the lowering operation of the extrusion discharge plate 196a to the upper surface of the attachment SS reached by. Alternatively, it is guided by the conveyor means 193 into the paper-sheet receiver 197 at the extended end thereof and accumulated.

Next, the conveyor means 193 is provided with an endless belt so that the opposite edge of the attached paper slip 01 is nipped and conveyed from above and below, and the extrusion discharge plate 196a can pass therethrough as indicated by the arrow.

As described above, the roll paper R1 is spliced to the front end of the roll paper R2 after the predetermined exhaustion, but this spliced portion cannot be used as the attached paper slip 01. Therefore, the switching guide plate 191 is switched in line with the arrival of this portion at the paper discharge section 19, and the paper containing the paper splicing portion is discharged to the damaged paper receiver 198.

The control unit 25 controls which discharge operation is performed by the paper discharge unit 19 , that is, the switching of the switching guide plate 191 and the movement / stop of the conveyor means 193. As described above, the control unit 25 controls the operation of each operation unit of the device of the present invention, but the control command is manually or / and transmitted each time by a detection means (not shown), or in advance programming. There are cases where they are given after being given, and cases where they are given together. In addition, the control unit 25 also controls the display format and display content of the lines formed on the attached paper sheet.

In the operation example described above, the layout of the transport device CV that transports the attachment SS to the attachment sheet attachment position is shown in FIG. 3 (b).
In the case as shown in Fig. 3, the attached form 01 or the address form 404 is rotated to be pushed out and attached. In the case where the layout is as shown in Fig. 3 (a), the attached form It is not necessary to turn the form 01 or the address form form 404, and the form form turning means 30 is not operated. In any case, the belt installation interval of the conveyor means 193 and the direction of the push-out discharge plate 196a are set so as to be aligned with the direction of the attached paper slip 01 so that the push-out discharge attachment of the attached paper slip 01 is not hindered. .

The present invention is not limited to the above-described embodiments, but includes design modifications without departing from the scope of the claims.

〔The invention's effect〕

Since the present invention has the configuration and operation as described above,
The attached paper slip can be attached to the attached material by aligning the long side and the short side with the attached material at all times regardless of the layout of the transporting device that conveys the attached material to the paper attachment position. It becomes possible to freely select the layout of the above-mentioned carrier and / or the attachment position of the attached paper slip, that is, the installation position of the attached paper slip making / attaching device according to the convenience of the building. Layout can be done without waste and without waste. In addition, the reading of the form and the processing work based on the form on the downstream side of the attachment position of the attached form can be prevented.

[Brief description of drawings]

FIG. 1 is a schematic configuration diagram showing an embodiment of the present invention, FIGS. 2 (a) and 2 (b) are views taken in the direction of arrow X in FIG. 1, and FIG. 3 (a).
FIG. 4B is a diagram showing a layout of a conveying device for a newspaper bundle printed by a rotary press, and FIG. 4 is a schematic configuration diagram of a conventional device. 01: Attached paper sheet, 11: Paper feeding section, 19 : Paper discharging section, 193: Conveyor means, 21 : Image forming section, 30 : Paper sheet turning means, SS: Attachment.

Claims (1)

[Claims] 1. An image line forming unit for forming a necessary information image line and a cutting unit for cutting to a predetermined size are provided in a paper path between the paper supply unit and the paper discharge unit, and the paper discharge unit is provided with: The conveyor means for introducing the paper cut into the predetermined size and holding the opposite edge thereof, and the extrusion discharge means are provided.
In an attached paper sheet making and attaching device which extrudes and attaches a paper sandwiched by the conveyor means toward an object to be attached, between the cutting section and the conveyor means,
A paper-sheet rolling means comprising means for pressing and clamping the vicinity of the lower end corners of the cut material paper in an upright state or a state close to it as a fulcrum of rotation and a stop member for abutting the side end portion of the cut material paper. An attachment device for making and attaching an attached paper sheet, which is characterized by being provided with.