JPS5818293A - Continuous form automatic bookbinding cutter - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention involves cutting a continuous form along perforations provided at intervals in the longitudinal direction to form unit @ slips, and stacking a predetermined number of these unit slips. This is about a continuous thread automatic bookbinding @cutting machine that can continuously produce booklets by binding them together. This type of machine prints information on each page as shown in Japanese Patent Application Laid-Open No. 54-92418. After printing the necessary information on continuous form paper with columns printed in advance using an output device of an electronic computer such as a line printer, the continuous form form is divided into individual pages, and each divided page is then separated. However, with conventional machines, a continuous form with data for each destination printed in the longitudinal direction is printed on one destination per destination. These are separated into individual unit forms for each destination and bound together for each destination, and at the same time continuous forms with data for two or more destinations printed also in the width direction are printed for each destination. It was not efficient because it did not involve separating the unit sheets into books and binding them.

Therefore, the present invention provides a continuous form self-binding IJb book-cutting machine that can simultaneously bind continuous forms on which data is printed in the width direction for two or more destinations into a book for each destination. In order to achieve an objective such as 0 or more, the objective is to obtain
We adopted the following.

In other words, two sets of high and low speed rollers with a parsitter placed in the middle are used to separate continuous forms with pedestal marks from their perforations into unit forms; a mark reading device for detecting the marks, and a mark reading device that is stacked together for each mark of the separated unit @ slip, and is rotated by a signal from the mark reading device to intermittently send out the chain-stacked forms. The section consisting of spiral blades arranged symmetrically from front to back and left and right is a device, and a bookbinding device that collectively binds the laminated forms fed by a pusher that performs intermittent feeding in conjunction with the rotational movement of the spiral blades. and a cutting device that cuts the bound material fed by a pusher that performs intermittent feeding in conjunction with the operation of the bookbinding device into two or more books.◎ According to the present invention, an electronic computer Separate the continuous forms in which the data was printed into individual unit forms, and classify the unit forms according to the marks printed at the same time as the data.
It is capable of binding unit forms for each classification and then cutting the bound forms into two or more volumes, and it prints marks along with data on continuous forms.
The mark makes it easy to classify unit forms, and the data can be printed for two or more destinations at the same time by the classification W & placement consisting of spiral blades arranged symmetrically in the front and back. A series of wide widths @
It is a form of paper that can be divided into 1 to 1 destinations by supporting T1 well, and by adopting the automatic bookbinding and cutting machine of the present invention, electronic It is characterized by being able to shorten the printing time on a computer and the time from printing to bookbinding.

The embodiments shown in the drawings will be described below.

Figure 1 shows a continuous form processed by a conventional machine.
The figure shows a continuous form processed by the machine of the present invention (i.e.) The continuous form (1) processed by a conventional machine has data for each destination printed at regular intervals along its length. However, the continuous form (1) processed by the machine of the present invention has data for two or more destinations printed in the width direction.

In this way, the width of a continuous form in which data for two or more recipients is printed in the width direction is wide.

Therefore, a device is used to sort the continuous forms.

In Figure 2, Hekyum2, BI B1 Bm, 01
0m...etc. are unit forms that are individually separated from the perforation line (B), and this unit form is divided into three parts in the width direction in the illustration. There is.

, is a punch hole in the paper, that is, one feed hole 1b, a.
......etc. are marks for dividing the unit form. Therefore, the unit form consisting of M1A2 is stacked as shown in Fig. 3, and cut along the three slitter lines as shown in Fig. 4. A unit form made of BI BI Bm is stacked as shown in FIG. 3 and cut as shown in FIG. 4.

Bookbinding and cutting as shown in FIG. 3.4 is performed by the apparatus of the present invention shown in FIG.

First, the continuous form (1) is sent to the pull-in roller t5) (5) by having its feed hole (p) engaged with a pair of left and right bin tractors (3) (3). - A pair of upper and lower retraction rollers (5) arranged in front and back (5
), the @ vote passes through the next pair of upper and lower retraction rollers (8
) (8), and since the retraction roller (5) (5) is rotating at a higher speed than the retraction roller (5) (5), the document is pulled. ,
That is, the unit form is cut to the east from the presser foot (perforation @61).

Next, by paper feeding (9) consisting of four rows of endless bands, the unit form is transferred to the next section numeral f! d (IQ is increased by 60
The classification is that the device has a pair of left and right spiral blades, and a pair of front and rear spiral blades.
IL) and (lob) and (YOC) and (10(1) have different spiral directions and, for example, 1v7
It ends with an F.@This can be done with two turns. When the left and right pair of spiral blades are rotated in opposite directions, they form a -.
1) The intermittent rotation speed of the spiral blades, whose starting ends are formed inside facing each other, is determined appropriately according to the number of turns of the spiral blade. 11! l! In the case of 1 rotation and 2 turns, a 2 rotations is required.In addition, for the intermittent rotation of the spiral blade, a known intermittent rotation mechanism such as Zeneno (mechanism) is adopted.

Although not shown, the distance between the left and right pairs of snowboards (irrals) can be adjusted by 1!L using an appropriate mechanism, and the spacing between the front and rear snowboards (irrals) can also be adjusted. 1@It is now possible to adjust it to fit the size of the form.

When the respective starting ends of the pair of front, rear, left, and right spiral blades are positioned as shown in the figure, the unit form is inserted between the spiral blades, stopped at the - (to), and stacked on the spiral blade. Then, when the form on which i-ri (2) is printed passes the mark sensor (14j), the mark sensor removes the mark and sends the detection signal to the shift register (not shown). At this time, the shift register starts counting and starts i- When the unit ledger on which is printed is supplied to the
An operation signal is sent to the clutch brake (not shown) that rotates the Snowman. This operation signal causes the spiral blade to move to 1.
It rotates or doubles, and the unit forms that had been stacked on the spiral blade fall naturally to the transport head below the number of places, and one line of other classified units is sent into the spiral blade. By rotating the spiral blades in this way, unit forms can be sorted into groups by mark.◎ The paper carrying head consists of a sheet feeding belt or checker 9, which is wound between rollers or sprockets! ! A pusher member (ll
a) (llb)...... is placed on the table ◎ This pusher @ (lla) (llb) is designed to receive the rear end of each stacked form. Above the conveyance path along the conveyor belt Uυ, there is a nip (not shown) for aligning the top and bottom maps of the unit forms, and on both sides of the conveyance path there are side gutters, or protrusions, for aligning the width direction of the unit forms. The alignment device t0 has a notched rond (13a) that is free from the sea bream in the direction facing the input path fIi, and a guide (13
b) The unit forms are aligned in the width direction by moving them forward and backward toward the fixed guide side α provided on the opposite equipment.

In this way, the unit form dropped onto the conveyor bell (1 m) is vertically aligned (not shown) and pierced.
The pusher (X
The O bookbinding device α, which is sequentially sent to the bookbinding device (2) by 1a), is composed of a pair of well-known comprehensive devices called stitchers, and the unit form sent to the bookbinding device I is detected by the phototube 4, and is sent to the pusher. (ill! 7S: The @ ticket is detected by the phototube and is injected into the upper and lower pair of pinch rollers 14 by the feed pusher 08 and sent to the cutter blade -υ. The +'fR ticket bound by this is The paper is cut in a direction perpendicular to the bound side by a cutter blade (21), passes through a pinch roller (manufactured by Co., Ltd.), and is discharged onto a belt stacker (not shown). (to) indicates fA uncut form @ As explained above, in the present invention, unit forms are first grouped together by marks, and after binding, the unit form is cut into two or more books to create the final individual form. It is possible to achieve the initial purpose of dividing by destination.

[Brief explanation of drawings]

Fig. 1 is a plan view of a continuous form processed by a conventional machine, Fig. 2 is a plan view of a continuous form processed by the machine of the present invention, and Fig. 3 is a plan view of a continuous form processed by a conventional machine.
The figure is a slope view of a bound document, #! The number diagram is a sloped view of a bound and cut form.1 Figure 6 is a simplified explanatory diagram of the uninvented machine, and Figure 6 is an unexploited f! Partial slope diagram of machine A〇(5) (5) +8) +8)・・・・・・Roller 4・・・・・・・・・・・・・・・・・・ Division g
& Place (l 侃) (lo'b) (loc) (100 million)...Spiral blade I......Bookbinding device 121J......・Cutter blade patent applicant Dai Nippon Printing Co., Ltd.

Claims (1)

[Claims] A burster is installed in the middle to sequentially separate marked continuous forms from their perforations into unit @ forms.
a set of high-low speed rollers; 1) a mark reading device for detecting the mark as the form is transferred; and 1) a mark reading device for detecting the mark as the form is transferred; The device consists of spiral blades arranged symmetrically in the front and back, which can rotate and feed the stacked forms intermittently. a bookbinding device that binds together the supplied stacked forms;
A continuous form mill m1l11-book cutting machine O consisting of a cutting device that cuts a bound book fed by a pusher that performs intermittent feeding in conjunction with the operation of the bookbinding device into two or more books.