JPS5811605A - Random bookbinding packer - 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: When the invention letter arbitrary output mechanism pushes the wood forward, it is partially wrapped with outer wrapping paper as the binding moves forward. For push-up, use a shuttle to push the edge of the outer wrapping paper upwards along the front of the binding, and at the same time, use a shuttle to push the outer wrapping paper forward differentially and push it down to cut it. , regarding a random bookbinding and packaging machine that overlaps both ends of the outer wrapping paper and self-packs it.4 Now, to describe the embodiment in detail with reference to the drawings, Random bookbinding selections are automatically sent on a conveyor.It is a @Fi conveyance roll and is placed in multiple rows for bookbinding) so that it moves in the same direction. (8) Attach the support shaft to the above-mentioned row v (1) and (powder) K11l, and place the guide plate (kaku and kak) and the guide plate Y' and the receiving plate (w) at right angles to each other. take) put on,
(6) is an extrusion mechanism which uses an air or hydraulic V cylinder or Kutsunta method to move the bound book (2), which has been delivered to the front, to the position W in a continuous manner by moving the V ring in and out. # Issue L. (?
) Ti exterior paper, which is rolled up with paper or IIrv fiber, is pulled out (by the &10fi turning force) and sent out through each guide row μ. (8) Push up the front edge of the bookbinding tuO blue surface using the +i upper lever and the front edge of the outer wrapping paper ff)o using the V cylinder-O pressure. (9) is a push-down lever, and the push-up lever (8) K is installed oppositely, and is pushed downward (by the pressure of a V cylinder along the back of the bound book) with an endless outer wrapping paper ■. , superimpose it on top of the tip of the exterior paper. (to) is a cutter blade, which is attached to the circumference of the rolling wheel.
(to) 111% via O drive. αυ
is a guide groove for the cutter, and a groove is formed at the lower end of the pusher rod (9) so that the cutter blade (1) can move in and out.

(2) is a phototube, which is installed in the middle of the outer wrapping paper (2), and adjusts the degree of drooping so as to measure the amount of OIII coming out of the paper (ff) in relation to packaging.

Since the present invention is configured as described above, each component is configured to be operated by an energizing mechanism.

By the way, to explain the effect using %/% in the drawings of the embodiment, the coloring state of this invention is shown in Fig.
The roll is fed out by m/(1) and spreads in the forward direction of the bookbinding machine, and the winding roll is fed out by the rotational force of fi/(1).
α8)* The outer wrapping paper (7) is fed out from the guide row μ and placed on the 9 guide plate (from the tip of the ship downwards to the extrusion mechanism). (When the booklet is pushed out onto the conveying row μ (2) during casting, the outer wrapping paper (7) is fed out and the booklet W is rolled out as shown in the second -).
It is wrapped by a certain company, and the edges of the wrapping paper are pushed upwards by the pressing force of the push-up shuttle @aV9 roller, although the edges are hanging down from the starting end of the crane.

When the push-up of push-up # (8) is completed, at the same time, the lever (9) is differentially pushed down as shown in Fig. At the same time, the cut guide receiving plate (ω is rotated by 90” to reach the horizontal state and 1k) is pressed down to the lower end of the shuttle (9). As soon as the cutter blade on the rotary wheel rotates the pulley through the belt and cuts the guide groove α0 by the rotational force of the motor (2), the lever is pressed down. (9) is duplicated, and both ends of the outer wrapping paper are stacked on top of each other and the bound book is wrapped like 00. Depending on this case binding, the outer wrapping paper (7) becomes loose and the O1 & amount is The adjustment can be made by operating a phototube (2) provided midway through the opening.

The binding, etc., can be done using a conventionally known machine.

Koa@Hiro K1 color binding with exterior paper as above
1) Support shaft (in relation to the upright and horizontal movements of the guide plate and the cut guide receiving plate, the end of the outer wrapping paper is pushed up with a lever and at the same time differentially pushed up with a lever) By pushing down the outer wrapping paper with a knife and cutting it with a cutter blade, it is moved to the removal direction, so it is possible to efficiently unpack some of the packaging in the spring without having to take the trouble of wrapping as in the past. There is an O-singularity that can be applied to crystals.

[Brief explanation of the drawing]

The drawings are %O showing one embodiment of the present invention, and are an explanatory view of the first solid packaging machine of the present invention, and Fig. 2 is an explanatory view showing the wrapping process of the same. 1-1 Conveyor row μ 2-11 Conveyor row μ 3 -- Text shaft 4 -- Guide plate 6 --- Cut guide receiving plate 6 --- Output mechanism τ -- Exterior paper 8 ---
#Ki is shuttle 9---Pushing rod 1 (1-1 cutter blade 11--cutter guide groove 12-1 photoelectric tube'' Patent applicant Mitsuhiki Kishi (1 other person)

Claims (1)

[Scope of Claims] 1 Conveyor row μ(υ and conveyance-1μ(2) and G bar are installed in nine-shaped axis (II) K guide plate (4) and Oshi guide holder 1 [(19) are set at right angle When the booklet is pushed out by the extrusion mechanism (O), it is made to hang down by an optional drive mechanism, and is partially wrapped in outer wrapping paper. Push up the paper along the front of the binding using the push lever (8), and at the same time push the unglazed outer wrapping paper upwards differentially. The both ends of the outer wrapping paper (■) are stacked together, cut and packaged using the rotational force of a cutter blade (to) in a nine-switching manner, and conveyed 111
A random book binding and packaging machine configured to transfer the paper to
1■ Fundafu bookbinding and packaging machine described in item 1. Random book binding and packaging machine 4 according to claim 1, in which the lower end of the spring press-down lever forms a guide groove for the cutter (Ql).Claim 1181, in which a phototube (2) is provided in the middle of the outer wrapping paper. Random binding and packaging machine described in section