JPS5834713A - Metal tape side edge cutter - Google Patents

Abstract

PURPOSE:To cut into small chips smoothly without replacing the cutter by selectively utilizing the entire width or the plural positions of the cutter for cutting the linear member through a traverser equipped with a roller for guiding the linear dust. CONSTITUTION:Two string dusts 1, 1' are traversed with the predetermined width splitted by the guide rollers 11, 12 in a traverser 10 through each horizontal guide roller 9 then drawn by the capstan roll 3 and cut into small chips by means of the fixed and rotary cutters 5, 6 in the cutting machine 7. The traverse width is set to half of the effective width of the cutter, thereby when the sharpness of the cutter having the width determined by the guide roller 11 is deteriorated, the string dust 1 is transferred to the roller 12 and the yet-used cutter section is used. The traverse width of the roller 11 can be made to be the entire width of the cutter except the roller 12.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a metal tape drilling waste cutting machine that effectively utilizes the trimming thread-like waste of a metal tape with a cutting blade.

Continuously moving long core l5OjIl! To make a metal tape of a certain width used in the work of vertically attaching a metal tape to the metal tape and sm the opposite side edges, both sides of the metal tape base material are attached directly to the metal tape longitudinally forming machine. The metal tape is cut off using a cutting machine and a metal tape of a certain width is continuously supplied. The linear layers of the Aki cutting S are each removed by 25 KIII and then cut again by hand. Alternatively, the linear layers that are continuously cut off may be immediately applied to the linear layer cutting machine K.

As shown in Figures 1 (a) and (b) K, the conventional O-shaped waste cutting machine has a linear layer (1) that passes through a funnel-shaped vertical guide () and a Yagstan roll ( 3) The fixed blade (
A linear layer cutting machine (7) 1B having a gloss and a corresponding rotary blade (6) is installed. - The fixed blade (5) and rotary blade (6) of the linear layer cutting machine (7) are made with a wide width, but the position where the layered layer +11 supplied from above hits the blade is very narrow. Since the cutting is limited to a limited area, local wear is large in that area, so the fixed blade and rotary blade must be replaced, and cutting of the linear layer must be stopped during that time.
o (8N1 flaky waste storage box.

The present invention aims to solve the above-mentioned drawbacks by using metal tape OW.
A traverser equipped with one or more linear layer guide rollers utilizes the entire cutting edge of the cutting machine or selectively utilizes multiple locations of the width of the cutting edge to remove the linear layer. This is a bell-shaped waste cutting device that cuts metal tape into small pieces.

This is the top view of Figure 2 (A), the front view of (B), and (C).
In more detail on aspect 11 of I! -The same reference numerals as in FIG. 1 indicate the same parts. In the spgz diagram, there are two linear layers (
1).

(1) TosoO-related cutting layer devices are arranged in parallel, and the related cutting device for one linear layer (1) among them will be explained. (9) is a horizontal guide row 2-, 01 is a traverser that reciprocates within a certain range 2.01), (13ti?
It is a guide roller of Parser-H and moves coaxially and integrally on a horizontal axis. For example, the round trip traverse book is 15
Let it be m. Of the two guide rows 2-, for example, the guide roller 63 is removed, and only the guide row 2(5)-110 is used, and its traburner has a wide cutting edge.

(6) It may also be the entire range of -. In addition, when using two guide rollers am) and 03, use one of the guide rollers, e.g.
(Use the flea on the right or left side of the cutting blade width as the leopard number for 610111..1 minute.3 blade length), %). Cut. When it becomes, the linear layer (11) is moved to another guide row 2-ea, cutting edge +51, (6110 cut the linear layer (1) into small pieces with an unused new part. You can
The metal chive cutting and scrap cutting machine of the present invention is equipped with one or more o-9- for metal tape cutting linear layer guide, and utilizes the entire area of the cutting blade for cutting multi-linear objects by nine trappers t-. or s
Since the linear layer is selectively used at multiple locations of cutting blade II to cut the linear layer into small pieces, the entire area of the 1 m-shaped scrap cutting blade can be used, or the cutting blade width can be If the cutting edge of one of the cutting blades is too narrow, use the unused part of the cutting blade with a new one to guide the linear layer with the unused guide roller of the traburner. Since the linear layer can be cut using a metal tape, the linear layer can be cut into small pieces without stopping the cutting machine or changing the cutting blade.

[Brief explanation of the drawing]

ts1 Figures (a) and (b) are front and side views of a conventional metal tape cutting linear layer cutting machine, and irises 2all (a) and (b).
, (C) are a plan view, a surface view, and a front view of the metal tape cutting and linear layer cutting machine of the present invention. (11 is a linear layer with metal tape side edges cut off, +2), +
41 is - Igata guide, (3) is capstan roll, (
5) is a fixed cutting blade, (6) is a rotating cutting blade, (7) is a cutting machine,
■ is a traburner, αυ, 6's is a traburner @l
Om-shaped waste guide row Fig. 1 (A) (Inner end 2 (A) Fig. 2 (B) Fig. 2 (C) 81-

Claims (1)

[Claims] Cutting off the side edge of the metal tape by using a traverser equipped with one or more linear layer guide rollers to utilize the uneven area of the cutting blade for cutting the layered material, or selectively using multiple locations of the cutting blade @O. A metal tape side edge cutting layer cutting machine, characterized in that the linear layer is cut into small pieces.