JPS6044471A - Fly ring taking-out device - Google Patents

Abstract

PURPOSE:To full-automatically insert a fly ring core and take out a fly ring product by providing fly ring core supply and fly ring product taking-out conveyers respectively on the upstream and downstream sides of a take-up unit attached to the fly ring core after taking up a wire rod in the coil-like manner. CONSTITUTION:A fly ring core 5 transferred to a stand-by position G by a supply conveyer 4 is then sent below a take-up unit 3 by a pusher 21 and located. Next, a wire rod 42 wound in the coil-like manner by the take-up unit 3 is dropped to the fly ring core 5 and accumulated. When the wire rod 42 is wound up to complete a fly ring product 9, the fly ring product 9 is taken out by a taking-out conveyer 10. When this taking-out is detected by a sensor 30, a dummy wire 41 between thr fly ring products 9 is dropped by a wire storing shutter consisting of two stages of the upper and lower shutters 23, 24. Then the fly ring product 9 is weighed by an automatic weighing unit 7 and a label having weight value or the like printed is applied to said product by an applying unit 8.

Description

[Detailed description of the invention] (1) [Background and purpose of the invention] ゛The present invention is #+! The present invention relates to a back width removing device for winding strips, and in particular to a new back width removing device that can fully automatically perform operations from inserting a plowing width core to taking out a product plow width.

Conventional music import ll. ! In the second device, Hiko}A was wound into a coil shape using a winding IV device, and this coil shape was obtained. Robbery! ! ! Product by dropping it into the P ring core! A method of setting I%1i is being used. Until now, this building's j'! In the P straightening device, there are many steps that require manual intervention, and there have been various problems in terms of workability and productivity.

For example, when closing the storage wire/Yanota installed between the winding device and the plowing width core and taking out the product back width, the upper part of the product plowing width is pulled, the coil diameter becomes smaller, and this 11 force is cut off.
Next jjj F ring core 1, insert 1 word is pulled 1. ．． 1'a was alive while l[2 was about to fall, etc. In addition, the dimensional accuracy of the main shaft is poor. ) When determining the position 1d of the center of the coil in the coil of the line system,
I had to make 100 adjustments to the position based on eye pleasure.

Furthermore, the counting of product tillage width was also done manually.

In view of the problem described in L, the present invention aims to provide a novel tillage width measuring device that can fully automatically carry out the process from inserting the #shaft core to unloading the product. It is.

(2) [Summary of the Invention] The object of the present invention is to wind up +N strips into a coil, drop them, and install them on the plowing width core. a take-out conveyor; a rotor/ra provided near the take-out conveyor for transporting the plowing width core to the vicinity of the winding device; This is achieved by a plowing width measuring device characterized in that it is equipped with a positioning means, a wire storage line cutter for creating a dummy line between the product plowing wheels, and a winding storm measuring means for measuring the product plowing width.

Furthermore, an automatic counting device that measures and records the weight of the product plowing width when the product plowing width is taken out and conveyed by a conveyor, and a labeling device that displays the record and affixes it to the product plowing width. By providing this on the line of the co-conveyor for taking out product nail shafts, the tilling width measuring device of the present invention can be used more effectively.

(3) [Example] Hereinafter, an example of the present invention will be described in detail based on accompanying drawings.

FIG. 1 shows an embodiment of a line equipped with a plowing width measuring device according to the present invention.

In Fig. 1, ■ is a curved rock, 2 is a CA flow annealing device, and 3 is a curved rock.
is a winding device. In addition, a supply conveyor 4 is connected to the winding device t3 that winds the wire material 42 into a coil shape, and the supply conveyor 4 generally conveys the plowing width core 5 in the direction of the winding device 3, and the product plowing width 9 A take-out conveyor 10 for taking out plowing width, an automatic J-wetting mechanism 6 for transferring and blocking the plowing width core 5 from the supply conveyor 4 to the spouting conveyor 10, and an automatic weighing device 7 for weighing the product transport 9. and a label pasting device 8 for printing the 1T-1 stone record value of the automatic Hi'-t' device 7 and pasting the printed label on the product tillage width 9.

The overall operation of the device of the present invention will be explained. The plowing width core 5 is conveyed by the supply conveyor 4 in the direction of arrow E shown in the figure,
The automatic feed mechanism 6 feeds the winder into the winder 3. The next plowing width core 5 waits just before the winding device 3. The coiled wire is dropped onto the tilling width core 5 under the winding device t3. [When the coiled wire is installed and reaches its full capacity, it is taken out in the direction F by the take-out conveyor 10, and the next tilling width core 5 is wound up again. It is sent under the device 3. The product shaft ring 9 taken out is the Iwajozuki 4
2 are transported in a connected state. ”Also, product cultivation width 9
In the process of being conveyed by the take-out conveyor 10, the weight is measured by the automatic weighing device 7 H4. The label on which the daily production report is printed together with the calculated value is Label J.
The product is pasted onto the product plowing width 9 by the Ji pasting device 8.

The operation of the device of the present invention will be explained with reference to FIGS. 2 and 3.
I will clarify.

In Fig. 2, the waiting position ['
G K tF & The fed core 5 is sent under the winding device f3 by the plate-shaped pusher 21. At this time, the tilling width core 5 is positioned by the sensor 28 and the sensor 29. In other words, the self-help feeding device 16 is the plowing width core 5
When the pusher 21 is almost jammed, the sensor 29 is
If it hits stopper b, then immediately rotate the take-out conveyor 10 and stop the sensor 28 from reaching 1). By adding +I- to a,
There is a device C that performs accurate positioning.

A filament 42 made into a coil by the winding device a: 3 is wound and attached to the positioned plowing width core 5. The product plowing width 9 in which the installed amount of the linear moons 42 has become the full amount is conveyed in the direction F mentioned above and detected by the attachment sensor 30. A product created by this knowledge! ! +: Dummy line 41 between 1lliii9 (3rd N41j(i) is crossed.

In addition, the dummy wire 41 is melted in Volume J1!2 Corpse 'i
This is carried out by a storage wire/Yanota consisting of an upper and lower two-tier structure of a first/Yasota 23 and a second/Yasota 24 provided with an I/C.

In addition, 25 is the pull button of the winding device 3, 26 is the outer cylinder, and 27 is the inner cylinder. 1. The operation of the storage wire glosser will be explained with reference to Fig. 3. .

When the wire material 42 reaches a predetermined amount by a winding MLnt measuring device (not shown), a signal from the measuring device causes the lower 11
1jl's eraser 2 nyatta 24 stabs 1. After that, after a time interval of 11. Nyanota 23 closes (Figure A
condition). During this time, since the winding device 3 is operating, the coiled dummy wire 41 is accumulated between the second shutter 24 and the first shutter 23. This dummy line 41 is stored as required for the distance between the plowing widths when the single-sheet conveyor 10 conveys the single sheet of the table. After that, when the product tillage width 9 is transported and detected by the sensor 30,
The 27th wire 24 opens and the dub wire 4I is dropped (shape 11 in Figure B). The installation position of the sensor 3o in this case is
It is preferable to install it at a position β approximately ±α apart from the outer circumferential surface of the outer diameter α of the plowing width 9 in the conveying direction.

Thereafter, the product tillage width 9 is detected by the sensor 31.
16, the take-out conveyor IO is stopped by the sensor 31's detection. When the take-out conveyor 10 stops, the tilling width core 5, which had been set at the tilling width standby position ItG, is fed into one of the winding devices 3 and positioned as described above. When the position 1i' is completed, the first shutter 23 is opened, and the coiled wire 42 is reattached to the wheel shaft center (1st station C state).

In addition, the tilling width core 5 which has been sent to the tilling width waiting position ltG has been detected by the sensor 36, and the seventh sensor 36, in which the lIF wheel core 5 is sent to -F of the winding device lt3 by the puller 21, is detected. Then, the 14)° shaft core 5, which was waiting at the position of removal force n, is moved to the plowing width standby position G by the general conveyor 4, and the next tillage width core 5 is yet to be detected by the sensor 2.
It is carried forward until it is detected by 2, stops at the rear H position, and moves to 2.

When the take-out conveyor 10 is stopped and finished, the product ring 9 located at the sensor 31 is picked up 11 times by the automatic bar I' device 7. This old title is printed on label 52 (see Figure 4) along with the production date YK.
The label 52 is the label Ill! ] The product is pasted onto the product plowing width 9 by the pasting device 8 .

After that, the product tillage width 9 is sent to the general conveyance, and the dummy #41
is cut and extracted as a complete product.

The above-mentioned label sticking device 8 will be explained in detail based on FIG. 4.

In the label printer 32, the labels 52 provided at regular intervals on the long base 1 5G are self l1jJ n
-1 The raw daily report is printed out along with the numerical value displayed on the device It7. The printed label 52 is conveyed from the label printer 32 together with the B paper 56 by a mount take-up gear 58, is bent at an acute angle at a label peeling edge 59, and is peeled off from the mount 56. Peeled label 52
is sucked and held by the suction part 53 at the tip of the cylinder 54. The suction part 53 holding the label 52 is the guy F''6
Go up to - along o and stop at W position. When the stopped glass/su/da 54 is realized, for example, the pillar 5 of the product ear ring 9
A label 52 is attached to 1.

In this way, the present invention is capable of fully automatically and continuously taking out the product ear rings 9, and the above series of operations can be carried out in the fifth step.
It is shown in flow chart \--1 of the figure.

In the above embodiment, the tilling width core 5 is provided below the winding device 3.
The automatic feeding devices 6, 6 for positioning the plowing width core 5 are used when the pedestal of the plowing width core 5 is accurately shaped (circular), but when the pedestal 5a is irregularly shaped, as shown in Figure 6. An automatic feeding device 60 can be used.

The self-help feeding device shown in Fig. 6, size 601,
-7- A V''4-shaped pusher 35 is installed horizontally at both ends of the second gripper 34, and when positioning the maiwa core 50, the pusher 35 is used to press the maiwa core 5. Push the bar 51 to move it from the supply conveyor 4 to the qy delivery conveyor T I Fl.Also, at approximately the center of the V-shape of the pushing tool 35, there is a seat 3 (for positioning the column 51 of the tilling width core 5), respectively. The take-out conveyor 101 is provided with a sensor 37 that detects the sensor 34 and stops the operation of the sensor 34.7-1. Plowing width core 5
When sent in, Sumi 5I enters the V-shaped depression of pusher 35 and is sideways 9.1] by Seph Za 33, and Zono/Ya 34 is detected at -1: >9-37 and stops. By doing so, it is positioned at +fi (it6).

In addition, the storage wire with M 2-tier 14tt construction/Yanota 23゜2
4 is shown as having a horizontally arranged light in the above embodiment, but in the case of a horn-type plowing width measuring device σ, a light may be placed on the sleeve.

The present invention is based on Juki Fruit 71i! In addition to the line in which the current annealing device 2 is installed, such as ``i 1'', the convenient 7'' M strip ('' t1) that does not have an annealing device installed can also be used in the same 4*.

(4) [Effect of investigation J, jp,] As mentioned above, the device of the present invention allows the product leg shafts 9 to be taken out continuously without any manual intervention, and furthermore, Since troubles such as those caused by wire abrasion are prevented, it becomes possible to operate the wire drawing equipment continuously for long periods of time unmanned. Work efficiency can be dramatically improved.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing an embodiment of a line in which the device of the present invention is installed, Fig. 2 is a perspective view showing main parts of an embodiment of the invention, and Fig. 3 is an embodiment of the invention. Side view showing the main parts of the 4th
The figure is a perspective view to show the operation of the labeling ZR system.
jnI? -1 knee 1
This is a perspective view. 1... Wire drawing machine, 2... Current annealing device 1'j, 3 Winding device' 1.4... Supply conveyor, 5... Tilling width core, 5
a. Irregular pedestal, 6.60... Automatic feeding device, 7
・Automatic h-(Dense wood, 8...Label pasting straight tree, 9.
Product tillage width, 10... I & output L conveyor, 21.34.
Busonya, 22°28, 29.30.31.33.
a6.37・Positioning sensor, 25・Take-up capstan, 26・Inner tube, 27...Outer tube, 32 Printer, 35
・Pushing tool, 41...Dummy line, 42...Sojozuki, 51
・Pilling width column, 52...Label, 53...Suction part, 5
4-'/S7 da, 56... mount, 58... mount removal gear, 59 label d, peeling part, 60... guide.

Claims (1)

[Scope of Claims] I) A product plowing width Ill take-out conveyor disposed at the lower part of a winding device that winds N strips into a coil shape and drops them and attaches them to a tillage width core, and a product take-out conveyor. A supply conveyor which is installed nearby and conveys the transfer core to the vicinity of the winding device, a positioning means which transfers and positions the tillage width core from the supply conveyor to a product tillage width take-out conveyor, and a dummy line between the product transfer. A winding device characterized in that it is equipped with a luxurious wire storage/yanoter and means for measuring the winding amount of a product I-wheel. 2) When measuring the product plowing width with the product plowing width take-out conveyor (jθ), the @ furrow should be cut and nailed by one bar!'ll
The invention is equipped with a device for displaying the personal record and a labeling device for displaying the personal record and for displaying the product specification. 3! ! P wheel mounting system (Ba.