JPH066100Y2 - Wire accumulator - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial field of application) The present invention relates to an electric wire accumulating device, and more specifically to an electric wire accumulating device for accumulating electric wires cut by an electric wire cutting device for cutting electric wires to a fixed length without entanglement. Regarding the device.

(Prior Art) Conventionally, an electric wire (x) cut by an electric wire stacking device (1) hangs down from its outlet (2) of the electric wire cutting device (1) by its own weight and is sent as shown in FIG. It was piled up in a pile under the exit (2).

(Problems to be solved by the device) For this reason, when trying to take out one wire from a pile of electric wires, there was a case where the wires were entangled with each other and it was difficult to collect them.

In addition, even when performing the wiring work of the machine while cutting the electric wire wound on the electric wire reel with the electric wire cutting device, after unraveling the electric wires which are entangled with each other below the outlet of the electric wire cutting device and become a mountain Wiring work had to be done, resulting in a lot of time and labor loss.

The present invention has been made in view of these problems,
It is an object of the present invention to provide an electric wire stacking device capable of stacking electric wires cut by an electric wire cutting device without entanglement.

(Means for Solving Problems) That is, the present invention relates to an electric wire stacking device for stacking cut wires one by one at a predetermined position, in which a: a plurality of wires for catching the wires sent from the cutting device one by one. A delivery device having a holding body for moving the electric wire in the delivery direction; b: moving at a terminal end of the delivery device in a direction intersecting the delivery device and hooking a tip portion of the electric wire on the delivery device. A transfer device that is provided with a plurality of first hooking pins and moves the electric wire laterally outwardly of the side surface portion of the delivery device; and c: moved by the transfer device outwardly of the side surface portion of the delivery device. A guide arm for guiding the electric wire downward, d: a support arm for receiving one end of the electric wire guided downward by this guide arm, e: arranged in parallel with the support arm, and holding the other end of the electric wire on the outer peripheral surface Capture A rotating roller having a feed blade wound in a spiral shape and moving an electric wire along a support arm; and f: an electric wire that is arranged continuously at the end of the supporting arm and moved by the rotating roller. A second traverse device that has a second hook pin for hooking and that moves an electric wire in the same direction by hooking the electric wire on the second hook pin; and g: a plurality of electric wires that are provided at the end of the second traverse device and moved. It is characterized in that it has an integrating arm for integrating.

(Operation) According to the electric wire moving device of the present invention, the electric wire sent from the cutting device is caught by the plurality of holding bodies of the sending device and moved in the sending direction. Next, the tip portion of the electric wire is hooked on the first hooking pin of the transfer device, moved laterally in a direction intersecting the delivery device, and moved to the outside of the side surface portion of the delivery device, and is moved downward by the guide arm. And is mounted on the catching body of the rotating roller and the supporting arm. Here, the electric wire is moved in the axial direction by the rotating feed blade, is caught by the catching body and shifts its position in the forward direction, and the substantially central portion of the electric wire is placed on the second traverse device. . Then, the electric wire is hooked on the second hooking pin, moved on the second traverse feeding device to the end in the same direction, and accumulated on the accumulating arm.

(Embodiment) Hereinafter, a wire accumulating device of the present invention will be described in detail according to an embodiment shown in the drawings.

FIG. 1 is a perspective view showing the whole wire accumulating device of the present invention,
2 is a partial cross-sectional side view showing an electric wire cutting device and a feeding device attached to the electric wire cutting device, FIG. 3 is a front view showing a feeding device and a transfer device, and FIG. 4 is a rotating roll. And FIG. 5 is a front view showing a guide arm, and FIG. 5 is a partial cross-sectional front view showing a rotating roll, a second traverse device, a support arm and an arm.

The electric wire stacking device (11) of the present invention comprises: a: sending device (12), b:
A first transverse feed device (13) as a transfer device, c: a guide arm
(14), e: rotating roller (15), d: support arm (16), f:
The second lateral feeding device (17) and g: an accumulating arm (18) are provided, and the electric wire accumulating device (11) is attached to the electric wire cutting device (1) for cutting the electric wire to a fixed length. The electric wire (x) cut by (1) is a: sending device (12), b: first lateral feeding device (13), d: guide arm (14), c: rotating roller (15),
e: support arm, f: second traverse device (17), g: accumulating arm (18). And
g: The electric wire (x) transferred to the accumulating arm (18) is used for machine wiring and the like.

First, in FIG. 1 and FIG. 2, the electric wire cutting device (1) is
Equipped with a pair of upper and lower feed rollers (3), (3), (3), and (3) in the front and rear, and a cutter (4) arranged between the feed rollers (3), (3), (3), (3)
(x) is cut to a standard length, for example, a length of 1 m, and the electric wire (x) is sent from the sending port (2) in the direction of arrow A. The electric wire cutting device (1) is not limited to this type and may be any device.

a: The delivery device (12) is arranged in the vicinity of the delivery port (2) of the electric wire cutting device (1), and is supported in an inclined state by a plurality of columns (22). This delivery device (12) has two moving rings (20) consisting of a chain that meshes with a gear (24) of a rotating shaft (23).
(20) and a plurality of holders (19) whose both ends are supported by these moving rings (20) and (20). Holding body (19)
Is a bundle of a plurality of flexible hair bodies (26) bound by a binding plate (21), which are attached at a predetermined interval,
It is designed to capture the broken wire (x) sent from (1).

A drive motor (25) is attached to the column (22), and the rotation shaft (23) is rotated by the drive motor (25) so that the moving ring (20) and the plurality of holding bodies (19) are moved forward. That is, it moves in the direction of arrow A. The moving ring (20) is not limited to a chain and may be a belt or the like. Then, the electric wire (x) is trapped in the hair body (26), and the hair body (2)
The electric wire (x) moves forward when the moving ring (20) moves forward in the binding plate (21) formed by bundling 6), that is, in the direction of arrow A.

b: As shown in FIGS. 1 and 3, the first transverse feed device (13) as a transfer device is provided at the front end of the delivery device (12) so as to intersect with it. This will be described below. A mounting plate (27) is horizontally installed on the upper end of the column (22),
Rotating shafts (28) are attached to both ends of the mounting plate (27).
Further, the rotation shaft (28) has a pulley (2
9), it is designed to be transmitted through the belt (30).
A first moving ring (32) made of a chain is meshed with a gear (31) attached to the rotary shaft (28). This first moving ring (3
A plurality of first hooking pins (33) are fixed to 2) at predetermined intervals. Then, the first moving ring (32) moves along with the driving of the drive motor (25) of the delivery device (12), and the first hooking pin (33) facing the delivery device (12) causes the electric wire (x). In the direction orthogonal to the sending direction of arrow B, that is, in the direction of arrow B. Also, this first
The hooking pin (33) is an electric wire mounted on the delivery device (12).
It intersects with (x) and hooks its tip. Further, the first moving ring (32) is not limited to a chain and may be a belt or the like.

e: The rotating roller (15) is, as shown in FIG. 1, FIG. 4 and FIG. 5, lateral to the first transverse feeding device (13) and orthogonal to the side surface of the feeding device (12). It is installed horizontally in the direction to do. The rotating roller (15) is a rotatably provided cylinder. On the entire circumferential surface of the rotary roller (15), a plurality of axially long catches (36) are formed, for example, at opposite positions. The capturing body (36) is formed by binding a plurality of flexible hair bodies (34) in a groove of a binding convex shape (35) protruding from the shaft, and functions to capture the electric wire (x). . Further, the rotary roller (15) is provided with a feed blade (37) spirally wound on the circumferential surface in the longitudinal direction. The feed blade (37) is a wire whose ends are fixed to both ends of the rotating roller (15), and the rotating roller (37) forms a space between the rotating roller (15) and the capturing body (36). 1
It is wound around the outer circumference of 5). A rotary shaft (38) is provided at both ends of the rotary roller (15) so that the rotary shaft (38) bears a bearing (39) of a support frame (39) disposed below the rotary roller (15). Installed in 40). A drive motor (41) is mounted on the support frame (39).
The drive of (1) moves the pulley (4) to the rotary shaft (38) of the rotary roller (15).
2), it is designed to be transmitted via a belt (43). The electric wire guided by the guide arm (14) described later.
(X) is captured by the capturing body (36), and the electric wire (X) captured by the capturing body (36) is moved forward by the rotation of the rotating roller (15) and is caught by the collecting arm (18) described later. The position of the electric wire (X) can be adjusted. At the same time, the electric wire (X) is moved laterally by the feed vane (37). A guide arm (14) is provided between the rotating roller (15) and the delivery device (12) described above.

c: The guide arm (14) is, as shown in FIG. 1, FIG. 4 and FIG. 5, formed from a wire vertically extending from the right end of the feeding device (12) to the left end of the rotary roller (15). The first lateral feed device (13) supports the electric wire (x) that moves in the same direction as the tip of the electric wire (x) moves in the direction of arrow B, that is, in the right direction in the drawing. Rotating roller (1
5) It will guide you upwards. A support arm (16) is provided on the side of the delivery device (12) continuously with the guide arm (14).

d: As shown in FIG. 1, FIG. 4 and FIG. 5, a plurality of supporting arms (16) are provided in parallel in parallel with the rotating roller (15) in the front-rear direction at regular intervals so that the rotating roller (16). It is an arm made of a wire that supports the electric wire (x) captured by 15). The support arm (16) is fixed to the upper surface of the left end of the second traverse device (17).

f: As shown in FIGS. 1, 4, and 5, the second transverse feeding device (17) is installed horizontally in parallel with the rotating roller (15) and the electric wire.
It is provided with a second hooking pin (44) for hooking (x) and a second moving ring (45) for moving the second hooking pin (44) in a direction orthogonal to the carrying-out direction of the electric wire (x). The second hooking pin (44) and the second moving ring (45) are the first traverse device.
It has the same structure as that of (13), so that the second hooking pin (44) attached to the second moving ring (45) is moved rightward, that is, in the direction of arrow C by a drive motor (not shown). Has become. Further, the second traverse device (17) has a cover (4) which covers the second hooking pin (44) and the second moving ring (45) from the rear side.
6) is provided so that only the tip of the second hooking pin (44) protrudes from the top of the cover (46). In this state, the second hooking pin (44) moves laterally. ing. Then, the electric wire (x) is hooked together with the rotating roller (15) and sent in the lateral direction, that is, the direction of arrow C. Further, since the second transverse feeding device (17) is arranged leftwardly of the rotary roller (15), the rotary roller (15)
Thus, the electric wire (x) sent forward and laterally is continuously moved laterally. A collecting arm (18) is attached to the end of the second feeding device.

g: The accumulating arm (18) is an arm for hooking and stocking a large number of sent electric wires (x), as shown in FIGS. 1, 4, and 5.

Next, a process until the electric wire cut by the electric wire cutting device is hooked on the arm will be described.

First, the electric wire (x) cut by the electric wire cutting device (1) is sent out from the outlet (2) of the electric wire cutting device (1) in the direction of arrow A,
The moving ring (20) is captured by the holder (19) of the delivery device (12).
To move forward. The moved electric wire (x) is moved in the direction of arrow B by the end portion being hooked by the first hooking pin (33) of the first transverse feeding device (13), and further, the side end of the sending device (12). Falls downward from the section. This wire (x)
Is guided by the guide arm (14), one end of which is captured by the capturing body (36) of the rotating roller (15) and the other end of which is supported by the support arm (16). Rotating roller
(15) The electric wire (x) guided above is moved in the direction of arrow C by the feed vane (37) and is guided by the capturing body (36) to move in the front direction in the figure, while its central portion is in the second horizontal direction. Feeder (1
7) Moved on. Furthermore, the electric wire (x) is a rotating roller.
By the second hooking pin (44) and the second moving ring (45) of the second transverse feeding device (17) arranged parallel to the (15), the second transverse feeding device
It is moved to the end of (17) and accumulated on the accumulating arm (18) attached to the second traverse device (17).

According to the length of the electric wire (x), the position of the rotating roller (15) is provided below the delivery device (12) so that the electric wire (x) can move freely on the rotating roller (15). The moving distance of the electric wire (x) in the forward direction may be adjusted by lengthening or shortening.

(Effects of the Invention) As described in detail above, the present invention has a: a sending device and b:
A transfer device, c: a guide arm, d: a support arm,
e: A rotating roller, f: a second transverse feeding device, and g: an accumulating arm, so that the cut electric wires are integrated at a predetermined position, so that the electric wires do not become entangled with each other. , You can easily take out one wire.
Also, even when performing the wiring work of the machine while cutting the electric wire wound on the electric wire reel by the electric wire cutting device, the wires do not get entangled with each other, so the work of unraveling the wires can be saved and the wiring work can be done smoothly. You can

[Brief description of drawings]

FIG. 1 is a perspective view showing the whole wire accumulating device of the present invention,
2 is a partially sectional side view showing an electric wire cutting device and a feeding device attached to the electric wire cutting device, FIG. 3 is a partial front view showing a feeding device and a transfer device, and FIG. Is a partial perspective view showing a rotating roll and a guide arm, FIG. 5 is a front view showing a rotating roll, a second traverse device, a support arm and an arm, and FIG. 6 is a view cut with a conventional wire cutting device. FIG. Explanation of symbols Sending device …… (12), 1st lateral sending device (transfer device) …… (13), Guide arm …… (14), Rotating roller …… (15), Support arm …… (16) , Second traverse device (17), collecting arm (18).

Claims (1)

[Scope of utility model registration request] 1. A wire accumulating device for accumulating cut electric wires one by one at a predetermined position, wherein: a: a plurality of holding bodies for catching the electric wires sent one by one from the cutting device are provided. And a plurality of first hooking pins that are arranged at the end of the sending device and that move in a direction intersecting the sending device and hook the tip end portion of the electric wire on the sending device. A transfer device for laterally moving the wire outside the side surface of the delivery device; c: a guide arm for guiding the electric wire, which is moved by the transfer device outside the side surface of the delivery device, downward. : Support arm for receiving one end of the electric wire guided downward by this guide arm, e: Spiral winding with a catching body arranged in parallel with the support arm for holding the other end of the electric wire Sent A rotating roller having a blade for moving the electric wire along the supporting arm; f: a second hooking pin arranged in a continuous state at the end of the supporting arm for hooking the electric wire moved by the rotating roller; A second traverse device for hooking an electric wire on the second hooking pin and moving the electric wire in the same direction; and g: an accumulating arm provided at the end of the second traverse device for accumulating the moved electric wires. A characteristic wire stacking device.