JPS61287624A - Feeding device - Google Patents

Abstract

PURPOSE:To feed stocked frames in a small space one after another by pushing forward frames, which are stacked between each adjoining pair of partition plates hung at a rail, by the use of a feeder, allowing each of them to fall onto a work placing plate, and by thrusting out by a frame pushout device. CONSTITUTION:Frames 5 are stocked between partition plates 2. When the backmost plate 5 is pushed forward by a feeder 6, the frames 5 between the frontmost partition plate and its subsequent one 5 advance ahead the front end of a bottom receiving member 4 to then fall onto a working platform 12. Each fallen frame 5 is sent for a specific place on said working platform 12 by a thrust member 10 of a frame pushout device 8. Here the second frame 5 from below in the frontmost row is prevented from drop while placed on a frame receptacle piece 11, and when the thrust member 10 returns to its initial position, the frame 5 in the second stage falls onto the working platform 12 to be sent for specific place thereon. Thus a number of works can be stocked in a small space, and works be fed to specified place one after another.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field] The present invention relates to a supply device that stores workpieces such as panel frame materials and supplies them one by one.

[Background technology]

Conventionally, when framing wall panels or floor panels, workers manually lined up frame materials on each side on a workbench and assembled them by nailing them.

In this way, the frame materials are placed manually, which is inefficient and
It also required two workers.

[Purpose of the invention]

SUMMARY OF THE INVENTION An object of the present invention is to provide a supply device capable of stocking a large number of workpieces and supplying them one by one to a predetermined position.

[Disclosure of the invention]

The feeding device of the present invention includes a hanging rail, a plurality of partition plates that are movably suspended from the hanging rails, arranged in parallel in the longitudinal direction, and sandwiching workpieces in a stacked state between them, and the partition plates. a lower end support member provided along the longitudinal direction of the hanging rail below the partition plate, on which the lowest workpiece between the partition plates is placed; a forward feeding device that pushes the last one of the partition plates forward; a workpiece mounting table provided at a distance below the lower end of the partition plate by a height that allows only the workpiece 1111 to pass through and extending forward than the front end of the lower end receiving material; and a workpiece mounting table located at the front end of the lower end receiving material. It is equipped with a work extrusion device that pushes out the work that has descended to the top forward.

According to this configuration, workpieces can be placed in a stack between each partition plate, and multiple sets of stacked items can be placed front and back via the partition plate, so a large number of workpieces can be stocked in a small space. .

In addition, the forward feeding device pushes the partition plate forward, and the work extrusion device pushes out the workpieces that have fallen from the partition plate onto the workpiece mounting table at the front end of the lower end receiving member, so that the workpieces can be sequentially fed to predetermined positions. At this time, since the height between the partition plate and the workpiece mounting table is such that only one workpiece can pass through, it is possible to feed one workpiece at a time.

Embodiment An embodiment of the present invention is shown in FIGS. 1 and 2. In the figure, l is a hanging rail, two of which are installed in parallel,
A plurality of partition plates 2 are movably supported via hanging members 3 between these two rails 1, each of which is formed in a ring groove shape. A pair of hanging members 3 are attached to each partition plate 2, and are movably engaged within the hanging rail 1.

A lower end support member 4 is provided below the partition plate 2 along the length of the suspension rail 1. The lower end receiving material 4 is for placing the frame material 5 sandwiched in a stacked state between each partition plate 2,
A 4° frame material 5 made of a plurality of parallel rods or a single wide board serves as the upper frame material of the wall panel. The hanging rail 1 extends further forward than the lower end receiving member 4.

Reference numeral 6 denotes a forwarding device, which is composed of a cylinder device provided with a pushing member 7.

A frame material extrusion device 8 is provided below the lower end receiving material 4. The frame material extrusion device 8 includes an extrusion cylinder 9, an extrusion member 1o provided on the piston rod thereof, and a frame material receiving piece 11 extending rearward from the upper edge of the pushing member 10 to receive the frame material 5.

Reference numeral 12 denotes a framework workbench serving as a workpiece mounting table, and is located at a height slightly greater than the height of one frame member 5 from the lower end of the support plate 2.

Operation: The frame materials 5 are sandwiched between each partition plate 2 in a stacked state.
Place it on the lower end support material 4. This work is done manually. The frame materials 5 are kept in stock in this manner, and the rearmost partition plate 5 is pushed forward by the forward feeding device 6. This results in
When the frame material 5 between the frontmost and second partition plates 5 advances beyond the front end of the lower end support material 4, it falls from the lower end support material 4 onto the workbench 12.

The frame material 5 that has fallen onto the workbench 12 is sent out to a predetermined position on the workbench 12 by the pushing member 10 of the frame material extrusion device 8. At this time, the frame material 5 in the second stage from the bottom of the front row is When the pushing member 10 returns to its original position, the frame material 5 of the second stage falls onto the workbench 12. Then, it is sent out to a predetermined position on the workbench 12 in the same manner as described above.

This delivery position is set, for example, on the workbench 12 as shown in FIG.
When framing above, it should be placed in a position corresponding to the other frame members 14 to 17. In addition, each of the other frame materials 14 to 17 is
Using a device similar to the feeding device of this embodiment, the workbench 12
It may be supplied from above, or it may be carried by hand by the operator.

In this way, when all of the frame materials 5 in the front row have been supplied, the advance device 6 pushes the partition plate 2 by one bift, and
In the same manner as described above, the frame material 5 between the second and third sheets is supplied. In this way, each of the stocked frame materials 5 can be sent out one by one to a predetermined position. Therefore, labor savings can be achieved. The support plate 2, which has been supplied with the frame material 5, is removed from the front end of the suspension rail 1 and stored until it is stocked again next time.

Although the above embodiments have been described with reference to the case where frame materials are supplied, the present invention can also be applied to block-shaped workpieces and the like.

〔Effect of the invention〕

The feeding device of the present invention includes a hanging rail, a plurality of partition plates that are movably suspended from the hanging rails, arranged in parallel in the longitudinal direction, and sandwiching workpieces in a stacked state between them, and the partition plates. (7) A lower end receiving member provided along the longitudinal direction of the hanging rule between the partition plates (7) on which the JIJa work is placed, and a forward feeding device that pushes the ii tail of the partition plate forward. a workpiece mounting table that is spaced downward from the lower end of the partition plate by a height that allows only one workpiece to pass through and extends forward from the front end of the lower end supporter; Since it is equipped with a workpiece extrusion device that pushes the workpieces that have landed on the placing table forward, the workpieces can be stacked between each partition plate, and multiple sets of stacked brackets can be arranged one behind the other with the partition plates interposed between them. Therefore, a large number of workpieces can be stocked in a small space. In addition, the forward feeding device pushes the partition plate forward, and the work extrusion device pushes out the workpieces that have fallen from the partition plate onto the workpiece mounting table at the front end of the lower end receiving member, so that the workpieces can be sequentially fed to predetermined positions. At this time, the height between the partition plate and the workpiece mounting table is such that only one workpiece can pass through.
It has the effect of being able to supply 1+11 each.

[Brief explanation of the drawing]

FIG. 1 is a side view of an embodiment of the present invention, FIG. 2 is a front view of a support plate thereof, and FIG. 3 is a perspective view showing an example of arrangement of frame materials supplied by the supply device. l... Hanging rail, 2... Partition plate, 5... Frame material (
workpiece), 6... Advance device, 8... Frame material extrusion device, 10... Pushing member, 11... Frame material receiving piece, 12...
Workbench (work placement table)

Claims (1)

[Claims] a hanging rail, a plurality of partition plates that are movably suspended from the hanging rails and arranged in parallel in the longitudinal direction and sandwich workpieces in a stacked state between them, and the hanging rail below the partition plates. a lower end support member provided along the longitudinal direction on which the lowest workpiece between the partition plates is placed; a forward feeding device for pushing the last part of the partition plate toward the previous part; a workpiece mounting table that is spaced downwardly by a height that allows only one workpiece to pass through and extends forward from the front end of the lower end receiving material; and a workpiece that has been lowered onto the workpiece mounting table at the front end of the lower end receiving material. A feeding device equipped with a work extrusion device that pushes out the workpiece forward.