JPS6053708B2 - Core filling device for flat panel frame - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an apparatus for filling a flash panel frame with spiral-shaped cores, and more specifically, a first lifting gate 2 that dams the head of a group of cores continuously supplied onto a core supply conveyor 1. , a second lifting gate a provided on the supply start end side to hold back the following core group, an inner partition 4 whose position can be changed in the width direction of the core supply conveyor 1, and a first lifting gate 3. A first lifting stopper 5 for receiving the core group, and a second lifting stopper 6 for positioning that comes into contact with the rear end edge of the core group received by the first lifting stopper 5.
and a frame elevating and lowering conveyance device 8 that conveys the panel frame 7 onto the core group supported by the first and second elevating stoppers 5 and 6; The present invention relates to a core filling device for a flash panel frame, which is characterized by comprising a discharge conveyance device 9 for discharging a panel frame 7.

Conventionally, in order to fill the panel frame 7 with cores, as shown in FIGS. 1 and 2, cores a that are continuously supplied from a core manufacturing machine are placed backwards and upwards with respect to the core supply conveyor 1. When the core a has accumulated to a certain extent, the core manufacturing machine is stopped and the supply of cores is stopped.
Fill the core a by hand with the shaped metal fitting 11' without leaving any gaps.
After filling, the panel frame 7 is manually processed into the panel frame 7 as the next process.
The paper is transported to a gluing machine that applies glue to the top and bottom surfaces of the paper, which has the drawback of requiring manual labor.

The present invention has been made in view of the above-mentioned drawbacks of the conventional art, and its purpose is to automatically fill the core, and to make the frame/assembly shape of the panel frame into a substantially square shape. To provide a device for filling cores into a flash panel frame, which can automatically fill cores according to shapes such as an approximately Japanese letter shape or an approximately square letter shape.

Embodiments of the present invention will be described in detail below with reference to the drawings. A core manufacturing machine (not shown) is provided at the starting end of the core supply conveyor 1. The core a is formed by winding a core material such as a strip of paper, cloth, or nonwoven fabric in a spiral shape. Core supply conveyor 1
They are long and close to the partition 4 above and below. Each partition 4 is provided so that its position can be changed and fixed with respect to the support guide 10, so that it can easily cope with changes in the frame shape of the panel frame 7 to a roughly kuchi-shape, a hi-ji-shape, and a kuchi-shape. I have made it possible. A first elevating gate 2 is provided at the starting end of the core supply conveyor 1, and it comes into contact with the head of the group of cores a that are continuously sent out from the core manufacturing machine, and accumulates the group of cores in a substantially dense state. It is made possible to do so. Reference numeral 3 denotes a second lifting gate, which is disposed closer to the starting end in the supply direction than the first lifting gate 2, and enters from above the core group a on the saw metering starting end side from the first lifting gate 2. The following core a group is dammed up so that a substantially constant amount of the core a group existing up to the first lifting gate 2 can be supplied forward.

The second lift gate 3 is configured to be able to change its position in the supply direction, and is adapted to cope with variations in the width of the panel frame 7.
The first and second lifting gates 3, 3 are connected to the pin 1 from the rod-shaped body 11.
2 are installed protrudingly. Reference numerals 13 and 14 are lifting cylinders, so that when the first lifting gate 2 is lowered, the second lifting gate 3 is raised, and vice versa, when the first lifting gate 2 is raised. This controls the second lift gate 3 so that it is lowered.

Reference numeral 15 denotes a frame transport conveyor, which is capable of intermittently transporting panel frames 7 supplied from a panel framing device (not shown) to a frame elevating and lowering transport device 8.

The frame elevating and lowering conveyance device 8 includes a clamp claw 16, a clamp cylinder 17, an elevating cylinder 18, and a traversing cylinder 19.
The panel frame 7 on the frame conveyor 15
can be conveyed onto the core supply conveyor 1.
A first lift stopper 5 is provided at the front part of the core supply conveyor 1 in the supply direction, and is movable up and down and back and forth by a lift cylinder 20 and a front and back cylinder 21. to the beginning of core group a, which is sent out in an approximately constant amount. They are in contact with each other so that they can receive a substantially constant amount of the core a group.

6 is a second lifting stopper, and the first lifting stopper 5
It is configured to be able to move up and down and back and forth by a lifting cylinder 22 and a back and forth movement chain 23 on the starting end side of the first
It abuts on the rear end of the core group a, the leading end of which is received by the lifting and lowering stopper 5, so that a substantially constant amount of the core group a can be positioned.

The first and second lifting stoppers 5 and 6 are approximately L-shaped, and each is thinner than the thickness of the panel frame 7. Thus, with a substantially constant amount of the core group a positioned, it is possible to fill the panel frame 7, which has been conveyed and lowered by the frame elevating and lowering conveyance device 8, with a substantially constant amount of the core a group. After filling, the first
The lifting stopper 5 is moved forward and raised, and the second lifting stopper 6 is moved largely forward by the driving rotation of the back and forth movement chain 23, and the panel frame 7 filled with the group of cores a is moved.
is transported forward and sent to the next process. In the figure, 2j4 is a forward and reverse rotation motor for driving the chain, and 25 is a driving intermediate shaft. After paying out the panel frame 7,
The second lifting stopper 6 moves rearward and returns to the initial position, and the next filling operation is performed. Although the second elevating stopper 6 is used as the discharge conveyance device 9, the shape and form can be changed. In summary, the present invention includes a first lifting gate that dams up the leading edge of a group of cores that are continuously supplied onto a core supply conveyor, and a second lifting gate that is provided on the supply start end side and dams the following core group. , an inner partition whose position can be changed in the width direction of the core supply conveyor, a first lifting stopper that receives the core group that has passed through the first lifting gate, and a rear end edge of the core group that is received by the first lifting stopper. a second lifting stopper for positioning in contact; A frame elevating and lowering transport device that transports the panel frame onto the core group supported by these first and second elevating stoppers, and a discharge transport device that discharges the panel frame with the core group packed inside by lowering the panel frame. Since it consists of
Although cores are continuously supplied from the core manufacturing machine, the required amount of core groups can be taken out at the first and second lift gates, and the required amount of core groups can be delivered to the first and second stoppers. There are advantages in that the panel frames can be accurately filled into the panel frames in a positioned state, and the panel frames that have been filled can be sent to the next process by the discharge conveyance device, and automatic filling can be performed.

In addition, a partition is provided in the core supply conveyor that can be freely repositioned in the length direction, so the frame shape of the panel frame can be changed.
It has the advantage that it can be easily dealt with even if it has an approximate kuji-shape, an approximation ichi-ji-shape, or an omi-ji-shape.

[Brief explanation of the drawing]

Fig. 1 is a schematic side view of the conventional example, Fig. 2 is a plan view of the same as above,
FIG. 3 is a perspective view of an embodiment of the device of the present invention, FIG. 4A,
b and c are explanatory diagrams showing the same action as above, 1 is a core supply conveyor, 2 is a first lifting gate, 3 is a second lifting gate,
4 is a partition, 5 is a first lifting stopper, 6 is a second lifting stopper, 7 is a panel frame, 8 is a frame lifting/lowering conveyance device, and 9 is a discharge conveyance device.

Claims (1)

[Claims] 1. A first lift gate that dams the head of the core group that is continuously supplied onto the core supply conveyor, a second lift gate that is provided on the supply start end side and dams the subsequent core group, and An inner partition whose position can be freely changed in the width direction, a first lifting stopper that receives the core group that has passed through the first lifting gate, and a positioning stopper that abuts the rear edge of the core group that is received by the first lifting stopper. 2 lifting/lowering stoppers, a frame lifting/lowering conveyance device for transporting the panel frame onto the core group supported by these first and second lifting stoppers, and a panel frame with the core group packed inside by lowering the panel frame. A device for filling cores into a flash panel frame, comprising a discharge conveyance device for discharging cores.