JPS5916176Y2 - Device for inserting insulation material into panel frame - Google Patents

Description

[Detailed Description of the Invention] Technical Field The present invention relates to a device for inserting a heat insulating material into a panel frame, which inserts and fills a heat insulating material such as glass wool into the back side of a panel frame used as an industrially produced housing panel. .

Background technology If the work of inserting glass wool insulation into a panel frame with an open back is done entirely by hand, productivity is low, the work environment is poor, and there are variations in quality. Automation is desired.

And as an attempt to automate the conventional special public service 52-2
There was one shown in Publication No. 3109.

This involves installing a cutting and transporting line for the insulation material on the transport line of the panel frame, sucking and holding the insulation material flowing from the cutting and transporting line with a feeder consisting of a vacuum rotor, and inserting it into the back opening of the panel frame. It is pushed into the back opening of the panel frame using a pushing mechanism, and the insulation material and the panel frame must form two lines, one above the other, and the degree of freedom in the arrangement of each mechanism and device is low. However, there are likely to be restrictions on the arrangement of various processes, and furthermore, since the holding and pushing of the insulation material are performed by independent and separate mechanisms, the feeding machine and the pushing mechanism, it is inevitable that a large number of mechanisms and devices will be required. It was something that was needed.

Purpose of the invention The present invention was created in consideration of these points, and its purpose is to automate the insertion of insulation material into the panel frame, thereby improving productivity compared to manual work. It is an object of the present invention to provide a heat insulating material insertion device into a panel frame, which not only improves the work environment but also allows a high degree of freedom in the arrangement of various mechanisms and devices, and which requires fewer mechanisms and devices.

DISCLOSURE OF THE INVENTIONThe present invention consists of a cutter that cuts a roll of insulation material into a fixed length, a transfer table that places the insulation material in a fixed position near a transfer line of a panel frame, and a cutter that cuts a roll of insulation material into a fixed length. The transfer mechanism is equipped with a chuck mechanism on the lower surface that is equipped with a chuck means for chucking the insulation material to be cut, and is movable up and down at both ends, and a transfer mechanism that is pivoted in the middle of both chuck mechanisms and driven to rotate horizontally. This patent is characterized by a device for inserting heat insulating material into a panel frame, which transfers and inserts heat insulating material into the panel frame from the side of the panel frame on the transfer line using a transfer mechanism, and the chuck mechanism is connected to the panel frame transfer line. The heat insulating material is supplied from a direction substantially perpendicular to the panel frame, and the chuck mechanism simultaneously inserts and pushes the heat insulating material into the panel frame.

The present invention will be described in detail below based on the illustrated embodiment.
The panel frame 6, which is flown over, is a glass wool-based heat insulating material wound into a roll, and is placed on a transfer table 7.

Reference numeral 9 indicates a table for pooling rolls of the heat insulating material 6, and reference numeral 10 indicates a line for transferring the rolls of the heat insulating material 6.

The heat insulating material 6 on the transfer table 7 is unrolled and its tip is sent onto the stationary table 11.

At this time, the cutter 4 is operated to cut the heat insulating material 6 into a regular length.

The stationary table 11 is arranged close to the transfer line 8 of the panel frame 5, and the transfer mechanism 1 is provided above both.

This transfer mechanism 1 is pivoted at the center by a support rack 12 and is rotatable in a horizontal plane, and is equipped with chuck mechanisms 2 at both ends, and is rotated 180 degrees around a shaft 14 by rotation of a motor 13. The rotary drive is performed.

The chuck mechanisms 2 at both ends of the transfer mechanism 1 are attached to the transfer mechanism 1 so as to be driven up and down by hydraulic pressure or air pressure, and each chuck mechanism 2 has a hook 3 protruding from its lower surface. It is free.

This hooking pawl 3 is also driven by hydraulic pressure, pneumatic pressure, or the like.

The heat insulating material 6 cut to a regular length and placed on the stationary table 11 is chucked onto the lower surface of the chuck mechanism 2 by lowering the chuck mechanism 2 and protruding the hook 3.

Then, the chuck mechanism 2 rises, and as the transfer mechanism 1 rotates, the chuck mechanism 2
Around 80 degrees, descend again and place the heat insulating material 6 into the back opening of the panel frame 5 on the transfer line 8, and insert the catch claw 3 inside with the bottom surface of the chuck mechanism 2 in contact with the heat insulating material 6. The heat insulating material 6 is inserted by releasing the chuck.

At this time, the chuck mechanism 2 at the other end of the transfer mechanism 1 also descends to chuck the heat insulating material 6 to be inserted into the next panel frame 5.

In other words, the chuck mechanisms 2 at both ends of the transfer mechanism 1 perform the same vertical movement, and when one chucks, the other releases the chuck.

After inserting the heat insulating material 6 into the panel frame 5, the chuck mechanism 2 is raised and the next step is to insert the heat insulating material 6 into the panel frame 5.

Effects of the Invention As described above, the present invention allows for automatic insertion of insulation material into the panel frame, which of course provides more stable quality than when inserting it manually. It also improves productivity, improves the working environment, and reduces the number of workers, and when compared to the conventional example, due to the structure of the transfer mechanism, it is abbreviated as a panel frame transfer line. The insulation material can be supplied from orthogonal directions, the insulation material transfer line and the panel frame transportation line can be freely set, and the arrangement of each mechanism for supplying and cutting the insulation material is possible. Not only can this be done easily, but also various processes can be arbitrarily placed before and after the insulation material insertion process for the panel frame transfer line, and in addition, the chuck mechanism can move up and down. Therefore, it is possible to chuck and transfer the heat insulating material to the panel frame and to push the heat insulating material into the panel frame using only the chuck mechanism.

[Brief explanation of the drawing]

Fig. 1 is a front view of the present invention-embodiment, Fig. 2 is a plan view of the same as above, Fig. 3 is a front view of the chuck mechanism, Fig. 4 is a sectional view when inserting the heat insulating material into the panel frame, Figure 5 is a perspective view of a panel frame into which a heat insulating material is inserted, 1 is a transfer mechanism, 2 is a chuck mechanism, 3 is a hooking claw, 4 is a cutter, 5 is a panel frame,
6 is a heat insulating material, 7 is a transfer table, and 8 is a transfer line.

Claims (1)

[Scope of utility model registration request] A cutter that cuts the rolled insulation material to a fixed length, a transfer table that places the insulation material in a fixed position near the transfer line of the panel frame, and a chuck that chucks the insulation material that is placed in a fixed position to be cut. It consists of a chuck mechanism with means on the bottom surface that can be moved up and down at each end, and a transfer mechanism that is pivoted in the middle of both chuck mechanisms and driven to rotate horizontally. A device for inserting heat insulating material into the panel frame, which transfers and inserts insulating material from the side using a transfer mechanism.