JPS5948326A - Anodic oxidation treatment equipment for aluminum - Google Patents

Abstract

PURPOSE:To improve work efficiency and operation efficiency by disposing another station for fitting a material to be treated to a frame adjacent to a fitting work station or a stock yard and mounting a conveyer between both fitting stations. CONSTITUTION:An empty frame 10 is placed on an elevating hook 4 of a lifter 3 in the first fitting work station B and lowered. When the frame is lowered to a fixed height, a material to be treated, an aluminum material is fixed to the empty frame 10. Subsequently, slide arms 6a, 6b are forwarded to a conveyer 2 of a stock yard A, and then loaded frame 1 is transferred onto the conveyer 2. While materials are fixed to the frame at the above station B, an empty frame 10 is placed on a working table 11 at the second fitting work station C. The empty frame 10 is fixed to hooks 12 of a hanging bar 13, which is conveyed to the lifter 3 along rails 18 by a hoist 14.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to the installation of an anodic acid housing for aluminum and its alloys (hereinafter referred to as aluminum). Stockyard f・τ bar L7 in front of work station for attaching materials to frames (racking) and pre-treatment equipment (degreasing treatment tank). ．． It is something.

Conventionally, the station for installing aluminum materials into empty frames and the stockyard for the attached frames (actual frames) are equipped with pre-treatment equipment and i# Iv! i! array (layout)
It is often . Aluminum materials with greatly different shapes in this arrangement (materials to be processed, such as shaped materials and plate bending 4.
t) when processing t''1. With the shape and temporary bending
Since the methods for taking profits are different and the jigs used for collecting are different, the installation at the station requires work C.
71: It is troublesome and reduces work efficiency. For example ('', the form (Za 7 material) is attached to the rack rack of the frame (
It can be installed using a 7-piece frame, and a lifter device can be used at that time. - force, plate bending material (
For curtain wall materials), it is desirable to install the material on a workbench because it bends.

The purpose of the present invention is 1. We provide a complete set of aluminum anodizing equipment that allows for the installation of materials with widely different shapes that are suitable for each of them, by attaching them to the frame using a method and then placing them in the stockyard of the carrier conveyance line in front of the pretreatment equipment. be.

- The purpose of the above is to carry out the anodizing process of aluminum in which the stockyard with the work station and the mutual conveyance line of the frame with the sanded material is arranged in a straight line for the first pick-up of the frame of the processed material. In the equipment, a first attachment station e) adjacent to the work station or stockyard (7) and a second attachment station to the frame of another workpiece are provided;
This is another workpiece material (= 3-digit frame support 1
This is achieved by an aluminum anodizing treatment facility characterized by being equipped with a conveyance device for carrying on a general line.

The first installation is the work station and the glue lid.
It is desirable that the apparatus a is provided at 2'L, while a horizontal plane workbench is provided at the second take-off work station at 61%.

After attaching another material to be processed to the frame using the above-mentioned "Crop stand" 2, a hoist was installed on the hanging bar to lift the whole frame! 11. Preferably, this suspension bar is attached via a motorized trolley to a rail extending from the second attachment point away from the work station in the stockyard.

It is desirable that the above-mentioned rail be provided above between the mutual conveyance line and the lid device, and between which a frame to which another IIP material is attached is conveyed.

Hereinafter, the present invention will be explained in more detail with reference to examples of embodiments of the present invention in conjunction with accompanying drawings.

1 is a schematic plan view of an aluminum anodizing apparatus according to the present invention, FIG. 2 is a side view of 1'F in FIG. 1, and FIG. 3 is a side view of FIG. It is a diagram.

Anodizing equipment for aluminum according to the present invention (the plug is the first
As shown in the figure, stockyard A, the first installation includes a work station 8 and a second work station (=J work station Of), and a pretreatment device for a degreasing tank (not shown) is installed at the tip of the tip. f?j is provided.1.

In the stockyard A, there is a carrying and conveying line equipped with a drive device (not shown) that moves the frame 1 to be processed in the direction of the arrow (Figs. 1 and 3). 1. A conveyor 2 is provided which is suitable for attaching the aluminum profile to the frame 1 and a lid device 3 is provided. This litter device 13 has a lifting hook 4 by which the frame 1 is held (21st percent), and below this frame 1 a bit 5 (Figs. 2 and 3) is attached to the frame 1. Attached to l.

7t is provided for lowering the rack rack (not shown). Furthermore, a mechanism (slide arms x 6g, 6b and pusher 7) is provided for transferring the frame 1 to the conveyor 2 by fully utilizing the lifter DI#3. The slide arm 6a is shown in a backward state, and the slide arm 6b is shown in a forward movement state. Although the slide arms 68 and 6b are in a different state in FIG.
By one device: rah umbrella.

2nd installation work station C & ma stockyard A
There is a horizontal plane mounting table 11 (Figs. 1 and 2) on which a rack (not shown) for bending plates and the like is attached to the frame 10. It is provided. Here, in order to hang the frame 10 to which the plate bending material is attached, the hanging bar 13 on the hook 12 is connected to the wire rope or chain 15 of the hoist 14 71. ing. Then, the hoist 14 is tied to 7L by the connecting rod 16, and it is TORO! It is attached to rail I8 by J-17. One of the trolleys 17 is an electric trolley that can be moved along the rails 18 with the frame 10 suspended. This rail 18 extends from the second working stay 79 over the stonk yard Affi and passes above between the lifter device n; 3 and the conveyor 2. Hook 12, hanging bar 13. There is only one hanging transport device consisting of the hoist 14 and trolley 17, but for convenience, the second installation is at work station 0 before hanging the frame 10, and the first installation is at work station + 7 I
Figure 2 shows the state in which I is moved to the array position of I =', -.
It's L-Boss. Note that the rail is located at the work station [311
It is also possible to provide 111vc.

The aluminum anodizing treatment equipment according to the present invention is operated as follows.

First, the empty frame is placed on the lifting hook 4 of the lifter device if,3 and lowered. Empty frame 1 is raised to an appropriate height.

Once the rack is bent, a rack rod with a top (not shown), which is a jig, is attached to the empty frame of the rag. The rack rod will fit inside bit 5, so lower the empty frame further,
When the highest position of the rack rod (= J-digit piece) is at a suitable (workable) height for placing all the shapes to be processed.

Lower the lifting hook 4 to a full stop F, and attach the shape constants.

Then, the lifter device 3 is controlled to slowly raise the empty frame, and sections are attached one after another to the pieces of the rack rod that are being raised.

Using the lifter device 3, the bottom f++fi of the real bar 1 with its shape attached is moved forward by two gusset slide arms 6a and 6bi of the conveyor in the stockyard A. When the slide arms 6a and 6b are almost in contact with the conveyor 2,
Activate pusher 7 to slide real rod 1 into slurry f door arm rod a
, 6bJ onto the two-color conveyor 2. The real bars 1 placed on the conveyor 2 in this manner are moved in the direction of the arrow by the drive device of the conveyor 2, so that a plurality of real bars 1 are carried and carried on the conveyor 2.

Return the pusher 7 to its original state [~ and move the slide arm 6g + 6b backwards to remove the primary empty frame 1 and remove the lid device 3.
bring it to. Then, the operations described above are repeated.

For the first installation, when the Type H is installed at the work station entrance, for the adjacent second installation, place the empty frame 10 on the workbench Il at the work station CVc, and attach the rack rod. , Attach the specified plate bending material. Hanging bar t3V workbench 11 suspended from hoist 14
Get it down nearby.

A real bar 10 with one temporary bending yield is hooked onto the hook 12 of a hanging par 13. Then, the actual rod 10 is lifted up by the hoist 14. Hoist 14 is Toro 'J-17'
As shown in FIG. 2, the second mounting rod 10 is conveyed along the rail 18 from the work station 0 to between the conveyor 2 and the lifter device 3. At this time, the slide arms 6a and 6b are kept in the retracted state, so that the rack rod of the real rod 10 and the bent plate material can be transported. next.

The slide arms 6a, 61) are advanced until they almost come into contact with the conveyor 2. This slide arm 6a.

Lower the real rod 10 to 6b-1- and remove the hook 12 years old.

Then, the entire second hanging bar 13 is attached to the work station C and lowered to the work table 11 to hang the actual rod 10. Slide arm 6a
, 6b is pushed onto the conveyor 2 by the pusher 7. At this time, lifter device 3
This allows the frame 4, which is held in a suspended state, to be raised and the entire process of serging the shapes can be carried out.

In the aluminum oxidation treatment equipment according to the present invention, it is possible to attach it to the frame by a method that is optimal for the shape of the material to be treated (shaped material, bent plate material, etc.) and is suitable for the anodization treatment line. Actual rods of different shapes of materials to be processed can be easily placed in a stockyard. Work efficiency is improved because the attachment of different shapes of workpieces can be done at the work station.
Since it is equipped with the transport equipment [4], it is possible to improve the operating efficiency of the anodizing treatment line.

[Brief explanation of drawings]

FIG. 1 is a schematic plan view of an aluminum anodizing treatment facility according to the present invention, FIG. 2 is a front view of FIG. 1, and FIG. 3 is a side view of FIG. 1. ■...Frame, 2...Conveyor. 3... Lifter device η. 5...Pit. 5a, 5b...Slide arm. 7...Pusher. 10...Frame. 11...Workbench. 13... Hanging bar, 14... Hoist. 17...Trolley. 18...Rail. A...Stockyard. B...The first installation is a work station. C...The second inspection is a work station. Patent Applicant Fujisash Co., Ltd. Patent Application Agent Patent Attorney Akira Ikuki Patent Attorney Kazuyuki Nishidate 1) Shino Patent Attorney Akira Yamaguchi Figure 2 146 Figure 3 7

Claims (1)

[Claims] 1. The first attachment of the material to be treated to the frame is carried out in an aluminum anodizing treatment facility in which the working station and the stockyard with mutually conveying lines for the frame in which the material to be treated is completely collapsed are arranged in a straight line. i 1st collection (= J ke work station or said stockyard vr-y7 contact 1, and the second collection to the frame of another processed material 1. A processing equipment for processing aluminum, characterized in that a transfer device is provided for placing the frame on the transfer line.