JPS61194199A - Device for taking out material to be treated and cleaning barrel - Google Patents

Abstract

PURPOSE:To reduce and simplify a device and to improve the quality of materials to be treated by placing a barrel subjected to a treating stage on a stand, and upsetting the barrel to clean the inside of the barrel then taking out the materials to be treated and sending the same to a drying stage. CONSTITUTION:The barrel subjected to plating and post-treating stages is placed on the stand 1 and a barrel cylinder Ba is turned by a rotational driving device 4 to direct downward the aperture surface thereof. Water in a tank 2 is injected from injection nozzles 17 by a pump 18 to drop the materials to be treated in the barrel into a basket 10 via a hopper 6 and at the same time the inside of the barrel is cleaned. The barrel is then moved and after the hopper 6 is traversed by traversing and driving device 8, a basket receiving base 9 is moved upward to take out the basket 10. The basket is conveyed to the next drying stage. The taking-out of the materials to be treated and the cleaning of the barrel are thus surely executed.

Description

[Detailed Description of the Invention] Industrial Field of Application The present invention is designed to ensure that the workpieces that have undergone plating or other surface treatment processes are removed from the barrel, and then the barrel is also cleaned. The present invention relates to a cleaning device for collecting and distributing materials to be processed and for cleaning barrels.

Conventional technology and the point of view when performing surface treatment such as small plating on relatively small objects,
The material to be treated is put into the barrel, and after pre-treatment of degreasing, washing with water, and rinsing, the barrel is transferred to the plating factory.Finally, the post-treatment process of neutralization, washing with water, etc. pFi performs the desired processing.

At this time, after this surface treatment (hereinafter abbreviated as plating), the entire amount of the object to be treated must be taken out from inside the barrel.
It was never recovered.

If there is any remaining material in the barrel, the first treatment object is put in and plated, and this residual @L treatment/Ume is plated again and double plating is performed.

It becomes a defective product. For this reason, it is necessary to ensure that the processed proboscis after completion of processing 4 is ejected from the barrel. For this reason, in the past, complete discharge was guaranteed! They also serve as ninjas and use manual labor to remove the materials, but this is extremely inefficient.

However, with this method, the barrel is submerged in a variable liquid.

The multiple barrels are rotated to open an opening [7] into a container below the barrel for the material to be treated, and the container is pulled up from the tank along the rail and supplied to the primary drying process. Therefore, this method requires means for immersing the barrel in the liquid and means for lifting out of the liquid a container for receiving the material to be treated discharged from the barrel.

In view of this, the present invention has developed a system in which the barrels that have undergone the plating and post-treatment processes are placed on top of the hopper so that the barrel cylinder is above the water surface, and the barrels are opened downward. A stand equipped with a barrel rotation mechanism, a tanker that filled the stand with liquid as needed,
Inside this tank, there is a hopper that can be moved laterally from the barrel mounting position.

Below this hopper, there is a basket pedestal on which a basket rattle is placed, which receives the material to be processed from the barrel via the hopper inside the tank, and inside the barrel, which opens downward, also serves as a cleaning device. In order to reliably discharge the objects to be treated adhering to the container, the construction is simple and consists of an injection nozzle that injects cleaning water into the barrel. The container that has been dried can be directly dried and then supplied directly to the next drying process.

example of real power The present invention will be described below based on embodiments shown in the drawings.

1 is a frame with a collar on the threshold, and a tank 2 is installed inside this frame 1, but this frame 1 is omitted and is referred to as a tank! It is also possible to reinforce the tank and use it as a stand. The tongue 2 is open at the top, and water or cleaning liquid is press-fitted to a certain level. A barrel mount 8 is used on the mount 1 or the tank 2 to mount the barrel that has undergone the plating and post-processing steps. The bottom of the cylinder B2 of the barrel wood 11iB mounted on this barrel mount 8 is placed in the tank so that when injecting the cleaning liquid, the bottom of the cylinder B2 is slightly immersed directly in the liquid or just below the liquid surface, and the cylinder is submerged in the liquid. Make sure you don't get lost in it. A rotation drive device 4 is provided on the pedestal 1 or the barrel pedestal 3 to rotate the barrel cylinder mounted on the pedestal so that the opening thereof faces downward. This device 4 may be the same as the conventional one serving as the first liquid tank of a conventional surface drinking treatment device.

(1) A rail 6yc is provided in a part of the frame 1 or tank 20 in the longitudinal direction of the tank, and the upper part of the hopper is supported by this rail 6. The bar 6 has a suspended guide roll 7 on its upper part, and this roll is placed on the upper rail 5, and the roll rolls along the rail, and the hopper h (barrel mounting position Makes the skin more mobile,
The movement of this hopper is carried out by a hopper traverse drive device 8 submerged in a stand or a tank, and this is a hydraulic cylinder or an electric cylinder.

A mechanism such as a telescopic ring type can also be adopted, but in the practical example shown in Figure 1, an endless 1,000 mm 8b is stretched around sprocket wheels 8a and 8844 arranged at both ends of the hopper in the traverse direction, and this 1,000 mm sbG drive device 8 is used to By driving the hopper 6 in the opposite direction like a weir plate, the hopper 6, which is attached to the chain of arms, traverses while being suspended from the rail, and this traversing distance is at least as far as the basket in the barrel position @F direction. It is sufficient to set it to a position where there is no problem when lifting it approximately vertically from inside the tank.

In addition, a basket holder 9 is installed at the bottom of the tank and directly below the hopper, and the basket 10 is placed on this holder 9.
Make sure to put it in place.

When B's basket 10 is placed 11 on the pedestal 9.

The upper part of this pedestal has an inverted cylindrical shape (trumpet-like shape) so that it can be positioned directly below the hopper, and the basket pedestal 9 may be of a fixed type, but in the embodiment shown in Figure 1, it is of an elevating type. ing. This is arranged vertically in the tank, and the idler roll 12 is supported by the idler roll 12 which is sunk into the pedestal in the id 11, and this pedestal 9 is a hydraulic cylinder.

It is driven by a chain-type, ring-type, etc. lifting mechanism @1B, and is raised and lowered in synchronization with the horizontal movement of the basket pedestal.

In the figure, 14 is the stand, the direct injection that moves the tangel, 15 is the rail that supports this electric wheel, and 16 is this 1
j This is a traveling drive device for the L wheels 14, and the frame and tank can be used as a traverser among general equipment.

In addition, one or more injection nozzles 17 are provided in the hopper, and when the barrel mounted above the hopper stops with the opening of the barrel cylinder facing downward, water or cleaning water is sprayed into the barrel. In this way, the inside of the barrel is cleaned and the material to be treated adhering to the inner wall of the barrel is reliably discharged (contained). This pump is used to spray water at the required amount. In addition, if water is not injected into the tank, water is supplied to the injection nozzle from another water source or a pump.

action Next, the operation of the present invention will be explained.

Carrying the barrel that has undergone the surface treatment process into the apparatus of the present invention,
After being mounted on the frame, the barrel cylinder is rotated by the barrel rotation NahJ device 4, and the opening t thereof is used as a downward shaft to stop the Neurel cylinder.The water in the tank is injected from the primary injection nozzle. This cycle of stopping the barrel cylinder at a fixed position once and spraying water from the nozzle is repeated at least once or 8 to 4 times. As a result, all the objects to be processed inside the barrel cylinder are reliably discharged into the hot spring t4-, and the inside of the barrel is cleaned.First, the barrel is taken out, that is, lifted on a carrier, etc., and returned to the treatment process. If the tank is filled with water or cleaning liquid, the material to be treated will fall directly into the hopper and fall into the basket below, but if the tank is not filled with water, the material will fall toward the inner surface of the hopper. Use a nozzle that sprays water or cleaning fluid.

This nozzle sprays water onto the inside of the hopper.
Attach the object so that it falls from the barrel downwards into the customer's space without damaging it.

After the seeds are completely expelled from the barrel cylinder,
qAAl1 is placed in front of the hopper to allow the hopper to move. If the basket pedestal is a fixed type, one person can lift the basket directly from the tank using a carrier (not shown) and perform the first dry sacrificial process. J: After being raised, it is hooked up by a carrier and lifted up, and similarly transported to the first drying process. At this time, if the tank is filled with water, use the carrier to grab the inside of the basket and then move it up and down, left and right.
In some cases, the objects to be processed in the basket are washed before being lifted out of the tank.

Place the air invasion basket G on the side of the pedestal (if it is an elevating type, move it to 14), then return it to the position above the hopper and place it on the inner wall of the next barrel. This action is 94 years old.

Effects of the Invention According to the present invention, the opening surface of the barrel cylinder held above the hopper and above the water surface is set downward, and in order to inject purified water-Z into the barrel cylinder, the material to be treated is attached to the inner surface of the cylinder. Everything can be ejected reliably and the inside of the barrel can be cleaned without any problems.Furthermore, the 14-line type on the bottom makes it easy to lift baskets that are slanted downwards. It has advantages such as being able to carry it to the next dry tiger process, making the baggage reduction smaller and simpler, and automatically reliably taking out the 13s and 13s to be processed (σ), which can improve product distribution. .

[Brief explanation of the drawing]

FIG. 1 is an IE direct diagram, and the second threshold is a lateral violet threshold. 1 is the mount, 2 is the tank, and 8 is the barrel mount. 4 is a barrel rotation drive device - Fi is a rail, 6 is a hopper, 7 is a suspended type idle roll, 8 is a hopper traverse lowering device, and 9 is a basket pedestal. 10 is a basket, 11 is a guide, 12 is an idle roll, 18 is a 4-inch rotating vessel, 1γ is an injection nozzle, 18 is a pump, B is a barrel water body, -
1 is Palerci II Ning, patent small person Takagai Kobayashi 1 person Figure 1

Claims (1)

[Claims] A barrel that has undergone plating and post-processing is placed on top of a hopper so that the barrel cylinder is above the water surface, and a barrel rotation mechanism is provided for opening the barrel downward. a tank installed in this frame so as to fill it with liquid as needed, a hopper within this tank that is movable laterally from the barrel mounting position, and this hopper. There is a basket holder on which a basket is mounted which receives the material to be processed from the barrel via a hopper at the bottom and inside the tank, and a basket that is attached to the inner surface of the barrel and serves as a cleaning inside the barrel which opens downward. 1. A device for taking out objects to be processed and cleaning a barrel, comprising an injection nozzle that injects cleaning water into the barrel in order to reliably discharge the objects to be processed.