KR200185577Y1 - Metal scraps excludig device for coolant tank - Google Patents

Abstract

The present invention relates to a METAL SCRAPS removal apparatus of a coolant tank that simultaneously separates unnecessary floats and fine chips contained in the coolant in a machine using a coolant tank.

In the past, large chips were removed by a chip conveyor, and other oils and fine chips were separated using an oil skimmer belt, but the microchips were not separated properly. And a chip cleaning cycle is shortened.

Therefore, the present invention is to remove foreign substances in the cleat tank by using the belt of the skimmer, the drain drain is connected to the cleat tank side to the primary container (3) having an oil-water separation function and fine chip sedimentation function The chain 5 driven by the pipe 1 and the motor 2 is laid, and the chain 5 is fixed with a scraper 6 for transferring fine chips to the secondary container 4. The cleat drain pipe (1) is made of a screw type that can be adjusted in height, day, characterized in that to remove and remove unnecessary oil or fine chips coming up through the schema belt at the same time.

Description

Metal scraps excludig device for coolant tank

The present invention provides a coolant tank METAL SCRAPS removal device that separates and removes unnecessary oil and suspended matter or fine chips contained in the coolant in all machines using the coolant tank. It's in the box.

Conventionally, the chip conveyor (CHIP CONVEYOR) removes the large chips and other OIL and fine chips by using the belt of the oil skimmer (OIL SKIMMER) to simultaneously fine-chip, oil, coolant, water (WATER) It is buried up and separated from running water by using specific gravity.

However, in the related art, the fine chips coming up through the belt are not separated, thereby shortening the coolant exchange cycle and the chip cleaning cycle. Therefore, the first and second waste collection boxes have to be periodically cleaned.

The above conventional problem is caused by not separating the microchip coming up through the belt.

Accordingly, the present invention has the purpose to solve the above-mentioned conventional problems, and is to prevent the coolant exchange cycle and the chip cleaning cycle as short as conventional by separating all the fine chips coming up through the belt.

According to the above purpose, the microchips coming up through the skimmer belt are added to a function of removing them from the oil / water separator box so that unnecessary oil or microchips can be separated and removed at the same time.

Hereinafter, with reference to the accompanying drawings and the configuration and effect of the present invention in more detail as follows.

1 is a plan view showing a conventional configuration,

2 is a front view showing a conventional configuration;

Figure 3 is a side view showing a conventional configuration,

4 is a plan view showing a configuration of the present invention,

5 is a front view showing the configuration of the present invention,

<Explanation of symbols for main parts of the drawings>

1: coolant drain pipe

2: motor

3: primary container

4: secondary container

5: chain

6: SCRAPER

7: OIL SKIMMER BELT

The present invention is to remove the foreign matter in the clan tank by using the belt of the skimmer, the clinter drain pipe connected to the clan tank side in the primary container (3) having a water flow separation function and fine chip sedimentation function (1) and the chain (5) driven by the motor (2) is laid to return the separated oil and coolant to the clan tank, the micro chip to the chain (5) secondary container (4) The scraper (SCRAPER) (6) for scraping up and transporting is fixed.

The cleat drain pipe 1 is screwed so that the height and the height can be arbitrarily adjusted according to the situation.

In the present invention configured as described above, first, the oil schemamer belt 7 is buried in the coolant tank with oil, coolant, and fine chips into the primary container 3.

Thus, the heaviest microchips in the primary container 3 sink to the bottom of the primary container 3 by their own weight, while the oil rises to the top of the cleat. At this time, the coolant is re-collected into the coolant tank through a coolant drain pipe (1) that is capable of adjusting height and height, whereas oil moves to the secondary container (4).

The fine chips deposited in the lower part of the primary container 3 are scraper 6 attached to the chain 5 driven by the motor 2 to scrape them in order to move to the secondary container 4, 2 In the container 4, only unnecessary oil and fine chips are collected, and if it is emptied periodically, all fine chips can be separated and removed.

As described above, according to the present invention, the microchips coming up from the coolant tank through the skimmer's belt in the unmanned processing line are added and removed from the oil / water separator to separate and remove unnecessary oil and microchips simultaneously. It is a very useful design with the effect of being able to extend the coolant replacement cycle and the chip cleaning cycle even more conventionally.

Claims (2)

In order to remove foreign substances in the cleat tank by using the belt of the skimmer, the cleat drain pipe (1) connected to the cleat tank side to the primary container (3) having an oil-water separation function and a fine chip sedimentation function, and A coolant, characterized in that a chain 5 driven by a motor 2 is laid, and a scraper 6 for transporting microchips to the secondary container 4 is fixed to the chain 5. Microchip removal device in tank. The apparatus of claim 1, wherein the cleat drain pipe (1) is a screw type capable of adjusting height and height.