TWM634601U - Filtering cooler - Google Patents

Abstract

A filter cooling machine, including an oil tank, a filter barrel, a cooling motor, a cooling group and a joint group. The filter barrel filters the processing debris and impurities of the cutting fluid and flows to the oil tank, and the cutting fluid in the oil tank is pumped through the cooling motor and sent to the cooling The group is cooled and sent back to the fuel tank. In this way, the filtered and cooled cutting fluid can be obtained, and the cutting fluid with long life, high durability and good pressure stability can be provided.

Description

filter cooler

This creation is a filter cooling machine, which can filter and cool the used cutting fluid and provide it to the processing machine for circulation.

Cutting fluid is widely used in metal processing machinery, mainly for cooling and lubrication. In order to improve processing efficiency and reduce tool damage, when computer numerical processing machines (lathes, milling machines) process metals, the industry will use an additional cooling system to cool the workpiece and the tool and provide lubrication between the tool and the workpiece. Abrasion of tools, filtering of cutting fluid contaminated processing chips after use and dust particles in the environment. The above-mentioned cooling system generally has components such as filters, oil tanks, motors, and pumps. Its operating principle is to pump the cutting fluid in the water tank of the processing machine through the pump. After filtering and pumping, the cutting fluid is ready to be sent to the processing machine.

Today's machining machines can process a variety of contours, holes, teeth, etc., with high machining accuracy and fast cutting efficiency, which also accelerates the deterioration of cutting fluid and shortens the service life. As a result, the current cooling system has its shortcomings and needs to be improved.

This creation provides a filter cooling machine, including an oil tank, a filter barrel, a cooling motor, a cooling group and a joint group, wherein: the filter barrel is partly assembled in the oil tank and communicated with the oil tank, and the The filter barrel receives and filters the processed cutting fluid from the processing machine in one direction and stores it in the oil tank; the cooling motor extracts the cutting fluid in the oil tank and transports it to the cooling box of the cooling group, where it is cooled and cooled by the cooling group send back to the fuel tank; the fuel tank and the connector group are arranged at intervals and communicated with pipelines.

With the above operation, the cutting fluid is first filtered through the filter barrel to process debris and impurities before flowing into the oil tank, and the cutting fluid in the oil tank is extracted through the cooling motor and sent to the cooling unit for cooling, and then sent back to the oil tank. In this way, the filtered and cooled cutting fluid can be obtained, and the cutting fluid with long service life, high durability and good pressure stability can be provided, so as to facilitate the repeated recycling of the cutting fluid to maximize the effectiveness.

1: Filter cooler

10: shelf

100: fuel tank

110: pump motor

200: filter bucket

300: cooling group

301: cooling motor

320: Compressor

330: condenser

310: cooling box

400: connector set

500: processing machine

510: water tank

520: motor

The first picture is a block diagram of this creation.

The second picture is a schematic diagram of the block configuration of the creation and processing machine.

The third picture is a three-dimensional schematic diagram of this creation.

The fourth picture is a schematic diagram of the creation and operation of this book.

Please refer to the first to fourth figures, which disclose a filter cooler 1, including an oil tank 100, a filter barrel 200, a cooling motor 301, a cooling group 300 and a joint group 400, wherein: the filter barrel 200 is partially assembled on The oil tank 100 is in communication with the oil tank 100, and the filter barrel 200 receives and filters the processed cutting fluid from the processing machine 500 in one direction and stores it in the oil tank 100; the cooling motor 301 extracts the cutting fluid in the oil tank 100 Transported to the cooling box 310 of the cooling group 300, and through the cooling group 300, the cooling effect Send back to the oil tank 100 (as shown by the hollow arrow in the fourth figure); the oil tank 100 and the connector group 400 are arranged at intervals and communicated with pipelines.

The filter bucket 200 is connected to the water tank 510 of the processing machine 500 through a pipeline. The water tank collects the cutting fluid with processing debris, powder, and impurities used by the processing machine 500, and passes through the motor 520 of the water tank 510 to process and use the cutting fluid. The collected cutting fluid is pumped to filter bucket 200 . The cooling motor 301 communicates with the oil tank 100 and the cooling box 310 of the cooling group 300 through pipelines, and the cooling box 310 communicates with the oil tank 100 through the pipelines.

The aforementioned filter barrel 200 is equipped with a removable filter bag, which facilitates removal of cutting debris and impurities in the filtered cutting fluid.

It must be noted that the above-mentioned oil tank 100 and water tank 510 are only described as containers for collecting and storing cutting fluid, not as limiting conditions for collecting only solutions such as oil and water.

With the above operation, the cutting fluid is first filtered through the filter barrel 200 to process debris and impurities before flowing into the oil tank 100, and the cutting fluid in the oil tank 100 is extracted through the cooling motor 301 and sent to the cooling group 300 for cooling, and then sent Back in the fuel tank 100. In this way, the filtered and cooled cutting fluid can be obtained, and the cutting fluid with long service life, high durability and good pressure stability can be provided, so as to facilitate the repeated recycling of the cutting fluid and achieve the maximum effect, which can cater to a large number of today's various processing machines. operational needs.

The detailed features of each component of the invention and the relationship between them are further described below. In this embodiment, the cooling group 300 includes a compressor 320 and a condenser 330 . Through the cooperative operation of the compressor 320 and the condenser 330 , the cutting fluid in the cooling tank 310 can be cooled and cooled, and the cooled cutting fluid can be sent back to the oil tank 100 .

The filter cooling machine 1 of the present invention further includes a pump motor 110 partially assembled to the oil tank 100 , and the pump motor 110 pumps the cutting fluid from the oil tank 100 to the joint set 400 . The aforementioned pump motor After the 110 is connected to the joint set 400 through the pipeline, the joint set 400 can be tapped to the processing machine 500 or the water tank 510 through the pipeline according to the requirement.

It further includes a shelf 10 , and the oil tank 100 , the cooling motor 301 , the cooling group 300 and the connector group 400 are respectively assembled on the shelf 10 . The oil tank 100 and the cooling group 300 are respectively located at different heights of the shelf. The connector set 400 is installed on the shelf 10 . The filter cooling machine of this invention provides the oil tank 100, the cooling motor 301, the cooling group 300, the joint group 400 and the joint group 400 through the shelf to be assembled separately, so that each component can be stably installed separately, and it is beneficial to distinguish the location of each component , For follow-up maintenance, you can easily determine where each component is, and for future maintenance and maintenance operations of relevant personnel, it is helpful for visual judgment and manual operators.

It must be noted that the pipeline disclosed in Figure 4 is only for the convenience of judging the delivery position of the cutting fluid and the description of the movement of the cutting fluid between various components, and is not intended as a limitation on the location and arrangement of the pipeline.

1: Filter cooler

100: fuel tank

200: filter bucket

300: cooling group

301: cooling motor

400: connector set

Claims (6)

A filter cooling machine, including an oil tank, a filter barrel, a cooling motor, a cooling group and a joint group, wherein: The filter barrel is partially assembled in the oil tank and communicated with the oil tank, and the filter barrel receives and filters the processed cutting fluid from the processing machine in one direction and stores it in the oil tank; The cooling motor extracts the cutting fluid in the oil tank and sends it to the cooling tank of the cooling group, and is cooled by the cooling group and sent back to the oil tank under the action of cooling; The oil tank and the joint group are arranged at intervals and communicated with each other through pipelines. The filter cooler as claimed in item 1, wherein the cooling group includes a compressor and a condenser. The filter cooling machine as described in Claim 1 further includes a pump motor and is partially connected to the oil tank, and the pump motor pumps the cutting fluid from the oil tank to the joint group. The filter cooling machine as described in claim 1 further includes a shelf, and the oil tank, the cooling motor, the cooling group and the connector group are respectively assembled on the shelf. The filter cooler as described in Claim 4, wherein the oil tank and the cooling unit are respectively located at different heights of the shelf. The filter cooler as claimed in item 4, wherein the joint group is installed on the shelf.

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