Environmental protection machine tool capable of conducting automatic filtering and recovering

Abstract

The invention discloses an environmental protection machine tool capable of conducting automatic filtering and recovering and belongs to the field of mechanical equipment. The environmental protection machine tool capable of conducting automatic filtering and recovering comprises a machine tool body, a cooling liquid input pipe fixed in the machine tool body, and a material containing pool located in the machine tool body. A solid-liquid separation recovery device is fixed to the side portion of the machine tool body and comprises a fixing frame, a metal filing rough separation mechanism and a metal filing fine separation mechanism, wherein the metal filing rough separation mechanism and the metal filing fine separation mechanism are fixed in the fixing frame, and the metal filing fine separation mechanism is located below the metal filing rough separation mechanism. According to the environmental protection machine tool, cutting liquid and metal filing can be effectively separated and recycled through the solid-liquid separation recovery device fixedly installed on the side portion of the machine tool body, in addition, the metal filing rough separation mechanism and the metal filing fine separation mechanism in the solid-liquid separation recovery device can conduct recovery according to different sizes of metal filing particles, so that it is effectively ensured that a filtering net is not likely to be blocked, the metal filing is recovered into a first containing hopper and a second containing hopper to be used, and the cutting liquid can be recovered into the cutting liquid containing container to be reused.

Description

technical field [0001] The invention relates to the field of mechanical equipment, in particular to an environmentally-friendly machine tool for automatic filtration and recycling, which can separate, recycle, process and reuse metal shavings and cutting fluid. Background technique [0002] When the machine tool is cutting, milling, and grinding high-hardness workpiece materials, it is necessary to use cutting fluid to cool the workpiece being processed, and also to lubricate the tool. Since the cutting fluid contains a large amount of metal shavings, the cutting fluid and metal shavings are separated. It is a time-consuming and expensive thing to come out, so most factories collect the cutting fluid with metal shavings, put them in buckets, and transport them to the waste treatment center for unified treatment. To carry out effective collection and utilization, it is necessary to pay a processing fee to the waste treatment center, which increases the cost of the enterprise ...

AI Technical Summary

Problems solved by technology

[0002] When the machine tool is cutting, milling, and grinding high-hardness workpiece materials, it is necessary to use cutting fluid to cool the workpiece being processed, and also to lubricate the tool. Since the cutting fluid contains a large amount of metal shavings, the cutting fluid and metal shavings are separated. It is a time-consuming and expensive thing to come out, so most factories collect the cutting fluid with metal shavings, put them in buckets, and transport them to the waste treatment center for unified treatment. To carry out effective collection and utilization, and also need to pay a treatment fee to the waste treatment center, which increases the cost of the enterprise and reduces the competitiveness of the enterprise's products

[0003] Chinese invention patent CN104667611A discloses an on-line separation and recovery device for cutting fluid. The on-line separation and recovery of cutting fluid includes a shell with a chip outlet and a liquid discharge pipe. A separation device is provided in the shell. The separation device is separately connected to the drive device, The material receiving device for receiving metal shavings is connected; the separation device includes an outer cylinder and a screen cylinder arranged in the outer cylinder, there is a gap between the outer cylinder and the screen cylinder and a transmission bearing is provided; the screen cylinder is connected with the driving device; There is a fixed mounting plate inside the casing, and the outer cylinder and the driving device are fixed on the fixed mounting plate; the cutting fluid on-line separation and recovery device adopts the method of separating the cutting fluid and metal shavings by one-time filtration of the screen, which is easy for metal shavings The screen is blocked, and the separated cutting fluid will also contain fine metal chips, which will affect the multiple reuse of the cutting fluid, and the separated metal chips are very viscous due to the cutting fluid, and it is difficult to remove the metal chips Separation and conveyance

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