Flow-guiding anti-splashing mechanism for preventing cooling water from splashing out of water tank

A technology of cooling water and splashing, which is applied in the field of machine tool bed, which can solve the problems of cooling water splashing out of the water tank, and achieve the effects of preventing splashing out of the water tank, reducing pollution, and reducing impact

Active Publication Date: 2019-08-02
CHONGQING HONGGANG CNC MACHINE TOOL
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a diversion and anti-splash mechanism for preventing cooling water from splashing out of the water tank, so as to solve the problem of cooling water splashing out of the water tank in the background art

Method used

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  • Flow-guiding anti-splashing mechanism for preventing cooling water from splashing out of water tank
  • Flow-guiding anti-splashing mechanism for preventing cooling water from splashing out of water tank
  • Flow-guiding anti-splashing mechanism for preventing cooling water from splashing out of water tank

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0039] A diversion and splash prevention mechanism for preventing cooling water from splashing out of a water tank, mainly composed of a diversion unit and a splash prevention unit. combined with figure 1 , attached figure 2 And attached image 3As shown, the flow guide unit is mainly composed of a guide splitter plate 16 and a number of first leakage holes 4. The bottom end of the right part of the cooling water artesian part 1 is integrally formed or installed with a guide splitter plate 16. The guide splitter plate 16 is L-shaped. Splitter plate 16 comprises vertically arranged guide part 2 and laterally arranged splitter part 3, and the distance from the top right side of guide part 2 to the right end of cooling water artesian part 1 is 1.5-4cm, preferably 2cm; The guide part 2 is integrally formed and located at the lower left of the cooling water artesian part 1, and the right end of the diversion part 3 is located at the lower right of the cooling water artesian part...

Embodiment approach

[0041] The specific implementation is: after the cooling water flows to the cooling water artesian part 1, part of the cooling water will gradually flow along the bottom surface of the cooling water artesian part 1 to the guide part 2 of the guide diverter plate 16, and then gradually flow from the guide part 2 to the diverter part In each of the first leakage holes 4 of 3, the cooling water is divided into several streams, which reduces the gravity of a single stream of water. In the case of the same height difference, the gravitational potential energy of a single stream of water formed after being divided is reduced. The small size reduces the impact on the cooling water in the water tank when the cooling water flows into the water tank, so that it is difficult for the cooling water to splash when it flows into the water tank, thereby preventing the cooling water from splashing out of the water tank.

[0042] Part of the cooling water flowing down from the guide portion 2 ma...

Embodiment 2

[0046] The difference between this embodiment and Embodiment 1 is that in this embodiment, a side hole is opened laterally on the right side of each first leakage hole 4, combined with the attached Figure 6 And attached Figure 7 As shown, an L-shaped insertion rod 12 is inserted in the side hole, and a sealing ring is arranged between the insertion rod 12 and the side hole. combined with Figure 8 As shown, the bottom end of the insertion rod 12 is integrally formed or equipped with a diverter plate 13, which is used to further divert the cooling water. The axis of the diverter plate 13 coincides with the axis of the first leakage hole 4. Below the first leak hole 4, and the diameter of the diverter plate 13 is smaller than the diameter of the first leak hole 4, such design can ensure that the edge of the first leak hole 4 has a vertical water flow down, thereby blocking the cooling water along the guide diverter plate 16 bottoms spread toward splash-proof groove 11 direct...

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Abstract

The invention relates to the technical field of machine tool beds, and discloses a flow-guiding anti-splashing mechanism for preventing cooling water from splashing out of a water tank. The flow-guiding anti-splashing mechanism comprises a flow guiding unit and an anti-splashing unit which are arranged below a cooling water self-flowing part of a machine tool, the flow guiding unit is arranged close to the end of the cooling water self-flowing part, the flow guiding unit comprises an L-shaped guiding flow-division plate and a plurality of first leakage holes formed in the guiding flow-divisionplate, the guiding flow-division plate comprises a guiding part and a flow-division part, the plurality of first leakage holes are uniformly distributed on the flow-division part, one end of the flow-division part is arranged at the bottom end of the guiding part and is positioned on one side of the cooling water self-flowing part, the other end of the flow-division part is positioned on the other side of the cooling water self-flowing part, and the anti-splashing unit is located beside the flow guiding unit and is far away from the end of the cooling water self-flowing part. According to thescheme, the cooling water can be prevented from splashing out of the water tank, so that the possibility that a workshop is polluted is reduced.

Description

technical field [0001] The invention belongs to the technical field of machine tool beds. Background technique [0002] Machine tools mainly refer to lathes and milling machines. Machine tools are widely used in the machining industry for the multi-variety processing of sophisticated and complex rotating parts. [0003] Existing machine tools need to use cooling water in the process of processing workpieces, and the cooling water gradually flows to the cooling water artesian part at the low point of the machine tool, and then flows into the water tank located under the middle of the machine tool through the cooling water artesian part. Because the high-speed running cutter head drives the cooling water to shoot at high speed to the water tank or to the low point of the machine tool, and flows into the water tank along the cooling water artesian part of the machine tool. Due to the high speed of the cooling water flowing on the self-flowing surface of the cooling water, the ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B23Q11/08B23Q11/12B23Q11/00
CPCB23Q11/00B23Q11/08B23Q11/12
Inventor 汪传宏
Owner CHONGQING HONGGANG CNC MACHINE TOOL
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