Splash-proof sink for 50-bundle tube production equipment line

Abstract

The invention relates to an anti-splashing water tank for 50 beam tube production equipment. The anti-splashing water tank comprises a funnel, a baffle and a tank body. The rear end of the funnel is connected with the tank body. The vertical baffle is arranged at the joint of the tank body and the funnel. A through hole allowing a beam tube to penetrate is formed in the center of the baffle. An anti-splashing device is mounted in the funnel and comprises a support, a stainless steel net and a soft sponge mat. The support is mounted in the funnel. The stainless steel net is mounted on the upper portion of the support. The soft sponge mat is mounted on the lower portion of the support. The soft sponge mat is located below the stainless steel net, and a clearance exists between the soft sponge mat and the stainless steel net. The anti-splashing water tank is low in improvement cost, and operation is simple and easy to understand; the situation that spray splashes to fly onto the surface of the beam tube to form bumps can be effectively avoided, and accidents of the bumps of the beam tube are reduced to the maximum extent; and product quality and production efficiency are greatly improved.

Description

technical field [0001] The invention relates to the technical field of optical cable production, in particular to an anti-splash water tank used for 50-bundle tube production equipment lines. Background technique [0002] At present, in the 50-bunch tube production line, water tanks are used to cool the extruded tubes. The water tank is mainly composed of a funnel, a baffle and a tank body. The funnel is located below the outlet of the extruder tube. The rear end of the funnel is connected to the tank body. A through hole is made in the center for passing the bundle tube. Before the beam tube enters the tank, the current production process relies on a baffle to control the water flow in the tank. If the baffle is too large, the water flow will be very large, and splashes will splash when it drips into the funnel below. If the water splashes on the bundle tube just out of the machine head, it will form a bulge. If the aperture of the baffle is too small, it will cause damag...

AI Technical Summary

Problems solved by technology

Before the beam tube enters the tank, the current production process relies on a baffle to control the water flow in the tank. If the baffle is too large, the water flow will be very large, and splashes will splash when it drips into the funnel below. , when the water splashes on the bundle tube just out of the machine head, it will form a bulge. If the aperture of the baffle is too small, it will damage the surface of the bundle tube and affect the production.

In the actual production process, it is difficult to grasp the balance of the pore size, so the existing production method is time-consuming and laborious, often resulting in a waste of resources

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