Condensate water release device

Abstract

The invention discloses a condensate water release device comprising a first release barrel; the side wall of the first release barrel is connected with a plurality of water inlet pipes; the top of the first release barrel is connected with one end of a U-shape bend pipe; the diameter of the U-shape bend pipe is smaller than that of the release barrel; the U-shape bend pipe and the first release barrel are sealed by a seal plate; the other end of the U-shape bend pipe is connected with a second release barrel; the bottom of the first release barrel is connected with a first release pipe; the bottom of the second release barrel is provided with a second release pipe; the first and second release pipes are connected through a channel; sealing plates are respectively arranged between the first release barrel and the first release pipe and between the second release barrel and the second release pipe for sealing purpose. The condensate water release device is less in material consumption, simple in making, low in cost, convenient in mounting, simple in maintenance, can be massively produced, and is suitable for releasing various ship air compressors and air bottles.

Description

technical field [0001] The invention relates to a condensation water release device. Background technique [0002] The air compressor and air bottle of the ship discharge a mixture of high-pressure air and water. The original discharge device is to connect these discharges to a main pipe and then discharge them into the bilge well. Such a design exists The following disadvantages: when an air cylinder or air compressor is released, because the release is a high-pressure soda-water mixture, due to the limitation of the pipe diameter, the high-pressure soda-water mixture is too late to release, which will cause gas backflow, and the high-pressure gas will damage other air The discharge valve of the bottle and the air compressor will cause greater losses. Later, there was an improvement plan, that is, each piece of equipment was led to a pipe separately to the bilge well. This method not only wastes a lot of pipe materials, but also because the high-pressure gas will splash th...

AI Technical Summary

Problems solved by technology

[0002] The air compressor and air bottle of the ship discharge a mixture of high-pressure air and water. The original discharge device is to connect these discharges to a main pipe and then discharge them into the bilge well. Such a design exists The following disadvantages: when an air cylinder or air compressor is released, because the release is a high-pressure soda-water mixture, due to the limitation of the pipe diameter, the high-pressure soda-water mixture is too late to release, which will cause gas backflow, and the high-pressure gas will damage other air The discharge valve of the bottle and the air compressor, causing greater losses

Later, there was an improvement plan, that is, each piece of equipment was led to a pipe separately to the bilge well. This method not only wastes a lot of pipe materials, but also because the high-pressure gas will splash the water in the sewage well when it reaches the sewage well, it cannot fundamentally Solve the problem

Images