Air conditioner drain manifold structure with angled guide

Abstract

An air conditioner drain manifold structure with a slanted guide angle includes the following components: a main pipe; and at least one manifold connected to the main pipe, the at least one manifold being used to connect to the air conditioner's drain pipe. The manifold is divided into several segments, each segment forming a bend; each bend is a non-right angle. In use, the manifold connects the air conditioner and the main pipe to direct leaking water from the air conditioner through the manifold to the main pipe, thus guiding all air conditioner drainage to the main pipe. Because the connections between the segments of the entire manifold and the main pipe are non-right angles, drainage water will not stagnate in the pipes. Preferably, the bend angle is 135 degrees or 45 degrees. The invention also includes at least one branch pipe connected to the main pipe. An endoscope for inspection can be inserted into the main pipe through the branch pipe to view the interior of the main pipe for maintenance purposes. The branch pipe forms an angle of less than 90 degrees with the main pipe.

Claims

1. A drain manifold structure for an air conditioner with a slanted guide angle, comprising the following elements: a main pipe; at least one manifold connected to the main pipe, the at least one manifold being used to connect to the drain pipe of the air conditioner; wherein the manifold is divided into several segments, each segment forming a bend; wherein the manifold is divided into several segments, each segment forming a bend, wherein each bend is a non-right angle; in use, the manifold is used to connect the air conditioner and the main pipe, so that the leaking water from the air conditioner flows through the manifold to the main pipe, so that all the drainage from the air conditioner is guided to the main pipe; because the connections between the segments of the entire manifold and the main pipe are non-right angles, the drain water will not stagnate in the pipe.

2. The air conditioner drain manifold structure with a bend angle as described in claim 1, wherein the bend angle is 135 degrees or 45 degrees.

3. The air conditioner drain manifold structure with a slanted guide angle as described in claim 1, wherein the manifold comprises: a flat section whose front end is used to connect to a drain pipe of an air conditioner; a first slanted pipe whose front end is connected to the rear end of the flat section; wherein the first slanted pipe and the flat section form a non-right angle; a straight pipe whose front end is connected to the rear end of the first slanted pipe; wherein the straight pipe and the first slanted pipe form a non-right angle; a second slanted pipe whose front end is connected to the rear end of the straight pipe; wherein the second slanted pipe and the straight pipe form a non-right angle; the second slanted pipe is connected to the main pipe, wherein the second slanted pipe and the main pipe form a non-right angle.

4. The air conditioner drain manifold structure with an oblique guide angle as described in claim 1 further includes at least one branch pipe connected to the main pipe; an endoscope for maintenance can be inserted into the main pipe through the branch pipe to view the internal condition of the main pipe for maintenance purposes.

5. The air conditioner drain manifold structure with a slanted guide angle as described in claim 4, wherein the branch pipe and the main pipe are angled at less than 90 degrees.

6. The air conditioner drain manifold structure with a slanted guide angle as described in claim 5, wherein the angle between the branch pipe and the main pipe is 45 degrees.

7. The air conditioner drain manifold structure with a slanted guide angle as described in claim 3, wherein the angle between the first slanted pipe and the flat section is 135 degrees; the angle between the straight pipe and the first slanted pipe is 135 degrees; the angle between the second slanted pipe and the straight pipe is 135 degrees; and the angle between the second slanted pipe and the main pipe is 45 degrees.

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