FLOW EQUALIZING DEVICE AND DIVERTING DEVICE
卷宗概要
申请人
York Guangzhou Air Conditioning and Refrigeration Co., Ltd.; JOHNSON CONTROLS TYCO HOLDINGS LLP
发明人
Yang Yang; Yong Wang; Lu Mei; Jing Chen
IPC 分类
CPC 分类
The present application relates to a flow equalizing device. The flow equalizing device comprises a pipeline () and at least two blades (), wherein the pipeline () is cylindrical and has a central axis, the at least two blades () are arranged in the pipeline (), and the at least two blades () are arranged along a helical line around the central axis, such that a fluid in the pipeline () can be divided into at least two streams of fluid to flow in a helical direction on the cross section of the pipeline (). The at least two blades () are spaced apart from an inner wall of the pipeline () and/or the at least two blades () are provided with through holes, thereby forming a gap on the cross section of the pipeline, such that the at least two streams of fluid can circulate through the gap. The flow equalizing device of the present application can uniformly distribute a fluid in a circumferential direction of the pipeline, thereby equalizing flow.
原文（中文）
The present application relates to a flow equalizing device. The flow equalizing device comprises a pipeline () and at least two blades (), wherein the pipeline () is cylindrical and has a central axis, the at least two blades () are arranged in the pipeline (), and the at least two blades () are arranged along a helical line around the central axis, such that a fluid in the pipeline () can be divided into at least two streams of fluid to flow in a helical direction on the cross section of the pipeline (). The at least two blades () are spaced apart from an inner wall of the pipeline () and/or the at least two blades () are provided with through holes, thereby forming a gap on the cross section of the pipeline, such that the at least two streams of fluid can circulate through the gap. The flow equalizing device of the present application can uniformly distribute a fluid in a circumferential direction of the pipeline, thereby equalizing flow.