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Turboprop engine test workshop
The invention relates to the technical field of turboprop engines, in particular to a turboprop engine test workshop. A turboprop engine test workshop comprises a workshop, a rack is arranged in the workshop, a turboprop engine is placed on the rack, and a propeller is arranged at one end of the turboprop engine; the flow guide device is arranged in the plant and located at one end of the propeller, the flow guide device comprises a walking mechanism and a flow guide ring, the flow guide ring is arranged on the walking mechanism, the propeller is arranged at an outlet of the flow guide ring, and idler wheels used for moving are arranged at the bottom of the walking mechanism. By arranging the flow guide ring on the walking mechanism and arranging the rollers at the bottom of the walking mechanism, the flow guide ring can move back and forth, and the mutual position relation between the flow guide ring and the propeller can be adjusted, so that turboprop engine propellers of different models can be located in the contraction section of the flow guide ring to meet the test of turboprop engines of different models; the utilization rate is improved, and idle waste is prevented.
本发明涉及涡桨发动机技术领域，具体涉及一种涡桨发动机试车间。一种涡桨发动机试车间，包括：厂房，厂房内设置有台架，台架上放置有涡桨发动机，涡桨发动机的一端设置有螺旋桨；导流装置，设置在厂房内，导流装置位于螺旋桨的一端，导流装置包括行走机构和导流环，导流环设置在行走机构上，螺旋桨设置在导流环的出口，行走机构的底部设置有用于移动的滚轮。通过将导流环设置在行走机构上，并在行走机构底部设置滚轮，可使导流环前后移动，可以调整导流环与螺旋桨的相互位置关系，从而可以使不同型号的涡桨发动机螺旋桨均可位于导流环的收缩段内，以满足对不同型号涡桨发动机的试验，提高了使用率，防止闲置浪费。
Turboprop engine test workshop
The invention relates to the technical field of turboprop engines, in particular to a turboprop engine test workshop. A turboprop engine test workshop comprises a workshop, a rack is arranged in the workshop, a turboprop engine is placed on the rack, and a propeller is arranged at one end of the turboprop engine; the flow guide device is arranged in the plant and located at one end of the propeller, the flow guide device comprises a walking mechanism and a flow guide ring, the flow guide ring is arranged on the walking mechanism, the propeller is arranged at an outlet of the flow guide ring, and idler wheels used for moving are arranged at the bottom of the walking mechanism. By arranging the flow guide ring on the walking mechanism and arranging the rollers at the bottom of the walking mechanism, the flow guide ring can move back and forth, and the mutual position relation between the flow guide ring and the propeller can be adjusted, so that turboprop engine propellers of different models can be located in the contraction section of the flow guide ring to meet the test of turboprop engines of different models; the utilization rate is improved, and idle waste is prevented.
本发明涉及涡桨发动机技术领域，具体涉及一种涡桨发动机试车间。一种涡桨发动机试车间，包括：厂房，厂房内设置有台架，台架上放置有涡桨发动机，涡桨发动机的一端设置有螺旋桨；导流装置，设置在厂房内，导流装置位于螺旋桨的一端，导流装置包括行走机构和导流环，导流环设置在行走机构上，螺旋桨设置在导流环的出口，行走机构的底部设置有用于移动的滚轮。通过将导流环设置在行走机构上，并在行走机构底部设置滚轮，可使导流环前后移动，可以调整导流环与螺旋桨的相互位置关系，从而可以使不同型号的涡桨发动机螺旋桨均可位于导流环的收缩段内，以满足对不同型号涡桨发动机的试验，提高了使用率，防止闲置浪费。
Turboprop engine test workshop
一种涡桨发动机试车间
ZHAO PING (author) / ZHU MINGMING (author) / LIU YINFENG (author) / CHEN LING (author) / SHENG TENG (author) / XU MINGWEN (author) / TAN HUZHOU (author) / KANG FEI (author) / TANG LIJUN (author)
2023-05-12
Patent
Electronic Resource
Chinese
T56 Turboprop Engine Maintenance Plan
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