Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Manual inspection system and inspection method for 5G micro base station
The invention discloses a manual inspection system for a 5G micro base station. The manual inspection system comprises a 5G base tower, a climbing mechanism, a fixing plate, supporting rods, a storagegroove, a movable groove, a connecting rod, a stop block, protrusions, abutting springs, a groove and a control mechanism. The manual inspection system has the beneficial effects that multiple stop blocks slide downwards by rotating a control mechanism, the multiple supporting rods which are symmetrical in pairs are driven to rotate on the top side of the storage groove under pushing of the connecting rod, after the supporting rods get rid of the protrusions to be perpendicular to the side wall of the fixing plate, the bottom sides of the two ends of each stop block abut against the top sidesof one ends of the supporting rods, upward climbing of a worker by treading the supporting rods is facilitated, a 5G emitting device at a high position is conveniently maintained, when the supportingrods are not used, the control mechanism is rotated reversely, so that the stop blocks slide upwards, the connecting rod drives one ends of the supporting rods to rotate upwards, so that the multiplesupporting rods are rotationally stored in the storage groove, under the action of the protrusions and the abutting springs, the supporting rods abut against each other, shaking of the supporting rods is prevented, and the storage, hiding and protection effects are achieved.
本发明公开了一种5G微基站的人工巡检系统，包括5G基塔、攀爬机构、固定板、支撑杆、收纳槽、活动槽、连杆、挡块、凸起、抵触弹簧、凹槽和控制机构。本发明的有益效果是：通过转动控制机构使多个挡块向下滑动，在连杆的推动下驱动多个两两对称的支撑杆在收纳槽顶侧转动，当支撑杆摆脱凸起与固定板侧壁垂直后，挡块两端底侧会对支撑杆一端顶侧抵触，有利于工作人员踩压支撑杆向上攀爬，方便对高处的5G发射装置维护，当不使用支撑杆时，反向转动控制机构，从而使挡块向上滑动，连杆带动支撑杆的一端向上转动，从而使多个支撑杆转动收纳在收纳槽内部，并且在凸起和抵触弹簧的作用下对支撑杆抵触，防止支撑杆晃动，起到了收纳隐藏防护的作用。
Manual inspection system and inspection method for 5G micro base station
The invention discloses a manual inspection system for a 5G micro base station. The manual inspection system comprises a 5G base tower, a climbing mechanism, a fixing plate, supporting rods, a storagegroove, a movable groove, a connecting rod, a stop block, protrusions, abutting springs, a groove and a control mechanism. The manual inspection system has the beneficial effects that multiple stop blocks slide downwards by rotating a control mechanism, the multiple supporting rods which are symmetrical in pairs are driven to rotate on the top side of the storage groove under pushing of the connecting rod, after the supporting rods get rid of the protrusions to be perpendicular to the side wall of the fixing plate, the bottom sides of the two ends of each stop block abut against the top sidesof one ends of the supporting rods, upward climbing of a worker by treading the supporting rods is facilitated, a 5G emitting device at a high position is conveniently maintained, when the supportingrods are not used, the control mechanism is rotated reversely, so that the stop blocks slide upwards, the connecting rod drives one ends of the supporting rods to rotate upwards, so that the multiplesupporting rods are rotationally stored in the storage groove, under the action of the protrusions and the abutting springs, the supporting rods abut against each other, shaking of the supporting rods is prevented, and the storage, hiding and protection effects are achieved.
本发明公开了一种5G微基站的人工巡检系统，包括5G基塔、攀爬机构、固定板、支撑杆、收纳槽、活动槽、连杆、挡块、凸起、抵触弹簧、凹槽和控制机构。本发明的有益效果是：通过转动控制机构使多个挡块向下滑动，在连杆的推动下驱动多个两两对称的支撑杆在收纳槽顶侧转动，当支撑杆摆脱凸起与固定板侧壁垂直后，挡块两端底侧会对支撑杆一端顶侧抵触，有利于工作人员踩压支撑杆向上攀爬，方便对高处的5G发射装置维护，当不使用支撑杆时，反向转动控制机构，从而使挡块向上滑动，连杆带动支撑杆的一端向上转动，从而使多个支撑杆转动收纳在收纳槽内部，并且在凸起和抵触弹簧的作用下对支撑杆抵触，防止支撑杆晃动，起到了收纳隐藏防护的作用。
Manual inspection system and inspection method for 5G micro base station
一种5G微基站的人工巡检系统及巡检方法
LIANG BOHUA (Autor:in) / LIANG XUEPING (Autor:in)
19.02.2021
Patent
Elektronische Ressource
Chinesisch
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