A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WORK MACHINE COMPONENT
A working machine component (40) is described comprising a cavity (42) formed in the component and having an axis of extension (A1), an opening (44) of the cavity (42) provided at an outer surface (41) of the component, a support body (47) having an axial axis of extension (B1) parallel to the axis of extension (A1) of the cavity (42) and inserted in the cavity (42). The support body (47) includes a top surface (48) at a first axial end (47a) and at least one receiving seat (53) configured to receive a wear sensor (60). The receiving seat (53) comprises a top wall (54a) disposed along the axial extension axis (B1) at a distance from the top surface (48) of the support body (53). The wear sensor (60) is housed in the housing seat (53).
本发明描述了一种作业机器部件(40)，包括：形成在部件中并具有延伸轴线(A1)的空腔(42)、设置在部件的外表面(41)处的空腔(42)的开口(44)、具有平行于空腔(42)的所述延伸轴线(A1)的轴向延伸轴线(B1)并插入在空腔(42)中的支撑体(47)。支撑体(47)包括在第一轴向端部(47a)处的顶表面(48)和被配置成接收磨损传感器(60)的至少一个容纳座(53)。容纳座(53)包括沿着轴向延伸轴线(B1)设置在距支撑体(53)的顶表面(48)一距离处的顶壁(54a)。磨损传感器(60)被容纳在容纳座(53)中。
WORK MACHINE COMPONENT
A working machine component (40) is described comprising a cavity (42) formed in the component and having an axis of extension (A1), an opening (44) of the cavity (42) provided at an outer surface (41) of the component, a support body (47) having an axial axis of extension (B1) parallel to the axis of extension (A1) of the cavity (42) and inserted in the cavity (42). The support body (47) includes a top surface (48) at a first axial end (47a) and at least one receiving seat (53) configured to receive a wear sensor (60). The receiving seat (53) comprises a top wall (54a) disposed along the axial extension axis (B1) at a distance from the top surface (48) of the support body (53). The wear sensor (60) is housed in the housing seat (53).
本发明描述了一种作业机器部件(40)，包括：形成在部件中并具有延伸轴线(A1)的空腔(42)、设置在部件的外表面(41)处的空腔(42)的开口(44)、具有平行于空腔(42)的所述延伸轴线(A1)的轴向延伸轴线(B1)并插入在空腔(42)中的支撑体(47)。支撑体(47)包括在第一轴向端部(47a)处的顶表面(48)和被配置成接收磨损传感器(60)的至少一个容纳座(53)。容纳座(53)包括沿着轴向延伸轴线(B1)设置在距支撑体(53)的顶表面(48)一距离处的顶壁(54a)。磨损传感器(60)被容纳在容纳座(53)中。
WORK MACHINE COMPONENT
作业机器部件
ECHAMANOV ASKAR (author) / CALIA EUSTACHIO (author) / BELLINI ADRIANO (author) / STEFANO SARSI (author)
2024-10-01
Patent
Electronic Resource
Chinese