A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WORK MACHINE COMPONENT
The present invention describes a work machine component (40) comprising a cavity (42) formed in the component and having an extension axis (A1), an opening (44) for the cavity (42) placed at an outer surface (41) of the component, a support body (47) having an axial extension axis (B1) parallel to said extension axis (A1) of the cavity (42) and inserted in the cavity (42). The support body (47) comprises, at a first axial end (47a), a top surface (48) and at least one housing seat (53) configured to receive a wear sensor (60). The housing seat (53) comprises a top wall (54a) placed at a distance along the axial extension axis (B1) from the top surface (48) of the support body (53). A wear sensor (60) is housed in the housing seat (53).
WORK MACHINE COMPONENT
The present invention describes a work machine component (40) comprising a cavity (42) formed in the component and having an extension axis (A1), an opening (44) for the cavity (42) placed at an outer surface (41) of the component, a support body (47) having an axial extension axis (B1) parallel to said extension axis (A1) of the cavity (42) and inserted in the cavity (42). The support body (47) comprises, at a first axial end (47a), a top surface (48) and at least one housing seat (53) configured to receive a wear sensor (60). The housing seat (53) comprises a top wall (54a) placed at a distance along the axial extension axis (B1) from the top surface (48) of the support body (53). A wear sensor (60) is housed in the housing seat (53).
WORK MACHINE COMPONENT
ECHAMANOV ASKAR (author) / CALIA EUSTACHIO (author) / BELLINI ADRIANO (author) / SALSI STEFANO (author)
2024-08-01
Patent
Electronic Resource
English