A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A wear monitoring system (54) includes a pair of track links (26) for a track assembly (24) of a machine (10), wherein a sensing device (32) is disposed within a cavity (80) formed in a link body of each of the pair of track links (26). One or more communication devices (34) are associated with the sensing device (32), and a computing device (56, 58) is wirelessly connected to each of the communication devices (34) over a communication network. One or more of the sensing device (32) and the computing device (56, 58) are configured to detect one or more of: a distance between the sensing device (32) disposed in one of the pair of track links (26) and the sensing device (32) disposed in the other of the pair of track links (26), and a distance between a sensing device (32) and a remote device provided in one of the pair of track links (26). The computing device (56, 58) is configured to determine internal wear between components of at least one of the pair of track links (26) based on a change in the detected distance.
一种磨损监测系统(54)包括用于机器(10)的履带组件(24)的一对履带链节(26)，其中感测装置(32)设置在形成于一对履带链节(26)中的每一个的链节主体中的腔(80)内。一个或多个通信装置(34)与感测装置(32)关联，并且计算装置(56、58)通过通信网络与通信装置(34)中的每一个无线地连接。感测装置(32)和计算装置(56、58)中的一个或多个配置成检测以下中的一个或多个：设置在一对履带链节(26)中的一个中的感测装置(32)与设置在一对履带链节(26)中的另一个中的感测装置(32)之间的距离，以及设置在一对履带链节(26)中的一个中的感测装置(32)与远程装置之间的距离。计算装置(56、58)配置成基于检测距离的变化来确定一对履带链节(26)中的至少一个的部件之间的内部磨损。
A wear monitoring system (54) includes a pair of track links (26) for a track assembly (24) of a machine (10), wherein a sensing device (32) is disposed within a cavity (80) formed in a link body of each of the pair of track links (26). One or more communication devices (34) are associated with the sensing device (32), and a computing device (56, 58) is wirelessly connected to each of the communication devices (34) over a communication network. One or more of the sensing device (32) and the computing device (56, 58) are configured to detect one or more of: a distance between the sensing device (32) disposed in one of the pair of track links (26) and the sensing device (32) disposed in the other of the pair of track links (26), and a distance between a sensing device (32) and a remote device provided in one of the pair of track links (26). The computing device (56, 58) is configured to determine internal wear between components of at least one of the pair of track links (26) based on a change in the detected distance.
一种磨损监测系统(54)包括用于机器(10)的履带组件(24)的一对履带链节(26)，其中感测装置(32)设置在形成于一对履带链节(26)中的每一个的链节主体中的腔(80)内。一个或多个通信装置(34)与感测装置(32)关联，并且计算装置(56、58)通过通信网络与通信装置(34)中的每一个无线地连接。感测装置(32)和计算装置(56、58)中的一个或多个配置成检测以下中的一个或多个：设置在一对履带链节(26)中的一个中的感测装置(32)与设置在一对履带链节(26)中的另一个中的感测装置(32)之间的距离，以及设置在一对履带链节(26)中的一个中的感测装置(32)与远程装置之间的距离。计算装置(56、58)配置成基于检测距离的变化来确定一对履带链节(26)中的至少一个的部件之间的内部磨损。
Track link spacing sensor
履带链节间距传感器
JOHANNSEN ERIC J (author)
2024-04-05
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING