Abstract: An actuator includes a motor, a shaft, an actuator body, a first tension element, a cable tensioner, and a tension gauge. The shaft is mounted to the motor. The actuator body includes a first anchor body and a second anchor body. The first tension element is mounted to encircle the shaft and includes a first end and a second end. The first end of the first tension element is mounted to the first anchor body of the actuator body. The cable tensioner is mounted to the second anchor body of the actuator body and includes a tension adjuster, a second tension element, and a tension element terminator. The second tension element is mounted to the tension adjuster. The second end of the first tension element is mounted to the second tension element. The tension gauge is mounted adjacent the tension adjuster to indicate a tension of the second tension element.

Abstract: A cable puller includes a frame, a capstan mounted on the frame around which a pulling rope is wrapped, and a sensor configured to measure the distance the pulling rope travels relative to the frame. The sensor may be a Hall effect sensor and/or an optical sensor.

Abstract: The present disclosure shows a crane controller for a crane which includes a hoisting gear for lifting a load hanging on a cable, wherein the crane controller has a cable force mode in which the crane controller actuates the hoisting gear such that a setpoint of the cable force is obtained.

Abstract: The invention is a cable tensiometer that can be used on aircraft for real-time, in-flight cable tension measurements. The invention can be used on any aircraft cables with high precision. The invention is extremely light-weight, hangs on the cable being tested and uses a dual bending beam design with a high mill-volt output to determine tension.

Abstract: A seat belt tension sensor for measuring the amount of tension in a vehicle seat belt. The seat belt tension sensor has a housing and an anchor plate that is mounted in the housing. The housing moves relative to the anchor plate. A magnet is affixed to the anchor plate. A sensor is mounted to the housing. The sensor generates an electrical signal in response to relative movement between the housing and the anchor plate. The electrical signal changes in proportion to the amount of tension on the seat belt. A spring is mounted between the housing and the anchor plate. The spring biases the housing from the anchor plate. An integral connector extends from the housing.

Abstract: Measuring instrument for hanging masses for machines which operate with traction cables, including a body (1) in which some extreme stops (2) are incorporated to support the cables (9) of application, having in the central area a cable (9) pressure element (6), made up of a cylinder which is held on a support (4) with inclusion of some cylindrical washers (8) that can be substituted, by means of which a selective separation of the cylinder (6) is established respect to the body (1) for the passage of the cables (9) of application.

Abstract: A web tension indicator comprises a housing configured to receive a web therethrough, a spring member carried within the housing, and means for indicating that the web is under tension when a force resulting from tension applied to the web is applied by the web against the spring member. The spring member may be a linear or coiled spring.

Abstract: To provide a seat weight measuring apparatus having advantages such as reduced production cost and assembling cost. The seat weight measuring apparatus comprises a seat frame for supporting the seat and a load sensor attached on the seat frame. The seat frame is provided with blocks respectively on the lower surfaces of the front ends of the left and right seat rails fixed thereon, and vehicle body mounting brackets are pivotally connected to the blocks. A load sensor is disposed under the front end of the load transmitting plate of the rear frame mounted on the rear ends of the seat rails. In the seat weight measuring apparatus in such a structure, the seat weight is supported at three points of; the pivotally connected portions at the front ends on the left and right sides and the load sensor at the rear center so as to be horizontal with respect to the floor of the vehicle body.

Abstract: Apparatus (10) includes first and second members (20, 22) that are connected to each other and pivotable relative to each other about an axis (46). A spring (120) biases the first member (20) to pivot in a first rotational direction relative to the second member (22). A seat belt (14) engages the first member (20) and urges the first member to pivot against the bias of the spring (120) in a second rotational direction as tension in the seat belt increases. The relative angular position of the first and second members (20, 22) changes in proportion to the amount of tension on the seat belt. The apparatus (10) also includes a sensor (24) for measuring the angular position of the first member (20) relative to the second member (22) and providing a signal corresponding to the angular position. The signal is proportional to the amount of tension in the seat belt (14).

Abstract: A drag setting scale includes a hand-held weighing instrument, a wheel that functions as a pulley and a connector that provides a mechanical connection between the weighing instrument and the pulley.

Abstract: An apparatus for advancing a sliver and sensing thickness variations thereof in a fiber processing machine includes a tongue-and-groove roll pair composed of a tongue roll and a groove roll. The groove roll is radially fixedly supported and has a circumferentially extending groove including a groove bottom. The tongue roll projects into the groove and defines, with the groove roll, a nip through which the sliver passes for being compressed and advanced by the tongue-and-groove roll pair. The apparatus further has a sensing device including a biased, movably supported sensor element projecting into the groove of the groove roll and cooperating with the groove bottom upstream of the nip as viewed in a direction of sliver advance for pressing the sliver against the groove bottom and for undergoing excursions in response to thickness variations of the sliver passing between the sensor element and the groove bottom.