5results about "Arrangements using spring-loaded loop" patented technology

A charging station system is disclosed. In some implementations, the charging station system includes control circuitry and a mechanical arm communicatively connected to the control circuitry. The mechanical arm is configured to adjust a dispensing location of a charging cord. The dispensing location is adjustable to different locations based on at least a first location of a first charging receptacle of a first vehicle and a second location of a second charging receptacle of a second vehicle. The second location is further from a power source than the first location.

Charging device for an electric drive, in particular for an electric vehicle (18) with an electrical cable (2) and a charging plug (8) or a charging socket, wherein the charging plug (8) or charging socket is attached to an end of the electrical cable (2) that can be moved out of an interior space (1), where Transport means are provided which can move the electrical cable both into and out of the interior, wherein the transport means preferably comprise one or more transport rollers (4) which are frictionally engaged and / or positively engaged with the electrical cable (2) for transport of the electrical cable (2), characterized in that the charging device is arranged near a bumper of the electric vehicle (18) and / or the interior (1) is housed in a tailgate of the electric vehicle (18).

Line guide device for the routing of a wiring harness (20) to a carrier element (40) which can be moved relative to a vehicle (10). The line guide device has a carrier element (40) which is pivotably fastened on the vehicle and a line store (50) in which at least a portion of the wiring harness (20) is accommodated. The task of the invention is to provide a compact line guide device which is suitable for ensuring a small sag of a wiring harness having a large diameter. According to the invention, the task is solved by arranging a spring element (21) between the carrier element (40) and the line store (50), the wiring harness (20) being carried loosely by the spring element.

A system including a structure assembly and a delivery element extending between a free end thereof positionable distal from the structure assembly and a secured end thereof attached to the structure assembly. The delivery element is movable between an extended condition and a retracted condition. The system also includes a line element and a number of bracket assemblies connecting the line element and the delivery element. The line element extends between an inner end thereof secured to the structure assembly and an outer end thereof secured to the delivery element proximal to the free end. The line element is movable relative to the delivery element as the delivery element is moved between the extended and retracted conditions thereof, and is slidingly receivable in apertures in the bracket assemblies as the delivery element is moved between the extended and retracted conditions thereof.

A setting tool, comprising: at least one housing and an electrodynamic drive, wherein the electrodynamic drive comprises at least: a first excitation coil; a movable electrical conductor, for example a squirrel-cage rotor or a second coil, which is arranged movably in the setting tool; a driving-in element; a cable; a tensioning device for the at least one cable, comprising at least one spring element and a means for deflecting the force, wherein the at least one means for deflecting the force is preferably designed as a movable roller which furthermore preferably has a groove for receiving the cable; and a stop; characterized in that the cable is fastened at one end directly or indirectly to the movable electrical conductor and at the other end directly or indirectly to the housing of the setting tool, and in that, in the inoperative state of the setting tool, the cable is tensioned by the tensioning device, by pretensioning of the spring element, so as to keep the movable electrical conductor pulled into an inoperative position defined by the stop, and wherein, during a setting operation, the movement of the movable electrical conductor further tensions the spring element via the cable, after which the spring element rebounds again to a pretensioned state and pulls the movable electrical conductor back into its inoperative position.