6results about How to "Reduce assembly costs" patented technology

The invention relates to a method for producing a pedal device (10) for a drive-by-wire system of a vehicle, in which a pedal part (50) is mounted on a support structure (20) in such a way that first a bearing section (LA) of the pedal part (50) is brought into contact with a bearing region (LB) of a first support part (22) of the support structure (20), and second support part (22) of the support structure (20) is brought into contact with a bearing region (LB) of a second support part (22) of the support structure (20). And subsequently mounting a second support part (24) of the support structure (24) on the first support part (22) in such a way that the bearing section (LA) of the pedal part (50) is loaded towards the bearing region (LB) of the first support part (22). The invention further relates to a pedal device for the drive-by-wire system.

The invention relates to a side frame (1) in the form of a container side wall, in particular a drawer side wall, comprising at least one rear wall support (3) and / or at least one front wall support (4) and a preferably one-piece curved sheet metal profile (2) in the form of a frame cap for receiving the at least one rear wall support (3) and / or the at least one front wall support (4), the at least one rear wall support (3) and / or the at least one front wall support (4) are / is arranged at least partially within a sheet metal profile (2), which is crimped to the at least one front wall support (4) and / or to the at least one rear wall support (3) at at least one connection point (19) by at least one crimp (20).

The present disclosure provides a guardrail assembly, a construction platform, a construction method of a tower drum, a tower drum and a wind turbine generator set. The guardrail assembly is arranged on a support platform. The guardrail assembly comprises a plurality of first support members and a plurality of second support members. The plurality of first support members extend in a vertical direction and are arranged at intervals around the support platform. Two ends of each second support member are connected between two adjacent first support members. At least one of the plurality of second support members is arranged to be adjustable along the circumferential length of the support platform. The length of the guardrail assembly along the circumference of the support platform can be adjusted, so that the same guardrail assembly can be adapted to support platforms of different sizes. In the case that the same guardrail assembly is applied to support platforms of different sizes, the assembly cost of the wind turbine generator set is reduced.

The invention relates to a shielding device (5) for an airbag device (2) of a vehicle, the shielding device comprising a planar shielding element (6), a fixing element (7) and an elastically deformable clip (12), the fixing element being fixed to the inner side of the shielding element (6) and being designed to be U-shaped in cross section, the clip being designed to lock the fixing element (7) to a body element (4) of the vehicle, wherein the shielding element (6) is designed to deform at least partially when the airbag device (2) is triggered so as to open a through opening (19) for an airbag package (3) of the airbag device (2). It is provided that the fixing element (7) has a predetermined breaking point (17) which is at least partially torn apart when the airbag device (2) is triggered.

The invention relates to a fluid management module (1) for a traction battery (7) of an electric or hybrid vehicle (8), comprising a housing part (2) on which a heat exchanger (3) for tempering a tempering fluid, a filter device (4) for filtering the tempering fluid and a pump (6) for conveying the tempering fluid are arranged, wherein the heat exchanger (3) is arranged on an outer side (10) of a housing part (2) of the fluid management module (1), and the filter device (4) and the pump (6) are arranged on opposite inner sides (11) of the housing part of the fluid management module. As a result, a space-optimized and cost-effective embodiment can be achieved.