Larmour Consulting Gmbh

Siemens Aktiengesellschaft

Chris Larmour

Alfred Josef Lupper

Bruno Fiter

Thomas Reim

Notker Gerlich

Hans-Ulrich Flender

Eddy Troch

A go kart steering measurement tool for measuring at least one of a caster angle and a king pin angle of a front wheel steering mechanism of a go kart includes a tool body, and an axle engagement structure adapted to position the go kart steering measurement tool on an axle of the go kart, wherein the tool body has a target surface for making an impinging laser beam from a separate laser emission tool visible to a user of the go kart steering measurement tool, wherein the target surface has a first scale, including a plurality of first markings, and a second scale, including a plurality of second markings, with the first scale and the second scale having the same scaling, and wherein the first scale and the second scale are spaced apart, such that, upon the separate laser emission tool being attached to the front wheel steering mechanism and the front wheel steering mechanism being turned and the impinging laser beam moving across the target surface as a result thereof, a first measurement on the first scale and a second measurement on the second scale can be made by visual inspection, with a difference between the first measurement and the second measurement being an indication of the caster angle or of the king pin angle of a steerable stub axle of the go kart.

Go kart steering measurement tool

A go kart set up tool for checking a longitudinal chassis alignment of a go kart and for gauging a steering mechanism of the go kart having a first front stub axle and a second front stub axle on opposing sides of the go kart and having a rear axle, includes a tool body, a level disposed in the tool body for vertically aligning the tool body in at least one dimension, a laser emitter disposed within the tool body and adapted to emit a laser beam in a laser emission direction, with the laser emitter being aimable at a first target for checking the longitudinal chassis alignment of the go kart and being aimable at a second target for gauging the steering mechanism, and an axle engagement structure. The axle engagement structure allows for the tool body to be positioned on any one of the first and second front stub axles in two orientations, with the laser emitter aiming towards a rear of the go kart in a first orientation of the tool body for checking the longitudinal chassis alignment and with the laser emitter aiming towards the other one of the first and second front stub axles in a second orientation of the tool body for gauging the steering mechanism.

Go kart set up tool

The invention relates to a radio access network (RAN) for a mobile radio communications system and to an operating method therefor. The radio access network has a number of first nodes (UPS, UPS,), which are each assigned to a subarea (A, a) of a geographical area, and which serve for exchanging useful data between terminals (UE), which are located in the relevant subarea, and a primary network (CN). The radio access network also has at least one second node (RCS, RCS), which comprises a number of signaling functionalities (UEF) for exchanging signaling data with the each respective terminal (UE). The second node (RCS, RCS, . . . ) is connected to a number of first nodes (UPS, UPS, . . . ) in order to exchange signaling data with a terminal (UE) via those first nodes (UPS, UPS, . . . ) with which this terminal (UE) exchanges useful data. When the terminal passes into the subarea of another first node, the transmission of useful data shifts from the previous node to this other first node, whereby a shifting of the signaling functionality is unnecessary.

Radio access network for a mobile radio communications system and an operating method therefor

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Munich, Germany

Chris Larmour