38results about How to "Possible to connect" patented technology

An optical position measuring system including a scale and a scanning unit. The scanning unit includes a light source that emits light beams and a periodic scanning graduation having scanning graduation marks arranged periodically at a scanning graduation period along a measuring direction. The scanning unit further including a detector arrangement. The scanning graduation or the scale graduation includes at least three partial tracks, which adjoin perpendicularly with respect to the measuring direction, and graduation marks associated with each of the at least three partial tracks have a defined and constant offset spacing from their nominal positions, wherein the offset spacings associated with adjoining ones of the at least three partial tracks differ, so that filtering of undesired harmonic waves out of the at least one periodic scanning signal results from said offset spacings.

The invention provides a set-up method for setting up a management session between a first piece of equipment of a first network and a first management device for managing this piece of equipment that belongs to a second network, the method comprising:setting up (F70) a management session between a second piece of equipment of the first network that is reachable from the second network, and a second management device managing the second piece of equipment that belongs to the second network;the second management device acting during the management session to send (F80) a request to the second piece of equipment requesting the second piece of equipment to download a content at an address provided by the first piece of equipment in order to set up a management session therewith;the second piece of equipment executing (F110) the download request; andin response to this execution, the first piece of equipment initiating (F170) a connection with the first management device to set up a management session therewith.

The invention relates to a method of calculating a path which is offset laterally by a first distance with respect to a reference path, comprising the calculation of a flight plan which is offset with respect to a reference flight plan. The reference flight plan is defined on the basis of waypoints and of segments defining a reference path between the waypoints. Each segment has a start point and an end point making it possible to define a course corresponding to the direction of travel by an aircraft. The laterally offset flight plan is calculated on the basis of waypoints associated with the waypoints of the reference flight plan, called associated points and being situated at the intersection. The laterally offset flight path includes lines, parallel with the segments of the reference flight plan, offset by the first distance from the reference flight plan. It is further defined by the bisectrix of the angle formed by two adjacent segments at a waypoint belonging to the reference path. The method includes detection of the segments of the offset flight plan, whose direction of travel is reversed with respect to that of the corresponding segment belonging to the reference flight plan. The elementary paths are calculated, making it possible to connect the segments of the offset flight plan whose direction of travel is not reversed.

The invention relates to a roadway track (10) for a vehicle (T), said roadway track having a roadway face and being suitable for being rolled up and designed to be placed on a ground and presenting a rolled-up position and a deployed position in which said roadway track extends substantially parallel to the ground.The roadway track comprises at least a first track portion (14) and a second track portion (16), the first and second track portions being connected to each other by a pivot connection (18) having a pivot axis (A) that extends in a direction that is substantially perpendicular to the roadway face, whereby the first track portion can pivot relative to the second track portion about the pivot axis so as to form a bend (V).

The vacuum insulated switch-gear is configured to be capable of being lifted up with a jack-up bolt to adjust a seated height of the vacuum insulated switch-gear. The switch-gear comprises a nut fixed on a base plate forming a bottom of the vacuum insulated switch-gear. The nut is used as a mating component with the jack-up bolt.

A device case includes speaker boxes that are formed inside spaces created by placing upper cases that have a larger external shape than a lower case on upper of that lower case, as well as box connectors that are arranged fitting into the speaker boxes in the upper cases so as to contact the ends of peripheral portions of the lower case and fix together the lower case and the upper cases. This makes it possible for the box connectors to seal the spaces between the peripheral portions of the lower case and the peripheral portions of the upper cases. This, in turn, makes it possible to reliably and satisfactorily seal the speaker boxes in an airtight manner even when the external shapes of the lower case and the upper cases that are stacked together are different.