mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operation of a network node in a cellular communications network , comprising: transmitting , to a User Equipment, UE, , minimum system information including a set of signal quality indication levels and corresponding one or more random access parameters configured for each signal quality indication level in the set of signal quality indication levels; detecting a random access request from the UE , the random access request using the one or more random access parameters configured for one of the set of signal quality indication levels that corresponds to a signal quality level measured at the UE ; deciding whether to deliver on-demand system information to the UE via a broadcast or dedicated signaling based on the signal quality level measured at the UE as indicated by the one or more random access parameters used for the random access request; upon deciding to deliver on-demand system information to the UE via a broadcast, broadcasting on-demand system information; and upon deciding to deliver on-demand system information to the UE via dedicated signaling, delivering on-demand system information to the UE via dedicated signaling. transmitting , to a User Equipment, UE, , minimum system information including a set of signal quality indication levels and corresponding one or more random access parameters configured for each signal quality indication level in the set of signal quality indication levels; detecting a random access request from the UE , the random access request using the one or more random access parameters configured for one of the set of signal quality indication levels that corresponds to a signal quality level measured at the UE ; deciding whether to deliver on-demand system information to the UE via a broadcast or dedicated signaling based on the signal quality level measured at the UE as indicated by the one or more random access parameters used for the random access request; upon deciding to deliver on-demand system information to the UE via a broadcast, broadcasting on-demand system information; and upon deciding to deliver on-demand system information to the UE via dedicated signaling, delivering on-demand system information to the UE via dedicated signaling.
A method for individualising mobile phone subscriber identification modules (SIM) which allow a mobile terminal (mobile) to be operated in a mobile radio network to have an access to the mobile radio network, which access authenticates a mobile subscriber in the mobile radio network, wherein at least two or more mobile phone subscriber identification modules (SIM) which have identical contents and cannot be distinguished from each other by the mobile radio network are allocated to the mobile subscriber in the mobile radio network, wherein only one of these mobile phone subscriber identification modules (SIM) obtains an access to the mobile radio network during congruent time units, wherein the mobile phone subscriber identification modules (SIM) are provided with respectively at least one identifier by means of the mobile terminal, which identifier allows a distinguishable identification of the respective mobile phone subscriber identification modules (SIM) at least by the mobile radio network, and the identifier of a mobile phone subscriber identification module (SIM) will be transmitted by means of the mobile terminal (mobile) using this one via a message of a message service of the mobile radio network to the mobile radio network, wherein the identifier transmitted by the mobile terminal (mobile) to the mobile radio network will be submitted by the mobile radio network to at least one comparison with at least one of the identifiers of the mobile subscriber that are already gathered and administered in a database (DB) of the mobile radio network.
A refrigerator comprising: a compartment disposed within the refrigerator having first and second opposite side walls; a movable component disposed in the compartment , the movable component having a front edge; a light pipe extending along the front edge of the removable component ; and a first light source positioned at the first side wall to emit light into a first end of the light pipe ; characterized by : a first light reflector extending longitudinally along the light pipe and partially surrounding it order to reflect light into the the compartment ; a second light reflector mounted to the first side wall and focusing the light into the light pipe to illuminate the light pipe ; a connector which is also a light reflector attached to the light pipe and/or the movable component and reflecting light from the first light source into the light pipe , wherein when the connector and the second light reflector are mated, the second light reflector reduces visual detection of light emitted by the first light source when the first light source is emitting light by hiding the first light source from being directly visible. a compartment disposed within the refrigerator having first and second opposite side walls; a movable component disposed in the compartment , the movable component having a front edge; a light pipe extending along the front edge of the removable component ; and a first light source positioned at the first side wall to emit light into a first end of the light pipe ; characterized by : a first light reflector extending longitudinally along the light pipe and partially surrounding it order to reflect light into the the compartment ; a first light reflector extending longitudinally along the light pipe and partially surrounding it order to reflect light into the the compartment ; a second light reflector mounted to the first side wall and focusing the light into the light pipe to illuminate the light pipe ; a connector which is also a light reflector attached to the light pipe and/or the movable component and reflecting light from the first light source into the light pipe , wherein when the connector and the second light reflector are mated, the second light reflector reduces visual detection of light emitted by the first light source when the first light source is emitting light by hiding the first light source from being directly visible.
A handle device of a closure unit of a vehicle, with a handle part , which is mounted such that it can move with respect to a door of the vehicle, and can be moved between an inoperative position and an operative position, wherein in the inoperative position the handle part is arranged flush with respect to the outer face of the door , and in the operative position protrudes from the outer face of the door in the form of a projection, wherein in the operative position the handle part can be manually operated for purposes of opening the door , and wherein an actuation unit is furthermore provided, by means of which the handle part can be transferred at least from the inoperative position into the operative position, characterised in that a lock cylinder is provided, and is arranged in the handle device in such a way that the actuation unit covers the lock cylinder with respect to the outer face of the door , and, with a manual actuation, at least partially releases the lock cylinder , and in that the actuation unit has a cover , which, in the non-actuated state of the actuation unit , is arranged flush with respect to the outer face of the door , and conceals the lock cylinder , wherein with the actuation of the actuation unit , the cover pivots in the direction towards the handle part , so that the cover pivots under the handle part .
A device comprising: an encoder configured to: receive two audio channels; determine comparison values based on the two audio channels; determine a tentative mismatch value based on the comparison values; generate interpolated comparison values corresponding to mismatch values that are proximate to the tentative mismatch value by performing interpolation on the comparison values; determine an interpolated mismatch value based on the interpolated comparison values; determine a mismatch value indicative of an amount of a temporal mismatch between the two audio channels based on the interpolated mismatch value; determine, based on the mismatch value, at least one of a target channel or a reference channel, the target channel corresponding to a lagging audio channel of the two audio channels and the reference channel corresponding to a leading audio channel of the two audio channels; generate a modified target channel by adjusting the target channel based on the mismatch value; and generate at least one encoded channel based on the reference channel and the modified target channel. receive two audio channels; determine comparison values based on the two audio channels; determine a tentative mismatch value based on the comparison values; generate interpolated comparison values corresponding to mismatch values that are proximate to the tentative mismatch value by performing interpolation on the comparison values; determine an interpolated mismatch value based on the interpolated comparison values; determine a mismatch value indicative of an amount of a temporal mismatch between the two audio channels based on the interpolated mismatch value; determine, based on the mismatch value, at least one of a target channel or a reference channel, the target channel corresponding to a lagging audio channel of the two audio channels and the reference channel corresponding to a leading audio channel of the two audio channels; generate a modified target channel by adjusting the target channel based on the mismatch value; and generate at least one encoded channel based on the reference channel and the modified target channel.
A display apparatus , comprising: a display; a communicator , configured to receive information input from a terminal device; and a controller , in connection with the display and the communicator and configured to: while the display apparatus is in communication connection with the terminal device, in response to change of device information of the display apparatus , send network information of the display apparatus to the terminal device, so that the terminal device generates a request for obtaining device information according to the network information, wherein the request for obtaining device information is configured to obtain changed device information of the display apparatus ; and in response to the request for obtaining device information sent from the terminal device, send the changed device information to the terminal device, and re-establish a communication connection with the terminal device. a display; a communicator , configured to receive information input from a terminal device; and a controller , in connection with the display and the communicator and configured to: while the display apparatus is in communication connection with the terminal device, in response to change of device information of the display apparatus , send network information of the display apparatus to the terminal device, so that the terminal device generates a request for obtaining device information according to the network information, wherein the request for obtaining device information is configured to obtain changed device information of the display apparatus ; and in response to the request for obtaining device information sent from the terminal device, send the changed device information to the terminal device, and re-establish a communication connection with the terminal device. while the display apparatus is in communication connection with the terminal device, in response to change of device information of the display apparatus , send network information of the display apparatus to the terminal device, so that the terminal device generates a request for obtaining device information according to the network information, wherein the request for obtaining device information is configured to obtain changed device information of the display apparatus ; and in response to the request for obtaining device information sent from the terminal device, send the changed device information to the terminal device, and re-establish a communication connection with the terminal device.
A build support for a gas turbine engine , comprising: a stand ; a yoke comprising an arcuate body mountable to a stand , characterised in that : the yoke is rotatable between an upright orientation and a horizontal orientation, the arcuate body having an inner wall spaced apart from an outer wall and first and second side walls extending between the inner and outer walls , a mounting plane of the yoke extending through the inner and outer walls and positioned between the first and second side walls , and engine attachments spaced apart along the inner wall and lying in the mounting plane; and the build support further comprises an adapter removably mountable to the yoke and removably mountable to the stand to mount the yoke to the stand , the adapter being rotatable between the upright orientation and the horizontal orientation to thereby rotate the yoke between the upright orientation and the horizontal orientation. a stand ; a yoke comprising an arcuate body mountable to a stand , characterised in that : the yoke is rotatable between an upright orientation and a horizontal orientation, the arcuate body having an inner wall spaced apart from an outer wall and first and second side walls extending between the inner and outer walls , a mounting plane of the yoke extending through the inner and outer walls and positioned between the first and second side walls , and engine attachments spaced apart along the inner wall and lying in the mounting plane; and the build support further comprises an adapter removably mountable to the yoke and removably mountable to the stand to mount the yoke to the stand , the adapter being rotatable between the upright orientation and the horizontal orientation to thereby rotate the yoke between the upright orientation and the horizontal orientation. the yoke is rotatable between an upright orientation and a horizontal orientation, the arcuate body having an inner wall spaced apart from an outer wall and first and second side walls extending between the inner and outer walls , a mounting plane of the yoke extending through the inner and outer walls and positioned between the first and second side walls , and engine attachments spaced apart along the inner wall and lying in the mounting plane; and the build support further comprises an adapter removably mountable to the yoke and removably mountable to the stand to mount the yoke to the stand , the adapter being rotatable between the upright orientation and the horizontal orientation to thereby rotate the yoke between the upright orientation and the horizontal orientation.
Method for producing a hollow profile component, in particular, for the producing of a wheel rim for use in automotive technology, consisting of a first, hollow-profiled component made of fibre composite material and a second component , wherein, for the prefabrication of the first component , a preform of this component is formed as an intermediate product, which by laying a fibre material onto a moulding tool depicting the contour of the first, hollow-profiled component is formed into a fibre structure according to the component geometry of the first component , and the intermediate product is subsequently solidified by means of consolidation, wherein, during the formation of the preform of the first component, the preform is connected to the second component in a positive-locking manner, wherein the second component is dimensioned in such a way and arranged in an enclosed manner by the moulding tool composed of multiple parts that, when laying the fibre material on the moulding tool depicting the contour of the first component and on the second component , a contour of the second component that is offset from the contour of the moulding tool is at least partially enclosed, characterized in that the second component is arranged and dimensioned in such a way, that it forms, in relation to the circumferential contour of the moulding tool , a radial, preferably circumferential supernatant above the moulding tool and/or a radial, preferably circumferential recess with relation to the moulding tool so that an undercut connection with a convex formation or with a concave formation of the overlying fibre material is formed along the contour .
Method for producing a fibre composite component having an integrated screw-in insert, said method comprising at least the following steps: - providing a pressing tool having a first tool part and a second tool part that is movable relative to the first tool part, said first tool part and said second tool part forming a cavity for receiving a fibrous semi-finished product in a shape-imparting manner in a closed state of the pressing tool , - connecting a screw-in insert to a screw-driving device that is integrated in the first tool part , - arranging the fibrous semi-finished product between the first and the second tool part , - at least partially closing the pressing tool , - activating the screw-driving device in order to screw the screw-in insert into the fibrous semi-finished product , and - curing the fibrous semi-finished product in order to generate the fibre composite component . - providing a pressing tool having a first tool part and a second tool part that is movable relative to the first tool part, said first tool part and said second tool part forming a cavity for receiving a fibrous semi-finished product in a shape-imparting manner in a closed state of the pressing tool , - connecting a screw-in insert to a screw-driving device that is integrated in the first tool part , - arranging the fibrous semi-finished product between the first and the second tool part , - at least partially closing the pressing tool , - activating the screw-driving device in order to screw the screw-in insert into the fibrous semi-finished product , and - curing the fibrous semi-finished product in order to generate the fibre composite component .
A method of controlling a lighting system to provide a follow me lighting effect from a source room to a destination room, the method comprising: receiving a user input from a user ; controlling a first plurality of luminaires in the source room to render a lighting scene in response to the received user input; storing at least one parameter of the lighting scene in electronic storage; detecting a presence of the user in the destination room and characterised by , in response to said detecting a presence of the user : determining whether the destination room exhibits follow-me behavior or not; determining whether the duration of the presence of the user in the destination room exceeds a threshold duration; and using the stored parameter to control a second plurality of luminaires in the destination room to render a version of the lighting scene on condition that the destination room exhibits follow-me behavior and that the duration of the presence of the user exceeds the duration threshold. receiving a user input from a user ; controlling a first plurality of luminaires in the source room to render a lighting scene in response to the received user input; storing at least one parameter of the lighting scene in electronic storage; detecting a presence of the user in the destination room and characterised by , in response to said detecting a presence of the user : determining whether the destination room exhibits follow-me behavior or not; determining whether the duration of the presence of the user in the destination room exceeds a threshold duration; and using the stored parameter to control a second plurality of luminaires in the destination room to render a version of the lighting scene on condition that the destination room exhibits follow-me behavior and that the duration of the presence of the user exceeds the duration threshold. determining whether the destination room exhibits follow-me behavior or not; determining whether the duration of the presence of the user in the destination room exceeds a threshold duration; and using the stored parameter to control a second plurality of luminaires in the destination room to render a version of the lighting scene on condition that the destination room exhibits follow-me behavior and that the duration of the presence of the user exceeds the duration threshold.
A method in a first network entity for service Application Programming Interface, API, publishing, comprising: receiving , from a second network entity, a first API publish request for publishing a service API, the first API publish request containing a list of identifiers of network entities that have published the service API; and transmitting , when an identifier of the first network entity is included in the list, an API publish response indicating failure of publishing of the service API to the second network entity, without creating a new resource for the service API at the first network entity and without further publishing the service API to any network entity. receiving , from a second network entity, a first API publish request for publishing a service API, the first API publish request containing a list of identifiers of network entities that have published the service API; and transmitting , when an identifier of the first network entity is included in the list, an API publish response indicating failure of publishing of the service API to the second network entity, without creating a new resource for the service API at the first network entity and without further publishing the service API to any network entity.