mhurhangee/ep-ind-claims huggingface dataset:
A method of operating in a power save mode in a wireless local access network, the method comprising: transmitting, by a first station operating in a first frequency band, to a second station, a multi-band switch request message which requests switching to a second frequency band, the second frequency band including a plurality of channels, wherein the multi-band switch request message includes switching channel information indicating the second frequency band and a wakeup schedule for periodically operating in the power save mode in the second frequency band; receiving, by the first station, a multi-band switch response message in response to the multi-band switch request message from the second station, the multi-band switch response message comprising a status code indicating success or failure cause of the switching of frequency band; if the status code indicates the success, switching, by the first station, from the first frequency band to the second frequency band; and operating, by the first station, in the power save mode in the second frequency band according to the wakeup schedule, wherein the wakeup schedule includes a start time field and a duration field, the start time field indicating a start time of an operation in the power save mode and the duration field indicating a duration of the operation in the power save mode, and wherein the switching channel information includes channel number information specifying at least one channel of the plurality of channels to be operated in the second frequency band. transmitting, by a first station operating in a first frequency band, to a second station, a multi-band switch request message which requests switching to a second frequency band, the second frequency band including a plurality of channels, wherein the multi-band switch request message includes switching channel information indicating the second frequency band and a wakeup schedule for periodically operating in the power save mode in the second frequency band; receiving, by the first station, a multi-band switch response message in response to the multi-band switch request message from the second station, the multi-band switch response message comprising a status code indicating success or failure cause of the switching of frequency band; if the status code indicates the success, switching, by the first station, from the first frequency band to the second frequency band; and operating, by the first station, in the power save mode in the second frequency band according to the wakeup schedule, wherein the wakeup schedule includes a start time field and a duration field, the start time field indicating a start time of an operation in the power save mode and the duration field indicating a duration of the operation in the power save mode, and wherein the switching channel information includes channel number information specifying at least one channel of the plurality of channels to be operated in the second frequency band.
Passenger cabin interior component layout comprising: - an overhead luggage bin comprising a movable shell, and - a separating device for separating two zones of the passenger cabin, the separating device comprising: -- a curtain element which is dimensioned and shaped so as to at least partially cover an area extending below the overhead luggage bin with its moveable shell being in its closed position in a direction substantially perpendicular to a longitudinal axis of the overhead luggage bin, the curtain element having a first edge facing the movable shell of the overhead luggage bin, -- a holder supporting a first end of the first edge of the curtain element, and -- a fixing device fixing a second end of the first edge of the curtain element to the movable shell of the overhead luggage bin; characterized in that: -- the curtain element is made of a flexible material, and, in the region of its first edge facing the movable shell of the overhead luggage bin, is provided with an elastic strap which is adapted to be tensioned when the movable shell is moved from its open loading position into its closed position. - an overhead luggage bin comprising a movable shell, and - a separating device for separating two zones of the passenger cabin, the separating device comprising: -- a curtain element which is dimensioned and shaped so as to at least partially cover an area extending below the overhead luggage bin with its moveable shell being in its closed position in a direction substantially perpendicular to a longitudinal axis of the overhead luggage bin, the curtain element having a first edge facing the movable shell of the overhead luggage bin, -- a holder supporting a first end of the first edge of the curtain element, and -- a fixing device fixing a second end of the first edge of the curtain element to the movable shell of the overhead luggage bin; characterized in that: -- the curtain element is made of a flexible material, and, in the region of its first edge facing the movable shell of the overhead luggage bin, is provided with an elastic strap which is adapted to be tensioned when the movable shell is moved from its open loading position into its closed position. -- a curtain element which is dimensioned and shaped so as to at least partially cover an area extending below the overhead luggage bin with its moveable shell being in its closed position in a direction substantially perpendicular to a longitudinal axis of the overhead luggage bin, the curtain element having a first edge facing the movable shell of the overhead luggage bin, -- a holder supporting a first end of the first edge of the curtain element, and -- a fixing device fixing a second end of the first edge of the curtain element to the movable shell of the overhead luggage bin; characterized in that: -- the curtain element is made of a flexible material, and, in the region of its first edge facing the movable shell of the overhead luggage bin, is provided with an elastic strap which is adapted to be tensioned when the movable shell is moved from its open loading position into its closed position.
A computer-system-implemented method for representing a compound relationship in a graph stored in a graph database, wherein the graph includes nodes and edges between the nodes, the method comprising: in response to an initial query, translating the initial query associated with a type of database other than the graph database into an edge query to be executed against the graph database; by: deriving predicates that correspond to keys from the initial query; defining a compound relationship based on two or more predicates associated with the two or more edges between two or more nodes in the graph; wherein the two or more nodes comprise nodes in the graph, the two or more edges are edges between respective nodes, each node in the graph includes a direct edge to its adjacent nodes without using an index lookup, and the two or more predicates are predicates which specify or label edges to represent and store data; generating, in the graph, a hub node that corresponds to the compound relationship and that has an identifier that is hidden from users of the graph; adding an edge associated with an attribute predicate between the hub node and a node that includes an attribute of one of the two or more nodes; when a cardinality of the attribute predicate is equal to one, replacing the attribute with an updated attribute of the one of the two or more nodes to thereby revise the compound relationship; generating an edge query with edges that include the two or more predicates wherein the two or more predicates specify the identifier of the hub node; and executing the edge query against the graph database. deriving predicates that correspond to keys from the initial query; defining a compound relationship based on two or more predicates associated with the two or more edges between two or more nodes in the graph; wherein the two or more nodes comprise nodes in the graph, the two or more edges are edges between respective nodes, each node in the graph includes a direct edge to its adjacent nodes without using an index lookup, and the two or more predicates are predicates which specify or label edges to represent and store data; generating, in the graph, a hub node that corresponds to the compound relationship and that has an identifier that is hidden from users of the graph; adding an edge associated with an attribute predicate between the hub node and a node that includes an attribute of one of the two or more nodes; when a cardinality of the attribute predicate is equal to one, replacing the attribute with an updated attribute of the one of the two or more nodes to thereby revise the compound relationship; generating an edge query with edges that include the two or more predicates wherein the two or more predicates specify the identifier of the hub node; and executing the edge query against the graph database.
A method comprising: identifying a plurality of controllers (116-1 - 116-N) in a network; obtaining, from at least a portion of the plurality of controllers, respective logical model segments (270-1 - 270-N) associated with the network, each of the respective logical model segments comprising configurations at a respective one of the plurality of controllers for the network, the respective logical model segments being based on a schema defining manageable objects and object properties for the network; determining whether the portion of the plurality of controllers forms a quorum; and based on a determination that the portion of the plurality of controllers forms the quorum, combining the respective logical model segments associated with the network to yield a network-wide logical model of the network, the network-wide logical model comprising configurations across the plurality of controllers for the network; wherein the method determines that the portion of the plurality of controllers forms a quorum when a threshold number of the plurality of controllers have a predetermined status, the predetermined status comprising at least one of a reachability status, an active/inactive status, a software compatibility status, and a hardware compatibility status. identifying a plurality of controllers (116-1 - 116-N) in a network; obtaining, from at least a portion of the plurality of controllers, respective logical model segments (270-1 - 270-N) associated with the network, each of the respective logical model segments comprising configurations at a respective one of the plurality of controllers for the network, the respective logical model segments being based on a schema defining manageable objects and object properties for the network; determining whether the portion of the plurality of controllers forms a quorum; and based on a determination that the portion of the plurality of controllers forms the quorum, combining the respective logical model segments associated with the network to yield a network-wide logical model of the network, the network-wide logical model comprising configurations across the plurality of controllers for the network; wherein the method determines that the portion of the plurality of controllers forms a quorum when a threshold number of the plurality of controllers have a predetermined status, the predetermined status comprising at least one of a reachability status, an active/inactive status, a software compatibility status, and a hardware compatibility status.
A needle assembly for use with a drug delivery device, the needle assembly comprising: a cap releasably secured to the drug delivery device; and characterized in that the needle assembly further comprises a blocking member comprising a disinfectant swab and a user graspable portion and configured to be physically moved with respect to the needle assembly by a user, wherein the needle assembly is configured such that: in an initial position the blocking member blocks the cap from being removed from the drug delivery device; and movement of the blocking member from the initial position causes the disinfectant swab to contact a septum of a cartridge retained within the drug delivery device. a cap releasably secured to the drug delivery device; and characterized in that the needle assembly further comprises a blocking member comprising a disinfectant swab and a user graspable portion and configured to be physically moved with respect to the needle assembly by a user, in an initial position the blocking member blocks the cap from being removed from the drug delivery device; and movement of the blocking member from the initial position causes the disinfectant swab to contact a septum of a cartridge retained within the drug delivery device.
A capacitive-type sensor comprising: a glass substrate (120; 420) having an electrode (121; 421) formed thereon; and a micromachined structure (100; 400) formed from a semiconductor material and comprising a rigid support rim (102; 402) with an insulating rim (107; 407) formed thereon; and a conducting seal (108; 408) formed on the insulating rim (107; 407) and bonded to the glass substrate (120; 420) to define an enclosed cavity (123; 423) containing the electrode (121; 421), to thereby define a capacitive element, the conducting seal (108; 408) being further arranged to electrically connect the electrode (121; 421) to an electrical bond pad (111; 411) provided outside the cavity (123; 423) such that, in use, an electrical signal can be passed there through to determine a capacitance thereof, which is indicative of the parameter to be determined by the sensor, characterized in that a side of the rim (102; 402) facing the glass substrate (120; 420) comprises a lower first stage and a higher second stage, wherein press contacts (109, 109a, 109b; 409a, 409b) are formed between the conducting seal (108; 408) and the electrode (121; 421) at the lower first stage, and wherein the glass substrate (120; 420) is bonded to the conducting seal (108; 408) at the higher second stage. a glass substrate (120; 420) having an electrode (121; 421) formed thereon; and a micromachined structure (100; 400) formed from a semiconductor material and comprising a rigid support rim (102; 402) with an insulating rim (107; 407) formed thereon; and a conducting seal (108; 408) formed on the insulating rim (107; 407) and bonded to the glass substrate (120; 420) to define an enclosed cavity (123; 423) containing the electrode (121; 421), to thereby define a capacitive element, the conducting seal (108; 408) being further arranged to electrically connect the electrode (121; 421) to an electrical bond pad (111; 411) provided outside the cavity (123; 423) such that, in use, an electrical signal can be passed there through to determine a capacitance thereof, which is indicative of the parameter to be determined by the sensor, characterized in that a side of the rim (102; 402) facing the glass substrate (120; 420) comprises a lower first stage and a higher second stage, wherein press contacts (109, 109a, 109b; 409a, 409b) are formed between the conducting seal (108; 408) and the electrode (121; 421) at the lower first stage, and wherein the glass substrate (120; 420) is bonded to the conducting seal (108; 408) at the higher second stage.
A method for adaptation of a levelling control of a road finishing machine, comprising - acquiring first soil profile data L0 of a first soil profile 80 of a subgrade in an environment of the road finishing machine at the time t0, when the road finishing machine is located at the position x0; - acquiring second soil profile data L1 of a second soil profile B1 of the subgrade in an environment of the road finishing machine at the time t1, when the road finishing machine is located at the position x1, and wherein the second soil profile B1 partially overlaps the first soil profile B0; - determining a displacement and rotation matrix M which represents a movement of the road finishing machine in space from the time t0 to the time t1; - creating corrected soil profile data L1' from the soil profile data L1 using the matrix M; - defining an analysis region LA which comprises at least a part of the soil profile data L0 and/or a part of the corrected soil profile data L1'; - analyzing the analysis region LA, in particular determining height changes; - adjusting the levelling control for the extent of the analysis region LA based on the data acquired during the analysis. - acquiring first soil profile data L0 of a first soil profile 80 of a subgrade in an environment of the road finishing machine at the time t0, when the road finishing machine is located at the position x0; - acquiring second soil profile data L1 of a second soil profile B1 of the subgrade in an environment of the road finishing machine at the time t1, when the road finishing machine is located at the position x1, and wherein the second soil profile B1 partially overlaps the first soil profile B0; - determining a displacement and rotation matrix M which represents a movement of the road finishing machine in space from the time t0 to the time t1; - creating corrected soil profile data L1' from the soil profile data L1 using the matrix M; - defining an analysis region LA which comprises at least a part of the soil profile data L0 and/or a part of the corrected soil profile data L1'; - analyzing the analysis region LA, in particular determining height changes; - adjusting the levelling control for the extent of the analysis region LA based on the data acquired during the analysis.
Stackable module comprising a housing provided to receive an electric/electronic component and comprising a clamping device for attachment to a support rail, wherein the clamping device has two latching/gripping hooks, which are displaceable in mutually opposite directions between an open position and a fastening position, and a force deflection mechanism for adjusting the latching/gripping hooks between the open and the fastening position, which is actuable by means of an actuating element, which can be subjected to an actuating force from an outer side, wherein the latching/gripping hooks delimit a free opening distance (fO) which, for releasable fastening to the support rail, is greater in the open position and smaller in the fastening position than a support rail extension which is provided, wherein the force deflection mechanism comprises a deflection profile on the deflection element side and a displacement part on the hook side, characterised in that the hook-side displacement part comprises a deformation portion, which is deformable by a displacement force, wherein a sliding contact can be formed between the deflection profile and the deformation portion, at which the deformation portion can be subjected to the displacement force via the deflection profile.
A support for an exchange tube bundle forming, in a cutting plane, a mesh, said support comprising a ring, wherein the ring comprises fastening means fastening, respectively, on either side of the cutting plane of the ring, a first set of rods and a second set of rods, wherein the form of the rods is a "U" form, that is to say a form having a central segment and two lateral segments forming the "U", wherein each "U" constitutes a median plane, the median planes of the first set being parallel to one another and the median planes of the second set being parallel to one another, the orientation of the median planes of the first set and of the median planes of the second set forming a first angle (α) greater than zero, a first plane comprising substantially the central segments of each rod of the first set of rods and a second plane comprising substantially the central segments of each rod of the second set of rods, wherein the distance between the first plane and the second plane is equal to the sum of a thickness of the ring 40 and of a length of the lateral segments.
A method implemented by a radio network node for notifying wireless communication devices in a wireless communication system about an upcoming change of broadcasted system information, the method comprising: broadcasting current system information; generating a notification indicating that the radio network node will broadcast changed system information, wherein said generating comprises generating the notification to indicate how the changed system information will differ from the current system information, wherein system information components in the notification indicate the difference between the current system information and the changed system information, and wherein the current system information and the changed system information each include scheduling information indicating in which radio resources different system information components are broadcasted; transmitting the notification, wherein the notification from the radio network node enables the wireless communication device to read one or more system information components of the changed system information using the scheduling information included in the current system information, in response to determining that the notification does not indicate that the scheduling information included in the changed system information differs from the scheduling information included in the current system information; and after transmitting the notification, broadcasting the changed system information. broadcasting current system information; generating a notification indicating that the radio network node will broadcast changed system information, wherein said generating comprises generating the notification to indicate how the changed system information will differ from the current system information, wherein system information components in the notification indicate the difference between the current system information and the changed system information, and wherein the current system information and the changed system information each include scheduling information indicating in which radio resources different system information components are broadcasted; transmitting the notification, wherein the notification from the radio network node enables the wireless communication device to read one or more system information components of the changed system information using the scheduling information included in the current system information, in response to determining that the notification does not indicate that the scheduling information included in the changed system information differs from the scheduling information included in the current system information; and after transmitting the notification, broadcasting the changed system information.