mhurhangee/ep-ind-claims huggingface dataset:
Alternator rotor, comprising: - a set of polar wheel field windings, - an exciting armature, and - an electronic power supply circuit supplying power to the set of polar wheel field windings from the exciting armature, the rotor being characterized in that the electronic power supply circuit comprises a bearing made of insulating material and conducting tracks held by said bearing, these tracks connecting the exciting conductors to terminals into which electronic components (3a, 3b, 3c) of the electronic power supply circuit are plugged and locked mechanically in place, characterized in that the terminals are produced monolithically with at least a part of the conducting tracks, and in that the terminals are produced by bending the metal used to make the conducting tracks, with the said metal having been cut out from she. - a set of polar wheel field windings, - an exciting armature, and - an electronic power supply circuit supplying power to the set of polar wheel field windings from the exciting armature, the rotor being characterized in that the electronic power supply circuit comprises a bearing made of insulating material and conducting tracks held by said bearing, these tracks connecting the exciting conductors to terminals into which electronic components (3a, 3b, 3c) of the electronic power supply circuit are plugged and locked mechanically in place, characterized in that the terminals are produced monolithically with at least a part of the conducting tracks, and in that the terminals are produced by bending the metal used to make the conducting tracks, with the said metal having been cut out from she.
Use of a measuring device for checking in situ during operation the extension under strain of an elastomeric hose to be checked by sensors, wherein the device has at least one flexible sensor ring, which, while under radial prestress, has been pulled onto the hose to be checked by sensors such that it can be pulled off again, wherein the sensor ring has a predetermined axial extent and a predetermined inner diameter, wherein the sensor ring is made up of an elastomeric base material, in which a dielectric elastomer sensor is embedded, wherein the dielectric elastomer sensor is formed by two parts (6A, 6B) spaced apart from each other in the radial direction, wherein in the gap forming as a result a likewise elastomeric material is arranged as a dielectric, wherein, when an electrical voltage is applied, the parts (6A, 6B) act like the electrodes of a capacitor of variable capacitance in response to deformation of the hose.
A system for managing presence information relating to at least a presentity provided with at least a presence agent connected to a packet switched network, said system comprising: - a deep packet inspection module provided with a database including a plurality of presence agent inspection rules based on different distinguishing features among presence agents, and programmed to use these rules to identify at least a presence agent and at least a presence information relating to the presentity from the ongoing traffic through a network node within the said packet switched network; said presence information going to or coming from said presence agent, - an extraction module programmed to constitute a presence profile for the presentity, using the output of the deep packet inspection module. - a deep packet inspection module provided with a database including a plurality of presence agent inspection rules based on different distinguishing features among presence agents, and programmed to use these rules to identify at least a presence agent and at least a presence information relating to the presentity from the ongoing traffic through a network node within the said packet switched network; said presence information going to or coming from said presence agent, - an extraction module programmed to constitute a presence profile for the presentity, using the output of the deep packet inspection module.
A light-emitting device comprising: a light-emitting element having an emission peak wavelength of 430 nm or longer, a molded part having first and second leads, and a sealing member with which the light-emitting element is sealed, wherein the molded part has a recess with a bottom surface and a side surface, the light-emitting element is disposed on the bottom surface of the recess, the molded part has a reflectance of not less than 70% at a wavelength of 430 nm or longer, and the molded part is a cured product of a thermosetting epoxy resin composition comprising an epoxy resin including a triazine derived epoxy resin as an essential component, wherein said molded part includes titanium dioxide in an amount of 2 to 80% by weight of the entire composition of the molded part. a light-emitting element having an emission peak wavelength of 430 nm or longer, a molded part having first and second leads, and a sealing member with which the light-emitting element is sealed, wherein the molded part has a recess with a bottom surface and a side surface, the light-emitting element is disposed on the bottom surface of the recess, the molded part has a reflectance of not less than 70% at a wavelength of 430 nm or longer, and the molded part is a cured product of a thermosetting epoxy resin composition comprising an epoxy resin including a triazine derived epoxy resin as an essential component, wherein said molded part includes titanium dioxide in an amount of 2 to 80% by weight of the entire composition of the molded part.
A method of wireless communication by a user equipment, UE, in a network, comprising: receiving a layer 1 signaling or a layer 2 signaling indicating a selected subset of a plurality of physical cell identifications, PCIs, associated with a selected subset of a plurality of transmission-reception points, TRPs, in the network; establishing a plurality of communication channels with the selected subset of the plurality of TRPs, wherein each TRP comprises a corresponding PCI of the plurality of PCIs; and determining one or more PCIs of the plurality of PCIs used as one or more default input cell identifications, IDs, associated with a plurality of physical processings, when no explicit configured input ID is signaled to the UE associated with the plurality of physical processings. receiving a layer 1 signaling or a layer 2 signaling indicating a selected subset of a plurality of physical cell identifications, PCIs, associated with a selected subset of a plurality of transmission-reception points, TRPs, in the network; establishing a plurality of communication channels with the selected subset of the plurality of TRPs, wherein each TRP comprises a corresponding PCI of the plurality of PCIs; and determining one or more PCIs of the plurality of PCIs used as one or more default input cell identifications, IDs, associated with a plurality of physical processings, when no explicit configured input ID is signaled to the UE associated with the plurality of physical processings.
A method, comprising: identifying, with an audio analyzer, one or more audio features and speech patterns of a user's speech; determining a cognitive burden associated with the user's speech; and determining, with a pulmonary condition determiner, a pulmonary condition of the user based on predetermined correlations between the one or more audio features and speech patterns of the user's speech, the cognitive burden, and a respiratory airway condition. identifying, with an audio analyzer, one or more audio features and speech patterns of a user's speech; determining a cognitive burden associated with the user's speech; and
A highway crash attenuation system comprising: W-beam rail elements attached to a plurality of vertical posts; an impact terminal having a feeder chute for guiding one or more of said W-beam rail elements through said impact terminal; a first anchor cable extending from a first breakaway post anchor to an anchor cable release mechanism releasably attached to at least one of said W-beam rail elements downstream of said first breakaway post anchor; characterized in that said feeder chute has an impact shield extending along a traffic-facing side of said chute from an upstream-most end of said chute to a downstream-most end of said chute, said impact shield closing said traffic-facing side of said chute to prevent an impacting vehicle from wedging into said chute or said one or more W-beam rail elements from buckling out said traffic-facing side of said chute. W-beam rail elements attached to a plurality of vertical posts; an impact terminal having a feeder chute for guiding one or more of said W-beam rail elements through said impact terminal; a first anchor cable extending from a first breakaway post anchor to an anchor cable release mechanism releasably attached to at least one of said W-beam rail elements downstream of said first breakaway post anchor; characterized in that said feeder chute has an impact shield extending along a traffic-facing side of said chute from an upstream-most end of said chute to a downstream-most end of said chute, said impact shield closing said traffic-facing side of said chute to prevent an impacting vehicle from wedging into said chute or said one or more W-beam rail elements from buckling out said traffic-facing side of said chute.
An apparatus comprising: a plurality of transmitting antennas (101, 103); a plurality of receiving antennas (105, 107); a plurality of wireless transmitters (111, 113) configured to transmit a respective plurality of transmit signals from a respective transmitting antenna of the plurality of transmitting antennas; a plurality of wireless receivers (115, 117) configured to receive a respective plurality of receive signals from a respective receiving antenna of the plurality of receiving antennas; a self-interference noise calculator (240, 500, 640) coupled to the plurality of transmitting antennas and the plurality of receiving antennas, the self-interference noise calculator configured to generate a plurality of adjusted signals, the self-interference noise calculator comprising: a network of processing elements (515, 525, 535) configured to combine a plurality of transmission signals into a plurality of sets of intermediate results, each transmission signal received from a respective wireless transmitter of the plurality of wireless transmitters, wherein the network of processing elements is further configured to sum each set of intermediate results to generate a corresponding adjusted signal of the plurality of adjusted signals; and wherein each wireless receiver is configured to receive the corresponding adjusted signal. a plurality of transmitting antennas (101, 103); a plurality of receiving antennas (105, 107); a plurality of wireless transmitters (111, 113) configured to transmit a respective plurality of transmit signals from a respective transmitting antenna of the plurality of transmitting antennas; a plurality of wireless receivers (115, 117) configured to receive a respective plurality of receive signals from a respective receiving antenna of the plurality of receiving antennas; a self-interference noise calculator (240, 500, 640) coupled to the plurality of transmitting antennas and the plurality of receiving antennas, the self-interference noise calculator configured to generate a plurality of adjusted signals, the self-interference noise calculator comprising: a network of processing elements (515, 525, 535) configured to combine a plurality of transmission signals into a plurality of sets of intermediate results, each transmission signal received from a respective wireless transmitter of the plurality of wireless transmitters, wherein the network of processing elements is further configured to sum each set of intermediate results to generate a corresponding adjusted signal of the plurality of adjusted signals; and a network of processing elements (515, 525, 535) configured to combine a plurality of transmission signals into a plurality of sets of intermediate results, each transmission signal received from a respective wireless transmitter of the plurality of wireless transmitters, wherein the network of processing elements is further configured to sum each set of intermediate results to generate a corresponding adjusted signal of the plurality of adjusted signals; and wherein each wireless receiver is configured to receive the corresponding adjusted signal.
A leveling apparatus to be used in a pouch cutting process after a forming process of a pouch-type secondary battery, the leveling apparatus comprising: a roller assembly having pairs of upper rollers and lower rollers arranged in at least two rows to be capable of rolling in contact with upper and lower surfaces adjacent to both rim edges of a pouch-type secondary battery to which a pouch forming process is completely performed; and a support frame configured to support the roller assembly, wherein the roller assembly is configured to apply rolling with respect to the upper and lower surfaces adjacent to both rim edges of the pouch-type secondary battery thereby to remove stress. a roller assembly having pairs of upper rollers and lower rollers arranged in at least two rows to be capable of rolling in contact with upper and lower surfaces adjacent to both rim edges of a pouch-type secondary battery to which a pouch forming process is completely performed; and a support frame configured to support the roller assembly, wherein the roller assembly is configured to apply rolling with respect to the upper and lower surfaces adjacent to both rim edges of the pouch-type secondary battery thereby to remove stress.
An apparatus for use in an eNB to facilitate transmission of control information, the apparatus comprising: a communications module adapted to communicate with a UE over a wireless communication network; and a control module, coupled to the communications module, and adapted to: configure, for the UE, an EPDCCH-PRB set including a plurality of PRB-pairs, wherein the EPDCCH-PRB set is configured as a distributed EPDCCH-PRB set having distributed enhanced control channel elements, ECCEs, that include spread among the plurality of PRB-pairs; and determine a set of distributed EPDCCH candidates for the UE from the PRB-pairs of the EPDCCH-PRB set, wherein individual distributed EPDCCH candidates include one or more of the distributed ECCEs, and characterized in that the different distributed EPDCCH candidates of the set of distributed EPDCCH candidates are first mapped to distributed ECCEs including enhanced resource element groups, EREGs, of different localized ECCEs of the PRB-pairs, and then mapped to distributed ECCEs including EREGs of a same localized ECCE as another distributed EPDCCH candidate. a communications module adapted to communicate with a UE over a wireless communication network; and a control module, coupled to the communications module, and adapted to: configure, for the UE, an EPDCCH-PRB set including a plurality of PRB-pairs, wherein the EPDCCH-PRB set is configured as a distributed EPDCCH-PRB set having distributed enhanced control channel elements, ECCEs, that include spread among the plurality of PRB-pairs; and determine a set of distributed EPDCCH candidates for the UE from the PRB-pairs of the EPDCCH-PRB set, wherein individual distributed EPDCCH candidates include one or more of the distributed ECCEs, and configure, for the UE, an EPDCCH-PRB set including a plurality of PRB-pairs, wherein the EPDCCH-PRB set is configured as a distributed EPDCCH-PRB set having distributed enhanced control channel elements, ECCEs, that include spread among the plurality of PRB-pairs; and determine a set of distributed EPDCCH candidates for the UE from the PRB-pairs of the EPDCCH-PRB set, wherein individual distributed EPDCCH candidates include one or more of the distributed ECCEs, and characterized in that the different distributed EPDCCH candidates of the set of distributed EPDCCH candidates are first mapped to distributed ECCEs including enhanced resource element groups, EREGs, of different localized ECCEs of the PRB-pairs, and then mapped to distributed ECCEs including EREGs of a same localized ECCE as another distributed EPDCCH candidate.
A method for obtaining user information, comprising: obtaining, by an identity proxy, an interactive state of a service requester in a service request process, wherein the interactive state is used for indicating a state of the service requester during the process of interacting between the service requester and a service server; judging, by the identity proxy, whether the interactive state of the service requester in the service request process meets a preset access-authorized-policy of the user information requested by the service server; sending, by the identity proxy, a user information obtaining request to a User Profile when the interactive state of the service requester in the service request process meets the preset access-authorized-policy of the user information requested by the service server; obtaining, by the identity proxy, the user information included in a request response from the User Profile; and forwarding, by the identity proxy, the received request response including the user information to the service server. obtaining, by an identity proxy, an interactive state of a service requester in a service request process, wherein the interactive state is used for indicating a state of the service requester during the process of interacting between the service requester and a service server; judging, by the identity proxy, whether the interactive state of the service requester in the service request process meets a preset access-authorized-policy of the user information requested by the service server; sending, by the identity proxy, a user information obtaining request to a User Profile when the interactive state of the service requester in the service request process meets the preset access-authorized-policy of the user information requested by the service server; obtaining, by the identity proxy, the user information included in a request response from the User Profile; and forwarding, by the identity proxy, the received request response including the user information to the service server.
An annular combustion chamber for a turbomachine, comprising two cylindrical walls these being respectively radially internal and radially external with respect to the axis of the turbomachine and fixed by bolting at their upstream ends to an internal annular flange and an external annular flange of annular chamber end wall, and an annular fairing extending in the upstream direction from the chamber end wall, characterized in that the internal and external downstream annular ends of the fairing are fixed by bolting respectively to the internal and external annular flanges of the chamber end wall in axial alignment with the annular ends of the internal and external walls of the chamber.
A method for managing semi-structured data, the method comprising: receiving semi-structured data elements from a data source that is connected over a computer network, wherein the semi-structured data elements comprise common data elements and non-common data elements and the common data elements represent data elements belonging to the same group and collection of logically similar elements; performing statistical analysis on collections of the semi-structured data elements as they are added to a database; identifying the common data elements from within the semi-structured data based on the statistical analysis; storing the common data elements from the data source in separate pseudo-columns stored in a cache memory; and storing the non-common semi-structured data elements in an overflow serialized column in computer memory. receiving semi-structured data elements from a data source that is connected over a computer network, wherein the semi-structured data elements comprise common data elements and non-common data elements and the common data elements represent data elements belonging to the same group and collection of logically similar elements; performing statistical analysis on collections of the semi-structured data elements as they are added to a database; identifying the common data elements from within the semi-structured data based on the statistical analysis; storing the common data elements from the data source in separate pseudo-columns stored in a cache memory; and storing the non-common semi-structured data elements in an overflow serialized column in computer memory.
Use of a compound of formula or a pharmaceutically acceptable salt thereof in the preparation of a medicament for treating maintenance insomnia and/or treating terminal insomnia in a human in need thereof
Operating method for a driver-assistance system for assisting a vehicle driver of a motor vehicle in reducing the fuel consumption of the motor vehicle, wherein the operating method has the following steps: - determining a driving recommendation for reducing the fuel consumption of the motor vehicle, - determining at least one consumption-relevant road property of a road on the route lying ahead of the motor vehicle, wherein the consumption-relevant road property influences the fuel consumption of the motor vehicle, - determining the driving recommendation as a function of the consumption-relevant road property on the route lying ahead of the motor vehicle, and - informing the vehicle driver about the driving recommendation, characterized - in that a bar diagram is displayed to the vehicle driver with a bar indicating the total duration of the driving recommendation and a pointer which indicates the current time within the duration, wherein during the driving recommendation the pointer is shifted along the bar, and/or - in that the vehicle driver is informed haptically about the reason for the driving recommendation or about the future development of the driving recommendation over time. - determining a driving recommendation for reducing the fuel consumption of the motor vehicle, - determining at least one consumption-relevant road property of a road on the route lying ahead of the motor vehicle, wherein the consumption-relevant road property influences the fuel consumption of the motor vehicle, - determining the driving recommendation as a function of the consumption-relevant road property on the route lying ahead of the motor vehicle, and - informing the vehicle driver about the driving recommendation, - in that a bar diagram is displayed to the vehicle driver with a bar indicating the total duration of the driving recommendation and a pointer which indicates the current time within the duration, wherein during the driving recommendation the pointer is shifted along the bar, and/or - in that the vehicle driver is informed haptically about the reason for the driving recommendation or about the future development of the driving recommendation over time.