mhurhangee/ep-ind-claims huggingface dataset:
A user equipment comprising one or more processors, said user equipment being configured to to implement a process comprising the steps of receiving, from a base station, configuration information to configure the user equipment with a short discontinuous reception, DRX, cycle, a DRX short cycle timer, and a long DRX cycle to be used after expiration of the DRX short cycle timer, and starting the short DRX cycle and the DRX short cycle timer upon expiration of an inactivity timer or reception of a Medium Access Control, MAC, control element, characterized by: receiving, from the base station, a MAC DRX control element with an indication to immediately transition from the short DRX cycle to the long DRX cycle; and transitioning to the long DRX cycle in response to receiving the MAC DRX control element with the indication to immediately transition from the short DRX cycle to the long DRX cycle, wherein the MAC DRX control element is different from the MAC control element. receiving, from a base station, configuration information to configure the user equipment with a short discontinuous reception, DRX, cycle, a DRX short cycle timer, and a long DRX cycle to be used after expiration of the DRX short cycle timer, and starting the short DRX cycle and the DRX short cycle timer upon expiration of an inactivity timer or reception of a Medium Access Control, MAC, control element, characterized by: receiving, from the base station, a MAC DRX control element with an indication to immediately transition from the short DRX cycle to the long DRX cycle; and transitioning to the long DRX cycle in response to receiving the MAC DRX control element with the indication to immediately transition from the short DRX cycle to the long DRX cycle, wherein the MAC DRX control element is different from the MAC control element. receiving, from the base station, a MAC DRX control element with an indication to immediately transition from the short DRX cycle to the long DRX cycle; and transitioning to the long DRX cycle in response to receiving the MAC DRX control element with the indication to immediately transition from the short DRX cycle to the long DRX cycle, wherein the MAC DRX control element is different from the MAC control element.
Steering shaft bearing unit for the rotatable support of a steering shaft of a steering column for a motor vehicle, wherein the steering shaft bearing unit comprises at least one circumferentially closed region for receiving at least one bearing for the rotatable support of the steering shaft and at least one securement region for securing the steering shaft bearing unit on a bracket part of the steering column, wherein in the securement region at least one through-opening, in particular two through-openings, is or are disposed for guiding through a clamp bolt of the steering column, wherein the securement region and the circumferentially closed region are developed as initially separate structural parts that are subsequently connected with one another, characterised in that the structural parts forming the securement region and the circumferentially closed region or the circumferentially closed regions are disposed sequentially in the direction of the longitudinal axis of the steering shaft.
An oven door (1,1') for closing a cooking cavity of an oven, especially of a household oven, with an outer unit (2,2')and an inner unit (3,3') containing an inner plate, and at least one of the units (2,3;2',3') is provided with at least one opening for ventilation (33A, 33B, 33A', 33B'), and wherein the inner unit contains a frame extending over the upper transversal area of the inner plate, characterised in that the frame extends over the side areas of the inner plate, the outer unit comprises at least one snapping hook, and the inner unit comprises at the bottom of its side area a notch formed as a rectangular opening, so that the snapping hook is releasably pushable into the notch to connect the outer unit and the inner unit, wherein the connection can be released again by pushing the snapping hook, wherein the ventilation of the door is provided by an air flow, which gets sucked in from the bottom, is led through the inside of the door and directed through at the least one opening for ventilation (33A,33B) to an air suction area of the oven connected to the at least one opening for ventilation (33A,33B,33A',33B') in a closed position of the door (1,1') and wherein the at least one opening for ventilation (33A,33B) is arranged close to the upper transversal area of the inner plate and located in the same plane or at the same level as the inner plate.
Method to adjust the concentration of at least two gasses in a fluid, comprising a) adjusting the concentration of a first gas in the fluid by a means for adjusting a first gas concentration, and b) adjusting the concentration of a second gas in the fluid by a means for adjusting a second gas concentration, wherein the means for adjusting the concentration of the first gas and the means for adjusting the concentration of the second gas are separate from each other and the first and second gas are delivered separately to the fluid. a) adjusting the concentration of a first gas in the fluid by a means for adjusting a first gas concentration, and b) adjusting the concentration of a second gas in the fluid by a means for adjusting a second gas concentration,
A process to produce a thermoplastic elastomer composition, comprising: dynamically vulcanizing an isobutylene elastomeric component dispersed as a domain in a continuous phase comprising at least one thermoplastic resin to produce a post-vulcanized dynamically vulcanized alloy; and mixing of the post-vulcanized dynamically vulcanized alloy with 1.5 phr or greater of a low molecular weight aromatic amine stabilizer having a number average molecular weight less than 1000 g/mol, to produce the thermoplastic elastomer composition, wherein the melt viscosity of the post-vulcanized dynamically vulcanized alloy is reduced by the mixing with the stabilizer. dynamically vulcanizing an isobutylene elastomeric component dispersed as a domain in a continuous phase comprising at least one thermoplastic resin to produce a post-vulcanized dynamically vulcanized alloy; and mixing of the post-vulcanized dynamically vulcanized alloy with 1.5 phr or greater of a low molecular weight aromatic amine stabilizer having a number average molecular weight less than 1000 g/mol, to produce the thermoplastic elastomer composition, wherein the melt viscosity of the post-vulcanized dynamically vulcanized alloy is reduced by the mixing with the stabilizer.
A process for producing a pulverulent composition comprising at least one polymeric dispersant which comprises at least one structural unit comprising anionic groups and/or at least one structural unit comprising anionogenic groups and also at least one structural unit having polyether side chains, and at least one polysaccharide, wherein the weight ratio of polymeric dispersant to polysaccharide is from 2/1 to 50/1 and the pulverulent composition consists to an extent of at least 65% by weight of the polymeric dispersant and the following process steps are performed: a) production of an aqueous dispersion having a viscosity of the dispersion of less than 10 000 mPa·s (measured by means of a Brookfield viscometer (spindle LV1) at 20°C), comprising the at least one polymeric dispersant and the at least one polysaccharide, b) spray drying of the aqueous dispersion produced in process step a). a) production of an aqueous dispersion having a viscosity of the dispersion of less than 10 000 mPa·s (measured by means of a Brookfield viscometer (spindle LV1) at 20°C), comprising the at least one polymeric dispersant and the at least one polysaccharide, b) spray drying of the aqueous dispersion produced in process step a).
A hearing system comprising a first hearing aid and a second hearing aid, the first hearing aid comprising: a first microphone for converting sound into electrical signals; a processor communicatively coupled to the first microphone, wherein the processor is configured to provide an output based on the electrical signals from the first microphone; a first speaker communicatively coupled to the processor, and is configured to provide an acoustic signal based on the output provided by the processor; and a first communication device configured to receive a control signal transmitted from the second hearing aid in response to a reception or detection of a signal associated with a phone by the second hearing aid; characterized in that the first hearing aid is configured to reduce a gain of the first hearing aid to a non-zero value in response to the control signal received from the second hearing aid, and in that in response to the signal associated with the phone, only the second hearing aid, and not the first hearing aid, provides acoustic signals representative of phone signals from the phone. a first microphone for converting sound into electrical signals; a processor communicatively coupled to the first microphone, wherein the processor is configured to provide an output based on the electrical signals from the first microphone; a first speaker communicatively coupled to the processor, and is configured to provide an acoustic signal based on the output provided by the processor; and a first communication device configured to receive a control signal transmitted from the second hearing aid in response to a reception or detection of a signal associated with a phone by the second hearing aid; characterized in that the first hearing aid is configured to reduce a gain of the first hearing aid to a non-zero value in response to the control signal received from the second hearing aid, and in that in response to the signal associated with the phone, only the second hearing aid, and not the first hearing aid, provides acoustic signals representative of phone signals from the phone.
Device for capturing and transmitting data of a bearing of a steel mill or rolling mill, the device at least comprising - a bearing housing for a bearing for rotatable components, - a sensor with a data processing unit, both of which are arranged in the bearing housing and are designed for capturing and storing data of the bearing, - a data transmission unit, which is arranged in the bearing housing and is designed for wirelessly transmitting data of the sensor to a remote receiver, - an energy receiving unit, which is arranged in the bearing housing and is designed to receive energy wirelessly and pass it on to the data transmission unit and the data processing unit, - an energy source with an energy transmitting unit, which is designed to supply the energy receiving unit wirelessly with energy, - wherein the energy source is arranged outside the bearing housing, - wherein the energy transmitting unit is covered by the bearing housing, characterized - in that the device comprises a supporting structure of a steel mill or rolling mill, - in that the energy transmitting unit is arranged outside the bearing housing, - in that the energy transmitting unit is arranged on or in a structural part which adjoins the bearing housing and is part of the supporting structure of the steel mill or rolling mill, and - in that the structural part is designed to remain on the supporting structure of the steel mill or rolling mill when the bearing housing is removed for maintenance purposes. - a bearing housing for a bearing for rotatable components, - a sensor with a data processing unit, both of which are arranged in the bearing housing and are designed for capturing and storing data of the bearing, - a data transmission unit, which is arranged in the bearing housing and is designed for wirelessly transmitting data of the sensor to a remote receiver, - an energy receiving unit, which is arranged in the bearing housing and is designed to receive energy wirelessly and pass it on to the data transmission unit and the data processing unit, - an energy source with an energy transmitting unit, which is designed to supply the energy receiving unit wirelessly with energy, - wherein the energy source is arranged outside the bearing housing, - wherein the energy transmitting unit is covered by the bearing housing, characterized - in that the device comprises a supporting structure of a steel mill or rolling mill, - in that the energy transmitting unit is arranged outside the bearing housing, - in that the energy transmitting unit is arranged on or in a structural part which adjoins the bearing housing and is part of the supporting structure of the steel mill or rolling mill, and - in that the structural part is designed to remain on the supporting structure of the steel mill or rolling mill when the bearing housing is removed for maintenance purposes.
A system, comprising: a satellite operable to communicate with a first mobile unit using a first multicast regional beam and a first interactive spot beam, the satellite operable to communicate with a second mobile unit using the first multicast regional beam and a second interactive spot beam; a terrestrial base transceiver station operable to communicate with the first mobile unit and the second mobile unit via a second multicast regional beam; and a ground station configured to be in communication with the satellite and the terrestrial base transceiver station to provide mobile interactive satellite services including a multicast component and an interactive component, the terrestrial base transceiver station configured to send data for the multicast component to the first mobile unit via the second multicast regional beam, the satellite configured to send data for the multicast component to the first mobile unit and the second mobile unit via the first multicast regional beam, the first mobile unit configured to combine a signal associated with the first multicast regional beam with a signal associated with the second multicast regional beam, the satellite configured to send data for the interactive component to the first mobile unit via the first interactive spot beam, the satellite configured to send data for the interactive component to the second mobile unit via the second interactive spot beam. a satellite operable to communicate with a first mobile unit using a first multicast regional beam and a first interactive spot beam, the satellite operable to communicate with a second mobile unit using the first multicast regional beam and a second interactive spot beam; a terrestrial base transceiver station operable to communicate with the first mobile unit and the second mobile unit via a second multicast regional beam; and a ground station configured to be in communication with the satellite and the terrestrial base transceiver station to provide mobile interactive satellite services including a multicast component and an interactive component, the terrestrial base transceiver station configured to send data for the multicast component to the first mobile unit via the second multicast regional beam, the satellite configured to send data for the multicast component to the first mobile unit and the second mobile unit via the first multicast regional beam, the first mobile unit configured to combine a signal associated with the first multicast regional beam with a signal associated with the second multicast regional beam, the satellite configured to send data for the interactive component to the first mobile unit via the first interactive spot beam, the satellite configured to send data for the interactive component to the second mobile unit via the second interactive spot beam.
An automated road sweeper comprising: - means of transport suitable to allow said sweeper to travel on a road surface including debris, - a plurality of cleaning members arranged at fixed points located in different portions of said sweeper and suitable for cleaning within predetermined cleaning areas, and characterised in that it further comprises - selection means operatively connected to said cleaning members, suitable for scanning said road surface and locating said debris so as to select and exclusively operate said cleaning members, the said cleaning area of which covers said debris during the movement of said sweeper. - means of transport suitable to allow said sweeper to travel on a road surface including debris, - a plurality of cleaning members arranged at fixed points located in different portions of said sweeper and suitable for cleaning within predetermined cleaning areas, - selection means operatively connected to said cleaning members, suitable for scanning said road surface and locating said debris so as to select and exclusively operate said cleaning members, the said cleaning area of which covers said debris during the movement of said sweeper.
A process of producing a modified rubber by treating particles of cross-linked rubber to provide a reduction of the degree of cross-linking of said rubber, comprising the steps of: i) mixing said particles with bitumen, wherein the amount of bitumen by weight is from 5% to less than 50% by weight of the total amount by weight of rubber particles and the process being characterised in further comprising the following steps: ii) heating said mixture at a temperature in the range from 210°C to 370°C; iii) mixing the mixture; wherein at least the steps ii) and iii) are carried out in a pressurized reactor which is an extruder. i) mixing said particles with bitumen, wherein the amount of bitumen by weight is from 5% to less than 50% by weight of the total amount by weight of rubber particles and ii) heating said mixture at a temperature in the range from 210°C to 370°C; iii) mixing the mixture;
A monoclonal antibody that binds specifically to the SNAP tag motif and to the CLIP tag comprising the heavy chain CDRs with the amino acid sequences SEQ ID Nos. 3, 4, 5 and the light chain CDRs with the amino acid sequences SEQ ID Nos. 8, 9, 10.
A method for erecting a wind turbine tower, the method comprising the steps of: - providing a tower section comprising a lower flange and an upper flange, each flange (9, 10) being provided with a plurality of through-going bolt holes, - providing a plurality of stud bolts and a pair of nuts for each stud bolt, - mounting a nut to one end of each stud bolt, - orienting the tower section in an upright position with the lower flange below the upper flange, - positioning stud bolts in the plurality of bolt holes in the lower flange with the nuts arranged on an upper side of the lower flange, - lifting the tower section to a mounting position on top of another tower section, - forming a flange combination by aligning the through-going bolt holes formed in the lower flange of the tower section with through-going bolt holes formed in an upper flange of the other tower section, while advancing the stud bolts through the bolt holes (12, 15), - mounting a nut on a lower part of each of the stud bolts, and - tensioning the stud bolts, thereby securing the tower section to the other tower section. - providing a tower section comprising a lower flange and an upper flange, each flange (9, 10) being provided with a plurality of through-going bolt holes, - providing a plurality of stud bolts and a pair of nuts for each stud bolt, - mounting a nut to one end of each stud bolt, - orienting the tower section in an upright position with the lower flange below the upper flange, - positioning stud bolts in the plurality of bolt holes in the lower flange with the nuts arranged on an upper side of the lower flange, - lifting the tower section to a mounting position on top of another tower section, - forming a flange combination by aligning the through-going bolt holes formed in the lower flange of the tower section with through-going bolt holes formed in an upper flange of the other tower section, while advancing the stud bolts through the bolt holes (12, 15), - mounting a nut on a lower part of each of the stud bolts, and - tensioning the stud bolts, thereby securing the tower section to the other tower section.
A method for feeding back channel quality information, CQI, at a mobile station, in a wireless communication system based on Orthogonal Frequency Division Multiple Access, OFDMA, the method comprising: calculating a wideband CQI for an entire band, the entire band including a plurality of sub-bands; measuring a sub-band CQI for at least one sub-band, wherein the at least one sub-band is a preferred sub-band selected by the mobile station among the plurality of sub-bands; and transmitting the sub-band CQI and the wideband CQI at a same time interval. calculating a wideband CQI for an entire band, the entire band including a plurality of sub-bands; measuring a sub-band CQI for at least one sub-band, wherein the at least one sub-band is a preferred sub-band selected by the mobile station among the plurality of sub-bands; and transmitting the sub-band CQI and the wideband CQI at a same time interval.
An apparatus comprising: a first network interface configured to receive a packet via a packet-switched network, the packet including primary coding of a first audio frame and redundant coding of a second audio frame; a processor configured to generate a modified packet that includes one or more bits that indicate signaling information, the signaling information indicating which of the primary coding and the redundant coding is to be decoded; and a second network interface configured to transmit the modified packet via a circuit-switched network. a first network interface configured to receive a packet via a packet-switched network, the packet including primary coding of a first audio frame and redundant coding of a second audio frame; a processor configured to generate a modified packet that includes one or more bits that indicate signaling information, the signaling information indicating which of the primary coding and the redundant coding is to be decoded; and a second network interface configured to transmit the modified packet via a circuit-switched network.