mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications at a donor base station , comprising: allocating resources of a backhaul link between said donor base station and a relay base station to the relay base station for communicating with the donor base station; and transmitting signaling on a control channel indicating the allocated resources to the relay base station, wherein the signaling on the control channel is transmitted on a subset of physical resource blocks, PRBs, of subframes assigned for downlink communications on the backhaul link, wherein the control channel is mapped to the subset of PRBs based on a resource allocation type for downlink communications on the backhaul link, and wherein the control channel is transmitted on PRBs that are non-contiguous in frequency and hop in time within a subframe. allocating resources of a backhaul link between said donor base station and a relay base station to the relay base station for communicating with the donor base station; and transmitting signaling on a control channel indicating the allocated resources to the relay base station, wherein the signaling on the control channel is transmitted on a subset of physical resource blocks, PRBs, of subframes assigned for downlink communications on the backhaul link, wherein the control channel is mapped to the subset of PRBs based on a resource allocation type for downlink communications on the backhaul link, and wherein the control channel is transmitted on PRBs that are non-contiguous in frequency and hop in time within a subframe. wherein the signaling on the control channel is transmitted on a subset of physical resource blocks, PRBs, of subframes assigned for downlink communications on the backhaul link, wherein the control channel is mapped to the subset of PRBs based on a resource allocation type for downlink communications on the backhaul link, and wherein the control channel is transmitted on PRBs that are non-contiguous in frequency and hop in time within a subframe.
A respiratory mask assembly comprising: a headgear configured to secure the mask assembly to a user's face in use, the headgear comprising: a yoke ; first and second side arms , each of the first and second side arms extending from a lateral portion of the yoke , and configured to extend across a cheek and above an ear of a user in use; and a top strap coupled to and extending between the first and second side arms and configured to extend across the top of the user's head in use; and the respiratory mask assembly also comprising: a frame having a body extending along a longitudinal axis, the body having a top, a bottom, and two sides; and a headgear connector coupled to the yoke and configured to be coupled to the frame by approaching the frame from one of the top or the bottom; wherein the yoke extends across a front surface of the connector from a first lateral end of the connector to a second, opposite lateral end of the connector . a yoke ; first and second side arms , each of the first and second side arms extending from a lateral portion of the yoke , and configured to extend across a cheek and above an ear of a user in use; and a top strap coupled to and extending between the first and second side arms and configured to extend across the top of the user's head in use; and the respiratory mask assembly also comprising: a frame having a body extending along a longitudinal axis, the body having a top, a bottom, and two sides; and a headgear connector coupled to the yoke and configured to be coupled to the frame by approaching the frame from one of the top or the bottom; wherein the yoke extends across a front surface of the connector from a first lateral end of the connector to a second, opposite lateral end of the connector . a frame having a body extending along a longitudinal axis, the body having a top, a bottom, and two sides; and a headgear connector coupled to the yoke and configured to be coupled to the frame by approaching the frame from one of the top or the bottom; wherein the yoke extends across a front surface of the connector from a first lateral end of the connector to a second, opposite lateral end of the connector .
A method for controlling a modular converter , a) the modular converter comprising a plurality of converter cells , which are connected in series on a first side and are connected in parallel with each other on a second side, wherein each converter cell comprises an active front-end AC-to-DC converter connected to the first side and a DC-to-DC converter connected to the second side; the method comprising the steps of: b) estimating the power transferred by the modular converter ; c) comparing the transferred power with a threshold value (P 1 , P 2 , P 3 ); d) when the transferred power is bigger than the threshold value, operating the modular converter in a normal load operation mode ; e) when the transferred power is smaller than the threshold value, operating the modular converter in a low load operation mode , in which the converter cells are operated, such that switching losses are reduced with respect to the normal load operation mode; wherein f) in the low load operation mode , a minimum number of required converter cells is determined based on the transferred power, with not required converter cells being bypassed by short-circuiting input terminals of said not required converter cells. a) the modular converter comprising a plurality of converter cells , which are connected in series on a first side and are connected in parallel with each other on a second side, wherein each converter cell comprises an active front-end AC-to-DC converter connected to the first side and a DC-to-DC converter connected to the second side; b) estimating the power transferred by the modular converter ; c) comparing the transferred power with a threshold value (P 1 , P 2 , P 3 ); d) when the transferred power is bigger than the threshold value, operating the modular converter in a normal load operation mode ; e) when the transferred power is smaller than the threshold value, operating the modular converter in a low load operation mode , in which the converter cells are operated, such that switching losses are reduced with respect to the normal load operation mode; wherein f) in the low load operation mode , a minimum number of required converter cells is determined based on the transferred power, with not required converter cells being bypassed by short-circuiting input terminals of said not required converter cells.
MEMS transducer for interacting with a volume flow of a fluid, comprising: a substrate comprising a cavity ; an electromechanical transducer (18; 18a-f) connected to the substrate in the cavity and comprising an element (22; 22a-f; 30; 40; 150; 160) deformable along a lateral movement direction , wherein a deformation of the deformable element (22; 22a-f; 30; 40; 150; 160) along the lateral movement direction and the volume flow of the fluid are causally related; wherein the deformation of the deformable element (22; 22a-f; 30; 40; 150; 160) is a curvature of the deformable element in-plane with respect to the substrate . a substrate comprising a cavity ; an electromechanical transducer (18; 18a-f) connected to the substrate in the cavity and comprising an element (22; 22a-f; 30; 40; 150; 160) deformable along a lateral movement direction , wherein a deformation of the deformable element (22; 22a-f; 30; 40; 150; 160) along the lateral movement direction and the volume flow of the fluid are causally related; wherein the deformation of the deformable element (22; 22a-f; 30; 40; 150; 160) is a curvature of the deformable element in-plane with respect to the substrate .
An image processing apparatus configured to perform image processing on an input image generated by image capturing using an optical system , for correcting a lateral chromatic aberration that contains a rotationally symmetrical component and a shift component, characterized in that the image processing apparatus comprises: a first acquirer configured to acquire first component information on a first component that is one of the rotationally symmetrical component and the shift component, the first component information being acquired and stored before the input image is acquired; a second acquirer configured to acquire the second component information on a second component that is the other of the rotationally symmetrical component and the shift component by using the input image and the first component information; and a corrector configured to generate a corrected image by performing a correction process for correcting the lateral chromatic aberration, for the input image, using the first component information and the second component information. a first acquirer configured to acquire first component information on a first component that is one of the rotationally symmetrical component and the shift component, the first component information being acquired and stored before the input image is acquired; a second acquirer configured to acquire the second component information on a second component that is the other of the rotationally symmetrical component and the shift component by using the input image and the first component information; and a corrector configured to generate a corrected image by performing a correction process for correcting the lateral chromatic aberration, for the input image, using the first component information and the second component information.
Drainage base configured to carry an electric cooking appliance comprising a tank provided with a drainage device comprising a valve which can occupy a closed stable return position and an open position, the drainage base comprising a drainage receptacle and a receptacle cover , the drainage base having a control member configured to displace the valve in open position when said drainage base carries the electric cooking appliance , the receptacle cover conserving a passage for the flow of the cooking bath into the drainage receptacle when the drainage base carries the electric cooking appliance , characterised in that the drainage base comprises a cover stopper blocking the passage when the drainage base is in storage configuration of the cooking bath contained in the drainage receptacle , in that the drainage receptacle has a lower face comprising a housing , and in that the drainage receptacle and the receptacle cover can occupy a stack configuration wherein the drainage receptacle rests on the receptacle cover and wherein the housing houses the cover stopper closing the passage of the receptacle cover .
A method for analysing a glycoconjugate in a test sample which comprises a mixture of at least 4 glycoconjugates, wherein the analysis includes: • the identification of said glycoconjugate and • the absolute quantification of said glycoconjugate based on a calibration curve; wherein the method comprises the steps of: (a) providing the test sample and a set of calibration samples, optionally a ladder sample, and optionally a control sample; (b) measuring, by means of a capillary-based immunoassay system, in individual capillaries: said test sample, said calibration samples, optionally said ladder sample, and optionally said control sample, thereby generating a dataset for each capillary; and (c) analysing said dataset by means of a computer program which provides at least the following functions: • receiving limits for integration; and • calculating a background signal for each capillary; and • subtracting a background signal from a signal generated in each capillary. wherein the analysis includes: • the identification of said glycoconjugate and • the absolute quantification of said glycoconjugate based on a calibration curve; • the identification of said glycoconjugate and • the absolute quantification of said glycoconjugate based on a calibration curve; wherein the method comprises the steps of: (a) providing the test sample and a set of calibration samples, optionally a ladder sample, and optionally a control sample; (b) measuring, by means of a capillary-based immunoassay system, in individual capillaries: said test sample, said calibration samples, optionally said ladder sample, and optionally said control sample, thereby generating a dataset for each capillary; and (c) analysing said dataset by means of a computer program which provides at least the following functions: • receiving limits for integration; and • calculating a background signal for each capillary; and • subtracting a background signal from a signal generated in each capillary. (a) providing the test sample and a set of calibration samples, optionally a ladder sample, and optionally a control sample; (b) measuring, by means of a capillary-based immunoassay system, in individual capillaries: said test sample, said calibration samples, optionally said ladder sample, and optionally said control sample, thereby generating a dataset for each capillary; and (c) analysing said dataset by means of a computer program which provides at least the following functions: • receiving limits for integration; and • calculating a background signal for each capillary; and • subtracting a background signal from a signal generated in each capillary. • receiving limits for integration; and • calculating a background signal for each capillary; and • subtracting a background signal from a signal generated in each capillary.
A walkway, stairwell or other like structure comprising at least a primary frame formed from at least two box frame modules and a plurality of building modules which primary frame and building modules together form at least part of the structure ; each building module comprising; a first peripheral frame of a first area size defining a space which includes a layer of barrier material, a second peripheral frame of an area size different from the frame of the first area size and, defining a space which includes a layer of barrier material and which is joined at a first junction to the first peripheral frame of the first size in abutting end to end relationship to form a first auxiliary module; a third peripheral frame having the same size as the second peripheral frame and which defines a space which includes a layer of barrier material, a fourth peripheral frame having the same size as the first peripheral frame and which defines a space which includes a layer of barrier material and which is joined at a second junction to the third peripheral frame of the first area size in abutting end to end relationship to form a second auxiliary module; characterised in that the first and second auxiliary modules are attached on opposing sides of the primary frame of the structure whereby the first and second auxiliary modules are arranged in opposing relationship to form said building module; and the first and second junctions of respective first and second auxiliary modules are staggered along the length of the structure relative to an end to end join between two of said at least two box frame modules .
A method for managing a heterogeneous cellular network comprising at least one macro cell and a plurality of small cells, comprising the steps of: defining a geographical area and identifying all macro cells included within the defined area; obtaining measurement reports of wireless entities currently operative within the defined area, wherein the measurement reports comprise information that relates to an intensity at which communication signals are received by each respective one of the receiving wireless entities; based on the measurement reports obtained, establishing one or more neighbors' relations lists for groups of small cells located within all macro cells included in the defined area, by using virtual cell IDs of said small cells. defining a geographical area and identifying all macro cells included within the defined area; obtaining measurement reports of wireless entities currently operative within the defined area, wherein the measurement reports comprise information that relates to an intensity at which communication signals are received by each respective one of the receiving wireless entities; based on the measurement reports obtained, establishing one or more neighbors' relations lists for groups of small cells located within all macro cells included in the defined area, by using virtual cell IDs of said small cells.
A user equipment, UE, comprising: a control channel receiver configured to monitor, in a license-assisted-access, LAA, cell, a first physical downlink control channel, PDCCH, and to monitor a second PDCCH, the first PDCCH including a downlink control information, DCI, format having a field for indicating a configuration within a subframe of the LAA cell, the subframe being the last subframe in a burst started based on listen before talk, the configuration being used to determine whether or not resource elements for UE-specific reference signals in the last subframe are located the same as UE-specific reference signal resource elements for a special subframe, the second PDCCH being a PDCCH of which detection indicates a transmission of a PDSCH on the LAA cell; a reference signal receiver configured to receive the UE-specific reference signals of which resource element position within the last subframe is determined depending on the configuration; and a shared channel receiver configured to receive the PDSCH for which the same antenna port is used as for the UE-specific reference signals. a control channel receiver configured to monitor, in a license-assisted-access, LAA, cell, a first physical downlink control channel, PDCCH, and to monitor a second PDCCH, the first PDCCH including a downlink control information, DCI, format having a field for indicating a configuration within a subframe of the LAA cell, the subframe being the last subframe in a burst started based on listen before talk, the configuration being used to determine whether or not resource elements for UE-specific reference signals in the last subframe are located the same as UE-specific reference signal resource elements for a special subframe, the second PDCCH being a PDCCH of which detection indicates a transmission of a PDSCH on the LAA cell; a reference signal receiver configured to receive the UE-specific reference signals of which resource element position within the last subframe is determined depending on the configuration; and a shared channel receiver configured to receive the PDSCH for which the same antenna port is used as for the UE-specific reference signals.
A stud to be fitted in a stud recess formed on a tread surface side of a tire comprising: a body section in a columnar shape; a pin section disposed on one end in the direction along the central axis of the body section ; and a flange section disposed on the other end in the direction along the central axis of the body section , wherein the body section is so formed as to have a longer direction and a short direction orthogonal to the central axis thereof, the pin section is so formed as to have a longer direction and a short direction orthogonal to the central axis thereof, and the flange section is so formed as to have a longer direction and a short direction orthogonal to the central axis thereof, characterised in that : the longer direction of the pin section and the longer direction of the flange section face in the same direction, and the longer direction of the pin section and the flange section faces in a different direction from the longer direction of the body section . a body section in a columnar shape; a pin section disposed on one end in the direction along the central axis of the body section ; and a flange section disposed on the other end in the direction along the central axis of the body section , wherein the body section is so formed as to have a longer direction and a short direction orthogonal to the central axis thereof, the pin section is so formed as to have a longer direction and a short direction orthogonal to the central axis thereof, and the flange section is so formed as to have a longer direction and a short direction orthogonal to the central axis thereof, characterised in that : the longer direction of the pin section and the longer direction of the flange section face in the same direction, and the longer direction of the pin section and the flange section faces in a different direction from the longer direction of the body section .
A transmission apparatus for wireless transmission of an MPEG-TS, Transport Stream, compatible data stream, according to the Wi-Fi Display Technical Specification of the Wi-Fi Alliance to a receiver apparatus according to the Wi-Fi Display Technical Specification of the Wi-Fi Alliance, the transmission apparatus being provided with a terminal for receiving an MPEG-TS compatible data stream, and being further adapted to wirelessly transmit a first IP address identifying the transmission apparatus to the receiver apparatus according to the Wi-Fi Display Technical Specification of the Wi-Fi Alliance, the transmission apparatus being further adapted to combine the first IP address with the MPEG TS compatible data stream before wireless transmission to the receiver apparatus , characterized in that the transmission apparatus is further adapted to wirelessly transmit a second address to the receiver apparatus , the said second address identifying an external signal source , wherein the transmission apparatus is provided with: a first unit for establishing a Wi-Fi Peer-to-Peer connection with the receiver apparatus ; and a second unit for carrying out a Session Setup; wherein the second unit is adapted to receive which formats the receiver apparatus supports such that the transmission apparatus can find the external signal source , to generate the first IP address for transmission to the receiver apparatus , and to make the second address available for the receiver apparatus to allow the receiver apparatus to receive an external IP data stream from the external signal source . the transmission apparatus is further adapted to wirelessly transmit a second address to the receiver apparatus , the said second address identifying an external signal source , wherein the transmission apparatus is provided with: a first unit for establishing a Wi-Fi Peer-to-Peer connection with the receiver apparatus ; and a second unit for carrying out a Session Setup; wherein the second unit is adapted to receive which formats the receiver apparatus supports such that the transmission apparatus can find the external signal source , to generate the first IP address for transmission to the receiver apparatus , and to make the second address available for the receiver apparatus to allow the receiver apparatus to receive an external IP data stream from the external signal source . a first unit for establishing a Wi-Fi Peer-to-Peer connection with the receiver apparatus ; and a second unit for carrying out a Session Setup; wherein the second unit is adapted to receive which formats the receiver apparatus supports such that the transmission apparatus can find the external signal source , to generate the first IP address for transmission to the receiver apparatus , and to make the second address available for the receiver apparatus to allow the receiver apparatus to receive an external IP data stream from the external signal source .