mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna system comprising: a first layer having a first portion of a feed waveguide (110; 140; 606) coupled to a feed port; a second layer having a second portion of the feed waveguide (110; 140; 606) and a first portion of a waveguide (104; 134; 604), wherein the first portion of the feed waveguide (110; 140; 606)) is coupled to the second portion of the feed waveguide (110; 140; 606) such that the feed waveguide (110; 140; 606) causes propagation of electromagnetic energy in a direction parallel to a seam between the first layer and the second layer , and wherein the second portion of the feed waveguide (110; 140; 606) is coupled to the first portion of the waveguide (104; 134; 604) at a coupling point of the second layer ; and a third layer coupled to the second layer , such that another seam is formed, and having a second portion of the waveguide (104; 134; 604) and a set of radiating elements (102; 132; 608-618) arranged in a linear array, wherein each radiating element (102; 132; 608-618) is coupled to the second portion of the waveguide (104; 134; 604), and wherein the coupling point of the second layer is in alignment with a center of the linear array. a first layer having a first portion of a feed waveguide (110; 140; 606) coupled to a feed port; a second layer having a second portion of the feed waveguide (110; 140; 606) and a first portion of a waveguide (104; 134; 604), wherein the first portion of the feed waveguide (110; 140; 606)) is coupled to the second portion of the feed waveguide (110; 140; 606) such that the feed waveguide (110; 140; 606) causes propagation of electromagnetic energy in a direction parallel to a seam between the first layer and the second layer , and wherein the second portion of the feed waveguide (110; 140; 606) is coupled to the first portion of the waveguide (104; 134; 604) at a coupling point of the second layer ; and a third layer coupled to the second layer , such that another seam is formed, and having a second portion of the waveguide (104; 134; 604) and a set of radiating elements (102; 132; 608-618) arranged in a linear array, wherein each radiating element (102; 132; 608-618) is coupled to the second portion of the waveguide (104; 134; 604), and wherein the coupling point of the second layer is in alignment with a center of the linear array.
An electronic device in a wireless communication system, comprising: one or more processing circuits configured to perform operations of: adjusting a length of a symbol in a self-contained subframe on a first subcarrier so that, within one transmission time interval TTI of a self-contained subframe on a second subcarrier: boundaries of downlink symbols and uplink symbols in the self-contained subframe on the second subcarrier are aligned with boundaries of symbols in a self-contained subframe on the first subcarrier after adjustment, and as compared with unadjusted symbols in the self-contained subframe on the first subcarrier after adjustment, a first symbol in the self-contained subframe on the first subcarrier after adjustment has a greater length; and wherein the processing circuits adjust a length of a symbol which is adjacent to the first symbol in the self-contained subframe on the first subcarrier. boundaries of downlink symbols and uplink symbols in the self-contained subframe on the second subcarrier are aligned with boundaries of symbols in a self-contained subframe on the first subcarrier after adjustment, and as compared with unadjusted symbols in the self-contained subframe on the first subcarrier after adjustment, a first symbol in the self-contained subframe on the first subcarrier after adjustment has a greater length; and wherein the processing circuits adjust a length of a symbol which is adjacent to the first symbol in the self-contained subframe on the first subcarrier.
Shift cable for transmitting of operation commands to a transmission , wherein said shift cable comprising a cable conduit , an inner cable , a socket and a shift tuning structure , wherein said socket is adapted to attach said shift cable to a housing and said shift tuning structure is provided between said cable conduit and said socket in order to provide a vibration dampening between said inner cable and said socket and to provide a desired shift feeling when said inner cable is transmitting an operation command, wherein said shift tuning structure comprises a stiff, low-density material which is separated from said socket in axial and radial direction through a flexible material , which is thinner than said stiff, low-density material and wherein a thin layer of said flexible material is delineating said stiff, low density material from the socket , characterised in that said socket fully encloses said tuning structure , whereby a thin air layer is provided between the axial surfaces of said flexible material and said socket .
A recombinant oncolytic Herpes Simplex Virus (oHSV), comprising one or more copies of target sequences for one or more microRNAs (miRNAs) inserted into one or more HSV genes essential for HSV replication, wherein the oHSV comprises a surface, wherein said surface comprises one or more non-HSV ligands, and wherein the oHSV comprises a deletion of the internal repeat (joint) region in the HSV genome comprising one copy of the ICPO, ICP34.5, LAT, and ICP4 genes and the ICP47 promoter.
An adhesive composition for encapsulating an organic electronic element, comprising: an olefin-based resin having a water vapor transmission rate (WVTR) of 50 g/m 2 ·day or less and having a weight average molecular weight of 100,000 or less; a heat-curable resin; a photocurable compound; and an inorganic filler having a BET surface area in the range of 35 to 500 m 2 /g, wherein the heat-curable resin comprises at least one heat-curable functional group comprising an epoxy group, an isocyanate group, a hydroxyl group, a carboxyl group or an amide group. an olefin-based resin having a water vapor transmission rate (WVTR) of 50 g/m 2 ·day or less and having a weight average molecular weight of 100,000 or less; a heat-curable resin; a photocurable compound; and an inorganic filler having a BET surface area in the range of 35 to 500 m 2 /g, wherein the heat-curable resin comprises at least one heat-curable functional group comprising an epoxy group, an isocyanate group, a hydroxyl group, a carboxyl group or an amide group.
A coupling arrangement for the rotational coupling of a drive element of a pivoting drive of an exhaust-gas flap for the exhaust-gas flow of an internal combustion engine to a pivot shaft that is rotatable about a pivot axis (A), comprising: - a first coupling element having a coupling region which is to be coupled to a pivot shaft for conjoint rotation about the pivot axis (A), - a second coupling element having a coupling region which is to be coupled to a drive element for conjoint rotation about the pivot axis (A), - a preload element for generating a force which acts on the first coupling element and the second coupling element substantially in a peripheral direction with respect to one another and for generating a force which acts in an axial direction between the first coupling element and the second coupling element , wherein one coupling element of the first coupling element and the second coupling element comprises at least two radially outwardly extending rotational coupling projections , and the other coupling element of the first coupling element and the second coupling element comprises, in association to each rotational coupling projection of the one coupling element, a rotational coupling cutout which receives the rotational coupling projection , wherein each rotational coupling cutout is open axially in the direction away from the coupling region of the other coupling element, characterized in that the one coupling element is held axially on the other coupling element by the preload element so as to prevent the rotational coupling projections from moving out of the rotational coupling cutouts that receive them. - a first coupling element having a coupling region which is to be coupled to a pivot shaft for conjoint rotation about the pivot axis (A), - a second coupling element having a coupling region which is to be coupled to a drive element for conjoint rotation about the pivot axis (A), - a preload element for generating a force which acts on the first coupling element and the second coupling element substantially in a peripheral direction with respect to one another and for generating a force which acts in an axial direction between the first coupling element and the second coupling element ,
A reservation box intended to bear on a reinforcement formed of rods , placed in the formwork of a concrete slab, for the incorporation of pipes into the slab, this box being in the form of a hollow body including a bottom from which rises a side wall provided with a passage system for at least one sheath for protecting a pipe, this side wall delimiting opposite the inner face of the bottom, an aperture intended to be closed by a cover, the box including a spacer wall protruding from the outer face (6 e ) of the bottom, and including a serrated end edge having a series of teeth delimiting together blocking housings for the rods, the box being characterized in that the spacer wall forms a continuous ring and in that the serrated end edge extending at a distance from the bottom such that the bottom is not in contact with the reinforcement in a mounted position of the box on the reinforcement.
A physiological signal monitoring device for sensing a physiological signal in an analyte of a host, comprising: a sensing member , including a signal sensing end adapted to be inserted underneath a skin of the host to sense the physiological signal, and a signal output end for outputting the physiological signal; and a transmitter connected to said sensing member for receiving, processing and transmitting the physiological signal, said physiological signal monitoring device characterized in that said transmitter includes a circuit board having a plurality of electrical contacts , and a connecting port connected to said circuit board and having a socket which is communicated to said circuit board , and a plurality of conducting springs which are received within said connecting port ; wherein, said sensing member is removably inserted into said socket ; wherein, each of said conducting springs has one side electrically connected to a respective one of said electrical contacts of said circuit board and another side electrically connected to said signal output end of said sensing member for electric connection between the respective one of said electrical contacts and said signal output end ; and wherein, each of said conducting springs is frictionally rotated by said sensing member during insertion of said sensing member into said socket and removal of said sensing member from said socket . a sensing member , including a signal sensing end adapted to be inserted underneath a skin of the host to sense the physiological signal, and a signal output end for outputting the physiological signal; and a signal sensing end adapted to be inserted underneath a skin of the host to sense the physiological signal, and a signal output end for outputting the physiological signal; and a transmitter connected to said sensing member for receiving, processing and transmitting the physiological signal, said physiological signal monitoring device characterized in that said transmitter includes a circuit board having a plurality of electrical contacts , and a connecting port connected to said circuit board and having a socket which is communicated to said circuit board , and a plurality of conducting springs which are received within said connecting port ; wherein, said sensing member is removably inserted into said socket ; wherein, each of said conducting springs has one side electrically connected to a respective one of said electrical contacts of said circuit board and another side electrically connected to said signal output end of said sensing member for electric connection between the respective one of said electrical contacts and said signal output end ; and wherein, each of said conducting springs is frictionally rotated by said sensing member during insertion of said sensing member into said socket and removal of said sensing member from said socket .
A control system for a sensor assembly , the system comprising: a contaminant detection subsystem to measure a resonant frequency of the sensor assembly , a sensor assembly disposed on an exterior of a vehicle, the sensor assembly including a housing, an actuator and a sensor both disposed in the housing, and a housing cover to enable sensing by the sensor therethrough, the contaminant detection subsystem being arranged to detect contaminants on an exposed surface of the housing cover and to provide a detection signal identifying contaminants on the housing cover based on the resonant frequency of the sensor assembly ; and a cleaning subsystem to provide a cleaning control signal to the actuator to expel the contaminants from the housing cover in response to the detection signal; wherein the contaminant detection subsystem includes a frequency response measurement circuit to measure a change in the frequency response of the sensor assembly to determine a type of the contaminants and the amount of contaminants on the housing cover; and further comprising a temperature regulating device to regulate power to the actuator based on a temperature of the actuator . a contaminant detection subsystem to measure a resonant frequency of the sensor assembly , a sensor assembly disposed on an exterior of a vehicle, the sensor assembly including a housing, an actuator and a sensor both disposed in the housing, and a housing cover to enable sensing by the sensor therethrough, the contaminant detection subsystem being arranged to detect contaminants on an exposed surface of the housing cover and to provide a detection signal identifying contaminants on the housing cover based on the resonant frequency of the sensor assembly ; and a cleaning subsystem to provide a cleaning control signal to the actuator to expel the contaminants from the housing cover in response to the detection signal; wherein the contaminant detection subsystem includes a frequency response measurement circuit to measure a change in the frequency response of the sensor assembly to determine a type of the contaminants and the amount of contaminants on the housing cover; and further comprising a temperature regulating device to regulate power to the actuator based on a temperature of the actuator .
Drive device for a motor vehicle, having a first drive unit which has a first drive shaft , having at least one second drive unit which has a second drive shaft , and having a multi-speed gearbox , wherein the first drive unit is operatively connected to the multi-speed gearbox via a vibration damper and a shift clutch , wherein the shift clutch has a first clutch part coupled to an input shaft of the multi-speed gearbox and a second clutch part coupled to the first drive unit via the vibration damper , and wherein the first drive unit and the at least one second drive unit are arranged axially parallel to one another, wherein the at least one second drive unit is coupled to the first clutch part via at least one gear stage , and wherein the shift clutch is arranged in a gearbox housing of the multi-speed gearbox , wherein the first clutch part is coupled to the second drive unit via a hollow shaft in which a coupling shaft connecting the vibration damper to the second clutch part is arranged, and wherein a gearwheel is arranged or formed on the hollow shaft outside the gearbox housing, characterised in that the coupling shaft extends completely through the hollow shaft in the axial direction, and in that the hollow shaft extends from the first coupling part in the axial direction in the direction of the first drive unit .
A method for trusted service management, wherein the method is implemented by a WiFi gateway device , the method comprising: obtaining (S101) an identification identifier and address information of a computing unit ; establishing (S102) a mapping table of the identification identifier and the address information of the computing unit ; initiating (S103) a trusted service request message being an application download request to a server that provides trusted service management using the identification identifier of the computing unit , wherein the initiating (S103) the trusted service request message to the server that provides the trusted service management comprises transparently transmitting the received trusted service request message that is initiated by the computing unit ; receiving (S104) a corresponding trusted service response message, and transmitting the trusted service response message to the computing unit in a broadcast mode according to the mapping table, wherein the trusted service response message comprises an instruction and the trusted service response message is an application protocol data unit, APDU, formed by assembling and encrypting, by the server that provides trusted service management, an application program requested to be downloaded; and receiving an execution result returned by the computing unit , wherein the execution result is an application installation state report APDU and sending the execution result to the server that provides the trusted service management. obtaining (S101) an identification identifier and address information of a computing unit ; establishing (S102) a mapping table of the identification identifier and the address information of the computing unit ; initiating (S103) a trusted service request message being an application download request to a server that provides trusted service management using the identification identifier of the computing unit , wherein the initiating (S103) the trusted service request message to the server that provides the trusted service management comprises transparently transmitting the received trusted service request message that is initiated by the computing unit ; receiving (S104) a corresponding trusted service response message, and transmitting the trusted service response message to the computing unit in a broadcast mode according to the mapping table, wherein the trusted service response message comprises an instruction and the trusted service response message is an application protocol data unit, APDU, formed by assembling and encrypting, by the server that provides trusted service management, an application program requested to be downloaded; and receiving an execution result returned by the computing unit , wherein the execution result is an application installation state report APDU and sending the execution result to the server that provides the trusted service management.
A system for searchable encryption , comprising a client device, the client device comprising an index build module, wherein the index build module comprises a processor configured to: extract a plurality of search terms from at least part of a data structure; calculate a keyed-hash value for each search term and store the keyed-hash values in a list, characterised by the index build module being configured to: examine a bit in a first predetermined position within the keyed-hash value for each keyed-hash value to obtain the value of the bit; perform a first determination to determine if it is true that the value of the bit has a first value for at least α of the keyed-hash values, and the value of the bit has a second value for at least α of the keyed-hash values, wherein α is a number greater or equal to two and the first value is different to the second value; split the set of keyed-hash values into two lists if the first determination is true; and assign a first search token value to the first list and second search token value to the second list each, whereby each search token value is associated with a plurality of search terms. extract a plurality of search terms from at least part of a data structure; calculate a keyed-hash value for each search term and store the keyed-hash values in a list, characterised by the index build module being configured to: examine a bit in a first predetermined position within the keyed-hash value for each keyed-hash value to obtain the value of the bit; perform a first determination to determine if it is true that the value of the bit has a first value for at least α of the keyed-hash values, and the value of the bit has a second value for at least α of the keyed-hash values, wherein α is a number greater or equal to two and the first value is different to the second value; split the set of keyed-hash values into two lists if the first determination is true; and assign a first search token value to the first list and second search token value to the second list each, whereby each search token value is associated with a plurality of search terms. examine a bit in a first predetermined position within the keyed-hash value for each keyed-hash value to obtain the value of the bit; perform a first determination to determine if it is true that the value of the bit has a first value for at least α of the keyed-hash values, and the value of the bit has a second value for at least α of the keyed-hash values, wherein α is a number greater or equal to two and the first value is different to the second value; split the set of keyed-hash values into two lists if the first determination is true; and assign a first search token value to the first list and second search token value to the second list each, whereby each search token value is associated with a plurality of search terms.