mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting new radio uplink control information, NR UCI, of a user equipment, UE, in an unlicensed band in a wireless communication system, the method comprising: generating the NR UCI comprising Hybrid Automatic Repeat reQuest-acknowledgement, HARQ-ACK, and channel state information, CSI, part I; and transmitting, to a base station , the NR UCI on a physical uplink shared channel, PUSCH, wherein a number of resource elements to which the CSI part I is mapped is determined based on a value of (i) a number of available resource elements for the NR UCI on the PUSCH minus (ii) a number of resource elements to which the HARQ-ACK and configured grant in the unlicensed band-uplink control information, CGU-UCI, are mapped. generating the NR UCI comprising Hybrid Automatic Repeat reQuest-acknowledgement, HARQ-ACK, and channel state information, CSI, part I; and transmitting, to a base station , the NR UCI on a physical uplink shared channel, PUSCH, wherein a number of resource elements to which the CSI part I is mapped is determined based on a value of (i) a number of available resource elements for the NR UCI on the PUSCH minus (ii) a number of resource elements to which the HARQ-ACK and configured grant in the unlicensed band-uplink control information, CGU-UCI, are mapped.
An inorganic binder composition containing surface-modified polyolefin fibers obtainable by a process comprising the steps of a) a pretreatment of the polyolefin fibers by plasma treatment with an electrically excitable gas in a plasma reactor to obtain polyolefin fibers with polar groups on the surface and b) plasma treatment of the polyolefin fibers with an electrically excitable gas in presence of a gaseous siloxane or silazane compound in a plasma reactor. a) a pretreatment of the polyolefin fibers by plasma treatment with an electrically excitable gas in a plasma reactor to obtain polyolefin fibers with polar groups on the surface and b) plasma treatment of the polyolefin fibers with an electrically excitable gas in presence of a gaseous siloxane or silazane compound in a plasma reactor.
A process for the preparation of layered particles comprising: (a) forming a first liquid stream comprising: (i) introducing one or more core particles into a first liquid carrier; (ii) mixing the one or more core particles in the first liquid carrier to form a first mixture; (iii) optionally, homogenizing the first mixture; and (iv) introducing one or more reactants into the first mixture; (b) forming a second liquid stream comprising: (i) introducing one or more reactants into a second liquid carrier; (ii) mixing the one or more reactants in the second liquid carrier to form a second mixture; and (iii) optionally, homogenizing the second mixture; (c) continuously pumping the first liquid stream into a first port of a multi-port mixing device, wherein the first liquid stream is pumped into the mixing device at a fraction of the flow rate of the mixing device; (d) continuously pumping the second liquid stream into a second port of the multi-port mixing device; and (e) mixing the first liquid stream and the second liquid stream inside the mixing device for an effective period of time to form a layer on the one or more core particles, wherein the mixing is performed with the mixing device at an average energy rate per kilogram of the mixture of liquid streams of from 10 5 to 10 10 W/kg. (a) forming a first liquid stream comprising: (i) introducing one or more core particles into a first liquid carrier; (ii) mixing the one or more core particles in the first liquid carrier to form a first mixture; (iii) optionally, homogenizing the first mixture; and (iv) introducing one or more reactants into the first mixture; (i) introducing one or more core particles into a first liquid carrier; (ii) mixing the one or more core particles in the first liquid carrier to form a first mixture; (iii) optionally, homogenizing the first mixture; and (iv) introducing one or more reactants into the first mixture; (b) forming a second liquid stream comprising: (i) introducing one or more reactants into a second liquid carrier; (ii) mixing the one or more reactants in the second liquid carrier to form a second mixture; and (iii) optionally, homogenizing the second mixture; (i) introducing one or more reactants into a second liquid carrier; (ii) mixing the one or more reactants in the second liquid carrier to form a second mixture; and (iii) optionally, homogenizing the second mixture; (c) continuously pumping the first liquid stream into a first port of a multi-port mixing device, wherein the first liquid stream is pumped into the mixing device at a fraction of the flow rate of the mixing device; (d) continuously pumping the second liquid stream into a second port of the multi-port mixing device; and (e) mixing the first liquid stream and the second liquid stream inside the mixing device for an effective period of time to form a layer on the one or more core particles, wherein the mixing is performed with the mixing device at an average energy rate per kilogram of the mixture of liquid streams of from 10 5 to 10 10 W/kg.
An inspection system for a tire of a vehicle in a fleet, the system comprising: a portable inspection device including means for measuring a tire pressure, means for measuring a tread depth of the tire , and an antenna for wireless communication; a hand-held data device including a processor, memory and an antenna for wireless data transmission, wherein the data device is adapted to receive the measured tire pressure and the measured tread depth of the tire from the portable inspection device ; a server remote from the data device ; a first wireless transmission means to upload the measured tire pressure and the measured tread depth of the tire from the data device to the server ; an analysis device in electronic communication with the server for analysis of the data uploaded from the data device ; and a second wireless transmission means to communicate cloned data sets from the server to the data device ; wherein the data device includes a camera to capture an image of at least one of a sidewall and a tread of the tire . a portable inspection device including means for measuring a tire pressure, means for measuring a tread depth of the tire , and an antenna for wireless communication; a hand-held data device including a processor, memory and an antenna for wireless data transmission, wherein the data device is adapted to receive the measured tire pressure and the measured tread depth of the tire from the portable inspection device ; a server remote from the data device ; a first wireless transmission means to upload the measured tire pressure and the measured tread depth of the tire from the data device to the server ; an analysis device in electronic communication with the server for analysis of the data uploaded from the data device ; and a second wireless transmission means to communicate cloned data sets from the server to the data device ; wherein the data device includes a camera to capture an image of at least one of a sidewall and a tread of the tire .
A method of ensuring content checking of data transmitted between a first and a second , separate computer system wherein the first and second computer systems are linked by a computer apparatus, the method comprising: i. network logic of the apparatus receiving data from the first system and passing the data to scrambler logic of the apparatus; ii. the scrambler logic scrambling the data and passing the scrambled data to host logic of the apparatus; iii. the host logic passing the scrambled data to descrambler software of the apparatus; iv. the descrambler software unscrambling the scrambled data and passing the unscrambled data to a content checker of the apparatus; and v. the content checker checking that the unscrambled data is allowed to pass to the second computer system. i. network logic of the apparatus receiving data from the first system and passing the data to scrambler logic of the apparatus; ii. the scrambler logic scrambling the data and passing the scrambled data to host logic of the apparatus; iii. the host logic passing the scrambled data to descrambler software of the apparatus; iv. the descrambler software unscrambling the scrambled data and passing the unscrambled data to a content checker of the apparatus; and v. the content checker checking that the unscrambled data is allowed to pass to the second computer system.
A system for effectuating mobile device security, comprising: a component configured to: detect a point of sale mechanism ; in response to the detection of the point of sale mechanism, search for a secure token device ; and establish secure communications with the secure token device; on receipt of a root key that is at least one of persisted on or associated with the secure token device, release electronic funds to the point of sale mechanism and satisfy a debt extant on the point of sale mechanism , comprising employing the root key to unlock personal information persisted and encrypted on storage media associated with the component; and securely discard the root key associated with the component once the debt extant on the point of sale mechanism has been satisfied. detect a point of sale mechanism ; in response to the detection of the point of sale mechanism, search for a secure token device ; and establish secure communications with the secure token device; on receipt of a root key that is at least one of persisted on or associated with the secure token device, release electronic funds to the point of sale mechanism and satisfy a debt extant on the point of sale mechanism , comprising employing the root key to unlock personal information persisted and encrypted on storage media associated with the component; and securely discard the root key associated with the component once the debt extant on the point of sale mechanism has been satisfied.
Electrical system, in particular designed to be installed on board an electric or hybrid vehicle, wherein said electrical system comprises: an AC-to-DC converter that comprises a rectifier (RD) and a DC-to-DC converter (DC, DCDC2, DCDC20), an isolated DC-to-DC converter (LLC) connected to a high voltage battery (HV), and wherein said electrical system is configured, in a first operating mode, to be connected to an external alternating electricity grid (G) to charge the high voltage battery (HV), and wherein said rectifier (RD) provided a rectified voltage to the DC-to-DC converter (DC, DCDC2, DCDC20), from the alternating current received from the external alternating electricity grid (G), and wherein said DC-to-DC converter is connected to the high voltage battery (HV) through the isolated DC-to-DC converter (LLC) said electrical system is characterised in that first interface terminals of the DC-to-DC converter (DC, DCDC2, DCDC20) are designed to be connected to a low voltage battery (LV), and in that said electrical system is configured so that, in a second operating mode, when the electrical system is disconnected from the external alternating electricity grid (G), said DC-to-DC converter (DC, DCDC2, DCDC20) provides an initial voltage (V1, V2) from the high voltage battery to power the low voltage battery (LV). an AC-to-DC converter that comprises a rectifier (RD) and a DC-to-DC converter (DC, DCDC2, DCDC20), an isolated DC-to-DC converter (LLC) connected to a high voltage battery (HV), and wherein said electrical system is configured, in a first operating mode, to be connected to an external alternating electricity grid (G) to charge the high voltage battery (HV), and wherein said rectifier (RD) provided a rectified voltage to the DC-to-DC converter (DC, DCDC2, DCDC20), from the alternating current received from the external alternating electricity grid (G), and wherein said DC-to-DC converter is connected to the high voltage battery (HV) through the isolated DC-to-DC converter (LLC) said electrical system is characterised in that first interface terminals of the DC-to-DC converter (DC, DCDC2, DCDC20) are designed to be connected to a low voltage battery (LV), and in that said electrical system is configured so that, in a second operating mode, when the electrical system is disconnected from the external alternating electricity grid (G), said DC-to-DC converter (DC, DCDC2, DCDC20) provides an initial voltage (V1, V2) from the high voltage battery to power the low voltage battery (LV).
A reactive beamformer , comprising: a radiator disposed within a substrate and configured to radiate a received electromagnetic signal; a plurality of receptors disposed within the substrate , each of the plurality of receptors configured to receive a portion of the radiated electromagnetic signal; a plurality of signal lines , each signal line of the plurality of signal lines being coupled to a respective receptor of the plurality of receptors to convey the portion of the radiated electromagnetic signal from the respective receptor and to provide the portion of the radiated electromagnetic signal to an output; and characterized by : a plurality of electrically conductive isolation walls disposed within the substrate and configured to isolate each receptor of the plurality of receptors from adjacent receptors of the plurality of receptors , wherein each of the plurality of electrically conductive isolation walls is formed of a conductive ink deposited into a trench in the substrate . a radiator disposed within a substrate and configured to radiate a received electromagnetic signal; a plurality of receptors disposed within the substrate , each of the plurality of receptors configured to receive a portion of the radiated electromagnetic signal; a plurality of signal lines , each signal line of the plurality of signal lines being coupled to a respective receptor of the plurality of receptors to convey the portion of the radiated electromagnetic signal from the respective receptor and to provide the portion of the radiated electromagnetic signal to an output; and characterized by : a plurality of electrically conductive isolation walls disposed within the substrate and configured to isolate each receptor of the plurality of receptors from adjacent receptors of the plurality of receptors , wherein each of the plurality of electrically conductive isolation walls is formed of a conductive ink deposited into a trench in the substrate .
Wind power plant of the windward type comprising a rotor provided with at least one rotor blade, wherein the rotor blade comprises a rotor blade tip and the rotor blade comprises an aerodynamic profile having a pressure side and a suction side, wherein the rotor blade tip is curved or angled in its outer region in the direction of the pressure side of the rotor blade, so that the rotor blade tip encloses an angle of approximately 90 - 120 degrees with the rotor blade and the outer region narrows and wherein the rotor blade tip is in the form of an independent portion which can be fitted into the rotor blade . in the region of the curve the rotor blade profile blends fluidly into the profile of the outer region.
Antenna system comprising: - a transmitting or receiving antenna element ; - an array of parasitic antenna elements individually associated with reconfigurable loads ; - one or a plurality of near-field antennas ; and - a circuit for setting the configuration of the array of parasitic antenna elements according to a radiation picked up by the near-field antenna(s) during a radio frequency transmission by the transmitting or receiving antenna element, the antenna system being characterized in that the circuit is configured to adjust impedance values of the reconfigurable loads according to a comparison, with reference data representative of radiation patterns (Dk) of the system in the presence of interferences, of data representative of a radiation pattern (Di, Dp) of the system. - a transmitting or receiving antenna element ; - an array of parasitic antenna elements individually associated with reconfigurable loads ; - one or a plurality of near-field antennas ; and - a circuit for setting the configuration of the array of parasitic antenna elements according to a radiation picked up by the near-field antenna(s) during a radio frequency transmission by the transmitting or receiving antenna element,
Method for determining the local displacement of an object along a displacement axis (V), characterized in that the light generated by laser light sources of a measuring unit is guided via an optical waveguide to a fixedly mounted measuring head which transmits the transmitted light in the form of at least two laser light beams, each having different wavelengths λ i (i=1, 2, ... N with N ≥ 2) with at least two projection areas P i (i=1, 2, ... N with N ≥ 2) lying next to one another along the displacement axis (V) and overlapping one another, onto the object , and the laser light of the at least two laser light beams reflected by a retroreflector fastened to the object within the projection areas P i is detected in the measuring head , wherein the local displacement is determined on the basis of the distribution of the reflected light intensity over the at least two wavelengths λ i .
A method for supplying a hydrogen-containing reducing gas to a shaft part of a blast furnace, the method comprising: manufacturing a hydrogen-containing reducing gas by raising a temperature inside a reactor in which an oxygen-containing gas is supplied to a preheated coke oven gas to 1200 to 1800°C to reform the coke oven gas and thereby produce reformed gas enriched in hydrogen gas, and then mixing CO-containing gas with that reformed gas enriched in hydrogen gas in the reactor to adjust the concentration of hydrogen to 15 to 35 vol% (wet) and supplying the resultant hydrogen-containing reducing gas to the shaft part of the blast furnace such that the flow rate of supply of the reducing gas to the shaft part of a blast furnace exceeds 0.42 times the flow rate of the gas supplied to the blast furnace tuyere.
A folding leaf door system , comprising at least one folding leaf door having - at least one first leaf with a first frame , and - at least one second leaf with a second frame , - wherein a first hinge body is arranged on the first frame and a second hinge body is arranged on the second frame , and - wherein the first hinge body can be mounted on at least two second hinge bodies and the second hinge body can be mounted on at least two first hinge bodies , wherein the first frame and/or the second frame have a groove into which a fastening web of the first hinge body and/or of the second hinge body is insertable, and - the groove and the fastening web have an undercut such that a form-fitting connection is present between the first frame and/or the second frame and the first hinge body and/or the second hinge body , wherein the first hinge body has a first sleeve-shaped region and the second hinge body has a second sleeve-shaped region , wherein the first sleeve-shaped region and the second sleeve-shaped region are mounted on one another, in particular vertically above on another, via a mounted door bolt , characterized in that the door bolt is mounted on the sleeve-shaped regions via ball bearings, in particular via closed ball bearings. - at least one first leaf with a first frame , and - at least one second leaf with a second frame , - wherein a first hinge body is arranged on the first frame and a second hinge body is arranged on the second frame , and - wherein the first hinge body can be mounted on at least two second hinge bodies and the second hinge body can be mounted on at least two first hinge bodies , wherein the first frame and/or the second frame have a groove into which a fastening web of the first hinge body and/or of the second hinge body is insertable, and - the groove and the fastening web have an undercut such that a form-fitting connection is present between the first frame and/or the second frame and the first hinge body and/or the second hinge body , wherein the first hinge body has a first sleeve-shaped region and the second hinge body has a second sleeve-shaped region , wherein the first sleeve-shaped region and the second sleeve-shaped region are mounted on one another, in particular vertically above on another, via a mounted door bolt , characterized in that the door bolt is mounted on the sleeve-shaped regions via ball bearings, in particular via closed ball bearings.
An orthopedic device , comprising: a tubular sleeve , the tubular sleeve having a main body defining an outer surface, and an upper cuff extending from an upper end portion of the main body, the upper cuff having inner and outer surfaces; a frictional material on an inner surface of the upper cuff ; characterized in that the upper cuff is arranged to fold over the outer surface of the main body, such that the outer surface of the upper cuff is adjacently against the outer surface of the main body, wherein the upper cuff has an upper band having greater elasticity and reinforcement to apply greater circumferential pressure along a limb than the remainder of the upper cuff , wherein the orthopedic device further comprises a demarcation band that is arranged to signal where the upper cuff is to be folded, so that the upper cuff and the frictional material are completely disengaged from a user's leg when folded over, wherein the demarcation band has a different knitted structure from the upper cuff to facilitate folding and demarcating the extent of the folding of the upper cuff over the tubular sleeve . a tubular sleeve , the tubular sleeve having a main body defining an outer surface, and an upper cuff extending from an upper end portion of the main body, the upper cuff having inner and outer surfaces; a frictional material on an inner surface of the upper cuff ; characterized in that the upper cuff is arranged to fold over the outer surface of the main body, such that the outer surface of the upper cuff is adjacently against the outer surface of the main body, wherein the upper cuff has an upper band having greater elasticity and reinforcement to apply greater circumferential pressure along a limb than the remainder of the upper cuff , wherein the orthopedic device further comprises a demarcation band that is arranged to signal where the upper cuff is to be folded, so that the upper cuff and the frictional material are completely disengaged from a user's leg when folded over, wherein the demarcation band has a different knitted structure from the upper cuff to facilitate folding and demarcating the extent of the folding of the upper cuff over the tubular sleeve .
A collection device comprising: an acquisition unit configured to acquire user-generated content for a predetermined service in a predetermined period; a generation unit configured to generate a search query by using words that appear in the acquired user-generated content for the predetermined service and configured to calculate a degree of maliciousness of the search query as a ratio of the number of user-generated contents searched using the search query and determined to be malicious, to the number of user-generated contents searched using the search query and determined to be malicious or benign; and a collection unit configured to collect user-generated content generated in a plurality of services by using the generated search query, if the degree of maliciousness of the search query is larger than a threshold. an acquisition unit configured to acquire user-generated content for a predetermined service in a predetermined period; a generation unit configured to generate a search query by using words that appear in the acquired user-generated content for the predetermined service and configured to calculate a degree of maliciousness of the search query as a ratio of the number of user-generated contents searched using the search query and determined to be malicious, to the number of user-generated contents searched using the search query and determined to be malicious or benign; and a collection unit configured to collect user-generated content generated in a plurality of services by using the generated search query, if the degree of maliciousness of the search query is larger than a threshold.