mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication method by a user equipment, UE, comprising: performing , by the UE, a first operation for a pending scheduling request, SR; wherein the first operation comprises that if a resource for a SR transmission occasion overlaps with data, the UE performs a first prioritization based on at least one of the following: prioritizing a secondary cell, SCell, beam failure recovery, BFR, SR or the data; and prioritizing the SCell BFR SR if no higher priority data is multiplexed or can be multiplexed in a grant; and wherein the first prioritization is performed in a medium access control, MAC, layer of the UE; characterised in that if the first prioritization performed in the MAC layer is performed before both the SR and the data are delivered to the PHY layer, only one resource of the SR and the data is delivered; and if one overlapping resource of the resource of the SR and the data is delivered to the PHY layer, a latter one resource of the SR and the data is delivered to the PHY layer if the latter one resource of the SR and the data has a higher priority or is prioritized. prioritizing a secondary cell, SCell, beam failure recovery, BFR, SR or the data; and prioritizing the SCell BFR SR if no higher priority data is multiplexed or can be multiplexed in a grant; and wherein the first prioritization is performed in a medium access control, MAC, layer of the UE; characterised in that if the first prioritization performed in the MAC layer is performed before both the SR and the data are delivered to the PHY layer, only one resource of the SR and the data is delivered; and if one overlapping resource of the resource of the SR and the data is delivered to the PHY layer, a latter one resource of the SR and the data is delivered to the PHY layer if the latter one resource of the SR and the data has a higher priority or is prioritized.
An antibacterial polymeric material comprising ultrahigh molecular weight polyethylene, ≤ 0,3 wt.% of vitamin E and ≤ 0,1 w.t% of Zn, wherein Zn is added to the ultrahigh molecular weight polyethylene in the form of a zinc compound selected among an inorganic zinc salt, a zinc carboxylate, zinc pyrithione, zinc acetylacetonate and mixtures thereof.
A method by a first network device of managing communication between the first network device and a second network device in a communication network interconnecting a plurality of network devices via a plurality of communication lines, the method comprising the steps of: associating the first device with the second device via a communication link so that the first device and the second device can exchange data; receiving data from the second device via the communication link; constructing a signal-to-noise ratio profile associating a signal-to-noise value with a set of signal carriers of the communication link during the receiving step; and based on the constructed signal-to-noise ratio profile, determining whether or not the communication link comprises at least two communication lines linked via crosstalk, wherein the receiving step, the constructing step, and the determining step are carried out in the first device; and wherein the step of determining whether or not the communication link comprises at least two communication lines linked via crosstalk comprises a step of determining at least two subsets of signal carriers, differences between signal-to-noise values associated with signal carriers of one of the at least two subsets being lower than a threshold, for each of the at least two subsets, the step of determining whether or not the communication link comprises at least two communication lines linked via crosstalk being based on characteristics of the at least two subsets. associating the first device with the second device via a communication link so that the first device and the second device can exchange data; receiving data from the second device via the communication link; constructing a signal-to-noise ratio profile associating a signal-to-noise value with a set of signal carriers of the communication link during the receiving step; and based on the constructed signal-to-noise ratio profile, determining whether or not the communication link comprises at least two communication lines linked via crosstalk, wherein the receiving step, the constructing step, and the determining step are carried out in the first device; and wherein the step of determining whether or not the communication link comprises at least two communication lines linked via crosstalk comprises a step of determining at least two subsets of signal carriers, differences between signal-to-noise values associated with signal carriers of one of the at least two subsets being lower than a threshold, for each of the at least two subsets, the step of determining whether or not the communication link comprises at least two communication lines linked via crosstalk being based on characteristics of the at least two subsets.
A method of preparing a polymer dispersion, the method comprising combining a first solution comprising a polyetherimide, a polycarbonate, or a combination comprising at least one of the foregoing, and a first solvent with a second solution comprising a first amount of a nonionic surfactant and an aqueous solvent to provide an emulsion, wherein the emulsion has an alkaline pH, wherein the first solvent is immiscible with the aqueous solvent; and removing the first solvent from the emulsion to provide a dispersion comprising a plurality of polymer particles, wherein the polymer particles have an average volume-based particle diameter D 50 of less than or equal to 20 micrometers, preferably less than or equal to 10 micrometers, more preferably less than or equal to 5 micrometers; wherein the polycarbonate has repeating structural carbonate units of formula wherein at least 60 percent of the total number of R 1 groups are aromatic.
Transmission assembly of a wind turbine with a planetary gear set , the planetary gear set comprising a sun gear , planet gears and a ring gear , wherein the planet gears are each mounted rotatably on a respective planet journal by means of a bearing , and the respective planet journal is connected to a planet carrier , wherein tilting segments running radially circumferentially with respect to the planet journal are provided on those sides of the planet carrier which face the planet gears , characterized in that the sides of the planet carrier which face the planet gears have, radially circumferentially with respect to the planet journal, recesses which correspond to the tilting segments and are intended for receiving at least part of the tilting segments , wherein the tilting segments have a body with a sliding surface on a first side and a shaft on a second side, wherein the first side and the second side of the tilting segments are arranged opposite each other, and the shaft has a free end by which the tilting segments project at least partially into the corresponding recesses , wherein the tilting segments have a cylindrical contour with a first diameter, and the shaft likewise has a cylindrical contour with a second diameter, as a result of which a T-shaped contour of the tilting segments is produced in cross section, wherein the first diameter is larger than the second diameter, wherein the tilting segments have a spherical contour on the first side with a thin layer of hard material applied by means of PVD.
A system for communications, comprising: a first satellite in a first orbit; a plurality of second satellites in second orbits that are lower than the first orbit, wherein the plurality of second satellites have respective antennas that illuminate respective portions of a geographic area and are configured to detect respective signal components of a signal originating from the geographic area and to transmit respective relayed signal components obtained from the respective signal components to the first satellite ; and a beamformer located in a ground system or in the first satellite , the beamformer configured to form a beam associated with the geographic area to obtain a beam signal based at least in part on the respective relayed signal components and an estimated return channel, wherein the estimated return channel comprises channel components between the geographic area and the plurality of second satellites . a first satellite in a first orbit; a plurality of second satellites in second orbits that are lower than the first orbit, wherein the plurality of second satellites have respective antennas that illuminate respective portions of a geographic area and are configured to detect respective signal components of a signal originating from the geographic area and to transmit respective relayed signal components obtained from the respective signal components to the first satellite ; and a beamformer located in a ground system or in the first satellite , the beamformer configured to form a beam associated with the geographic area to obtain a beam signal based at least in part on the respective relayed signal components and an estimated return channel, wherein the estimated return channel comprises channel components between the geographic area and the plurality of second satellites .
A method for carrying out an installation process in an elevator shaft of an elevator system , comprising at least the steps of: - inserting an assembly device into the elevator shaft , which device comprises a support component and a mechatronic installation component that is retained by the support component and comprises a control apparatus , at least one assembly means being arranged on the support component , - fixing the support component in a fixing position in the elevator shaft , characterized by the steps of: - determining an actual position of the assembly means relative to the installation component , - receiving an assembly means by means of the installation component using the actual position of the assembly means , and - carrying out an assembly step using the received assembly means . - inserting an assembly device into the elevator shaft , which device comprises a support component and a mechatronic installation component that is retained by the support component and comprises a control apparatus , at least one assembly means being arranged on the support component , - fixing the support component in a fixing position in the elevator shaft , - determining an actual position of the assembly means relative to the installation component , - receiving an assembly means by means of the installation component using the actual position of the assembly means , and - carrying out an assembly step using the received assembly means .
A sprayer nozzle apparatus , the sprayer nozzle apparatus adapted for receiving a fluid from a spray line of an agricultural sprayer, the sprayer nozzle apparatus comprising: an apparatus housing ; a control element with multiple supply paths rotatably coupled to the apparatus housing ; a plurality of nozzle connectors (30, 30") comprising a plurality of supply paths (35, 35", 40, 40", 45, 45"), the plurality of nozzle connectors (30, 30") coupled to the apparatus housing ; wherein the control element with multiple supply paths is configured to receive fluid from the spray line and selectively communicate fluid to the plurality of supply paths of one of the plurality of nozzle connectors in a first position and to the plurality of supply paths (35", 40", 45") of another of the plurality of nozzle connectors (30") in a second position.
A solids transport system configured to convey solids at a predetermined temperature, said solids transport system comprising: at least one supply conduit coupled in flow communication to a conveying fluid source , wherein the conveying fluid is an inert gas; characterized in that it further comprises a plurality of steam heating devices coupled together in flow communication by said at least one conduit ; at least one vapor condensing apparatus coupled in flow communication with said plurality of steam heating devices ; at least one recycle conveying fluid fan blower that is coupled in flow communication with a first cyclone separator bag house via a recycle conveying fluid fan blower inlet conduit , and with said at least one supply conduit via a recycle conveying fluid fan blower outlet conduit , wherein a least one vapor condensing apparatus is positioned within said recycle conveying fluid fan blower outlet conduit to facilitate removing water vapor entrained within the recycle conveying fluid, wherein said solids transport system receives makeup conveying fluid via said at least one supply conduit from the conveying fluid source , and said makeup conveying fluid from the conveying fluid source is mixed with recycled conveying fluid channeled to said at least one supply conduit via recycle conveying fluid fan blower outlet conduit . pre-warmed, and mixed with makeup conveying fluid. at least one supply conduit coupled in flow communication to a conveying fluid source , wherein the conveying fluid is an inert gas; characterized in that it further comprises a plurality of steam heating devices coupled together in flow communication by said at least one conduit ; at least one vapor condensing apparatus coupled in flow communication with said plurality of steam heating devices ; at least one recycle conveying fluid fan blower that is coupled in flow communication with a first cyclone separator bag house via a recycle conveying fluid fan blower inlet conduit , and with said at least one supply conduit via a recycle conveying fluid fan blower outlet conduit , wherein a least one vapor condensing apparatus is positioned within said recycle conveying fluid fan blower outlet conduit to facilitate removing water vapor entrained within the recycle conveying fluid, wherein said solids transport system receives makeup conveying fluid via said at least one supply conduit from the conveying fluid source , and said makeup conveying fluid from the conveying fluid source is mixed with recycled conveying fluid channeled to said at least one supply conduit via recycle conveying fluid fan blower outlet conduit . pre-warmed, and mixed with makeup conveying fluid.
A method of making a mechanically stabilized RF coupled interdigitated resonate device, the device being a resonate interdigitated 28 GHz bandpass filter, the method comprising: masking a design layout comprising one or more structures to form one or more interdigitated structures with electrical conduction channels on a photosensitive glass substrate, wherein the one or more interdigitated structures are electrically conductive interdigitated transmission lines; exposing at least one portion of the photosensitive glass substrate to an activating energy source; heating the photosensitive glass substrate for at least ten minutes above its glass transition temperature; cooling the photosensitive glass substrate to transform at least part of the exposed glass to a crystalline material to form a glass-crystalline substrate; etching the glass-crystalline substrate with an etchant solution to form a mechanical support device and to form an air gap between the substrate and the RF interdigitated resonate structure; and coating the one or more electrical conductive interdigitated transmission line, a ground plane and an input and an output channel with one or more metals, wherein the one or more metals are connected to a circuitry. masking a design layout comprising one or more structures to form one or more interdigitated structures with electrical conduction channels on a photosensitive glass substrate, wherein the one or more interdigitated structures are electrically conductive interdigitated transmission lines; exposing at least one portion of the photosensitive glass substrate to an activating energy source; heating the photosensitive glass substrate for at least ten minutes above its glass transition temperature; cooling the photosensitive glass substrate to transform at least part of the exposed glass to a crystalline material to form a glass-crystalline substrate; etching the glass-crystalline substrate with an etchant solution to form a mechanical support device and to form an air gap between the substrate and the RF interdigitated resonate structure; and coating the one or more electrical conductive interdigitated transmission line, a ground plane and an input and an output channel with one or more metals, wherein the one or more metals are connected to a circuitry.
Copolymer C comprising polyarylene ether blocks A and polyalkylene oxide blocks PAO, wherein the polyarylene ether blocks A are polyphenylene sulfones and wherein said polyarylene ether blocks A comprise non-sulfonated and sulfonated monomers and wherein said sulfonated monomers, calculated as 3,3'-disodiumdisulfonate-4,4'-dichlorodiphenylsulfone, are contained in said copolymer C in an amount of 0.25 to 10 % by weight, determined by FT-IR-spectroscopy and wherein said polyphenylene sulfones correspond to formula (I) with the following definitions: t, q: each 0 Y: SO 2 Ar: 1,4-biphenylene. t, q: each 0 Y: SO 2 Ar: 1,4-biphenylene.
A method for inspecting a metal surface of a part , the method comprising the following steps: - procuring a first laser source arranged to generate a first laser beam having a first wavelength comprised between 1000 nm and 1100 nm and a power greater than 1 W; - procuring a second laser source arranged to generate a second laser beam having a second wavelength comprised between 1500 nm and 1800 nm and a power greater than 1 W; - procuring an optic comprising an entrance for a laser beam, and a device arranged to project the laser beam on the metal surface and to scan the metal surface with the laser beam ; - activating one of the first and second laser sources and transmitting the first or second laser beam to the entrance of the optic; - scanning the metal surface with the first or second laser beam projected by the optic; - acquiring at least one image of the infrared radiation emitted by the metal surface . - procuring a first laser source arranged to generate a first laser beam having a first wavelength comprised between 1000 nm and 1100 nm and a power greater than 1 W; - procuring a second laser source arranged to generate a second laser beam having a second wavelength comprised between 1500 nm and 1800 nm and a power greater than 1 W; - procuring an optic comprising an entrance for a laser beam, and a device arranged to project the laser beam on the metal surface and to scan the metal surface with the laser beam ; - activating one of the first and second laser sources and transmitting the first or second laser beam to the entrance of the optic; - scanning the metal surface with the first or second laser beam projected by the optic; - acquiring at least one image of the infrared radiation emitted by the metal surface .
A vehicle control apparatus to be installed in a vehicle and being capable of controlling a running state of the vehicle on a basis of information acquired from an external device via a communication network , the vehicle control apparatus comprising: a communication control section that acquires, via the communication network , a variable control parameter capable of varying the running state of the vehicle; a writable storage section that accumulates the variable control parameter; a non-writable storage section that accumulates a fixed control parameter defined as a default value and used to initialize the running state of the vehicle; a vehicle information acquisition section that determines whether abnormal running of the vehicle running on a basis of the variable control parameter occurs; and a safety-related section that makes the vehicle run on the basis of the variable control parameter when the variable control parameter is present, and that makes the vehicle run on a basis of the fixed control parameter when the variable control parameter is absent or when the vehicle information acquisition section detects that the abnormal running has occurred. a communication control section that acquires, via the communication network , a variable control parameter capable of varying the running state of the vehicle; a writable storage section that accumulates the variable control parameter; a non-writable storage section that accumulates a fixed control parameter defined as a default value and used to initialize the running state of the vehicle; a vehicle information acquisition section that determines whether abnormal running of the vehicle running on a basis of the variable control parameter occurs; and a safety-related section that makes the vehicle run on the basis of the variable control parameter when the variable control parameter is present, and that makes the vehicle run on a basis of the fixed control parameter when the variable control parameter is absent or when the vehicle information acquisition section detects that the abnormal running has occurred.
A curable composition comprising (a) an amorphous fluorinated polymer capable of being dehydrofluorinated, and (b) a compound of Formula (I) wherein each Rf is independently selected from a perfluorinated divalent group comprising 2 to 12 carbon atoms; and m is an integer independently selected from 1 to 3.
Fitness apparatus for the assisted execution of push-ups, comprising a support device with a movable support on which a user lies during use, and an assisting device which is designed to generate an assisting force moving the support into a basic position, characterised in that that the supporting device is or comprises a pulling device which is designed to generate a supporting force acting as a pulling force on the support and moving the support into the basic position, wherein the support is pivotably mounted on the supporting device at a first section and is coupled to the supporting device at a second section .
A thermal treatment device comprising: a far infrared ray material ; a radiation reflection layer ; and a heat energy source , wherein the radiation reflection layer is positioned between the far infrared ray material and the heat energy source; wherein the heat energy source is configured to provide heat energy at a temperature from 38 °C to 48 °C; and wherein the far infrared material is configured to be positioned in direct contact with the subject using the device. a far infrared ray material ; a radiation reflection layer ; and a heat energy source , wherein the radiation reflection layer is positioned between the far infrared ray material and the heat energy source; wherein the heat energy source is configured to provide heat energy at a temperature from 38 °C to 48 °C; and wherein the far infrared material is configured to be positioned in direct contact with the subject using the device.