mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication operable at a base station , comprising: transmitting first control information indicating an initial demodulation reference signal, DMRS, pattern; communicating with a user equipment, UE, utilizing a carrier configured according to the initial DMRS pattern; transmitting second control information indicating a subsequent DMRS pattern that is based on one or more Doppler parameters corresponding to the carrier exceeding a high Doppler threshold, the subsequent DMRS pattern being different than the initial DMRS pattern; and communicating with the UE utilizing the carrier configured according to the subsequent DMRS pattern. transmitting first control information indicating an initial demodulation reference signal, DMRS, pattern; communicating with a user equipment, UE, utilizing a carrier configured according to the initial DMRS pattern; transmitting second control information indicating a subsequent DMRS pattern that is based on one or more Doppler parameters corresponding to the carrier exceeding a high Doppler threshold, the subsequent DMRS pattern being different than the initial DMRS pattern; and communicating with the UE utilizing the carrier configured according to the subsequent DMRS pattern.
Steering column for a motor vehicle, comprising an actuating unit which has a steering spindle which is mounted such that it can be rotated about its longitudinal axis (L) in a casing unit , further comprising a supporting unit which can be connected to the body of the motor vehicle and has first and second side cheeks which extend in the vertical direction (H) with first and second inner sides which lie opposite one another transversely with respect to the longitudinal axis (L) and between which the casing unit is arranged, and further comprising a clamping device which acts on the side cheeks , braces the first inner side against a first outer side of the casing unit and the second inner side against a second outer side of the casing unit in a fixing position, and releases the inner sides from the outer sides in a release position and enables an adjustment of the actuating unit relative to the supporting unit , first and second raised bearing faces being configured at least on the first outer side , which bearing faces make contact with the first inner side and are at a spacing (A) from one another, the second outer side having a third raised bearing face which makes contact with the second inner side and is arranged at least partially in the spacing (A) between the first bearing face and the second bearing face , characterized in that the arrangement of the bearing faces on the first outer side is configured asymmetrically with respect to the arrangement of the bearing faces on the second outer side .
A battery pack comprising: a plurality of battery modules ; a pack refrigerant tube assembly disposed between the battery modules facing each other among the plurality of battery modules ; a pack refrigerant tube lower cover for covering the lower part of the pack refrigerant tube assembly ; a module tray located at the lower side of the pack refrigerant tube lower cover ; and a lower housing located at the lower side of the module tray , wherein a lower cover opening is formed in the pack refrigerant tube lower cover , and the lower cover opening is connected to a space formed between the module tray and the lower housing . a plurality of battery modules ; a pack refrigerant tube assembly disposed between the battery modules facing each other among the plurality of battery modules ; a pack refrigerant tube lower cover for covering the lower part of the pack refrigerant tube assembly ; a module tray located at the lower side of the pack refrigerant tube lower cover ; and a lower housing located at the lower side of the module tray , wherein a lower cover opening is formed in the pack refrigerant tube lower cover , and the lower cover opening is connected to a space formed between the module tray and the lower housing .
A coating in contact with at least one section of a medical device, the coating comprising: a primer layer comprising the reaction cured product of a first mixture comprising: a multifunctional acrylate, a first acid functionalized monoacrylate, and a first polymerization initiator; and a top coating layer comprising a non-cross linked copolymer composite which is the reaction cured product of a second mixture comprising: a hydrophilic polymer comprising polyvinylpyrrolidone, a second acid functionalized monoacrylate, a hydrophilic monomer, and a second polymerization initiator; wherein the top coating layer is an outermost layer of the coating. a primer layer comprising the reaction cured product of a first mixture comprising: a multifunctional acrylate, a first acid functionalized monoacrylate, and a first polymerization initiator; and a multifunctional acrylate, a first acid functionalized monoacrylate, and a first polymerization initiator; and a top coating layer comprising a non-cross linked copolymer composite which is the reaction cured product of a second mixture comprising: a hydrophilic polymer comprising polyvinylpyrrolidone, a second acid functionalized monoacrylate, a hydrophilic monomer, and a second polymerization initiator; a hydrophilic polymer comprising polyvinylpyrrolidone, a second acid functionalized monoacrylate, a hydrophilic monomer, and a second polymerization initiator;
Clearance spring with two spring legs for the purpose of elastically resiliently mounted clamping-in between two adjacent friction-lining backing plates of partial-lining disc brake linings , wherein the clearance spring is provided in one piece as a sheet-steel bow spring which has a yoke portion , and with spring legs which are bent away at the end sides of the yoke portion in a substantially U-shaped manner so as to be offset parallel to one another, wherein the spring legs form a friction-lining retaining clip on each end piece, and wherein each friction-lining retaining clip serves for fixing between a spring leg and a friction lining , characterized in that the friction-lining retaining clip is able to clamp in the friction-lining backing plate .
Method for producing a composition comprising archaeal lipids from a Sulfolobus cell culture, comprising growing a Sulfolobus cell culture at a temperature of 75 to 85°C and at a growth rate of 0.025 to 0.035 per hour and extracting the archaeal lipids from the archaeal culture so as to obtain a composition for use for oral retard therapy, or growing a Sulfolobus cell culture at a temperature of 75 to 85°C and at a growth rate of 0.005 to 0.015 per hour and extracting the archaeal lipids from the archaeal culture so as to obtain a composition for use for oral acute therapy. growing a Sulfolobus cell culture at a temperature of 75 to 85°C and at a growth rate of 0.025 to 0.035 per hour and extracting the archaeal lipids from the archaeal culture so as to obtain a composition for use for oral retard therapy, or growing a Sulfolobus cell culture at a temperature of 75 to 85°C and at a growth rate of 0.005 to 0.015 per hour and extracting the archaeal lipids from the archaeal culture so as to obtain a composition for use for oral acute therapy.
A method for rendering a 3-D scene of graphical data into a 2-D scene, the method comprising: dividing a 2-D space used to represent the 3-D scene from a viewpoint into a plurality of tiles, wherein the 3-D scene includes a plurality of primitives; rasterizing, during a first rasterization pass, a first tile of the plurality of tiles to generate a first rasterized first tile; performing a first visibility test using the first rasterized first tile generated by the first rasterization pass; generating visibility information for a first tile of the plurality of tiles based on the first visibility test, wherein the visibility information for the first tile includes a value for each primitive of the plurality of primitives, wherein the value for each primitive is either a first value or a second value, and wherein the first value indicates a primitive with which the first value is associated is not to be rendered, and the second value indicates a primitive with which the second value is associated is to be rendered; rasterizing, during a second rasterization pass, the first tile to generate a second rasterized first tile; performing a second visibility test using the second rasterized first tile generated by the second rasterization pass; modifying the visibility information for the first tile to generate modified visibility information for the first tile based on the second visibility test; and generating the 2-D scene using the modified visibility information for the first tile. dividing a 2-D space used to represent the 3-D scene from a viewpoint into a plurality of tiles, wherein the 3-D scene includes a plurality of primitives; rasterizing, during a first rasterization pass, a first tile of the plurality of tiles to generate a first rasterized first tile; performing a first visibility test using the first rasterized first tile generated by the first rasterization pass; generating visibility information for a first tile of the plurality of tiles based on the first visibility test, wherein the visibility information for the first tile includes a value for each primitive of the plurality of primitives, wherein the value for each primitive is either a first value or a second value, and wherein the first value indicates a primitive with which the first value is associated is not to be rendered, and the second value indicates a primitive with which the second value is associated is to be rendered; rasterizing, during a second rasterization pass, the first tile to generate a second rasterized first tile; performing a second visibility test using the second rasterized first tile generated by the second rasterization pass; modifying the visibility information for the first tile to generate modified visibility information for the first tile based on the second visibility test; and generating the 2-D scene using the modified visibility information for the first tile.
A computer implemented method of determining a pose of a first camera relative to a second camera , wherein the cameras (10a-b) are mutually located in their respective fields of view and each record at least one image; and wherein the pose is determined by evaluating the images; wherein the first camera has a first marker and the second camera has a second marker, a respective position of the markers is localized in the recorded images, and two respective angles of the orientation of the recording camera (10a-b) are determined from the respective position, characterized in that at least one marker has an asymmetry and the orientation of the marker is recognized with reference to the asymmetry to determine the third angle of the second camera ; and/or in that at least one marker as the active marker transmits a polarized light signal and the third angle of the orientation of the second camera is determined on the recording. at least one marker has an asymmetry and the orientation of the marker is recognized with reference to the asymmetry to determine the third angle of the second camera ; and/or in that at least one marker as the active marker transmits a polarized light signal and the third angle of the orientation of the second camera is determined on the recording.
A method for performing wireless communication by a first device , the method comprising: receiving, from a base station, information for scheduling a physical sidelink shared channel, PSSCH, resource in one or more first sidelink, SL, slots among SL slots for PSSCH transmissions, wherein the SL slots are related to a physical sidelink feedback channel, PSFCH, resource, and a number of the SL slots is M, wherein M is greater than or equal to 2; performing a physical sidelink shared channel, PSSCH, transmission to a second device in the one or more first SL slots based on the PSSCH resource, wherein PSSCH transmission is not performed in one or more second SL slots among the SL slots; obtaining M hybrid automatic repeat request, HARQ, information bits based on one or more receptions through the PSFCH resource from the second device; and transmitting, to the base station, information on the M HARQ information bits based on a physical uplink control channel, PUCCH, resource, wherein the information on the M HARQ information bits comprises one or more HARQ information bits for the PSSCH transmission performed in the one or more first SL slots; and one or more negative acknowledgements, NACKs, for the one or more second SL slots in which PSSCH transmission is not performed, and wherein the first device is configured with a semi-static SL HARQ codebook. receiving, from a base station, information for scheduling a physical sidelink shared channel, PSSCH, resource in one or more first sidelink, SL, slots among SL slots for PSSCH transmissions, wherein the SL slots are related to a physical sidelink feedback channel, PSFCH, resource, and a number of the SL slots is M, wherein M is greater than or equal to 2; performing a physical sidelink shared channel, PSSCH, transmission to a second device in the one or more first SL slots based on the PSSCH resource, wherein PSSCH transmission is not performed in one or more second SL slots among the SL slots; obtaining M hybrid automatic repeat request, HARQ, information bits based on one or more receptions through the PSFCH resource from the second device; and transmitting, to the base station, information on the M HARQ information bits based on a physical uplink control channel, PUCCH, resource, wherein the information on the M HARQ information bits comprises one or more HARQ information bits for the PSSCH transmission performed in the one or more first SL slots; and one or more negative acknowledgements, NACKs, for the one or more second SL slots in which PSSCH transmission is not performed, and wherein the first device is configured with a semi-static SL HARQ codebook.
Identification document comprising data arranged in a machine-readable zone , wherein the machine-readable zone is a machine-readable zone according to ICAO 9303, wherein the identification document comprises a chip, wherein the data is intended for generating an authorization signal to read out a chip content so that the authorization signal is generated based on the data, wherein the authorization signal indicates an authorization to the chip for a document reader to read out the chip content, characterized by a barcode which provides a duplicate of the data arranged in the machine-readable zone .
A device for persistently storing event counts, the device comprising: an array of cells , each cell in the array of cells having a unique address and being configured to be programmed from an initial state to a programmed state to persistently encode data indicative of counter values associated with a particular event; a sequence generator configured to generate, using a secret cryptographic key , a sequence of numbers arranged in a pseudorandom order, the sequence of numbers indicative of a sequence of addresses of cells in the array of cells such that each cell address is mapped to a unique number in the sequence; and an event counter module configured to: compare addresses of cells having the programmed state with the sequence of addresses to determine whether a tampering event occurred at the array of cells ; and based on the determination, authenticate the array of cells or perform a countermeasure. an array of cells , each cell in the array of cells having a unique address and being configured to be programmed from an initial state to a programmed state to persistently encode data indicative of counter values associated with a particular event; a sequence generator configured to generate, using a secret cryptographic key , a sequence of numbers arranged in a pseudorandom order, the sequence of numbers indicative of a sequence of addresses of cells in the array of cells such that each cell address is mapped to a unique number in the sequence; and an event counter module configured to: compare addresses of cells having the programmed state with the sequence of addresses to determine whether a tampering event occurred at the array of cells ; and based on the determination, authenticate the array of cells or perform a countermeasure. compare addresses of cells having the programmed state with the sequence of addresses to determine whether a tampering event occurred at the array of cells ; and based on the determination, authenticate the array of cells or perform a countermeasure.
A drug delivery device deployable within the bladder of a human patient, the device comprising: an elastic device body that defines a drug reservoir lumen; and a drug formulation housed in the drug reservoir lumen , wherein the drug formulation is in the form of a plurality of tablets , wherein the device is deformable between a deployment shape for passage of the device through the urethra and a retention shape for preventing voiding of the device through the urethra, characterized in that the retention shape has a maximum dimension in any dimension of 6 cm or less when in an uncompressed state and wherein the device exerts a maximum acting force less than 1 N when the device is compressed from the retention shape to a shape having a maximum dimension in any dimension of 3 cm. an elastic device body that defines a drug reservoir lumen; and a drug formulation housed in the drug reservoir lumen , wherein the drug formulation is in the form of a plurality of tablets , wherein the device is deformable between a deployment shape for passage of the device through the urethra and a retention shape for preventing voiding of the device through the urethra, characterized in that the retention shape has a maximum dimension in any dimension of 6 cm or less when in an uncompressed state and wherein the device exerts a maximum acting force less than 1 N when the device is compressed from the retention shape to a shape having a maximum dimension in any dimension of 3 cm.
An intumescent coating material, the material comprising first and second parts mixable together so that the material will cure by an addition reaction in the presence of a metallic catalyst; the first part including a polydiorganosiloxane polymer having at least two unsaturated groups per molecule, the first part also including the metallic catalyst and a reinforcing filler; and the second part including an organohydrogensiloxane crosslinker described by formula R 1 3 Si(OSiR 2 2 ) x (OSiMeH) y OSiR 1 3 , where each R 2 is independently selected from saturated hydrocarbon radicals comprising from 1 to 10 carbon atoms or aromatic hydrocarbon radicals and each R 1 is independently selected from hydrogen or R 2 , x is zero or an integer and y is an integer, the organohydrogensiloxane having at least three Si-H bonds per molecule, the first part of the material including glass frit, wherein the material includes between 5 and 20% glass frit.
An asphalt aggregate paver for asphalting a surface to be asphalted, said paver comprising [a] a receiving hopper for receiving asphalt aggregate, [b] width-wise spreading means for distributing said aggregate over said surface to be asphalted, [c] conveyor means arranged between said receiving hopper and said spreading means for feeding said spreading means , by conveying said aggregate from said receiving hopper to said spreading means in a longitudinal direction (L), [d] mixing means , said mixing means being a separate element of said conveyor means , [e] said mixing means being arranged between said receiving hopper and said spreading means and said mixing means being movable with respect to said conveyor means for stirring said aggregate when it is conveyed from said receiving hopper to said spreading means , and [f] said mixing means being arranged outside and after said receiving hopper , characterized in that [g] said mixing means are arranged above said conveyor means . [a] a receiving hopper for receiving asphalt aggregate, [b] width-wise spreading means for distributing said aggregate over said surface to be asphalted, [c] conveyor means arranged between said receiving hopper and said spreading means for feeding said spreading means , by conveying said aggregate from said receiving hopper to said spreading means in a longitudinal direction (L), [d] mixing means , said mixing means being a separate element of said conveyor means , [e] said mixing means being arranged between said receiving hopper and said spreading means and said mixing means being movable with respect to said conveyor means for stirring said aggregate when it is conveyed from said receiving hopper to said spreading means , and [f] said mixing means being arranged outside and after said receiving hopper , characterized in that [g] said mixing means are arranged above said conveyor means .
A particulate coating composition, and preferably a powder coating composition, comprising: (i) at least one epoxy resin, preferably 20-90 wt% epoxy resin; (ii) at least one curing agent; (iii) at least one organosilane adhesion promoter, preferably 0.001-2 wt% organosilane adhesion promoter; and (iv) 0.5-9.0 wt% metal flakes, wherein said metal flakes are selected from zinc flakes, aluminium flakes, stainless steel flakes, magnesium flakes or mixtures thereof. (i) at least one epoxy resin, preferably 20-90 wt% epoxy resin; (ii) at least one curing agent; (iii) at least one organosilane adhesion promoter, preferably 0.001-2 wt% organosilane adhesion promoter; and (iv) 0.5-9.0 wt% metal flakes, wherein said metal flakes are selected from zinc flakes, aluminium flakes, stainless steel flakes, magnesium flakes or mixtures thereof.
A dry floor assembly that is configured to form or be positioned on a floor of an enclosed space, the dry floor assembly comprising: a vacuum layer configured to be coupled to a vacuum system, wherein the vacuum system is configured to remove liquid from the dry floor assembly via the vacuum layer; and wherein the vacuum layer comprises a plurality of ridges separated by liquid-collection grooves, wherein vacuum channels are formed through portions of the ridges, and wherein the vacuum channels are configured to be in fluid communication with the vacuum system. a vacuum layer configured to be coupled to a vacuum system, wherein the vacuum system is configured to remove liquid from the dry floor assembly via the vacuum layer; and wherein the vacuum layer comprises a plurality of ridges separated by liquid-collection grooves, wherein vacuum channels are formed through portions of the ridges, and wherein the vacuum channels are configured to be in fluid communication with the vacuum system.
A jug for a blender, comprising: a jug body having a through opening for receiving a blade assembly , the opening extending through a hub formed on an underside of the jug; the blade assembly having a bearing case within which is mounted bearings for supporting a shaft ; the bearing case having a flange at one end and having threads at an opposite end, the threads (15. 103) protruding from a lower surface of the hub ; the threads cooperating with a threaded nut that draws the flange into engagement with the jug ; the lower surface of the hub and the nut being capped by a cover through which protrudes the shaft ; a lower end of the shaft having attached to it, a coupling characterised in that a pair of magnets are retained between the hub and the cover . a jug body having a through opening for receiving a blade assembly , the opening extending through a hub formed on an underside of the jug; the blade assembly having a bearing case within which is mounted bearings for supporting a shaft ; the bearing case having a flange at one end and having threads at an opposite end, the threads (15. 103) protruding from a lower surface of the hub ; the threads cooperating with a threaded nut that draws the flange into engagement with the jug ; the lower surface of the hub and the nut being capped by a cover through which protrudes the shaft ; a lower end of the shaft having attached to it, a coupling characterised in that a pair of magnets are retained between the hub and the cover .