mhurhangee/patent-ind-claim-en huggingface dataset:
A greenhouse screen comprising strips of film material that are interconnected by a yarn system of transverse threads and longitudinal threads (13a, 13b; 15; 19) by means of knitting, warp-knitting or weaving process to form a continuous product, and at least some of said strips comprise a film material in the form of a single- or multilayered polyester base film provided with at least one anti-glare/anti-reflective coating on a first surface of the base film, said film material has a transparency of at least 93.5% and comprises a total amount of particles of <0.5 wt.% as calculated on the total weight of the film material, wherein said at least first anti-glare/anti-reflective coating - has a dry thickness of between 60 and 130 nm; and - comprises at least one acrylic acid and/or a methacrylic acid based polymer; characterised in that said at least first anti-glare/anti-reflective coating further - comprises at least one alkyl phosphonate and/or oligo-alkyl phosphonate flame retardant; and - contains phosphorus in an amount of between 2 wt.% and 18 wt.% as calculated based on the total weight of the coating. - has a dry thickness of between 60 and 130 nm; and - comprises at least one acrylic acid and/or a methacrylic acid based polymer; characterised in that said at least first anti-glare/anti-reflective coating further - comprises at least one alkyl phosphonate and/or oligo-alkyl phosphonate flame retardant; and - contains phosphorus in an amount of between 2 wt.% and 18 wt.% as calculated based on the total weight of the coating.
A communication method , comprising: obtaining (S201), by a radio access network RAN device, information about at least one RAN network slice identifier, wherein each of the at least one RAN network slice identifiers represents a classification set of core network slice identifiers, and each RAN network slice identifier corresponds to a plurality of core network slice identifiers; and sending (S202), by the RAN device, first information to a terminal device, wherein the first information comprises the at least one RAN network slice identifier and information used to indicate a correspondence between each of the at least one RAN network slice identifier and the plurality of core network slice identifiers. obtaining (S201), by a radio access network RAN device, information about at least one RAN network slice identifier, wherein each of the at least one RAN network slice identifiers represents a classification set of core network slice identifiers, and each RAN network slice identifier corresponds to a plurality of core network slice identifiers; and sending (S202), by the RAN device, first information to a terminal device, wherein the first information comprises the at least one RAN network slice identifier and information used to indicate a correspondence between each of the at least one RAN network slice identifier and the plurality of core network slice identifiers.
A machine tool comprising: - at least one work head adapted to support at least one tool ; - at least one workpiece holder comprising at least two substantially parallel beams arranged at a distance adjustable orthogonally to the longitudinal extension of the beams, each of which is provided with at least one upper flat surface ; - on each beam at least one carriage movable along the longitudinal extension of the beam by means of guides fastened to the beam ; characterized in that the guides for the carriages are arranged below the upper surface of the beam , and wherein each beam comprises two such guides arranged on two sides of the respective beam , one on each of said two sides, which extend parallel to the longitudinal extension of the beam, so as to leave the upper surface of the beam completely free of said guides . - at least one work head adapted to support at least one tool ; - at least one workpiece holder comprising at least two substantially parallel beams arranged at a distance adjustable orthogonally to the longitudinal extension of the beams, each of which is provided with at least one upper flat surface ; - on each beam at least one carriage movable along the longitudinal extension of the beam by means of guides fastened to the beam ;
A transmission method for a first communications device , comprising: sending (S110) a first data frame to a second communications device by using an unlicensed carrier; and sending (S120) M second data frames to the second communications device by using a licensed carrier, wherein at least one data frame in the M second data frames carries first information, the first information comprises information required for detecting the first data frame by the second communications device , and M is an integer not less than 1, characterized in that the M second data frames are sent to the second communications device by using the licensed carrier when or after the first data frame is sent, and the information comprised in the first information is second information which is suitable for being used to trigger the second communications device to detect the first data frame on the unlicensed carrier; wherein second information is furthermore suitable for enabling the second communications device to detect a synchronization signal in a buffer according to the second information, to acquire a start moment of the first data frame by using the detected synchronization signal and to detect the first data frame in the buffer according to the start moment. sending (S110) a first data frame to a second communications device by using an unlicensed carrier; and sending (S120) M second data frames to the second communications device by using a licensed carrier, wherein at least one data frame in the M second data frames carries first information, the first information comprises information required for detecting the first data frame by the second communications device , and M is an integer not less than 1, characterized in that the M second data frames are sent to the second communications device by using the licensed carrier when or after the first data frame is sent, and the information comprised in the first information is second information which is suitable for being used to trigger the second communications device to detect the first data frame on the unlicensed carrier; wherein second information is furthermore suitable for enabling the second communications device to detect a synchronization signal in a buffer according to the second information, to acquire a start moment of the first data frame by using the detected synchronization signal and to detect the first data frame in the buffer according to the start moment.
A method of decoding video information, the method comprising: with a processor coupled to a memory unit configured to store video information associated with a base layer,BL, and an enhancement layer,EL, wherein the BL comprises one or more BL pictures having a BL width value and a BL height value, and the EL comprises one or more EL pictures having a EL width value and a EL height value, determining a first scaling factor based on a ratio of a sum of a) the EL width value multiplied by 256 and b) an offset value, to the BL width value; determining a second scaling factor based on a ratio of a sum of a) the EL height value multiplied by 256 and b) an offset value, to the BL height value, wherein the first scaling factor is different from the second scaling factor; spatially scaling a horizontal component of an element associated with the base layer using the determined first scaling factor as an input to a scaling function, wherein the scaling function is configured to temporally scale motion vectors to generate temporal motion vector predictors; spatially scaling a vertical component of the element associated with the BL using the determined second scaling factor as an input to the scaling function; and decoding the video information using the spatially scaled horizontal and vertical components of the element. determining a first scaling factor based on a ratio of a sum of a) the EL width value multiplied by 256 and b) an offset value, to the BL width value; determining a second scaling factor based on a ratio of a sum of a) the EL height value multiplied by 256 and b) an offset value, to the BL height value, wherein the first scaling factor is different from the second scaling factor; spatially scaling a horizontal component of an element associated with the base layer using the determined first scaling factor as an input to a scaling function, wherein the scaling function is configured to temporally scale motion vectors to generate temporal motion vector predictors; spatially scaling a vertical component of the element associated with the BL using the determined second scaling factor as an input to the scaling function; and decoding the video information using the spatially scaled horizontal and vertical components of the element.
A production method for feta cheese which has a weight of 20 to 50 grams characterized in that it comprises the following steps; a) Filtration process applying for the milk b) Separation process applying for the milk c) Obtaining concentrated mixture which is obtained by applying ultrafiltration process for the milk d) Homogenization of concentrated mixture e) Adding starter culture to the concentrated mixture f) Adding salt to the concentrated mixture g) Adding rennet to the concentrated mixture h) Filling container with concentrated mixture i) Closing the container with a sealing element which prevents intake of air and liquid from outside. j) Putting the cheese on to ripen in the container. a) Filtration process applying for the milk b) Separation process applying for the milk c) Obtaining concentrated mixture which is obtained by applying ultrafiltration process for the milk d) Homogenization of concentrated mixture e) Adding starter culture to the concentrated mixture f) Adding salt to the concentrated mixture g) Adding rennet to the concentrated mixture h) Filling container with concentrated mixture i) Closing the container with a sealing element which prevents intake of air and liquid from outside. j) Putting the cheese on to ripen in the container.
A manufacturing method of a Nd-Fe-B-based rare-earth permanent magnet comprising steps of: milling magnet material into magnet powder; preparing a mixture by mixing the magnet powder and a binder so that the binder is included at a rate of 1 to 40 wt% with reference to total weight of the magnet powder and the binder; obtaining a green sheet by coating a surface of a substrate with the mixture by high precision coating so that a sheet-like-shaped green sheet has thickness precision within a margin of error of plus or minus 5% with reference to a designed value; and pressure sintering the green sheet; characterized in that in the step of obtaining the green sheet, the substrate is coated with the mixture by using a slot die, and thickness of the green sheet thus coated with the mixture is measured so as to perform feed back control of a gap between the slot die and the substrate based on a measured thickness. milling magnet material into magnet powder; preparing a mixture by mixing the magnet powder and a binder so that the binder is included at a rate of 1 to 40 wt% with reference to total weight of the magnet powder and the binder; obtaining a green sheet by coating a surface of a substrate with the mixture by high precision coating so that a sheet-like-shaped green sheet has thickness precision within a margin of error of plus or minus 5% with reference to a designed value; and pressure sintering the green sheet; characterized in that in the step of obtaining the green sheet, the substrate is coated with the mixture by using a slot die, and thickness of the green sheet thus coated with the mixture is measured so as to perform feed back control of a gap between the slot die and the substrate based on a measured thickness.
A foot support member , comprising: a plantar support component for supporting at least a portion of a plantar surface of a wearer's foot, wherein the plantar support component includes a first surface and a second surface opposite the first surface; and a flexible support member disposed adjacent the second surface of the plantar support component , wherein the flexible support member includes a wave shaped portion , wherein the wave shaped portion is oriented such that plural wave crests extend toward the first surface of the plantar support component and plural wave troughs extend away from the first surface of the plantar support component , wherein the wave shaped portion includes a rigid plate capable of flexing under weight of a wearer, and wherein flexing of the rigid plate under weight of a wearer changes at least one of a longitudinal or transverse dimension of the foot support member , wherein the flexible support member includes a first side member that extends beyond peaks of the plural wave crests and a second side member that extends beyond peaks of the plural wave crests located opposite from the first side member, wherein the plantar support component is positioned between the first side member and the second side member, and wherein the flexible support member further comprises a tensioning element or spring component extending between the first side member and the second side member. a plantar support component for supporting at least a portion of a plantar surface of a wearer's foot, wherein the plantar support component includes a first surface and a second surface opposite the first surface; and a flexible support member disposed adjacent the second surface of the plantar support component , wherein the flexible support member includes a wave shaped portion , wherein the wave shaped portion is oriented such that plural wave crests extend toward the first surface of the plantar support component and plural wave troughs extend away from the first surface of the plantar support component , wherein the wave shaped portion includes a rigid plate capable of flexing under weight of a wearer, and wherein flexing of the rigid plate under weight of a wearer changes at least one of a longitudinal or transverse dimension of the foot support member , wherein the flexible support member includes a first side member that extends beyond peaks of the plural wave crests and a second side member that extends beyond peaks of the plural wave crests located opposite from the first side member, wherein the plantar support component is positioned between the first side member and the second side member, and wherein the flexible support member further comprises a tensioning element or spring component extending between the first side member and the second side member.
A mobile object (V1) configured for movement in an area equipped with illumination sources (L1, L2) each configured to emit illumination from which a unique identifier of the illumination source (L1, L2) can be determined, the mobile object (V1) comprising: a light sensor arranged to detect illumination from at least one of the illumination sources (L1, L2) within the view of the light sensor ; a computer arranged to determine from the detected illumination (i) a position of the mobile object relative to the at least one illumination source and (ii) the identifier of the at least one illumination source (L1, L2); a transceiver coupled to the computer and configured to receive from at least one other mobile object (V2) in the area a message comprising the position of the at least one other mobile object (V2) relative to a source of illumination (L1, L2), and the identifier of that source of illumination (L1, L2), the computer configured to determine from its position and the message received from the at least one other mobile object (V2) a distance (d) from the at least one other mobile object (V2). a light sensor arranged to detect illumination from at least one of the illumination sources (L1, L2) within the view of the light sensor ; a computer arranged to determine from the detected illumination (i) a position of the mobile object relative to the at least one illumination source and (ii) the identifier of the at least one illumination source (L1, L2); a transceiver coupled to the computer and configured to receive from at least one other mobile object (V2) in the area a message comprising the position of the at least one other mobile object (V2) relative to a source of illumination (L1, L2), and the identifier of that source of illumination (L1, L2), the computer configured to determine from its position and the message received from the at least one other mobile object (V2) a distance (d) from the at least one other mobile object (V2).
A pharmaceutical composition comprising hepatitis C virus (HCV) Envelope 2 (E2) glycoprotein, wherein the HCV E2 is: (i) more than 80% by weight trimeric HCV E2 glycoprotein; or (ii) more than 80% by weight higher order forms of HCV E2 glycoprotein having four or more E2 protein subunits; or (iii) more than 80% by weight trimeric and higher order forms of HCV E2 glycoprotein having four or more E2 protein subunits, wherein said pharmaceutical composition further comprises a pharmaceutically or physiologically acceptable carrier and/or diluent. (i) more than 80% by weight trimeric HCV E2 glycoprotein; or (ii) more than 80% by weight higher order forms of HCV E2 glycoprotein having four or more E2 protein subunits; or (iii) more than 80% by weight trimeric and higher order forms of HCV E2 glycoprotein having four or more E2 protein subunits,
A system for controlling the trajectory and the execution of the grass cutting operations of a lawn mower robot comprising an autonomous lawn mower robot and at least one personal wireless device , wherein the lawn mower robot comprises: - motor means designed to allow the movement of the robot in a substantially automatic fashion along a cutting trajectory (T) inside a cutting area (A); - grass cutting means ; - an antenna configured to receive wireless signals from the at least one personal wireless device which can be coupled with said antenna and which is configured to receive and transmit wireless signals from and to the antenna of the robot; - a control unit configured for determining a relative distance (D) of the at least one personal wireless device with respect to the robot as a function of the wireless signals received by the antenna and for determining the cutting trajectory (T) and activating/deactivating the cutting means as a function of said relative distance (D); said antenna being configured for transmitting a warning signal to the at least one personal wireless device when the relative distance (D) between the robot and the at least one personal wireless device becomes less than a predetermined response value; characterised in that said control unit is configured for determining a position of the at least one personal wireless device inside the cutting area (A) and for storing a plurality of positioning data representing said position at successive moments in time. - motor means designed to allow the movement of the robot in a substantially automatic fashion along a cutting trajectory (T) inside a cutting area (A); - grass cutting means ; - an antenna configured to receive wireless signals from the at least one personal wireless device which can be coupled with said antenna and which is configured to receive and transmit wireless signals from and to the antenna of the robot; - a control unit configured for determining a relative distance (D) of the at least one personal wireless device with respect to the robot as a function of the wireless signals received by the antenna and for determining the cutting trajectory (T) and activating/deactivating the cutting means as a function of said relative distance (D);
Fixed or sliding point screw comprising a screw head and a screw shank having a threaded portion , the screw head having a torque transmission portion for rotationally drivable rotation of the fixed or sliding point screw about a screw axis arranged concentrically to the screw head and the screw shank , and the screw head having a collar portion at the end thereof that faces the threaded portion , a buffer element made of a resilient plastics material being arranged on the side of the collar portion that faces away from the torque transmission portion , and a sliding disk being arranged on the side of the buffer element that faces away from the collar portion , characterized in that the screw shank , in the region of the screw head , has a shank collar having a shank diameter which is greater than a thread diameter in the region of the threaded portion , and in that the shank collar protrudes beyond the sliding disk in the direction of the threaded portion .
A method performed by a communication device, the method comprising: determining, based on a parameter for communication with a communication node, at least one random access channel, RACH, group and a relationship between the at least one RACH group and at least one measurement result, wherein the at least one measurement result is obtained from at least one signal, wherein the at least one signal comprises at least one synchronization signal, SS, block; determining a matching RACH group from the at least one RACH group based on the relationship between the matching RACH group and the at least one measurement result; selecting the matching RACH group; and sending a message using at least one resource of the matching RACH group to the communication node, wherein each individual RACH group comprises at least one RACH resource and at least one RACH preamble, and wherein the parameter comprises a number of preambles in an individual RACH group and a number of RACH groups per RACH occasion. determining, based on a parameter for communication with a communication node, at least one random access channel, RACH, group and a relationship between the at least one RACH group and at least one measurement result, wherein the at least one measurement result is obtained from at least one signal, wherein the at least one signal comprises at least one synchronization signal, SS, block; determining a matching RACH group from the at least one RACH group based on the relationship between the matching RACH group and the at least one measurement result; selecting the matching RACH group; and sending a message using at least one resource of the matching RACH group to the communication node, wherein each individual RACH group comprises at least one RACH resource and at least one RACH preamble, and wherein the parameter comprises a number of preambles in an individual RACH group and a number of RACH groups per RACH occasion.
An antenna device , comprising: - a first radiating structure configured to operate at a first frequency band, and - a second radiating structure configured to operate at a second frequency band, the second radiating structure comprising a radiating loop formed along a closed line, wherein the radiating loop is arranged on a circumference of the second radiating structure , characterized in that the radiating loop is made as a coil extending along the closed line and configured to be electrically invisible at the first frequency band. \ - a first radiating structure configured to operate at a first frequency band, and - a second radiating structure configured to operate at a second frequency band, the second radiating structure comprising a radiating loop formed along a closed line, wherein the radiating loop is arranged on a circumference of the second radiating structure , characterized in that the radiating loop is made as a coil extending along the closed line and configured to be electrically invisible at the first frequency band. \