mhurhangee/patent-ind-claim-en huggingface dataset:
A method for supporting, by a serving cell, cancelation of an interfering signal in a received signal for a target terminal in a long-term evolution, LTE, or LTE-advanced, LTE-A, wireless communication system, the method comprising: receiving, from a neighboring cell, scheduling information of the neighboring cell; configuring a set of assistance information for cancelation of the interfering signal for the target terminal based on the scheduling information of the neighboring cell; and transmitting, to the target terminal, the set of assistance information for cancelation of the interfering signal for the target terminal, wherein the set of assistance information comprises a multimedia broadcast multicast service single frequency network, MBSFN, subframe pattern for the interfering signal, a ratio of a transmission power of a physical downlink shared channel, PDSCH, to a transmission power of a cell-specific reference signal, CRS, for the interfering signal, a transmission mode related to the interfering signal, a granularity of resource allocation for a terminal for causing said target terminal to perform interference cancellation and information indicating a number of physical resource blocks, PRBs, in which the same transmitted precoding matrix indicator is used for the interfering signal. receiving, from a neighboring cell, scheduling information of the neighboring cell; configuring a set of assistance information for cancelation of the interfering signal for the target terminal based on the scheduling information of the neighboring cell; and transmitting, to the target terminal, the set of assistance information for cancelation of the interfering signal for the target terminal, wherein the set of assistance information comprises a multimedia broadcast multicast service single frequency network, MBSFN, subframe pattern for the interfering signal, a ratio of a transmission power of a physical downlink shared channel, PDSCH, to a transmission power of a cell-specific reference signal, CRS, for the interfering signal, a transmission mode related to the interfering signal, a granularity of resource allocation for a terminal for causing said target terminal to perform interference cancellation and information indicating a number of physical resource blocks, PRBs, in which the same transmitted precoding matrix indicator is used for the interfering signal.
A communication control device comprising: an association table updater that updates, when receiving from a first wireless device a first packet containing an identification number of a first communication terminal connected to the first wireless device , an association table storing an address of the first wireless device and the identification number of the first communication terminal in association with each other; and a correction packet transmitter that transmits, when a second packet received from a second wireless device to which a second communication terminal is connected contains an address of the second wireless device , an identification number of the second communication terminal , and an identification number indicating a destination of the second packet, and when the identification number indicating the destination is the identification number of the first communication terminal stored in the association table , a first correction packet containing the address of the second wireless device and the identification number of the second communication terminal to the first wireless device after the second packet is transmitted to the first wireless device , wherein the correction packet transmitter further transmits, to the second wireless device , a second correction packet containing the address of the first wireless device and the identification number of the first communication terminal . an association table updater that updates, when receiving from a first wireless device a first packet containing an identification number of a first communication terminal connected to the first wireless device , an association table storing an address of the first wireless device and the identification number of the first communication terminal in association with each other; and a correction packet transmitter that transmits, when a second packet received from a second wireless device to which a second communication terminal is connected contains an address of the second wireless device , an identification number of the second communication terminal , and an identification number indicating a destination of the second packet, and when the identification number indicating the destination is the identification number of the first communication terminal stored in the association table , a first correction packet containing the address of the second wireless device and the identification number of the second communication terminal to the first wireless device after the second packet is transmitted to the first wireless device , wherein the correction packet transmitter further transmits, to the second wireless device , a second correction packet containing the address of the first wireless device and the identification number of the first communication terminal .
Constant velocity joint, consisting of an input shaft , an output shaft and a stabilising mechanism , which is inserted into the space between the input shaft and the output shaft , where the input shaft is provided with several rotation hubs (1.1 to 1.n), the output shaft is provided with several rotation hubs (2.1 to 2.n), the stabilization mechanism consisting of identical or similar stabilising segments (3.1 to 3.n), bound together into a single unit with a possibility of mutual rotation of stabilising segments (3.1 to 3.n) around the axis (a3) of the stabilising mechanism , while in the space between the input and the output shaft pairs of spherical arms are placed in a way that each spherical arm is rotationally fixed by one its end to one of rotation hubs (1.1 to 1.n) of the input shaft and its other end is rotationally attached to one of stabilising segment (3.1 to 3.n) of the stabilising mechanism , each spherical arm is rotationally fixed by one its end to one of rotation hubs (2.1 to 2.n) of the output shaft and its other end is rotationally attached to one of stabilising segments (3.1 to 3.n) of the stabilising mechanism , each stabilising segment (3.1 to 3.n) bears two separate rotational axes, the axes of rotation hubs (a3.1, a3.2), which are carried by each of stabilising segments (3.1 to 3.n) and around which the spherical arms rotate, intersect each other on the axis (a3) of the stabilising mechanism or intersect each other above the axis (a3) of the stabilising mechanism or intersect under the axis (a3) of the stabilising mechanism , and the number of pairs of spherical arms equals to the number two characterized by the fact that the spherical arm and the spherical arm in each of both pairs of spherical arms are connected by a mechanical bond, in a way that both arms are mutually bounded and may perform a motion, which is mirror-like toward a homokinetic plane.
A dispersion of particles, each of the particles comprising: - at least one ferromagnetic domain, - at least one phosphor domain having a stimulation wavelength, a glow persistence of at least 5 seconds and a visible wavelength emission, wherein said at least one phosphor domain comprises a metal present as a salt with an anion and an activator dopant; and - a polymeric resin that is transmissive of the stimulation wavelength and the visible wavelength emission, characterized in that each particle comprises multiple ferromagnetic domains and multiple phosphor domains, that said polymeric resin is coating said multiple ferromagnetic domains and said multiple phosphor domains and is adherent to said multiple ferromagnetic domains and to said multiple phosphor domains to bind disparate domains together into a control size particle, wherein the multiple ferromagnetic domains are present from 40 to 80 wt% of a particle, and wherein the multiple phosphor domains are present from 10 to 40 wt% relative to the amount of the multiple ferromagnetic domain. - at least one ferromagnetic domain, - at least one phosphor domain having a stimulation wavelength, a glow persistence of at least 5 seconds and a visible wavelength emission, wherein said at least one phosphor domain comprises a metal present as a salt with an anion and an activator dopant; and - a polymeric resin that is transmissive of the stimulation wavelength and the visible wavelength emission,
A surgical apparatus for positioning within a tissue tract accessing an underlying body cavity, which comprises: a seal anchor member comprising a compressible material and defining a length 'L'; the seal anchor member being adapted to transition between a second compressed condition for insertion of at least a portion of the seal anchor member within a tissue tract and a first expanded condition to facilitate a securing of the seal anchor member within a tissue tract and in substantial sealed relation with tissue surfaces defining a tissue tract, the seal anchor member having proximal and distal ends and defining at least one port extending between the proximal and distal ends which defines a diameter DP1 in the first condition, the at least one port being adapted for the reception of an object whereby compressible material defining the at least one port is adapted to deform to establish a substantial sealed relation with the object, and characterized in that the at least one port includes at least one undercut to reduce the likelihood of leaks therethrough, the undercut defining a diameter DP3 greater than diameter DP1 and a length along the port less than 'L', the diameter DP1 being the diameter of both ends of the at least one port whereby insufflation gas is collectable in the undercut . a seal anchor member comprising a compressible material and defining a length 'L'; the seal anchor member being adapted to transition between a second compressed condition for insertion of at least a portion of the seal anchor member within a tissue tract and a first expanded condition to facilitate a securing of the seal anchor member within a tissue tract and in substantial sealed relation with tissue surfaces defining a tissue tract, the seal anchor member having proximal and distal ends and defining at least one port extending between the proximal and distal ends which defines a diameter DP1 in the first condition, the at least one port being adapted for the reception of an object whereby compressible material defining the at least one port is adapted to deform to establish a substantial sealed relation with the object, and characterized in that the at least one port includes at least one undercut to reduce the likelihood of leaks therethrough, the undercut defining a diameter DP3 greater than diameter DP1 and a length along the port less than 'L', the diameter DP1 being the diameter of both ends of the at least one port whereby insufflation gas is collectable in the undercut .
A multilayer coating film comprising: a colored base layer containing a colorant and formed directly or indirectly on a surface of a coating target , and a bright material-containing layer containing bright material flakes and a colorant and layered on the colored base layer , characterized in that a following equation is employed: Y(20°) = k × Y(10°), where k is a coefficient, Y represents a Y value according to an XYZ color system, which is calibrated by a standard white plate, of the bright material-containing layer in a state without the colorant , Y(10°) represents a Y value of reflected light measured at a receiving angle (an angle toward a light source from a specular reflection angle) of 10°, and Y(20°) represents a Y value of reflected light measured at the receiving angle of 20°, and a colorant concentration C of the bright material-containing layer is expressed in percent by mass, and the Y(10°), the coefficient k, and the colorant concentration C are three variables, and satisfy, when x-, y-, and z-coordinate axes of a three-dimensional orthogonal coordinate space represent the three variables, that coordinates (Y(10°), k, C) are in a range defined by a octahedron consisting of eight planes expressed by equations A to H, shown below, in which the planes expressed by the equations C and F form an inwardly protruding ridge and the planes expressed by the equations D and G form an outwardly protruding ridge. 3000 y − 120 z + 3000 = 0 3000 y − 120 z = 0 5 x − 3750 y − 2000 = 0 5 x − 3750 y + 1000 = 0 15000 y − 9000 = 0 5 x − 1250 y − 3000 = 0 5 x − 1250 y = 0 15000 y − 3000 = 0 a colored base layer containing a colorant and formed directly or indirectly on a surface of a coating target , and a bright material-containing layer containing bright material flakes and a colorant and layered on the colored base layer , characterized in that a following equation is employed: Y(20°) = k × Y(10°), where k is a coefficient, Y represents a Y value according to an XYZ color system, which is calibrated by a standard white plate, of the bright material-containing layer in a state without the colorant , Y(10°) represents a Y value of reflected light measured at a receiving angle (an angle toward a light source from a specular reflection angle) of 10°, and Y(20°) represents a Y value of reflected light measured at the receiving angle of 20°, and a colorant concentration C of the bright material-containing layer is expressed in percent by mass, and the Y(10°), the coefficient k, and the colorant concentration C are three variables, and satisfy, when x-, y-, and z-coordinate axes of a three-dimensional orthogonal coordinate space represent the three variables, that coordinates (Y(10°), k, C) are in a range defined by a octahedron consisting of eight planes expressed by equations A to H, shown below, in which the planes expressed by the equations C and F form an inwardly protruding ridge and the planes expressed by the equations D and G form an outwardly protruding ridge. 3000 y − 120 z + 3000 = 0 3000 y − 120 z = 0 5 x − 3750 y − 2000 = 0 5 x − 3750 y + 1000 = 0 15000 y − 9000 = 0 5 x − 1250 y − 3000 = 0 5 x − 1250 y = 0 15000 y − 3000 = 0
An engine start system comprising: a vehicle and a rocket engine (28; 128) attached to the vehicle , the rocket engine (28; 128) including a combustion chamber (28a; 128a) and a starter system (30; 130), the starter system (30; 130) including a supply line (130a; 230a) connected with the combustion chamber (28a; 128a), a valve , and a hypergolic slug held in the supply line (130a; 230a) between the combustion chamber (28a; 128a) and the valve , the rocket engine (28; 128) operable to launch the vehicle ; and a hydraulic pressurization system (24; 124) operable to provide pressurized hydraulic fluid (F) into the starter system (30; 130) such that the pressurized hydraulic fluid (F) moves the hypergolic slug into the combustion chamber (28a; 128a); characterised in that the hydraulic pressurization system (24; 124) is separate from the vehicle and rocket engine (28; 128) such that the hydraulic pressurization system (24; 124) does not launch with the vehicle , wherein the hydraulic pressurization system (24; 124) is configured to fluidly connect and disconnect with the starter system (30; 130). a vehicle and a rocket engine (28; 128) attached to the vehicle , the rocket engine (28; 128) including a combustion chamber (28a; 128a) and a starter system (30; 130), the starter system (30; 130) including a supply line (130a; 230a) connected with the combustion chamber (28a; 128a), a valve , and a hypergolic slug held in the supply line (130a; 230a) between the combustion chamber (28a; 128a) and the valve , the rocket engine (28; 128) operable to launch the vehicle ; and a hydraulic pressurization system (24; 124) operable to provide pressurized hydraulic fluid (F) into the starter system (30; 130) such that the pressurized hydraulic fluid (F) moves the hypergolic slug into the combustion chamber (28a; 128a); characterised in that the hydraulic pressurization system (24; 124) is separate from the vehicle and rocket engine (28; 128) such that the hydraulic pressurization system (24; 124) does not launch with the vehicle , wherein the hydraulic pressurization system (24; 124) is configured to fluidly connect and disconnect with the starter system (30; 130).
A method, performed in a radio base station in a radio access network , of collecting characteristics for a path between two IP end-point associated with a radio access transport network to which the radio base station is connected, the method comprising the steps of: - receiving (S1) an IP address of at least one IP end-point associated with the radio access transport network to which the radio base station is connected; - sending a query (S2) to a node in the radio access transport network for at least one characteristics for said path between two IP end-points , wherein the two IP end-points comprise the at least one of the IP end-points , and wherein the at least one characteristics for said path relates to characteristics for one or more links in the path between the two IP end-points; - receiving (S3) the at least one characteristics for the path, and - deciding based on the received at least one characteristics, which radio coordination feature to use, wherein the step sending a query further comprises querying a second radio base station for at least one characteristics for a path between the second radio base station and an IP end-point associated with the radio access transport network collected by the second radio base station . - receiving (S1) an IP address of at least one IP end-point associated with the radio access transport network to which the radio base station is connected; - sending a query (S2) to a node in the radio access transport network for at least one characteristics for said path between two IP end-points , wherein the two IP end-points comprise the at least one of the IP end-points , and wherein the at least one characteristics for said path relates to characteristics for one or more links in the path between the two IP end-points; - receiving (S3) the at least one characteristics for the path, and - deciding based on the received at least one characteristics, which radio coordination feature to use,
A method for producing an acrylic rubber-containing polymer (G) used for an acrylic film, the method comprising a multi-stage polymerization step including the following steps to : a polymerization step in which a first emulsion having a monomer mixture (a) containing 20 % by mass or more of alkyl acrylate emulsified in water is supplied to a polymerization vessel to proceed with the first stage polymerization, a polymerization step in which a second emulsion having a monomer mixture (b) containing 50 % by mass or more of alkyl methacrylate emulsified in water is supplied to the polymerization vessel after the first polymerization step to proceed with the final stage polymerization, a step of obtaining powder of the acrylic rubber-containing polymer (G) after filtration by passing latex of the acrylic rubber-containing polymer (G) obtained in step through a filtering medium with 1 to 100 μm mesh. a polymerization step in which a first emulsion having a monomer mixture (a) containing 20 % by mass or more of alkyl acrylate emulsified in water is supplied to a polymerization vessel to proceed with the first stage polymerization, a polymerization step in which a second emulsion having a monomer mixture (b) containing 50 % by mass or more of alkyl methacrylate emulsified in water is supplied to the polymerization vessel after the first polymerization step to proceed with the final stage polymerization, a step of obtaining powder of the acrylic rubber-containing polymer (G) after filtration by passing latex of the acrylic rubber-containing polymer (G) obtained in step through a filtering medium with 1 to 100 μm mesh.
A rotary electric shaver comprising: a main body in which a motor and a first transmission mechanism that transmits a driving power of the motor are built, and a connecting portion is disposed; a head unit in which a plurality of blade units each having an outer blade having a circular shaving surface on an outer side, an inner blade being in sliding contact with an inner surface of the outer blade , and a driven shaft rotating the inner blade are disposed, and a second transmission mechanism that transmits a driving power of the first transmission mechanism to rotate the driven shaft is built, and which is connected to the connecting portion ; and a drive shaft that transmits the driving power of the first transmission mechanism to the second transmission mechanism , wherein a first endless belt is disposed in the first transmission mechanism and a second endless belt is disposed in the second transmission mechanism . a main body in which a motor and a first transmission mechanism that transmits a driving power of the motor are built, and a connecting portion is disposed; a head unit in which a plurality of blade units each having an outer blade having a circular shaving surface on an outer side, an inner blade being in sliding contact with an inner surface of the outer blade , and a driven shaft rotating the inner blade are disposed, and a second transmission mechanism that transmits a driving power of the first transmission mechanism to rotate the driven shaft is built, and which is connected to the connecting portion ; and a drive shaft that transmits the driving power of the first transmission mechanism to the second transmission mechanism , wherein a first endless belt is disposed in the first transmission mechanism and a second endless belt is disposed in the second transmission mechanism .
A driving diagnosis method for having a computer set a degree of a driver's dangerous driving behavior as a horizontal axis and the number of drivers according to the dangerous driving behavior degree as a vertical axis and generate and output screen information including distribution of a safe driver group and a dangerous driver group as determined by using travel history information with regard to the drivers stored in a storage unit , and a diagnosis result of the dangerous driving behavior of a diagnosis target driver, wherein: the computer is made to determine an evaluation criterion for diagnosing driving of the diagnosis target driver based on the distribution, and is made to diagnose the dangerous driving behaviors of the diagnosis target driver by using the evaluation criterion, and is made to display, in the distribution, a score as the diagnosis result of the dangerous driving behavior of the diagnosis target driver.
An in vitro host cell for producing a heterodimeric protein, said host cell comprising a nucleic acid encoding a first IgG CH3-containing polypeptide and a nucleic acid encoding a second IgG CH3-containing polypeptide, wherein said first IgG CH3-containing polypeptide comprises replacement of the amino acids at positions 392 and 409 or at positions 370, 392 and 409 with a negative-charged amino acid and said second IgG CH3-containing polypeptide comprises replacement of the amino acids at positions 356 and 399 or at positions 356, 357 and 399 with a positive-charged amino acid.