mhurhangee/ep-ind-claims huggingface dataset:
A method for reporting terminal measurement, characterised in that, the method comprises: receiving measurement configuration information sent from an access device of a source system; measuring cells on at least two frequencies in a target system according to the measurement configuration information, wherein the source system and the target system are systems of different Radio Access Technologies; and reporting simultaneously measurement results obtained by measuring the cells on the at least two frequencies in the target system to the access device of the source system when a measurement report is triggered according to the measurement configuration information, so that the access device of the source system determines a primary cell and a secondary cell of the target system to which a handover is to be performed according to the measurement results, wherein reporting the measurement results to the access device of the source system specifically comprises reporting measurement reports of cells with the strongest channel quality on each of additional measurement frequencies related to one of the frequencies which triggers a measurement report to the access device of the source system when determining that the one of the frequencies is configured with additional measurement and a cell on the frequency triggers a measurement report. receiving measurement configuration information sent from an access device of a source system; measuring cells on at least two frequencies in a target system according to the measurement configuration information, wherein the source system and the target system are systems of different Radio Access Technologies; and reporting simultaneously measurement results obtained by measuring the cells on the at least two frequencies in the target system to the access device of the source system when a measurement report is triggered according to the measurement configuration information, so that the access device of the source system determines a primary cell and a secondary cell of the target system to which a handover is to be performed according to the measurement results, wherein reporting the measurement results to the access device of the source system specifically comprises reporting measurement reports of cells with the strongest channel quality on each of additional measurement frequencies related to one of the frequencies which triggers a measurement report to the access device of the source system when determining that the one of the frequencies is configured with additional measurement and a cell on the frequency triggers a measurement report.
A process for producing a fluoropolymer article having a high surface roughness and high coarseness which comprises the following steps: a) forming a paste comprising a fluoropolymer into a paste-formed fluoropolymer product at a temperature lower than 35°C, b) densifying the paste-formed product to a porosity of less than 20% and c) stretching the densified paste-formed fluoropolymer product in at least one direction, wherein in at least one orientation step in the stretching of the densified paste-formed fluoropolymer product in at least one direction a stretch ratio of 5 to 500 is applied. a) forming a paste comprising a fluoropolymer into a paste-formed fluoropolymer product at a temperature lower than 35°C, b) densifying the paste-formed product to a porosity of less than 20% and c) stretching the densified paste-formed fluoropolymer product in at least one direction, wherein in at least one orientation step in the stretching of the densified paste-formed fluoropolymer product in at least one direction a stretch ratio of 5 to 500 is applied.
A parking control method for causing a control device of a vehicle (V, V1) to execute a first control instruction for moving the vehicle (V, V1) along a first route to a target parking space, on a basis of an operation command acquired from an operator, the parking control method comprising: detecting objects (OB, ST, WL, V2) around the vehicle (V, V1); determining whether or not the vehicle (V, V1) can travel along the first route without being obstructed by the existence of a first object and determining that the execution of the first control instruction is to be canceled or suspended when the travel along the first route is not possible; characterized by in a case in which a distance (CLL, CLR) between the vehicle (V, V1) and a second object detected around the vehicle (V, V1) is less than a predetermined value when execution of the first control instruction is suspended or canceled, calculating a second route for the vehicle (V, V1) to leave with a predetermined distance (CLL, CLR) or more from the second object detected around the vehicle (V, V1) and causing the control device to execute a second control instruction for moving the vehicle (V, V1) along the second route. detecting objects (OB, ST, WL, V2) around the vehicle (V, V1); determining whether or not the vehicle (V, V1) can travel along the first route without being obstructed by the existence of a first object and determining that the execution of the first control instruction is to be canceled or suspended when the travel along the first route is not possible; characterized by in a case in which a distance (CLL, CLR) between the vehicle (V, V1) and a second object detected around the vehicle (V, V1) is less than a predetermined value when execution of the first control instruction is suspended or canceled, calculating a second route for the vehicle (V, V1) to leave with a predetermined distance (CLL, CLR) or more from the second object detected around the vehicle (V, V1) and causing the control device to execute a second control instruction for moving the vehicle (V, V1) along the second route.
A pharmaceutical composition comprising a silybin-phospholipid complex pharmaceutical preparation and a Pu'er tea essence for use in treatment of non-alcoholic fatty liver disease, wherein the silybin-phospholipid complex pharmaceutical preparation and the Pu'er tea essence are each contained in separate packages according to unit dose, wherein the separate packages are further contained in a single package, wherein the weight ratio of the silybin-phospholipid complex to the Pu'er tea essence is 0.5-2.5:0.3-10.
An engine (100, 200) for a rocket having a combustion prechamber (12A, 12B; 212); a main combustion chamber; two feed pipes (22A, 22B; 222A, 222B) for feeding the engine respectively with fuel and with oxidizer; and two turbopumps (20A, 20B; 220A, 220B), each having a pump (26A, 26B; 226A, 226B) associated with a turbine (28A, 28B; 226A, 226B), said pumps being arranged at respective downstream ends (30A, 30B) of the feed pipes and being suitable for pumping the fuel and the oxidizer from the feed pipes to the main combustion chamber via a fluid distribution circuit; the distribution circuit being suitable for directing at least a portion of the fuel and of the oxidizer to the prechamber in order to be burnt therein, and for directing the hot gas as produced in that way from the prechamber to the combustion chamber while driving at least one turbine of said turbopumps; the engine being characterized in that a jet pump (102A, 102B; 202A, 202B) is arranged in at least a first feed pipe feeding a first of said pumps, and in that the distribution circuit is suitable for putting under pressure a portion of the fluid flowing in said first feed pipe and directing it to said jet pump, and said jet pump is suitable for injecting said portion of fluid in such a manner as to entrain the fluid flowing in said first feed pipe towards an inlet orifice of said first pump.
A polishing pad for polishing a substrate, the polishing pad comprising: a foundation layer having a first modulus; a polishing layer attached to the foundation layer and having a second modulus less than the first modulus; a first opening through the polishing layer and a second opening through the foundation layer, the first opening exposing at least a portion of the second opening and exposing a portion of the foundation layer; and a window disposed in the first opening and attached to the exposed portion of the foundation layer, characterized in that the polishing pad further comprises a sub pad attached to the foundation layer on a side of the foundation layer opposite the polishing layer and a third opening through the sub pad, the third opening substantially sized and aligned with the second opening and the window is attached to the exposed portion of the foundation layer by a snap-fit feature, and wherein the window has a portion extending into the second opening, wherein the snap-fit feature includes a portion that clamps below a portion of the exposed region of the foundation layer, wherein the sub pad has a feature (such as a bevel) to accommodate, or formed from accommodating, the snap-fit feature of the window. a foundation layer having a first modulus; a polishing layer attached to the foundation layer and having a second modulus less than the first modulus; a first opening through the polishing layer and a second opening through the foundation layer, the first opening exposing at least a portion of the second opening and exposing a portion of the foundation layer; and a window disposed in the first opening and attached to the exposed portion of the foundation layer, characterized in that the polishing pad further comprises a sub pad attached to the foundation layer on a side of the foundation layer opposite the polishing layer and a third opening through the sub pad, the third opening substantially sized and aligned with the second opening and the window is attached to the exposed portion of the foundation layer by a snap-fit feature, and wherein the window has a portion extending into the second opening, wherein the snap-fit feature includes a portion that clamps below a portion of the exposed region of the foundation layer, wherein the sub pad has a feature (such as a bevel) to accommodate, or formed from accommodating, the snap-fit feature of the window.
A method for link startup for a device having a number of transmit lanes and a number of receive lanes, the method comprising: establishing data communication through at least one of said number of transmit lanes and at least one of said number of receive lanes; determining a number of connected transmit lanes; determining a number of connected receive lanes; wherein the method is characterized by independently renumbering said connected transmit lanes and said connected receive lanes, wherein the step of establishing communication through the at least one of the number of transmit lanes further comprises: sending, on each of said number of transmit lanes, a first training sequence carrying an identification of the respective physical transmit lane, wherein the step of determining the number of connected transmit lanes further comprises: receiving a second training sequence which includes a code indicative of said number of connected transmit lanes and that identifies which transmit lanes are connected, wherein said step of independently renumbering said number of connected transmit lanes further comprises: renumbering said connected transmit lanes based on said code, wherein a lowest physical lane number indicated by said code is renumbered to zero and wherein said connected transmit lanes are incrementally enumerated starting from zero in an order of the physical transmit lane numbers. establishing data communication through at least one of said number of transmit lanes and at least one of said number of receive lanes; determining a number of connected transmit lanes; determining a number of connected receive lanes; sending, on each of said number of transmit lanes, a first training sequence carrying an identification of the respective physical transmit lane, receiving a second training sequence which includes a code indicative of said number of connected transmit lanes and that identifies which transmit lanes are connected, renumbering said connected transmit lanes based on said code, wherein a lowest physical lane number indicated by said code is renumbered to zero and wherein said connected transmit lanes are incrementally enumerated starting from zero in an order of the physical transmit lane numbers.
An apparatus comprising: a substrate defining a bacteria binding volume thereon; a light source arranged to cast light toward the substrate, such that the light is totally internally reflected on the surface of the substrate to thereby create an evanescent field, such that the bacteria binding volume is within the evanescent field; a detector arranged to receive scattered light from the bacteria binding volume and output first data; a second detector, arranged to receive light from the light source having undergone total internal reflection within the substrate, which is not scattered by the bacteria and output second data; and a computer system arranged to gather the first and second data (36, 37), the computer system comprising a processor, the processor being configured to determine a level of vibration of bacteria within the bacteria binding volume in three-dimensions from the first data and to determine whether the first data received from the first detector is correct based on the second data. a substrate defining a bacteria binding volume thereon; a light source arranged to cast light toward the substrate, such that the light is totally internally reflected on the surface of the substrate to thereby create an evanescent field, such that the bacteria binding volume is within the evanescent field; a detector arranged to receive scattered light from the bacteria binding volume and output first data; a second detector, arranged to receive light from the light source having undergone total internal reflection within the substrate, which is not scattered by the bacteria and output second data; and a computer system arranged to gather the first and second data (36, 37), the computer system comprising a processor, the processor being configured to determine a level of vibration of bacteria within the bacteria binding volume in three-dimensions from the first data and to determine whether the first data received from the first detector is correct based on the second data. a detector arranged to receive scattered light from the bacteria binding volume and output first data; a second detector, arranged to receive light from the light source having undergone total internal reflection within the substrate, which is not scattered by the bacteria and output second data; and a computer system arranged to gather the first and second data (36, 37), the computer system comprising a processor, the processor being configured to determine a level of vibration of bacteria within the bacteria binding volume in three-dimensions from the first data and to determine whether the first data received from the first detector is correct based on the second data.
A bond adhesive composition comprising: i. a polymer having a silicon-containing hydrolyzable terminal group; and ii. a hydrocarbon resin, where the composition is substantially devoid of phenolic resin, said hydrocarbon resin being a Cg aromatic monomer hydrocarbon resin, the composition comprising 1 to 30 wt. % of said hydrocarbon resin, wherein the composition further includes a plasticizer, at least one of a catalyst, a moisture scavenger, an adhesion promoter, and a thixotropic compound, and wherein the polymer having a silicon-containing hydrolyzable terminal group is a silane-terminated polymer. i. a polymer having a silicon-containing hydrolyzable terminal group; and ii. a hydrocarbon resin, where the composition is substantially devoid of phenolic resin, said hydrocarbon resin being a Cg aromatic monomer hydrocarbon resin, the composition comprising 1 to 30 wt. % of said hydrocarbon resin,
Measuring device with measuring and operating electronics, wherein the measuring and operating electronics are used to determine and/or monitor at least one measuring signal of a physical and/or chemical measured variable of a medium, wherein the measuring and operating electronics have at least one control unit and one current controller, wherein the measuring and operating electronics are connected to a current loop, wherein a measuring signal current in the current loop represents a measured value of the measured variable, wherein the control unit is connected to the current controller and specifies a reference variable (U SOLL) for the current controller, wherein the reference variable (U SOLL) corresponds to a target value of the measuring signal current, wherein a feedback variable (U IST) is supplied to the current controller, wherein the feedback variable (U IST) corresponds to an actual value of the measuring signal current which is set in the current loop, wherein the feedback variable (U IST) and the reference variable (U SOLL) are present at an input of the current controller wherein the current controller issues a manipulated variable which is formed from a control deviation between the feedback variable (U IST) and the reference variable (U SOLL), characterized in that the measuring device has an actuator, and in that the actuator sets the measuring signal current using the manipulated variable issued by the current controller in the current loop, in that at least one evaluation unit is provided, in that the evaluation unit compares at least one value of the manipulated variable, issued by the current controller, with at least one reference value (S 1, S 2), in that the comparison indicates whether the value of the manipulated variable exceeds or drops below the reference value (S 1, S 2).
An aqueous powder cosmetic composition for hair characterised in that it comprises water, hydrophobic colloidal silica and a water soluble non-ionic polyol having at least five hydroxyl groups and is solid at 25°C.
A method of coding video data, the method comprising: determining, for a pixel of a block of video data associated with a palette index that relates a value of the pixel to a color value in a palette of colors used for coding the pixel, a run length of a run of palette indices being coded with the palette index of the pixel, characterised by; determining a number of pixels in the block of video data; determining a position of the pixel in the block of video data based on a scanning order used to scan palette indices of pixels of the block; determining a maximum run length for a maximum run of palette indices of pixels of the block able to be coded with the palette index of the pixel based on the number of pixels of the block minus the determined position of the pixel minus one; and coding data that indicates the run length based on the determined maximum run length. determining, for a pixel of a block of video data associated with a palette index that relates a value of the pixel to a color value in a palette of colors used for coding the pixel, a run length of a run of palette indices being coded with the palette index of the pixel, characterised by; determining a number of pixels in the block of video data; determining a position of the pixel in the block of video data based on a scanning order used to scan palette indices of pixels of the block; determining a maximum run length for a maximum run of palette indices of pixels of the block able to be coded with the palette index of the pixel based on the number of pixels of the block minus the determined position of the pixel minus one; and coding data that indicates the run length based on the determined maximum run length.
A pure culture of Aureobasidium melanogenum strain W5-2 deposited with Agricultural Research Culture Collection (NRRL) and assigned Accession Number NRRL 67063, wherein the Aureobasidium melanogenum GDP1 genomic sequence shares 100% identity to over at least 98% of SEQ ID NO:2; and/or wherein the Aureobasidium melanogenum TEF1A genomic sequence shares 100% identity to over at least 99% of SEQ ID NO:8; and/or wherein the Aureobasidium melanogenum RBP1 genomic sequence shares 100% identity to over at least 98% of SEQ ID NO:10.
A method of inline contamination analysis of transient fuel comprising the steps of: causing a fuel to be analyzed to flow from a source along a path; commencing the analysis of the transient fuel for contamination upon a sensing of the flow of fuel in the path by a flow sensor; providing an analysis of the transient fuel against a predetermined calibration reading to produce a signal upon sensing the presence of contamination in the transient fuel; and selectively calibrating a fuel analyzer used for the analysis of the fuel by causing a calibration standard to be extended to a sensing zone for the analysis, wherein the calibration standard is disposed within the path where calibration is conducted without disrupting operation of the fuel analyzer used in the analysis. causing a fuel to be analyzed to flow from a source along a path; commencing the analysis of the transient fuel for contamination upon a sensing of the flow of fuel in the path by a flow sensor; providing an analysis of the transient fuel against a predetermined calibration reading to produce a signal upon sensing the presence of contamination in the transient fuel; and selectively calibrating a fuel analyzer used for the analysis of the fuel by causing a calibration standard to be extended to a sensing zone for the analysis, wherein the calibration standard is disposed within the path where calibration is conducted without disrupting operation of the fuel analyzer used in the analysis.
Drill bit, in particular reinforced concrete drill bit, for the rotary or rotary percussive drilling of reinforced concrete or other reinforced materials, comprising - a clamping shank, a drilling sleeve with a drilling sleeve bottom and a drilling sleeve shell and at least two teeth (6; 6a-6d), - wherein the teeth (6; 6a-6d) are arranged at a free end side, in the form of a circular ring, of the drilling sleeve shell, - wherein each tooth (6; 6a-6d) protrudes beyond the end side of the drilling shell sleeve in the infeed direction (x), - wherein the teeth are configured as carbide elements having a hardness, - wherein, on the end side of the drilling sleeve shell, a deflector (7; 7a-7d) of the drill bit is mounted upstream of each tooth (6; 6a-6d) in the direction of rotation (w), in order to protect a front face, oriented counter to the direction of rotation (w), of the following tooth (6; 6a-6d) from a collision with a reinforcement bar of the reinforced concrete or of the other reinforced material, characterized in that the deflector is configured as a carbide attachment and has a hardness, which corresponds to the hardness of the teeth or is in a range between 20% and 90%, in particular 30% and 70%, of the hardness of the teeth. - a clamping shank, a drilling sleeve with a drilling sleeve bottom and a drilling sleeve shell and at least two teeth (6; 6a-6d), - wherein the teeth (6; 6a-6d) are arranged at a free end side, in the form of a circular ring, of the drilling sleeve shell, - wherein each tooth (6; 6a-6d) protrudes beyond the end side of the drilling shell sleeve in the infeed direction (x), - wherein the teeth are configured as carbide elements having a hardness, - wherein, on the end side of the drilling sleeve shell, a deflector (7; 7a-7d) of the drill bit is mounted upstream of each tooth (6; 6a-6d) in the direction of rotation (w), in order to protect a front face, oriented counter to the direction of rotation (w), of the following tooth (6; 6a-6d) from a collision with a reinforcement bar of the reinforced concrete or of the other reinforced material,