mhurhangee/ep-ind-claims huggingface dataset:
A method for evaluating or selecting an agent for suppressing GIP level elevation, comprising the following steps to: contacting a test substance with a mammal-derived tissue or cell capable of expressing an FABP4 gene or FABP5 gene, or an FABP4 protein or FABP5 protein; measuring an expression level of the FABP4 gene or FABP5 gene, an expression level of the FABP4 protein or FABP5 protein, or an activity of the FABP4 protein or FABP5 protein in the mammal-derived tissue or cell; comparing the expression level or activity measured in the with an expression level of an FABP4 gene or FABP5 gene, an expression level of an FABP4 protein or FABP5 protein, or an activity of an FABP4 protein or FABP5 protein in a control group; and evaluating or selecting a test substance which reduces the expression level of the FABP4 gene or FABP5 gene, the expression level of the FABP4 protein or FABP5 protein, or the activity of the FABP4 protein or FABP5 protein as an agent for suppressing GIP level elevation based on results of the. contacting a test substance with a mammal-derived tissue or cell capable of expressing an FABP4 gene or FABP5 gene, or an FABP4 protein or FABP5 protein; measuring an expression level of the FABP4 gene or FABP5 gene, an expression level of the FABP4 protein or FABP5 protein, or an activity of the FABP4 protein or FABP5 protein in the mammal-derived tissue or cell; comparing the expression level or activity measured in the with an expression level of an FABP4 gene or FABP5 gene, an expression level of an FABP4 protein or FABP5 protein, or an activity of an FABP4 protein or FABP5 protein in a control group; and evaluating or selecting a test substance which reduces the expression level of the FABP4 gene or FABP5 gene, the expression level of the FABP4 protein or FABP5 protein, or the activity of the FABP4 protein or FABP5 protein as an agent for suppressing GIP level elevation based on results of the.
Tyre comprising a rubber composition based on at least a reinforcing filler, a polymer comprising conjugated diene functions and a system for crosslinking said polymer comprising a polydienophile of general formula: in which: - A represents a covalent bond or a hydrocarbon-based group comprising at least 1 carbon atom, which is optionally substituted and optionally interrupted by one or more heteroatoms, - R 1, R 2, R 3 and R 4 independently represent identical or different groups chosen from the hydrogen atom and hydrocarbon-based groups, R 1 and R 2 on the one hand and R 3 and R 4 on the other hand possibly forming, together with the carbon atoms of the ring to which they are attached, a ring. the composition being devoid of molecular sulfur or contains less than 0.2 phr thereof. - A represents a covalent bond or a hydrocarbon-based group comprising at least 1 carbon atom, which is optionally substituted and optionally interrupted by one or more heteroatoms, - R 1, R 2, R 3 and R 4 independently represent identical or different groups chosen from the hydrogen atom and hydrocarbon-based groups, R 1 and R 2 on the one hand and R 3 and R 4 on the other hand possibly forming, together with the carbon atoms of the ring to which they are attached, a ring.
An apparatus for waste water treatment comprising a channel extending through a housing between an inlet and an outlet and comprising a water treatment zone between the inlet and outlet, the apparatus further comprising first and second spaced apart electrodes (8, 10) having working ends for treating waste water in the treatment zone, and an electrode feed arrangement for feeding the first and second electrodes (8, 10) towards the channel to control the spacing between the working ends of the first and second electrodes, characterised in that the channel comprises a chamber in the housing, and wherein the working ends of the first and second electrodes (8, 10) each form a chamber wall portion.
A method of performing Hybrid Automatic Repeat request, HARQ, by a user equipment, UE, in a wireless communication system, the method comprising: detecting a downlink subframe within bundled downlink subframes assigned for the UE, the downlink subframe comprising a physical downlink control channel, PDCCH; detecting a bundling indicator on the PDCCH, the bundling indicator indicating a number of the bundled downlink subframes; determining whether at least one bundled downlink subframe within the bundled downlink subframes is missed by comparing the bundling indicator with the number of detected bundled downlink subframes; generating a representative ACK/NACK signal when no bundled downlink subframe is missed, wherein the representative ACK/NACK signal is an ACK signal if all codewords in the bundled downlink subframes are successfully received; and transmitting the representative ACK/NACK signal on an uplink channel in an uplink subframe, wherein the representative ACK/NACK signal is transmitted by using an uplink resource, the uplink resource being determined based on a control channel element, CCE, for the transmission of PDCCH in the last detected bundled downlink subframe. detecting a downlink subframe within bundled downlink subframes assigned for the UE, the downlink subframe comprising a physical downlink control channel, PDCCH; detecting a bundling indicator on the PDCCH, the bundling indicator indicating a number of the bundled downlink subframes; determining whether at least one bundled downlink subframe within the bundled downlink subframes is missed by comparing the bundling indicator with the number of detected bundled downlink subframes; generating a representative ACK/NACK signal when no bundled downlink subframe is missed, wherein the representative ACK/NACK signal is an ACK signal if all codewords in the bundled downlink subframes are successfully received; and transmitting the representative ACK/NACK signal on an uplink channel in an uplink subframe, wherein the representative ACK/NACK signal is transmitted by using an uplink resource, the uplink resource being determined based on a control channel element, CCE, for the transmission of PDCCH in the last detected bundled downlink subframe.
A method for a streaming flight data from an aircraft, the method comprising: transmitting, from at least one flight data unit, the flight data to a flight data recorder streaming (FDRS) server; determining, by the FDRS server, at least one antenna to use for streaming the flight data by analyzing the flight data, wherein the at least one antenna comprises at least one of a first antenna and a second antenna; generating, by the FDRS server, an antenna selection signal according to the at least one antenna to use for streaming the flight data; transmitting, by the FDRS server, the antenna selection signal to an antenna switch unit; selecting, by the antenna switch unit, the at least one antenna to use for streaming the flight data according to the antenna selection signal; and streaming, by the at least one antenna to use for streaming the flight data, the flight data to at least one of at least one satellite, characterized in that the FDRS server determines the at least one antenna to use for streaming the flight data by analyzing the flight data to determine the at least one antenna that has visibility to at least one of the at least one satellite. transmitting, from at least one flight data unit, the flight data to a flight data recorder streaming (FDRS) server; determining, by the FDRS server, at least one antenna to use for streaming the flight data by analyzing the flight data, wherein the at least one antenna comprises at least one of a first antenna and a second antenna; generating, by the FDRS server, an antenna selection signal according to the at least one antenna to use for streaming the flight data; transmitting, by the FDRS server, the antenna selection signal to an antenna switch unit; selecting, by the antenna switch unit, the at least one antenna to use for streaming the flight data according to the antenna selection signal; and streaming, by the at least one antenna to use for streaming the flight data, the flight data to at least one of at least one satellite, characterized in that the FDRS server determines the at least one antenna to use for streaming the flight data by analyzing the flight data to determine the at least one antenna that has visibility to at least one of the at least one satellite.
A method of controlling vehicle gear shifting at a Gear Select Module, wherein the Gear Select Module is an electronic control unit, the method comprising: identifying a current gear shift position of a gear shift, wherein the gear shift comprises a knob; identifying a change intention from the current gear shift position to a new gear shift position; executing a Gear Select Module autonomous control strategy between detection of the gear shift change intention and until reception of an actuation signal from a transmission control module, wherein the transmission control module is an electronic control unit, wherein the Gear Select Module is connected with the transmission control module through a bus, wherein executing a Gear Select Module autonomous control strategy comprises one or more of (i) blocking the change from the current gear shift position to the new gear shift position, (ii) increasing the difficulty to change from the current gear shift position to the new gear shift position, and (iii) vibrating the Gear Select Module, transmitting the identified change intention to the transmission control module; receiving a control strategy command from the transmission control module; and switching from the Gear Select Module autonomous control strategy to the transmission control module control strategy when the control strategy command is received. identifying a current gear shift position of a gear shift, wherein the gear shift comprises a knob; identifying a change intention from the current gear shift position to a new gear shift position; executing a Gear Select Module autonomous control strategy between detection of the gear shift change intention and until reception of an actuation signal from a transmission control module, wherein the transmission control module is an electronic control unit, wherein the Gear Select Module is connected with the transmission control module through a bus, wherein executing a Gear Select Module autonomous control strategy comprises one or more of (i) blocking the change from the current gear shift position to the new gear shift position, (ii) increasing the difficulty to change from the current gear shift position to the new gear shift position, and (iii) vibrating the Gear Select Module, transmitting the identified change intention to the transmission control module; receiving a control strategy command from the transmission control module; and switching from the Gear Select Module autonomous control strategy to the transmission control module control strategy when the control strategy command is received.
A pharmaceutical composition, including: a lyophilized powder of a docetaxel conjugate composition comprising (i) a docetaxel conjugate, and (ii) one or more pharmaceutically acceptable carriers which have no surfactant, and the pH value of the docetaxel conjugate composition ranges from 4.5-5.5; and a reconstitution solvent which contains one or more surfactants at 0.1 to 15 parts by weight, based on 1 part by weight of the docetaxel conjugate, wherein components and are separated into different chambers, and the docetaxel conjugate has the structure: wherein, R 1 is selected from phenyl or one or more halogen-substituted phenyl, halogen is selected from fluorine, chlorine, bromine, or iodine, n is a natural number of 2 to 5, and is selected from 2, 3, 4, or 5.
A system, comprising: an exhaust collector tunnel configured to mount inside an exhaust collector of a gas turbine, wherein the exhaust collector tunnel comprises a tunnel wall configured to extend around a turbine shaft (17, 19) of the gas turbine; wherein the exhaust collector tunnel comprises a first end portion configured to at least partially extend into an exhaust diffuser and a second end portion configured to couple to a diverging section of the exhaust collector, and the diverging section is disposed downstream from the exhaust diffuser; wherein, when the system is in operation, an exhaust flow path extends through the exhaust diffuser, along the tunnel wall of the exhaust collector tunnel, and along the diverging section; wherein the tunnel wall has a variable diameter along at least a portion of a length of the exhaust collector tunnel; and wherein the variable diameter comprises a tapered wall portion having an angle relative to a longitudinal axis of the exhaust collector tunnel, the angle is less than or equal to 30 degrees, and a second wall portion having an angle different than the tapered wall portion, and the tapered wall portion extends along at least 10 percent of the length of the exhaust collector tunnel. an exhaust collector tunnel configured to mount inside an exhaust collector of a gas turbine, wherein the exhaust collector tunnel comprises a tunnel wall configured to extend around a turbine shaft (17, 19) of the gas turbine; wherein the exhaust collector tunnel comprises a first end portion configured to at least partially extend into an exhaust diffuser and a second end portion configured to couple to a diverging section of the exhaust collector, and the diverging section is disposed downstream from the exhaust diffuser; wherein, when the system is in operation, an exhaust flow path extends through the exhaust diffuser, along the tunnel wall of the exhaust collector tunnel, and along the diverging section; wherein the tunnel wall has a variable diameter along at least a portion of a length of the exhaust collector tunnel; and wherein the variable diameter comprises a tapered wall portion having an angle relative to a longitudinal axis of the exhaust collector tunnel, the angle is less than or equal to 30 degrees, and a second wall portion having an angle different than the tapered wall portion, and the tapered wall portion extends along at least 10 percent of the length of the exhaust collector tunnel.
A method of manufacturing a label, comprising: an adhesive applying step of applying an adhesive on a substrate sheet to form an adhesive layer; a bonding adhesive applying step of applying a acrylic-base bonding adhesive on the adhesive layer; and a cured layer forming step of irradiating the adhesive layer and the acrylic-base bonding adhesive with an active energy ray to cure the adhesive layer and the acrylic-base bonding adhesive on the adhesive layer, the cured layer (13, 23, 33) being formed on a part of the adhesive layer. an adhesive applying step of applying an adhesive on a substrate sheet to form an adhesive layer; a bonding adhesive applying step of applying a acrylic-base bonding adhesive on the adhesive layer; and a cured layer forming step of irradiating the adhesive layer and the acrylic-base bonding adhesive with an active energy ray to cure the adhesive layer and the acrylic-base bonding adhesive on the adhesive layer, the cured layer (13, 23, 33) being formed on a part of the adhesive layer.
A fan assembly including: a fan including a hub provided at a center of the fan and a plurality of blades coupled to the hub at predetermined intervals along the circumference of the hub; a motor connected to the hub; a housing having a space defined therein that accommodates the fan; a frame including: an annular frame body provided in and coupled to the housing, wherein an air channel is defined between the housing and the frame body, a bracket centrally positioned in the frame body to fix the motor, and a plurality of spokes extending between and coupled to the frame body and the bracket; and a plurality of anti-vibration members arranged along and fixed to the frame body, wherein the anti-vibration members connect the frame body to the housing; characterized in that: the fan assembly further comprises a protrusion outwardly protruding from the frame body and along an outer circumferential surface of the frame body and blocking an outlet of the air channel to prevent a backflow of air from the fan; wherein the protrusion has a protrusion dimension varying along the outer circumferential surface of the frame body, and wherein each of the spokes has an inclination angle corresponding to an outlet flow angle of air leaving the blades. a fan including a hub provided at a center of the fan and a plurality of blades coupled to the hub at predetermined intervals along the circumference of the hub; a motor connected to the hub; a housing having a space defined therein that accommodates the fan; a frame including: an annular frame body provided in and coupled to the housing, wherein an air channel is defined between the housing and the frame body, a bracket centrally positioned in the frame body to fix the motor, and a plurality of spokes extending between and coupled to the frame body and the bracket; and an annular frame body provided in and coupled to the housing, wherein an air channel is defined between the housing and the frame body, a bracket centrally positioned in the frame body to fix the motor, and a plurality of spokes extending between and coupled to the frame body and the bracket; and a plurality of anti-vibration members arranged along and fixed to the frame body, wherein the anti-vibration members connect the frame body to the housing; the fan assembly further comprises a protrusion outwardly protruding from the frame body and along an outer circumferential surface of the frame body and blocking an outlet of the air channel to prevent a backflow of air from the fan; wherein the protrusion has a protrusion dimension varying along the outer circumferential surface of the frame body, and wherein each of the spokes has an inclination angle corresponding to an outlet flow angle of air leaving the blades.
Compact filter which is intended for a non-collective sanitation system for waste water and which is constituted by a sealed chamber which is intended to be buried and which comprises an inlet tubing and an outlet tubing for the effluent, this chamber being provided at the inner portion thereof with a filtering mass which is constituted by an aerobic biomass support of a material which has a significant developed surface-area, and means for uniform distribution of the effluent originating from the inlet tubing on the upper surface of the filtering mass and a drainage channel which is located below the filtering mass and which includes drainage means which enable the discharge via the outlet tubing of the effluent which is processed after percolation through the filtering mass by means of gravitational force, characterised in that the filtering mass includes at least one layer of crushed nut shells which have a dimension between 2 and 10 mm.
Device for scattering a nonwoven on a continuously circulating forming belt below the device, in particular in the course of the production of material boards from free-flowing material such as fibers or chips, wherein the device comprises - an upper inlet opening for feeding the material and a lower outlet opening for discharging the material onto the forming belt, - at least one distributing roller and one scattering roller transverse to the transport direction of the forming belt, and - a discharge device for removing material in sections, wherein a plurality of openings whose size can be adjusted are arranged on the discharge device transverse to the transport direction, which are operatively connected to a conveying device for the material passing through the openings in order to separate material from the device, characterized in that a cover plate and a plurality of slides with an aperture are arranged in the discharge device, wherein the cover plate partially covers the aperture to adjust the size of the opening and the cover plate and/or the slides are arranged to be displaceable by means of at least one actuator. - an upper inlet opening for feeding the material and a lower outlet opening for discharging the material onto the forming belt, - at least one distributing roller and one scattering roller transverse to the transport direction of the forming belt, and - a discharge device for removing material in sections, wherein a plurality of openings whose size can be adjusted are arranged on the discharge device transverse to the transport direction, which are operatively connected to a conveying device for the material passing through the openings in order to separate material from the device,
A method for manufacturing an insulator for a spark plug, the method including a molding process of forming a cylindrical molded product having an axial hole that extends in a direction of an axial line, by means of injection molding using a mold that has a columnar cavity therein, and a bar-shaped member disposed in the cavity and extending in the direction of the axial line, wherein the molding process includes an injection step of injecting a material containing a ceramic, in the injection step, the material is injected into the cavity from a plurality of injection openings (OPPA, OPB) that are opened at an inner circumferential surface (IS1, IS2, IS3, IS4), of the mold, that forms the cavity, and the plurality of injection openings include two or more injection openings located at different positions in the direction of the axial line, characterized in that at least one of the plurality of injection openings is located at a position, in the direction of the axial line, where the cavity has a maximum inner diameter. the molding process includes an injection step of injecting a material containing a ceramic, in the injection step, the material is injected into the cavity from a plurality of injection openings (OPPA, OPB) that are opened at an inner circumferential surface (IS1, IS2, IS3, IS4), of the mold, that forms the cavity, and the plurality of injection openings include two or more injection openings located at different positions in the direction of the axial line,
An apparatus comprising: a receiver configured to receive instructions; a memory system coupled to the receiver and configured to store the instructions; and a processor coupled to the memory system and configured to execute the instructions to cause the apparatus to: implement a flow pipeline, wherein the flow pipeline comprises a series of flow tables, wherein the flow tables comprise match fields, wherein the match fields are ordered based on a prioritization of network services and match field shared dependencies, and route a packet using the flow pipeline. a receiver configured to receive instructions; a memory system coupled to the receiver and configured to store the instructions; and a processor coupled to the memory system and configured to execute the instructions to cause the apparatus to: implement a flow pipeline, wherein the flow pipeline comprises a series of flow tables, wherein the flow tables comprise match fields, wherein the match fields are ordered based on a prioritization of network services and match field shared dependencies, and route a packet using the flow pipeline.
A tissue fastener (10O, 10P) for clamping first biological tissue and second biological tissue so as to be in close contact with each other, comprising: a first tissue fixation portion, made of an elastic wire wound in a coil, that is configured to be locked on the first biological tissue; and a second tissue fixation portion, made of an elastic wire wound in a coil, that is configured to be locked on the second biological tissue; characterized by further comprising an outer circumference spring portion that extends from a tip of the first tissue fixation portion outwardly in a radial direction and that returns to the second tissue fixation portion side to press the first biological tissue. a first tissue fixation portion, made of an elastic wire wound in a coil, that is configured to be locked on the first biological tissue; and a second tissue fixation portion, made of an elastic wire wound in a coil, that is configured to be locked on the second biological tissue;