mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising: an instrument panel; a knee-airbag device configured to protect a knee of an occupant; an instrument panel member extending in a vehicle width direction, attached to side faces of both sides of a vehicle body, and configured to support the instrument panel; and an instrument-panel-member side bracket configured to connect the instrument panel member and the knee-airbag device, characterized in that said instrument-panel-member side bracket comprises a bracket body and a branch bracket which is configured to branch off from the bracket body and connected to a core part of an instrument panel of the vehicle, the core part is configured to form a surface of the instrument panel, and said branch bracket is configured to extend in a direction of inflation of a knee airbag of said knee-airbag device. an instrument panel; a knee-airbag device configured to protect a knee of an occupant; an instrument panel member extending in a vehicle width direction, attached to side faces of both sides of a vehicle body, and configured to support the instrument panel; and an instrument-panel-member side bracket configured to connect the instrument panel member and the knee-airbag device, characterized in that said instrument-panel-member side bracket comprises a bracket body and a branch bracket which is configured to branch off from the bracket body and connected to a core part of an instrument panel of the vehicle, the core part is configured to form a surface of the instrument panel, and said branch bracket is configured to extend in a direction of inflation of a knee airbag of said knee-airbag device.
An automatic analyzer, comprising: a conveyance rack for conveying a sample container which contains a sample and is loaded thereon; a fixed ultrasonic distance sensor for measuring a liquid level position in the sample container loaded on the conveyance rack; characterized in that the automatic analyzer further comprises: an extendable sound wave guide for suppressing diffusion of sound waves transmitted from the ultrasonic distance sensor, the sound wave guide (204,205) being disposed between the sample container and the ultrasonic distance sensor; and a sound wave guide control unit for adjusting a length of the extendable sound wave guide in accordance with a distance between the ultrasonic distance sensor and the sample container. a conveyance rack for conveying a sample container which contains a sample and is loaded thereon; a fixed ultrasonic distance sensor for measuring a liquid level position in the sample container loaded on the conveyance rack; an extendable sound wave guide for suppressing diffusion of sound waves transmitted from the ultrasonic distance sensor, the sound wave guide (204,205) being disposed between the sample container and the ultrasonic distance sensor; and a sound wave guide control unit for adjusting a length of the extendable sound wave guide in accordance with a distance between the ultrasonic distance sensor and the sample container.
A cross-linked rubber obtained by crosslinking a rubber composition containing a conjugated diene rubber and an inorganic filler, wherein when a loss tangent value of a non-interface component forming, of the cross-linked rubber ingredient, a portion other than an interface with the inorganic filler is represented as L(m) and a loss tangent value of an interface component forming, of the cross-linked rubber ingredient, an interface portion with the inorganic filler is represented as L (i), each loss tangent value being measured using an atomic force microscope in a state in which sinusoidal vibrations of 5 kHz are applied to the cross-linked rubber, the cross-linked rubber has a ratio L(i)/L(m) of 0.85 or less, the weight average molecular weight (Mw) of the conjugated diene rubber is 510,000 to 2,000,000, the conjugated diene rubber is a modified conjugated diene rubber having a modifying group derived from a nitrogen-containing silane compound,- a non-interface-forming cross-linked rubber ingredient portion is a portion that is sufficiently distant from the inorganic filler so as not to be substantially affected by the inorganic filler, i.e. a portion wherein Xm-2σ ≤ X ≤Xm+2σ, and an interface-forming cross-linked rubber ingredient portion is a portion forming the interface with the inorganic filler, i. e. a portion wherein Xm+3σ ≤ X ≤ Xm+9σ, wherein X = elastic modulus, Xm = mean elastic modulus, and σ = standard deviation of the elastic modulus, as determined by the method as described in paragraphs and of the present description. wherein when a loss tangent value of a non-interface component forming, of the cross-linked rubber ingredient, a portion other than an interface with the inorganic filler is represented as L(m) and a loss tangent value of an interface component forming, of the cross-linked rubber ingredient, an interface portion with the inorganic filler is represented as L (i), each loss tangent value being measured using an atomic force microscope in a state in which sinusoidal vibrations of 5 kHz are applied to the cross-linked rubber, the cross-linked rubber has a ratio L(i)/L(m) of 0.85 or less, the weight average molecular weight (Mw) of the conjugated diene rubber is 510,000 to 2,000,000, the conjugated diene rubber is a modified conjugated diene rubber having a modifying group derived from a nitrogen-containing silane compound,- a non-interface-forming cross-linked rubber ingredient portion is a portion that is sufficiently distant from the inorganic filler so as not to be substantially affected by the inorganic filler, i.e. a portion wherein Xm-2σ ≤ X ≤Xm+2σ, and an interface-forming cross-linked rubber ingredient portion is a portion forming the interface with the inorganic filler, i. e. a portion wherein Xm+3σ ≤ X ≤ Xm+9σ, wherein X = elastic modulus, Xm = mean elastic modulus, and σ = standard deviation of the elastic modulus, as determined by the method as described in paragraphs and of the present description.
Stand for PV-modules, - with a post, which stands and comprises an upper longitudinal end, - with a beam, arranged above the post obliquely, - with a support strut, via which the beam is supported against the post, - with an adjusting device, in which a first horizontal hinge pin and a second horizontal hinge pin are supported and which contains an adjusting strut, - wherein the adjusting strut is received in sections in the post and protrudes from the upper longitudinal end of the post, - and the first horizontal hinge pin is supported at the post and the adjusting strut is for compensating a tilt misalignment of the post pivotable around the first horizontal hinge pin and is in one of several possible pivot positions at the post unrotatable locked, - and the beam contains an open longitudinal channel, which is defined by sidewalls, and the second horizontal hinge pin is supported at at least one of the opposing side walls, wherein an imaginary longitudinal axis of the second horizontal hinge pin extends traverse through the open longitudinal channel, - and the adjusting device engages the open longitudinal channel and is therein connected with the second horizontal hinge pin and fixed transverse to the beam by means of the opposing sidewalls of the longitudinal channel. - with a post, which stands and comprises an upper longitudinal end, - with a beam, arranged above the post obliquely, - with a support strut, via which the beam is supported against the post, - with an adjusting device, in which a first horizontal hinge pin and a second horizontal hinge pin are supported and which contains an adjusting strut, - wherein the adjusting strut is received in sections in the post and protrudes from the upper longitudinal end of the post, - and the first horizontal hinge pin is supported at the post and the adjusting strut is for compensating a tilt misalignment of the post pivotable around the first horizontal hinge pin and is in one of several possible pivot positions at the post unrotatable locked, - and the beam contains an open longitudinal channel, which is defined by sidewalls, and the second horizontal hinge pin is supported at at least one of the opposing side walls, wherein an imaginary longitudinal axis of the second horizontal hinge pin extends traverse through the open longitudinal channel, - and the adjusting device engages the open longitudinal channel and is therein connected with the second horizontal hinge pin and fixed transverse to the beam by means of the opposing sidewalls of the longitudinal channel.
A method of performing a random access procedure in a radio communication system, the method comprising: - enabling two different frequencies in each one of a plurality of time slots for transmission on a random access channel, wherein the two different frequencies are located next to physical uplink control channel, PUCCH, frequencies, and the PUCCH frequencies are located at both edges of a bandwidth in each time slot; characterised by: - selecting a frequency among the two different frequencies for transmission of a first random access preamble in a time slot of the plurality of time slots, if frequency hopping is enabled; and - transmitting the first random access preamble on the random access channel in the time slot by using the selected frequency; - listening to another frequency during a given length of a time window to obtain a response to the first random access preamble, wherein the length of the time window is configurable by the radio communication system; and - if no response to the first random access preamble is detected during the given length of the time window, transmitting a second random access preamble on the random access channel in a next time slot of the plurality of time slots by using a frequency different from the selected frequency among the two different radio frequencies. - enabling two different frequencies in each one of a plurality of time slots for transmission on a random access channel, wherein the two different frequencies are located next to physical uplink control channel, PUCCH, frequencies, and the PUCCH frequencies are located at both edges of a bandwidth in each time slot; characterised by: - selecting a frequency among the two different frequencies for transmission of a first random access preamble in a time slot of the plurality of time slots, if frequency hopping is enabled; and - transmitting the first random access preamble on the random access channel in the time slot by using the selected frequency; - selecting a frequency among the two different frequencies for transmission of a first random access preamble in a time slot of the plurality of time slots, if frequency hopping is enabled; and - transmitting the first random access preamble on the random access channel in the time slot by using the selected frequency; - listening to another frequency during a given length of a time window to obtain a response to the first random access preamble, wherein the length of the time window is configurable by the radio communication system; and - if no response to the first random access preamble is detected during the given length of the time window, transmitting a second random access preamble on the random access channel in a next time slot of the plurality of time slots by using a frequency different from the selected frequency among the two different radio frequencies.
A propulsion system for an aircraft, comprising a gas turbine engine having a high pressure spool and a low pressure spool, wherein the low pressure spool is operative to drive a propulsor; being characterized by the propulsion system further comprising: an auxiliary power unit comprising a reduction gearbox mechanically coupled to both the high pressure spool and the low pressure spool by a shafting system (74, 78), wherein the APU is a thermodynamic machine configured to generate mechanical power from fuel; and wherein the APU is operative to supply rotational power to both the high pressure spool and the low pressure spool at the same time via the reduction gearbox and the shafting system.
A sealer for cutting and sealing a conduit connecting a test sample device to a fluid receptacle containing a fluid sample, comprising a moveable cutting element and a motor for moving the said cutting element, characterized in that it comprises: an enclosure having an aperture and shield moveable between a first position covering the said aperture and a second position not covering the said aperture; a moveable cutting element assembly having a home position located within the said enclosure; a motor for moving the said cutting element assembly through the said aperture to a deployed position wherein the said cutting element assembly is positioned external to the said enclosure at a position for cutting the said conduit, wherein movement of the said cutting element assembly through the said aperture causes the said shield to move to the said second position, and wherein movement of the said cutting element assembly from the said deployed position to the said home position causes the said shield to move from the said second position to the said first position covering the said aperture, whereby when the said cutting element assembly is in the said home position, the said shield and the said enclosure prevent inadvertent contact with the said cutting element assembly. an enclosure having an aperture and shield moveable between a first position covering the said aperture and a second position not covering the said aperture; a moveable cutting element assembly having a home position located within the said enclosure; a motor for moving the said cutting element assembly through the said aperture to a deployed position wherein the said cutting element assembly is positioned external to the said enclosure at a position for cutting the said conduit, wherein movement of the said cutting element assembly through the said aperture causes the said shield to move to the said second position, and wherein movement of the said cutting element assembly from the said deployed position to the said home position causes the said shield to move from the said second position to the said first position covering the said aperture, whereby when the said cutting element assembly is in the said home position, the said shield and the said enclosure prevent inadvertent contact with the said cutting element assembly.
An image sensor, comprising: a substrate having first and second opposing surfaces thereon; a first pixel comprising a first color filter on the second surface (1 00b) of the substrate, and a first photoelectric conversion region within a first portion of the substrate, which extends between the first and second opposing surfaces (100a, 100b) of the substrate and extends between the first color filter and the first surface of the substrate; and a second pixel having different light receiving characteristics relative to the first pixel, said second pixel comprising: a pixel electrode on the second surface of the substrate; and a second photoelectric conversion layer comprising a perovskite material, on the pixel electrode, wherein the first color filter and the first photoelectric conversion region of the first pixel do not overlap with the second photoelectric conversion layer of the second pixel in a direction perpendicular to the second surface of the substrate; and wherein a color filter is omitted from a light receiving path of the second pixel. a substrate having first and second opposing surfaces thereon; a first pixel comprising a first color filter on the second surface (1 00b) of the substrate, and a first photoelectric conversion region within a first portion of the substrate, which extends between the first and second opposing surfaces (100a, 100b) of the substrate and extends between the first color filter and the first surface of the substrate; and a second pixel having different light receiving characteristics relative to the first pixel, said second pixel comprising: a pixel electrode on the second surface of the substrate; and a second photoelectric conversion layer comprising a perovskite material, on the pixel electrode, wherein the first color filter and the first photoelectric conversion region of the first pixel do not overlap with the second photoelectric conversion layer of the second pixel in a direction perpendicular to the second surface of the substrate; and wherein a color filter is omitted from a light receiving path of the second pixel. a pixel electrode on the second surface of the substrate; and a second photoelectric conversion layer comprising a perovskite material, on the pixel electrode, wherein the first color filter and the first photoelectric conversion region of the first pixel do not overlap with the second photoelectric conversion layer of the second pixel in a direction perpendicular to the second surface of the substrate; and wherein a color filter is omitted from a light receiving path of the second pixel.
A method, comprising: detecting a query that seeks information from a partition in a table located in a table store, where the query seeks to filter on a specific property in the partition, where the table store holds a plurality of tables, where a table stores different entities that have different sets of properties, where the partition is a collection of entities in the table, and where a table imposes no schema on an entity; prepare a memory with one or more indexes that facilitate filtering the partition; copy the partition from the table store into the memory; filter the partition on the specific property using the one or more indexes, where the partition is filtered in the memory; serialize the partition before, during, or after copying the partition from the table store into the memory; upon determining that the query does not seek to filter on a specific property, service the query from the table store; and upon determining that the query seeks to filter on the specific property, and upon determining that the partition is already in the memory, service the query from the memory. detecting a query that seeks information from a partition in a table located in a table store, where the query seeks to filter on a specific property in the partition, where the table store holds a plurality of tables, where a table stores different entities that have different sets of properties, where the partition is a collection of entities in the table, and where a table imposes no schema on an entity; prepare a memory with one or more indexes that facilitate filtering the partition; copy the partition from the table store into the memory; filter the partition on the specific property using the one or more indexes, where the partition is filtered in the memory; serialize the partition before, during, or after copying the partition from the table store into the memory; upon determining that the query does not seek to filter on a specific property, service the query from the table store; and prepare a memory with one or more indexes that facilitate filtering the partition; copy the partition from the table store into the memory; filter the partition on the specific property using the one or more indexes, where the partition is filtered in the memory; serialize the partition before, during, or after copying the partition from the table store into the memory; upon determining that the query does not seek to filter on a specific property, service the query from the table store; and upon determining that the query seeks to filter on the specific property, and upon determining that the partition is already in the memory, service the query from the memory.
An arc chamber assembly for an electrical switching apparatus, said electrical switching apparatus comprising a stationary contact and a movable contact structured to move into and out of engagement with said stationary contact in order to close and open said electrical switching apparatus, respectively, said arc chamber assembly comprising: a plurality of splitter plates (102, 104, 106); a current loop member coupled to said plurality of splitter plates (102, 104, 106) and being structured to extend from said stationary contact; an element coupled to said current loop member; and a number of permanent magnets (150, 160) each coupled to said element, wherein said current loop member and said number of permanent magnets (150, 160) are structured to draw an electrical arc into said plurality of splitter plates (102, 104, 106), characterized in that said current loop member comprises a first end portion, a second end portion, a first loop portion, and a second loop portion; wherein the first loop portion and the second loop portion each extend from proximate the first end portion to proximate the second end portion; and wherein said plurality of splitter plates (102, 104, 106), said element, and said number of permanent magnets (150, 160) are disposed between said first loop portion and said second loop portion. a plurality of splitter plates (102, 104, 106); a current loop member coupled to said plurality of splitter plates (102, 104, 106) and being structured to extend from said stationary contact; an element coupled to said current loop member; and a number of permanent magnets (150, 160) each coupled to said element, wherein said current loop member and said number of permanent magnets (150, 160) are structured to draw an electrical arc into said plurality of splitter plates (102, 104, 106), characterized in that said current loop member comprises a first end portion, a second end portion, a first loop portion, and a second loop portion; wherein the first loop portion and the second loop portion each extend from proximate the first end portion to proximate the second end portion; and wherein said plurality of splitter plates (102, 104, 106), said element, and said number of permanent magnets (150, 160) are disposed between said first loop portion and said second loop portion.
A multiphase microsphere for radioembolization, the multiphase microsphere comprising: a primary phase comprising a first resin; and a first secondary phase surrounded by the primary phase, the first secondary phase comprising a second resin and at least one of a radioactive isotope or a compound including at least one radioactive element. a primary phase comprising a first resin; and a first secondary phase surrounded by the primary phase, the first secondary phase comprising a second resin and at least one of a radioactive isotope or a compound including at least one radioactive element.
A method of evaluating kidney function of a subject, the method comprising: (a) characterizing nanoparticles in a urine sample collected from a subject with a measurement process to obtain a characteristic parameter; and (b) comparing the characteristic parameter with a reference value, thereby evaluating the kidney function, wherein a first plurality of nanoparticles having a first dose has been administered to the subject and the urine sample has been collected within a first period of time after the administration. (a) characterizing nanoparticles in a urine sample collected from a subject with a measurement process to obtain a characteristic parameter; and (b) comparing the characteristic parameter with a reference value, thereby evaluating the kidney function,