mhurhangee/ep-ind-claims huggingface dataset:
An automatic stopping device for a forklift, comprising: a forward/reverse lever of the forklift which is manipulated by an operator; a forward actuation valve and a reverse actuation valve which are operated by the forward/reverse lever; a transmission which is provided between an engine and drive wheels and performs a gear shift operation by an operation of the forward actuation valve or the reverse actuation valve; and a stopping unit which forcibly stops the forklift depending on whether the operator is present, wherein the stopping unit includes: a seated operator detecting means which detects whether the operator is seated in an operator's seat; characterised in that the stopping unit comprises a brake pedal detecting means which detects whether a brake pedal is operated; and a controller which obtains signals from the seated operator detecting means and the brake pedal detecting means and controls the forward actuation valve and the reverse actuation valve. a forward/reverse lever of the forklift which is manipulated by an operator; a forward actuation valve and a reverse actuation valve which are operated by the forward/reverse lever; a transmission which is provided between an engine and drive wheels and performs a gear shift operation by an operation of the forward actuation valve or the reverse actuation valve; and a stopping unit which forcibly stops the forklift depending on whether the operator is present, wherein the stopping unit includes: a seated operator detecting means which detects whether the operator is seated in an operator's seat; characterised in that the stopping unit comprises a brake pedal detecting means which detects whether a brake pedal is operated; and a controller which obtains signals from the seated operator detecting means and the brake pedal detecting means and controls the forward actuation valve and the reverse actuation valve. a seated operator detecting means which detects whether the operator is seated in an operator's seat; characterised in that the stopping unit comprises a brake pedal detecting means which detects whether a brake pedal is operated; and a controller which obtains signals from the seated operator detecting means and the brake pedal detecting means and controls the forward actuation valve and the reverse actuation valve.
A composition comprising: a population of quantum dot phosphors and a reflective material, both suspended in a primary matrix material, wherein the matrix material comprises polymer beads. a population of quantum dot phosphors and a reflective material, both suspended in a primary matrix material, wherein the matrix material comprises polymer beads.
An additive-manufacturing system comprising: an additive-manufacturing head; a surface-processing device coupled to the additive-manufacturing head; a support member; a laser energy source; and a laser-delivery device, comprising a first end, optically coupled to the laser energy source, and a second end, coupled to the support member; and wherein the surface-processing device comprises a laser-emitting device configured to emit a first and a second laser beam arranged to smooth at least one of one or more layers, produced by the additive-manufacturing system, along both of the interior surface and the exterior surface of the one or more layers by melting a portion of the at least one of the one or more layers. an additive-manufacturing head; a surface-processing device coupled to the additive-manufacturing head; a support member; a laser energy source; and a laser-delivery device, comprising a first end, optically coupled to the laser energy source, and a second end, coupled to the support member; and wherein the surface-processing device comprises a laser-emitting device configured to emit a first and a second laser beam arranged to smooth at least one of one or more layers, produced by the additive-manufacturing system, along both of the interior surface and the exterior surface of the one or more layers by melting a portion of the at least one of the one or more layers.
An apparatus for reporting channel state information, CSI, between a transmit node device and a receive node device in a wireless communication system, said transmit node device being arranged for transmission with multiple transmit antennas and the CSI being represented by one matrix W from a codebook C comprising a plurality of matrices, wherein each matrix in said codebook C represents a state for the multi-antenna channel from said transmit node to said receive node, said apparatus characterized by further comprising: a circuitry adapted for reporting a first sub-index k 1 in a plurality of first sub-indices; and a circuitry adapted for reporting a second sub-index k 2 in a plurality of second sub-indices, wherein said first sub-index k 1 and second sub-index k 2 are reported by said receive node on a periodic control channel, said one matrix W is indexed by said first sub-index k 1 and second sub-index k 2, and said first sub-index k 1 and second sub-index k 2 are common for all K frequency sub-bands; dependencies between said plurality of first sub-indices and said plurality of second sub-indices are introduced, and each matrix in the codebook C is indexed by one of the plurality of first sub-indices and one of the plurality of second sub-indices. a circuitry adapted for reporting a first sub-index k 1 in a plurality of first sub-indices; and a circuitry adapted for reporting a second sub-index k 2 in a plurality of second sub-indices, wherein said first sub-index k 1 and second sub-index k 2 are reported by said receive node on a periodic control channel, said one matrix W is indexed by said first sub-index k 1 and second sub-index k 2, and said first sub-index k 1 and second sub-index k 2 are common for all K frequency sub-bands; dependencies between said plurality of first sub-indices and said plurality of second sub-indices are introduced, and each matrix in the codebook C is indexed by one of the plurality of first sub-indices and one of the plurality of second sub-indices.
Domestic cooling appliance having an internal container with walls (4 to 7) delimiting an interior space for receiving food, and receiving means (10 to 15) are arranged on internal sides (4a, 5a) of at least lateral vertical walls (4, 5) of the internal container, on which receiving means (10 to 15) at least one shelf (16 to 18) can be mounted, wherein at least one light source (19, 20) which is oriented in order to illuminate the interior space is arranged on at least one receiving means (10 to 15), wherein the receiving means (10 to 15) are embodied with a horizontal support bar in which at least one light source is arranged in integrated fashion, wherein the shelf (16 to 18) is arranged on said support bar, wherein in at least one first insertion position of the shelf (16 to 18) the light source (19, 20) for emitting light into the interior space is not covered by the shelf (16 to 18), and in a second insertion position of the shelf (16 to 18) the light source (19, 20) is covered, wherein the shelf (16 to 18) has a light guide which is arranged only in the second insertion position in front of the light source (19, 20) and the light from the light source (19, 20) can be coupled into the light guide in the second insertion position, wherein the light guide is arranged in a front strip of the shelf (16 to 18).
A pinion gear assembly comprising: a pinion (20, 120) that extends along an axis and has a gear portion and a hub portion disposed proximate the gear portion; a shaft portion that extends from a first pinion end surface to the gear portion; wherein the hub portion extends from a second pinion end surface to the gear portion; wherein the gear portion has a tapered shape that becomes narrower in a direction that extends from the first pinion end surface toward the second pinion end surface; a collar (22, 122) that has a collar hole that receives the hub portion; and a bearing (24, 124) that has a bearing hole that receives the collar (22, 122); wherein the pinion (20, 120) has a first shoulder and a second shoulder, wherein the collar (22, 122) is fixedly disposed on the hub portion and the bearing (24, 124) is fixedly disposed on the collar (22, 122), characterised in that the collar (22, 122) engages the first shoulder and the bearing (24, 124) engages the second shoulder. a pinion (20, 120) that extends along an axis and has a gear portion and a hub portion disposed proximate the gear portion; a shaft portion that extends from a first pinion end surface to the gear portion; wherein the hub portion extends from a second pinion end surface to the gear portion; wherein the gear portion has a tapered shape that becomes narrower in a direction that extends from the first pinion end surface toward the second pinion end surface; a collar (22, 122) that has a collar hole that receives the hub portion; and a bearing (24, 124) that has a bearing hole that receives the collar (22, 122); wherein the pinion (20, 120) has a first shoulder and a second shoulder, wherein the collar (22, 122) is fixedly disposed on the hub portion and the bearing (24, 124) is fixedly disposed on the collar (22, 122), characterised in that the collar (22, 122) engages the first shoulder and the bearing (24, 124) engages the second shoulder.
A ferritic stainless steel sheet comprising: a chemical composition containing, by mass%, C: 0.025 % or less, Si: 0.01 % to 2.0 %, Mn: 0.01 % to 1.0 %, P: 0.050 % or less, S: 0.010 % or less, Cr: 10.5 % to 20.0 %, Al: 0.01 % to 0.50 %, Ni: 0.01 % to 0.60 %, Ti: 0.10 % to 0.50 %, N: 0.025 % or less, and optionally at least one selected from the group consisting of Cu: 0.01 % to 0.80 %, Mo: 0.01 % to 3.0 %, W: 0.01 % to 3.0 %, Nb: 0.01 % to 0.20 %, V: 0.01 % to 0.20 %, Zr: 0.01 % to 0.10 %, Hf: 0.01 % to 0.10 %, and REM: 0.01 % to 0.15 %, with the balance consisting of Fe and inevitable impurities; and a coating layer comprising at least one coating layer selected from the group consisting of an Al coating layer, an Fe coating layer, and a Si coating layer on one or both sides thereof, wherein the coating layer has a total thickness of 30 nm to 150 nm per side, and the coating layer is a vapor-deposited layer. a chemical composition containing, by mass%, C: 0.025 % or less, Si: 0.01 % to 2.0 %, Mn: 0.01 % to 1.0 %, P: 0.050 % or less, S: 0.010 % or less, Cr: 10.5 % to 20.0 %, Al: 0.01 % to 0.50 %, Ni: 0.01 % to 0.60 %, Ti: 0.10 % to 0.50 %, N: 0.025 % or less, and optionally at least one selected from the group consisting of Cu: 0.01 % to 0.80 %, Mo: 0.01 % to 3.0 %, W: 0.01 % to 3.0 %, Nb: 0.01 % to 0.20 %, V: 0.01 % to 0.20 %, Zr: 0.01 % to 0.10 %, Hf: 0.01 % to 0.10 %, and REM: 0.01 % to 0.15 %, with the balance consisting of Fe and inevitable impurities; and a coating layer comprising at least one coating layer selected from the group consisting of an Al coating layer, an Fe coating layer, and a Si coating layer on one or both sides thereof, wherein the coating layer has a total thickness of 30 nm to 150 nm per side, and the coating layer is a vapor-deposited layer.
A linear member holding structure of a saddle-riding type vehicle comprising: a swing arm that includes a front portion which is swingably supported by a body frame and a rear portion which rotatably supports a rear wheel via a driving shaft; and a linear member that extends along the swing arm in a front-rear direction of the vehicle and includes at least a rear wheel brake pipe, wherein the swing arm has at least a part having a vertical section formed longer in an upper-lower direction than in a vehicle width direction, wherein the part of the swing arm is formed with a recess on an upper part thereof, wherein the recess includes a recess bottom surface and a recess inside surface standing from the recess bottom surface and opposed to a center in the vehicle width direction, wherein the recess inside surface has a width longer in the upper-lower direction than a width in the vehicle width direction of the recess bottom surface, characterised in that the linear member includes a sensor harness and wherein the brake pipe and the sensor harness are arranged in the upper-lower direction to be accommodated in the recess, wherein the recess includes a recess opening at least opened toward an upper side of the vehicle, and wherein at least a part of the recess opening is covered with a slider that forms a sliding surface of an endless transmission member for transmitting a driving force to the rear wheel. a swing arm that includes a front portion which is swingably supported by a body frame and a rear portion which rotatably supports a rear wheel via a driving shaft; and a linear member that extends along the swing arm in a front-rear direction of the vehicle and includes at least a rear wheel brake pipe, wherein the swing arm has at least a part having a vertical section formed longer in an upper-lower direction than in a vehicle width direction, wherein the part of the swing arm is formed with a recess on an upper part thereof, wherein the recess includes a recess bottom surface and a recess inside surface standing from the recess bottom surface and opposed to a center in the vehicle width direction, wherein the recess inside surface has a width longer in the upper-lower direction than a width in the vehicle width direction of the recess bottom surface, characterised in that the linear member includes a sensor harness and wherein the brake pipe and the sensor harness are arranged in the upper-lower direction to be accommodated in the recess, wherein the recess includes a recess opening at least opened toward an upper side of the vehicle, and wherein at least a part of the recess opening is covered with a slider that forms a sliding surface of an endless transmission member for transmitting a driving force to the rear wheel.
A phosphor, comprising a product phase showing a diffraction peak with relative intensity of 10% or more in the Bragg angle (2θ) range from 36.5° to 37.5° and from 40.9° to 41.9°, 41.9° to 42.9°, 56.3° to 57.3°, 66.0° to 67.0°, 75.8° to 76.8°, and 81.0° to 83.0°, when the relative intensity of the diffraction peak having a highest intensity in a powder X-ray diffraction pattern by CoKα ray is defined as 100%, wherein the product phase is expressed by a composition formula MmAaBbOoNn:Z, where element M is at least one kind of element having bivalent valency selected among Mg, Ca, Sr, Ba and Zn, element A is Al optionally partially replaced by B and/or Ga, element B is Si, optionally partially replaced by Ge, O is oxygen, N is nitrogen, and element Z is Eu, satisfying n = 2/3m + a + 4/3b - 2/3o, m/(a + b) ≥ 1/2, (o + n) / (a + b) > 4/3, o > 0, and m: a: b = 1: 1: 1, wherein the element M is partially replaced by the activator element Z, wherein the mol amount m of the element M includes the doping amount z of the activator element Z, and wherein the mol ratio of the doping amount z of the activator element Z to the mol amount m of the element M meets the requirement 0.0001 ≤ z/m ≤ 0.50.
A system, comprising: a plurality of storage nodes, each of which comprises at least one processor and a memory, wherein the plurality of storage nodes is configured to collectively implement a distributed log-structured storage system of a database service configured to: receive a plurality of log records, from one or more database engine head nodes of the database service, wherein each of the plurality of log records is associated with a respective change to data stored by the database service and is further associated with a respective log sequence identifier; store the plurality of log records among the plurality of storage nodes; determine that a difference exists between first log records of the plurality of log records stored at a first storage node of the plurality of storage nodes and second log records of the plurality of log records stored at a second storage node of the plurality of nodes; and transform the plurality of log records, wherein the plurality of log records include two or more log sections as operands for said transforming, wherein transforming the plurality of log records results in a modified plurality of log records, the modified plurality of log records being a different plurality of log records, and wherein said transforming the plurality of log records includes reconciling the difference between the first log records and the second log records. receive a plurality of log records, from one or more database engine head nodes of the database service, wherein each of the plurality of log records is associated with a respective change to data stored by the database service and is further associated with a respective log sequence identifier; store the plurality of log records among the plurality of storage nodes; determine that a difference exists between first log records of the plurality of log records stored at a first storage node of the plurality of storage nodes and second log records of the plurality of log records stored at a second storage node of the plurality of nodes; and transform the plurality of log records, wherein the plurality of log records include two or more log sections as operands for said transforming, wherein transforming the plurality of log records results in a modified plurality of log records, the modified plurality of log records being a different plurality of log records, and wherein said transforming the plurality of log records includes reconciling the difference between the first log records and the second log records.
A cover cap for an airbag module, especially for a driver airbag module, comprising a front panel including an outer face as well as an opposed inner face which in the assembled state of the airbag module faces a folded airbag, and an emblem including two separate emblem elements (24, 26) fastened to the front panel, wherein the front panel has a tear line along which the cover cap tears upon activation of the assembled airbag module, wherein an area of the front panel having the smallest distance between the two emblem elements (24, 26) defines a web portion through which the tear-line extends, and wherein the tear line in the area of the web portion extends eccentrically between the two separate emblem elements (24, 26), characterized in that in the area of the web portion the tear line is either directly adjacent to the edge of either of the web elements (24, 26) or covered at least partially by either of the emblem elements (24, 26) on the outer face of the front panel, and/or in that the front panel has a weakened panel as well as a remaining residual panel thickness (d 1, d 2) in the area of the tear line, wherein the front panel in the area of the web portion has a residual panel thickness (d 1) larger than a residual wall thickness (d 2) outside the web portion. a front panel including an outer face as well as an opposed inner face which in the assembled state of the airbag module faces a folded airbag, and an emblem including two separate emblem elements (24, 26) fastened to the front panel, wherein the front panel has a tear line along which the cover cap tears upon activation of the assembled airbag module, wherein an area of the front panel having the smallest distance between the two emblem elements (24, 26) defines a web portion through which the tear-line extends, and wherein the tear line in the area of the web portion extends eccentrically between the two separate emblem elements (24, 26), characterized in that in the area of the web portion the tear line is either directly adjacent to the edge of either of the web elements (24, 26) or covered at least partially by either of the emblem elements (24, 26) on the outer face of the front panel, and/or in that the front panel has a weakened panel as well as a remaining residual panel thickness (d 1, d 2) in the area of the tear line, wherein the front panel in the area of the web portion has a residual panel thickness (d 1) larger than a residual wall thickness (d 2) outside the web portion.
A method for predicting pharmacological efficacy of a human anti-TNFα antibody drug against rheumatoid arthritis, the method comprising: measuring a level of at least one of ADAMTS4 and ADAMTS5 in a sample derived from a subject, and determining whether or not the human anti-TNFα antibody drug is efficacious against rheumatoid arthritis of the subject, based on the level of the at least one of ADAMTS4 and ADAMTS5 serving as an index, wherein the level of the at least one of ADAMTS4 and ADAMTS5 in the sample derived from the subject is an expression level of at least one of ADAMTS4 mRNA and ADAMTS5 mRNA, and wherein the determining is determining that the human anti-TNFα antibody drug is efficacious against rheumatoid arthritis of the subject, when the expression level of ADAMTS4 mRNA is equal to or higher than 0.3 × 10 -4 as a relative value (ADAMTS4/β-actin) to a level of mRNA of β-actin which is an endogenous control, or when the expression level of ADAMTS5 mRNA is equal to or higher than 4.0 × 10 -4 as a relative value (ADAMTS5/β-actin) to the level of the mRNA of the β-actin which is the endogenous control, or when the expression level of ADAMTS4 mRNA is equal to or higher than 0.3 × 10 -4 as the relative value (ADAMTS4/β-actin) and the expression level of ADAMTS5 mRNA is equal to or higher than 4.0 × 10 -4 as the relative value (ADAMTS5/β-actin). measuring a level of at least one of ADAMTS4 and ADAMTS5 in a sample derived from a subject, and determining whether or not the human anti-TNFα antibody drug is efficacious against rheumatoid arthritis of the subject, based on the level of the at least one of ADAMTS4 and ADAMTS5 serving as an index, wherein the level of the at least one of ADAMTS4 and ADAMTS5 in the sample derived from the subject is an expression level of at least one of ADAMTS4 mRNA and ADAMTS5 mRNA, and wherein the determining is determining that the human anti-TNFα antibody drug is efficacious against rheumatoid arthritis of the subject, when the expression level of ADAMTS4 mRNA is equal to or higher than 0.3 × 10 -4 as a relative value (ADAMTS4/β-actin) to a level of mRNA of β-actin which is an endogenous control, or when the expression level of ADAMTS5 mRNA is equal to or higher than 4.0 × 10 -4 as a relative value (ADAMTS5/β-actin) to the level of the mRNA of the β-actin which is the endogenous control, or when the expression level of ADAMTS4 mRNA is equal to or higher than 0.3 × 10 -4 as the relative value (ADAMTS4/β-actin) and the expression level of ADAMTS5 mRNA is equal to or higher than 4.0 × 10 -4 as the relative value (ADAMTS5/β-actin).