mhurhangee/ep-ind-claims huggingface dataset:
A vehicle cabin lighting system (10, 70, 80, 90) comprising: a lighting device (38, 39, 84, 86, 94) that is configured to be provided inside a vehicle cabin and that is configured to move a position of light; a control section that is configured to determine whether or not an occupant sitting on a vehicle seat (14, 16, 18, 20) has an interest in interacting with another occupant inside the vehicle cabin based on operation of an operation section (S3, S4) by the occupant or based on a state of the occupant sitting on the vehicle seat (14, 16, 18, 20), and to control the lighting device (38, 39, 84, 86, 94) so as to move the position of the light in order to direct a gaze direction of the occupant toward a vehicle width direction outer side in a case in which no interest in interacting has been determined; the lighting device (84, 86) includes an illumination unit (84A, 86A) configured to be disposed along a vehicle width direction in a back face of a seatback (14B, 16B) of a front seat (14, 16); and the control section is configured to illuminate the illumination unit (84A, 86A) sequentially from a vehicle width direction inner side toward the vehicle width direction outer side in a case in which the occupant has been determined not to have an interest in interacting with the other occupant inside the vehicle cabin. a lighting device (38, 39, 84, 86, 94) that is configured to be provided inside a vehicle cabin and that is configured to move a position of light; a control section that is configured to determine whether or not an occupant sitting on a vehicle seat (14, 16, 18, 20) has an interest in interacting with another occupant inside the vehicle cabin based on operation of an operation section (S3, S4) by the occupant or based on a state of the occupant sitting on the vehicle seat (14, 16, 18, 20), and to control the lighting device (38, 39, 84, 86, 94) so as to move the position of the light in order to direct a gaze direction of the occupant toward a vehicle width direction outer side in a case in which no interest in interacting has been determined; the lighting device (84, 86) includes an illumination unit (84A, 86A) configured to be disposed along a vehicle width direction in a back face of a seatback (14B, 16B) of a front seat (14, 16); and the control section is configured to illuminate the illumination unit (84A, 86A) sequentially from a vehicle width direction inner side toward the vehicle width direction outer side in a case in which the occupant has been determined not to have an interest in interacting with the other occupant inside the vehicle cabin.
A piston rod manufacturing method of manufacturing a piston rod by joining a solid rod main body and a solid rod head having an annular clevis connected to a load and a solid body portion, characterized by comprising: a first step of joining an end surface of the rod main body and an end surface of the body portion of the rod head by friction welding; and a second step of performing boring process on an axial center portion from the rod head side so as to penetrate through a joining face between the rod main body and the rod head from the clevis to the body portion; wherein the second step is performed after the first step. a first step of joining an end surface of the rod main body and an end surface of the body portion of the rod head by friction welding; and a second step of performing boring process on an axial center portion from the rod head side so as to penetrate through a joining face between the rod main body and the rod head from the clevis to the body portion; wherein the second step is performed after the first step.
A macromonomer precursor comprising: a polymeric chain derived from farnesene; and a single functional terminal end selected from a hydroxyl group, an amino group, an epoxy group, an isocyanato group, and a carboxylic acid group. a polymeric chain derived from farnesene; and a single functional terminal end selected from a hydroxyl group, an amino group, an epoxy group, an isocyanato group, and a carboxylic acid group.
A method performed by a first user equipment, UE, in a wireless communication system, the method comprising: receiving, from a second UE, a physical sidelink control channel, PSCCH, including control information for a first physical sidelink shared channel, PSSCH; receiving, from the second UE, the first PSSCH based on the control information for the first PSSCH; identifying a resource for a channel state information, CSI, feedback based on scheduling information received from a base station and the first PSSCH; and transmitting, to the second UE, the CSI feedback on the identified resource through a second PSSCH. receiving, from a second UE, a physical sidelink control channel, PSCCH, including control information for a first physical sidelink shared channel, PSSCH; receiving, from the second UE, the first PSSCH based on the control information for the first PSSCH; identifying a resource for a channel state information, CSI, feedback based on scheduling information received from a base station and the first PSSCH; and transmitting, to the second UE, the CSI feedback on the identified resource through a second PSSCH.
A heat-resistant thermally conductive composition comprising: a matrix resin; and thermally conductive particles, wherein the heat-resistant thermally conductive composition contains a benzimidazolone compound as a heat resistance improver, and the thermally conductive particles are added in an amount of 100 to 4000 parts by mass with respect to 100 parts by mass of the matrix resin. a matrix resin; and thermally conductive particles, wherein the heat-resistant thermally conductive composition contains a benzimidazolone compound as a heat resistance improver, and the thermally conductive particles are added in an amount of 100 to 4000 parts by mass with respect to 100 parts by mass of the matrix resin.
Optical device for a motor vehicle, such as a lighting or signalling device, this device comprising: - at least two light sources (2; 3) associated with different predetermined photometric functions, one of the photometric functions corresponding to daytime lighting, and the other photometric function corresponding to a direction-change flashing light, one of the light sources being arranged to emit a white light associated with the daytime-lighting photometric function and the other one of the light sources being arranged to emit an amber light associated with the direction-change flashing light photometric function; - a main light guide comprising an exit face and arranged to guide the light coming from said light sources to this exit face so that this exit face defines a common illuminating surface for the two photometric functions; where the two light sources are each formed by a light-emitting chip of an LED, the light sources being formed on separate LEDs, the LEDS being carried by a common support, the device being characterised by the fact that this support comprises a flexible leaf with an electrical circuit. - at least two light sources (2; 3) associated with different predetermined photometric functions, one of the photometric functions corresponding to daytime lighting, and the other photometric function corresponding to a direction-change flashing light, one of the light sources being arranged to emit a white light associated with the daytime-lighting photometric function and the other one of the light sources being arranged to emit an amber light associated with the direction-change flashing light photometric function; - a main light guide comprising an exit face and arranged to guide the light coming from said light sources to this exit face so that this exit face defines a common illuminating surface for the two photometric functions; where
An off-axis alignment system comprising, sequentially along a transmission path of a light beam, an illumination module, an interference module and a detection module, wherein: the illumination module comprises a light source, a multi-wavelength incident optical fiber and a beam splitter, the detection module sequentially comprises a lens group, a polarizing means, a detection optical fiber and a photoelectric detector, and the interference module comprises: a polarization beam splitter having four side faces, the illumination module and the detection module both located on a first side of the polarization beam splitter; a first quarter-wave plate and a first reflector, sequentially disposed on a second side of the polarization beam splitter opposite to the first side thereof; a second quarter-wave plate and a cube-corner prism, sequentially disposed on a third side of the polarization beam splitter; and a third quarter-wave plate, a second reflector and a lens, sequentially disposed on the fourth side of the polarization beam splitter opposite to the third side thereof, the second reflector located on a rear focal plane of the lens, a center of a bottom of the cube-corner prism situated on an optical axis of the lens. the illumination module comprises a light source, a multi-wavelength incident optical fiber and a beam splitter, the detection module sequentially comprises a lens group, a polarizing means, a detection optical fiber and a photoelectric detector, and the interference module comprises: a polarization beam splitter having four side faces, the illumination module and the detection module both located on a first side of the polarization beam splitter; a first quarter-wave plate and a first reflector, sequentially disposed on a second side of the polarization beam splitter opposite to the first side thereof; a second quarter-wave plate and a cube-corner prism, sequentially disposed on a third side of the polarization beam splitter; and a third quarter-wave plate, a second reflector and a lens, sequentially disposed on the fourth side of the polarization beam splitter opposite to the third side thereof, the second reflector located on a rear focal plane of the lens, a center of a bottom of the cube-corner prism situated on an optical axis of the lens. a polarization beam splitter having four side faces, the illumination module and the detection module both located on a first side of the polarization beam splitter; a first quarter-wave plate and a first reflector, sequentially disposed on a second side of the polarization beam splitter opposite to the first side thereof; a second quarter-wave plate and a cube-corner prism, sequentially disposed on a third side of the polarization beam splitter; and a third quarter-wave plate, a second reflector and a lens, sequentially disposed on the fourth side of the polarization beam splitter opposite to the third side thereof, the second reflector located on a rear focal plane of the lens, a center of a bottom of the cube-corner prism situated on an optical axis of the lens.
A two-cycle engine, characterized by a structure where, through descending of a piston (11, 61), a mixed gas guided into a crank case is guided into a combustion chamber formed on an upper side of the piston (11, 61) through a scavenging passage, wherein the crank case is disposed to a lower side of the piston (11, 61) performing a reciprocal up-down movement in a cylinder, wherein in the two-cycle engine, a notch part is formed locally from a lower end side on a sidewall part of the piston (11, 61) sliding along an inner surface of the cylinder, the notch part is connected to the scavenging passage when the piston (11, 61) is located at a bottom dead center, a crank case protruding part (20A, 20B) is disposed in the crank case, and the crank case protruding part (20A, 20B) is located on a lower side of the scavenging passage and penetrates through the notch part and protrudes toward a central axis side of the cylinder when the piston (11, 61) is located at the bottom dead center, a connection part of the crank case protruding part connecting a surface on a central side and an upper surface is formed to be a gentle curved surface, and the scavenging passage has a scavenging inlet on the side of the crank case, the scavenging inlet is a part where the notch part and the scavenging passage overlap.
A system for mounting a control valve on an engine, the mounting system comprising: an engine head operatively disposed on a cylinder block of the engine, the engine head having at least one open receptacle and a connector locator portion, wherein the connector locator portion is to operatively engage an electrical connector having a fixed location on the control valve, thereby substantially preventing rotation of the control valve about a longitudinal axis (X, Y) through the control valve; and a retainer operatively configured to hold the control valve in a seated_position in the at least one open receptacle and to operatively oppose hydraulic pressure exerted on the control valve; characterized in that the connector locator portion further comprises a slot defined at an opening of the open receptacle, the slot being integral to the open receptacle, the slot having opposed side walls and a base disposed between the opposed side walls; a width of the base and a height of the opposed side walls complements dimensions of the electrical connector; the slot is to operatively engage and locate the electrical connector to prevent its rotation; and the retainer is configured to be removeably engaged with the at least one open receptacle, the retainer being co-axial with the at least one open receptacle. an engine head operatively disposed on a cylinder block of the engine, the engine head having at least one open receptacle and a connector locator portion, wherein the connector locator portion is to operatively engage an electrical connector having a fixed location on the control valve, thereby substantially preventing rotation of the control valve about a longitudinal axis (X, Y) through the control valve; and a retainer operatively configured to hold the control valve in a seated_position in the at least one open receptacle and to operatively oppose hydraulic pressure exerted on the control valve; characterized in that the connector locator portion further comprises a slot defined at an opening of the open receptacle, the slot being integral to the open receptacle, the slot having opposed side walls and a base disposed between the opposed side walls; a width of the base and a height of the opposed side walls complements dimensions of the electrical connector; the slot is to operatively engage and locate the electrical connector to prevent its rotation; and the retainer is configured to be removeably engaged with the at least one open receptacle, the retainer being co-axial with the at least one open receptacle.
Microcapsules comprising a polymeric coating, the polymeric coating being at least partly crosslinked with a polymeric matrix comprising a polysaccharide, wherein in the matrix a lipid and an active agent or a prodrug or salt thereof are embedded, the lipid having a melting point of at least 30°C.
An adjustable rack assembly for a dishwasher basket, comprising a rack comprising a base bar and a plurality of holding bars that are fixedly attached to the base bar and a bracket (18; 60; 80) provided at each end of the base bar for connecting said rack to a bar of the dishwasher basket, wherein, when the rack is mounted on the bars of the dishwasher basket, said brackets (18; 60; 80) are adapted to permit horizontal shifting thereof along the bars of the dishwasher basket, and wherein said rack assembly further comprises a releasable clamping means for securing the position of the brackets with respect to the bars of the dishwasher basket, characterized in that said bracket has an essentially H-shape comprising two legs (82, 84) which extend substantially vertical to the floor of the dishwasher basket, and a bridge connecting the two legs at an intermediate position of the longitudinal extension of the legs, wherein the bracket further is shaped so as to receive between the two legs at a position below the bridge a bar of the dishwasher basket, and to receive between the two legs at a position above the bridge a holding bar of the rack, wherein by inserting said holding bar between the two legs said legs are spread apart in the region above the bridge which results in said legs closing and clamping about said bar of the dishwasher basket.
A grid tee for a suspended ceiling, soffit, or like structure, the grid tee (30,40,46) being of the inverted tee style and being roll-formed from a single strip (32,41) of sheet metal of a selected width, the tee (30,40,46) having a lower flange, an upper hollow reinforcing bulb (31,44,48), and a web extending between the flange and the bulb (31,44,48), the lower flange having portions on each side of the web that are of generally equal width, at least one of the flange portions being of a double layer, the web being of a single layer, the bulb (31,44,48) having a width and height, the width being generally centered over the web, at least a portion of the bulb (31,44,48) being a double layer that increases the load rating of the tee, characterised in that said the double layer portion of the bulb is formed by folding the strip (32,41) back on itself such that an edge of the strip (32,41) lies inside the bulb (31,44,48).
A urinary catheter comprising: a tubular member including a first end and a second end that therebetween define a longitudinal axis, said first end adapted to be inserted into a patient's urethral canal; an outer surface on the tubular member spaced apart from an inner surface, the outer surface having a first outer diameter; a lumen defined by the inner surface adapted to therethrough drain urine from the patient's bladder; an entrance opening to the lumen defined by a rounded end wall formed in the first end of the tubular member including a plane of the opening intersecting the longitudinal axis; and a truncated teardrop-shaped head formed in the first end having a second outer diameter larger than the first outer diameter, characterized in that the inner surface is non-circular in cross-section. a tubular member including a first end and a second end that therebetween define a longitudinal axis, said first end adapted to be inserted into a patient's urethral canal; an outer surface on the tubular member spaced apart from an inner surface, the outer surface having a first outer diameter; a lumen defined by the inner surface adapted to therethrough drain urine from the patient's bladder; an entrance opening to the lumen defined by a rounded end wall formed in the first end of the tubular member including a plane of the opening intersecting the longitudinal axis; and a truncated teardrop-shaped head formed in the first end having a second outer diameter larger than the first outer diameter, characterized in that the inner surface is non-circular in cross-section.
An in vitro method for early identifying a subject in need of fluid resuscitation or administration of a vasopressor or for identifying a patient at risk to develop physiological shock states, wherein said patient at risk to develop physiological shock states is a subject that may be in need of fluid resuscitation or treatment with a vasopressor, comprising the following steps: • determining the level of Proadrenomedullin, proADM, (SEQ ID No. 1) and/or fragments thereof in a bodily fluid of said subject, wherein said sample is selected from the group comprising human citrate plasma, heparin plasma, EDTA plasma, whole blood, serum; and • correlating said level with the need of said subject for fluid resuscitation or administration of a vasopressor, wherein said subject is identified as having such a need if the level of proADM (SEQ ID No. 1) and/or fragments thereof in the bodily fluid of said subject is above a threshold, or • correlating said level with the patient's risk to develop physiological shock states, wherein said subject is identified as having such a risk if the level of proADM (SEQ ID No. 1) and/or fragments thereof in the bodily fluid of said patient is above a threshold; and wherein said proADM (SEQ ID No. 1) fragments are selected from the group comprising Adrenomedullin, ADM, (SEQ ID No. 4) and/or ADM 1-52-Gly (SEQ ID No. 5) and Midregional-pro-Adrenomedullin, MR-proADM, (SEQ ID No. 3) and C-terminal Proadrenomedullin, CT-proADM, (SEQ ID No. 6) and Proadrenomedullin N-20 terminal peptide (SEQ ID No. 2). • determining the level of Proadrenomedullin, proADM, (SEQ ID No. 1) and/or fragments thereof in a bodily fluid of said subject, wherein said sample is selected from the group comprising human citrate plasma, heparin plasma, EDTA plasma, whole blood, serum; and • correlating said level with the need of said subject for fluid resuscitation or administration of a vasopressor, wherein said subject is identified as having such a need if the level of proADM (SEQ ID No. 1) and/or fragments thereof in the bodily fluid of said subject is above a threshold, or • correlating said level with the patient's risk to develop physiological shock states, wherein said subject is identified as having such a risk if the level of proADM (SEQ ID No. 1) and/or fragments thereof in the bodily fluid of said patient is above a threshold; and
A vehicle structural member comprising: a hollow member configured to form a closed cross-sectional shape by a top sheet portion, a pair of sidewall portions each continuous to each side of the top sheet portion in a width direction, and a bottom sheet portion arranged to face the top sheet portion; and a tension member formed by a metal sheet extending along the width direction of the top sheet portion and having a thinner sheet thickness than a sheet thickness of the hollow member, the tension member connecting inner surfaces of the pair of sidewall portions facing each other to each other to restrain a distance between the pair of sidewall portions from increasing, wherein both end portions of the tension member in the width direction are bent to form flange portions, and surfaces of the flange portions are abutted against inner surfaces of the sidewall portions and welded to attach the tension member, wherein a tension strength of the tension member is 590 MPa or less, characterized in that a curvature radius of the bent flange portions is set to 0.3 mm or less. a hollow member configured to form a closed cross-sectional shape by a top sheet portion, a pair of sidewall portions each continuous to each side of the top sheet portion in a width direction, and a bottom sheet portion arranged to face the top sheet portion; and a tension member formed by a metal sheet extending along the width direction of the top sheet portion and having a thinner sheet thickness than a sheet thickness of the hollow member, the tension member connecting inner surfaces of the pair of sidewall portions facing each other to each other to restrain a distance between the pair of sidewall portions from increasing, wherein both end portions of the tension member in the width direction are bent to form flange portions, and surfaces of the flange portions are abutted against inner surfaces of the sidewall portions and welded to attach the tension member, wherein a tension strength of the tension member is 590 MPa or less, characterized in that a curvature radius of the bent flange portions is set to 0.3 mm or less.