mhurhangee/ep-ind-claims huggingface dataset:
A single screw compressor ( 1, 31, 51), comprising: a rotatable screw rotor ( 2, 52) having helical grooves ( 11a, 11b) in its outer circumferential surface; and a plurality of gate rotors ( 5a, 5b, 5c, 5d), wherein a plurality of teeth of each gate rotor meshing with the grooves ( 11a, 11b) of the screw rotor ( 2, 52) is radially disposed; wherein the helical grooves ( 11a, 11b) comprise: a first screw groove compressing a fluid from one end side of the screw rotor ( 2, 52) to an other end side of the screw rotor ( 2, 52); and a second screw groove compressing the fluid from the other end side of the screw rotor ( 2, 52) to the one end side of the screw rotor ( 2, 52), characterised in that the first screw groove and the second screw groove are disposed such that they are arrayed in a rotational axis direction of the screw rotor ( 2, 52) and are planarly symmetric to one another. a rotatable screw rotor ( 2, 52) having helical grooves ( 11a, 11b) in its outer circumferential surface; and a plurality of gate rotors ( 5a, 5b, 5c, 5d), wherein a plurality of teeth of each gate rotor meshing with the grooves ( 11a, 11b) of the screw rotor ( 2, 52) is radially disposed; wherein the helical grooves ( 11a, 11b) comprise: a first screw groove compressing a fluid from one end side of the screw rotor ( 2, 52) to an other end side of the screw rotor ( 2, 52); and a second screw groove compressing the fluid from the other end side of the screw rotor ( 2, 52) to the one end side of the screw rotor ( 2, 52), characterised in that the first screw groove and the second screw groove are disposed such that they are arrayed in a rotational axis direction of the screw rotor ( 2, 52) and are planarly symmetric to one another. a first screw groove compressing a fluid from one end side of the screw rotor ( 2, 52) to an other end side of the screw rotor ( 2, 52); and a second screw groove compressing the fluid from the other end side of the screw rotor ( 2, 52) to the one end side of the screw rotor ( 2, 52), characterised in that the first screw groove and the second screw groove are disposed such that they are arrayed in a rotational axis direction of the screw rotor ( 2, 52) and are planarly symmetric to one another.
Method for using an air-conditioning loop comprising at least one compressor and one gas cooler inside which a supercritical refrigerant flows, the gas cooler cooperating with at least one motor-fan assembly, in which, upon implementation of the air-conditioning loop, said method comprises a series of steps consisting in: - measuring a first pressure P1 of the refrigerant inside the air-conditioning loop, then - comparing said first pressure P1 with a safety pressure Ps, then - operating the motor-fan assembly for a time period D before switching on the compressor, if the first pressure P1 of the refrigerant is higher than the safety pressure Ps, the implementation of the air-conditioning loop being controlled by an electronic control unit for starting an engine of the vehicle, the pressure P1 being measured as soon as said unit powered up, characterized in that the motor-fan assembly is activated before said engine is started. - measuring a first pressure P1 of the refrigerant inside the air-conditioning loop, then - comparing said first pressure P1 with a safety pressure Ps, then - operating the motor-fan assembly for a time period D before switching on the compressor, if the first pressure P1 of the refrigerant is higher than the safety pressure Ps,
An objective for imaging an object field of view of 10° onto an imager provided with more than 100 pixels, a propagating direction being defined for the objective, the objective comprising in order of the propagating direction: - a first lens unit comprising a plurality of lenses (L1, L2, L3), the first lens unit having a first focal length (f U1) and a first dimension (D U1), the first focal length (f U1) being positive and the first dimension (D U1) being inferior to 15 millimeters, - a bending mirror adapted to bend at a 90° angle, - a liquid lens, and - a second lens unit comprising a plurality of lenses (L4, L5), the second lens unit having a second focal length (f U2) and a second dimension (D U2), the second focal length (f U2) being positive, characterized in that the ratio between the first focal length (f U1) and the second focal length (f U2) is comprised between 1.0 and 2.0 and the ratio between the first dimension (D U1) and the second dimension (D U2) is superior or equal to 2, wherein the first dimension (D U1) corresponds to the sum of the thickness of each lens (L1, L2, L3) of the first lens unit and the distance between the lenses (L1, L2, L3) of the first lens unit, wherein the second dimension (D U2) corresponds to the sum of the thickness of each lens (L4, L5) of the second lens unit and the distance between the lenses (L4, L5) of the second lens unit. - a first lens unit comprising a plurality of lenses (L1, L2, L3), the first lens unit having a first focal length (f U1) and a first dimension (D U1), the first focal length (f U1) being positive and the first dimension (D U1) being inferior to 15 millimeters, - a bending mirror adapted to bend at a 90° angle, - a liquid lens, and - a second lens unit comprising a plurality of lenses (L4, L5), the second lens unit having a second focal length (f U2) and a second dimension (D U2), the second focal length (f U2) being positive, wherein the first dimension (D U1) corresponds to the sum of the thickness of each lens (L1, L2, L3) of the first lens unit and the distance between the lenses (L1, L2, L3) of the first lens unit, wherein the second dimension (D U2) corresponds to the sum of the thickness of each lens (L4, L5) of the second lens unit and the distance between the lenses (L4, L5) of the second lens unit.
A contact lens package base member comprising: a planar top surface having an edge and at least partially defining a handle; a bottom surface; a bowl that is recessed from the planar top surface, has an upper rim that intersects with the planar top surface, and defines a cavity configured for holding a contact lens, the handle extending away from the bowl and terminating at a handle end; a first slot formed through the planar top surface, spaced away from the upper rim, and located on a first side of the bowl; a first latch extending downwardly from the planar top surface and adjacent to the first slot, the first latch being spaced away from the upper rim; a second slot located on a second side of the bowl, the second side being opposite the first side; and a second latch extending downwardly adjacent to the second slot. a planar top surface having an edge and at least partially defining a handle; a bottom surface; a bowl that is recessed from the planar top surface, has an upper rim that intersects with the planar top surface, and defines a cavity configured for holding a contact lens, the handle extending away from the bowl and terminating at a handle end; a first slot formed through the planar top surface, spaced away from the upper rim, and located on a first side of the bowl; a first latch extending downwardly from the planar top surface and adjacent to the first slot, the first latch being spaced away from the upper rim; a second slot located on a second side of the bowl, the second side being opposite the first side; and a second latch extending downwardly adjacent to the second slot.
A monolayer film disposed on a substrate, obtained by preparing a mixture including a monomer composition and a solvent, the monomer composition including a monomer represented by General Formula below and a polyvalent monomer having two or more (meth) acryloyl groups and being free of sulfonic group, carboxyl group and phosphoric group in a monomer /polyvalent monomer molar ratio of 1/1000 to less than 1/30, the solvent including a compound with a solubility parameter σ of not less than 19.0 (MPa) 1/2 (9.3 (cal/cm 3) (1/2)), wherein ethanolamine compounds having a hydroxyethanolamino structure NR a R b (CH 2 CH 2 OH) in which R a and R b are each independently a hydrogen atom, an alkyl group of 1 to 15 carbon atoms or a CH 2 CH 2 OH group are excluded; and wherein in the case of a mixed solvent including two or more compounds, the compound with the highest boiling point has the solubility parameter σ of not less than 19.0 (MPa) 1/2 (9.3 (cal/cm 3) (1/2)); applying the mixture onto the substrate and removing at least part of the solvent such that the amount of the solvent remaining in the mixture immediately before the monomer composition is polymerized on the substrate is less than 20wt%; and polymerizing the monomer composition including the monomer and the monomer; the monolayer film having at least one anionic hydrophilic group selected from a sulfonic group, a carboxyl group and a phosphoric group, the anion concentration ratio (Sa/Da) of the anion concentration (Sa) at the outer surface to the anion concentration (Da) at the middle point between the inner surface in contact with the substrate and the outer surface being not less than 1.1; s l m (in Formula, s indicates 1 or 2; l and m indicate integers satisfying s = l + 2m; M1 is at least one monovalent cation selected from hydrogen ion, ammonium ions and alkali metal ions; M2 is at least one divalent cation selected from alkaline earth metal ions; and X is at least one monovalent anion selected from groups represented by General Formulae to below: (in Formulae to, J and J' are each independently H or CH 3; n indicates 0 or 1; and Rs are each independently an aliphatic hydrocarbon group of 1 to 600 carbon atoms optionally substituted at a carbon atom with at least one group selected from aromatic groups, aliphatic cyclic groups, ether groups and ester groups)).
Support (20; 20'; 20'') for a light source of a light-emitting device of a motor vehicle, comprising: - a light-source positioning zone, - referencing elements (39, 36, 50) for referencing with respect to three given mutually transverse axes (Z, X, Y), one of the referencing elements, termed the two-portion referencing element, comprising: o a first portion (51; 51') extending along or parallel to a first axis of the three given axes, and o a second portion extending transversely relative to this first given axis, - a first surface extending transversely relative to the first given axis and comprising said second portion and said light-source positioning zone, and - a second surface that is oriented on the side of the first surface, is transverse to the first surface, extends along or parallel to the first given axis and comprises said first portion (51; 51'), - a wall comprising the second surface, the first portion (51; 51') being a recess formed in the wall and opening onto the second surface. - a light-source positioning zone, - referencing elements (39, 36, 50) for referencing with respect to three given mutually transverse axes (Z, X, Y), one of the referencing elements, termed the two-portion referencing element, comprising: o a first portion (51; 51') extending along or parallel to a first axis of the three given axes, and o a second portion extending transversely relative to this first given axis, o a first portion (51; 51') extending along or parallel to a first axis of the three given axes, and o a second portion extending transversely relative to this first given axis, - a first surface extending transversely relative to the first given axis and comprising said second portion and said light-source positioning zone, and - a second surface that is oriented on the side of the first surface, is transverse to the first surface, extends along or parallel to the first given axis and comprises said first portion (51; 51'), - a wall comprising the second surface, the first portion (51; 51') being a recess formed in the wall and opening onto the second surface.
A fire extinguisher comprising: a main dome partially surrounding an internal space housing agent; and a secondary dome mounted in the bottom half of the main dome and sealed to the main dome, wherein the secondary dome is inverted with respect to the bottom half of the main dome, wherein the main dome has a radius of curvature and the secondary dome has a radius of curvature, and wherein the secondary dome has a convex curvature relative to an equator of the main dome and the bottom half of the main dome has a concave curvature relative to the equator of the main dome; wherein the main dome circumferentially encloses the secondary dome, wherein the secondary dome divides an interior of the main dome into the internal space housing agent and an internal space free of agent, and wherein the internal space free of agent is located below the secondary dome, wherein the internal space housing agent is pressurized relative to the internal space free of agent; the fire extinguisher further comprising an agent discharge outlet positioned closer to the secondary dome than to an apex of the main dome opposite the secondary dome, and wherein the agent discharge outlet is proximate the bottom of the internal space housing agent, wherein the agent discharge outlet is configured to discharge agent substantially laterally relative to an axis of symmetry of the main dome and the secondary dome; wherein the secondary dome and main dome are made of metal. a main dome partially surrounding an internal space housing agent; and a secondary dome mounted in the bottom half of the main dome and sealed to the main dome, wherein the secondary dome is inverted with respect to the bottom half of the main dome, wherein the main dome has a radius of curvature and the secondary dome has a radius of curvature, and wherein the secondary dome has a convex curvature relative to an equator of the main dome and the bottom half of the main dome has a concave curvature relative to the equator of the main dome; wherein the main dome circumferentially encloses the secondary dome, wherein the secondary dome divides an interior of the main dome into the internal space housing agent and an internal space free of agent, and wherein the internal space free of agent is located below the secondary dome, wherein the internal space housing agent is pressurized relative to the internal space free of agent; the fire extinguisher further comprising an agent discharge outlet positioned closer to the secondary dome than to an apex of the main dome opposite the secondary dome, and wherein the agent discharge outlet is proximate the bottom of the internal space housing agent, wherein the agent discharge outlet is configured to discharge agent substantially laterally relative to an axis of symmetry of the main dome and the secondary dome; wherein the secondary dome and main dome are made of metal.
A method for validating a driver assistance system of a vehicle, wherein for a predetermined test scenario, tests defined by test parameters are carried out, characterized in that during a first test (T(n)), at least one test parameter is determined, and to generate a second test (T(n+1)), the first test (T(n)) is altered in such a way as to displace the test parameter with a critical range assigned to it, within which a driver assistance system actively intervenes in a driving event, and for the predetermined test scenario, the second test (T(n+1)) is carried out in order to validate the driver assistance system.
A rotorcraft with a fuselage comprising a lower shell, an inner floor, and at least one lower fuselage compartment arranged between the inner floor and the lower shell, wherein the at least one lower fuselage compartment is equipped with a floor fitting provided at the inner floor and at least two lateral fittings, and wherein the at least one lower fuselage compartment is at least accessible via an opening formed in the lower shell, the rotorcraft comprising: at least one non-retractable wheel-type landing gear rigidly attached in the at least one lower fuselage compartment and extending at least partly through the opening formed in the lower shell, comprising: at least one wheel; a shock absorber connected to the at least one wheel, comprising: a shock absorber tube with an associated shock absorber tube length axis, and a shock absorber rod telescopically mounted to the shock absorber tube; at least two mounting arms extending laterally from the shock absorber tube toward the at least two lateral fittings in the at least one lower fuselage compartment, wherein the at least two mounting arms are mounted to the at least two lateral fittings; and a mounting pin device extending laterally from the shock absorber tube and comprising a mounting pin connected to the floor fitting provided at the inner floor. at least one wheel; a shock absorber connected to the at least one wheel, comprising: a shock absorber tube with an associated shock absorber tube length axis, and a shock absorber rod telescopically mounted to the shock absorber tube; a shock absorber tube with an associated shock absorber tube length axis, and a shock absorber rod telescopically mounted to the shock absorber tube; at least two mounting arms extending laterally from the shock absorber tube toward the at least two lateral fittings in the at least one lower fuselage compartment, wherein the at least two mounting arms are mounted to the at least two lateral fittings; and a mounting pin device extending laterally from the shock absorber tube and comprising a mounting pin connected to the floor fitting provided at the inner floor.
A playback apparatus for playing back a stream sequence, comprising: a playback unit; a package management unit operable to, when digital streams which constitute the stream sequence are recorded on separate recording media including a rewritable recording medium, set a digital stream which has been completely written into the rewritable recording medium to an enable status of being recognizable by the playback unit by setting said digital stream to be read-only; and an application execution unit operable to execute an application to control access to any of the recording media, characterized in that the playback unit starts playing back the stream sequence, as long as at least one of the digital streams is in the enable status even if a remaining digital stream has not been yet completely recorded into the rewritable recording medium, and while one digital stream is being played back by the playback unit, the package management unit acquires, from a server, the remaining digital stream which has not been yet completely written into the rewritable recording medium, writes the remaining digital stream into the rewritable recording medium, and sets the completely written remaining digital stream to the enable status by setting said remaining digital stream to be read-only upon receiving, from the application, a request to set the completely written remaining digital stream to the enable status. a playback unit; a package management unit operable to, when digital streams which constitute the stream sequence are recorded on separate recording media including a rewritable recording medium, set a digital stream which has been completely written into the rewritable recording medium to an enable status of being recognizable by the playback unit by setting said digital stream to be read-only; and an application execution unit operable to execute an application to control access to any of the recording media, characterized in that the playback unit starts playing back the stream sequence, as long as at least one of the digital streams is in the enable status even if a remaining digital stream has not been yet completely recorded into the rewritable recording medium, and while one digital stream is being played back by the playback unit, the package management unit acquires, from a server, the remaining digital stream which has not been yet completely written into the rewritable recording medium, writes the remaining digital stream into the rewritable recording medium, and sets the completely written remaining digital stream to the enable status by setting said remaining digital stream to be read-only upon receiving, from the application, a request to set the completely written remaining digital stream to the enable status.
A solder paste in which change in viscosity over time is suppressed, the solder paste consisting of: a solder powder containing 42 mass% or more of Sn, a zirconium oxide powder, and a flux, wherein the solder paste contains 0.05 to 20.0% by mass of zirconium oxide powder with respect to the total mass of the solder paste, wherein the solder powder consists of optionally one or more selected from a group consisting of Ag: more than 0% and 10.0% or less, in terms of mass%, Cu: more than 0% and 10.0% or less, in terms of mass%, Bi: more than 0% and 58% or less, in terms of mass% and Sb: more than 0% and 20.0% or less, in terms of mass%, and optionally one or more selected from the group consisting of Co, Mn, Fe, Ge, Ga, Au, and Pt: more than 0% and 10.0% or less and the balance Sn, in terms of mass%, wherein a particle size of the zirconium oxide powder is 0.5 μm or more and 5 μm or less, wherein the particle size of the zirconium oxide powder is measured by: an SEM photograph of zirconium oxide powder is taken, and a projected circle equivalent diameter is obtained by image analysis for each particle present in the visual field, and the particle diameter of zirconium oxide is defined as an average value of the projected circle equivalent diameters of 0.1 μm or more. a solder powder containing 42 mass% or more of Sn, a zirconium oxide powder, and a flux, wherein the solder paste contains 0.05 to 20.0% by mass of zirconium oxide powder with respect to the total mass of the solder paste, wherein the solder powder consists of optionally one or more selected from a group consisting of Ag: more than 0% and 10.0% or less, in terms of mass%, Cu: more than 0% and 10.0% or less, in terms of mass%, Bi: more than 0% and 58% or less, in terms of mass% and Sb: more than 0% and 20.0% or less, in terms of mass%, and optionally one or more selected from the group consisting of Co, Mn, Fe, Ge, Ga, Au, and Pt: more than 0% and 10.0% or less and the balance Sn, in terms of mass%, wherein a particle size of the zirconium oxide powder is 0.5 μm or more and 5 μm or less, wherein the particle size of the zirconium oxide powder is measured by: an SEM photograph of zirconium oxide powder is taken, and a projected circle equivalent diameter is obtained by image analysis for each particle present in the visual field, and the particle diameter of zirconium oxide is defined as an average value of the projected circle equivalent diameters of 0.1 μm or more.