mhurhangee/ep-ind-claims huggingface dataset:
System enabling operation in an interrogator mode and/or in a passive listening mode, comprising in combination at least the following elements: • an antenna having a given aperture sector α, • a control means enabling putting the system into a first interrogator operating mode using a first given angle sector or into a second passive listening operating mode using a second angle sector larger than the first, characterised in that it comprises: • means enabling adding information (digitised video signals) derived from receivers situated on the sum and difference pathways Σ and Δ, of the antenna in order to obtain 360° coverage in the case of the passive listening operating mode. • an antenna having a given aperture sector α, • a control means enabling putting the system into a first interrogator operating mode using a first given angle sector or into a second passive listening operating mode using a second angle sector larger than the first, characterised in that it comprises: • means enabling adding information (digitised video signals) derived from receivers situated on the sum and difference pathways Σ and Δ, of the antenna in order to obtain 360° coverage in the case of the passive listening operating mode. • means enabling adding information (digitised video signals) derived from receivers situated on the sum and difference pathways Σ and Δ, of the antenna in order to obtain 360° coverage in the case of the passive listening operating mode.
A chip package structure (100, 100'), comprising: a package substrate (1, 1') having a first surface; a first chip (2, 2') located on the first surface of the package substrate (1, 1') and electrically connected to the package substrate (1, 1'); a conductive pillar located on the first surface of the package substrate (1, 1') and electrically connected to the package substrate; and a second chip (3', 4) located on a side of the first chip (2, 2') and the conductive pillar away from the package substrate (1, 1') and electrically connected to the conductive pillar, an orthographic projection of the conductive pillar on the package substrate (1, 1') being located within a range of an orthographic projection of the first chip (2, 2') or the second chip (3', 4) on the package substrate (1, 1'), wherein a surface on a side of the second chip (3', 4) close to the package substrate (1, 1') is higher than a surface on a side of the first chip (2, 2') away from the package substrate (1, 1'), with respect to the first surface of the package substrate (1, 1'), characterized in that a distance between the surface on the side of the second chip (3', 4) close to the package substrate (1, 1') and the first surface of the package substrate (1, 1') is h1, a distance between the surface on the side of the first chip (2, 2') away from the package substrate (1, 1') and the first surface of the package substrate (1, 1') is h2, and h1 and h2 meet the following condition: 5 8 ≤ h 2 h 1 ≤ 4 5. a package substrate (1, 1') having a first surface; a first chip (2, 2') located on the first surface of the package substrate (1, 1') and electrically connected to the package substrate (1, 1'); a conductive pillar located on the first surface of the package substrate (1, 1') and electrically connected to the package substrate; and a second chip (3', 4) located on a side of the first chip (2, 2') and the conductive pillar away from the package substrate (1, 1') and electrically connected to the conductive pillar, an orthographic projection of the conductive pillar on the package substrate (1, 1') being located within a range of an orthographic projection of the first chip (2, 2') or the second chip (3', 4) on the package substrate (1, 1'), wherein a surface on a side of the second chip (3', 4) close to the package substrate (1, 1') is higher than a surface on a side of the first chip (2, 2') away from the package substrate (1, 1'), with respect to the first surface of the package substrate (1, 1'), characterized in that a distance between the surface on the side of the second chip (3', 4) close to the package substrate (1, 1') and the first surface of the package substrate (1, 1') is h1, a distance between the surface on the side of the first chip (2, 2') away from the package substrate (1, 1') and the first surface of the package substrate (1, 1') is h2, and h1 and h2 meet the following condition: 5 8 ≤ h 2 h 1 ≤ 4 5.
A transportable handheld planning device for visualizing projected X-ray radiation for medical X-ray imaging, comprising: - a first structure for representing a central axis of a projected X-ray radiation; and - a second structure for representing a cross-sectional area of the projected X-ray radiation; wherein the first structure is manually positionable by a user in relation to an object to be examined; wherein the second structure is adjustable by a user such that the size and proportions of the cross-sectional area are adjustable in relation to the object to be examined; wherein a current spatial position of the first structure and a current size and proportions of the cross-sectional area are detectable by a measurement arrangement. - a first structure for representing a central axis of a projected X-ray radiation; and - a second structure for representing a cross-sectional area of the projected X-ray radiation;
An array substrate comprising: a base substrate; a first layer transparent common electrode formed on the base substrate; a gate metal common electrode (11, 12) formed on the first layer transparent common electrode; an insulation layer (4, 8) formed on the gate metal common electrode (11, 12), with via holes being formed in the insulation layer (4, 8); and a second layer transparent common electrode formed on the insulation layer (4, 8); characterized in that, a side portion of the via holes is in contact with the gate metal common electrode (11, 12), another side portion is in contact with the first layer transparent common electrode, such that the second layer transparent common electrode is connected electrically with the first layer transparent common electrode and the gate metal common electrode (11, 12) in the via holes. a base substrate; a first layer transparent common electrode formed on the base substrate; a gate metal common electrode (11, 12) formed on the first layer transparent common electrode; an insulation layer (4, 8) formed on the gate metal common electrode (11, 12), with via holes being formed in the insulation layer (4, 8); and a second layer transparent common electrode formed on the insulation layer (4, 8); characterized in that, a side portion of the via holes is in contact with the gate metal common electrode (11, 12), another side portion is in contact with the first layer transparent common electrode, such that the second layer transparent common electrode is connected electrically with the first layer transparent common electrode and the gate metal common electrode (11, 12) in the via holes.
An image recording apparatus comprising: an apparatus body having a support shaft; a feeding tray being capable of accommodating a sheet-type recording medium stacked thereon and capable of being pulled out from and inserted into the apparatus body; a side end guide provided on the feeding tray along a recording medium feeding direction; an image recording unit provided in the apparatus body for recording an image on the recording medium; an arm member capable of swinging about the support shaft extending in the apparatus body in the direction orthogonal to the recording medium feeding direction; a feeding roller disposed on a swinging end side of the arm member and coming into abutment with an uppermost recording medium stacked on the feeding tray when the feeding tray is inserted into the apparatus body and transporting the same toward the image recording unit; a cam portion provided on the side end guide and having a height from a bottom surface of the feeding tray which varies along the recording medium feeding direction; and a driven portion provided on the arm member, the driven portion being brought into slide contact with the cam portion and displaced when the feeding tray is pulled out from or inserted into the apparatus body to cause a swing movement of the arm member and the feeding roller. characterised in that the side end guide is capable of shifting in a direction orthogonal to the recording medium feeding direction. an apparatus body having a support shaft; a feeding tray being capable of accommodating a sheet-type recording medium stacked thereon and capable of being pulled out from and inserted into the apparatus body; a side end guide provided on the feeding tray along a recording medium feeding direction; an image recording unit provided in the apparatus body for recording an image on the recording medium; an arm member capable of swinging about the support shaft extending in the apparatus body in the direction orthogonal to the recording medium feeding direction; a feeding roller disposed on a swinging end side of the arm member and coming into abutment with an uppermost recording medium stacked on the feeding tray when the feeding tray is inserted into the apparatus body and transporting the same toward the image recording unit; a cam portion provided on the side end guide and having a height from a bottom surface of the feeding tray which varies along the recording medium feeding direction; and a driven portion provided on the arm member, the driven portion being brought into slide contact with the cam portion and displaced when the feeding tray is pulled out from or inserted into the apparatus body to cause a swing movement of the arm member and the feeding roller. characterised in that the side end guide is capable of shifting in a direction orthogonal to the recording medium feeding direction.
A ballistic shockwave focusing waveguide for focusing shockwaves generated by a ballistic shockwave device to a focal zone, including a body formed from a solid material and configured to focus ballistic shockwaves at said focal zone ('F') having a constant predefined focal distance ('F L '), the waveguide including: a. a first (distal) end defining a ballistic shockwave generating zone, having a curved surface shaped so as to match the curvature and radius of a shockwave generating projectile; characterised by: b. a second end having a generally concave surface featuring a plurality of stepwise annular rings each annular ring having a uniform radius measured from said curved surface of said first end and wherein the radius of each of said plurality of annular rings is configured according to: i. the acoustic propagation speed through said solid material forming said annular ring; and ii. said focal distance. a. a first (distal) end defining a ballistic shockwave generating zone, having a curved surface shaped so as to match the curvature and radius of a shockwave generating projectile; i. the acoustic propagation speed through said solid material forming said annular ring; and ii. said focal distance.
Edging strip, in particular for furniture panels, comprising a melt layer which is composed of at least one free-flowing polyolefin and optionally of other components selected from the group of pigments, fillers and additives, characterized in that the at least one free-flowing polyolefin is selected from: • copolymers of propylene, or • a combination of homopolypropylenes with different melt flow indices; or • a combination of copolymers of propylene; or • a combination of homopolypropylenes and copolymers of propylene, where the free-flowing polyolefin is composed only of nonpolar monomers and has a melt flow index of 100 g/10 min (in accordance with ISO 1133, 230°C, 2.16 kg) or greater, and the melt flow index of the homopropylene is 100 g/10 min (in accordance with ISO 1133, 230°C, 2.16 kg) or greater. • copolymers of propylene, or • a combination of homopolypropylenes with different melt flow indices; or • a combination of copolymers of propylene; or • a combination of homopolypropylenes and copolymers of propylene,
A method of operating an absolute encoder apparatus, the encoder apparatus comprising a scale having features (8, 10) defining absolute position information in at least one measuring dimension, and a readhead configured to read the features, the method comprising: obtaining at least one representation of at least some of the features defining absolute position information; analysing said at least one representation of at least some of the features defining absolute position information to determine at least one parameter indicative of the quality of the representation; and providing an output indicative of the relative setup of the scale and readhead based at least in part on the at least one parameter. obtaining at least one representation of at least some of the features defining absolute position information; analysing said at least one representation of at least some of the features defining absolute position information to determine at least one parameter indicative of the quality of the representation; and providing an output indicative of the relative setup of the scale and readhead based at least in part on the at least one parameter.
A combustor (40, 40A, 40B) comprising: a combustor basket in which compressed air and fuel are mixed with each other and the mixture is combusted; a transition piece in which a tip portion of the combustor basket is inserted with a gap therebetween; a spring clip that seals the gap between the combustor basket and the transition piece; a throttle section that is provided in an opening portion (C k) of the gap that is opened to the transition piece on the tip side of the combustor basket, and narrows an opening area of the opening portion (C k), compared to a base end side of the combustor basket; and a cooling device for cooling the throttle section, characterized in that, the cooling device includes a first coolant gas flow path which is formed to penetrate the throttle section, a second coolant gas flow path which is formed to penetrate the transition piece and communicates with the first coolant gas flow path, and a coolant gas supply section which is configured to supply a cooling fluid to the second coolant gas flow path, and the cooling device cools the throttle section by making a cooling fluid flow to the inside of the throttle section. a combustor basket in which compressed air and fuel are mixed with each other and the mixture is combusted; a transition piece in which a tip portion of the combustor basket is inserted with a gap therebetween; a spring clip that seals the gap between the combustor basket and the transition piece; a throttle section that is provided in an opening portion (C k) of the gap that is opened to the transition piece on the tip side of the combustor basket, and narrows an opening area of the opening portion (C k), compared to a base end side of the combustor basket; and a cooling device for cooling the throttle section, characterized in that, the cooling device includes a first coolant gas flow path which is formed to penetrate the throttle section, a second coolant gas flow path which is formed to penetrate the transition piece and communicates with the first coolant gas flow path, and a coolant gas supply section which is configured to supply a cooling fluid to the second coolant gas flow path, and the cooling device cools the throttle section by making a cooling fluid flow to the inside of the throttle section.
A support structure for supporting the user of a mobility device or the like, the support structure comprising: a fluid flow channel, the fluid flow channel comprising: a fluid inlet; and a top section comprising one or more apertures, the one or more apertures forming one or more fluid outlets in the top section; wherein at least part of the fluid flow channel is tapered, the at least part tapered fluid flow channel comprising a first end and a second end; the first end of the at least part tapered fluid flow channel being located proximal to the fluid inlet and the second end of the at least part tapered fluid flow channel being located distal to the fluid inlet; wherein the width of the second end of the at least part tapered fluid flow channel is greater than the width of the first end of the at least part tapered fluid flow channel; and characterised in that the, or each, fluid outlet comprises a first end located proximal to the fluid inlet and a second end located distal to the fluid inlet. a fluid inlet; and a top section comprising one or more apertures, the one or more apertures forming one or more fluid outlets in the top section; the first end of the at least part tapered fluid flow channel being located proximal to the fluid inlet and the second end of the at least part tapered fluid flow channel being located distal to the fluid inlet; wherein the width of the second end of the at least part tapered fluid flow channel is greater than the width of the first end of the at least part tapered fluid flow channel; and characterised in that the, or each, fluid outlet comprises a first end located proximal to the fluid inlet and a second end located distal to the fluid inlet.
A composition comprising reduced coenzyme Q 10 and lysolecithin wherein the weight ratio of reduced coenzyme Q 10 and lysolecithin is not less than 10/90 and not more than 90/10.
Method for automatically operating a ring spinning system which comprises a ring spinning machine having a plurality of spinning positions for spinning yarn and a winding machine having a plurality of winding positions for rewinding the yarn, wherein yarn is spun at one of the spinning positions and wound into a cop, for the spinning position, values of a parameter characteristic for the operation of the spinning position are determined during the winding of the cop and stored as spinning data, the spinning data are assigned to the cop, the cop is doffed from the spinning position and the spinning data assigned to the cop are taken into account in an automatic decision on feeding the cop after it has been doffed to one of the winding positions, characterized in that the parameter characteristic of the operation of the spinning site comprised by the spinning data comprises a ring traveler speed, an identification of a point in time of the winding of the cop and an identification of the spinning position are automatically assigned to the cop and the spinning data are automatically assigned to the cop based on the identification of the point in time of winding of the cop and the identification of the spinning position. yarn is spun at one of the spinning positions and wound into a cop, for the spinning position, values of a parameter characteristic for the operation of the spinning position are determined during the winding of the cop and stored as spinning data, the spinning data are assigned to the cop, the cop is doffed from the spinning position and the spinning data assigned to the cop are taken into account in an automatic decision on feeding the cop after it has been doffed to one of the winding positions, characterized in that the parameter characteristic of the operation of the spinning site comprised by the spinning data comprises a ring traveler speed, an identification of a point in time of the winding of the cop and an identification of the spinning position are automatically assigned to the cop and the spinning data are automatically assigned to the cop based on the identification of the point in time of winding of the cop and the identification of the spinning position.
(Amended) A vehicle control device for controlling a vehicle that has an electric oil pump and executes idling stop control for stopping a drive source when predetermined conditions are satisfied, the vehicle control device comprising: vehicle stop determination means configured to determine whether or not the vehicle is stopped; drive determination means configured to determine whether or not the electric oil pump is driven; braking force control means configured to continuously apply the braking force generated by depression of the brake pedal to the vehicle when a brake pedal that has been depressed to generate a braking force in the vehicle is released; and idling stop control means configured to cause the braking force control means to start application of the braking force to the vehicle based on a condition that the vehicle stop determination means determines that the vehicle is stopped and the drive determination means determines that the electric oil pump is driven, and to execute the idling stop control when the braking force is applied by the braking force control means to the vehicle. vehicle stop determination means configured to determine whether or not the vehicle is stopped; drive determination means configured to determine whether or not the electric oil pump is driven; braking force control means configured to continuously apply the braking force generated by depression of the brake pedal to the vehicle when a brake pedal that has been depressed to generate a braking force in the vehicle is released; and idling stop control means configured to cause the braking force control means to start application of the braking force to the vehicle based on a condition that the vehicle stop determination means determines that the vehicle is stopped and the drive determination means determines that the electric oil pump is driven, and to execute the idling stop control when the braking force is applied by the braking force control means to the vehicle.
Processing system, comprising at least one processing area, one control area, one input area, and optionally one receiving area and / or one presentation area, wherein via an input and / or display element a user can enter a text and / or graphics in an operating software installed therein, which text and / or graphics can be passed to a control software running in the control area, where a reading system for detecting a code is provided, characterised in that on the display element, the reading system is integrated, wherein the reading system for identification of the workpiece via a code attached to the workpiece is integrated, and the data stored for this workpiece are accessible via an operating software on an input device or display element.
A thermoplastic molding composition comprising A) from 20 to 98.99% by weight of at least one polyamide, B) from 0.01 to 40% by weight of at least one branched polyimide, selected from condensates of either b1) at least one polyisocyanate having an average of more than two isocyanate groups per molecule or b2) at least one polyamine having an average of more than two amino groups per molecule and b3) at least one polycarboxylic acid having at least three COOH groups per molecule or its anhydride, C) from 1 to 59% by weight of at least one flame retardant selected from the group of c1) the phosphorus-containing flame retardants c2) the nitrogen-containing flame retardants and mixtures of these, D) from 0 to 50% by weight of further additives, where the total of the proportions by weight is 100% by weight based on the molding composition. A) from 20 to 98.99% by weight of at least one polyamide, B) from 0.01 to 40% by weight of at least one branched polyimide, selected from condensates of either b1) at least one polyisocyanate having an average of more than two isocyanate groups per molecule or b2) at least one polyamine having an average of more than two amino groups per molecule and b3) at least one polycarboxylic acid having at least three COOH groups per molecule or its anhydride, b1) at least one polyisocyanate having an average of more than two isocyanate groups per molecule or b2) at least one polyamine having an average of more than two amino groups per molecule and b3) at least one polycarboxylic acid having at least three COOH groups per molecule or its anhydride, C) from 1 to 59% by weight of at least one flame retardant selected from the group of c1) the phosphorus-containing flame retardants c2) the nitrogen-containing flame retardants and mixtures of these, c1) the phosphorus-containing flame retardants c2) the nitrogen-containing flame retardants and mixtures of these, D) from 0 to 50% by weight of further additives,