mhurhangee/ep-ind-claims huggingface dataset:
Blank separator for separating flat blanks, in particular made of cardboard material, for producing dimensionally stable outer packaging such as cardboard boxes, comprising - a supply station in which an, in particular vertical, stack of, in particular planar, punched sheets is kept available, which each have a plurality of blanks that are located in one plane, adjoin one another, and are interconnected by means of predetermined tearing points, in particular micro-connections, - a robot for removing at least one blank of the uppermost punched sheet from the supply station, - a controller (50*) for controlling at least all the movable parts of the blank separator, characterised in that - - the robot is designed as a separating robot comprising a corresponding gripping tool, by means of which it can take hold of just one or a group of a plurality of blanks, which are in particular still joined together, from the interconnected blanks of the punched sheet and separate it from the at least one adjacent blank of the rest of the uppermost punched sheet by lifting it from the stack and in the process tearing along the predetermined tearing points, - at least one hold-down means is provided to prevent the rest of the punched sheet from being lifted up when the blank taken hold of by the separating robot is lifted up. - a supply station in which an, in particular vertical, stack of, in particular planar, punched sheets is kept available, which each have a plurality of blanks that are located in one plane, adjoin one another, and are interconnected by means of predetermined tearing points, in particular micro-connections, - a robot for removing at least one blank of the uppermost punched sheet from the supply station, - a controller (50*) for controlling at least all the movable parts of the blank separator, - - the robot is designed as a separating robot comprising a corresponding gripping tool, by means of which it can take hold of just one or a group of a plurality of blanks, which are in particular still joined together, from the interconnected blanks of the punched sheet and separate it from the at least one adjacent blank of the rest of the uppermost punched sheet by lifting it from the stack and in the process tearing along the predetermined tearing points, - at least one hold-down means is provided to prevent the rest of the punched sheet from being lifted up when the blank taken hold of by the separating robot is lifted up.
A high impact polystyrene (HIPS) material, comprising: 45 to 55 parts by weight of HIPS, 15 to 25 parts by weight of rubber, 10 to 15 parts by weight of polyethylene, 1 to 10 parts by weight of naphthenic oil, and 1 to 10 parts by weight of an additive, wherein the rubber has an average molecular weight of 50000 to 300000, the polyethylene has a density of 0.8 to 1.1 g/cm 3, and the naphthenic oil has a viscosity of 45 to 55 mm 2 /S. 45 to 55 parts by weight of HIPS, 15 to 25 parts by weight of rubber, 10 to 15 parts by weight of polyethylene, 1 to 10 parts by weight of naphthenic oil, and 1 to 10 parts by weight of an additive, wherein the rubber has an average molecular weight of 50000 to 300000, the polyethylene has a density of 0.8 to 1.1 g/cm 3, and the naphthenic oil has a viscosity of 45 to 55 mm 2 /S.
A six-wire three-phase motor comprising: - a stator including a winding wire wound independently between phases; and - a rotor including a plurality of magnets in a circumferential direction, characterized in that the stator or the rotor is configured such that when an overmodulation voltage based on a PWM signal is applied, a third harmonic current component in a motor current becomes higher than a third harmonic current component in a motor current when a sinusoidal modulation voltage based on the PWM signal is applied, wherein an induced voltage generated in the winding wire due to the plurality of magnets includes no third harmonic component in a case wherein a pole-arc ratio of the magnets is 2/3. - a stator including a winding wire wound independently between phases; and - a rotor including a plurality of magnets in a circumferential direction, characterized in that the stator or the rotor is configured such that when an overmodulation voltage based on a PWM signal is applied, a third harmonic current component in a motor current becomes higher than a third harmonic current component in a motor current when a sinusoidal modulation voltage based on the PWM signal is applied,
A radio frequency amplifier system, comprising: an RF amplifier including an RF power element; and a heat dissipation device including: a heat conduction block, one side of the heat conduction block being in contact with the RF power element; a heat conduction board thermally conductively coupled to the other side of the heat conduction block; a plurality of heat pipes, an end of each of the heat pipes being disposed at the heat conduction block; and a plurality of fins disposed in parallel and spaced from each other on the heat conduction board, the other end of each of the heat pipes being inserted through the fins, characterized in that a heat dissipation fan and a wind guiding plate, the heat dissipation fan is disposed at one side of the RF amplifier and the fins, the wind guiding plate includes a plurality of wind guiding holes, and the heat dissipation fan is configured so that the generated forcible airflow partially flows to the fins and partially passes through the wind guiding holes to flow to the RF amplifier; wherein heat generated from the RF power element is conducted to the heat conduction block, and then the heat is conducted to the fins through the heat conduction board and the heat pipes. an RF amplifier including an RF power element; and a heat dissipation device including: a heat conduction block, one side of the heat conduction block being in contact with the RF power element; a heat conduction board thermally conductively coupled to the other side of the heat conduction block; a plurality of heat pipes, an end of each of the heat pipes being disposed at the heat conduction block; and a plurality of fins disposed in parallel and spaced from each other on the heat conduction board, the other end of each of the heat pipes being inserted through the fins, characterized in that a heat conduction block, one side of the heat conduction block being in contact with the RF power element; a heat conduction board thermally conductively coupled to the other side of the heat conduction block; a plurality of heat pipes, an end of each of the heat pipes being disposed at the heat conduction block; and a plurality of fins disposed in parallel and spaced from each other on the heat conduction board, the other end of each of the heat pipes being inserted through the fins, characterized in that a heat dissipation fan and a wind guiding plate, the heat dissipation fan is disposed at one side of the RF amplifier and the fins, the wind guiding plate includes a plurality of wind guiding holes, and the heat dissipation fan is configured so that the generated forcible airflow partially flows to the fins and partially passes through the wind guiding holes to flow to the RF amplifier;
A method of fabricating a nitride semiconductor light-emitting device, the method comprising: providing a nitride semiconductor light-emitting device with a GaN layer; bringing the nitride semiconductor light-emitting device into contact with a hydrogen removal metal; vibrating the nitride semiconductor light-emitting device and the hydrogen removal metal so as to activate hydrogen of the GaN layer; supplying hydrogen gas to a chamber to expedite hydrogen bond reaction of the activated hydrogen of the GaN layer and the hydrogen removal metal after the step of vibrating; removing hydrogen from the GaN layer of the nitride semiconductor light-emitting device and separating the hydrogen removal metal from the nitride semiconductor light-emitting device, wherein the nitride semiconductor light-emitting device is surrounded by the hydrogen removal metal and is in contact with the hydrogen removal metal, and wherein the hydrogen removal metal generates heat by the hydrogen gas supplied to the chamber and the hydrogen bond reaction of the activated hydrogen of the GaN layer and the hydrogen removal metal is expedited by the generated heat of the hydrogen removal metal. providing a nitride semiconductor light-emitting device with a GaN layer; bringing the nitride semiconductor light-emitting device into contact with a hydrogen removal metal; vibrating the nitride semiconductor light-emitting device and the hydrogen removal metal so as to activate hydrogen of the GaN layer; supplying hydrogen gas to a chamber to expedite hydrogen bond reaction of the activated hydrogen of the GaN layer and the hydrogen removal metal after the step of vibrating; removing hydrogen from the GaN layer of the nitride semiconductor light-emitting device and separating the hydrogen removal metal from the nitride semiconductor light-emitting device, wherein the nitride semiconductor light-emitting device is surrounded by the hydrogen removal metal and is in contact with the hydrogen removal metal, and wherein the hydrogen removal metal generates heat by the hydrogen gas supplied to the chamber and the hydrogen bond reaction of the activated hydrogen of the GaN layer and the hydrogen removal metal is expedited by the generated heat of the hydrogen removal metal.
A microfluidic cartridge sealed in a gas-tight pouch, bag or packet under a dry atmosphere with a desiccant and containing on-board reagents for performing a molecular diagnostic assay, said microfluidic cartridge comprising a plastic body with enclosed microfluidic works having at least one chamber or channel enclosed by a cover or covers attached to the plastic body, said chamber or channel having an upstream fluid path joined to a sample inlet port and a downstream fluid path joined to a vent, wherein enclosed within said chamber or channel is at least one vitrified gel reagent spot, the vitrified gel reagent spot comprises a TAQ polymerase in a stabilizing matrix, wherein the vitrified gel reagent spot is obtained from drying an aqueous solution comprising TAQ polymerase, from about 1.0% to 10% w/v of a disaccharide or a trisaccharide, from about 0.001% to 0.3% w/v of a fluorosurfactant, and a compatible buffer.
Device for weighing containers, comprising - a balance with a multiplicity of weighing cells for receiving containers for weighing, and - a calibration device having - a gripping unit comprising a movement device and a gripper, - at least one calibration weight (7, 8), and - a holding device for holding the at least one calibration weight (7, 8), - characterized in that the balance has a receptacle with a holder (14, 15) for the containers and a holder for the calibration weights, wherein in each case one receptacle is fixed to each weighing cell, wherein the gripper comprises a multiplicity of vacuum suction devices for taking hold of calibration weights (7, 8) by suction. - a balance with a multiplicity of weighing cells for receiving containers for weighing, and - a calibration device having - a gripping unit comprising a movement device and a gripper, - at least one calibration weight (7, 8), and - a gripping unit comprising a movement device and a gripper, - at least one calibration weight (7, 8), and - a holding device for holding the at least one calibration weight (7, 8), - characterized in that the balance has a receptacle with a holder (14, 15) for the containers and a holder for the calibration weights, wherein in each case one receptacle is fixed to each weighing cell, wherein the gripper comprises a multiplicity of vacuum suction devices for taking hold of calibration weights (7, 8) by suction.
A conjugate of perillyl alcohol and 3-bromopyruvate that is 3-bromo-2-oxo-propionic acid 4-isopropenyl-cyclohex-1-enylmethyl ester, or a pharmaceutically acceptable salt thereof.
A complex green wall for a roof of a building, including woody plants, a support layer and spacers, the woody plants having a foliar aerial part and a root part, the spacers being fastened to the roof and maintaining the support layer remote from the roof surface in order to create an air gap of determined height between the surface of the roof and the support layer, the portion of the foliar aerial part of the woody plants that extends above the roof being maintained by holding means on the support layer, the root part being in a nutrient medium arranged remote from the roof and not in contact with the roof, the nutrient medium arranged remote from the roof being out of plumb of the roof, the height of the air gap being adjustable by adjustment means, the complex green wall including translation means, the support layer being able to move in translation to uncover or cover some parts of the roof.
A fluid ejection device, comprising: a fluid ejection die (2; 102) having a fluidics layer (6; 106) to dispense fluid and a substrate (8; 108) with a front surface on which the fluidics layer (6; 106) is formed and a back surface to receive fluid; an array of fluid feed holes (14; 114) through the substrate (8; 108), the fluid feed holes (14; 114) separated by ribs (20; 120) between the fluid feed holes (14; 114), each fluid feed hole (14; 114) to guide fluid from the back surface to the fluidics layer; an array of drop generators in the fluidics layer (6; 106) downstream of and parallel to the array of fluid feed holes (14; 114); a common manifold formed in the fluidics layer, the separate fluid feed holes (14; 114) opening into the common manifold at fluid feed hole openings, the manifold extending along the drop generator array to supply fluid to the drop generators; characterized by a pillar structure including a plurality of bubble tolerant architecture, BTA, pillars, the pillars located in the manifold between the fluid feed holes (14; 114) on top of the ribs; wherein the width of the BTA pillars is at least half the diameter of the fluid feed hole openings into the common manifold, or about the same as the width of the fluid feed hole openings into the common manifold. a fluid ejection die (2; 102) having a fluidics layer (6; 106) to dispense fluid and a substrate (8; 108) with a front surface on which the fluidics layer (6; 106) is formed and a back surface to receive fluid; an array of fluid feed holes (14; 114) through the substrate (8; 108), the fluid feed holes (14; 114) separated by ribs (20; 120) between the fluid feed holes (14; 114), each fluid feed hole (14; 114) to guide fluid from the back surface to the fluidics layer; an array of drop generators in the fluidics layer (6; 106) downstream of and parallel to the array of fluid feed holes (14; 114); a common manifold formed in the fluidics layer, the separate fluid feed holes (14; 114) opening into the common manifold at fluid feed hole openings, the manifold extending along the drop generator array to supply fluid to the drop generators; characterized by a pillar structure including a plurality of bubble tolerant architecture, BTA, pillars, the pillars located in the manifold between the fluid feed holes (14; 114) on top of the ribs; wherein the width of the BTA pillars is at least half the diameter of the fluid feed hole openings into the common manifold, or about the same as the width of the fluid feed hole openings into the common manifold.
An automatic face recognition method, the method comprising, during a fraud detection stage, the following steps: • acquiring at least one first image of the face by means of a first sensor having a first field angle; • substantially simultaneously, acquiring at least one second image of the face by means of a second sensor having a second field angle, the sensors having fields of view covering a common zone in three-dimensional space, and the first field angle being wider than the second field angle; • analyzing the first image to verify that there is no screen border around the face; • analyzing the second image to verify that there is no moiré effect; and • detecting the absence of fraud when there is no screen border and no moire effect. • acquiring at least one first image of the face by means of a first sensor having a first field angle; • substantially simultaneously, acquiring at least one second image of the face by means of a second sensor having a second field angle, the sensors having fields of view covering a common zone in three-dimensional space, and the first field angle being wider than the second field angle; • analyzing the first image to verify that there is no screen border around the face; • analyzing the second image to verify that there is no moiré effect; and • detecting the absence of fraud when there is no screen border and no moire effect.
A light emitting diode device (100-3; 200-2) comprising: a light emitting structure (120-1; 450) comprising a first semiconductor layer (122; 452), an active layer (124; 454) and a second semiconductor layer (126; 456); a pad portion (222; 102a) for wire bonding disposed on the second semiconductor layer (126; 456); a phosphor plate (150-1; 150-2) disposed on the second semiconductor layer (126; 456); and a bonding portion (230-m, 240-m; 320-n, where m, n are natural numbers) disposed between the light emitting structure (120-1; and the phosphor plate (150-1; the bonding portion (230-m, 240-m; 320-n) bonding the phosphor plate (150-1; 150-2) to the light emitting structure (120-1; 450), wherein an extension electrode portion (224, 226; 92a, 92c) extends from the pad portion (222; 102a) horizontally and is disposed on the second semiconductor layer (126; 456), wherein the phosphor plate (150-1; 150-2) has an opening (291; 153-3) exposing the pad portion (222; 102a), and wherein bonding portion (230-m, 240-m; 320-n) comprises bonding electrode layer (286-m; 287-n, where m, n are natural numbers) disposed on a surface of the phosphor plate (150-1; 150-2) and bonded to the extension electrode portion (224, 226; 92a, 92c). a light emitting structure (120-1; 450) comprising a first semiconductor layer (122; 452), an active layer (124; 454) and a second semiconductor layer (126; 456); a pad portion (222; 102a) for wire bonding disposed on the second semiconductor layer (126; 456); a phosphor plate (150-1; 150-2) disposed on the second semiconductor layer (126; 456); and a bonding portion (230-m, 240-m; 320-n, where m, n are natural numbers) disposed between the light emitting structure (120-1; and the phosphor plate (150-1; the bonding portion (230-m, 240-m; 320-n) bonding the phosphor plate (150-1; 150-2) to the light emitting structure (120-1; 450), wherein an extension electrode portion (224, 226; 92a, 92c) extends from the pad portion (222; 102a) horizontally and is disposed on the second semiconductor layer (126; 456), wherein the phosphor plate (150-1; 150-2) has an opening (291; 153-3) exposing the pad portion (222; 102a), and wherein bonding portion (230-m, 240-m; 320-n) comprises bonding electrode layer (286-m; 287-n, where m, n are natural numbers) disposed on a surface of the phosphor plate (150-1; 150-2) and bonded to the extension electrode portion (224, 226; 92a, 92c).
A population of adult pancreatic-derived stromal cells, wherein the cells are negative for the expression of NCAM, ABCG2, cytokeratin 7, cytokeratin 8, cytokeratin 18, and cytokeratin 19, and wherein the cells of the population are positive for the expression of at least one protein marker selected from the group consisting of CD44, CD73, CD90 or CD105.
Fence construction system comprising: - a fence foundation, - fence posts, - a fence segment comprising two vertical rails attached to the posts, into which one or more horizontal crossbars are inserted from above together with pairs of connecting elements at the ends of each crossbar, - upper locks or upper beams securing and / or locking the stack of horizontal crossbars, wherein - the horizontal crossbar is a rigid lamella formed of a sheet material and having a three-dimensional profile, - the connecting element corresponds to the shape of the vertical rail on the rear side and has notches and / or grooves on the front side, the shape of which corresponds to the shape of the horizontal crossbar profile for inserting the profile into the notches / grooves. - a fence foundation, - fence posts, - a fence segment comprising two vertical rails attached to the posts, into which one or more horizontal crossbars are inserted from above together with pairs of connecting elements at the ends of each crossbar, - upper locks or upper beams securing and / or locking the stack of horizontal crossbars, - the horizontal crossbar is a rigid lamella formed of a sheet material and having a three-dimensional profile, - the connecting element corresponds to the shape of the vertical rail on the rear side and has notches and / or grooves on the front side, the shape of which corresponds to the shape of the horizontal crossbar profile for inserting the profile into the notches / grooves.
A system for measuring cathodic protection of a protected object contacting a medium and protected by an impressed current and an energized anode contacting the medium, the system comprising: a probe made up of a first segment, second segment, and third segment that are disposable in the medium; characterized by a selectively openable electrical connection between one of the first or third segments (38, 36) and the protected object, so that when the electrical connection is selectively open and the first and third (38, 36) segments are electrically isolated, a measurement of the polarization potential between the first and third segments (38, 36) can be made while the current is impressed onto the protected object that substantially reflects the polarization of the protected object; and a fourth segment and a fifth segment, where the fourth segment comprises a galvanically corroding connection between the third and fifth segments (36, 40). a probe made up of a first segment, second segment, and third segment that are disposable in the medium; characterized by a selectively openable electrical connection between one of the first or third segments (38, 36) and the protected object, so that when the electrical connection is selectively open and the first and third (38, 36) segments are electrically isolated, a measurement of the polarization potential between the first and third segments (38, 36) can be made while the current is impressed onto the protected object that substantially reflects the polarization of the protected object; and a fourth segment and a fifth segment, where the fourth segment comprises a galvanically corroding connection between the third and fifth segments (36, 40).
A liquid ejecting head comprising: a structure having a plurality of stacked plates in which end surfaces at both sides in one direction are aligned, wherein at least two plates of the plates have different coefficients of linear expansion in the one direction, and characterized in that holding members are fixed to the end surfaces of the structure at both sides in the one direction, the holding members having a stiffness higher than a stiffness of a plate having the highest coefficient of linear expansion in the one direction among the plates. a structure having a plurality of stacked plates in which end surfaces at both sides in one direction are aligned, wherein at least two plates of the plates have different coefficients of linear expansion in the one direction, and characterized in that holding members are fixed to the end surfaces of the structure at both sides in the one direction, the holding members having a stiffness higher than a stiffness of a plate having the highest coefficient of linear expansion in the one direction among the plates.