mhurhangee/ep-ind-claims huggingface dataset:
A reflectometer for allowing a test of a device, the reflectometer comprising: a source of pulsed radiation; a first photoconductive element configured to output a pulse in response to irradiation from said pulsed source; a second photoconductive element configured to receive a pulse; a transmission line arrangement configured to direct the pulse from the first photoconductive element to the device under test and to direct the pulse reflected from the device under test to the second photoconductive element, wherein at least one photoconductive element comprises an pair of electrodes (435, 437, 463, 465) provided on the first surface of a first substrate (433, 461) and said transmission line arrangement is provided on a second surface of a second substrate, the first and second surfaces being provided facing one another such that there is communication of a pulse between the said element and the transmission line arrangement. a source of pulsed radiation; a first photoconductive element configured to output a pulse in response to irradiation from said pulsed source; a second photoconductive element configured to receive a pulse; a transmission line arrangement configured to direct the pulse from the first photoconductive element to the device under test and to direct the pulse reflected from the device under test to the second photoconductive element, wherein at least one photoconductive element comprises an pair of electrodes (435, 437, 463, 465) provided on the first surface of a first substrate (433, 461) and said transmission line arrangement is provided on a second surface of a second substrate, the first and second surfaces being provided facing one another such that there is communication of a pulse between the said element and the transmission line arrangement. wherein at least one photoconductive element comprises an pair of electrodes (435, 437, 463, 465) provided on the first surface of a first substrate (433, 461) and said transmission line arrangement is provided on a second surface of a second substrate, the first and second surfaces being provided facing one another such that there is communication of a pulse between the said element and the transmission line arrangement.
Apparatus for sorting objects conveyed by a conveying line, comprising: - a portion of conveying line at which said objects are sorted; - a plurality of supports which define temporary waiting areas for forming stacks of homogeneous objects; - a plurality of gripping means for gripping said objects operating at said portion of conveying line, said gripping means being suitable for picking up, on command, the objects present on the portion of conveying line and for transferring the objects on the supports in the pre-chosen temporary waiting areas; lifting and conveying means suitable for lifting, upon command, single objects or stacks of objects resting on supports in pre-chosen temporary waiting areas and transferring the objects to an evacuation line; characterised in that the supports are provided on both sides of the portion of the conveying line.
A method for compatibility with a VDSL2 legacy customer premises equipment, comprising: selecting (S101, S201), by a vectoring control entity, VCE, tones in preset locations from tones of a legacy line as training tones; wherein the legacy line is a line that does not support vectoring; controlling (S102, S202), by the VCE, the training tones not to transmit data and modulating a pilot sequence on the training tones; receiving clipped errors on a Vectored line which are calculated and fed back (S103, S203), by a vectored customer premises equipment,; and calculating (S104, S204) coefficients, by the VCE, for the training tones, of crosstalk of the legacy line in the Vectored line according to the pilot sequence and the clipped errors; characterized in that, wherein modulating the pilot sequence comprises: directly replacing to-be-transmitted signals X with desired signals E and controlling the desired signals E not to be superposed on cancellation signals ΔX backhauled by a canceller, wherein the desired signals E are the pilot sequence, and the cancellation signals ΔX = E-X. selecting (S101, S201), by a vectoring control entity, VCE, tones in preset locations from tones of a legacy line as training tones; wherein the legacy line is a line that does not support vectoring; controlling (S102, S202), by the VCE, the training tones not to transmit data and modulating a pilot sequence on the training tones; receiving clipped errors on a Vectored line which are calculated and fed back (S103, S203), by a vectored customer premises equipment,; and calculating (S104, S204) coefficients, by the VCE, for the training tones, of crosstalk of the legacy line in the Vectored line according to the pilot sequence and the clipped errors; characterized in that, wherein modulating the pilot sequence comprises: directly replacing to-be-transmitted signals X with desired signals E and controlling the desired signals E not to be superposed on cancellation signals ΔX backhauled by a canceller, wherein the desired signals E are the pilot sequence, and the cancellation signals ΔX = E-X. directly replacing to-be-transmitted signals X with desired signals E and controlling the desired signals E not to be superposed on cancellation signals ΔX backhauled by a canceller, wherein the desired signals E are the pilot sequence, and the cancellation signals ΔX = E-X.
Cleaning system for the cleaning of components, in particular for the cleaning of vehicle bodywork components prior to painting of the vehicle bodywork components in a painting plant, with a) a cleaning station adapted to clean the components therein, b) a conveying path adapted to transport the components to be cleaned along the conveying path through the cleaning station, c) an internal cleaning device (22, 23, 26, 26, 27) for the internal cleaning of the components, the internal cleaning device (22, 23, 26, 27) having at least one multi-axis robot (22, 23) which leads a cleaning tool (26, 27) for the internal cleaning, and d) an external cleaning device (20, 21, 24, 25) for the external cleaning of the components, e) wherein the internal cleaning device (22, 23, 26, 27) and the external cleaning device (20, 21, 24, 25) are both arranged together in the same cleaning station, so that the internal and external cleaning of the components is carried out in the same cleaning station, characterised in that f) the external cleaning device (20, 21, 24, 25) comprises at least one multi-axis robot (20, 21) which leads a cleaning tool (24, 25) for the external cleaning, and g) the internal cleaning device (22, 23, 26, 27) and the external cleaning device (20, 21, 24, 25) are arranged in such a way that they can access the same component one after the other without the component having to be transported further along the conveying path. a) a cleaning station adapted to clean the components therein, b) a conveying path adapted to transport the components to be cleaned along the conveying path through the cleaning station, c) an internal cleaning device (22, 23, 26, 26, 27) for the internal cleaning of the components, the internal cleaning device (22, 23, 26, 27) having at least one multi-axis robot (22, 23) which leads a cleaning tool (26, 27) for the internal cleaning, and d) an external cleaning device (20, 21, 24, 25) for the external cleaning of the components, e) wherein the internal cleaning device (22, 23, 26, 27) and the external cleaning device (20, 21, 24, 25) are both arranged together in the same cleaning station, so that the internal and external cleaning of the components is carried out in the same cleaning station, f) the external cleaning device (20, 21, 24, 25) comprises at least one multi-axis robot (20, 21) which leads a cleaning tool (24, 25) for the external cleaning, and g) the internal cleaning device (22, 23, 26, 27) and the external cleaning device (20, 21, 24, 25) are arranged in such a way that they can access the same component one after the other without the component having to be transported further along the conveying path.
Vehicle seat which may be moved from a starting position into a laterally offset end position and back again, wherein the vehicle seat is oriented in the same direction both in the starting position and in the end position, comprising a first upper rail which is movably guided in a first lower rail, characterized in that a second upper rail which is movably guided in a second lower rail, and a seat cushion which is movably mounted on the at least one upper rail (16, 18), wherein the lateral movement of the seat cushion relative to the rails (10, 12, 16, 18) is accomplished by carrying out a predetermined forward and then rearward movement of the first upper rail relative to the second upper rail or a predetermined rearward and then forward movement of the first upper rail relative to the second upper rail or a predetermined forward movement of the first upper rail relative to the second upper rail, or a predetermined rearward movement of the first upper rail relative to the second upper rail.
Insulin and glucagon for use in a method of treating a subject, wherein the insulin and glucagon are to be co-administered at an insulin:glucagon molar ratio between about 1:1 and about 6:1, and wherein the insulin and glucagon are to be administered in an amount therapeutically effective to simultaneously treat or inhibit hyperglycemia and to inhibit hypoglycemia in a subject having type-1 diabetes mellitus; wherein the insulin is hormone insulin; wherein the glucagon is hormone glucagon; wherein co-administering the insulin and glucagon comprises sequential delivery of the insulin and glucagon individually between 0.1 seconds and 90 minutes of each other in any order or delivery of a co-formulation of the insulin and glucagon; and, wherein co-administering the insulin and glucagon comprises administering the insulin at a basal infusion rate of about 0.2-0.6 mU/kg/minute and administering the glucagon at a basal infusion rate of about 1-4 ng/kg/minute. wherein the insulin is hormone insulin; wherein the glucagon is hormone glucagon; wherein co-administering the insulin and glucagon comprises sequential delivery of the insulin and glucagon individually between 0.1 seconds and 90 minutes of each other in any order or delivery of a co-formulation of the insulin and glucagon; and, wherein co-administering the insulin and glucagon comprises administering the insulin at a basal infusion rate of about 0.2-0.6 mU/kg/minute and administering the glucagon at a basal infusion rate of about 1-4 ng/kg/minute.
Disc brake, with a brake calliper, in which two brake linings are arranged which can be pressed during operation against a brake disc, of which brake linings an activation-side brake lining can be activated via at least one adjusting spindle by means of an application means, wherein the adjusting spindle is guided through an opening, defined by a collar, of a closure cover which closes a receiving area of the brake calliper, and against which a bellows lies for sealing purposes, and also with an edge region on the collar having a reinforcing ring, characterised in that the reinforcing ring is fixed to a form-stable retaining ring arranged in the receiving area and connected in a positive-locking manner to the collar.
An optical resolution improvement apparatus for modulating a light emitted from a light source, which emits a coherent light, into frequencies different from each other to measure an object under measurement, characterized in that it comprises: a first means for modulating the light emitted from the light source into two lights which have frequencies different from each other and are irradiated separately to be partially overlapped with each other; a second means for two-dimensionally scanning the two lights; a third means for irradiating an object under measurement with the two lights which are two-dimensionally scanned; a fourth means for receiving with two or more divided photo detectors, respectively, lights transmitted through the object under measurement with a boundary line being interposed therebetween in a direction substantially perpendicular to the direction in which the two lights are separated; a fifth means for generating a difference signal or a summation signal of respective outputs of the lights received by the divided photo detectors of the fourth means in areas with the boundary line being interposed therebetween; and a sixth means for obtaining a phase difference or an intensity difference of the difference signal or the summation signal to obtain a measurement value. a first means for modulating the light emitted from the light source into two lights which have frequencies different from each other and are irradiated separately to be partially overlapped with each other; a second means for two-dimensionally scanning the two lights; a third means for irradiating an object under measurement with the two lights which are two-dimensionally scanned; a fourth means for receiving with two or more divided photo detectors, respectively, lights transmitted through the object under measurement with a boundary line being interposed therebetween in a direction substantially perpendicular to the direction in which the two lights are separated; a fifth means for generating a difference signal or a summation signal of respective outputs of the lights received by the divided photo detectors of the fourth means in areas with the boundary line being interposed therebetween; and a sixth means for obtaining a phase difference or an intensity difference of the difference signal or the summation signal to obtain a measurement value.
Mechanical powder grinder, in particular spindle grinder or sieve grinder, in particular conical sieve grinder or hammer grinder or oscillating grinder, comprising a housing supporting a first rotating grinding member and a second grinding member fixed relative to the housing, the first and second grinding members (30, 40) being separated from each other by a gap and co-operating in said gap to grind the powder, each of said first and second members (30, 40) being made of an electrically conductive material, and the grinder is provided with an electrical control circuit making at least one primary electrical connection between the first and second grinding members (30, 40), said electrical circuit comprising at least one device for measuring an electrical parameter of said circuit, and the grinder further comprises a processing device configured to detect an additional connection between the two grinding members (30, 40), in particular due to the presence of a foreign body between said members, on the basis of the measured value of said parameter, and a primary electrical connection is made via at least one resistive element, characterized in that the resistive element is mounted on a first branch of the electrical circuit connected to a first contact point of a grinding member and said measuring device is mounted on a second branch of the electrical circuit connected in parallel with the first branch and connected to a second contact point of the same grinding member, spaced apart from the first contact point.
A gas barrier laminate comprising a base, a primer layer, and a gas barrier layer, the primer layer and the gas barrier layer being sequentially stacked on at least one side of the base, a material for forming the base being a polymer selected from the group consisting of polyimides, polyamides, polyamideimides, polyphenylene ethers, polyether ketones, polyether ether ketones, polyolefins, polyesters, polycarbonates, polysulfones, polyether sulfones, polyphenylene sulfides, polyallylates, acrylic resins, cycloolefin polymers, and aromatic polymers, the primer layer being a layer obtained by curing a (meth)acrylate-based ionizing radiation-curable compound or an enethiol-based ionizing radiation-curable resin composition, the primer layer having a modulus of elasticity at 90°C, as measured by a nanoindentation method that utilizes a nanohardness tester, of 1.6 GPa or more, the gas barrier layer being a layer selected from the group consisting of a layer that is formed of an inorganic deposited film, a layer that includes a gas barrier resin, and a layer obtained by implanting ions into a layer that includes a polymer compound, wherein a surface of one side of the gas barrier laminate where the primer layer and the gas barrier layer are stacked has an arithmetic average roughness (Ra) measured using an optical interference microscope of 8 nm or less and a total height (Rt) of a roughness profile measured using an optical interference microscope of less than 150 nm; a surface of the other side of the gas barrier laminate has an arithmetic average roughness (Ra) measured using an optical interference microscope of 15 nm or more and a total height (Rt) of a roughness profile measured using an optical interference microscope of 150 nm or more; and a coefficient of static friction measured in accordance with JIS K 7125 between the surface of one side of the gas barrier laminate and the surface of the other side of the gas barrier laminate is 0.35 to 0.8.
Use of a photopolymer formulation comprising polyurethane matrix polymers, writing monomers and photoinitiators for production of holographic media, characterized in that the writing monomers comprise compounds of the formula in which R 1, R 2, R 3 are each independently OH, halogen or an organic radical, where at least one of the radicals is an organic radical having a radiation-curing group. R 1, R 2, R 3 are each independently OH, halogen or an organic radical, where at least one of the radicals is an organic radical having a radiation-curing group.
Drum motor, comprising - a drum tube with a cavity formed therein and a longitudinal axis, - a shaft (9A, 9B), which extends in the longitudinal axis and on which the drum tube is mounted by means of at least one rotary bearing (80A, 80B), - an electric drive unit arranged in the cavity of the drum tube, comprising a stator and a rotor, which are arranged in the longitudinal axis of the drum tube, and wherein the rotor is connected to the drum tube and the stator is connected to the shaft (9A, 9B), and - a control unit for controlling the drive unit, characterized in that the control unit has a frequency converter, and wherein the control unit with the frequency converter is fixed directly to the shaft (9A, 9B) outside the drum tube. - a drum tube with a cavity formed therein and a longitudinal axis, - a shaft (9A, 9B), which extends in the longitudinal axis and on which the drum tube is mounted by means of at least one rotary bearing (80A, 80B), - an electric drive unit arranged in the cavity of the drum tube, comprising a stator and a rotor, which are arranged in the longitudinal axis of the drum tube, and wherein the rotor is connected to the drum tube and the stator is connected to the shaft (9A, 9B), and - a control unit for controlling the drive unit,
Device for the releasable connection of a furniture pull-out, movably guided in a furniture carcass of a piece of furniture via a guide unit, with the guide unit, with a base part on which is mounted an adjusting device, belonging to the device and comprising several components movable relative to one another, and by means of which a position of the furniture pull-out connected to the guide unit relative to the guide unit may be set in at least one spatial direction relative to the guide unit, wherein the adjusting device has sprung prestressed pressing means by which the device in an assembled state of use is pressed against the guide unit, and wherein the adjusting device has a side adjusting unit for setting the position of the furniture pull-out relative to the guide unit, wherein the components of the side adjusting unit include a positioning element and a coupling element, movable relative to the positioning element and coupled or able to be coupled to the guide unit for side adjustment of the furniture pull-out relative to the guide unit, wherein the pressing means are formed on the coupling element of the side adjusting unit in such a way that, in the state of use of the device, the pressing means are supported on the guide unit at a support surface, and the side adjusting unit together with the device is pressed against the guide unit, characterised in that the coupling element is made of plastic and the pressing means are moulded on to the coupling element.
A non-reconfigurable solar array module, pre-configured to prevent electric blockage of the module when at least one physical row of solar cells malfunctions, the solar array module comprising a matrix of X physical rows and Y columns of solar cells, wherein said columns are divided into a first side numbering Y L columns and a second side numbering Y-Y L columns, where X ≥2, Y ≥4, Y L ≥2 and Y-Y L ≥2; wherein Y L columns on said first side comprise solar cells that are physically inverted, polarity-wise, relative to the solar cells on said second side; wherein the solar cells in each of said columns are connected in series; wherein solar cells in each of said physical rows on said first side are electrically connected in parallel; wherein solar cells in each of said physical rows on said second side are electrically connected in parallel; wherein the negative side of the solar cell in the 1+ n th physical row of column Y L is electrically connected to the negative side of the solar cell in the X-n th physical row of column Y L+1, where n is an integer and 0≤ n < X; and wherein the positive side of the solar cell in the X th physical row of column Y L is electrically connected to the positive side of the solar cell in the 1 st physical row of column Y L+1.