mhurhangee/patent-ind-claim-en huggingface dataset:
Device for three-dimensional imaging of an object , comprising: an illumination unit, which is controllable, in order to set a plurality of illumination angles for an illumination of the object , wherein the illumination angle is an angle with respect to an optical axis of the device; a detector having an image sensor, which is configured to detect a plurality of images (51-53) of the object for the plurality of illumination angles ; an electronic processing unit (20; 144), which is coupled to the image sensor (15; 143) and which is configured for processing the plurality of images (51-53), wherein the electronic processing unit (20; 144) is configured to reconstruct three-dimensional amplitude information (57; 107, 108), which represents an extinction or optical density of the object as a function of the location in three dimensions, of the object depending on the plurality of images (51-53), wherein the electronic processing unit (20; 144) is configured to apply, for each illumination angle of the plurality of illumination angles , a transformation (T1-T3), which is assigned to the illumination angle , to an image (51-53) which was detected for the corresponding illumination angle , wherein the transformation (T1-T3) compensates for a tilting of the detector relative to an illumination beam . an illumination unit, which is controllable, in order to set a plurality of illumination angles for an illumination of the object , wherein the illumination angle is an angle with respect to an optical axis of the device; a detector having an image sensor, which is configured to detect a plurality of images (51-53) of the object for the plurality of illumination angles ; an electronic processing unit (20; 144), which is coupled to the image sensor (15; 143) and which is configured for processing the plurality of images (51-53), wherein the electronic processing unit (20; 144) is configured to reconstruct three-dimensional amplitude information (57; 107, 108), which represents an extinction or optical density of the object as a function of the location in three dimensions, of the object depending on the plurality of images (51-53), wherein the electronic processing unit (20; 144) is configured to apply, for each illumination angle of the plurality of illumination angles , a transformation (T1-T3), which is assigned to the illumination angle , to an image (51-53) which was detected for the corresponding illumination angle , wherein the transformation (T1-T3) compensates for a tilting of the detector relative to an illumination beam .
An arc welding control method of controlling a welding current in short-circuit arc welding of feeding a welding wire toward a base metal and alternating a short-circuit state and an arc state, the arc welding control method characterized in that it comprises: executing, in the short-circuit state, a first increase in the welding current with a first slope, a first decrease in the welding current to a first bottom value after executing the first increase, a second increase in the welding current with a second slope after executing the first decrease, and a second decrease in the welding current to a second bottom value that is smaller than the first bottom value after executing the second increase to shift a state to the arc state.
Method for determining a contact force (F_auf_HR, F_auf_HL) on a utility vehicle which has a first wheel axle and a further wheel axle , wherein the contact force (F_auf_HR, F_auf_HL) at the further wheel axle is determined as a function of the following features: - a drive slip (s_HR, s_HL) assigned to the further wheel axle , and - underlying-surface-specific determining information (KL_HR, KL_HL) which represents a traction coefficient (k) as a function of a drive slip (s), characterized in that the underlying-surface-specific determining information (KL_HR, KL_HL) is derived from underlying-surface-specific basic information (KL_VR, KL_VL) which is assigned to the first wheel axle of the utility vehicle . - a drive slip (s_HR, s_HL) assigned to the further wheel axle , and - underlying-surface-specific determining information (KL_HR, KL_HL) which represents a traction coefficient (k) as a function of a drive slip (s), characterized in that the underlying-surface-specific determining information (KL_HR, KL_HL) is derived from underlying-surface-specific basic information (KL_VR, KL_VL) which is assigned to the first wheel axle of the utility vehicle .
An artifact for determining resolution of imaging based on electromagnetic radiation, mechanical waves, or both electromagnetic radiation and mechanical waves, the artifact comprising: - a substrate , and - layers (103, 104, 203-206, 303-306) on top of the substrate, characterized in that the layers comprise organic material, and at least two of the layers are stacked on each other in a partially overlapping way so that an edge of a first one of the layers is arranged to intersect with an edge of a second one of the layers, the layers constituting a three-dimensional surface topography where, when the artifact is seen along a direction perpendicular to the layers, a groove defined by the edges of the first and second ones of the layers is tapering towards a point of intersection between the edges. - a substrate , and - layers (103, 104, 203-206, 303-306) on top of the substrate, characterized in that the layers comprise organic material,
A refrigeration cycle apparatus, comprising: a refrigerant circuit configured to circulate refrigerant; a heat exchanger unit accommodating a heat exchanger of the refrigerant circuit; and a controller configured to control the heat exchanger unit, the heat exchanger unit including an air-sending fan , an electric refrigerant detection unit , and a notifier configured to output notification of an abnormality, characterized in that the controller is configured to stop electric supply to the electric refrigerant detection unit when an electric supply stop condition is satisfied under a state in which the electric refrigerant detection unit is supplied with electricity, supply electricity to the electric refrigerant detection unit when an electric supply condition is satisfied under a state in which the electric supply to the electric refrigerant detection unit is stopped, and cause the notifier to output the notification of the abnormality when an integrated time of electric supply to the electric refrigerant detection unit becomes equal to or larger than a first threshold time (H1), the electric supply stop condition including a condition in which a rotation speed of the air-sending fan becomes equal to or larger than a first threshold rotation speed (R1, R2), the electric supply condition including a condition in which the rotation speed of the air-sending fan becomes smaller than a second threshold rotation speed (R1), the second threshold rotation speed being equal to or smaller than the first threshold rotation speed. a refrigerant circuit configured to circulate refrigerant; a heat exchanger unit accommodating a heat exchanger of the refrigerant circuit; and a controller configured to control the heat exchanger unit, the heat exchanger unit including an air-sending fan , an electric refrigerant detection unit , and a notifier configured to output notification of an abnormality, characterized in that the controller is configured to stop electric supply to the electric refrigerant detection unit when an electric supply stop condition is satisfied under a state in which the electric refrigerant detection unit is supplied with electricity, supply electricity to the electric refrigerant detection unit when an electric supply condition is satisfied under a state in which the electric supply to the electric refrigerant detection unit is stopped, and cause the notifier to output the notification of the abnormality when an integrated time of electric supply to the electric refrigerant detection unit becomes equal to or larger than a first threshold time (H1), the electric supply stop condition including a condition in which a rotation speed of the air-sending fan becomes equal to or larger than a first threshold rotation speed (R1, R2), the electric supply condition including a condition in which the rotation speed of the air-sending fan becomes smaller than a second threshold rotation speed (R1), the second threshold rotation speed being equal to or smaller than the first threshold rotation speed.
Chocolate containing fats and oils that form a continuous phase, wherein fats and oils contained in the chocolate contain 20 mass% or more of interesterified oils and fats comprising constituent fatty acid, characterized in that of a total amount of the constituent fatty acid, constituent fatty acid of 6 to 10 carbons represents 20 to 65 mass%, and saturated constituent fatty acid of 16 to 18 carbons represents 35 to 80 mass%, and a content of saturated constituent fatty acid of 16 carbons in the saturated constituent fatty acid of 16 to 18 carbons is 20 mass% or more, and a content of constituent fatty acid of 6 carbons in the constituent fatty acid of 6 to 10 carbons is 20 mass% or less. of a total amount of the constituent fatty acid, constituent fatty acid of 6 to 10 carbons represents 20 to 65 mass%, and saturated constituent fatty acid of 16 to 18 carbons represents 35 to 80 mass%, and a content of saturated constituent fatty acid of 16 carbons in the saturated constituent fatty acid of 16 to 18 carbons is 20 mass% or more, and a content of constituent fatty acid of 6 carbons in the constituent fatty acid of 6 to 10 carbons is 20 mass% or less.
A method for regenerating a hydrophobic coating on a heat exchanger comprising: exposing the hydrophobic coating to a temperature within a range of about fifty to one-hundred-and-fifty degrees Celsius, wherein the heat exchanger is an evaporator including a plurality of tubes for flowing a first heat transfer fluid ; and wherein the temperature is achieved at least in-part by reversing a flow of the first heat transfer fluid through a tube of the heat exchanger , characterized in that the temperature is achieved at least in-part by controlling a flow rate of a second heat transfer fluid flowing across a plurality of fins of the heat exchanger coated with the hydrophobic coating . wherein the heat exchanger is an evaporator including a plurality of tubes for flowing a first heat transfer fluid ; and wherein the temperature is achieved at least in-part by reversing a flow of the first heat transfer fluid through a tube of the heat exchanger , characterized in that the temperature is achieved at least in-part by controlling a flow rate of a second heat transfer fluid flowing across a plurality of fins of the heat exchanger coated with the hydrophobic coating .
Electrical device , in particular switching or control device for a motor vehicle, comprising a housing which has a connection region for electrically contact-connecting the housing to a connection plug (30; 30a), wherein the connection region comprises at least one receiving contour for the connection plug (30; 30a), which receiving contour has an encircling wall region , wherein the wall region surrounds electrical connection elements , and wherein at least one fixing or locking element is provided in the connection region , which fixing or locking element is designed to connect the connection plug (30; 30a) to the housing in the connection region , wherein in each case at least one fixing or locking element is arranged both inside and outside the wall region for selectively being able to contact-connect different connection plugs to the connection region, which connection plugs are formed either for forming an internal locking arrangement or forming an external locking arrangement in interaction with the at least one fixing or locking element which is arranged on the inside or outside.
A method of routing content, characterized by : (a) receiving, by a first one-time pad (OTP) hub (A) of a series of OTP hubs (A,B), from a first user of a computer network, a communication encrypted with an OTP associated with said first user , wherein said communication is intended for a second user ; (b) encrypting, by said first hub (A), said communication with an OTP associated with said second user ; (c) only then decrypting, by said first hub (A) or by a second hub (B) of the series of OTP hubs, said communication with an OTP associated with said first user ; and (d) delivering said communication to said second user . (a) receiving, by a first one-time pad (OTP) hub (A) of a series of OTP hubs (A,B), from a first user of a computer network, a communication encrypted with an OTP associated with said first user , wherein said communication is intended for a second user ; (b) encrypting, by said first hub (A), said communication with an OTP associated with said second user ; (c) only then decrypting, by said first hub (A) or by a second hub (B) of the series of OTP hubs, said communication with an OTP associated with said first user ; and (d) delivering said communication to said second user .
An LC medium having negative dielectric anisotropy and comprising one or more polymerizable compounds and one or more dopants of formula IA wherein alkyl and alkyl* each, independently of one another, denote a straight-chain, branched or cyclic alkyl radical having 1-6 C atoms, wherein the total proportion of the dopants of formula IA in the LC medium is from 0.05 to 0.3% by weight.
A plant for the production of spunbonded nonwoven , comprising • a spinning solution production , • a spinning system , • a device for the delivery of coagulation liquid, • at least one conveying device for depositing the spunbonded nonwoven , and • a collecting device for the spunbonded nonwoven , characterized in that at least one discharge device is provided between the device for the delivery of coagulation liquid and the collecting device for the spunbonded nonwoven . • a spinning solution production , • a spinning system , • a device for the delivery of coagulation liquid, • at least one conveying device for depositing the spunbonded nonwoven , and • a collecting device for the spunbonded nonwoven ,
A method of locating a cable deployed within a body of water, the cable having a first optical fibre running along the length thereof to provide a distributed acoustic sensor comprising a plurality of longitudinal sensing portions , comprising: interrogating the first optical fibre by launching electromagnetic radiation into the first optical fibre ; transmitting an acoustic stimulus into the body of water, and detecting and processing the backscattered electromagnetic radiation from the distributed acoustic sensor from the plurality of longitudinal sensing portions of the first optical fibre to determine the location of the fibre the method being characterised in that : the location of the first optical fibre is determined by determining the relative time of arrival of the acoustic stimulus at the various sensing portions of the optical fibre ; and the acoustic stimulus is transmitted from a plurality of known locations, which are different from one another. interrogating the first optical fibre by launching electromagnetic radiation into the first optical fibre ; transmitting an acoustic stimulus into the body of water, and detecting and processing the backscattered electromagnetic radiation from the distributed acoustic sensor from the plurality of longitudinal sensing portions of the first optical fibre to determine the location of the fibre the method being characterised in that : the location of the first optical fibre is determined by determining the relative time of arrival of the acoustic stimulus at the various sensing portions of the optical fibre ; and the acoustic stimulus is transmitted from a plurality of known locations, which are different from one another.
Instrument for taking a tissue sample comprising a tissue receiving element that has a distal end and a proximal end and at least partly consists of a spiral or helix , said spiral or helix comprising the distal end and having an outer surface and an inner surface and a central longitudinal axis (X-X'), whereby the spiral or helix at least has a first zone whereby for each point of a first intersecting line of the outer surface and a plane of which the central longitudinal axis (X-X') forms part, the distance (d) from the outer surface to the central longitudinal axis (X-X') is less than or equal to the distance (d) of the outer surface to the central longitudinal axis (X-X') on every more proximally located point along said first intersecting line, and a tubular cutting element is fittingly applied around the tissue receiving element and at a distal end is provided with a cutting edge , characterised in that the spiral or helix at least has a second zone whereby for each point of a second intersecting line of the inner surface and a plane of which the central longitudinal axis (X-X') forms part, the distance (d') from the inner surface to the central longitudinal axis (X-X') is greater than or equal to the distance (d') from the inner surface to the central longitudinal axis (X-X') on every more proximally located point along said second intersecting line, and whereby the first and the second zone fully coincide and comprise the distal end of the spiral or helix.
A fluid compression system, comprising: a control device ; and a plurality of compression devices (2A-2D), each of which is configured to generate compressed fluid, each one of the compression devices having a plurality of compressor main bodies (31A-33D), characterized in that : the control device is configured to control a number of operating compression devices of the plurality of compression devices (2A-2D) including at least one compression device which selectively performs (i) a volume control operation that changes a number of operating compressor main bodies of the at least one compression device in accordance with an amount of compressed fluid used, or (ii) a fixed control operation that does not change an output during the operation regardless of the amount of the compressed fluid used, wherein the control device is further configured to control the at least one compression device to perform one of the volume control operation and the fixed control operation based on a pressure in a fluid tank in which the compressed fluid generated by the at least one compression device is stored. a control device ; and a plurality of compression devices (2A-2D), each of which is configured to generate compressed fluid, each one of the compression devices having a plurality of compressor main bodies (31A-33D), characterized in that : the control device is configured to control a number of operating compression devices of the plurality of compression devices (2A-2D) including at least one compression device which selectively performs (i) a volume control operation that changes a number of operating compressor main bodies of the at least one compression device in accordance with an amount of compressed fluid used, or (ii) a fixed control operation that does not change an output during the operation regardless of the amount of the compressed fluid used, wherein the control device is further configured to control the at least one compression device to perform one of the volume control operation and the fixed control operation based on a pressure in a fluid tank in which the compressed fluid generated by the at least one compression device is stored. the control device is configured to control a number of operating compression devices of the plurality of compression devices (2A-2D) including at least one compression device which selectively performs (i) a volume control operation that changes a number of operating compressor main bodies of the at least one compression device in accordance with an amount of compressed fluid used, or (ii) a fixed control operation that does not change an output during the operation regardless of the amount of the compressed fluid used, wherein the control device is further configured to control the at least one compression device to perform one of the volume control operation and the fixed control operation based on a pressure in a fluid tank in which the compressed fluid generated by the at least one compression device is stored.
An industrial roll, comprising: a substantially cylindrical shell having an outer surface and an internal lumen; a polymeric cover circumferentially overlying the shell outer surface, wherein the shell and cover have a plurality of through holes that provide fluid communication between the lumen and the atmosphere; and a sensing system comprising: a plurality of sensors embedded in the cover , the sensors configured to sense an operating parameter of the roll and provide signals related to the operating parameter; a processor operatively associated with the sensors that processes signals provided by the sensors ; characterised in that : at least one signal-carrying member connected with at least one of the sensors, wherein the signal-carrying member includes openings aligned with some of the through holes of the shell and cover ; the width of the signal-carrying member configured to maintain its electrical integrity after the through holes of the suction roll are formed entirely or partially through the signal-carrying member. a substantially cylindrical shell having an outer surface and an internal lumen; a polymeric cover circumferentially overlying the shell outer surface, wherein the shell and cover have a plurality of through holes that provide fluid communication between the lumen and the atmosphere; and a sensing system comprising: a plurality of sensors embedded in the cover , the sensors configured to sense an operating parameter of the roll and provide signals related to the operating parameter; a processor operatively associated with the sensors that processes signals provided by the sensors ; characterised in that : at least one signal-carrying member connected with at least one of the sensors, wherein the signal-carrying member includes openings aligned with some of the through holes of the shell and cover ; the width of the signal-carrying member configured to maintain its electrical integrity after the through holes of the suction roll are formed entirely or partially through the signal-carrying member. a plurality of sensors embedded in the cover , the sensors configured to sense an operating parameter of the roll and provide signals related to the operating parameter; a processor operatively associated with the sensors that processes signals provided by the sensors ; characterised in that : at least one signal-carrying member connected with at least one of the sensors, wherein the signal-carrying member includes openings aligned with some of the through holes of the shell and cover ; the width of the signal-carrying member configured to maintain its electrical integrity after the through holes of the suction roll are formed entirely or partially through the signal-carrying member.