mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing noble metal nets on flat-bed knitting machines, involving the steps of: • providing noble metal wire • knitting a noble metal net characterized in that a noble metal net is knitted simultaneously on each of the front and rear needle beds of the flat-bed knitting machine, and these two noble metal nets are connected at one side by connecting knit stitches. • providing noble metal wire • knitting a noble metal net
A method for creating and managing linked decentralized identifiers for an entity, the method comprising: determining that a child decentralized identifier is to be created for a parent decentralized identifier, the parent decentralized identifier having an associated parent private key, wherein each of the decentralized identifiers is associated with a permission, wherein the permission defines a scope of data and an associated permitted use of said scope of data; in response to the determination, using the parent private key to generate a child private key; and creating the child decentralized identifier at least by assigning the generated child private key as the private key for the child decentralized identifier, and associating the child decentralized identifier with a child permission, wherein the child permission associated with the child decentralized identifier is a subset of the permission granted to the parent decentralized identifier. determining that a child decentralized identifier is to be created for a parent decentralized identifier, the parent decentralized identifier having an associated parent private key, wherein each of the decentralized identifiers is associated with a permission, wherein the permission defines a scope of data and an associated permitted use of said scope of data; in response to the determination, using the parent private key to generate a child private key; and creating the child decentralized identifier at least by assigning the generated child private key as the private key for the child decentralized identifier, and associating the child decentralized identifier with a child permission, wherein the child permission associated with the child decentralized identifier is a subset of the permission granted to the parent decentralized identifier.
A plant for tapping beverages comprising means for automatic treatment of tapping pipes, said plant comprising: a) a pressurised container containing a beverage; b) a nozzle plug , insertable on said pressurised container , which is connected to a first pipe for injection of gas originating from a source , to a second pipe which dispenses the beverage towards a tap , and to a third pipe connected to a municipal water source which selectively determines injection of washing water into the plant; c) a pressure reducer positioned on the fourth pipe connected to the first pipe of said gas source ; d) a relief valve positioned on the first pipe of said gas injected into said pressurised container ; said plant further comprising at least a pressure sensor positioned on a fourth pipe connected to the first pipe of said gas source , and in that said first and fourth pipes , which connect said gas source with said pressurised container , are intercepted by respective first , second and third solenoid valves which are electrically connected to a control logic , or to a power socket , for determining a charging and/or a discharging of the pressure of said gas on the basis of the dispensing conditions of the beverage or the washing conditions of the circuit, and in that said third pipe connected to a municipal water source is intercepted by a fourth solenoid valve in turn electrically connected to said control logic , or to a power socket for enabling or halting an inflow of water into the pipes of the plant. a) a pressurised container containing a beverage; b) a nozzle plug , insertable on said pressurised container , which is connected to a first pipe for injection of gas originating from a source , to a second pipe which dispenses the beverage towards a tap , and to a third pipe connected to a municipal water source which selectively determines injection of washing water into the plant; c) a pressure reducer positioned on the fourth pipe connected to the first pipe of said gas source ; d) a relief valve positioned on the first pipe of said gas injected into said pressurised container ; said plant further comprising at least a pressure sensor positioned on a fourth pipe connected to the first pipe of said gas source , and in that said first and fourth pipes , which connect said gas source with said pressurised container , are intercepted by respective first , second and third solenoid valves which are electrically connected to a control logic , or to a power socket , for determining a charging and/or a discharging of the pressure of said gas on the basis of the dispensing conditions of the beverage or the washing conditions of the circuit, and in that said third pipe connected to a municipal water source is intercepted by a fourth solenoid valve in turn electrically connected to said control logic , or to a power socket for enabling or halting an inflow of water into the pipes of the plant.
Factor Xa inhibitor for use as a medicament in a method for regulating glycemia in a subject, wherein said factor Xa inhibitor is a direct inhibitor of factor Xa activity and/or an inhibitor of factor Xa expression..
An apparatus for providing a radiation dose to a target in a treatment subject, characterized in that the apparatus comprising: a dosage determination module configured to communicate with an imaging system from which at least non-anatomic imaging information of the target is acquired from at least one imaging marker for internal tumor cellular features that reflects a histological feature of the target, the histological feature comprising at least one of cellular characteristics, extracellular matrix, cellular density, or organization, wherein the dosage determination module is further configured to: analyze the non-anatomic imaging information acquired from the imaging system; compute the radiation dose based on the non-anatomic imaging information; and cause an administration of the radiation dose based on the non-anatomic imaging information to the target in the treatment subject. a dosage determination module configured to communicate with an imaging system from which at least non-anatomic imaging information of the target is acquired from at least one imaging marker for internal tumor cellular features that reflects a histological feature of the target, the histological feature comprising at least one of cellular characteristics, extracellular matrix, cellular density, or organization, wherein the dosage determination module is further configured to: analyze the non-anatomic imaging information acquired from the imaging system; compute the radiation dose based on the non-anatomic imaging information; and cause an administration of the radiation dose based on the non-anatomic imaging information to the target in the treatment subject. analyze the non-anatomic imaging information acquired from the imaging system; compute the radiation dose based on the non-anatomic imaging information; and
A method of making a buoyancy module comprising: obtaining a mixture by blending the following components: 35 to 60 volume percent thermally fusable powder; and 40 to 65 volume percent hollow glass microspheres, each amount based on the overall volume of the mixture; shaping the mixture; and heating the thermally fusable powder under a vacuum to provide a hardened syntactic foam, the vacuum being sufficient to remove substantially all embedded voids in the hardened syntactic foam excluding voids associated with the hollow glass microspheres. obtaining a mixture by blending the following components: 35 to 60 volume percent thermally fusable powder; and 40 to 65 volume percent hollow glass microspheres, each amount based on the overall volume of the mixture; 35 to 60 volume percent thermally fusable powder; and 40 to 65 volume percent hollow glass microspheres, each amount based on the overall volume of the mixture; shaping the mixture; and heating the thermally fusable powder under a vacuum to provide a hardened syntactic foam, the vacuum being sufficient to remove substantially all embedded voids in the hardened syntactic foam excluding voids associated with the hollow glass microspheres.
A hyperbranched polyester amide, where the polyester amide comprises at least one end group thereon selected from an end group represented by the Formula 1: where the arrow denotes the point of attachment to the polyester amide from the Formula 1 group; and R 0 denotes optionally substituted C 1-20 hydrocarbo, Y denotes NR a or O where R a is H or optionally substituted C 1-20 hydrocarbo and where Formula 1 is a zwitterion i.e. any of groups R 0 , R 1 and/or R 2 comprise a suitable amount of negative charge to balance the nitrogen cation then p is 0 i.e. X- is absent; or where groups R 0 , R 1 and R 2 are neutral groups then X - represents a suitable anion and p a suitable integer (preferably 1 if X has a single negative charge) to balance the nitrogen cation; and R 1 and R 2 independently denote optionally substituted C 1-20 hydrocarbo groups (conveniently optionally substituted C 1-6 hydrocarbo), or together with the nitrogen to which they are attached form in a whole or in part a cyclic moiety comprising up to 20 C atoms and optionally one or more hetero atoms. where the arrow denotes the point of attachment to the polyester amide from the Formula 1 group; and R 0 denotes optionally substituted C 1-20 hydrocarbo, Y denotes NR a or O where R a is H or optionally substituted C 1-20 hydrocarbo and where Formula 1 is a zwitterion i.e. any of groups R 0 , R 1 and/or R 2 comprise a suitable amount of negative charge to balance the nitrogen cation then p is 0 i.e. X- is absent; or where groups R 0 , R 1 and R 2 are neutral groups then X - represents a suitable anion and p a suitable integer (preferably 1 if X has a single negative charge) to balance the nitrogen cation; and R 1 and R 2 independently denote optionally substituted C 1-20 hydrocarbo groups (conveniently optionally substituted C 1-6 hydrocarbo), or together with the nitrogen to which they are attached form in a whole or in part a cyclic moiety comprising up to 20 C atoms and optionally one or more hetero atoms.
A doubling-up fitting comprising: - a clamp element with a clamp base and with at least two clamp arms which rise from the clamp base at its respective ends, the free clamp ends of which are angled inward and extend over the clamp base ; - a rotatably mounted spreading disc arranged in the clamp element between the clamp base and the free clamp ends , with a disc opening leading into a recess in the spreading disc which is open toward the clamp base and the diameter (D2) of which is greater than the opening diameter (D1) of the disc opening , and with a plurality of outer contour portions which each interact with a respective clamp arm and spread the free clamp ends radially outward less far in an initial rotational position of the spreading disc than in a final rotational position; and - an adjusting disc arranged in the recess of the spreading disc and having a thread ; wherein the outer diameter (d1) of the adjusting disc is smaller than the diameter (D2) of the recess in the spreading disc and larger than the opening diameter (D1) of the disc opening . - a clamp element with a clamp base and with at least two clamp arms which rise from the clamp base at its respective ends, the free clamp ends of which are angled inward and extend over the clamp base ; - a rotatably mounted spreading disc arranged in the clamp element between the clamp base and the free clamp ends , with a disc opening leading into a recess in the spreading disc which is open toward the clamp base and the diameter (D2) of which is greater than the opening diameter (D1) of the disc opening , and with a plurality of outer contour portions which each interact with a respective clamp arm and spread the free clamp ends radially outward less far in an initial rotational position of the spreading disc than in a final rotational position; and - an adjusting disc arranged in the recess of the spreading disc and having a thread ;
A method comprising: identifying a target application to be launched by a source application; identifying a source application placement preference parameter; identifying a target application placement preference parameter; arbitrating placement of a window of the target application within a user interface based on the target application placement preference parameter and the source application placement preference parameter, the target application being launched by the source application, wherein the arbitration operation arbitrates to resolve a conflict between the source application placement preference parameter and the target placement preference parameter and determines the relative placement of a source application window and the target application window, wherein the method further comprises determining a linguistic profile for the user to determine a natural reading direction of the user, and the arbitrating operation comprises utilizing the linguistic profile to determine the relative placement between the window of the target application and the window of the source application; and launching the target application and presenting the window of the target application within the user interface according to the arbitrated placement. identifying a target application to be launched by a source application; identifying a source application placement preference parameter; identifying a target application placement preference parameter; arbitrating placement of a window of the target application within a user interface based on the target application placement preference parameter and the source application placement preference parameter, the target application being launched by the source application, wherein the arbitration operation arbitrates to resolve a conflict between the source application placement preference parameter and the target placement preference parameter and determines the relative placement of a source application window and the target application window, wherein the method further comprises determining a linguistic profile for the user to determine a natural reading direction of the user, and the arbitrating operation comprises utilizing the linguistic profile to determine the relative placement between the window of the target application and the window of the source application; and launching the target application and presenting the window of the target application within the user interface according to the arbitrated placement.
Burner with a housing against which a burner pipe is arranged, wherein the burner pipe has an opening at the end facing away from the housing , wherein in the burner pipe a mixing element is provided and the space between this mixing element and the opening forms a combustion chamber , wherein the housing has at least two ducts separated from one another which open out in the mixing element , wherein gases flow through the ducts and the mixing element and a mixing of these gases takes place first in the combustion chamber , wherein the mixing element has at least two separate intermediate ducts which branch in the direction of the combustion chamber in throughflow direction, characterised in that the mixing element is manufactured using an additive manufacturing method, and that exhaust gas from the combustion chamber can flow back in the direction of the housing through one or several of the intermediate ducts . characterised in that the mixing element is manufactured using an additive manufacturing method, and that exhaust gas from the combustion chamber can flow back in the direction of the housing through one or several of the intermediate ducts .
An analytic system, comprising: a bay having an opening on one side, the bay of a size and shape to enclose a cartridge carrying sample material to be analyzed; one or more mechanisms within the bay through which the cartridge and or material within the cartridge is influenced by the analytic system; a door of a size to cover the opening and operable between an open position for receiving the sample cartridge within the bay and a closed position that covers the opening to enclose the sample cartridge within the bay; a closure mechanism associated with the bay and the door, by which the door is held closed; an imaging device incorporated in the door and configured for imaging the presence or absence of a cartridge and a visible indicia affixed on a surface of a cartridge in place in the bay; and an electronic display disposed on the door so as to be visible to a user when the door is in the closed position, wherein the display is configured to present procedural state information.. a bay having an opening on one side, the bay of a size and shape to enclose a cartridge carrying sample material to be analyzed; one or more mechanisms within the bay through which the cartridge and or material within the cartridge is influenced by the analytic system; a door of a size to cover the opening and operable between an open position for receiving the sample cartridge within the bay and a closed position that covers the opening to enclose the sample cartridge within the bay; a closure mechanism associated with the bay and the door, by which the door is held closed; an imaging device incorporated in the door and configured for imaging the presence or absence of a cartridge and a visible indicia affixed on a surface of a cartridge in place in the bay; and an electronic display disposed on the door so as to be visible to a user when the door is in the closed position, wherein the display is configured to present procedural state information..
A mounting structure for an electric oil pump comprising: an electric oil pump including a pump unit having a pump , a motor unit disposed adjacent to the pump unit and including a motor for rotating the pump , a motor case for housing at least part of the motor unit , and an intake opening formed in the motor case or the pump unit for supplying working oil to the pump unit; and a transmission case including an oil pan for housing the electric oil pump , wherein the electric oil pump is configured to be attached to an inner wall of the transmission case with at least the intake opening being submerged in the working oil reserved in the oil pan , wherein the electric oil pump further comprises a driver unit for supplying electric power to the motor and controlling rotating speed of the motor , and characterised in that the driver unit is configured to be attached to an outer wall of the transmission case and located opposite to a portion of the inner wall of the transmission case where the electric oil pump is attached. an electric oil pump including a pump unit having a pump , a motor unit disposed adjacent to the pump unit and including a motor for rotating the pump , a motor case for housing at least part of the motor unit , and an intake opening formed in the motor case or the pump unit for supplying working oil to the pump unit; and a pump unit having a pump , a motor unit disposed adjacent to the pump unit and including a motor for rotating the pump , a motor case for housing at least part of the motor unit , and an intake opening formed in the motor case or the pump unit for supplying working oil to the pump unit; and a transmission case including an oil pan for housing the electric oil pump , wherein the electric oil pump is configured to be attached to an inner wall of the transmission case with at least the intake opening being submerged in the working oil reserved in the oil pan , wherein the electric oil pump further comprises a driver unit for supplying electric power to the motor and controlling rotating speed of the motor , and characterised in that the driver unit is configured to be attached to an outer wall of the transmission case and located opposite to a portion of the inner wall of the transmission case where the electric oil pump is attached.
Testing device for monitoring a defined profile of a train of vehicles , in particular rail vehicles, having at least one sensor device , which is designed to detect a compliance or non-compliance with the profile , wherein the sensor device is designed such that it can be attached to the train , wherein the testing device has an evaluation device , which is designed to evaluate a test signal that is determined by the sensor device and is representative of the compliance or non-compliance with the profile , at least as a function of an orientation of the train , wherein the testing device is designed to independently recognise if or when detection of the profile by the sensor device is impossible or erroneous, and the testing device has at least one orientation unit , which is designed to determine the orientation of the train or of at least one vehicle of the train . the testing device has an evaluation device , which is designed to evaluate a test signal that is determined by the sensor device and is representative of the compliance or non-compliance with the profile , at least as a function of an orientation of the train , wherein the testing device is designed to independently recognise if or when detection of the profile by the sensor device is impossible or erroneous, and the testing device has at least one orientation unit , which is designed to determine the orientation of the train or of at least one vehicle of the train .
A coated substrate with a finger-guiding haptics comprising an outer surface, characterized in that the surface comprises at least two microstructured regions, each of which with sliding friction coefficients being respectively different from each other, with the microstructured regions showing running elevations and/or running depressions which are parallel, and with the microstructured regions showing patterns which combine straight lines and curved lines.