mhurhangee/patent-ind-claim-en huggingface dataset:
A suspension unit comprising: a body defining a primary chamber for containing a primary fluid; a piston arm having a piston end received in the body to act on primary fluid in the primary chamber, wherein the piston arm is moveable relative the body between at least an extended configuration and a retracted configuration; a first gas spring chamber within the piston arm and a first moveable member to vary a volume of the first gas spring chamber; a second gas spring chamber separate from the piston arm and a second moveable member to vary a volume of the second gas spring chamber; wherein in at least one of the extended configuration and the retracted configuration of the piston arm, a first damping chamber is defined adjacent the first moveable member and a second damping chamber is defined adjacent the second moveable member; characterized in that the first damping chamber and the second damping chamber are each in fluid communication with the primary chamber via a manifold and a common damping passageway defined in the body to receive primary fluid; wherein the manifold is formed in the body, and comprises a damping port corresponding to the common damping passageway, for mutual fluid communication between the first damping chamber, the second damping chamber, and the primary chamber via the common damping passageway; and wherein the first damping chamber is in fluid communication with the second damping chamber via a conduit extending from the manifold through the piston end, the piston end being moveable relative to the conduit. a body defining a primary chamber for containing a primary fluid; a piston arm having a piston end received in the body to act on primary fluid in the primary chamber, wherein the piston arm is moveable relative the body between at least an extended configuration and a retracted configuration; a first gas spring chamber within the piston arm and a first moveable member to vary a volume of the first gas spring chamber; a second gas spring chamber separate from the piston arm and a second moveable member to vary a volume of the second gas spring chamber; wherein in at least one of the extended configuration and the retracted configuration of the piston arm, a first damping chamber is defined adjacent the first moveable member and a second damping chamber is defined adjacent the second moveable member; characterized in that the first damping chamber and the second damping chamber are each in fluid communication with the primary chamber via a manifold and a common damping passageway defined in the body to receive primary fluid; wherein the manifold is formed in the body, and comprises a damping port corresponding to the common damping passageway, for mutual fluid communication between the first damping chamber, the second damping chamber, and the primary chamber via the common damping passageway; and wherein the first damping chamber is in fluid communication with the second damping chamber via a conduit extending from the manifold through the piston end, the piston end being moveable relative to the conduit.
A method for assigning, in a dual layer network comprising a macro cell and set of transmit/receive points, TRPs, , radio resources to a user equipment, UE, wherein the UE is in a discontinuous reception mode, DRX, powers down periodically during DRX off periods and wakes up during DRX on-periods wherein the DRX on- and off-periods are coordinated with the network, the method comprising using the macro cell for: receiving an uplink beacon transmitted at regular intervals by the UE, wherein, at least once, the uplink beacon is received during one of the DRX off-periods and comprises a buffer status report, BSR, for requesting a grant to transmit uplink data in a next DRX on-period following after the one DRX off-period wherein the uplink beacon comprising the BSR is received by a time period prior to a start of the next DRX on-period wherein the time period is sufficient for an exchange to occur between the macro cell and the TRPs; determining that the uplink beacon transmission corresponds to a need by the UE for radio resources in the next DRX; identifying at least one of the TRPs to participate in data communication with the UE; receiving a grant of radio resources for the data communication from the identified at least one of the TRPs, wherein the grant of radio resources is specified for use in the next DRX on-period; and transmitting , at the next DRX on-period, the grant of radio resources to the UE. receiving an uplink beacon transmitted at regular intervals by the UE, wherein, at least once, the uplink beacon is received during one of the DRX off-periods and comprises a buffer status report, BSR, for requesting a grant to transmit uplink data in a next DRX on-period following after the one DRX off-period wherein the uplink beacon comprising the BSR is received by a time period prior to a start of the next DRX on-period wherein the time period is sufficient for an exchange to occur between the macro cell and the TRPs; determining that the uplink beacon transmission corresponds to a need by the UE for radio resources in the next DRX; identifying at least one of the TRPs to participate in data communication with the UE; receiving a grant of radio resources for the data communication from the identified at least one of the TRPs, wherein the grant of radio resources is specified for use in the next DRX on-period; and transmitting , at the next DRX on-period, the grant of radio resources to the UE.
A local anesthetic drug for use in a method to blunt satiety signals originating from the surface of the pharynx, esophagus, and/or stomach in a mammal suffering from (i) anorexia, (ii) cachexia, (iii) sarcopenia or (iv) post-operative complications in food processing after surgery on the intestinal tract of said mammal or after caesarian section on said mammal, said method comprising applying a sufficient dose of the local anesthetic drug to a surface of the pharyngeal-esophageal-gastro-duodenal tract, thereby facilitating food intake and food retention in said mammal.
A tool for chamfering and rounding off an edge of a fret on a fretboard of a stringed instrument having the fret , comprising a main body, the main body comprising: - a portion for engaging with a finger or a hand, - two side portions, each side portion directly formed on opposite sides of the portion for engaging with a finger or a hand and having one bottom surface , said bottom surfaces configured to simultaneously slide on the fretboard with the side portions sandwiching the fret therebetween, and - a groove formed between the bottom surfaces of the side portions, wherein the groove has a first tapered file surface and a second tapered file surface opposed to the first tapered file surface; the tool being characterized in that the first and the second tapered file surfaces have different angles of inclination; and the groove is configured such that, when the bottom surfaces of the side portions are simultaneously sliding on the fretboard and one of the tapered file surfaces is pushed to one of the side surfaces of the fret , there always exists a gap between an upper part of the groove and a top portion of the fret , and the other of the opposed tapered file surfaces is not in contact with the other of the side surfaces of the fret. - a portion for engaging with a finger or a hand, - two side portions, each side portion directly formed on opposite sides of the portion for engaging with a finger or a hand and having one bottom surface , said bottom surfaces configured to simultaneously slide on the fretboard with the side portions sandwiching the fret therebetween, and - a groove formed between the bottom surfaces of the side portions, wherein the groove has a first tapered file surface and a second tapered file surface opposed to the first tapered file surface; the tool being characterized in that the first and the second tapered file surfaces have different angles of inclination; and the groove is configured such that, when the bottom surfaces of the side portions are simultaneously sliding on the fretboard and one of the tapered file surfaces is pushed to one of the side surfaces of the fret , there always exists a gap between an upper part of the groove and a top portion of the fret , and the other of the opposed tapered file surfaces is not in contact with the other of the side surfaces of the fret.
Method for the stereo-selective synthesis of pentostatin, comprising: (i) reacting 6,7-dihydroimidazo-[4,5- d ]- diazepin-8(3 H )-one and a 2-deoxy-ribonucleoside; and (ii) reducing the 8-keto pentostatin derivative obtained in step (i) by ruthenium-catalyzed asymmetric transfer hydrogenation; wherein the reaction in step (i) is enzymatically catalyzed by nucleoside deoxyribosyltransferase. (i) reacting 6,7-dihydroimidazo-[4,5- d ]- diazepin-8(3 H )-one and a 2-deoxy-ribonucleoside; and (ii) reducing the 8-keto pentostatin derivative obtained in step (i) by ruthenium-catalyzed asymmetric transfer hydrogenation;
A storage system comprising: a plurality of embedded storage devices, wherein each embedded storage device of the plurality of embedded storage devices comprises: a first direct-mapped solid state drive, SSD, storage portion , wherein the first direct-mapped SSD storage portion has erase blocks mapped as directly addressable storage of the SSD; and a second non-volatile random-access memory, NVRAM, portion comprising a random access memory, RAM, device and a processing device, wherein the first direct-mapped SSD portion and the second NVRAM portion are separately addressable, and wherein the second NVRAM portion is smaller than the first direct-mapped SSD portion ; and a plurality of storage system controllers operatively coupled to the plurality embedded storage devices via a bus, the plurality of storage system controllers being configured to: determine that data is to be stored in the first direct-mapped SSD storage portion of a first embedded storage device of the plurality of embedded storage devices; and buffer the data in the second NVRAM portion of a second embedded storage device of the plurality of embedded storage devices. a plurality of embedded storage devices, wherein each embedded storage device of the plurality of embedded storage devices comprises: a first direct-mapped solid state drive, SSD, storage portion , wherein the first direct-mapped SSD storage portion has erase blocks mapped as directly addressable storage of the SSD; and a second non-volatile random-access memory, NVRAM, portion comprising a random access memory, RAM, device and a processing device, wherein the first direct-mapped SSD portion and the second NVRAM portion are separately addressable, and wherein the second NVRAM portion is smaller than the first direct-mapped SSD portion ; and a first direct-mapped solid state drive, SSD, storage portion , wherein the first direct-mapped SSD storage portion has erase blocks mapped as directly addressable storage of the SSD; and a second non-volatile random-access memory, NVRAM, portion comprising a random access memory, RAM, device and a processing device, wherein the first direct-mapped SSD portion and the second NVRAM portion are separately addressable, and wherein the second NVRAM portion is smaller than the first direct-mapped SSD portion ; and a plurality of storage system controllers operatively coupled to the plurality embedded storage devices via a bus, the plurality of storage system controllers being configured to: determine that data is to be stored in the first direct-mapped SSD storage portion of a first embedded storage device of the plurality of embedded storage devices; and buffer the data in the second NVRAM portion of a second embedded storage device of the plurality of embedded storage devices. determine that data is to be stored in the first direct-mapped SSD storage portion of a first embedded storage device of the plurality of embedded storage devices; and buffer the data in the second NVRAM portion of a second embedded storage device of the plurality of embedded storage devices.
A system of detecting malicious files by using at least two models for detection of malicious files, the system comprising: a hardware processor configured to: form at least one behavior pattern grouping selected commands ( c i ) with shared parameters ( p i ) from a behavior log of a file being executed , the behavior log comprising a totality of executable commands from the file; apply a convolution function on the at least one behavior pattern formed to obtain computed parameters; select, from a database of detection models , the at least two models for detection of malicious files, wherein the at least two models for detection are machine learning models, previously trained using computed parameters of previous behavior patterns subjected to convolution, to output degrees of harmfulness; calculate a respective degree of harmfulness of the file being executed on the basis of the computed parameters of the at least one behavior pattern using each of the at least two models for detection of malicious files; form, on the basis of each calculated degree of harmfulness, a decision-making pattern representing a collection of each calculated degree of harmfulness; recognize the file being executed as malicious if the degree of similarity between the formulated decision-making pattern and at least one of a predetermined decision-making patterns from a database of decision-making patterns previously formulated on the basis of an analysis of malicious files, exceeds a predetermined threshold value. form at least one behavior pattern grouping selected commands ( c i ) with shared parameters ( p i ) from a behavior log of a file being executed , the behavior log comprising a totality of executable commands from the file; apply a convolution function on the at least one behavior pattern formed to obtain computed parameters; select, from a database of detection models , the at least two models for detection of malicious files, wherein the at least two models for detection are machine learning models, previously trained using computed parameters of previous behavior patterns subjected to convolution, to output degrees of harmfulness; calculate a respective degree of harmfulness of the file being executed on the basis of the computed parameters of the at least one behavior pattern using each of the at least two models for detection of malicious files; form, on the basis of each calculated degree of harmfulness, a decision-making pattern representing a collection of each calculated degree of harmfulness; recognize the file being executed as malicious if the degree of similarity between the formulated decision-making pattern and at least one of a predetermined decision-making patterns from a database of decision-making patterns previously formulated on the basis of an analysis of malicious files, exceeds a predetermined threshold value.
Cable feedthrough device for feeding at least one cable through an opening in a housing wall in a sealed manner, comprising a structural frame with at least one hole for feeding through a cable and at least one screw hole , and an elastic flexible component comprising at least one feedthrough section closed by a piercable membrane , wherein the at least one hole is arranged at least approximately concentric to the at least one feedthrough section , wherein the flexible component is limited by the structural frame over a large area on the surfaces facing away from the housing wall and protrudes out of the structural frame at right angles to the housing wall by the difference in height (h), characterized in that the flexible component is deformed elastically at least partially when the screws are screwed into the housing wall and forms a gastight and/or liquid-tight interface relative to the housing wall , and that the difference in height (h) is between 0.5 mm and 5 mm.
An apparatus for managing service element host selection, the apparatus comprising: a processor; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving a message comprising a request for a service and a quality of service requirement, wherein the service comprises a plurality of service elements that are individual components that are used to provide the service; determining each service element host for each service element of the plurality of service elements based on the message; and forwarding the request to each service element host. a processor; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving a message comprising a request for a service and a quality of service requirement, wherein the service comprises a plurality of service elements that are individual components that are used to provide the service; determining each service element host for each service element of the plurality of service elements based on the message; and forwarding the request to each service element host. receiving a message comprising a request for a service and a quality of service requirement, wherein the service comprises a plurality of service elements that are individual components that are used to provide the service; determining each service element host for each service element of the plurality of service elements based on the message; and forwarding the request to each service element host.
A gas turbine engine , comprising: a fan ; a compressor (44; 52) aft of the fan ; and characterised by an after-fan system (120; 220; 240; 250; 260) , located axially between the fan and the compressor (44; 52), the after-fan system comprising: an after-fan turbine ; an electrical generator (150; 242; 252) operationally coupled to the after-fan turbine and configured to generate an electrical current in response to rotation of the after-fan turbine ; and an electric motor electrically coupled to the electrical generator (150; 242; 252), wherein the after-fan turbine is located forward of the compressor (44; 52); wherein the electrical generator (150; 242; 252) is a first electrical generator configured to generate a first electrical current in response to rotation of the after-fan turbine ; and wherein the electric motor is rotationally coupled to the fan . a fan ; a compressor (44; 52) aft of the fan ; and characterised by an after-fan system (120; 220; 240; 250; 260) , located axially between the fan and the compressor (44; 52), the after-fan system comprising: an after-fan turbine ; an electrical generator (150; 242; 252) operationally coupled to the after-fan turbine and configured to generate an electrical current in response to rotation of the after-fan turbine ; and an electric motor electrically coupled to the electrical generator (150; 242; 252), an after-fan turbine ; an electrical generator (150; 242; 252) operationally coupled to the after-fan turbine and configured to generate an electrical current in response to rotation of the after-fan turbine ; and an electric motor electrically coupled to the electrical generator (150; 242; 252), wherein the after-fan turbine is located forward of the compressor (44; 52); wherein the electrical generator (150; 242; 252) is a first electrical generator configured to generate a first electrical current in response to rotation of the after-fan turbine ; and wherein the electric motor is rotationally coupled to the fan .
A method for triggering mobility measurements for a wireless device , the method being performed by a radio access network node, RANN , the RANN being configurable to transmit using a set of transmission beams , the method comprising the steps of: receiving (S102) signalling from a wireless device, WD , wherein the signalling is indicative of a current position ([x1, y1], [x2, y2]) of the WD and a performance quality metric of the WD; and only in a case said performance quality metric fulfils a location dependent performance quality criterion: activating (S104) transmission of mobility pilot signals to the WD in at least one transmission beam in the set of transmission beams ; and thereafter: instructing (S106) the WD to perform measurements on the at least one transmission beam, wherein the location dependent performance quality criterion pertains to the position of the WD.
An optical assembly , comprising: a lens having a lens body comprising a proximal section having at least one input surface for receiving light from a light source and a distal section having at least one output surface through which light exits the lens body , a light guide optically coupled to the output surface of the lens body for receiving at least a portion of the light exiting the lens , wherein the proximal section further comprises: a substantially elliptical peripheral surface receiving at least a portion of the light entering the lens body via the at least one input surface and directing at least some of the received light via total internal reflection to the distal section such that at least a portion of the light directed to the distal section exits the lens body through the at least one output surface , and wherein the at least one input surface comprises a central convex portion and a peripheral portion surrounding the central convex portion , characterized in that the peripheral portion of the input surface comprises a proximal concave segment and distal convex segment . a lens having a lens body comprising a proximal section having at least one input surface for receiving light from a light source and a distal section having at least one output surface through which light exits the lens body , a light guide optically coupled to the output surface of the lens body for receiving at least a portion of the light exiting the lens , wherein the proximal section further comprises: a substantially elliptical peripheral surface receiving at least a portion of the light entering the lens body via the at least one input surface and directing at least some of the received light via total internal reflection to the distal section such that at least a portion of the light directed to the distal section exits the lens body through the at least one output surface , and wherein the at least one input surface comprises a central convex portion and a peripheral portion surrounding the central convex portion , characterized in that the peripheral portion of the input surface comprises a proximal concave segment and distal convex segment . a substantially elliptical peripheral surface receiving at least a portion of the light entering the lens body via the at least one input surface and directing at least some of the received light via total internal reflection to the distal section such that at least a portion of the light directed to the distal section exits the lens body through the at least one output surface , and wherein the at least one input surface comprises a central convex portion and a peripheral portion surrounding the central convex portion , characterized in that the peripheral portion of the input surface comprises a proximal concave segment and distal convex segment .
A method of tightening a screw connection by means of a motor-driven screwdriver unit in which the angle of rotation (φ) and the torque (M) are determined during the tightening, wherein an increase of the torque is determined via the angle of rotation and/or a change of the torque increase is determined via the angle of rotation by a determination device in a first tightening region , characterized in that a change speed of the increase of the torque is determined via the angle of rotation in a second, following tightening region , with the screwdriver unit being stopped by a control device on reaching or exceeding a maximum permitted change speed of the increase of the torque that is determined with reference to the increase determined in the first tightening region and to the increase change determined in the first tightening region .