mhurhangee/ep-ind-claims huggingface dataset:
A high pressure compressor comprising: an inner case wall; a plurality of flanges (74, 76) extending outwardly from the inner case wall; and a shield (122, 142) that surrounds at least a portion of at least one of the plurality of flanges (74, 76) to define a chamber that at least partially encases at least one of the plurality of flanges (74, 76); characterised by: a passage at least partially defined by the shield (122, 142) that allows air to circulate into the chamber. an inner case wall; a plurality of flanges (74, 76) extending outwardly from the inner case wall; and a shield (122, 142) that surrounds at least a portion of at least one of the plurality of flanges (74, 76) to define a chamber that at least partially encases at least one of the plurality of flanges (74, 76); characterised by: a passage at least partially defined by the shield (122, 142) that allows air to circulate into the chamber.
Storage compartment for a motor vehicle, wherein the storage compartment is designed to be arranged beneath a hood element of the motor vehicle, wherein the hood element forms a part of the outer skin of the motor vehicle, wherein the storage compartment comprises: a trough-like container, a lid that can be connected or is connected to the container, wherein the lid is movable relative to the container about a pivot axis between a closed position and an open position (S2, S3) and wherein the lid has a locking apparatus, which is designed to releasably lock the lid, in its closed position, to the container, a hinge device, which facilitates the pivoting movement of the lid relative to the container, characterized in that the hinge device is designed such that, from a minimum opening angle (Wmin) and up to a maximum opening angle (Wmax), the lid is automatically held in any open position and that, below the minimum opening angle (Wmin), the lid automatically moves to its closed position under the effect of gravity, and the locking apparatus has a spring-loaded lever element supported on the lid with a latching section (34, 56) and an actuating section, wherein, when the lid is in the closed position, the latching section (54, 56) engages with a corresponding support section of the container, such that the locking apparatus is in a locked position, and wherein the locking apparatus is designed to automatically adopt the locked position when the lid closes under the effect of gravity. a trough-like container, a lid that can be connected or is connected to the container, wherein the lid is movable relative to the container about a pivot axis between a closed position and an open position (S2, S3) and wherein the lid has a locking apparatus, which is designed to releasably lock the lid, in its closed position, to the container, a hinge device, which facilitates the pivoting movement of the lid relative to the container, characterized in that the hinge device is designed such that, from a minimum opening angle (Wmin) and up to a maximum opening angle (Wmax), the lid is automatically held in any open position and that, below the minimum opening angle (Wmin), the lid automatically moves to its closed position under the effect of gravity, and the locking apparatus has a spring-loaded lever element supported on the lid with a latching section (34, 56) and an actuating section, wherein, when the lid is in the closed position, the latching section (54, 56) engages with a corresponding support section of the container, such that the locking apparatus is in a locked position, and wherein the locking apparatus is designed to automatically adopt the locked position when the lid closes under the effect of gravity.
An electrode for an electrochemical machining process, the electrode comprising: an electrically conductive member defining at least one passage; and an insulating coating partially covering a side surface of the electrically conductive member, wherein the insulating coating does not cover at least one exposed section of the electrically conductive member, wherein the at least one exposed section (18, 19) extends substantially along a longitudinal axis of the electrically conductive member, wherein the insulating coating also does not cover an exposed front end of the electrically conductive member, wherein the exposed front end of the electrically conductive member is less than about 2mm in height, wherein the at least one exposed section comprises first and second exposed sections separated by approximately 180 degrees, characterised in that the exposed front end of the electrically conductive member is separated from the first and second exposed sections of the electrically conductive member by a gap of at least 1mm. an electrically conductive member defining at least one passage; and an insulating coating partially covering a side surface of the electrically conductive member, wherein the insulating coating does not cover at least one exposed section of the electrically conductive member, wherein the at least one exposed section (18, 19) extends substantially along a longitudinal axis of the electrically conductive member, wherein the insulating coating also does not cover an exposed front end of the electrically conductive member, wherein the exposed front end of the electrically conductive member is less than about 2mm in height, wherein the at least one exposed section comprises first and second exposed sections separated by approximately 180 degrees, characterised in that the exposed front end of the electrically conductive member is separated from the first and second exposed sections of the electrically conductive member by a gap of at least 1mm.
An ultrasonically detectable intrauterine system for long-term insertion into a uterine cavity, said IUS comprising a T-shaped plastic body and a hormone containing capsule placed in the vertical arm of the T-shaped plastic body, the vertical arm comprising at its lower end a loop wherein removal threads are tied, characterized in that the IUS comprises at least one image enhancing means for improving the ultrasound imaging of the system, wherein the at least one image enhancing means is at least one silver ring fixedly positioned and at least partly embedded in the body of the intrauterine system.
A wheel bearing sealing arrangement (20, 40, 50) for a vehicle, comprising: - an outboard bearing having an outboard periphery intended to face away from a central longitudinal axis of the vehicle and an inboard periphery intended to face towards the central longitudinal axis of the vehicle, wherein the outboard bearing comprises a first race-forming part and a second race-forming part which surrounds the first race-forming part, - an outboard seal arranged between the first race-forming part and an opposite part, and - a safety washer pressed against the outboard periphery of the first race-forming part, wherein the outboard seal comprises a sealing part pressed against and in direct contact with the safety washer, wherein the outboard seal comprises a supporting part which supports the sealing part, wherein the sealing part comprises a lip projecting away from the supporting part, wherein the lip is in sealing contact with the safety washer, wherein the wheel bearing sealing arrangement has a geometrical centre axis, characterized in that said lip extends radially away from the geometrical centre axis. - an outboard bearing having an outboard periphery intended to face away from a central longitudinal axis of the vehicle and an inboard periphery intended to face towards the central longitudinal axis of the vehicle, wherein the outboard bearing comprises a first race-forming part and a second race-forming part which surrounds the first race-forming part, - an outboard seal arranged between the first race-forming part and an opposite part, and - a safety washer pressed against the outboard periphery of the first race-forming part, wherein the outboard seal comprises a sealing part pressed against and in direct contact with the safety washer, wherein the outboard seal comprises a supporting part which supports the sealing part, wherein the sealing part comprises a lip projecting away from the supporting part, wherein the lip is in sealing contact with the safety washer, wherein the wheel bearing sealing arrangement has a geometrical centre axis, characterized in that said lip extends radially away from the geometrical centre axis.
A carbonation machine comprising: a carbonation head; a holder that is configured to hold a gas canister, the holder comprising: a connector with a socket configured to enable linear insertion of a valve of the canister into the socket, the socket including a seal configured to enclose at least one lateral opening to enable lateral fluidic flow between one or more laterally oriented ports of the valve and a conduit of the holder while preventing leakage of gas from the lateral fluidic flow, and a holding mechanism configured to hold a lateral projection from the canister after insertion of the valve into the socket such that the valve remains in the socket; and an activation mechanism configured to operate the valve to release the gas from the canister when inserted into the socket so as to enable the gas to flow via the conduit to the carbonation head. a carbonation head; a holder that is configured to hold a gas canister, the holder comprising: a connector with a socket configured to enable linear insertion of a valve of the canister into the socket, the socket including a seal configured to enclose at least one lateral opening to enable lateral fluidic flow between one or more laterally oriented ports of the valve and a conduit of the holder while preventing leakage of gas from the lateral fluidic flow, and a holding mechanism configured to hold a lateral projection from the canister after insertion of the valve into the socket such that the valve remains in the socket; and a connector with a socket configured to enable linear insertion of a valve of the canister into the socket, the socket including a seal configured to enclose at least one lateral opening to enable lateral fluidic flow between one or more laterally oriented ports of the valve and a conduit of the holder while preventing leakage of gas from the lateral fluidic flow, and a holding mechanism configured to hold a lateral projection from the canister after insertion of the valve into the socket such that the valve remains in the socket; and an activation mechanism configured to operate the valve to release the gas from the canister when inserted into the socket so as to enable the gas to flow via the conduit to the carbonation head.
A method for detecting defects underneath an outer protection layer protecting the leading edge of a wind turbine generator blade, the method including the steps of - guiding a defect detection tool over the outer protection layer in a tool movement direction, and - sensing at least one feedback value the tool experiences while being guided over the outer protection layer in order to detect a potential defect, wherein the defect detection tool comprises a tool base and a tool tip is being biased against the surface of the outer protection layer in a tool biasing direction while being guided over the outer protection layer in the tool movement direction, characterized in that the tool tip is detecting potential defects underneath the outer protection layer as deviations in the uniformity of the at least one feedback value, and the tool tip being formed by a disc, a rim or a ball rotatably supported in relation to the tool base such that when the defect detection tool is being guided over the outer protection layer in the tool movement direction and biased in a tool biasing direction against the surface of the outer protection layer the tool tip rolls on the surface of the outer protection layer. - guiding a defect detection tool over the outer protection layer in a tool movement direction, and - sensing at least one feedback value the tool experiences while being guided over the outer protection layer in order to detect a potential defect, wherein the defect detection tool comprises a tool base and a tool tip is being biased against the surface of the outer protection layer in a tool biasing direction while being guided over the outer protection layer in the tool movement direction, characterized in that the tool tip is detecting potential defects underneath the outer protection layer as deviations in the uniformity of the at least one feedback value, and the tool tip being formed by a disc, a rim or a ball rotatably supported in relation to the tool base such that when the defect detection tool is being guided over the outer protection layer in the tool movement direction and biased in a tool biasing direction against the surface of the outer protection layer the tool tip rolls on the surface of the outer protection layer.
A system for detecting and interpreting myoelectrical activity from a contractile, hollow bodily organ, the system comprising: electrodes constructed and arranged to obtain first analog signals over time relating to myoelectrical activity of a contractile, hollow bodily organ of a patient, a respiration sensor constructed and arranged to obtain, simultaneously with the first signals, second analog signals relating to respiration of the patient, filtering structure (20,21,22) constructed and arranged to filter the first and second analog signals, an analog to digital converter constructed and arranged to convert the filtered first and second analog signals to respective first and second digital signals, a processing device (26,28) constructed and arranged to receive the first and second digital signals, the processing device being configured for executing instructions for 1) establishing an initial voltage range of the first and second digital signals for a specific amount of time thereby defining a normal operating voltage range specific to a patient under study, 2) determining (112,114) whether artifact occurs in the first and second digital signals based on an analysis of the first and second digital signals and the normal operating voltage range and absent manual interpretation, and 3) analyzing artifact free minutes of the first and second digital signals thereby to determine automatically, and absent manual interpretation, a diagnosis of the condition of the organ, and a storage device associated with the processing device constructed and arranged to store data received from the processing device (26,28). electrodes constructed and arranged to obtain first analog signals over time relating to myoelectrical activity of a contractile, hollow bodily organ of a patient, a respiration sensor constructed and arranged to obtain, simultaneously with the first signals, second analog signals relating to respiration of the patient, filtering structure (20,21,22) constructed and arranged to filter the first and second analog signals, an analog to digital converter constructed and arranged to convert the filtered first and second analog signals to respective first and second digital signals, a processing device (26,28) constructed and arranged to receive the first and second digital signals, the processing device being configured for executing instructions for 1) establishing an initial voltage range of the first and second digital signals for a specific amount of time thereby defining a normal operating voltage range specific to a patient under study, 2) determining (112,114) whether artifact occurs in the first and second digital signals based on an analysis of the first and second digital signals and the normal operating voltage range and absent manual interpretation, and 3) analyzing artifact free minutes of the first and second digital signals thereby to determine automatically, and absent manual interpretation, a diagnosis of the condition of the organ, and a storage device associated with the processing device constructed and arranged to store data received from the processing device (26,28).
A radio frequency, RF, system, the RF system comprising: a transmission line configured to communicate an RF signal between a first port and a second port; one or more resistors coupled to the transmission line at a location between the first port and the second port, each of the one or more resistors providing a path for injecting DC current to the transmission line to provide DC bias for the RF signal; wherein each of the one or more resistors is coupled to the transmission line via a point connection, and characterised in that the point connection has a length that is less than about 5% of a length of the transmission line. a transmission line configured to communicate an RF signal between a first port and a second port; one or more resistors coupled to the transmission line at a location between the first port and the second port, each of the one or more resistors providing a path for injecting DC current to the transmission line to provide DC bias for the RF signal; wherein each of the one or more resistors is coupled to the transmission line via a point connection, and characterised in that the point connection has a length that is less than about 5% of a length of the transmission line.
An extendable leg for a tripod (for supporting an optical apparatus such as a video camera), the leg being V-shaped and having telescopic side members (15,16) to enable the length of the leg to be varied with hinge means to connect the side members (15,16) to each other at an apex of the V, means to connect the side members to a head of the tripod which allow the angle of the V to vary with extension and retraction of the leg, and clamping means to clamp the side members (15,16) at a required length; wherein the leg has a mechanism for controlling the extension and retraction of the side members (15,16) when the locking means is released whereby the apex of the leg is constrained to move generally linearly in the lengthwise direction of the leg; wherein said control mechanism comprises arms (63,64) and a bridge linking the arms to move with each other in the longitudinal direction of the leg; the control mechanism further comprising means to interconnect the arms; characterised in that the arms have toothed racks (67, 68) and the interconnecting means comprise a pinion rotatably mounted on the bridge and in engagement with the toothed racks (67, 68) on opposite sides of the pinion to cause the leg members to which the toothed racks (67, 68) are mounted to move by equal amounts and in opposite directions with respect to the said median line.
A glucagon-like peptide-1 /growth differentiation factor 15 fusion protein, wherein the GLP1-GDF15 fusion protein comprises from the N-terminus to the C-terminus, a GLP1 peptide, a first linker peptide, a serum albumin protein, a second linker peptide, and a GDF15 protein.
A spherical object falling buffer device suitable for a pebble bed high temperature gas-cooled reactor, comprising a flow-limiting pipe assembly and a central column assembly; wherein the flow-limiting pipe assembly comprises a flow-limiting pipe, a redirecting joint and a sphere outlet pipe that are connected in sequence from top to bottom; a diameter of the flow-limiting pipe is greater than that of the sphere outlet pipe, and an inner surface of the redirecting joint is a conical surface; the central column assembly comprises at least a central column arranged in the flow-limiting pipe; a flow-guiding region is provided between the flow-limiting pipe and the central column, and several gravity flow guide grooves are provided on an outer peripheral surface of the central column.
Fastening arrangement having a glass element, a mounting part for glass doors, which mounting part is in the form of a strap hinge part and is mounted on the glass element, and an undercut anchor, the undercut anchor being inserted in an undercut blind hole in the glass element, characterised in that the mounting part is screwed against an axial stop on the undercut anchor.
A valve plate device, preferably for an apparatus with fluctuating pressure conditions and/or fluctuating volumetric flows, in particular for a filter apparatus for a motor vehicle, the valve plate device having at least two through openings (D1, D2, D3) and at least two lips (L1, L2, L3) for opening and closing the through openings (D1, D2, D3), and the thickness (s) of the valve plate device and/or of the lips (L1, L2, L3) increasing towards at least one side, preferably in such a way that the lips (L1, L2, L3) have different weights and/or have a different opening and closing resistance, the lips (L1, L2, L3) being machined out of the valve plate device itself, and the valve plate device being a valve plate or comprising a plurality of separate valve plate sections, the lips (L1, L2, L3) being of omega-shaped configuration.
A radio frequency system comprising: a transmit path comprising a transmit radio frequency, RF, filter and an adjustable transmit phase shifter/matching network coupled between the transmit radio frequency filter and a transmit antenna port, wherein the adjustable transmit phase shifter/matching network is configured to transform an impedance of the transmit radio frequency filter at a receive frequency from a first lower impedance to a first higher impedance at the transmit antenna port; and a receive path comprising a receive radio frequency filter and an adjustable receive phase shifter/matching network coupled between the receive radio frequency filter and a receive antenna port, wherein the adjustable receive phase shifter/matching network is configured to transform an impedance of the receive radio frequency filter at a transmit frequency from a second lower impedance to a second higher impedance at the receive antenna port, wherein the transmit RF filter comprises a first tunable band reject filter configured to reject the receive frequency; wherein the receive radio frequency filter comprises a second tunable band reject filter configured to reject the transmit frequency, characterized in that the transmit RF filter comprises a further tunable band reject filter configured to reject a receive image frequency. a transmit path comprising a transmit radio frequency, RF, filter and an adjustable transmit phase shifter/matching network coupled between the transmit radio frequency filter and a transmit antenna port, wherein the adjustable transmit phase shifter/matching network is configured to transform an impedance of the transmit radio frequency filter at a receive frequency from a first lower impedance to a first higher impedance at the transmit antenna port; and a receive path comprising a receive radio frequency filter and an adjustable receive phase shifter/matching network coupled between the receive radio frequency filter and a receive antenna port, wherein the adjustable receive phase shifter/matching network is configured to transform an impedance of the receive radio frequency filter at a transmit frequency from a second lower impedance to a second higher impedance at the receive antenna port, wherein the transmit RF filter comprises a first tunable band reject filter configured to reject the receive frequency; wherein the receive radio frequency filter comprises a second tunable band reject filter configured to reject the transmit frequency, characterized in that the transmit RF filter comprises a further tunable band reject filter configured to reject a receive image frequency.
Elevator belt made of elastomeric material comprising embedded tensile or strength members running in the belt longitudinal direction which are formed as cords from one or more strands (L1-L7), wherein the strands are constructed from filaments (Fi1-Fi7; Fa1-Fa7) provided with a coating which are arranged, preferably wrapped, around a filament (Fi1; Fa1) serving as a strand core, characterized in that the filament forming the strand core is provided with a thicker coating than the filaments surrounding the strand core (Fi2-Fi7; Fa2-Fa7).