mhurhangee/ep-ind-claims huggingface dataset:
A locking system for an aircraft nacelle comprising a first portion, intended to be mounted on a first part of an aircraft nacelle, and a second portion, intended to be mounted on a second part of the aircraft nacelle, said locking system being configured so that, when in a closed position, said first portion and said second portion are held together, said locking system being characterised in that it further comprises at least one buffer part, positioned on a surface of one of the first and second portions (803, 809) of the locking system opposite a surface of the other of the first and second portions (803, 809) of the locking system so as to be brought to bear on said other portion (803, 809) when said locking system is in the closed position, and a load sensor, adjoined to said buffer part, and in that, when said locking system is in the closed position, said load sensor is compressed between said buffer part and another element (807, 819) of said locking system.
A bellows in an accordion shape where crest parts with U-shaped cross sections and trough parts with U-shaped cross sections are repeatedly formed via slope parts (20, 30) in a view from outside, wherein adjacent two of the slope parts (20, 30) leading to one of the crest parts comprise first portions, second portions, third portions, and fourth portions, respectively, which are continuously connected, in description order, to one another from the crest part toward adjacent two of the trough parts, wherein in a free length state of the bellows, a separation distance between the second portions (β) of the adjacent two of slope parts (20, 30) is longer than separation distances (h1, h3) between the first portions (α) and between the third portions (γ) of the adjacent two of the slope parts (20, 30), wherein the second portions (β) of the adjacent two of the slope parts (20, 30) have slant elements inclined with respect to the first portions (α) and the third portions (γ) and extending in a same direction so that an annular space is partially defined by the slant elements, characterized in that the crest part is provided at a position offset with respect to a center position between the adjacent two of the trough parts on both sides of the crest parts, and the slant elements are inclined in a direction which assists an offset of the crest part. adjacent two of the slope parts (20, 30) leading to one of the crest parts comprise first portions, second portions, third portions, and fourth portions, respectively, which are continuously connected, in description order, to one another from the crest part toward adjacent two of the trough parts, wherein in a free length state of the bellows, a separation distance between the second portions (β) of the adjacent two of slope parts (20, 30) is longer than separation distances (h1, h3) between the first portions (α) and between the third portions (γ) of the adjacent two of the slope parts (20, 30), wherein the second portions (β) of the adjacent two of the slope parts (20, 30) have slant elements inclined with respect to the first portions (α) and the third portions (γ) and extending in a same direction so that an annular space is partially defined by the slant elements,
A laundry dryer comprising a drum wherein the laundry is placed, a condenser that provides the drying process air to be dehumidified, a tank wherein the condensate water leaving the condenser is collected and a transfer means which provides the condensate water received from the condenser to be delivered to the tank, the transfer means having a filter that provides the water delivered to the tank to be cleansed from the foreign materials therein, wherein the transfer means comprises a chamber wherein the condensate water is collected, and wherein an opening is arranged on the chamber wall, which provides the condensate water received from the condenser to be delivered to the chamber, and wherein a guide is situated in the chamber, which extends from the inlet opening into the chamber and wherein the filter is disposed at the end of the guide, characterized by - the guide that is L-shaped and that comprises a vertical arm which extends from the inlet opening towards the chamber base and bears against the chamber side wall whereon the inlet opening is arranged and a horizontal arm which extends in a direction parallel to the chamber base, such that the water entering through the inlet opening reaches the filter by passing through said vertical arm and said horizontal arm, respectively, - the filter shaped as a box having an orifice in which the water enters and which comprises at least one safety passage which provides the passage of the water in case foreign materials accumulate therein by enabling the passage of water from the chamber to the tank even in case of long time usage of the filter and which safety passage is disposed on the ceiling of the filter. - the guide that is L-shaped and that comprises a vertical arm which extends from the inlet opening towards the chamber base and bears against the chamber side wall whereon the inlet opening is arranged and a horizontal arm which extends in a direction parallel to the chamber base, such that the water entering through the inlet opening reaches the filter by passing through said vertical arm and said horizontal arm, respectively, - the filter shaped as a box having an orifice in which the water enters and which comprises at least one safety passage which provides the passage of the water in case foreign materials accumulate therein by enabling the passage of water from the chamber to the tank even in case of long time usage of the filter and which safety passage is disposed on the ceiling of the filter.
An integrated circuit comprising: a segmented sideband on-die system fabric, OSF, to couple a first agent and a second agent, wherein the sideband OSF is to allow the first agent and the second agent to communicate out-of-band information via one or more routers; and characterized by: power management logic to initiate a request to reset a segment of a plurality of segments of the sideband OSF, wherein each segment of the plurality of segments is located in a separate power domain, wherein each segment of the plurality of segments includes at least one of the one or more routers, wherein the power management logic is to cause the segment to reset in response to an acknowledgement from one or more agents in the segment of the plurality of segments that the one or more agents have handled all in-progress posted messages. a segmented sideband on-die system fabric, OSF, to couple a first agent and a second agent, wherein the sideband OSF is to allow the first agent and the second agent to communicate out-of-band information via one or more routers; and characterized by: power management logic to initiate a request to reset a segment of a plurality of segments of the sideband OSF, wherein each segment of the plurality of segments is located in a separate power domain, wherein each segment of the plurality of segments includes at least one of the one or more routers, wherein the power management logic is to cause the segment to reset in response to an acknowledgement from one or more agents in the segment of the plurality of segments that the one or more agents have handled all in-progress posted messages. power management logic to initiate a request to reset a segment of a plurality of segments of the sideband OSF, wherein each segment of the plurality of segments is located in a separate power domain, wherein each segment of the plurality of segments includes at least one of the one or more routers, wherein the power management logic is to cause the segment to reset in response to an acknowledgement from one or more agents in the segment of the plurality of segments that the one or more agents have handled all in-progress posted messages.
An indicator of electric drive usability for a hybrid vehicle, comprising: a tachometer that includes a display having an all-electric drive portion and a hybrid drive portion, the all-electric drive portion and the hybrid drive portion sharing a first boundary which indicates a minimum electric drive usability and a beginning of hybrid drive operation of the vehicle, the indicator is characterised in that the electric drive usability is represented by indicating within the all-electric drive portion of the display one of percent battery discharge, percent maximum torque provided by the electric drive, and percent electric drive to hybrid drive operating costs, and in that the all-electric drive portion of the display indicates the greater of the percent battery discharge, the percent maximum torque provided by the electric drive, and the percent electric drive to hybrid drive operating costs. a tachometer that includes a display having an all-electric drive portion and a hybrid drive portion, the all-electric drive portion and the hybrid drive portion sharing a first boundary which indicates a minimum electric drive usability and a beginning of hybrid drive operation of the vehicle, the indicator is characterised in that the electric drive usability is represented by indicating within the all-electric drive portion of the display one of percent battery discharge, percent maximum torque provided by the electric drive, and percent electric drive to hybrid drive operating costs, and in that the all-electric drive portion of the display indicates the greater of the percent battery discharge, the percent maximum torque provided by the electric drive, and the percent electric drive to hybrid drive operating costs.
Locking device for a rotating device for holding a plurality of machining and handling units, wherein the rotating device comprises at least one carrier body with a hollow shaft element mounted therein rotatably about a rotation or swivel axis, wherein a rotating member for accommodating the machining and handling units is arranged at a free end, wherein the rotating member of the rotating device can be locked rotation-proof by means of the locking device against a rotation about the rotation or swivel axis, wherein the locking device comprises at least one bolt element (9.1) and a working cylinder arrangement (9.2) which can be operated in a controlled and/or regulated manner for the displacement of the bolt element (9.1), which working cylinder arrangement comprises at least one piston (9.4) accommodated in a displaceable manner in a cylinder (9.3), which cooperates in a force-locked manner with the bolt element (9.1), wherein the at least one displaceable bolt element (9.1) cooperates with index openings provided on the rotating member, which are provided radially spaced apart around the rotation or swivel axis and wherein the locking device is designed for locking and/or mechanical locking of the rotating member in its respective rotation angle position.
Turbomachine comprising a rotor and a support casing for the rotor, the casing comprising: - an outer annular wall with an inner annular surface; - an inner hub able to support the rotor of the axial turbomachine and comprising an outer annular surface; - an annular passage between the annular wall and the inner hub; - an annular row of struts passing radially through the annular passage; characterized in that the annular row comprises a first strut with a plurality of orifices arranged in the annular passage radially aligned with the outer annular surfaces and axially within the downstream third of the strut and a plurality of orifices arranged in the annular passage radially aligned with the inner annular surfaces and axially within the downstream third of the strut. - an outer annular wall with an inner annular surface; - an inner hub able to support the rotor of the axial turbomachine and comprising an outer annular surface; - an annular passage between the annular wall and the inner hub; - an annular row of struts passing radially through the annular passage;
A method performed by a computing system, the method comprising: accessing a set of model points of a model of an anatomic structure of a patient, the model points being associated with a model space; collecting a set of measured points of the anatomic structure of the patient, the measured points being associated with a patient space; determining a region of interest in the model space; determining a comparison region in the model space, the comparison region being different than the region of interest; registering a first set of model points in the region of interest to the set of measured points to generate a first number of region of interest transformations, wherein the first number of region of interest transformations are generated using a first number of sets of initial parameters respectively; registering a second set of the model points in the comparison region to the set of measured points to generate a first number of comparison region transformations corresponding to the first number of region of interest transformations respectively; and generating a registration quality indicator for the region of interest based on the first number of region of interest transformations and the first number of comparison region transformations. accessing a set of model points of a model of an anatomic structure of a patient, the model points being associated with a model space; collecting a set of measured points of the anatomic structure of the patient, the measured points being associated with a patient space; determining a region of interest in the model space; determining a comparison region in the model space, the comparison region being different than the region of interest; registering a first set of model points in the region of interest to the set of measured points to generate a first number of region of interest transformations, wherein the first number of region of interest transformations are generated using a first number of sets of initial parameters respectively; registering a second set of the model points in the comparison region to the set of measured points to generate a first number of comparison region transformations corresponding to the first number of region of interest transformations respectively; and generating a registration quality indicator for the region of interest based on the first number of region of interest transformations and the first number of comparison region transformations.
A medical device comprising a coating, the coating comprising: a first coated layer comprising oligomerized polyphenol; and a second coated layer comprising a synthetic or natural polymer, wherein the synthetic or natural polymer is hydrogen bonded to the oligomerized polyphenol and wherein the first coated layer is positioned between an article surface and the second coated layer. a first coated layer comprising oligomerized polyphenol; and a second coated layer comprising a synthetic or natural polymer, wherein the synthetic or natural polymer is hydrogen bonded to the oligomerized polyphenol and wherein the first coated layer is positioned between an article surface and the second coated layer.
A battery pack, comprising: a plurality of battery modules; a tray giving a space where the plurality of battery modules are placed; a plurality of I-type beam frames installed to traverse an upper surface of the tray to partition spaces where the plurality of battery modules are capable of being individually placed; and a plurality of heatsinks disposed between the battery modules and the I-type beam frames and provided to be respectively mountable to recessed portions formed at both side of a column that forms a height of the I-type beam frames to absorb heat from the battery modules. a plurality of battery modules; a tray giving a space where the plurality of battery modules are placed; a plurality of I-type beam frames installed to traverse an upper surface of the tray to partition spaces where the plurality of battery modules are capable of being individually placed; and a plurality of heatsinks disposed between the battery modules and the I-type beam frames and provided to be respectively mountable to recessed portions formed at both side of a column that forms a height of the I-type beam frames to absorb heat from the battery modules.
The use of an HDAC inhibitor for the preparation of a medicament for the treatment of myeloma, wherein the HDAC inhibitor is N -hydroxy-3=[4-[[[2-(2-methyl-1 H -indol-3-yl)-ethyl]-amino]methyl]phenyl]-2 E -2-propenamide having the formula or a pharmaceutically acceptable salt thereof, and wherein the myeloma is resistant to conventional chemotherapy.
A switchgear (1A-1E) comprising: - a fixed electrode; - a movable electrode provided to face the fixed electrode, the movable electrode being contactable with and separable from the fixed electrode; - a piston provided opposite to the fixed electrode to drive the movable electrode via a movable shaft connected to the movable electrode; - a container to accommodate the piston; and - an arc generation mechanism (20A-20E) including metal and provided in the container at a position opposite to the fixed electrode, the arc generation mechanism (20A-20E) bridging a terminal unit connected to an external circuit, the arc generation mechanism (20A-20E) opening a circuit with the terminal unit when energized to generate an arc at the opened portion. - a fixed electrode; - a movable electrode provided to face the fixed electrode, the movable electrode being contactable with and separable from the fixed electrode; - a piston provided opposite to the fixed electrode to drive the movable electrode via a movable shaft connected to the movable electrode; - a container to accommodate the piston; and - an arc generation mechanism (20A-20E) including metal and provided in the container at a position opposite to the fixed electrode, the arc generation mechanism (20A-20E) bridging a terminal unit connected to an external circuit, the arc generation mechanism (20A-20E) opening a circuit with the terminal unit when energized to generate an arc at the opened portion.
Connection device which comprises: - a housing provided with a main parallelepiped-shaped body, forming a main housing that can be accessed through an insertion opening located on the bottom side of the housing; - a connection element, disposed in the main housing, comprising two connection wings (31, 32) connected to each other by a connection base; - a clamping clip, arranged within the main housing, comprising two clamping wings (41, 42) connected by a clamping base, and disposed on either side of the connection element in such a way that, when the clamping clip is in a free state, it exerts a spring-effect force on each of the connection wings (31, 32), pressing them toward each other; - a movable element, disposed in the main housing, comprising two lateral wings (51, 52) connected by a base, referred to as the movable base, the lateral wings (51, 52) being disposed on either side of the clamping clip, the movable element being capable of adopting a high position or a low position, the low position being a position for which the movable element leaves the clamping clip in its free state, characterised in that the high position is a position in which the side wings (51, 52) have a separation, referred to as the first separation, that is greater than the separation, referred to as the second separation, observed in the low position, and exert on each of the clamping wings (41, 42) a force that opposes the spring effect responsible for separating said clamping wings (41, 42). - a housing provided with a main parallelepiped-shaped body, forming a main housing that can be accessed through an insertion opening located on the bottom side of the housing; - a connection element, disposed in the main housing, comprising two connection wings (31, 32) connected to each other by a connection base; - a clamping clip, arranged within the main housing, comprising two clamping wings (41, 42) connected by a clamping base, and disposed on either side of the connection element in such a way that, when the clamping clip is in a free state, it exerts a spring-effect force on each of the connection wings (31, 32), pressing them toward each other; - a movable element, disposed in the main housing, comprising two lateral wings (51, 52) connected by a base, referred to as the movable base, the lateral wings (51, 52) being disposed on either side of the clamping clip,
A method for filtering harmful gas effluents from a nuclear power plant comprising the following steps: providing a gas effluent from a nuclear power plant, said gas effluent consisting of a mixture of gases; filtering the harmful, notably radioactive elements, of said gas effluent by membrane separation through at least one membrane, said membrane separation being achieved by sifting, sorption and/or diffusion; storing said filtered harmful elements in storage reservoirs; and discharging said processed gas effluent to the atmosphere, characterized by the fact that the filtering step includes: a first front filtration through a metal pre-filter for reducing the outgoing radioactivity; a second tangential filtration for separating air, CO 2, CO, steam and residual water from the effluent to be processed; a third filtration by membrane separation for separating and storing the harmful elements, such as inorganic and organic iodines and noble gases, and discharging the remaining air, CO 2 and CO to a chimney; and a fourth filtration, for recovering by gas permeation the carrier gas, such as nitrogen for re-use or dilution inside a containment vessel via a return line. providing a gas effluent from a nuclear power plant, said gas effluent consisting of a mixture of gases; filtering the harmful, notably radioactive elements, of said gas effluent by membrane separation through at least one membrane, said membrane separation being achieved by sifting, sorption and/or diffusion; storing said filtered harmful elements in storage reservoirs; and discharging said processed gas effluent to the atmosphere, characterized by the fact that the filtering step includes: a first front filtration through a metal pre-filter for reducing the outgoing radioactivity; a second tangential filtration for separating air, CO 2, CO, steam and residual water from the effluent to be processed; a third filtration by membrane separation for separating and storing the harmful elements, such as inorganic and organic iodines and noble gases, and discharging the remaining air, CO 2 and CO to a chimney; and a fourth filtration, for recovering by gas permeation the carrier gas, such as nitrogen for re-use or dilution inside a containment vessel via a return line. a first front filtration through a metal pre-filter for reducing the outgoing radioactivity; a second tangential filtration for separating air, CO 2, CO, steam and residual water from the effluent to be processed; a third filtration by membrane separation for separating and storing the harmful elements, such as inorganic and organic iodines and noble gases, and discharging the remaining air, CO 2 and CO to a chimney; and a fourth filtration, for recovering by gas permeation the carrier gas, such as nitrogen for re-use or dilution inside a containment vessel via a return line.
A composition for use in enhancing radiation sensitivity of a radio-resistant cancer cell overexpressing microRNA-21 in vivo, comprising a microRNA inhibitor, which is an oligonucleotide represented by the nucleotide sequence of SEQ ID NO: 1.