mhurhangee/ep-ind-claims huggingface dataset:
A method for repairing a gas turbine engine casing comprising: removing a damaged annular portion of the engine casing; and attaching an annular replacement portion to the engine casing; characterised in that: said replacement portion has a trim portion; trimming the trim portion prior to attachment to form a mating surface for engaging a corresponding surface of the casing; and attaching the mating surface to said corresponding surface of the casing. removing a damaged annular portion of the engine casing; and attaching an annular replacement portion to the engine casing; said replacement portion has a trim portion; trimming the trim portion prior to attachment to form a mating surface for engaging a corresponding surface of the casing; and attaching the mating surface to said corresponding surface of the casing.
An aerial sheave device for the installation and suspension of cable comprising: a. a pulley wheel rotating around an axle attached to a frame having a rigid side, a top side, and a latch side; b. a latch attached to the latch side of the frame for providing access to the wheel of the sheave, operating from an open to a closed position, having a spring loaded plunger biased in the closed position for securing the latch to the frame in the closed position; c. a swivel-loop arrangement including a loop portion extending above the top side of the frame and a semispherical solid dome portion fitting within a semispherical dome cavity portion of the top side of the frame; and d. a locking guard operably attached to the frame, operating from a locked position to an unlocked position, having a spring for biasing the locking guard, in the unlocked position and having a lever for locking the locking guard, in the locked position where a turn of the lever in a first direction will unlock the locking guard and another turn of the lever in an opposite direction in combination with pressure applied against the spring will lock the locking guard. a. a pulley wheel rotating around an axle attached to a frame having a rigid side, a top side, and a latch side; b. a latch attached to the latch side of the frame for providing access to the wheel of the sheave, operating from an open to a closed position, having a spring loaded plunger biased in the closed position for securing the latch to the frame in the closed position; c. a swivel-loop arrangement including a loop portion extending above the top side of the frame and a semispherical solid dome portion fitting within a semispherical dome cavity portion of the top side of the frame; and d. a locking guard operably attached to the frame, operating from a locked position to an unlocked position, having a spring for biasing the locking guard, in the unlocked position and having a lever for locking the locking guard, in the locked position where a turn of the lever in a first direction will unlock the locking guard and another turn of the lever in an opposite direction in combination with pressure applied against the spring will lock the locking guard.
A hybrid vehicle control device for a hybrid vehicle, the hybrid vehicle control device comprising: an engine (Eng); a motor/generator connected to the engine (Eng) and connected to a battery that carries out charging/discharging; a transmission, in which a gear ratio can be fixed by a driver's input; a drive wheel (RR, RL); and a controller programmed to selectively set an assist traveling mode in which the motor/generator generates a drive torque, and an engine generation traveling mode in which the motor/generator generates a power generation torque, as hybrid modes in which the engine (Eng) and the motor/generator are drive sources, the controller being programmed to include a rotational speed setting unit, characterized in that the rotational speed setting unit is programmed to set a value that exceeds an upper rotational speed, at which the motor/generator can generate a requested torque, as a rotational speed limit (La) of the motor/generator, and in that the control device further comprises a rotational speed limit control unit programmed to reduce the rotational speed limit (La) to the upper rotational speed (Lb) at which the motor/generator can generate the requested torque, when a rotational speed of the motor/generator has reached the rotational speed limit (La), and a request for the requested torque of the motor/generator exists, during the assist traveling mode in a state in which the gear ratio is fixed by the driver's input, the requested torque being a requested drive torque or a requested power generation torque. an engine (Eng); a motor/generator connected to the engine (Eng) and connected to a battery that carries out charging/discharging; a transmission, in which a gear ratio can be fixed by a driver's input; a drive wheel (RR, RL); and
A cell which comprises a chimeric antigen receptor and a truncated protein which comprises an SH2 domain from a protein which binds a phosphorylated immunoreceptor tyrosine-based inhibition motif (ITIM) but lacks a phosphatase domain.
A fastener system comprising: a fastener having a head with a recess, and a threaded shank, the recess defined by a series of three alternating lobes and troughs about a rotational axis, each of the alternating lobes and troughs defined by in series an outer radius portion, a drive side transition, an inner transition radius, and a reverse drive portion; and a driver comprising a shaped tapered bit defined by a series of three alternating driver lobes and driver troughs about the rotational axis, each of the alternating driver lobes and driver troughs defined by in series an outer radius portion, a drive side transition, an inner transition radius, and a reverse drive portion; wherein each of the driver lobes and of the recess lobes has a tapering height and width with a substantially constant ratio of lobe width to lobe height, wherein the driver lobes have a side wall defined by the outer radius portion with a taper angle relative to the rotational axis less than or equal to the taper angle of the recess side wall, and characterised in that the recess having a side wall defined by the outer radius portion with a taper angle of about 60° from the rotational axis and in that the reverse drive portion of the driver comprises a concave portion and catch portion (726"), wherein the catch portion defines a reverse drive angle of about 45°. a fastener having a head with a recess, and a threaded shank, the recess defined by a series of three alternating lobes and troughs about a rotational axis, each of the alternating lobes and troughs defined by in series an outer radius portion, a drive side transition, an inner transition radius, and a reverse drive portion; and a driver comprising a shaped tapered bit defined by a series of three alternating driver lobes and driver troughs about the rotational axis, each of the alternating driver lobes and driver troughs defined by in series an outer radius portion, a drive side transition, an inner transition radius, and a reverse drive portion; wherein each of the driver lobes and of the recess lobes has a tapering height and width with a substantially constant ratio of lobe width to lobe height, wherein the driver lobes have a side wall defined by the outer radius portion with a taper angle relative to the rotational axis less than or equal to the taper angle of the recess side wall, and
A paper packaging container formed from a packaging material comprising at least constitution layers of a thermoplastic material outermost layer, a paper substrate layer, an oxygen barrier layer, and a thermoplastic material innermost layer, the constitution layers being laminated in the above order, characterized in that the thermoplastic material innermost layer contains at least a single site metallocene catalysed linear low density polyethylene being an ethylene alpha-olefin copolymer which has a narrow molecular weight distribution of M w /M n ≤ 3, and in that the thermoplastic material innermost layer has properties parameters of an average density of 0.900-0.915, 88-103 degree C of a peak melting point, a melt flow index of 5-20, a swelling ratio of 1.4-1.6 and a layer thickness of 20-50μm.
An ostomy appliance for attachment to a stoma, the ostomy appliance comprising: an adhesive wafer defining a passage for receiving a stoma of a user, the adhesive wafer comprising a backing layer and a skin facing adhesive layer; and a collecting bag which in use is secured to the adhesive wafer; wherein a first part of the skin facing adhesive layer is covered by a first release liner and wherein a second part of the skin facing adhesive layer is covered by a second release liner; wherein at least one of the first and the second release liners (104,106) defines an attached part which in an initial state is attached to the skin facing adhesive layer, and a foldable part which in a folded state is folded such that it is not in direct contact with the skin facing adhesive layer; characterized in that a cutting guide is printed onto the at least a part of the attached part and the foldable part. an adhesive wafer defining a passage for receiving a stoma of a user, the adhesive wafer comprising a backing layer and a skin facing adhesive layer; and a collecting bag which in use is secured to the adhesive wafer; wherein a first part of the skin facing adhesive layer is covered by a first release liner and wherein a second part of the skin facing adhesive layer is covered by a second release liner; wherein at least one of the first and the second release liners (104,106) defines an attached part which in an initial state is attached to the skin facing adhesive layer, and a foldable part which in a folded state is folded such that it is not in direct contact with the skin facing adhesive layer; characterized in that a cutting guide is printed onto the at least a part of the attached part and the foldable part.
A radiation protection apparatus for shielding surroundings around the periphery of a region of interest located inside an object from radiation emitted by an X-ray system towards the object, the radiation protection apparatus comprising: at least one radiation shield assembly (11; 13) including a support base operatively connectable to a radiation source or a radiation detector of the X ray system, and a plurality of radiation shield segments sequentially positioned relative to said support base, thereby forming a contiguous radiopaque screen configured for spanning at least partially around the region of interest periphery with an edge of said radiopaque screen opposing the object wherein each radiation shield segment is longitudinally extendible or contractible along a common longitudinal axis and has a free end which is positionable relative to free ends of adjacent radiation shield segments along said common longitudinal axis; wherein at least one of said radiation shield segments is individually controllable to extend or contract to a selected length to position a respective free end thereof in a direction away from or towards said support base and against said opposing portion of the object, so as to locally change contour of said radiopaque screen edge. at least one radiation shield assembly (11; 13) including a support base operatively connectable to a radiation source or a radiation detector of the X ray system, and a plurality of radiation shield segments sequentially positioned relative to said support base, thereby forming a contiguous radiopaque screen configured for spanning at least partially around the region of interest periphery with an edge of said radiopaque screen opposing the object wherein each radiation shield segment is longitudinally extendible or contractible along a common longitudinal axis and has a free end which is positionable relative to free ends of adjacent radiation shield segments along said common longitudinal axis; wherein at least one of said radiation shield segments is individually controllable to extend or contract to a selected length to position a respective free end thereof in a direction away from or towards said support base and against said opposing portion of the object, so as to locally change contour of said radiopaque screen edge.
A method of data replication in a distributed storage system of a mobile communications network, the distributed storage system comprising a plurality of geographically separated storage locations, the method comprising, at a first storage location of the plurality of geographically separated storage locations: receiving one or more first requests for data stored in the distributed storage system; determining, based on the one or more first requests, further data to be stored at the first storage location, the further data being different to the data requested in the one or more first requests; determining a second storage location, of the plurality of storage locations, at which the determined further data is stored, the second storage location being different to the first storage location; sending, to the determined second storage location, a replication request for replicating the determined further data at the first storage location; receiving, in response to the replication request, the further data; and storing the further data such that the further data is replicated at the first storage location in advance of one or more further requests for the further data being received at the first storage location; wherein the determining the further data to be stored at the first storage location comprises: identifying a predefined access pattern with which the one or more first requests are associated; and determining the further data to be stored at the first storage location based on the identified predefined access pattern. receiving one or more first requests for data stored in the distributed storage system; determining, based on the one or more first requests, further data to be stored at the first storage location, the further data being different to the data requested in the one or more first requests; determining a second storage location, of the plurality of storage locations, at which the determined further data is stored, the second storage location being different to the first storage location; sending, to the determined second storage location, a replication request for replicating the determined further data at the first storage location; receiving, in response to the replication request, the further data; and storing the further data such that the further data is replicated at the first storage location in advance of one or more further requests for the further data being received at the first storage location; wherein the determining the further data to be stored at the first storage location comprises: identifying a predefined access pattern with which the one or more first requests are associated; and determining the further data to be stored at the first storage location based on the identified predefined access pattern.
Epilation device having • at least an epilation element (10, 10', 10") having a skin side intended for contacting the skin in an operation state of the epilation device, • a support (30, 31, 32, 33) in which the epilation element is mounted, and • an actuation arrangement (20, 21, 50, 51, 50', 51', 18.1, 18.2, 18.1',18.2'; 60, 61, 62, 69) that during operation of the epilation device repeatedly actuates the epilation element between a first bending state in which the skin side has a first curvature and a second bending state in which the skin side has a second curvature different to the first curvature, wherein the epilation element has at least two adjoining clamping elements (11.1, 11.2) that each have a clamping surface (16.1, 16.2), which clamping surfaces (16.1, 16.2) are separated by a gap (14.1) at the skin side in the first bending stage and are in clamping contact in the second bending stage, characterized in that the closing of the separating gap (14.1) is accomplished by bending the epilation element away from the skin during operation of the device. • at least an epilation element (10, 10', 10") having a skin side intended for contacting the skin in an operation state of the epilation device, • a support (30, 31, 32, 33) in which the epilation element is mounted, and • an actuation arrangement (20, 21, 50, 51, 50', 51', 18.1, 18.2, 18.1',18.2'; 60, 61, 62, 69) that during operation of the epilation device repeatedly actuates the epilation element between a first bending state in which the skin side has a first curvature and a second bending state in which the skin side has a second curvature different to the first curvature,
A magnetocaloric material comprising: (A x B 1-x) Si 1-y-z (D y E z) wherein A and B are selected from the group consisting of Ce, Nd, and Gd, wherein D is selected from the group consisting of Cr and Mn, wherein E is selected from the group consisting of Cr, Mn, Fe, Al, Ni, Co, Cu, and Zn, wherein x is in the range of about 0 to about 1.0, wherein y is in the range of about 0.05 to about 0.3, wherein z is in the range of about 0 to about 0.3, and wherein 0.05 ≤ y+z ≤ 0.3, preferably wherein y + z = 0.2. wherein A and B are selected from the group consisting of Ce, Nd, and Gd, wherein D is selected from the group consisting of Cr and Mn, wherein E is selected from the group consisting of Cr, Mn, Fe, Al, Ni, Co, Cu, and Zn, wherein x is in the range of about 0 to about 1.0, wherein y is in the range of about 0.05 to about 0.3, wherein z is in the range of about 0 to about 0.3, and wherein 0.05 ≤ y+z ≤ 0.3, preferably wherein y + z = 0.2.
A device for ejecting a liquid or pasty product, comprising a body, having a front portion which is designed to contain the product to be ejected and is provided with a hole for ejecting the product, a rack which moves along a bore of a rear portion of the body and varies the volume of the front portion, and a rack movement mechanism comprising a hinged lever around a first rotation axis and a pawl for acting on the rack, characterized in that the pawl and the lever form a monolithic structure made of plastic and in that a connection zone between the pawl and the lever is deformable so as to allow a relative elastic movement of the pawl and the lever.
A data transmission method performed by a communications device in a narrow band internet of things system, wherein the method comprises: receiving downlink control information, DCI, from a network device, wherein two transport blocks, TBs, or one TB can be scheduled in the DCI, the DCI comprises a third bit, the third bit indicates that a quantity of the TB/TBs scheduled in the DCI is 1 or 2, and the DCI further comprises a first bit and/or a second bit; and when the quantity of the TB/TBs scheduled in the DCI is 1, performing, based on the third bit, and the first bit or the second bit in the DCI, uplink data transmission or downlink data transmission in a hybrid automatic repeat request, HARQ, process corresponding to the TB scheduled in the DCI, wherein the first bit or the second bit indicates a new data indicator, NDI, associated with the TB scheduled in the DCI; when the quantity of the TB/TBs scheduled in the DCI is 2, performing, based on the third bit, the first bit, and the second bit in the DCI, uplink data transmission or downlink data transmission in HARQ processes corresponding to the TBs scheduled in the DCI, wherein the first bit and the second bit respectively indicate two NDIs associated with the two TBs scheduled in the DCI; wherein when the quantity of the TB/TBs scheduled in the DCI is 2, the first bit and the second bit are bits respectively occupied by two fields in the DCI, one of the two fields is an NDI field, the other field is a HARQ process number field, and a format of the DCI is one of the following formats: DCI format N0 and DCI format N1. receiving downlink control information, DCI, from a network device, wherein two transport blocks, TBs, or one TB can be scheduled in the DCI, the DCI comprises a third bit, the third bit indicates that a quantity of the TB/TBs scheduled in the DCI is 1 or 2, and the DCI further comprises a first bit and/or a second bit; and when the quantity of the TB/TBs scheduled in the DCI is 1, performing, based on the third bit, and the first bit or the second bit in the DCI, uplink data transmission or downlink data transmission in a hybrid automatic repeat request, HARQ, process corresponding to the TB scheduled in the DCI, wherein the first bit or the second bit indicates a new data indicator, NDI, associated with the TB scheduled in the DCI; when the quantity of the TB/TBs scheduled in the DCI is 2, performing, based on the third bit, the first bit, and the second bit in the DCI, uplink data transmission or downlink data transmission in HARQ processes corresponding to the TBs scheduled in the DCI, wherein the first bit and the second bit respectively indicate two NDIs associated with the two TBs scheduled in the DCI; wherein when the quantity of the TB/TBs scheduled in the DCI is 2, the first bit and the second bit are bits respectively occupied by two fields in the DCI, one of the two fields is an NDI field, the other field is a HARQ process number field, and a format of the DCI is one of the following formats: DCI format N0 and DCI format N1.
A micro-fluidic chamber for use in a liquid medicament delivery system, having a bottom substrate and a top cover, the top cover being spaced from the bottom substrate so as to define a height of the chamber, one or more walls or fillings positioned in the chamber, the walls or fillings defining one or more fluid channels within the chamber, such that the fluid channel extends from an inlet of the chamber to an outlets of the chamber, wherein the inlet and the outlet are openings positioned on the circumference of the chamber between the bottom substrate and the top cover, characterized in that the one or more fluid channels have the height of the chamber, and each of the walls or fillings has a height less than the height of the chamber so as to define a fluid gap between a top surface of each wall or filling and the top cover, and wherein the dimensions (H1, H2) of the walls or fillings and the chamber are chosen such that the fluid gap will be filled with liquid by capillary forces via the fluid channel when liquid is introduced into the fluid chamber.