mhurhangee/ep-ind-claims huggingface dataset:
A reel leg (71, 271, 371) fixing apparatus, comprising: a hood portion (15A, 215A, 315A) of a movable hood, the hood portion (15A, 215A, 315A) having a tubular shape and having an opening (15c, 215c, 315c) for receiving a reel leg (71, 271, 371) of a fishing reel, wherein the hood portion (15A, 215A, 315A) is formed of a plurality of prepreg sheets (230, 250) stacked together and is configured to be moved in an axial direction by an operation nut (18, 218, 318), and characterized in that the hood portion (15A, 215A, 315A) includes a higher proportion of reinforcement fibers oriented in a circumferential direction in a portion adjacent to the opening (15c, 215c, 315c) than in a portion adjacent to the operation nut. a hood portion (15A, 215A, 315A) of a movable hood, the hood portion (15A, 215A, 315A) having a tubular shape and having an opening (15c, 215c, 315c) for receiving a reel leg (71, 271, 371) of a fishing reel, wherein the hood portion (15A, 215A, 315A) is formed of a plurality of prepreg sheets (230, 250) stacked together and is configured to be moved in an axial direction by an operation nut (18, 218, 318), and characterized in that the hood portion (15A, 215A, 315A) includes a higher proportion of reinforcement fibers oriented in a circumferential direction in a portion adjacent to the opening (15c, 215c, 315c) than in a portion adjacent to the operation nut.
A method for processing a core to be cut into sections, said core having a tubular shape with a hollow center portion, wherein the method comprises the steps of: - moving at least a portion of a carrying member of a core end piece collector inside the core center portion; and - inserting a catcher, arranged on the carrying member and protruding from the carrying member at an angle in relation to the longitudinal direction of said carrying member, into a cut in the core made by a core cutting member, whereby the catcher restricts a cut off core end piece from falling off the carrying member. - moving at least a portion of a carrying member of a core end piece collector inside the core center portion; and - inserting a catcher, arranged on the carrying member and protruding from the carrying member at an angle in relation to the longitudinal direction of said carrying member, into a cut in the core made by a core cutting member, whereby the catcher restricts a cut off core end piece from falling off the carrying member.
An arch support for a work machine fender arch, the arch support to be fastened or integrated to the fender arch on its downward facing side or surface to support the fender arch to retain its shape, wherein the arch support comprises a frame part, an adjustment opening in the frame part and at least one adjustment part arrangeable on the frame part, the adjustment part comprises at least one fastening opening for fastening a fastening arm to the arch support, the fastening arm being arranged to connect the fender structure formed by the fender arch and the arch support connected thereto to the work machine, characterised in that, the adjustment part of the arch support 3) is arranged into the adjustment opening in the arch support frame part, whereby when adjusting the relative position and/or location of the arch support frame part and the adjustment part, the relative position and/or location of the adjustment opening and the adjustment part is arranged to move, and that the relative position of the arch support frame part and the adjustment part is adjustable by rotating the frame part in relation to the adjustment part, and/or the relative location of the arch support frame part and the adjustment part is adjustable by moving the frame part in relation to the adjustment part, to adjust, in relation to a wheel of the work machine in the direction of its circumference and/or in its lateral direction, the position and/or location of the fender arch to be arranged to the arch support.
A developing roller comprising a mandrel, an elastic layer, and a surface layer that covers a surface of the elastic layer, wherein the elastic layer comprises a cured material of an addition curable-type dimethyl silicone rubber, the surface layer comprises a urethane resin, and the urethane resin has, between two adjacent urethane linkage, a structure represented by the following formula, and at least one selected from the group consisting of a structure represented by the following formula and a structure represented by the following formula:
A single-layer fin member for a heat exchanger, the single-layer fin member having a bonding ability under a heat treatment and comprising an aluminum alloy material containing Si: 1.0 mass% to 5.0 mass% and Fe: 0.01 mass% to 2.0 mass% with balance being Al and inevitable impurities, characterised in that 250 pcs/mm 2 or more to 7 × 10 5 pcs/mm 2 or less of Si-based intermetallic compound particles having equivalent circle diameters of 0.5 to 5 μm and being selected from Si alone and Si partly containing Ca and P are present in a cross-section of the aluminum alloy material, and wherein 100 pcs/mm 2 or more to 7 x 10 5 pcs/mm 2 or less of dispersed particles of Al-based intermetallic compounds having equivalent circle diameters of 0.5 to 5 μm and being generated from Al and one or more additive elements selected from Al-Fe-based, Al-Fe-Si-based Al-Mn-Si-based, Al-Fe-Mn-based and Al-Fe-Mn-Si-based compounds are present in a cross-section of the aluminum alloy material.
Method for grouping a plurality of objects to be moved characterized by the fact that said objects are positioned on a pallet and then the whole is wrapped with a tape of non-creped paper material having extensibility of at least 6% in the longitudinal direction and 6% in the transverse direction and is maintained before or during the winding of said tape in a state of tension which causes it to extend to a lesser extent than its maximum extensibility.
Surgical instrument, in particular, drilling device, milling device or screwing device, comprising a housing and a drive unit arranged therein, wherein a surgical tool for acting on a body tissue to be worked on, in particular, bone, is fixable or fixed distally on the housing, which tool is rotatingly or oscillatingly drivable by the drive unit, and wherein an advance of the instrument (10; 70) relative to the body tissue is achievable when the tool is driven, wherein the instrument (10; 70) comprises an advance determining device with which the advance of the instrument (10; 70) relative to the body tissue is determinable during operation of the instrument (10; 70), and which comprises a transmitting unit for transmitting at least one signal, a receiving unit for detecting the at least one signal and an evaluating unit for determining the advance on the basis of the at least one signal, and wherein at least the transmitting unit or the receiving unit is arranged on the housing or in the housing, characterized in that with the transmitting unit a plurality of signals are transmittable and preferably detectable by the receiving unit, in that an individual advance of the instrument (10; 70) is determinable by the evaluating unit on the basis of each signal, and in that the evaluating unit determines the advance as average value of the individual advances.
A radio-frequency filter, comprising at least two coaxial resonators 502, 504) and at least one dielectric multi-mode resonator (506, 508) connected between the coaxial resonators, the at least one dielectric multi-mode resonator comprising: a metal housing with a top surface, a bottom surface, four sectors (108A, 108B, 108C, 108D) between the top and bottom surfaces, and comprising a resonator cavity therein; a dielectric body positioned inside the cavity, the dielectric body having a first thickness between the top and bottom surfaces of the cavity, wherein there is a gap between the sectors of the housing and the dielectric body; the dielectric body comprising a hollow on the surface facing the top surface of the housing and on the surface facing the bottom surface of the housing, the dielectric body thus having a second thickness at the location of the hollows, the second thickness being smaller than the first thickness; each resonator being separated from neighbouring resonator by a wall, and the coupling between a coaxial resonator and the at least one dielectric multi-mode resonator is realised with two irises (706, 708) in the wall, the irises being located in the upper edge of the wall, irises being on different sides from the centre of the wall. a metal housing with a top surface, a bottom surface, four sectors (108A, 108B, 108C, 108D) between the top and bottom surfaces, and comprising a resonator cavity therein; a dielectric body positioned inside the cavity, the dielectric body having a first thickness between the top and bottom surfaces of the cavity, wherein there is a gap between the sectors of the housing and the dielectric body; the dielectric body comprising a hollow on the surface facing the top surface of the housing and on the surface facing the bottom surface of the housing, the dielectric body thus having a second thickness at the location of the hollows, the second thickness being smaller than the first thickness; each resonator being separated from neighbouring resonator by a wall, and the coupling between a coaxial resonator and the at least one dielectric multi-mode resonator is realised with two irises (706, 708) in the wall, the irises being located in the upper edge of the wall, irises being on different sides from the centre of the wall.
A method for determining if an item of media is invalid, the method comprising: providing an ultrasound image of an item of media; determining a plurality of regions of the image that satisfy a pre-determined condition; and determining that an item of media is invalid if the location of said regions are arranged in a pre-determined cancellation pattern corresponding to a pattern of through holes generated in an item if a resource value of the item has been exhausted. providing an ultrasound image of an item of media; determining a plurality of regions of the image that satisfy a pre-determined condition; and determining that an item of media is invalid if the location of said regions are arranged in a pre-determined cancellation pattern corresponding to a pattern of through holes generated in an item if a resource value of the item has been exhausted.
A method for evaluating coagulability of a blood specimen, the method comprising the steps of preparing a measurement sample from a blood specimen obtained from a subject to whom a substance having a coagulation factor VIII-substituting activity is administered, a coagulation factor XII-activating agent, phospholipids, tissue factor, and a calcium ion-containing aqueous solution; irradiating the measurement sample with light to acquire optical information on the light amount from the measurement sample; and evaluating coagulability of the blood specimen based on the acquired optical information, wherein the substance having a coagulation factor VIII-substituting activity is a bispecific antibody specifically binding to (i) FIX or FIXa and (ii) FX, wherein: A) the final concentration of the FXII-activating agent in the measurement sample is 0.1 μM or more and 26 μM or less; B) the final concentration of the phospholipids in the measurement sample is 0.39 μM or more and 43 μM or less; and C) the final concentration of the tissue factor in the measurement sample is 0.002 ng/mL or more and 7.3 ng/mL or less. preparing a measurement sample from a blood specimen obtained from a subject to whom a substance having a coagulation factor VIII-substituting activity is administered, a coagulation factor XII-activating agent, phospholipids, tissue factor, and a calcium ion-containing aqueous solution; irradiating the measurement sample with light to acquire optical information on the light amount from the measurement sample; and evaluating coagulability of the blood specimen based on the acquired optical information, wherein the substance having a coagulation factor VIII-substituting activity is a bispecific antibody specifically binding to (i) FIX or FIXa and (ii) FX, wherein: A) the final concentration of the FXII-activating agent in the measurement sample is 0.1 μM or more and 26 μM or less; B) the final concentration of the phospholipids in the measurement sample is 0.39 μM or more and 43 μM or less; and C) the final concentration of the tissue factor in the measurement sample is 0.002 ng/mL or more and 7.3 ng/mL or less. A) the final concentration of the FXII-activating agent in the measurement sample is 0.1 μM or more and 26 μM or less; B) the final concentration of the phospholipids in the measurement sample is 0.39 μM or more and 43 μM or less; and C) the final concentration of the tissue factor in the measurement sample is 0.002 ng/mL or more and 7.3 ng/mL or less.
A locking device for a wind turbine drive train that is mounted on a mainframe having a rotor, which has a locking bolt as well as a locking profile which can be arranged on the rotor for conjoint rotation and has at least one locking opening, wherein the locking bolt is movable relative to the locking profile, and has a tapering section that can be inserted into the locking opening of the locking profile, wherein • the locking bolt can rotate about its longitudinal axis, • the end section of the locking bolt has at least one flat first contact surface, • the locking opening in the locking profile has at least one flat second contact surface, and • upon being inserted into the locking opening, the locking bolt aligns itself such that its at least one flat contact surface lies flat against the at least one flat contact surface of the locking opening, characterized in that the locking bolt interacts rotatably with a catch via at least one coupling unit element, and is mounted so as to be rotatable from an initial position to the left and/or to the right within an adjustable range of rotation. • the locking bolt can rotate about its longitudinal axis, • the end section of the locking bolt has at least one flat first contact surface, • the locking opening in the locking profile has at least one flat second contact surface, and • upon being inserted into the locking opening, the locking bolt aligns itself such that its at least one flat contact surface lies flat against the at least one flat contact surface of the locking opening, characterized in that
A humanized chimeric antigen receptor comprising an extracellular domain, a transmembrane domain, an intracellular signaling domain; wherein the extracellular domain comprises a humanized anti-GCN4 scFv comprising the amino acid sequence SEQ ID NO: 322.
A method performed by a user equipment comprising: detecting interference at the user equipment from a first closed subscriber group of a first home base station, wherein said first closed subscriber group does not allow access to the user equipment, said interference from the first home base station inhibiting access by the user equipment to a second home base station of a second closed subscriber group, wherein said second closed subscriber group allows access to the user equipment; in response to said detecting, sending a request, from the user equipment to the second home base station, to connect to the first home base station, wherein said request includes an indication that the user equipment needs connection support for establishing a connection to the first home base station and that includes an identifier of the first home base station and a closed subscriber group identifier of the first home base station; in response to said sending said request, receiving from the second home base station an indication of a grant of access to the first closed subscriber group that configures the user equipment to add to its list of closed subscriber group identifiers a closed subscriber group identifier that allows the user equipment to access the first closed subscriber group; and accessing the first closed subscriber group in response to the received indication of the grant of access. detecting interference at the user equipment from a first closed subscriber group of a first home base station, wherein said first closed subscriber group does not allow access to the user equipment, said interference from the first home base station inhibiting access by the user equipment to a second home base station of a second closed subscriber group, wherein said second closed subscriber group allows access to the user equipment; in response to said detecting, sending a request, from the user equipment to the second home base station, to connect to the first home base station, wherein said request includes an indication that the user equipment needs connection support for establishing a connection to the first home base station and that includes an identifier of the first home base station and a closed subscriber group identifier of the first home base station; in response to said sending said request, receiving from the second home base station an indication of a grant of access to the first closed subscriber group that configures the user equipment to add to its list of closed subscriber group identifiers a closed subscriber group identifier that allows the user equipment to access the first closed subscriber group; and accessing the first closed subscriber group in response to the received indication of the grant of access.
An internal combustion engine, comprising: an upper link connected via a piston pin to a piston that reciprocates within a cylinder; a crankshaft including a plurality of crank journals supported rotatably in a crankshaft rotation direction on a cylinder block; a lower link attached to a crank pin of a crankshaft to be free to rotate and connected to the upper link via an upper pin; and a control link which is connected to the lower link via a control pin and oscillates about an oscillation central shaft, characterized in that a following equation is established when the piston is at bottom dead center cos θ l + α < cos θ l + π where: θ l is a lower link attitude angle formed from a line connecting the control pin and the crank pin to a line between the upper link and the crank pin of the line passing through the crank pin perpendicular to the upper link with regards to the crankshaft rotation direction; and α is a lower link aperture angle formed from the line connecting the control pin and the crank pin to a line connecting the crank pin and the upper pin with regards to the crankshaft rotation direction. an upper link connected via a piston pin to a piston that reciprocates within a cylinder; a crankshaft including a plurality of crank journals supported rotatably in a crankshaft rotation direction on a cylinder block; a lower link attached to a crank pin of a crankshaft to be free to rotate and connected to the upper link via an upper pin; and a control link which is connected to the lower link via a control pin and oscillates about an oscillation central shaft, characterized in that a following equation is established when the piston is at bottom dead center cos θ l + α < cos θ l + π where: θ l is a lower link attitude angle formed from a line connecting the control pin and the crank pin to a line between the upper link and the crank pin of the line passing through the crank pin perpendicular to the upper link with regards to the crankshaft rotation direction; and α is a lower link aperture angle formed from the line connecting the control pin and the crank pin to a line connecting the crank pin and the upper pin with regards to the crankshaft rotation direction. θ l is a lower link attitude angle formed from a line connecting the control pin and the crank pin to a line between the upper link and the crank pin of the line passing through the crank pin perpendicular to the upper link with regards to the crankshaft rotation direction; and α is a lower link aperture angle formed from the line connecting the control pin and the crank pin to a line connecting the crank pin and the upper pin with regards to the crankshaft rotation direction.
Use of a transition metal-substituted hydrotalcite catalyst for storing nitrogen oxides from exhaust gas, wherein a molar ratio of transition metal to magnesium is 0.2 or less.
A tricycle convertible to a wheel cart, characterized by a forward oriented fork member supported for rotation about a steering axis of the tricycle; a handle bar mounted to the fork member; a cargo unit supported by the fork member; a pair of transversally spaced linkages, each linkage at a proximal end being linked to the fork member and at a distal end supporting a respective front wheel of the tricycle; the cargo unit and the linkages being shiftable between respective forward and backward end positions to thereby transform the tricycle to the wheel cart and vice versa; wherein each linkage comprises a parallelogram linkage, a bottom bar thereof supporting the respective front wheel, and front and rear bars (36, 38) thereof being linked to the fork member; and wherein the linkages are mutually oriented in a forward diverging manner in the tricycle mode so as to change a wheel track (t) of the front wheels when shifting the linkages. a forward oriented fork member supported for rotation about a steering axis of the tricycle; a handle bar mounted to the fork member; a cargo unit supported by the fork member; a pair of transversally spaced linkages, each linkage at a proximal end being linked to the fork member and at a distal end supporting a respective front wheel of the tricycle; the cargo unit and the linkages being shiftable between respective forward and backward end positions to thereby transform the tricycle to the wheel cart and vice versa; wherein each linkage comprises a parallelogram linkage, a bottom bar thereof supporting the respective front wheel, and front and rear bars (36, 38) thereof being linked to the fork member; and wherein the linkages are mutually oriented in a forward diverging manner in the tricycle mode so as to change a wheel track (t) of the front wheels when shifting the linkages.