mhurhangee/patent-ind-claim-en huggingface dataset:
A current sensor comprising: at least one bus bar that has a pair of terminals to be connected to another device; a magnetic sensor configured to detect an induction field generated by a current flowing through the at least one bus bar ; and a casing that houses the magnetic sensor , that is integrated with the at least one bus bar with the pair of terminals exposed, and that is formed of synthetic resin, wherein the at least one bus bar has a conductive portion for a performance check that includes an exposed face disposed such that at least part of a front face of the exposed face is exposed from the casing and a coated face formed by coating with the casing at least part of a rear face opposite the exposed face , characterised in that a length of the exposed face is greater than a length of the coated face in a sectional shape perpendicular to a current flowing direction, and edge faces that connect the exposed face and the coated face to each other such that each of the edge faces connects a corresponding one of ends of the exposed face and a corresponding one of ends of the coated face to each other form a reverse tapered shape in which a distance between the edge faces increases from the coated face toward the exposed face , and wherein the exposed face projects from a surface of the casing at a boundary between the conductive portion and the surface of the casing . at least one bus bar that has a pair of terminals to be connected to another device; a magnetic sensor configured to detect an induction field generated by a current flowing through the at least one bus bar ; and a casing that houses the magnetic sensor , that is integrated with the at least one bus bar with the pair of terminals exposed, and that is formed of synthetic resin, wherein the at least one bus bar has a conductive portion for a performance check that includes an exposed face disposed such that at least part of a front face of the exposed face is exposed from the casing and a coated face formed by coating with the casing at least part of a rear face opposite the exposed face , characterised in that a length of the exposed face is greater than a length of the coated face in a sectional shape perpendicular to a current flowing direction, and edge faces that connect the exposed face and the coated face to each other such that each of the edge faces connects a corresponding one of ends of the exposed face and a corresponding one of ends of the coated face to each other form a reverse tapered shape in which a distance between the edge faces increases from the coated face toward the exposed face , and wherein the exposed face projects from a surface of the casing at a boundary between the conductive portion and the surface of the casing .
A curable composition for a printed circuit board, comprising: (A) a block copolymer; (B) a hydroxyl group-containing (meth)acrylate compound; and (C) a photopolymerization initiator, further comprising a bifunctional (meth)acrylate compound with no hydroxyl group. (A) a block copolymer; (B) a hydroxyl group-containing (meth)acrylate compound; and (C) a photopolymerization initiator,
An aircraft comprising: a fuselage ; a wing connected to an upper portion of a rear portion of the fuselage; and at least two cruise rotors disposed on right and left sides of a central axis (A) of the fuselage, and configured to generate thrust when the aircraft moves in a horizontal direction, wherein two cruise rotors among the at least two cruise rotors are supported by the wing at positions rearward of the wing, in a front view of the aircraft, at least a portion of the wing and at least a portion of the two cruise rotors overlap each other, at least a portion of the fuselage and at least a portion of each of the two cruise rotors overlap each other in a front view of the aircraft to form an overlapping portion , and the rear portion of the fuselage includes an inclined surface that is inclined downward in a direction from front to rear, in a manner so that an area of the overlapping portion gradually decreases from the front toward the rear. a fuselage ; a wing connected to an upper portion of a rear portion of the fuselage; and at least two cruise rotors disposed on right and left sides of a central axis (A) of the fuselage, and configured to generate thrust when the aircraft moves in a horizontal direction, wherein two cruise rotors among the at least two cruise rotors are supported by the wing at positions rearward of the wing, in a front view of the aircraft, at least a portion of the wing and at least a portion of the two cruise rotors overlap each other, at least a portion of the fuselage and at least a portion of each of the two cruise rotors overlap each other in a front view of the aircraft to form an overlapping portion , and the rear portion of the fuselage includes an inclined surface that is inclined downward in a direction from front to rear, in a manner so that an area of the overlapping portion gradually decreases from the front toward the rear.
A compressor section for a gas turbine engine , the compressor section comprising: a circumferential row of stator vanes ; a circumferential row of rotor blades ; a casing arrangement configured such that the rotors pass the casing arrangement during rotation in one axial region and the stator vanes are connected to the casing arrangement in another axial region; and a row of bleed ports provided in the casing arrangement , wherein each of the bleed ports extends radially and is curved such that an outlet of the port is rearward of and is circumferentially offset in a direction of rotation of the rotor blades from an inlet of the port ; characterised by further comprising: an exit diffuser provided at the outlet of each of the bleed ports , wherein the ratio of the width of an outlet to the width of an inlet of the exit diffuser is greater than the ratio of the width of the outlet to the width of the inlet of the bleed ports . a circumferential row of stator vanes ; a circumferential row of rotor blades ; a casing arrangement configured such that the rotors pass the casing arrangement during rotation in one axial region and the stator vanes are connected to the casing arrangement in another axial region; and a row of bleed ports provided in the casing arrangement , wherein each of the bleed ports extends radially and is curved such that an outlet of the port is rearward of and is circumferentially offset in a direction of rotation of the rotor blades from an inlet of the port ; characterised by further comprising: an exit diffuser provided at the outlet of each of the bleed ports , wherein the ratio of the width of an outlet to the width of an inlet of the exit diffuser is greater than the ratio of the width of the outlet to the width of the inlet of the bleed ports .
A method for controlling retarder operation of a motor vehicle , comprising the steps of: - continuously detecting temperatures of the retarder's fluid ; - continuously determining a change in the detected temperature; characterised - by automatically disconnecting the operation of the retarder when said detected temperature exceeds a predetermined temperature; and - by said predetermined temperature being determined continuously on the basis of the magnitude of the change per unit time. - continuously detecting temperatures of the retarder's fluid ; - continuously determining a change in the detected temperature; characterised - by automatically disconnecting the operation of the retarder when said detected temperature exceeds a predetermined temperature; and - by said predetermined temperature being determined continuously on the basis of the magnitude of the change per unit time.
A method of making a graded porous scaffold, comprising the steps of: electroprocessing a plant protein solution with a sacrificial material solution, the plant protein solution and the sacrificial material being deposited simultaneously and separately to a rotating substrate, to form a composite scaffold; removing the sacrificial material from the composite scaffold to form a plant protein scaffold; hydrating the plant protein scaffold in an aqueous solution; freezing the plant protein scaffold; and lyophilizing the frozen plant protein scaffold to form a graded porous scaffold. electroprocessing a plant protein solution with a sacrificial material solution, the plant protein solution and the sacrificial material being deposited simultaneously and separately to a rotating substrate, to form a composite scaffold; removing the sacrificial material from the composite scaffold to form a plant protein scaffold; hydrating the plant protein scaffold in an aqueous solution; freezing the plant protein scaffold; and lyophilizing the frozen plant protein scaffold to form a graded porous scaffold.
A user terminal that controls uplink transmission power, comprising: a receiving section configured to receive transmission power control (TPC) commands; and a control section configured to control uplink transmission power based on an accumulated value of the TPC commands, wherein, when subframes in a radio frame are divided into a plurality of subframe sets, the control section is configured to calculate the accumulated value of the TPC commands on a per subframe set basis, and control resetting of the accumulated value of the TPC commands on a per subframe set basis, based on predetermined reset conditions, and wherein the control section is configured to employ different reset conditions on a per subframe set basis. a receiving section configured to receive transmission power control (TPC) commands; and a control section configured to control uplink transmission power based on an accumulated value of the TPC commands, wherein, when subframes in a radio frame are divided into a plurality of subframe sets, the control section is configured to calculate the accumulated value of the TPC commands on a per subframe set basis, and control resetting of the accumulated value of the TPC commands on a per subframe set basis, based on predetermined reset conditions, and wherein the control section is configured to employ different reset conditions on a per subframe set basis.
Composition comprising at least one enzyme and at least one microbicidal molecule selected from the group consisting of the fluoroquinolones, glycopeptides, lipoglycopeptides, fusidic acid, penicillins, cephalosporins, carbapenems, monobactams, polymyxins, beta-lactams, macrolides, lincosamides, oxazolidinones, phenicols, tetracyclines, aminoglycosides, rifamycins, nitrofurans, sulphamides, nitroimidazoles, and mixtures thereof as combination products, for simultaneous use, separate use or use staggered over time, for use in the therapeutic treatment of infections in the tissues, bones and cartilages and/or the internal bodily mucosae at an implantation site, said infections being post-implantation infections of the body of mammals, in particular post-implantation infections of the human body, said at least one enzyme being a deoxyribonuclease (DNase).
A laminate, comprising: a film of a thermoplastic resin or a thermoplastic elastomer composition; and a layer of a rubber composition, wherein the rubber composition comprises a rubber component including 5 to 60% by weight of an epoxidized natural rubber and 20 to 50% by weight of a butadiene rubber, and the rubber composition comprises an unsubstituted or substituted aromatic carboxylic acid having a pKa of 1.5 to 4.0 in an amount of 0.5 to 5 parts by weight based on 100 parts by weight of the rubber component. a film of a thermoplastic resin or a thermoplastic elastomer composition; and a layer of a rubber composition, wherein the rubber composition comprises a rubber component including 5 to 60% by weight of an epoxidized natural rubber and 20 to 50% by weight of a butadiene rubber, and the rubber composition comprises an unsubstituted or substituted aromatic carboxylic acid having a pKa of 1.5 to 4.0 in an amount of 0.5 to 5 parts by weight based on 100 parts by weight of the rubber component.
An optical network terminal, ONT , comprising: a downstream optical signal receiver , configured to: receive a first downstream optical signal, wherein the first downstream optical signal indicates the ONT to obtain a backward optical signal generated by a first upstream optical signal sent by another ONT in a fiber-optic network and includes information about a time point at which the backward optical signal of the another ONT is measured; a backward optical signal receiver , configured to receive the backward optical signal generated by the first upstream optical signal in the fiber-optic network; a processing module , configured to obtain intensity information of the backward optical signal based on indication information of the first downstream optical signal; and an upstream optical signal transmitter , configured to send a second upstream optical signal, wherein the second upstream optical signal carries the intensity information of the backward optical signal. receive a first downstream optical signal, wherein the first downstream optical signal indicates the ONT to obtain a backward optical signal generated by a first upstream optical signal sent by another ONT in a fiber-optic network and includes information about a time point at which the backward optical signal of the another ONT is measured; a backward optical signal receiver , configured to receive the backward optical signal generated by the first upstream optical signal in the fiber-optic network; a processing module , configured to obtain intensity information of the backward optical signal based on indication information of the first downstream optical signal; and an upstream optical signal transmitter , configured to send a second upstream optical signal, wherein the second upstream optical signal carries the intensity information of the backward optical signal.
An integrated-circuit device comprising: a general-purpose processor ; a hardware key-storage system ; and a key bus connected to said hardware key-storage system , wherein the general-purpose processor is not connected to the key bus , and wherein the hardware key-storage system comprises: a non-volatile key storage memory comprising a key register for storing a cryptographic key and an address register for storing a destination memory address for the cryptographic key; output logic for sending the cryptographic key over the key bus to the destination memory address; and write-once logic for preventing an address being written to the address register unless the address register is in an erased state. a general-purpose processor ; a hardware key-storage system ; and a key bus connected to said hardware key-storage system , wherein the general-purpose processor is not connected to the key bus , and wherein the hardware key-storage system comprises: a non-volatile key storage memory comprising a key register for storing a cryptographic key and an address register for storing a destination memory address for the cryptographic key; output logic for sending the cryptographic key over the key bus to the destination memory address; and write-once logic for preventing an address being written to the address register unless the address register is in an erased state. a non-volatile key storage memory comprising a key register for storing a cryptographic key and an address register for storing a destination memory address for the cryptographic key; output logic for sending the cryptographic key over the key bus to the destination memory address; and write-once logic for preventing an address being written to the address register unless the address register is in an erased state.
A method for determining a service and session continuity, SSC, mode, wherein the method comprises: determining , by a terminal device , a requested SSC mode; sending , by the terminal device , a first request message to a first core network network element , wherein the first request message is used to request to establish a first PDU session, and the first request message comprises a session type of the first PDU session and the requested SSC mode; receiving , by the terminal device , a first response message from the first core network network element , wherein the first response message is used to indicate that establishment of the first PDU session is rejected; wherein the first response message further comprises an allowed SSC mode of the first PDU session; and sending, by the terminal device based on the first response message to the first core network network element , a fourth request message to request to establish the first PDU session, wherein the fourth request message comprises the allowed SSC mode. determining , by a terminal device , a requested SSC mode; sending , by the terminal device , a first request message to a first core network network element , wherein the first request message is used to request to establish a first PDU session, and the first request message comprises a session type of the first PDU session and the requested SSC mode; receiving , by the terminal device , a first response message from the first core network network element , wherein the first response message is used to indicate that establishment of the first PDU session is rejected; wherein the first response message further comprises an allowed SSC mode of the first PDU session; and sending, by the terminal device based on the first response message to the first core network network element , a fourth request message to request to establish the first PDU session, wherein the fourth request message comprises the allowed SSC mode.
Polyazoles with an inherent viscosity, for a 1 % by weight polymer solution in N,N-dimethylacetamide, of more than 1.1 dL/g and a solubility in N,N-dimethylacetamide of at least 80 % by weight under atmospheric pressure.
Method for operating an electric or hybrid vehicle with shiftable transmission, in which at least one electric motor is employed for propelling the vehicle , and in which a shift operation is performed in the transmission of the vehicle upon reaching a shift threshold , wherein a value specifying the shift threshold is varied depending on at least one parameter, characterized in that a speed is used as the at least one parameter, at which a power provided by the at least one electric motor for propelling the vehicle has a maximum , wherein the provided power decreases more or less abruptly upon exceeding this speed.
Cartridge for testing an in particular biological sample (P), the cartridge comprising a fluid system having a plurality of channels , and a pump apparatus for conveying the sample (P) and/or a fluid, the pump apparatus comprising a pump chamber which is elastically deformable or compressible at least in part and/or in portions by means of contact elements sliding over the pump chamber in order to convey the sample (P) and/or a fluid, wherein the pump chamber is provided with an intermediate layer and a sliding layer for the contact elements , characterised in that the intermediate layer is thicker and/or softer or more flexible than the sliding layer .
A gas turbine engine comprising: an engine core defining a primary flowpath; a fan nacelle (120; 220; 320) radially surrounding the engine core ; a fan bypass duct being defined between the fan nacelle (120; 220; 320) and the engine core ; the fan nacelle (120; 220; 320) including at least one bifurcation ; and a cooled cooling air system including a heat exchanger (142; 240; 340), characterised in that : the heat exchanger (142; 240; 340) is disposed at least partially in the bifurcation with a remainder being housed within the fan nacelle (120; 220; 320), the at least one bifurcation further includes a spent cooling air exhaust nozzle (260; 360), and the spent cooling air nozzle (260; 360) is a thrust producing nozzle configured to exhaust spent air from the heat exchanger (142; 240; 340). an engine core defining a primary flowpath; a fan nacelle (120; 220; 320) radially surrounding the engine core ; a fan bypass duct being defined between the fan nacelle (120; 220; 320) and the engine core ; the fan nacelle (120; 220; 320) including at least one bifurcation ; and a cooled cooling air system including a heat exchanger (142; 240; 340), the heat exchanger (142; 240; 340) is disposed at least partially in the bifurcation with a remainder being housed within the fan nacelle (120; 220; 320), the at least one bifurcation further includes a spent cooling air exhaust nozzle (260; 360), and the spent cooling air nozzle (260; 360) is a thrust producing nozzle configured to exhaust spent air from the heat exchanger (142; 240; 340).
Top-cover for a controlled environmental system , wherein the top-cover enables introducing a probe to a sample placed on a sample holder wherein the top-cover comprises a cavity which is forming a chamber around the sample on the sample holder , when placed on the sample holder and wherein the top-cover comprises a lid with an aperture for a probe holder to go through, wherein the lid is in connection with the top-cover by a non-positive connection, such that the lid allows sliding according to the relative movement of the probe with respect to the sample holder holding a culture dish without compromising the sealing.
Arrangement (3; 403) for guiding a running yarn into a texturizing unit , having an input yarn guide that is configured so as to guide the yarn into the texturizing unit , wherein the input yarn guide can be driven for a movement of the same while guiding the yarn , wherein the input yarn guide can be driven in the manner that a running speed of the yarn and a circumferential speed of the input yarn guide differ in a contact region of the yarn with the input yarn guide and as a consequence the running yarn slides as the yarn is guided over a guiding surface of the input yarn guide .
Conveyor belt for conveying products along a conveying direction , comprising: - a grid mainly extending along a direction parallel to said conveying direction , said grid comprising two longitudinal edges , a plurality of rods parallel to each other and substantially perpendicular to said conveying direction and a plurality of wires twisted around said rods in such a way as to define meshes of the grid ; - at least two chains , each of which is arranged at one of the two longitudinal edges of the grid , each chain comprising: - a plurality of plates hinged together; - mechanical stop means distributed along said chain in such a way as to prevent the mutual rotation of consecutive plates beyond a predefined limit position, characterised in that each chain comprises plates of a first type and plates of a second type alternately hinged together, said mechanical stop means being distributed on the plates of the first type , each plate of the second type having end abutting elements which in said predefined limit position abut said mechanical stop means of the two plates of the first type adjacent to said plate of the second type . - a grid mainly extending along a direction parallel to said conveying direction , said grid comprising two longitudinal edges , a plurality of rods parallel to each other and substantially perpendicular to said conveying direction and a plurality of wires twisted around said rods in such a way as to define meshes of the grid ; - at least two chains , each of which is arranged at one of the two longitudinal edges of the grid , each chain comprising: - a plurality of plates hinged together; - mechanical stop means distributed along said chain in such a way as to prevent the mutual rotation of consecutive plates beyond a predefined limit position, - a plurality of plates hinged together; - mechanical stop means distributed along said chain in such a way as to prevent the mutual rotation of consecutive plates beyond a predefined limit position,