mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: generating a plurality of code blocks, each code block comprising a respective set of information bits and a respective set of parity bits encoded based on the respective set of information bits; transmitting the plurality of code blocks; receiving first feedback indicating failure to decode the plurality of code blocks if one of the code blocks fails to decode; and in response to the feedback, generating a first outer code block; and transmitting the first outer code block; wherein the first outer code block is generated based on the plurality of code blocks; wherein at least part of a respective set of information bits of the one code block that failed to decode is recoverable based on first outer code information bits comprised in the first outer code block and based on a respective set of information bits of at least one correctly decoded code block, wherein the first outer code information bits are generated from a combination of information bits of the plurality of code blocks and wherein the first outer code block further comprises a set of first outer code parity bits encoded based on the set of first outer code information bits; and one of the first outer code block and a code block of said plurality of code blocks has fewer information bits than another code block of said plurality of information bits. generating a plurality of code blocks, each code block comprising a respective set of information bits and a respective set of parity bits encoded based on the respective set of information bits; transmitting the plurality of code blocks; receiving first feedback indicating failure to decode the plurality of code blocks if one of the code blocks fails to decode; and in response to the feedback, generating a first outer code block; and transmitting the first outer code block; wherein the first outer code block is generated based on the plurality of code blocks; wherein at least part of a respective set of information bits of the one code block that failed to decode is recoverable based on first outer code information bits comprised in the first outer code block and based on a respective set of information bits of at least one correctly decoded code block, wherein the first outer code information bits are generated from a combination of information bits of the plurality of code blocks and wherein the first outer code block further comprises a set of first outer code parity bits encoded based on the set of first outer code information bits; and one of the first outer code block and a code block of said plurality of code blocks has fewer information bits than another code block of said plurality of information bits.
A contactless communication method between an NFC card (NFSE) with a contact and contactless dual interface, installed in a communication terminal, and an external NFC device, the terminal comprising an NFC module (NFCC) coupled to the contact interface of the card and comprising a contactless communication interface, the method comprising steps of: detecting by the card (NFSE) the presence of the NFC module (NFCC) connected to its contact interface, selecting by the card one or the other of the contact and contactless interfaces of the card, depending on the result of the detection of the NFC module presence, and transmitting signals between the card and the external NFC device by the selected interface, and if the contact interface of the card is selected, by the contactless interface of the NFC module, characterized in that, if the contact interface of the card (NFSE) is selected, the card keeps its contactless interface active and continues to monitor its contactless interface to be able to receive and use data exchanged between the NFC module of the terminal and the external NFC device. detecting by the card (NFSE) the presence of the NFC module (NFCC) connected to its contact interface, selecting by the card one or the other of the contact and contactless interfaces of the card, depending on the result of the detection of the NFC module presence, and transmitting signals between the card and the external NFC device by the selected interface, and if the contact interface of the card is selected, by the contactless interface of the NFC module, characterized in that, if the contact interface of the card (NFSE) is selected, the card keeps its contactless interface active and continues to monitor its contactless interface to be able to receive and use data exchanged between the NFC module of the terminal and the external NFC device.
The method of intra-circuit passivation of a nuclear reactor steel surfaces wherein a protection film is formed on the surface of the first circuit elements of a nuclear reactor by means of introduction of a substance to coolant that interacts with the material of the first circuit elements of a nuclear reactor with formation of protection film; and which is charcaterized in that during a nuclear reactor installation a core emulator is installed to the place of the core until the reactor first circuit is filled with coolant, the reactor is filled with coolant, the coolant is heated to the temperature that ensure passivation conditions, after that the core emulator is removed and the nuclear core is installed to its place.
Self-supporting carrier structure for an instrument panel in a vehicle, comprising - a network of a plurality of first hollow support elements and of second hollow support elements and/or solid support elements arranged according to the results of a load path analysis, characterized in that - the first hollow support elements form at least one manifold used as an air duct comprising o at least one air inlet for introducing air into the hollow support elements and o at least one air outlet for guiding the air into a passenger compartment of a vehicle, and - the first hollow support elements, the second hollow support elements and/or the solid support elements serve for supporting at least one vehicle component arranged in or on the instrument panel, characterized in that - at least some of the second hollow support elements and/or at least some of the solid support elements are arranged such that they form o an intersection in which the second hollow support elements or the solid support elements penetrate the first hollow support elements, or o a fusion section in which the second hollow support elements or the solid support elements merge with the first hollow support elements such that the second hollow support elements or the solid support elements partially extend into the manifold. - a network of a plurality of first hollow support elements and of second hollow support elements and/or solid support elements arranged according to the results of a load path analysis, characterized in that - the first hollow support elements form at least one manifold used as an air duct comprising o at least one air inlet for introducing air into the hollow support elements and o at least one air outlet for guiding the air into a passenger compartment of a vehicle, and o at least one air inlet for introducing air into the hollow support elements and o at least one air outlet for guiding the air into a passenger compartment of a vehicle, and - the first hollow support elements, the second hollow support elements and/or the solid support elements serve for supporting at least one vehicle component arranged in or on the instrument panel, characterized in that - at least some of the second hollow support elements and/or at least some of the solid support elements are arranged such that they form o an intersection in which the second hollow support elements or the solid support elements penetrate the first hollow support elements, or o a fusion section in which the second hollow support elements or the solid support elements merge with the first hollow support elements such that the second hollow support elements or the solid support elements partially extend into the manifold. o an intersection in which the second hollow support elements or the solid support elements penetrate the first hollow support elements, or o a fusion section in which the second hollow support elements or the solid support elements merge with the first hollow support elements such that the second hollow support elements or the solid support elements partially extend into the manifold.
A vehicle guidance system and steering wheel assembly combination for a vehicle, the vehicle including a steering wheel assembly including a steering wheel and a hub, the hub connected to a steering shaft rotatable about a steering wheel axis within a steering column for steering the vehicle, the vehicle guidance system including: a receiver for receiving a position indication signal; a steering controller for generating a steering control signal based on the position indication signal; a drive assembly to directly drive the steering wheel assembly responsive to the steering control signal, the drive assembly operable to generate a torque about a drive axis to directly drive and to rotate the steering wheel assembly, wherein the drive axis of the drive assembly is coaxial to the steering wheel axis, characterised in that the drive assembly includes an electric motor configured to directly drive the hub of the steering wheel assembly, the electric motor including a housing, a stator element, a rotor element rotatable within the housing about the drive axis, and an anti-rotation member (330, 650) for providing a steering reaction torque to allow the drive assembly to generate a torque about the drive axis. a receiver for receiving a position indication signal; a steering controller for generating a steering control signal based on the position indication signal; a drive assembly to directly drive the steering wheel assembly responsive to the steering control signal, the drive assembly operable to generate a torque about a drive axis to directly drive and to rotate the steering wheel assembly, wherein the drive axis of the drive assembly is coaxial to the steering wheel axis, characterised in that the drive assembly includes an electric motor configured to directly drive the hub of the steering wheel assembly, the electric motor including a housing, a stator element, a rotor element rotatable within the housing about the drive axis, and an anti-rotation member (330, 650) for providing a steering reaction torque to allow the drive assembly to generate a torque about the drive axis.
An electrode comprising: an active material coating portion (1013; 1023) coated with an electrode active material on at least one surface of an electrode current collector (1011; 1021); an active material non-coating portion (1014; 1024) which is formed on one side of the active material coating portion (1013; 1023) and is not coated with the electrode active material; and an electrode coating portion which is coated between the active material coating portion and the active material non-coating portion (1014; 1024) and contains a flame retardant; wherein the electrode coating portion comprises an interface between the active material coating portion (1013; 1023) and the active material non-coating portion (1014; 1024). an active material coating portion (1013; 1023) coated with an electrode active material on at least one surface of an electrode current collector (1011; 1021); an active material non-coating portion (1014; 1024) which is formed on one side of the active material coating portion (1013; 1023) and is not coated with the electrode active material; and an electrode coating portion which is coated between the active material coating portion and the active material non-coating portion (1014; 1024) and contains a flame retardant; wherein the electrode coating portion comprises an interface between the active material coating portion (1013; 1023) and the active material non-coating portion (1014; 1024).
A prosthetic valve delivery assembly (300, 400), comprising: a storage tube (308, 408); a prosthetic heart valve comprising a frame, the frame having a distal end and a proximal end, the prosthetic heart valve at least partially disposed within the storage tube (308, 408); a nose cone disposed about an elongated shaft, the elongated shaft extending through the storage tube (308, 408), the nose cone having a distal end and a proximal end; and a removable tab (366, 450) disposed between the distal end of the frame and the nose cone; wherein the tab (366, 450) assists in maintaining the position of the nose cone relative to the distal end of the frame, characterized in that the tab (366, 450) defines a pair of arms (370, 372) disposed about the intermediate nose cone portion, and the storage tube (308, 408) has an outer surface that defines a radial slot (336, 462) configured to receive the arms (370, 372) of the tab (366, 450). a storage tube (308, 408); a prosthetic heart valve comprising a frame, the frame having a distal end and a proximal end, the prosthetic heart valve at least partially disposed within the storage tube (308, 408); a nose cone disposed about an elongated shaft, the elongated shaft extending through the storage tube (308, 408), the nose cone having a distal end and a proximal end; and a removable tab (366, 450) disposed between the distal end of the frame and the nose cone; wherein the tab (366, 450) assists in maintaining the position of the nose cone relative to the distal end of the frame, characterized in that the tab (366, 450) defines a pair of arms (370, 372) disposed about the intermediate nose cone portion, and the storage tube (308, 408) has an outer surface that defines a radial slot (336, 462) configured to receive the arms (370, 372) of the tab (366, 450).
Compression mold for composite material, comprising a movable element and a fixed element, characterized in that each of the elements (30, 40) comprises a molding part (32, 42) and a support plate (50, 60), the molding part (32, 42) being detachably fixed to the support plate (50, 60), the molding part (32, 42) being equipped with a means of thermal regulation, each of the elements (30, 40) comprising a layer of thermal insulator (90, 100) between the molding part and the support plate, and in that between the molding part (32, 42) and the support plate (50, 60), the mold comprises a centering block (55, 65) in order to overcome the thermal expansion of the molding part (32, 42).
An assembly comprising: a synchronous machine including a rotating portion and a stationary portion, the rotating portion including at least one rotating diode coupled to a field winding, and the stationary portion including a stator winding and an exciter winding; a control unit including a first gate and a second gate; and characterized in that the exciter winding is connected in series to the first gate and the second gate during a first operating mode to energize the exciter winding; and wherein the exciter winding is electrically connected in series to the first gate but is electrically disconnected from the second gate in a second, different operating mode to electrically disconnect the exciter winding from an exciter energy source, and wherein the control unit is configured to simultaneously communicate a first gate signal to the first gate and a second, different gate signal to the second gate, and wherein the control unit is configured to hold closed the first gate during the second operating mode, and is configured to hold open the second gate during the second operating mode, and wherein the second operating mode relates to a shorted rotating diode event caused by the at least one rotating diode. a synchronous machine including a rotating portion and a stationary portion, the rotating portion including at least one rotating diode coupled to a field winding, and the stationary portion including a stator winding and an exciter winding; a control unit including a first gate and a second gate; and characterized in that the exciter winding is connected in series to the first gate and the second gate during a first operating mode to energize the exciter winding; and wherein the exciter winding is electrically connected in series to the first gate but is electrically disconnected from the second gate in a second, different operating mode to electrically disconnect the exciter winding from an exciter energy source, and wherein the control unit is configured to simultaneously communicate a first gate signal to the first gate and a second, different gate signal to the second gate, and wherein the control unit is configured to hold closed the first gate during the second operating mode, and is configured to hold open the second gate during the second operating mode, and to hold closed the first gate during the second operating mode, and is configured to hold open the second gate during the second operating mode, and wherein the second operating mode relates to a shorted rotating diode event caused by the at least one rotating diode.
Bicycle stand, having a head that is designed for fastening to a chain stay of a bicycle frame and having a prop that is mounted pivotably on the head and can be moved between an essentially horizontal travel position and an essentially upright stand position and having a head rail that is connected to the head and is designed for fastening to a seat stay on a bicycle frame in such a way that it acts as a torque support arm to prevent the head from rotating about the chain stay, characterised in that the bicycle stand incorporates a slide guide that is designed for fastening to the seat stay and that the head rail connects slidingly to the slide guide in such a way that, while retaining the position of the head rail relative to the chain stay, the head rail is enabled to move relative to the seat stay where the slide guide and/or the head rail are at least in the area of a sliding section where they slide against each other designed to slide easily. having a head that is designed for fastening to a chain stay of a bicycle frame and having a prop that is mounted pivotably on the head and can be moved between an essentially horizontal travel position and an essentially upright stand position and having a head rail that is connected to the head and is designed for fastening to a seat stay on a bicycle frame in such a way that it acts as a torque support arm to prevent the head from rotating about the chain stay, characterised in that the bicycle stand incorporates a slide guide that is designed for fastening to the seat stay and that the head rail connects slidingly to the slide guide in such a way that, while retaining the position of the head rail relative to the chain stay, the head rail is enabled to move relative to the seat stay where the slide guide and/or the head rail are at least in the area of a sliding section where they slide against each other designed to slide easily.
A communication network arrangement comprising: a plurality of access control components (701, 801), wherein each of the plurality of access components (701, 801) is connected to at least one base station (702, 802) and configured to exchange session management signalling information and mobility management information related to a mobile terminal connected to the communication network via the at least one base station (702, 802) with the at least one base station (702, 802); a session management component (703, 803), wherein each of the plurality of access control components (701, 801) is configured to forward session management information related to a mobile terminal connected to the communication network via the at least one base station (702, 802) received from the at least one base station (702, 802) to the session management component (703, 803); and a mobility management component (704, 804) wherein each of the plurality of access control components (701, 801) is configured to forward mobility management information related to a mobile terminal connected to the communication network via the at least one base station (702, 802) received from the at least one base station (702, 802) to the mobility management component (704, 804). a plurality of access control components (701, 801), wherein each of the plurality of access components (701, 801) is connected to at least one base station (702, 802) and configured to exchange session management signalling information and mobility management information related to a mobile terminal connected to the communication network via the at least one base station (702, 802) with the at least one base station (702, 802); a session management component (703, 803), wherein each of the plurality of access control components (701, 801) is configured to forward session management information related to a mobile terminal connected to the communication network via the at least one base station (702, 802) received from the at least one base station (702, 802) to the session management component (703, 803); and a mobility management component (704, 804) wherein each of the plurality of access control components (701, 801) is configured to forward mobility management information related to a mobile terminal connected to the communication network via the at least one base station (702, 802) received from the at least one base station (702, 802) to the mobility management component (704, 804).
A catalytic composition for the oligomerization of olefins having from 2 to 10 carbon atoms, the catalytic composition comprising at least one nickel complex, the complex being obtained from a mixture comprising: - at least one nickel precursor A with - at least one imino-imidazole ligand B having the formula: wherein R 1, R 2, R 3 and R 4 are identical or different and are selected from hydrogen, linear or branched alkyl groups, aryl groups, aralkyl or alkaryl groups of 1 to 12 carbon atoms and containing hetero elements or not, wherein R 1 and R 2 do not form an aromatic ring; E1 is a group selected from CH 2, CH 2 CH 2, CH 2 CH 2 CH 2, CH 2 CH 2 CH 2 CH 2, 1,2-phenylene, trans-1,2-cyclopentane, trans-1,2-cyclohexane, 2,3-butane, 1,1'-biphenyl 1,1'-binaphthyl and Si(Me) 2; D1 is selected from a hydrogen atom, an ether of the formula -OR 5, a thioether of the formula SR 6, an amine of the formula N(R 7) 2 or a phosphine of the formula P(R 8) 2, wherein R 5, R 6, R 7 and R 8 are methyl, ethyl or phenyl groups. - at least one nickel precursor A with - at least one imino-imidazole ligand B having the formula: wherein R 1, R 2, R 3 and R 4 are identical or different and are selected from hydrogen, linear or branched alkyl groups, aryl groups, aralkyl or alkaryl groups of 1 to 12 carbon atoms and containing hetero elements or not, wherein R 1 and R 2 do not form an aromatic ring; E1 is a group selected from CH 2, CH 2 CH 2, CH 2 CH 2 CH 2, CH 2 CH 2 CH 2 CH 2, 1,2-phenylene, trans-1,2-cyclopentane, trans-1,2-cyclohexane, 2,3-butane, 1,1'-biphenyl 1,1'-binaphthyl and Si(Me) 2; D1 is selected from a hydrogen atom, an ether of the formula -OR 5, a thioether of the formula SR 6, an amine of the formula N(R 7) 2 or a phosphine of the formula P(R 8) 2, wherein R 5, R 6, R 7 and R 8 are methyl, ethyl or phenyl groups. wherein R 1, R 2, R 3 and R 4 are identical or different and are selected from hydrogen, linear or branched alkyl groups, aryl groups, aralkyl or alkaryl groups of 1 to 12 carbon atoms and containing hetero elements or not, wherein R 1 and R 2 do not form an aromatic ring; E1 is a group selected from CH 2, CH 2 CH 2, CH 2 CH 2 CH 2, CH 2 CH 2 CH 2 CH 2, 1,2-phenylene, trans-1,2-cyclopentane, trans-1,2-cyclohexane, 2,3-butane, 1,1'-biphenyl 1,1'-binaphthyl and Si(Me) 2; D1 is selected from a hydrogen atom, an ether of the formula -OR 5, a thioether of the formula SR 6, an amine of the formula N(R 7) 2 or a phosphine of the formula P(R 8) 2, wherein R 5, R 6, R 7 and R 8 are methyl, ethyl or phenyl groups.