mhurhangee/ep-ind-claims huggingface dataset:
An electric motorbike comprising an electric traction motor and a control system of the motorbike and of said electric traction motor, wherein said electric motorbike comprises a powering and controlling device comprising: a first main battery for supplying said electric traction motor and said control system, a second service battery which is adapted to supply said control system during a starting phase of said motorbike, first motorbike starting means and second motorbike emergency starting means, wherein said control system comprises a first control unit of the vehicle and of the said electric traction motor and a second control unit of said first main battery said first starting means being operatively connected to said second service battery and said first control unit of the motorbike and said electric traction motor to supply said first control unit through said second service battery under normal conditions, said second motorbike emergency starting means being operatively connected to said second control unit to supply said first control unit through said first main battery in emergency starting conditions, wherein said emergency starting conditions are the conditions in which the second service battery is not provided with sufficient charge to allow starting of the motorbike, wherein said first motorbike starting means comprise a first starting switch and said second motorbike emergency starting means comprise a second emergency starting switch, wherein said first motorbike starting means and said second motorbike emergency starting means can be operated by an user. a first main battery for supplying said electric traction motor and said control system, a second service battery which is adapted to supply said control system during a starting phase of said motorbike, first motorbike starting means and second motorbike emergency starting means, wherein said control system comprises a first control unit of the vehicle and of the said electric traction motor and a second control unit of said first main battery said first starting means being operatively connected to said second service battery and said first control unit of the motorbike and said electric traction motor to supply said first control unit through said second service battery under normal conditions, said second motorbike emergency starting means being operatively connected to said second control unit to supply said first control unit through said first main battery in emergency starting conditions, wherein said emergency starting conditions are the conditions in which the second service battery is not provided with sufficient charge to allow starting of the motorbike, wherein said first motorbike starting means comprise a first starting switch and said second motorbike emergency starting means comprise a second emergency starting switch, wherein said first motorbike starting means and said second motorbike emergency starting means can be operated by an user.
Method for forming a system for producing beverages comprising a capsule made of filtering thermoformable material and fixed to a reinforcement element, comprising the following steps: - providing a reinforcement element comprising an upper annular edge adapted to support the lid of the capsule, a vertical edge and a horizontal edge, wherein the vertical edge links the upper annular edge to the horizontal edge; - providing a disc of filtering thermoformable material; - thermoforming the container volume of the capsule from said disc; characterized in that before the thermoforming step - said disc of filtering thermoformable material is fixed to said vertical edge and/or to said horizontal edge so that no filtering thermoformable material is present on said upper annular edge. - providing a reinforcement element comprising an upper annular edge adapted to support the lid of the capsule, a vertical edge and a horizontal edge, wherein the vertical edge links the upper annular edge to the horizontal edge; - providing a disc of filtering thermoformable material; - thermoforming the container volume of the capsule from said disc; characterized in that before the thermoforming step - said disc of filtering thermoformable material is fixed to said vertical edge and/or to said horizontal edge so that no filtering thermoformable material is present on said upper annular edge.
A seat core material for vehicle comprising: a thermoplastic resin expanded bead article; and a frame member embedded in a peripheral edge portion of the expanded bead article, wherein the expanded bead article has two or more lightening parts in an area from a center portion as seen in a front-back direction to a rear side, a through or non-through slit is provided in a continuous part between the lightening parts or an area in front of the continuous part over a distance of 100 mm or less along a vehicle-width direction of the expanded bead article, and the slit is closed at both longitudinal ends. a thermoplastic resin expanded bead article; and a frame member embedded in a peripheral edge portion of the expanded bead article, wherein the expanded bead article has two or more lightening parts in an area from a center portion as seen in a front-back direction to a rear side, a through or non-through slit is provided in a continuous part between the lightening parts or an area in front of the continuous part over a distance of 100 mm or less along a vehicle-width direction of the expanded bead article, and the slit is closed at both longitudinal ends.
Ice maker having at least one tray suspended in a pivotable and twistable manner in a frame about an axis, wherein the tray is coupled to a drive by way of a transmission (33, 46, 47, 49; 33, 37, 38; 33, 50-53) with a gear ratio which is variable as a function of the position, characterised in that the drive comprises a handle.
A rim assembly for a vehicle, comprising a rim with an axial inner side facing the vehicle and an axial outer side facing away from the vehicle, a rim flange formed on the axial outer side of the rim, a first groove formed in the rim, wherein the first groove is arranged in the rim flange or axially outside the rim flange, and a disc-shaped cover, which covers the axial outer side of the rim and the radially outer edge of which inserts in the first groove, with a first resilient element in the first groove for clamping the radially outer edge, characterised in that the first resilient element is vulcanised or adhesively bonded onto the radially outer edge of the cover and engages around the radially outer edge of the cover over its entire circumference, such that a first component of the first resilient element rests on the axial inner side of the cover and a second component of the first resilient element rests on the axial outer side of the cover.
Bending device (200a; 200b) for producing a wire netting (10a; 10b), in particular a safety net, which has a plurality of helices (12a, 14a; 12b) which are braided with one another, and of which at least one helix (12a; 12b) is made from at least one single wire, a wire bundle, a wire strand, a wire rope, and/or another longitudinal element (16a; 16b) with at least one wire (18a; 18b) comprising a high-tensile spring steel with a tensile strength of at least 800 N/mm 2, having at least one bending unit which is configured for a processing of wire (18a; 18b) with a tensile strength of at least 800 N/mm 2 and which, for producing a helix blank having at least two curved legs (212a, 214a; 212b, 214b) and having at least one bend point (216a; 216b) that connects the curved legs by a bending of the longitudinal element (16a; 16b), has at least one guide worm and at least one braiding knife that is rotatable relative to the guide worm around a rotation axis, and having a braiding unit (218a; 218b) which is configured for braiding the helix blank (210a; 210b) into a pre-netting (220a; 220b) of the wire netting (10a; 10b), having a straightening unit which is configured for compressing the helix blank in a pressing direction that is perpendicular to the rotation axis, and which is configured for a straightening of the curved legs (212a, 214a; 212b, 214b), which are formed of the wire (18a; 18b) comprising the high-tensile spring steel, by an over-pressing of the curved legs. which has a plurality of helices (12a, 14a; 12b) which are braided with one another, and of which at least one helix (12a; 12b) is made from at least one single wire, a wire bundle, a wire strand, a wire rope, and/or another longitudinal element (16a; 16b) with at least one wire (18a; 18b) comprising a high-tensile spring steel with a tensile strength of at least 800 N/mm 2, having at least one bending unit which is configured for a processing of wire (18a; 18b) with a tensile strength of at least 800 N/mm 2 and which, for producing a helix blank having at least two curved legs (212a, 214a; 212b, 214b) and having at least one bend point (216a; 216b) that connects the curved legs by a bending of the longitudinal element (16a; 16b), has at least one guide worm and at least one braiding knife that is rotatable relative to the guide worm around a rotation axis, and having a braiding unit (218a; 218b) which is configured for braiding the helix blank (210a; 210b) into a pre-netting (220a; 220b) of the wire netting (10a; 10b), having a straightening unit which is configured for compressing the helix blank in a pressing direction that is perpendicular to the rotation axis, and which is configured for a straightening of the curved legs (212a, 214a; 212b, 214b), which are formed of the wire (18a; 18b) comprising the high-tensile spring steel, by an over-pressing of the curved legs.
A user terminal (101; 401), comprising: a communication module (190; 203); a processor operatively connected with the communication module; and a memory operatively connected with the processor, wherein the memory includes instructions which, when executed by the processor, cause the processor to: receive information associated with a subscriber identification module, SIM, of another user terminal from the other user terminal via the communication module; after receiving the information, receive a user input requesting a voice call for a first SIM of the other user terminal; and responsive to the user input, transmit a message requesting a voice call for a second SIM of the other user terminal to an internet protocol multimedia subsystem, IMS, server via the communication module based on the information associated with the SIM, wherein the information associated with the SIM includes information associated with the second SIM. a communication module (190; 203); a processor operatively connected with the communication module; and a memory operatively connected with the processor, wherein the memory includes instructions which, when executed by the processor, cause the processor to: receive information associated with a subscriber identification module, SIM, of another user terminal from the other user terminal via the communication module; after receiving the information, receive a user input requesting a voice call for a first SIM of the other user terminal; and responsive to the user input, transmit a message requesting a voice call for a second SIM of the other user terminal to an internet protocol multimedia subsystem, IMS, server via the communication module based on the information associated with the SIM, wherein the information associated with the SIM includes information associated with the second SIM. receive information associated with a subscriber identification module, SIM, of another user terminal from the other user terminal via the communication module; after receiving the information, receive a user input requesting a voice call for a first SIM of the other user terminal; and responsive to the user input, transmit a message requesting a voice call for a second SIM of the other user terminal to an internet protocol multimedia subsystem, IMS, server via the communication module based on the information associated with the SIM, wherein the information associated with the SIM includes information associated with the second SIM.
An isolated human anti-IL-33 neutralizing monoclonal antibody, wherein the combination of respective amino acid sequences of light-chain and heavy-chain variable regions is the combination represented by V1 as follows: Combination Light Chain Variable Region Heavy Chain Variable Region V1 SEQ ID No.79 SEQ ID No.105
An apparatus for providing secure distribution of embedded firmware to a module in an industrial control system, the apparatus comprising: a removable storage medium configured to be read by the module, the module including a first identifier corresponding to the module, and the removable storage medium including a second identifier corresponding to the removable storage medium, wherein the second identifier is written in a read-only segment of the removable storage medium by a manufacturer of the removable storage medium; a firmware file stored on the removable storage medium, wherein the firmware file defines, at least in part, operation of the module; and a certificate stored on the removable storage medium, wherein: the certificate includes a copy of the first identifier corresponding to the module and a copy of the second identifier corresponding to the removable storage medium, and the certificate is configured to be read by the module to permit the module to load the firmware file to the module when the copy of the first identifier in the certificate matches the first identifier included on the module and the copy of the second identifier in the certificate matches the second identifier on the removable storage medium. a removable storage medium configured to be read by the module, the module including a first identifier corresponding to the module, and the removable storage medium including a second identifier corresponding to the removable storage medium, wherein the second identifier is written in a read-only segment of the removable storage medium by a manufacturer of the removable storage medium; a firmware file stored on the removable storage medium, wherein the firmware file defines, at least in part, operation of the module; and a certificate stored on the removable storage medium, wherein: the certificate includes a copy of the first identifier corresponding to the module and a copy of the second identifier corresponding to the removable storage medium, and the certificate is configured to be read by the module to permit the module to load the firmware file to the module when the copy of the first identifier in the certificate matches the first identifier included on the module and the copy of the second identifier in the certificate matches the second identifier on the removable storage medium. the certificate includes a copy of the first identifier corresponding to the module and a copy of the second identifier corresponding to the removable storage medium, and the certificate is configured to be read by the module to permit the module to load the firmware file to the module when the copy of the first identifier in the certificate matches the first identifier included on the module and the copy of the second identifier in the certificate matches the second identifier on the removable storage medium.
A method of operating a wireless network node, the method including: transmitting a first multiple-input-multiple-output, MIMO, downlink communication to a wireless terminal according to a first MIMO rank; receiving a report from the wireless terminal identifying a reported MIMO rank; receiving at least one Hybrid Automatic Repeat Request, HARQ, acknowledge/non-acknowledge, ACK/NACK, message from the wireless terminal corresponding to the first MIMO downlink communication; selecting a second MIMO rank for a second MIMO downlink communication responsive to the at least one HARQ ACK/NACK message; and transmitting the second MIMO downlink communication to the wireless terminal according to the second MIMO rank, wherein transmitting the first and second MIMO downlink communications comprises transmitting the first and second MIMO downlink communications from the wireless network node using a four antenna MIMO antenna array supporting up to four parallel MIMO transmission streams, wherein the first MIMO rank is 3, wherein transmitting the first MIMO downlink communication comprises transmitting first, second, and third data blocks over respective first, second, and third transmission layers (TL1, TL2, and TL3), and wherein receiving at least one HARQ ACK/NACK message comprises receiving a first HARQ ACK/NACK message corresponding to the first data block and receiving a second HARQ ACK/NACK message corresponding to the second and third data blocks. transmitting a first multiple-input-multiple-output, MIMO, downlink communication to a wireless terminal according to a first MIMO rank; receiving a report from the wireless terminal identifying a reported MIMO rank; receiving at least one Hybrid Automatic Repeat Request, HARQ, acknowledge/non-acknowledge, ACK/NACK, message from the wireless terminal corresponding to the first MIMO downlink communication; selecting a second MIMO rank for a second MIMO downlink communication responsive to the at least one HARQ ACK/NACK message; and transmitting the second MIMO downlink communication to the wireless terminal according to the second MIMO rank, wherein transmitting the first and second MIMO downlink communications comprises transmitting the first and second MIMO downlink communications from the wireless network node using a four antenna MIMO antenna array supporting up to four parallel MIMO transmission streams, wherein the first MIMO rank is 3, wherein transmitting the first MIMO downlink communication comprises transmitting first, second, and third data blocks over respective first, second, and third transmission layers (TL1, TL2, and TL3), and wherein receiving at least one HARQ ACK/NACK message comprises receiving a first HARQ ACK/NACK message corresponding to the first data block and receiving a second HARQ ACK/NACK message corresponding to the second and third data blocks.
Method for ultrasonic testing of test objects, in particular metallic components, by means of a test head, wherein in an SAFT analysis, a calculation of amplitude summations is executed in each case for elements of a volume to be tested of the test object from a number of A-image time signals, wherein to determine points in time of the amplitudes to be summed in the A-image time signals, a sound propagation time (Δt), which is dependent on the test head, from the test head positioned at a measurement point to the location of the element of the volume to be tested is directly acquired, and the sound propagation time is used by means of analysis of a sound field simulation of the test head for the respective material of the test object, characterized in that a shape and an aperture allocation of an oscillator of the test head are taken into consideration in the sound field simulation, and a focusing of the test head is taken into consideration in the sound field simulation, wherein a delay according to a delay law is taken into consideration in the sound field simulation in the case of a phased array test head, wherein the sound field simulation is monochromatic or polychromatic, and the sound field simulation is executed by means of a point source synthesis or in a spatially discrete manner. wherein to determine points in time of the amplitudes to be summed in the A-image time signals, a sound propagation time (Δt), which is dependent on the test head, from the test head positioned at a measurement point to the location of the element of the volume to be tested is directly acquired, and the sound propagation time is used by means of analysis of a sound field simulation of the test head for the respective material of the test object, characterized in that a shape and an aperture allocation of an oscillator of the test head are taken into consideration in the sound field simulation, and a focusing of the test head is taken into consideration in the sound field simulation, wherein a delay according to a delay law is taken into consideration in the sound field simulation in the case of a phased array test head, wherein the sound field simulation is monochromatic or polychromatic, and the sound field simulation is executed by means of a point source synthesis or in a spatially discrete manner.
A mechanical coupling assembly comprising: a primary substrate having at least one aperture formed therein, the primary substrate including a first surface and opposing second surface separated by a material thickness; a polymeric secondary substrate over-molded onto the primary substrate including at least one mechanical interlock monolithically formed with the secondary substrate, the at least one mechanical interlock extending through the aperture and spanning the first and second surfaces (16, 18), the mechanical interlock including a main body disposed proximate the first surface and a head portion disposed proximate the second surface and a transition portion connecting the main body and head portion; wherein the primary substrate and secondary substrate are mechanically joined; wherein the main body includes a bore formed longitudinally therein about a centerline of the aperture; wherein the main body and head portion includes a uniform thickness; and wherein the main body and head portion extend radially about the aperture the same distance such that a shoulder width of the main body and head portion are equal. a primary substrate having at least one aperture formed therein, the primary substrate including a first surface and opposing second surface separated by a material thickness; a polymeric secondary substrate over-molded onto the primary substrate including at least one mechanical interlock monolithically formed with the secondary substrate, the at least one mechanical interlock extending through the aperture and spanning the first and second surfaces (16, 18), the mechanical interlock including a main body disposed proximate the first surface and a head portion disposed proximate the second surface and a transition portion connecting the main body and head portion; wherein the primary substrate and secondary substrate are mechanically joined; wherein the main body includes a bore formed longitudinally therein about a centerline of the aperture; wherein the main body and head portion includes a uniform thickness; and wherein the main body and head portion extend radially about the aperture the same distance such that a shoulder width of the main body and head portion are equal.
A charge-coupled image sensor operating with scrolling and charge integration, the image sensor comprising N adjacent rows of P pixels for observation of one and the same image strip by multiple rows of pixels in succession with summation of the electric charge generated by an image point, for a periodic row duration (T L), in the pixels of the same rank of the various rows, the pixels each comprising a succession, in the direction of movement, of charge storage areas, some of which are photosensitive, the image sensor comprising control means for applying potentials to these areas allowing the storage followed by the directional transfer of charge from one pixel to the next, characterized in that each pixel is subdivided, in the direction of scrolling, into at least two adjacent portions (SUBa i,j, SUBb i,j), each portion comprising at least one charge storage area that is independent of the storage areas of the other portion while allowing a transfer of charge from the first portion to the second, one of the portions (SUBa i,j) being masked against light and the other portion (SUBb i,j) not being masked against light, the latter comprising at least one photosensitive storage area (G3, G4, PH2) and a charge removal structure (AB, DR) allowing the charge stored in this other part to be removed, the image sensor comprising means for activating the removal structure for a fraction of a row duration (T L), before an adjustable instant in time of the start of actual integration preceding a step of transferring charge from the masked area to the unmasked area.