mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module , comprising: - a housing comprising a first absorptive material configured to absorb a laser emission; - a plurality of electrochemical cells disposed in a receptacle region of the housing ; - a cover comprising a second absorptive material configured to absorb the laser emission; and - a collar coupled to the housing and coupled to the cover via a laser weld, wherein the laser weld is configured to form a substantially water-tight seal between the housing and the cover , wherein the collar comprises a transparent material configured to transmit the laser emission through the collar and toward the housing or the cover , wherein the transparent material of the collar is more transmissive than the first absorptive material of the housing and the second absorptive material of the cover ; and wherein the collar comprises a stepped geometry such that the collar directly contacts the housing and the cover . - a housing comprising a first absorptive material configured to absorb a laser emission; - a plurality of electrochemical cells disposed in a receptacle region of the housing ; - a cover comprising a second absorptive material configured to absorb the laser emission; and - a collar coupled to the housing and coupled to the cover via a laser weld, wherein the laser weld is configured to form a substantially water-tight seal between the housing and the cover , wherein the collar comprises a transparent material configured to transmit the laser emission through the collar and toward the housing or the cover ,
A fabrication method for fabricating an optical fiber glass base material, the method comprising: dehydrating an optical fiber porous base material while causing a gas that includes at least a halogen or argon to distribute within a quartz core tube that accommodates the optical fiber porous base material ; after the dehydrating, partially ventilating within the quartz core tube by causing a gas having helium as a main component to distribute within the quartz core tube ; and after the partially ventilating, transparently vitrifying the optical fiber porous base material while causing the gas having helium as a main component to distribute within the quartz core tube , characterized in that in the partially ventilating, an integrated flow rate V2 of the gas having helium as a main component which is caused to distribute within the quartz core tube satisfies the following [Formula 1] with respect to the volume V1 of the quartz core tube , 0.5 × V 1 ≤ V 2 ≤ 0.6 × V 1 . dehydrating an optical fiber porous base material while causing a gas that includes at least a halogen or argon to distribute within a quartz core tube that accommodates the optical fiber porous base material ; after the dehydrating, partially ventilating within the quartz core tube by causing a gas having helium as a main component to distribute within the quartz core tube ; and after the partially ventilating, transparently vitrifying the optical fiber porous base material while causing the gas having helium as a main component to distribute within the quartz core tube , characterized in that in the partially ventilating, an integrated flow rate V2 of the gas having helium as a main component which is caused to distribute within the quartz core tube satisfies the following [Formula 1] with respect to the volume V1 of the quartz core tube , 0.5 × V 1 ≤ V 2 ≤ 0.6 × V 1 .
A composition for bonding consisting of tin, germanium, nickel, optionally iridium in an amount of greater than or equal to 0 mass% and less than or equal to 0.1 mass%, optionally oxygen in an amount greater than or equal to 0.0001 mass% and less than or equal to 2 mass%, and unavoidable impurities, wherein a contained amount of germanium is greater than 0.5 mass% and less than or equal to 10 mass%, wherein [Ni]/[Ge] ≥ 0.005, and wherein the contained amount of germanium and a contained amount of nickel satisfy a relation Ni ≤ 2.8 × Ge 0.3 , where [Ni] is the contained amount of nickel in mass% and [Ge] is the contained amount of germanium in mass%. wherein a contained amount of germanium is greater than 0.5 mass% and less than or equal to 10 mass%, wherein [Ni]/[Ge] ≥ 0.005, and wherein the contained amount of germanium and a contained amount of nickel satisfy a relation Ni ≤ 2.8 × Ge 0.3 , where [Ni] is the contained amount of nickel in mass% and [Ge] is the contained amount of germanium in mass%.
An information processing method, wherein the method comprises: receiving M first codewords from at least one peer device, wherein each first codeword comprises first service data with a K-unit length and an error correction code with an R-unit length, and M, K, and R are all integers greater than or equal to 1; and decoding the M first codewords to obtain M second codewords, characterized in that : a length of each second codeword is a sum of the K-unit length and the R-unit length, each second codeword comprises second service data with the K-unit length and error correction information, the second service data is error-corrected first service data, and the error correction information is error statistics information obtained after error correction is performed on the first service data with the K-unit length based on the error correction code with the R-unit length. receiving M first codewords from at least one peer device, wherein each first codeword comprises first service data with a K-unit length and an error correction code with an R-unit length, and M, K, and R are all integers greater than or equal to 1; and decoding the M first codewords to obtain M second codewords, characterized in that : a length of each second codeword is a sum of the K-unit length and the R-unit length, each second codeword comprises second service data with the K-unit length and error correction information, the second service data is error-corrected first service data, and the error correction information is error statistics information obtained after error correction is performed on the first service data with the K-unit length based on the error correction code with the R-unit length.
Terminal for an LTE Radio Access Network, the terminal being adapted for transmitting Uplink Control Information, UCI, wherein transmitting UCI comprises repeating the UCI for a number of Physical Uplink Control Channel, PUCCH, repetitions, the number of PUCCH repetitions in response to Msg4 being determined based on a Random Access CHannel Coverage Enhancement Level, RACH CE level, wherein the number of PUCCH repetitions in response to Msg4 are determined based on a mapping according to a Physical Random Access CHannel Coverage Enhancement Level, PRACH CE level, used in a last PRACH attempt as well as the maximum number of repetitions of the PUSCH carrying the RACH Msg3, wherein: in case PRACH CE level 0 or 1 is used for the last PRACH attempt, the number of repetitions are according to the following table: Max Number of repetitions of PUSCH in CE Mode A "Number of PUCCH repetitions" for PUCCH in response to Msg4 Max number of repetitions of PUSCH = 8, actual number of repetitions of PUSCH carrying Msg 3 is either 1 or 2 1 Max number of repetitions of PUSCH = 8, actual number of repetitions of PUSCH carrying Msg 3 is either 4 or 8 2 16 4 32 8 or in case PRACH CE level 2 or 3 is used for the last PRACH attempt, the number of repetitions are according to the following table: Max Number of repetitions of PUSCH in CE Mode B "Number of PUCCH repetitions" for PUCCH in response to Msg4 192, 256 4 384, 512 8 768, 1024 16 1536, 2048 32 in case PRACH CE level 0 or 1 is used for the last PRACH attempt, the number of repetitions are according to the following table: Max Number of repetitions of PUSCH in CE Mode A "Number of PUCCH repetitions" for PUCCH in response to Msg4 Max number of repetitions of PUSCH = 8, actual number of repetitions of PUSCH carrying Msg 3 is either 1 or 2 1 Max number of repetitions of PUSCH = 8, actual number of repetitions of PUSCH carrying Msg 3 is either 4 or 8 2 16 4 32 8 or in case PRACH CE level 2 or 3 is used for the last PRACH attempt, the number of repetitions are according to the following table: Max Number of repetitions of PUSCH in CE Mode B "Number of PUCCH repetitions" for PUCCH in response to Msg4 192, 256 4 384, 512 8 768, 1024 16 1536, 2048 32
An induction heating system for molding a thermoplastic article (A), comprising: a first mold and a second mold defining a mold cavity therebetween for molding the thermoplastic article (A); a first metallic susceptor as part of or adjacent to the first mold ; a first armature-supported induction coil array in proximity to the first metallic susceptor ; and a first induction generator electrically coupled with the first armature-supported induction coil array . a first mold and a second mold defining a mold cavity therebetween for molding the thermoplastic article (A); a first metallic susceptor as part of or adjacent to the first mold ; a first armature-supported induction coil array in proximity to the first metallic susceptor ; and a first induction generator electrically coupled with the first armature-supported induction coil array .
Method for placing a band on a bookbinding cover, wherein the method comprises the following steps: - Holding the band by a first point by means of a first clamp, in such a way that there is a first excess portion of band between a first free end of the band and the first clamp; - Holding the band by a second point by means of a second clamp, in such a way that there is a second excess portion of band between a second free end of the band and the second clamp, said first and second clamps having the ability to move relative to each other; - Moving the band to a position facing said cover; - Passing said first and second excess portions of band through two holes punched in said bookbinding cover; - Placing a first and a second glue point on said bookbinding cover; - Pressing the first excess portion of band on to the first glue point and the cover, and pressing the second excess portion of band on to the second glue point and the cover. - Holding the band by a first point by means of a first clamp, in such a way that there is a first excess portion of band between a first free end of the band and the first clamp; - Holding the band by a second point by means of a second clamp, in such a way that there is a second excess portion of band between a second free end of the band and the second clamp, said first and second clamps having the ability to move relative to each other; - Moving the band to a position facing said cover; - Passing said first and second excess portions of band through two holes punched in said bookbinding cover; - Placing a first and a second glue point on said bookbinding cover; - Pressing the first excess portion of band on to the first glue point and the cover, and pressing the second excess portion of band on to the second glue point and the cover.
A driver assembly , comprising: an elongated body having a proximal end and a distal end ; a first channel extending from the distal end into the elongated body ; a second channel extending from a first side of the elongated body between the proximal and distal ends into the elongated body ; a locking mechanism connected within the elongated body ; a cannulated hub rotatable between a first configuration and a second configuration via the locking mechanism ; and a driver shaft removably attached to the cannulated hub , characterized in that the driver shaft is cannulated and rotatable via the locking mechanism between the first configuration where the cannulated driver shaft extends through the first channel and the second configuration where the cannulated driver shaft extends through the second channel . an elongated body having a proximal end and a distal end ; a first channel extending from the distal end into the elongated body ; a second channel extending from a first side of the elongated body between the proximal and distal ends into the elongated body ; a locking mechanism connected within the elongated body ; a cannulated hub rotatable between a first configuration and a second configuration via the locking mechanism ; and a driver shaft removably attached to the cannulated hub , characterized in that the driver shaft is cannulated and rotatable via the locking mechanism between the first configuration where the cannulated driver shaft extends through the first channel and the second configuration where the cannulated driver shaft extends through the second channel .
A mounting device used for securing case furniture such as for example cabinet or shelf modules, which then form a corresponding cabinet or a corresponding shelf in stacked manner, comprising: - a base element with a bearing plate and a retaining element , wherein the bearing plate is partially covered by the retaining element and the retaining element is spaced from the bearing plate ; - a locking element , which is movable on the bearing plate with at least one hooking projection , and the locking element is pivotable on the bearing plate such that the hooking projection is movable below the retaining element in circumferential direction, wherein a locking recess is provided in the base element or the locking element and a corresponding locking projection is provided on the counterpart such that the locking projection locks into the locking recess in the final position, and wherein the locking projection is arranged on a radially extending spring element , wherein the locking element is axially shifted into the base element and is rotated in circumferential direction such that the mounting device is secured in axial direction in itself and can no longer be pulled apart. - a base element with a bearing plate and a retaining element , wherein the bearing plate is partially covered by the retaining element and the retaining element is spaced from the bearing plate ; - a locking element , which is movable on the bearing plate with at least one hooking projection , and the locking element is pivotable on the bearing plate such that the hooking projection is movable below the retaining element in circumferential direction, wherein a locking recess is provided in the base element or the locking element and a corresponding locking projection is provided on the counterpart such that the locking projection locks into the locking recess in the final position, and wherein the locking projection is arranged on a radially extending spring element ,
A grease condition monitoring sensor comprising: a substrate for engagement with the grease to be monitored; a two-dimensional matrix of electrodes distributed on the substrate, the electrodes being insulated from each other and arranged for contact with the grease, such that the grease acts as a dielectric between the electrodes; and an interrogation circuit for interrogating pairs of adjacent electrodes by application of an alternating voltage between the electrodes , measuring the current response and determining a capacitance of the respective equivalent circuits; and evaluating a composition of the grease based on the determined capacitance. a substrate for engagement with the grease to be monitored; a two-dimensional matrix of electrodes distributed on the substrate, the electrodes being insulated from each other and arranged for contact with the grease, such that the grease acts as a dielectric between the electrodes; and an interrogation circuit for interrogating pairs of adjacent electrodes by application of an alternating voltage between the electrodes , measuring the current response and determining a capacitance of the respective equivalent circuits; and evaluating a composition of the grease based on the determined capacitance.
A turbofan gas turbine engine for use in an aircraft and/or for propulsion of an aircraft, the engine comprising a low pressure spool including a fan rotor arranged at a forward end of the engine , a low pressure turbine rotor arranged at an aft end of the engine , a low pressure drive shaft extending along an axis and rotationally coupling the fan rotor to receive driven rotation from the low pressure turbine rotor , a high pressure spool including a compressor rotor , a high pressure turbine rotor , and a high pressure drive shaft extending along the axis and rotationally coupling the compressor rotor to receive driven rotation from the high pressure turbine rotor , and an electric generator including generator core having a stator arranged about the low pressure drive shaft and a generator rotor rotationally coupled to the low pressure drive shaft , the electric generator being positioned axially between the fan rotor and the compressor rotor along the axis , characterised in that the low pressure drive shaft includes a fan shaft and a quill shaft having a base rotationally coupled with the fan shaft and a flange extending radially from the base for rotational connection with the generator rotor of the electric generator, wherein the base of the quill shaft forms a quill connection with the fan shaft that is rotationally fixed but allows relative movement between the quill shaft , and wherein the generator rotor is mounted to a rotor hub forms another quill connection with the quill shaft .
A composition comprising tempol, cholecalciferol, calcidiol or calcitriol, or tempo or 4-amino tempo, a pharmaceutically-acceptable salt of the foregoing, or combinations thereof for use in reducing a number of, a growth rate of, or both, of cerebral cavernous malformation (CCM) lesions.
A loop antenna array comprising three loop antennas , wherein the loop antenna array is used for wireless communication using magnetic field, a direction of a current flowing through the loop antenna arranged in a middle and a direction of a current flowing through each of the loop antennas arranged in both sides are opposite from each other, areas of regions respectively surrounded by the loop antennas are the same and the current flowing through the loop antenna arranged in the middle diverges equally and flows into each of the loop antennas arranged in both sides ; wherein the three loop antennas comprise the same number of turns, all the loop antennas are arranged on a same plane, and centers of all the loop antennas are arranged linearly. the loop antenna array is used for wireless communication using magnetic field, a direction of a current flowing through the loop antenna arranged in a middle and a direction of a current flowing through each of the loop antennas arranged in both sides are opposite from each other, areas of regions respectively surrounded by the loop antennas are the same and the current flowing through the loop antenna arranged in the middle diverges equally and flows into each of the loop antennas arranged in both sides ; wherein the three loop antennas comprise the same number of turns, all the loop antennas are arranged on a same plane, and centers of all the loop antennas are arranged linearly.
A method of sending electronic communications comprising the steps of: at an email client : dividing a message into a plurality of message components; generating parity data for each message component and another message component of the plurality of message components, wherein the message components and the parity data form a plurality of components; attaching each one of the plurality of components to a single email ; and sending the single email containing the attached components to a message server configured to perform the step of transmitting the message to a recipient; and at the message server : receiving the single e-mail containing the attached components from the email client ; extracting the attached components from the single email ; attaching each extracted component to a separate email ; and sending each separate email to the recipient. at an email client : dividing a message into a plurality of message components; generating parity data for each message component and another message component of the plurality of message components, wherein the message components and the parity data form a plurality of components; attaching each one of the plurality of components to a single email ; and sending the single email containing the attached components to a message server configured to perform the step of transmitting the message to a recipient; and dividing a message into a plurality of message components; generating parity data for each message component and another message component of the plurality of message components, wherein the message components and the parity data form a plurality of components; attaching each one of the plurality of components to a single email ; and sending the single email containing the attached components to a message server configured to perform the step of transmitting the message to a recipient; and at the message server : receiving the single e-mail containing the attached components from the email client ; extracting the attached components from the single email ; attaching each extracted component to a separate email ; and sending each separate email to the recipient. receiving the single e-mail containing the attached components from the email client ; extracting the attached components from the single email ; attaching each extracted component to a separate email ; and sending each separate email to the recipient.
- An ammunition box that is intended to equip a magazine of a gun turret, which box is substantially parallelepipedic and comprises two front walls that are parallel to one another and two side walls that are parallel to one another and perpendicular to the front walls, the box comprising a pivoting handle formed by two arms articulated on the side walls and connected by a grip allowing the extraction and transportation of the box , which box is characterised in that the handle comprises a protuberance provided at at least one of the articulated arms and in the vicinity of its pivot pin on the walls, which protuberance is intended to engage with at least one guide groove provided on the magazine of the turret .