mhurhangee/patent-ind-claim-en huggingface dataset:
A method for ACK/NACK reporting of Cat-M mechanism in a LTE network, comprising steps of: - feeding back (S2), by a user equipment (UE; UE10), an ACK/NACK message to an eNB on PUSCH based on received downlink data, wherein when computing a number of resource elements occupied by the ACK/NACK message on PUSCH, the number of OFDM symbols in a guard period is ruled out, wherein when computing a number of SC-FDMA symbols that carry PUSCH data in an initial PUSCH transmission subframe in a transmission block, the number of OFDM symbols in the guard period is ruled out, characterized in that the number of SC-FDMA symbols that carry the PUSCH data in the initial PUSCH transmission subframe is denoted as N symb PUSCH − initial , wherein the step of ruling out the number of OFDM symbols in the guard period specifically comprises: when calculating N symb PUSCH − initial , further subtracting the number of OFDM symbols in the guard period. - feeding back (S2), by a user equipment (UE; UE10), an ACK/NACK message to an eNB on PUSCH based on received downlink data, wherein when computing a number of resource elements occupied by the ACK/NACK message on PUSCH, the number of OFDM symbols in a guard period is ruled out, wherein when computing a number of SC-FDMA symbols that carry PUSCH data in an initial PUSCH transmission subframe in a transmission block, the number of OFDM symbols in the guard period is ruled out, characterized in that the number of SC-FDMA symbols that carry the PUSCH data in the initial PUSCH transmission subframe is denoted as N symb PUSCH − initial , wherein the step of ruling out the number of OFDM symbols in the guard period specifically comprises: when calculating N symb PUSCH − initial , further subtracting the number of OFDM symbols in the guard period.
A method for automatically controlling a height of an implement of an agricultural work vehicle relative to a ground surface , the method including monitoring, with one or more computing devices, each of the height of the implement relative to the ground surface and a vehicle speed of the work vehicle relative to the ground surface , the method further including determining, with the one or more computing devices, an implement height error by comparing the height of the implement with a predetermined target height, the method being characterized by : calculating, with the one or more computing devices, a sensitivity factor based on a sensitivity setting, and wherein, when the monitored vehicle speed is greater than a predetermined speed threshold, the sensitivity factor equals a first constant sensitivity value that is proportional to the sensitivity setting; reducing, with the one or more computing devices, the sensitivity factor to less than the first constant sensitivity value when the monitored vehicle speed becomes less than the predetermined speed threshold; and adjusting, with the one or more computing devices, the height of the implement relative to the ground surface based on the implement height error and the sensitivity factor. calculating, with the one or more computing devices, a sensitivity factor based on a sensitivity setting, and wherein, when the monitored vehicle speed is greater than a predetermined speed threshold, the sensitivity factor equals a first constant sensitivity value that is proportional to the sensitivity setting; reducing, with the one or more computing devices, the sensitivity factor to less than the first constant sensitivity value when the monitored vehicle speed becomes less than the predetermined speed threshold; and adjusting, with the one or more computing devices, the height of the implement relative to the ground surface based on the implement height error and the sensitivity factor.
Use of a linear low-density polyethylene (LLDPE) grafted with maleic anhydride (MAH-g-LLDPE) as a carpet backing, wherein the MAH-g-LLDPE has a melt index (MI) of 250 to 800 g/10 minutes and comprises 0.01 to 3 weight percent of maleic anhydride, based on the total weight of the MAH-g-LLDPE.
An electric apparatus such as a junction block or a contactor, comprising an electrically insulating casing and two connection terminals mounted in the insulating casing , and a conductive strip mounted in the insulating casing , the two connection terminals permitting to establish an electric contact between the conductive strip and two electrical conductors , each connection terminal comprising a clamping element formed of a nonmagnetic material and being in the form of a cage capable of receiving the end of an electrical conductor inserted in the clamping element , and actuating elements allowing to vary the clamping element between a loosening configuration in which the end of the electrical conductor can be freely inserted in the clamping element or be removed from the clamping element and a clamping configuration in which the end of the electrical conductor previously inserted in the clamping element is held in place by clamping between the clamping element and a conductive strip of the electric apparatus in order to establish an electric contact between the conductive strip and the end of the electrical conductor , the clamping element being constituted by a single unitary integral piece, the insulating casing comprising two receiving ports of a first type, each of which being associated to one of the two connection terminals , the end of one of the two electrical conductors being able to be tapered into each of the two receiving ports of the first type until it is inserted in the clamping element of the associated connection terminal , the insulating casing comprising two receiving port of a second type, each of which allowing the insertion of another electrical conductor in the insulating casing , the electric apparatus comprising two bypass strips different from each other et different from the conductive strip , each of the two bypass strips being associated to one of the two receiving ports of the second type et being configured so as to electrically link the conductive strip and the electrical conductor inserted in the associated receiving port of the second type.
Open-end rotor spinning device comprising a spinning rotor that can be driven by means of an electric motor individual drive , the rotor cup of which revolves in a rotor housing which, during the spinning process, is closed by the cover element and is connected via a pneumatic line to a negative pressure source , the electric motor individual drive comprising a drive housing , characterized in that the pneumatic line arranged between the rotor housing and the negative pressure source is positioned in the region of the electric motor individual drive of the spinning rotor in such a way that the spinning negative pressure initiated by the negative pressure source ensures cooling of the individual drive of the spinning rotor via a suction air flow present in the pneumatic line , the pneumatic line being integrated into the drive housing and thus being arranged in the region of the drive housing of the individual drive of the spinning rotor such that the heat generated by the individual drive is removed by the suction air flow.
A cleaning cart , comprising: a base having a first side wall , a second side wall , and a front wall , the base having at least one portion configured to receive a bucket thereon; a plurality of wheels depending from the base ; a storage region depending from the base ; and a bucket restraining device having a lateral restraining wall and a rear restraining wall that cooperate to define a first restraining region and a second restraining region , the first restraining region being defined by the front wall and a portion of the rear restraining wall and the second restraining region being defined by the second side wall , the front wall , the lateral restraining wall , and a different portion of rear restraining wall , characterized in that the first restraining region being sized and positioned to receive front wheels of the bucket . a base having a first side wall , a second side wall , and a front wall , the base having at least one portion configured to receive a bucket thereon; a plurality of wheels depending from the base ; a storage region depending from the base ; and a bucket restraining device having a lateral restraining wall and a rear restraining wall that cooperate to define a first restraining region and a second restraining region , the first restraining region being defined by the front wall and a portion of the rear restraining wall and the second restraining region being defined by the second side wall , the front wall , the lateral restraining wall , and a different portion of rear restraining wall , characterized in that the first restraining region being sized and positioned to receive front wheels of the bucket .
A medical hand covering comprising one or more materials defining an inner fingerless cavity adapted to tightly enclose an adult hand holding a medical instrument; the medical instrument being a stethoscope; the one or more materials is acoustically transmissive with respect to the acoustic performance of the stethoscope; wherein the one or more materials comprise thermoplastic urethane (TPU); and an opening on one end of the covering adapted to allow entry of the hand and the medical instrument into the inner cavity; wherein the inner cavity is adapted to tightly enclose both the hand holding the medical instrument and at least a chestpiece of the stethoscope gripped by the hand. one or more materials defining an inner fingerless cavity adapted to tightly enclose an adult hand holding a medical instrument; the medical instrument being a stethoscope; the one or more materials is acoustically transmissive with respect to the acoustic performance of the stethoscope; wherein the one or more materials comprise thermoplastic urethane (TPU); and an opening on one end of the covering adapted to allow entry of the hand and the medical instrument into the inner cavity; wherein the inner cavity is adapted to tightly enclose both the hand holding the medical instrument and at least a chestpiece of the stethoscope gripped by the hand.
A computer-implemented method comprising: without locking, a reader process of a database management system, DBMS , obtaining , from metadata in persistent memory, PMEM , a first memory address for directly accessing a current version , which is a particular version, of a database block in PMEM ; concurrently without locking: the reader process reading the particular version of the database block in the PMEM , and a writer process of the DBMS replacing , in the metadata in PMEM , the first memory address with a second memory address for directly accessing a new version of the database block in the PMEM ; detecting that the particular version of the database block is stale by: obtaining, from said metadata in the PMEM , the second memory address for directly accessing the new version of the database block in PMEM , and comparing the first memory address for directly accessing the particular version of the database block in PMEM to the second memory address for directly accessing the new version of the database block in PMEM . without locking, a reader process of a database management system, DBMS , obtaining , from metadata in persistent memory, PMEM , a first memory address for directly accessing a current version , which is a particular version, of a database block in PMEM ; concurrently without locking: the reader process reading the particular version of the database block in the PMEM , and a writer process of the DBMS replacing , in the metadata in PMEM , the first memory address with a second memory address for directly accessing a new version of the database block in the PMEM ; the reader process reading the particular version of the database block in the PMEM , and a writer process of the DBMS replacing , in the metadata in PMEM , the first memory address with a second memory address for directly accessing a new version of the database block in the PMEM ; detecting that the particular version of the database block is stale by: obtaining, from said metadata in the PMEM , the second memory address for directly accessing the new version of the database block in PMEM , and comparing the first memory address for directly accessing the particular version of the database block in PMEM to the second memory address for directly accessing the new version of the database block in PMEM . obtaining, from said metadata in the PMEM , the second memory address for directly accessing the new version of the database block in PMEM , and comparing the first memory address for directly accessing the particular version of the database block in PMEM to the second memory address for directly accessing the new version of the database block in PMEM .
A method in a network node , comprising: obtaining a first identifier associated with resuming an inactive connection between a wireless device and a network ; sending a page to the wireless device, wherein the page comprises the first identifier and wherein paging information is segregated from a location within the network from which to obtain information associated with the connection; receiving a second identifier from the wireless device, wherein the second identifier is associated with the first identifier, wherein the second identifier is received in response to the page, wherein the second identifier is associated with a location indicator that indicates the location within the network from which to obtain information associated with the connection; determining the location indicator based on the second identifier; obtaining the information associated with the connection from the location indicated by the location indicator; and using the information associated with the connection to facilitate resuming the connection between the wireless device and the network. obtaining a first identifier associated with resuming an inactive connection between a wireless device and a network ; sending a page to the wireless device, wherein the page comprises the first identifier and wherein paging information is segregated from a location within the network from which to obtain information associated with the connection; receiving a second identifier from the wireless device, wherein the second identifier is associated with the first identifier, wherein the second identifier is received in response to the page, wherein the second identifier is associated with a location indicator that indicates the location within the network from which to obtain information associated with the connection; determining the location indicator based on the second identifier; obtaining the information associated with the connection from the location indicated by the location indicator; and using the information associated with the connection to facilitate resuming the connection between the wireless device and the network.
A plasma jet device for medical treatment of root canals using an atmospheric pressure plasma comprising a handle ; and a probe with a gas channel and a first and second electrode , the probe having a first end connected to the handle and a second end opposite to the first end being a probe tip; wherein the first electrode is a hollow outer electrode and the second electrode is an inner electrode extending at least along a section of the first electrode inside the first electrode ; wherein the second electrode except for a portion at its end is surrounded by a dielectric material ; wherein the probe is adapted to be inserted into a root canal ; and wherein the plasma jet device is adapted to provide negative pulses at the second electrode for producing the atmospheric pressure plasma at the tip of the second electrode , characterised in that the first electrode extends to the probe tip. a handle ; and a probe with a gas channel and a first and second electrode , the probe having a first end connected to the handle and a second end opposite to the first end being a probe tip; wherein the first electrode is a hollow outer electrode and the second electrode is an inner electrode extending at least along a section of the first electrode inside the first electrode ; wherein the second electrode except for a portion at its end is surrounded by a dielectric material ; wherein the probe is adapted to be inserted into a root canal ; and wherein the plasma jet device is adapted to provide negative pulses at the second electrode for producing the atmospheric pressure plasma at the tip of the second electrode , characterised in that the first electrode extends to the probe tip.
A tyre comprising: a tread portion comprising a first tread edge (T1), a second tread edge (T2), three or more circumferential grooves extending continuously in a tyre circumferential direction between the first and second tread edges (T1, T2), and four or more land portions divided by the circumferential grooves , the circumferential grooves comprising a first shoulder circumferential groove located nearest to the first tread edge (T1) in the circumferential grooves , each of the land portions being provided with only sipes and being not provided with lateral grooves, the land portions comprising a first shoulder land portion having the first tread edge (T1), and a first middle land portion adjacent to the first shoulder land portion via the first shoulder circumferential groove, the first middle land portion being provided with a plurality of first middle sipes traversing the first middle land portion completely in a tyre axial direction, the first shoulder land portion being provided with a plurality of first shoulder sipes extending from the first shoulder circumferential groove to the first tread edge (T1), the plurality of first shoulder sipes having a pitch length (P2) in the tyre circumferential direction smaller than a pitch length (P1) in the tyre circumferential direction of the plurality of first middle sipes, and wherein the plurality of first shoulder sipes has a depth decreasing from a first shoulder circumferential groove side to a first tread edge (T1) side. a tread portion comprising a first tread edge (T1), a second tread edge (T2), three or more circumferential grooves extending continuously in a tyre circumferential direction between the first and second tread edges (T1, T2), and four or more land portions divided by the circumferential grooves , the circumferential grooves comprising a first shoulder circumferential groove located nearest to the first tread edge (T1) in the circumferential grooves , each of the land portions being provided with only sipes and being not provided with lateral grooves, the land portions comprising a first shoulder land portion having the first tread edge (T1), and a first middle land portion adjacent to the first shoulder land portion via the first shoulder circumferential groove, the first middle land portion being provided with a plurality of first middle sipes traversing the first middle land portion completely in a tyre axial direction, the first shoulder land portion being provided with a plurality of first shoulder sipes extending from the first shoulder circumferential groove to the first tread edge (T1), the plurality of first shoulder sipes having a pitch length (P2) in the tyre circumferential direction smaller than a pitch length (P1) in the tyre circumferential direction of the plurality of first middle sipes, and wherein the plurality of first shoulder sipes has a depth decreasing from a first shoulder circumferential groove side to a first tread edge (T1) side.
A plant (10; 20a-201; 50) for manufacturing ferromagnetic cores of electric machines, wherein each of said ferromagnetic cores is formed by a plurality of laminations which are packed in a blanking/punching tool to which a continuous metal laminate of ferromagnetic material is fed, said laminations being joined together by gluing, said blanking/punching tool comprising at least one blanking/punching station and at least one station for cutting and packing the laminations blanked from said continuous metal laminate , the plant (10; 20a-201; 50) comprising at least one unit for applying an adhesive material (A) to a surface of said continuous metal laminate , at least one unit for applying an activating compound to the opposite surface of said continuous metal laminate and at least one control unit for controlling the application of said adhesive material (A) and said activating compound into the respective application units , characterised in that said unit for applying an adhesive material (A) to a surface of said continuous metal laminate comprises a printing device and at least one transfer element on which said printing device deposits the adhesive material (A) according to one or more impressions of a shape corresponding to the outline of each of said laminations , said adhesive material (A) being then applied by said at least one transfer element to a surface of said continuous metal laminate according to the outline of each lamination , defined by said impressions .
A fan assembly having an axis of rotation and comprising: a centrifugal fan impeller comprising an inlet ring and a rear plate that together define an inner fan impeller chamber , wherein said fan impeller has backward curved fan blades , and an axial flux motor comprising a stator and a rotor , wherein said motor does not include a shaft extending therethrough, wherein said motor is coupled to said rear plate , characterized in that said rear plate is planar except at its radially outer edge and in that said motor is positioned entirely outside said fan impeller chamber to facilitate preventing interference between said motor and an airflow within said fan impeller chamber. a centrifugal fan impeller comprising an inlet ring and a rear plate that together define an inner fan impeller chamber , wherein said fan impeller has backward curved fan blades , and an axial flux motor comprising a stator and a rotor , wherein said motor does not include a shaft extending therethrough, wherein said motor is coupled to said rear plate , characterized in that said rear plate is planar except at its radially outer edge and in that said motor is positioned entirely outside said fan impeller chamber to facilitate preventing interference between said motor and an airflow within said fan impeller chamber.