mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal fan impeller comprising: plural blades that are annularly disposed around a rotational axis; and a main plate and a shroud that are disposed so as to sandwich the rotational axis direction sides of the blades, with blade axial end portions , which are end portions of the blades on one side in the rotational axis direction, and the shroud being welded to each other, wherein the shroud has a curved plate-like shroud curved plate portion curved in such a way that its diameter becomes smaller heading away from the blades in the rotational axis direction and flat plate-like shroud flat plate portions formed in correspondence to just parts of the sections of the shroud that oppose the blade axial end portions, in the blade axial end portions are formed blade flat surfaces being flat surfaces that follow the shroud flat plate portions and blade curved surfaces being curved surfaces that follow the shroud curved plate portion, and welded portions resulting from the blade flat surfaces and the shroud flat plate portions being welded to each other are formed between the blade axial end portions and the shroud, wherein the blade flat surfaces are disposed in the vicinities of chord length direction centers of the blade axial end portions, characterized in that : leading edge-side recessed portions , into which leading edge-side sections of the blade axial end portions are insertable, are formed in the shroud in such a way as to follow the blade curved surfaces. plural blades that are annularly disposed around a rotational axis; and a main plate and a shroud that are disposed so as to sandwich the rotational axis direction sides of the blades, with blade axial end portions , which are end portions of the blades on one side in the rotational axis direction, and the shroud being welded to each other, wherein the shroud has a curved plate-like shroud curved plate portion curved in such a way that its diameter becomes smaller heading away from the blades in the rotational axis direction and flat plate-like shroud flat plate portions formed in correspondence to just parts of the sections of the shroud that oppose the blade axial end portions, in the blade axial end portions are formed blade flat surfaces being flat surfaces that follow the shroud flat plate portions and blade curved surfaces being curved surfaces that follow the shroud curved plate portion, and welded portions resulting from the blade flat surfaces and the shroud flat plate portions being welded to each other are formed between the blade axial end portions and the shroud, wherein the blade flat surfaces are disposed in the vicinities of chord length direction centers of the blade axial end portions, characterized in that : leading edge-side recessed portions , into which leading edge-side sections of the blade axial end portions are insertable, are formed in the shroud in such a way as to follow the blade curved surfaces.
A wireless communication device for collecting vehicle on-board diagnostics (OBD) data, the device comprising: a connector for connecting the device to a vehicle OBD port to receive OBD data; an accelerometer arranged to identify one or more driving events; a memory ; and a wireless transceiver ; and characterised by further comprising: a processor configured to aggregate the OBD data and said one or more driving events into risk profile data comprising one or more scalar indicators and/or histogram indicators; and in that: the memory is configured for storing the risk profile data; and the wireless transceiver is configured for pairing with an external mobile telecommunications device to wirelessly transmit the risk profile data, wherein the wireless communication device is arranged to store the risk profile data in the memory until the wireless communication device is paired with a mobile telecommunications device and a data transmission instruction is received from the external mobile telecommunications device when the external mobile telecommunications device is commanded by a user to communicate the data transmission instruction. a connector for connecting the device to a vehicle OBD port to receive OBD data; an accelerometer arranged to identify one or more driving events; a memory ; and a wireless transceiver ; and characterised by further comprising: a processor configured to aggregate the OBD data and said one or more driving events into risk profile data comprising one or more scalar indicators and/or histogram indicators; and in that: the memory is configured for storing the risk profile data; and the wireless transceiver is configured for pairing with an external mobile telecommunications device to wirelessly transmit the risk profile data, wherein the wireless communication device is arranged to store the risk profile data in the memory until the wireless communication device is paired with a mobile telecommunications device and a data transmission instruction is received from the external mobile telecommunications device when the external mobile telecommunications device is commanded by a user to communicate the data transmission instruction. the memory is configured for storing the risk profile data; and the wireless transceiver is configured for pairing with an external mobile telecommunications device to wirelessly transmit the risk profile data, wherein the wireless communication device is arranged to store the risk profile data in the memory until the wireless communication device is paired with a mobile telecommunications device and a data transmission instruction is received from the external mobile telecommunications device when the external mobile telecommunications device is commanded by a user to communicate the data transmission instruction.
Device for supplying a container closure , preferably a crown cap, to a closing device for closing a container with a container closure , comprising a rotatable carrier wheel for transporting a container closure from a supply position , at which the container closure to be supplied is supplied from a closure supply , to a transfer position , at which the transported container closure is received by a closing device , characterized in that the carrier wheel is configured so as to be displaceable between an operating position corresponding to the transfer position , and a retracted position in which the carrier wheel is spaced from the transfer position .
A method for controlling discontinuous reception, DRX, by a user equipment, UE, in a wireless communication system, the method comprising: receiving , by a receiver of the UE , a DRX configuration including a first value indicating a short DRX cycle and a second value indicating a long DRX cycle from an evolved Node B, eNB ; determining , by at least one processor of the UE , whether a DRX cycle in a subframe is changed to the long DRX cycle from the short DRX cycle; if the DRX cycle in the subframe is changed to the long DRX cycle, determining , by the at least one processor , in the subframe, whether to start an on-duration timer based on a comparison of a remainder obtained by dividing a corresponding system frame number, SFN, multiplied by 10 and added to a subframe number of the subframe by the second value indicating the long DRX cycle with a DRX start offset; and starting, by the at least one processor , the on-duration timer based on the determination of whether to start the on-duration timer based on the first remainder and the DRX start offset. receiving , by a receiver of the UE , a DRX configuration including a first value indicating a short DRX cycle and a second value indicating a long DRX cycle from an evolved Node B, eNB ; determining , by at least one processor of the UE , whether a DRX cycle in a subframe is changed to the long DRX cycle from the short DRX cycle; if the DRX cycle in the subframe is changed to the long DRX cycle, determining , by the at least one processor , in the subframe, whether to start an on-duration timer based on a comparison of a remainder obtained by dividing a corresponding system frame number, SFN, multiplied by 10 and added to a subframe number of the subframe by the second value indicating the long DRX cycle with a DRX start offset; and starting, by the at least one processor , the on-duration timer based on the determination of whether to start the on-duration timer based on the first remainder and the DRX start offset.
A cooling device for a beverage dispensing system, the cooling device comprising: (a) an insulation body , wherein the insulation body is sealed; characterized by (b) a slurry of granulate material and a liquid, the slurry contained within the insulation body , wherein the slurry comprises about 60% to about 80% granules (v/v) and about 20% to about 40% liquid (v/v), wherein the granulate material comprises granulate metal material wherein the granules have an effective average diameter of about 0.4 mm to about 1.2 mm; (c) one or more circulation lines passing through the insulation body and in contact with the slurry . (a) an insulation body , wherein the insulation body is sealed; characterized by (b) a slurry of granulate material and a liquid, the slurry contained within the insulation body , wherein the slurry comprises about 60% to about 80% granules (v/v) and about 20% to about 40% liquid (v/v), wherein the granulate material comprises granulate metal material wherein the granules have an effective average diameter of about 0.4 mm to about 1.2 mm; (c) one or more circulation lines passing through the insulation body and in contact with the slurry .
A multi-pixel high beam system, comprising a plurality of light-emitting light sources , and a light collimation element and at least one reflective element which cooperate with the light-emitting light sources , wherein the light collimation element is provided with a plurality of light collimation units arranged in parallel and having set widths, the individual light-emitting light sources are respectively in one-to-one correspondence with the individual light collimation units, so that lights emitted by the individual light-emitting light sources are converged by the light collimation element, and then reflected by the reflective element to form a plurality of light spots, the plurality of light spots are arranged in sequence to form a light shape having a plurality of pixels, and widths of the individual light spots correspond to the set widths of the individual light collimation units; wherein two reflective elements are provided, which are respectively a first reflector and a second reflector , wherein the first reflector is provided directly in front of the light collimation element, and the second reflector is located above or below the light collimation element, wherein lights emitted by the individual light-emitting light sources are converged by the light collimation element, and then reflected by the first reflector and the second reflector in sequence to form the light shape having the plurality of pixels; characterised in that ; the second reflector comprises two reflection surfaces with a segment difference, and a spacer plate is provided between the two reflection surfaces; and wherein the two reflection surfaces correspond to one focal point, respectively. the second reflector comprises two reflection surfaces with a segment difference, and a spacer plate is provided between the two reflection surfaces; and wherein the two reflection surfaces correspond to one focal point, respectively.
A method for decoding a video, the method comprising: selecting a reference sample line among a plurality of reference sample lines; determining whether to apply an intra filter to reference samples included in the selected reference sample line; selectively applying the intra filter to the reference samples according to the determination; and performing intra prediction for the current block using the reference samples, characterized in that whether a non-directional intra prediction mode is available as an intra prediction mode of the current block or not is determined depending on a position of the selected reference sample line. selecting a reference sample line among a plurality of reference sample lines; determining whether to apply an intra filter to reference samples included in the selected reference sample line; selectively applying the intra filter to the reference samples according to the determination; and performing intra prediction for the current block using the reference samples, characterized in that whether a non-directional intra prediction mode is available as an intra prediction mode of the current block or not is determined depending on a position of the selected reference sample line.
A method for evaluating coagulability of a blood specimen, the method comprising the steps of preparing a measurement sample from a blood specimen obtained from a subject to whom a substance having a coagulation factor VIII-substituting activity is administered, a coagulation factor XII-activating agent, phospholipids, tissue factor, and a calcium ion-containing aqueous solution; irradiating the measurement sample with light to acquire optical information on the light amount from the measurement sample; and evaluating coagulability of the blood specimen based on the acquired optical information, wherein the substance having a coagulation factor VIII-substituting activity is a bispecific antibody specifically binding to (i) FIX or FIXa and (ii) FX, wherein: A) the final concentration of the FXII-activating agent in the measurement sample is 0.1 μM or more and 26 μM or less; B) the final concentration of the phospholipids in the measurement sample is 0.39 μM or more and 43 μM or less; and C) the final concentration of the tissue factor in the measurement sample is 0.002 ng/mL or more and 7.3 ng/mL or less. preparing a measurement sample from a blood specimen obtained from a subject to whom a substance having a coagulation factor VIII-substituting activity is administered, a coagulation factor XII-activating agent, phospholipids, tissue factor, and a calcium ion-containing aqueous solution; irradiating the measurement sample with light to acquire optical information on the light amount from the measurement sample; and evaluating coagulability of the blood specimen based on the acquired optical information, wherein the substance having a coagulation factor VIII-substituting activity is a bispecific antibody specifically binding to (i) FIX or FIXa and (ii) FX, wherein: A) the final concentration of the FXII-activating agent in the measurement sample is 0.1 μM or more and 26 μM or less; B) the final concentration of the phospholipids in the measurement sample is 0.39 μM or more and 43 μM or less; and C) the final concentration of the tissue factor in the measurement sample is 0.002 ng/mL or more and 7.3 ng/mL or less. A) the final concentration of the FXII-activating agent in the measurement sample is 0.1 μM or more and 26 μM or less; B) the final concentration of the phospholipids in the measurement sample is 0.39 μM or more and 43 μM or less; and C) the final concentration of the tissue factor in the measurement sample is 0.002 ng/mL or more and 7.3 ng/mL or less.
A high-strength hot-rolled steel strip or sheet with a tensile strength of 780 MPa or higher with continuous yielding behaviour and an excellent combination of total elongation, stretch-flange formability, and fatigue resistance, consisting of in wt.%: • between 0.08 and 0.14% C; • between 1.0 and 2.0% Mn; • between 0.05 and 0.45% Mo; • between 0.10 and 0.40% V; • optionally one or more of - at least 0.1 and at most 1.2% Cr; - at least 0.01 and at most 0.14% Ti; • at least 0.05 and at most 0.5% Si; • at least 0.01 and at most 0.10% Nb; • at most 0.04% P; • at most 0.008% S; • at most 0.1% Al_sol; • at most 0.020% N; • at most 0.003% B; • optionally Ca in an amount consistent with a calcium treatment for inclusion control; • balance Fe and inevitable impurities; wherein the steel strip or sheet has a microstructure that consists of a matrix consisting of a mixture of polygonal ferrite (PF) and bainitic ferrite (BF) and between at least 0.8 vol.% and at most 5 vol.% of ∑(martensite and retained-austenite), wherein the PF and BF is precipitation-strengthened with fine composite carbides and/or carbo-nitrides of V and/or of Mo and optionally of Ti and/or of Nb, wherein the matrix contains in volume percent of the matrix at least 40% BF and at most 60% PF, wherein the tensile properties are measured on JIS5 tensile geometry with tensile testing parallel to the rolling direction according to EN 10002-1/ISO 6892-1 , wherein a) Ti is at least 0.01%, and 0.2 ≤ Mo 96 Nb 93 + Ti ∗ 48 + V 51 ≤ 2.0 , and 0.7 ≤ Nb 93 + Ti ∗ 48 + V 51 + Mo 96 C 12 ≤ 2.2 , with Ti ∗ = Ti total − N 14 × 48 + S 32 × 48 , or wherein b) Ti is at most 0.005%, and • Al sol − N 14 × 27 < 0 , and • 0.2 ≤ Mo 96 X 51 ≤ 2.0 , and • 0.7 ≤ X 51 + Mo 96 C 12 ≤ 2.2 , with X = V + Nb 93 × 51 − N ∗ 14 × 51 and N ∗ = N − Al sol 27 × 14 . • between 0.08 and 0.14% C; • between 1.0 and 2.0% Mn; • between 0.05 and 0.45% Mo; • between 0.10 and 0.40% V; • optionally one or more of - at least 0.1 and at most 1.2% Cr; - at least 0.01 and at most 0.14% Ti; - at least 0.1 and at most 1.2% Cr; - at least 0.01 and at most 0.14% Ti; • at least 0.05 and at most 0.5% Si; • at least 0.01 and at most 0.10% Nb; • at most 0.04% P; • at most 0.008% S; • at most 0.1% Al_sol; • at most 0.020% N; • at most 0.003% B; • optionally Ca in an amount consistent with a calcium treatment for inclusion control; • balance Fe and inevitable impurities; a) Ti is at least 0.01%, and 0.2 ≤ Mo 96 Nb 93 + Ti ∗ 48 + V 51 ≤ 2.0 , and 0.7 ≤ Nb 93 + Ti ∗ 48 + V 51 + Mo 96 C 12 ≤ 2.2 , with Ti ∗ = Ti total − N 14 × 48 + S 32 × 48 , or wherein b) Ti is at most 0.005%, and • Al sol − N 14 × 27 < 0 , and • 0.2 ≤ Mo 96 X 51 ≤ 2.0 , and • 0.7 ≤ X 51 + Mo 96 C 12 ≤ 2.2 , with X = V + Nb 93 × 51 − N ∗ 14 × 51 and N ∗ = N − Al sol 27 × 14 . • Al sol − N 14 × 27 < 0 , and • 0.2 ≤ Mo 96 X 51 ≤ 2.0 , and • 0.7 ≤ X 51 + Mo 96 C 12 ≤ 2.2 , with X = V + Nb 93 × 51 − N ∗ 14 × 51 and N ∗ = N − Al sol 27 × 14 .
An electric assembly , comprising: a box assembly , wherein a mounting plate is disposed in the box assembly , and the mounting plate divides a space within the box assembly into a motor holding cavity and a transmission holding cavity ; a motor , wherein the motor is disposed in the motor holding cavity ; a transmission , wherein the transmission is disposed in the transmission holding cavity , and the motor is power-coupled to the transmission ; and a cooling device, wherein the cooling device is disposed in the motor holding cavity and cools the box assembly , characterized by further comprising a controller , wherein the controller is mounted outside the box assembly and fixedly connected to the box assembly . a box assembly , wherein a mounting plate is disposed in the box assembly , and the mounting plate divides a space within the box assembly into a motor holding cavity and a transmission holding cavity ; a motor , wherein the motor is disposed in the motor holding cavity ; a transmission , wherein the transmission is disposed in the transmission holding cavity , and the motor is power-coupled to the transmission ; and a cooling device, wherein the cooling device is disposed in the motor holding cavity and cools the box assembly ,
A method for operating a logical network that comprises a logical routing element, LRE, implemented by managed physical routing elements, MPREs, on a plurality of host machines , the method comprising: executing, at a host machine , a plurality of virtual machines that are in a plurality of different segments of a logical network; operating, at the host machine, a managed physical switching element, MPSE, comprising a plurality of ports for performing link layer forwarding of packets to and from the set of virtual machines running on the host machine ; and operating, at the host machine , a MPRE for receiving a data packet from a port of the MPSE when the packet is addressed to a virtual MAC, VMAC, address that is common to all MPREs at the plurality of host machines to allow all MPREs to appear as one contiguous LRE and performing network layer routing in order to forward the received data packet from a first virtual machine of a first network segment to a second virtual machine of a second network segment, wherein the MPRE is assigned a unique physical MAC, PMAC, address that is different from PMACs assigned to MPREs of other host machines, wherein the PMAC address of an incoming data packet received by a host machine over a physical network is converted to the VMAC address before reaching the MPRE. executing, at a host machine , a plurality of virtual machines that are in a plurality of different segments of a logical network; operating, at the host machine, a managed physical switching element, MPSE, comprising a plurality of ports for performing link layer forwarding of packets to and from the set of virtual machines running on the host machine ; and operating, at the host machine , a MPRE for receiving a data packet from a port of the MPSE when the packet is addressed to a virtual MAC, VMAC, address that is common to all MPREs at the plurality of host machines to allow all MPREs to appear as one contiguous LRE and performing network layer routing in order to forward the received data packet from a first virtual machine of a first network segment to a second virtual machine of a second network segment, wherein the MPRE is assigned a unique physical MAC, PMAC, address that is different from PMACs assigned to MPREs of other host machines, wherein the PMAC address of an incoming data packet received by a host machine over a physical network is converted to the VMAC address before reaching the MPRE.
Cleaning agent container for an integrated cleaning system of an apparatus for dispensing fluid foodstuffs, especially milk products, which is in the form of a receptacle that is closed on all sides and has a connection terminal arranged laterally on the receptacle, wherein the connection terminal has a first piercing region provided with a puncturable closure , characterised in that the connection terminal is arranged in an upper region of the cleaning agent container , and the first piercing region opens into a discharge line leading to the base of the cleaning agent container , via which discharge line the first piercing region is in fluidic communication with the base region of the receptacle .