mhurhangee/ep-ind-claims huggingface dataset:
A battery block comprising: a plurality of arranged battery cells; a pair of end plates disposed at both ends of the plurality of battery cells in an arranged direction; a plurality of first spacers respectively disposed between the plurality of battery cells and having a space allowing a flow of cooling gas; and a second spacer disposed between the battery cells and each end plate and having a thermal insulating property for suppressing heat transmission between the battery cells and each end plate, characterized in that the second spacer has a structure that blocks the flow of the cooling gas between the battery cells and each end plate, the battery cells include a flat and rectangular battery can having a pair of wider side surfaces; the first spacer includes a first opposite wall opposite the wider side surfaces of the battery can and a notch opened in the first opposite wall and extending along a cell width direction of the battery cells with a constant height width for the flow of the cooling gas; and the second spacer includes a second opposite wall opposite the wider side surfaces of the battery can and including a hollow part recessed in the second opposite wall and extending along the cell width direction of the battery cells at a height position opposite the notch of the first spacer and with the same height width as the notch. a plurality of arranged battery cells; a pair of end plates disposed at both ends of the plurality of battery cells in an arranged direction; a plurality of first spacers respectively disposed between the plurality of battery cells and having a space allowing a flow of cooling gas; and a second spacer disposed between the battery cells and each end plate and having a thermal insulating property for suppressing heat transmission between the battery cells and each end plate, characterized in that the second spacer has a structure that blocks the flow of the cooling gas between the battery cells and each end plate, the battery cells include a flat and rectangular battery can having a pair of wider side surfaces; the first spacer includes a first opposite wall opposite the wider side surfaces of the battery can and a notch opened in the first opposite wall and extending along a cell width direction of the battery cells with a constant height width for the flow of the cooling gas; and the second spacer includes a second opposite wall opposite the wider side surfaces of the battery can and including a hollow part recessed in the second opposite wall and extending along the cell width direction of the battery cells at a height position opposite the notch of the first spacer and with the same height width as the notch.
A fail-safe device for ensuring reliable operation of a Voltage Indicator System (VIS, 110) for a medium-voltage or high-voltage apparatus in presence of a partial discharge monitoring system comprising: a first fail-safe device terminal and a second fail-safe device terminal; the first fail-safe device terminal adapted to be connected to an output terminal of a capacitive coupler, the capacitive coupler being provided in a medium-voltage or high-voltage portion (140,150) of the medium-voltage or high-voltage apparatus, and the second fail-safe device terminal adapted to be connected to an input terminal of the Voltage Indicator System, which is provided in the low-voltage portion, wherein the Voltage Indicator System visualizes a presence of high-voltage with a lamp; a third fail-safe device terminal and a fourth fail-safe device terminal, wherein the third and fourth fail-safe device terminals (1a, 1b) are adapted to be electrically connected to first and second input/output terminals of the partial discharge monitoring system; an electrical circuit (520, 530, 540, 620), connecting the first fail-safe device terminal and the second fail-safe device terminal and being adapted to compensate for electrical failure modes of the partial discharge monitoring system such, that the Voltage Indicator System (VIS, 110) is operable in case the electrical failure modes occur, wherein the failure modes which are compensated for, include an open circuit between said first and second fail-safe device terminals (1a, 1b) and/or a short circuit between the partial discharge monitoring system and a ground potential. a first fail-safe device terminal and a second fail-safe device terminal; the first fail-safe device terminal adapted to be connected to an output terminal of a capacitive coupler, the capacitive coupler being provided in a medium-voltage or high-voltage portion (140,150) of the medium-voltage or high-voltage apparatus, and the second fail-safe device terminal adapted to be connected to an input terminal of the Voltage Indicator System, which is provided in the low-voltage portion, wherein the Voltage Indicator System visualizes a presence of high-voltage with a lamp; a third fail-safe device terminal and a fourth fail-safe device terminal, wherein the third and fourth fail-safe device terminals (1a, 1b) are adapted to be electrically connected to first and second input/output terminals of the partial discharge monitoring system; an electrical circuit (520, 530, 540, 620), connecting the first fail-safe device terminal and the second fail-safe device terminal and being adapted to compensate for electrical failure modes of the partial discharge monitoring system such, that the Voltage Indicator System (VIS, 110) is operable in case the electrical failure modes occur, wherein the failure modes which are compensated for, include an open circuit between said first and second fail-safe device terminals (1a, 1b) and/or a short circuit between the partial discharge monitoring system and a ground potential.
An intermediate transfer member for use in an image forming method, the image forming method comprising: applying a liquid for reducing fluidity of ink onto the intermediate transfer member; forming an intermediate image by applying the ink onto the intermediate transfer member on which the liquid for reducing the fluidity of the ink is applied; and transferring the intermediate image onto a recording medium, the intermediate transfer member comprising: a base; and an elastic layer formed on the base, the elastic layer comprising: a first layer being an outermost layer; and a second layer located below the first layer, an elastic modulus [MPa] of the first layer and an elastic modulus [MPa] of the second layer satisfying a relationship of (E1-E2)≥5 [MPa]; characterized in that the first layer has a plurality of protrusions formed on a surface of the first layer; and the elastic modulus E1 of the first layer is 8 MPa or more and 40 MPa or less. applying a liquid for reducing fluidity of ink onto the intermediate transfer member; forming an intermediate image by applying the ink onto the intermediate transfer member on which the liquid for reducing the fluidity of the ink is applied; and transferring the intermediate image onto a recording medium, a base; and an elastic layer formed on the base, the elastic layer comprising: a first layer being an outermost layer; and a second layer located below the first layer, a first layer being an outermost layer; and a second layer located below the first layer, an elastic modulus [MPa] of the first layer and an elastic modulus [MPa] of the second layer satisfying a relationship of (E1-E2)≥5 [MPa]; characterized in that the first layer has a plurality of protrusions formed on a surface of the first layer; and the elastic modulus E1 of the first layer is 8 MPa or more and 40 MPa or less.
An aircraft air provision system comprising: a power turbine that receives bleed air at a first pressure and that provides rotational energy to a shaft and outputs output air at an intermediate pressure; a compressor coupled to the shaft that receives input air at a second pressure that is lower than the first pressure and outputs compressed air having a pressure equal to the intermediate pressure; a mix chamber coupled to outputs of both the power turbine and the compressor where the output air and the compressed air are mixed; and a cooling turbine coupled to the shaft and that is in fluid communication with an output of the mix chamber; wherein the bleed air is received from a bleed air supply that includes an engine having a compressor section, wherein a precooling heat exchanger is in fluid communication with an input of the power turbine and configured to cool air exiting the compressor section, and wherein the precooling heat exchanger utilizes air from a fan of the engine to cool air exiting the compressor section, characterised in that the input air for the compressor is received from an output of the precooling heat exchanger. a power turbine that receives bleed air at a first pressure and that provides rotational energy to a shaft and outputs output air at an intermediate pressure; a compressor coupled to the shaft that receives input air at a second pressure that is lower than the first pressure and outputs compressed air having a pressure equal to the intermediate pressure; a mix chamber coupled to outputs of both the power turbine and the compressor where the output air and the compressed air are mixed; and a cooling turbine coupled to the shaft and that is in fluid communication with an output of the mix chamber; wherein the bleed air is received from a bleed air supply that includes an engine having a compressor section, wherein a precooling heat exchanger is in fluid communication with an input of the power turbine and configured to cool air exiting the compressor section, and wherein the precooling heat exchanger utilizes air from a fan of the engine to cool air exiting the compressor section, characterised in that the input air for the compressor is received from an output of the precooling heat exchanger.
A surface-treating article comprising an organic matrix with abrasive particles substantially engulfed by a binder, the binder including a reaction product of a blocked polyurethane prepolymer and a mixture of aromatic amines, wherein the aromatic amines include polymethylene polyanilines having a functionality equal to or greater than 4.
A method of handling random access response for a mobile device in a wireless communication system, characterized by the method comprising: by the mobile device, transmitting a first random access preamble of a contention based random access procedure, to a network of the wireless communication system with multiple component carriers; by the mobile device, receiving a random access response including an indicator from the network on one of the multiple component carriers, wherein the indicator is used for determining whether the random access response is for the contention based random access procedure or for non contention based random access procedure; and by the mobile device, determining whether the received random access response is for the mobile device according to the indicator in the random access response. by the mobile device, transmitting a first random access preamble of a contention based random access procedure, to a network of the wireless communication system with multiple component carriers; by the mobile device, receiving a random access response including an indicator from the network on one of the multiple component carriers, wherein the indicator is used for determining whether the random access response is for the contention based random access procedure or for non contention based random access procedure; and by the mobile device, determining whether the received random access response is for the mobile device according to the indicator in the random access response.
Applicator for applying a product to the eyelashes and/or eyebrows, having an applicator member that is produced by moulding material, this applicator member having: - a core that extends along a longitudinal axis, - spikes that are carried by the core and have a convex polygonal cross section with at least six sides, two opposite sides of which are oriented more or less perpendicularly to the longitudinal axis of the core and form an angle with it of 90° ± 10°, the applicator having, when viewed from the side in a direction perpendicular to the longitudinal axis of the core, a series of circumferentially extending crowns (40, 41), the number of spikes in one crown being different from that in an adjacent crown, the spikes of a given crown being situated between those of the next crown when the applicator member is viewed along the longitudinal axis. - a core that extends along a longitudinal axis, - spikes that are carried by the core and have a convex polygonal cross section with at least six sides, two opposite sides of which are oriented more or less perpendicularly to the longitudinal axis of the core and form an angle with it of 90° ± 10°, the applicator having, when viewed from the side in a direction perpendicular to the longitudinal axis of the core, a series of circumferentially extending crowns (40, 41), the number of spikes in one crown being different from that in an adjacent crown,
Synchronous reluctance machine, in particular motor or generator with a power output of greater than 300 kW, with a stator and a rotor which is spaced apart by way of an air gap and is mounted such that it can be rotated about an axis, the laminations of which rotor, which are arranged axially behind one another, in each case have an anisotropic magnetic structure which is formed by way of flux blocking portions and flux conducting portions, and the flux blocking portions and flux conducting portions forming poles of the rotor, the said flux blocking portions forming axially running channels and making an axial air flow possible, the laminated core of the rotor being divided axially into at least two part laminated cores (30, 31, 32, 33), there being radial cooling gaps in each case between the poles in the region of the q-axis, as viewed in the circumferential direction, and between the part laminated cores (30, 31, 32, 33), as viewed axially, which cooling gaps permit at least part of the axial air flow to exit radially into the air gap, characterized in that the radial cooling gap is formed between at least two part laminated cores of the rotor by way of intermediate elements, the intermediate elements being magnetically conductive, in order to guide additional magnetic flux in the rotor in order to increase the inductance in the d-axis, the intermediate elements comprising cut-outs as flux blocking portions which also conduct the air in the axial direction through the rotor.
A composition, comprising: a resin; and a plurality of polymer nanoparticles included in the resin and forming a resin mixture, wherein the polymer nanoparticles have a spherical shape and a cross sectional width of from 10 to 200 nanometers and constitute from 5 to 75 percent by volume of the resin mixture, characterized in that the polymer nanoparticles comprise a non-elastomeric thermoset component. a resin; and a plurality of polymer nanoparticles included in the resin and forming a resin mixture, wherein the polymer nanoparticles have a spherical shape and a cross sectional width of from 10 to 200 nanometers and constitute from 5 to 75 percent by volume of the resin mixture,
An insensitive melt-cast explosive composition incorporating on the one hand a meltable part formed of at least one meltable explosive and, on the other hand, a solid part incorporating oxynitrotriazole (ONTA) and cyclonite, and optionally aluminium, composition characterised in that the cyclonite is a cyclonite of reduced sensitivity, the particle size of the insensitive cyclonite being of between 315 micrometers and 800 micrometers, whereas the particle size of the ONTA is of between 200 micrometers and 400 micrometers, the ONTA further having an apparent density greater than or equal to 0.95 g/cm 3 and in that the solid part associates: - 15% to 25% in mass of oxynitrotriazole, - 24% to 50% in mass of insensitive cyclonite and - 0 to 25% in mass of aluminium, the percentages in mass being relative to the total mass of the solid part. - 15% to 25% in mass of oxynitrotriazole, - 24% to 50% in mass of insensitive cyclonite and - 0 to 25% in mass of aluminium,
A heat-sensitive transfer recording medium having a heat transferable protective layer formed, at least partially, on a base, characterized in that the release layer that corresponds to an outermost layer when the heat transferable protective layer is transferred contains: not less than 95% of polymethylmethacrylate resin in terms of solid weight ratio; not less than 1.0% of inorganic fine particles in terms of solid weight ratio, with an average particle size of not more than 100 nm, a refractive index of not less than 1.4 but not more than 1.6 and a Mohs hardness of not less than 4; and not less than 0.5% of polyether-modified silicone oil in terms of solid weight ratio.
An airtrap for a medical or physiological fluid comprising: a conical housing including an outer conical wall having a radius that increases from its top to its bottom when the housing is positioned for operation; a medical or physiological fluid inlet located at an upper portion of the conical housing, wherein a bottom wall of the conical housing rises within the outer conical wall of the conical housing and forms an inner conical wall inside of the outer conical wall; a medical or physiological fluid outlet located at a lower portion of the conical housing, the inlet and the outlet positioned and arranged so that medical or physiological fluid spirals in an increasing arc around an inside of the conical housing downwardly from the inlet to the outlet; and a gas collection area located at the upper portion of the conical housing. a conical housing including an outer conical wall having a radius that increases from its top to its bottom when the housing is positioned for operation; a medical or physiological fluid inlet located at an upper portion of the conical housing, wherein a bottom wall of the conical housing rises within the outer conical wall of the conical housing and forms an inner conical wall inside of the outer conical wall; a medical or physiological fluid outlet located at a lower portion of the conical housing, the inlet and the outlet positioned and arranged so that medical or physiological fluid spirals in an increasing arc around an inside of the conical housing downwardly from the inlet to the outlet; and a gas collection area located at the upper portion of the conical housing.
A packet processing method, wherein the method is applied to an Ethernet virtual private network, EVPN, multi-homing configuration comprising a customer edge, CE, devices connected to a first interface of a first provider edge, PE, device over a first link, the CE device further connected to a second interface of a second PE device over a second link, and the method comprises: receiving, by the second PE device, a first message sent by the first PE device, wherein the first message carries a first Media Access Control/Internet Protocol, MAC/IP advertisement route, and a first VLAN identifier, the first MAC/IP advertisement route comprises a first MAC address and an Ethernet segment identifier, ESI, used to identify an Ethernet segment, ES, wherein the ES comprises the first link and the second link, and the first MAC address is a MAC address of the CE device or a MAC address of a terminal device managed by the CE device, and the first VLAN identifier is used to indicate a VLAN to which the first MAC address belongs; determining, by the second PE device based on the ESI, that the second PE device is connected to the CE device through the second interface; and generating, by the second PE device, a first MAC forwarding entry based on the determined second interface, the first MAC address, and the first VLAN identifier, wherein the first MAC forwarding entry comprises the first MAC address, the first VLAN identifier, and an outbound interface identifier corresponding to an identifier of the second interface, and the first MAC forwarding entry is used by the second PE device to forward, to the CE device, a packet that carries the first VLAN identifier and whose destination MAC address is the first MAC address. receiving, by the second PE device, a first message sent by the first PE device, wherein the first message carries a first Media Access Control/Internet Protocol, MAC/IP advertisement route, and a first VLAN identifier, the first MAC/IP advertisement route comprises a first MAC address and an Ethernet segment identifier, ESI, used to identify an Ethernet segment, ES, wherein the ES comprises the first link and the second link, and the first MAC address is a MAC address of the CE device or a MAC address of a terminal device managed by the CE device, and the first VLAN identifier is used to indicate a VLAN to which the first MAC address belongs; determining, by the second PE device based on the ESI, that the second PE device is connected to the CE device through the second interface; and generating, by the second PE device, a first MAC forwarding entry based on the determined second interface, the first MAC address, and the first VLAN identifier, wherein the first MAC forwarding entry comprises the first MAC address, the first VLAN identifier, and an outbound interface identifier corresponding to an identifier of the second interface, and the first MAC forwarding entry is used by the second PE device to forward, to the CE device, a packet that carries the first VLAN identifier and whose destination MAC address is the first MAC address.
A method for communicating hybrid automatic repeat/request, HARQ, feedback, the method comprising: receiving a HARQ communication over a set of one or more links based on a first scheduling grant; determining one or more interference parameters related to receiving the HARQ communication; determining one or more predicted interference parameters for another instance of the HARQ communication, wherein determining the one or more predicted interference parameters comprises one of: determining a temporal interference correlation between the interference patterns related to prior HARQ communications and an interference pattern related to the HARQ communication, or determining a spectral interference correlation among interference patterns in a prior HARQ communication; and transmitting HARQ feedback for the HARQ communication including at least one of HARQ feedback for one or more links, wherein the HARQ feedback includes the one or more interference parameters and the one or more predicted interference parameters, wherein the another instance of the HARQ communication is a retransmission of the HARQ communication. receiving a HARQ communication over a set of one or more links based on a first scheduling grant; determining one or more interference parameters related to receiving the HARQ communication; determining one or more predicted interference parameters for another instance of the HARQ communication, wherein determining the one or more predicted interference parameters comprises one of: determining a temporal interference correlation between the interference patterns related to prior HARQ communications and an interference pattern related to the HARQ communication, or determining a spectral interference correlation among interference patterns in a prior HARQ communication; and transmitting HARQ feedback for the HARQ communication including at least one of HARQ feedback for one or more links, wherein the HARQ feedback includes the one or more interference parameters and the one or more predicted interference parameters, determining a temporal interference correlation between the interference patterns related to prior HARQ communications and an interference pattern related to the HARQ communication, or determining a spectral interference correlation among interference patterns in a prior HARQ communication; and transmitting HARQ feedback for the HARQ communication including at least one of HARQ feedback for one or more links, wherein the HARQ feedback includes the one or more interference parameters and the one or more predicted interference parameters,