mhurhangee/ep-ind-claims huggingface dataset:
A conveying-cart drive for a conveying cart of a conveying device, with a drive device, a drive element, wherein the drive element can be driven by means of the drive device, wherein the drive device comprises a drive source and a drive-force transmission means for transmitting a drive force of the drive source to the drive element, wherein the conveying cart for driving by means of the drive device can be fastened to the drive element, and wherein the drive force can be transmitted from the drive-force transmission means to the drive element by means of a force-locking or frictional-locking connection, characterized in that the drive-force transmission means is a belt drive which has a gap formed between a drive belt and a pressure belt, in which gap the drive element can be clamped for driving, wherein a first long side of the drive element is formed with transverse ribs and transverse joints oriented transversely to the longitudinal direction of the drive element for permitting negotiation of curves and wherein a second long side formed opposite the first long side is formed substantially flat, and wherein the second long side of the drive element for driving the drive element faces the drive belt of the drive device. a drive device, a drive element, wherein the drive element can be driven by means of the drive device, wherein the drive device comprises a drive source and a drive-force transmission means for transmitting a drive force of the drive source to the drive element, wherein the conveying cart for driving by means of the drive device can be fastened to the drive element, and wherein the drive force can be transmitted from the drive-force transmission means to the drive element by means of a force-locking or frictional-locking connection, characterized in that the drive-force transmission means is a belt drive which has a gap formed between a drive belt and a pressure belt, in which gap the drive element can be clamped for driving, wherein a first long side of the drive element is formed with transverse ribs and transverse joints oriented transversely to the longitudinal direction of the drive element for permitting negotiation of curves and wherein a second long side formed opposite the first long side is formed substantially flat, and wherein the second long side of the drive element for driving the drive element faces the drive belt of the drive device.
Cleaning device for cleaning a rotor disk of a spinning rotor with a cleaning head, which features at least one cleaning element (5a, 5b) for cleaning the spinning rotor, whereas the at least one cleaning element (5a, 5b) is a scraper, which is mounted on the cleaning head such that it can be extended and with a receptacle, on which the cleaning head is mounted and which can be fed to the spinning rotor for cleaning, whereas the cleaning head features at least one bearing area, in particular a cylindrical bearing area, by means of which it is mounted on the receptacle, whereas a longitudinal direction of the bearing area, in particular a longitudinal axis of the cylindrical bearing area, defines an axial direction of the cleaning head, characterized in that the cleaning head is mounted in an axial direction in a floating manner, namely freely movable in both axial directions, on the receptacle and that, by extending the at least one scraper, the cleaning head can be positioned in the axial direction with respect to a rotor groove of the spinning rotor to be cleaned.
An electrode material or a heat radiation material comprising a laminate comprising at least: a substrate made of a polymer material; and a partially oxidized thin layer graphite piece layer comprising partially oxidized thin layer graphite pieces and having an average thickness ta of 10.0 nm to 5,000 nm, the layer being formed on the substrate and bonded to the substrate via a chemical bond, wherein the chemical bond is formed by a binding agent having a first binding functional group that forms a chemical bond with the substrate and a second binding functional group that forms a chemical bond with the partially oxidized thin layer graphite pieces, the first binding functional group being selected from the group consisting of a hydroxyl group, a carboxyl group, and an alkoxysilyl group, and the second binding functional group being selected from the group consisting of a primary amino group, a secondary amino group, a tertiary amino group, and a quaternary ammonium group, wherein the partially oxidized thin layer graphite piece layer has a surface resistivity Ra with a coefficient of variation CV of 10% or less, wherein the polymer material of the substrate is selected from the group consisting of polyester polymers and polyimide polymers having a melting point of 200°C or higher. a substrate made of a polymer material; and a partially oxidized thin layer graphite piece layer comprising partially oxidized thin layer graphite pieces and having an average thickness ta of 10.0 nm to 5,000 nm, the layer being formed on the substrate and bonded to the substrate via a chemical bond, wherein the chemical bond is formed by a binding agent having a first binding functional group that forms a chemical bond with the substrate and a second binding functional group that forms a chemical bond with the partially oxidized thin layer graphite pieces, the first binding functional group being selected from the group consisting of a hydroxyl group, a carboxyl group, and an alkoxysilyl group, and the second binding functional group being selected from the group consisting of a primary amino group, a secondary amino group, a tertiary amino group, and a quaternary ammonium group, wherein the partially oxidized thin layer graphite piece layer has a surface resistivity Ra with a coefficient of variation CV of 10% or less, wherein the polymer material of the substrate is selected from the group consisting of polyester polymers and polyimide polymers having a melting point of 200°C or higher.
An aircraft cargo loading system comprising: an air cushion cargo shuttle having a frame; an air volume located beneath the air cushion cargo shuttle; a compact centrifugal air blower positioned within the frame of the air cushion cargo shuttle and comprising an outlet in fluid communication with the air volume, a stator integrated into a first heat diffuser, and a magnet concentrically surrounding the stator; and an aft drive shuttle belt coupled to an aft drive shuttle unit and a forward drive shuttle belt coupled to a forward shuttle drive unit for pulling the air cushion cargo shuttle. an air cushion cargo shuttle having a frame; an air volume located beneath the air cushion cargo shuttle; a compact centrifugal air blower positioned within the frame of the air cushion cargo shuttle and comprising an outlet in fluid communication with the air volume, a stator integrated into a first heat diffuser, and a magnet concentrically surrounding the stator; and an aft drive shuttle belt coupled to an aft drive shuttle unit and a forward drive shuttle belt coupled to a forward shuttle drive unit for pulling the air cushion cargo shuttle.
A powder dispersion device, comprising: a housing (402, 404) having a central, longitudinal axis, wherein the housing (402, 404) includes a chamber having a length along the longitudinal axis, a flow inlet in fluid communication with the chamber and a flow outlet in fluid communication with the chamber; a powder storage compartment being a dosing chamber that is suitable to store a powdered medicament contained within a powder reservoir being positioned in the dosing chamber for introduction into the chamber through the flow inlet; a bead positioned within the chamber as a breath-actuatable dispersion mechanism the bead being approximately spherical and having a diameter; and a retaining member preventing the bead from exiting the chamber, wherein the powder dispersion device further comprises a piercing member, which perforates the powder reservoir as positioned within the dosing chamber, wherein an inner diameter of the flow inlet is less than an inner diameter of the chamber and the length of the chamber is about 1.5 times to about 3 times the diameter of the bead, and wherein the powder dispersion device has a straight powder flow path containing the bead such that it rapidly moves back and forth within the chamber along the longitudinal axis, wherein the bead is sized in dimension so that the bead oscillates approximately linearly, thereby causing deagglomeration of the powdered medicament so that a desired aerodynamic particle size distribution is achieved upon exit from the flow outlet. a housing (402, 404) having a central, longitudinal axis, wherein the housing (402, 404) includes a chamber having a length along the longitudinal axis, a flow inlet in fluid communication with the chamber and a flow outlet in fluid communication with the chamber; a powder storage compartment being a dosing chamber that is suitable to store a powdered medicament contained within a powder reservoir being positioned in the dosing chamber for introduction into the chamber through the flow inlet; a bead positioned within the chamber as a breath-actuatable dispersion mechanism the bead being approximately spherical and having a diameter; and a retaining member preventing the bead from exiting the chamber, wherein the powder dispersion device further comprises a piercing member, which perforates the powder reservoir as positioned within the dosing chamber, wherein an inner diameter of the flow inlet is less than an inner diameter of the chamber and the length of the chamber is about 1.5 times to about 3 times the diameter of the bead, and wherein the powder dispersion device has a straight powder flow path containing the bead such that it rapidly moves back and forth within the chamber along the longitudinal axis, wherein the bead is sized in dimension so that the bead oscillates approximately linearly, thereby causing deagglomeration of the powdered medicament so that a desired aerodynamic particle size distribution is achieved upon exit from the flow outlet.
A method for selecting transport format combinations, TFCs, in a wireless transmit/receive unit, WTRU, the method comprising: setting a maximum allowed transmit power for each of a dedicated channel, DCH, and an enhanced uplink, EU, dedicated channel, E-DCH; estimating a transmit power for each of a plurality of available TFCs in each transmit time interval, TTI, for the DCH and E-DCH; selecting a TFC for the DCH, wherein the selection of the TFC is based on the transmit power required for the TFC and the maximum allowed transmit power for the DCH; and selecting an enhanced transmit format combination, E-TFC, for the E-DCH based on the transmit power required for the E-TFC and the maximum allowed transmit power for the E-DCH. setting a maximum allowed transmit power for each of a dedicated channel, DCH, and an enhanced uplink, EU, dedicated channel, E-DCH; estimating a transmit power for each of a plurality of available TFCs in each transmit time interval, TTI, for the DCH and E-DCH; selecting a TFC for the DCH, wherein the selection of the TFC is based on the transmit power required for the TFC and the maximum allowed transmit power for the DCH; and selecting an enhanced transmit format combination, E-TFC, for the E-DCH based on the transmit power required for the E-TFC and the maximum allowed transmit power for the E-DCH.
A charge control-type inkjet printer, comprising: a printing head including a nozzle unit for discharging ink; a pressure reduction valve configured to adjust a pressure of ink to be supplied to a nozzle unit of the printing head; an ink container configured to contain ink to be supplied to the nozzle unit of the printing head, wherein the charge control-type inkjet printer is characterized by an imaging unit configured to image the ink discharged from the nozzle unit and being in a particulate state; and an image processing unit configured to process an image of the ink discharged from the nozzle unit and being in a particulate state, the image of the ink being obtained by imaging by the imaging unit, and configured to set an inspection area in the obtained image from which a region for specifying a particle shape and a region for detecting foreign matter are extracted. a printing head including a nozzle unit for discharging ink; a pressure reduction valve configured to adjust a pressure of ink to be supplied to a nozzle unit of the printing head; an ink container configured to contain ink to be supplied to the nozzle unit of the printing head, wherein the charge control-type inkjet printer is characterized by an imaging unit configured to image the ink discharged from the nozzle unit and being in a particulate state; and an image processing unit configured to process an image of the ink discharged from the nozzle unit and being in a particulate state, the image of the ink being obtained by imaging by the imaging unit, and configured to set an inspection area in the obtained image from which a region for specifying a particle shape and a region for detecting foreign matter are extracted.
A computerized system comprising: one or more computer processors; and computer memory storing computer-useable instructions that, when used by the one or more computer processors, cause the one or more computer processors to perform operations comprising: accessing, at a Shell PCIe Bridge, SPB, an outbound transaction intended for a PCIe endpoint vendor IP or an inbound transaction intended for an SPB client, wherein the SPB supports a shared PCIe physical link based on a shared-link-interface comprising a vendor-agnostic downstream custom interface and a vendor-specific upstream PCIe endpoint interface; processing the outbound transaction or the inbound transaction based on one or more shared-link-interface services, wherein processing transactions comprises executing shared-link-interface operations that provide protection enhancements associated with sharing the shared PCIe physical link; and communicating the outbound transaction to the PCIe endpoint vendor IP or the inbound transaction to the SPB client. one or more computer processors; and computer memory storing computer-useable instructions that, when used by the one or more computer processors, cause the one or more computer processors to perform operations comprising: accessing, at a Shell PCIe Bridge, SPB, an outbound transaction intended for a PCIe endpoint vendor IP or an inbound transaction intended for an SPB client, wherein the SPB supports a shared PCIe physical link based on a shared-link-interface comprising a vendor-agnostic downstream custom interface and a vendor-specific upstream PCIe endpoint interface; processing the outbound transaction or the inbound transaction based on one or more shared-link-interface services, wherein processing transactions comprises executing shared-link-interface operations that provide protection enhancements associated with sharing the shared PCIe physical link; and communicating the outbound transaction to the PCIe endpoint vendor IP or the inbound transaction to the SPB client. accessing, at a Shell PCIe Bridge, SPB, an outbound transaction intended for a PCIe endpoint vendor IP or an inbound transaction intended for an SPB client, wherein the SPB supports a shared PCIe physical link based on a shared-link-interface comprising a vendor-agnostic downstream custom interface and a vendor-specific upstream PCIe endpoint interface; processing the outbound transaction or the inbound transaction based on one or more shared-link-interface services, wherein processing transactions comprises executing shared-link-interface operations that provide protection enhancements associated with sharing the shared PCIe physical link; and communicating the outbound transaction to the PCIe endpoint vendor IP or the inbound transaction to the SPB client.
Process for producing a composite material, which comprises providing a composition containing a) from 50 to 97% by weight of at least one hardness carrier comprising at least 50% by weight of tungsten carbide, based on the total weight of the hardness carrier, b) from 50 to 3% by weight of a base binder alloy comprising α) from 66 to 93% by weight of nickel, β) from 34 to 7% by weight of iron and γ) from 0 to 9% by weight of cobalt, where the base binder alloy has a weight ratio of iron:nickel of from 1:2 to 1:13 and the proportions by weight α, β and γ of the base binder alloy add up to 100% by weight, and c) up to 30% by weight of one or more of the elements selected from the group consisting of W, Mo, Cr, V, Ta, Nb, Ti, Zr, Hf, Re, Ru, Al, Mn, B, N and C, where the total weight of base binder alloy, hardness carrier and optionally present additives adds up to 100% by weight, and sintering said composition. a) from 50 to 97% by weight of at least one hardness carrier comprising at least 50% by weight of tungsten carbide, based on the total weight of the hardness carrier, b) from 50 to 3% by weight of a base binder alloy comprising α) from 66 to 93% by weight of nickel, β) from 34 to 7% by weight of iron and γ) from 0 to 9% by weight of cobalt, where the base binder alloy has a weight ratio of iron:nickel of from 1:2 to 1:13 and the proportions by weight α, β and γ of the base binder alloy add up to 100% by weight, and α) from 66 to 93% by weight of nickel, β) from 34 to 7% by weight of iron and γ) from 0 to 9% by weight of cobalt, c) up to 30% by weight of one or more of the elements selected from the group consisting of W, Mo, Cr, V, Ta, Nb, Ti, Zr, Hf, Re, Ru, Al, Mn, B, N and C, where the total weight of base binder alloy, hardness carrier and optionally present additives adds up to 100% by weight, and sintering said composition.
A wheel servicing method for a wheeled vehicle with tyres coupled to respective rims, comprising the following steps: - receiving, in a control unit provided with a processor and a memory, reference data uniquely correlated with the vehicle; - processing the reference data and generating image data representing a QR code, so that a QR code is generated, the QR code containing at least the reference data; - transmitting the QR code to an output peripheral in order to make the code available to a user for subsequent displaying, wherein at least some of the reference data include a vehicle identification code, wherein the reference data refer to a location in an electronic database containing one or more of the characteristic vehicle parameters from the following list: - car code; - wheel size; - customer code; - manufacturer, marque and model of vehicle; - wheel parameters; - tolerance range for wheel measurement data; - vehicle identification code. - receiving, in a control unit provided with a processor and a memory, reference data uniquely correlated with the vehicle; - processing the reference data and generating image data representing a QR code, so that a QR code is generated, the QR code containing at least the reference data; - transmitting the QR code to an output peripheral in order to make the code available to a user for subsequent displaying, wherein at least some of the reference data include a vehicle identification code, wherein the reference data refer to a location in an electronic database containing one or more of the characteristic vehicle parameters from the following list: - car code; - wheel size; - customer code; - manufacturer, marque and model of vehicle; - wheel parameters; - tolerance range for wheel measurement data; - vehicle identification code. - car code; - wheel size; - customer code; - manufacturer, marque and model of vehicle; - wheel parameters; - tolerance range for wheel measurement data; - vehicle identification code.
Placental stem cells for use in a method of treating acute kidney injury in a subject having AKI, wherein said AKI is the result of direct trauma to one or more of the kidneys of the subject.
A heterogeneous network switching method performed by a base station, said method comprising: determining that a User Equipment, UE, needs to be switched to a non-Third Generation Partnership Project, 3GPP, network, from a 3GPP network; and transmitting, to the UE, switch signaling which carries a switch instruction to instruct the UE to switch a part or all of bearers from the 3GPP network to the non-3GPP network; the switch signaling further comprises: a switch timing instruction to instruct the UE to keep connected with a source network or to access the source network again when the UE has not been associated with a target Access Point, AP, in the non-3GPP network successfully after a preset period of time is exceeded. determining that a User Equipment, UE, needs to be switched to a non-Third Generation Partnership Project, 3GPP, network, from a 3GPP network; and transmitting, to the UE, switch signaling which carries a switch instruction to instruct the UE to switch a part or all of bearers from the 3GPP network to the non-3GPP network; the switch signaling further comprises: a switch timing instruction to instruct the UE to keep connected with a source network or to access the source network again when the UE has not been associated with a target Access Point, AP, in the non-3GPP network successfully after a preset period of time is exceeded.
An insertion device which is designed to introduce rod-shaped articles (11, 11') for the tobacco processing industry into a rod for the tobacco processing industry or to place them on a rod for the tobacco processing industry, with at least one groove for receiving rod-shaped articles (11, 11') for the tobacco processing industry, in particular filter segments, wherein the at least one groove has a longitudinal extension and wherein the groove has a suction air opening (14, 14', 14", 14"'), wherein at least two suction air openings (14-14"') are provided in the groove and are separated from each other by a web (15, 15', 15"), characterized in that a suction air channel (20, 20', 20", 20'") is provided for each suction air opening (14-14"').
A steering system, comprising: a column shaft which is supported by a column tube so that the column shaft is able to rotate; a steering angle sensor that includes a rotor and a stator that surrounds the rotor and is fixed to the column tube; and a universal joint that includes a yoke, characterized in that in said column shaft a male serration is formed in a lower end in an axial direction, said rotor has a serration hole that is fitted to a first portion of the male serration, and said yoke has a serration hole that is fitted to a second portion of the male serration. a column shaft which is supported by a column tube so that the column shaft is able to rotate; a steering angle sensor that includes a rotor and a stator that surrounds the rotor and is fixed to the column tube; and a universal joint that includes a yoke, characterized in that in said column shaft a male serration is formed in a lower end in an axial direction, said rotor has a serration hole that is fitted to a first portion of the male serration, and said yoke has a serration hole that is fitted to a second portion of the male serration.