mhurhangee/ep-ind-claims huggingface dataset:
A customizable mobile broadband network system, comprising a forwarding layer, a control layer, and a capability opening layer, wherein: the forwarding layer connects to the control layer through a first open interface, and is configured to provide a forwarding capability of the mobile broadband network system, wherein the first open interface is configured to open the forwarding capability to the control layer; the control layer connects to the capability opening layer through a second open interface, and is configured to provide a control capability of the mobile broadband network system, wherein the second open interface is configured to open the control capability and the forwarding capability to the capability opening layer; characterized in that the capability opening layer is configured to receive, through a third open interface, a network customization request from a user, wherein the network customization request includes parameters required for customizing a mobile broadband network, and combine the control capability and/or the forwarding capability according to the network customization request, so as to manage a customized-network instance, wherein in the combining, the capability opening layer is configured to select according to the parameters required for customizing the mobile broadband network, an atomic network capability set that is required for creating the network instance, and combine selected network capabilities into a required network function. the forwarding layer connects to the control layer through a first open interface, and is configured to provide a forwarding capability of the mobile broadband network system, wherein the first open interface is configured to open the forwarding capability to the control layer; the control layer connects to the capability opening layer through a second open interface, and is configured to provide a control capability of the mobile broadband network system, wherein the second open interface is configured to open the control capability and the forwarding capability to the capability opening layer; characterized in that the capability opening layer is configured to receive, through a third open interface, a network customization request from a user, wherein the network customization request includes parameters required for customizing a mobile broadband network, and combine the control capability and/or the forwarding capability according to the network customization request, so as to manage a customized-network instance, wherein in the combining, the capability opening layer is configured to select according to the parameters required for customizing the mobile broadband network, an atomic network capability set that is required for creating the network instance, and combine selected network capabilities into a required network function.
An inkjet ink including a) an aqueous medium; and b) capsules composed of a polymeric shell surrounding a core; wherein the capsules are dispersed in the aqueous medium using a dispersing group covalently bonded to the polymeric shell; wherein the core contains one or more chemical reactants capable of forming a reaction product upon application of heat and/or infrared light, the one or more chemical reactants include a thermally curable compound; and wherein the capsules have an average particle size of no more than 4 μm as determined by dynamic laser diffraction. a) an aqueous medium; and b) capsules composed of a polymeric shell surrounding a core; wherein the capsules are dispersed in the aqueous medium using a dispersing group covalently bonded to the polymeric shell; wherein the core contains one or more chemical reactants capable of forming a reaction product upon application of heat and/or infrared light, the one or more chemical reactants include a thermally curable compound; and wherein the capsules have an average particle size of no more than 4 μm as determined by dynamic laser diffraction.
Rotor of a centrifugal separator, comprising a central shaft with a stack of axially movable plates arranged thereupon, with a base plate being arranged on the shaft beneath the plate stack, with an axially movable top plate being arranged on the shaft above the plate stack, and with the rotor having a compression spring surrounding the shaft, the first end of said compression spring being supported on the shaft and its second end being supported on the base plate so as to press the plate stack together, characterised in that a sleeve-like projection extending into the plate stack and surrounding the shaft in spaced relationship thereto is arranged on the top plate, that the compression spring is lying within the projection at least over the greater portion of its axial length, and that a support surface for the second end of the compression spring, facing the plate stack, is arranged at a bottom of the projection.
Wind power plant for the production of energy with an axial throughflow comprising a rotating eddy forming wind concentrator on a rotatable shaft with a ring-shaped outer casing on the external side of which 360° distributed control facilities are arranged and equipped with circularly distributed concentrator blades between the shaft and the ring-shaped outer casing, wherein the wind concentrator is downstream of an auxiliary axial flow wind concentrator located on an additional shaft so that both wind concentrators (2, 16) are each placed on one horizontal axis (13, 15) and surrounded by a fixed, preferably horizontal, ring, diffuser or Laval nozzle-shaped casing and, in that the control equipment is comprised of saw tooth-shaped, curved guide profiles that generate the marginal eddy which produces a downstream eddy coil effect across the entire cross-section of the ring-shaped external casing.
A high frequency cable, comprising: a central conductor made from aluminum or an aluminum alloy; a covering layer made from copper covering the central conductor, and having a fiber-like structure in a longitudinal direction; and an intermetallic compound layer formed between the central conductor and the covering layer and having greater volume resistivity than the covering layer, wherein a cross-sectional area of the covering layer is 15% or less of an entire cross-sectional area including the central conductor, the intermetallic compound layer and the covering layer. a central conductor made from aluminum or an aluminum alloy; a covering layer made from copper covering the central conductor, and having a fiber-like structure in a longitudinal direction; and an intermetallic compound layer formed between the central conductor and the covering layer and having greater volume resistivity than the covering layer, wherein a cross-sectional area of the covering layer is 15% or less of an entire cross-sectional area including the central conductor, the intermetallic compound layer and the covering layer.
Diaphragmless electrolyzer to produce subacid hypochlorous acid water, wherein the device comprises a housing having a sealed inner space, a pair of electrode plates (10, 10') disposed in the housing to be opposite to each other, and a partition member disposed between the electrode plates (10, 10') to partition the inner space of the housing into an electrolysis chamber and a dilution chamber, the electrolysis chamber having a hydrochloric acid inlet on one side of it into which hydrochloric acid is introduced, the partition member having a passage which introduces the chlorine gas produced by electrolyzing the hydrochloric acid in the electrolysis chamber into the dilution chamber, the dilution chamber having a dilution water inlet on one side of it to supply dilution water in order to dissolve and dilute the chlorine gas, and a hypochlorous acid water outlet on the other side of it to exhaust the hypochlorous acid water produced by dissolving the chlorine gas with the dilution water, the electrode plates (10, 10') further including extending portions (10a, 10a') extending toward the dilution chamber so that the dilution water introduced into the dilution chamber could contact with the extending portions (10a, 10a') of the electrode plates (10, 10') and cool the electrode plates (10, 10').
A method for providing a proof-of-retrievability, 'POR', to a client, for data stored on a storage entity, performed in a memory of one or more computing devices, comprising the steps of a) Encoding, by said client, data to be stored on said storage entity, said encoded data comprising at least one partition, b) Exchanging credentials between said storage entity, said client and an auditing entity, c) Computing, by said client, a commitment, said commitment being based on at least one random element, an index of said at least one partition and said at least one partition of said encoded data, d) Storing said encoded data on said storage entity together with said commitment, e) Computing, by said auditing entity, logging information for said stored data by performing a public POR between said auditing entity and said storage entity, said public POR comprising a random sampling of at least one partition of the stored data, wherein for sampling randomness for said POR a public source of unpredictable randomness is used, and wherein said logging information being computed based on the stored commitment and on said at least one partition of said stored data, f) Verifying, by said auditing entity, said computed logging information by checking whether a commitment based on said computed logging information corresponds to a subset of the stored commitment and g) Validating, by said client, said verified logging information of said auditing entity by performing the same verification according to step f) based on the verified logging information a) Encoding, by said client, data to be stored on said storage entity, said encoded data comprising at least one partition, b) Exchanging credentials between said storage entity, said client and an auditing entity, c) Computing, by said client, a commitment, said commitment being based on at least one random element, an index of said at least one partition and said at least one partition of said encoded data, d) Storing said encoded data on said storage entity together with said commitment, e) Computing, by said auditing entity, logging information for said stored data by performing a public POR between said auditing entity and said storage entity, said public POR comprising a random sampling of at least one partition of the stored data, wherein for sampling randomness for said POR a public source of unpredictable randomness is used, and wherein said logging information being computed based on the stored commitment and on said at least one partition of said stored data, f) Verifying, by said auditing entity, said computed logging information by checking whether a commitment based on said computed logging information corresponds to a subset of the stored commitment and g) Validating, by said client, said verified logging information of said auditing entity by performing the same verification according to step f) based on the verified logging information
A semiconductor structure, comprising: a first layer of a nitride semiconductor material; a relaxed nitride interlayer on the first layer of nitride semiconductor material, the relaxed nitride interlayer having a first lattice constant, wherein the relaxed nitride interlayer comprises: a first portion comprising Al 1-x Ga x N and conductively doped with an n-type dopant, wherein 0.1 ≤ x ≤ 0.9; and a plurality of discrete portions of GaN and/or InGaN with a bandgap lower than that of the first portion, a density between 0.1/μm 2 and 100/μm 2, and a size between 0.01 and 0.1 μm in diameter in order to increase the vertical conductivity of the interlayer without detrimentally affecting their strain-reducing effects; a second layer of the nitride semiconductor material on the nitride interlayer; wherein the first layer of the nitride semiconductor material, the nitride interlayer, and the second layer of the nitride semiconductor material together have a thickness of at least 0.5 μm; and wherein the nitride semiconductor material has a second lattice constant, such that the first layer of the nitride semiconductor material is more tensile strained on one side of the relaxed nitride interlayer than the second layer of the nitride semiconductor material is on the other side of the relaxed nitride interlayer. a first layer of a nitride semiconductor material; a relaxed nitride interlayer on the first layer of nitride semiconductor material, the relaxed nitride interlayer having a first lattice constant, wherein the relaxed nitride interlayer comprises: a first portion comprising Al 1-x Ga x N and conductively doped with an n-type dopant, wherein 0.1 ≤ x ≤ 0.9; and a plurality of discrete portions of GaN and/or InGaN with a bandgap lower than that of the first portion, a density between 0.1/μm 2 and 100/μm 2, and a size between 0.01 and 0.1 μm in diameter in order to increase the vertical conductivity of the interlayer without detrimentally affecting their strain-reducing effects; a first portion comprising Al 1-x Ga x N and conductively doped with an n-type dopant, wherein 0.1 ≤ x ≤ 0.9; and a plurality of discrete portions of GaN and/or InGaN with a bandgap lower than that of the first portion, a density between 0.1/μm 2 and 100/μm 2, and a size between 0.01 and 0.1 μm in diameter in order to increase the vertical conductivity of the interlayer without detrimentally affecting their strain-reducing effects; a second layer of the nitride semiconductor material on the nitride interlayer; wherein the first layer of the nitride semiconductor material, the nitride interlayer, and the second layer of the nitride semiconductor material together have a thickness of at least 0.5 μm; and wherein the nitride semiconductor material has a second lattice constant, such that the first layer of the nitride semiconductor material is more tensile strained on one side of the relaxed nitride interlayer than the second layer of the nitride semiconductor material is on the other side of the relaxed nitride interlayer.
Battery device, in particular portable power tool battery device, with a housing unit having at least one housing element, with at least one energy storage element which is surrounded by the housing unit, with at least one contact unit and with a connecting unit which is at least partially provided to connect at least the contact unit electrically to the at least one energy storage element, characterized in that the contact unit comprises at least one contact element (20, 22) and the connecting unit comprises at least one connecting element (24, 26), which is designed as separately produced, interconnected components, wherein the at least one connecting element (24, 26) of the at least one connecting unit is at least partially formed in a manner encapsulated by the housing element by injection moulding.
A hydraulic torque measurement device for a gearbox of an aircraft engine unit comprising at least one sprocket having a shaft extending along a longitudinal axis, the hydraulic device comprising: - an enclosure comprising a rigid wall and a deformable wall delimiting an internal volume, the deformable wall being configured to be connected in pivot connection to the shaft of the sprocket, and - at least one pressure measurement element adapted to measure a pressure prevailing in said internal volume, the hydraulic device allowing a service state in which the internal volume is filled exclusively with an incompressible liquid, and in which the deformable wall is configured to be subjected to a pressure force, characterised in that the enclosure is hermetically sealed. - an enclosure comprising a rigid wall and a deformable wall delimiting an internal volume, the deformable wall being configured to be connected in pivot connection to the shaft of the sprocket, and - at least one pressure measurement element adapted to measure a pressure prevailing in said internal volume, the hydraulic device allowing a service state in which the internal volume is filled exclusively with an incompressible liquid, and in which the deformable wall is configured to be subjected to a pressure force, characterised in that the enclosure is hermetically sealed.
A catheter comprising: a longitudinal axis; a proximal elongate shaft comprising a distal end, a lumen, an inner liner, and a first plurality of wire braided segments comprising circumferential rings of cells; a distal tip section connected to the distal end of the elongate shaft, the tip section comprising a proximal tubular body, a self-expanding expandable tip having a collapsed delivery configuration and an expanded deployed configuration, and a second plurality of wire braided segments comprising circumferential rings of cells; and one or more polymer body jackets disposed around the elongate shaft and one or more polymer tip jackets disposed around the tip section, at least a portion of the polymer body jackets comprising a first wall thickness and at least a portion of the polymer tip jackets comprising a second wall thickness greater than the first wall thickness; the distal end of the tip section comprising distal hoops where wires of the second plurality of wire braided segments invert to loop back through the second plurality of wire braided segments; and the catheter configured to be advanced within a target blood vessel with the tip section in the expanded deployed configuration. a longitudinal axis; a proximal elongate shaft comprising a distal end, a lumen, an inner liner, and a first plurality of wire braided segments comprising circumferential rings of cells; a distal tip section connected to the distal end of the elongate shaft, the tip section comprising a proximal tubular body, a self-expanding expandable tip having a collapsed delivery configuration and an expanded deployed configuration, and a second plurality of wire braided segments comprising circumferential rings of cells; and one or more polymer body jackets disposed around the elongate shaft and one or more polymer tip jackets disposed around the tip section, at least a portion of the polymer body jackets comprising a first wall thickness and at least a portion of the polymer tip jackets comprising a second wall thickness greater than the first wall thickness; the distal end of the tip section comprising distal hoops where wires of the second plurality of wire braided segments invert to loop back through the second plurality of wire braided segments; and the catheter configured to be advanced within a target blood vessel with the tip section in the expanded deployed configuration.
Altimetry system capable of being installed on board a satellite, the system comprising an altimeter transmitting and receiving signals on at least one first frequency band and a radiometer receiving signals on at least one second frequency band, the said altimeter and the said radiometer being connected to one and the same antenna, the system being characterized in that it comprises reception means (336, 337, 338) common to the altimeter and to the radiometer, the said means being capable of amplifying and of filtering the signals received from the antenna on a frequency band comprising at least the first frequency band and the second frequency band and means for separating the signals (340, 342) of the first frequency band from the signals that are present on the second frequency band, the signals on the first frequency band being exploited in order to estimate the altimetric distance of the satellite, and the radiometric measurements being exploited in order to correct the said estimate.
A sanding machine for sanding/finishing/brushing components made of wood, metal or the like; the sanding machine comprising at least one sanding unit for sanding/finishing the component; and a feeding device, which defines a support surface for at least one component and is designed to feed the component in a first direction, which is parallel to the support surface, and along a path extending through the sanding unit; the sanding unit comprising a frame, at least two pulleys (81a, 81b, 81c), which are mounted so as to rotate around respective longitudinal axes (83, 87, 88), an abrasive belt, which is wound in a ring shape around the pulleys (81a, 81b, 81c), and an operating device to move a first pulley with an oscillatory reciprocating motion around a rotation axis, which is transverse to the relative longitudinal axis; the operating device comprising two transmission shafts (94, 96), which are coupled to one another in an angularly fixed manner so as to rotate around respective longitudinal axes (95, 97), which are eccentric to one another, a first transmission system (89, 92) to connect a first transmission shaft and the first pulley to one another, and a second transmission system (99, 100) to connect a second transmission shaft and the frame to one another; and being characterized in that the transmission shafts (94, 96) are coupled so as to radially move relative to one another and selectively control the eccentricity between the relative longitudinal axes (95, 97).
A respiratory motion detection apparatus for detecting respiratory motion of a person, the respiratory motion detection apparatus comprising: - an illuminator for illuminating the person with a stationary, spatially modulated illumination pattern, - a detector for detecting the illumination pattern on the person over time, - a respiratory motion signal determination unit for determining a temporal respiratory motion signal being indicative of the respiratory motion of the person from the detected illumination pattern, wherein the illuminator comprises an illumination source and a spatial light modulator, characterised in that said illuminator is adapted to generate ultroviolet light for illuminating the person with the illumination pattern, and the detector is adapted to detect the ultraviolet illumination pattern on the person. - an illuminator for illuminating the person with a stationary, spatially modulated illumination pattern, - a detector for detecting the illumination pattern on the person over time, - a respiratory motion signal determination unit for determining a temporal respiratory motion signal being indicative of the respiratory motion of the person from the detected illumination pattern, wherein the illuminator comprises an illumination source and a spatial light modulator,