mhurhangee/ep-ind-claims huggingface dataset:
A communication method in a wireless communication system, the method comprising: dividing an entire frequency band into a plurality of bands, based on transmission overhead on each link, to support a plurality of links; determining subcarrier allocation schemes for the divided bands, the determination being made independently from one another based on a channel status (707, 709), and communicating by the plurality of the links using the determined subcarrier allocation schemes; wherein the plurality of the links includes a direct link between a base station, BS, and a mobile station, MS, and a relay link between a relay station, RS, and an MS; and determining the channel status of the direct link and determining the channel status of the relay link; wherein a subcarrier allocation scheme with a dedicated pilot is applied to the divided band for the relay link; and wherein a subcarrier allocation scheme with a common pilot is applied to the divided band for the direct link. dividing an entire frequency band into a plurality of bands, based on transmission overhead on each link, to support a plurality of links; determining subcarrier allocation schemes for the divided bands, the determination being made independently from one another based on a channel status (707, 709), and communicating by the plurality of the links using the determined subcarrier allocation schemes; wherein the plurality of the links includes a direct link between a base station, BS, and a mobile station, MS, and a relay link between a relay station, RS, and an MS; and determining the channel status of the direct link and determining the channel status of the relay link; wherein a subcarrier allocation scheme with a dedicated pilot is applied to the divided band for the relay link; and wherein a subcarrier allocation scheme with a common pilot is applied to the divided band for the direct link.
Cooking appliance (101; 201; 301; 401; 501; 601; 701; 801) having a vapour extraction means (105; 205; 305; 405; 505; 705; 805), wherein the vapour extraction means (105; 205; 305; 405; 505; 705; 805) has at least one valve (112-115; 114, 213, 216; 114, 313, 317; 114, 413; 112-114, 625, 626; 313, 727; 114, 727, 813) which can be adjusted as a function of a relative humidity of the vapour and which is used to set, control or regulate flows in the vapour extraction means (105; 205; 305; 405; 405; 505; 705; 805), wherein the valve (112-115; 114,213,216; 114, 313, 317; 114,413; 112-114, 625, 626; 313, 727; 114, 727, 813), to enable it to be adjusted, has at least one adjustment element (114; 727), characterised in that - the valve (112-115; 114,213,216; 114,313,317; 114,413; 112-114,625,626; 313, 727; 114, 727, 813) can be automatically adjusted and - a length of the adjustment element (114; 727) changes as a function of the relative humidity. - the valve (112-115; 114,213,216; 114,313,317; 114,413; 112-114,625,626; 313, 727; 114, 727, 813) can be automatically adjusted and - a length of the adjustment element (114; 727) changes as a function of the relative humidity.
A housing capping device for a circulation pump of a warm water supply with a main housing and with an electric motor which is mounted in the main housing, said housing capping device comprising a housing cap with at least one connection element for a connection to the main housing, and a supply device for the electric motor, said supply device being arranged in the housing cap, wherein at least one separating wall which is arranged in an interior of the housing cap is provided, said separating wall dividing the interior of the housing cap into a closed-off receiving spec with a fastening device which receives the supply device and into a coupling space with at least one coupling device which is for a supply lead and which is connected to the supply device, characterised in that the supply device comprises a circuit board which is mounted in the receiving space, wherein the circuit board penetrates the at least one separating wall and comprises contact elements for the electric connection to the electric motor, said contact elements being arranged in the coupling space, wherein the supply device is actively connected to at least one said contact element for the electric connection to the motor, said contact element being arranged in the coupling space.
Micro-localisation device for imaging instrument (60, 61), the microlocalisation device defining a system of spatial coordinates (O, 11X, 11Y) and being suitable to be secured to a sample or to a sample stage, the micro-localisation device including at least one first zone extending spatially over a first area of macroscopic dimensions, said first zone having a predetermined position and a predetermined orientation in the system of spatial coordinates (O, 11X, 11Y) of the microlocalisation device, said first zone including an elementary cell or a tiling of a plurality of elementary cells (21, 22, 23, 24) extending over the first area of said first zone, each elementary cell of the first zone extending over a first elementary area, the first elementary area extending into a size range going from sub-millimetric to macroscopic, each elementary cell of the first zone including a first periodic spatial pattern associated with a first spatial period function of the first elementary area, and, each elementary cell (11, 21, 22, 23, 24) of said first zone further including an orientation pattern (1111, 2111) and a positioning pattern (1112, 2112, 2212, 2312, 2412) in the system of spatial coordinates (O, 11X, 11Y) of the micro-localisation device, and characterised in that: the micro-localisation device includes one second zone, adjacent to the first zone, said second zone extending spatially over a second area of macroscopic dimensions, said second zone having a predetermined position and a predetermined orientation in the system of spatial coordinates (O, 11X, 11Y) of the micro-localisation device, said second zone including an elementary cell or a tiling of a plurality of elementary cells (21, 22, 23, 24) extending over the second area of said second zone, each elementary cell (21, 22, 23, 24) of the second zone extending over a second elementary area different from the first elementary area, the second elementary area extending into a size range going from sub-millimetric to macroscopic, each elementary cell (21, 22, 23, 24) of the second zone including a second periodic spatial pattern associated with a second spatial period, different from the first spatial period, function of the second elementary area, each elementary cell (11, 21, 22, 23, 24) of said second zone further including an orientation pattern (1111, 2111) and a positioning pattern (1112, 2112, 2212, 2312, 2412) in the system of spatial coordinates (O, 11X, 11Y) of the micro-localisation device, at least one of said first or second elementary cells being suitable such that said imaging instrument (60, 61) forms an image thereof and deduces from it a position, respectively, an orientation of said image in the system of spatial coordinates of the micro-localisation device.
A hose comprising hard synthetic resin reinforcement materials spirally fed and having, on both sides of the top part thereof in the tube axial direction, receiving surfaces (2a, 2b) positioned on the radial inner side toward the end part thereof and a soft synthetic resin hose body for covering the spirally fed reinforcement materials, wherein the reinforcement materials are spirally fed in the state of the top parts being positioned on the radial outer side thereof, a soft synthetic resin tape material is fed to the fed reinforcement materials, and while covering parts projected in a generally arc shape to the center of the hose are formed between the reinforcement materials, the tape material is fixed to the surfaces of the reinforcement materials by melting the tape material or with an adhesive agent, and thus providing the hose body having a generally flat inner surface and formed in a generally circular shape in cross section, characterized in that the tape material has a width of approximately one pitch extending over two reinforcement materials adjacent to each other in the longitudinal direction of the hose body, and the hose body is formed by melt-welding tape materials adjacent to each other in the longitudinal direction of the hose body in a partly overlapped state to the reinforcement material.
An electronic device, comprising: a processor; a first modem; a second modem; a first subscriber identity module, SIM interface; a second SIM interface; an embedded universal integrated circuit card, eUICC, wherein the eUICC is configured to store an embedded subscriber identity module, eSIM; and a smart card interface, SCI; wherein the processor is coupled to the first modem, the second modem, the first SIM interface, the second SIM interface, the eUICC, and a first end of the SCI, wherein the second SIM interface and the eUICC are coupled to a second end of the SCI, and wherein the processor is configured to control a connection of the second SIM interface and the eUICC in relation to the first modem and the second modem through the SCI. a processor; a first modem; a second modem; a first subscriber identity module, SIM interface; a second SIM interface; an embedded universal integrated circuit card, eUICC, wherein the eUICC is configured to store an embedded subscriber identity module, eSIM; and a smart card interface, SCI; wherein the processor is coupled to the first modem, the second modem, the first SIM interface, the second SIM interface, the eUICC, and a first end of the SCI, wherein the second SIM interface and the eUICC are coupled to a second end of the SCI, and wherein the processor is configured to control a connection of the second SIM interface and the eUICC in relation to the first modem and the second modem through the SCI.
Polyurethane urea obtainable by reacting a) a single polyisocyanate component, b) at least one polymeric polyol component, c) at least one hydrophilizing component and d) a single amino-functional chain extender component, where the polyisocyanate component a) comprises more than 75 mol% isophorone diisocyanate and the at least one polymeric polyol component b) comprises a polyester, and the hydrophilizing component c) is a sulfonate and the amino-functional chain extender component d) comprises more than 85 mol% isophoronediamine. a) a single polyisocyanate component, b) at least one polymeric polyol component, c) at least one hydrophilizing component and d) a single amino-functional chain extender component,
An apparatus, comprising: a coreless substrate; a ball-grid pad array disposed on a first surface of the coreless substrate; a die embedded in and integral to the coreless substrate, wherein the die includes an active surface and a backside surface, and wherein the backside surface is exposed through the first surface; a flip-chip disposed on a second surface that is opposite the first surface; a wire -bond chip disposed on the second surface; electrical connections between the die embedded in and integral to the coreless substrate and the flip-chip and wire-bond chip, and wherein all said electrical connections are disposed internal to the coreless substrate, characterised in that the electrical connections are formed by metallizations that extend through without contacting a shielding plane disposed between the first surface and the second surface of the coreless substrate; and the apparatus further comprises: a foundation substrate electrically connected to the ball-grid pad array through a plurality of electrical bumps, wherein the foundation substrate includes a die footprint including a heat sink embedded in the foundation substrate immediately below the die. a coreless substrate; a ball-grid pad array disposed on a first surface of the coreless substrate; a die embedded in and integral to the coreless substrate, wherein the die includes an active surface and a backside surface, and wherein the backside surface is exposed through the first surface; a flip-chip disposed on a second surface that is opposite the first surface; a wire -bond chip disposed on the second surface; electrical connections between the die embedded in and integral to the coreless substrate and the flip-chip and wire-bond chip, and wherein all said electrical connections are disposed internal to the coreless substrate, characterised in that the electrical connections are formed by metallizations that extend through without contacting a shielding plane disposed between the first surface and the second surface of the coreless substrate; and the apparatus further comprises: a foundation substrate electrically connected to the ball-grid pad array through a plurality of electrical bumps, wherein the foundation substrate includes a die footprint including a heat sink embedded in the foundation substrate immediately below the die. a foundation substrate electrically connected to the ball-grid pad array through a plurality of electrical bumps, wherein the foundation substrate includes a die footprint including a heat sink embedded in the foundation substrate immediately below the die.
A tire wear state estimation system comprising: at least one tire supporting a vehicle; a sensor mounted on the at least one tire, the tire mounted sensor measuring tire parameters; and at least one sensor mounted on the vehicle, the at least one vehicle mounted sensor measuring vehicle parameters; characterized in that the system further comprises a plurality of sub-models, wherein each sub-model receives selected tire parameters from the tire mounted sensor and selected vehicle parameters from the at least one vehicle mounted sensor; a plurality of sub-model wear state estimates, each one of the sub-model wear state estimates being generated by a respective one of the plurality of sub-models; a model reliability being determined for each one of the plurality of sub-models; and a supervisory model, the supervisory model receiving as inputs the plurality of sub-model wear state estimates and the model reliability for each one of the plurality of sub-models, wherein the supervisory model generates a combined wear state estimate for the at least one tire. at least one tire supporting a vehicle; a sensor mounted on the at least one tire, the tire mounted sensor measuring tire parameters; and at least one sensor mounted on the vehicle, the at least one vehicle mounted sensor measuring vehicle parameters; characterized in that the system further comprises a plurality of sub-models, wherein each sub-model receives selected tire parameters from the tire mounted sensor and selected vehicle parameters from the at least one vehicle mounted sensor; a plurality of sub-model wear state estimates, each one of the sub-model wear state estimates being generated by a respective one of the plurality of sub-models; a model reliability being determined for each one of the plurality of sub-models; and a supervisory model, the supervisory model receiving as inputs the plurality of sub-model wear state estimates and the model reliability for each one of the plurality of sub-models, wherein the supervisory model generates a combined wear state estimate for the at least one tire.
Heat recovery device for cogeneration chimneys wherein said heat recovery device includes: - a central body, which comprises an internal conveying pipeline having a water inlet pipe and a water outlet pipe, - a lower funnel for connecting it to the chimney arranged on the lower portion of the body, - an upper funnel for letting out the recovered air, arranged on the upper portion of the body, - expansion joints (7, 7') arranged on the upper and lower funnels, - an auxiliary support structure, - a valve for regulating the inlet water flow, and - a sensor for the water temperature within the conveying pipeline, characterized in that the heat recovery device comprises a controller configured to control the temperature drops by means of the valve, which when the water temperature in the outlet pipe reaches a pre-established value, lowers the water flow inside the recovery device. - a central body, which comprises an internal conveying pipeline having a water inlet pipe and a water outlet pipe, - a lower funnel for connecting it to the chimney arranged on the lower portion of the body, - an upper funnel for letting out the recovered air, arranged on the upper portion of the body, - expansion joints (7, 7') arranged on the upper and lower funnels, - an auxiliary support structure, - a valve for regulating the inlet water flow, and - a sensor for the water temperature within the conveying pipeline,
A method of diagnosing or monitoring a cancer disease characterized by an increased expression of a tumor-associated antigen compared to the state in a healthy individual, which method comprises detecting or determining the amount (i) of a nucleic acid which codes for the tumor-associated antigen, and/or (ii) of the tumor-associated antigen, in a biological sample, with said tumor-associated antigen having a sequence encoded by a nucleic acid which is selected from the group consisting of: (a) a nucleic acid which comprises a nucleic acid sequence according to SEQ ID NO: 5, and (b) a nucleic acid which is at least 95% identical to the nucleic acid of (a), wherein the cancer is a prostate cancer, a prostate carcinoma or a metastasis thereof. (i) of a nucleic acid which codes for the tumor-associated antigen, and/or (ii) of the tumor-associated antigen, (a) a nucleic acid which comprises a nucleic acid sequence according to SEQ ID NO: 5, and (b) a nucleic acid which is at least 95% identical to the nucleic acid of (a),
A method of producing a Moringa oleifera extract comprising steps (a), (b) and (c), or steps (a'), (b') and (c): steps (a), (b) and (c): (a) incubating injured fresh leaves or sprouts of a Moringa oleifera plant with water at room temperature to produce a mixture; (b) separating the leaves and sprouts from the mixture to produce the extract; and (c) drying the extract; steps (a'), (b') and (c): (a') injuring fresh leaves or sprouts of a Moringa oleifera plant; (b') incubating the injured leaves or sprouts with water at room temperature to produce a mixture; and (c) drying the extract. steps (a), (b) and (c): (a) incubating injured fresh leaves or sprouts of a Moringa oleifera plant with water at room temperature to produce a mixture; (b) separating the leaves and sprouts from the mixture to produce the extract; and (c) drying the extract; (a) incubating injured fresh leaves or sprouts of a Moringa oleifera plant with water at room temperature to produce a mixture; (b) separating the leaves and sprouts from the mixture to produce the extract; and (c) drying the extract; steps (a'), (b') and (c): (a') injuring fresh leaves or sprouts of a Moringa oleifera plant; (b') incubating the injured leaves or sprouts with water at room temperature to produce a mixture; and (c) drying the extract. (a') injuring fresh leaves or sprouts of a Moringa oleifera plant; (b') incubating the injured leaves or sprouts with water at room temperature to produce a mixture; and (c) drying the extract.
A supporting structure for a wall or a roof partition, comprising: - an internal core structure extending in a longitudinal direction; - first and second external covering profiles extending in the longitudinal direction for at least partially covering the core structure, each of the first and second covering profiles defining inwardly facing surfaces facing one another; wherein the core structure extends between and engages into respective slits n the inwardly facing surfaces of the covering profiles; wherein - the core structure comprises at least two bands of material which are mutually offset in a direction perpendicular to the longitudinal direction, wherein each of the bands of material defines respective end portions at its opposite ends when seen in the longitudinal direction; characterized in that: - the at least two bands of material are interconnected only at their end portions; - the supporting structure further comprises bracket structures (124, 126) for pre-tensioning the at least two bands in the longitudinal direction, the bracket structures attaching to the opposite ends of each of the bands of material and interconnecting the at least two bands of material; - each one of the bracket structures extends beyond the respective end portions of the bands of material in the longitudinal direction. - an internal core structure extending in a longitudinal direction; - first and second external covering profiles extending in the longitudinal direction for at least partially covering the core structure, each of the first and second covering profiles defining inwardly facing surfaces facing one another; wherein the core structure extends between and engages into respective slits n the inwardly facing surfaces of the covering profiles; - the core structure comprises at least two bands of material which are mutually offset in a direction perpendicular to the longitudinal direction, wherein each of the bands of material defines respective end portions at its opposite ends when seen in the longitudinal direction; - the at least two bands of material are interconnected only at their end portions; - the supporting structure further comprises bracket structures (124, 126) for pre-tensioning the at least two bands in the longitudinal direction, the bracket structures attaching to the opposite ends of each of the bands of material and interconnecting the at least two bands of material; - each one of the bracket structures extends beyond the respective end portions of the bands of material in the longitudinal direction.
A powder containing tungsten carbide, wherein: the powder has an Fsss particle size of greater than or equal to 0.3 μm and less than or equal to 1.5 μm, and a content rate of the tungsten carbide of greater than or equal to 90% by mass; the powder has a crystallite size (average particle diameter) Y satisfying a relational expression of Y ≤ 0.1 × X + 0.20 (X: the Fsss particle size of the powder containing tungsten carbide); and the powder contains chromium in an amount of greater than or equal to 0.2% by mass and less than or equal to 2.5% by mass. the powder has an Fsss particle size of greater than or equal to 0.3 μm and less than or equal to 1.5 μm, and a content rate of the tungsten carbide of greater than or equal to 90% by mass; the powder has a crystallite size (average particle diameter) Y satisfying a relational expression of Y ≤ 0.1 × X + 0.20 (X: the Fsss particle size of the powder containing tungsten carbide); and the powder contains chromium in an amount of greater than or equal to 0.2% by mass and less than or equal to 2.5% by mass.