mhurhangee/ep-ind-claims huggingface dataset:
A shaving cartridge comprising: a housing having a top surface, a bottom surface, a front edge, a rear edge, and a pair of side edges extending between the front edge and the rear edge, the housing having a main blade disposed between the front edge and the rear edge, the main blade having a main cutting edge extending toward the top surface, the main blade being movable in the housing, wherein the shaving cartridge comprises a masking foil comprising a front portion located forward of the main cutting edge and a back portion located rearward the main cutting edge, the masking foil further comprising at least one ribbon which partially covers the main cutting edge, wherein the at least one ribbon comprises a front bent portion connected to the front portion and a back bent portion connected to the back portion of the masking foil, the front and the back bent portion being directed toward the bottom surface, and wherein the masking foil is inserted in the housing of the cartridge, characterized in that the masking foil comprises an elastic means. a housing having a top surface, a bottom surface, a front edge, a rear edge, and a pair of side edges extending between the front edge and the rear edge, the housing having a main blade disposed between the front edge and the rear edge, the main blade having a main cutting edge extending toward the top surface, the main blade being movable in the housing, wherein the shaving cartridge comprises a masking foil comprising a front portion located forward of the main cutting edge and a back portion located rearward the main cutting edge, the masking foil further comprising at least one ribbon which partially covers the main cutting edge, wherein the at least one ribbon comprises a front bent portion connected to the front portion and a back bent portion connected to the back portion of the masking foil, the front and the back bent portion being directed toward the bottom surface, and wherein the masking foil is inserted in the housing of the cartridge, characterized in that the masking foil comprises an elastic means.
Method for detecting foreign substances, in particular harmful substances, in water, in particular in drinking water, preferably suitable for implementation using a device according to any one of claims 9 to 14, comprising the steps of: a) removing a sample, b) preparing the removed sample, wherein the preparation of the sample involves an at least partial distillation of the removed sample, c) analysing the condensate obtained by means of UV/VIS spectroscopy and/or fluorescence spectroscopy, wherein the analysis comprises the following steps: c1) exciting the condensate with light, in particular of a laser or a deuterium lamp, having at least one excitation wavelength, and c2) recording at least one absorption spectrum and/or fluorescence spectrum of the light transmitted by the condensate and/or the light emitted by the condensate by means of a detector, and d) establishing at least one of the foreign substances in the analysed condensate using at least one of the recorded absorption and/or fluorescence spectrums. a) removing a sample, b) preparing the removed sample, wherein the preparation of the sample involves an at least partial distillation of the removed sample, c) analysing the condensate obtained by means of UV/VIS spectroscopy and/or fluorescence spectroscopy, wherein the analysis comprises the following steps: c1) exciting the condensate with light, in particular of a laser or a deuterium lamp, having at least one excitation wavelength, and c2) recording at least one absorption spectrum and/or fluorescence spectrum of the light transmitted by the condensate and/or the light emitted by the condensate by means of a detector, and c1) exciting the condensate with light, in particular of a laser or a deuterium lamp, having at least one excitation wavelength, and c2) recording at least one absorption spectrum and/or fluorescence spectrum of the light transmitted by the condensate and/or the light emitted by the condensate by means of a detector, d) establishing at least one of the foreign substances in the analysed condensate using at least one of the recorded absorption and/or fluorescence spectrums.
Composite material, in particular switchable functional material, preferably composite particles, comprising (a) a porous carrier material, in particular porous particles, and (b) a swellable material, wherein the pores of the porous carrier material contain the swellable material, wherein the porous carrier material is a mineral filler or a mixture of mineral fillers, wherein the porous carrier material has a predominantly open pore system, and wherein the swellable material is formed in the pores of the porous carrier material. (a) a porous carrier material, in particular porous particles, and (b) a swellable material, wherein the pores of the porous carrier material contain the swellable material, wherein the porous carrier material is a mineral filler or a mixture of mineral fillers, wherein the porous carrier material has a predominantly open pore system, and wherein the swellable material is formed in the pores of the porous carrier material.
A device comprising: peripherals powered by a power source; a throttling circuit configured to: in response to receiving a given interrupt, cause throttling of respective currents to a given subset of the peripherals; a sensing circuit configured to: in response to determining that a sensed current from the power source exceeds a threshold current, provide the given interrupt to the throttling circuit via a hardware data line therebetween; a primary processor configured to: determine the threshold current based at least on a predetermined maximum current of a presently prioritized peripheral; and provide the threshold current to the sensing circuit; and a secondary processor configured to: determine the given subset of the peripherals based on an available current overhead. peripherals powered by a power source; a throttling circuit configured to: in response to receiving a given interrupt, cause throttling of respective currents to a given subset of the peripherals; a sensing circuit configured to: in response to determining that a sensed current from the power source exceeds a threshold current, provide the given interrupt to the throttling circuit via a hardware data line therebetween; a primary processor configured to: determine the threshold current based at least on a predetermined maximum current of a presently prioritized peripheral; and provide the threshold current to the sensing circuit; and a secondary processor configured to: determine the given subset of the peripherals based on an available current overhead.
A method comprising: providing at least one shared carrier and at least one dedicated carrier in a cellular network for conveying communication traffic for a plurality of user terminals via one or more macro cells and one or more small cells in the cellular network, wherein the at least one shared carrier is associated with data communication traffic for the plurality of user terminals and the at least one dedicated carrier is associated with voice communication traffic for the plurality of user terminals; and steering at least one user terminal in the cellular network away from a particular dedicated carrier to a particular shared carrier associated with a particular small cell to manage load balancing in the cellular network, wherein the steering includes at least one of: adjusting an offset parameter of the particular small cell to a first level to steer the at least one user terminal to the particular small cell to decrease loading of the at least one dedicated carrier; and adjusting the offset parameter of the particular small cell to a second level to steer the at least one user terminal away from the particular small cell to a macro cell to decrease loading of the at least one shared carrier. providing at least one shared carrier and at least one dedicated carrier in a cellular network for conveying communication traffic for a plurality of user terminals via one or more macro cells and one or more small cells in the cellular network, wherein the at least one shared carrier is associated with data communication traffic for the plurality of user terminals and the at least one dedicated carrier is associated with voice communication traffic for the plurality of user terminals; and steering at least one user terminal in the cellular network away from a particular dedicated carrier to a particular shared carrier associated with a particular small cell to manage load balancing in the cellular network, wherein the steering includes at least one of: adjusting an offset parameter of the particular small cell to a first level to steer the at least one user terminal to the particular small cell to decrease loading of the at least one dedicated carrier; and to a first level to steer the at least one user terminal to the particular small cell to decrease loading of the at least one dedicated carrier; and adjusting the offset parameter of the particular small cell to a second level to steer the at least one user terminal away from the particular small cell to a macro cell to decrease loading of the at least one shared carrier.
Rail vehicle, in which two wheelsets (8, 9; 10, 11) of a bogie (5; 6) are fastened to a bogie frame (16; 17) via a primary suspension (12, 13; 14, 15) and in which at least one carriage has an apparatus (48; 48'; 48") with a diagnostic facility (DE; DE"), wherein the diagnostic facility (DE; DE") has an electronic diagnostic device (DG.1; DG".1; DG.2; DG".2) arranged on the bogie (5; 6) and acceleration sensors (105 to 116; 117 to 128) arranged on the bogie (5; 6) for chassis diagnosis, which output acceleration signals to the electronic diagnostic device (DG.1; DG".1; DG.2; DG".2), characterised in that a first (115; 127) of the acceleration sensors for chassis diagnosis is arranged on a first end section (201; 205), opposite the outside of a wheel (34; 38) of one of the two wheelsets (8, 9; 10, 11), of a first side-sill (157; 159) of the bogie frame (16; 17) extending in the direction of travel (x) of the rail vehicle, such that its direction of detection runs in the vertical direction (z) of the rail vehicle.
An RF phased array coil for use in an MR imaging system for generating an MR image of a subject and for use in a radiation imaging system for generating a radiation image of said subject using penetrating electromagnetic radiation, the phased array coil comprising: conductive traces; a support defined by at least one substrate sheet; and a plurality of coil loops (61, 62) formed by said conductive traces mounted on said support; one of said coil loops (61, 62) overlapping another one of the coil loops (61, 62) so that a leg of said one coil loop lies adjacent to a leg of said other coil loop with two sections (61 B, 61 C) at opposite ends of the leg of said one coil loop crossing two corresponding sections (62B, 62C) at opposite ends of the leg of said other coil loop; characterized in that (i) each of the crossing sections (61 B, 61 C) and each of the corresponding sections (62B, 62C) has a thickness in a direction at right angle to the support which is less than that of the legs; and (ii) the support is formed of non-conductive material which has a thickness selected such that an attenuation of the penetrating electromagnetic radiation at locations on the support spaced from the traces is substantially equal to the attenuation at locations on the support at the conductive traces; such that an attenuation of the penetrating electromagnetic radiation caused by the RF coil within said radiation image is substantially constant throughout a field of view of the radiation imaging system, when the RF phase array coil is kept in place during radiation imaging within said field of view, to avoid a visible artefact within said radiation image caused by the presence of the RF phased array coil. conductive traces; a support defined by at least one substrate sheet; and a plurality of coil loops (61, 62) formed by said conductive traces mounted on said support; one of said coil loops (61, 62) overlapping another one of the coil loops (61, 62) so that a leg of said one coil loop lies adjacent to a leg of said other coil loop with two sections (61 B, 61 C) at opposite ends of the leg of said one coil loop crossing two corresponding sections (62B, 62C) at opposite ends of the leg of said other coil loop; (i) each of the crossing sections (61 B, 61 C) and each of the corresponding sections (62B, 62C) has a thickness in a direction at right angle to the support which is less than that of the legs; and (ii) the support is formed of non-conductive material which has a thickness selected such that an attenuation of the penetrating electromagnetic radiation at locations on the support spaced from the traces is substantially equal to the attenuation at locations on the support at the conductive traces;
A method for processing wood, the method comprising: feeding wood material through a feed opening of a processing device into a feed chamber by means of a feeding device; cutting the wood material by at least one cutting device between the feeding device and the feed chamber after a predetermined amount of wood material has been fed into the feed chamber; transferring the wood material in the feed chamber away from the feed opening after the cutting; and compressing the cut-off wood material to reduce its volume and to form a wood material bundle; characterized by delivering new wood material to the feeding device while the previous dose of wood material is still on the cutting device; preventing the new wood material from moving to the cutting device by means of at least one mechanical stopper; and releasing the new wood material held back by the stopper after the cutting device and the feed chamber are ready to receive the new wood material. feeding wood material through a feed opening of a processing device into a feed chamber by means of a feeding device; cutting the wood material by at least one cutting device between the feeding device and the feed chamber after a predetermined amount of wood material has been fed into the feed chamber; transferring the wood material in the feed chamber away from the feed opening after the cutting; and compressing the cut-off wood material to reduce its volume and to form a wood material bundle; characterized by delivering new wood material to the feeding device while the previous dose of wood material is still on the cutting device; preventing the new wood material from moving to the cutting device by means of at least one mechanical stopper; and releasing the new wood material held back by the stopper after the cutting device and the feed chamber are ready to receive the new wood material.
A computing system for retrieving data from an external memory device of a second computing system, the computing system comprising: a local memory device to store data; characterized in that the computing system further comprises a data translation module to: detect a request for data, said request generated by a requestor; translate a local memory address corresponding to the requested data from a local memory address space of the local memory device to an external memory address space; determine that the requested data resides in the external memory device of the second computing system, the external memory device comprising a portion allocated for data storage for the local memory device wherein a processor of the second computing system cannot detect the presence of the portion of the external memory device, which is allocated for data storage for the local memory device, in the second computing system, send the request for data to the external memory device, the request for data including an external memory address corresponding to the external memory address space; receive the requested data from the external memory device; translate the external memory address corresponding to the requested data from the external memory address space to the local memory address corresponding to the local memory address space of the local memory device; and return the requested data with the local memory address to the requestor. detect a request for data, said request generated by a requestor; translate a local memory address corresponding to the requested data from a local memory address space of the local memory device to an external memory address space; determine that the requested data resides in the external memory device of the second computing system, the external memory device comprising a portion allocated for data storage for the local memory device wherein a processor of the second computing system cannot detect the presence of the portion of the external memory device, which is allocated for data storage for the local memory device, in the second computing system, send the request for data to the external memory device, the request for data including an external memory address corresponding to the external memory address space; receive the requested data from the external memory device; translate the external memory address corresponding to the requested data from the external memory address space to the local memory address corresponding to the local memory address space of the local memory device; and return the requested data with the local memory address to the requestor.
A closure cap for a medical container, wherein the closure cap has an injection port for admixing substances to the content of the container and an extraction port for extracting the content of the container, wherein the extraction port is configured to be directed towards an interior of the container, and is executed as a tapered cone having at least one predetermined breaking point in the area of the tip of the cone, characterized in that the cone comprises a sealing lip on its inner side.
An apparatus for the separation of a mixture of two liquids, comprising: a section configured to receive a mixture of two liquids; a first flow conditioner section downstream of the section and comprising at least one first electrode for generating a first electric field and a first flow conditioner having a first permittivity, wherein the first flow conditioner comprises a helicoidal-shaped flow conditioner comprising a helicoidal flow path or a branched flow conditioner comprising a plurality of branched flow paths; a second flow conditioner section downstream of the first flow conditioner section and comprising at least one second electrode for generating a second electric field and a second flow conditioner having a second permittivity, wherein the second flow conditioner comprises a helicoidal-shaped flow conditioner comprising a helicoidal flow path or a branched flow conditioner comprising a plurality of branched flow paths; a permittivity measurement apparatus coupled to the first section and configured to measure the permittivity of the mixture; a flow conditioner section selector configured to receive the mixture permittivity from the permittivity measurement apparatus and energize the at least one first electrode of the first flow conditioner section or energize the at least one second electrode of the second flow conditioner section based on a comparison between the mixture permittivity and the first permittivity and the mixture permittivity and the second permittivity. a section configured to receive a mixture of two liquids; a first flow conditioner section downstream of the section and comprising at least one first electrode for generating a first electric field and a first flow conditioner having a first permittivity, wherein the first flow conditioner comprises a helicoidal-shaped flow conditioner comprising a helicoidal flow path or a branched flow conditioner comprising a plurality of branched flow paths; a second flow conditioner section downstream of the first flow conditioner section and comprising at least one second electrode for generating a second electric field and a second flow conditioner having a second permittivity, wherein the second flow conditioner comprises a helicoidal-shaped flow conditioner comprising a helicoidal flow path or a branched flow conditioner comprising a plurality of branched flow paths; a permittivity measurement apparatus coupled to the first section and configured to measure the permittivity of the mixture; a flow conditioner section selector configured to receive the mixture permittivity from the permittivity measurement apparatus and energize the at least one first electrode of the first flow conditioner section or energize the at least one second electrode of the second flow conditioner section based on a comparison between the mixture permittivity and the first permittivity and the mixture permittivity and the second permittivity.
A compound represented by Formula: or pharmaceutically acceptable salt thereof, wherein: X is a triazole, which is optionally substituted with one or more independent R 5 substituents; R 1 and R 2 are each independently hydrogen or C 1 -C 6 alkyl; A is optionally substituted with one or more independent R 5 substituents; R 3 and R 4 are each independently hydrogen or C 1 -C 6 alkyl; or R 3 with R 4, taken together with the carbon atom to which they are attached, form a carbonyl or 3-10 membered saturated or unsaturated monocyclic or polycyclic ring, wherein said ring is optionally substituted with one or more R 5; each occurrence of R 5 is independently halogen, cyano, hydroxy, nitro, -SO 2 NR 6 R 7, -CONR 6 R 7 or -NR 6 R 7, haloalkyl, or C 1 -C 6 alkyl group; and R 6 and R 7 are each independently hydrogen or a C 1 -C 6 alkyl group. X is a triazole, which is optionally substituted with one or more independent R 5 substituents; R 1 and R 2 are each independently hydrogen or C 1 -C 6 alkyl; A is optionally substituted with one or more independent R 5 substituents; R 3 and R 4 are each independently hydrogen or C 1 -C 6 alkyl; or R 3 with R 4, taken together with the carbon atom to which they are attached, form a carbonyl or 3-10 membered saturated or unsaturated monocyclic or polycyclic ring, wherein said ring is optionally substituted with one or more R 5; each occurrence of R 5 is independently halogen, cyano, hydroxy, nitro, -SO 2 NR 6 R 7, -CONR 6 R 7 or -NR 6 R 7, haloalkyl, or C 1 -C 6 alkyl group; and R 6 and R 7 are each independently hydrogen or a C 1 -C 6 alkyl group.
A process for the treatment of solid alkaline residue comprising calcium, heavy metals and sulphate, the process comprising: a) reacting the solid alkaline residue with carbon dioxide by contacting the solid alkaline residue with a carbon dioxide containing gas to obtain carbonated solid material; and c) washing the carbonated solid material with an aqueous stream to obtain washed solid material and wash water comprising calcium and sulphate and precipitating at least part of the calcium in the wash water as calcium carbonate. a) reacting the solid alkaline residue with carbon dioxide by contacting the solid alkaline residue with a carbon dioxide containing gas to obtain carbonated solid material; and c) washing the carbonated solid material with an aqueous stream to obtain washed solid material and wash water comprising calcium and sulphate and precipitating at least part of the calcium in the wash water as calcium carbonate.