mhurhangee/ep-ind-claims huggingface dataset:
A memory apparatus, comprising: a memory comprising an array of non-volatile memory cells (Figure 3); and a controller operable to check a portion of the memory for errors, and reprogram corrected data to the memory cells (507, 607) if errors are found, characterized in that the controller being operable to check the portion of the memory for errors in response to at least a portion of the apparatus being powered on, and wherein a different portion of the memory is checked for errors in response to each power on; the controller being further operable to determine whether a portion of the memory is marked for refresh by determining that a number of read errors found in the portion of memory exceeded an error threshold prior to a power off of at least a portion of the apparatus; and the controller being further operable in response to at least a portion of the apparatus being powered on to refresh the portion of memory if the controller determines that the portion is marked for refresh. a memory comprising an array of non-volatile memory cells (Figure 3); and a controller operable to check a portion of the memory for errors, and reprogram corrected data to the memory cells (507, 607) if errors are found, characterized in that the controller being operable to check the portion of the memory for errors in response to at least a portion of the apparatus being powered on, and wherein a different portion of the memory is checked for errors in response to each power on; the controller being further operable to determine whether a portion of the memory is marked for refresh by determining that a number of read errors found in the portion of memory exceeded an error threshold prior to a power off of at least a portion of the apparatus; and the controller being further operable in response to at least a portion of the apparatus being powered on to refresh the portion of memory if the controller determines that the portion is marked for refresh.
A front screen which is manufactured from all types of steel, especially armor steel, abrasion resistant steel, cold drawn steels, engineering metals such as aluminum alloys, titanium alloys, magnesium alloys, copper alloys, zinc alloys, etc., composites and nano-composites with metal, ceramic or polymer matrix, engineering polymers, and wooden materials in order to provide protection against shape charged warheads and comprising; - a front screen construction vertical housing and/or front screen construction horizontal housing, - horizontal profiles and characterized by, - shredder apparatuses (2, 6) which are fixed on the upper surface of the horizontal profiles and which extend from the respective horizontal profiles to the other horizontal profiles or horizontal housing and which are located continuously or with intervals on the horizontal profiles and which are shaped as triangles with their bases fixed to the horizontal profile that are adapted not to allow the warhead to pass. - a front screen construction vertical housing and/or front screen construction horizontal housing, - horizontal profiles and characterized by, - shredder apparatuses (2, 6) which are fixed on the upper surface of the horizontal profiles and which extend from the respective horizontal profiles to the other horizontal profiles or horizontal housing and which are located continuously or with intervals on the horizontal profiles and which are shaped as triangles with their bases fixed to the horizontal profile that are adapted not to allow the warhead to pass.
A mass transfer column comprising: a shell comprising at least one side wall and a top and a bottom joined to the side wall, the side wall comprising: a plurality of upright trusses that are spaced apart from each other and have opposed inner and outer faces, wherein the upright trusses are formed by an inner cord and an outer cord that are spaced apart from each other and are interconnected by web members, wherein the web members are arranged in a triangular configuration; rails extending between and joined to adjacent ones of the upright trusses and having opposed inner and outer faces; and a skin supported by the upright trusses and rails and together with the top and the bottom defining an open internal region that may be pressurized and in which mass transfer processes may occur, the skin having an inner face and an outer face; a plurality of horizontally extending beams spanning the open internal region, each of the horizontally extending beams having opposite end segments (54, 56); seats supported by the shell and supporting the opposite end segments (54, 56) of the horizontally extending beams, wherein the seats are joined to the skin of the shell; and nozzles (16, 18, 20, 22) extending through the skin of the shell for introducing fluid into the open internal region and removing fluid from the open internal region. a shell comprising at least one side wall and a top and a bottom joined to the side wall, the side wall comprising: a plurality of upright trusses that are spaced apart from each other and have opposed inner and outer faces, wherein the upright trusses are formed by an inner cord and an outer cord that are spaced apart from each other and are interconnected by web members, wherein the web members are arranged in a triangular configuration; rails extending between and joined to adjacent ones of the upright trusses and having opposed inner and outer faces; and a skin supported by the upright trusses and rails and together with the top and the bottom defining an open internal region that may be pressurized and in which mass transfer processes may occur, the skin having an inner face and an outer face; a plurality of upright trusses that are spaced apart from each other and have opposed inner and outer faces, wherein the upright trusses are formed by an inner cord and an outer cord that are spaced apart from each other and are interconnected by web members, wherein the web members are arranged in a triangular configuration; rails extending between and joined to adjacent ones of the upright trusses and having opposed inner and outer faces; and a skin supported by the upright trusses and rails and together with the top and the bottom defining an open internal region that may be pressurized and in which mass transfer processes may occur, the skin having an inner face and an outer face; a plurality of horizontally extending beams spanning the open internal region, each of the horizontally extending beams having opposite end segments (54, 56); seats supported by the shell and supporting the opposite end segments (54, 56) of the horizontally extending beams, wherein the seats are joined to the skin of the shell; and
A method for wireless communications, comprising: maintaining a number of one or more backoff counters, each backoff counter being used for flow control of one or more packets from a set of one or more queues, each queue being associated with an access class, AC; adjusting a probability of one or more of the ACs to access a wireless medium based on the number of backoff counters; performing flow control of the one or more packets from the set of queues after the adjustment; and outputting the one or more packets for transmission on the wireless medium. maintaining a number of one or more backoff counters, each backoff counter being used for flow control of one or more packets from a set of one or more queues, each queue being associated with an access class, AC; adjusting a probability of one or more of the ACs to access a wireless medium based on the number of backoff counters; performing flow control of the one or more packets from the set of queues after the adjustment; and outputting the one or more packets for transmission on the wireless medium.
An optical sensor comprising: a first bolometer film supported on a surface of a substrate while being separated from the surface of the substrate, the first bolometer film and the substrate being spatially and thermally separated from each other by a void; a second bolometer film supported on the surface of the substrate while being separated from the surface of the substrate; and a substrate-side insulating film formed on a substrate-side surface of the second bolometer film; characterized by a heat dissipation film made of amorphous silicon formed on the substrate-side surface of the second bolometer film with the substrate-side insulating film interposed therebetween; and a plurality of heat dissipation columns made of amorphous silicon thermally connected to the heat dissipation film and substrate; wherein the second bolometer film and substrate-side insulating film are formed such as to extend over a side face of the heat dissipation film intersecting the surface of the substrate. a first bolometer film supported on a surface of a substrate while being separated from the surface of the substrate, the first bolometer film and the substrate being spatially and thermally separated from each other by a void; a second bolometer film supported on the surface of the substrate while being separated from the surface of the substrate; and a substrate-side insulating film formed on a substrate-side surface of the second bolometer film; characterized by a heat dissipation film made of amorphous silicon formed on the substrate-side surface of the second bolometer film with the substrate-side insulating film interposed therebetween; and a plurality of heat dissipation columns made of amorphous silicon thermally connected to the heat dissipation film and substrate; wherein the second bolometer film and substrate-side insulating film are formed such as to extend over a side face of the heat dissipation film intersecting the surface of the substrate.
Dispenser for dispensing sheet products comprising: a housing configured to accommodate a stack of the sheet products, the housing defining a dispensing opening, the housing comprising a housing body and a cover movably attached to the housing body, so that the cover can be moved between an open refilling position and a closed use position; a support plate reciprocally movable within the housing body and having a support surface for supporting the stack of sheet products at one of opposite faces of the stack; characterized by the dispenser comprising an overfilling prevention mechanism having a stop movable between an active position in which the stop cooperates with the support plate limiting the movability of the support plate within the housing in one direction, the one direction being a direction away from the dispensing opening, and an inactive position; and a link movably mounted in the housing body and cooperating with the cover and the stop to move the stop into the active position upon moving the cover into the open refilling position. a housing configured to accommodate a stack of the sheet products, the housing defining a dispensing opening, the housing comprising a housing body and a cover movably attached to the housing body, so that the cover can be moved between an open refilling position and a closed use position; a support plate reciprocally movable within the housing body and having a support surface for supporting the stack of sheet products at one of opposite faces of the stack; characterized by the dispenser comprising an overfilling prevention mechanism having a stop movable between an active position in which the stop cooperates with the support plate limiting the movability of the support plate within the housing in one direction, the one direction being a direction away from the dispensing opening, and an inactive position; and a link movably mounted in the housing body and cooperating with the cover and the stop to move the stop into the active position upon moving the cover into the open refilling position.
A fluoroelastomer composition [composition], said composition comprising: - at least one vinylidene -fluoride based fluoroelastomer comprising recurring units derived from vinylidene fluoride and from at least one additional (per)fluorinated monomer different from VDF [fluoroelastomer]; - at least one polyhydroxylated compound [compound]; - at least one basic compound [base]; - at least one pyridinium-type salt [salt] having an aromatic ring-quaternized nitrogen atom, and comprising at least two groups [groups (alpha-H)] having a central carbon atom which bears at least a hydrogen atom and which is covalently bound to a sp 2 -hybridized carbon of an annular aromatic carbon which is in ortho or para position to the said aromatic ring-quaternized nitrogen atom; - at least one accelerant [accelerant], different from salt, selected from the group consisting of organic P, As, Se or S-onium compound, aminophosphonium derivatives, phosphoranes, and diphosphine-iminium compounds. - at least one vinylidene -fluoride based fluoroelastomer comprising recurring units derived from vinylidene fluoride and from at least one additional (per)fluorinated monomer different from VDF [fluoroelastomer]; - at least one polyhydroxylated compound [compound]; - at least one basic compound [base]; - at least one pyridinium-type salt [salt] having an aromatic ring-quaternized nitrogen atom, and comprising at least two groups [groups (alpha-H)] having a central carbon atom which bears at least a hydrogen atom and which is covalently bound to a sp 2 -hybridized carbon of an annular aromatic carbon which is in ortho or para position to the said aromatic ring-quaternized nitrogen atom; - at least one accelerant [accelerant], different from salt, selected from the group consisting of organic P, As, Se or S-onium compound, aminophosphonium derivatives, phosphoranes, and diphosphine-iminium compounds.
A semiconductor radiation source comprising: an active core structure comprising a semiconductor material, a microheater positioned above the active core structure in thermal communication with the active core structure, a top cladding layer above the active core structure, and below the microheater, a first electrode positioned on a side of the microheater in electrical communication with the active core structure for injecting current into the active core structure to control the current density in the active core structure; characterized in that the source further comprises additional top cladding layers (18, 20) positioned between the active core and the microheater, and the top cladding layer and the additional top cladding layers comprising trenches along both sides of the microheater, such that heat from the microheater propagates principally vertically within the source toward the core structure; and the top cladding layer and the additional top cladding layers (16, 18, 20) are n-doped, with the layers having successively higher doping in the ascending order towards the microheater. an active core structure comprising a semiconductor material, a microheater positioned above the active core structure in thermal communication with the active core structure, a top cladding layer above the active core structure, and below the microheater, a first electrode positioned on a side of the microheater in electrical communication with the active core structure for injecting current into the active core structure to control the current density in the active core structure; characterized in that the source further comprises additional top cladding layers (18, 20) positioned between the active core and the microheater, and the top cladding layer and the additional top cladding layers comprising trenches along both sides of the microheater, such that heat from the microheater propagates principally vertically within the source toward the core structure; and additional top cladding layers (18, 20) positioned between the active core and the microheater, and the top cladding layer and the additional top cladding layers comprising trenches along both sides of the microheater, such that heat from the microheater propagates principally vertically within the source toward the core structure; and the top cladding layer and the additional top cladding layers (16, 18, 20) are n-doped, with the layers having successively higher doping in the ascending order towards the microheater.
An image processing apparatus comprising: a display control unit configured to display a cell morphological image capturing a shape of a cell on a display unit; an acquiring unit configured to acquire a region-identifiable image for identifying a first cell region occupied by a specific portion of the cell in the cell morphological image using a first display element; an input unit configured to receive a signal responding to a user's operation; an adding unit configured to add, to the region-identifiable image, a second display element that identifies at least an outline portion of a second cell region occupied by the specific portion other than the first cell region in the cell morphological image depending on a predetermined signal set in advance and input to the input unit; and a correcting unit configured to correct the region-identifiable image such that a display element that identifies the first cell region is displayed by the display control unit on the display unit for at least a part of an overlapping area where the first and second cell regions overlap each other, wherein the correcting unit provides a gap between the display element that identifies the first cell region and the display element that identifies the second cell region in the region-identifiable image; and this gap is set depending on an occupation ratio between the first and second cell regions in the cell morphological image. a display control unit configured to display a cell morphological image capturing a shape of a cell on a display unit; an acquiring unit configured to acquire a region-identifiable image for identifying a first cell region occupied by a specific portion of the cell in the cell morphological image using a first display element; an input unit configured to receive a signal responding to a user's operation; an adding unit configured to add, to the region-identifiable image, a second display element that identifies at least an outline portion of a second cell region occupied by the specific portion other than the first cell region in the cell morphological image depending on a predetermined signal set in advance and input to the input unit; and a correcting unit configured to correct the region-identifiable image such that a display element that identifies the first cell region is displayed by the display control unit on the display unit for at least a part of an overlapping area where the first and second cell regions overlap each other,
An indirect printing system having an intermediate transfer member in the form of a circulating endless belt for transporting ink images from an image forming station, where the ink images are deposited on an outer surface of the ITM by at least one print bar (10, 12, 14, 16), to an impression station where the ink images are transferred from the outer surface of the ITM onto a printing substrate, wherein the outer surface of the ITM is maintained within the image forming station at a predetermined distance from the at least one print bar by a plurality of support rollers (11, 13, 15, 17) that have a common flat tangential plane and contact the inner surface of the ITM, characterized the inner surface of the ITM is attracted to the support rollers (11, 13, 15, 17), the attraction being such that the area of contact between the ITM and each support roller is greater on the downstream side than the upstream side of the support roller, referenced to the direction of movement of the ITM.
A method for decontaminating water and generating water vapor, comprising the steps of: orienting a elongated vessel having an inner chamber generally horizontally; introducing a water having contaminates into the inner chamber of the vessel; moving the water through a series of rotating trays alternately separated by stationary baffles disposed within the inner chamber; passing the water and the water vapor through a plurality of scoops through each of the trays, wherein the scoops are configured to have an inlet of a first diameter and an outlet of a second smaller diameter, so as to swirl and heat the water to effect the vaporization thereof to produce a vapor having at least some of the contaminates separated therefrom; passing the water through a plurality of apertures through each of the baffles, wherein the apertures are configured to have an inlet of a first diameter and an outlet of a second smaller diameter; rotating the series of trays at a speed whereby a temperature of the vapor is raised to a pasteurization temperature; removing the vapor from the vessel for condensing apart from the separated contaminates and remaining water; sensing the conditions of at least one of: 1) water input into the vessel, 2) the speed of rotation of the trays, 3) pressure within the vessel, 4) temperature of the water or vapor, or 5) level of separated contaminates; and adjusting the speed of rotation of the trays or water input into the vessel in response to the sensed conditions. orienting a elongated vessel having an inner chamber generally horizontally; introducing a water having contaminates into the inner chamber of the vessel; moving the water through a series of rotating trays alternately separated by stationary baffles disposed within the inner chamber; passing the water and the water vapor through a plurality of scoops through each of the trays, wherein the scoops are configured to have an inlet of a first diameter and an outlet of a second smaller diameter, so as to swirl and heat the water to effect the vaporization thereof to produce a vapor having at least some of the contaminates separated therefrom; passing the water through a plurality of apertures through each of the baffles, wherein the apertures are configured to have an inlet of a first diameter and an outlet of a second smaller diameter; rotating the series of trays at a speed whereby a temperature of the vapor is raised to a pasteurization temperature; removing the vapor from the vessel for condensing apart from the separated contaminates and remaining water; sensing the conditions of at least one of: 1) water input into the vessel, 2) the speed of rotation of the trays, 3) pressure within the vessel, 4) temperature of the water or vapor, or 5) level of separated contaminates; and adjusting the speed of rotation of the trays or water input into the vessel in response to the sensed conditions.
A microcontroller comprising an input capture peripheral, wherein the input capture peripheral is configured to store timer values of an associated timer in a memory of the microcontroller upon receipt of an event signal and wherein the input capture peripheral comprises a gating input (asdg_in[n]) which controls whether an input capture function is activated, wherein the gating input (asdg_in[n]) is configured to be coupled with the output of a first comparator of the microcontroller comparing an input signal with a threshold value (Vref1).
Use of an agent selected from caspase-8 or a fragment of caspase-8 that retains biological activity of caspase-8, in the manufacture of a medicament for the treatment or prevention of an inflammatory skin disease, disorder or condition.