mhurhangee/ep-ind-claims huggingface dataset:
A device for executing an operation of a cryptographic scheme, said operation being applied to a given current state of a data block of original data, said operation being defined in a basis ring corresponding to the quotient of a starting ring by a basis ideal generated by at least one element of the starting ring, wherein said device comprises: - a first execution unit configured to execute the operation from a state derived from said current state of the data block, in at least one reference ring, which provides a reference value for each reference ring, each reference ring being the quotient of said starting ring by a reference ideal, and - a second execution unit configured to execute the operation from said state derived from said current state of the data block in at least one extended ring corresponding to one or more of said reference rings, which provides at least one extension value for each extended ring, each extension value comprises one or more bytes, each extended ring corresponding to one or more reference rings being the quotient of the starting ring by the product of the basis ideal and of the reference ideals of said one or more corresponding reference rings, the device being configured to determine the result of said operation from at least one of the reference values and/or of the extension values depending on the verification of a condition between the reference value obtained for each reference ring and the extension values obtained for the extended rings corresponding to said reference ring, the device being further configured to map each byte of said at least one extension value to an element of the basis ring, in response to the verification of said condition, for at least one extension value, which provides a mapped value corresponding to said at least one extension value. - a first execution unit configured to execute the operation from a state derived from said current state of the data block, in at least one reference ring, which provides a reference value for each reference ring, each reference ring being the quotient of said starting ring by a reference ideal, and - a second execution unit configured to execute the operation from said state derived from said current state of the data block in at least one extended ring corresponding to one or more of said reference rings, which provides at least one extension value for each extended ring, each extension value comprises one or more bytes, each extended ring corresponding to one or more reference rings being the quotient of the starting ring by the product of the basis ideal and of the reference ideals of said one or more corresponding reference rings,
A method for manufacturing a hot-dip galvanized steel sheet using a continuous hot-dip galvanizing device that includes: an annealing furnace in which a heating zone, a soaking zone, and a cooling zone are arranged in the stated order; and a hot-dip galvanizing line located downstream of the cooling zone, the method comprising: annealing a steel sheet by conveying the steel sheet through the heating zone, the soaking zone, and the cooling zone in the stated order in the annealing furnace; and applying a hot-dip galvanized coating onto the steel sheet discharged from the cooling zone, using the hot-dip galvanizing line, wherein reducing or non-oxidizing humidified gas and reducing or non-oxidizing dry gas are supplied into the soaking zone, a CO gas concentration is measured using a CO gas concentration meter provided in an exhaust portion for gas in the soaking zone, a decarburized layer thickness of the steel sheet is calculated from the measured CO gas concentration, and at least one of a flow rate and a dew point of the humidified gas is controlled so that the calculated decarburized layer thickness is less than or equal to a predetermined thickness. annealing a steel sheet by conveying the steel sheet through the heating zone, the soaking zone, and the cooling zone in the stated order in the annealing furnace; and applying a hot-dip galvanized coating onto the steel sheet discharged from the cooling zone, using the hot-dip galvanizing line, wherein reducing or non-oxidizing humidified gas and reducing or non-oxidizing dry gas are supplied into the soaking zone, a CO gas concentration is measured using a CO gas concentration meter provided in an exhaust portion for gas in the soaking zone, a decarburized layer thickness of the steel sheet is calculated from the measured CO gas concentration, and at least one of a flow rate and a dew point of the humidified gas is controlled so that the calculated decarburized layer thickness is less than or equal to a predetermined thickness.
A ventilation mask, comprising: a. a non-planar body (1001, 2001, 3001, 4001) sized to cover the nose and mouth of a patient, the ventilation mask having a mid-sagittal plane, a mid-frontal plane, and a peripheral patient contacting portion (1002, 2002, 3002, 4002); b. a neck (1003, 2003, 3003, 4003) that defines a passage (1011, 2011, 3011, 4011) through the body, the passage (1011, 2011, 3011, 4011) having a central mid-line axis, and where the central mid-line axis intersects the top surface of the mask at a mid-line intersection point; c. wherein the top surface of the mask has a center point defined by the intersection of the top surface of the mask, the mid-sagittal plane, and the mid-frontal plane, and includes a contoured region (1004, 2004, 3004, 4004) that is at least partially concave, d. wherein the mid-line intersection point is offset from the center point, said ventilation mask being characterized in that the center point is not encompassed by the passage (1011, 2011, 3011, 4011) defined by the neck (1003, 2003, 3003, 4003) and in that the contoured region (1004, 2004, 3004, 4004) encompasses the center point of the top surface of the mask, wherein the contoured region (1004, 2004, 3004, 4004) is configured to accept at least a portion of the palm extending from the base of the thumb of an operator of the device within the concavity of the contoured region (1004, 2004, 3004, 4004). a. a non-planar body (1001, 2001, 3001, 4001) sized to cover the nose and mouth of a patient, the ventilation mask having a mid-sagittal plane, a mid-frontal plane, and a peripheral patient contacting portion (1002, 2002, 3002, 4002); b. a neck (1003, 2003, 3003, 4003) that defines a passage (1011, 2011, 3011, 4011) through the body, the passage (1011, 2011, 3011, 4011) having a central mid-line axis, and where the central mid-line axis intersects the top surface of the mask at a mid-line intersection point; c. wherein the top surface of the mask has a center point defined by the intersection of the top surface of the mask, the mid-sagittal plane, and the mid-frontal plane, and includes a contoured region (1004, 2004, 3004, 4004) that is at least partially concave, d. wherein the mid-line intersection point is offset from the center point,
An arc welding method comprising: performing pulse arc welding with a welding wire being fed in a forward direction during a first period; performing short-circuit transfer arc welding with the welding wire being fed in the forward direction and a reverse direction during a second period; alternately switching between the first period and the second period; wherein switching the first period to the second period is performed in a manner such that no transfer of a molten droplet of the welding wire occurs during a final pulse cycle of the first period; wherein the forward-feeding peak value in a first cycle of the second period is set to be different from the forward-feeding peak value in a subsequent cycle of the second period; characterized by increasing a feeding speed (Fw) of the welding wire to a forward-feeding peak value (Wsp) continuously from a start of the second period, and maintaining the feeding speed at the forward-feeding peak value until short-circuiting occurs for a first time thereafter. performing pulse arc welding with a welding wire being fed in a forward direction during a first period; performing short-circuit transfer arc welding with the welding wire being fed in the forward direction and a reverse direction during a second period; alternately switching between the first period and the second period; wherein switching the first period to the second period is performed in a manner such that no transfer of a molten droplet of the welding wire occurs during a final pulse cycle of the first period; wherein the forward-feeding peak value in a first cycle of the second period is set to be different from the forward-feeding peak value in a subsequent cycle of the second period; characterized by increasing a feeding speed (Fw) of the welding wire to a forward-feeding peak value (Wsp) continuously from a start of the second period, and maintaining the feeding speed at the forward-feeding peak value until short-circuiting occurs for a first time thereafter.
A process comprising co-processing at least pyrolysis liquid and a distillation residue from tall oil distillation in a catalytic cracking process in the presence of a solid catalyst to provide a cracking product.
A fall protection system for securely coupling a user to a support structure, the fall protection system comprising: a mast arranged to be vertically mounted in a state of use, having a top end and a base end; a user connection assembly; and a tether connector; wherein the mast comprises a structure connection portion, at which the mast is arranged to be removably connected to the support structure, and an energy absorbing deformation portion positioned closer to the top end than the structure connection portion thereby the mast is arranged to absorb energy by bending in the energy absorbing deformation portion, wherein the fall protection system is rearrangeable between an inactive state and a ready-to-use state, wherein, in the ready-to-use state: the user connection assembly protrudes from the mast substantially radially of the mast, and has a proximal end, connected with the mast at the top end, and a distal end; the tether connector is arranged at the user connection assembly, and the energy absorbing deformation portion is arranged to deform when exerted to a bending force caused by a falling user tethered to the tether connector, the energy absorbing deformation portion thereby absorbing energy and reducing the force exerted to the mast at its structure connection portion. a mast arranged to be vertically mounted in a state of use, having a top end and a base end; a user connection assembly; and a tether connector; wherein the mast comprises a structure connection portion, at which the mast is arranged to be removably connected to the support structure, and an energy absorbing deformation portion positioned closer to the top end than the structure connection portion thereby the mast is arranged to absorb energy by bending in the energy absorbing deformation portion, wherein the fall protection system is rearrangeable between an inactive state and a ready-to-use state, wherein, in the ready-to-use state: the user connection assembly protrudes from the mast substantially radially of the mast, and has a proximal end, connected with the mast at the top end, and a distal end; the tether connector is arranged at the user connection assembly, and the energy absorbing deformation portion is arranged to deform when exerted to a bending force caused by a falling user tethered to the tether connector, the energy absorbing deformation portion thereby absorbing energy and reducing the force exerted to the mast at its structure connection portion. the user connection assembly protrudes from the mast substantially radially of the mast, and has a proximal end, connected with the mast at the top end, and a distal end; the tether connector is arranged at the user connection assembly, and the energy absorbing deformation portion is arranged to deform when exerted to a bending force caused by a falling user tethered to the tether connector, the energy absorbing deformation portion thereby absorbing energy and reducing the force exerted to the mast at its structure connection portion.
A holder for supporting one or more media sheets with respect to a monitor, the holder comprising: an elongated body having a planar front surface; a plurality of retainers engaged with the body and extending substantially parallel with but in a separate plane from the planar front surface, the retainers being configured such that in use a media sheet is biased by the retainers into contact with the body so as to be supported in facing relationship with the body; and a connector adapted to connect the body with an edge of the monitor; wherein in use the retainers are configured to extend at an angle substantially perpendicular to the edge of the monitor. an elongated body having a planar front surface; a plurality of retainers engaged with the body and extending substantially parallel with but in a separate plane from the planar front surface, the retainers being configured such that in use a media sheet is biased by the retainers into contact with the body so as to be supported in facing relationship with the body; and a connector adapted to connect the body with an edge of the monitor; wherein in use the retainers are configured to extend at an angle substantially perpendicular to the edge of the monitor.
Message-carrying device for coupling to a handrail of a public transport vehicle, having an integrated support handle for passengers, provided with a passage compartment between side slits for access and exit for printed media, wherein the passage compartment is provided with a compartment in the form of a cavity or recess where the media is received and lodged; characterised by further comprising a manual-pressure activatable guiding device (9, 11) with a slope (9a,11a), which displaces and guides the media present in the passage compartment to the exit line of the slide slit for printed media substitution by insertion of another printed media.
Control board for a motor vehicle headlamp, on which at least one plug group (A, B) with identical plugs for plugging in plug counterparts is arranged, having printed circuit boards (400, 401, 402, 403, 404, 411, 412, 413, 414), the plug connections between the plugs and the plug counterparts of the printed circuit boards (400, 401, 402, 403, 404, 411, 412, 413, 414) being detachable, characterized in that the printed circuit boards (400, 401, 402, 403, 404, 411, 412, 413, 414) each have on at least one side edge a coding geometry (500, 600, 530, 630, 540, 640) resulting from their shape and, in the case of adjacent printed circuit boards (400, 401, 402, 403, 404, 411, 412, 413, 414), the coding geometry (500, 530, 540) of a side edge of a printed circuit board (400, 401, 402, 403, 404, 411, 412, 413, 414) is complementary to a coding geometry (600, 630, 640) of an adjacent side edge of an adjacent printed circuit board (400, 401, 402, 403, 404, 411, 412, 413, 414), wherein the connector counterparts on the respective printed circuit boards have such a position that, when a printed circuit board is plugged onto a connector not assigned to this printed circuit board, at least one further connector within the connector group is covered, so that plugging of a further printed circuit board onto this covered connector is prevented. the printed circuit boards (400, 401, 402, 403, 404, 411, 412, 413, 414) each have on at least one side edge a coding geometry (500, 600, 530, 630, 540, 640) resulting from their shape and, in the case of adjacent printed circuit boards (400, 401, 402, 403, 404, 411, 412, 413, 414), the coding geometry (500, 530, 540) of a side edge of a printed circuit board (400, 401, 402, 403, 404, 411, 412, 413, 414) is complementary to a coding geometry (600, 630, 640) of an adjacent side edge of an adjacent printed circuit board (400, 401, 402, 403, 404, 411, 412, 413, 414), wherein the connector counterparts on the respective printed circuit boards have such a position that, when a printed circuit board is plugged onto a connector not assigned to this printed circuit board, at least one further connector within the connector group is covered, so that plugging of a further printed circuit board onto this covered connector is prevented.
Open roof construction for a vehicle having a roof opening in a fixed roof part, comprising a stationary part, a first panel for closing and at least partly opening a first portion of the roof opening and a second panel for at least closing a second portion of the roof opening, the first and second panel and/or the stationary part being provided with sealing means (13, 16) to seal side edges of the first and second panels with respect to the fixed roof part, the first panel being movably supported by an operating mechanism guided in a guide rail of the stationary part extending along at least one longitudinal side of the roof opening, the operating mechanism including a rear support member attached to the first panel and supporting the panel in its rear portion, the guide rail and operating mechanism being such that the rear support member is movable to an extent that it partly moves alongside the second panel when the first panel moves above the second panel, the sealing means (13, 16) of the second panel and/or of the fixed roof part being such that the rear support member is enabled to pass between the second panel and the fixed roof part, wherein the sealing means for the second panel is attached to a holding member such that at the front of the second panel it extends, in lateral sense, more inwardly than the sealing means of the first panel at the rear thereof when in the closed position, the rear support member passing between the sealing means on the holding member and the second panel, characterized in that the open roof construction is configured for a vehicle having a roof seal attached to a circumferential edge of the roof opening, the holding member is positioned inwardly of the roof seal such that the sealing means for the second panel mates with the roof seal on its outer side and with the second panel on its inner side when the open roof construction is built into the vehicle.
An evaporator base pan assembly of an air-cooled display cabinet, comprising an enclosure, an evaporator base pan, and a ventilation panel, wherein the enclosure, the evaporator base pan, and the ventilation panel are arranged sequentially from a bottom to a top, wherein an outer side of the evaporator base pan extends outward and bends downward to form a hook portion; the evaporator base pan is hooked to an upper end of the enclosure through the hook portion; a bottom portion of the ventilation panel abuts on an upper edge of the evaporator base pan; the bottom portion of the ventilation panel extends downward to form a limiting portion; and the limiting portion is located on an outer side of the hook portion; wherein an upper outer side of the enclosure is provided with a step groove; and a lower end of the hook portion abuts on an upper surface of the step groove; characterized in that the lower end of the hook portion of the evaporator base pan extends outward to form a first folded edge; and the first folded edge abuts on the upper surface of the step groove; the lower end of the limiting portion extends outward to form a second folded edge; and a lower surface of the second folded edge abuts on an upper surface of the first folded edge. wherein an outer side of the evaporator base pan extends outward and bends downward to form a hook portion; the evaporator base pan is hooked to an upper end of the enclosure through the hook portion; a bottom portion of the ventilation panel abuts on an upper edge of the evaporator base pan; the bottom portion of the ventilation panel extends downward to form a limiting portion; and the limiting portion is located on an outer side of the hook portion; wherein an upper outer side of the enclosure is provided with a step groove; and a lower end of the hook portion abuts on an upper surface of the step groove; characterized in that the lower end of the hook portion of the evaporator base pan extends outward to form a first folded edge; and the first folded edge abuts on the upper surface of the step groove; the lower end of the limiting portion extends outward to form a second folded edge; and a lower surface of the second folded edge abuts on an upper surface of the first folded edge.
Method for thermal regulation of an electrochemical system comprising a stack of n electrochemical cells, n being an integer greater than or equal to 2, the electrochemicals cells being solid-oxide electrolyser cells or solid-oxide fuel cells, and at least n-1 interconnection plates interposed between the electrochemical cells, means for supplying gas to the electrochemical cells and means for collecting gases produced by the electrochemical cells, means for electrical connection of the system to the outside, wherein the electrochemical device also includes heating means (H, H1, H2, H3) integrated in the stack, said heating means including at least a first and a second heating element (E1, E2), said first and second heating elements being electrical, the first heating element being disposed in a first location in the stack and the second heating element being disposed in a second location in the stack, including: applying a first command to the first heating element and a second command to the second heating element, said first and second commands being determined so as to maintain a thermal gradient in the stack in the direction of the stack substantially at a given value.
Mobile communication and localization device configured for cooperating with a plurality of mobile network devices, comprising: - a processing unit; - a data structure adapted to contain a plurality of entries, each entry containing information about a mobile network device and a time stamp that indicates the time instant to which said information refers according to a local clock of said mobile communication and localization device; - means for transmitting data packets at successive instants of transmission; - means for receiving data packets sent by said mobile network devices belonging to said plurality of mobile network devices, - means for determining a relative position of said mobile network devices relative to said mobile communication and localization device, characterised in that - said transmitted and received data packets comprise indications of an alarm status of said mobile network devices, and in that - the time stamp referring to said information contained in said data structure is calculated with respect to said local clock, while the information contained in each said transmitted data packet is managed by each said transmitted data packet comprising a time elapsed between said time stamp of said entry and the instant of transmission of said data packet according to said local clock - a processing unit; - a data structure adapted to contain a plurality of entries, each entry containing information about a mobile network device and a time stamp that indicates the time instant to which said information refers according to a local clock of said mobile communication and localization device; - means for transmitting data packets at successive instants of transmission; - means for receiving data packets sent by said mobile network devices belonging to said plurality of mobile network devices, - means for determining a relative position of said mobile network devices relative to said mobile communication and localization device, - said transmitted and received data packets comprise indications of an alarm status of said mobile network devices, and in that - the time stamp referring to said information contained in said data structure is calculated with respect to said local clock, while the information contained in each said transmitted data packet is managed by each said transmitted data packet comprising a time elapsed between said time stamp of said entry and the instant of transmission of said data packet according to said local clock