mhurhangee/ep-ind-claims huggingface dataset:
A method of configuring a network device for key sharing, the method comprising: obtaining in electronic form a private modulus ( p 1), a public modulus, and a bivariate polynomial ( f 1) having integer coefficients, the binary representation of the public modulus and the binary representation of the private modulus are the same in at least key length ( b) consecutive bits, generating local key material for the network device, the generating step comprising obtaining in electronic form an identity number for the network device, and determining using a polynomial manipulation device a univariate polynomial from the bivariate polynomial by substituting the identity number into the bivariate polynomial, reducing modulo the private modulus the result of the substitution, and electronically storing the generated local key material at the network device, and storing the public modulus in the network device. obtaining in electronic form a private modulus ( p 1), a public modulus, and a bivariate polynomial ( f 1) having integer coefficients, the binary representation of the public modulus and the binary representation of the private modulus are the same in at least key length ( b) consecutive bits, generating local key material for the network device, the generating step comprising obtaining in electronic form an identity number for the network device, and determining using a polynomial manipulation device a univariate polynomial from the bivariate polynomial by substituting the identity number into the bivariate polynomial, reducing modulo the private modulus the result of the substitution, and electronically storing the generated local key material at the network device, and storing the public modulus in the network device.
A compound having a structure wherein each X independently is CH, cR1, or N, and with the proviso that one and only one X must be N; A is CH 2 or O; R 1 is H, halogen, or OR 5; R 2 is H, C 1 -C 5 alkyl, or C 3 -C 6 cycloalkyl; R 3 is H or CH 3; R 4 is H or F; R 5 is C 1 -C 4 alkyl or C 3 -C 6 cycloalkyl, optionally substituted with one or more F; and R 6 and R 7 independently, are H or C 1 -C 3 alkyl or R 6 and R 7 are taken together with the nitrogen atom to which they are attached to form a C 4 -C 8 heterocycloalkyl or heterobicycloalkyl ring, optionally substituted with F or CH 3; or a pharmaceutically acceptable salt thereof. wherein each X independently is CH, cR1, or N, and with the proviso that one and only one X must be N; A is CH 2 or O; R 1 is H, halogen, or OR 5; R 2 is H, C 1 -C 5 alkyl, or C 3 -C 6 cycloalkyl; R 3 is H or CH 3; R 4 is H or F; R 5 is C 1 -C 4 alkyl or C 3 -C 6 cycloalkyl, optionally substituted with one or more F; and R 6 and R 7 independently, are H or C 1 -C 3 alkyl or R 6 and R 7 are taken together with the nitrogen atom to which they are attached to form a C 4 -C 8 heterocycloalkyl or heterobicycloalkyl ring, optionally substituted with F or CH 3; or a pharmaceutically acceptable salt thereof.
A system of a cable, a cable lug and a hose, wherein said cable is made of metal, wherein said cable has a terminal, and is configured for restraining said hose from whipping in case of accidental rupture, wherein said cable lug is made of metal and comprises an end plate portion, with an eyelet and a hollow shank, wherein the shank is defined by two opposite wings (13a, 13b), wherein the wings (13a, 13b) are arranged to grip said terminal, wherein the hose has an end fitting and said plate end portion of the cable lug is arranged to fit the end fitting, and wherein said wings (13a, 13b) of said shank are connected to each other and to said terminal by a weld bead. wherein said cable is made of metal, wherein said cable has a terminal, and is configured for restraining said hose from whipping in case of accidental rupture, wherein said cable lug is made of metal and comprises an end plate portion, with an eyelet and a hollow shank, wherein the shank is defined by two opposite wings (13a, 13b), wherein the wings (13a, 13b) are arranged to grip said terminal, wherein the hose has an end fitting and said plate end portion of the cable lug is arranged to fit the end fitting, and wherein said wings (13a, 13b) of said shank are connected to each other and to said terminal by a weld bead.
A cell culture incubator comprising: an incubator cabinet comprising an internal chamber having a controlled temperature and gas mixture therein appropriate for the growth of a type of cell for incubation of said type of cell in one or more cell culture vessels in the internal chamber; a door opening from an external environment to said internal chamber; an imager configured for imaging said type of cell within said internal chamber; a manipulator for manipulating said type of cell in said one or more cell culture vessels within said internal chamber; and a cell culture vessel transfer device for moving said one or more cell culture vessels between the imager, the manipulator, and locations within said internal chamber; characterized in that the imager, manipulator, and transfer device are disposed in the internal chamber. an incubator cabinet comprising an internal chamber having a controlled temperature and gas mixture therein appropriate for the growth of a type of cell for incubation of said type of cell in one or more cell culture vessels in the internal chamber; a door opening from an external environment to said internal chamber; an imager configured for imaging said type of cell within said internal chamber; a manipulator for manipulating said type of cell in said one or more cell culture vessels within said internal chamber; and a cell culture vessel transfer device for moving said one or more cell culture vessels between the imager, the manipulator, and locations within said internal chamber; characterized in that the imager, manipulator, and transfer device are disposed in the internal chamber.
A surgical training device, comprising a model, the model comprising an elongate body having an inner surface and an outer surface, the inner surface defining a lumen with a proximal opening and a longitudinal axis, characterized in the model further comprising a plurality of eyelets connected to the inner surface of the lumen and extending inwardly from the inner surface into the lumen, each eyelet having a head portion with an aperture sized for passing a suture needle and suture, the aperture of each eyelet defining an aperture plane, the eyelets being spaced apart circumferentially and longitudinally along the lumen for practicing the passing of at least one needle and suture through the eyelets.
A passenger seat with a vertically stowed tray table, comprising: a seat frame mountable to a floor of an aircraft cabin; a seatback pivotably mountable to the seat frame, the seatback and the seat frame collectively configured to accommodate a passenger; at least one armrest attached to the seatback on the left or right side; at least one tray table slidably attached to the armrest by an extender defining a space between the tray table and the armrest, the tray table configured to: translate lengthwise along the armrest; and pivot between a stowed configuration and a deployed configuration, the stowed configuration associated with a substantially vertical orientation above the armrest and proximate to the seatback, the deployed configuration associated with a substantially horizontal orientation extending partially across the passenger seat; characterized by the tray table including a partially padded underside configured to support the passenger when in the stowed configuration. a seat frame mountable to a floor of an aircraft cabin; a seatback pivotably mountable to the seat frame, the seatback and the seat frame collectively configured to accommodate a passenger; at least one armrest attached to the seatback on the left or right side; at least one tray table slidably attached to the armrest by an extender defining a space between the tray table and the armrest, the tray table configured to: translate lengthwise along the armrest; and pivot between a stowed configuration and a deployed configuration, the stowed configuration associated with a substantially vertical orientation above the armrest and proximate to the seatback, the deployed configuration associated with a substantially horizontal orientation extending partially across the passenger seat; characterized by the tray table including a partially padded underside configured to support the passenger when in the stowed configuration. translate lengthwise along the armrest; and pivot between a stowed configuration and a deployed configuration, the stowed configuration associated with a substantially vertical orientation above the armrest and proximate to the seatback, the deployed configuration associated with a substantially horizontal orientation extending partially across the passenger seat; characterized by the tray table including a partially padded underside configured to support the passenger when in the stowed configuration.
Internal module for a cargo space of a vehicle, having a guide rail in which a guide member of an adjustable cargo space cover is guidable between a first wall and a second wall of the guide rail, wherein the first wall at least in portions is configured by a track element, wherein the guide rail has at least one first latching portion for securing the guide member in a first latching position, characterized in that the second wall, at least in the first latching portion, is at least partially formed by an insert element that is separate from the track element, wherein the guide rail has a second latching portion and a third latching portion, wherein the first latching portion is disposed between the second latching portion and the third latching portion.
A dressing (200, 400, 500, 600, 700) for distributing reduced pressure to a tissue site (106, 304), the dressing comprising: a plurality of liquid-impermeable layers (117, 202, 402, 502, 702) that are stacked; wherein the plurality of liquid-impermeable layers are fenestrated; a plurality of spacers (208, 412, 510, 608, 610) disposed at least partially between adjacent liquid-impermeable layers to provide displacement of at least a portion of adjacent liquid-impermeable layers; a plurality of flow pathways formed by the plurality of spacers and plurality of liquid-impermeable layers for allowing fluid flow under reduced pressure; wherein adjacent layers of the plurality of liquid-impermeable layers are stacked without foam between a majority of the surface area of at least a majority of coextensive surfaces; characterized in that the plurality of spacers comprise a plurality of folds (510, 608) formed in at least one of the plurality of liquid-impermeable layers, each fold having a curved portion with a radius which forms a micro-channel. a plurality of liquid-impermeable layers (117, 202, 402, 502, 702) that are stacked; wherein the plurality of liquid-impermeable layers are fenestrated; a plurality of spacers (208, 412, 510, 608, 610) disposed at least partially between adjacent liquid-impermeable layers to provide displacement of at least a portion of adjacent liquid-impermeable layers; a plurality of flow pathways formed by the plurality of spacers and plurality of liquid-impermeable layers for allowing fluid flow under reduced pressure; wherein adjacent layers of the plurality of liquid-impermeable layers are stacked without foam between a majority of the surface area of at least a majority of coextensive surfaces;
A switched converter, supplied with a DC voltage originating from an AC voltage, preferably mains voltage, comprising: - output terminals for supplying an LED load; - a feedback loop controller configured to generate an output signal commanding a switching frequency or period of at least one switch of the converter for feedback controlling a load current on a nominal value, based on a signal indicating a sensed load current and supplied to the feedback loop controller; - a feed-forward control, FFC, block, wherein preferably a response time of the FFC block is faster than a response time of the feed-back loop controller, characterized in that - the feed-forward control, FFC, block is configured to analyse, preferably in time increments of said signal indicating the sensed load current and/or the DC voltage, a ripple amplitude component which is present in said signal indicating the sensed load current and/or the DC voltage, and to add, based thereon, a ripple compensation signal to said output signal of the feed-back loop controller, wherein the result of the addition is used for the actual switching operation of said at least one switch of the converter. - output terminals for supplying an LED load; - a feedback loop controller configured to generate an output signal commanding a switching frequency or period of at least one switch of the converter for feedback controlling a load current on a nominal value, based on a signal indicating a sensed load current and supplied to the feedback loop controller; - a feed-forward control, FFC, block, wherein preferably a response time of the FFC block is faster than a response time of the feed-back loop controller, - the feed-forward control, FFC, block is configured to analyse, preferably in time increments of said signal indicating the sensed load current and/or the DC voltage, a ripple amplitude component which is present in said signal indicating the sensed load current and/or the DC voltage, and to add, based thereon, a ripple compensation signal to said output signal of the feed-back loop controller, wherein the result of the addition is used for the actual switching operation of said at least one switch of the converter.
An exhaust purification system for an internal combustion engine in which an exhaust purification catalyst is arranged in an engine exhaust passage, a hydrocarbon feed valve is arranged in the engine exhaust passage upstream of the exhaust purification catalyst, a precious metal catalyst is carried on an exhaust gas flow surface of the exhaust purification catalyst, a basic exhaust gas flow surface part is formed around the precious metal catalyst, the exhaust purification catalyst has a property of reducing NO X which is contained in an exhaust gas when making a concentration of hydrocarbons flowing into the exhaust purification catalyst vibrate within a predetermined range of amplitude and within a predetermined range of period and has a property of being increased in storage amount of NO X which is contained in the exhaust gas if making the vibration period of the hydrocarbon concentration longer than the predetermined range, and hydrocarbons are injected from the hydrocarbon feed valve by a period within the predetermined range at the time of engine operation to thereby remove NO X which is contained in the exhaust gas, characterized in that: the exhaust purification system comprises means adapted so that a difference is set between a first part and a second part of one injection period with respect to an injection amount of hydrocarbons in each injection when hydrocarbons are repeatedly injected from the hydrocarbon feed valve by a period within the predetermined range, in the first part injection period, the amount of injection of hydrocarbons per unit time is made an injection amount required for making an air-flow ratio of the exhaust gas flowing into the exhaust purification catalyst rich, and in the second part injection period, an injection action of hydrocarbons is continued over a longer time than the first part injection period in a state where the amount of injection of hydrocarbons per unit time is made an injection amount smaller than the first part injection period. the exhaust purification system comprises means adapted so that a difference is set between a first part and a second part of one injection period with respect to an injection amount of hydrocarbons in each injection when hydrocarbons are repeatedly injected from the hydrocarbon feed valve by a period within the predetermined range, in the first part injection period, the amount of injection of hydrocarbons per unit time is made an injection amount required for making an air-flow ratio of the exhaust gas flowing into the exhaust purification catalyst rich, and in the second part injection period, an injection action of hydrocarbons is continued over a longer time than the first part injection period in a state where the amount of injection of hydrocarbons per unit time is made an injection amount smaller than the first part injection period.
A filter comprising: a tow comprising a plurality of cellulose acetate filaments, wherein the tow has 12.2 dtex (11 denier) per filament or greater and 16,667 dtex total (15,000 total denier) or less, and an additive, the filter having an encapsulated pressure drop of 34 Pa to 196 Pa (3.5 to 20 mm water)/mm length of filter, wherein without the additive the filter has an encapsulated pressure drop of 29 Pa (3 mm water)/mm length of filter or less, and the filter having a circumference of 26 mm or less, wherein the encapsulated pressure drop is measured under the CORESTA ("Cooperation Centre for Scientific Research Relative to Tobacco") Recommended Method No. 41, dated June 2007. a tow comprising a plurality of cellulose acetate filaments, wherein the tow has 12.2 dtex (11 denier) per filament or greater and 16,667 dtex total (15,000 total denier) or less, and an additive, the filter having an encapsulated pressure drop of 34 Pa to 196 Pa (3.5 to 20 mm water)/mm length of filter, wherein without the additive the filter has an encapsulated pressure drop of 29 Pa (3 mm water)/mm length of filter or less, and the filter having a circumference of 26 mm or less, wherein the encapsulated pressure drop is measured under the CORESTA ("Cooperation Centre for Scientific Research Relative to Tobacco") Recommended Method No. 41, dated June 2007.
A lighting device (1b;1c), the lighting device being a DRL and the lighting device being of the type adapted to generate in use a first predetermined photometric projection (P2,P3) adapted to fulfill a predetermined light distribution law defined by a required photometric projection and comprising a plurality of modules, each of which comprising, in turn, a light source and means for distributing the radiation emitted by the light source so as to generate, for each module, a second predetermined photometric projection (P2'; P2"; P3') for each module; wherein said means for distributing the light radiation of each module are designed so that, in combination: - the second predetermined photometric projection (P2';P2";P3') of each module has, along at least one axis of a pair of orthogonal axes (C1,C2) defining the laying plane of said photometric projections (P2,P3), a width greater than the width required for the first photometric projection along such axis, according to said predetermined law, i.e. greater than the width of said required photometric projection; - the second photometric projection (P2';P2";P3') generated by each module always has a punctual intensity lower than that of the first photometric projection (P2,P3); - the second photometric projections (P2';P2";P3') are at least partially overlapped in such a manner that all together the modules generate the punctual intensity of the first photometric projection (P2,P3); characterized in that the means for distributing the light radiation provide a DRL function by overlapping the second photometric projections (P2';P2";P3) of all the modules, i.e. a first photometric projection (P2,P3) adapted to meet the DRL standard, when the device (1b;1c) is mounted on a vehicle within a predetermined range of possible angular orientations (α,β), which are different from one another, of the device itself with respect to a forward axis of the vehicle. - the second predetermined photometric projection (P2';P2";P3') of each module has, along at least one axis of a pair of orthogonal axes (C1,C2) defining the laying plane of said photometric projections (P2,P3), a width greater than the width required for the first photometric projection along such axis, according to said predetermined law, i.e. greater than the width of said required photometric projection; - the second photometric projection (P2';P2";P3') generated by each module always has a punctual intensity lower than that of the first photometric projection (P2,P3); - the second photometric projections (P2';P2";P3') are at least partially overlapped in such a manner that all together the modules generate the punctual intensity of the first photometric projection (P2,P3); characterized in that the means for distributing the light radiation provide a DRL function by overlapping the second photometric projections (P2';P2";P3) of all the modules, i.e. a first photometric projection (P2,P3) adapted to meet the DRL standard, when the device (1b;1c) is mounted on a vehicle within a predetermined range of possible angular orientations (α,β), which are different from one another, of the device itself with respect to a forward axis of the vehicle.
A formation penetrating tool submersible into a casing in a well for hydraulically penetrating a formation and having a longitudinal tool axis, comprising: - a tool housing, - a supply hose, slidable in the tool housing, for supplying a high pressurised fluid to a nozzle, and - the tool housing having an opening through which the supply hose and the nozzle are led to penetrate the formation, characterised in that the formation penetrating tool further comprises a pump arranged in the tool housing, the pump being in fluid communication with the supply hose for providing a jet of fluid out of the nozzle for penetrating the formation. - a tool housing, - a supply hose, slidable in the tool housing, for supplying a high pressurised fluid to a nozzle, and - the tool housing having an opening through which the supply hose and the nozzle are led to penetrate the formation,