mhurhangee/ep-ind-claims huggingface dataset:
A method to establish an initial link to an Access Point comprising: transmitting, by a station, a Scan Request, SR, message; detecting, by the station, a SR Response, SRR, message (212, 214), the reception of which indicates the existence of an appropriate responder, wherein the SRR message comprises identity or other information indicating characteristics of the responder; upon detecting reception of the SRR message, the station entering into a responder discovery protocol selected from the group consisting of an active scan responder discovery protocol and a passive scan responder discovery protocol, wherein the selection of a responder discovery protocol depends on the content of the SRR message.
A wheel bearing device comprising: an inner ring having a flange; an outer ring located radially outward of the inner ring; rolling elements disposed between the inner ring and the outer ring; and a sealing device that prevents foreign matter from entering an inside of a bearing, in which the rolling elements are located, wherein the sealing device includes a core metal that is fitted to the outer ring, and a sealing member that is fixed to the core metal, the core metal has a cylindrical portion that is fitted to an inner periphery of an end portion of the outer ring, an outer annular portion that extends radially outward from the cylindrical portion and that is brought into contact with an end face of the outer ring, and an inner annular portion that extends radially inward from the cylindrical portion, the sealing member has a covering portion that covers a flange side-portion of the outer annular portion and an inner peripheral side portion of the cylindrical portion, a space being formed between the covering portion and a side face of the flange, the sealing member having an inner lip portion that extends from the inner annular portion toward the flange and is in sliding contact with an inner seal face of the flange characterised by an outer lip portion that extends from the outer annular portion toward the flange, a small clearance (e) being formed between the outer lip portion and an outer seal face of the flange, and the covering portion has a deformed portion used to enlarge the space to suppress stagnation of water in the space. an inner ring having a flange; an outer ring located radially outward of the inner ring; rolling elements disposed between the inner ring and the outer ring; and a sealing device that prevents foreign matter from entering an inside of a bearing, in which the rolling elements are located, wherein the sealing device includes a core metal that is fitted to the outer ring, and a sealing member that is fixed to the core metal, the core metal has a cylindrical portion that is fitted to an inner periphery of an end portion of the outer ring, an outer annular portion that extends radially outward from the cylindrical portion and that is brought into contact with an end face of the outer ring, and an inner annular portion that extends radially inward from the cylindrical portion, the sealing member has a covering portion that covers a flange side-portion of the outer annular portion and an inner peripheral side portion of the cylindrical portion, a space being formed between the covering portion and a side face of the flange, the sealing member having an inner lip portion that extends from the inner annular portion toward the flange and is in sliding contact with an inner seal face of the flange characterised by an outer lip portion that extends from the outer annular portion toward the flange, a small clearance (e) being formed between the outer lip portion and an outer seal face of the flange, and the covering portion has a deformed portion used to enlarge the space to suppress stagnation of water in the space.
Device for connecting wall and/or ceiling components when erecting structures, having a connecting element which has a connecting body with means for coupling one of the components (8, 10) to the connecting body and a rotating body that can be rotated with respect to the connecting body and has means for coupling the other component to the rotating body, eccentrically with respect to the axis of rotation of the latter, where the rotating body can be rotated in an opening in the connecting body, generating tensile forces exerted by the connecting element on the coupled components (8, 10), transversely with respect to the axis of rotation of the rotating body, characterized in that the opening has an extension extending counter to the tensile force exerted by the rotating body on the other component and narrowing in its width below the diameter of the rotating body.
A shaving razor system comprising: a heating element for transferring heat during a shaving stroke, said heating element comprising a skin contacting surface; an insulating member for delivering heat to the heating element; an electrical circuit configured to deliver energy to the insulating member, the electrical circuit comprising a temperature control circuit; a power source in communication with the electrical circuit; said system being characterized by a plurality of spaced apart thermal sensors (50, 52) mounted to the insulating member and positioned below the skin contacting surface. a heating element for transferring heat during a shaving stroke, said heating element comprising a skin contacting surface; an insulating member for delivering heat to the heating element; an electrical circuit configured to deliver energy to the insulating member, the electrical circuit comprising a temperature control circuit; a power source in communication with the electrical circuit; said system being characterized by a plurality of spaced apart thermal sensors (50, 52) mounted to the insulating member and positioned below the skin contacting surface.
A cooling system with a temperature-maintaining container (2, 21), which has a latent heat store for maintaining a non-ambient temperature (T L) for a certain period of time in a storage space for storing temperature-sensitive goods, and a refrigeration unit (7, 24) which can be coupled to the latent heat store in a heat-transferring manner, wherein the storage space is separated from the external surroundings by a wall which, in at least one wall section, forms a cavity between an inner wall section separating the cavity from the storage space and an outer wall section separating the cavity from the external surroundings, wherein passing through the cavity there is a heat transfer medium duct that occupies only a part of the cavity volume and serves for conveying a heat transfer medium, and the rest of the cavity volume can be filled with a phase-change material forming a heat-transferring operative connection with the heat transfer medium duct, wherein the heat transfer medium duct is arranged in the cavity in such a way that the phase-change material completely surrounds the heat transfer medium duct and is in material contact with the entire inner wall section, characterised in that the cavity is partially filled with a super-absorbent and the cavity is partially filled with graphene.
A timepiece movement for a timepiece, comprising a driving member comprising: - a mainspring; - a drum delimiting an outer wall of a housing accommodating said mainspring, an outer end of said mainspring being connected to said drum, said drum being arranged to pivot about an axis of rotation and having the shape of a toothed annular crown; - a toothed wheel integral with a core to which an inner end of said mainspring is connected; wherein an open face of said housing is intended to be closed by being positioned facing a fixed element of the timepiece against which said drum is intended to be mounted, characterized in that said core and said gear wheel are monobloc, and in that said drum is supported by a ball bearing comprising a first groove located on the outer wall of said drum and a second groove facing said first groove, said second groove being located on the inner wall of an outer ring arranged to be fixed to said fixed element, a plurality of balls being housed in the cavity formed by said grooves (38a, 38b). - a mainspring; - a drum delimiting an outer wall of a housing accommodating said mainspring, an outer end of said mainspring being connected to said drum, said drum being arranged to pivot about an axis of rotation and having the shape of a toothed annular crown; - a toothed wheel integral with a core to which an inner end of said mainspring is connected; wherein an open face of said housing is intended to be closed by being positioned facing a fixed element of the timepiece against which said drum is intended to be mounted, characterized in that said core and said gear wheel are monobloc, and in that said drum is supported by a ball bearing comprising a first groove located on the outer wall of said drum and a second groove facing said first groove, said second groove being located on the inner wall of an outer ring arranged to be fixed to said fixed element, a plurality of balls being housed in the cavity formed by said grooves (38a, 38b).
A wash reagent, comprising: sodium hydroxide in an amount sufficient to provide the wash reagent with an alkaline pH; lauryl dimethyl amine oxide; 2-(2-ethoxyethoxy)ethanol; at least one non-ionic surfactant with an alkoxylated fatty alcohol group; and processed water. sodium hydroxide in an amount sufficient to provide the wash reagent with an alkaline pH; lauryl dimethyl amine oxide; 2-(2-ethoxyethoxy)ethanol; at least one non-ionic surfactant with an alkoxylated fatty alcohol group; and processed water.
Method for installing a traction mechanism in a motor vehicle transmission, wherein a transmission component which is connected to a first traction mechanism wheel of the traction mechanism drive for conjoint rotation is introduced into a cavity of a transmission housing, characterized in that one traction mechanism of the traction mechanism drive is connected in terms of drive to the first traction mechanism wheel and a second traction mechanism wheel of the traction mechanism drive is moved along a direction into a first position in which the second traction mechanism wheel and the traction mechanism are arranged in a plane and then the second traction mechanism wheel is moved along another direction into a second position in which there is a connection in terms of drive between the traction mechanism and the second traction mechanism wheel.
Process for producing a target RNA in a host cell comprising the steps of: a) providing (i) a host cell comprising a vector comprising a DNA sequence encoding the target RNA and a DNA sequence encoding an RNase inhibitor or (ii) a host cell comprising a first vector comprising a DNA sequence encoding the target RNA and a second vector comprising a DNA sequence encoding an RNase inhibitor, b) fermenting the host cell and allowing the DNA sequence to be transcribed into the target RNA, c) obtaining the target RNA from the host cell, wherein the target RNA is obtained from the host cell by separating the target RNA from the endogenous RNA of the host cell. a) providing (i) a host cell comprising a vector comprising a DNA sequence encoding the target RNA and a DNA sequence encoding an RNase inhibitor or (ii) a host cell comprising a first vector comprising a DNA sequence encoding the target RNA and a second vector comprising a DNA sequence encoding an RNase inhibitor, b) fermenting the host cell and allowing the DNA sequence to be transcribed into the target RNA, c) obtaining the target RNA from the host cell, wherein the target RNA is obtained from the host cell by separating the target RNA from the endogenous RNA of the host cell.
A continuous casting method for producing a slab by supplying molten steel to a mold, the method comprising: forming a Ni coating layer made of a nickel oxide in a surface portion of the slab by supplying a mold flux onto a top face of the molten steel, wherein the mold flux contains SiO 2, CaO, MgO, Al 2 O 3, Na 2 O, F, and nickel (Ni) oxide, wherein the nickel (Ni) oxide has a content in a range from 10 wt% exclusive to 40 wt% with respect to a total weight of the mold flux, wherein the molten steel contains copper, wherein a Ni concentration in the surface portion is at least 1.5 times greater than a Cu concentration in the surface portion. forming a Ni coating layer made of a nickel oxide in a surface portion of the slab by supplying a mold flux onto a top face of the molten steel, wherein the mold flux contains SiO 2, CaO, MgO, Al 2 O 3, Na 2 O, F, and nickel (Ni) oxide, wherein the nickel (Ni) oxide has a content in a range from 10 wt% exclusive to 40 wt% with respect to a total weight of the mold flux, wherein the molten steel contains copper, wherein a Ni concentration in the surface portion is at least 1.5 times greater than a Cu concentration in the surface portion.
A combination of a test system for a vehicle event recorder (DUT, 9) configured to identify and record an impact caused by a road accident, and the vehicle event recorder (DUT, 9); said event recorder (DUT, 9) being provided with at least one accelerometer and configured to detect a measured acceleration ( A out (t)); said test system comprising: - a database, containing a plurality of input acceleration profiles (A in (t)), each input acceleration profile representing an impact caused by a road accident; - a control system, configured to acquire at least one input acceleration profile (A in (t)) selected from said plurality of input acceleration profiles; - a mobile platform being under the thrust of an actuation system and provided with a support (3; 43) configured to stably carry said event recorder (DUT, 9) said control system configured to convert said selected input acceleration profile (A in (t)) into a position profile (P in (t)) and to control said actuation system to move said mobile platform according to said position profile (P in (t)); - a reference sensor arranged on said support (3; 43), configured to detect a reference acceleration (A ref (t)) during a movement operation of said mobile platform; said control system being further configured to compare said reference acceleration ( A ref (t)) with said measured acceleration ( A out (t)), detected by said event recorder (DUT, 9), during said movement operation of the mobile platform. - a database, containing a plurality of input acceleration profiles (A in (t)), each input acceleration profile representing an impact caused by a road accident; - a control system, configured to acquire at least one input acceleration profile (A in (t)) selected from said plurality of input acceleration profiles; - a mobile platform being under the thrust of an actuation system and provided with a support (3; 43) configured to stably carry said event recorder (DUT, 9) said control system configured to convert said selected input acceleration profile (A in (t)) into a position profile (P in (t)) and to control said actuation system to move said mobile platform according to said position profile (P in (t)); - a reference sensor arranged on said support (3; 43), configured to detect a reference acceleration (A ref (t)) during a movement operation of said mobile platform;
A system for measuring reactions of a subject, comprising: - a screen capable of displaying a plurality of stimuli via a refresh of pixels of the screen, the stimuli being capable of generating reactions from the subject, - at least one sensor capable of capturing images of the subject in reaction to the stimuli, - a logic unit configured to command the refresh of the pixels of the screen at a first frequency and the capture of the images of the subject by the sensor at a second frequency, one of the frequencies being an integer multiple of the other frequency, the logic unit comprising a central clock, the system being characterized in that the central clock is configured to command the refresh of pixels of the screen and the capture of the images, wherein - the command of the frequencies for the refresh of the pixels of the screen and for the capture of the images by the sensor is performed solely by the logic unit, - the command of the refresh of the pixels of the screen and of the capture of the images by the sensor or the sensors is performed solely by the central clock of the logic unit, so that there is a bijective relationship between the moment when a pixel on the sensor is acquired and a pixel on the screen is refreshed. - a screen capable of displaying a plurality of stimuli via a refresh of pixels of the screen, the stimuli being capable of generating reactions from the subject, - at least one sensor capable of capturing images of the subject in reaction to the stimuli, - a logic unit configured to command the refresh of the pixels of the screen at a first frequency and the capture of the images of the subject by the sensor at a second frequency, one of the frequencies being an integer multiple of the other frequency, the logic unit comprising a central clock, the system being characterized in that the central clock is configured to command the refresh of pixels of the screen and the capture of the images, wherein - the command of the frequencies for the refresh of the pixels of the screen and for the capture of the images by the sensor is performed solely by the logic unit, - the command of the refresh of the pixels of the screen and of the capture of the images by the sensor or the sensors is performed solely by the central clock of the logic unit, so that there is a bijective relationship between the moment when a pixel on the sensor is acquired and a pixel on the screen is refreshed. - the command of the frequencies for the refresh of the pixels of the screen and for the capture of the images by the sensor is performed solely by the logic unit, - the command of the refresh of the pixels of the screen and of the capture of the images by the sensor or the sensors is performed solely by the central clock of the logic unit,
A method comprising: receiving, by a second computer, from a first computer, a request for a verification value associated with a transaction, the request including a token; generating, by the second computer, a random value; storing, by the second computer, a record including the random value and the token, wherein the random value is stored privately at the second computer and is not provided to the first computer; generating, by the second computer, a first verification value based on the random value and the token; providing, by the second computer, the first verification value to the first computer; receiving, by the second computer, from a third computer, a request to validate the first verification value, the request including the first verification value and the token; identifying, by the second computer, the record including the random value based on the token; generating, by the second computer, a second verification value based on the random value and the token; determining, by the second computer, that the second verification value matches the first verification value; and providing, when it is determined that the second verification value matches the first verification value, by the second computer, to the third computer, a value credential associated with the token. receiving, by a second computer, from a first computer, a request for a verification value associated with a transaction, the request including a token; generating, by the second computer, a random value; storing, by the second computer, a record including the random value and the token, wherein the random value is stored privately at the second computer and is not provided to the first computer; generating, by the second computer, a first verification value based on the random value and the token; providing, by the second computer, the first verification value to the first computer; receiving, by the second computer, from a third computer, a request to validate the first verification value, the request including the first verification value and the token; identifying, by the second computer, the record including the random value based on the token; generating, by the second computer, a second verification value based on the random value and the token; determining, by the second computer, that the second verification value matches the first verification value; and providing, when it is determined that the second verification value matches the first verification value, by the second computer, to the third computer, a value credential associated with the token.
A method comprising: parsing a communication signal in a communication device to identify repeat request identifiers, the repeat request identifiers comprise hybrid automatic repeat request, HARQ, process identifiers, ID; determining an inter-arrival time comprising a time interval between a first instance of a repeat request identifier and a second instance of the repeat request identifier; and processing the communication signal based on a comparison of the inter-arrival time to a predetermined inter-arrival time comprising a minimum time interval between the first instance of the repeat request identifier and the second instance of the repeat request identifier. parsing a communication signal in a communication device to identify repeat request identifiers, the repeat request identifiers comprise hybrid automatic repeat request, HARQ, process identifiers, ID; determining an inter-arrival time comprising a time interval between a first instance of a repeat request identifier and a second instance of the repeat request identifier; and processing the communication signal based on a comparison of the inter-arrival time to a predetermined inter-arrival time comprising a minimum time interval between the first instance of the repeat request identifier and the second instance of the repeat request identifier.
Bi-directional automatic winding mechanism for a timepiece movement comprising an oscillating weight, a mobile with a wolf tooth gear to drive a winding ratchet of the movement, two pawls (12a, 12b) co-operating with the teeth of the wolf tooth gear to alternately advance said mobile under the effect of the oscillations of the oscillating weight and a disengaging device (18, 19) to decouple the wolf tooth gear from the winding ratchet during manual winding of the movement, characterised in that the disengaging device (18, 19) is integrated into the mobile with the wolf tooth gear.
Dialysis machine having a dialyzer, an extracorporeal blood circuit, a dialysis solution circuit, and a control unit, wherein a blood leak sensor is arranged downstream of the dialyzer in the dialysis solution circuit; wherein the control unit is configured to initiate an error routine when the signal of the blood leak sensor shows an indication of a presumed blood leak; and wherein a further sensor is furthermore arranged downstream of the dialyzer in the dialysis solution circuit, wherein the control unit is configured to use the signal of the further sensor correlated in time with the signal of the blood leak sensor as a suppression criterion for the initiation of the error routine and characterized in that an air separator is arranged downstream of the dialyzer in the dialysis solution circuit; and in that two further sensors are provided, namely a conductivity sensor and an air detector arranged at the air separator, wherein the control unit is configured to use the temporally correlated signals of both of these further sensors as suppression criteria for the initiation of the error routine.