mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a vaccine, the vaccine comprising solubilized components of a cancer cell or cancer-associated cell, and a non-mammalian polypeptide capable of binding a mammalian protein, the method comprising exposing a biological sample comprising at least one cancer cell or cancer-associated cell to an ionic detergent, a reducing agent, and a non-mammalian polypeptide capable of binding a mammalian protein, to produce a solubilized biological sample comprising components from said cancer cell or cancer-associated cell, and a non-mammalian polypeptide capable of binding a mammalian protein, wherein the non-mammalian polypeptide is streptavidin, avidin or neutravidin, or a variant or fragment thereof capable of binding a mammalian protein.
A network comprising a cellular network and a wireless local area network, WLAN, for handling an authentication procedure with a communication device, comprising: a storage unit for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, the instructions of: performing a first connection to the communication device by the cellular network; performing a second connection to the communication device by the WLAN; and characterised in that the network determines to: initiate an extensible authentication protocol, EAP, authentication and key agreement, AKA, procedure to the communication device by the WLAN, if the communication device is not configured with a communication of cellular protocol data units, PDUs associated with the cellular network, via the WLAN; or initiate an evolved Node-B, eNB, assisted authentication procedure to the communication device by the cellular network, if the communication device is configured with the communication of the cellular PDUs via the WLAN. a storage unit for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit stores, and the processing means is configured to execute, the instructions of: performing a first connection to the communication device by the cellular network; performing a second connection to the communication device by the WLAN; and performing a first connection to the communication device by the cellular network; performing a second connection to the communication device by the WLAN; and characterised in that the network determines to: initiate an extensible authentication protocol, EAP, authentication and key agreement, AKA, procedure to the communication device by the WLAN, if the communication device is not configured with a communication of cellular protocol data units, PDUs associated with the cellular network, via the WLAN; or initiate an evolved Node-B, eNB, assisted authentication procedure to the communication device by the cellular network, if the communication device is configured with the communication of the cellular PDUs via the WLAN. initiate an extensible authentication protocol, EAP, authentication and key agreement, AKA, procedure to the communication device by the WLAN, if the communication device is not configured with a communication of cellular protocol data units, PDUs associated with the cellular network, via the WLAN; or initiate an evolved Node-B, eNB, assisted authentication procedure to the communication device by the cellular network, if the communication device is configured with the communication of the cellular PDUs via the WLAN.
A linkage system (232; 432; 632) for a nacelle comprising: a link arm; a pivot (330; 430) configured to extend through a second aperture disposed in the link arm; a base member (310; 410; 610); and a retaining member (320; 420; 620) at least partially defining a first aperture and a cavity (342; 442), wherein the pivot (330; 430) is configured to extend at least partially into the first aperture, and wherein the cavity (342; 442) is configured to accommodate a portion of the link arm, characterised in that the retaining member (320; 420; 620) defines a first portion of the first aperture and the base member (310; 410; 610) defines a second portion of the first aperture, wherein the pivot (330; 430) is retained within the first aperture in response to the retaining member (320; 420; 620) being fastened to the base member (310; 410; 610). a link arm; a pivot (330; 430) configured to extend through a second aperture disposed in the link arm; a base member (310; 410; 610); and a retaining member (320; 420; 620) at least partially defining a first aperture and a cavity (342; 442), wherein the pivot (330; 430) is configured to extend at least partially into the first aperture, and wherein the cavity (342; 442) is configured to accommodate a portion of the link arm, characterised in that the retaining member (320; 420; 620) defines a first portion of the first aperture and the base member (310; 410; 610) defines a second portion of the first aperture, wherein the pivot (330; 430) is retained within the first aperture in response to the retaining member (320; 420; 620) being fastened to the base member (310; 410; 610).
A method for making smokers' articles by subdividing a semifinished item which comprises at least five sticks (3, 4, 5, 6, 7) aligned with each other along a main axis, at least two of the sticks (6, 7) being of a type different from the others; the method comprising a step of forming the semifinished item by aligning the five sticks (3, 4, 5, 6, 7) in a predetermined succession along the main axis; a step of subdividing a single rod into at least three sticks (3, 4, 5), followed by a step of aligning along the axis each of the three sticks (3, 4, 5) obtained from the rod, alternating them with each of the sticks (6, 7) of different type, so as to form the semifinished item; the step of subdividing the rod comprises a first step of cutting the rod into at least two parts (10, 11), one of which is equal to the sum of at least two sticks (3, 4) and the other is equal to a single stick; the method being characterized in that it comprises a step of juxtaposing the two parts (10, 11) derived from the subdivision of the rod to form a single row of parts (10, 11) positioned one after the other with their respective main axes of extension (10a, 11a) parallel to each other.
A film comprising a copolyester wherein said copolyester consists of repeating units derived from an aliphatic glycol, an aromatic dicarboxylic acid, and a comonomer selected from the group consisting of the monomer of formula: wherein n = 2, 3 or 4, and wherein comonomer constitutes a proportion of the glycol fraction of the copolyester, wherein the comonomer is present in a range of from 1 to 18 mol% of the glycol fraction of the copolyester, wherein the glycol fraction of the copolyester consists of comonomer and one or more aliphatic glycol(s) selected from C 2, C 3 and C 4 aliphatic diols, and wherein the acid fraction of the copolyester consists of a first aromatic dicarboxylic acid and optionally one or more additional aromatic dicarboxylic acid(s).
A plasma spraying material comprising a hydroxyapatite powder having an average particle size (D 50) of 15 to 40 μm and, as measured by mercury porosimetry, a pore volume of 0.01 to 0.30 cc/g at a pore size of 2000 nm or less.
Method for purging a fuel cell system in a switch-off process, wherein air is conveyed via an air conveying device and conveyed through and/or around a cathode compartment of a fuel cell and blown out again through an exhaust air line, wherein an anode outlet line is connected to the exhaust air line via an outlet valve, characterised in that the outlet valve is cyclically closed and opened in the switch-off process, wherein the opening duration depends on the conveyed air quantity and the conveyed air quantity is at least partially directed through a system bypass from the pressure side of the air conveying device directly to the exhaust air line.
A method for processing virtual reality content for viewing by spectators, comprising, receiving, at a server, a virtual reality stream associated with interaction by a head mounted display HMD player, wherein an HMD player view into a virtual reality environment of the virtual reality stream is controlled by movements of the HMD by the HMD player as the HMD player navigates the virtual reality environment; receiving, at the server, a request via a device of a spectator to view the virtual reality stream via an HMD of the spectator; sending, by the server, a feed of the virtual reality stream to the device of the spectator for the HMD of the spectator, the feed of the virtual reality stream providing an HMD spectator view into the virtual reality environment; and adjusting, by the server, the HMD spectator view into the virtual reality environment in accordance with a gearing ratio, the gearing ratio defining a rate at which the HMD spectator view tracks the HMD player view as the HMD player navigates the virtual reality environment, characterised in that the adjusting step comprises dynamically adjusting a delay in tracking the HMD player view by the HMD spectator view in accordance with the gearing ratio, thereby causing movement of the HMD spectator view to change in speed relative to movement of the HMD player view, the HMD player view moving at a rate controlled by the HMD player as the HMD players moves the HMD of the HMD player in a real-world space while navigating or moving in the virtual reality environment. receiving, at a server, a virtual reality stream associated with interaction by a head mounted display HMD player, wherein an HMD player view into a virtual reality environment of the virtual reality stream is controlled by movements of the HMD by the HMD player as the HMD player navigates the virtual reality environment; receiving, at the server, a request via a device of a spectator to view the virtual reality stream via an HMD of the spectator; sending, by the server, a feed of the virtual reality stream to the device of the spectator for the HMD of the spectator, the feed of the virtual reality stream providing an HMD spectator view into the virtual reality environment; and adjusting, by the server, the HMD spectator view into the virtual reality environment in accordance with a gearing ratio, the gearing ratio defining a rate at which the HMD spectator view tracks the HMD player view as the HMD player navigates the virtual reality environment, characterised in that the adjusting step comprises dynamically adjusting a delay in tracking the HMD player view by the HMD spectator view in accordance with the gearing ratio, thereby causing movement of the HMD spectator view to change in speed relative to movement of the HMD player view, the HMD player view moving at a rate controlled by the HMD player as the HMD players moves the HMD of the HMD player in a real-world space while navigating or moving in the virtual reality environment.
A method for controlling interference in a received signal when scheduling in a network node for wireless communication with a set of user equipment's, UEs, said set comprising a first UE (101, 501) and at least a second UE, wherein the interference is passive-intermodulation interference, PIM, the method comprising: receiving a scheduling request from at least said first UE transmitting on a first frequency, and scheduling at least said first UE based on an interference scenario report and available PIM cancellation, PIMC resources to enable efficient PIM control, wherein if the interference scenario report comprises an indication that a predicted DL generated PIM interference in the UL is prohibiting the first UE during UL transmission to reach a sufficient signal quality level according to its Quality of Service, QoS requirements, request PIMC resources. receiving a scheduling request from at least said first UE transmitting on a first frequency, and scheduling at least said first UE based on an interference scenario report and available PIM cancellation, PIMC resources to enable efficient PIM control, wherein if the interference scenario report comprises an indication that a predicted DL generated PIM interference in the UL is prohibiting the first UE during UL transmission to reach a sufficient signal quality level according to its Quality of Service, QoS requirements, request PIMC resources.
Method for securing the operation of a heating device comprising a heating element arranged in an electrical circuit comprising a power supply member and at least one switch (6.1, 6.2) controlled by at least one central unit between an open state and a closed state according to a temperature difference between an ambient temperature and a setpoint temperature, said method further comprising the steps of: cyclically controlling an opening of the controlled switch independently of the difference between the ambient temperature and the setpoint temperature, and of checking that the electrical circuit is actually opened during said cyclic opening of said switch, the check that the electrical circuit is actually opened is performed by comparing a voltage at a point of the circuit with a reference voltage for this same point of the circuit, said power supply member operating in pulse width modulation mode, characterized in that the securing method is implemented for a duration less than a period of the pulse width modulation and at a frequency lower than the pulse width modulation frequency.
A light-emitting device comprising: a substrate; a first conductivity type semiconductor layer disposed on a top surface of the substrate; an active layer disposed on the first conductivity type semiconductor layer; a second conductivity type semiconductor layer disposed on the active layer; a first electrode disposed on a part of the first conductivity type semiconductor layer that is exposed by partially removing the second conductivity type semiconductor layer and the active layer; a second electrode disposed on the second conductivity type semiconductor layer; a first light extraction pattern provided directly on the top surface of the substrate; and a second light extraction pattern provided on sides of the substrate, wherein the second light extraction pattern comprises a first pattern, a second pattern, and a third pattern, and wherein the second pattern and the third pattern are formed more densely than the first pattern, wherein the first pattern and the second pattern have different sizes, wherein the first pattern is larger in size than the second pattern, and the first pattern is disposed closer than the second pattern to the active layer. a substrate; a first conductivity type semiconductor layer disposed on a top surface of the substrate; an active layer disposed on the first conductivity type semiconductor layer; a second conductivity type semiconductor layer disposed on the active layer; a first electrode disposed on a part of the first conductivity type semiconductor layer that is exposed by partially removing the second conductivity type semiconductor layer and the active layer; a second electrode disposed on the second conductivity type semiconductor layer; a first light extraction pattern provided directly on the top surface of the substrate; and a second light extraction pattern provided on sides of the substrate, wherein the second light extraction pattern comprises a first pattern, a second pattern, and a third pattern, and wherein the second pattern and the third pattern are formed more densely than the first pattern, wherein the first pattern and the second pattern have different sizes, wherein the first pattern is larger in size than the second pattern, and the first pattern is disposed closer than the second pattern to the active layer.
Sensor carrier, in particular for use in a motor vehicle in-situ control device, comprising a carrier plate for accommodating and positioning at least one sensor and a flexible conductor foil on the carrier plate as an electrical connection between the sensor on the carrier plate and on the control device, wherein a strip-shaped extension leads away from the carrier plate in such a way that when the control device is installed in the motor vehicle the sensor which is arranged at the end of the extension is positioned at its correct sensing position, characterized in that the carrier plate is embodied as a piece of stamped sheet metal, and in that the extension which is formed on the piece of stamped sheet metal is bent in order to move the sensor to its correct sensing position.
A dispensing device for being disposed in the forming tube of a tubular bag machine for the portioned dispensation of a flowable, in particular powdery, product, having at least one screw conveyor which discharges the product, the screw conveyor protruding into a screw tube with its longitudinal axis and being able to be rotationally driven by a drive, and having a flow barrier fastened at the lower end of the screw tube, the amount of the product, which trickles down when the screw conveyor is stopped, being able to be reduced by the flow barrier, characterized in that at least one first receiving contour is provided at the flow barrier, and at least one second receiving contour being provided at the lower end of the screw tube, and a locking bolt being able to be inserted into and/or to be pushed through the first receiving contour and second receiving contour when disposing the flow barrier at the lower end of the screw tube in order to fixate the flow barrier between the locking bolt and the two receiving contours (48, 49) at the lower end of the screw tube in a form-fit manner.
A sliding roof for a convertible vehicle, the sliding roof comprising: a front roof disposed adjacent a windshield frame; a rear roof disposed adjacent a trunk; a middle roof disposed between the front roof and the rear roof; a rear rail disposed at the bottom of the rear roof, characterized by a middle rail disposed at the bottom of the middle roof and slid along the rear rail; a front rail disposed at the bottom of the front roof and slid along the middle rail; a sub-front lift link for connecting the front roof to the front rail and lifting the front roof from the front rail; and a sub-rear lift link for connecting the rear roof to the rear rail and lifting the rear roof from the rear rail. a front roof disposed adjacent a windshield frame; a rear roof disposed adjacent a trunk; a middle roof disposed between the front roof and the rear roof; a rear rail disposed at the bottom of the rear roof, characterized by a middle rail disposed at the bottom of the middle roof and slid along the rear rail; a front rail disposed at the bottom of the front roof and slid along the middle rail; a sub-front lift link for connecting the front roof to the front rail and lifting the front roof from the front rail; and a sub-rear lift link for connecting the rear roof to the rear rail and lifting the rear roof from the rear rail.
An apparatus for estimating a channel in a mobile communication system, the apparatus comprising: at least one transceiver; and at least one processor (120, 130, 140) configured to: measure a power of a channel impulse response, CIR, converted into a time domain; determine an average of the measured power of the CIR; arrange a plurality of CIR groups based on the average of the measured power of the CIR; estimate a CIR by using a CIR group weight and perform an interference cancellation of the estimated CIR per each of the plurality of the CIR groups; and perform a discrete fourier transform, DFT, on the estimated CIR. at least one transceiver; and at least one processor (120, 130, 140) configured to: measure a power of a channel impulse response, CIR, converted into a time domain; determine an average of the measured power of the CIR; arrange a plurality of CIR groups based on the average of the measured power of the CIR; estimate a CIR by using a CIR group weight and perform an interference cancellation of the estimated CIR per each of the plurality of the CIR groups; and perform a discrete fourier transform, DFT, on the estimated CIR. measure a power of a channel impulse response, CIR, converted into a time domain; determine an average of the measured power of the CIR; arrange a plurality of CIR groups based on the average of the measured power of the CIR; estimate a CIR by using a CIR group weight and perform an interference cancellation of the estimated CIR per each of the plurality of the CIR groups; and perform a discrete fourier transform, DFT, on the estimated CIR.
A method of stabilizing nucleic acid, the method comprising contacting the nucleic acid with the composition, comprising: 43.92%, w/w, ±10% guanidine thiocyanate; 2.65%, w/w, ±10% tris(hydroxymethyl)aminomethane (Tris); 0.81%, w/w, ±10% ethylenediaminetetraacetic acid (EDTA) or EDTA disodium (salt) dihydrate; 0.279%, w/w, ±10% sodium lauroyl sarcosinate; 17.73%, w/w, ±10% alcohol, the alcohol comprising ethanol; 0.093%, w/w, ±10% N-acetyl-L-cysteine; acid qs to pH 7.2-8.8; and an aqueous carrier qs to 100%, w/w; wherein ±10% is of the stated numeric value. 43.92%, w/w, ±10% guanidine thiocyanate; 2.65%, w/w, ±10% tris(hydroxymethyl)aminomethane (Tris); 0.81%, w/w, ±10% ethylenediaminetetraacetic acid (EDTA) or EDTA disodium (salt) dihydrate; 0.279%, w/w, ±10% sodium lauroyl sarcosinate; 17.73%, w/w, ±10% alcohol, the alcohol comprising ethanol; 0.093%, w/w, ±10% N-acetyl-L-cysteine; acid qs to pH 7.2-8.8; and an aqueous carrier qs to 100%, w/w; wherein ±10% is of the stated numeric value.
A valve device for a ventilation installation comprising at least one duct, where the valve device comprises a vent surface that is equipped with a plurality of vent apertures for passage of air in the duct, and a slide valve comprising a slide valve plate equipped with a plurality of slide valve apertures, said slide valve plate formed such that it can be varied between taking a first position at which the slide valve is positioned on the vent surface such that the vent apertures are covered by the slide valve plate such that the valve device is closed and no flow is permitted through the valve device, and taking a second position at which at least some vent apertures have surfaces that overlap with some slide valve apertures such that an air flow is permitted through the valve device and the valve device is designed such that the slide valve plate is positioned on that side of the vent surface that normally has a higher pressure, the high pressure side, than the other side, the low pressure side, characterized in that the slide valve plate is designed with respect to its weight and flexibility such that the force from the pressure difference of 100 Pascal between the high pressure side and the low pressure side is sufficient to retain the slide valve plate in its place at the vent surface when it is in the first, closed position even if it is turned upside down.
A method of determining if a subject has an increased risk of suffering from memory impairment, the method comprising a) analyzing at least one plasma sample from the subject to determine a value of the subject's lipidomic profile, wherein the lipidomic profile comprises the metabolites C16:1 -OH, PC aa C38:0, PC aa C38:6 and PC ae C40:6, and b) comparing the value of the subject's lipidomic profile with the value of a normal lipidomic profile, to determine if the subject's lipidomic profile is reduced compared to a normal lipidomic profile, wherein a decrease in the value of the subject's lipidomic profile is indicative that the subject has an increased risk of suffering from memory impairment compared to a normal individual. a) analyzing at least one plasma sample from the subject to determine a value of the subject's lipidomic profile, wherein the lipidomic profile comprises the metabolites C16:1 -OH, PC aa C38:0, PC aa C38:6 and PC ae C40:6, and b) comparing the value of the subject's lipidomic profile with the value of a normal lipidomic profile, to determine if the subject's lipidomic profile is reduced compared to a normal lipidomic profile,