mhurhangee/ep-ind-claims huggingface dataset:
A security system for storing sensitive data and providing access to this data to at least one user having an electronic communication device and using a reduced sign-on procedure, comprising a first computer system maintained by a first service provider adapted to run at least one application and being accessible by the at least one user following input of an user identification code within a request; a second computer system maintained by a second service provider adapted to run at least one application and being accessible by the at least one user following input of an user identification code within a request; wherein the application running on the first computer system is adapted to send a request comprising the user identification code of user as well as a challenge to authenticate the second computer towards the first computer to the second computer system; wherein the application of the second computer system is adapted to send an authentication message comprising - besides a signature of the challenge - the user identification code and a token (SignOnKey_1) to the first computer system, wherein the token (SignOnKey_1) is asymmetrically encrypted with a first service provider's public key, wherein upon the reception of the authentication message, the application of the first computer system is adapted to check the correctness of the challenge's signature and then to create an access ticket comprising the first asymmetrically decrypted with first service provider's private key, then digitally signed using first service provider's private key SignOnKey_1, asymmetrically encrypted with a second service provider's public key, wherein the content of said access ticket is transmitted to the user address from which the initial request comprising the user identification code was initiated for a redirect to an application of the second computer system, wherein the application within the second service provider is adapted to start a communication session with said user for accessing data in the data storage facility after having checked the authentication of the user based on the basis of the SignOnKey_1 and a second token (SignOnKey_2), which are by XORing them together used to compute the Sign-On key that allows for decrypting the data.
An electrode active material for secondary batteries comprising at least one selected from compounds represented by the following formula 1: Li x Mo 4-y M y O 6-z A z wherein 0 < x ≤ 2; 0 ≤ y ≤ 0.5; 0 ≤ z ≤ 0.5; M is at least one element selected from the group consisting of W, Nb, V, Al, Mg, Ti, Co, Ni and Mn; and A is at least one selected from the group consisting of halogens, S and N. M is at least one element selected from the group consisting of W, Nb, V, Al, Mg, Ti, Co, Ni and Mn; and A is at least one selected from the group consisting of halogens, S and N.
A method performed by a node (121, 110) in a wireless communications network for improving multi-user transmissions in the wireless communications network, the method comprising determining channel estimates based on demodulation reference signals, or a data symbol in at least one Physical Resource Block, PRB, of the latest received subframe; and being characterized by the following steps: determining a phase difference and an amplitude difference between Resource Elements, REs, in a first set of contiguous REs in the at least one PRB of the latest received subframe based on the obtained channel estimates; and pre-equalizing at least one channel within at least one PRB of a transmission subframe by aligning the phase and amplitude of REs in a second set of contiguous REs therein based on the determined phase and amplitude differences. determining channel estimates based on demodulation reference signals, or a data symbol in at least one Physical Resource Block, PRB, of the latest received subframe; and being characterized by the following steps: determining a phase difference and an amplitude difference between Resource Elements, REs, in a first set of contiguous REs in the at least one PRB of the latest received subframe based on the obtained channel estimates; and pre-equalizing at least one channel within at least one PRB of a transmission subframe by aligning the phase and amplitude of REs in a second set of contiguous REs therein based on the determined phase and amplitude differences.
A method for a user equipment, UE, performing a random access to a network, the method comprising: operating on a first carrier; moving to a second carrier from the first carrier; performing a random access procedure on the second carrier; returning to the first carrier, when the random access procedure on the second carrier is not successful, and when the random access procedure is a contention based random access procedure; and remaining on the second carrier, when the random access procedure on the second carrier is not successful, and when the random access procedure is a contention free random access procedure, and wherein the first carrier is an anchor carrier based on the UE being in RRC_IDLE state. operating on a first carrier; moving to a second carrier from the first carrier; performing a random access procedure on the second carrier; returning to the first carrier, when the random access procedure on the second carrier is not successful, and when the random access procedure is a contention based random access procedure; and remaining on the second carrier, when the random access procedure on the second carrier is not successful, and when the random access procedure is a contention free random access procedure, and wherein the first carrier is an anchor carrier based on the UE being in RRC_IDLE state.
Device for embedding an insert into a rubber profiled element in a given direction, comprising: - at least one means for feeding a thread continuously, - a moving support capable of moving on a structure in a rectilinear reciprocating movement between a raised position and a lowered position, - at least one hollow needle comprising a channel of longitudinal axis XX' inside which the thread is able to run, which needle is fixed by one of its ends to the base of the moving support and comprising at its other end a tip capable of penetrating said rubber profiled element, - a cutting means arranged on the support, comprising a blade capable of cutting off the thread leaving the tip of the needle on each cycle of the reciprocating movement of the needle, when said tip is in a raised position so as to release a given length of thread constituting a tail at the outlet of the needle, characterized in that the moving support comprises means capable of rotating the needle about its longitudinal axis XX', and in that the tip of said needle is blunt such that, when cutting any radial profile of said tip into segments of 0.01 mm in length, the tangent at any point of a given segment (S k) forms an angle of less than 20° with the tangent at any other point of said segment (S k) and at any point of the segments (S k-1, S k+1) adjacent to the given segment (S k) in question. - at least one means for feeding a thread continuously, - a moving support capable of moving on a structure in a rectilinear reciprocating movement between a raised position and a lowered position, - at least one hollow needle comprising a channel of longitudinal axis XX' inside which the thread is able to run, which needle is fixed by one of its ends to the base of the moving support and comprising at its other end a tip capable of penetrating said rubber profiled element, - a cutting means arranged on the support, comprising a blade capable of cutting off the thread leaving the tip of the needle on each cycle of the reciprocating movement of the needle, when said tip is in a raised position so as to release a given length of thread constituting a tail at the outlet of the needle,
An image coding method, comprising: compressing an input image; coding a compressed image generated in said compressing; calculating a difference image between the input image and the compressed image; extracting a statistical property of the difference image calculated in said calculating a difference image; and coding the statistical property of the difference image, which has been extracted in said extracting a statistical property of the difference image, extracting a statistical property of the input image; and coding the statistical property of the input image, which has been extracted in said extracting a statistical property of the input image, wherein the statistical property of the difference image includes an autocorrelation function value of the difference image and at least one of mean, variance, skewness, and kurtosis of pixel values of the difference image, the statistical property of the difference image being extracted in said extracting a statistical property of the difference image. compressing an input image; coding a compressed image generated in said compressing; calculating a difference image between the input image and the compressed image; extracting a statistical property of the difference image calculated in said calculating a difference image; and coding the statistical property of the difference image, which has been extracted in said extracting a statistical property of the difference image, extracting a statistical property of the input image; and coding the statistical property of the input image, which has been extracted in said extracting a statistical property of the input image, wherein the statistical property of the difference image includes an autocorrelation function value of the difference image and at least one of mean, variance, skewness, and kurtosis of pixel values of the difference image, the statistical property of the difference image being extracted in said extracting a statistical property of the difference image.
Method for connecting at least two components by means of a handheld tool designed as a portable blind riveting device with an integrated controller, provided for the autonomous device control, and with an integrated pulling mechanism, provided for pulling on a mandrel of a blind rivet, wherein the pulling mechanism is subjected to a force which is predefined by the controller and which is transmitted to the mandrel, characterized in that a force gradient and a pulling rate change are determined at least at times during the pulling process by the controller, wherein starting from a defined pulling rate change the controller influences the pulling mechanism on the basis of the force gradient, thereby weakening a mechanical jerk that occurs when the riveting mandrel breaks off.
A device for collecting aerosol particles from the air using an air suction device, comprising a filter and a support for the filter, wherein the support is formed by an attachment piece for domestic and industrial vacuum cleaner comprising a housing with an air inlet and an air outlet, wherein a holding device for the filter is provided on the air inlet side and a tubular plug attachment for a suction pipe of the house vacuum cleaner that conically widens toward the outlet side is provided on the air outlet side, so that the filter can be flowed through by the sucked air, characterized in that the filter is disc-shaped and has a circular or angular outline, and that the effective area of the filter is greater than the flow cross-section of the plug attachment.
A turbine for generating work by a stagewise expansion of a gas, the turbine having an axial direction corresponding to an expansion flow of the gas and a radial direction and further comprising: a casing inner surface; a hub, a first axial stage including: a first guide fixed to the casing inner surface: a first runner fixed to the hub downstream of the first guide, having: a first runner tip radially distal from the hub, a first runner average radial height between the first runner tip and the hub along an axial midpoint of the first runner; a second axial stage, downstream of the first axial stage, including: a second guide, fixed to the casing inner surface, having; a second guide tip distal from the casing inner surface; a second guide average radial height between the second guide tip and the casing inner surface along an axial midpoint of the second guide; and a second runner, fixed to the hub downstream of the second guide, characterised by the second guide average height being less than the first runner average height. a casing inner surface; a hub, a first axial stage including: a first guide fixed to the casing inner surface: a first runner fixed to the hub downstream of the first guide, having: a first runner tip radially distal from the hub, a first runner average radial height between the first runner tip and the hub along an axial midpoint of the first runner; a second axial stage, downstream of the first axial stage, including: a first guide fixed to the casing inner surface: a first runner fixed to the hub downstream of the first guide, having: a first runner tip radially distal from the hub, a first runner average radial height between the first runner tip and the hub along an axial midpoint of the first runner; a second axial stage, downstream of the first axial stage, including: a first runner fixed to the hub downstream of the first guide, having: a first runner tip radially distal from the hub, a first runner average radial height between the first runner tip and the hub along an axial midpoint of the first runner; a first runner tip radially distal from the hub, a first runner average radial height between the first runner tip and the hub along an axial midpoint of the first runner; a second guide, fixed to the casing inner surface, having; a second guide tip distal from the casing inner surface; a second guide tip distal from the casing inner surface; a second guide average radial height between the second guide tip and the casing inner surface along an axial midpoint of the second guide; and a second runner, fixed to the hub downstream of the second guide,
Insert (210, 310, 410) for a carrying strap (220, 320, 420) for carrying objects, comprising: a. an essentially elastic section (211, 311, 411); b. a limitation section (212, 312, 412), wherein a length of the limitation section (212, 312, 412) limits an elongation of the essentially elastic section (211, 311, 411); c. the length of the limitation section (212, 312, 412) is adjustable; characterized in that d. the limitation section (212, 312, 412) is formed as an adjustable cord (212a, 312a, 412a); and e. the cord (212a, 312a, 412a) is guided by at least one inversion point (219a, 319a, 419a, 419b). a. an essentially elastic section (211, 311, 411); b. a limitation section (212, 312, 412), wherein a length of the limitation section (212, 312, 412) limits an elongation of the essentially elastic section (211, 311, 411); c. the length of the limitation section (212, 312, 412) is adjustable; characterized in that d. the limitation section (212, 312, 412) is formed as an adjustable cord (212a, 312a, 412a); and e. the cord (212a, 312a, 412a) is guided by at least one inversion point (219a, 319a, 419a, 419b).
An Evolved Node B, eNB, comprising: a receiver (130, 190) configured to receive a handover request message from another eNB, the handover request message including an identifier of a user equipment to be handed over from the other eNB to said eNB and a lawful interception information element indicating said eNB is to enable lawful interception for said user equipment to be handed over to said eNB; and a controller configured to disable, based on said lawful interception information element, one or more operations with respect to content to be communicated with the user equipment. a receiver (130, 190) configured to receive a handover request message from another eNB, the handover request message including an identifier of a user equipment to be handed over from the other eNB to said eNB and a lawful interception information element indicating said eNB is to enable lawful interception for said user equipment to be handed over to said eNB; and a controller configured to disable, based on said lawful interception information element, one or more operations with respect to content to be communicated with the user equipment.
A draw-out mechanism for a molded case circuit breaker, the draw-out mechanism comprising: a fixed side plate configured for mounting a circuit breaker within a switchgear cabinet; an auxiliary contact system mounted to the fixed side plate, the auxiliary contact system including an activator member or switch and being switchable between a first position and a second position; a slider member moveably mounted to the fixed side plate, the slider member configured to move between a first position wherein the circuit breaker is in a connect configuration, and a second position wherein the circuit breaker is in a disconnect configuration, the slider member characterized in that the slider member including a cam member; and the cam member adapted to translate with the slider member, the cam member selectively engaging the activator member or switch to switch the auxiliary contacts between the first and second positions, wherein the draw-out mechanism shifts a racking mechanism of a plug-in system which receives the circuit breaker to a CONNECT, TEST, or DISCONNECT configuration, and a connector plate of the draw-out mechanism shifts a lever operably connected to a visual indicator member so as to move the visual indicator member to display a corresponding CONNECT, TEST, or DISCONNECT indication, whereas the movements of the slider member are translated through the connector plate to the lever. a fixed side plate configured for mounting a circuit breaker within a switchgear cabinet; an auxiliary contact system mounted to the fixed side plate, the auxiliary contact system including an activator member or switch and being switchable between a first position and a second position; a slider member moveably mounted to the fixed side plate, the slider member configured to move between a first position wherein the circuit breaker is in a connect configuration, and a second position wherein the circuit breaker is in a disconnect configuration, the slider member characterized in that the slider member including a cam member; and the cam member adapted to translate with the slider member, the cam member selectively engaging the activator member or switch to switch the auxiliary contacts between the first and second positions, wherein the draw-out mechanism shifts a racking mechanism of a plug-in system which receives the circuit breaker to a CONNECT, TEST, or DISCONNECT configuration, and a connector plate of the draw-out mechanism shifts a lever operably connected to a visual indicator member so as to move the visual indicator member to display a corresponding CONNECT, TEST, or DISCONNECT indication, whereas the movements of the slider member are translated through the connector plate to the lever.
Gas engine having at least one cylinder, the cylinder head of which has at least one inlet duct which can be controlled via an inlet valve and which is connected to a gas supply line directly upstream of the inlet valve, characterised in that between the gas supply line and the inlet duct a gas distribution device is provided for an entry of gas distributed over the periphery of the inlet duct.
A method of using a reference control composition for measurement of nucleated red blood cells comprising the steps of: (a) providing a reference control composition to a flow cytometric instrument capable of measuring nucleated red blood cells by an impedance measurement, said reference control composition comprising a nucleated red blood cell component made of stabilized animal nucleated red blood cells; wherein said stabilized animal nucleated red blood cells have a mean cell volume from about 380 fL to about 460 fL, and are selected from the group consisting of reptile red blood cells and fish red blood cells; (b) mixing said reference control composition with a lytic reagent to form a control sample mixture; wherein upon exposing to said lytic reagent said stabilized animal nucleated red blood cells are substantially lysed and cellular volume thereof reduced to substantially nuclear volume; (c) analyzing said control sample mixture by said impedance measurement to measure said substantially lysed animal nucleated red blood cells from step (b); and (d) reporting numbers of simulated human nucleated red blood cells in said reference control composition. (a) providing a reference control composition to a flow cytometric instrument capable of measuring nucleated red blood cells by an impedance measurement, said reference control composition comprising a nucleated red blood cell component made of stabilized animal nucleated red blood cells; wherein said stabilized animal nucleated red blood cells have a mean cell volume from about 380 fL to about 460 fL, and are selected from the group consisting of reptile red blood cells and fish red blood cells; (b) mixing said reference control composition with a lytic reagent to form a control sample mixture; wherein upon exposing to said lytic reagent said stabilized animal nucleated red blood cells are substantially lysed and cellular volume thereof reduced to substantially nuclear volume; (c) analyzing said control sample mixture by said impedance measurement to measure said substantially lysed animal nucleated red blood cells from step (b); and (d) reporting numbers of simulated human nucleated red blood cells in said reference control composition.