mhurhangee/ep-ind-claims huggingface dataset:
A method for mutual authentication of a first node and a second node in a wireless communication network, the method comprising: processing at the first node a beacon message received from the second node, wherein the beacon message comprises a first nonce value; characterized by: transmitting from the first node to the second node an association request message comprising a certificate of the first node, a first signed block of authentication data, a second nonce value, and a third nonce value, whereby the second node can verify a signature of the certificate of the first node and verify a signature of the first signed block of authentication data; processing at the first node an association reply message received from the second node, wherein the association reply message comprises a certificate of the second node, a second signed block of authentication data, a fourth nonce value, and a first random keying data including a pairwise master key of the second node encrypted using a public key of the first node, whereby the first node verifies a signature of the certificate of the second node and verifies a signature of the second signed block of authentication data; and generating at the first node a pairwise transient key from the pairwise master key using the third nonce value and the fourth nonce value. processing at the first node a beacon message received from the second node, wherein the beacon message comprises a first nonce value; transmitting from the first node to the second node an association request message comprising a certificate of the first node, a first signed block of authentication data, a second nonce value, and a third nonce value, whereby the second node can verify a signature of the certificate of the first node and verify a signature of the first signed block of authentication data; processing at the first node an association reply message received from the second node, wherein the association reply message comprises a certificate of the second node, a second signed block of authentication data, a fourth nonce value, and a first random keying data including a pairwise master key of the second node encrypted using a public key of the first node, whereby the first node verifies a signature of the certificate of the second node and verifies a signature of the second signed block of authentication data; and generating at the first node a pairwise transient key from the pairwise master key using the third nonce value and the fourth nonce value.
A combustor air bar grid for use within a fluidized bed reactor, the combustor air bar grid comprising: - at least two main air collector bars in fluid communication with a source of fluidizing gas; - a plurality of primary air bars that are transversal to said main air collector bars and arranged on said at least two main air collector bars such that the main air collector bars support them, and in fluid communication to at least two of said main air collector bars, the main air collector bars and the primary air bars defining ash removal openings in the air bar grid; - a plurality of fluidizing nozzles arranged to each of the primary air bars for fluidizing the bed reactor - a number of ash hoppers arranged beneath the ash removal openings; characterized in that: the main air collector bars are configured to form external air-cooled walls for the ash hoppers that are cooled with the pressurized fluidizing gas. - at least two main air collector bars in fluid communication with a source of fluidizing gas; - a plurality of primary air bars that are transversal to said main air collector bars and arranged on said at least two main air collector bars such that the main air collector bars support them, and in fluid communication to at least two of said main air collector bars, the main air collector bars and the primary air bars defining ash removal openings in the air bar grid; - a plurality of fluidizing nozzles arranged to each of the primary air bars for fluidizing the bed reactor - a number of ash hoppers arranged beneath the ash removal openings;
An antenna for installation in an unattended ground sensor, the antenna comprising: a first conductor having a first planar surface; a second conductor having a second planar surface, wherein the second planar surface is substantially parallel to the first planar surface; an antenna conducting pin connected to the first conductor and extending between the first and second conductors; a solid dielectric spacer arranged in a space between the first and second planar surfaces; and a clamp for engaging the solid dielectric and holding it in place, wherein the solid dielectric comprises a flange that is engaged by the clamp, the flange of the solid dielectric includes a keying feature, and the clamp includes a keying feature that engages with the keying feature on the flange of the solid dielectric to resist any rotation of the solid dielectric spacer. a first conductor having a first planar surface; a second conductor having a second planar surface, wherein the second planar surface is substantially parallel to the first planar surface; an antenna conducting pin connected to the first conductor and extending between the first and second conductors; a solid dielectric spacer arranged in a space between the first and second planar surfaces; and a clamp for engaging the solid dielectric and holding it in place, wherein the solid dielectric comprises a flange that is engaged by the clamp, the flange of the solid dielectric includes a keying feature, and the clamp includes a keying feature that engages with the keying feature on the flange of the solid dielectric to resist any rotation of the solid dielectric spacer.
Food cutting appliance comprising: - a frame defining a cutting area, - a cutting tool (10; 10'; 10") movable relative to the frame at least in the cutting area in a reciprocating rectilinear movement in a cutting plane, - means for manoeuvring the cutting tool (10; 10'; 10"), which comprise an electric motor associated with a transmission system driving the cutting tool (10; 10'; 10"), - means for controlling the electric motor, which comprise a control member, - a lid comprising a chute for introducing the food to be cut located above the cutting area, - the control member being placed on the lid, - the lid being movably mounted on the frame, characterised in that: - the lid can be placed in a locked position on the frame, in which the lid covers the cutting area and the cutting tool (10; 10'; 10") so that they are not accessible from the top of the appliance, - the means for controlling the electric motor are adapted so that an action on the control member starts the electric motor when the lid is in the locked position, - the lid being movably mounted in translation on the frame towards the locked position. - a frame defining a cutting area, - a cutting tool (10; 10'; 10") movable relative to the frame at least in the cutting area in a reciprocating rectilinear movement in a cutting plane, - means for manoeuvring the cutting tool (10; 10'; 10"), which comprise an electric motor associated with a transmission system driving the cutting tool (10; 10'; 10"), - means for controlling the electric motor, which comprise a control member, - a lid comprising a chute for introducing the food to be cut located above the cutting area, - the control member being placed on the lid, - the lid being movably mounted on the frame, - the lid can be placed in a locked position on the frame, in which the lid covers the cutting area and the cutting tool (10; 10'; 10") so that they are not accessible from the top of the appliance, - the means for controlling the electric motor are adapted so that an action on the control member starts the electric motor when the lid is in the locked position, - the lid being movably mounted in translation on the frame towards the locked position.
A system for detecting Fine Symbol Synchronization, FSS, by a peak threshold, comprising: a peak search module, a threshold generation module and an FSS detection module, wherein the peak search module is configured to perform peak search on a plurality of sets of inputted Channel Impulse Response, CIR, average values to obtain a set of CIR peaks, each set of CIR average values corresponding to a receiving-transmitting antenna pair, each CIR peak being selected from a respective set of inputted CIR average values; the threshold generation module is configured to search for a set of maximum values from the obtained set of CIR peaks, each maximum value corresponding to one receiving antenna, and obtain an FSS search threshold for each receiving antenna according to a corresponding maximum value and a preset threshold; and the FSS detection module is configured to utilize each of the FSS search thresholds to detect a Fast Fourier Transformation, FFT, windowing position of each of the receiving antennas.
A pipeline framework configured to run deep learning training, the pipeline framework comprising: a first stage configured to receive a sequence (910, 2710) of training images in a convolutional neural network, CNN, to describe objects of a cluttered scene as a semantic segmentation mask; a second stage configured to receive the semantic segmentation mask in a fully connected layer of the semantic segmentation network and to produce edge labels; and a third stage configured to use weights from the first stage as feature extractors and weights from the second stage as classifiers in order to identify edges of the cluttered scene using the semantic features, wherein the weights form a pixel-wise edge labelling network. a first stage configured to receive a sequence (910, 2710) of training images in a convolutional neural network, CNN, to describe objects of a cluttered scene as a semantic segmentation mask; a second stage configured to receive the semantic segmentation mask in a fully connected layer of the semantic segmentation network and to produce edge labels; and a third stage configured to use weights from the first stage as feature extractors and weights from the second stage as classifiers in order to identify edges of the cluttered scene using the semantic features, wherein the weights form a pixel-wise edge labelling network.
Method for producing an alcohol-free refreshing drink, comprising the sequence of steps: a) producing a wort from plant extracts; b) producing a sour wort by metabolizing a sugar present in the wort by means of an lactic acid culture; c) producing a sour wort-fruit solution mixture by dosing and mixing the sour wort with a fruit solution; d) metabolizing sugar present in the sour wort-fruit solution mixture by means of a yeast strain; e) preparing the sour wort-fruit solution mixture. a) producing a wort from plant extracts; b) producing a sour wort by metabolizing a sugar present in the wort by means of an lactic acid culture; c) producing a sour wort-fruit solution mixture by dosing and mixing the sour wort with a fruit solution; d) metabolizing sugar present in the sour wort-fruit solution mixture by means of a yeast strain; e) preparing the sour wort-fruit solution mixture.
A method for invoking a client program via an Internet browser of a user computer system, comprising the following steps: - transmitting a message via the Internet browser to a server computer system, wherein the message includes at least one parameter for the client program to communicate with the Internet browser; - dynamically generating a URL by the server computer system, wherein the URL is formed according to a URL pattern for invoking the client program, wherein the URL includes the at least one parameter, wherein the client program is registered in the operating system of the user computer system under a program name, and wherein the URL includes a static part that comprises the program name and a dynamic part that comprises the at least one parameter; - transmitting a website having the URL from the server computer system to the user computer system, and displaying the website having the URL in a browser window of the Internet browser for selection by a user, - starting the client program on the user computer system based on the selection of the URL by the user, and entering the at least one parameter into the client program; and - communicating a result of the execution of the client program from the client program to the Internet browser, using the parameter. - transmitting a message via the Internet browser to a server computer system, wherein the message includes at least one parameter for the client program to communicate with the Internet browser; - dynamically generating a URL by the server computer system, wherein the URL is formed according to a URL pattern for invoking the client program, wherein the URL includes the at least one parameter, wherein the client program is registered in the operating system of the user computer system under a program name, and wherein the URL includes a static part that comprises the program name and a dynamic part that comprises the at least one parameter; - transmitting a website having the URL from the server computer system to the user computer system, and displaying the website having the URL in a browser window of the Internet browser for selection by a user, - starting the client program on the user computer system based on the selection of the URL by the user, and entering the at least one parameter into the client program; and - communicating a result of the execution of the client program from the client program to the Internet browser, using the parameter.
A method, comprising: in a mobile communication terminal, receiving from at least first and second base stations, which cooperate in a coordinated transmission scheme, signals that are transmitted over respective first and second communication channels, and calculating respective channel measures for the communication channels based on the received signals, wherein the first base station is designated as a serving base station via which the mobile communication terminal conducts calls; formulating first and second feedback data that are indicative of the respective channel measures of the first and second communication channels, such that the first feedback data has a first data size and the second feedback data has a second data size, wherein the first data size formulated for the serving base station is larger than the second data size; and transmitting the first and second feedback data from the mobile communication terminal to at least one of the base stations. in a mobile communication terminal, receiving from at least first and second base stations, which cooperate in a coordinated transmission scheme, signals that are transmitted over respective first and second communication channels, and calculating respective channel measures for the communication channels based on the received signals, wherein the first base station is designated as a serving base station via which the mobile communication terminal conducts calls; formulating first and second feedback data that are indicative of the respective channel measures of the first and second communication channels, such that the first feedback data has a first data size and the second feedback data has a second data size, wherein the first data size formulated for the serving base station is larger than the second data size; and transmitting the first and second feedback data from the mobile communication terminal to at least one of the base stations.
A method for packaging shaped bodies, in which a film is applied to the shaped body by means of a vacuum, a) the shaped body being placed between the film and a vacuum guide; b) a vacuum being created by means of the vacuum guide and the film being placed around the shaped body under the action of the vacuum, characterized in that the shaped body has n>1 surfaces and the film is applied to all n surfaces of the shaped body in method step b), the shaped body being a washing or cleaning agent portion and the film not having a sealing seam in the form of a protruding film edge. a) the shaped body being placed between the film and a vacuum guide; b) a vacuum being created by means of the vacuum guide and the film being placed around the shaped body under the action of the vacuum,
Tool for roughening a metallic surface of an inner wall of a pre-bored workpiece bore, a profiling contour being formed between its clamping shaft and tool tip, by means of which profiling contour upon the rotation of the tool a roughened structure can be formed by shaping the metallic surface by cutting or not cutting, wherein the roughening tool comprises at least one profiling web extending along the tool axis and projecting from a main tool body, the profiling contour being formed on the outer rear web of the profiling web, and characterised in that the profiling web ends at the tool tip with a groove cutting edge oriented perpendicular to the tool axis, by means of which before performing the shaping by means of tool rotation the roughening tool can be moved in an axial lifting movement (h) into the core bore, and by forming a profiling groove running along the core bore longitudinal axis by means of which the profiling web can be brought into engagement with the groove.
Plant for melting metal materials comprising at least a heating unit provided with a container to contain mainly metal materials and with at least an induction heating device configured to heat the mainly metal materials contained in said container to a temperature comprised between 300°C and 800°C and in any case keeping them in a solid state, said plant also comprising a transfer unit disposed downstream of said heating unit and configured to move, substantially continuously, said mainly metal materials exiting from the heating unit to a melting furnace located downstream of said heating unit and configured to melt said mainly metal materials, characterized in that said container is provided with an aperture through which said mainly metal material, heated and in a solid state, is discharged onto said transfer unit, said transfer unit being configured to move with a pre-determined delivery rate and temperature said mainly metal materials, opening/closing members, governed by detectors of the flow of said mainly metal materials discharged through said aperture of said container, being associated with said aperture, commanded by an actuator and configured to open, close and choke said aperture in order to regulate the flow of said metal materials that is discharged onto said transfer unit and sent to said melting furnace as a function of the requirements of the melting cycle in said melting furnace.
Method for determining the brake pressure value of the brake pressure which is modulated by a pneumatic channel of a braking value encoder further having at least one electrical channel, in a braking device of a motor vehicle without using a brake pressure sensor, wherein electrical signals which represent brake pressure values which are desired as a function of activations of the braking value encoder are generated by at least one electrical sensor which is assigned to the electrical channel, in which a) a first characteristic curve, in which the dependence of the electrical signals, modulated by the at least one electrical sensor of the electrical channel, on the degree of activation of the braking value encoder is represented, is determined and stored, and b) a second characteristic curve, in which the dependence of the brake pressure values, modulated by the at least one pneumatic channel, on the electrical signals detected by the electrical sensor is represented, is determined and stored, wherein c) the brake pressure value which corresponds to a specific braking request as a result of activation of the braking value encoder is determined on the basis of the first characteristic curve and the second characteristic curve. a) a first characteristic curve, in which the dependence of the electrical signals, modulated by the at least one electrical sensor of the electrical channel, on the degree of activation of the braking value encoder is represented, is determined and stored, and b) a second characteristic curve, in which the dependence of the brake pressure values, modulated by the at least one pneumatic channel, on the electrical signals detected by the electrical sensor is represented, is determined and stored, wherein c) the brake pressure value which corresponds to a specific braking request as a result of activation of the braking value encoder is determined on the basis of the first characteristic curve and the second characteristic curve.
A ground cleaning apparatus having a front dust collection function, comprising a cleaning device, a water storage device and a dust collection device, wherein the cleaning device comprises a rolling brush, a washing assembly and a water retaining housing; the rolling brush and the washing assembly are both mounted in the water retaining housing; the rolling brush is a rotatable water-absorbing rolling brush; the washing assembly is arranged on one side of the rolling brush; the washing assembly comprises a conveying rod housing and a threaded conveying rod rotatably mounted in the conveying rod housing; the conveying rod housing is provided with a dirt outlet in a rotary conveying direction of the threaded conveying rod; the conveying rod housing is provided with an opening toward a direction of the rolling brush; the water retaining housing is arranged in a sealing fit with the conveying rod housing; and the water retaining housing and the conveying rod housing are configured to prevent water and dirt from spilling out; the water storage device is provided with a dirty water tank, and the dirt outlet is connected to the dirty water tank through a blowoff pipe; and the dust collection device is provided with a dust suction port, the dust suction port is arranged on a front side of the rolling brush, and the dust collection device sucks dirt on the ground by way of the dust suction port. comprising a cleaning device, a water storage device and a dust collection device, wherein the cleaning device comprises a rolling brush, a washing assembly and a water retaining housing; the rolling brush and the washing assembly are both mounted in the water retaining housing; the rolling brush is a rotatable water-absorbing rolling brush; the washing assembly is arranged on one side of the rolling brush; the washing assembly comprises a conveying rod housing and a threaded conveying rod rotatably mounted in the conveying rod housing; the conveying rod housing is provided with a dirt outlet in a rotary conveying direction of the threaded conveying rod; the conveying rod housing is provided with an opening toward a direction of the rolling brush; the water retaining housing is arranged in a sealing fit with the conveying rod housing; and the water retaining housing and the conveying rod housing are configured to prevent water and dirt from spilling out; the water storage device is provided with a dirty water tank, and the dirt outlet is connected to the dirty water tank through a blowoff pipe; and the dust collection device is provided with a dust suction port, the dust suction port is arranged on a front side of the rolling brush, and the dust collection device sucks dirt on the ground by way of the dust suction port.