mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for providing, by a server, a first digital certificate (CERT-1) to a device, comprising: - receiving (REC-AD), from the device, authentication data via a secure communication channel, - receiving (REC-IDF-CERT), from the device, or determining (DET-IDF-CERT), by the server, a first certificate identifier (IDF-CERT-1), in particular, wherein the first certificate identifier (IDF-CERT-1) is a hash value or random value, - verifying (VRF-AD) the authentication data, - receiving (REC-PBK-1), from the device, a first public key (PBK-1) created by the device, - sending (SND-CSR-1) a first certificate signing request (CSR-1) related to a first domain name (DN-1) based on the first public key (PBK-1) to a certificate authority, wherein the first domain name (DN-1) comprises the certificate identifier (IDF-CERT-1), - receiving (REC-CERT-1) the first digital certificate (CERT-1) from the certificate authority, wherein the first digital certificate (CERT-1) is a wildcard certificate based on the first domain name (DN-1) and the first public key (PBK-1) signed by the certificate authority, - providing (PROV-CERT-1) the first digital certificate (CERT-1) to the device, characterized in that a domain related to the first domain name (DN-1) is controlled by the server, the first certificate identifier (IDF-CERT-1) is a label of the first domain name (DN-1) different from the last label of the first domain name (DN-1). - receiving (REC-AD), from the device, authentication data via a secure communication channel, - receiving (REC-IDF-CERT), from the device, or determining (DET-IDF-CERT), by the server, a first certificate identifier (IDF-CERT-1), in particular, wherein the first certificate identifier (IDF-CERT-1) is a hash value or random value, - verifying (VRF-AD) the authentication data, - receiving (REC-PBK-1), from the device, a first public key (PBK-1) created by the device, - sending (SND-CSR-1) a first certificate signing request (CSR-1) related to a first domain name (DN-1) based on the first public key (PBK-1) to a certificate authority, wherein the first domain name (DN-1) comprises the certificate identifier (IDF-CERT-1), - receiving (REC-CERT-1) the first digital certificate (CERT-1) from the certificate authority, wherein the first digital certificate (CERT-1) is a wildcard certificate based on the first domain name (DN-1) and the first public key (PBK-1) signed by the certificate authority, - providing (PROV-CERT-1) the first digital certificate (CERT-1) to the device, characterized in that a domain related to the first domain name (DN-1) is controlled by the server, the first certificate identifier (IDF-CERT-1) is a label of the first domain name (DN-1) different from the last label of the first domain name (DN-1). characterized in that a domain related to the first domain name (DN-1) is controlled by the server, the first certificate identifier (IDF-CERT-1) is a label of the first domain name (DN-1) different from the last label of the first domain name (DN-1).
Brake caliper of a hydraulic brake system comprising a plurality of pistons, each of which is slidably arranged in a cylinder along the axis of the cylinder, a plurality of brake pads, which are pressed against a brake disk by the pistons when the brake is actuated, and at least one spring device, which has a base and opposite legs, which extend from the base to the brake pads, characterized in that the legs of the spring device have holding portions at their ends, said holding portions engage at the lower edge of the brake pads, and that the opposite legs extend from one side of the base extending in an axial direction to a brake pad, which is arranged on the opposite side.
A method of wireless communication at a wireless transmitter, comprising: decompressing a first sequence of information bits for wireless transmission to output a sequence of shaped symbols, wherein the decompression is based on a target symbol length and a target probability mass function, PMF; compressing the sequence of shaped symbols to output a second sequence of compressed information bits, wherein the compression is based on the target PMF; and transmitting, to a receiver, a signal comprising the sequence of shaped symbols. decompressing a first sequence of information bits for wireless transmission to output a sequence of shaped symbols, wherein the decompression is based on a target symbol length and a target probability mass function, PMF; compressing the sequence of shaped symbols to output a second sequence of compressed information bits, wherein the compression is based on the target PMF; and transmitting, to a receiver, a signal comprising the sequence of shaped symbols.
A computer implemented method for managing execution of applications within a memory space of a multi-tenant virtual machine, MVM, the method comprising: instantiating an MVM server; instantiating, by the MVM server, a container for an application, the container having a thin client and having a name space that is part of a memory space of the MVM; launching and moving, by the MVM server, threads of the application from the MVM server to the container; executing, by the container, the threads using the thin client in the name space of the container; and performing inter-process communication between the threads of the application executing in the name space of the container and one or more service threads in the MVM using a connection between the thin client and the MVM server, wherein all arguments used by the threads of the application remain same. instantiating an MVM server; instantiating, by the MVM server, a container for an application, the container having a thin client and having a name space that is part of a memory space of the MVM; launching and moving, by the MVM server, threads of the application from the MVM server to the container; executing, by the container, the threads using the thin client in the name space of the container; and performing inter-process communication between the threads of the application executing in the name space of the container and one or more service threads in the MVM using a connection between the thin client and the MVM server, wherein all arguments used by the threads of the application remain same.
A zoom lens having a plurality of lens groups which are disposed in order from an object side, wherein, where a refractive index average value with respect to the d-line of lens components which constitute the zoom lens is defined as ndav and a refractive index average value with respect to the d-line of lens components which constitute a first lens group which is disposed to closest to the object side among the plurality of lens groups is defined as ndG1av, the condition of the following expressions ndav ≥ 1.82 ndG 1 av ≥ 1.85 are satisfied.
A two-colored net for protecting fruit against damage caused by direct solar radiation and high temperatures, characterized in that it is made by weaving two monofilaments of two different colors, wherein the colors being pearl, blue or grey, and wherein the monofilaments have a thickness of 0.26-0.32 mm, a weft density of 2.6-4.2 monofilament/cm, a warp density of 2.6-4.2 monofilament/cm; and wherein the two monofilaments have a relation of 50:50.
An image analysis system comprising: an acquisition unit (310,321) configured to acquire data of plural objective images, in which objective cell groups including plural kinds of cell groups having different attributes are imaged, in time series; a detection unit configured to detect a migration speed of each cell imaged in the objective images by analyzing the acquired plural objective images; a generation unit configured to generate a mixed distribution function or a histogram of the migration speeds of the imaged objective cell groups based on the detected migration speed of each cell; and an estimation unit configured to estimate a mixing ratio of each of the plural kinds of cell groups based on migration speed information, recorded in a storage unit in advance and including information of the migration speed of each of the plural kinds of cell groups, and the generated mixed distribution function or the generated histogram. an acquisition unit (310,321) configured to acquire data of plural objective images, in which objective cell groups including plural kinds of cell groups having different attributes are imaged, in time series; a detection unit configured to detect a migration speed of each cell imaged in the objective images by analyzing the acquired plural objective images; a generation unit configured to generate a mixed distribution function or a histogram of the migration speeds of the imaged objective cell groups based on the detected migration speed of each cell; and an estimation unit configured to estimate a mixing ratio of each of the plural kinds of cell groups based on migration speed information, recorded in a storage unit in advance and including information of the migration speed of each of the plural kinds of cell groups, and the generated mixed distribution function or the generated histogram.
Laryngoscope spatula with a base sheet and a tube, which is arranged at least in sections on an outer side of the base sheet, extends approximately in a longitudinal direction of the base sheet and is fixedly connected to the base sheet, characterised in that the tube comprises on its side facing the base sheet at least in sections a longitudinally extended bead, which forms with the outer side of the base sheet a longitudinally extended cavity, the tube being connected in the lateral edge areas of the bead to the base sheet by a soldered seam in each case.
A method in a communication system characterized by, detecting at least one notification indicator for at least one service in a first modification period of a signaling information transmission schedule, the notification indicator for each service being set in the first modification period if critical signaling information required for the service is changed in a second modification period of the signaling information transmission schedule following the first modification period; receiving (816, 818), in the second modification period, the critical signaling information for each service having the notification indicator set in the first modification period; and terminating processing of the signaling information if change information indicates no changes to the critical signaling information for any of the services.
Method for controlling an OPC UA Server, the method comprising: receiving a request for data from an OPC UA Client; determining, whether the request and/or the data requires a slow data access or a fast data access, by a hardware implemented control circuit of the OPC UA Server; obtaining first data from a first address space of a memory unit (24, 26) of the OPC UA Server, if the request and/or the data requires the slow data access, wherein data, which is used for a parameterization, a configuration, and/or a diagnose of the OPC UA Client, is classified as the first data and stored in the memory unit (24, 26) of the OPC UA Server; obtaining second data from a second address space of the control circuit, if the request and/or the data requires the fast data access, wherein data, which is needed in the context of a control process of the OPC UA Client, e.g. IO-Signals, is classified as the second data and stored in the second address space of the control circuit; and sending the obtained first or second data (54, 56) to the OPC UA Client. receiving a request for data from an OPC UA Client; determining, whether the request and/or the data requires a slow data access or a fast data access, by a hardware implemented control circuit of the OPC UA Server; obtaining first data from a first address space of a memory unit (24, 26) of the OPC UA Server, if the request and/or the data requires the slow data access, wherein data, which is used for a parameterization, a configuration, and/or a diagnose of the OPC UA Client, is classified as the first data and stored in the memory unit (24, 26) of the OPC UA Server; obtaining second data from a second address space of the control circuit, if the request and/or the data requires the fast data access, wherein data, which is needed in the context of a control process of the OPC UA Client, e.g. IO-Signals, is classified as the second data and stored in the second address space of the control circuit; and sending the obtained first or second data (54, 56) to the OPC UA Client.
An article of footwear, comprising: a sole structure; an upper comprising an inner surface and forming an inner void; a removable element (212, 214), wherein a substantial majority of the removable element (212, 214) is configured to be removable from, and re-insertable within, the inner void after manufacture of the article of footwear, wherein a portion of the removable element (212, 214) is fixedly attached to a portion of the upper; wherein the removable element (212, 214) is an inner lining material associated with the article of footwear; and a compartment (202, 204) disposed within the sole structure of the article of footwear; wherein the removal of the removable element (212, 214) provides access to the compartment (202, 204). a sole structure; an upper comprising an inner surface and forming an inner void; a removable element (212, 214), wherein a substantial majority of the removable element (212, 214) is configured to be removable from, and re-insertable within, the inner void after manufacture of the article of footwear, wherein a portion of the removable element (212, 214) is fixedly attached to a portion of the upper; wherein the removable element (212, 214) is an inner lining material associated with the article of footwear; and a compartment (202, 204) disposed within the sole structure of the article of footwear; wherein the removal of the removable element (212, 214) provides access to the compartment (202, 204).
Modular heavy goods vehicle with at least one axis, one steering system and coupling means, wherein this can be coupled with at least one further modular heavy goods vehicle (1, 1', 1", 15, 15', 15") and/or further transport devices and is optionally telescopic, characterised in that the modular heavy goods vehicle (1, 1', 1", 15, 15', 15") has a central longitudinal bearer (3, 14) with at least one open face side and wherein as upper flange of the central longitudinal bearer (3, 14) is formed a load surface as a shell structure.
A machine for preparing a beverage comprising: - a first part and a second part movable relative to the first part; - a motor (51,51') having a drive member (510,511) such as a rotating drive axis; - one or more mechanical transmission members (52;521-523;524-526) for transmitting a movement of the drive member to the movable part for moving the movable part; and - a transmission frame for supporting the motor and said one or more movable transmission members, wherein the transmission frame is an integral component forming a single mechanical support element on which the motor and said one or more transmission members are directly mounted, and wherein the second part cooperates with the first part for forming an ingredient processing module, the movable part being relatively movable by the motor (51,51') from a position for housing an ingredient in the processing module to a transfer position for inserting said ingredient into the processing module and/or for evacuation thereof from the processing module. - a first part and a second part movable relative to the first part; - a motor (51,51') having a drive member (510,511) such as a rotating drive axis; - one or more mechanical transmission members (52;521-523;524-526) for transmitting a movement of the drive member to the movable part for moving the movable part; and - a transmission frame for supporting the motor and said one or more movable transmission members,
A system, comprising: a clamp configured to be attached to a pipe; a mount to couple to the clamp and having one of a track or a key; a fastening structure configured to connect the mount to the clamp and to transmit vibration from the pipe to an acoustic leak detection sensor; a sensor unit, having the other of the track or the key wherein the key is sized to be received by and travel within the track, and wherein rotation of the sensor housing with respect to the mount moves the key within the track, and wherein movement of the key within the track tightens a connection between the mount and the sensor; and wherein the acoustic leak detection sensor is located within the sensor unit; wherein movement of the key within the track is configured to contact the sensor unit against the mount such that the fastening structure transfers vibration of the pipe to the sensor unit. a clamp configured to be attached to a pipe; a mount to couple to the clamp and having one of a track or a key; a fastening structure configured to connect the mount to the clamp and to transmit vibration from the pipe to an acoustic leak detection sensor; a sensor unit, having the other of the track or the key wherein the key is sized to be received by and travel within the track, and wherein rotation of the sensor housing with respect to the mount moves the key within the track, and wherein movement of the key within the track tightens a connection between the mount and the sensor; and wherein the acoustic leak detection sensor is located within the sensor unit; wherein movement of the key within the track is configured to contact the sensor unit against the mount such that the fastening structure transfers vibration of the pipe to the sensor unit.
A brush holder for receiving at least two contact brushes (2, 4) and holding said brushes in contact with a slip ring in an electrical power device, the brush holder comprising: a holder body adapted for receiving said brushes (2, 4), said brushes (2, 4) being arranged on opposite sides of a plane in which a central axis (C-C) of the brush holder is located and in which plane an axis of rotation of the electrical power device is situated, and wherein the brushes are arranged at an angle to the central axis (C-C) of the holder, one main biasing device, such as a socket spring, a pneumatic or hydraulic cylinder for biasing the holder body and for providing an even contact pressure towards the slip ring, thus biasing the at least two contact brushes (2,4) towards the slip ring simultaneously characterized by compensation means (5, 6) being provided between each of said brushes (2, 4) and the one main biasing device, and wherein said compensation means (5,6) comprises a spring having a higher spring force than the one main biasing device and wherein the one biasing device engages each brush (2, 4) respectively through a pressure finger arrangement (12, 17), and wherein each pressure finger arrangement (12, 17) is provided with said compensation means (5, 6) and wherein said pressure finger arrangement (12, 17) is connected to a pressure plate, wherein said pressure plate is connected to the one main biasing device such that the one main biasing device acts on all brushes (2, 4) simultaneously, wherein the pressure finger arrangement (12, 17) is arranged to engage a tilting device, which tilting device is arranged in connection with the pressure plate, and which tilting device is connected to said pressure plate such that it is pivotable about an axis of rotation (R-R).
A method for processing flour, comprising: adding water to the flour in gaseous form to increase a moisture rate of the flour; generating superheated steam; and maintaining the moistened flour in the superheated steam for a predetermined period of time, wherein the temperature of the added water is lower than the gelatinization temperature of the flour, and a difference between the temperature of the added water and the gelatinization temperature of the flour is below a threshold value. adding water to the flour in gaseous form to increase a moisture rate of the flour; generating superheated steam; and maintaining the moistened flour in the superheated steam for a predetermined period of time, wherein the temperature of the added water is lower than the gelatinization temperature of the flour, and a difference between the temperature of the added water and the gelatinization temperature of the flour is below a threshold value.
A system for assigning a distillation temperature for a given distillation weight percentage to a fraction of an oil sample, without fractionation/distillation, wherein the oil sample is selected from naturally occurring hydrocarbons derived from crude oils, bitumens, heavy oils or shale oils, and is characterized by a density, the system comprising: a non-volatile memory device configured to store calculation modules and data, the data including near infrared, NIR, spectroscopy data indicative of absorbance values in a predetermined wavenumber range for the oil sample, as derived by near infrared spectroscopy analysis of the oil sample; a processor coupled to the memory; a first calculation module configured to calculate and assign a cumulative and normalized infrared absorbance for the given distillation weight percentage from the data indicative of absorbance values; and a second calculation module configured to calculate and assign a simulated distillation temperature of the fraction for the given distillation weight percentage from a multi variable degree 3 polynomial equation with predetermined constant coefficients developed using linear regression techniques, wherein the variables include the inverse of the wavenumber at known weight percent absorbance values and the inverse of the density of the oil sample. a non-volatile memory device configured to store calculation modules and data, the data including near infrared, NIR, spectroscopy data indicative of absorbance values in a predetermined wavenumber range for the oil sample, as derived by near infrared spectroscopy analysis of the oil sample; a processor coupled to the memory; a first calculation module configured to calculate and assign a cumulative and normalized infrared absorbance for the given distillation weight percentage from the data indicative of absorbance values; and a second calculation module configured to calculate and assign a simulated distillation temperature of the fraction for the given distillation weight percentage from a multi variable degree 3 polynomial equation with predetermined constant coefficients developed using linear regression techniques, wherein the variables include the inverse of the wavenumber at known weight percent absorbance values and the inverse of the density of the oil sample.