mhurhangee/ep-ind-claims huggingface dataset:
Data processing device for detecting a read access to unallocated or uninitialized memory, comprising a processor, a memory controller and a memory, wherein the processor is configured for executing an operating system and computer programs, wherein the operating system is configured for allocating and releasing memory for said computer programs, wherein the memory controller comprises an error correction code determination unit, and is configured for: - in response to a write access command for storing first data (D 1) in the memory, determining a first error correction code (ECC 1) in function of said first data (D 1) and storing said first error correction code (ECC 1) and said first data (D 1) in association in said memory, - in response to a read access command for reading second data (D 2) from the memory, determining a second error correction code (ECC 2) in function of the second data (D 2), comparing the second error correction code (ECC 2) with a third error correction code (ECC 3) stored in association with said second data (D 2) in the memory, and outputting the second data (D 2) if the second and third error correction codes match or outputting (T6') an read error signal if the second and third error correction codes do not match, - in response to a write access command to a test interface of the memory controller, storing a fourth error correction code (ECC 4) in association with third data (D 3) in the memory, wherein the fourth error correction code (ECC 4) is invalid with respect to said third data (D 3), wherein the processor is configured for outputting a write access command for a memory area to said test interface of the memory controller in response to releasing of the memory area by the operating system. - in response to a write access command for storing first data (D 1) in the memory, determining a first error correction code (ECC 1) in function of said first data (D 1) and storing said first error correction code (ECC 1) and said first data (D 1) in association in said memory, - in response to a read access command for reading second data (D 2) from the memory, determining a second error correction code (ECC 2) in function of the second data (D 2), comparing the second error correction code (ECC 2) with a third error correction code (ECC 3) stored in association with said second data (D 2) in the memory, and outputting the second data (D 2) if the second and third error correction codes match or outputting (T6') an read error signal if the second and third error correction codes do not match, - in response to a write access command to a test interface of the memory controller, storing a fourth error correction code (ECC 4) in association with third data (D 3) in the memory, wherein the fourth error correction code (ECC 4) is invalid with respect to said third data (D 3),
A disc for releasable attachment to the shaft of a disc screen apparatus, comprising: a hub of elastomeric material having a central bore and a radial split through the hub defining a pair of opposite end faces of the hub; a releasable fastener configured to releasably secure the hub on the shaft; and the hub having a plurality of outer impacting portions integrally formed with the hub which are configured for engaging materials to be classified and propelling the materials in a conveying direction when the hub is rotated: characterized by: a strap of deformable material embedded in the hub and having opposite ends positioned adjacent the opposite end faces of the hub; wherein the embedded strap that is generally C-shaped and is made of one of mild steel, spring steel or plastic material and is configured to flex outwardly at its opposite ends deforming the deformable material of the strap when the opposite end faces of the hub are spread apart at the radial split to allow a shaft of a disc screen apparatus to pass between the opposite end faces when the disc is installed on the shaft or removed from the shaft. a strap of deformable material embedded in the hub and having opposite ends positioned adjacent the opposite end faces of the hub; wherein the embedded strap that is generally C-shaped and is made of one of mild steel, spring steel or plastic material and is configured to flex outwardly at its opposite ends deforming the deformable material of the strap when the opposite end faces of the hub are spread apart at the radial split to allow a shaft of a disc screen apparatus to pass between the opposite end faces when the disc is installed on the shaft or removed from the shaft.
An apparatus comprising means for: obtaining evidence, based on a signal, the evidence including a probability density function for each of a plurality of parameters for parameterizing the signal, including at least one probability density function for a parameter, of the plurality of parameters, that positions a feature of interest within signal data of the signal; parameterizing a portion of the signal data from the signal based upon a hypothesis that a point of interest in the signal data is a position of the feature of interest; determining a posterior probability of the hypothesis being true given the portion of the signal data by combining a prior probability of the hypothesis and a conditional probability of observing the portion of the signal data given the hypothesis, wherein the conditional probability of observing the portion of the signal data given the hypothesis is based at least upon: the parameterization of the portion of the signal data and the probability density function for at least one of the plurality of parameters; using the posterior probability to determine whether or not the hypothesis is true; if the hypothesis is true, using a parameterization of the signal data based upon a hypothesis to encode the signal for storage, transmission or processing; and updating at least one of the probability density functions for the plurality of parameters using the parameterization of the portion of the signal data. obtaining evidence, based on a signal, the evidence including a probability density function for each of a plurality of parameters for parameterizing the signal, including at least one probability density function for a parameter, of the plurality of parameters, that positions a feature of interest within signal data of the signal; parameterizing a portion of the signal data from the signal based upon a hypothesis that a point of interest in the signal data is a position of the feature of interest; determining a posterior probability of the hypothesis being true given the portion of the signal data by combining a prior probability of the hypothesis and a conditional probability of observing the portion of the signal data given the hypothesis, wherein the conditional probability of observing the portion of the signal data given the hypothesis is based at least upon: the parameterization of the portion of the signal data and the probability density function for at least one of the plurality of parameters; the parameterization of the portion of the signal data and the probability density function for at least one of the plurality of parameters; using the posterior probability to determine whether or not the hypothesis is true; if the hypothesis is true, using a parameterization of the signal data based upon a hypothesis to encode the signal for storage, transmission or processing; and updating at least one of the probability density functions for the plurality of parameters using the parameterization of the portion of the signal data.
A method for processing a web application package, comprising: determining a resource required by a web application comprising determining a jar package and class information in the jar package, a page rendering control file, and a view resource that are required by the web application; storing the resource, and determining a resource address corresponding to the resource comprising: storing the page rendering control file and the view resource; obtaining a storage address of the page rendering control file and the view resource; and determining the storage address as the resource address; generating a configuration file of the class information, so that a class loader is established based on the configuration file when the web application package is loaded; and generating a web application package that comprises the resource address and the configuration file, wherein the web application package does not comprise the resource corresponding to the resource address. determining a resource required by a web application comprising determining a jar package and class information in the jar package, a page rendering control file, and a view resource that are required by the web application; storing the resource, and determining a resource address corresponding to the resource comprising: storing the page rendering control file and the view resource; obtaining a storage address of the page rendering control file and the view resource; and determining the storage address as the resource address; storing the page rendering control file and the view resource; obtaining a storage address of the page rendering control file and the view resource; and determining the storage address as the resource address; generating a configuration file of the class information, so that a class loader is established based on the configuration file when the web application package is loaded; and generating a web application package that comprises the resource address and the configuration file, wherein the web application package does not comprise the resource corresponding to the resource address.
Suction apparatus, comprising a suction unit device for creating a suction flow, wherein the suction unit device comprises a fan having a fan motor, a fan holder for holding the fan and/or the fan motor, and a routing device for process air, wherein the routing device for process air comprises a conduit piece having at least one conduit which is connected to the fan on the exhaust air side thereof, wherein the conduit piece is located at the fan holder, characterized in that the conduit piece is located at the fan or the fan motor.
A method, comprising: determining in an apparatus, whether information usable for indoor positioning may be distributed in an unrestricted manner by the apparatus; and if it is determined that information usable for indoor positioning may be distributed in an unrestricted manner by the apparatus, performing the following method steps by the apparatus: configuring header information in an advertising packet to indicate that the advertising packet includes information usable for indoor positioning; including the information usable for indoor positioning in the advertising packet, wherein the information usable for indoor positioning is a bit sequence added as an extension into the end of the advertising packet subsequent to a checksum of the advertising packet; and transmitting, on a dedicated advertising channel, the advertising packet from the apparatus via wireless communication; wherein said apparatus operates in a non-connectable mode and does not allow connection setup from other apparatuses. determining in an apparatus, whether information usable for indoor positioning may be distributed in an unrestricted manner by the apparatus; and if it is determined that information usable for indoor positioning may be distributed in an unrestricted manner by the apparatus, performing the following method steps by the apparatus: configuring header information in an advertising packet to indicate that the advertising packet includes information usable for indoor positioning; including the information usable for indoor positioning in the advertising packet, wherein the information usable for indoor positioning is a bit sequence added as an extension into the end of the advertising packet subsequent to a checksum of the advertising packet; and transmitting, on a dedicated advertising channel, the advertising packet from the apparatus via wireless communication; wherein said apparatus operates in a non-connectable mode and does not allow connection setup from other apparatuses. configuring header information in an advertising packet to indicate that the advertising packet includes information usable for indoor positioning; including the information usable for indoor positioning in the advertising packet, wherein the information usable for indoor positioning is a bit sequence added as an extension into the end of the advertising packet subsequent to a checksum of the advertising packet; and transmitting, on a dedicated advertising channel, the advertising packet from the apparatus via wireless communication; wherein said apparatus operates in a non-connectable mode and does not allow connection setup from other apparatuses.
A stylus comprising: a cover; a base fastener supported by the cover; a base segment secured to the cover; a base spring engaging the cover and being disposed at least partially within the base segment; an intermediate segment that includes an intermediate stop and an intermediate fastener that form part of the intermediate segment, the intermediate segment being longitudinally movable inside the base segment such that the intermediate segment is movable between a closed position where the intermediate fastener engages the base fastener and an open position where the base spring biases the intermediate stop away from the cover such that a portion of the intermediate segment extends longitudinally from the base segment; an intermediate spring engaging the intermediate stop and being disposed at least partially within the intermediate segment; an end segment that includes an end stop and an end fastener that form part of the end segment, the end segment being longitudinally movable inside the intermediate segment such that the end segment is movable between a closed position where the end fastener engages the intermediate stop and an open position where the intermediate spring biases the end stop away from the intermediate stop such that a portion of the end segment extends longitudinally from the intermediate segment; a tip supported by and extending from the end segment. a cover; a base fastener supported by the cover; a base segment secured to the cover; a base spring engaging the cover and being disposed at least partially within the base segment; an intermediate segment that includes an intermediate stop and an intermediate fastener that form part of the intermediate segment, the intermediate segment being longitudinally movable inside the base segment such that the intermediate segment is movable between a closed position where the intermediate fastener engages the base fastener and an open position where the base spring biases the intermediate stop away from the cover such that a portion of the intermediate segment extends longitudinally from the base segment; an intermediate spring engaging the intermediate stop and being disposed at least partially within the intermediate segment; an end segment that includes an end stop and an end fastener that form part of the end segment, the end segment being longitudinally movable inside the intermediate segment such that the end segment is movable between a closed position where the end fastener engages the intermediate stop and an open position where the intermediate spring biases the end stop away from the intermediate stop such that a portion of the end segment extends longitudinally from the intermediate segment; a tip supported by and extending from the end segment.
A session migration-based scheduling method, comprising: receiving, by a first media server, a service request sent by a terminal, wherein the service request is used to obtain target content required by the terminal, the service request comprises a destination address, the destination address comprises a destination internet protocol, IP, address and a destination hardware MAC address, and the destination address is an address of the first media server; querying, by the first media server, a target IP address in a database based on the service request, wherein the target IP address is an IP address of a server in which the target content is located; determining, by the first media server, the target IP address based on a candidate IP address fed back by the database; and if the target IP address is different from an IP address of the first media server, determining, by the first media server, that the first media server misses the target content, and sending the service request to a second media server, wherein an IP address of the second media server is the target IP address. receiving, by a first media server, a service request sent by a terminal, wherein the service request is used to obtain target content required by the terminal, the service request comprises a destination address, the destination address comprises a destination internet protocol, IP, address and a destination hardware MAC address, and the destination address is an address of the first media server; querying, by the first media server, a target IP address in a database based on the service request, wherein the target IP address is an IP address of a server in which the target content is located; determining, by the first media server, the target IP address based on a candidate IP address fed back by the database; and if the target IP address is different from an IP address of the first media server, determining, by the first media server, that the first media server misses the target content, and sending the service request to a second media server, wherein an IP address of the second media server is the target IP address.
A composition comprising the reaction product of: (a) a polyamine comprising the reaction product of a polyethylene polyamine having 3 to 10 nitrogen atoms and an aldehyde selected from the group consisting of formaldehyde, paraformaldehyde and combinations thereof; and (b) a polyalkylene polyether modified polyepoxide resin. (a) a polyamine comprising the reaction product of a polyethylene polyamine having 3 to 10 nitrogen atoms and an aldehyde selected from the group consisting of formaldehyde, paraformaldehyde and combinations thereof; and (b) a polyalkylene polyether modified polyepoxide resin.
A transgenic rodent model for Neurofibromatosis type 1, wherein the Nf1 gene is specifically inactivated in Prss56-expressing cells and in progenies thereof.
A computer implemented method of spectral matching comprising receiving spectral information for each reference sample of multiple reference samples, the spectral information of each reference sample comprising data specifying a set of peak wavelengths; producing peak and bin information that comprises partitioning a spectrum of the sets of peak wavelengths from the spectral information of the multiple reference samples into multiple different sized range bins, wherein widths of each of the multiple different sized range bins are defined such that an equal number of the peak wavelengths in the reference samples falls into each of the multiple different sized range bins and such that more than one peak wavelength may fall in the same range bin, wherein each of the peak wavelengths in the multiple reference samples resides in one of the multiple different sized range bins; receiving spectral information for an unknown sample, said spectral information comprising data specifying a set of peak wavelengths; based on comparing locations of said peak wavelengths of the unknown sample to the multiple different sized range bins in the partitioned spectrum, for each reference sample identifying a number of occurrences that a peak wavelength of the unknown sample falls into a respective bin of the multiple range bins in which said reference sample also includes a peak wavelength; for each reference sample generating probability information that indicates a degree to which the spectral information of said reference sample matches the spectral information of the unknown sample based on the number of occurrences; and notifying a user about a subset of all the reference samples that are best matches to the unknown sample. 10421947;VXB;VXB
Method for the system-internal calibration of a measuring device for the optical temperature determination of a molten metal, wherein the measuring device has: - an optical waveguide with one end immersed in the molten metal or brought into the immediate vicinity of the molten metal, in order to guide electromagnetic radiation emitted from the metal or from the tip of the optical waveguide to an optical detector, - an optical detector for determining the temperature of the metal from an analysis of the electromagnetic radiation, - a measuring chain, wherein the measuring chain comprises multiple measuring chain elements and the principle functions of a measuring chain are the recording of the measured variable, measurement signal processing and measured value output, wherein in the measuring chain the optical waveguide is the measured variable pick-up, characterized in that the measuring device furthermore has at least one replacement measuring chain with at least one replacement optical waveguide, wherein the replacement waveguide has an end immersed in the molten metal or brought into the immediate vicinity of the molten metal, in order to guide electromagnetic radiation emitted from the metal or from the tip of the replacement optical waveguide to an optical detector, and wherein the replacement optical waveguide is the measured variable pick-up in the replacement measuring chain, and the method comprises the calibration of the replacement measuring chain by means of the measuring chain as a system-internal measuring standard. - an optical waveguide with one end immersed in the molten metal or brought into the immediate vicinity of the molten metal, in order to guide electromagnetic radiation emitted from the metal or from the tip of the optical waveguide to an optical detector, - an optical detector for determining the temperature of the metal from an analysis of the electromagnetic radiation, - a measuring chain, wherein the measuring chain comprises multiple measuring chain elements and the principle functions of a measuring chain are the recording of the measured variable, measurement signal processing and measured value output, wherein in the measuring chain the optical waveguide is the measured variable pick-up,