mhurhangee/patent-ind-claim-en huggingface dataset:
A multivalent oligopeptide, comprising a fusion of three or more Staphylococcus aureus -derived Superantigen (SAg) polypeptides arranged in any order, wherein the multivalent oligopeptide comprises: (a) a staphylococcal enterotoxin B (SEB) attenuated toxoid comprising SEQ ID NO: 49; (b) a staphylococcal enterotoxin A (SEA) attenuated toxoid comprising SEQ ID NO: 50; and (c) a staphylococcal toxic shock syndrome toxin-1 (TSST-1) attenuated toxoid comprising SEQ ID NO: 51. (a) a staphylococcal enterotoxin B (SEB) attenuated toxoid comprising SEQ ID NO: 49; (b) a staphylococcal enterotoxin A (SEA) attenuated toxoid comprising SEQ ID NO: 50; and (c) a staphylococcal toxic shock syndrome toxin-1 (TSST-1) attenuated toxoid comprising SEQ ID NO: 51.
A motor comprising: a stator ; and a rotor being arranged on a side of an inner diameter of the stator, having a magnet constituting a magnetic pole thereof, the magnet includes, a first magnet , being a permanent magnet, provided on an outer circumference of a rotation shaft , and a plurality of second magnets , being permanent magnets, arranged on an outer circumference of the first magnet having a magnetic property higher than that of the first magnet , wherein the first magnet includes, on an outer circumferential surface thereof, concave portions that are formed at a regular pitch to a circumferential direction, the concave portions being formed so that the number thereof is identical to the number of the magnetic poles, characterized in that each of the plurality of second magnets : is arranged on each of the concave portions ; has a center portion whose thickness with respect to the circumferential direction is larger than a thickness of an edge portion; extends beyond the outer circumferential surface of the first magnet ; is magnetized so that a focal point of a magnetization orientation is on a line connecting a center of the rotor and a center portion of the magnet and on an outer side of the rotor ; and is magnetized in a radial orientation of an opposite direction, wherein the first magnet is oriented in polar anisotropy so that the magnetic poles appear on each of the concave portions in an alternate manner and a magnetic flux flows from one of adjacent concave portions to the other, wherein the first magnet is a ferrite bond magnet, and the second magnet is a sintered ferrite magnet. a stator ; and a rotor being arranged on a side of an inner diameter of the stator, having a magnet constituting a magnetic pole thereof, the magnet includes, a first magnet , being a permanent magnet, provided on an outer circumference of a rotation shaft , and a plurality of second magnets , being permanent magnets, arranged on an outer circumference of the first magnet having a magnetic property higher than that of the first magnet , is arranged on each of the concave portions ; has a center portion whose thickness with respect to the circumferential direction is larger than a thickness of an edge portion; extends beyond the outer circumferential surface of the first magnet ; is magnetized so that a focal point of a magnetization orientation is on a line connecting a center of the rotor and a center portion of the magnet and on an outer side of the rotor ; and is magnetized in a radial orientation of an opposite direction,
A method of validating software in an untrusted computing system by a trusted computing system , the software comprising encrypted data and unencrypted data , the method comprising: maintaining , in the trusted computing system , a copy of at least portions of the unencrypted data of the software ; with the trusted computing system : specifying selected data from data included in the copy as hash data; generating an executable file for generating a hash based on the specified hash data; executing the executable file to generate a check hash using the specified selected data from the copy as the hash data; and determining whether the software is valid based, at least in part, on a comparison of the check hash to an access hash generated by execution of the executable file by the untrusted computing system using the specified selected data from the untrusted computing system as the hash data. maintaining , in the trusted computing system , a copy of at least portions of the unencrypted data of the software ; with the trusted computing system : specifying selected data from data included in the copy as hash data; generating an executable file for generating a hash based on the specified hash data; executing the executable file to generate a check hash using the specified selected data from the copy as the hash data; and determining whether the software is valid based, at least in part, on a comparison of the check hash to an access hash generated by execution of the executable file by the untrusted computing system using the specified selected data from the untrusted computing system as the hash data. specifying selected data from data included in the copy as hash data; generating an executable file for generating a hash based on the specified hash data; executing the executable file to generate a check hash using the specified selected data from the copy as the hash data; and determining whether the software is valid based, at least in part, on a comparison of the check hash to an access hash generated by execution of the executable file by the untrusted computing system using the specified selected data from the untrusted computing system as the hash data.
Electronic smoking device comprising: a flow channel comprising an incoming airflow opening , an incoming airflow pathway , a sensor assembly , and an outgoing airflow opening ; wherein the flow channel is configured to direct an airflow from the incoming airflow opening , through the incoming airflow pathway , over the sensor assembly , and through the outgoing airflow opening , wherein the sensor assembly comprises a support structure and a sensor, the sensor being coupled to the support structure , characterized in that the sensor comprises a sensor base portion , a sensor top portion , and a sensor transition region between the sensor base portion and the sensor top portion , wherein the support structure comprises a support depression , wherein the sensor base portion of the sensor is sized and configured to fit within the support depression , and wherein the sensor top portion is above an upper portion of the support structure . a flow channel comprising an incoming airflow opening , an incoming airflow pathway , a sensor assembly , and an outgoing airflow opening ; wherein the flow channel is configured to direct an airflow from the incoming airflow opening , through the incoming airflow pathway , over the sensor assembly , and through the outgoing airflow opening , wherein the sensor assembly comprises a support structure and a sensor, the sensor being coupled to the support structure , characterized in that the sensor comprises a sensor base portion , a sensor top portion , and a sensor transition region between the sensor base portion and the sensor top portion , wherein the support structure comprises a support depression , wherein the sensor base portion of the sensor is sized and configured to fit within the support depression , and wherein the sensor top portion is above an upper portion of the support structure .
An image processing device, comprising: a decoded data memory for storing decoded data obtained by decoding compressed image data; a format-converted data memory for storing format-converted data obtained by performing format conversion on the decoded data; a decoder for decoding the compressed image data in units of blocks, and writing the decoded data in the blocks into the decoded data memory ; a progress notification unit for generating and outputting a progress signal indicating a state of progress of decoding or a state of progress of writing into the decoded data memory which is being executed by the decoder , every time decoding of one-block data by the decoder is completed or every time writing of one-block decoded data into the decoded data memory by the decoder is completed, and a format conversion unit for i) acquiring information indicating an address that the decoded data which is readable from the decoded data memory is stored, from the progress signal sent from the progress notification unit , ii) reading out the decoded data from the decoded data memory per one line in a plurality of blocks as a reading unit upon the progress signal indicating that decoding or writing of data of the last block of the plurality of blocks is completed, and performing the format conversion on the decoded data, and iii) writing the format-converted data into the format converted data memory , a width of the plurality of blocks being smaller than a picture width. a decoded data memory for storing decoded data obtained by decoding compressed image data; a format-converted data memory for storing format-converted data obtained by performing format conversion on the decoded data; a decoder for decoding the compressed image data in units of blocks, and writing the decoded data in the blocks into the decoded data memory ; a progress notification unit for generating and outputting a progress signal indicating a state of progress of decoding or a state of progress of writing into the decoded data memory which is being executed by the decoder , every time decoding of one-block data by the decoder is completed or every time writing of one-block decoded data into the decoded data memory by the decoder is completed, and a format conversion unit for i) acquiring information indicating an address that the decoded data which is readable from the decoded data memory is stored, from the progress signal sent from the progress notification unit , ii) reading out the decoded data from the decoded data memory per one line in a plurality of blocks as a reading unit upon the progress signal indicating that decoding or writing of data of the last block of the plurality of blocks is completed, and performing the format conversion on the decoded data, and iii) writing the format-converted data into the format converted data memory , a width of the plurality of blocks being smaller than a picture width.
Tunnel structure having an inner shell which extends in a longitudinal direction and has an open base and a longitudinally running mountain water drainage system , wherein the inner shell comprises inner shell portions which are arranged one after the other in the longitudinal direction and abut against one another, wherein the inner shell portions each comprise a base segment on both sides with respect to the longitudinal direction and a single- or multi-part vault segment resting thereon which delimits a tunnel interior in an arc shape, wherein the mountain water drainage system is arranged on a side of the base segment facing away from the tunnel interior and therefore on the mountain side, wherein inspection openings from the tunnel interior to the mountain water drainage system are provided spaced apart from one another in the longitudinal direction , by means of a plurality of inner shell portions , characterized in that an inspection space , which delimits the corresponding inspection opening , is arranged within an outer U-shaped enveloping surface of the inner shell of the tunnel structure , which surface is uniform in the longitudinal direction , or in any case protrudes outward by a maximum of 5 cm beyond the enveloping surface , by a recess being formed in the base segment and in a lower region of the vault segment to form the inspection space and in that a moisture-resistant housing component is cast into the base segment and/or the vault segment to form the corresponding inspection opening and to delimit the corresponding inspection space and in that the housing component has a rear wall , which forms an outward closure of the relevant inner shell portion, two side walls which are spaced apart from one another in the longitudinal direction and an upper wall , and is open downward in the direction of the mountain water drainage system and has a housing access opening which is open, or can be opened and closed, toward the tunnel interior and can be closed and opened by means of one or more slides or flaps or doors or covers and is accessible from the tunnel interior , and in that the housing component has anchor elements which are grippable and which protrude into the material of the base segment and/or the vault segment and are cast into same.
An apparatus comprising: means for decoding a bitstream comprising syntax elements describing transform coefficients or sample differences for residual samples; means for determining a block of residual samples at least for a first chrominance channel based on the syntax elements; characterized in that the apparatus comprises means for decoding a combined residual flag indicating if said block of residual samples is representing residual for a block of samples in more than one chrominance channel; means for applying , in response to said block of residual samples representing residual for a block of samples in more than one chrominance channel, said block of residual samples for at least a first block of samples in the first chrominance channel for generating a first block of reconstructed samples; and means for applying said block of residual samples for at least a second block of samples in a second chrominance channel for generating a second block of reconstructed samples. means for decoding a bitstream comprising syntax elements describing transform coefficients or sample differences for residual samples; means for determining a block of residual samples at least for a first chrominance channel based on the syntax elements; characterized in that the apparatus comprises means for decoding a combined residual flag indicating if said block of residual samples is representing residual for a block of samples in more than one chrominance channel; means for applying , in response to said block of residual samples representing residual for a block of samples in more than one chrominance channel, said block of residual samples for at least a first block of samples in the first chrominance channel for generating a first block of reconstructed samples; and means for applying said block of residual samples for at least a second block of samples in a second chrominance channel for generating a second block of reconstructed samples.
Encoder for deriving a representation of an audio signal having a first frame, a second frame following the first frame, and a third frame following the second frame, the encoder comprising: a warp estimator for estimating a first warp parameter sequence for the first and the second frame and for estimating a second warp parameter sequence for the second frame and the third frame; a spectral analyzer for deriving first spectral coefficients for the first and the second frame using the first warp parameter sequence and for deriving second spectral coefficients for the second and the third frame using the second warp parameter sequence; and an output interface for outputting the representation of the audio signal including the first and the second spectral coefficients. a warp estimator for estimating a first warp parameter sequence for the first and the second frame and for estimating a second warp parameter sequence for the second frame and the third frame; a spectral analyzer for deriving first spectral coefficients for the first and the second frame using the first warp parameter sequence and for deriving second spectral coefficients for the second and the third frame using the second warp parameter sequence; and an output interface for outputting the representation of the audio signal including the first and the second spectral coefficients.
A cooking vessel for cooking food, comprising: - a body comprising in its turn a bottom wall and at least one side wall , wherein said side wall extends from said bottom wall to define an inner compartment of the cooking vessel in which the food is arranged for being cooked and wherein at least said bottom wall is made of aluminum; and - at least one plate-like component consisting of a disk made of a ferromagnetic material, integrally coupled with said bottom wall at the respective outer surface, so as to at least partially cover said outer surface of the bottom wall , said at least one plate-like component being provided with a plurality of through holes , wherein said at least one plate-like component is divided into a plurality of first perforated areas and a plurality of second perforated areas mutually alternated in a symmetrical manner, wherein each first perforated area has a first value (VtS1) of void-to-solid ratio and each second perforated area has a second value (VtS2) of void-to-solid ratio, and wherein said first value (VtS1) of void-to-solid ratio is greater than said second value (VtS2) of void-to-solid ratio, the cooking vessel being characterized in that the total surface of said first perforated areas , featuring a greater void-to-solid ratio (VtS1), is in a proportion of about 1:3 with respect to the total surface of said second perforated areas , featuring a smaller void-to-solid ratio (VtS2), and in that said first perforated areas are provided with first through holes aligned like a spider's web and having a mutual constant distance (L), the value of which ranges from 0.6 mm to 1.4 mm. - a body comprising in its turn a bottom wall and at least one side wall , wherein said side wall extends from said bottom wall to define an inner compartment of the cooking vessel in which the food is arranged for being cooked and wherein at least said bottom wall is made of aluminum; and - at least one plate-like component consisting of a disk made of a ferromagnetic material, integrally coupled with said bottom wall at the respective outer surface, so as to at least partially cover said outer surface of the bottom wall , said at least one plate-like component being provided with a plurality of through holes ,
An information transmission method applied in a user equipment, UE, comprising: receiving (S205, S306, S404), a configuration message from a master base station, wherein the configuration message comprises data radio bearer, DRB, configuration information on the master base station and DRB configuration information on a secondary base station, the DRB configuration information on the master base station comprises an identifier of a first flow mapped to a first DRB established on the master base station and an identifier of the first DRB, and the DRB configuration information on the secondary base station comprises an identifier of a second flow mapped to a second DRB established on the secondary base station and an identifier of the second DRB; and sending (S307, S405),to the master base station, a response message in response to the configuration message; wherein there is a first mapping relationship between the identifier of the first DRB and the first flow, and there is a second mapping relationship between the identifier of the second DRB and the second flow. receiving (S205, S306, S404), a configuration message from a master base station, wherein the configuration message comprises data radio bearer, DRB, configuration information on the master base station and DRB configuration information on a secondary base station, the DRB configuration information on the master base station comprises an identifier of a first flow mapped to a first DRB established on the master base station and an identifier of the first DRB, and the DRB configuration information on the secondary base station comprises an identifier of a second flow mapped to a second DRB established on the secondary base station and an identifier of the second DRB; and sending (S307, S405),to the master base station, a response message in response to the configuration message; wherein there is a first mapping relationship between the identifier of the first DRB and the first flow, and there is a second mapping relationship between the identifier of the second DRB and the second flow.
A vapour provision system configured to selectively generate vapours with different flavour characteristics for inhalation by a user; wherein the system comprises: a first vapour precursor material having a first flavour characteristic; a second vapour precursor material having a second flavour characteristic which is different from the first flavour characteristic; at least one vaporiser for generating vapour from the first vapour precursor material and the second vapour precursor material; and control circuitry configured to control the at least one vaporiser to generate vapour from the first vapour precursor material and the second vapour precursor in a ratio selected to provide vapour with a selected flavour characteristic for normal use; wherein the control circuitry is further configured to determine if a user notification condition arises for the vapour provision system, and in response to determining that a user notification condition has arisen, to control the at least one vaporiser to generate vapour from the first vapour precursor material and the second vapour precursor in a modified ratio to provide vapour with a modified flavour characteristic that is different from the selected flavour characteristic so as to provide a user with an indication the user notification condition has arisen. a first vapour precursor material having a first flavour characteristic; a second vapour precursor material having a second flavour characteristic which is different from the first flavour characteristic; at least one vaporiser for generating vapour from the first vapour precursor material and the second vapour precursor material; and control circuitry configured to control the at least one vaporiser to generate vapour from the first vapour precursor material and the second vapour precursor in a ratio selected to provide vapour with a selected flavour characteristic for normal use; wherein the control circuitry is further configured to determine if a user notification condition arises for the vapour provision system, and in response to determining that a user notification condition has arisen, to control the at least one vaporiser to generate vapour from the first vapour precursor material and the second vapour precursor in a modified ratio to provide vapour with a modified flavour characteristic that is different from the selected flavour characteristic so as to provide a user with an indication the user notification condition has arisen.