mhurhangee/patent-ind-claim-en huggingface dataset:
Odorization device for odorizing a gas (SG) conveyed in a gas line , featuring: - A connecting piece for establishing a gas-conveying connection with a gas line ; - An odorization inlet , designed to supply an odorant (SO); and - An odorization nozzle , designed to introduce the odorant (SO) into the gas line , characterized in that - the connecting piece for attaching the odorization device is arranged on the outside of a gas line ; - the odorization device has a change sluice with a sluice chamber that can be connected to the connecting piece on an outer surface of a gas line , wherein - the change sluice has a sluice valve (141.1) on the sluice side, which is arranged on a longitudinal end of the sluice chamber facing away from the connecting piece and which is designed to set a sluice pressure (PS) in a sluice section (122.1) of the sluice chamber , wherein the odorization device has a nozzle plunger which is arranged inside the sluice chamber and is movable along a longitudinal direction of the sluice chamber, fits tightly against the chamber wall of the sluice chamber and is attached to the odorization nozzle , with such nozzle plunger having a sluice side (112.1) and a line side (112.2) located opposite the sluice side (112.1). - A connecting piece for establishing a gas-conveying connection with a gas line ; - An odorization inlet , designed to supply an odorant (SO); and - An odorization nozzle , designed to introduce the odorant (SO) into the gas line , - the connecting piece for attaching the odorization device is arranged on the outside of a gas line ; - the odorization device has a change sluice with a sluice chamber that can be connected to the connecting piece on an outer surface of a gas line , wherein - the change sluice has a sluice valve (141.1) on the sluice side, which is arranged on a longitudinal end of the sluice chamber facing away from the connecting piece and which is designed to set a sluice pressure (PS) in a sluice section (122.1) of the sluice chamber , wherein
Arrangement of an airbag device notably of the curtain airbag type in a motor vehicle comprising a runner beam of a roof of the vehicle provided with a runner reinforcement and a runner lining assembled together so as to form a closed interior space in which is arranged a part of the airbag device notably an inflation unit of the airbag device , the runner lining comprising an opening defined for an insertion of said part of the airbag device into the interior space .
A method of nucleic acid sequence hybridisation comprising the steps of: a) hybridising sample derived DNA that includes region of interest sequences with probe nucleic acid sequences; and b) blocking or masking repetitive DNA sequences in the DNA by mixing the sample derived DNA that includes region of interest sequences with ribonucleic acid molecules comprising the same or substantially similar repetitive sequences as those of the sample derived nucleic acids during step a), wherein the mixing is carried out at between 50 °C and 80 °C. a) hybridising sample derived DNA that includes region of interest sequences with probe nucleic acid sequences; and b) blocking or masking repetitive DNA sequences in the DNA by mixing the sample derived DNA that includes region of interest sequences with ribonucleic acid molecules comprising the same or substantially similar repetitive sequences as those of the sample derived nucleic acids during step a), wherein the mixing is carried out at between 50 °C and 80 °C.
A robotic athletic training system for assisting an individual during an athletic activity in an environment, comprising: a mobile robotic platform ; a sensor module including an array of sensors coupled to the mobile robotic platform and configured to obtain data from the environment; a drive system configured to propel the mobile robotic platform; a steering system configured to steer the mobile robotic platform; a processor , the processor being configured to receive the data from the sensor module and to control one of the drive system and the steering system to follow a path based on the data, wherein the data comprises data related to variation of a surface of the environment; and a video camera configured to record video data of the individual during the athletic activity and to transmit the video data to the processor, wherein the processor is further configured to analyze physiological characteristics of the individual based on the video data, wherein the system is configured to provide coaching feedback to the individual during the athletic activity, the coaching feedback being based on the data from the sensor module and the physiological characteristics of the individual based on the video data from the video camera, and wherein analyzing the physiological characteristics of the individual comprises at least one of: analyze gait or foot strike characteristics, analyze other running form characteristics, recognize onset of fatigue, recognize perspiration levels. a mobile robotic platform ; a sensor module including an array of sensors coupled to the mobile robotic platform and configured to obtain data from the environment; a drive system configured to propel the mobile robotic platform; a steering system configured to steer the mobile robotic platform; a processor , the processor being configured to receive the data from the sensor module and to control one of the drive system and the steering system to follow a path based on the data, wherein the data comprises data related to variation of a surface of the environment; and a video camera configured to record video data of the individual during the athletic activity and to transmit the video data to the processor, wherein the processor is further configured to analyze physiological characteristics of the individual based on the video data, wherein the system is configured to provide coaching feedback to the individual during the athletic activity, the coaching feedback being based on the data from the sensor module and the physiological characteristics of the individual based on the video data from the video camera, and wherein analyzing the physiological characteristics of the individual comprises at least one of: analyze gait or foot strike characteristics, analyze other running form characteristics, recognize onset of fatigue, recognize perspiration levels.
A lithium complex oxide secondary particle formed by coagulation of a plurality of primary particles, wherein: a primary particle locating on a surface part of the secondary particle comprises a Co-coated layer at a part that is in contact with a surface of the secondary particle; Co ions have a concentration gradient toward a center part of the primary particle from the Co-coated layer in the primary particle locating on the surface part of the secondary particle; the lithium complex oxide secondary particle is configured to satisfy the following Relation 1, d 1 > d 2 , where the d1 is an interplanar distance of a crystalline structure in a primary particle, among the plurality of primary particles, locating in the internal part of the secondary particle and the d2 is an interplanar distance of a crystalline structure in the primary particle locating on the surface part of the secondary particle; and the surface part of the secondary particle has a thickness of from 0.3 to 1 μm from the surface of the secondary particle. a primary particle locating on a surface part of the secondary particle comprises a Co-coated layer at a part that is in contact with a surface of the secondary particle; Co ions have a concentration gradient toward a center part of the primary particle from the Co-coated layer in the primary particle locating on the surface part of the secondary particle; the lithium complex oxide secondary particle is configured to satisfy the following Relation 1, d 1 > d 2 , where the d1 is an interplanar distance of a crystalline structure in a primary particle, among the plurality of primary particles, locating in the internal part of the secondary particle and the d2 is an interplanar distance of a crystalline structure in the primary particle locating on the surface part of the secondary particle; and the surface part of the secondary particle has a thickness of from 0.3 to 1 μm from the surface of the secondary particle.
A display apparatus (1000-1004) comprising: a window member through which an image is display to outside the display apparatus (1000-1004), the window member comprising: a window flat portion , and a window bent portion which extends and is bent outwardly from the window flat portion ; a display panel comprising: an upper flat portion overlapping with the window flat portion , and an upper bent portion which extends and is bent outwardly from the upper flat portion to extend along the window bent portion , each of the upper flat portion and the upper bent portion respectively being a display area (DA) of the display panel ; and a lower bent portion extending inwardly from the upper bent portion and bent toward a center of the upper flat portion , the lower bent portion being a non-display area (NDA) of the display panel , characterized in that the display apparatus (1000-1004) comprises a support member which disposes the display panel between the window member and the support member , the support member extending along the lower bent portion which is the non-display portion (NDA) of the display panel , the support member is disposed to correspond to the lower bent portion and the upper bent portion of the display panel and the support member is disposed between the lower bent portion and the upper bent portion of the display panel , wherein the support member defines an opening under at least a portion of the upper flat portion , such that the at least one portion of the upper flat portion is exposed from the support member . a window member through which an image is display to outside the display apparatus (1000-1004), the window member comprising: a window flat portion , and a window bent portion which extends and is bent outwardly from the window flat portion ; a display panel comprising: an upper flat portion overlapping with the window flat portion , and an upper bent portion which extends and is bent outwardly from the upper flat portion to extend along the window bent portion , each of the upper flat portion and the upper bent portion respectively being a display area (DA) of the display panel ; and a lower bent portion extending inwardly from the upper bent portion and bent toward a center of the upper flat portion , the lower bent portion being a non-display area (NDA) of the display panel , characterized in that the display apparatus (1000-1004) comprises a support member which disposes the display panel between the window member and the support member , the support member extending along the lower bent portion which is the non-display portion (NDA) of the display panel , the support member is disposed to correspond to the lower bent portion and the upper bent portion of the display panel and the support member is disposed between the lower bent portion and the upper bent portion of the display panel , wherein the support member defines an opening under at least a portion of the upper flat portion , such that the at least one portion of the upper flat portion is exposed from the support member .
A fusion peptide comprising: (a) an HIV TAT sequence of SEQ ID NO: 6; (b) a MYC polypeptide sequence that is at least 95% identical to the sequence of NCBI Accession Number NP002458.2; and (c) at least two protein tags, wherein the protein tags comprise a 6-histidine tag and a V5 epitope tag comprising the sequence GKPIPNPLLGLDST, wherein the fusion peptide promotes cell survival and/or proliferation. (a) an HIV TAT sequence of SEQ ID NO: 6; (b) a MYC polypeptide sequence that is at least 95% identical to the sequence of NCBI Accession Number NP002458.2; and (c) at least two protein tags, wherein the protein tags comprise a 6-histidine tag and a V5 epitope tag comprising the sequence GKPIPNPLLGLDST,
A motor control device that is configured to generate vibration in a motor by applying a drive voltage with reversed phase across a motor coil , the motor control device comprising: drive voltage generation means configured to generate the drive voltage; direct current (DC) offset detection means configured to detect a DC offset of the drive voltage; characterised by stop means configured to stop the application of the drive voltage to the motor coil when the detected DC offset exceeds an operation stop threshold; temperature correction value setting means configured to set a temperature correction value corresponding to the DC offset when the detected DC offset is lower than the operation stop threshold; ambient temperature detection means configured to detect an ambient temperature; and vibration level control means configured to vary the drive voltage and control an amplitude level based on the detected ambient temperature and the set temperature correction value. drive voltage generation means configured to generate the drive voltage; direct current (DC) offset detection means configured to detect a DC offset of the drive voltage; characterised by stop means configured to stop the application of the drive voltage to the motor coil when the detected DC offset exceeds an operation stop threshold; temperature correction value setting means configured to set a temperature correction value corresponding to the DC offset when the detected DC offset is lower than the operation stop threshold; ambient temperature detection means configured to detect an ambient temperature; and vibration level control means configured to vary the drive voltage and control an amplitude level based on the detected ambient temperature and the set temperature correction value.
A fingerprinting method characterised by comprising, for each round in a series of rounds: providing to each receiver in a set of receivers a respective version of a source item of content , the source item of content corresponding to the round, wherein for the round there is a corresponding part of a respective fingerprint-code for the receiver, the part comprising one or more symbols, wherein the version provided to the receiver represents those one or more symbols; obtaining, from a suspect item of content one or more corresponding symbols as a corresponding part of a suspect-code; for each receiver in the set of receivers, updating a corresponding score that indicates a likelihood that the receiver is a colluding-receiver, wherein a colluding-receiver is a receiver that has been provided with a version of a source item of content that has been used to generate a suspect item of content, wherein said updating is based on the fingerprint-code for the receiver and the suspect-code; for each receiver in the set of receivers, if the score for the receiver exceeds a threshold, updating the set of receivers by removing the receiver from the set of receivers so that the receiver is not provided with a further version of a source item of content, wherein the threshold is set such that the probability that a receiver that is not a colluding-receiver has a score exceeding the threshold is at most a predetermined probability. providing to each receiver in a set of receivers a respective version of a source item of content , the source item of content corresponding to the round, wherein for the round there is a corresponding part of a respective fingerprint-code for the receiver, the part comprising one or more symbols, wherein the version provided to the receiver represents those one or more symbols; obtaining, from a suspect item of content one or more corresponding symbols as a corresponding part of a suspect-code; for each receiver in the set of receivers, updating a corresponding score that indicates a likelihood that the receiver is a colluding-receiver, wherein a colluding-receiver is a receiver that has been provided with a version of a source item of content that has been used to generate a suspect item of content, wherein said updating is based on the fingerprint-code for the receiver and the suspect-code; for each receiver in the set of receivers, if the score for the receiver exceeds a threshold, updating the set of receivers by removing the receiver from the set of receivers so that the receiver is not provided with a further version of a source item of content, wherein the threshold is set such that the probability that a receiver that is not a colluding-receiver has a score exceeding the threshold is at most a predetermined probability.
A transmitter for transmitting an encoded codeword over a communication channel, comprising: a source to accept source data to be transmitted; an irregular polar encoder operated by a processor to encode the source data with a polar code to produce the encoded codeword, wherein the polar code is specified by a set of regular parameters including one or combination of a parameter defining a number of data bits in the codeword, a parameter defining a data index set specifying locations of frozen bits in the encoded codeword, and a parameter defining a number of parity bits in the encoded codeword, wherein the polar code is further specified by a set of irregular parameters including one or combination of a parameter defining an irregularity of values of at least one regular parameter of the polar code, a parameter defining an irregularity of permutation of the encoded bits, a parameter defining an irregularity of polarization kernels in the polar code, and a parameter defining an irregularity in selection of de-activated exclusive-or operations on different stages of the polar encoding, and wherein the irregular polar encoder encodes the source data using the regular and the irregular parameters of the polar code; a modulator to modulate the encoded codeword; and a front end to transmit the modulated and encoded codeword over the communication channel. a source to accept source data to be transmitted; an irregular polar encoder operated by a processor to encode the source data with a polar code to produce the encoded codeword, wherein the polar code is specified by a set of regular parameters including one or combination of a parameter defining a number of data bits in the codeword, a parameter defining a data index set specifying locations of frozen bits in the encoded codeword, and a parameter defining a number of parity bits in the encoded codeword, wherein the polar code is further specified by a set of irregular parameters including one or combination of a parameter defining an irregularity of values of at least one regular parameter of the polar code, a parameter defining an irregularity of permutation of the encoded bits, a parameter defining an irregularity of polarization kernels in the polar code, and a parameter defining an irregularity in selection of de-activated exclusive-or operations on different stages of the polar encoding, and wherein the irregular polar encoder encodes the source data using the regular and the irregular parameters of the polar code; a modulator to modulate the encoded codeword; and a front end to transmit the modulated and encoded codeword over the communication channel.
A knit design system that comprises: a color monitor ; a manual input device ; and a display controller configured to perform display on the color monitor and to interpret an input from the manual input device ; and that is configured to output design data for designating stitch numbers, a stitch type, and connection relationship between stitches in a course direction and a wale direction of a knit fabric, based on inputs of shape data for defining a shape of the knit fabric, gauges of stitches in the course direction and the wale direction, and a knit structure, characterized in that the knit design system further comprises: a calculation unit configured to obtain calculation values of a size of a knit fabric after completion that vary depending on the knit structure, based on the design data that is output, or knit data obtained by converting the design data into data for driving a knitting machine, by considering a change of an array of stitches due to the interaction between the stitches; and a design correction unit configured to compare the shape data of the knit fabric with the calculation values of the size of the knit fabric, and to correct the shape data of the knit fabric, the design data, or the knit data so that an error is reduced. a calculation unit configured to obtain calculation values of a size of a knit fabric after completion that vary depending on the knit structure, based on the design data that is output, or knit data obtained by converting the design data into data for driving a knitting machine, by considering a change of an array of stitches due to the interaction between the stitches; and a design correction unit configured to compare the shape data of the knit fabric with the calculation values of the size of the knit fabric, and to correct the shape data of the knit fabric, the design data, or the knit data so that an error is reduced.
A method of controlling a robot , wherein the method comprises the steps of: monitoring the robot (S1); and carrying out (S4) a selected one of a number of predetermined fault responses on the basis of the monitoring of the robot; wherein the fault response is selected (S3) on the basis of a monitoring (S2) of an operational capability and an output quantity of at least one motor (1.1) of the robot, characterised in that the number of predetermined fault responses comprises at least one motor-active fault response, in particular a deceleration of the motor with or without subsequent disconnection from a source of energy, a compliance control and / or a retraction movement, and at least one motor-passive fault response, in particular an immediate disconnection from a source of energy without deceleration of the motor, wherein the output quantity comprises a force, in particular a torque, and / or an integral quantity thereof, in particular a work and / or a power. monitoring the robot (S1); and carrying out (S4) a selected one of a number of predetermined fault responses on the basis of the monitoring of the robot; wherein the fault response is selected (S3) on the basis of a monitoring (S2) of an operational capability and an output quantity of at least one motor (1.1) of the robot, characterised in that the number of predetermined fault responses comprises at least one motor-active fault response, in particular a deceleration of the motor with or without subsequent disconnection from a source of energy, a compliance control and / or a retraction movement, and at least one motor-passive fault response, in particular an immediate disconnection from a source of energy without deceleration of the motor, wherein the output quantity comprises a force, in particular a torque, and / or an integral quantity thereof, in particular a work and / or a power.
A polyolefin-and-poly(2-alkyl-2-oxazoline) formulation comprising from 59.99 to 99.94 weight percent (wt%) of (A) an olefin-based (co)polymer; from 0.05 to 20.0 wt% of (B) a poly(2-alkyl-2-oxazoline) (co)polymer; from 0.01 to 1.5 wt% of (C) an antioxidant; and from 0.00 to 3.0 wt% of (D) an organic peroxide; with the proviso that the wt% of (A) = 100.00 wt% - wt% of (B) - wt% of (C) - wt% (D) - wt% of all other optional constituents, if any.