mhurhangee/patent-ind-claim-en huggingface dataset:
A decoding method, comprising: a driving sound source vector generating step (S113) of obtaining a driving sound source vector from an input code; a linear prediction coefficient decoding step (S110) of decoding linear prediction coefficient code, and obtaining a synthesis filtering coefficient which is a quantized linear prediction coefficient; a synthesis filtering step (S111) of performing synthesis filtering processing on the driving sound source vector using the synthesis filter coefficient as a filter coefficient to generate a decoded speech signal; a noise generating step (SS2161C) of generating a noise signal that is a random signal; a noise adding step (SS2163) of outputting a noise-added signal, the noise-added signal being obtained by summing said decoded speech signal and a signal, the signal obtained by performing, on said noise signal, a signal processing that is based on the synthesis filter coefficient, characterized in that the signal processing based on the synthesis filter coefficient is a filtering processing with a filter A^(Z/γ n ), the filter A^(Z/γ n ) is the filter which is obtained by weighting the synthesis filter A^(z) by γ n , the synthesis filter A^(z) has the synthesis filter coefficient as the filter coefficient; and γ n is a parameter for bringing the shape of the filter A^(Z/γ n ) closer from the filter A^(z) to the general shape of the noise. a driving sound source vector generating step (S113) of obtaining a driving sound source vector from an input code; a linear prediction coefficient decoding step (S110) of decoding linear prediction coefficient code, and obtaining a synthesis filtering coefficient which is a quantized linear prediction coefficient; a synthesis filtering step (S111) of performing synthesis filtering processing on the driving sound source vector using the synthesis filter coefficient as a filter coefficient to generate a decoded speech signal; a noise generating step (SS2161C) of generating a noise signal that is a random signal; a noise adding step (SS2163) of outputting a noise-added signal, the noise-added signal being obtained by summing said decoded speech signal and a signal, the signal obtained by performing, on said noise signal, a signal processing that is based on the synthesis filter coefficient, characterized in that the signal processing based on the synthesis filter coefficient is a filtering processing with a filter A^(Z/γ n ), the filter A^(Z/γ n ) is the filter which is obtained by weighting the synthesis filter A^(z) by γ n , the synthesis filter A^(z) has the synthesis filter coefficient as the filter coefficient; and γ n is a parameter for bringing the shape of the filter A^(Z/γ n ) closer from the filter A^(z) to the general shape of the noise.
A vehicle anomaly detection server , comprising: a vehicle selector configured to select one vehicle from among a plurality of vehicles ; a log collector configured to transmit, to the one vehicle, a request to transmit a log of an in-vehicle network included in the one vehicle; and a log analyzer configured to determine whether an anomaly is occurring to the one vehicle, based on information indicated by the log transmitted from the one vehicle in response to the request, wherein the vehicle selector is configured to select a first sample vehicle from among the plurality of vehicles , the log collector is configured to transmit, to the first sample vehicle , a second request to transmit a log of an in-vehicle network included in the first sample vehicle , the log analyzer is configured to determine whether an anomaly is occurring to the first sample vehicle , based on information indicated by the log transmitted from the first sample vehicle in response to the second request, when the log analyzer determines that no anomaly is occurring to the first sample vehicle , the vehicle selector is configured to select a second sample vehicle different from the first sample vehicle from among the plurality of vehicles , and the log collector is configured to transmit, to the second sample vehicle , a third request to transmit a log of an in-vehicle network included in the second sample vehicle . a vehicle selector configured to select one vehicle from among a plurality of vehicles ; a log collector configured to transmit, to the one vehicle, a request to transmit a log of an in-vehicle network included in the one vehicle; and a log analyzer configured to determine whether an anomaly is occurring to the one vehicle, based on information indicated by the log transmitted from the one vehicle in response to the request, wherein the vehicle selector is configured to select a first sample vehicle from among the plurality of vehicles , the log collector is configured to transmit, to the first sample vehicle , a second request to transmit a log of an in-vehicle network included in the first sample vehicle , the log analyzer is configured to determine whether an anomaly is occurring to the first sample vehicle , based on information indicated by the log transmitted from the first sample vehicle in response to the second request, when the log analyzer determines that no anomaly is occurring to the first sample vehicle , the vehicle selector is configured to select a second sample vehicle different from the first sample vehicle from among the plurality of vehicles , and the log collector is configured to transmit, to the second sample vehicle , a third request to transmit a log of an in-vehicle network included in the second sample vehicle .
A source terminal i for determining a carrier sense threshold in a wireless communication system, comprising: a controller configured to control to: identify whether one or more interferer terminals j and one or more destination terminals k exist for the source terminal i, determine, if the terminals j,k exist, a carrier sense threshold C i (j,k) for each combination of one of the one or more interferer terminals j and one of the one or more destination terminals k based on an interference intensity I j→i,ref received from the one or more interferer terminals j and a link margin λ k , mref j received from the one or more destination terminals k , and determine, whether to access a channel between the source terminal i and one of the one or more destination terminals k, based on the carrier sense threshold C i (j,k) determined for the one of the one or more destination terminals k. identify whether one or more interferer terminals j and one or more destination terminals k exist for the source terminal i, determine, if the terminals j,k exist, a carrier sense threshold C i (j,k) for each combination of one of the one or more interferer terminals j and one of the one or more destination terminals k based on an interference intensity I j→i,ref received from the one or more interferer terminals j and a link margin λ k , mref j received from the one or more destination terminals k , and determine, whether to access a channel between the source terminal i and one of the one or more destination terminals k, based on the carrier sense threshold C i (j,k) determined for the one of the one or more destination terminals k.
An exhaust gas pressure control valve mounted on a gas pipeline having a first cross-section where exhaust gas from engine communicates and disposed upstream or downstream of a muffler, comprising: a housing having a first cross-sectional surface and a second cross-sectional surface larger than the first surface, the housing connected to the gas pipelines and communicates the exhaust gas, wherein a height of the second cross-section becomes shorter toward downstream; a valve axis supported along the second cross-section not overlapping with the first cross-section when viewed from the flowing direction, the valve axis supported by the housing in a crossing direction to the flowing direction; and a valve element connected to the valve axis and adjusts flow of the exhaust gas communicating to the gas pipeline; wherein the valve element closes a communication path of the exhaust gas by tilting the valve element by 45 to 70 degrees to the flowing direction when the exhaust gas is not flowing from the engine, and the valve element is disposed at a position not overlapping with the first cross-section and at a space where the height of the second cross-section becomes shorter, when the valve element is opened. a housing having a first cross-sectional surface and a second cross-sectional surface larger than the first surface, the housing connected to the gas pipelines and communicates the exhaust gas, wherein a height of the second cross-section becomes shorter toward downstream; a valve axis supported along the second cross-section not overlapping with the first cross-section when viewed from the flowing direction, the valve axis supported by the housing in a crossing direction to the flowing direction; and a valve element connected to the valve axis and adjusts flow of the exhaust gas communicating to the gas pipeline; wherein the valve element closes a communication path of the exhaust gas by tilting the valve element by 45 to 70 degrees to the flowing direction when the exhaust gas is not flowing from the engine, and the valve element is disposed at a position not overlapping with the first cross-section and at a space where the height of the second cross-section becomes shorter, when the valve element is opened.
A method of manufacturing a hollow body provided with a glass inside surface defining a cavity , said body constituting a container , said method including a step of covering at least a fraction of said inside surface with a metal lining , characterized in that said hollow body comprises a single piece of glass inside which said cavity is formed and constituting a container designed for containing in the cavity a cosmetics substance formed by an alcoholic liquid such as a body perfume, the inside surface being covered with the lining in a quantity per unit area that is equal to or greater than 1000 mg/m 2 , said covering step including a sub-step of activating said inside surface by putting the inside surface into contact with an activation agent, so as to obtain an activated inside surface , and thereafter a sub-step of grafting said activated inside surface with a grafting agent, in order to obtain a grafted inside surface .
A variable focus lens comprising - a first chamber filled with a first liquid, - a second chamber filled with a second liquid, wherein said second liquid has different optical properties from said first liquid, - a primary membrane separating said first and said second chamber (24, 26; 30, 32) and in contact with said first and second liquid, said primary membrane forming a lens surface intersecting an optical axis (A) of said variable focus lens, - a first auxiliary membrane forming a first wall section of said first chamber and - a second auxiliary membrane forming a first wall section of said second chamber , - a housing forming a second wall section of at least said first and/or said second chamber , and - an actuator connected to at least one of said membranes, wherein said actuator and said housing are mutually displaceable in a direction parallel to said optical axis (A), wherein a mutual displacement of said actuator and said housing causes said membranes to deform, thereby changing a focal length of the lens, characterized in that at least one of said auxiliary membranes is facing environmental air, in that the variable focus lens comprises a foil forming said primary membrane as well as said auxiliary membranes , and in that said foil is permeable or semi-permeable to gases for removing any residual gas from the first and second chamber by using diffusion. - a first chamber filled with a first liquid, - a second chamber filled with a second liquid, wherein said second liquid has different optical properties from said first liquid, - a primary membrane separating said first and said second chamber (24, 26; 30, 32) and in contact with said first and second liquid, said primary membrane forming a lens surface intersecting an optical axis (A) of said variable focus lens, - a first auxiliary membrane forming a first wall section of said first chamber and - a second auxiliary membrane forming a first wall section of said second chamber , - a housing forming a second wall section of at least said first and/or said second chamber , and - an actuator connected to at least one of said membranes,
A method of manufacturing a MEMS device , comprising: forming one or more electrical contact stacks comprising a contact surface of ruthenium, at least one of the one or more electrical contact stacks formed over at least one contact electrode ; forming a beam structure over the one or more electrical contact stacks; removing sacrificial material to free the beam structure to move within a cavity , wherein at least one contact portion of the beam structure is capable of contacting the contact surface of the at least one contact electrode; etching a portion of the contact surface of ruthenium within the cavity using an etchant comprising chlorine; and sealing the cavity. forming one or more electrical contact stacks comprising a contact surface of ruthenium, at least one of the one or more electrical contact stacks formed over at least one contact electrode ; forming a beam structure over the one or more electrical contact stacks; removing sacrificial material to free the beam structure to move within a cavity , wherein at least one contact portion of the beam structure is capable of contacting the contact surface of the at least one contact electrode; etching a portion of the contact surface of ruthenium within the cavity using an etchant comprising chlorine; and sealing the cavity.
Method of providing a service through a user equipment, UE, unit in an internet protocol, IP, multimedia subsystem, IMS, telecommunications network, wherein said service is provided using an application server, AS, in said telecommunications network, said method comprising a step of performing a user authorisation query on a user database server for authorizing registration of said user equipment unit in said telecommunications network, and characterized in that said method further comprises a step of said user database server performing a service authorisation query on a dedicated service policy server for authorizing use of said service through said user equipment unit, wherein said dedicated service policy server is an entity separate from said AS providing the service
Shut-off screwdriver device having at least one open-loop control and/or closed-loop control unit which, in at least one screwing operating state , is intended to carry out at least one screwing programme comprising at least one screwing programme step for actuating a tool , characterized in that the open-loop control and/or closed-loop control unit is intended to carry out at least one test sequence programme in at least one testing operating state , wherein at least one parameter, preferably at least one screwing programme step , can be tested by means of the test sequence programme .
An in vitro or ex vivo method for generating a population of CD8 + CD45RC low Tregs, comprising a step of culturing a population of CD8 + Tregs with a culture medium comprising an isolated peptide that consists of the amino acid sequence as set forth in SEQ ID NO:2 in the presence of a population of plasmacytoid dendritic cells.
A signal processing apparatus comprising: an acquisition section (31; 32) configured to acquire a digital audio signal having a given sampling frequency selected from among the plurality of digital audio signals acquired by delta-sigma modulating an audio signal at a plurality of sampling frequencies; and an interpolation section configured to subject the acquired digital audio signal to a pre-interpolation process when the sampling frequency of the acquired digital audio signal is lower than an operating clock of a delta-sigma demodulator . an acquisition section (31; 32) configured to acquire a digital audio signal having a given sampling frequency selected from among the plurality of digital audio signals acquired by delta-sigma modulating an audio signal at a plurality of sampling frequencies; and an interpolation section configured to subject the acquired digital audio signal to a pre-interpolation process when the sampling frequency of the acquired digital audio signal is lower than an operating clock of a delta-sigma demodulator .
An image decoding device for decoding an image in a prediction unit using an inter prediction scheme in which a first reference prediction list and/or a second reference prediction list are used, wherein the first reference prediction list is a list of reference images to be used for P and/or B slice, and the second reference prediction list is a list of reference images to be used for B slice, the image decoding device comprising: a motion compensation parameter derivation unit configured to derive a first prediction list utilization flag indicating whether or not the first reference prediction list is to be used for inter prediction, and a second prediction list utilization flag indicating whether or not the second reference prediction list is to be used for inter prediction, wherein if (i) a value of the first prediction list utilization flag is equal to 1, which indicates that the first reference prediction list is to be used for inter prediction of the prediction unit, (ii) a value of the second prediction list utilization flag is equal to 1, which indicates that the second reference prediction list is to be used for inter prediction of the prediction unit, and (iii) the prediction unit has a size of 8x4 or 4x8, the motion compensation parameter derivation unit is configured to convert the value of the second prediction list utilization flag to 0 so that the second reference prediction list is not to be used, and else to not convert the value of the second prediction list utilization flag. a motion compensation parameter derivation unit configured to derive a first prediction list utilization flag indicating whether or not the first reference prediction list is to be used for inter prediction, and a second prediction list utilization flag indicating whether or not the second reference prediction list is to be used for inter prediction, wherein if (i) a value of the first prediction list utilization flag is equal to 1, which indicates that the first reference prediction list is to be used for inter prediction of the prediction unit, (ii) a value of the second prediction list utilization flag is equal to 1, which indicates that the second reference prediction list is to be used for inter prediction of the prediction unit, and (iii) the prediction unit has a size of 8x4 or 4x8, the motion compensation parameter derivation unit is configured to convert the value of the second prediction list utilization flag to 0 so that the second reference prediction list is not to be used, and else to not convert the value of the second prediction list utilization flag.
An indoor unit of an air-conditioning apparatus, comprising: a main body having an air inlet and an air outlet , the main body being installable on a wall surface in a room ; a fan configured to suck indoor air from the air inlet and form an air path to the air outlet ; a heat exchanger arranged in the air path and executes part of a refrigeration cycle; a wind-direction adjusting device arranged at the air outlet and configured to adjust a blowing direction of air conditioned by the heat exchanger ; an image pickup device configured to capture an image of the inside of the room ; a controller configured to control the wind-direction adjusting device based on information on a person (U1) whose image has been captured by the image pickup device ; and a receiver configured to receive a signal from a remote controller, wherein the controller recognizes a face (F1) of a person (U1), when the face (F1) of the person (U1) is present within a face recognition range between a first distance (L1) and a second distance (L2), greater than the first distance (L1), from the image pickup device in a field of the image pickup device , activates the refrigeration cycle when the controller recognizes the face (F1) of the person (U1) while the refrigeration cycle is stopped, when the person (U1) whose face (F1) has been recognized moves, tracks the person (U1) whose face (F1) has been recognized and specifies a position (P1) of the person (U1) whose face (F1) has been recognized, and controls the wind-direction adjusting device so that the conditioned air is blown toward the specified position (P1). a main body having an air inlet and an air outlet , the main body being installable on a wall surface in a room ; a fan configured to suck indoor air from the air inlet and form an air path to the air outlet ; a heat exchanger arranged in the air path and executes part of a refrigeration cycle; a wind-direction adjusting device arranged at the air outlet and configured to adjust a blowing direction of air conditioned by the heat exchanger ; an image pickup device configured to capture an image of the inside of the room ; a controller configured to control the wind-direction adjusting device based on information on a person (U1) whose image has been captured by the image pickup device ; and a receiver configured to receive a signal from a remote controller, wherein the controller recognizes a face (F1) of a person (U1), when the face (F1) of the person (U1) is present within a face recognition range between a first distance (L1) and a second distance (L2), greater than the first distance (L1), from the image pickup device in a field of the image pickup device , activates the refrigeration cycle when the controller recognizes the face (F1) of the person (U1) while the refrigeration cycle is stopped, when the person (U1) whose face (F1) has been recognized moves, tracks the person (U1) whose face (F1) has been recognized and specifies a position (P1) of the person (U1) whose face (F1) has been recognized, and controls the wind-direction adjusting device so that the conditioned air is blown toward the specified position (P1).