mhurhangee/ep-ind-claims huggingface dataset:
A method of presenting an alert to a user in an environment on a device having a processor, a memory, a noise level detector and at least one communication connection, the method comprising: executing on the processor instructions that cause the device to: receive an incoming request for communication; upon receiving the incoming request, detect an environment noise level using the noise level detector; compare the environment noise level to a noise level threshold; if the environment noise level is below the noise level threshold, present the alert to the user; if the environment noise level is above the noise level threshold: monitor the environment noise level to generate a monitored noise level; and upon detecting the monitored noise level to be below the noise level threshold, present the alert to the user; characterized in that executing the instructions further causes the noise level detector to: while the noise level is detected to be below the noise level threshold, sample the noise level at a first period duration; and while the noise level is detected to be above the noise level threshold, sample the noise level at a second period duration that is shorter than the first period duration. executing on the processor instructions that cause the device to: receive an incoming request for communication; upon receiving the incoming request, detect an environment noise level using the noise level detector; compare the environment noise level to a noise level threshold; if the environment noise level is below the noise level threshold, present the alert to the user; if the environment noise level is above the noise level threshold: monitor the environment noise level to generate a monitored noise level; and upon detecting the monitored noise level to be below the noise level threshold, present the alert to the user; receive an incoming request for communication; upon receiving the incoming request, detect an environment noise level using the noise level detector; compare the environment noise level to a noise level threshold; if the environment noise level is below the noise level threshold, present the alert to the user; if the environment noise level is above the noise level threshold: monitor the environment noise level to generate a monitored noise level; and upon detecting the monitored noise level to be below the noise level threshold, present the alert to the user; monitor the environment noise level to generate a monitored noise level; and upon detecting the monitored noise level to be below the noise level threshold, present the alert to the user; while the noise level is detected to be below the noise level threshold, sample the noise level at a first period duration; and while the noise level is detected to be above the noise level threshold, sample the noise level at a second period duration that is shorter than the first period duration.
A device for emitting a laser beam, which comprises: - a cylindrical solid amplifier medium, having a fluorescence wavelength λ, delimited by a surface ∑ connecting two faces S1 and S2 and intended to be pumped through both the faces, or one of them, in order to become a gain medium, - a cooling fluid of thermal conductivity Cr in contact with the amplifier medium over one of the faces and - an index matching liquid that absorbs or scatters at the fluorescence wavelength, of thermal conductivity Ci, in contact with the amplifier medium over its surface ∑, characterised in that Ci < 0.3 Cr. - a cylindrical solid amplifier medium, having a fluorescence wavelength λ, delimited by a surface ∑ connecting two faces S1 and S2 and intended to be pumped through both the faces, or one of them, in order to become a gain medium, - a cooling fluid of thermal conductivity Cr in contact with the amplifier medium over one of the faces and - an index matching liquid that absorbs or scatters at the fluorescence wavelength, of thermal conductivity Ci, in contact with the amplifier medium over its surface ∑,
A positive electrode for a solid-state secondary battery, the positive electrode comprising: a positive active material; and a first solid electrolyte, wherein a ratio λ of an average particle diameter of the positive active material to an average particle diameter of the first solid electrolyte satisfies Equation 1, wherein an average particle diameter of the positive active material is in a range of 5 μm to 12 μm, and an average particle diameter of the first solid electrolyte is in a range of 1.5 μm to 4 μm, wherein an amount of the positive active material is in a range of 70 wt% to 95 wt% based on a total weight of the positive electrode: 3 ≤ λ ≤ 40. a positive active material; and a first solid electrolyte, wherein a ratio λ of an average particle diameter of the positive active material to an average particle diameter of the first solid electrolyte satisfies Equation 1, wherein an average particle diameter of the positive active material is in a range of 5 μm to 12 μm, and an average particle diameter of the first solid electrolyte is in a range of 1.5 μm to 4 μm, wherein an amount of the positive active material is in a range of 70 wt% to 95 wt% based on a total weight of the positive electrode: 3 ≤ λ ≤ 40.
Measuring system for measuring a force exerted on a body, the measuring system comprising a measuring device and computing means, wherein the measuring device comprises: - a flexible rod having a proximal end and a distal end intended to come into contact with the body and to apply a force tending to deform it in the vicinity of a point of contact, the flexible rod being configured to bend as soon as it applies a force via its distal end to the body, wherein the flexible rod is curved or has a bend; - an image capturing device rigidly connected to the proximal end and oriented toward the distal end of the flexible rod, for providing at least one depth map of the body in the vicinity of the distal end of the flexible rod, and of the distal end; wherein the computing means are configured, from the depth map of the distal end of the rod, to determine the force exerted by the flexible rod by its distal end on the body. - a flexible rod having a proximal end and a distal end intended to come into contact with the body and to apply a force tending to deform it in the vicinity of a point of contact, the flexible rod being configured to bend as soon as it applies a force via its distal end to the body, wherein the flexible rod is curved or has a bend; - an image capturing device rigidly connected to the proximal end and oriented toward the distal end of the flexible rod, for providing at least one depth map of the body in the vicinity of the distal end of the flexible rod, and of the distal end;
A polymer comprising monomer units derived from at least one monomer of formula (Rf 2 -CHF-CF 2 -S-CHR 2) m2 -L 2 -(X 2) n2 wherein Rf 2 is a perfluorinated, optionally heteroatoms containing, alkyl group, R 2 is H or an alkyl group, L 2 is a single bond or a saturated, branched or not branched, optionally heteroatoms and/or functional groups containing organic group, X 2 is an ethylenically unsaturated group, m 2 is ≥ 1 and n 2 is ≥ 1. Rf 2 is a perfluorinated, optionally heteroatoms containing, alkyl group, R 2 is H or an alkyl group, L 2 is a single bond or a saturated, branched or not branched, optionally heteroatoms and/or functional groups containing organic group, X 2 is an ethylenically unsaturated group, m 2 is ≥ 1 and n 2 is ≥ 1.
A system for determining light attenuation values at an optical member inserted in tissue and/or losses in an optical measuring system, the system comprises: at least two optical members configured to be inserted into tissue, said at least two optical members are configured for emitting and/or collecting light; a control unit configured for controlling said at least two optical members so that light is transmitted to said tissue from at least one optical member and light is detected from said tissue by at least one optical member collecting light, thereby yielding a data set of measured values for pairs of emitting and collecting optical members; wherein said control unit is further configured for determining said light attenuation values and for determining light-attenuating inhomogeneities at said optical member and/or losses in said optical measuring system using said light attenuation values, and wherein said light attenuation values are determined using said data set of measured values to define a system of equations using a mathematical model of light propagation in tissue and solving said system of equations by using a numerical solving method. at least two optical members configured to be inserted into tissue, said at least two optical members are configured for emitting and/or collecting light; a control unit configured for controlling said at least two optical members so that light is transmitted to said tissue from at least one optical member and light is detected from said tissue by at least one optical member collecting light, thereby yielding a data set of measured values for pairs of emitting and collecting optical members; wherein said control unit is further configured for determining said light attenuation values and for determining light-attenuating inhomogeneities at said optical member and/or losses in said optical measuring system using said light attenuation values, and wherein said light attenuation values are determined using said data set of measured values to define a system of equations using a mathematical model of light propagation in tissue and solving said system of equations by using a numerical solving method.
Knife having a casing comprising a first casing part and a second casing part, and also a blade-carrier in which a blade is held, wherein the first casing part can be released from the second casing part and fastened again, particularly for a change of blade, wherein the blade-carrier is mounted within the casing so as to be movable between a basic position and a cutting position, wherein the blade-carrier and the second casing part form a structural unit which can be preassembled and which can be fastened in a releasable manner to the first casing part by means of a locking device, and wherein said locking device can be moved, by means of an actuating element, between a locking position and a releasing position, characterised in that the locking device has locking means (38, 50a, 50b) by means of which the blade-carrier can be locked on the second casing part by a movement of said locking device into the releasing position and is connected in a non-releasable manner to the second casing part.
An air conditioning system, comprising: an air conditioner; a first controller networked to the air conditioner in a first communication method and displaying operating information of the air conditioner; a second controller networked to the first controller in a second communication method and receiving a first external command for controlling the operation of the air conditioner; wherein the first communication method is different from the second communication method, the first controller converts a communication method of the first external command to transmit the same so that the first external command can be transmitted to the air conditioner, the first controller and the second controller are connected via an internet network, characterised in that the air conditioning system also comprises a facility operating independently from the second controller and dry contact-connected to the first controller, wherein the first controller works in interlink with the facility and the air conditioner to control the operation of the others, the first controller transmits to the second controller a web page for displaying the operating information of the air conditioner, and the first controller transmits to the second controller a web page showing controllable and monitorable categories including interlink control mode. an air conditioner; a first controller networked to the air conditioner in a first communication method and displaying operating information of the air conditioner; a second controller networked to the first controller in a second communication method and receiving a first external command for controlling the operation of the air conditioner; wherein the first communication method is different from the second communication method, the first controller converts a communication method of the first external command to transmit the same so that the first external command can be transmitted to the air conditioner, the first controller and the second controller are connected via an internet network, characterised in that the air conditioning system also comprises a facility operating independently from the second controller and dry contact-connected to the first controller, wherein the first controller works in interlink with the facility and the air conditioner to control the operation of the others, the first controller transmits to the second controller a web page for displaying the operating information of the air conditioner, and the first controller transmits to the second controller a web page showing controllable and monitorable categories including interlink control mode.
A laser marking system comprising: first and second laser marking heads (201, 202) configured to mark a product; and, a first controller associated with the first laser marking head and a second controller associated with the second laser marking head, wherein the first and second controllers (231, 232) are configurable to: receive data indicating information to be marked on the product; generate laser marking vectors (A1-D2) based upon the received data; and, control their associated laser marking head (201, 202) based on the laser marking vectors (A1-D2). first and second laser marking heads (201, 202) configured to mark a product; and, a first controller associated with the first laser marking head and a second controller associated with the second laser marking head, wherein the first and second controllers (231, 232) are configurable to: receive data indicating information to be marked on the product; generate laser marking vectors (A1-D2) based upon the received data; and, control their associated laser marking head (201, 202) based on the laser marking vectors (A1-D2). receive data indicating information to be marked on the product; generate laser marking vectors (A1-D2) based upon the received data; and, control their associated laser marking head (201, 202) based on the laser marking vectors (A1-D2).
A time segment representative feature vector generation device, comprising: intra-time segment feature vector group selection means for selecting, for each time segment and from a feature vector series for respective frames, feature vectors of a plurality of frames included in a time segment; and dimension selection means for sequentially selecting, for each time segment and from the selected feature vectors of different frames in the time segment, features of different dimensions of the feature vectors in accordance with predetermined degrees of importance of respective dimensions of the feature vectors starting with a dimension having a highest degree of importance, from the feature vector of the first frame and ending with the lowest degree of importance from the feature vector of the M-th frame, the predetermined degrees of importance of respective dimensions of the feature vectors being at least one of a degree of contribution of the feature of the dimension of the feature vector with respect to retrieval accuracy, a degree of discrimination capability held by the feature of the dimension of the feature vector or a degree of robustness held by the feature of the dimension of the feature vector, and generating a time segment representative feature vector consisting of the selected features of different dimensions of the feature vectors, wherein the time segment representative feature vector is a feature vector representing the time segment. intra-time segment feature vector group selection means for selecting, for each time segment and from a feature vector series for respective frames, feature vectors of a plurality of frames included in a time segment; and dimension selection means for sequentially selecting, for each time segment and from the selected feature vectors of different frames in the time segment, features of different dimensions of the feature vectors in accordance with predetermined degrees of importance of respective dimensions of the feature vectors starting with a dimension having a highest degree of importance, from the feature vector of the first frame and ending with the lowest degree of importance from the feature vector of the M-th frame, the predetermined degrees of importance of respective dimensions of the feature vectors being at least one of a degree of contribution of the feature of the dimension of the feature vector with respect to retrieval accuracy, a degree of discrimination capability held by the feature of the dimension of the feature vector or a degree of robustness held by the feature of the dimension of the feature vector, and generating a time segment representative feature vector consisting of the selected features of different dimensions of the feature vectors, wherein the time segment representative feature vector is a feature vector representing the time segment.
An antenna selection method, applied to a terminal, wherein the terminal comprises m primary antennas configured for a first application program and n secondary antennas, wherein m ≥ 1 and n ≥ 1, and the method comprises: when the terminal is in a Wi-Fi connected state and a landscape user holding state, obtaining a key factor and a radio frequency indicator of each of m+n antenna combinations, wherein the key factor comprises one or more of an application delay, a received signal strength indicator RSSI, a signal-to-noise ratio SNR, and a packet loss rate, and the radio frequency indicator comprises one or more of antenna receiver sensitivity, a transmit power, error vector magnitude, a radiation pattern, and an extreme Wi-Fi throughput, wherein the radio frequency indicator has been measured in advance; determining a first antenna combination based on the key factor and the radio frequency indicator, wherein the first antenna combination is a first-priority antenna combination in the m+n antenna combinations, and the first antenna combination comprises at least one of the secondary antennas; and using the first antenna combination to perform communication for a second application program. when the terminal is in a Wi-Fi connected state and a landscape user holding state, obtaining a key factor and a radio frequency indicator of each of m+n antenna combinations, wherein the key factor comprises one or more of an application delay, a received signal strength indicator RSSI, a signal-to-noise ratio SNR, and a packet loss rate, and the radio frequency indicator comprises one or more of antenna receiver sensitivity, a transmit power, error vector magnitude, a radiation pattern, and an extreme Wi-Fi throughput, wherein the radio frequency indicator has been measured in advance; determining a first antenna combination based on the key factor and the radio frequency indicator, wherein the first antenna combination is a first-priority antenna combination in the m+n antenna combinations, and the first antenna combination comprises at least one of the secondary antennas; and using the first antenna combination to perform communication for a second application program.
Method for preparing, by a calefaction technique, a composite material consisting of a matrix made of at least one first oxide of at least one metal and/or at least one metalloid reinforced by reinforcements made of at least one second oxide of at least one metal and/or at least one metalloid, characterised in that the following successive steps are carried out: - the reinforcements are disposed in at least one liquid precursor of the first oxide of at least one metal and/or at least one metalloid; - said reinforcements and the liquid precursor are heated, so as to form the first oxide by thermal decomposition of said liquid precursor, and to deposit the first oxide thus formed around the reinforcements and between the reinforcements thus forming the matrix. - the reinforcements are disposed in at least one liquid precursor of the first oxide of at least one metal and/or at least one metalloid; - said reinforcements and the liquid precursor are heated, so as to form the first oxide by thermal decomposition of said liquid precursor, and to deposit the first oxide thus formed around the reinforcements and between the reinforcements thus forming the matrix.
A method for outputting reliably predictable instruction sequences, comprising: tracking fetches of instruction sequences from memory; determining an instruction sequence that exceeds a threshold frequency of fetches to be a reliably predictable instruction sequence; identifying a branch instruction preceding the instruction sequence that exceeds the threshold; storing the reliably predictable instruction sequence into a buffer; and outputting the reliably predictable instruction sequence from the buffer into the pipeline of the processor, in response to a subsequent access of the branch instruction, wherein an address of a branch instruction is used to index the buffer and addresses of a plurality of following branches, which are included in the sequence, are used as tags to index the buffer. tracking fetches of instruction sequences from memory; determining an instruction sequence that exceeds a threshold frequency of fetches to be a reliably predictable instruction sequence; identifying a branch instruction preceding the instruction sequence that exceeds the threshold; storing the reliably predictable instruction sequence into a buffer; and outputting the reliably predictable instruction sequence from the buffer into the pipeline of the processor, in response to a subsequent access of the branch instruction, wherein an address of a branch instruction is used to index the buffer and addresses of a plurality of following branches, which are included in the sequence, are used as tags to index the buffer.
Computer-implemented method for the access control of a terminal, private data and other data being stored on the terminal and access to the private data being able to be limited or unlimited, comprising the following steps in the case of unlimited access: - capturing an image signal by means of a camera of the terminal; - performing a face detection process with the captured image signal; and - continuous monitoring of the number of faces detected in the detected image signal during the face detection process, wherein access is limited if the number of faces is greater than one, wherein the terminal comprises a screen for displaying private data and other data and the private data is completely hidden when access is limited and only the other data is displayed, characterised in that a visual indication of the unlimited access is displayed when access is unlimited. - capturing an image signal by means of a camera of the terminal; - performing a face detection process with the captured image signal; and - continuous monitoring of the number of faces detected in the detected image signal during the face detection process, wherein access is limited if the number of faces is greater than one,