mhurhangee/patent-ind-claim-en huggingface dataset:
A learning apparatus comprising: a learning data acquiring unit for acquiring learning data including measurement data obtained by measuring a facility and a state of the facility; a learning pre-processing unit for performing a pre-processing for reducing a drift of the measurement data in the learning data and outputting pre-processed learning data; a learning processing unit for performing a processing for learning a model for determining the state of the facility from the pre-processed measurement data, by using the pre-processed learning data; and a designation input unit for inputting a designation of a type of pre-processing that the learning pre-processing unit should perform, wherein the learning pre-processing unit is configured to perform a pre-processing corresponding to the inputted designation, characterized in that the learning pre-processing unit is configured to perform, according to the designation, at least one of a pre-processing for reducing a gravity center movement of the measurement data in the learning data or a pre-processing for calculating the difference of the measurement data in the learning data with in a sliding window, the difference indicating at least one of a difference between a maximum value and a minimal value of the measurement data within the sliding window, a difference between a first value and a last value of the measurement data within the sliding window, and a largest value among differences of adjacent measurement values within the sliding window. a learning data acquiring unit for acquiring learning data including measurement data obtained by measuring a facility and a state of the facility; a learning pre-processing unit for performing a pre-processing for reducing a drift of the measurement data in the learning data and outputting pre-processed learning data; a learning processing unit for performing a processing for learning a model for determining the state of the facility from the pre-processed measurement data, by using the pre-processed learning data; and a designation input unit for inputting a designation of a type of pre-processing that the learning pre-processing unit should perform, wherein the learning pre-processing unit is configured to perform a pre-processing corresponding to the inputted designation, characterized in that the learning pre-processing unit is configured to perform, according to the designation, at least one of a pre-processing for reducing a gravity center movement of the measurement data in the learning data or a pre-processing for calculating the difference of the measurement data in the learning data with in a sliding window, the difference indicating at least one of a difference between a maximum value and a minimal value of the measurement data within the sliding window, a difference between a first value and a last value of the measurement data within the sliding window, and a largest value among differences of adjacent measurement values within the sliding window.
An IL-18 antagonist for use in treating a viral respiratory infection in a subject having metabolic syndrome, coronary artery disease, hypertension, atherosclerosis, type II diabetes or a combination thereof, wherein the IL-18 antagonist is: (a) a mammalian or viral IL-18 binding protein that binds free IL-18; or (b) an antibody that binds specifically to free IL-18. (a) a mammalian or viral IL-18 binding protein that binds free IL-18; or (b) an antibody that binds specifically to free IL-18.
A vane pump , comprising: a liner defining a cammed inner surface ; a rotor rotatably disposed within the liner and including a plurality of vane slots; an a plurality of vanes slidably disposed within vane slots of the rotor and configured to extend away from the rotor and contact the cammed inner surface of the liner , wherein the plurality of vanes include at least one sentinel vane that is configured to allow detection of wear on the sentinel vane ; wherein the sentinel vane includes a base portion that is larger than the vane slot of the rotor such that after the sentinel vane wears a predetermined amount, the base portion prevents the sentinel vane from extending further from the rotor such that a gap separates a sentinel vane tip and a portion of the cammed inner surface ; characterised in that the vane pump further comprises a vibration sensor operatively connected to the rotor to determine when the base portion of the at least one sentinel vane contacts the rotor . a liner defining a cammed inner surface ; a rotor rotatably disposed within the liner and including a plurality of vane slots; an a plurality of vanes slidably disposed within vane slots of the rotor and configured to extend away from the rotor and contact the cammed inner surface of the liner , wherein the plurality of vanes include at least one sentinel vane that is configured to allow detection of wear on the sentinel vane ; wherein the sentinel vane includes a base portion that is larger than the vane slot of the rotor such that after the sentinel vane wears a predetermined amount, the base portion prevents the sentinel vane from extending further from the rotor such that a gap separates a sentinel vane tip and a portion of the cammed inner surface ; characterised in that the vane pump further comprises a vibration sensor operatively connected to the rotor to determine when the base portion of the at least one sentinel vane contacts the rotor .
An OCT imaging system, comprising: an optical sub-system adapted for capturing OCT scan data of a subject , wherein the OCT scan data comprises a plurality of scan captures respectively associated with a plurality of focal plane positions ; and an image processor (404; 600; 900) adapted for converting the OCT scan data to a plurality of OCT images, for co-registering, by a registration module , the OCT images, for performing a windowed average over the plurality of OCT images based on the plurality of focal plane positions, and for outputting a composite image based on the windowed average, wherein, to generate the windowed average, the OCT imaging system comprises a control apparatus , which includes the image processor (404; 600; 900), said control apparatus being adapted to weight respective pixel intensities of respective OCT images, of the plurality of OCT images, based on windows corresponding to the respective focal plane positions associated with the respective OCT images, wherein said control apparatus is adapted to apply, for each window, weightings to intensity values within the window, on a row-by-row basis with a row corresponding to a specific depth within a depth of focus profile, characterised in that for at least one row contained within multiple windows, the respective weighted intensity values from the respective windows are summed by the control apparatus; and in that said pixel intensities are weighted based at least in part on a distance from the focal plane position by said control apparatus. an optical sub-system adapted for capturing OCT scan data of a subject , wherein the OCT scan data comprises a plurality of scan captures respectively associated with a plurality of focal plane positions ; and an image processor (404; 600; 900) adapted for converting the OCT scan data to a plurality of OCT images, for co-registering, by a registration module , the OCT images, for performing a windowed average over the plurality of OCT images based on the plurality of focal plane positions, and for outputting a composite image based on the windowed average, wherein, to generate the windowed average, the OCT imaging system comprises a control apparatus , which includes the image processor (404; 600; 900), said control apparatus being adapted to weight respective pixel intensities of respective OCT images, of the plurality of OCT images, based on windows corresponding to the respective focal plane positions associated with the respective OCT images, wherein said control apparatus is adapted to apply, for each window, weightings to intensity values within the window, on a row-by-row basis with a row corresponding to a specific depth within a depth of focus profile, characterised in that for at least one row contained within multiple windows, the respective weighted intensity values from the respective windows are summed by the control apparatus; and in that said pixel intensities are weighted based at least in part on a distance from the focal plane position by said control apparatus.
A composition comprising a variant phytase enzyme, wherein said variant phytase comprises amino acid substitution Y255D as compared to SEQ ID NO:1, and further wherein the variant phytase comprises the amino acid substitutions I55V/G157Q/R159Y/Y255D/F354Y/A380P and is at least 95% identical to SEQ ID NO:5; wherein the variant phytase enzyme has phytase activity; and wherein the variant phytase enzyme is more stable than the parent phytase corresponding to SEQ ID NO:1 under the same thermal challenge conditions.
A data encoding method performed by an encoding apparatus, the method comprising the steps of: • obtaining (step 201) column weigths and row weigths of a n × n generator matrix G being defined as G=F ⊗ n , wherein F ⊗ n is a Kronecker product of a matrix F raised to the power of n, and F is one of: 1 0 1 1 or 1 1 0 1 • determining (step 202) K sequence numbers from a first sequence of the generator matrix G, wherein the first sequence comprises sequence numbers of rows of the generator matrix G, and the first sequence does not comprise a sequence number of a column whose column weight is an odd number in the generator matrix G, wherein the determining the K sequence numbers from the first sequence of the generator matrix G comprises: o determining the K sequence numbers in descending order of the obtained row weights of the rows corresponding to all the sequence numbers in the first sequence; • determining a bit sequence u based on the K sequence numbers, wherein u comprises K information bits and a fixed bit, wherein the K sequence numbers are used to identify locations of the K information bits in u ; • performing encoding based on u and the generator matrix G, to obtain encoded bits c = uG; and • sending the encoded bits to a receiving device. • obtaining (step 201) column weigths and row weigths of a n × n generator matrix G being defined as G=F ⊗ n , wherein F ⊗ n is a Kronecker product of a matrix F raised to the power of n, and F is one of: 1 0 1 1 or 1 1 0 1 • determining (step 202) K sequence numbers from a first sequence of the generator matrix G, wherein the first sequence comprises sequence numbers of rows of the generator matrix G, and the first sequence does not comprise a sequence number of a column whose column weight is an odd number in the generator matrix G, wherein the determining the K sequence numbers from the first sequence of the generator matrix G comprises: o determining the K sequence numbers in descending order of the obtained row weights of the rows corresponding to all the sequence numbers in the first sequence; o determining the K sequence numbers in descending order of the obtained row weights of the rows corresponding to all the sequence numbers in the first sequence; • determining a bit sequence u based on the K sequence numbers, wherein u comprises K information bits and a fixed bit, wherein the K sequence numbers are used to identify locations of the K information bits in u ; • performing encoding based on u and the generator matrix G, to obtain encoded bits c = uG; and • sending the encoded bits to a receiving device.
A combination product for dyeing hair in one step, which comprises a hair softening preparation, including a disulfide linkage reducing agent; a dye preparation, wherein the dye preparation comprises an effective amount of tea-polyphenol and/or its oxidation product, tea-pigment; a mordant preparation, which comprises an effective amount of a ferrous salt and an antioxidant; as well as auxiliary components acceptable in hair dyeing product; wherein the amount of the tea-polyphenol, based on catechin, relative to the total weight of the product, is 0.5∼15% by weight; wherein the amount of the tea-pigment, based on theaflavins, relative to the total weight of the product, is 0.5∼15% by weight; wherein the amount of the ferrous salt, based on ferrous ion, relative to the total weight of the product, is 1∼10% by weight.
Optical system for a spotlight (S), comprising: a first optical element and a second optical element which are arranged optically one behind the other along a light-radiating axis (A), and an adjustment mechanism , which is coupled to the first optical element and the second optical element such that it can move the optical elements along the light-radiating axis (A) in such a way that the optical elements can be moved relative to one another between a distanced position, in which the optical elements are spaced apart along the light-radiating axis (A), and an adjacent position, in which the optical elements are disposed closer to one another than in the distanced position, and wherein the adjustment mechanism is further coupled to the first optical element and the second optical element such that the optical elements , when they are in the adjacent position, can be moved together along the light-radiating axis (A) while maintaining said adjacent position, characterized in that each optical element comprises guide pins , which extend from the respective optical element , and the adjustment mechanism comprises a guide element having first and second guide grooves , wherein the guide pins of the first optical element interact with the first guide grooves and the guide pins of the second optical element interact with the second guide grooves such that the optical elements can be moved with respect to the light-radiating axis (A) via a rotation relative to the guide element . a first optical element and a second optical element which are arranged optically one behind the other along a light-radiating axis (A), and an adjustment mechanism , which is coupled to the first optical element and the second optical element such that it can move the optical elements along the light-radiating axis (A) in such a way that the optical elements can be moved relative to one another between a distanced position, in which the optical elements are spaced apart along the light-radiating axis (A), and an adjacent position, in which the optical elements are disposed closer to one another than in the distanced position, and wherein the adjustment mechanism is further coupled to the first optical element and the second optical element such that the optical elements , when they are in the adjacent position, can be moved together along the light-radiating axis (A) while maintaining said adjacent position, characterized in that each optical element comprises guide pins , which extend from the respective optical element , and the adjustment mechanism comprises a guide element having first and second guide grooves , wherein the guide pins of the first optical element interact with the first guide grooves and the guide pins of the second optical element interact with the second guide grooves such that the optical elements can be moved with respect to the light-radiating axis (A) via a rotation relative to the guide element .
A control apparatus comprising: a storage unit for storing operation management information; an application executing unit for communicating with a field instrument (4, 401-416) installed in a plant via a plurality of input/output modules comprised in the control apparatus and that are configured such that one of two of the plurality of input/output modules runs while the other one waits to make the input/output modules redundant, and for transmitting a signal for suspending power supply to the field instrument (4, 401-416); and a resetting unit adapted to transmit an instruction to suspend power supply from the input/output modules based on the signal characterized in that the resetting unit is adapted to store or update a controlled state of the input/output modules stored in the operation management information, based on reception of the signal, at least either: at timing of transmission of the instruction to suspend the power supply, or at timing when operation for suspending the power supply to the field instrument (4, 401-416) is performed by a human interface station connected with the control apparatus via a network, the controlled state indicating whether the input/output modules are running or waiting. a storage unit for storing operation management information; an application executing unit for communicating with a field instrument (4, 401-416) installed in a plant via a plurality of input/output modules comprised in the control apparatus and that are configured such that one of two of the plurality of input/output modules runs while the other one waits to make the input/output modules redundant, and for transmitting a signal for suspending power supply to the field instrument (4, 401-416); and a resetting unit adapted to transmit an instruction to suspend power supply from the input/output modules based on the signal characterized in that the resetting unit is adapted to store or update a controlled state of the input/output modules stored in the operation management information, based on reception of the signal, at least either: at timing of transmission of the instruction to suspend the power supply, or at timing when operation for suspending the power supply to the field instrument (4, 401-416) is performed by a human interface station connected with the control apparatus via a network, the controlled state indicating whether the input/output modules are running or waiting.
Lifting relay with a movable actuating element on which a first lifting magnet acts in a force-transmitting manner, wherein the lifting relay comprises at least one second lifting magnet which acts in a force-transmitting manner on the same movable actuating element and the magnetic force of which can be adjusted independently of the magnetic force of the first lifting magnet, wherein the actuating element comprises a magnetic portion and both the magnetic force of the first lifting magnet and the magnetic force of the second lifting magnet act on the magnetic portion of the actuator, characterised in that the first lifting magnet and the second lifting magnet (20, 40; 120, 140) are each formed as a winding portion of a continuous winding comprising a tap separating the winding portion of the first lifting magnet from the winding portion of the second lifting magnet.
A method for detecting fault in a power transmission line of a power transmission system , including steps of: (a) obtaining a system parameter of the power transmission system ; (b) adjusting protection reachability of a fault detecting element based on the obtained system parameter such that the adjusted protection reachability of the fault detecting element is applicable to a predetermined protection range; (c) obtaining instantaneous voltage values at a compensated point on a transmission line of the power transmission system for a series of time points; (d) identifying whether there is an internal fault occurring on the transmission line using the adjusted fault detecting element by applying the obtained instantaneous voltage values at the compensated point to the adjusted fault detecting element for the identification of the internal fault; and (e) generating a fault detection decision signal indicating the identified fault, and characterized in that the fault detecting element of the step (d) uses criteria: { ΔU q > K rel × U N ΔU q = U q − U q ′ or { ΔU q > K rel × U q ′ ΔU q = U q − U q ′ where U q and U' q respectively indicate the instantaneous voltage values for two of the series of time points, U N indicates rated voltage of the transmission line, and K rel indicates reliability coefficient. (a) obtaining a system parameter of the power transmission system ; (b) adjusting protection reachability of a fault detecting element based on the obtained system parameter such that the adjusted protection reachability of the fault detecting element is applicable to a predetermined protection range; (c) obtaining instantaneous voltage values at a compensated point on a transmission line of the power transmission system for a series of time points; (d) identifying whether there is an internal fault occurring on the transmission line using the adjusted fault detecting element by applying the obtained instantaneous voltage values at the compensated point to the adjusted fault detecting element for the identification of the internal fault; and (e) generating a fault detection decision signal indicating the identified fault, and
Operating handle for opening and/or closing a door or a flap of a motor vehicle, with a grip element which is designed to be movable between a locking position and an actuating position to open and/or close a door or a flap, with a blocking element , which is designed to be movable between a release position and a detent position, wherein the blocking element in the release position allows a transfer of the grip element to the actuation position and in the detent position blocks a transfer of the grip element , wherein the operating handle has an aperture element which is in operative connection with the blocking element in such manner that the blocking element can be transferred from the detent position to the release position by actuation of the aperture element and thus enables an actuation of the grip element , wherein the aperture element , which is connected pivotably with the grip element is located on an outside of the grip element , characterized in that the operating handle is equipped with a lock cylinder which is arranged such that it can be covered entirely by the aperture element .
A splicing apparatus comprising: a lower roll drawer configured to hold a lower web material in alignment with a first predefined location ; a first cylinder actuated to cause an upper web material to be engaged by a first clamp , the first cylinder also configured to cause the upper web material to engage a cutting edge to separate the upper web material into a downstream upper web portion and an upper web portion; characterized by a second cylinder actuated to cause the downstream upper web portion to be engaged by a second clamp ; a third cylinder configured to cause the downstream upper web portion to be placed in alignment with the first predefined location; and a fourth cylinder configured to cause a first side of the downstream upper web material to be in contact with a first side of the lower web material at the first predefined location. a lower roll drawer configured to hold a lower web material in alignment with a first predefined location ; a first cylinder actuated to cause an upper web material to be engaged by a first clamp , the first cylinder also configured to cause the upper web material to engage a cutting edge to separate the upper web material into a downstream upper web portion and an upper web portion; characterized by a second cylinder actuated to cause the downstream upper web portion to be engaged by a second clamp ; a third cylinder configured to cause the downstream upper web portion to be placed in alignment with the first predefined location; and a fourth cylinder configured to cause a first side of the downstream upper web material to be in contact with a first side of the lower web material at the first predefined location.