mhurhangee/ep-ind-claims huggingface dataset:
A handheld device comprising: • a light source; • a communication interface which facilitates radio-frequency communications with a plurality of lighting fixtures; and • circuitry; characterized in that the circuitry is adapted to: • drive the light source to provide a light signal visible by said plurality of lighting fixtures; • receive light level information from the plurality of lighting fixtures via the communication interface, where the light level information for a given lighting fixture of the plurality of lighting fixtures includes an identifier for the given lighting fixture and relates to a light level at which the light signal was received at the given lighting fixture, wherein the light signal is visible light and the light level information that includes the identifier is received via radio frequency communication by the communication interface; • extract the identifier from the light level information; and • select a lighting fixture of the plurality of lighting fixtures based on the light level information and the identifier. • a light source; • a communication interface which facilitates radio-frequency communications with a plurality of lighting fixtures; and • circuitry; • drive the light source to provide a light signal visible by said plurality of lighting fixtures; • receive light level information from the plurality of lighting fixtures via the communication interface, where the light level information for a given lighting fixture of the plurality of lighting fixtures includes an identifier for the given lighting fixture and relates to a light level at which the light signal was received at the given lighting fixture, wherein the light signal is visible light and the light level information that includes the identifier is received via radio frequency communication by the communication interface; • extract the identifier from the light level information; and • select a lighting fixture of the plurality of lighting fixtures based on the light level information and the identifier.
(amended) A motor driving device which drives a motor, comprising: a motor driving circuit configured to supply an alternating electric current to the motor so that the motor is driven; a dynamic braking circuit provided between windings of the motor which windings correspond to respective two phases; and a control circuit, the dynamic braking circuit including: a mechanical switch configured to cause a short circuit between the windings corresponding to the respective two phases; characterised by a semiconductor switch connected to the mechanical switch in parallel and configured to cause a short circuit between the windings corresponding to the respective two phases; and a first impedance circuit connected to the semiconductor switch in series, the control circuit controlling the semiconductor switch and the mechanical switch to be turned on or off, in dynamic braking, the control circuit controlling the semiconductor switch to be turned on and then controlling the mechanical switch to be turned on. a motor driving circuit configured to supply an alternating electric current to the motor so that the motor is driven; a dynamic braking circuit provided between windings of the motor which windings correspond to respective two phases; and a control circuit, the dynamic braking circuit including: a mechanical switch configured to cause a short circuit between the windings corresponding to the respective two phases; characterised by a semiconductor switch connected to the mechanical switch in parallel and configured to cause a short circuit between the windings corresponding to the respective two phases; and a first impedance circuit connected to the semiconductor switch in series, a mechanical switch configured to cause a short circuit between the windings corresponding to the respective two phases; characterised by a semiconductor switch connected to the mechanical switch in parallel and configured to cause a short circuit between the windings corresponding to the respective two phases; and a first impedance circuit connected to the semiconductor switch in series, the control circuit controlling the semiconductor switch and the mechanical switch to be turned on or off, in dynamic braking, the control circuit controlling the semiconductor switch to be turned on and then controlling the mechanical switch to be turned on.
An apparatus configured to transmit power via a magnetic field, the apparatus comprising: an antenna circuit configured to inductively transmit power at a transmit power level via the magnetic field to a receiver device; a presence detection sensor configured to use a sensor signal other than the transmitted power and which is configured to sense a movement of a human, wherein the presence detection sensor comprises a sensor selected from the group consisting of an infrared sensor, a microwave sensor, or a combination thereof, configured to detect the presence of the human in the proximity of the antenna circuit; and a controller configured to reduce the transmit power level to a reduced transmit power level in response to detecting the presence of the human in the proximity of the antenna circuit, wherein an indication that the antenna circuit is positioned relative to the receiver device to transmit power to the receiver device is provided, during a time period when the transmit power level is reduced in response to detecting the presence of the human. an antenna circuit configured to inductively transmit power at a transmit power level via the magnetic field to a receiver device; a presence detection sensor configured to use a sensor signal other than the transmitted power and which is configured to sense a movement of a human, wherein the presence detection sensor comprises a sensor selected from the group consisting of an infrared sensor, a microwave sensor, or a combination thereof, configured to detect the presence of the human in the proximity of the antenna circuit; and a controller configured to reduce the transmit power level to a reduced transmit power level in response to detecting the presence of the human in the proximity of the antenna circuit, wherein an indication that the antenna circuit is positioned relative to the receiver device to transmit power to the receiver device is provided, during a time period when the transmit power level is reduced in response to detecting the presence of the human.
A method for determining the activity of N bodies CE k (k=1, 2,..., N) present in a piece of equipment, from a succession of digital pulses capable of characterising an activity of at least one of the N bodies, N being an integer greater than or equal to 1, characterised in that it comprises, for a digital pulse of rank Q which follows a digital pulse of rank Q-1, the following steps implemented by a calculator: → estimating a datum which characterises the energy of the digital pulse of rank Q, → identifying a channel C i (i=1, 2,..., M) to which said estimated datum belongs, each channel C i being associated with a different energy band, and → as soon as the channel C i to which said datum belongs is identified, calculating the activity A K Q of the body CE k (k=1, 2,..., N) for the digital pulse of rank Q in the form: A k Q = A k Q − 1 + P CE k Q | i, P CE k Q | i being an estimated probability that the digital pulse of rank Q corresponds to the body CE k (k=1, 2,..., N) such that: P CE k Q | i = P CE k Q − 1. w ik ∑ 1 N P CE j Q − 1. w ij k = 1... N, where ▪ P CE k Q − 1 is an estimated probability of the presence of the body CE k in the piece of equipment such that: P CE k Q − 1 = A k Q − 1 ∑ 1 N A j Q − 1 ▪ w ij (i=1, 2,..., M; j = 1, 2,..., N) is a synaptic weight associated with the body CE j for the channel C i, an initial value A k 0 of the activity of each body CE k being selected a priori and an initial value P CE k 0 of the estimated probability of presence of the body CE k being selected a priori. → estimating a datum which characterises the energy of the digital pulse of rank Q, → identifying a channel C i (i=1, 2,..., M) to which said estimated datum belongs, each channel C i being associated with a different energy band, and → as soon as the channel C i to which said datum belongs is identified, calculating the activity A K Q of the body CE k (k=1, 2,..., N) for the digital pulse of rank Q in the form: A k Q = A k Q − 1 + P CE k Q | i, P CE k Q | i being an estimated probability that the digital pulse of rank Q corresponds to the body CE k (k=1, 2,..., N) such that: P CE k Q | i = P CE k Q − 1. w ik ∑ 1 N P CE j Q − 1. w ij k = 1... N, where ▪ P CE k Q − 1 is an estimated probability of the presence of the body CE k in the piece of equipment such that: P CE k Q − 1 = A k Q − 1 ∑ 1 N A j Q − 1 ▪ w ij (i=1, 2,..., M; j = 1, 2,..., N) is a synaptic weight associated with the body CE j for the channel C i, an initial value A k 0 of the activity of each body CE k being selected a priori and an initial value P CE k 0 of the estimated probability of presence of the body CE k being selected a priori. ▪ P CE k Q − 1 is an estimated probability of the presence of the body CE k in the piece of equipment such that: P CE k Q − 1 = A k Q − 1 ∑ 1 N A j Q − 1 ▪ w ij (i=1, 2,..., M; j = 1, 2,..., N) is a synaptic weight associated with the body CE j for the channel C i,
A sublingual film of Rasagiline or a pharmaceutically acceptable salt thereof, wherein the sublingual film comprises the following prescription components: Rasagiline or a pharmaceutical salt 0.5 to 15% polymer film-forming material 30 to 85% dextrin 5% to 40% other excipients 0 to 30%, and not 0% the dextrin is one or more of maltodextrin, hydroxypropyl-β-cyclodextrin and glucosyl-β-cyclodextrin; the above percentages are the mass percentages of each component relative to the total components of the prescription of the sublingual film of Rasagiline or the pharmaceutically acceptable salt thereof. the dextrin is one or more of maltodextrin, hydroxypropyl-β-cyclodextrin and glucosyl-β-cyclodextrin; the above percentages are the mass percentages of each component relative to the total components of the prescription of the sublingual film of Rasagiline or the pharmaceutically acceptable salt thereof.
A method for automatically creating a social networking service, SNS, session, comprising: generating at and transmitting from a first device a first audio and/or video fingerprint of an audio and/or video event, the first audio and/or video fingerprint having a first predetermined length; periodically transmitting,, from the first device, a second audio and/or video fingerprint to a server, the second audio and/or video fingerprint having a second predetermined length (t), smaller than the first predetermined length, and including data associated with the audio and/or video event that is later in time than data included in the first audio and/or video fingerprint; and joining the SNS session automatically created by the server responsive to receipt, at the server, of a third audio and/or video fingerprint having the first predetermined length from a second device that includes a portion of the first audio and/or video fingerprint or the second audio and/or video fingerprint periodically transmitted from the first device. generating at and transmitting from a first device a first audio and/or video fingerprint of an audio and/or video event, the first audio and/or video fingerprint having a first predetermined length; periodically transmitting,, from the first device, a second audio and/or video fingerprint to a server, the second audio and/or video fingerprint having a second predetermined length (t), smaller than the first predetermined length, and including data associated with the audio and/or video event that is later in time than data included in the first audio and/or video fingerprint; and joining the SNS session automatically created by the server responsive to receipt, at the server, of a third audio and/or video fingerprint having the first predetermined length from a second device that includes a portion of the first audio and/or video fingerprint or the second audio and/or video fingerprint periodically transmitted from the first device.
A system, comprising: a subsea chemical injection system configured to inject a chemical into a well, wherein the subsea chemical injection system comprises: a subsea choke configured to flow the chemical; and a choke trim of the subsea choke, wherein the choke trim comprises a flow path having a cross-sectional area and a length, and the cross-sectional area and length are each adjustable independent from one another. a subsea choke configured to flow the chemical; and a choke trim of the subsea choke, wherein the choke trim comprises a flow path having a cross-sectional area and a length, and the cross-sectional area and length are each adjustable independent from one another.
A boiler facility comprising: a boiler having a combustion chamber in which a burner is installed; a fuel pipe for supplying fuel to the burner; an air duct for supplying air sucked by a blower to the boiler; an oxygen supplier including an oxygen pipe connected to the air duct and a flow rate controller provided in the oxygen pipe, to increase an oxygen ratio in the air supplied to the boiler; and a control unit for setting an air amount that is smaller than a reference air amount for burning the fuel and an oxygen amount to be added to the air, and for controlling the blower and the flow rate controller according to the set air amount and the set oxygen amount, wherein the set oxygen amount is any one of the amount of oxygen to be supplied to the boiler in which a total amount of exhaust gas discharged from the combustion chamber becomes equal to the amount of reference exhaust gas that is discharged when the reference air amount is supplied, and the amount of oxygen to be supplied to the boiler in which an output of the boiler becomes equal to an output that is generated when the reference air amount is supplied, wherein a heat exchanger is installed in an exhaust gas duct at the rear of the combustion chamber, the air duct is connected to the boiler via the heat exchanger, and the heat exchanger is configured to recover waste heat from the exhaust gas and heat the air in the air duct, and wherein the oxygen pipe is connected to the front of the heat exchanger in the air duct. a boiler having a combustion chamber in which a burner is installed; a fuel pipe for supplying fuel to the burner; an air duct for supplying air sucked by a blower to the boiler; an oxygen supplier including an oxygen pipe connected to the air duct and a flow rate controller provided in the oxygen pipe, to increase an oxygen ratio in the air supplied to the boiler; and a control unit for setting an air amount that is smaller than a reference air amount for burning the fuel and an oxygen amount to be added to the air, and for controlling the blower and the flow rate controller according to the set air amount and the set oxygen amount, wherein the set oxygen amount is any one of the amount of oxygen to be supplied to the boiler in which a total amount of exhaust gas discharged from the combustion chamber becomes equal to the amount of reference exhaust gas that is discharged when the reference air amount is supplied, and the amount of oxygen to be supplied to the boiler in which an output of the boiler becomes equal to an output that is generated when the reference air amount is supplied, wherein a heat exchanger is installed in an exhaust gas duct at the rear of the combustion chamber, the air duct is connected to the boiler via the heat exchanger, and the heat exchanger is configured to recover waste heat from the exhaust gas and heat the air in the air duct, and wherein the oxygen pipe is connected to the front of the heat exchanger in the air duct.
Layer system at least comprising: a substrate, an at least two-layered metallic layer (7, 10) consisting of at least a first bottom layer and a second top layer on the bottom layer, wherein the bottom layer comprises an MCrAlX alloy without tantalum (Ta) and without silicon (Si) and without iron (Fe), in particular contains at least the following elements, very particularly consists thereof: (amounts in % by weight): 24% - 26% cobalt (Co), in particular 25%, 12% - 14% chromium (Cr), in particular 13%, 10% - 12% aluminum (Al), in particular 11%, 0.2% - 0.5%, very particularly 0.3% of at least one element from the group comprising scandium (Sc) and the rare earth elements, in particular yttrium, nickel, in particular remainder nickel, wherein the second layer comprises an MCrAlX alloy, with tantalum (Ta), where X is in each case optional and is at least one of the elements from the group comprising scandium (Sc), rhenium (Re) and the rare earth elements, in particular yttrium, very particularly only yttrium, in which the alloy of the top layer contains no silicon (Si). a substrate, an at least two-layered metallic layer (7, 10) consisting of at least a first bottom layer and a second top layer on the bottom layer, wherein the bottom layer comprises an MCrAlX alloy without tantalum (Ta) and without silicon (Si) and without iron (Fe), in particular contains at least the following elements, very particularly consists thereof: (amounts in % by weight): 24% - 26% cobalt (Co), in particular 25%, 12% - 14% chromium (Cr), in particular 13%, 10% - 12% aluminum (Al), in particular 11%, 0.2% - 0.5%, very particularly 0.3% of at least one element from the group comprising scandium (Sc) and the rare earth elements, in particular yttrium, nickel, in particular remainder nickel, wherein the second layer comprises an MCrAlX alloy, with tantalum (Ta), where X is in each case optional and is at least one of the elements from the group comprising scandium (Sc), rhenium (Re) and the rare earth elements, in particular yttrium, very particularly only yttrium, in which the alloy of the top layer contains no silicon (Si). (amounts in % by weight): 24% - 26% cobalt (Co), 12% - 14% chromium (Cr), 10% - 12% aluminum (Al), 0.2% - 0.5%,
An agricultural mower, comprising: - a support frame, - means for attaching the support frame to a drive vehicle, - a mowing device attached to the support frame, - a cover overlying at least part of the mowing device, - a flexible curtain depending from at least part of the outer periphery of the cover so as partly to surround the moving device, and - a protection element attached to the cover and extending along at least part of the outer periphery of the cover, wherein the protection element is provided with a compressible element, the compressible element being compressible inwardly and extending along at least part of the protection element, and characterized in that the flexible curtain is attached to the compressible element, the flexible curtain, thereby, being configured to be forcibly moved inwards when the compressible element, in response to an external impact acting on the compressible element, is compressed inwardly. - a support frame, - means for attaching the support frame to a drive vehicle, - a mowing device attached to the support frame, - a cover overlying at least part of the mowing device, - a flexible curtain depending from at least part of the outer periphery of the cover so as partly to surround the moving device, and - a protection element attached to the cover and extending along at least part of the outer periphery of the cover,
A programmable logic controller system connected to a memory card, comprising: a file system configured to divide the memory card into a plurality of regions according to a function when the file system is initialized and to read or write data from or to one region of the plurality of regions according to an operation mode to be performed, the plurality of regions comprises: a first storage region configured to store log data on the PLC system; and a second storage region configured to store a hyper text markup language (HTML) file, characterized in that the PLC system further comprises: a micro processing unit configured to determine current operation mode after the initializing of the file system, control the file system to write collected log data to the first storage region when it is determined that the current operation mode is data log function execution mode, and control the file system to read the HTML file from the second storage region when it is determined that the current operation mode is web server function execution mode. a file system configured to divide the memory card into a plurality of regions according to a function when the file system is initialized and to read or write data from or to one region of the plurality of regions according to an operation mode to be performed, the plurality of regions comprises: a first storage region configured to store log data on the PLC system; and a second storage region configured to store a hyper text markup language (HTML) file, characterized in that the PLC system further comprises: a micro processing unit configured to determine current operation mode after the initializing of the file system, control the file system to write collected log data to the first storage region when it is determined that the current operation mode is data log function execution mode, and control the file system to read the HTML file from the second storage region when it is determined that the current operation mode is web server function execution mode. a first storage region configured to store log data on the PLC system; and a second storage region configured to store a hyper text markup language (HTML) file, characterized in that the PLC system further comprises: a micro processing unit configured to determine current operation mode after the initializing of the file system, control the file system to write collected log data to the first storage region when it is determined that the current operation mode is data log function execution mode, and control the file system to read the HTML file from the second storage region when it is determined that the current operation mode is web server function execution mode. to determine current operation mode after the initializing of the file system, control the file system to write collected log data to the first storage region when it is determined that the current operation mode is data log function execution mode, and control the file system to read the HTML file from the second storage region when it is determined that the current operation mode is web server function execution mode.