mhurhangee/ep-ind-claims huggingface dataset:
An audio signal expanding/compressing apparatus adapted to expand or compress, in a time domain, a plurality of channels of audio signals by using similar waveforms, characterised by comprising: similar waveform length detection means configured for calculating similarity of the audio signal between two successive intervals for each channel, the length of the two successive intervals being common for all of the plurality of channels, and detecting a similar-waveform length of the two intervals on the basis of the sum across every channel of the similarities between the two intervals for each channel. similar waveform length detection means configured for calculating similarity of the audio signal between two successive intervals for each channel, the length of the two successive intervals being common for all of the plurality of channels, and detecting a similar-waveform length of the two intervals on the basis of the sum across every channel of the similarities between the two intervals for each channel.
A thermal bonding sheet, comprising a precursor layer that is to become a sintered layer by heating, wherein the precursor layer includes sinterable metallic particles and an organic component, a 95% weight loss temperature of the organic component is 150°C or more and 300°C or less when thermogravimetry of the thermal bonding sheet is performed under an air atmosphere at a heating rate of 10°C/min, and wherein the organic component includes an organic binder and a basic substance, wherein the organic binder is a thermally decomposable binder which is a material having a carbon concentration obtained by the energy dispersive X-ray analysis after temperature rise from 23°C to 400°C at a heating rate of 10°C/min in an air atmosphere of 15% by weight or less even when it is contained in the precursor layer, and wherein the amount of the basic substance is from 1 to 150 parts by weight with respect to 100 parts by weight of the thermally decomposable binder. wherein the precursor layer includes sinterable metallic particles and an organic component, a 95% weight loss temperature of the organic component is 150°C or more and 300°C or less when thermogravimetry of the thermal bonding sheet is performed under an air atmosphere at a heating rate of 10°C/min, and wherein the organic component includes an organic binder and a basic substance, wherein the organic binder is a thermally decomposable binder which is a material having a carbon concentration obtained by the energy dispersive X-ray analysis after temperature rise from 23°C to 400°C at a heating rate of 10°C/min in an air atmosphere of 15% by weight or less even when it is contained in the precursor layer, and wherein the amount of the basic substance is from 1 to 150 parts by weight with respect to 100 parts by weight of the thermally decomposable binder.
Method for treating a surface comprising: inputting an operating parameter into a controller; and operating an agitating element to move relative to the surface under control of the controller according to the operating parameter in a normal condition; characterized by inputting a spike condition into the controller, with the controller changing the operating parameter momentarily for a period of time to other than the normal condition, with the controller operating the agitating element according to the changed parameter in the spike condition for the period of time, with the operating parameter returning to the normal condition after the period of time. inputting an operating parameter into a controller; and operating an agitating element to move relative to the surface under control of the controller according to the operating parameter in a normal condition; characterized by inputting a spike condition into the controller, with the controller changing the operating parameter momentarily for a period of time to other than the normal condition, with the controller operating the agitating element according to the changed parameter in the spike condition for the period of time, with the operating parameter returning to the normal condition after the period of time.
A magnetic field communication system, comprising: metal equipment; a sensor unit, disposed inside the metal equipment, including: a sensor configured to detect an internal state of the metal equipment and to output a sensing signal indicative of the detected state, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the metal equipment; and an adapter disposed outside the metal equipment and configured to receive the transmitted magnetic field signal from the sensor unit and to analyze the received magnetic field signal in order to determine a status of the internal state of the metal equipment, characterized in that: the adapter includes: a magnetic field receiver configured to receive the magnetic field signal and to output a value indicative of the received magnetic field signal; a controller configured to analyze the value from the magnetic field receiver and to determine the status of the internal state of the metal equipment based on the analyzed value; and a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power. metal equipment; a sensor unit, disposed inside the metal equipment, including: a sensor configured to detect an internal state of the metal equipment and to output a sensing signal indicative of the detected state, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the metal equipment; and a sensor configured to detect an internal state of the metal equipment and to output a sensing signal indicative of the detected state, and an interface configured to convert the outputted sensing signal into a magnetic field signal and to transmit the magnetic field signal outside the metal equipment; and an adapter disposed outside the metal equipment and configured to receive the transmitted magnetic field signal from the sensor unit and to analyze the received magnetic field signal in order to determine a status of the internal state of the metal equipment, characterized in that: the adapter includes: a magnetic field receiver configured to receive the magnetic field signal and to output a value indicative of the received magnetic field signal; a controller configured to analyze the value from the magnetic field receiver and to determine the status of the internal state of the metal equipment based on the analyzed value; and a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power. a magnetic field receiver configured to receive the magnetic field signal and to output a value indicative of the received magnetic field signal; a controller configured to analyze the value from the magnetic field receiver and to determine the status of the internal state of the metal equipment based on the analyzed value; and a power supply unit configured to generate power using the magnetic field signal from the sensor unit and to store the generated power.
A caster, wherein the caster comprises a bracket, a first transmission device and two wheels, the two wheels are connected by a transmission screw and fixed to the bracket; and the first transmission device comprises an annular retaining portion and a plurality of first balls, the plurality of first balls are arranged equiangularly in a circumferential direction of the annular retaining portion, characterized in that, the annular retaining portion comprises a first ball washer and a second ball washer, and the first ball washer and the second ball washer are each embedded in the respective wheels; wherein the caster further comprises a brake device which comprises a brake pin sleeve, a brake screw and a brake block; the bracket is connected with a shock absorbing portion which is located at the top end of the brake block; the brake screw is slidably connected to the shock absorbing portion and the brake block is located at the upper portion of the wheels; the upper portion of the brake screw is sleeved with the brake pin sleeve, and an elastic member is connected between the brake pin sleeve and the shock absorbing portion; wherein the top of the brake block is provided with two first positioning blocks that are oppositely disposed and two first positioning slots that are oppositely disposed, and inside of the bracket is provided with two second positioning blocks that are oppositely disposed and two second positioning slots that are oppositely disposed; the first positioning blocks are each slidably connected to the respective second positioning slots, and the second positioning blocks are each slidably connected to the respective first positioning slots. the first transmission device comprises an annular retaining portion and a plurality of first balls, the plurality of first balls are arranged equiangularly in a circumferential direction of the annular retaining portion, characterized in that, the annular retaining portion comprises a first ball washer and a second ball washer, and the first ball washer and the second ball washer are each embedded in the respective wheels; wherein the caster further comprises a brake device which comprises a brake pin sleeve, a brake screw and a brake block; the bracket is connected with a shock absorbing portion which is located at the top end of the brake block; the brake screw is slidably connected to the shock absorbing portion and the brake block is located at the upper portion of the wheels; the upper portion of the brake screw is sleeved with the brake pin sleeve, and an elastic member is connected between the brake pin sleeve and the shock absorbing portion; wherein the top of the brake block is provided with two first positioning blocks that are oppositely disposed and two first positioning slots that are oppositely disposed, and inside of the bracket is provided with two second positioning blocks that are oppositely disposed and two second positioning slots that are oppositely disposed; the first positioning blocks are each slidably connected to the respective second positioning slots, and the second positioning blocks are each slidably connected to the respective first positioning slots.
A robotic device comprising: (a) an elongate device body comprising: (i) a first lower gear drivetrain comprising: a first motor positioned in the elongate device body; and a first driveshaft operably coupled to the first motor and to a first lower bevel gear, wherein the first driveshaft is disposed within and rotatable independently of a first upper bevel gear, and is concentric with the first lower bevel gear and the first upper bevel gear; and (ii) a first upper gear drivetrain comprising a second motor positioned in the elongate device body, the second motor operably coupled to the first upper bevel gear; (b) a first shoulder joint comprising a first output shaft operably coupled to a first output bevel gear, wherein the first output bevel gear is rotatably coupled to the first upper and first lower bevel gears (70, 72); and (c) a first arm operably coupled to the first shoulder joint. (a) an elongate device body comprising: (i) a first lower gear drivetrain comprising: a first motor positioned in the elongate device body; and a first driveshaft operably coupled to the first motor and to a first lower bevel gear, wherein the first driveshaft is disposed within and rotatable independently of a first upper bevel gear, and is concentric with the first lower bevel gear and the first upper bevel gear; and (ii) a first upper gear drivetrain comprising a second motor positioned in the elongate device body, the second motor operably coupled to the first upper bevel gear; (i) a first lower gear drivetrain comprising: a first motor positioned in the elongate device body; and a first driveshaft operably coupled to the first motor and to a first lower bevel gear, wherein the first driveshaft is disposed within and rotatable independently of a first upper bevel gear, and is concentric with the first lower bevel gear and the first upper bevel gear; and a first motor positioned in the elongate device body; and a first driveshaft operably coupled to the first motor and to a first lower bevel gear, wherein the first driveshaft is disposed within and rotatable independently of a first upper bevel gear, and is concentric with the first lower bevel gear and the first upper bevel gear; and (ii) a first upper gear drivetrain comprising a second motor positioned in the elongate device body, the second motor operably coupled to the first upper bevel gear; (b) a first shoulder joint comprising a first output shaft operably coupled to a first output bevel gear, wherein the first output bevel gear is rotatably coupled to the first upper and first lower bevel gears (70, 72); and (c) a first arm operably coupled to the first shoulder joint.
A method (300, 600) of augmenting an illumination perception by a wearer of a head-mountable computing device adapted to communicate with a lighting system, the head-mountable computing device including at least one transparent display module for covering a field of view of said wearer, the method comprising: determining a desired light condition for said wearer in a space; determining an actual light condition for said wearer in said space; and displaying a semi-transparent image on the at least one transparent display module to filter the light passing through the at least one display module in case the actual light condition differs from the desired light condition; communicating (620, 630) the desired lighting condition and actual lighting condition to a lighting system including a plurality of light sources for illuminating said space; and adjusting a light output of at least some of the light sources in response to said communication. determining a desired light condition for said wearer in a space; determining an actual light condition for said wearer in said space; and displaying a semi-transparent image on the at least one transparent display module to filter the light passing through the at least one display module in case the actual light condition differs from the desired light condition; communicating (620, 630) the desired lighting condition and actual lighting condition to a lighting system including a plurality of light sources for illuminating said space; and adjusting a light output of at least some of the light sources in response to said communication.
A method of operating a UPS system having a first UPS and a second UPS coupled in parallel to provide output power to a load from a power source, each of the first UPS and the second UPS having an inverter and having a bypass switch, with each UPS configured to operate in one of an inverter mode in which output power is derived from the power source through the inverter, and a bypass mode in which output power is derived from the power source bypassing the inverter, the method comprising: powering on the first UPS and the second UPS in the inverter mode; detecting a first signal at a first jumper sense I/O of the first UPS using a first detection circuit of the first UPS; detecting a second signal at a second jumper sense I/O of the first UPS using a second detection circuit of the first UPS; based on a status of the first signal and a status of the second signal, designating one of the first UPS and the second UPS as a master UPS; and controlling, in the inverter mode, the bypass switch of the first UPS and the bypass switch of the second UPS using the master UPS; and controlling, in the inverter mode, output current of the inverter of the first UPS and output current of the inverter of the second UPS using the master UPS. powering on the first UPS and the second UPS in the inverter mode; detecting a first signal at a first jumper sense I/O of the first UPS using a first detection circuit of the first UPS; detecting a second signal at a second jumper sense I/O of the first UPS using a second detection circuit of the first UPS; based on a status of the first signal and a status of the second signal, designating one of the first UPS and the second UPS as a master UPS; and controlling, in the inverter mode, the bypass switch of the first UPS and the bypass switch of the second UPS using the master UPS; and controlling, in the inverter mode, output current of the inverter of the first UPS and output current of the inverter of the second UPS using the master UPS.
An actuator for an aerosol inhalation device, comprising: (a) a housing adapted to receive an aerosol canister containing a pressurised medicament formulation, provided with a metering valve having a hollow valve stem, (b) a nozzle block defining a valve stem receptacle, an expansion chamber or sump, a nozzle channel, and an aperture to propel the aerosol formulation towards a mouthpiece opening, and (c) a mouthpiece portion, having a central longitudinal axis located at an angle greater or equal to 90° to the direction of the longitudinal axis of the hollow valve stem, terminating in the mouthpiece opening through which the user inhales, said mouthpiece opening being a central rounded mouthpiece opening of a surface corresponding to the surface of a circular shaped opening of a diameter (d) from 5 to 14 mm, at a distance from 16 to 58 mm from the nozzle channel aperture and whose central axis is aligned with the central longitudinal axis of the actuator mouthpiece portion and coinciding with the central longitudinal axis of the nozzle channel characterized in that the central rounded mouthpiece opening has an edge facing towards the inside of the mouthpiece portion and wherein the internal extension of the edge forms a recess at an angle of any value in the range from 30° to 150° with respect to the plane of the wall defining the said central opening. (a) a housing adapted to receive an aerosol canister containing a pressurised medicament formulation, provided with a metering valve having a hollow valve stem, (b) a nozzle block defining a valve stem receptacle, an expansion chamber or sump, a nozzle channel, and an aperture to propel the aerosol formulation towards a mouthpiece opening, and (c) a mouthpiece portion, having a central longitudinal axis located at an angle greater or equal to 90° to the direction of the longitudinal axis of the hollow valve stem, terminating in the mouthpiece opening through which the user inhales, said mouthpiece opening being a central rounded mouthpiece opening of a surface corresponding to the surface of a circular shaped opening of a diameter (d) from 5 to 14 mm, at a distance from 16 to 58 mm from the nozzle channel aperture and whose central axis is aligned with the central longitudinal axis of the actuator mouthpiece portion and coinciding with the central longitudinal axis of the nozzle channel
A method of preparing a silane-functionalized polymer, the method comprising: (i) preparing a polymerization system including a cis-1,4-polydiene by introducing a lanthanide-based catalyst and a conjugated diene monomer; and (ii) adding a hydrosilane compound to the polymerization system including a cis-1,4-polydiene. (i) preparing a polymerization system including a cis-1,4-polydiene by introducing a lanthanide-based catalyst and a conjugated diene monomer; and (ii) adding a hydrosilane compound to the polymerization system including a cis-1,4-polydiene.
An electrostatic image developer comprising: a toner A to which silica particles containing an elemental nitrogen-containing compound containing elemental molybdenum are externally added; and a carrier B including a core material and a coating resin layer that covers the core material and contains inorganic particles, wherein, in the silica particles, the ratio N Mo /N Si of a Net intensity N Mo of elemental molybdenum that is measured by X-ray fluorescence analysis to a Net intensity N Si of elemental silicon that is measured by the X-ray fluorescence analysis, following the technique described in the detailed description, is from 0.035 to 0.45 inclusive; and wherein the inorganic particles selected from the group consisting of silica, alumina, strontium titanate, calcium titanate, barium titanate, and titanium oxide. a toner A to which silica particles containing an elemental nitrogen-containing compound containing elemental molybdenum are externally added; and a carrier B including a core material and a coating resin layer that covers the core material and contains inorganic particles, wherein, in the silica particles, the ratio N Mo /N Si of a Net intensity N Mo of elemental molybdenum that is measured by X-ray fluorescence analysis to a Net intensity N Si of elemental silicon that is measured by the X-ray fluorescence analysis, following the technique described in the detailed description, is from 0.035 to 0.45 inclusive; and wherein the inorganic particles selected from the group consisting of silica, alumina, strontium titanate, calcium titanate, barium titanate, and titanium oxide.
Composition of an ink for ink jet printing, comprising water, a humectant, a soluble dye and a surfactant characterized in that said surfactant is of the slow rearrangement type so as to provide a dynamic surface tension larger than a static surface tension (τ stat) of said ink so that the following conditions are met: for ν less than 200 s -1: DST ≥ τ stat + 3.5 mN/m, for ν between 200 and 1000 s -1: DST ≥ τ stat + 5.5 mN/m wherein ν is the ejection frequency and in that said surfactant is selected from polyalkyl glucoside, ethoxylated alcohol and ethoxy-propoxylated alcohol, wherein the measurement of the dynamic surface tension is conducted using the Lauda MPT2 instrument, configured for short bubble formation times, and expressed in mN/m and the measurement of the static surface tension is conducted at 25°C with a Kruss tensiometer model K10 and expressed in mN/m. for ν less than 200 s -1: DST ≥ τ stat + 3.5 mN/m, for ν between 200 and 1000 s -1: DST ≥ τ stat + 5.5 mN/m wherein ν is the ejection frequency and in that said surfactant is selected from polyalkyl glucoside, ethoxylated alcohol and ethoxy-propoxylated alcohol, wherein the measurement of the dynamic surface tension is conducted using the Lauda MPT2 instrument, configured for short bubble formation times, and expressed in mN/m and the measurement of the static surface tension is conducted at 25°C with a Kruss tensiometer model K10 and expressed in mN/m.
Screen bar for a bar screen, wherein said screen bar is made from a steel composite panel which is composed of at least three steel layers which lie on top of one another and are non-releasably interconnected by roll cladding, of which steel layers the respective outboard steel layers are in each case a top layer (D1, D2), and the steel layer between the top layers is a core layer, and in that the core layer has higher deformability than the top layers (D1, D2), and that the top layers (D1, D2) have a higher hardness than the core layer, wherein the top layers (D1, D2) consist of martensitic steel which apart from iron and unavoidable contaminations contains in percent of weight 0.35 - 0.45 % C, 0.15 - 0.30 % Si, 0.75 - 0.95 % Mn, 0.07 - 0.1 % Al, 0.8 - 0.95 % Cr, 0.017 - 0.028 % Nb, 0.15 - 0.28 % Mo, 1.1 - 1.3 % Ni, 0.0015 - 0.0035 % B, and 0.0007 - 0.0030 % Ca.
A biological sequencing device, comprising: a removable cartridge comprising one or more capillary tubes, a reservoir; a separation matrix contained in the reservoir, a pump, optical access, cathode and access to anode; wherein capillary tubes, pump, reservoir, optical access, cathode and access to anode are all enclosed in a single temperature controlled zone (301, 710) of the removable cartridge. a removable cartridge comprising one or more capillary tubes, a reservoir; a separation matrix contained in the reservoir, a pump, optical access, cathode and access to anode; wherein capillary tubes, pump, reservoir, optical access, cathode and access to anode are all enclosed in a single temperature controlled zone (301, 710) of the removable cartridge.