mhurhangee/patent-ind-claim-en huggingface dataset:
An air-conditioning control system comprising: A remote control device which is associated with one or more air-conditioning apparatuses each including an indoor unit and an outdoor unit , and controls operation of the air-conditioning apparatuses , wherein the remote control device is connected with an other remote control device associated with an other air-conditioning apparatus , using a first communication system; wherein the remote control device is connected with the indoor unit of each of the associated one or more air-conditioning apparatuses using a second communication system different from the first communication system; characterized in that the remote control device includes a storage unit configured to receive, from the other remote control device connected with the remote control device using the first communication system, information regarding the other air-conditioning apparatus associated with the other remote control device , and store the information, where the information includes the number of other remote control devices connected to the remote control device and the number of air-conditioning apparatuses connected to the remote control device or the other remote control devices ; and wherein the remote control device controls operation of the other air-conditioning apparatus with the other remote control device , with a master remote control device which is the remoted control device ; the plurality of air-conditioning apparatuses ; and one or more slave remote control devices including the other remote control device .
An injector for a dispenser for multiple flowable components, the dispenser having a multi-chamber cartridge with a first outlet for a first flowable component arranged within a second outlet for a second flowable component, the injector comprising: an inner sleeve for fitting engagement with an inner wall of the first outlet of the dispenser , wherein an interior of the inner sleeve defines a first passage for the first flowable component; wherein a distal end of the first passage comprises a plurality of injector outlet holes ; and wherein the plurality of injector outlet holes is sized to restrict backflow of the second flowable component into the first passage, characterised in that the injector outlet holes have a diameter in the range of 0.127 mm (0.005") to 2.54 mm (0.100"). an inner sleeve for fitting engagement with an inner wall of the first outlet of the dispenser , wherein an interior of the inner sleeve defines a first passage for the first flowable component; wherein a distal end of the first passage comprises a plurality of injector outlet holes ; and wherein the plurality of injector outlet holes is sized to restrict backflow of the second flowable component into the first passage, characterised in that the injector outlet holes have a diameter in the range of 0.127 mm (0.005") to 2.54 mm (0.100").
A method for an imaging system, comprising: prior to a diagnostic scan, performing a warmup procedure for an x-ray tube of a radiation source , the warmup procedure comprising generating x-ray in the x-ray tube to condition the x-ray tube, wherein said conditioning is based on an initial temperature of the x-ray tube, a desired temperature of the x-ray tube for the diagnostic scan, and a predicted decrease in temperature in a time frame between the end of the conditioning and the start of the diagnostic scan, the predicted decrease in temperature estimated using a thermal model of the x-ray tube. prior to a diagnostic scan, performing a warmup procedure for an x-ray tube of a radiation source , the warmup procedure comprising generating x-ray in the x-ray tube to condition the x-ray tube, wherein said conditioning is based on an initial temperature of the x-ray tube, a desired temperature of the x-ray tube for the diagnostic scan, and a predicted decrease in temperature in a time frame between the end of the conditioning and the start of the diagnostic scan, the predicted decrease in temperature estimated using a thermal model of the x-ray tube.
A semi-aromatic polyamide fiber comprising a semi-aromatic polyamide having a melting point of 280°C or less, wherein the semi-aromatic polyamide fiber satisfies all of the following conditions to : in the semi-aromatic polyamide, a dicarboxylic acid component is an aromatic dicarboxylic acid, and 40 mol% to 80 mol% of a diamine component is 2-methyl-1,8-octanediamine; the semi-aromatic polyamide comprises 50 ppm to 500 ppm of a copper compound in terms of copper, wherein the copper compound is one or more compounds selected from the group consisting of copper(I) chloride, copper(I) bromide, copper(I) iodide, copper(II) chloride, copper(II) bromide, copper(II) iodide, copper(II) phosphate, copper(II) pyrophosphate, copper sulfide, and copper nitrate; and organic copper compounds such as copper salts of organic carboxylic acids such as copper acetate; and copper acetylacetonate; and the semi-aromatic polyamide fiber has a peak temperature of a glass transition point from 120°C to 140°C, wherein the glass transition point and the melting point of a fiber were measured by raising the temperature to 400°C at a temperature rising rate of 10°C/min under a nitrogen atmosphere using a "TA3000-DSC" manufactured by Mettler Corporation, determining the glass-transition temperature from the inflection points observed on the DSC chart, and determining the exothermic peak temperature as the melting point. in the semi-aromatic polyamide, a dicarboxylic acid component is an aromatic dicarboxylic acid, and 40 mol% to 80 mol% of a diamine component is 2-methyl-1,8-octanediamine; the semi-aromatic polyamide comprises 50 ppm to 500 ppm of a copper compound in terms of copper, wherein the copper compound is one or more compounds selected from the group consisting of copper(I) chloride, copper(I) bromide, copper(I) iodide, copper(II) chloride, copper(II) bromide, copper(II) iodide, copper(II) phosphate, copper(II) pyrophosphate, copper sulfide, and copper nitrate; and organic copper compounds such as copper salts of organic carboxylic acids such as copper acetate; and copper acetylacetonate; and the semi-aromatic polyamide fiber has a peak temperature of a glass transition point from 120°C to 140°C,
System for performing electromagnetic compatibility measurements, the system comprising: a signal source for generating a test signal; an amplifying unit with an input for receiving the generated test signal from the signal source , an amplifier for amplifying the received test signal and an output for outputting the amplified test signal; wherein the signal source is configured to limit a level of the generated test signal which is provided to the input of the amplifying unit to be below a predefined threshold value, wherein the predefined threshold level is set based on calibration data comprising one or more calibration values, wherein the signal source is configured to be removed from an arrangement comprising at least the signal source and the amplifier , and wherein the calibration values are determined based on measurements performed when the signal source is removed from the arrangement, the system further comprising a memory for storing the calibration data, wherein the memory is included in the signal source or the amplifying unit . a signal source for generating a test signal; an amplifying unit with an input for receiving the generated test signal from the signal source , an amplifier for amplifying the received test signal and an output for outputting the amplified test signal; wherein the signal source is configured to limit a level of the generated test signal which is provided to the input of the amplifying unit to be below a predefined threshold value, wherein the predefined threshold level is set based on calibration data comprising one or more calibration values, wherein the signal source is configured to be removed from an arrangement comprising at least the signal source and the amplifier , and wherein the calibration values are determined based on measurements performed when the signal source is removed from the arrangement, the system further comprising a memory for storing the calibration data, wherein the memory is included in the signal source or the amplifying unit .
A method for manufacturing a metal-resin composite including a metal plate and a thermoplastic resin that directly covers at least a part of one surface of the metal plate, the method comprising: a support member placing step of placing a resin support member for supporting the metal plate, in a mold; a metal plate placing step of placing the metal plate on the support member; and an integrating step of integrating the thermoplastic resin that is applied to a support member side of the metal plate, the support member, and the metal plate, into one body in the mold, characterised in that the integrating step involves pressing the metal plate onto the mold by the support member to fix the metal plate. a support member placing step of placing a resin support member for supporting the metal plate, in a mold; a metal plate placing step of placing the metal plate on the support member; and an integrating step of integrating the thermoplastic resin that is applied to a support member side of the metal plate, the support member, and the metal plate, into one body in the mold, characterised in that the integrating step involves pressing the metal plate onto the mold by the support member to fix the metal plate.
Horological mobile component with an element maintained by friction, comprising a first element comprising a first shoulder around an axis (D), and a second element including a second shoulder around said axis (D), said second shoulder of said second element cooperating by friction with a third shoulder that is included, around said axis (D), in a third element interposed between said first element and said second element , which said third element includes a fourth shoulder which cooperates by friction with said first shoulder , or which is fastened onto said first shoulder , the minimum bearing diameter, with respect to said axis (D), of said third shoulder being at least double the maximum bearing diameter of said fourth shoulder , characterised in that said third element includes an outer stop bearing surface arranged to cooperate with a complementary outer stop bearing surface that said second element includes to limit their relative axial travel in the direction of said axis (D), and in that the space between said outer stop bearing surface and said complementary outer stop bearing surface is arranged to allow the introduction of a thickness gauge to adjust the value of the tightening between said third element and said second element and thus the value of the friction exerted by said second element on said third element .
An integrated system for providing nitrogen to a temporary industrial service application, comprising: at least one mobile pressure swing adsorption unit for providing a baseload of nitrogen fluid having a first specification to a nitrogen service application; at least one mobile liquid N 2 fed system for providing supplemental nitrogen at a second specification to the nitrogen service application, wherein the combined baseload and supplemental nitrogen provide a product nitrogen stream at a predetermined flow rate, temperature, pressure, and purity as required by the industrial service application; the system further comprising a mobile product conditioning unit for receiving a product stream from the at least one pressure swing adsorption unit to manipulate the pressure, temperature or purity of the baseload nitrogen fluid and a mixing device downstream for combining the baseload of nitrogen fluid having a first specification with the supplemental nitrogen having a second specification to form a product stream of the requisite nitrogen specifications necessitated by the service application; further comprising: at least one mobile air compressor disposed upstream of the at least one pressure swing adsorption apparatus for receiving an air feed stream, to form a compressed air stream and feeding the compressed air stream to the at least one pressure swing adsorption apparatus; wherein the baseload of nitrogen fluid has a nitrogen purity of at least 95%. at least one mobile pressure swing adsorption unit for providing a baseload of nitrogen fluid having a first specification to a nitrogen service application; at least one mobile liquid N 2 fed system for providing supplemental nitrogen at a second specification to the nitrogen service application, wherein the combined baseload and supplemental nitrogen provide a product nitrogen stream at a predetermined flow rate, temperature, pressure, and purity as required by the industrial service application; the system further comprising a mobile product conditioning unit for receiving a product stream from the at least one pressure swing adsorption unit to manipulate the pressure, temperature or purity of the baseload nitrogen fluid and a mixing device downstream for combining the baseload of nitrogen fluid having a first specification with the supplemental nitrogen having a second specification to form a product stream of the requisite nitrogen specifications necessitated by the service application; further comprising: at least one mobile air compressor disposed upstream of the at least one pressure swing adsorption apparatus for receiving an air feed stream, to form a compressed air stream and feeding the compressed air stream to the at least one pressure swing adsorption apparatus; wherein the baseload of nitrogen fluid has a nitrogen purity of at least 95%.
A filter medium comprising: a melt-blown filter layer comprising melt-blown fibers having an average diameter of greater than 1.5 microns; wherein the melt-blown filter layer has a compressibility of greater than 40% at a pressure of 1.24 kg/cm 2 ; a high-efficiency glass-containing filter layer comprising glass fibers having an average diameter of less than 2 μm and multi-component binder fibers; and a spunbond support layer and wherein the melt-blown filter layer is the most upstream layer. a melt-blown filter layer comprising melt-blown fibers having an average diameter of greater than 1.5 microns; wherein the melt-blown filter layer has a compressibility of greater than 40% at a pressure of 1.24 kg/cm 2 ; a high-efficiency glass-containing filter layer comprising glass fibers having an average diameter of less than 2 μm and multi-component binder fibers; and a spunbond support layer and wherein the melt-blown filter layer is the most upstream layer.
An aqueous-based inkjet ink for a thermal inkjet printhead comprising: a pigment; 2 to 90 ppm ammonium ions; and an ink vehicle, wherein the ink has a pH in the range of 8 to 9.5. a pigment; 2 to 90 ppm ammonium ions; and an ink vehicle,
A method for processing traces from multiple data sources in a computing system, the traces individually including data representing multiple events with corresponding timestamps, the method comprising: receiving a user command to align a first event from a first trace to a second event from a second trace, the first trace having a first anchor event temporally aligned with a second anchor event of the second trace; in response to receiving the user command, setting a time in a timestamp of the first anchor event as a base time; calculating first and second differences between times in timestamps of the first and second events relative to the base time, respectively; deriving a ratio between the first difference and the second difference; and scaling time intervals between adjacent events of the second trace using the derived ratio such that the second event from the second trace is temporally aligned with the first event of the first trace while the first and second anchor events remain temporally aligned; and outputting , on a display of the computing system, graphical interface elements each corresponding to the events in the first and second traces according to the scaled time intervals along a single timeline , the graphical interface elements corresponding to the first and second anchor events and the first and second events are represented on the display as being temporally aligned, respectively. receiving a user command to align a first event from a first trace to a second event from a second trace, the first trace having a first anchor event temporally aligned with a second anchor event of the second trace; in response to receiving the user command, setting a time in a timestamp of the first anchor event as a base time; calculating first and second differences between times in timestamps of the first and second events relative to the base time, respectively; deriving a ratio between the first difference and the second difference; and scaling time intervals between adjacent events of the second trace using the derived ratio such that the second event from the second trace is temporally aligned with the first event of the first trace while the first and second anchor events remain temporally aligned; and outputting , on a display of the computing system, graphical interface elements each corresponding to the events in the first and second traces according to the scaled time intervals along a single timeline , the graphical interface elements corresponding to the first and second anchor events and the first and second events are represented on the display as being temporally aligned, respectively.
An integrated circuit for a replaceable print apparatus component comprising an I2C serial bus communication interface to communicate with a print apparatus logic circuit over the bus, and at least one logic circuit , wherein the at least one logic circuit is configured to respond to, and with, cryptographically authenticated communications to at least one first default I2C address (3007-5), wherein in response to commands including a class and/or sub-class ID to a plurality of different addresses, output at least one digital count value for each different address and the same ID, wherein the outputs are conditioned by a common sensor . respond to, and with, cryptographically authenticated communications to at least one first default I2C address (3007-5), wherein in response to commands including a class and/or sub-class ID to a plurality of different addresses, output at least one digital count value for each different address and the same ID, wherein the outputs are conditioned by a common sensor .
A robot cleaner comprising: a traveling portion configured to include a traveling wheel to move a main body and a wheel motor to provide the traveling wheel with drive power; a cleaning portion configured to include a brush module formed at a lower part of the main body to scatter dust or foreign substances accumulated on a floor on which the main body travels, and a suction module to suction the scattered dust or foreign substances; and characterized by a controller configured to determine a state of the floor, and control a suction force of the suction module and a traveling route of the main body according to the determined floor state. a traveling portion configured to include a traveling wheel to move a main body and a wheel motor to provide the traveling wheel with drive power; a cleaning portion configured to include a brush module formed at a lower part of the main body to scatter dust or foreign substances accumulated on a floor on which the main body travels, and a suction module to suction the scattered dust or foreign substances; and characterized by a controller configured to determine a state of the floor, and control a suction force of the suction module and a traveling route of the main body according to the determined floor state.
A radio base station for wireless communication in a communication system , the wireless communication involving uplink and downlink physical-layer processing, the radio base station characterized by comprising an integrated antenna node and a main node arranged to exchange data by means of an asymmetric digital interface , the asymmetric digital interface having lower bandwidth requirement for the downlink than for uplink, and wherein the integrated antenna node is arranged to perform only the downlink data link-layer processing functions and the main node is arranged to perform only the uplink data link-layer processing functions, for at least one set of corresponding uplink and downlink data link-layer processing functions.
Non-linear superconducting quantum circuit comprising at least one resonant portion (30,32 ; 60,62) and an asymmetrical threaded superconducting quantum interference device connected galvanically, said non-linear superconducting quantum circuit having a first mode (a) with a first resonant frequency and a second mode (b) with a second resonant frequency, the ratio between said first resonant frequency and said second resonant frequency being different from 1⁄2, said at least one resonant portion (30,32 ; 60,62) having a symbolic representation comprising a linear resonant portion (32;60) comprising at least one inductance (320;600) and at least one capacitor (322;602) and a non-linear resonant portion (30;62) comprising at least one capacitor (302;622) and said asymmetrical threaded superconducting quantum interference device , said linear resonant portion and non-linear resonant portion being connected galvanically and arranged respectively such that one has its elements connected in series, and the other one has its elements connected in parallel, said at least one resonant portion being configured with inductance and capacitance values which induce with said asymmetrical threaded superconducting quantum interference device said first mode (a) and said second mode (b) such that said non-linear superconducting quantum circuit has zero-point fluctuations of the superconducting phase across the asymmetrical threaded superconducting quantum interference device for the first mode (a) and the second mode (b) which are superior or equal to 0.05 rad.