mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising a player configured to reproduce content streaming from an IPTV service (A, B); a browser application for navigation and reproduction of the content, wherein reproduction control of the content is performed via the browser application; and a browser module configured to execute the reproduction control via the browser application and configured to download a portal page comprising a portal application from a portal server and present it to an end user (SEQ 303), characterized in that the portal application is configured to: request, in relation to an edge server installed within a provider network, that an application of an IPTV service translation server be downloaded and executed (SEQ 305), receive a response from the edge server , when the edge server launches the application of the IPTV service translation server downloaded from the portal server (SEQ 306), and request, in relation to the player , that an IPTV private channel be established with the IPTV service translation server operating on the edge server (SEQ 307). a player configured to reproduce content streaming from an IPTV service (A, B); a browser application for navigation and reproduction of the content, wherein reproduction control of the content is performed via the browser application; and a browser module configured to execute the reproduction control via the browser application and configured to download a portal page comprising a portal application from a portal server and present it to an end user (SEQ 303), characterized in that the portal application is configured to: request, in relation to an edge server installed within a provider network, that an application of an IPTV service translation server be downloaded and executed (SEQ 305), receive a response from the edge server , when the edge server launches the application of the IPTV service translation server downloaded from the portal server (SEQ 306), and request, in relation to the player , that an IPTV private channel be established with the IPTV service translation server operating on the edge server (SEQ 307). request, in relation to an edge server installed within a provider network, that an application of an IPTV service translation server be downloaded and executed (SEQ 305), receive a response from the edge server , when the edge server launches the application of the IPTV service translation server downloaded from the portal server (SEQ 306), and request, in relation to the player , that an IPTV private channel be established with the IPTV service translation server operating on the edge server (SEQ 307).
An electrostatic rotary clutch , comprising: a shaft ; a substantially parallel plurality of electrically-conductive plate pairs axially mounted to the shaft ; and a housing containing the plurality of electrically-conductive plate pairs , each of the plurality of electrically-conductive plate pairs comprising a first plate and a second plate adjacent to the first plate such that the plurality of electrically-conductive plate pairs comprises a plurality of first plates and second plates , each first plate of the plurality of the electrically-conductive plate pairs (300/500) rotationally-coupled to the housing , each second plate of the plurality of electrically-conductive plate pairs rotationally-coupled to the shaft , and the plurality of electrically-conductive plate pairs configured to cause an electrostatic adhesion between the first plate and the second plate of each of the plurality of electrically-conductive plate pairs , wherein the electrostatic adhesion causes the second plate to be pulled towards the first plate thereby causing a frictional force between the first plate and the second plate based at least in part on a voltage difference applied across the plurality of first plates and the plurality of second plates , and characterised in that , the housing comprising a bottom portion and a top portion each having the shape of a half-cylinder, and forming a full cylinder having a cylindrical internal cavity when connected together, said internal cavity partially housing the shaft such that a first exposed portion of the shaft protrudes from a first side of the housing . a shaft ; a substantially parallel plurality of electrically-conductive plate pairs axially mounted to the shaft ; and a housing containing the plurality of electrically-conductive plate pairs , each of the plurality of electrically-conductive plate pairs comprising a first plate and a second plate adjacent to the first plate such that the plurality of electrically-conductive plate pairs comprises a plurality of first plates and second plates , each first plate of the plurality of the electrically-conductive plate pairs (300/500) rotationally-coupled to the housing , each second plate of the plurality of electrically-conductive plate pairs rotationally-coupled to the shaft , and the plurality of electrically-conductive plate pairs configured to cause an electrostatic adhesion between the first plate and the second plate of each of the plurality of electrically-conductive plate pairs , wherein the electrostatic adhesion causes the second plate to be pulled towards the first plate thereby causing a frictional force between the first plate and the second plate based at least in part on a voltage difference applied across the plurality of first plates and the plurality of second plates , and characterised in that , the housing comprising a bottom portion and a top portion each having the shape of a half-cylinder, and forming a full cylinder having a cylindrical internal cavity when connected together, said internal cavity partially housing the shaft such that a first exposed portion of the shaft protrudes from a first side of the housing .
A device for monitoring a biomarker in an exhaled breath, the device comprising: a sensing element comprising a thermochemical reactant that undergoes a thermochemical reaction with the biomarker; a thermal sensor positioned to measure a rate of change in temperature caused by the thermochemical reaction; and a user interface for indicating to a user an indicated measure of the biomarker in the exhaled breath, wherein the indicated measure of the biomarker in the exhaled breath is determined from the measured rate of change in temperature; wherein the biomarker is acetone; characterised in that : the thermochemical reactant is hydroxylamine hydrochloride; and the sensing element further comprises a sensitivity booster in contact with the thermochemical reactant , wherein the sensitivity booster undergoes a thermochemical reaction with a product of the reaction between the thermochemical reactant and the biomarker; wherein the sensitivity booster is a metal. a sensing element comprising a thermochemical reactant that undergoes a thermochemical reaction with the biomarker; a thermal sensor positioned to measure a rate of change in temperature caused by the thermochemical reaction; and a user interface for indicating to a user an indicated measure of the biomarker in the exhaled breath, wherein the indicated measure of the biomarker in the exhaled breath is determined from the measured rate of change in temperature; wherein the biomarker is acetone; the thermochemical reactant is hydroxylamine hydrochloride; and the sensing element further comprises a sensitivity booster in contact with the thermochemical reactant , wherein the sensitivity booster undergoes a thermochemical reaction with a product of the reaction between the thermochemical reactant and the biomarker; wherein the sensitivity booster is a metal.
Domestic oven comprising a cavity closed by a door and a temperature probe having a sensing portion for inserting into food and a connection portion configured to be coupled with a corresponding receptacle of the oven located out of the cavity , characterized in that said receptacle comprises a polymeric housing containing a printed circuit board for processing signals coming from the temperature probe and for delivering processed signals to a connected central process unit of the oven , through a connector .
A level sensor unit for measuring the water level in a flushing tank of a sanitary appliance, comprising a casing provided with a pair of joints connectable to an inlet pipe and an outlet pipe respectively; an electric power supply group and a control unit provided with a wireless transmitter, housed in the casing ; a sensor-holder bar , projecting from the casing along a longitudinal axis (A); a bottom sensor , positioned at a free lower end of the bar opposite to the casing ; and a top sensor , positioned at an upper end of the casing ; wherein the sensors are pressure sensors configured so as to detect pressure changes and calculate the water level in the tank by differential pressure values detected by the bottom sensor , immersed in water in the tank , and the top sensor , exposed to atmospheric pressure; and wherein the sensors are connected to the control unit to transmit data detected by the sensors outside the tank ; and wherein the electric power supply group comprises a hydraulic circuit extending between the joints , a hydroelectric generation unit , arranged along the circuit , and one or more rechargeable batteries ; and the circuit connects the joints so as to circulate a water flow through the hydroelectric generation unit .
An emulsified composition comprising (A) 0.01 mass% or more and 1 mass% or less of an anionic surfactant comprising one or more selected from the group consisting of N-acylamino acids, fatty acids having 12 to 24 carbon atoms, alkyl ether carboxylic acids, diacyl glutamic acid lysine, alkylsulfosuccinic acids, N-acyl methyl taurine, alkyl sulfates, polyoxyethylene alkyl ether sulfuric acids, polyoxyethylene alkyl ether phosphoric acids, and salts thereof, (B) a cationic surfactant comprising one or more selected from the group consisting of monoalkyl quaternary ammonium salts, dialkyl quaternary ammonium salts, diacylethyl hydroxyethylmonium methosulfates, and acyl arginine ethyl pyrrolidone carboxylic acid salts, (C) a ceramide, and (D) water, wherein the mass ratio of Component (A) to Component (B), A/B, is 0.5 or more and 60 or less.
An apparatus , comprising: data acquisition circuitry configured to acquire multiple signals using multiple respective electrodes of an array of electrodes coupled to one of i) an organ of a patient and ii) tissue or cell culture; and a processor , which is configured to: hold a definition of a mixed-norm that is defined as a function of relative positions of the electrodes in the array; and jointly compress the multiple signals in a compressed-sensing, CS, process that minimizes the mixed-norm, characterized in that the data acquisition circuitry is further configured to apply a respective pseudo-random sequence to each of the signals so as to increase sparsity and incoherence of a measurement matrix Y based on the correlation between the respective signal and the respective pseudo-random sequence, and wherein the processor is configured to minimize the mixed-norm for the measurement matrix Y having the increased sparsity and incoherence. data acquisition circuitry configured to acquire multiple signals using multiple respective electrodes of an array of electrodes coupled to one of i) an organ of a patient and ii) tissue or cell culture; and a processor , which is configured to: hold a definition of a mixed-norm that is defined as a function of relative positions of the electrodes in the array; and jointly compress the multiple signals in a compressed-sensing, CS, process that minimizes the mixed-norm, characterized in that the data acquisition circuitry is further configured to apply a respective pseudo-random sequence to each of the signals so as to increase sparsity and incoherence of a measurement matrix Y based on the correlation between the respective signal and the respective pseudo-random sequence, and wherein the processor is configured to minimize the mixed-norm for the measurement matrix Y having the increased sparsity and incoherence. hold a definition of a mixed-norm that is defined as a function of relative positions of the electrodes in the array; and jointly compress the multiple signals in a compressed-sensing, CS, process that minimizes the mixed-norm, characterized in that the data acquisition circuitry is further configured to apply a respective pseudo-random sequence to each of the signals so as to increase sparsity and incoherence of a measurement matrix Y based on the correlation between the respective signal and the respective pseudo-random sequence, and wherein the processor is configured to minimize the mixed-norm for the measurement matrix Y having the increased sparsity and incoherence.
A surgical impacting tool, comprising: a first spring and a second spring ; means for actuating the first spring to store energy therein and releasing the first spring to release energy therefrom, and for actuating the second spring to store energy therein and releasing the second spring to release energy therefrom; a controller configured to monitor and manage the storage and release of energy from the first and second springs ; an adapter to secure a surgical implement; and a means for delivering impact forces responsive to the energy released to the surgical implement; wherein the impact force delivered to the surgical implement responsive to the energy released from the first spring is a forward impact force; and wherein the impact force delivered to the surgical implement responsive to the energy released from the second spring is a rearward impact force. a first spring and a second spring ; means for actuating the first spring to store energy therein and releasing the first spring to release energy therefrom, and for actuating the second spring to store energy therein and releasing the second spring to release energy therefrom; a controller configured to monitor and manage the storage and release of energy from the first and second springs ; an adapter to secure a surgical implement; and a means for delivering impact forces responsive to the energy released to the surgical implement; wherein the impact force delivered to the surgical implement responsive to the energy released from the first spring is a forward impact force; and wherein the impact force delivered to the surgical implement responsive to the energy released from the second spring is a rearward impact force.
Holder for utilities for a metal whiteboard , wherein the holder comprises a cover plate , which on a side hidden when in use, is provided with one or more supports , at least one of the free ends of which is provided with a magnet to be able to place the holder in a desired position on the whiteboard , characterised in that the cover plate on the same side hidden when in use, is provided with a brush with bristles made of an elastic polymer, said bristles being oriented with the bristle tops diagonally or perpendicularly to the surface of the whiteboard , and whereby the edge of the cover plate shows a recess , the shape of which is complementary to the shape of an associated board eraser that after use can be glided against the complementary recess so as to keep the board eraser in a fixed position in the holder until a next use.
A wall-mounted air conditioner indoor unit , comprising: a chassis , having an upper and a lower end in a width thereof, the chassis being provided with two baffle plates extending vertically and facing each other, each of the two baffle plates having an inner surface provided with a first sliding groove , the first sliding groove having a groove bottom facing the other baffle plate , and the groove bottom being partially recessed to define a second sliding groove ; a heat exchanger , mounted on the chassis , wherein the chassis , the two baffle plates , and the heat exchanger collectively enclose an air duct cavity with a downward opening; and an air outlet frame , used for mounting a cross flow fan , wherein a first sliding block and a second sliding block are arranged on each of opposite ends of the air outlet frame that lie in a length of the chassis , the air outlet frame being detachably mounted onto each of the two baffle plates within the air duct cavity by the fitting of the first sliding groove and the first sliding block and the fitting of the second sliding groove and the second sliding block . a chassis , having an upper and a lower end in a width thereof, the chassis being provided with two baffle plates extending vertically and facing each other, each of the two baffle plates having an inner surface provided with a first sliding groove , the first sliding groove having a groove bottom facing the other baffle plate , and the groove bottom being partially recessed to define a second sliding groove ; a heat exchanger , mounted on the chassis , wherein the chassis , the two baffle plates , and the heat exchanger collectively enclose an air duct cavity with a downward opening; and an air outlet frame , used for mounting a cross flow fan , wherein a first sliding block and a second sliding block are arranged on each of opposite ends of the air outlet frame that lie in a length of the chassis , the air outlet frame being detachably mounted onto each of the two baffle plates within the air duct cavity by the fitting of the first sliding groove and the first sliding block and the fitting of the second sliding groove and the second sliding block .
An endoscope comprising: an insertion portion ; and a tube arranged inside the insertion portion , wherein the insertion portion includes a bending section that is bendable based on an operation, a distal tip connected to a distal tip of the bending section , and a flexible tube portion that is bendable by external force independent of the operation, wherein the tube includes an inner layer and an outer layer formed outside the inner layer , the inner layer is formed from polytetrafluoroethylene having solid structure, the outer layer includes a first portion formed from polytetrafluoroethylene having solid structure, and a second portion formed from polytetrafluoroethylene having porous structure, and wherein the distal tip includes a hole portion characterized in that the tube is insertable into the hole portion and is fixed into the distal tip using an adhesive and in that the first portion of the outer layer is positioned at an end portion of the tube at the distal tip side. an insertion portion ; and a tube arranged inside the insertion portion , wherein the insertion portion includes a bending section that is bendable based on an operation, a distal tip connected to a distal tip of the bending section , and a flexible tube portion that is bendable by external force independent of the operation, a bending section that is bendable based on an operation, a distal tip connected to a distal tip of the bending section , and a flexible tube portion that is bendable by external force independent of the operation, wherein the tube includes an inner layer and an outer layer formed outside the inner layer , the inner layer is formed from polytetrafluoroethylene having solid structure, the outer layer includes a first portion formed from polytetrafluoroethylene having solid structure, and a second portion formed from polytetrafluoroethylene having porous structure, and wherein the distal tip includes a hole portion characterized in that the tube is insertable into the hole portion and is fixed into the distal tip using an adhesive and in that the first portion of the outer layer is positioned at an end portion of the tube at the distal tip side.
A control device for a permanent magnet synchronous motor including a first winding and a second winding , the control device comprising: a first power converter configured to apply a voltage to the first winding ; a second power converter configured to apply a voltage to the second winding ; a first power supply circuit configured to supply power to the first power converter ; a second power supply circuit configured to supply power to the second power converter at a voltage higher than a voltage of the first power supply circuit ; a current command calculation unit configured to calculate a first current command being a target value of a current caused to flow through the first winding , and a second current command being a target value of a current caused to flow through the second winding ; a first current control unit configured to control an output voltage of the first power converter in accordance with the first current command; and a second current control unit configured to control an output voltage of the second power converter in accordance with the second current command, characterised in that the current command calculation unit is configured to calculate a first voltage usage state, which is an indicator value correlated with a magnitude of the output voltage of the first power converter with respect to a power supply voltage output at a time of supply of power by the first power supply circuit , and calculate the second current command based on the first voltage usage state. a first power converter configured to apply a voltage to the first winding ; a second power converter configured to apply a voltage to the second winding ; a first power supply circuit configured to supply power to the first power converter ; a second power supply circuit configured to supply power to the second power converter at a voltage higher than a voltage of the first power supply circuit ; a current command calculation unit configured to calculate a first current command being a target value of a current caused to flow through the first winding , and a second current command being a target value of a current caused to flow through the second winding ; a first current control unit configured to control an output voltage of the first power converter in accordance with the first current command; and a second current control unit configured to control an output voltage of the second power converter in accordance with the second current command, characterised in that the current command calculation unit is configured to calculate a first voltage usage state, which is an indicator value correlated with a magnitude of the output voltage of the first power converter with respect to a power supply voltage output at a time of supply of power by the first power supply circuit , and calculate the second current command based on the first voltage usage state.