mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless charging of a mobile terminal , the method comprising: searching for one or more rechargeable mobile terminals by broadcasting a search request message containing identification information of the mobile terminal to the one or more rechargeable mobile terminals, wherein the identification information refers to an identifier of the mobile terminal indicating that the mobile terminal is a mobile terminal to which power can be wirelessly charged and which can wirelessly provide power; setting , when receiving a search request response message containing its own identification information from the one or more mobile terminals, a wireless charging mode by transmitting a mode switching request message including setting parameters to the one or more rechargeable mobile terminals, the setting parameters including a frequency required for wirelessly transmitting or receiving power; receiving a mode switching request response message from the one or more rechargeable mobile terminals and performing an authentication operation, obtaining power state information from the one or more rechargeable mobile terminals; determining the mobile terminal as one of a power supplying terminal or a power receiving terminal based on the power state information; and performing an operation for power charging using the setting parameters according to the determination. searching for one or more rechargeable mobile terminals by broadcasting a search request message containing identification information of the mobile terminal to the one or more rechargeable mobile terminals, wherein the identification information refers to an identifier of the mobile terminal indicating that the mobile terminal is a mobile terminal to which power can be wirelessly charged and which can wirelessly provide power; setting , when receiving a search request response message containing its own identification information from the one or more mobile terminals, a wireless charging mode by transmitting a mode switching request message including setting parameters to the one or more rechargeable mobile terminals, the setting parameters including a frequency required for wirelessly transmitting or receiving power; receiving a mode switching request response message from the one or more rechargeable mobile terminals and performing an authentication operation, obtaining power state information from the one or more rechargeable mobile terminals; determining the mobile terminal as one of a power supplying terminal or a power receiving terminal based on the power state information; and performing an operation for power charging using the setting parameters according to the determination.
Use of calcium carbonate having an average particle size in the range of from 0.5 to 3 μm, preferably of from 1 to 3 μm, in an inorganic mortar system for a chemical fastening of anchors and post-installed reinforcing bars in mineral substrates to increase load values, comprising a curable aluminous cement component A and an initiator component B for initiating the curing process.
A method for operating a secondary emissions control system in an exhaust system of an internal combustion engine (ICE), the secondary emissions control system including an E-cat comprising a catalyst and an electrical heating device proximate the catalyst, and further including an E-compressor comprising a compressor operably coupled with an electric motor for rotatably driving the compressor, the E-compressor being arranged to supply air to the E-cat, the method comprising the steps of: receiving a command to activate the secondary emissions control system; upon receipt of said command, activating the electrical heating device of the E-cat and activating the E-compressor; monitoring a characteristic parameter Pe of the E-cat as a function of time as the electrical heating device heats the catalyst; the method being characterized in that while the electrical heating device is activated, regulating speed Nc of the E-compressor in a manner to change Nc responsive to change in Pe. receiving a command to activate the secondary emissions control system; upon receipt of said command, activating the electrical heating device of the E-cat and activating the E-compressor; monitoring a characteristic parameter Pe of the E-cat as a function of time as the electrical heating device heats the catalyst; the method being characterized in that while the electrical heating device is activated, regulating speed Nc of the E-compressor in a manner to change Nc responsive to change in Pe.
A windshield for a vehicle , characterized in that the windshield comprises weakening means (13; 22; 42) arranged to weaken said windshield so that the windshield collapses in a controlled manner in the event of the vehicle colliding with a pedestrian and the pedestrian being in the vicinity of the windshield, wherein said weakening means comprises: - a pyrotechnic device arranged to damage said windshield; - a sensor arranged to detect the pedestrian in the vicinity of said windshield; - a control module arranged to activate said pyrotechnic device if said pedestrian is detected and said vehicle has a predetermined minimal speed. - a pyrotechnic device arranged to damage said windshield; - a sensor arranged to detect the pedestrian in the vicinity of said windshield; - a control module arranged to activate said pyrotechnic device if said pedestrian is detected and said vehicle has a predetermined minimal speed.
A combination consisting essentially of an olfactory effective amount of -3-[[3-(3,4-dihydroxyphenyl)-1-oxo-2-propen-1-yl]oxy]-1,4,5-trihydroxy-cyclohexanecarboxylic acid and a consumable acid, wherein the olfactory effective amount is from 1 part per billion to 1000 parts per million, and wherein -3-[[3-(3,4-dihydroxyphenyl)-1-oxo-2-propen-1-yl]oxy]-1,4,5-trihydroxy-cyclohexanecarboxylic acid provides a sour taste-masking effect in the consumable acid.
Reconstituted plant sheet comprising: - 1 or 2 fibrous supports comprising refined plant fibres, - a plant extract, - an aerosol-generating agent, and - a solid additive, wherein the solid additive is plant dust, wherein the aerosol-generating agent represents from 15% to 35% by dry weight of the reconstituted plant sheet. - 1 or 2 fibrous supports comprising refined plant fibres, - a plant extract, - an aerosol-generating agent, and - a solid additive, wherein the solid additive is plant dust, wherein the aerosol-generating agent represents from 15% to 35% by dry weight of the reconstituted plant sheet.
A heater control device including: a tank heater for heating a reducing agent stored in a tank ; and a piping heater for heating the reducing agent in a flow channel including a supply channel , the heater control device comprising: a first current supply circuit configured to supply a current to the tank heater ; a second current supply circuit configured to supply a current to the piping heater ; a common current supply circuit that connects between a battery and each of the first current supply circuit and the second current supply circuit ; and a heater control unit configured to control driving of the tank heater and the piping heater on the basis of a total value of the current supplied to the tank heater and the current supplied to the piping heater and a rated current value of the common current supply circuit ; wherein the heater control unit is configured to start driving the piping heater at the time when a sum of the supply current value to the tank heater and a control target current value of the piping heater becomes smaller than the rated current value of the common current supply circuit after the tank heater starts being driven. a first current supply circuit configured to supply a current to the tank heater ; a second current supply circuit configured to supply a current to the piping heater ; a common current supply circuit that connects between a battery and each of the first current supply circuit and the second current supply circuit ; and a heater control unit configured to control driving of the tank heater and the piping heater on the basis of a total value of the current supplied to the tank heater and the current supplied to the piping heater and a rated current value of the common current supply circuit ; wherein the heater control unit is configured to start driving the piping heater at the time when a sum of the supply current value to the tank heater and a control target current value of the piping heater becomes smaller than the rated current value of the common current supply circuit after the tank heater starts being driven.
A casting mold comprising a copper plate and a plurality of optical fibers , each of the optical fibers having a plurality of temperature measuring points arranged for measuring temperature of the copper plate while casting, wherein a molten metal is cast into the casting mold along an axis (Y), wherein the optical fibers are built-in the copper plate and are arranged at least the upper part of the copper plate, wherein a plurality of holes are arranged in parallel and/or perpendicular with the axis (Y) for accommodating the optical fibers, characterized in that the holes accommodating the optical fibers are grouped and a distance (d2) between two groups is in a range of 100-400mm.
A method of managing electronic safes (CF 1A , CF 2A ) implemented by a server (S) on behalf of at least one user possessing at least a first electronic safe (CF 1A ), characterized in that the method comprises: a step of implementing access means designed to provide said user with access, via a second safe (CF 2A ) belonging to said user, to a set of data (" Pers ") forming part of a content accessible via the first electronic safe (CF 1A ), said access requiring an authentication of said user as user to whom said second safe belongs, which implies that said user can read, modify, delete and/or store electronic data, said step of implementing access means being intended to be carried out in case of an authentication of said user as the user owning the first electronic safe (CF 1A ). a step of implementing access means designed to provide said user with access, via a second safe (CF 2A ) belonging to said user, to a set of data (" Pers ") forming part of a content accessible via the first electronic safe (CF 1A ), said access requiring an authentication of said user as user to whom said second safe belongs, which implies that said user can read, modify, delete and/or store electronic data, said step of implementing access means being intended to be carried out in case of an authentication of said user as the user owning the first electronic safe (CF 1A ).
Energy efficient soda lime silicate glass composition useful for manufacturing container, float and ophthalmic glasses, composition using borax pentahydrate, comprising (wt.%) B 2 O 3 = 28.5 to 30.3 wt.%, SiO 2 = 22.68-74.62 wt.%, Na 2 O = 13.0-23.5 wt.%, CaO = 0.0-10.5 wt.%, K 2 O = 0.03-0.3 wt.%, Al 2 O 3 = 0.15-1.3 wt.%, MgO = 0.43-4.0 wt.%, and Fe 2 O 3 +TiO 2 = 0.05-0.12 wt.%.
A method for conducting an exhaust purifier for a ship mounting wherein compressed air is injected into a catalyst reactor in which a NOx catalyst is arranged so as to remove dust adhering to the catalyst, by operating an injection valve supplying the compressed air, pressure in the catalyst reactor is raised to predetermined pressure within predetermined time so as to remove the dust, characterized in that the pressurized air is supplied into a housing of the catalyst reactor whose internal pressure is a pressure P for a time t by a soot blower , the pressurized air is supplied so that the pressure (P+ΔIP) in the housing after the supply is not less than a predetermined value β, and a pressure increase rate per unit time ΔIP/t is not less than a predetermined value γ, a shock wave is generated in the housing by sudden pressure rising, when the time t is not more than 0.5 s, the shock wave spreads in all the directions in the housing centering on an air injection nozzle of the soot blower , the shock wave reaches the surface of the NOx catalyst contacting the exhaust gas in the housing via exhaust gas in the housing , the power of the shock wave acts equally on the dust adhering to the surface of the NOx catalyst , the dust adhering to the surface of the NOx catalyst is removed by the power of the shock wave, wherein the soot blower further has an injection valve , a pressure control valve and a second air supply passage , wherein an end of the second air supply passage to which an air injection nozzle is connected is bent so as to be along the wall surface of the housing of the catalyst reactor and the second air supply passage is arranged toward a side surface of the housing different from the side surface thereof in which the air injection nozzle is arranged.
A method of facilitating participation of a Web Real-Time Communication, WebRTC, enabled terminal in an ad hoc conference or chat session hosted in an Internet Protocol, IP, Multimedia Subsystem, IMS, network, where there is an ongoing session between first and second terminals using the IMS network, the method characterised by comprising: sending (S302) a link from the first terminal to a third terminal that is not provisioned or not registered with the IMS network, where the third terminal is said WebRTC enabled terminal and the link provides access to a conference/chat-correlator identifying said ongoing session; sending (S304) a session invite from the third terminal to the first terminal, via a WebRTC gateway, WGw, the session invite including the conference/chat-correlator; at the first terminal setting up (S306) a second session between the first terminal and the third terminal in response to the received session invite; and at the first terminal setting up (S308, S310) an ad-hoc conference or chat session using the IMS network and transferring said ongoing session and said second session to the ad-hoc conference or chat session. sending (S302) a link from the first terminal to a third terminal that is not provisioned or not registered with the IMS network, where the third terminal is said WebRTC enabled terminal and the link provides access to a conference/chat-correlator identifying said ongoing session; sending (S304) a session invite from the third terminal to the first terminal, via a WebRTC gateway, WGw, the session invite including the conference/chat-correlator; at the first terminal setting up (S306) a second session between the first terminal and the third terminal in response to the received session invite; and at the first terminal setting up (S308, S310) an ad-hoc conference or chat session using the IMS network and transferring said ongoing session and said second session to the ad-hoc conference or chat session.
A phase-locked loop (PLL) clock generator for a wireless audio system including a communications module which does not provide a low jitter clock reference that can be used simultaneously as an audio sampling clock, the PLL clock generator comprising: a PLL core having an input to receive, from the communications module, a module reference clock signal (BT_CLK, 141) having a first frequency, the PLL core being configured to generate a subsystem data clock signal based, at least in part, on the module reference clock signal; and a data clock tracker module configured to receive, from the communications module, a module data clock signal (BITCLK) having a second frequency that varies in relation to the first frequency, and to determine a data clock correction factor based, at least in part, on the module data clock signal and the subsystem data clock signal, wherein the PLL core is further configured to adjust the subsystem data clock signal based, at least in part, on the data clock correction factor by: incrementing the data clock correction factor responsive to each positive edge of the module data clock signal; and decrementing the data clock correction factor responsive to each positive edge of the subsystem data clock signal. a PLL core having an input to receive, from the communications module, a module reference clock signal (BT_CLK, 141) having a first frequency, the PLL core being configured to generate a subsystem data clock signal based, at least in part, on the module reference clock signal; and a data clock tracker module configured to receive, from the communications module, a module data clock signal (BITCLK) having a second frequency that varies in relation to the first frequency, and to determine a data clock correction factor based, at least in part, on the module data clock signal and the subsystem data clock signal, wherein the PLL core is further configured to adjust the subsystem data clock signal based, at least in part, on the data clock correction factor by: incrementing the data clock correction factor responsive to each positive edge of the module data clock signal; and decrementing the data clock correction factor responsive to each positive edge of the subsystem data clock signal. incrementing the data clock correction factor responsive to each positive edge of the module data clock signal; and decrementing the data clock correction factor responsive to each positive edge of the subsystem data clock signal.
A film prepared using a stabilized polyolefin composition, wherein the stabilized polyolefin composition consists of: A) a copolymer of ethylene and at least one α-olefin, wherein the copolymer of ethylene and at least one α-olefin is a linear low-density polyethylene (LLDPE) produced using at least one Ziegler-Natta catalyst comprising Mg and at least one of Ti, Hf or Zr, having a density as determined in accordance with ISO 1183-1 , method A, of ≥ 913 kg/m 3 and ≤ 923 kg/m 3 , and B) between 170 and 300 ppm by weight of α-tocopherol relative to the component A. A) a copolymer of ethylene and at least one α-olefin, wherein the copolymer of ethylene and at least one α-olefin is a linear low-density polyethylene (LLDPE) produced using at least one Ziegler-Natta catalyst comprising Mg and at least one of Ti, Hf or Zr, having a density as determined in accordance with ISO 1183-1 , method A, of ≥ 913 kg/m 3 and ≤ 923 kg/m 3 , and B) between 170 and 300 ppm by weight of α-tocopherol relative to the component A.
A semiconductor device package comprising: an electrically conductive carrier ; a semiconductor die disposed on the carrier ; an encapsulant encapsulating part of the carrier and the semiconductor die ; an electrically insulating and thermally conductive interface structure covering an exposed surface portion of the carrier and a connected surface portion of the encapsulant ; wherein the interface structure comprises a glass transition temperature in a range between -40°C to 150°C, characterized in that the interface structure comprises at a temperature of 100°C a hardness in a range between 10 MPa and 100 MPa. an electrically conductive carrier ; a semiconductor die disposed on the carrier ; an encapsulant encapsulating part of the carrier and the semiconductor die ; an electrically insulating and thermally conductive interface structure covering an exposed surface portion of the carrier and a connected surface portion of the encapsulant ; wherein the interface structure comprises a glass transition temperature in a range between -40°C to 150°C, characterized in that the interface structure comprises at a temperature of 100°C a hardness in a range between 10 MPa and 100 MPa.
A method for notifying a user of a television to save power consumption by a plurality of multimedia devices which are connected to the television and which include at least a first multimedia device and a second multimedia device , the first multimedia device being connected to the television through a first interface connector, the second multimedia device being connected to the television through a second interface connector, said method including: presenting (S20), by the television , desired multimedia content that is provided by the first multimedia device to the user through the first interface connector; detecting (S22), by the television , whether the second multimedia device is providing signals of multimedia content through the second interface connector during presentation of the desired multimedia content; said method characterized by : outputting (S24), by the television and upon detecting that the second multimedia device is providing signals of multimedia content through the second interface connector during presentation of the desired multimedia content, a notification that is perceivable by the user and that indicates the second multimedia device being in an ON state but not used. presenting (S20), by the television , desired multimedia content that is provided by the first multimedia device to the user through the first interface connector; detecting (S22), by the television , whether the second multimedia device is providing signals of multimedia content through the second interface connector during presentation of the desired multimedia content; said method characterized by : outputting (S24), by the television and upon detecting that the second multimedia device is providing signals of multimedia content through the second interface connector during presentation of the desired multimedia content, a notification that is perceivable by the user and that indicates the second multimedia device being in an ON state but not used.
A motor, comprising: a metallic casing having a cavity; a stator attached to an inside of the cavity; an elastic metallic cone attached to a first end of the casing ; a rigid metallic cone attached to a second end of the casing that is opposite to the first end; a non-metallic wall attached to the elastic cone and the rigid cone ; and a rotor provided inside the cavity and configured to rotate inside the stator , wherein the casing , the elastic cone , the rigid cone , and the non-metallic wall form a hermetic enclosure in which the entire stator is enclosed; wherein the hermetic enclosure holds a cooling fluid that cools the stator and also prevents the cooling fluid from reaching the rotor , and wherein the elastic cone is configured to provide a preload strain, to bias the non-metallic wall and press the non-metallic wall against the rigid cone wherein the elastic cone is assembled with the casing and the non-metallic wall to be under a preload strain at room temperature, wherein the preload strain at room temperature is predetermined such that as the motor reaches an operating temperature between 80 and 150 °C, the strain in the elastic cone and rigid cone decreases. a metallic casing having a cavity; a stator attached to an inside of the cavity; an elastic metallic cone attached to a first end of the casing ; a rigid metallic cone attached to a second end of the casing that is opposite to the first end; a non-metallic wall attached to the elastic cone and the rigid cone ; and a rotor provided inside the cavity and configured to rotate inside the stator , wherein the casing , the elastic cone , the rigid cone , and the non-metallic wall form a hermetic enclosure in which the entire stator is enclosed; wherein the hermetic enclosure holds a cooling fluid that cools the stator and also prevents the cooling fluid from reaching the rotor , and wherein the elastic cone is configured to provide a preload strain, to bias the non-metallic wall and press the non-metallic wall against the rigid cone wherein the elastic cone is assembled with the casing and the non-metallic wall to be under a preload strain at room temperature, wherein the preload strain at room temperature is predetermined such that as the motor reaches an operating temperature between 80 and 150 °C, the strain in the elastic cone and rigid cone decreases.