mhurhangee/ep-ind-claims huggingface dataset:
Pressure sensor for sensing a pressure comprising a structural element including a first and second structural part, the sensor further comprising an input member arranged in the first structural part and configured for receiving a force exerted thereon dependent on said pressure, the sensor further comprising a transfer element cooperating with the input member for transferring the force exerted on the input member, and a counter element cooperating with the transfer element, wherein the counter element and the transfer element are connected via a displaceable interposed section in between the counter element and the transfer element, wherein the displaceable interposed section is displaceable dependent on the force exerted by the transfer element and a counterforce exerted by the counter element, the sensor further comprising a fiber including an intrinsic fiber optic sensor (42,43) for providing an optical sensor signal dependent on the physical parameter, characterized in that the fiber is fixed to the first structural part, the interposed section, and the second structural part, wherein the intrinsic fiber optic sensor of the fiber comprises a first intrinsic fiber optic sensor arranged between the first structural part and the interposed section, and a second intrinsic fiber optic sensor arranged between the second structural part and the interposed section; wherein the input member comprises an inlet, and wherein the sensor further comprises a first cavity being in fluid connection with an exterior of the sensor via the inlet for establishing a first pressure in the first cavity which is dependent on the pressure to be measured, and a second cavity configured to be at a second pressure in use, wherein the transfer element comprises a first bellows or membrane connected to the first structural part, and wherein the counter element comprises a second bellows or membrane connected to the second structural part, the first bellows being in fluid connection with the first cavity and the second bellows being in fluid connection with the second cavity, and wherein displaceable interposed section is arranged between the first bellows or membrane and the second bellows or membrane for being displaceable dependent on a pressure difference between the first pressure and the second pressure.
Process for treating a sulfureous combustible effluent stream, comprising the successive steps consisting in: - introducing into a combustion chamber said stream and an oxidant gas in excess, performing the total combustion of said stream with an excess of the oxidant gas, and withdrawing the gaseous effluent from the combustion chamber and introducing it into a post-combustion chamber via an orifice; - introducing an acidic gas into said post-combustion chamber via an injection means; - reacting, in said post-combustion chamber, a mixture consisting of said gaseous effluent and said acidic gas, said acidic gas being in an amount sufficient for all of the oxidant compounds to be consumed by reaction with the hydrogen sulfide of the acidic gas, the oxidant compounds being O 2, SO 3 and NO x, and withdrawing the treated stream, the residence time of all of the gaseous streams in said post-combustion chamber being at least greater than 0.5 second; characterized in that the injection means is located in the orifice. - introducing into a combustion chamber said stream and an oxidant gas in excess, performing the total combustion of said stream with an excess of the oxidant gas, and withdrawing the gaseous effluent from the combustion chamber and introducing it into a post-combustion chamber via an orifice; - introducing an acidic gas into said post-combustion chamber via an injection means; - reacting, in said post-combustion chamber, a mixture consisting of said gaseous effluent and said acidic gas, said acidic gas being in an amount sufficient for all of the oxidant compounds to be consumed by reaction with the hydrogen sulfide of the acidic gas, the oxidant compounds being O 2, SO 3 and NO x, and withdrawing the treated stream, the residence time of all of the gaseous streams in said post-combustion chamber being at least greater than 0.5 second; characterized in that the injection means is located in the orifice.
Lead-free piezoceramic material based on bismuth sodium titanate of the fundamental composition x(Bi 0.5 Na 0.5)TiO 3 - yBaTiO 3 - zSrTiO 3 with x + y+ z = 1 and 0 < x < 1, 0 < y < 1, 0 ≤ z ≤ 0.07 or x(Bi 0.5 Na 0.5)TiO 3 - yBaTiO 3 - zCaTiO 3 with x + y+ z = 1 and 0 < x < 1, 0 < y < 1, 0 ≤ z ≤ 0.05 characterized by the addition of a phosphoric material in such an amount that the concentration of phosphorous in the piezoceramic material is at 250 to 2000 ppm, wherein the specification ppm (parts per million) relates to the mass of phosphorous in relation to the total mass of the piezoceramic composition.
A portable training computer, comprising: a casing; a bezel coupled to the casing; a radio frequency radiator circuitry comprising an antenna formed of the bezel; a first signal feed configured to receive or output a first radio signal and a second signal feed configured to receive or output a second radio signal; an antenna feed circuitry between the antenna and the signal feeds and the antenna, comprising a feeding element configured to couple capacitively to the antenna, a first feed line coupling the first signal feed to the feeding element, a second feed line coupling the second signal feed to the feeding element, the portable training computer characterised in that it comprises a diplexer circuitry configured to isolate a frequency band of the first radio signal from a frequency band of the second radio signal, wherein the diplexer circuitry comprises a first signal line having a first length and a first mutual coupling surface with the antenna, the first coupling surface defined by a first contact point where the first signal line is configured to connect to the feeding element, to form a pass band on the frequency band of the first radio signal, and further comprises a second signal line having a second length and a second mutual coupling surface with the antenna, the second coupling surface defined by a second contact point where the second signal line is configured to connect to the feeding element, to form a pass band on the frequency band of the second radio signal, wherein the isolation of the frequency bands is realized by the first signal line and the second signal line. a casing; a bezel coupled to the casing; a radio frequency radiator circuitry comprising an antenna formed of the bezel; a first signal feed configured to receive or output a first radio signal and a second signal feed configured to receive or output a second radio signal; an antenna feed circuitry between the antenna and the signal feeds and the antenna, comprising a feeding element configured to couple capacitively to the antenna, a first feed line coupling the first signal feed to the feeding element, a second feed line coupling the second signal feed to the feeding element, the portable training computer characterised in that it comprises a diplexer circuitry configured to isolate a frequency band of the first radio signal from a frequency band of the second radio signal, wherein the diplexer circuitry comprises a first signal line having a first length and a first mutual coupling surface with the antenna, the first coupling surface defined by a first contact point where the first signal line is configured to connect to the feeding element, to form a pass band on the frequency band of the first radio signal, and further comprises a second signal line having a second length and a second mutual coupling surface with the antenna, the second coupling surface defined by a second contact point where the second signal line is configured to connect to the feeding element, to form a pass band on the frequency band of the second radio signal, wherein the isolation of the frequency bands is realized by the first signal line and the second signal line.
An electronic device (100;200;300;400;500) comprising: a housing (501,502) including an internal space (400a;503); an inlet (241;340;401) and an outlet (242;350;402), both formed on one side (4001, 4002;5012) of the housing (501,502); a cooling fan (311;421;511) disposed in the internal space, and configured to create an air-flow introduced from the inlet which is discharged to the outlet; and a sound absorbing member (440;520;600;700;800;900) disposed to be spaced from the side face of the cooling fan, wherein the sound absorbing member is configured to surround a peripheral area of the cooling fan only in a third direction relative to the cooling fan that is an opposite direction of a first direction relative to the cooling fan in which air flows from the inlet to the cooling fan, and in a fourth direction relative to the cooling fan that is an opposite direction of a second direction relative to the cooling fan in which air flows from the cooling fan to the outlet, such that the air-flow from the inlet to the cooling fan and from the cooling fan to the outlet is not obstructed. a housing (501,502) including an internal space (400a;503); an inlet (241;340;401) and an outlet (242;350;402), both formed on one side (4001, 4002;5012) of the housing (501,502); a cooling fan (311;421;511) disposed in the internal space, and configured to create an air-flow introduced from the inlet which is discharged to the outlet; and a sound absorbing member (440;520;600;700;800;900) disposed to be spaced from the side face of the cooling fan, wherein the sound absorbing member is configured to surround a peripheral area of the cooling fan only in a third direction relative to the cooling fan that is an opposite direction of a first direction relative to the cooling fan in which air flows from the inlet to the cooling fan, and in a fourth direction relative to the cooling fan that is an opposite direction of a second direction relative to the cooling fan in which air flows from the cooling fan to the outlet, such that the air-flow from the inlet to the cooling fan and from the cooling fan to the outlet is not obstructed.
An electronic device, comprising: a power circuit, configured to provide a standby voltage in a standby state and comprising a control switch for controlling output of the standby voltage; a charge-discharge device, coupled to the standby voltage and configured to output a discharge voltage; a voltage regulator, configured to output an operation voltage; and a processing unit, coupled to the operation voltage and comprising a detection unit for detecting the discharge voltage outputted by the charge-discharge device to accordingly control on/off of the control switch, characterized in that the voltage regulator is coupled between the charge-discharge device and the processing unit configured to regulate the discharge voltage outputted by the charge-discharge device to the operation voltage and coupled between the power circuit and the processing unit configured to regulate the standby voltage outputted by the power circuit to the operation voltage, and in the standby state, the control switch is switched on when the discharge voltage is smaller than a predetermined voltage to allow the standby voltage to charge the charge-discharge device and the control switch is switched off when the discharge voltage is larger than the predetermined voltage to allow the charge-discharge device to output the discharge voltage. a power circuit, configured to provide a standby voltage in a standby state and comprising a control switch for controlling output of the standby voltage; a charge-discharge device, coupled to the standby voltage and configured to output a discharge voltage; a voltage regulator, configured to output an operation voltage; and a processing unit, coupled to the operation voltage and comprising a detection unit for detecting the discharge voltage outputted by the charge-discharge device to accordingly control on/off of the control switch, characterized in that the voltage regulator is coupled between the charge-discharge device and the processing unit configured to regulate the discharge voltage outputted by the charge-discharge device to the operation voltage and coupled between the power circuit and the processing unit configured to regulate the standby voltage outputted by the power circuit to the operation voltage, and in the standby state, the control switch is switched on when the discharge voltage is smaller than a predetermined voltage to allow the standby voltage to charge the charge-discharge device and the control switch is switched off when the discharge voltage is larger than the predetermined voltage to allow the charge-discharge device to output the discharge voltage.
A watch assembly, comprising: a watch housing, a watch movement powered by a first power source and watch display, the watch housing being configured to hold and support the watch movement and a watch band for wearing the watch housing on a wrist; a separate battery assembly (18, 20, 22) physically connected to the watch housing and including therein a rechargeable battery able of storing electrical charge to run a mobile auxiliary communication device not associated with the watch assembly; and a charging plug connected to and constituting part of the separate battery assembly, the charging plug being configured as a standardized plug which fits a predetermined charging port of the auxiliary mobile device and not being associated or configured to power the watch movement or the watch display. a watch housing, a watch movement powered by a first power source and watch display, the watch housing being configured to hold and support the watch movement and a watch band for wearing the watch housing on a wrist; a separate battery assembly (18, 20, 22) physically connected to the watch housing and including therein a rechargeable battery able of storing electrical charge to run a mobile auxiliary communication device not associated with the watch assembly; and a charging plug connected to and constituting part of the separate battery assembly, the charging plug being configured as a standardized plug which fits a predetermined charging port of the auxiliary mobile device and not being associated or configured to power the watch movement or the watch display.
A touch-up paint for the repair of chips or scratches in automotive paintwork and which comprises a composition including a polymeric resin dissolved in a suitable solvent, characterised in that it further includes a compatible dilulent having a lower evaporation point than the solvent and fumed silica, wherein the touch-up paint further includes a pigmented proprietary solvent based paint such that 100 parts of said proprietary paint is mixed with between 50 parts to 100 parts by weight of said composition.
A cooking apparatus, comprising: an upper plate configured to support a cooking vessel; a heating module that is disposed in a lower space defined vertically below the upper plate and that is configured to move in the lower space relative to the upper plate, the heating module including a coil; a substrate disposed between the upper plate and the heating module, the substrate including a plurality of coil patterns; an inverter configured to supply resonance current to each of the plurality of coil patterns; and a controller configured to: control the heating module, the plurality of coil patterns, and the inverter, and characterized in that the controller is further configured to determine a position of the cooking vessel on the upper plate based on a number of pulses of the resonance current supplied to each of the plurality of coil patterns and a frequency of the resonance current, wherein a position of a cooking vessel made of metal is identified through a comparison of the number of pulses, and a position of a cooking vessel with an induction coil is identified through a comparison of frequencies. an upper plate configured to support a cooking vessel; a heating module that is disposed in a lower space defined vertically below the upper plate and that is configured to move in the lower space relative to the upper plate, the heating module including a coil; a substrate disposed between the upper plate and the heating module, the substrate including a plurality of coil patterns; an inverter configured to supply resonance current to each of the plurality of coil patterns; and a controller configured to: control the heating module, the plurality of coil patterns, and the inverter, and characterized in that the controller is further configured to determine a position of the cooking vessel on the upper plate based on a number of pulses of the resonance current supplied to each of the plurality of coil patterns and a frequency of the resonance current, wherein a position of a cooking vessel made of metal is identified through a comparison of the number of pulses, and a position of a cooking vessel with an induction coil is identified through a comparison of frequencies. control the heating module, the plurality of coil patterns, and the inverter, and characterized in that the controller is further configured to determine a position of the cooking vessel on the upper plate based on a number of pulses of the resonance current supplied to each of the plurality of coil patterns and a frequency of the resonance current, wherein a position of a cooking vessel made of metal is identified through a comparison of the number of pulses, and a position of a cooking vessel with an induction coil is identified through a comparison of frequencies.
A component for a gas turbine engine, comprising: a wall (58;158;258;358) having an internal surface and an outer skin (56; 156;356); a cooling hole (54;154;254;354) formed in said wall (58;158;258;358), said cooling hole (54;154;254;354) including an inlet (72; 172) extending from said internal surface and merging into a metering section (68;168;268;368), and a diffusion section (70;170;270;370) downstream of said metering section (68;168;268;368) that extends to an outlet (74;174;374) located at said outer skin (56; 156); and at least two lobes embedded within said diffusion section (70; 170;270;370) of said cooling hole (54;154;254;354), wherein at least one surface of each of said at least two lobes is at least partially cylindrical; characterised in that a trailing edge of each of the at least two lobes is longitudinally offset in an upstream direction from a trailing edge of said diffusion section; and said at least two lobes include different radii. a wall (58;158;258;358) having an internal surface and an outer skin (56; 156;356); a cooling hole (54;154;254;354) formed in said wall (58;158;258;358), said cooling hole (54;154;254;354) including an inlet (72; 172) extending from said internal surface and merging into a metering section (68;168;268;368), and a diffusion section (70;170;270;370) downstream of said metering section (68;168;268;368) that extends to an outlet (74;174;374) located at said outer skin (56; 156); and at least two lobes embedded within said diffusion section (70; 170;270;370) of said cooling hole (54;154;254;354), wherein at least one surface of each of said at least two lobes is at least partially cylindrical; characterised in that a trailing edge of each of the at least two lobes is longitudinally offset in an upstream direction from a trailing edge of said diffusion section; and said at least two lobes include different radii.
Housing wall with cable feedthrough, in particular a cover of a meter and/or distribution cabinet, with a bulge in a cover panel, which by forming a feedthrough opening through a section perpendicular to the vertical on the housing wall plane can be separated fully or partly from the cover panel, wherein the bulge comprises a material which is softer than the material of the cover panel, wherein the bulge is formed in a closed or interrupted annular area exclusively by the softer material provided for the separating cut, characterised in that the harder material of the cover panel also forming the bulge at least on its outer side adjoins the annular area on both sides.
Method for commanding a tip of a probe, wherein the command signal, representative of the force applied by said tip on the surface of a sample to be analysed, comprises at least one cycle successively defined by: - a first step where the value of said command signal decreases from a maximum value (Smax) to a minimum value (Smin) so as to move said tip away from said surface at a predetermined distance called detachment height; - a second step where the value of the command signal is maintained constant at said minimum value so as to maintain the tip at said detachment height; - a third step where the value of the command signal increases from a minimum value up to said maximum value so as to bring the tip towards the surface to be analysed until the tip comes into contact with the surface; and - a fourth step where the value of the command signal is maintained constant at said maximum value so as to maintain the tip in contact with the surface to be analysed under a constant force between the tip and the surface to be analysed; characterized in that the command signal being controlled between two successive steps to prevent any oscillation of the tip. - a first step where the value of said command signal decreases from a maximum value (Smax) to a minimum value (Smin) so as to move said tip away from said surface at a predetermined distance called detachment height; - a second step where the value of the command signal is maintained constant at said minimum value so as to maintain the tip at said detachment height; - a third step where the value of the command signal increases from a minimum value up to said maximum value so as to bring the tip towards the surface to be analysed until the tip comes into contact with the surface; and - a fourth step where the value of the command signal is maintained constant at said maximum value so as to maintain the tip in contact with the surface to be analysed under a constant force between the tip and the surface to be analysed;
Process for producing spherical polysilsesquioxane particles in which in a first step trialkoxysilane of general formula, RSi(OR 1) 3, in which R represents a hydrocarbon radical having 1 to 16 carbon atoms whose carbon chain may be interrupted by nonadjacent -O- groups, R 1 represents a C 1 - to C 4 -alkyl radical, is reacted with acidified water having a pH of not more than 6 with stirring to afford a hydrolysate, in a second step the hydrolysate is mixed with a solution of alkali metal hydroxide selected from NaOH and KOH or a mixture thereof and in a third step the mixture is stored for at least 8 h before the polysilsesquioxane particles are isolated. R represents a hydrocarbon radical having 1 to 16 carbon atoms whose carbon chain may be interrupted by nonadjacent -O- groups, R 1 represents a C 1 - to C 4 -alkyl radical, is reacted with acidified water having a pH of not more than 6 with stirring to afford a hydrolysate, in a second step the hydrolysate is mixed with a solution of alkali metal hydroxide selected from NaOH and KOH or a mixture thereof and in a third step the mixture is stored for at least 8 h before the polysilsesquioxane particles are isolated.