mhurhangee/ep-ind-claims huggingface dataset:
A cardiac device, comprising: one or more ventricular pacing channels (20, 201-203, 301-303, 40 1 -40 N) for delivering pacing pulses to one or more ventricular sites; means for detecting pulmonary edema; a controller programmed to operate the device in either a normal operating mode or AV delay reduction (AVDR) mode; wherein the normal mode includes atrial triggered pacing with a specified AV delay; wherein the AVDR mode includes ventricular pacing in an atrial triggered mode using an AV delay shorter than the AV delay used in the normal operating mode or wherein the AVDR mode includes pacing a ventricular site using a non-atrial triggered pacing mode at a rate above the patient's intrinsic heart rate; wherein the controller is programmed to intermittently switch from the normal operating mode to the AVDR mode according to a one or more specified entry conditions and switch from the AVDR mode to the normal operating mode according to one or more specified exit conditions; and wherein the controller is programmed to operate in the AVDR mode only if pulmonary edema is not detected. one or more ventricular pacing channels (20, 201-203, 301-303, 40 1 -40 N) for delivering pacing pulses to one or more ventricular sites; means for detecting pulmonary edema; a controller programmed to operate the device in either a normal operating mode or AV delay reduction (AVDR) mode; wherein the normal mode includes atrial triggered pacing with a specified AV delay; wherein the AVDR mode includes ventricular pacing in an atrial triggered mode using an AV delay shorter than the AV delay used in the normal operating mode or wherein the AVDR mode includes pacing a ventricular site using a non-atrial triggered pacing mode at a rate above the patient's intrinsic heart rate; wherein the controller is programmed to intermittently switch from the normal operating mode to the AVDR mode according to a one or more specified entry conditions and switch from the AVDR mode to the normal operating mode according to one or more specified exit conditions; and wherein the controller is programmed to operate in the AVDR mode only if pulmonary edema is not detected.
A manufacturing method for a film-covered electrical device, comprising: holding, in a vacuum container, a bag-shaped laminate film that contains a power generating element and that has an opening, by pinching the bag-shaped laminate film at positions corresponding to two principal surfaces of the power generating element, the power generating element having a positive layer and a negative layer stacked via a separator; reducing pressure in the vacuum container; pouring an electrolytic solution into the bag-shaped laminate film through the opening with the pressure in the vacuum container kept reduced until the level of the electrolytic solution becomes higher than the top end of the power generating element while pressure is applied to the principal surfaces of the power generating element so that the bag-shaped laminate film is pinched, and increasing the reduced pressure in the vacuum container. holding, in a vacuum container, a bag-shaped laminate film that contains a power generating element and that has an opening, by pinching the bag-shaped laminate film at positions corresponding to two principal surfaces of the power generating element, the power generating element having a positive layer and a negative layer stacked via a separator; reducing pressure in the vacuum container; pouring an electrolytic solution into the bag-shaped laminate film through the opening with the pressure in the vacuum container kept reduced until the level of the electrolytic solution becomes higher than the top end of the power generating element while pressure is applied to the principal surfaces of the power generating element so that the bag-shaped laminate film is pinched, and increasing the reduced pressure in the vacuum container.
An injector protection control method in a common rail fuel injection control system, the method comprising: periodically determining whether or not one or plural judgment indicators that have been determined beforehand exceed respective predetermined references and, each time the determination result is obtained, increasing/decreasing a count value of a determining counter in accordance with the determination result, determining whether or not the count value after the increase/decrease exceeds a predetermined protection initiation reference, and when the count value exceeds the predetermined protection initiation reference, determining whether or not a fuel temperature detected by a temperature sensor attached to an appropriate place on an inlet portion of the high pressure pump exceeds a predetermined protection initiation temperature, and when the fuel temperature exceeds the predetermined protection initiation temperature, performing limitation of the fuel injection amount and the rail pressure until the count value falls below the predetermined protection initiation reference, characterized in that the judgment indicators are at least engine rotational speed, vehicle velocity and rail pressure, and when these judgment indicators exceed the respective predetermined references, the method increases the count value of the determining counter, and when the judgment indicators fall below the respective predetermined references, the method decreases the count value of the determining counter. periodically determining whether or not one or plural judgment indicators that have been determined beforehand exceed respective predetermined references and, each time the determination result is obtained, increasing/decreasing a count value of a determining counter in accordance with the determination result, determining whether or not the count value after the increase/decrease exceeds a predetermined protection initiation reference, and when the count value exceeds the predetermined protection initiation reference, determining whether or not a fuel temperature detected by a temperature sensor attached to an appropriate place on an inlet portion of the high pressure pump exceeds a predetermined protection initiation temperature, and when the fuel temperature exceeds the predetermined protection initiation temperature, performing limitation of the fuel injection amount and the rail pressure until the count value falls below the predetermined protection initiation reference, characterized in that the judgment indicators are at least engine rotational speed, vehicle velocity and rail pressure, and when these judgment indicators exceed the respective predetermined references, the method increases the count value of the determining counter, and when the judgment indicators fall below the respective predetermined references, the method decreases the count value of the determining counter.
Fuel cell with a separator, which is stacked on a reaction layer comprising a membrane electrode assembly (MEA, 110) and a gas diffusion layer (GDL, 120) that is stacked on the MEA, the separator comprising: a plate body stacked on the GDL; stepped portions, on which a reactant gas flow in a first direction, disposed on a first surface of the plate body, the first surface facing the GDL and the stepped portions disposed in a second direction that intersects the first direction in which the reactant gas flows; lands disposed on the stepped portions and spaced apart from one another in the second direction, the lands being in contact with the GDL; first channels, along which the reactant gas flows, extending through between the GDL and the stepped portions so as to be disposed between adjacent lands among the lands; and second channels, along which the reactant gas flows, extending through between the plate body and the GDL so as to communicate with the first channels; characterized by each of the lands having a circular cross-sectional and a truncated conical shape gradually decreasing from one to the other end. a plate body stacked on the GDL; stepped portions, on which a reactant gas flow in a first direction, disposed on a first surface of the plate body, the first surface facing the GDL and the stepped portions disposed in a second direction that intersects the first direction in which the reactant gas flows; lands disposed on the stepped portions and spaced apart from one another in the second direction, the lands being in contact with the GDL; first channels, along which the reactant gas flows, extending through between the GDL and the stepped portions so as to be disposed between adjacent lands among the lands; and second channels, along which the reactant gas flows, extending through between the plate body and the GDL so as to communicate with the first channels;
Twisting-torque sensor, comprising a first shaft, referred to as the transmission shaft, subjected to the torque to be measured, a second shaft, referred to as the reference shaft, and a device for measuring an angular deformation between the transmission shaft and the reference shaft, said angular deformation representing the torque to be measured, the transmission shaft comprising a bore forming an internal wall and extending from one end of the transmission shaft, referred to as the input of the shaft, to an opposite end, referred to as the output of the shaft, characterised in that the torque sensor comprises: - a temperature-confinement enclosure of the first and second shafts, and - a fluid-circulation circuit, comprising: - a portion constituted by said bore of the transmission shaft, - a fluid injector into the bore at said input of the shaft, and - a temperature sensor, referred to as the main temperature sensor, suitable for measuring the temperature of the fluid in the fluid-circulation circuit, the measured temperature of the fluid being intended for a correction of the torque measurement. - a temperature-confinement enclosure of the first and second shafts, and - a fluid-circulation circuit, comprising: - a portion constituted by said bore of the transmission shaft, - a fluid injector into the bore at said input of the shaft, and - a temperature sensor, referred to as the main temperature sensor, suitable for measuring the temperature of the fluid in the fluid-circulation circuit, the measured temperature of the fluid being intended for a correction of the torque measurement. - a portion constituted by said bore of the transmission shaft, - a fluid injector into the bore at said input of the shaft, and - a temperature sensor, referred to as the main temperature sensor, suitable for measuring the temperature of the fluid in the fluid-circulation circuit, the measured temperature of the fluid being intended for a correction of the torque measurement.
A hair dryer, comprising a body and a holder connected thereto, wherein the holder is configured to be convertible between a handle configuration and a support configuration via its own metamorphosis in shape, characterized in that the holder is detachably connected to the body via a magnetic coupling (26, 17) and is retractable relative to the body so that the whole hair dryer can be in a single and consistent tube configuration when not in use, the body includes in linear a front operational tube part and a rear tube part, the front operational tube part is configured to perform a blowing operation and has an air inlet formed at its rear end, the rear tube part has an air-incoming chamber formed therein and also designed to receive a power supply line for powering the front operational tube part, the air-incoming chamber is in air communication with the air inlet of the front operational tube part, the front operational tube part has a section which is substantially consistent with that of the rear tube part, and the rear tube part is further designed to receive the detached holder therein.
A wireless communication apparatus comprising: a communication section configured to generate and transmit an OFDM signal in which second information is superimposed in a frequency axis direction of the OFDM signal which includes first information destined for one or more subordinate client devices, wherein the communication section is configured to change a power level from a first power level to a second power level and to change a modulation encoding method from a first modulation and coding scheme, MCS, to a second MCS for part of subcarriers of the OFDM signal including the first information selected on a basis of the second information, and wherein the second MCS is an MCS equivalent to a bit error rate, BER, on the reception side when the first MCS is used for transmission with the first power level. a communication section configured to generate and transmit an OFDM signal in which second information is superimposed in a frequency axis direction of the OFDM signal which includes first information destined for one or more subordinate client devices, wherein the communication section is configured to change a power level from a first power level to a second power level and to change a modulation encoding method from a first modulation and coding scheme, MCS, to a second MCS for part of subcarriers of the OFDM signal including the first information selected on a basis of the second information, and wherein the second MCS is an MCS equivalent to a bit error rate, BER, on the reception side when the first MCS is used for transmission with the first power level.
A three-in-one antenna device for a mobile phone, characterized in that the three-in-one antenna device for the mobile phone comprises: a three-in-one antenna for receiving and transmitting a WiFi (wireless fidelity) signal, and a BT (bluetooth) signal, and receiving a GPS (global positioning system) signal; an antenna matching unit for impedance matching, the three-in-one antenna connected to the antenna matching unit; and an RF (radiofrequency) unit comprising a dual-band duplexer, a BT / WiFi RF circuit for processing the BT signal and the WiFi signal, and the GPS RF circuit for processing the GPS signal, the BT / WiFi RF circuit and the GPS RF circuit connected to the antenna matching unit via the dual-band duplexer; wherein the mobile phone comprises a PCB (printed circuit board), the three-in-one antenna device further comprises an antenna bracket, the PCB board is provided with a clearance zone and a feed point, the three-in-one antenna comprises a GPS antenna segment for receiving a GPS signal, and a BT / WiFi antenna segment for receiving and transmitting a WiFi signal and a BT / WiFi signal, the antenna matching unit and the RF unit are disposed on the PCB, the GPS antenna segment is disposed on the antenna bracket, at least a part of the BT / WiFi antenna segment is disposed on the clearance zone of the PCB, the GPS antenna segment and the BT / WiFi antenna segment are connected to the antenna matching unit via the feed point, and the RF unit activates the GPS antenna segment and the BT / WiFi antenna segment via the feed point. a three-in-one antenna for receiving and transmitting a WiFi (wireless fidelity) signal, and a BT (bluetooth) signal, and receiving a GPS (global positioning system) signal; an antenna matching unit for impedance matching, the three-in-one antenna connected to the antenna matching unit; and an RF (radiofrequency) unit comprising a dual-band duplexer, a BT / WiFi RF circuit for processing the BT signal and the WiFi signal, and the GPS RF circuit for processing the GPS signal, the BT / WiFi RF circuit and the GPS RF circuit connected to the antenna matching unit via the dual-band duplexer; wherein the mobile phone comprises a PCB (printed circuit board), the three-in-one antenna device further comprises an antenna bracket, the PCB board is provided with a clearance zone and a feed point, the three-in-one antenna comprises a GPS antenna segment for receiving a GPS signal, and a BT / WiFi antenna segment for receiving and transmitting a WiFi signal and a BT / WiFi signal, the antenna matching unit and the RF unit are disposed on the PCB, the GPS antenna segment is disposed on the antenna bracket, at least a part of the BT / WiFi antenna segment is disposed on the clearance zone of the PCB, the GPS antenna segment and the BT / WiFi antenna segment are connected to the antenna matching unit via the feed point, and the RF unit activates the GPS antenna segment and the BT / WiFi antenna segment via the feed point.
A control system, comprising: a location detector configured to detect a relative position of a first vehicle with respect to a second vehicle, the first vehicle carrying a material to deliver, and the second vehicle, that receives the material, the location detector being configured to generate a location signal indicative of the relative position; and an equipment control system configured to receive the location signal and to generate a conveyor position control signal to control a physical position of a first end of a conveyor relative to an outlet opening defined on the first vehicle based on the location signal and to control a physical position of a second end of the conveyor relative to an inlet opening defined on the second vehicle based on the location signal, the equipment control system being configured to generate a conveyor operation control signal to control a quantity of the material conveyed from the first vehicle into the second vehicle with the conveyor, characterized in that control of the physical location of the first end of the conveyor relative to an outlet opening defined on the first vehicle comprises controlling the physical location of the first end of the conveyor to move from a first outlet opening defined on the first vehicle to a second outlet opening defined on the first vehicle. a location detector configured to detect a relative position of a first vehicle with respect to a second vehicle, the first vehicle carrying a material to deliver, and the second vehicle, that receives the material, the location detector being configured to generate a location signal indicative of the relative position; and an equipment control system configured to receive the location signal and to generate a conveyor position control signal to control a physical position of a first end of a conveyor relative to an outlet opening defined on the first vehicle based on the location signal and to control a physical position of a second end of the conveyor relative to an inlet opening defined on the second vehicle based on the location signal, the equipment control system being configured to generate a conveyor operation control signal to control a quantity of the material conveyed from the first vehicle into the second vehicle with the conveyor, characterized in that control of the physical location of the first end of the conveyor relative to an outlet opening defined on the first vehicle comprises controlling the physical location of the first end of the conveyor to move from a first outlet opening defined on the first vehicle to a second outlet opening defined on the first vehicle.
A mineral, hydraulic binder in the form of an initial dry mixture, in particular for the production of concrete or mortars or cement suspensions, based on at least one cement, wherein the cement comprises clinker phases, such as in particular C 3 S, C 2 S, C 3 A, C 4 AF, which form hydrate phases that harden with water to give hardened cement paste, and wherein, after mixing with water, the cement has a rest period of several hours in which no significant hardening reactions take place, characterised by - at least one finely divided SiO 2 component in the form of precipitated silica in the form of agglomerate particles having particle sizes of between 3 and 15 μm - at least one finely divided CaO component in the form of - calcium oxide, which comprises 90 to 99 wt.% CaO and has particle sizes of between 0.5 and 100 μm, and/or - hydrated lime having CaO contents of between 60 and 75 wt.% and particle sizes of between 0.7 and 100 μm - wherein the at least one SiO 2 component and the at least one CaO component form calcium silicate hydrate phases with mixing water which harden during the rest period by virtue of a pozzolanic reaction and create early strength. - at least one finely divided SiO 2 component in the form of precipitated silica in the form of agglomerate particles having particle sizes of between 3 and 15 μm - at least one finely divided CaO component in the form of - calcium oxide, which comprises 90 to 99 wt.% CaO and has particle sizes of between 0.5 and 100 μm, and/or - hydrated lime having CaO contents of between 60 and 75 wt.% and particle sizes of between 0.7 and 100 μm - calcium oxide, which comprises 90 to 99 wt.% CaO and has particle sizes of between 0.5 and 100 μm, and/or - hydrated lime having CaO contents of between 60 and 75 wt.% and particle sizes of between 0.7 and 100 μm - wherein the at least one SiO 2 component and the at least one CaO component form calcium silicate hydrate phases with mixing water which harden during the rest period by virtue of a pozzolanic reaction and create early strength.
Polymer material, with 30-70% by weight, preferably with 35-65% by weight, particularly preferably with 40-60% by weight, of a base polymer which is biodegradable according to ISO 14855, and with 70-30% by weight, preferably 65% -35%, particularly preferably 60-40%, of a barrier material which is biodegradable according to ISO 14855, characterized in that the quotient of the oxygen permeability (according to ASTM D3985) of the base polymer to the oxygen permeability of the polymer material is greater than 2, preferably greater than 2.5. with 30-70% by weight, preferably with 35-65% by weight, particularly preferably with 40-60% by weight, of a base polymer which is biodegradable according to ISO 14855, and with 70-30% by weight, preferably 65% -35%, particularly preferably 60-40%, of a barrier material which is biodegradable according to ISO 14855, characterized in that the quotient of the oxygen permeability (according to ASTM D3985) of the base polymer to the oxygen permeability of the polymer material is greater than 2, preferably greater than 2.5.
A control grid for an electron beam generating device, said control grid comprising apertures arranged in rows in a width direction and columns in a height direction, wherein a majority of the apertures in a row have the same size, a majority of the apertures in a row have a uniform height and width, a majority of the apertures of the control grid have the same width, and wherein the size of the apertures of at least one row differs from the size of the apertures of another row, such that the height of the apertures of that at least one row differs from the height of the apertures of the another row, characterised in that the apertures have hexagonal shape and that the apertures of the rows form a honeycomb-shaped structure.