mhurhangee/ep-ind-claims huggingface dataset:
An ultrasound imaging system, comprising: a probe comprising: (i) a housing; (ii) a transducer array positioned within the housing, wherein the transducer array emits acoustical energy and receives return reflections of the acoustical energy; and (iii) a transmitter mounted on the circuit substrate and communicatively coupled to the transducer array, wherein the transmitter stimulates the transducer array to emit acoustical energy; and a cable assembly comprising a first electrical connector capable of being removably connected to the probe; wherein the probe further comprises a first and a second electrical contact, and the first electrical connector comprises a third and a fourth electrical contact that mate with the respective first and second electrical contacts when the probe and the connector are mated; and a compressible and electrically-insulative gasket mounted on the probe or the connector so that the gasket encircles the first and third electrical contacts or the second and fourth electrical contacts when the probe and the connector are mated and mounted so that the gasket contacts and rotates against a mating surface (160, 161) of the probe or the connector respectively during mating of the probe with the connector. a probe comprising: (i) a housing; (ii) a transducer array positioned within the housing, wherein the transducer array emits acoustical energy and receives return reflections of the acoustical energy; and (iii) a transmitter mounted on the circuit substrate and communicatively coupled to the transducer array, wherein the transmitter stimulates the transducer array to emit acoustical energy; and a cable assembly comprising a first electrical connector capable of being removably connected to the probe; wherein the probe further comprises a first and a second electrical contact, and the first electrical connector comprises a third and a fourth electrical contact that mate with the respective first and second electrical contacts when the probe and the connector are mated; and a compressible and electrically-insulative gasket mounted on the probe or the connector so that the gasket encircles the first and third electrical contacts or the second and fourth electrical contacts when the probe and the connector are mated and mounted so that the gasket contacts and rotates against a mating surface (160, 161) of the probe or the connector respectively during mating of the probe with the connector.
Compressed-air supply system for operating a pneumatic installation, in particular an air-suspension system of a vehicle, comprising: - an air supply, comprising an air compressor unit for supplying compressed air to an compressed air supply; - a compressed air port to the pneumatic installation; - an air removal port for releasing air to the environment; - a pneumatic main line between the compressed air supply and the compressed air port, the pneumatic main line comprising an air dryer and a throttle - an air removal line between the compressed air port and the air removal port, the air removal line branching of the pneumatic main line; - an exhaust valve connected in the air removal line, wherein the exhaust valve comprises a pressure control port connected to the compressed air supply, and comprises a pressure counter control port connected to the compressed air port, characterized in that the exhaust valve comprises control chamber which is fluidically partitioned by a diaphragm for switching the exhaust valve between an opened and a closed state (OS; CS), the diaphragm having an effective area pressurizable via the pressure control port and an opposing effective area pressurizable via the pressure counter control port and wherein the exhaust valve is configured to be normally opened. - an air supply, comprising an air compressor unit for supplying compressed air to an compressed air supply; - a compressed air port to the pneumatic installation; - an air removal port for releasing air to the environment; - a pneumatic main line between the compressed air supply and the compressed air port, the pneumatic main line comprising an air dryer and a throttle - an air removal line between the compressed air port and the air removal port, the air removal line branching of the pneumatic main line; - an exhaust valve connected in the air removal line, wherein the exhaust valve comprises a pressure control port connected to the compressed air supply, and comprises a pressure counter control port connected to the compressed air port,
An information processing system comprising a control unit configured to: set a plurality of users who is currently acting together as a plurality of users belonging to a specific community; and perform control so as to enable the plurality of users to experience a same type of service at substantially same timing by each wireless device corresponding to each user according to the same type of service available to the each user, wherein when a first user and a second user who belong to the specific community are able to use a same content service, the control unit performs control so that a first wireless device corresponding to the first user transmits a content distribution request specified by the first user to the content service, and performs control so that a second wireless device corresponding to the second user transmits the content distribution request to the content service, and when the first user has a right to have the content distributed in the available content service, and the second user needs billing processing in order to have a right to have the content distributed in the available content service, the control unit performs control so that the first wireless device performs not only the content distribution request but also temporary billing processing and transmits the content distribution request of the second wireless device to the content service. set a plurality of users who is currently acting together as a plurality of users belonging to a specific community; and perform control so as to enable the plurality of users to experience a same type of service at substantially same timing by each wireless device corresponding to each user according to the same type of service available to the each user, wherein when a first user and a second user who belong to the specific community are able to use a same content service, the control unit performs control so that a first wireless device corresponding to the first user transmits a content distribution request specified by the first user to the content service, and performs control so that a second wireless device corresponding to the second user transmits the content distribution request to the content service, and performs control so that a first wireless device corresponding to the first user transmits a content distribution request specified by the first user to the content service, and performs control so that a second wireless device corresponding to the second user transmits the content distribution request to the content service, and when the first user has a right to have the content distributed in the available content service, and the second user needs billing processing in order to have a right to have the content distributed in the available content service, the control unit performs control so that the first wireless device performs not only the content distribution request but also temporary billing processing and transmits the content distribution request of the second wireless device to the content service.
Cyclone pre-separator for positioning on a particle collecting container, comprising a box-shaped housing and a cyclone unit arranged in the housing, the cyclone unit comprising an air inlet, an air outlet, and a particle outlet arranged on a underside of the cyclone pre-separator, wherein the housing has an air inlet hose port connected to the air inlet and an air outlet hose port connected to the air outlet, and has lower housing couplers, adapted to provide a releasable, vertically tension-proof coupling to the particle collecting container in a state in which the cyclone pre-separator is positioned on the particle collecting container.
A device for combating oil contamination on water surfaces, which comprises an oleophilic body partially immersed in water, a float, a ballast, and a drive mechanism the shaft of which is connected to the oleophilic body, characterized in that it additionally includes an oil film ignition device, in order to ignite the oil film adhering to the surface of the oleophilic body.
A chisel holder having a plug-in extension and having a bore-like chisel receptacle (10.2), which has a central longitudinal axis, wherein a convexly curved supporting surface (10.1) is provided on a base part, wherein the central longitudinal axis of the chisel receptacle (10.2) intersects the supporting surface (10.1), wherein the base part is arranged in the connection area of the plug-in extension, and where the supporting surface (10.1) has a spherical surface contour.
A soil chemistry sensor for in-situ soil chemistry sensing, the sensor comprising a probe incorporating a first, ion-selective electrode, wherein said ion-selective electrode comprises a first-electrode housing defining a first lumen having a porous ion-selective plug/membrane towards a distal end of the first lumen, said first-electrode including a first conductor in a first electrolyte, characterized by that the probe further comprises a second, reference electrode, wherein said reference electrode comprises a second electrode housing defining a second lumen (114a,b) having a porous reference electrode plug/membrane (116a,b) towards a distal end of the second lumen (114a,b), said second electrode including a second conductor in a second electrolyte (118a,b), wherein said porous ion-selective plug/membrane and said porous reference electrode plug/membrane (116a,b) are within 10mm of one another, and wherein said porous reference electrode plug/membrane (116a,b) and said ion-selective plug/membrane each comprise a solvent-cast polymer.
Method for determining a reference value of a presence of at least one substance occurring in an exhaust gas stream of an internal combustion engine, wherein the at least one substance is subjected to exhaust treatment, the exhaust treatment being carried out in dependence of the reference value ( Em ref; Em ref, 1; Em ref, 2), the method being characterised in that when the internal combustion engine is started and the start of the internal combustion engine fulfils a first criterion: accumulating the occurrence of the at least one substance downstream the exhaust treatment during a first period, wherein the criterion comprises a criterion which is used to determine whether the start of the internal combustion engine is to be classified as a cold start or not, and determining whether to redetermine the reference value ( Em ref; Em ref, 1; Em ref,2) based on the accumulated occurrence ( Em ACC, 1; Em ACC, 2) of the at least one substance, and redetermining the reference value ( Em ref; Em ref, 1; Em ref,2) when the accumulated occurrence ( Em ACC, 1; Em ACC, 2) of said at least one substance exceeds a first limit. accumulating the occurrence of the at least one substance downstream the exhaust treatment during a first period, wherein the criterion comprises a criterion which is used to determine whether the start of the internal combustion engine is to be classified as a cold start or not, and determining whether to redetermine the reference value ( Em ref; Em ref, 1; Em ref,2) based on the accumulated occurrence ( Em ACC, 1; Em ACC, 2) of the at least one substance, and redetermining the reference value ( Em ref; Em ref, 1; Em ref,2) when the accumulated occurrence ( Em ACC, 1; Em ACC, 2) of said at least one substance exceeds a first limit.
A household appliance control system device having a system master module comprising: a first operating system, configured to generate a function control signal according to a user input or a cloud instruction and to transmit the function control signal to a second operating system; a second operating system, configured to drive, according to the function control signal, at least one function module (21; 22;...; 2N) of a household appliance to perform a corresponding operation; and a security interface, configured to perform security verification on the function control signal generated by the first operating system, and transmit the function control signal to the second operating system if the function control signal passes the verification; characterized in that the security interface is set in a virtual machine monitor, and the virtual machine monitor is configured to logically isolate the first operating system from the second operating system. a first operating system, configured to generate a function control signal according to a user input or a cloud instruction and to transmit the function control signal to a second operating system; a second operating system, configured to drive, according to the function control signal, at least one function module (21; 22;...; 2N) of a household appliance to perform a corresponding operation; and a security interface, configured to perform security verification on the function control signal generated by the first operating system, and transmit the function control signal to the second operating system if the function control signal passes the verification; characterized in that the security interface is set in a virtual machine monitor, and the virtual machine monitor is configured to logically isolate the first operating system from the second operating system.
A reading device configured to receive and read, by an imaging element (9, 31c, or 32c), light from an object irradiated with light by a light source, the reading device characterized by comprising: a reading density setting unit configured to individually set a reading density range of the object in correction in a first reading operation for executing the correction using first reference data, for data of the object read in a visible light region, or a second reading operation for executing the correction using second reference data, for data of the object read in an invisible light region, said reading density range being set by using a reading density variable coefficient k being a value which is variable between the first reading operation and the second reading operation, wherein the reading density variable coefficient k is selected in the first reading operation or in the second reading operation, and the respective reading density variable coefficients k are set, wherein the reading density corresponds to reflectance or transmittance, wherein the first reference data and the second reference data are based on a common reference white board, and wherein the reading density setting unit controls the reading density range read in the visible light region and the reading density range read in the invisible light region to be equal. a reading density setting unit configured to individually set a reading density range of the object in correction in a first reading operation for executing the correction using first reference data, for data of the object read in a visible light region, or a second reading operation for executing the correction using second reference data, for data of the object read in an invisible light region, said reading density range being set by using a reading density variable coefficient k being a value which is variable between the first reading operation and the second reading operation, wherein the reading density variable coefficient k is selected in the first reading operation or in the second reading operation, and the respective reading density variable coefficients k are set, wherein the reading density corresponds to reflectance or transmittance, wherein the first reference data and the second reference data are based on a common reference white board, and wherein the reading density setting unit controls the reading density range read in the visible light region and the reading density range read in the invisible light region to be equal.
An inflatable evacuation device, comprising a telescopic canopy support having: a first canopy support segment; and a second canopy support segment configured to fit at least partially within the first canopy support segment when the telescopic canopy support is in a stowed state and configured to interlock with the first canopy support segment in an extended position when the telescopic canopy support is in a deployed state; and a canopy configured to couple to the telescopic canopy support; characterised in that the first canopy support segment, in use, extends within a receptacle of in inflated volume of an inflatable member of the inflatable evacuation device when in the deployed state. a first canopy support segment; and a second canopy support segment configured to fit at least partially within the first canopy support segment when the telescopic canopy support is in a stowed state and configured to interlock with the first canopy support segment in an extended position when the telescopic canopy support is in a deployed state; and a canopy configured to couple to the telescopic canopy support; characterised in that the first canopy support segment, in use, extends within a receptacle of in inflated volume of an inflatable member of the inflatable evacuation device when in the deployed state.
A curved laminated structure suitable for use in aviation industry comprising at least one upper layer positioned on the inner radius surface, at least one lower layer positioned on the outer radius surface of the curved laminated structure, and at least one intermediate layer positioned between the said upper layer and lower layer, characterized by comprising: - at least one fiber bundle consisting of unidirectional fibers, which is positioned at an upper side of the intermediate layer facing the outer layer and on the curved laminated structure in the longitudinal direction, in order to ensure strength, by means of elongation stiffness, against deformation induced by the growth of an inner angle in the region of a bend of the said curved laminated structure and resulting from a tensile force applied on the curved laminated structure, and - at least one adhesive tape lying on the bend region of the curved laminated structure and on the intermediate layer, along the width of the curved laminated structure, in order to prevent propagation of a possible delamination crack within the said curved laminated structure and between the layers. - at least one fiber bundle consisting of unidirectional fibers, which is positioned at an upper side of the intermediate layer facing the outer layer and on the curved laminated structure in the longitudinal direction, in order to ensure strength, by means of elongation stiffness, against deformation induced by the growth of an inner angle in the region of a bend of the said curved laminated structure and resulting from a tensile force applied on the curved laminated structure, and - at least one adhesive tape lying on the bend region of the curved laminated structure and on the intermediate layer, along the width of the curved laminated structure, in order to prevent propagation of a possible delamination crack within the said curved laminated structure and between the layers.
A resin package for a light emitting diode element, comprising: a base body having a rectangular outer shape in top view, the base body forming a recess defined by a bottom surface and a side wall thereof; and a conductive member having an upper surface exposed at the bottom surface of the recess and a lower surface forming an outer surface, wherein a shape of the opening of the recess is a track shape having in top view a pair of linear portions at a central portion in the longitudinal direction of the base body and a pair of curved portions in the transverse direction of the base body, wherein the base body has a bottom portion and a side wall portion integrally formed of a resin, an inner surface of the side wall portion is the side wall defining the recess and has a pair of flat surface portions corresponding to the linear portions and a pair of curved surface portions corresponding to the curved portions, characterized in that the base body has a protruding portion formed in the recess, the protruding portion being integrally formed with the side wall portion, the protruding portion being disposed not on the flat surface portions of the side wall portion but on a curved surface portion of the side wall portion. a base body having a rectangular outer shape in top view, the base body forming a recess defined by a bottom surface and a side wall thereof; and a conductive member having an upper surface exposed at the bottom surface of the recess and a lower surface forming an outer surface, wherein a shape of the opening of the recess is a track shape having in top view a pair of linear portions at a central portion in the longitudinal direction of the base body and a pair of curved portions in the transverse direction of the base body, wherein the base body has a bottom portion and a side wall portion integrally formed of a resin, an inner surface of the side wall portion is the side wall defining the recess and has a pair of flat surface portions corresponding to the linear portions and a pair of curved surface portions corresponding to the curved portions, characterized in that the base body has a protruding portion formed in the recess, the protruding portion being integrally formed with the side wall portion, the protruding portion being disposed not on the flat surface portions of the side wall portion but on a curved surface portion of the side wall portion.
A regeneration cooler for a ramjet engine, comprising a passage forming structure in which a fuel passage through which a liquid fuel is to be supplied is formed, wherein a coating (12, 12A) is formed in the fuel passage to at least partially cover a wall surface of the fuel passage, wherein the coating (12, 12A) comprises: metal particles adhered and fixed to the wall surface of the fuel passage; and a coating material (14, 17), characterized in that the metal particles are formed of a material identical with that of the passage forming structure. metal particles adhered and fixed to the wall surface of the fuel passage; and a coating material (14, 17), characterized in that the metal particles are formed of a material identical with that of the passage forming structure.