mhurhangee/patent-ind-claim-en huggingface dataset:
A network node for a wireless telecommunications network, comprising: processing logic operable to execute an application which establishes a data session for transmission of data packets between said network node and another network node; a first radio interface operable to support data packets transmission with said another network node using a first radio access technology in accordance with any of a plurality of different data transport protocols, the first radio interface comprising a 3GPP wireless communications standard interface; a second radio interface operable to support data packets transmission with said another network node using a second radio access technology in accordance with any of a plurality of different data transport protocols, the second radio interface comprising an IEEE wireless communications standard interface; and a controller adapted to select which radio interface and data transport protocol to use for transmission of said data packets of said data session between said network node and said another network node by selecting the 3GPP wireless communication standard interface as a default radio interface and TCP as a default data transport protocol for uplink and downlink, and the controller is further adapted to change the radio interface and data transport protocol to the IEEE wireless communication standard interface and UDP-encapsulated TCP for downlink in response to network conditions. processing logic operable to execute an application which establishes a data session for transmission of data packets between said network node and another network node; a first radio interface operable to support data packets transmission with said another network node using a first radio access technology in accordance with any of a plurality of different data transport protocols, the first radio interface comprising a 3GPP wireless communications standard interface; a second radio interface operable to support data packets transmission with said another network node using a second radio access technology in accordance with any of a plurality of different data transport protocols, the second radio interface comprising an IEEE wireless communications standard interface; and a controller adapted to select which radio interface and data transport protocol to use for transmission of said data packets of said data session between said network node and said another network node by selecting the 3GPP wireless communication standard interface as a default radio interface and TCP as a default data transport protocol for uplink and downlink, and the controller is further adapted to change the radio interface and data transport protocol to the IEEE wireless communication standard interface and UDP-encapsulated TCP for downlink in response to network conditions.
An inkjet printer comprising: at least one head including a plurality of nozzles for ejecting ink toward a recording medium; a tank for storing said ink therein and supplying said ink to said head; a pressure sensor for measuring the pressure in said tank; an ink return part for feeding said ink from said head back to said tank; a pressure regulating part for performing a negative pressure reduction operation which causes the pressure in said tank to approach atmospheric pressure and to increase if the pressure in said tank measured with said pressure sensor is judged to be not greater than a predetermined value which is lower than atmospheric pressure; wherein the pressure value is measured with the pressure sensor; an operation sensing part for sensing the number of times or frequency of said negative pressure reduction operation performed by said pressure regulating part; and an error detection part for judging whether said ink return part is feeding said ink from said head to said tank normally or not, based on a sensing signal from said operation sensing part. at least one head including a plurality of nozzles for ejecting ink toward a recording medium; a tank for storing said ink therein and supplying said ink to said head; a pressure sensor for measuring the pressure in said tank; an ink return part for feeding said ink from said head back to said tank; a pressure regulating part for performing a negative pressure reduction operation which causes the pressure in said tank to approach atmospheric pressure and to increase if the pressure in said tank measured with said pressure sensor is judged to be not greater than a predetermined value which is lower than atmospheric pressure; wherein the pressure value is measured with the pressure sensor; an operation sensing part for sensing the number of times or frequency of said negative pressure reduction operation performed by said pressure regulating part; and an error detection part for judging whether said ink return part is feeding said ink from said head to said tank normally or not, based on a sensing signal from said operation sensing part.
Agricultural machine embracing at least one drilling unit in turn comprising a support device as well as a seed metering device to distribute seeds to a drill furrow in the ground across which the agricultural machine moves, the drilling unit being movably connected with a structural member embraced by the agricultural machine and the seed metering device being fixedly connected with the support device of the drilling unit , the seed metering device embracing a seed metering element that, by means of a driving device, is arranged to transport seeds to a seed metering line , where the seed metering device comprises a chamber for seeds , which chamber is arranged to be supplied with a positive pressure from a pressure-creating member embraced by the agricultural machine, where the seed metering element constitutes a wall limiting the chamber and in which holes or recesses are arranged, which holes/recesses connect the chamber with the surroundings, with the purpose of, by the pressure difference developed hereby, attaching and transporting seeds at said holes/recesses of the seed metering element , characterized in that the seed metering line has an inlet in the chamber , with the purpose of, by said positive pressure in the chamber , creating an air flow for the transportation of the seeds from the chamber through the seed metering line to the drill furrow .
A compound engine assembly comprising: an inlet duct having an inlet in fluid communication with ambient air around the compound engine assembly, the inlet being surrounded by an inlet lip, the inlet lip including at least one conduit extending therethrough; a compressor having an inlet in fluid communication with the inlet duct; an engine core , the engine core having an inlet in fluid communication with an outlet of the compressor; a turbine section having an inlet in fluid communication with an outlet of the engine core, the turbine section including at least one turbine rotor connected to a turbine shaft; an exhaust duct having an outlet in fluid communication with the ambient air around the compound engine assembly; a first exhaust conduit providing a fluid communication between an outlet of the turbine section and the exhaust duct; and a second exhaust conduit providing a fluid communication between the outlet of the turbine section and the at least one conduit of the inlet lip, the at least one conduit of the inlet lip also communicating with the ambient air around the compound engine assembly; wherein the engine core includes at least one internal combustion engine in driving engagement with an engine shaft, the turbine shaft is in driving engagement with the engine shaft; and the at least one conduit of the inlet lip communicates with the ambient air around the compound engine assembly through communication with the exhaust duct. an inlet duct having an inlet in fluid communication with ambient air around the compound engine assembly, the inlet being surrounded by an inlet lip, the inlet lip including at least one conduit extending therethrough; a compressor having an inlet in fluid communication with the inlet duct; an engine core , the engine core having an inlet in fluid communication with an outlet of the compressor; a turbine section having an inlet in fluid communication with an outlet of the engine core, the turbine section including at least one turbine rotor connected to a turbine shaft; an exhaust duct having an outlet in fluid communication with the ambient air around the compound engine assembly; a first exhaust conduit providing a fluid communication between an outlet of the turbine section and the exhaust duct; and a second exhaust conduit providing a fluid communication between the outlet of the turbine section and the at least one conduit of the inlet lip, the at least one conduit of the inlet lip also communicating with the ambient air around the compound engine assembly; wherein the engine core includes at least one internal combustion engine in driving engagement with an engine shaft, the turbine shaft is in driving engagement with the engine shaft; and the at least one conduit of the inlet lip communicates with the ambient air around the compound engine assembly through communication with the exhaust duct.
Piezoelectrically operated dispenser for dispensing liquid or volatile substances, with a housing which has a housing interior , the housing having a single-part or multi-part outer shell which delimits the housing interior towards the outside, forms a base- or support-area and has at least one outlet opening for the substance to be dispensed, with a container which is detachably connectable to the housing and in which a substance to be discharged and/or volatilised is received, and with a piezoelectrically operated atomiser system , which is arranged in the housing interior and by means of which the substance removed from the container is atomised, wherein the container is received in the housing interior in the assembled state and is releasably held there by means of at least one snap connection , wherein the housing has an insertion opening for the container , via which the container is insertable into the housing interior , wherein the housing has at least one finger engagement opening in the region of the insertion opening in such a way that finger engagement in the housing interior is possible when the container is inserted into the housing interior and when the container is removed from the housing interior , characterised in that the insertion opening and two finger engagement openings are formed in the base- or support-area of the outer shell of the housing , that the insertion opening is located in a central region between the two finger engagement openings adjoining it on opposite sides. with a housing which has a housing interior , the housing having a single-part or multi-part outer shell which delimits the housing interior towards the outside, forms a base- or support-area and has at least one outlet opening for the substance to be dispensed, with a container which is detachably connectable to the housing and in which a substance to be discharged and/or volatilised is received, and with a piezoelectrically operated atomiser system , which is arranged in the housing interior and by means of which the substance removed from the container is atomised, wherein the container is received in the housing interior in the assembled state and is releasably held there by means of at least one snap connection , wherein the housing has an insertion opening for the container , via which the container is insertable into the housing interior , wherein the housing has at least one finger engagement opening in the region of the insertion opening in such a way that finger engagement in the housing interior is possible when the container is inserted into the housing interior and when the container is removed from the housing interior , characterised in that the insertion opening and two finger engagement openings are formed in the base- or support-area of the outer shell of the housing , that the insertion opening is located in a central region between the two finger engagement openings adjoining it on opposite sides.
An anti-CD200 antibody for use in prolonging the survival of a renal allograft in a recipient mammal, wherein the recipient mammal is presensitized to the renal allograft, wherein the anti-CD200 antibody is to be administered to the recipient mammal in conjunction with one or more immunosuppressive agents; and wherein the anti-CD200 antibody is to be subcutaneously administered to the recipient mammal or intravenously administered to the recipient mammal.
A control unit of an aerosol generation device comprising: a processing device configured to acquire a remaining amount of an aerosol source, wherein when the remaining amount of the aerosol source is smaller than a threshold value, the processing device suppresses discharge from a power supply to an atomizer configured to atomize the aerosol source, characterized in that when the remaining amount of the aerosol source is equal to or greater than the threshold value, the processing device controls the discharge from the power supply to the atomizer so as to make an amount of the aerosol source to be atomized different, based on the remaining amount of the aerosol source. a processing device configured to acquire a remaining amount of an aerosol source, wherein when the remaining amount of the aerosol source is smaller than a threshold value, the processing device suppresses discharge from a power supply to an atomizer configured to atomize the aerosol source, characterized in that when the remaining amount of the aerosol source is equal to or greater than the threshold value, the processing device controls the discharge from the power supply to the atomizer so as to make an amount of the aerosol source to be atomized different, based on the remaining amount of the aerosol source.
Method of detecting movements of a sample with respect to an objective , - wherein light from at least one reference object connected to the sample is imaged at consecutive points in time by means of the objective into reference object images in an image plane , - wherein the reference object images in the image plane are recorded by a camera , and - wherein the recorded reference object images are compared to one another, characterized in - that illumination light is coupled into a waveguide which is oriented transversely to the optical axis of the objective , and that the at least one reference object is illuminated with the coupled-in illumination light that induces the irradiation of the light from the at least one reference object , - wherein a glass plate or another plate of made of an optically transparent material of the sample is used as the waveguide, wherein the at least one reference object is in the plate. - wherein light from at least one reference object connected to the sample is imaged at consecutive points in time by means of the objective into reference object images in an image plane , - wherein the reference object images in the image plane are recorded by a camera , and - wherein the recorded reference object images are compared to one another, characterized in - that illumination light is coupled into a waveguide which is oriented transversely to the optical axis of the objective , and that the at least one reference object is illuminated with the coupled-in illumination light that induces the irradiation of the light from the at least one reference object , - wherein a glass plate or another plate of made of an optically transparent material of the sample is used as the waveguide, wherein the at least one reference object is in the plate.
A memory cell of the SRAM type, including at least: - storage TFET and/or CMOS transistors forming a memory point at which a bit is intended to be stored; - a read port comprising at least one read MOS transistor , a read TFET transistor , a power supply terminal and a read bit line whereof an electric potential is intended to vary depending on the value of the bit stored during a reading of the stored bit, and such that: - the gate of the read MOS transistor is linked to the memory point , and the gate of the read TFET transistor is able to receive a read control signal of the stored bit; - a first electrode of the read MOS transistor , corresponding to a source or a drain of the read MOS transistor , is linked to the power supply terminal ; - a second electrode of the read MOS transistor , respectively corresponding to the drain or the source of the read MOS transistor , is linked to a first electrode of the read TFET transistor corresponding to a source or a drain of the read TFET transistor ; - a second electrode of the read TFET transistor , respectively corresponding to the drain or the source of the read TFET transistor , is linked to the read bit line . - storage TFET and/or CMOS transistors forming a memory point at which a bit is intended to be stored; - a read port comprising at least one read MOS transistor , a read TFET transistor , a power supply terminal and a read bit line whereof an electric potential is intended to vary depending on the value of the bit stored during a reading of the stored bit, and such that: - the gate of the read MOS transistor is linked to the memory point , and the gate of the read TFET transistor is able to receive a read control signal of the stored bit; - a first electrode of the read MOS transistor , corresponding to a source or a drain of the read MOS transistor , is linked to the power supply terminal ; - a second electrode of the read MOS transistor , respectively corresponding to the drain or the source of the read MOS transistor , is linked to a first electrode of the read TFET transistor corresponding to a source or a drain of the read TFET transistor ; - a second electrode of the read TFET transistor , respectively corresponding to the drain or the source of the read TFET transistor , is linked to the read bit line .
A computer-implemented method for enlarging a portion of a view of a user interface displayed within a touch-sensitive screen , the method comprising: providing, for display on the screen, a user interface, the user interface including selectable objects; calibrating the user interface by measuring a touch area of a user's finger detected on the touch-sensitive screen and identifying an area of spatial separation for the finger corresponding to the touch area; receiving a first user tap on the touch-sensitive screen; determining that two or more selectable objects are within the area of spatial separation of the first user tap; generating automatically a magnified view of the two or more selectable objects in response to the two or more selectable objects being within the area of spatial separation of the first user tap; receiving an indication of a selection associated with the magnified view; and removing the magnified view in response to the indication of the selection. providing, for display on the screen, a user interface, the user interface including selectable objects; calibrating the user interface by measuring a touch area of a user's finger detected on the touch-sensitive screen and identifying an area of spatial separation for the finger corresponding to the touch area; receiving a first user tap on the touch-sensitive screen; determining that two or more selectable objects are within the area of spatial separation of the first user tap; generating automatically a magnified view of the two or more selectable objects in response to the two or more selectable objects being within the area of spatial separation of the first user tap; receiving an indication of a selection associated with the magnified view; and
A coated carbon nanotube electric wire comprising: a carbon nanotube wire including one or a plurality of carbon nanotube aggregates formed by a plurality of carbon nanotubes; and an insulating coating layer coating the carbon nanotube wire, wherein: the insulating coating layer has an identification mark, the carbon nanotube wire is a twisted wire, the identification mark indicates a twisting direction of the twisted wire, the insulating coating layer is present on a peripheral surface of the carbon nanotube wire and is an outermost layer, the insulating coating layer is transparent, and the identification mark includes a fluorescent substance. the insulating coating layer has an identification mark, the carbon nanotube wire is a twisted wire, the identification mark indicates a twisting direction of the twisted wire, the insulating coating layer is present on a peripheral surface of the carbon nanotube wire and is an outermost layer, the insulating coating layer is transparent, and the identification mark includes a fluorescent substance.
An arrangement for a transport vehicle comprising a plurality of locking devices , each locking device being mounted on a leaf movable between an open position and a closed position, each locking device able to be switched over by means of an actuating tool between an unlocked state, allowing opening of the leaf , and a locked state, preventing opening of the leaf , the arrangement comprising in addition: - a power supply system comprising a secondary power supply line for supplying power to each locking device , and - a control system adapted to switch the secondary line between a supply configuration, in which the secondary line supplies electrical power to each locking device , and a blocking configuration, in which the secondary line does not supply electrical power to the locking devices , each locking device being configured to be locked in a locked state in the absence of a power supply. the arrangement comprising in addition: - a power supply system comprising a secondary power supply line for supplying power to each locking device , and - a control system adapted to switch the secondary line between a supply configuration, in which the secondary line supplies electrical power to each locking device , and a blocking configuration, in which the secondary line does not supply electrical power to the locking devices , - a power supply system comprising a secondary power supply line for supplying power to each locking device , and - a control system adapted to switch the secondary line between a supply configuration, in which the secondary line supplies electrical power to each locking device , and a blocking configuration, in which the secondary line does not supply electrical power to the locking devices , each locking device being configured to be locked in a locked state in the absence of a power supply.
Socket , connectable to a plug-in device , wherein the plug-in device is a bushing and/or a cable termination, - wherein the socket includes a current conduction path and a field control unit, - wherein the field control unit includes a layer arrangement with at least three conductive layers arranged around the current conduction path and separated by an insulating material, - wherein the socket further comprises a connection surface to be in contact with a surface of the plug-in device, - wherein an angle between the connection surface and the current conduction path is larger than 3°, characterized in that , - a distance between an edge of one of the conductive layers and the connection surface is smaller than 12 mm, - wherein an innermost layer of the conductive layers is electrically connected to the current conduction path. - wherein the socket includes a current conduction path and a field control unit, - wherein the field control unit includes a layer arrangement with at least three conductive layers arranged around the current conduction path and separated by an insulating material, - wherein the socket further comprises a connection surface to be in contact with a surface of the plug-in device, - wherein an angle between the connection surface and the current conduction path is larger than 3°, characterized in that , - a distance between an edge of one of the conductive layers and the connection surface is smaller than 12 mm, - wherein an innermost layer of the conductive layers is electrically connected to the current conduction path.