mhurhangee/ep-ind-claims huggingface dataset:
A plasma coating apparatus for coating a substrate with particles contained in a particle reservoir, comprising a metering device for metering the particles contained in the particle reservoir, at least one transport line and a fully enclosed process chamber, characterized in that, a suction line is connected to the process chamber, wherein a suction pump is associated with the suction line and a flow control valve is arranged upstream of the suction pump, whereby a pressure gradient (ΔP) between the process chamber and the particle reservoir can be set such that in the process chamber a process chamber pressure exists and in the particle reservoir a particle reservoir pressure exists, wherein the process chamber pressure is lower than the particle reservoir pressure and a plasma coating nozzle in the process chamber is connected to the transport line from the particle reservoir. characterized in that, a suction line is connected to the process chamber, wherein a suction pump is associated with the suction line and a flow control valve is arranged upstream of the suction pump, whereby a pressure gradient (ΔP) between the process chamber and the particle reservoir can be set such that in the process chamber a process chamber pressure exists and in the particle reservoir a particle reservoir pressure exists, wherein the process chamber pressure is lower than the particle reservoir pressure and a plasma coating nozzle in the process chamber is connected to the transport line from the particle reservoir.
A stencil printer for printing an assembly material on an electronic substrate, the stencil printer comprising: a frame; a stencil coupled to the frame, the stencil having apertures formed therein; a support assembly coupled to the frame, the support assembly including tooling configured to support the electronic substrate in a print position beneath the stencil; a print head assembly coupled to the frame in such a manner that the print head assembly is configured to traverse the stencil during print strokes, the print head assembly including a squeegee blade assembly and at least one paste cartridge to deposit assembly material on the stencil; and a paste dispensing transfer system including a paste cartridge mechanism coupled to the print head assembly, and a rotary indexing mechanism coupled to the frame, wherein the paste dispensing transfer system is configured to transfer a used paste cartridge from the print head assembly to the rotary indexing mechanism supported by the frame and to transfer a new paste cartridge from the rotary indexing mechanism to the print head assembly. a frame; a stencil coupled to the frame, the stencil having apertures formed therein; a support assembly coupled to the frame, the support assembly including tooling configured to support the electronic substrate in a print position beneath the stencil; a print head assembly coupled to the frame in such a manner that the print head assembly is configured to traverse the stencil during print strokes, the print head assembly including a squeegee blade assembly and at least one paste cartridge to deposit assembly material on the stencil; and a paste dispensing transfer system including a paste cartridge mechanism coupled to the print head assembly, and a rotary indexing mechanism coupled to the frame, wherein the paste dispensing transfer system is configured to transfer a used paste cartridge from the print head assembly to the rotary indexing mechanism supported by the frame and to transfer a new paste cartridge from the rotary indexing mechanism to the print head assembly. a paste cartridge mechanism coupled to the print head assembly, and a rotary indexing mechanism coupled to the frame, wherein the paste dispensing transfer system is configured to transfer a used paste cartridge from the print head assembly to the rotary indexing mechanism supported by the frame and to transfer a new paste cartridge from the rotary indexing mechanism to the print head assembly.
A method for a user equipment, UE, to receive a service from a network in a wireless communication system, wherein the UE has multiple antenna units, the method is characterised by: registering multiple UE identities with a first node of the network, wherein each of the multiple UE identities is associated with one of a plurality of distributed units, DUs, of the UE, the DUs being located separately within the UE, each of the DUs including a respective subset of at least one of the multiple antenna units of the UE; and receiving the service through a bearer with the network by using the multiple UE identities. registering multiple UE identities with a first node of the network, wherein each of the multiple UE identities is associated with one of a plurality of distributed units, DUs, of the UE, the DUs being located separately within the UE, each of the DUs including a respective subset of at least one of the multiple antenna units of the UE; and receiving the service through a bearer with the network by using the multiple UE identities.
A cartridge for use in an electronic vapour provision system having a longitudinal axis, the cartridge being configured to engage with and disengage from a control unit substantially along said longitudinal axis, the control unit including a battery and a tube portion disposed along said longitudinal axis, the cartridge comprising: a reservoir of liquid to be vaporised comprising a region formed between an outer wall and an inner tube of the cartridge; a heater element located in the cartridge for vaporising said liquid, the cartridge being configured to feed liquid from the reservoir onto the heater element for vaporisation, the heater element being configured to form an induction heating assembly with a drive coil located in the tube portion of the control unit and disposed about said longitudinal axis, wherein the cartridge is located at least partly within the tube portion when engaged with said control unit, such that the heater element is within the drive coil, and the inner tube the inside of which defines a central passageway which extends, in a direction of airflow, from an air inlet through to an air outlet, wherein the heater element is located in the central passageway; wherein the outer wall of the cartridge has a portion of reduced cross-section configured to be received in a cavity in the control unit formed by the tube portion in order to engage the cartridge with the control unit, wherein the heater element is located in the portion of reduced cross-section. a reservoir of liquid to be vaporised comprising a region formed between an outer wall and an inner tube of the cartridge; a heater element located in the cartridge for vaporising said liquid, the cartridge being configured to feed liquid from the reservoir onto the heater element for vaporisation, the heater element being configured to form an induction heating assembly with a drive coil located in the tube portion of the control unit and disposed about said longitudinal axis, wherein the cartridge is located at least partly within the tube portion when engaged with said control unit, such that the heater element is within the drive coil, and the inner tube the inside of which defines a central passageway which extends, in a direction of airflow, from an air inlet through to an air outlet, wherein the heater element is located in the central passageway; wherein the outer wall of the cartridge has a portion of reduced cross-section configured to be received in a cavity in the control unit formed by the tube portion in order to engage the cartridge with the control unit, wherein the heater element is located in the portion of reduced cross-section.
A device for transporting pieces of luggage, the device comprising multiple luggage compartments arranged vertically one over another each having a compartment bottom, characterized in that at least one of the compartment bottoms is embodied as a compartment bottom to be opened, which compartment bottom to be opened is transferable from a closed state into an open state and vice versa, wherein in the closed state, pieces of luggage can be arranged on the compartment bottom to be opened and, in the open state, they can be conveyed downward through an opening released by the compartment bottom to be opened out of the luggage compartment by means of gravity, in order to empty the luggage compartment.
A method for forming a preformed material, the method comprising: depositing and bonding at least a portion of a fiber roving (1100, 1100C1, 1100C2, 1100C3, 2010, 2020, 2030, 2040, 2050, 2060, 2070, 2080) onto a substrate, characterised in that the fiber roving includes parallel fibers and the fiber roving has one or more folds (1100F, 2510, 2515, 2520, 2525) in a direction parallel to the direction of the fibers. depositing and bonding at least a portion of a fiber roving (1100, 1100C1, 1100C2, 1100C3, 2010, 2020, 2030, 2040, 2050, 2060, 2070, 2080) onto a substrate, characterised in that the fiber roving includes parallel fibers and the fiber roving has one or more folds (1100F, 2510, 2515, 2520, 2525) in a direction parallel to the direction of the fibers.
A vane assembly for a gas turbine engine, the vane assembly comprising: an aerofoil having a leading edge, a trailing edge, and a pressure surface and a suction surface defined between the leading edge and the trailing edge, the aerofoil comprising: a blade member forming the trailing edge, at least a portion of the pressure surface and at least a portion of the suction surface, wherein the blade member is formed of a first material; and a spar at least partly enclosed by the blade member and forming at least a portion of the leading edge, the spar further forming at least one cooling channel and supporting at least a portion of an interior surface (255a, 255b) of the blade member, wherein the spar is formed of a second material different from the first material; wherein the second material has a greater impact resistance than the first material. an aerofoil having a leading edge, a trailing edge, and a pressure surface and a suction surface defined between the leading edge and the trailing edge, the aerofoil comprising: a blade member forming the trailing edge, at least a portion of the pressure surface and at least a portion of the suction surface, wherein the blade member is formed of a first material; and a spar at least partly enclosed by the blade member and forming at least a portion of the leading edge, the spar further forming at least one cooling channel and supporting at least a portion of an interior surface (255a, 255b) of the blade member, wherein the spar is formed of a second material different from the first material; a blade member forming the trailing edge, at least a portion of the pressure surface and at least a portion of the suction surface, wherein the blade member is formed of a first material; and a spar at least partly enclosed by the blade member and forming at least a portion of the leading edge, the spar further forming at least one cooling channel and supporting at least a portion of an interior surface (255a, 255b) of the blade member, wherein the spar is formed of a second material different from the first material; wherein the second material has a greater impact resistance than the first material.
A dish washing and drying machine comprising a tub connected to a hydraulic circuit, whose front face is closed by a door, and said tub being surrounded by a casing comprising an upper wall, side walls, a back wall and a lower wall, said tub being equipped with dish racks comprising at least one façade facing the front face of said tub, as well as at least one means for spraying washing water onto the dishes placed in the wash tub, said door comprising an exterior façade and an inner door, characterized in that means of sprinkling are built in the upper wall of the wash tub to spray washing water in an area comprised between the inner door and the façades of racks, and said means of sprinkling spray washing water directly onto the inner door.
A gas turbine engine component comprising: an engine component body; and at least one hole formed within the engine component body and extending between a hole inlet and a hole outlet, wherein the hole has a first portion having a first surface roughness and a second portion having a second surface roughness that is less than the first surface roughness, and wherein the first portion is upstream of the second portion, characterised in that: wherein the first surface roughness is within a first range of 4 mils to 20 mils (0.1 mm to 0.5 mm) and the second surface roughness is within a range of 0.5 mils to 10 mils (0.0127 mm to 0.254 mm), wherein any of various combinations of the first and second surface roughnesses (R1, R2) can be utilized within the first and second ranges as long as the first surface roughness is greater than the second surface roughness. an engine component body; and at least one hole formed within the engine component body and extending between a hole inlet and a hole outlet, wherein the hole has a first portion having a first surface roughness and a second portion having a second surface roughness that is less than the first surface roughness, and wherein the first portion is upstream of the second portion, characterised in that: wherein the first surface roughness is within a first range of 4 mils to 20 mils (0.1 mm to 0.5 mm) and the second surface roughness is within a range of 0.5 mils to 10 mils (0.0127 mm to 0.254 mm), wherein any of various combinations of the first and second surface roughnesses (R1, R2) can be utilized within the first and second ranges as long as the first surface roughness is greater than the second surface roughness.
Tank container for storing and/or transporting gas and/or liquid, which tank container comprises a frame and an elongate, mainly cylindrical tank vessel having a front head and a back head connected by a shell, and further provided with a manhole and at least one outlet valve, wherein the frame comprises two lateral frames, of which a front frame is attached to the tank vessel near said front head, and of which a back frame is attached to the tank vessel near said back head, wherein said front frame and said back frame further comprise 2 or 4 corner castings each, said corner castings having lifting openings, adapted for passage of a twistlock, which tank container is minimum 40 feet long, and which tank container has a volume of minimum 50,000 I and a maximum gross weight of more than 40,000 kg, up to a maximum of 75,000 kg, characterized in that the front and back heads protrude a distance from the front and back frames, which distance is not larger than 40% of the tank vessel length, and in that said corner castings are made of a steel material with an elasticity limit of at least 600 N/mm 2.
A floor tile comprising a base substrate and a laminate layer, the base substrate comprising: a top surface and an upstanding edge at a perimeter thereof defining a rim for aligning the laminate layer on the top surface, and connecting means are located at each side of the base substrate for connecting the floor tile with an adjacent floor tile to form a floor system of interconnected tiles (1, 1'), characterised in that the connecting means comprises protruding tongues and grooves at each side of the base substrate, and the top surface of the base substrate extends fully over the protruding tongues and grooves on at least one side of the base substrate and whereby, when the tiles (1, 1') are connected, the top surface of the base substrate extends over to thereby fully cover protruding tongues and grooves forming a connecting means at a side of the adjacent tile to align and position the upstanding edge of the base substrate with an upstanding edge on a top surface of the adjacent tile in a side by side arrangement to provide a grout effect comprising the upstanding edges of the connected tiles (1, 1'). a top surface and an upstanding edge at a perimeter thereof defining a rim for aligning the laminate layer on the top surface, and connecting means are located at each side of the base substrate for connecting the floor tile with an adjacent floor tile to form a floor system of interconnected tiles (1, 1'), characterised in that the connecting means comprises protruding tongues and grooves at each side of the base substrate, and the top surface of the base substrate extends fully over the protruding tongues and grooves on at least one side of the base substrate and whereby, when the tiles (1, 1') are connected, the top surface of the base substrate extends over to thereby fully cover protruding tongues and grooves forming a connecting means at a side of the adjacent tile to align and position the upstanding edge of the base substrate with an upstanding edge on a top surface of the adjacent tile in a side by side arrangement to provide a grout effect comprising the upstanding edges of the connected tiles (1, 1').
A method of transmitting a wake-up signal in a 5G New Radio Unlicensed Spectrum (NR-U), being executed by a base station and being characterized in that the method comprises: configuring (S101, S401), in a case that a wake-up signal is to be transmitted in a period of a current synchronization signal block SSB, a time-frequency position for the wake-up signal so that a frequency-domain position for the wake-up signal is frequency division multiplexed with the current SSB and a time-domain position for the wake-up signal is located in a time domain symbol range of the current SSB; transmitting (S102, S402), to user equipment, the time-frequency position for the wake-up signal; and transmitting (S103, S403) the wake-up signal at the time-frequency position. configuring (S101, S401), in a case that a wake-up signal is to be transmitted in a period of a current synchronization signal block SSB, a time-frequency position for the wake-up signal so that a frequency-domain position for the wake-up signal is frequency division multiplexed with the current SSB and a time-domain position for the wake-up signal is located in a time domain symbol range of the current SSB; transmitting (S102, S402), to user equipment, the time-frequency position for the wake-up signal; and transmitting (S103, S403) the wake-up signal at the time-frequency position.
A three dimensional memory array, comprising: a plurality of conductive lines in a plurality of planes separated from one other by a first insulation material; a second insulation material (308; 408; 508) formed in a first opening through the plurality of conductive lines, wherein each respective one of the plurality of conductive lines is divided into a first sub-plane (411-1; 511-1) and a second sub-plane (411-2; 511-2) by a second opening formed through the plurality of conductive lines and the second insulation material; a conductive extension arranged to extend substantially perpendicular to the plurality of conductive lines in the second opening; and a storage element material formed around the conductive extension in the second opening and having two different contacts (518-1, 518-2) with each respective one of the plurality of conductive lines, wherein one of the contacts with each respective conductive line is with the first sub-plane of that respective conductive line, and the other one of the contacts with each respective conductive line is with the second sub-plane of that respective conductive line. a plurality of conductive lines in a plurality of planes separated from one other by a first insulation material; a second insulation material (308; 408; 508) formed in a first opening through the plurality of conductive lines, wherein each respective one of the plurality of conductive lines is divided into a first sub-plane (411-1; 511-1) and a second sub-plane (411-2; 511-2) by a second opening formed through the plurality of conductive lines and the second insulation material; a conductive extension arranged to extend substantially perpendicular to the plurality of conductive lines in the second opening; and a storage element material formed around the conductive extension in the second opening and having two different contacts (518-1, 518-2) with each respective one of the plurality of conductive lines, wherein one of the contacts with each respective conductive line is with the first sub-plane of that respective conductive line, and the other one of the contacts with each respective conductive line is with the second sub-plane of that respective conductive line.
A dry powder delivery apparatus for delivery of a dry powder to lungs or an upper respiratory system of a patient, the apparatus comprising: a source of a gas; said dry powder including a medicament; a staging chamber configured to allow one or more bursts of said gas through or adjacent said powder, thereby releasing a therapeutically effective amount of said powder suspended in said gas; wherein: said one or more bursts of said gas are configured so that said released powder will use inspiratory effort to reach said lungs or upper respiratory system; and by: a sensor (411, 111) configured to sense a breathing pattern of said inspiratory breathing; characterized in that it comprises a controller configured to compare said sensed breathing pattern against a breathing pattern that will potentially provide an improved powder delivery to said lungs or upper respiratory system; and an output interface configured to provide feedback according to said comparison. a source of a gas; said dry powder including a medicament; a staging chamber configured to allow one or more bursts of said gas through or adjacent said powder, thereby releasing a therapeutically effective amount of said powder suspended in said gas; wherein: said one or more bursts of said gas are configured so that said released powder will use inspiratory effort to reach said lungs or upper respiratory system; and by: a sensor (411, 111) configured to sense a breathing pattern of said inspiratory breathing; characterized in that it comprises a controller configured to compare said sensed breathing pattern against a breathing pattern that will potentially provide an improved powder delivery to said lungs or upper respiratory system; and an output interface configured to provide feedback according to said comparison. said one or more bursts of said gas are configured so that said released powder will use inspiratory effort to reach said lungs or upper respiratory system; and by: a sensor (411, 111) configured to sense a breathing pattern of said inspiratory breathing; characterized in that it comprises a controller configured to compare said sensed breathing pattern against a breathing pattern that will potentially provide an improved powder delivery to said lungs or upper respiratory system; and an output interface configured to provide feedback according to said comparison. a sensor (411, 111) configured to sense a breathing pattern of said inspiratory breathing; characterized in that it comprises a controller configured to compare said sensed breathing pattern against a breathing pattern that will potentially provide an improved powder delivery to said lungs or upper respiratory system; and an output interface configured to provide feedback according to said comparison.
Method for operating an ETCS (European Train Control System) mobile radio antenna assembly in an on-board unit of an ETCS rail vehicle having at least one first ETCS mobile radio antenna with an attached first ETCS mobile radio device and a further ETCS mobile radio antenna which by means of an ETCS antenna switch is connected via mobile radio either to a further ETCS mobile radio device or to a further mobile radio device of another rail service not belonging to ETCS which has a communication requirement, wherein by means of a control logic the switch position of the ETCS antenna switch is determined from ETCS status information of the on-board unit of the ETCS rail vehicle, and an actuation of the ETCS antenna switch is carried out such that as soon as ETCS has a communication requirement for the switchable further ETCS mobile radio antenna the latter is provided for ETCS.