mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission device capable of transmitting data, said transmission device comprising: - an oscillator capable of generating at least one carrier wave, - a transmitter comprising: • at least one input connected to the oscillator , • an activation input provided to receive an activation signal; the activation input being capable of receiving a signal representative of data to be transmitted; • at least one output capable of generating a carrier wave modulated by the signal representative of the data to be transmitted; • an additional output ; - a communication link connected to the output of the transmitter, - at least one power line connected to the communication link at a connection point ; - at least one capacitive coupling component connected between the output of the transmitter and the connection point , the capacitive coupling component being capable of transmitting the modulated carrier wave and blocking the transmission of the supply voltage, - an additional communication link connected to the additional output , - an additional power line connected to the additional communication link at an additional connection point , - at least one additional capacitive coupling component connected between the additional output of the transmitter and the additional connection point , - a transformer connected to the power line , said transformer being capable of blocking the transmission of the modulated carrier wave. - an oscillator capable of generating at least one carrier wave, - a transmitter comprising: • at least one input connected to the oscillator , • an activation input provided to receive an activation signal; the activation input being capable of receiving a signal representative of data to be transmitted; • at least one output capable of generating a carrier wave modulated by the signal representative of the data to be transmitted; • an additional output ; • at least one input connected to the oscillator , • an activation input provided to receive an activation signal; the activation input being capable of receiving a signal representative of data to be transmitted; • at least one output capable of generating a carrier wave modulated by the signal representative of the data to be transmitted; • an additional output ; - a communication link connected to the output of the transmitter, - at least one power line connected to the communication link at a connection point ; - at least one capacitive coupling component connected between the output of the transmitter and the connection point , the capacitive coupling component being capable of transmitting the modulated carrier wave and blocking the transmission of the supply voltage, - an additional communication link connected to the additional output , - an additional power line connected to the additional communication link at an additional connection point , - at least one additional capacitive coupling component connected between the additional output of the transmitter and the additional connection point , - a transformer connected to the power line , said transformer being capable of blocking the transmission of the modulated carrier wave.
An exhaust duct for exhausting combustion gases of a gas turbine engine , the exhaust duct comprising: an annular inlet conduit having an axis (A1), an outer wall having a radius (R) from the axis (A1), the inlet conduit configured to direct combustion gases generally in the axial direction and with a swirl direction about the axis (A1), the exhaust duct further comprising at least two outlet conduits extending generally outwardly radially from the inlet conduit along respective outlet centerlines (A2, A3), the inlet conduit having at least two splitters therein, each splitter being upstream of a respective outlet conduit relative to the swirl direction, each splitter defining a splitter line (L1) passing radially through the splitter and the axis (A1), the splitter located relative to centerline (A2, A3) of the respective downstream outlet conduit by a clocking angle (θ7) defined between the respective centerline (A2, A3) and the splitter line (L1) when projected in a plane orthogonal to the axis (A1), characterized in that the clocking angle (θ7) is greater than 90°, wherein each splitter is clocked upstream of the respective outlet conduit relative to the swirl direction. the inlet conduit having at least two splitters therein, each splitter being upstream of a respective outlet conduit relative to the swirl direction, each splitter defining a splitter line (L1) passing radially through the splitter and the axis (A1), the splitter located relative to centerline (A2, A3) of the respective downstream outlet conduit by a clocking angle (θ7) defined between the respective centerline (A2, A3) and the splitter line (L1) when projected in a plane orthogonal to the axis (A1), characterized in that the clocking angle (θ7) is greater than 90°, wherein each splitter is clocked upstream of the respective outlet conduit relative to the swirl direction.
Driven toolholder comprising a spindle with a free jet turbine, wherein the free jet turbine comprises an impeller arranged on the spindle , wherein the free jet turbine has two or more nozzle arrangements , wherein each nozzle arrangement (15 to 19) is assigned a supply line (21 to 25) for the supply of fluid, characterised in that the supply lines are opened and/or closed with one or more selector valves so that the nozzle arrangements (15 to 19) are individually or jointly fed with pressurised fluid.
Egg conveyor assembly comprising: - a first endless conveyor comprising at least one lane of egg retainers that extends in a first conveyor direction (X) on a first height level, - a second endless conveyor comprising at least one lane of egg retainers that extends in a second conveyor direction (Y) on a second height level, wherein the first conveyor direction (X) and second conveyor direction (Y) are substantially perpendicular, and - a transfer device adapted to transfer eggs from the first conveyor to the second conveyor and comprising an array of egg retainers, said array having at least one row of egg retainers, wherein each row has a number of egg retainers that corresponds to the number of lanes of the first conveyor , and which array furthermore has a number of rows that corresponds to the number of lanes of the second conveyor , wherein the first conveyor and second conveyor cross each other, wherein the first height level is above the second height level, and the egg retainers of the transfer device comprise pockets having a receiving opening at an upper end thereof to receive the eggs from above from the first conveyor , and are adapted to release the eggs at a lower end to drop the eggs in the egg retainers of the second conveyor , and characterized in that the transfer device is movable in the first conveyor direction (X) and in the second conveyor direction (Y) in a plane on a height level between the first height level and second height level. - a first endless conveyor comprising at least one lane of egg retainers that extends in a first conveyor direction (X) on a first height level, - a second endless conveyor comprising at least one lane of egg retainers that extends in a second conveyor direction (Y) on a second height level, wherein the first conveyor direction (X) and second conveyor direction (Y) are substantially perpendicular, and - a transfer device adapted to transfer eggs from the first conveyor to the second conveyor and comprising an array of egg retainers, said array having at least one row of egg retainers, wherein each row has a number of egg retainers that corresponds to the number of lanes of the first conveyor , and which array furthermore has a number of rows that corresponds to the number of lanes of the second conveyor , the first conveyor and second conveyor cross each other, wherein the first height level is above the second height level, and the egg retainers of the transfer device comprise pockets having a receiving opening at an upper end thereof to receive the eggs from above from the first conveyor , and are adapted to release the eggs at a lower end to drop the eggs in the egg retainers of the second conveyor , and characterized in that the transfer device is movable in the first conveyor direction (X) and in the second conveyor direction (Y) in a plane on a height level between the first height level and second height level.
A structure configured to operate in accordance with millimeter wave, mmWave, radio, comprising: a first substrate section having a first thickness; a second substrate section having a second thickness different from the first thickness; a plurality of vias configured to couple a first ground plane associated with the first substrate section and a second ground plane associated with the second substrate section; a microstrip feed line on a layer of the structure, the microstrip feed line comprising: a first section associated with the first substrate section and having a first width; a second section associated with the second substrate section and having a second width different from the first width; and a taper between the first width and the second width; and an antenna (502; 602) on the layer of the structure, the antenna (502; 602) being coupled to the microstrip feed line and at least one of the first substrate section and the second substrate section , wherein the antenna comprises at least two wedge-shaped slots which cut the antenna in both sides of the microstrip feed line . a first substrate section having a first thickness; a second substrate section having a second thickness different from the first thickness; a plurality of vias configured to couple a first ground plane associated with the first substrate section and a second ground plane associated with the second substrate section; a microstrip feed line on a layer of the structure, the microstrip feed line comprising: a first section associated with the first substrate section and having a first width; a second section associated with the second substrate section and having a second width different from the first width; and a taper between the first width and the second width; and a first section associated with the first substrate section and having a first width; a second section associated with the second substrate section and having a second width different from the first width; and a taper between the first width and the second width; and an antenna (502; 602) on the layer of the structure, the antenna (502; 602) being coupled to the microstrip feed line and at least one of the first substrate section and the second substrate section , wherein the antenna comprises at least two wedge-shaped slots which cut the antenna in both sides of the microstrip feed line .
A method performed by a user equipment, UE, comprising: ascertaining a lack of a valid dedicated uplink control channel resource configuration; determining a number of symbols for an uplink control channel in response to ascertaining the lack of the valid dedicated uplink control channel resource configuration; receiving a downlink message based on a UE identity of the UE; receiving downlink, DL, scheduling downlink control information, DCI, where the DL scheduling DCI includes information of a UE-specific physical resource block, PRB, offset and cyclic shift information of a base sequence for transmission of a hybrid automatic repeat request acknowledgement, HARQ-ACK, feedback; and transmitting , in response to the received downlink message, the HARQ-ACK, feedback on the uplink control channel using the determined number of symbols. ascertaining a lack of a valid dedicated uplink control channel resource configuration; determining a number of symbols for an uplink control channel in response to ascertaining the lack of the valid dedicated uplink control channel resource configuration; receiving a downlink message based on a UE identity of the UE; receiving downlink, DL, scheduling downlink control information, DCI, where the DL scheduling DCI includes information of a UE-specific physical resource block, PRB, offset and cyclic shift information of a base sequence for transmission of a hybrid automatic repeat request acknowledgement, HARQ-ACK, feedback; and transmitting , in response to the received downlink message, the HARQ-ACK, feedback on the uplink control channel using the determined number of symbols.
A cartridge for detecting a target analyte, the cartridge comprising: A) a bottom substrate; B) a top plate; C) a liquid reagent module comprising a plurality of blisters, wherein the blisters are made of a deformable material; and D) an external housing adapted to keep the bottom substrate, the top plate and the liquid reagent module together, wherein the external housing is adapted to provide physical access to parts of the liquid reagent module. A) a bottom substrate; B) a top plate; C) a liquid reagent module comprising a plurality of blisters, wherein the blisters are made of a deformable material; and D) an external housing adapted to keep the bottom substrate, the top plate and the liquid reagent module together, wherein the external housing is adapted to provide physical access to parts of the liquid reagent module.
A display device, comprising: a base ; a bank on the base and including an opening (O) exposing a surface of the base ; and an organic film pattern in the opening (O) on the base , wherein the bank includes side surfaces adjacent to an upper surface , the side surfaces sloping downward from the upper surface toward the opening (O), and wherein the bank includes a plurality of fine holes (P1) on the upper surface and the side surfaces and a plurality of inner holes (H1) in the bank , characterized in that the bank includes a plurality of inorganic particles having the inner holes (H1). a base ; a bank on the base and including an opening (O) exposing a surface of the base ; and an organic film pattern in the opening (O) on the base , wherein the bank includes side surfaces adjacent to an upper surface , the side surfaces sloping downward from the upper surface toward the opening (O), and wherein the bank includes a plurality of fine holes (P1) on the upper surface and the side surfaces and a plurality of inner holes (H1) in the bank , characterized in that the bank includes a plurality of inorganic particles having the inner holes (H1).
A steam cycle system for plant systems, comprising: a fuel feed line to supply a fuel mixture to one or more pieces of equipment of a plant system; a first expansion turbine to couple to an exhaust line of the one or more pieces of equipment; a first separator comprising: an inlet, a lower outlet coupled to a water feed line, and an upper outlet coupled to the fuel feed line; and a first heat exchanger unit comprising: a first heat exchanger inlet line coupled to an outlet of the first expansion turbine, a first heat exchanger outlet line coupled to the inlet of the first separator, a second heat exchanger inlet line coupled to the water feed line, and a second heat exchanger outlet line coupled to the fuel feed line. a fuel feed line to supply a fuel mixture to one or more pieces of equipment of a plant system; a first expansion turbine to couple to an exhaust line of the one or more pieces of equipment; a first separator comprising: an inlet, a lower outlet coupled to a water feed line, and an upper outlet coupled to the fuel feed line; and an inlet, a lower outlet coupled to a water feed line, and an upper outlet coupled to the fuel feed line; and a first heat exchanger unit comprising: a first heat exchanger inlet line coupled to an outlet of the first expansion turbine, a first heat exchanger outlet line coupled to the inlet of the first separator, a second heat exchanger inlet line coupled to the water feed line, and a second heat exchanger outlet line coupled to the fuel feed line. a first heat exchanger inlet line coupled to an outlet of the first expansion turbine, a first heat exchanger outlet line coupled to the inlet of the first separator, a second heat exchanger inlet line coupled to the water feed line, and a second heat exchanger outlet line coupled to the fuel feed line.
An optical fiber cable , comprising a subunit having a first interior surface and a first exterior surface , wherein the first interior surface defines a central bore along a longitudinal axis of the optical fiber cable , comprising at least one optical fiber disposed within the central bore of the subunit , comprising a plurality of strengthening yarns disposed around the subunit , comprising a cable sheath disposed around the plurality of strengthening yarns , the cable sheath having a second interior surface and a second exterior surface , wherein the second exterior surface defines an outermost surface of the optical fiber cable , wherein the cable sheath comprises a low smoke, zero halogen material, wherein the low smoke, zero halogen material of the cable sheath has 35% to 45% by weight of a polymer blend, characterized in that the polymer blend is filled with mineral-based flame retardant additives, the low smoke, zero halogen material has a thermal contraction stress of less than 1.0 MPA, the optical fiber cable further comprises a bedding layer disposed between the second interior surface of the cable sheath and the plurality of strengthening yarns , wherein the bedding layer comprises a greater amount of mineral-based flame retardant additives than the cable sheath . comprising a subunit having a first interior surface and a first exterior surface , wherein the first interior surface defines a central bore along a longitudinal axis of the optical fiber cable , comprising at least one optical fiber disposed within the central bore of the subunit , comprising a plurality of strengthening yarns disposed around the subunit , comprising a cable sheath disposed around the plurality of strengthening yarns , the cable sheath having a second interior surface and a second exterior surface , wherein the second exterior surface defines an outermost surface of the optical fiber cable , wherein the cable sheath comprises a low smoke, zero halogen material, wherein the low smoke, zero halogen material of the cable sheath has 35% to 45% by weight of a polymer blend, characterized in that the polymer blend is filled with mineral-based flame retardant additives, the low smoke, zero halogen material has a thermal contraction stress of less than 1.0 MPA, the optical fiber cable further comprises a bedding layer disposed between the second interior surface of the cable sheath and the plurality of strengthening yarns , wherein the bedding layer comprises a greater amount of mineral-based flame retardant additives than the cable sheath .
A method of welding an overlapped portion in which a plurality of steel sheet members are joined at the overlapped portion, and at least one of the plurality of steel sheet members contains martensite, the method including: forming a plurality of spot-welded portions having a nugget in the overlapped portion; and forming a melted and solidified portion crossing an end of the nugget and located between the nugget and a position externally spaced apart from an end of the nugget by not less than 3 mm by emitting a laser beam, the melted and solidified portion being formed in the steel sheet member containing the martensite so as to have a depth of not less than 50% of a thickness of the steel sheet member containing the martensite at a position externally spaced apart from the end of the nugget by 1 mm, characterised in that one melted and solidified portion is formed for each of the spot-welded portions and spaced apart from each other. forming a plurality of spot-welded portions having a nugget in the overlapped portion; and forming a melted and solidified portion crossing an end of the nugget and located between the nugget and a position externally spaced apart from an end of the nugget by not less than 3 mm by emitting a laser beam, the melted and solidified portion being formed in the steel sheet member containing the martensite so as to have a depth of not less than 50% of a thickness of the steel sheet member containing the martensite at a position externally spaced apart from the end of the nugget by 1 mm, characterised in that one melted and solidified portion is formed for each of the spot-welded portions and spaced apart from each other.
A translucent white polymer composition comprising a pigment and an ethylene acid copolymer or an ionomer of the ethylene acid copolymer; said pigment selected from the group consisting of alumina trihydrate, alumina, magnesium oxide, beryllium aluminate, calcium sulfate, zinc phosphate tetrahydrate, and mullite; wherein a sample of the translucent white polymer composition has a transmission of less than 90%; a haze of 75 to 100%; an L* value higher than 80, an a* value that ranges from -0.2 to -1.6, and a b* value that ranges from 0.8 to 4.0.
An assembly comprising: an LED housing ; an adapter having a lower end coupled to the LED housing and extending therefrom; a hood , wherein the adaptor has an upper end adapted to be received within the hood ; a connection mechanism for connecting the adapter to the hood ; and a mounting conduit , said connection mechanism comprising: a plurality of bayonet tabs configured on one of said adapter and said hood ; and a plurality of bayonet slots engageable with said plurality of bayonet tabs , said plurality of bayonet slots configured on one of said adapter and said hood that does not contain the plurality of bayonet tabs , wherein said plurality of bayonet tabs are aligned with said plurality of bayonet slots , subsequent to which, said adapter is partially rotated with respect to said hood to facilitate the reception of said plurality of bayonet tabs within said plurality of slots , thereby providing a connection between said adapter and said hood ; wherein said hood is mounted at an end of the mounting conduit , thereby facilitating connection between said LED housing and said mounting conduit . an LED housing ; an adapter having a lower end coupled to the LED housing and extending therefrom; a hood , wherein the adaptor has an upper end adapted to be received within the hood ; a connection mechanism for connecting the adapter to the hood ; and a mounting conduit , a plurality of bayonet tabs configured on one of said adapter and said hood ; and a plurality of bayonet slots engageable with said plurality of bayonet tabs , said plurality of bayonet slots configured on one of said adapter and said hood that does not contain the plurality of bayonet tabs , wherein said plurality of bayonet tabs are aligned with said plurality of bayonet slots , subsequent to which, said adapter is partially rotated with respect to said hood to facilitate the reception of said plurality of bayonet tabs within said plurality of slots , thereby providing a connection between said adapter and said hood ;
An aqueous inkjet recording ink composition comprising: an acrylic resin having an acid value of 5 mg KOH/g or less and a glass transition temperature (Tg) of 20°C or more and 70°C or less; an amino alcohol having a boiling point of 100°C or more and 300°C or less; a pigment; and a solvent containing at least one solvent selected from an aqueous solvent and water, wherein the acrylic resin is in an emulsion state. an acrylic resin having an acid value of 5 mg KOH/g or less and a glass transition temperature (Tg) of 20°C or more and 70°C or less; an amino alcohol having a boiling point of 100°C or more and 300°C or less; a pigment; and a solvent containing at least one solvent selected from an aqueous solvent and water, wherein the acrylic resin is in an emulsion state.