mhurhangee/ep-ind-claims huggingface dataset:
A pipeline for a fluid medium to be temperature-controlled, in particular for a urea solution to be temperature-controlled, wherein an inner pipe is provided for the fluid medium to be temperature-controlled or for a fluid temperature-control medium, wherein the inner pipe is surrounded by an outer pipe and runs parallel or essentially parallel to the outer pipe, wherein a plurality of line channels for the fluid temperature-control medium or for the fluid medium to be temperature-controlled is arranged between the inner pipe and outer pipe, wherein the inner pipe and outer pipe consist of thermoplastic material or essentially of thermoplastic material, wherein the aggregate comprised of the inner pipe and outer pipe is fabricated via coextrusion, wherein the inner wall of the outer pipe is connected by a plurality of coextruded webs with the outer wall of the inner pipe, wherein the coextruded webs extend in the longitudinal direction of the pipeline, wherein at least one coextruded external pipe is provided, wherein the aggregate comprised of the inner pipe and outer pipe is arranged in the external pipe, wherein the external pipe runs in the longitudinal direction of the aggregate and parallel or essentially parallel to the aggregate, and wherein a plurality of outer line channels for the fluid temperature-control medium is arranged between the outer pipe and external pipe, wherein the inner wall of the external pipe is connected by a plurality of coextruded outer webs with the outer wall of the outer pipe, and wherein the coextruded outer webs extend in the longitudinal direction of the pipeline, and wherein the outer webs together with the inner pipe, the outer pipe and the external pipe as well as with the webs are coextruded, characterized in that the webs and outer webs have a trapezoidal cross section.
A seal assembly (60; 160) for a gas turbine engine comprising: a seal (66; 166) including a seal body extending circumferentially between opposed mate faces and at least one rail (80; 180) extending outwardly from the seal body, the seal body having a seal face that is configured to bound a gas path (C; G), and wherein at least one rail aperture (82; 182) is defined at least partially through the at least one rail (80; 180); at least one wear liner (84; 184; 284; 384; 484) including a liner body (84A; 184-1A, 184-2A; 284A, 384A; 484A), the liner body (84A...484A) defining a liner aperture (84D; 184D; 284D; 384D; 484D) and an outer periphery (84C; 184C; 284C; 384C; 484C) that mates with the at least one rail aperture (82; 182); a seal support mountable to an engine case, the seal support including at least one support hook (74; 174) that mates with the liner aperture (84D... 484D) to mount the seal (66; 166) to the seal support; and wherein the at least one support hook (74; 174) is made of a first material, and the liner body (84A...484A) is made of a second material that differs in construction from the first material, characterised in that the first material has a first modulus of elasticity, and the second material has a second modulus of elasticity that is less than the first modulus of elasticity. a seal (66; 166) including a seal body extending circumferentially between opposed mate faces and at least one rail (80; 180) extending outwardly from the seal body, the seal body having a seal face that is configured to bound a gas path (C; G), and wherein at least one rail aperture (82; 182) is defined at least partially through the at least one rail (80; 180); at least one wear liner (84; 184; 284; 384; 484) including a liner body (84A; 184-1A, 184-2A; 284A, 384A; 484A), the liner body (84A...484A) defining a liner aperture (84D; 184D; 284D; 384D; 484D) and an outer periphery (84C; 184C; 284C; 384C; 484C) that mates with the at least one rail aperture (82; 182); a seal support mountable to an engine case, the seal support including at least one support hook (74; 174) that mates with the liner aperture (84D... 484D) to mount the seal (66; 166) to the seal support; and wherein the at least one support hook (74; 174) is made of a first material, and the liner body (84A...484A) is made of a second material that differs in construction from the first material, characterised in that the first material has a first modulus of elasticity, and the second material has a second modulus of elasticity that is less than the first modulus of elasticity.
A method for providing of data, the method comprising at a first database (100, 212, 512): - providing of group data; - providing of data of a first entity, the data of the first entity comprising individual data specific for the first entity and the group data; - receiving from a second database (102, 213, 513) a request for the data of the first entity; - determining that the data of the first entity comprises the group data and that said group data has not been sent to the second database (102, 213, 513) before; - if said determining step is in the affirmative, sending the data of the first entity comprising the individual data specific for the first entity and the group data to the second database (102, 213, 513); - providing of data of a second entity, the data of the second entity comprising the group data and individual data specific for the second entity; - receiving from the second database (102, 213, 513) a request for the data of the second entity; - determining that the data of the second entity comprises the group data and that said group data has been sent to the second database (102, 213, 513) before; and - if said determining step is in the affirmative, sending the data of the second entity comprising the individual data specific for the second entity without the group data to the second database (102, 213, 513). - providing of group data; - providing of data of a first entity, the data of the first entity comprising individual data specific for the first entity and the group data; - receiving from a second database (102, 213, 513) a request for the data of the first entity; - determining that the data of the first entity comprises the group data and that said group data has not been sent to the second database (102, 213, 513) before; - if said determining step is in the affirmative, sending the data of the first entity comprising the individual data specific for the first entity and the group data to the second database (102, 213, 513); - providing of data of a second entity, the data of the second entity comprising the group data and individual data specific for the second entity; - receiving from the second database (102, 213, 513) a request for the data of the second entity; - determining that the data of the second entity comprises the group data and that said group data has been sent to the second database (102, 213, 513) before; and - if said determining step is in the affirmative, sending the data of the second entity comprising the individual data specific for the second entity without the group data to the second database (102, 213, 513).
Vehicle for cleaning road surfaces, of the type comprising a driver's cab and a waste collection skip supported by a chassis mounted on wheels, the waste collection skip having a waste inlet mouth and an air discharge port and housing a suction turbine suitable for circulating an air flow between the waste inlet mouth and the air discharge port, the suction turbine being driven by an electric motor and at least one filter grid being arranged upstream of the suction turbine on the path traveled by the air flow between the waste inlet mouth and the air outlet port, said vehicle being characterized in that it comprises means for detecting the degree of clogging of the filter grid and means for automatically unclogging the filter grid, characterized in that it comprises means for supplying the electric motor driving the suction turbine with a constant electric current, and in that the means for detecting the degree of clogging of the filter grid are defined by means for measuring the speed of rotation of the electric motor driving the suction turbine.
A method for operating a dynamic random access memory, DRAM, device in a personal computing device, PCD, the method comprising: providing a command decoder, a mode register block, and a multipurpose command, MPC, buffer in the DRAM in the DRAM device, all in communication with a decoder of the DRAM device; receiving information at the MPC buffer via a data, DQ, bus unique to the DRAM device, the information sent from outside the DRAM device; providing the received information from the MPC buffer to the decoder; determining with the decoder based on the received information whether to mask mode register writes, MRW, for the DRAM device; responsive to the determination, sending a mask signal from the decoder to the command decoder if the determination is to mask the MRW for the DRAM device; receiving a first MRW at the command decoder via a shared command access, CA, bus, the first MRW sent from outside the DRAM device; and responsive to the instruction from the decoder: if the instruction was to mask MRW, ignoring the first MRW at the command decoder, and if the instruction was to not mask MRW, forwarding the first MRW from the command decoder to the mode register block. providing a command decoder, a mode register block, and a multipurpose command, MPC, buffer in the DRAM in the DRAM device, all in communication with a decoder of the DRAM device; receiving information at the MPC buffer via a data, DQ, bus unique to the DRAM device, the information sent from outside the DRAM device; providing the received information from the MPC buffer to the decoder; determining with the decoder based on the received information whether to mask mode register writes, MRW, for the DRAM device; responsive to the determination, sending a mask signal from the decoder to the command decoder if the determination is to mask the MRW for the DRAM device; receiving a first MRW at the command decoder via a shared command access, CA, bus, the first MRW sent from outside the DRAM device; and responsive to the instruction from the decoder: if the instruction was to mask MRW, ignoring the first MRW at the command decoder, and if the instruction was to not mask MRW, forwarding the first MRW from the command decoder to the mode register block. if the instruction was to mask MRW, ignoring the first MRW at the command decoder, and if the instruction was to not mask MRW, forwarding the first MRW from the command decoder to the mode register block.
Aircraft window arrangement comprising: - a sidewall lining panel which is provided with a window opening, - an inner window attached to the sidewall lining panel and extending across the window opening formed in the sidewall lining panel, - an outer window arranged at a distance from the inner window and adapted to extend across a window opening formed in an aircraft outer skin, and - a window funnel comprising an inner rim facing the inner window and extending along a circumference of the window opening formed in the sidewall lining panel, and an outer rim facing the outer window and adapted to extend along a circumference of the window opening formed in the aircraft outer skin, the window funnel being formed separate from the sidewall lining panel, characterized in that the outer window is retained in a retainer extending along a circumference of the outer window, the window funnel being attached to the retainer, and in that the window funnel is attached to the retainer such that the outer rim of the window funnel is aligned with an inner rim of the retainer. - a sidewall lining panel which is provided with a window opening, - an inner window attached to the sidewall lining panel and extending across the window opening formed in the sidewall lining panel, - an outer window arranged at a distance from the inner window and adapted to extend across a window opening formed in an aircraft outer skin, and - a window funnel comprising an inner rim facing the inner window and extending along a circumference of the window opening formed in the sidewall lining panel, and an outer rim facing the outer window and adapted to extend along a circumference of the window opening formed in the aircraft outer skin, the window funnel being formed separate from the sidewall lining panel,
A catheter comprising: an elongate shaft including a proximal portion and a distal portion, the elongate shaft having a shaft wall, the shaft wall having an outer and inner surface, the shaft wall inner surface defining a guidewire lumen; a pressure sensor coupled to the shaft wall outer surface at the distal end of the elongate shaft, the sensor being coupled to the shaft wall such that one end of the sensor is spaced apart from the shaft wall and forms an overhang to define a pocket between the overhang and the shaft wall outer surface; and an electrical coupling member for electrically coupling the sensor, characterized in that the electrical coupling member is received in the pocket. an elongate shaft including a proximal portion and a distal portion, the elongate shaft having a shaft wall, the shaft wall having an outer and inner surface, the shaft wall inner surface defining a guidewire lumen; a pressure sensor coupled to the shaft wall outer surface at the distal end of the elongate shaft, the sensor being coupled to the shaft wall such that one end of the sensor is spaced apart from the shaft wall and forms an overhang to define a pocket between the overhang and the shaft wall outer surface; and an electrical coupling member for electrically coupling the sensor, characterized in that the electrical coupling member is received in the pocket.
A compound comprising a modified oligonucleotide and a conjugate group, wherein the modified oligonucleotide consists of 20 to 30 linked nucleosides and has a nucleobase sequence comprising the nucleobase sequence of SEQ ID NO: 440, wherein the oligonucleotide is at least 80% complementary to SEQ ID NO: 1 or 2 and wherein the conjugate group comprises:
A circuit for controlling a circuit time constant to achieve a substantially zero DC offset in a received optical data signal, comprising: a first variable capacitor coupled between a first terminal of the circuit and a second terminal of the circuit; a first transistor including a first conduction terminal coupled to the second terminal of the circuit and a second conduction terminal coupled for receiving a reference voltage; and a control circuit including a first output coupled to a control terminal of the first transistor, wherein an output signal of the control circuit monotonically increases a resistance between the first conduction terminal of the first transistor and second conduction terminal of the first transistor to increase the circuit time constant and achieve the substantially zero DC offset in the optical data signal; a second variable capacitor coupled between a third terminal of the circuit and a fourth terminal of the circuit; and a second transistor including a first conduction terminal coupled to the fourth terminal of the circuit and a second conduction terminal coupled for receiving the reference voltage, wherein the control circuit includes a second output coupled to a control terminal of the second transistor to monotonically increase a resistance between the first conduction terminal of the second transistor and second conduction terminal of the second transistor to increase the circuit time constant and achieve the substantially zero DC offset in the optical data signal. a first variable capacitor coupled between a first terminal of the circuit and a second terminal of the circuit; a first transistor including a first conduction terminal coupled to the second terminal of the circuit and a second conduction terminal coupled for receiving a reference voltage; and a control circuit including a first output coupled to a control terminal of the first transistor, wherein an output signal of the control circuit monotonically increases a resistance between the first conduction terminal of the first transistor and second conduction terminal of the first transistor to increase the circuit time constant and achieve the substantially zero DC offset in the optical data signal; a second variable capacitor coupled between a third terminal of the circuit and a fourth terminal of the circuit; and a second transistor including a first conduction terminal coupled to the fourth terminal of the circuit and a second conduction terminal coupled for receiving the reference voltage, wherein the control circuit includes a second output coupled to a control terminal of the second transistor to monotonically increase a resistance between the first conduction terminal of the second transistor and second conduction terminal of the second transistor to increase the circuit time constant and achieve the substantially zero DC offset in the optical data signal.
A rupturing system for an aerosol-generating system, wherein the rupturing system comprises: a first tube and a second tube, wherein the first tube and the second tube together define a volume, wherein the first tube and the second tube are movable relative to each other along a first motion path from a first position to a second position such that the defined volume is larger in the first position than in the second position; a rupturing member connected to one of the first tube and the second tube, wherein the rupturing member is arranged such that in the first position the rupturing member is contained completely in the defined volume of the first tube and the second tube, and wherein in the second position the rupturing member at least partially protrudes from the defined volume to rupture a container; and a first wrapper overlying at least a portion of the first tube, wherein the first wrapper is attached to the first tube. a first tube and a second tube, wherein the first tube and the second tube together define a volume, wherein the first tube and the second tube are movable relative to each other along a first motion path from a first position to a second position such that the defined volume is larger in the first position than in the second position; a rupturing member connected to one of the first tube and the second tube, wherein the rupturing member is arranged such that in the first position the rupturing member is contained completely in the defined volume of the first tube and the second tube, and wherein in the second position the rupturing member at least partially protrudes from the defined volume to rupture a container; and a first wrapper overlying at least a portion of the first tube, wherein the first wrapper is attached to the first tube.
A method of automatically determining a filling level of a plastic bag fastened via an open end to a vertical post forming a support, the method comprising: a step of detecting that the bag has reached a predetermined filling level by means of a first distance sensor positioned on the post; a step of measuring the distance (β) of the bag relative to the post by means of a second distance sensor positioned on the post; a step of detecting the presence of the bag fastened via an open end to the post by means of a third distance sensor positioned on the post; and a step of detecting a filling level on the basis of the measurements taken by the distance sensors. a step of detecting that the bag has reached a predetermined filling level by means of a first distance sensor positioned on the post; a step of measuring the distance (β) of the bag relative to the post by means of a second distance sensor positioned on the post; a step of detecting the presence of the bag fastened via an open end to the post by means of a third distance sensor positioned on the post; and a step of detecting a filling level on the basis of the measurements taken by the distance sensors.
A method comprising: receiving (810, 910, 1010, 1110), by an apparatus, an indication of a first subcarrier spacing; and transmitting or receiving (815, 915, 1015, 1115), by the apparatus, an orthogonal frequency division multiplexing, OFDM, signal according to the first subcarrier spacing and associated with a first transmission time unit, TTU, wherein the first TTU comprises a fixed additional cyclic prefix, CP, duration and a first number of consecutive scalable symbol durations of the first subcarrier spacing, each scalable symbol duration of the first subcarrier spacing having a same time length and each comprising a first CP part and a first useful OFDM signal part, and wherein the first subcarrier spacing is a 2 n multiple of a base subcarrier spacing, where n is a non-zero integer and the base subcarrier spacing is associated with a second TTU, the second TTU having a same time length as the first TTU and the second TTU comprising the fixed additional CP duration and a second number of consecutive scalable symbol durations of the base subcarrier spacing, each scalable symbol duration of the base subcarrier spacing having a same time length and each comprising a second CP part and a second useful OFDM signal part, and wherein a time length of the second CP part is the 2 n multiple of a time length of the first CP part and a time length of the second useful OFDM signal part is the 2 n multiple of a time length of the first useful OFDM signal part. receiving (810, 910, 1010, 1110), by an apparatus, an indication of a first subcarrier spacing; and transmitting or receiving (815, 915, 1015, 1115), by the apparatus, an orthogonal frequency division multiplexing, OFDM, signal according to the first subcarrier spacing and associated with a first transmission time unit, TTU, wherein the first TTU comprises a fixed additional cyclic prefix, CP, duration and a first number of consecutive scalable symbol durations of the first subcarrier spacing, each scalable symbol duration of the first subcarrier spacing having a same time length and each comprising a first CP part and a first useful OFDM signal part, and wherein the first subcarrier spacing is a 2 n multiple of a base subcarrier spacing, where n is a non-zero integer and the base subcarrier spacing is associated with a second TTU, the second TTU having a same time length as the first TTU and the second TTU comprising the fixed additional CP duration and a second number of consecutive scalable symbol durations of the base subcarrier spacing, each scalable symbol duration of the base subcarrier spacing having a same time length and each comprising a second CP part and a second useful OFDM signal part, and wherein a time length of the second CP part is the 2 n multiple of a time length of the first CP part and a time length of the second useful OFDM signal part is the 2 n multiple of a time length of the first useful OFDM signal part.