mhurhangee/patent-ind-claim-en huggingface dataset:
A DC voltage converter of the quasi-resonant Buck type comprising an input port having a first terminal able to receive a voltage level to be converted, an output port having a first terminal able to supply a converted voltage level, a ground line connecting a second terminal of said input port to a second terminal of said output port, a first switch (Qhs) connected to said first terminal of the input port and a regulation circuit having an input terminal connected to said first terminal of the output port of the converter and an output terminal connected to a control terminal of said first switch, said converter further comprising a resonance inductor (Lr) connected in series with said first switch, having a first and a second terminal, said first terminal being connected to said first switch, a resonance capacitor (Cr), having a first and a second terminal, said first terminal being connected to the second terminal (MP) of the resonance inductor, a second switch (Qls) connected, on the one hand, to said first terminal of the resonance capacitor and, on the other hand, to said second terminal of the resonance capacitor, said regulation circuit being configured to: - generate a voltage ripple (Ond.), rising for a closed state of said first switch (Qhs) or falling for an open state of said first switch (Qhs); - generate a setpoint signal (Vcons) proportional to a difference between an average level of converted voltage and a reference voltage (Vref); - perform a first comparison between said setpoint signal and said converted voltage level to which said voltage ripple has been added; and - if the converted voltage level to which said voltage ripple has been added is lower than or equal to the setpoint signal (Vcons), generate an activation signal (HS_Cmd) on its output, controlling the closing of said first switch for a predefined period of time (Ton) characterised in that said regulation circuit comprises a voltage comparator circuit configured to generate an activation signal (LS_cmd) for the second switch (Qls) when the voltage between the second terminal (MP) of the resonance inductor and the ground line becomes negative, and to generate a signal for opening the second switch (Qls) in correspondence with the generation of the activation signal (HS_cmd) controlling the closing of said first switch. - generate a voltage ripple (Ond.), rising for a closed state of said first switch (Qhs) or falling for an open state of said first switch (Qhs); - generate a setpoint signal (Vcons) proportional to a difference between an average level of converted voltage and a reference voltage (Vref); - perform a first comparison between said setpoint signal and said converted voltage level to which said voltage ripple has been added; and - if the converted voltage level to which said voltage ripple has been added is lower than or equal to the setpoint signal (Vcons), generate an activation signal (HS_Cmd) on its output, controlling the closing of said first switch for a predefined period of time (Ton)
A method performed by a wireless device for performing Packet Data Convergence Protocol, PDCP, entity re-establishment, wherein the wireless device is acting as a Packet Data Convergence Protocol, PDCP, receiving entity, the method comprising: receiving a request to perform PDCP entity re-establishment; responsive to the request, resetting a header compression protocol by discarding any contexts associated with the header compression protocol; refraining from transmitting feedback associated with the header compression protocol to a PDCP transmitting entity; and resuming generation and transmission of feedback associated with the header compression protocol responsive to establishing a new context associated with the header compression protocol after completion of the PDCP entity re-establishment. receiving a request to perform PDCP entity re-establishment; responsive to the request, resetting a header compression protocol by discarding any contexts associated with the header compression protocol; refraining from transmitting feedback associated with the header compression protocol to a PDCP transmitting entity; and resuming generation and transmission of feedback associated with the header compression protocol responsive to establishing a new context associated with the header compression protocol after completion of the PDCP entity re-establishment.
A ready-to-use keratin fiber treatment composition, comprising a cosmetic concentrate composition, wherein the keratin fiber treatment composition is a ready-to-use hair color composition or a ready-to-use hair bleach composition wherein the cosmetic concentrate composition concentration is from 2% to 8% by weight of the keratin fiber treatment composition or a ready-to-use permanent hair wave composition wherein the cosmetic concentrate composition concentration is from 5% to 35%, preferably from 25% to 35% by weight of said keratin fiber treatment composition, wherein said concentrate composition comprises at least 2 components, both in an effective amount - a thiol, which is present at a lower concentration by weight of the concentrate composition from 0.01%, preferably from 0.1%, and at an upper concentration by weight of the concentrate composition of up to 10%, and - a polymer and/or copolymer comprising at least one cystine unit, which polymer and/or copolymer component is present at a lower concentration by weight of the concentrate composition from 0.1% and at an upper concentration by weight of the concentrate composition up to 3%, and wherein the polymer and/or copolymer is Cystine Bis-PG-Propyl Silanetriol. - a thiol, which is present at a lower concentration by weight of the concentrate composition from 0.01%, preferably from 0.1%, and at an upper concentration by weight of the concentrate composition of up to 10%, and - a polymer and/or copolymer comprising at least one cystine unit, which polymer and/or copolymer component is present at a lower concentration by weight of the concentrate composition from 0.1% and at an upper concentration by weight of the concentrate composition up to 3%, and
A method for manufacturing an organic electronic device , said method comprising the following steps: a) producing at least one functional unit (LU, LU1, LU2, LU3) comprising an organic layer ; b) depositing an inorganic encapsulation layer above the functional unit (LU, LU1, LU2, LU3); c) depositing a structured organic encapsulation layer on top of the inorganic encapsulation layer ; d) etching the inorganic encapsulation layer to create at least one opening; e) depositing at least one conductive line in said opening such that it is at least partially embedded in the encapsulation layers and accessible from outside at an external contact point (CT, CL); characterised in that the functional unit (LU) is segmented by etching through the at least one opening that was created in the inorganic encapsulation layer . a) producing at least one functional unit (LU, LU1, LU2, LU3) comprising an organic layer ; b) depositing an inorganic encapsulation layer above the functional unit (LU, LU1, LU2, LU3); c) depositing a structured organic encapsulation layer on top of the inorganic encapsulation layer ; d) etching the inorganic encapsulation layer to create at least one opening; e) depositing at least one conductive line in said opening such that it is at least partially embedded in the encapsulation layers and accessible from outside at an external contact point (CT, CL);
A rotor blade of a wind energy installation, wherein the rotor blade extends from a blade root to a blade tip and comprises a cavity in which a web is arranged in the direction of the longitudinal extent of the rotor blade , wherein the web separates a first region of the rotor blade comprising a rotor blade nose from a second region of the rotor blade comprising a rotor blade trailing edge , characterised in that a thermally insulated channel is arranged in the first region of the rotor blade on the web in order to guide warm air in an air flow in the direction of the blade tip , wherein openings are provided in the channel , which are constructed in such a way that they guide the warm air to the rotor blade nose , wherein a return of the warm air to the blade root in the first region of the rotor blade takes place, wherein the openings in the channel are constructed as nozzles, and wherein the thermally insulated channel has an opening at its end towards the blade tip , which opening points towards the blade tip and is constructed as a nozzle .
A method performed by a receiver device , the method comprising: receiving , from a transmitter device , a packet transmitted by said transmitter device on at least one resource defined by a resource pattern that is known to both the transmitter device and receiver device ; attempting to decode the received packet; if, according to the resource pattern, one or more receptions of the same packet occur after the decoding of said received packet is started and before the decoding of said received packed is complete, storing the one or more received packets, wherein the resource pattern is a pseudo-random resource pattern, wherein the pseudo-random resource pattern pseudo-randomizes the resources using combinations of times, frequency, and codes, and wherein the pseudo-random resource pattern is defined such that a time interval between successive retransmissions of the same packet, corresponding to the one or more receptions of the same packet, is larger than or equal to a predetermined time-interval that is adaptive; and if the decoding of said received packet fails, decoding said stored one or more packets. receiving , from a transmitter device , a packet transmitted by said transmitter device on at least one resource defined by a resource pattern that is known to both the transmitter device and receiver device ; attempting to decode the received packet; if, according to the resource pattern, one or more receptions of the same packet occur after the decoding of said received packet is started and before the decoding of said received packed is complete, storing the one or more received packets, wherein the resource pattern is a pseudo-random resource pattern, wherein the pseudo-random resource pattern pseudo-randomizes the resources using combinations of times, frequency, and codes, and wherein the pseudo-random resource pattern is defined such that a time interval between successive retransmissions of the same packet, corresponding to the one or more receptions of the same packet, is larger than or equal to a predetermined time-interval that is adaptive; and wherein the resource pattern is a pseudo-random resource pattern, wherein the pseudo-random resource pattern pseudo-randomizes the resources using combinations of times, frequency, and codes, and wherein the pseudo-random resource pattern is defined such that a time interval between successive retransmissions of the same packet, corresponding to the one or more receptions of the same packet, is larger than or equal to a predetermined time-interval that is adaptive; and if the decoding of said received packet fails, decoding said stored one or more packets.
A flexible microwave ablation antenna, comprising: a radiator for transmitting microwave for ablation; a coaxial cable for propagating the microwave for ablation generated by a microwave generator to the radiator; wherein the flexible microwave ablation antenna is bendable and has a minimum curvature radius of 10 mm to 80 mm, wherein an annular composite structure is disposed around a periphery of the coaxial cable so as to suppress electromagnetic wave from propagating along the coaxial cable in a reverse direction, wherein the annular composite structure comprises an annular non-metallic layer and an annular metallic layer surrounding the annular non-metallic layer, the annular metallic layer being electrically insulated from the coaxial cable, and wherein the annular metallic layer has a length in a range of one quarter to three quarters of a wavelength of the microwave transmitted by the flexible microwave ablation antenna and propagating in tissue. a radiator for transmitting microwave for ablation; a coaxial cable for propagating the microwave for ablation generated by a microwave generator to the radiator; wherein the flexible microwave ablation antenna is bendable and has a minimum curvature radius of 10 mm to 80 mm, wherein an annular composite structure is disposed around a periphery of the coaxial cable so as to suppress electromagnetic wave from propagating along the coaxial cable in a reverse direction, wherein the annular composite structure comprises an annular non-metallic layer and an annular metallic layer surrounding the annular non-metallic layer, the annular metallic layer being electrically insulated from the coaxial cable, and wherein the annular metallic layer has a length in a range of one quarter to three quarters of a wavelength of the microwave transmitted by the flexible microwave ablation antenna and propagating in tissue.
A punching device comprising: a punching head (P) including hollow rods that moves vertically and punching tools provided respectively at front ends of the hollow rods , each of the punching tools having an axially extending through hole ; a suction apparatus configured to suck a punched chip generated during a punching process by the punching head (P); a suction flow passage configured to communicate the through holes of the punching tools with the suction apparatus ; characterized in that the punching device further comprises a suction switching apparatus (V; V') configured to change a path of the suction flow passage so that only a hollow rod or hollow rods which performs the punching process, among the hollow rods , can be sucked. a punching head (P) including hollow rods that moves vertically and punching tools provided respectively at front ends of the hollow rods , each of the punching tools having an axially extending through hole ; a suction apparatus configured to suck a punched chip generated during a punching process by the punching head (P); a suction flow passage configured to communicate the through holes of the punching tools with the suction apparatus ; characterized in that the punching device further comprises a suction switching apparatus (V; V') configured to change a path of the suction flow passage so that only a hollow rod or hollow rods which performs the punching process, among the hollow rods , can be sucked.
Device for bending tubes (D) comprising at least one bending roller mounted to be rotatably movable with respect to a frame (B) and at least one crease erasing member , the device including a plate designed with: - reception surfaces to receive, support and position said crease erasing member which is attached thereto, - a fixing means for fixing to said frame (B), CHARACTERIZED BY THE FACT THAT said plate is designed with - guide surfaces pivotably connected for said roller , being pre-formed with at least one bore allowing the guiding of the cylindrical surface of a coaxial cylindrical projection projecting outwardly from one of the upper or lower flat surfaces formed by the roller , said roller comprising an upper flat surface and a lower flat surface from each of which a coaxial cylindrical projection projects outwardly, said plate being comprised of two half-plates which receive the crease erasing member, each pre-formed with a bore (311 and 321) allowing the guiding of the cylindrical surface of said projection . - reception surfaces to receive, support and position said crease erasing member which is attached thereto, - a fixing means for fixing to said frame (B), CHARACTERIZED BY THE FACT THAT said plate is designed with - guide surfaces pivotably connected for said roller , being pre-formed with at least one bore allowing the guiding of the cylindrical surface of a coaxial cylindrical projection projecting outwardly from one of the upper or lower flat surfaces formed by the roller , said roller comprising an upper flat surface and a lower flat surface from each of which a coaxial cylindrical projection projects outwardly, said plate being comprised of two half-plates which receive the crease erasing member, each pre-formed with a bore (311 and 321) allowing the guiding of the cylindrical surface of said projection .
A leg assembly for a passenger seat comprising: a base member ; a leg comprising an upper end and a lower end , wherein the upper end of the leg comprises an aperture configured to receive a base frame tube, and wherein the lower end is pivotally connected to the base member such that the leg is pivotable forward and aft from a base position ; and an adjuster configured to pivotally position the leg relative to the base member , wherein the adjuster is a manually adjustable, and wherein the adjuster is configured to pivotally position the leg between preset positions, characterized in that the adjuster comprises: a first threaded rod comprising a clockwise thread and a first alignment hole ; a second threaded rod comprising a counter-clockwise thread and a second alignment hole ; a sleeve rotatably positioned on the first threaded rod and the second threaded rod and comprising at least one sleeve alignment hole ; and a locking washer positioned on the first threaded rod or the second threaded rod , wherein a distance between an end of the first threaded rod and an end of the second threaded rod is adjustable through rotation of the sleeve , wherein the at least one sleeve alignment hole is aligned with the first alignment hole or the second alignment hole in a preset position, and wherein the locking washer is configured to maintain a position of the sleeve relative to the first threaded rod and the second threaded rod in the preset position. a base member ; a leg comprising an upper end and a lower end , wherein the upper end of the leg comprises an aperture configured to receive a base frame tube, and wherein the lower end is pivotally connected to the base member such that the leg is pivotable forward and aft from a base position ; and an adjuster configured to pivotally position the leg relative to the base member , wherein the adjuster is a manually adjustable, and wherein the adjuster is configured to pivotally position the leg between preset positions, characterized in that the adjuster comprises: a first threaded rod comprising a clockwise thread and a first alignment hole ; a second threaded rod comprising a counter-clockwise thread and a second alignment hole ; a sleeve rotatably positioned on the first threaded rod and the second threaded rod and comprising at least one sleeve alignment hole ; and a locking washer positioned on the first threaded rod or the second threaded rod , wherein a distance between an end of the first threaded rod and an end of the second threaded rod is adjustable through rotation of the sleeve , wherein the at least one sleeve alignment hole is aligned with the first alignment hole or the second alignment hole in a preset position, and wherein the locking washer is configured to maintain a position of the sleeve relative to the first threaded rod and the second threaded rod in the preset position.
A fastener driver comprising: a housing ; a cylinder disposed within the housing; a piston positioned and moveable within the cylinder; a driver blade attached to the piston and movable with the piston; a motor for driving movement of the piston; a battery removably coupled to the housing for supplying power to the motor; a nosepiece at least partially defining a fastener driving track through which fasteners are driven by the driver blade; and a magazine operable to supply the fasteners to the nosepiece, characterised in that the magazine includes a blocking member engageable with the battery to prevent removal of the magazine from the nosepiece when the battery is coupled to the main housing, and the magazine is removable from the nosepiece only in response to prior removal of the battery from the housing. a housing ; a cylinder disposed within the housing; a piston positioned and moveable within the cylinder; a driver blade attached to the piston and movable with the piston; a motor for driving movement of the piston; a battery removably coupled to the housing for supplying power to the motor; a nosepiece at least partially defining a fastener driving track through which fasteners are driven by the driver blade; and a magazine operable to supply the fasteners to the nosepiece, characterised in that the magazine includes a blocking member engageable with the battery to prevent removal of the magazine from the nosepiece when the battery is coupled to the main housing, and the magazine is removable from the nosepiece only in response to prior removal of the battery from the housing.
A textile fabric comprising: - a first set of electrically conductive, externally isolated yarns separated by isolating textile yarns ; - a second set of non-isolated conductive yarns ; - a plurality of textile yarns interlacing the first and the second set of yarns , wherein part of the interlacing textile yarns are non-isolated conductive yarns in order to form an electrical grounding grid with the non-isolated conductive yarns of the second set of yarns and part of the interlacing textile yarns are isolating textile yarns . - a first set of electrically conductive, externally isolated yarns separated by isolating textile yarns ; - a second set of non-isolated conductive yarns ; - a plurality of textile yarns interlacing the first and the second set of yarns , wherein part of the interlacing textile yarns are non-isolated conductive yarns in order to form an electrical grounding grid with the non-isolated conductive yarns of the second set of yarns and part of the interlacing textile yarns are isolating textile yarns .
An event notification method, comprising: receiving a subscription request from a subscriber, wherein the subscription request comprises address information for at least one receiver used for receiving an event notification(S101); acquiring multiple pieces of monitored data; determining whether a continuous event notification rule is satisfied during a monitoring time interval(S102); and transmitting the event notification for the subscription request to the at least one receiver in a case that the continuous event notification rule is satisfied(S103), to indicate that a continuous event happens, wherein the satisfaction of continuous event notification rule is determined based on determining whether the value of the monitored data meets a predetermined condition with respect to a predetermined monitoring threshold for at least a predetermined time length threshold. receiving a subscription request from a subscriber, wherein the subscription request comprises address information for at least one receiver used for receiving an event notification(S101); acquiring multiple pieces of monitored data; determining whether a continuous event notification rule is satisfied during a monitoring time interval(S102); and transmitting the event notification for the subscription request to the at least one receiver in a case that the continuous event notification rule is satisfied(S103), to indicate that a continuous event happens, wherein the satisfaction of continuous event notification rule is determined based on determining whether the value of the monitored data meets a predetermined condition with respect to a predetermined monitoring threshold for at least a predetermined time length threshold.