mhurhangee/patent-ind-claim-en huggingface dataset:
Digester for biogas production , comprising: - a base associated with a supporting ground - a side wall extended between a lower portion associated with the base and an upper portion spaced from the lower portion along a height direction (X-X) perpendicular to the base , said side wall with the base defining a tank configured to receive inside it a quantity of biomass for generating biogas; - a biomass extraction system configured to transport the biomass from the tank , the extraction system comprising - an extraction pipe configured to transport the biomass from inside the tank to outside the tank, said extraction pipe extending between a first end position arranged near the lower portion and a second end position in proximity to the upper portion ; - pumping means associated with the extraction pipe and configured to extract the biomass from the tank via the extraction pipe ; characterised in that the digester comprises a platform fixed to the side wall at the upper portion and at least partially suspended cantilevered towards the inside of the tank , said platform being configured to retain the extraction pipe in proximity to the second end portion , and wherein the extraction pipe extends between the first end portion and the second end portion retained by the platform along an inner surface of the side wall facing the inside of the tank . - a base associated with a supporting ground - a side wall extended between a lower portion associated with the base and an upper portion spaced from the lower portion along a height direction (X-X) perpendicular to the base , said side wall with the base defining a tank configured to receive inside it a quantity of biomass for generating biogas; - a biomass extraction system configured to transport the biomass from the tank , the extraction system comprising - an extraction pipe configured to transport the biomass from inside the tank to outside the tank, said extraction pipe extending between a first end position arranged near the lower portion and a second end position in proximity to the upper portion ; - pumping means associated with the extraction pipe and configured to extract the biomass from the tank via the extraction pipe ; - an extraction pipe configured to transport the biomass from inside the tank to outside the tank, said extraction pipe extending between a first end position arranged near the lower portion and a second end position in proximity to the upper portion ; - pumping means associated with the extraction pipe and configured to extract the biomass from the tank via the extraction pipe ; characterised in that the digester comprises a platform fixed to the side wall at the upper portion and at least partially suspended cantilevered towards the inside of the tank , said platform being configured to retain the extraction pipe in proximity to the second end portion , and wherein the extraction pipe extends between the first end portion and the second end portion retained by the platform along an inner surface of the side wall facing the inside of the tank .
A unidirectional buffer (100; 302-310) comprising: an input terminal (T1) for receiving quantum signals via a Josephson transmission line configured to propagate signals in a first direction, wherein the unidirectional buffer is configured to propagate quantum signals in only the first direction and not in a second direction opposite to the first direction, the unidirectional buffer further comprising: a first inductive element coupled between the input terminal and a second terminal (T2); a first Josephson junction coupled between the second terminal and a ground terminal; a second inductive element coupled between the second terminal and a third terminal (T3); and a second Josephson junction coupled between the third terminal and the ground terminal, wherein the second inductive element is configured to form an inductive loop comprising the first Josephson junction, the second inductive element, and the second Josephson junction, characterised in that the first Josephson junction has a corresponding first critical current value and the second Josephson junction has a corresponding second critical current value, and wherein the first critical current value is 1.1 to 1.4 times the second critical current value. a first inductive element coupled between the input terminal and a second terminal (T2); a first Josephson junction coupled between the second terminal and a ground terminal; a second inductive element coupled between the second terminal and a third terminal (T3); and a second Josephson junction coupled between the third terminal and the ground terminal, wherein the second inductive element is configured to form an inductive loop comprising the first Josephson junction, the second inductive element, and the second Josephson junction, characterised in that the first Josephson junction has a corresponding first critical current value and the second Josephson junction has a corresponding second critical current value, and wherein the first critical current value is 1.1 to 1.4 times the second critical current value.
Stackable transport trolley having a chassis and having a basket , wherein the chassis has a carrying frame and a wire framework , which is arranged on the carrying frame , wherein the wire framework carries the basket , and wherein the wire framework has a wire frame with two upwardly projecting basket-fastening brackets , wherein the basket is pushed onto the basket-fastening brackets and, in the assembled state of the transport trolley , the wire frame has a rear-side transverse strut , which connects the two basket-fastening brackets , characterized in that the basket-fastening brackets are of V-shaped design and the basket has basket-fastening-bracket mounts, which are formed in the basket as openings, into which, in the assembled state, the basket-fastening brackets are pushed.
Measurement device for determining an operating parameter, such as pressure or temperature, for a water-based liquid, especially an aqueous urea solution, which can be received in a measurement chamber inside a housing , said measurement chamber being delimited by a measurement surface of a measurement device and an elastically deformable compensating device , which yields to expansion pressure when the liquid freezes and expands the measurement chamber in the process, said compensating device comprising at least one membrane , the edges of which are fixed in the housing and which, together with the housing , delimits a region that is free from this liquid on its side facing away from the measurement surface , said region being designed in the form of a tray, characterised in that the edges of the membrane are clamped between two housing sections (12, 14; 10) of the housing , in that the base of the tray in the region forms a support surface for the membrane in its full compensation position with the measurement chamber expanded to its maximum, and in that the measurement device comprises a screw insert in a section adjacent to the end measurement surface , said screw insert being able to be screwed with an outer thread into a sleeve-shaped inner housing section , which also fixes the membrane in place , by means of its inner threaded section .
A method of transmitting a signal by a user equipment, UE, in a wireless communication system supporting a plurality of transmission time interval, TTI, lengths, the method comprising: performing measurements on plurality of sTTI resources in units of sTTI, short TTI, resource; excluding a second sTTI resource having a measurement result equal to or larger than a predetermined value among the plurality of sTTI resources, applying a negative offset to a measurement result of sTTI resource directly close, on the time axis, to the second-sTTI resource, selecting a first sTTI resource having a smallest measurement result; and transmitting a signal in the first sTTI resource. performing measurements on plurality of sTTI resources in units of sTTI, short TTI, resource; excluding a second sTTI resource having a measurement result equal to or larger than a predetermined value among the plurality of sTTI resources, applying a negative offset to a measurement result of sTTI resource directly close, on the time axis, to the second-sTTI resource, selecting a first sTTI resource having a smallest measurement result; and transmitting a signal in the first sTTI resource.
A method performed by a terminal comprised in a wireless communication system, the method comprising: receiving , from a base station, a system information block, SIB, including at least one parameter for a paging; receiving, from the base station, a radio resource control, RRC, message; and receiving, from the base station, a paging message on a physical downlink control channel, PDCCH, addressed to a paging radio network temporary identifier, P-RNTI, by monitoring a paging occasion, PO, of a paging frame, PF, based on the at least one parameter, wherein the monitoring of the PO starts from a starting PDCCH monitoring occasion indicated by information indicating a first PDCCH monitoring occasion of the PO, wherein the information indicating the first PDCCH monitoring occasion of the PO is included in the SIB for the paging in an initial downlink bandwidth part, BWP, and wherein the information indicating the first PDCCH monitoring occasion of the PO is included in the RRC message for the paging in a non-initial downlink BWP. receiving , from a base station, a system information block, SIB, including at least one parameter for a paging; receiving, from the base station, a radio resource control, RRC, message; and receiving, from the base station, a paging message on a physical downlink control channel, PDCCH, addressed to a paging radio network temporary identifier, P-RNTI, by monitoring a paging occasion, PO, of a paging frame, PF, based on the at least one parameter, wherein the monitoring of the PO starts from a starting PDCCH monitoring occasion indicated by information indicating a first PDCCH monitoring occasion of the PO, wherein the information indicating the first PDCCH monitoring occasion of the PO is included in the SIB for the paging in an initial downlink bandwidth part, BWP, and wherein the information indicating the first PDCCH monitoring occasion of the PO is included in the RRC message for the paging in a non-initial downlink BWP.
A pneumatic tire comprising: a tire carcass forming a toroid comprising a pair of sidewalls extending in a radial direction from a central opening and to a central portion extending laterally between the pair of sidewalls ; a tire tread arranged annularly around the central portion and defining a ground-engaging side of the tire , the tire tread having a width (W 20 ) defined by a pair of opposing lateral sides of the tread and the ground-engaging side extending annularly around an exterior side of the tire . a tire thickness extending between the exterior side and an interior side of the tire ; characterized in that said pneumatic tire further comprises: a flexible heat insulating layer attached to the tire at a location radially inward from the tire tread and opposite the tire tread relative the tire thickness, the heat insulating layer having a thickness(T 40 ), a length extending annularly and substantially around the tire ,and a width (W 40 ) extending between the pair of opposing lateral sides of the tread , the heat insulating layer having thermally insulating properties configured to maintain at least a portion of the tire tread at or above a desired elevated temperature greater than a glass transition temperature for any such portion of the tire tread under normal tire operating conditions, the heat insulating layer s having a low thermal conductivity. a tire carcass forming a toroid comprising a pair of sidewalls extending in a radial direction from a central opening and to a central portion extending laterally between the pair of sidewalls ; a tire tread arranged annularly around the central portion and defining a ground-engaging side of the tire , the tire tread having a width (W 20 ) defined by a pair of opposing lateral sides of the tread and the ground-engaging side extending annularly around an exterior side of the tire . a tire thickness extending between the exterior side and an interior side of the tire ;
Electrical circuit for equipment , in particular railway equipment, supplied with an alternating electrical current, called primary current, said electrical circuit comprising at least one component supplied with said primary current and generating, in said electrical circuit , at least one undesired alternating current, called harmonic current, said circuit being characterized in that it further comprises an attenuation module comprising: - at least one induction means , which is galvanically coupled to said electrical circuit , such that, for each of said primary and harmonic currents, a proportional current of the same frequency is induced in said induction means ; and - at least one filtration means , which is connected in series to said induction means , for filtering the primary current induced in said induction means and allowing the induced harmonic current to pass; said at least one induction means comprising a coupling coil, which is galvanically wound around a portion of an arm of said electrical circuit , said portion of the arm comprising an insulating shell, arranged around an electrical wire of said electrical circuit . - at least one induction means , which is galvanically coupled to said electrical circuit , such that, for each of said primary and harmonic currents, a proportional current of the same frequency is induced in said induction means ; and - at least one filtration means , which is connected in series to said induction means , for filtering the primary current induced in said induction means and allowing the induced harmonic current to pass;
An aircraft passenger cabin, comprising: a longitudinal aisle ; a first branch aisle extending from the longitudinal aisle; a door positioned at one end of the branch aisle opposite the longitudinal aisle; a closet positioned to one side of the first branch aisle, the closet comprising: a first compartment extending between a first wall and a second wall and from a floor to a ceiling formed in the first compartment, and the first compartment dimensioned to accommodate a wheelchair in an unfolded condition; and a second compartment positioned to one side of the first compartment, at least one passenger seat positioned on a side of the closet opposite the first branch aisle and facing the closet; and a second branch aisle positioned between the at least one passenger seat and the closet, the second branch aisle extending from the longitudinal aisle; wherein each of the first branch aisle and the second branch aisle is dimensioned to accommodate the wheelchair and provide direct access into the first compartment from the respective branch aisle. a longitudinal aisle ; a first branch aisle extending from the longitudinal aisle; a door positioned at one end of the branch aisle opposite the longitudinal aisle; a closet positioned to one side of the first branch aisle, the closet comprising: a first compartment extending between a first wall and a second wall and from a floor to a ceiling formed in the first compartment, and the first compartment dimensioned to accommodate a wheelchair in an unfolded condition; and a second compartment positioned to one side of the first compartment, a first compartment extending between a first wall and a second wall and from a floor to a ceiling formed in the first compartment, and the first compartment dimensioned to accommodate a wheelchair in an unfolded condition; and a second compartment positioned to one side of the first compartment, at least one passenger seat positioned on a side of the closet opposite the first branch aisle and facing the closet; and a second branch aisle positioned between the at least one passenger seat and the closet, the second branch aisle extending from the longitudinal aisle; wherein each of the first branch aisle and the second branch aisle is dimensioned to accommodate the wheelchair and provide direct access into the first compartment from the respective branch aisle.
A surface cleaning apparatus , comprising: a housing having an upright handle assembly and a base mounted to the upright handle assembly ; a suction source provided with the housing; a suction nozzle assembly provided on the base and defining a suction nozzle in fluid communication with the suction source ; a fluid delivery system comprising a fluid supply chamber provided on the upright handle assembly and adapted to hold a supply of liquid and a fluid dispenser provided on the base in fluid communication with the fluid supply chamber ; a dirty tank assembly removably mounted to a front of the upright handle assembly and in fluid communication with the suction source when mounted thereto, and including a recovery container having an open top and a lid assembly for at least partially closing the open top; and characterized in that it comprises a latch assembly provided on a forward side of the lid assembly , the latch assembly including a latch body biased via a spring toward a latched position wherein a protrusion of the latch body is received in a recess of the upright handle assembly . a housing having an upright handle assembly and a base mounted to the upright handle assembly ; a suction source provided with the housing; a suction nozzle assembly provided on the base and defining a suction nozzle in fluid communication with the suction source ; a fluid delivery system comprising a fluid supply chamber provided on the upright handle assembly and adapted to hold a supply of liquid and a fluid dispenser provided on the base in fluid communication with the fluid supply chamber ; a dirty tank assembly removably mounted to a front of the upright handle assembly and in fluid communication with the suction source when mounted thereto, and including a recovery container having an open top and a lid assembly for at least partially closing the open top; and characterized in that it comprises a latch assembly provided on a forward side of the lid assembly , the latch assembly including a latch body biased via a spring toward a latched position wherein a protrusion of the latch body is received in a recess of the upright handle assembly .
A 980MPa grade cold-rolled steel sheet having a high hole expansion rate and a high elongation, wherein the steel sheet has a chemical composition based on mass percentage of: C: 0.08%-0.12%, Si: 0.1%-1.0%, Mn: 1.9%-2.6%, Al: 0.01%-0.05%, Cr: 0.1-0.55%, Mo: 0.1-0.5%, Ti: 0.01-0.1%, and a balance of Fe and other unavoidable impurities, wherein the following relationships are satisfied: 1.8 ≥5×[C]+0.4×[Si]+0.1×([Mn]+[Cr]+[Mo]) 2 ≥1.3, [Mo]≥3×[Ti], wherein the unavoidable impurities include P, N and S, and the contents of P, N and S based on mass percentage are P≤0.015%, S≤0.003% and N≤0.005%; wherein the cold-rolled steel sheet has a microstructure of ferrite + bainite + martensite, wherein ferrite has a volume fraction of greater than 10%; bainite has a volume fraction of greater than 30%; martensite has a volume fraction of greater than 15%; wherein the microstructure further comprises uniformly and dispersively distributed nano-scale precipitates having an average diameter of less than 20 nm; wherein the cold-rolled steel sheet has a yield strength of greater than 600 MPa, a tensile strength of greater than 980MPa, an elongation of greater than 11%, and a hole expansion rate of ≥45%, wherein the yield strength, the tensile strength and the elongation are measured in accordance with standard ASTM A370-2017 method, and the hole expansion rate is measured in accordance with ISO/TS 16630-2017 method. wherein the cold-rolled steel sheet has a microstructure of ferrite + bainite + martensite, wherein ferrite has a volume fraction of greater than 10%; bainite has a volume fraction of greater than 30%; martensite has a volume fraction of greater than 15%; wherein the microstructure further comprises uniformly and dispersively distributed nano-scale precipitates having an average diameter of less than 20 nm; wherein the cold-rolled steel sheet has a yield strength of greater than 600 MPa, a tensile strength of greater than 980MPa, an elongation of greater than 11%, and a hole expansion rate of ≥45%, wherein the yield strength, the tensile strength and the elongation are measured in accordance with standard ASTM A370-2017 method, and the hole expansion rate is measured in accordance with ISO/TS 16630-2017 method.
A composition comprising: (a) an RNA-guided c lustered r egularly i nterspersed s hort p alindromic r epeats (CRISPR) nuclease system or nucleic acid encoding said CRISPR nuclease system, wherein the CRISPR nuclease system comprises (i) a programmable DNA modification protein which is a CRISPR protein, and (ii) a guide RNA; and (b) at least one catalytically inactive CRISPR system or nucleic acid encoding said at least one catalytically inactive CRISPR system, wherein each catalytically inactive CRISPR system comprises (i) a programmable DNA binding protein which is a catalytically inactive CRISPR protein and (ii) a guide RNA; and wherein (x) the programmable DNA modification protein is a type II CRISPR protein and the at least one programmable DNA binding protein is a type II CRISPR protein, or (y) the programmable DNA modification protein is a type V CRISPR protein and the at least one programmable DNA binding protein is a type II CRISPR protein; and wherein the composition as defined above is not one disclosed in WO2017/070598 or WO2017/096328. (a) an RNA-guided c lustered r egularly i nterspersed s hort p alindromic r epeats (CRISPR) nuclease system or nucleic acid encoding said CRISPR nuclease system, wherein the CRISPR nuclease system comprises (i) a programmable DNA modification protein which is a CRISPR protein, and (ii) a guide RNA; and (b) at least one catalytically inactive CRISPR system or nucleic acid encoding said at least one catalytically inactive CRISPR system, wherein each catalytically inactive CRISPR system comprises (i) a programmable DNA binding protein which is a catalytically inactive CRISPR protein and (ii) a guide RNA; and wherein (x) the programmable DNA modification protein is a type II CRISPR protein and the at least one programmable DNA binding protein is a type II CRISPR protein, or (y) the programmable DNA modification protein is a type V CRISPR protein and the at least one programmable DNA binding protein is a type II CRISPR protein; and wherein the composition as defined above is not one disclosed in WO2017/070598 or WO2017/096328.