mhurhangee/ep-ind-claims huggingface dataset:
A memory, comprising a clock processing circuit comprising: a duty cycle module, configured to receive a data clock signal externally generated, and adjust a duty cycle of the data clock signal to output an internal clock signal; a clock generation module, configured to receive the internal clock signal, and output a read clock signal based on the internal clock signal; characterized in that the memory further comprises: a data strobe generation module, configured to generate and output a read data strobe signal during existence of the read clock signal; wherein the read data strobe signal has only one level state change edge; and a selection module, configured to receive a selection indication signal, the read clock signal and the read data strobe signal, to output the read clock signal as a target read data strobe signal in response to the selection indication signal being in a first state and to output the read data strobe signal as the target read data strobe signal in response to the selection indication signal being in a second state differing from the first state. a duty cycle module, configured to receive a data clock signal externally generated, and adjust a duty cycle of the data clock signal to output an internal clock signal; a clock generation module, configured to receive the internal clock signal, and output a read clock signal based on the internal clock signal; characterized in that the memory further comprises: a data strobe generation module, configured to generate and output a read data strobe signal during existence of the read clock signal; wherein the read data strobe signal has only one level state change edge; and a selection module, configured to receive a selection indication signal, the read clock signal and the read data strobe signal, to output the read clock signal as a target read data strobe signal in response to the selection indication signal being in a first state and to output the read data strobe signal as the target read data strobe signal in response to the selection indication signal being in a second state differing from the first state. a data strobe generation module, configured to generate and output a read data strobe signal during existence of the read clock signal; wherein the read data strobe signal has only one level state change edge; and a selection module, configured to receive a selection indication signal, the read clock signal and the read data strobe signal, to output the read clock signal as a target read data strobe signal in response to the selection indication signal being in a first state and to output the read data strobe signal as the target read data strobe signal in response to the selection indication signal being in a second state differing from the first state.
An antimicrobial composition, comprising: (a) a C 1 to C 6 alcohol; (b) 1.5 wt.% to 15 wt.% citric acid; (c) 0.01 wt.% to 1 wt.% paraben; and (d) 0.01 percent to 0.2 percent by weight methylene blue; wherein the antimicrobial composition has a pH of from 3 to 7. (a) a C 1 to C 6 alcohol; (b) 1.5 wt.% to 15 wt.% citric acid; (c) 0.01 wt.% to 1 wt.% paraben; and (d) 0.01 percent to 0.2 percent by weight methylene blue;
Device for cooling heat radiating components comprising a cooling body having a plurality of cooling fins arranged straight and parallel to each other along a longitudinal axis, an axial fan for conveying cooling air in a main conveying direction along a fan axis, the axial fan being arranged on the cooling body and the fan axis being arranged transversely to the longitudinal axis, and the axial fan having a fan propeller which is driven in rotation about the fan axis and has a plurality of fan blades arranged transversely to the fan axis, and an air guiding element arranged between the axial fan and the cooling body for influencing the air flow, wherein the air guiding element is set with guiding vanes (9, 10) in two sectors around the fan axis and is free of guiding vanes in two further sectors around the fan axis, and wherein the sectors set with guiding vanes (9, 10) each start, with respect to radially outer ends of the guiding vanes (9, 10), from an initial radius with respect to the fan axis which encloses an acute angle with the cooling fins or is arranged parallel to the cooling fins, and extend over an angle of less than 180 degrees in the direction of rotation of the fan propeller. a cooling body having a plurality of cooling fins arranged straight and parallel to each other along a longitudinal axis, an axial fan for conveying cooling air in a main conveying direction along a fan axis, the axial fan being arranged on the cooling body and the fan axis being arranged transversely to the longitudinal axis, and the axial fan having a fan propeller which is driven in rotation about the fan axis and has a plurality of fan blades arranged transversely to the fan axis, and an air guiding element arranged between the axial fan and the cooling body for influencing the air flow, wherein the air guiding element is set with guiding vanes (9, 10) in two sectors around the fan axis and is free of guiding vanes in two further sectors around the fan axis, and wherein the sectors set with guiding vanes (9, 10) each start, with respect to radially outer ends of the guiding vanes (9, 10), from an initial radius with respect to the fan axis which encloses an acute angle with the cooling fins or is arranged parallel to the cooling fins, and extend over an angle of less than 180 degrees in the direction of rotation of the fan propeller.
A saddle-stitch bookbinding system comprising: a folding machine folding a sheet into a predetermined folding pattern to form a signature; a saddle stitching machine arranged downstream of the folding machine to staple and fold the signature; and a control unit operatively connected to the folding machine and the saddle stitching machine, wherein the folding machine has one or more parameters adjustable depending on a thickness of the sheet and the saddle stitching machine has one or more parameters adjustable depending on a thickness of the signature, wherein the one or more parameters of the folding machine are set by the control unit based on the information about the thickness of the sheet, and the one or more parameters of the saddle stitching machine are set by the control unit based on the information about the thickness of the signature calculated by the control unit using the information about the thickness of the sheet and the information about the folding pattern of the folding machine. a folding machine folding a sheet into a predetermined folding pattern to form a signature; a saddle stitching machine arranged downstream of the folding machine to staple and fold the signature; and a control unit operatively connected to the folding machine and the saddle stitching machine, wherein the folding machine has one or more parameters adjustable depending on a thickness of the sheet and the saddle stitching machine has one or more parameters adjustable depending on a thickness of the signature, wherein the one or more parameters of the folding machine are set by the control unit based on the information about the thickness of the sheet, and the one or more parameters of the saddle stitching machine are set by the control unit based on the information about the thickness of the signature calculated by the control unit using the information about the thickness of the sheet and the information about the folding pattern of the folding machine.
A rough terrain crane comprising: - a lower carrier having a front axle and a rear axle; - a boom device disposed above the lower carrier; and - a single operating unit that performs driving and a boom operation via a hydraulic actuator, wherein - the lower carrier includes a lower frame, an outrigger (18, 19) provided to be freely attached and detached to an end portion of the lower frame, and an engine that is disposed on an upper side of a rear end portion of the lower carrier, drives the axles (14, 15), and supplies hydraulic pressure to the hydraulic actuator, - the rough terrain crane further comprises: - a reducing agent tank in which a reducing agent is stored; and - an exhaust emission control device that has a decompression reactor tube and a selective catalyst reduction disposed downstream of the decompression reactor tube, - the exhaust emission control device is mounted to be laterally adjacent to the engine, - the reducing agent tank is disposed on a front side of the exhaust emission control device in the vicinity of the engine, - the reducing agent tank has a protective frame that surrounds and protects the reducing agent tank, - the protective frame is designed as a step for an operator of the rough terrain crane. - a lower carrier having a front axle and a rear axle; - a boom device disposed above the lower carrier; and - a single operating unit that performs driving and a boom operation via a hydraulic actuator, wherein - the lower carrier includes a lower frame, an outrigger (18, 19) provided to be freely attached and detached to an end portion of the lower frame, and an engine that is disposed on an upper side of a rear end portion of the lower carrier, drives the axles (14, 15), and supplies hydraulic pressure to the hydraulic actuator, - the rough terrain crane further comprises: - a reducing agent tank in which a reducing agent is stored; and - an exhaust emission control device that has a decompression reactor tube and a selective catalyst reduction disposed downstream of the decompression reactor tube, - a reducing agent tank in which a reducing agent is stored; and - an exhaust emission control device that has a decompression reactor tube and a selective catalyst reduction disposed downstream of the decompression reactor tube, - the exhaust emission control device is mounted to be laterally adjacent to the engine, - the reducing agent tank is disposed on a front side of the exhaust emission control device in the vicinity of the engine, - the reducing agent tank has a protective frame that surrounds and protects the reducing agent tank, - the protective frame is designed as a step for an operator of the rough terrain crane.
Data memory element for transmitting data to a kitchen appliance operable by electric motor, comprising a plurality of contact elements that are separate from one another, with a design of the data memory element as a whole as flat part comprising a bottom side and an upper side, with a largest layout dimension of the bottom side or of the upper side, respectively, which corresponds to 1.5-times or more of a largest thickness, wherein the contact elements are arranged in the bottom side, characterized in that, in the cross section, the bottom side transitions into a wall contour, which extends at an obtuse angle to the contour line of the bottom side, and in that, on the edge side in the cross section, the upper side also transitions into a wall contour, which extends downwards and which runs at an obtuse angle to the contour line of the upper side, wherein a circumferential edge for seizing the data memory element results when the two wall contour lines meet.
Aircraft seat device, with at least one backrest (1 0a; 10b), with at least one backrest bridge (16a; 16b) which at least substantially spans the backrest (1 0a; 10b) at least in a transverse direction, and with at least one flap element (14a; 14b) which is arranged pivotably in the region of the backrest bridge (16a; 16b), wherein the backrest forms at least one storage container, which is configured at least for a storage of literature and/or of personal objects and which is arranged at least partially in a region behind the backrest bridge, wherein a filling opening of the storage container, through which literature and/or personal objects is/are introducible into the storage container, is arranged between the backrest bridge and a rear side of the backrest, characterised in that the at least one flap element (14a; 14b) covers, at least in a closed state, at least a backrest region (46a; 46b) above the backrest bridge (16a; 16b), wherein the covered backrest region (46a; 46b) has at least a height extent of at least 20 mm and the flap element is configured, in the closed state, to at least partially close the filled storage container and for this purpose covers, and thus substantially closes, at least the filling opening of the storage container. with at least one backrest (1 0a; 10b), with at least one backrest bridge (16a; 16b) which at least substantially spans the backrest (1 0a; 10b) at least in a transverse direction, and with at least one flap element (14a; 14b) which is arranged pivotably in the region of the backrest bridge (16a; 16b), wherein the backrest forms at least one storage container, which is configured at least for a storage of literature and/or of personal objects and which is arranged at least partially in a region behind the backrest bridge, wherein a filling opening of the storage container, through which literature and/or personal objects is/are introducible into the storage container, is arranged between the backrest bridge and a rear side of the backrest, characterised in that the at least one flap element (14a; 14b) covers, at least in a closed state, at least a backrest region (46a; 46b) above the backrest bridge (16a; 16b), wherein the covered backrest region (46a; 46b) has at least a height extent of at least 20 mm and the flap element is configured, in the closed state, to at least partially close the filled storage container and for this purpose covers, and thus substantially closes, at least the filling opening of the storage container.
An apparatus comprising: a pivotable turbine vane for a gas turbine engine, the pivotable turbine vane having an end structured to contact a wall of the gas turbine engine, the end having an abradable coating configured to wear according to a contact between the abradable coating and the wall of the gas turbine engine; wherein the pivotable turbine vane further includes a cooling hole disposed between opposing squealer members, and wherein one of the opposing squealer members is disposed toward a relatively low pressure side of the pivotable turbine vane and the other of the opposing squealer members is disposed toward a relatively high pressure side of the pivotable turbine vane. a pivotable turbine vane for a gas turbine engine, the pivotable turbine vane having an end structured to contact a wall of the gas turbine engine, the end having an abradable coating configured to wear according to a contact between the abradable coating and the wall of the gas turbine engine; wherein the pivotable turbine vane further includes a cooling hole disposed between opposing squealer members, and wherein one of the opposing squealer members is disposed toward a relatively low pressure side of the pivotable turbine vane and the other of the opposing squealer members is disposed toward a relatively high pressure side of the pivotable turbine vane.
A synchronization signal transmission method of an inter-TP air interface synchronization in a communication system, comprising: generating, by a communication node, a radio frame; the radio frame comprising N subframes, each subframe comprising M Orthogonal Frequency Division Multiplexing, OFDM, symbols and P synchronization signals; each OFDM symbol comprising a first Cyclic Prefix, CP, and an OFDM symbol data portion, and transmitting, by the communication node, the radio frame, characterized in that, data signals of the first CP are as same as data signals of a tail of the OFDM symbol data portion at a corresponding length; N, M and P are positive integers, and 0≤P≤M; and a synchronization signal comprises a second CP and a synchronization signal data portion; data signals of the second CP are as same as data signals of a tail of the synchronization signal data portion at a corresponding length, in the subframe, the synchronization signal is located in front of the OFDM symbol, and a sum of lengths of the first CP, the second CP and the synchronization signal data portion is 160Ts, or 144Ts, or 512Ts, wherein Ts is a time unit of an LTE time domain, and Ts=1/30.72μs. generating, by a communication node, a radio frame; the radio frame comprising N subframes, each subframe comprising M Orthogonal Frequency Division Multiplexing, OFDM, symbols and P synchronization signals; each OFDM symbol comprising a first Cyclic Prefix, CP, and an OFDM symbol data portion, and transmitting, by the communication node, the radio frame, characterized in that, data signals of the first CP are as same as data signals of a tail of the OFDM symbol data portion at a corresponding length; N, M and P are positive integers, and 0≤P≤M; and a synchronization signal comprises a second CP and a synchronization signal data portion; data signals of the second CP are as same as data signals of a tail of the synchronization signal data portion at a corresponding length, in the subframe, the synchronization signal is located in front of the OFDM symbol, and a sum of lengths of the first CP, the second CP and the synchronization signal data portion is 160Ts, or 144Ts, or 512Ts, wherein Ts is a time unit of an LTE time domain, and Ts=1/30.72μs.
A composition, comprising: (i) water; (ii) portland cement; (iii) a linear polyvinylalcohol; and (iv) a crosslinked polyvinylalcohol; said composition further comprising borosilicate glass microspheres. (i) water; (ii) portland cement; (iii) a linear polyvinylalcohol; and (iv) a crosslinked polyvinylalcohol;
Conical disc element for centrifugal separators for cleaning of a gaseous fluid, with an inner surface facing the axial center axis of the conical disc element and with an outer surface facing away from the axial center axis of the disc element, and with spacing members on at least one of these surfaces for maintaining a mutual distance to an adjacent disc element, said disc element having a radially inner peripheral edge and a radially outer peripheral edge, wherein said spacing members have the shape of circumferentially distributed ribs extending between the peripheral edges (26, 28) and delimiting between them flow channels for a gaseous fluid to be cleaned, characterized in that the disc element has a plurality of radial projections extending outwardly from the outer periphery thereof, said projections being configured such that several thereof are located between the outer ends of the adjacent ribs, as viewed in the circumferential direction of the disc elements.
An electrical power terminal, comprising: an elongated wire connection member provided with a wire fastening portion and a terminal fastening portion comprising a circular opening, and a terminal element with a main body having a cylindrical shape, axially extended in a direction perpendicular to a longitudinal direction of the wire connection member, when connected to each other, the terminal element comprising a terminal end and a connecting end having a cylindrical shape adapted to be received in the circular opening, the main body consists of the terminal end which is formed by a plurality of elastic spring arms and are adapted to receive a corresponding terminal pin of a corresponding counter connector and to mechanically hold the terminal pin in engagement, characterized in that a diameter of the terminal element is reduced at the connecting end compared to the main body of the terminal element. an elongated wire connection member provided with a wire fastening portion and a terminal fastening portion comprising a circular opening, and a terminal element with a main body having a cylindrical shape, axially extended in a direction perpendicular to a longitudinal direction of the wire connection member, when connected to each other, the terminal element comprising a terminal end and a connecting end having a cylindrical shape adapted to be received in the circular opening, the main body consists of the terminal end which is formed by a plurality of elastic spring arms and are adapted to receive a corresponding terminal pin of a corresponding counter connector and to mechanically hold the terminal pin in engagement, characterized in that a diameter of the terminal element is reduced at the connecting end compared to the main body of the terminal element.
A lipidated analog of prolactin-releasing peptide selected from the group consisting of: J a -SRAHQHSMETRTPDINPAWYTGRGIRPVGRF-NH 2; J a -SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NH 2; (N-palm)-SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NHMe; (N-palm)-SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NOMe; (N-myr)-TPDINPAWYTGRGIRPVGRF-NH 2; (N-myr)-TPDINPAWYASRGIRPVGRF-NH 2; J 1' -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGRF-NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGR 1-Nal-NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGR PheCl 2 -NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGR PheNO 2 -NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGR PheF 5 -NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGRY-NH 2; J a -SRAHRHS Nle EIRTPDINPAWYASRGIRPVGRY-NH 2; (N-myr)-Nle-ETRTPDINPAWYTGRGIRPVGRF-NH 2; (N-myr)-QHSMETRTPDINPAWYTGRGIRPVGRF-NH 2; (N-myr)-QHSMETRTPDINPAWYASRGIRPVGRF-NH 2; (N-palm)SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NOMe; (palm)-SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NH 2; (myr)-SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NH 2; (myr)TPDINPAWYmoRGIRPVGRF-NH 2; (palm)TPDINPAWYmoRGIRPVGRF-NH 2; (myr)TPDINPAWYmoRGIRPVGR 1-Nal-NH 2; and (palm)TPDINPAWYmoRGIRPVGR 1-Nal-NH 2; wherein J 1 is palmitic acid, myristic acid or stearic acid; and J a is palmitic acid or myristic acid; m is T or A; and o is G or S. J a -SRAHQHSMETRTPDINPAWYTGRGIRPVGRF-NH 2; J a -SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NH 2; (N-palm)-SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NHMe; (N-palm)-SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NOMe; (N-myr)-TPDINPAWYTGRGIRPVGRF-NH 2; (N-myr)-TPDINPAWYASRGIRPVGRF-NH 2; J 1' -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGRF-NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGR 1-Nal-NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGR PheCl 2 -NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGR PheNO 2 -NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGR PheF 5 -NH 2; J a -SRAHQHS Nle ETRTPDINPAWYTGRGIRPVGRY-NH 2; J a -SRAHRHS Nle EIRTPDINPAWYASRGIRPVGRY-NH 2; (N-myr)-Nle-ETRTPDINPAWYTGRGIRPVGRF-NH 2; (N-myr)-QHSMETRTPDINPAWYTGRGIRPVGRF-NH 2; (N-myr)-QHSMETRTPDINPAWYASRGIRPVGRF-NH 2; (N-palm)SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NOMe; (palm)-SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NH 2; (myr)-SRTHRHSMEIRTPDINPAWYASRGIRPVGRF-NH 2; (myr)TPDINPAWYmoRGIRPVGRF-NH 2; (palm)TPDINPAWYmoRGIRPVGRF-NH 2; (myr)TPDINPAWYmoRGIRPVGR 1-Nal-NH 2; and (palm)TPDINPAWYmoRGIRPVGR 1-Nal-NH 2; J 1 is palmitic acid, myristic acid or stearic acid; and J a is palmitic acid or myristic acid; m is T or A; and o is G or S.
A method of monitoring a power saving-physical downlink control channel, PS-PDCCH, of a user equipment, UE, in a wireless communication system, the method comprising: receiving an offset relative to a starting slot of a discontinuous reception, DRX,-on duration; and monitoring the PS-PDCCH notifying power saving, PS, information in at least one PDCCH monitoring occasion, wherein the PS-PDCCH is not monitored in the DRX-on duration but monitored in the at least one PDCCH monitoring occasion located in a time window between a time indicated by the offset and the starting slot of the DRX-on duration. receiving an offset relative to a starting slot of a discontinuous reception, DRX,-on duration; and monitoring the PS-PDCCH notifying power saving, PS, information in at least one PDCCH monitoring occasion, wherein the PS-PDCCH is not monitored in the DRX-on duration but monitored in the at least one PDCCH monitoring occasion located in a time window between a time indicated by the offset and the starting slot of the DRX-on duration.