mhurhangee/patent-ind-claim-en huggingface dataset:
A circuit for synchronization of data transmitted from a first clock domain to a second clock domain comprising: a plurality of M+1 latches each coupled to receive data through a common data input , wherein the data received through the common input is synchronized to a clock signal in the first clock domain; a multiplexer having a M+1 inputs each coupled to receive data from an output of a corresponding one of the M+1 latches, and an output, wherein the multiplexer is configured to select one of its inputs to be coupled to the output; and a control circuit configured to cause the multiplexer to sequentially select outputs of selected ones of the M+1 latches responsive to N successive clock pulses, and further configured to cause the selected ones of the M+1 latches to sequentially latch data received through the common data input, wherein the control circuit includes a first shift register configured to generate clock pulses to each of the M+1 latches such that only one of the M+1 latches is transparent at a given time, and a second shift register configured to generate selection signals provided to the multiplexer, such that only one selection signal is asserted at a given time, wherein the first and second shift registers are synchronized to a clock signal in the second clock domain. a plurality of M+1 latches each coupled to receive data through a common data input , wherein the data received through the common input is synchronized to a clock signal in the first clock domain; a multiplexer having a M+1 inputs each coupled to receive data from an output of a corresponding one of the M+1 latches, and an output, wherein the multiplexer is configured to select one of its inputs to be coupled to the output; and a control circuit configured to cause the multiplexer to sequentially select outputs of selected ones of the M+1 latches responsive to N successive clock pulses, and further configured to cause the selected ones of the M+1 latches to sequentially latch data received through the common data input, wherein the control circuit includes a first shift register configured to generate clock pulses to each of the M+1 latches such that only one of the M+1 latches is transparent at a given time, and a second shift register configured to generate selection signals provided to the multiplexer, such that only one selection signal is asserted at a given time, wherein the first and second shift registers are synchronized to a clock signal in the second clock domain.
A method to significantly reduce the amount of myrcene in a hop-mixed liquid (L) while the amount of linalool is not substantially reduced in the hop-mixed liquid (L), which liquid (L) contains a hop and a solvent, said method comprises maintaining the hop-mixed liquid (L) in a tank (1; 101) at a temperature less than the boiling point of the solvent, wherein at least a part of the hop-mixed liquid (L) is withdrawn from the tank (1; 101), and the hop-mixed liquid (L) is supplied to an empty portion of the tank (1; 101), again, to circulate the hop-mixed liquid (L) through the tank (1; 101).
Device mountable to the wall to support a dispenser (4',4",4′′′) consisting of a bottle and a dispensing head coupled in an engagement region, comprising: - a mounting body having a mounting plate , intended to be mounted to the wall, and a foot , projecting from the mounting plate , wherein the foot has an upper surface and an engagement projection protruding from the upper surface ; - a covering body comprising a cover , configured to cover at least partially the mounting plate , and a gripping portion , projecting from the cover and comprising a gripping collar engageable with the dispenser, wherein the covering body may be slidably coupled with the mounting body , wherein between the foot and the gripping collar a compartment is defined for accommodating the bottle; - security means (42,44;56;61;64) adapted to obtain a snap engagement between the covering body and the mounting body , said security means being releasable and comprising an opening obtained through the covering body , adapted to insert a key for releasing the security means; - wherein the engagement projection has a predefined configuration for univocally coupling with a bottom of the bottle of the dispenser (4', 4", 4′′′); - wherein said compartment of the device is free of panels, so as to leave the bottle visible. - a mounting body having a mounting plate , intended to be mounted to the wall, and a foot , projecting from the mounting plate , wherein the foot has an upper surface and an engagement projection protruding from the upper surface ; - a covering body comprising a cover , configured to cover at least partially the mounting plate , and a gripping portion , projecting from the cover and comprising a gripping collar engageable with the dispenser, wherein the covering body may be slidably coupled with the mounting body , wherein between the foot and the gripping collar a compartment is defined for accommodating the bottle; - security means (42,44;56;61;64) adapted to obtain a snap engagement between the covering body and the mounting body , said security means being releasable and comprising an opening obtained through the covering body , adapted to insert a key for releasing the security means; - wherein the engagement projection has a predefined configuration for univocally coupling with a bottom of the bottle of the dispenser (4', 4", 4′′′); - wherein said compartment of the device is free of panels, so as to leave the bottle visible.
A cleaning head for a filter backwashing mechanism, the cleaning head comprising: a nozzle for contact with a filter element wall and for receiving a flow of backwash fluid , wherein the nozzle comprises a rotor for generating a torque when exposed to the flow of backwash fluid , wherein the cleaning head is arranged such that at least a part of the nozzle will move toward and/or apply a force to the filter element wall as a result of the torque generated by the rotor , and wherein the torque generated by the rotor is converted by a screw thread arrangement into a linear force and/or movement of the at least the part of the nozzle.
Dry powder cell culture medium in which more than 70% (w/w) of all cystein, cystin and tyrosine and/or salts thereof present in the medium is present in the form of particles with particle sizes below 50 μm and in which more than 70% (w/w) of all serine, isoleucine, leucine, glycine and phenylalanine and/or salts thereof present in the medium is present in the form of particles with particle sizes above 100 μm.
A radial exhaust diffuser for a gas turbine engine , comprising: an outer barrel ; an inner barrel positioned within the outer barrel ; and a plurality of support poles supporting the inner barrel within the outer barrel , each support pole defining a longitudinal axis extending from the inner barrel to the outer barrel; characterised in that : the plurality of support poles is positioned only about an inner barrel bottom half portion ; and the axes of the plurality of support poles are inclined at an angle : with respect an engine axis ; and/or relative to radial lines in a circumferential direction. an outer barrel ; an inner barrel positioned within the outer barrel ; and a plurality of support poles supporting the inner barrel within the outer barrel , each support pole defining a longitudinal axis extending from the inner barrel to the outer barrel; characterised in that : the plurality of support poles is positioned only about an inner barrel bottom half portion ; and the axes of the plurality of support poles are inclined at an angle : with respect an engine axis ; and/or relative to radial lines in a circumferential direction. the plurality of support poles is positioned only about an inner barrel bottom half portion ; and the axes of the plurality of support poles are inclined at an angle : with respect an engine axis ; and/or relative to radial lines in a circumferential direction. with respect an engine axis ; and/or relative to radial lines in a circumferential direction.
A laundry treating apparatus comprising: a drum rotatably provided inside the laundry treating apparatus for storing laundry; and a connector (C) connecting the drum to a motor for transferring a rotation power to the drum , the connector (C) comprising: a rotary shaft (S); a first body having a first body hub fixed to the drum , and at least one first body arm extending from the first body hub radially outwards; a second body having a second body hub fixed to the rotary shaft (S), and at least one second body arm extending from the second body hub radially outwards corresponding to the at least one first body arm ; and at least one connecting portion connecting the first body with the second body so that the first body is spaced apart from the second body forming paths between the first body and the second body , characterized in that the paths are formed to allow water to pass therethrough along a width direction of the first and/or the second body arm (713, 714, 715; 733, 734, 735). a drum rotatably provided inside the laundry treating apparatus for storing laundry; and a connector (C) connecting the drum to a motor for transferring a rotation power to the drum , the connector (C) comprising: a rotary shaft (S); a first body having a first body hub fixed to the drum , and at least one first body arm extending from the first body hub radially outwards; a second body having a second body hub fixed to the rotary shaft (S), and at least one second body arm extending from the second body hub radially outwards corresponding to the at least one first body arm ; and at least one connecting portion connecting the first body with the second body so that the first body is spaced apart from the second body forming paths between the first body and the second body , a rotary shaft (S); a first body having a first body hub fixed to the drum , and at least one first body arm extending from the first body hub radially outwards; a second body having a second body hub fixed to the rotary shaft (S), and at least one second body arm extending from the second body hub radially outwards corresponding to the at least one first body arm ; and at least one connecting portion connecting the first body with the second body so that the first body is spaced apart from the second body forming paths between the first body and the second body , characterized in that the paths are formed to allow water to pass therethrough along a width direction of the first and/or the second body arm (713, 714, 715; 733, 734, 735).
Use of a synthetic peptide in the induction of differentiation of pluripotent stem cells into endodermal cells in vitro, wherein said synthetic peptide comprises: . an amino acid sequence as set forth in any one of SEQ ID Nos. 1, 2, 3, 4, 5, 6, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 27 and 28 as a stem cell differentiation-inducing peptide sequence; and . an amino acid sequence as set forth in any one of SEQ ID Nos. 7, 8, 9, 10, 11, 12, 13, 14 and 15 as a transmembrane peptide sequence, wherein the transmembrane peptide sequence is arranged at the N-end or C-end of the stem cell differentiation-inducing peptide sequence with or without a linker between the stem cell differentiation-inducing peptide sequence and the transmembrane peptide sequence, wherein said linker comprises 1 to 3 amino acids. . an amino acid sequence as set forth in any one of SEQ ID Nos. 1, 2, 3, 4, 5, 6, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 27 and 28 as a stem cell differentiation-inducing peptide sequence; and . an amino acid sequence as set forth in any one of SEQ ID Nos. 7, 8, 9, 10, 11, 12, 13, 14 and 15 as a transmembrane peptide sequence, wherein
Worktable that, specially applicable to facilitate cutting pieces of porcelain or other materials, and configured by a base board of rectangular plan that is supported on fixed legs or height-regulable legs, where at least, a first supporting board is coupled to that base board that is laterally hinged to one of its sides with capability to be downwards folded is characterized in that the hinged connection of the supporting board with respect to the base board has cushioning means that allow that the supporting board returns to its horizontal position and coplanar to the base board when pressure is no longer exercised.
A positive electrode plate of a power battery, comprising a positive current collector and a positive active material layer formed on the positive current collector, wherein the positive active material layer contains a mixture of lithium iron phosphate and LiFe 2 F 6 , or a mixture of lithium iron phosphate, FeF 3 and LiFe 2 F 6 .
A calculating device arranged to perform protected in the white-box model calculations on elements of a ring (R), a ring addition and a ring multiplication being defined on the ring, the calculating device comprising - an operand store arranged to store encoded ring elements (112, 114, 116; 212), an encoded ring element representing an element of the ring in encoded form, - an operator module (120; 220) comprising multiple operator units, at least one of the operator units being dyadic, - a dyadic operator unit (122; 222, 224) being arranged to - receive an encoded ring element and a parameter, and - perform a fixed calculation on said encoded ring element and the parameter, thus producing a new encoded ring element, and - a calculation manager arranged to - receive a first encoded ring element and a second encoded ring element, - perform a ring multiplication by applying a sequence of the multiple operator units to the first encoded ring element using parameters obtained at least from the second encoded ring element, or - perform a ring addition by applying a sequence of the multiple operator units to the first encoded ring element using parameters obtained at least from the second encoded ring element, wherein the sequence for the ring multiplication is the same as the sequence for the ring addition, wherein a ring multiplication or a ring addition is performed depending on the parameters. - an operand store arranged to store encoded ring elements (112, 114, 116; 212), an encoded ring element representing an element of the ring in encoded form, - an operator module (120; 220) comprising multiple operator units, at least one of the operator units being dyadic, - a dyadic operator unit (122; 222, 224) being arranged to - receive an encoded ring element and a parameter, and - perform a fixed calculation on said encoded ring element and the parameter, thus producing a new encoded ring element, and - a calculation manager arranged to - receive a first encoded ring element and a second encoded ring element, - perform a ring multiplication by applying a sequence of the multiple operator units to the first encoded ring element using parameters obtained at least from the second encoded ring element, or - perform a ring addition by applying a sequence of the multiple operator units to the first encoded ring element using parameters obtained at least from the second encoded ring element, wherein the sequence for the ring multiplication is the same as the sequence for the ring addition, - receive a first encoded ring element and a second encoded ring element, - perform a ring multiplication by applying a sequence of the multiple operator units to the first encoded ring element using parameters obtained at least from the second encoded ring element, or - perform a ring addition by applying a sequence of the multiple operator units to the first encoded ring element using parameters obtained at least from the second encoded ring element, wherein the sequence for the ring multiplication is the same as the sequence for the ring addition,
A method for producing a printed matter by printing ink on a film, comprising using a film having a nitrogen element concentration of 0.5 to 10.0 atom% in the film surface, wherein said concentration is determined according to X-ray photoelectron spectroscopy, and irradiating with an active energy ray after printing wherein the film is made by mixing an amine ester compound in a film, and has been treated by corona discharge in an air atmosphere, and wherein the ink comprises a resin having an acidic group.
Internal combustion engine of a reciprocating piston design with only one inlet valve which is arranged in a cylinder head of a cylinder and to which an inlet line is connected, via which combustion air can be fed to the cylinder , with a compressed air store , from which compressed air can be introduced via a controllable valve into the cylinder of the internal combustion engine, the internal combustion engine having a shut-off element in the inlet line for shutting off the through flow cross section of the inlet line , characterized in that the valve and the shut-off element can be controlled in a manner which is dependent on one another and on the required power output of the internal combustion engine, in such a way that, on the basis of a control signal, either additional compressed air can be fed from the compressed air store into a region of the inlet line , in which region the inlet valve is arranged, and which region is restricted substantially to the cylinder head in the case of the shut-off element being situated in its closed position, and the torque can be increased in the case of an increased injection quantity, it being possible for the inlet valve to be moved briefly again into an open position during the compression stroke by means of an actuating element which defines its movement, during which the compressed air can be introduced from the compressed air store via the control valve into the cylinder , and the shut-off element is in its closed position, or, in the case of a failure of a compressor of an exhaust gas turbocharger which has the compressor and an exhaust gas turbine, the entire combustion air can be fed from the compressed air store to the cylinder , and the exhaust gas turbine then drives an additional compressor for feeding the compressed air store .
A method of controlling feedback parameters, comprising: determining a duration between a start time upon a button of a mouse being pressed, based on a signal associated with the button, and an end time that is triggered upon a movement of the mouse that is detected by a motion detection module of the mouse; wherein the end time is triggered upon the movement of the mouse regardless of whether the button is released or not; classifying a press force to be applied on the button of the mouse by a user into a category of a plurality of categories based on the duration determined; and controlling a parameter of the feedback corresponding to the press force based on the category the press force to be applied is classified. determining a duration between a start time upon a button of a mouse being pressed, based on a signal associated with the button, and an end time that is triggered upon a movement of the mouse that is detected by a motion detection module of the mouse; wherein the end time is triggered upon the movement of the mouse regardless of whether the button is released or not; classifying a press force to be applied on the button of the mouse by a user into a category of a plurality of categories based on the duration determined; and controlling a parameter of the feedback corresponding to the press force based on the category the press force to be applied is classified.
A system, comprising: a reference voltage generator (207; 307) configured to generate a reference voltage based on a power supply voltage , a power-up voltage generator (209; 409) configured to generate a power-up voltage based on the power supply voltage , and a ready signal generator (211; 511) configured to generate a replicated voltage based on the power supply voltage (VDD), wherein the ready signal generator (211; 511) comprises a current mirror configured to generate the replicated voltage, the current mirror comprising a diode ; and a logic sub-component (214; 612) coupled to the reference voltage generator (207; 307) and configured to output a reset signal based on: determination that the reference voltage has reached a voltage level of the power-up voltage ; and an indication that the reference voltage has entered a steady state and is reliable as a measurement with respect to a voltage level of the power supply voltage , wherein the indication is determined based on a comparison of the replicated voltage to a particular threshold voltage level, and wherein the particular threshold voltage level corresponds to a threshold voltage level of a logic gate coupled to an output of the current mirror. a reference voltage generator (207; 307) configured to generate a reference voltage based on a power supply voltage , a power-up voltage generator (209; 409) configured to generate a power-up voltage based on the power supply voltage , and a ready signal generator (211; 511) configured to generate a replicated voltage based on the power supply voltage (VDD), wherein the ready signal generator (211; 511) comprises a current mirror configured to generate the replicated voltage, the current mirror comprising a diode ; and a logic sub-component (214; 612) coupled to the reference voltage generator (207; 307) and configured to output a reset signal based on: determination that the reference voltage has reached a voltage level of the power-up voltage ; and an indication that the reference voltage has entered a steady state and is reliable as a measurement with respect to a voltage level of the power supply voltage , wherein the indication is determined based on a comparison of the replicated voltage to a particular threshold voltage level, and wherein the particular threshold voltage level corresponds to a threshold voltage level of a logic gate coupled to an output of the current mirror. determination that the reference voltage has reached a voltage level of the power-up voltage ; and an indication that the reference voltage has entered a steady state and is reliable as a measurement with respect to a voltage level of the power supply voltage , wherein the indication is determined based on a comparison of the replicated voltage to a particular threshold voltage level, and wherein the particular threshold voltage level corresponds to a threshold voltage level of a logic gate coupled to an output of the current mirror.
A polymer comprising at least one phthalate-containing region substantive to polyester and at least one polysaccharide-containing region substantive to cellulose, wherein the at least one phthalate-containing region further comprises a polyol; the at least one polysaccharide-containing region comprises a β-1,4-linked backbone; the polymer has, in part, the structure of poly-mannan, poly-glucan, poly-glucomannan, poly-xyloglucan and poly-galactomannan or a mixture thereof; and the at least one phthalate/polyol region comprises units derived from polyethylene and/or polypropylene glycol and a terephthalate.
Use of a composition for a refrigerating machine oil, the composition comprising: a base oil; and a partial ester of a carboxylic acid and a polyhydric alcohol; wherein the carboxylic acid comprises an unsaturated carboxylic acid having 12 or more carbon atoms, and the polyhydric alcohol comprises pentaerythritol. a base oil; and a partial ester of a carboxylic acid and a polyhydric alcohol; wherein the carboxylic acid comprises an unsaturated carboxylic acid having 12 or more carbon atoms, and the polyhydric alcohol comprises pentaerythritol.