mhurhangee/patent-ind-claim-en huggingface dataset:
A clocking system for clocking the cells of a majority gate device or of a circuit comprising a plurality of parallel majority gate devices , the majority gate device comprising cells and a waveguide adapted for guiding spin waves, characterised in that the clocking system comprises at least one first component adapted for clocking the cells to generate spin waves and to detect spin waves, an odd number of the cells are spin wave generators , wherein the number of spin wave generators is at least 3, and at least one cell is a spin wave detector , wherein the spin wave generators and the at least one spin wave detector are positioned in an inline configuration along the waveguide , and wherein the at least one first component is adapted for clocking the cells of the majority gate device such that some of the cells are clocked to generate spin waves such that they interfere in the majority gate device after propagating through the waveguide , and for clocking one or more other cells to receive the interference of the spin waves such that, interference of the spin waves generated by the spin wave generators is detected by the at least one spin wave detector thereby obtaining a signal which corresponds with a combination of at least three spin waves, and the clocking system is configured to control execution of logic functions by means of the at least one first component .
A torque converter (108; 300) with a lockup clutch , comprising: a front cover extending from a front cover hub and coupled to a rear cover ; a pump assembly coupled to the rear cover ; a turbine assembly coupled to a turbine hub ; a stator assembly located between the turbine assembly and the pump assembly ; a damper coupled to the turbine hub and defining damper clutch fingers; a clutch assembly coupled between the backing plate assembly and the damper ; a piston disposed in the front cover between a front plane and the clutch assembly ; and a backing plate assembly coupled to the front cover hub and comprising: a first plate (332; 702) extending radially outward from a hub portion ; at least one finger extending from the backing plate assembly (400; 600) that engages a portion of the clutch assembly ; and a backing plate surface aligned with the clutch assembly ; wherein the backing plate assembly (400; 600) provides axial resistance for the clutch assembly and transfers torsional forces from the hub portion to the clutch assembly , and wherein the at least one finger extending from the backing plate assembly (400; 600) engages a first portion of the clutch assembly and the damper clutch fingers engage a second portion of the clutch assembly , characterized by a second plate (334; 704) coupled to the first plate (332; 702) and extending radially outward from the hub portion ; and at least one bend in each the first plate (332; 702) and the second plate (334; 704). a front cover extending from a front cover hub and coupled to a rear cover ; a pump assembly coupled to the rear cover ; a turbine assembly coupled to a turbine hub ; a stator assembly located between the turbine assembly and the pump assembly ; a damper coupled to the turbine hub and defining damper clutch fingers; a clutch assembly coupled between the backing plate assembly and the damper ; a piston disposed in the front cover between a front plane and the clutch assembly ; and a backing plate assembly coupled to the front cover hub and comprising: a first plate (332; 702) extending radially outward from a hub portion ; at least one finger extending from the backing plate assembly (400; 600) that engages a portion of the clutch assembly ; and a backing plate surface aligned with the clutch assembly ; a first plate (332; 702) extending radially outward from a hub portion ; at least one finger extending from the backing plate assembly (400; 600) that engages a portion of the clutch assembly ; and a backing plate surface aligned with the clutch assembly ; wherein the backing plate assembly (400; 600) provides axial resistance for the clutch assembly and transfers torsional forces from the hub portion to the clutch assembly , and wherein the at least one finger extending from the backing plate assembly (400; 600) engages a first portion of the clutch assembly and the damper clutch fingers engage a second portion of the clutch assembly , characterized by a second plate (334; 704) coupled to the first plate (332; 702) and extending radially outward from the hub portion ; and at least one bend in each the first plate (332; 702) and the second plate (334; 704).
Door opener for a door, having a door panel supported moveably in a door frame, comprising: - a supporting and/or a receiving frame - hereinafter referred to as a door opener housing - - an electrically switchable locking device with an electromagnet having a coil and an armature being arranged in the door opener housing to be rotatable around an axis of rotation ; - a door opener latch which is rotatably supported around an axis of rotation arranged in the door opener housing. - a changer which is designed as a rotatable lever around an axis of rotation and is supported pivotably in the door opener housing; - wherein the changer is switchable between the armature and the door opener latch and the locking device is switchable in such a way that, in a first switch position, it switches the door opener latch into a locking position and, in a second switch position, switches the door opener latch into a release position; wherein the axis of rotation of the door opener latch , the axis of rotation of the armature and the axis of rotation of the changer are arranged perpendicularly relative to one another, wherein a compact assembly is provided in that the armature is designed as a two-arm lever, which has a first lever arm, a second lever arm and the pivot bearing of the armature arranged between said arms, wherein the armature has a section in the region of the first lever arm which works together with the coil and a section in the region of the second lever arm which works together with the changer , characterised in that when the coil is powered, the long lever arm of the armature rests on the coil , said arm being attracted by said coil. - a supporting and/or a receiving frame - hereinafter referred to as a door opener housing - - an electrically switchable locking device with an electromagnet having a coil and an armature being arranged in the door opener housing to be rotatable around an axis of rotation ; - a door opener latch which is rotatably supported around an axis of rotation arranged in the door opener housing. - a changer which is designed as a rotatable lever around an axis of rotation and is supported pivotably in the door opener housing; - wherein the changer is switchable between the armature and the door opener latch and the locking device is switchable in such a way that, in a first switch position, it switches the door opener latch into a locking position and, in a second switch position, switches the door opener latch into a release position;
A filtration treatment method for insolubilizing an inorganic ion contained in an inorganic unnecessary substance included in wastewater to form a microfloc, which is a suspended solid matter, in the wastewater including the inorganic unnecessary substance, and filtering the wastewater including the microfloc, the filtration treatment method comprising: adding a filtration aid, comprising: a powder of Corchorus olitorius, wherein a particle diameter of the powder is within a range of from 150 micrometers through 850 micrometers, and wherein the median diameter of the powder is 200 micrometers or greater, to the wastewater including the microfloc and then filtering the wastewater including the microfloc, wherein a polymeric flocculant is added together when adding the filtration aid. adding a filtration aid, comprising: a powder of Corchorus olitorius, wherein a particle diameter of the powder is within a range of from 150 micrometers through 850 micrometers, and wherein the median diameter of the powder is 200 micrometers or greater, to the wastewater including the microfloc and then filtering the wastewater including the microfloc, a powder of Corchorus olitorius, wherein a particle diameter of the powder is within a range of from 150 micrometers through 850 micrometers, and wherein the median diameter of the powder is 200 micrometers or greater, to the wastewater including the microfloc and then filtering the wastewater including the microfloc, wherein a polymeric flocculant is added together when adding the filtration aid.
An industrial truck having a drive portion which comprises at least one steered drive wheel , a load portion which comprises two wheel arms that extend one next to the other and that are each supported by means of a load wheel arranged on the ends, and at least one steering control system which controls the at least one drive wheel and one or more load wheels in order to steer the vehicle, wherein a brake control system is provided, which controls the at least one drive wheel and the load wheels in order to produce braking, characterized in that - the brake control system controls the load wheels and the at least one drive wheel by means of one braking torque in each case, which braking torque allows for directionally stable braking, and - the brake control system determines the braking torque for the load wheels depending on the following variables: • the braking torque for the at least one drive wheel and • one or more operating parameters from a vehicle control system. - the brake control system controls the load wheels and the at least one drive wheel by means of one braking torque in each case, which braking torque allows for directionally stable braking, and - the brake control system determines the braking torque for the load wheels depending on the following variables: • the braking torque for the at least one drive wheel and • one or more operating parameters from a vehicle control system. • the braking torque for the at least one drive wheel and • one or more operating parameters from a vehicle control system.
A method for determining the proportion or quantity of DNA contributed by individual animals to a volume of milk collected from a plurality of individual animals, the method comprising the steps of: a) allele sampling for a plurality of DNA sequence polymorphisms in DNA extracted from a sample of the volume of milk by shallow whole genome sequencing (SWGS); b) determining the proportion or quantity of DNA contributed by the individual animals to the volume of milk, based on the allele sampling of said DNA sequence polymorphisms from step a), and allelic data for said DNA sequence polymorphisms in the individual animals; wherein the sequencing depth of the SWGS is 10 or less. a) allele sampling for a plurality of DNA sequence polymorphisms in DNA extracted from a sample of the volume of milk by shallow whole genome sequencing (SWGS); b) determining the proportion or quantity of DNA contributed by the individual animals to the volume of milk, based on the allele sampling of said DNA sequence polymorphisms from step a), and allelic data for said DNA sequence polymorphisms in the individual animals;
A method for specifically detecting the presence or absence of the K70E mutation in reverse transcriptase of HIV-1 comprising: (a) reverse transcribing RNA extracted from HIV-1 to produce a DNA product; (b) contacting the DNA product of step (a) with a mutation specific primer and an opposing primer under conditions suitable for a polymerase chain reaction, wherein said mutation specific primer comprises a nucleotide sequence selected from the group consisting of SEQ ID NO: 143, and 149; and (c) detecting the presence or absence of the mutation by detecting the presence or absence of an amplification product produced as a result of the contacting of step (b). (a) reverse transcribing RNA extracted from HIV-1 to produce a DNA product; (b) contacting the DNA product of step (a) with a mutation specific primer and an opposing primer under conditions suitable for a polymerase chain reaction, wherein said mutation specific primer comprises a nucleotide sequence selected from the group consisting of SEQ ID NO: 143, and 149; and (c) detecting the presence or absence of the mutation by detecting the presence or absence of an amplification product produced as a result of the contacting of step (b).
Household dishwasher with a door and a receptacle for items to be washed , wherein the receptacle for items to be washed is configured to move automatically as a function of a movement of the door , characterised by a third sensor , which is configured to detect an approach of the door to the receptacle for items to be washed .
A cable management structure for holding cable holders in a telecommunications equipment cabinet, the cable management structure comprising: a base ; a first pair of sidewalls extending from the base; and cable holders each configured to hold aramid yarns of a fiber optic cable ; wherein the first pair of sidewalls defines a space for holding the cable holders in a stacked vertical direction, and characterized in that : the cable management structure includes a ramp terminating in a shoulder at each end of each sidewall, wherein the shoulder of each sidewall includes a surface configured to prevent a cable holder from sliding out of the space in the stacked vertical direction. a base ; a first pair of sidewalls extending from the base; and cable holders each configured to hold aramid yarns of a fiber optic cable ; wherein the first pair of sidewalls defines a space for holding the cable holders in a stacked vertical direction, and characterized in that : the cable management structure includes a ramp terminating in a shoulder at each end of each sidewall, wherein the shoulder of each sidewall includes a surface configured to prevent a cable holder from sliding out of the space in the stacked vertical direction.
A binding molecule conjugate comprising a surrogate light chain (SLC) polypeptide having at least one agent linked to an amino acid residue of the SLC polypeptide at a predetermined amino acid position, wherein the amino acid residue is either: (i) normally present in the SLC polypeptide at said amino acid position; or (ii) introduced into the amino acid sequence of said SLC polypeptide at said amino acid position, wherein the agent is a therapeutic agent and is selected from the group consisting of amaytansinoid, a monomethyl auristatin E (MMAE) and a monomethyl auristatin F (MMAF). (i) normally present in the SLC polypeptide at said amino acid position; or (ii) introduced into the amino acid sequence of said SLC polypeptide at said amino acid position, wherein the agent is a therapeutic agent and is selected from the group consisting of amaytansinoid, a monomethyl auristatin E (MMAE) and a monomethyl auristatin F (MMAF).
A method for producing rare earth oxysulfide comprising at least Gd comprising a step of mixing a rare earth compound comprising at least Gd with sulfuric acid in such a proportion that sulfate ions are 0.75 to 1.5 mol to 1 mol of the rare earth element comprising at least Gd, thereby causing their reaction to obtain a product; a step of calcining said product to form calcined powder; and a step of reducing said calcined powder to obtain rare earth oxysulfide, wherein the calcining temperature is 400°C to 1000°C in said calcining step.
A pressure sensing mat comprising: a. a first layer of fabric having rows of electrically conductive strips separated by nonconductive spacers , said first layer of fabric being made of at least two different types of material secured together in an end-to-end fashion wherein a first type of said material is positioned at said nonconductive spacers and a second type of said material is positioned at said conductive strips, said first type of said material being repellant to conductive particles; b. a second layer of fabric that includes pressure sensing material; and c. a third layer of fabric having columns of electrically conductive strips separated by nonconductive spacers , wherein said second layer of fabric is positioned between said first and third layers of fabric. a. a first layer of fabric having rows of electrically conductive strips separated by nonconductive spacers , said first layer of fabric being made of at least two different types of material secured together in an end-to-end fashion wherein a first type of said material is positioned at said nonconductive spacers and a second type of said material is positioned at said conductive strips, said first type of said material being repellant to conductive particles; b. a second layer of fabric that includes pressure sensing material; and c. a third layer of fabric having columns of electrically conductive strips separated by nonconductive spacers , wherein said second layer of fabric is positioned between said first and third layers of fabric.
Use of a compound of formula (IA) wherein R A is a halogen atom, a C 1-6 alkyl group or a C 1-6 alkoxy group; R B is a phenyl group optionally substituted by a halogen atom, a cyano group, a C 1-6 alkyl group, a halo- C 1-6 alkyl group, a C 1-6 alkoxy group, a halo-C 1-6 alkoxy group, or a mono- or di-C 1-6 alkylamino group; or a heterocyclyl group optionally substituted by a halogen atom, a cyano group, a C 1-6 alkyl group, a halo-C 1-6 alkyl group, a C 1-6 alkoxy group, a halo-C 1-6 alkoxy group, or a mono- or di-C 1-6 alkylamino group; and R c is hydrogen atom; or a pharmaceutically acceptable salt thereof; in the manufacture of a medicament for the treatment of diabetes mellitus (type 1 and type 2), diabetic retinopathy, diabetic neuropathy, diabetic nephropathy, postprandial hyperglycemia, or delayed wound healing , wherein the C 1 -C 6 carbon chain is straight or branched.
A system for performing recovery of a server in case of a server failure comprising: a first computing device (103 ) including one or more processors that is configured to communicate over one or more networks with one or more client computing devices and the server , wherein the first computing device (103 ) is configured by executable instructions to perform operations comprising: receiving, by the first computing device (103 ), from the server , an indication that the server has recovered data, wherein the first computing device (103 ) stores metadata including a mapping for one or more file systems accessed by one or more client devices , receiving, by the first computing device (103 ), from the server , a mapping of the one or more file systems determined by the server based on the recovered data; comparing, by the first computing device (103 ), the mapping from the server with the mapping of the one or more file systems on the first computing device (103 ); and sending, by the first computing device (103 ), to the server , information about differences determined between the mapping stored on the first computing device (103 ) and the mapping received from the server to enable the server to update the mapping on the server based on the differences. receiving, by the first computing device (103 ), from the server , an indication that the server has recovered data, wherein the first computing device (103 ) stores metadata including a mapping for one or more file systems accessed by one or more client devices , receiving, by the first computing device (103 ), from the server , a mapping of the one or more file systems determined by the server based on the recovered data; comparing, by the first computing device (103 ), the mapping from the server with the mapping of the one or more file systems on the first computing device (103 ); and sending, by the first computing device (103 ), to the server , information about differences determined between the mapping stored on the first computing device (103 ) and the mapping received from the server to enable the server to update the mapping on the server based on the differences.
A method for determining the resistive component of the leakage current impedance (R iso ) of a downstream branch to an alternating current network having a phase (L), a neutral conductor (N) and a protective conductor (PE), comprising the steps of: - measuring, by scanning, a differential current I LN between the phase (L) and the neutral conductor (N) by means of a differential current sensor , - measuring, by scanning, a voltage U between the phase (L) and the neutral conductor (N) or between the phase (L) and the protective conductor (PE), - correcting a phase shift between the differential current I LN and the voltage U, - determining several individual differential current values I LN,i and several individual voltage values U i , wherein the differential current values I LN,i are phase-corrected with respect to the voltage values U i , - determining the effective power P from the several individual differential current values I LN,i and the several individual voltage values U i , - determining the effective voltage U Eff by means of the voltage values U i , and - determining the resistive component of the leakage current impedance (R iso ) by means of the effective voltage U Eff and the effective power P. - measuring, by scanning, a differential current I LN between the phase (L) and the neutral conductor (N) by means of a differential current sensor , - measuring, by scanning, a voltage U between the phase (L) and the neutral conductor (N) or between the phase (L) and the protective conductor (PE), - correcting a phase shift between the differential current I LN and the voltage U, - determining several individual differential current values I LN,i and several individual voltage values U i , wherein the differential current values I LN,i are phase-corrected with respect to the voltage values U i , - determining the effective power P from the several individual differential current values I LN,i and the several individual voltage values U i , - determining the effective voltage U Eff by means of the voltage values U i , and - determining the resistive component of the leakage current impedance (R iso ) by means of the effective voltage U Eff and the effective power P.
An apparatus , comprising: an encoder circuit adapted to encode data bits for transmission via a communication link, characterized in that the encoder circuit comprises a logic circuit adapted to receive a number of bits , the number of bits having a pattern, at a first input of the logic circuit and the data bits at a second input of the logic circuit , and to perform an exclusive OR, XOR, or an exclusive NOR, XNOR, operation on the pattern of bits and the data bits; wherein the apparatus is configured to compute the run length of the received data bits and the run length of a result of applying the XOR or XNOR operation on the received data bits, and to select for transmission via the communication link between the received data bits and the result, depending on which has the shorter run length. an encoder circuit adapted to encode data bits for transmission via a communication link, characterized in that the encoder circuit comprises a logic circuit adapted to receive a number of bits , the number of bits having a pattern, at a first input of the logic circuit and the data bits at a second input of the logic circuit , and to perform an exclusive OR, XOR, or an exclusive NOR, XNOR, operation on the pattern of bits and the data bits; wherein the apparatus is configured to compute the run length of the received data bits and the run length of a result of applying the XOR or XNOR operation on the received data bits, and to select for transmission via the communication link between the received data bits and the result, depending on which has the shorter run length.