mhurhangee/patent-ind-claim-en huggingface dataset:
Heald frame coupling for connecting a heald frame to a frame drive, with the following features: a) the heald frame coupling comprises two coupling elements , the first coupling element of which can be connected to the heald frame and the second coupling element of which can be connected to the frame drive, b) the coupling elements can be detachably connected by way of a relative movement with respect to one another which takes place substantially in the direction of movement of the frame (z), c) at least one of the two coupling elements has a snap-in element which extends substantially in the direction of movement (z) of the heald frame , d) the snap-in element has a clamping surface which also extends in at least one of the two spatial directions (x, y) running transversely to the direction of movement of the frame (z), e) the other coupling element has at least one clamping element for engagement with the clamping surface , characterized in that f) the at least one snap-in element is embodied in one piece, but has zones having different material compositions or is composed of different components , g) the snap-in element has a base component comprising the clamping surface and comprising at least one receiving means for the linkage to at least one other constituent part of the coupling element , to which other constituent part said snap-in element is assigned. a) the heald frame coupling comprises two coupling elements , the first coupling element of which can be connected to the heald frame and the second coupling element of which can be connected to the frame drive, b) the coupling elements can be detachably connected by way of a relative movement with respect to one another which takes place substantially in the direction of movement of the frame (z), c) at least one of the two coupling elements has a snap-in element which extends substantially in the direction of movement (z) of the heald frame , d) the snap-in element has a clamping surface which also extends in at least one of the two spatial directions (x, y) running transversely to the direction of movement of the frame (z), e) the other coupling element has at least one clamping element for engagement with the clamping surface , characterized in that f) the at least one snap-in element is embodied in one piece, but has zones having different material compositions or is composed of different components , g) the snap-in element has a base component comprising the clamping surface and comprising at least one receiving means for the linkage to at least one other constituent part of the coupling element , to which other constituent part said snap-in element is assigned.
A fuel filter, comprising: an end cap comprising: a metal body with a first surface opposite a second surface ; a hole extending through the first surface and the second surface of the body; and an elastic metal element connected to the first surface of the metal body, wherein the elastic metal element extends at least partially over the hole; and a filter screen connected to the second surface of the metal body; characterized in that the elastic metal element is a sheet steel spring with a straight first end and a second end curved into a hook , wherein the first end is connected to the first surface of the metal body, and a portion of the hook extends over the hole. a metal body with a first surface opposite a second surface ; a hole extending through the first surface and the second surface of the body; and an elastic metal element connected to the first surface of the metal body, wherein the elastic metal element extends at least partially over the hole; and a filter screen connected to the second surface of the metal body;
A detector for measuring radon concentration in gases, comprising: - a pressurised measurement chamber with at least one opening for supplying and discharging gas from the environment to the interior of the measurement chamber; and - sensors of alpha particles generated as a result of radioactive decays of radon daughters in the gas present inside the measurement chamber and drifted to the sensor surfaces; characterized in that it further comprises: - a compressor for pressurizing the gas inside the measurement chamber , wherein each opening of the measurement chamber is equipped with gas-tight ports; - wherein each of the sensors is a semiconductor sensor that has a separate power supply system comprising a high DC voltage (HV IN ) supply connected to a housing and to the active electrode of the sensor for creating an electric field in the chamber, and a low DC voltage supply from a battery pack connected only to an active surface electrode of the sensor for use as a bias voltage; - wherein the measurement chamber is grounded; - for each of the sensors , an amplifying system comprising a charge sensitive pre-amplifier connected in series with the spectroscopy amplifier , wherein the amplifying system is mounted together with the battery pack in a metal housing preventing penetration of electromagnetic noise from the outside; - wherein the signal from each sensor is fed to a corresponding amplifying system via capacitors adapted to filter the output signal of the sensors from the high DC voltage level (HV IN ). - a pressurised measurement chamber with at least one opening for supplying and discharging gas from the environment to the interior of the measurement chamber; and - sensors of alpha particles generated as a result of radioactive decays of radon daughters in the gas present inside the measurement chamber and drifted to the sensor surfaces; - a compressor for pressurizing the gas inside the measurement chamber , wherein each opening of the measurement chamber is equipped with gas-tight ports; - wherein each of the sensors is a semiconductor sensor that has a separate power supply system comprising a high DC voltage (HV IN ) supply connected to a housing and to the active electrode of the sensor for creating an electric field in the chamber, and a low DC voltage supply from a battery pack connected only to an active surface electrode of the sensor for use as a bias voltage; - wherein the measurement chamber is grounded; - for each of the sensors , an amplifying system comprising a charge sensitive pre-amplifier connected in series with the spectroscopy amplifier , wherein the amplifying system is mounted together with the battery pack in a metal housing preventing penetration of electromagnetic noise from the outside; - wherein the signal from each sensor is fed to a corresponding amplifying system via capacitors adapted to filter the output signal of the sensors from the high DC voltage level (HV IN ).
A method of determining the prognosis of a multiple myeloma patient comprising determining the levels or activity of ST3GAL6 in a sample obtained from the patient and comparing the level or activity determined with the level or activity in a control sample, an increased level or activity compared to the control being predictive of a reduced survival rate.
An apparatus comprising: a communication unit for receiving upstream information and generating a first sample stream based on a first clock rate, the first sample stream being representative of the upstream information; a synchronization unit for converting the first sample stream to a second sample stream based on a second clock rate, the second sample stream being configured as a plurality of sequential bursts arranged in accordance with a predetermined burst plan ; and an interface unit for receiving the second sample stream at the second clock rate and outputting the second sample stream in accordance with the predetermined burst plan ; wherein the synchronization unit is configured to perform at least one of dropping one or more samples contained in the first sample stream and adding one or more samples to the second sample stream, during a subsequent guard period within the first sample stream, wherein the first clock rate is different from the second clock rate, and wherein the first sample stream is converted based, at least in part, on predetermined guard periods within the first sample stream. a communication unit for receiving upstream information and generating a first sample stream based on a first clock rate, the first sample stream being representative of the upstream information; a synchronization unit for converting the first sample stream to a second sample stream based on a second clock rate, the second sample stream being configured as a plurality of sequential bursts arranged in accordance with a predetermined burst plan ; and an interface unit for receiving the second sample stream at the second clock rate and outputting the second sample stream in accordance with the predetermined burst plan ; wherein the synchronization unit is configured to perform at least one of dropping one or more samples contained in the first sample stream and adding one or more samples to the second sample stream, during a subsequent guard period within the first sample stream, wherein the first clock rate is different from the second clock rate, and wherein the first sample stream is converted based, at least in part, on predetermined guard periods within the first sample stream.
A coated optical article comprising: an optical substrate; a first coating layer applied directly over at least a portion of the optical substrate, the first coating layer formed from a first coating composition comprising an aqueous medium and keto and/or aldo functional polymeric materials dispersed in the aqueous medium; and a second coating layer applied directly over at least a portion of the first coating layer, the second coating layer comprising a sol-gel and which is formed from a second coating composition comprising a sol, wherein the first coating composition and second coating composition are each independently substantially free of hydrazine and hydrazide functional components. an optical substrate; a first coating layer applied directly over at least a portion of the optical substrate, the first coating layer formed from a first coating composition comprising an aqueous medium and keto and/or aldo functional polymeric materials dispersed in the aqueous medium; and a second coating layer applied directly over at least a portion of the first coating layer, the second coating layer comprising a sol-gel and which is formed from a second coating composition comprising a sol, wherein the first coating composition and second coating composition are each independently substantially free of hydrazine and hydrazide functional components.
A compound for use in the treatment or prevention of a ciliopathy, wherein the compound is selected from the group consisting of: (i) a compound which expresses or encodes a protein or peptide which binds, associates or interacts with PRC1 and/or TrxG-MLL, wherein the compound interferes with, prevents or inhibits binding between native or wild type R2R1 and PRC1 and/or TrxG-MLL, the compound comprising a sequence corresponding to SEQ ID NO: 1, 2, 3 or 4, a sequence at least 70% identical thereto, or a PRC1 and/or TrxG-MLL binding fragment thereof; (ii) a protein or peptide which binds, associates or interacts with PRC1 and/or TrxG-MLL, wherein the compound interferes with, prevents or inhibits binding between native or wild type R2R1 and PRC1 and/or TrxG-MLL the protein or peptide comprising a sequence corresponding to SEQ ID NO: 5 or 6, a sequence at least 95% identical thereto, or a PRC1 and/or TrxG-MLL binding fragment thereof; (iii) an antisense oligonucleotide which reduces, inhibits and/or ablates the expression, function and/or activity of the R2R1 gene; and (iv) an antibody or an antigen or target binding fragment thereof capable of binding a R2R1 protein or peptide, or an R2R1 binding site within the PRC1 and/or TrxG-MLL complexes. (i) a compound which expresses or encodes a protein or peptide which binds, associates or interacts with PRC1 and/or TrxG-MLL, wherein the compound interferes with, prevents or inhibits binding between native or wild type R2R1 and PRC1 and/or TrxG-MLL, the compound comprising a sequence corresponding to SEQ ID NO: 1, 2, 3 or 4, a sequence at least 70% identical thereto, or a PRC1 and/or TrxG-MLL binding fragment thereof; (ii) a protein or peptide which binds, associates or interacts with PRC1 and/or TrxG-MLL, wherein the compound interferes with, prevents or inhibits binding between native or wild type R2R1 and PRC1 and/or TrxG-MLL the protein or peptide comprising a sequence corresponding to SEQ ID NO: 5 or 6, a sequence at least 95% identical thereto, or a PRC1 and/or TrxG-MLL binding fragment thereof; (iii) an antisense oligonucleotide which reduces, inhibits and/or ablates the expression, function and/or activity of the R2R1 gene; and (iv) an antibody or an antigen or target binding fragment thereof capable of binding a R2R1 protein or peptide, or an R2R1 binding site within the PRC1 and/or TrxG-MLL complexes.
Method for producing a security paper having watermarks and an integrated window security element, in which method - a first paper web is formed and provided with watermarks in a first paper layer generating device , - a second paper web is generated in a second paper layer generating device , and - the second paper web is merged with the first paper web and fixedly connected, wherein during merging of the paper webs an endless security element is embedded in the region of the watermarks between the first and second paper web, characterized in that paper fibres are removed from the second paper web by means of a flushing device in a still wet state, so that the endless security element in window regions of the second paper web is freely accessible, wherein a contact face of the flushing device, which is disposed on the side of the second paper web lying opposite an outlet device of the flushing device, has openings which are designed so as to correspond to the window regions in such a way that the window regions are generated when the second paper web is impinged in a planar manner. - a first paper web is formed and provided with watermarks in a first paper layer generating device , - a second paper web is generated in a second paper layer generating device , and - the second paper web is merged with the first paper web and fixedly connected, wherein during merging of the paper webs an endless security element is embedded in the region of the watermarks between the first and second paper web,
A mobile robot, comprising: a body ; a mop module for including a left rotating plate rotatably installed on the body and having a water supply space, and a right rotating plate rotatably installed on the body and having the water supply space; a water distribution module for distributing and supplying water to the water supply space of the left rotating plate and the water supply space of the right rotating plate; and a water supply module for supplying water to the water distribution module , wherein the water distribution module includes, a water-supply counterpart portion connected to the water supply module to receive water; a left water distribution pipe connected to the water-supply counterpart portion to supply water from the water-supply counterpart portion to the water supply space of the left rotating plate; and a right water distribution pipe connected to the water-supply counterpart portion to supply the water of the water-supply counterpart portion to the water supply space of the right rotating plate, wherein the length of the left water distribution pipe is the same as the length of the right water distribution pipe , and wherein the water supply module is installed on the body , characterized in that the water distribution module is installed in the mop module . a body ; a mop module for including a left rotating plate rotatably installed on the body and having a water supply space, and a right rotating plate rotatably installed on the body and having the water supply space; a water distribution module for distributing and supplying water to the water supply space of the left rotating plate and the water supply space of the right rotating plate; and a water supply module for supplying water to the water distribution module , wherein the water distribution module includes, a water-supply counterpart portion connected to the water supply module to receive water; a left water distribution pipe connected to the water-supply counterpart portion to supply water from the water-supply counterpart portion to the water supply space of the left rotating plate; and a right water distribution pipe connected to the water-supply counterpart portion to supply the water of the water-supply counterpart portion to the water supply space of the right rotating plate, wherein the length of the left water distribution pipe is the same as the length of the right water distribution pipe , and wherein the water supply module is installed on the body , characterized in that the water distribution module is installed in the mop module .
Method for dressing of a grinding worm by means of a dressing roll in which the dressing roll , which is provided with an abrasive profile , is brought into engagement with the grinding worm to profile its helical grinding profile, wherein the abrasive profile of the dressing roll is at least partially designed tooth-shaped in a radial cross section and extends radially (r) from a root region to a tip region , wherein the dressing roll is produced by the steps: a) Producing of a disk-shaped base body , wherein the base body is provided with a profiled surface for the reception of a layer of abrasive particles , wherein the surface is at least partially tooth-shaped in a radial cross section, b) Positioning of a layer of abrasive particles on the profiled surface of the base body , c) Profiling of the base body which is provided with abrasive particles by removing outer sections of the abrasive particles with a profiling tool in such a manner that the abrasive desired profile of the dressing roll is created, characterized in that the production of the abrasive desired profile according to step c) takes place in such a manner that the distance (x) between the tooth-shaped surface and the abrasive profile is changing during advancing from the root region to the tip region at least at one flank of the tooth-shaped surface , measured in the radial cross section perpendicular to the tooth-shaped surface , wherein the production of the abrasive desired profile according to step c) takes place in such a manner that the distance (x) between the tooth-shaped surface and the abrasive profile is increasing during advancing from the root region to the tip region , measured in the radial cross section perpendicular to the tooth-shaped surface . a) Producing of a disk-shaped base body , wherein the base body is provided with a profiled surface for the reception of a layer of abrasive particles , wherein the surface is at least partially tooth-shaped in a radial cross section, b) Positioning of a layer of abrasive particles on the profiled surface of the base body , c) Profiling of the base body which is provided with abrasive particles by removing outer sections of the abrasive particles with a profiling tool in such a manner that the abrasive desired profile of the dressing roll is created,
A system for determining the concentration of an analyte in a liquid sample containing - a detection unit for the detection of light intensities emitted from subareas of an detection area of a test element and - an evaluation unit suitable for establishing a frequency distribution for the detected light intensities , wherein the frequency distribution has at least one first maximum caused by at least one unwetted subarea or at least one reference area, and a second maximum caused by wetted subareas and is suitable for identifying wetted areas of the test element due to frequencies and distinguishing them from unwetted areas and selecting at least one light intensity of the wetted area on the basis of the frequency distribution and establishing the concentration of the analyte from the at least one selected light intensity. - a detection unit for the detection of light intensities emitted from subareas of an detection area of a test element and - an evaluation unit suitable for establishing a frequency distribution for the detected light intensities , wherein the frequency distribution has at least one first maximum caused by at least one unwetted subarea or at least one reference area, and a second maximum caused by wetted subareas and is suitable for identifying wetted areas of the test element due to frequencies and distinguishing them from unwetted areas and selecting at least one light intensity of the wetted area on the basis of the frequency distribution and establishing the concentration of the analyte from the at least one selected light intensity.
A determination apparatus comprising: a determination data acquisition unit for acquiring, from a field device installed in a plant, determination data, which are time series data obtained by measuring a measurement target; a preprocessing information acquisition unit for acquiring information that specifies a preprocessing algorithm from a plurality of preprocessing information items that are stored in association with each of a plurality of learning models, the preprocessing algorithm used for learning a learning model of the plurality of learning models that receives the determination data, which are the time series data obtained by measuring the measurement target, and outputs a state of the measurement target the learning model being learned by using learning data, the learning data being the time series data obtained by measuring the measurement target; a determination data preprocessing unit for preprocessing the determination data by the preprocessing algorithm specified based on the information; and a determination unit for determining the state of the measurement target, based on the preprocessed determination data, using the learning model, wherein the state of the measurement target is an abnormality or degradation of the measurement target. a determination data acquisition unit for acquiring, from a field device installed in a plant, determination data, which are time series data obtained by measuring a measurement target; a preprocessing information acquisition unit for acquiring information that specifies a preprocessing algorithm from a plurality of preprocessing information items that are stored in association with each of a plurality of learning models, the preprocessing algorithm used for learning a learning model of the plurality of learning models that receives the determination data, which are the time series data obtained by measuring the measurement target, and outputs a state of the measurement target the learning model being learned by using learning data, the learning data being the time series data obtained by measuring the measurement target; a determination data preprocessing unit for preprocessing the determination data by the preprocessing algorithm specified based on the information; and a determination unit for determining the state of the measurement target, based on the preprocessed determination data, using the learning model, wherein the state of the measurement target is an abnormality or degradation of the measurement target.