mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a reaction rate of a chemical species of interest in a solution-under-test with a reagent, characterized in the steps of: measuring a property of the reagent to obtain a baseline measurement, wherein the reagent is based on a redox couple that utilizes a single electron transfer process, wherein the property is one of a group of pH, oxidation reduction potential, conductivity, viscosity, turbidity, gas solubility, and color; adding the reagent to a portion of the solution-under-test to produce a mixture solution; measuring the property of the mixture solution to obtain a post-reaction measurement; and determining the reaction rate of the chemical species of interest based on the baseline measurement and the post-reaction measurement. measuring a property of the reagent to obtain a baseline measurement, wherein the reagent is based on a redox couple that utilizes a single electron transfer process, wherein the property is one of a group of pH, oxidation reduction potential, conductivity, viscosity, turbidity, gas solubility, and color; adding the reagent to a portion of the solution-under-test to produce a mixture solution; measuring the property of the mixture solution to obtain a post-reaction measurement; and determining the reaction rate of the chemical species of interest based on the baseline measurement and the post-reaction measurement.
Remote control system and/or remote monitoring system for motor vehicles via a radio data communication link, with a central station, one or more remotely monitorable and/or remotely controllable motor vehicles motor vehicles characterized in that the remote control system and/or remote monitoring system comprises personal data terminals located remotely from the central station, wherein the central station is configured for conveying requests for remote monitoring and/or remote control of a motor vehicle and offers for performing the remote control of the motor vehicle from the personal data terminals located remotely from the central station and after acceptance of an offer providing a data communication link between the motor vehicle and the personal data terminal from which the accepted offer originates, and wherein each personal data terminal is configured for performing the remote monitoring and/or remote control of the motor vehicle via the data communication link provided in the manner of drive simulation computer games, namely with a screen view of the motor vehicle dashboard and the actual scenery in the direction of driving and in the rear view mirrors.
A tongue rail for connection to a connection rail, in particular a tongue device of a switch, comprising a rail flank, with an end-side transition region with contact edge for connection to a corresponding transition region of the connection rail with corresponding contact edge, wherein the transition region has an outer transition portion, a middle transition portion adjoining the outer transition portion, and an inner transition portion adjoining the middle transition portion, and wherein the contact edge of the middle transition portion runs parallel to the rail flank and the contact edges of the outer transition portion and of the inner transition portion run at an angle to the rail flank, characterised in that the length (l) of the outer transition portion and/or of the inner transition portion are/is more than 30%, preferably more than 50%, and in particular between 60% and 80% of the length of the middle transition portion, that the contact edge of the outer transition portion and/or of the inner transition portion has an edge region running at an angle (α) between 5 degrees and 25 degrees to the rail flank, wherein the edge region changes via a curve region into the contact edge of the middle transition portion and the edge region changes into a further curve region at an end facing away from the middle transition portion.
A process comprising: polymerizing at least one monomer to form latex particles; dispersing the latex particles in de-ionized water to form a latex dispersion; contacting the latex dispersion with at least one dye and surfactant; adding a supercritical fluid to the latex dispersion to form a latex dye mixture; removing the supercritical fluid from the latex dye mixture; washing excess un-reacted colorant from the latex dye mixture; and recovering a resin with a colorant encapsulated therein. polymerizing at least one monomer to form latex particles; dispersing the latex particles in de-ionized water to form a latex dispersion; contacting the latex dispersion with at least one dye and surfactant; adding a supercritical fluid to the latex dispersion to form a latex dye mixture; removing the supercritical fluid from the latex dye mixture; washing excess un-reacted colorant from the latex dye mixture; and recovering a resin with a colorant encapsulated therein.
An integrated equipment fault and cyber attack detection arrangement comprising a vehicle and a security of operations center, SOC, wherein the vehicle comprises: an intrusion detection system, IDS, for detecting anomalies including one or more of cyber attacks and equipment failures upon a vehicle, wherein the IDS is connected to the SOC; and an integrated vehicle health management, IVHM, module connected to the SOC, wherein: the IVHM module is configured to identify anomalies having patterns matching symptom patterns stored in an IVHM symptom pattern recognition matrix as corresponding to equipment failures; and to pass the anomalies having unrecognized patterns to the SOC; and wherein the SOC is configured to, from an investigation of the unrecognized patterns using a learning loop, send information to the IVHM module, wherein the IVHM module is configured to update or improve the IVHM symptom pattern recognition matrix with new or unrecognizable patterns; and wherein the IVHM module is configured to output a recommended maintenance plan to service damage or prevent damage from cyber attacks or equipment failures. an intrusion detection system, IDS, for detecting anomalies including one or more of cyber attacks and equipment failures upon a vehicle, wherein the IDS is connected to the SOC; and an integrated vehicle health management, IVHM, module connected to the SOC, wherein: the IVHM module is configured to identify anomalies having patterns matching symptom patterns stored in an IVHM symptom pattern recognition matrix as corresponding to equipment failures; and to pass the anomalies having unrecognized patterns to the SOC; and wherein the SOC is configured to, from an investigation of the unrecognized patterns using a learning loop, send information to the IVHM module, wherein the IVHM module is configured to update or improve the IVHM symptom pattern recognition matrix with new or unrecognizable patterns; and the IVHM module is configured to identify anomalies having patterns matching symptom patterns stored in an IVHM symptom pattern recognition matrix as corresponding to equipment failures; and to pass the anomalies having unrecognized patterns to the SOC; and wherein the SOC is configured to, from an investigation of the unrecognized patterns using a learning loop, send information to the IVHM module, wherein the IVHM module is configured to update or improve the IVHM symptom pattern recognition matrix with new or unrecognizable patterns; and
Arrangement of a sensor, the signal of which is used to control an auxiliary motor of a vehicle propelled by muscular strength, where said auxiliary motor is integrated into a wheel hub unit of said vehicle, where said wheel hub unit comprises a stationary axle, a hub rotatably mounted to said axle, and a freewheel of the drive train propelled by muscular strength which is mounted rotatable relative to said axle, and where said arrangement comprises said sensor and said freewheel, where said sensor is arranged such that it detects a rotational motion of said freewheel relative to said axle, characterized in that said arrangement further comprises said axle and said sensor is arranged on a flexible printed circuit board and said flexible printed circuit board comprises an electrical connection for connecting said sensor to a control unit of said auxiliary motor, and said axle comprises an outer axle element and an inner axle element inserted into said outer axle element, where at least a portion of said flexible circuit board extending between said sensor and said control unit is received between said outer axle element and said inner axle element.
Direct plug connector for establishing an electrical connection between a conductor and a metallized through hole of a printed circuit board, comprising: - a contact having at least one first contact arm, wherein the first contact arm is configured for the electrical connection of the conductor to the metallized through opening, - a fastening element which can assume a fastening position and a release position, wherein - the fastening element is configured in the fastening position for fastening the direct plug connector to the metallized through opening, wherein the fastening element is configured to act in the fastening position on the metallized through opening or to engage in the metallized through opening and is configured to be pushed or inserted into the metallized through opening in the release position or to be pulled or removed from the metallized through-hole, wherein the fastening element has at least one first latching arm with a first latching lug, having a locking pin which, in a locked state, prevents the fastening element from being transferred from the fastening position to the release position by a positive fit with the fastening element and, in an unlocked state, allows the fastening element to be transferred from the fastening position into the release position, characterized in that the contact defines an intermediate space for at least partially receiving the locking pin, wherein the first contact arm delimits the intermediate space at least partially, and - wherein the locking pin is arranged at least in the fastening position within the intermediate space. - a contact having at least one first contact arm, wherein the first contact arm is configured for the electrical connection of the conductor to the metallized through opening, - a fastening element which can assume a fastening position and a release position, wherein - the fastening element is configured in the fastening position for fastening the direct plug connector to the metallized through opening, wherein the fastening element is configured to act in the fastening position on the metallized through opening or to engage in the metallized through opening and is configured to be pushed or inserted into the metallized through opening in the release position or to be pulled or removed from the metallized through-hole, wherein the fastening element has at least one first latching arm with a first latching lug, having a locking pin which, in a locked state, prevents the fastening element from being transferred from the fastening position to the release position by a positive fit with the fastening element and, in an unlocked state, allows the fastening element to be transferred from the fastening position into the release position, characterized in that the contact defines an intermediate space for at least partially receiving the locking pin, wherein the first contact arm delimits the intermediate space at least partially, and - wherein the locking pin is arranged at least in the fastening position within the intermediate space.
Apparatus for displaying a warped version of a source image, comprising: line memory arranged to divide the source image into a plurality of rows of pixels from the source image; a warp engine arranged to map the output coordinates OX,OY to warped coordinates WX, WY, the warped coordinates corresponding to pixel locations in the source image; a block storage control arranged to combine the rows of pixels into pixel blocks, each pixel block comprising neighbouring horizontal and vertical pixels from the source image, wherein each pixel block is stored in sequential memory locations in a memory, and each warp coordinate having a corresponding bank, row and column address in the memory; an output coordinate generator arranged to generate output coordinates OX,OY corresponding to output pixel locations on a display; a block request converter arranged to identify memory locations in which pixel blocks containing pixels having the warped coordinates WX,WY are stored; a block request generator arranged to request the identified pixel blocks; a memory controller arranged to retrieve the requested pixel blocks from the memory; a display controller arranged to output the value of the pixels having the warped coordinates WX,WY for display at the corresponding output pixel locations OX,OY; and a block request cache to record addresses of recently retrieved pixel blocks. line memory arranged to divide the source image into a plurality of rows of pixels from the source image; a warp engine arranged to map the output coordinates OX,OY to warped coordinates WX, WY, the warped coordinates corresponding to pixel locations in the source image; a block storage control arranged to combine the rows of pixels into pixel blocks, each pixel block comprising neighbouring horizontal and vertical pixels from the source image, wherein each pixel block is stored in sequential memory locations in a memory, and each warp coordinate having a corresponding bank, row and column address in the memory; an output coordinate generator arranged to generate output coordinates OX,OY corresponding to output pixel locations on a display; a block request converter arranged to identify memory locations in which pixel blocks containing pixels having the warped coordinates WX,WY are stored; a block request generator arranged to request the identified pixel blocks; a memory controller arranged to retrieve the requested pixel blocks from the memory; a display controller arranged to output the value of the pixels having the warped coordinates WX,WY for display at the corresponding output pixel locations OX,OY; and a block request cache to record addresses of recently retrieved pixel blocks.
A process for the preparation of a pharmaceutical composition of a macrolide antibiotic in essentially noncrystalline form, in which the macrolide antibiotic, a water-swellable polymer and a proton donor are blended in an extruder in the presence of water and forced through a die, the ratio by weight of the sum of macrolide antibiotic, water-swellable polymer and proton donor to water being at least 1:1.
A supporting device for supporting a mobile device, in particular a vehicle, on the ground, comprised of - a support connected to the mobile device, - a hydraulic cylinder, which is supported on the support and which can be moved between an upper end position and a lower end position in relation to the support, - a supporting foot, which can be lowered and raised by means of the hydraulic cylinder, and - a sensing device, which produces a supporting-load-dependent signal, characterized in that the sensing device produces the supporting-load-dependent signal by means of a proximity switch which responds when the distance of the hydraulic cylinder from its upper end position falls below or exceeds a specified value. - a support connected to the mobile device, - a hydraulic cylinder, which is supported on the support and which can be moved between an upper end position and a lower end position in relation to the support, - a supporting foot, which can be lowered and raised by means of the hydraulic cylinder, and - a sensing device, which produces a supporting-load-dependent signal,
A method for manufacturing a substrate terminal board for mounting a semiconductor device having a device mounting portion in which a semiconductor device can be disposed, and an electrode terminal portion in which an electrode wire for supplying electricity to a semiconductor device disposed in the device mounting portion can be mounted, by superposing an upper substrate and a lower substrate each having conductivity, the method comprising: forming the upper substrate by cutting and raising an upper substrate conductor plate formed of a conductive metal plate at a plurality of positions for heat dissipation fins in the upper substrate conductor plate around the device mounting portion to provide the heat dissipation fins and heat dissipation openings opened by cutting and raising the heat dissipation fins, and then by covering the upper substrate conductor plate with an insulating paint film; forming the lower substrate by covering a lower substrate conductor plate formed of a conductive metal plate with an insulating paint film; and bonding the paint film of the lower substrate and the paint film of the upper substrate to each other by superposing the lower substrate and the upper substrate on each other, and subjecting them to a pressure heating treatment by pressurizing them from above and below while heating, to completely cure the paint film, so that the substrate terminal board for mounting a semiconductor device is obtained in which the lower substrate and the upper substrate are connected in a laminated state electrically insulated from each other by the bonding, and the heat dissipation fins coated with the paint film in a raised shape are located at side portions of the heat dissipation openings around the device mounting portion. forming the upper substrate by cutting and raising an upper substrate conductor plate formed of a conductive metal plate at a plurality of positions for heat dissipation fins in the upper substrate conductor plate around the device mounting portion to provide the heat dissipation fins and heat dissipation openings opened by cutting and raising the heat dissipation fins, and then by covering the upper substrate conductor plate with an insulating paint film; forming the lower substrate by covering a lower substrate conductor plate formed of a conductive metal plate with an insulating paint film; and bonding the paint film of the lower substrate and the paint film of the upper substrate to each other by superposing the lower substrate and the upper substrate on each other, and subjecting them to a pressure heating treatment by pressurizing them from above and below while heating, to completely cure the paint film, so that the substrate terminal board for mounting a semiconductor device is obtained in which the lower substrate and the upper substrate are connected in a laminated state electrically insulated from each other by the bonding, and the heat dissipation fins coated with the paint film in a raised shape are located at side portions of the heat dissipation openings around the device mounting portion.
A wind power generator comprising a normal operation mode and a low-load operation mode in which a load acting on the wind power generator is reduced relative to operation in the normal operation mode, and comprising an operation control device that causes a transition from the normal operation mode to the low-load operation mode when wind condition data exceeds a low-load operation mode transition threshold that is a threshold of transitioning from the normal operation mode to the low-load operation mode, characterized in that when the wind condition data exceeds the low-load operation mode transition threshold and the operation control device causes a transition from the normal operation mode to the low-load operation mode to occur, the operation control device reduces a value of the low-load operation mode transition threshold and maintains the reduced state of the low-load operation mode transition threshold value for a predetermined period of time (Tr).
A device comprising: a microscope; a laser device comprising a plurality of controllable components consisting of at least a laser source and a scanner, the laser device being configured to direct a laser beam with laser energy towards a target portion of an eye; and a control computer configured to control the controllable components (112; 116) of the laser device according to a control program and computer code that includes a laser energy module, the control computer being configured to: instruct the controllable components (112; 116) of the laser device to direct a plurality of trial shots (154a; 154b; 164a; 164b) towards a trial portion, characterised in that at least two trial shots comprise a first trial shot (154b; 164b) directed towards a first corneal depth and a second trial shot (154b; 164b) directed towards a second corneal depth, the second corneal depth being different from the first corneal depth; measure cuts in the tissue without damaging the tissue created by the plurality of trial shots (154b; 164b) on the trial portion, identified by use of the microscope; determine, using the laser energy module, the laser energy based on the cuts in the tissue without damaging the tissue measured in accordance with at least the first and the second trial shots; and instruct the controllable components (112; 116) of the laser device to direct the laser beam with the laser energy towards the target portion of the eye. a microscope; a laser device comprising a plurality of controllable components consisting of at least a laser source and a scanner, the laser device being configured to direct a laser beam with laser energy towards a target portion of an eye; and a control computer configured to control the controllable components (112; 116) of the laser device according to a control program and computer code that includes a laser energy module, the control computer being configured to: instruct the controllable components (112; 116) of the laser device to direct a plurality of trial shots (154a; 154b; 164a; 164b) towards a trial portion, characterised in that at least two trial shots comprise a first trial shot (154b; 164b) directed towards a first corneal depth and a second trial shot (154b; 164b) directed towards a second corneal depth, the second corneal depth being different from the first corneal depth; measure cuts in the tissue without damaging the tissue created by the plurality of trial shots (154b; 164b) on the trial portion, identified by use of the microscope; determine, using the laser energy module, the laser energy based on the cuts in the tissue without damaging the tissue measured in accordance with at least the first and the second trial shots; and instruct the controllable components (112; 116) of the laser device to direct the laser beam with the laser energy towards the target portion of the eye.
A tethering device in combination with a container closure of the type having a cap and a tamper-evident ring at one end thereof, whereby the device is formed separately from and being attached to a first region of the closure including the removable cap and also being attached to a second region of the closure including the ring, whereby when the cap is removed from a container it remains tethered to the ring by the device.
Blade ring segment for a turbomachine having at least one shroud (5, 6; 21, 26), which extends along a circular segment and is connected in one piece with at least three blades (2, 3, 4; 22, 23, 24,25), each of which extend radially from the shroud and each of which is formed to be hollow with at least one channel, wherein the bade ring segment is formed in one piece by casting and directional solidification, characterized in that at the outlet openings (14, 15, 16, 17; 27,28.29,30, 31) of the channels of the blades, the shroud comprises in each case first reinforcing ribs running axially and surrounding the opening, and in each case at least one second reinforcing rib between the first reinforcing ribs.