mhurhangee/ep-ind-claims huggingface dataset:
Use of a compound of formula as an adjuvant in an agrochemical composition comprising an agrochemical active ingredient wherein m is 1; n is an integer of 0, 1, 2, or 3; R 1 is C NR 3 R 4; each R 2 is independently C 1-15 alkyl, each R 3 is independently H, or C 1-6 alkyl, each R 4 is independently C 1-8 alkyl, or the group - x -R 5 wherein x is an integer of 0 to 20, each A is independently C 1-4 alkyl, and each R 5 is independently H, C 1-4 alkyl, or NH 2. m is 1; n is an integer of 0, 1, 2, or 3; R 1 is C NR 3 R 4; each R 2 is independently C 1-15 alkyl, each R 3 is independently H, or C 1-6 alkyl, each R 4 is independently C 1-8 alkyl, or the group - x -R 5 wherein x is an integer of 0 to 20, each A is independently C 1-4 alkyl, and each R 5 is independently H, C 1-4 alkyl, or NH 2.
A multilayer structure for a micro electro-mechanical device, comprising: a substrate; a beam spaced apart from the substrate by an air gap, the beam comprising: a dielectric layer; a first metal layer deposited on the dielectric layer; a beam oxide layer deposited on the first metal layer; a second metal layer deposited on the beam oxide layer; and a dielectric balance layer deposited on the second metal layer wherein the dielectric balance layer comprises a material having the same composition as the dielectric layer; characterized in that the dielectric balance layer has the same thickness as the dielectric layer. a substrate; a beam spaced apart from the substrate by an air gap, the beam comprising: a dielectric layer; a first metal layer deposited on the dielectric layer; a beam oxide layer deposited on the first metal layer; a second metal layer deposited on the beam oxide layer; and a dielectric balance layer deposited on the second metal layer wherein the dielectric balance layer comprises a material having the same composition as the dielectric layer; characterized in that the dielectric balance layer has the same thickness as the dielectric layer. a dielectric layer; a first metal layer deposited on the dielectric layer; a beam oxide layer deposited on the first metal layer; a second metal layer deposited on the beam oxide layer; and a dielectric balance layer deposited on the second metal layer wherein the dielectric balance layer comprises a material having the same composition as the dielectric layer; characterized in that the dielectric balance layer has the same thickness as the dielectric layer.
A device for laying down filaments into a spundbond fabric, dehumidifying the spundbond fabric and sucking off the process air loaded with solvents and coagulants, including a conveyor device for transporting the spundbond fabric in a transport direction, wherein the conveyor device has a deposition surface for the filament, wherein the conveyor device at least in a region of the deposition surface is permeable for gases and liquids, wherein underneath the deposition surface of the conveyor device there is provided a primary dehumidifying device, characterized in that there is arranged at least one upper suction device (10, 11) upstream and/or downstream and/or laterally of the deposition surface. wherein the conveyor device has a deposition surface for the filament, wherein the conveyor device at least in a region of the deposition surface is permeable for gases and liquids, wherein underneath the deposition surface of the conveyor device there is provided a primary dehumidifying device, characterized in that there is arranged at least one upper suction device (10, 11) upstream and/or downstream and/or laterally of the deposition surface.
A track unit for ground work vehicle, comprising a structure for supporting a driving wheel adapted to transmit motion to a ground resting track, said track unit being designed to be mounted as an alternative to a wheel at the end of at least one axle of said work vehicle that is provided with a motor drive unit designed with such characteristics as to give correct values of the transmission ratio in the configuration in which wheels are mounted at the ends of the axle, the track unit further comprising a hub designed to be associated detachably with said axle, characterized in that between said hub and said driving wheel there being a speed-increasing gear system (9, 12) in order to provide the axle with a suitable transmission ratio, typically similar to that with the wheeled configuration.
Passive electromagnetic wave reflector for measuring local strain in a structure located on the Earth's surface, the reflector being able to reflect, to a satellite in orbit around the Earth, an electromagnetic wave that it receives from said satellite, characterised in that it comprises: - a plate having a rectilinear side able to make contact with the structure, and - fixed to said plate, a mechanical structure (P2, P3) having a first plate and a second plate inserted in said plate and having, each, a rectilinear side spread on either side of said plate, the rectilinear side of the first plate being in contact with the rectilinear side of the second plate to form a rectilinear edge of the mechanical structure spread on either side of said plate, the first plate, the second plate and said plate forming, on either side of said plate, a cavity able to reflect, in the direction of the satellite, the electromagnetic wave that it receives from the satellite, the rectilinear edge (a3, a3) of the mechanical structure and the rectilinear side of said plate being located in a same plane perpendicular to a plane defined by said plate and forming, in combination, means for holding the reflector on the structure. - a plate having a rectilinear side able to make contact with the structure, and - fixed to said plate, a mechanical structure (P2, P3) having a first plate and a second plate inserted in said plate and having, each, a rectilinear side spread on either side of said plate, the rectilinear side of the first plate being in contact with the rectilinear side of the second plate to form a rectilinear edge of the mechanical structure spread on either side of said plate, the first plate, the second plate and said plate forming, on either side of said plate, a cavity able to reflect, in the direction of the satellite, the electromagnetic wave that it receives from the satellite, the rectilinear edge (a3, a3) of the mechanical structure and the rectilinear side of said plate being located in a same plane perpendicular to a plane defined by said plate and forming, in combination, means for holding the reflector on the structure.
A sealant material for sealing joints comprising: a) a multifilament or spun polyphenylene sulfide yarn; and b) a joint sealing composition comprising natural oil with a smoke point of 230 °C or higher, the polyphenylene sulfide yarn being coated with the joint sealant composition, wherein the smoke point is measured according to standard AOCS Cc 9a-48. a) a multifilament or spun polyphenylene sulfide yarn; and b) a joint sealing composition comprising natural oil with a smoke point of 230 °C or higher,
A component comprising a housing, a cable harness, which is guided into the housing, and a strain relief, wherein the strain relief for the cable harness, which is used for connecting the component to electrical and/or electronic components and includes at least two cables (12, 14), includes a stop component which is made from plastic and tightly encloses all cables (12, 14) such that the stop component is non-displaceably fixed in place on the cables (12, 14), the stop component being an injection-molded part which is injection-molded on the cable harness, the housing including a retainer for the stop component, in which the latter is received in a form-locking manner in at least one direction of pull, the component being designed to be part of a spindle drive, characterized in that the retainer has a cross-sectional area that decreases from an inside to an outside of the housing.
Quick clamping device for disposing at least one insert tool on a power tool, in particular on a power angle grinder, having at least one output unit for moving the insert tool about an output axis of the output unit, and having at least one fixing unit, having at least one fixing element mounted in a movable, in particular non-removable, manner on the output unit, at least for axially fixing the insert tool on the output unit, characterized by at least one securing unit, which has at least one movably mounted securing element which is designed to secure the fixing element, which is mounted so as to be movable relative to the output unit at least about the output axis, against a movement of the fixing element about the output axis.
A rolling device for a device that is to be moved along a surface, which rolling device comprises a housing which forms a cylinder with an opening at one end thereof and a piston that is arranged reciprocally movably in the cylinder such that the piston can be moved between an upper position in the cylinder and a lower position in the cylinder, which piston comprises a rolling element that is arranged at a first end portion of the piston facing the cylinder opening and that rolls on a surface when device is moved, the rolling device further comprises a control device, wherein the control device comprises an antenna for wireless signal transmission to the control device, characterised in that the rolling device further comprises an actuator system comprising an electromotor arranged inside the housing for moving the piston between the upper position and the lower position in the cylinder and the control device is suitable for controlling the actuator system.
Attenuation filter (AF, AF', AF1, AF2, AF3) for the defined attenuation of the intensity of ultraviolet radiation (LR1I, LR2I) with a specified working wavelength from a wavelength range of 150 nm to 370 nm according to a specifiable local distribution in a projection lens (PO, PO') of a microlithographic projection exposure apparatus, comprising: a substrate (SU, SU'), which is sufficiently transparent at the working wavelength, and an absorption layer, which is arranged on the substrate and is configured to absorb incident ultraviolet radiation of the working wavelength according to the specifiable local distribution at different locations (Z1, Z2) of a used area to varying degrees, characterized in that the attenuation filter (AF, AF', AF1, AF2, AF3) is configured to reduce or avoid a thermally induced wavefront variation error in the ultraviolet radiation (LR1O, LR2O) which has passed through the attenuation filter owing to a locally varying heating of the substrate (SU, SU') caused by the absorption of the ultraviolet radiation (LR1I, LR2I) which varies locally over the substrate, wherein a thickness (TS, TS') of the substrate is less than 100 μm. a substrate (SU, SU'), which is sufficiently transparent at the working wavelength, and an absorption layer, which is arranged on the substrate and is configured to absorb incident ultraviolet radiation of the working wavelength according to the specifiable local distribution at different locations (Z1, Z2) of a used area to varying degrees, characterized in that the attenuation filter (AF, AF', AF1, AF2, AF3) is configured to reduce or avoid a thermally induced wavefront variation error in the ultraviolet radiation (LR1O, LR2O) which has passed through the attenuation filter owing to a locally varying heating of the substrate (SU, SU') caused by the absorption of the ultraviolet radiation (LR1I, LR2I) which varies locally over the substrate, wherein a thickness (TS, TS') of the substrate is less than 100 μm.
Safety magazine for a firearm, in which the safety magazine can be inserted into the magazine chute or the magazine holder (Ia) of the firearm, and has a locking element (3, 17), in which the locking element (3, 17) can be moved from an unlocked position to a locked position after the safety magazine has been inserted into the firearm, and, in the locked position, an interlock is formed by the locking element (3, 17) and the firearm such that this prevents the safety magazine from being removed from the firearm, characterized in that a movement mechanism (6, 7) and/or a drive moves the locking element (3, 17) in the direction of the breech face of a breech during movement to the locked position, wherein the locking element (3, 17) engages at the rear in the breech idling movement path during movement to the locked position and the locking element (3, 17) in the locked position presses against the breech face.
A method for search-based matching for multiple parameter sets in computer animation, the method comprising: receiving a selection of a first set of joint parameters in a first model to match to a second set of joint parameters in a second model for an appendage of a computer-generated object; prioritize the joint parameters to match in stages and according to joint complexity, retrieve from storage joint parameters in a first stage corresponding to a selected priority; searching within the first stage for a match between retrieved joint parameters, wherein the searching comprises: (a) incrementally adjusting the retrieved joint parameters in the first set of joint parameters, (b) calculating a difference between the adjusted retrieved joint parameters and the retrieved joint parameters in the second set of joint parameters, (c) calculating a cost based on the difference, and (d) determining whether the cost is greater than a minimum; in accordance with a determination that the cost is greater than the minimum, re-executing steps (a)-(d); repeating the steps of retrieving and searching for all stages; and in accordance with a determination that the cost is not greater than the minimum: replacing the second set of joint parameters with the adjusted first set of joint parameters, and outputting the replacement first set of joint parameters for rendering the appendage of the object. receiving a selection of a first set of joint parameters in a first model to match to a second set of joint parameters in a second model for an appendage of a computer-generated object; prioritize the joint parameters to match in stages and according to joint complexity, retrieve from storage joint parameters in a first stage corresponding to a selected priority; searching within the first stage for a match between retrieved joint parameters, wherein the searching comprises: (a) incrementally adjusting the retrieved joint parameters in the first set of joint parameters, (b) calculating a difference between the adjusted retrieved joint parameters and the retrieved joint parameters in the second set of joint parameters, (c) calculating a cost based on the difference, and (d) determining whether the cost is greater than a minimum; in accordance with a determination that the cost is greater than the minimum, re-executing steps (a)-(d); repeating the steps of retrieving and searching for all stages; and in accordance with a determination that the cost is not greater than the minimum: (a) incrementally adjusting the retrieved joint parameters in the first set of joint parameters, (b) calculating a difference between the adjusted retrieved joint parameters and the retrieved joint parameters in the second set of joint parameters, (c) calculating a cost based on the difference, and (d) determining whether the cost is greater than a minimum; replacing the second set of joint parameters with the adjusted first set of joint parameters, and outputting the replacement first set of joint parameters for rendering the appendage of the object.
A smart card comprising a card body having a cavity and an electronic module having at least one portion presenting thickness that is less than the thickness of the card body, the electronic module being housed in the cavity and being secured to the card body, wherein the smart card includes at least one through hole (27, 28) that includes a portion passing through the portion of the module that presents a thickness that is less than the thickness of the card body, and a portion that passes through the card body.
Tyre (30, 31) suitable for running flat, said tyre (30, 31) comprising a crown, two sidewalls and two beads, a carcass reinforcement anchored in each bead and a sidewall insert placed in each of the two sidewalls axially internally relative to said carcass reinforcement, characterized in that said tyre (30, 31) is equipped with an electronic device comprising at least one radiofrequency transponder (1, 100) and in that said electronic device is embedded in one of said sidewall inserts.
A work vehicle coordination system configured to manage a coordinated traveling work in which each of a plurality of work vehicles carries out a traveling work in a same work field in coordination with each other, the traveling work being a ground work that is carried out as a utility implement of each work vehicle is driven in association with traveling of the work vehicle, the system comprising: - a traveling work parameter setting section for setting a traveling work parameter to define a traveling work of each work vehicle; and - a communication processing section (71, 72) for effecting data communication between/among the plurality of work vehicles; characterized in that the system further comprises: - a traveling work parameter acquisition section for acquiring the traveling work parameter set in each work vehicle; - a difference data generation section for generating difference data indicative of a difference between / among the traveling work parameters set in the respective work vehicles; - an informing section for informing the difference data; - a conforming data generation section for generating conforming data for resolving the difference in the traveling work parameters of the respective work vehicles, the traveling work parameters being corrected based on the conforming data and - an individual correction section configured to calculate an individual correction value for correcting the traveling work parameter to be outputted, for each individual work vehicle, to a control device of the work vehicle, based on a result of the traveling work by the corrected traveling work parameter, wherein the difference data generation section is given the traveling work parameter not corrected with use of the individual correction value calculated by the individual correction section. - a traveling work parameter setting section for setting a traveling work parameter to define a traveling work of each work vehicle; and - a communication processing section (71, 72) for effecting data communication between/among the plurality of work vehicles; - a traveling work parameter acquisition section for acquiring the traveling work parameter set in each work vehicle; - a difference data generation section for generating difference data indicative of a difference between / among the traveling work parameters set in the respective work vehicles; - an informing section for informing the difference data; - a conforming data generation section for generating conforming data for resolving the difference in the traveling work parameters of the respective work vehicles, the traveling work parameters being corrected based on the conforming data and - an individual correction section configured to calculate an individual correction value for correcting the traveling work parameter to be outputted, for each individual work vehicle, to a control device of the work vehicle, based on a result of the traveling work by the corrected traveling work parameter,
A method for concurrent use of multiple heart rate estimation techniques, the method comprising: providing a plurality of heart rate estimators for estimating a heart rate, each one of the plurality of heart rate estimators optimized for one of a number of predetermined measurement contexts for measuring the heart rate with a wearable physiological monitor; providing a plurality of probability estimators, each one of the plurality of probability estimators corresponding to one of the plurality of heart rate estimators, and each one of the plurality of probability estimators providing a likelihood that a corresponding heart rate estimator is accurately estimating the heart rate based on a physiological signal from the wearable physiological monitor; acquiring the physiological signal with a photoplethysmography sensor of the wearable physiological monitor over an interval having segments; for the physiological signal for each segment of the interval, assigning one or more selected ones of the plurality of heart rate estimators to the segment according to the likelihood of accurately estimating the heart rate in the segment; and providing a heart rate signal over the interval based upon the physiological signal and the selected ones of the plurality of heart rate estimators. providing a plurality of heart rate estimators for estimating a heart rate, each one of the plurality of heart rate estimators optimized for one of a number of predetermined measurement contexts for measuring the heart rate with a wearable physiological monitor; providing a plurality of probability estimators, each one of the plurality of probability estimators corresponding to one of the plurality of heart rate estimators, and each one of the plurality of probability estimators providing a likelihood that a corresponding heart rate estimator is accurately estimating the heart rate based on a physiological signal from the wearable physiological monitor; acquiring the physiological signal with a photoplethysmography sensor of the wearable physiological monitor over an interval having segments; for the physiological signal for each segment of the interval, assigning one or more selected ones of the plurality of heart rate estimators to the segment according to the likelihood of accurately estimating the heart rate in the segment; and providing a heart rate signal over the interval based upon the physiological signal and the selected ones of the plurality of heart rate estimators.
A washstand arrangement comprising a washstand having a water basin, a cavity and a drain passage extending from the water basin into the cavity, and a drain element arranged in the cavity for conducting water out of the drain passage and for supplying the water to a drain pipe, wherein the washstand has a rear wall by means of which the washstand, in the installed position, can be brought into contact with a building-side connection structure, wherein the cavity is open in the area of a rear wall of the washstand, wherein the drain element has a wall structure which extends over the cross-section of the drain passage, wherein on the wall structure an overflow inlet opening, which is adjoined by an overflow channel having an overflow edge, and a drain opening, which is adjoined by a drain channel that can be opened and closed to a stop valve of the washstand arrangement, is located, and wherein the washstand further has a bottom wall, characterized in that the bottom wall is designed to be downwardly open in the region of the cavity in the installed position, wherein the outlet element is not projecting downwards beyond a plane defined by the bottom wall. wherein the drain element has a wall structure which extends over the cross-section of the drain passage, wherein on the wall structure an overflow inlet opening, which is adjoined by an overflow channel having an overflow edge, and a drain opening, which is adjoined by a drain channel that can be opened and closed to a stop valve of the washstand arrangement, is located, and wherein the washstand further has a bottom wall, characterized in that the bottom wall is designed to be downwardly open in the region of the cavity in the installed position, wherein the outlet element is not projecting downwards beyond a plane defined by the bottom wall.