mhurhangee/ep-ind-claims huggingface dataset:
A loading station for storing hollow workpieces and for loading a laser processing machine with the workpieces, the loading station comprising a machine frame, an axially displaceable caliper, and a device for introducing a release agent into the hollow workpieces before they are processed by means of the laser processing machine, the device comprising an insertion section with a nozzle for discharging the release agent and with a centering element arranged on the insertion section for centering the insertion section within the hollow workpiece, wherein the insertion section comprises a guide rod, at the free end of which the nozzle is arranged, wherein the centering element is arranged on the guide rod, and wherein an energy chain is connected to the end of the guide rod facing away from the nozzle, a chain drum for winding up the energy chain, and an insertion device with a drive means for inserting the insertion section into the workpiece, wherein the chain drum is fixed in place on the machine frame, and wherein the insertion device is arranged on the caliper. a machine frame, an axially displaceable caliper, and a device for introducing a release agent into the hollow workpieces before they are processed by means of the laser processing machine, the device comprising an insertion section with a nozzle for discharging the release agent and with a centering element arranged on the insertion section for centering the insertion section within the hollow workpiece, wherein the insertion section comprises a guide rod, at the free end of which the nozzle is arranged, wherein the centering element is arranged on the guide rod, and wherein an energy chain is connected to the end of the guide rod facing away from the nozzle, a chain drum for winding up the energy chain, and an insertion device with a drive means for inserting the insertion section into the workpiece, wherein the chain drum is fixed in place on the machine frame, and wherein the insertion device is arranged on the caliper.
Light guiding slat for a sun protection system, wherein the light guiding slat is made of a band material, has an elongated form with a longitudinal direction, a cross direction and an elevation height setting and is provided for the formation of a Fresnel reflector for light guidance with a plurality of folds, wherein the folds are substantially made by folding and/or bending of the band material, wherein at least two neighbouring fold sides (Ks, K) are folded relative to each other and a fold edge extends between these fold sides (Ks, K) in longitudinal direction of the light guiding slat, wherein the light guiding slat has a width (b), wherein the total shape of the light guiding slat is concavely or convexly arched in cross direction, and the arching height of the concave or convex arc is less than 1/9 of the slat width (b), wherein the light guiding slat has a total height which is composed of the height through the concave/convex arching of the total form and of the height of the folds, wherein the height of the folds results, depending on the shape of the slat, from the distance of parallel straight lines or parallel curves passing through the tips of the folds, wherein the band material is of a hard base material having an elastic limit of more than 300 N/mm 2, wherein the band material has a thickness of less than 0.5 mm, and wherein the height of the folds is less than 1.0 mm, such that the light guiding slat has a total height which is so small that the light guiding slat has a form to be coilable with a coiling radius of 1 m or less without any substantial plastic deformation. wherein the folds are substantially made by folding and/or bending of the band material, wherein at least two neighbouring fold sides (Ks, K) are folded relative to each other and a fold edge extends between these fold sides (Ks, K) in longitudinal direction of the light guiding slat, wherein the light guiding slat has a width (b), wherein the total shape of the light guiding slat is concavely or convexly arched in cross direction, and the arching height of the concave or convex arc is less than 1/9 of the slat width (b), wherein the light guiding slat has a total height which is composed of the height through the concave/convex arching of the total form and of the height of the folds, wherein the height of the folds results, depending on the shape of the slat, from the distance of parallel straight lines or parallel curves passing through the tips of the folds, wherein the band material is of a hard base material having an elastic limit of more than 300 N/mm 2, wherein the band material has a thickness of less than 0.5 mm, and wherein the height of the folds is less than 1.0 mm, such that the light guiding slat has a total height which is so small that the light guiding slat has a form to be coilable with a coiling radius of 1 m or less without any substantial plastic deformation.
A device for use in a mobile communication user equipment, UE, the device comprising processing circuitry arranged to: receive cell data pertaining to a plurality of assistance data cells, and receive offset information, wherein the plurality of assistance data cells includes an assistance data reference cell and a plurality of neighbour cells (130a-c), the cell data includes: (i) information to describe timings of positioning reference signals, PRSs, of the assistance data reference cell, and (ii) neighbour information, the neighbour information to describe timings, relative to the assistance data reference cell, of positioning reference signals, PRSs, of the plurality of neighbour cells, and wherein the offset information describes respective LTE frame offsets between the assistance data reference cell and each of the neighbour cells. receive cell data pertaining to a plurality of assistance data cells, and receive offset information, wherein the plurality of assistance data cells includes an assistance data reference cell and a plurality of neighbour cells (130a-c), the cell data includes: (i) information to describe timings of positioning reference signals, PRSs, of the assistance data reference cell, and (ii) neighbour information, the neighbour information to describe timings, relative to the assistance data reference cell, of positioning reference signals, PRSs, of the plurality of neighbour cells, and wherein (i) information to describe timings of positioning reference signals, PRSs, of the assistance data reference cell, and (ii) neighbour information, the neighbour information to describe timings, relative to the assistance data reference cell, of positioning reference signals, PRSs, of the plurality of neighbour cells, and wherein the offset information describes respective LTE frame offsets between the assistance data reference cell and each of the neighbour cells.
A dialysis system comprising: at least one pump (93, 98, 100) disposed along a fluid circuit to conduct a fluid at a pump rate through the fluid circuit, wherein the pump rate is adjustable; a conductivity meter comprising a probe configured to be placed in fluid communication with the fluid circuit to measure conductivity values of the fluid; at least one conductivity detector (50, 52, 54) disposed along the fluid circuit to measure sensor values of the fluid; a controller configured to: i) receive the conductivity values from the conductivity meter and the sensor values from the at least one conductivity detector; ii) compute a plurality of representative conductivity values from the received conductivity values and a plurality of representative sensor values from the received sensor values; iii) determine a first calibration point (142, 144) associated with a first representative conductivity value and a first representative sensor value; iv) determine a second calibration point (142, 144) associated with a second representative conductivity value and a second representative sensor value; and v) compute a calibration curve based on the first and second calibration points. at least one pump (93, 98, 100) disposed along a fluid circuit to conduct a fluid at a pump rate through the fluid circuit, wherein the pump rate is adjustable; a conductivity meter comprising a probe configured to be placed in fluid communication with the fluid circuit to measure conductivity values of the fluid; at least one conductivity detector (50, 52, 54) disposed along the fluid circuit to measure sensor values of the fluid; a controller configured to: i) receive the conductivity values from the conductivity meter and the sensor values from the at least one conductivity detector; ii) compute a plurality of representative conductivity values from the received conductivity values and a plurality of representative sensor values from the received sensor values; iii) determine a first calibration point (142, 144) associated with a first representative conductivity value and a first representative sensor value; iv) determine a second calibration point (142, 144) associated with a second representative conductivity value and a second representative sensor value; and v) compute a calibration curve based on the first and second calibration points. i) receive the conductivity values from the conductivity meter and the sensor values from the at least one conductivity detector; ii) compute a plurality of representative conductivity values from the received conductivity values and a plurality of representative sensor values from the received sensor values; iii) determine a first calibration point (142, 144) associated with a first representative conductivity value and a first representative sensor value; iv) determine a second calibration point (142, 144) associated with a second representative conductivity value and a second representative sensor value; and v) compute a calibration curve based on the first and second calibration points.
An infant formula for use in a method for promoting the growth of beneficial species of bacteria in the gut of an infant mammal subject in need of said infant formula, the use comprising the steps of: a) providing an infant formula composition comprising nicotinamide riboside (NR, I); and b) administering the infant formula composition to the infant mammal subj ect. a) providing an infant formula composition comprising nicotinamide riboside (NR, I); and b) administering the infant formula composition to the infant mammal subj ect.
A compound consisting of a conjugate from a glycosaminoglycan and an active compound, wherein the active compound is conjugated by means of a functional group to a carboxylic group of the glycosaminoglycan, or a salt thereof to form a covalent conjugation wherein the covalent conjugation is a direct conjugation by means of an amide bond or an ester bond, and wherein the active compound is selected from a group consisting of Lenalidomide, Gemcitabine, and a COX-2 antagonist wherein the COX-2 antagonist is hydrogenation product of Nimesulide or Celecoxib.
A photosensitive resin composition for an antireflection film, comprising a polyfunctional (meth)acrylate having at least three (meth)acryloyl groups in the molecule, colloidal silica, and an organic modified dimethylpolysiloxane having an acryloyl group and a fluorine compound having a (meth)acryloyl group as surface modifying agents, wherein the fluorine compound therein contains only acrylate-modified perfluoropolyether.
A lighting system comprising a plurality of electronic converters comprising a first (10 1) and one or more second (10 2, 10 3) electronic converters and a plurality of lighting modules comprising a first (20 1) and one or more second (20 2, 20 3) lighting modules, wherein the lighting system comprises: - switching means configured to connect said lighting modules to said electronic converters, characterized in that said switching means are configured to permit at least two switching states: - a first switching state, wherein said first lighting module (20 1) is connected to said first electronic converter (10 1) and a respective second lighting module (20 2, 20 3) is connected to each second electronic converter (10 2, 10 3), and - a second switching state, wherein said one or more second electronic converters (10 2, 10 3) are disconnected from the plurality of lighting modules and said first (20 1) and said one or more second (20 2, 20 3) lighting modules are connected to said first electronic converter (10 1); and wherein the lighting system comprises a control circuit configured for: - detecting one or more signals indicative of the supply powers requested by the lighting modules of said plurality of lighting modules, and - driving the switching of the switching means for activating said first or said second switching state as a function of said detected one or more signals. - switching means configured to connect said lighting modules to said electronic converters, - a first switching state, wherein said first lighting module (20 1) is connected to said first electronic converter (10 1) and a respective second lighting module (20 2, 20 3) is connected to each second electronic converter (10 2, 10 3), and - a second switching state, wherein said one or more second electronic converters (10 2, 10 3) are disconnected from the plurality of lighting modules and said first (20 1) and said one or more second (20 2, 20 3) lighting modules are connected to said first electronic converter (10 1); and - detecting one or more signals indicative of the supply powers requested by the lighting modules of said plurality of lighting modules, and - driving the switching of the switching means for activating said first or said second switching state as a function of said detected one or more signals.
A television camera comprising: an image pickup device for generating a first video signal having a settable first frame rate (Xp); a memory device for temporarily memorizing the first video signal outputted from the image pickup device; a write control device for controlling an operation of writing the first video signal with respect to the memory device; and a read control device for controlling an operation of reading the video signal memorized in the memory device, wherein the write control device controls an operation of writing respective first frame data constituting the first video signal in the memory device in each time cycle determined by the first frame rate (Xp), the read control device controls an operation of reading the first frame data memorized in the memory device as a second video signal, wherein the respective first frame data read from the memory device are sequentially arranged in a duplicating manner in a standard video signal having a standard frame rate (Sp) determined by an output standard format of the television camera based on a predetermined arrangement rule resulting from the ratio between a second frame rate (Yp) and the standard frame rate (Sp), wherein the second frame rate (Yp) is equal to or lower than the standard frame rate (Sp) (Sp≥Yp), and wherein the standard video signal provides a time contraction effect if the first frame rate (Xp) is set smaller than the second frame rate (Yp) or a time elongation effect if the first frame rate (Xp) is set larger than the second frame rate (Yp). an image pickup device for generating a first video signal having a settable first frame rate (Xp); a memory device for temporarily memorizing the first video signal outputted from the image pickup device; a write control device for controlling an operation of writing the first video signal with respect to the memory device; and a read control device for controlling an operation of reading the video signal memorized in the memory device, wherein the write control device controls an operation of writing respective first frame data constituting the first video signal in the memory device in each time cycle determined by the first frame rate (Xp), the read control device controls an operation of reading the first frame data memorized in the memory device as a second video signal, wherein the respective first frame data read from the memory device are sequentially arranged in a duplicating manner in a standard video signal having a standard frame rate (Sp) determined by an output standard format of the television camera based on a predetermined arrangement rule resulting from the ratio between a second frame rate (Yp) and the standard frame rate (Sp), wherein the second frame rate (Yp) is equal to or lower than the standard frame rate (Sp) (Sp≥Yp), and wherein the standard video signal provides a time contraction effect if the first frame rate (Xp) is set smaller than the second frame rate (Yp) or a time elongation effect if the first frame rate (Xp) is set larger than the second frame rate (Yp).
Method for controlling a thermodynamic cycle process apparatus, in particular an ORC apparatus, wherein the thermodynamic cycle process apparatus comprises an evaporator, an expansion machine, a condenser and a feed pump, and the expansion machine is coupled to an external apparatus during normal operation, and wherein the method comprises the following steps: measuring an exhaust steam pressure downstream of the expansion machine; and setting a volume flow of the feed pump in accordance with a computer-implemented control model of the thermodynamic cycle process apparatus as a function of the measured exhaust steam pressure and a target rotational speed of the expansion machine as input variables of the control model and with the volume flow of the feed pump as output variable of the control model. measuring an exhaust steam pressure downstream of the expansion machine; and setting a volume flow of the feed pump in accordance with a computer-implemented control model of the thermodynamic cycle process apparatus as a function of the measured exhaust steam pressure and a target rotational speed of the expansion machine as input variables of the control model and with the volume flow of the feed pump as output variable of the control model.
A method to fabricate hierarchical graded materials, comprising: providing a reservoir of functionalized particles; mixing at least some of the functionalized particles using a mixer in the print head having a mixed fluid volume control on an order of a voxel to produce mixed functionalized particles; actuating a print head to deposit the mixed functionalized particles on a substrate; and applying a stimulus to the mixed functionalized particles to reactively bond the functionalized particles. providing a reservoir of functionalized particles; mixing at least some of the functionalized particles using a mixer in the print head having a mixed fluid volume control on an order of a voxel to produce mixed functionalized particles; actuating a print head to deposit the mixed functionalized particles on a substrate; and applying a stimulus to the mixed functionalized particles to reactively bond the functionalized particles.
Method for fixing on a fixing membrane in a dot matrix, a plurality of biological samples of all or part thereof, such that each sample is placed in a well of a microplate with traversing and open wells, and such that the fixing membrane is positioned under said microplate plate, characterised in that it consists of subjecting each sample to the simultaneous or sequential action of an electric field and of a pressure such that the electric field has a direction perpendicular to the fixing membrane, and a potential differential between the two faces of the fixing membrane of between 1 millivolt and 1 kilovolt, and such that the pressure has a pressure differential ΔP between the two faces of the fixing membrane of between 0.1 millibar and 100 bar.
A method of collecting, storing and/or transporting a biological sample obtained from an organism for analysis of the presence of a target nucleic acid, comprising mixing the biological sample in a single step with a composition containing an aqueous mixture of a chaotrope, a detergent, a reducing agent, a chelator, a pH buffer, an isolated DNA polynucleoide comprising a synthetic sequence as an internal positive control, to release and stabilize, wherein the composition lyses cells, separates or releases nucleic acids from the cells inactivates nucleases and kills pathogens, and wherein the isolated DNA is extra-genomic carrier and/or reporter molecule.
An auxiliary/control switches kit box for a Medium Voltage switching device, the Medium Voltage switching device comprising one or more movable contacts operated between a contact open position and a contact closed position by a kinematic chain connected to a contact actuator, characterized in that the auxiliary/control switches kit box comprises: a shaped enclosure adapted to be inserted at least partially into and removed from a dedicated volume inside said Medium Voltage switching device; said shaped enclosure housing one or more auxiliary/control switches (21, 22, 23, 24, 25, 26) electrically connected to corresponding one or more terminal boards (61, 62, 63); said one or more terminal boards (61, 62, 63) facing toward the outside of said shaped enclosure from a first face of said shaped enclosure; said one or more auxiliary/control switches (21, 22, 23, 24, 25, 26) each comprising a pair of auxiliary/control switch contacts that can be linearly operated by an auxiliary/control switch actuator (51, 52, 53, 54) between a normally open position and a normally closed position; the auxiliary/control switches kit box further comprising a mechanical coupling system mechanically connected to said auxiliary/control switch actuators (51, 52, 53) to linearly displace it between said NO position and said NC position; said mechanically coupling system having one or more operating levers (31, 32, 33, 34, 35, 36) protruding outside said shaped enclosure from a second face thereof and being adapted to cooperate with the kinematic chain of said Medium Voltage switching device and follow it during the movement from said contact open position and said contact closed position, and wherein said first and second face of said shaped enclosure are substantially opposite to each other.
An anchor rod coupling joint for coupling anchor rods; said anchor rod coupling joint comprising: a first joint member comprising a body having a first diameter; a second joint member comprising a second body having a second diameter, the first diameter being less than the second diameter such that the first joint member is arranged to frictionally engage within said second joint member; a compression sleeve, at least a portion of the second joint member being arranged to frictionally engage within the compression sleeve, wherein, said second joint member further comprises a hole which extends through the second body and wherein said first joint member comprises an elongate channel which extends axially along the body, the joint further comprising a pin which extends through the hole and the elongate channel for limiting relative movement of the first and second joint members along a longitudinal axis thereof, the first and second joint members being arranged to receive and couple with anchoring rods. a first joint member comprising a body having a first diameter; a second joint member comprising a second body having a second diameter, the first diameter being less than the second diameter such that the first joint member is arranged to frictionally engage within said second joint member; a compression sleeve, at least a portion of the second joint member being arranged to frictionally engage within the compression sleeve, wherein, said second joint member further comprises a hole which extends through the second body and wherein said first joint member comprises an elongate channel which extends axially along the body, the joint further comprising a pin which extends through the hole and the elongate channel for limiting relative movement of the first and second joint members along a longitudinal axis thereof, the first and second joint members being arranged to receive and couple with anchoring rods.