mhurhangee/ep-ind-claims huggingface dataset:
A transport and storing container for liquids with a pallet-type base frame for an inner container made of plastic with four side walls (12 to 15), a lower and an upper bottom wall (16, 17), a closable filler neck formed on the upper bottom wall, a draining neck with a tapping armature formed on a lower section of a side wall and a cage mantle with horizontal and vertical bars (23, 24, 71) made of metal for receiving the inner container, wherein the ends (25, 27, 70) of the vertical bars (24, 71) formed as a hollow profile are welded to a lower and an upper circumferential edge profile (28, 26) of the cage mantle, wherein at least the upper edge profile comprises a ridge running crosswise to the vertical bars for forming connection sites for a welded joint with the upper ends of the vertical bars, and wherein at least the upper ends of the vertical bars comprise a connection section with a cross section reduced by reshaping for the welded joint with the upper edge profile, wherein the vertical bars comprise between the connection section and a linear longitudinal section with a tubular cross section a bent section, characterized in that at least the upper ends of the vertical bars comprise a convex cross-section outline in the transition of the connection section to the bent section on their inner side facing the inner container.
An LED signal light in particular for the rail traffic with a number of LEDs and a number of optical components (16, 22) with sections (18, 36, 52, 54) for - receiving and bundling the light emitted by the LEDs during operation, - homogenizing the received and bundled light, - collimating the homogenized light and - scattering the homogenized light to achieve a light intensity distribution predetermined with respect to a predefined horizontal main emission direction, characterized in - that the optical axis of the sections (16, 32, 52) for receiving and bundling, homogenizing and collimating the light emitted by the LEDs in the intended mounting state of the signal light deviates by an angle of ± 3 to 8 degrees, preferably 5 to 6 degrees vertically from the main emission direction. - receiving and bundling the light emitted by the LEDs during operation, - homogenizing the received and bundled light, - collimating the homogenized light and - scattering the homogenized light to achieve a light intensity distribution predetermined with respect to a predefined horizontal main emission direction, - that the optical axis of the sections (16, 32, 52) for receiving and bundling, homogenizing and collimating the light emitted by the LEDs in the intended mounting state of the signal light deviates by an angle of ± 3 to 8 degrees, preferably 5 to 6 degrees vertically from the main emission direction.
A method for synthesis of combined heat and power utility systems and key process systems for an industrial process facility or cluster of industrial process facilities, the method comprising: determining an optimal allocation of steam and power between key process systems and utility systems of an industrial process facility, the key process systems comprising a heat exchanger network and a distillation network, whereby the optimal allocation of steam and power for the utility system solution is solved first and the optimal allocation of steam and power for the key process systems is solved second based at least in part on the optimal allocation of steam and power for the utility system solution. determining an optimal allocation of steam and power between key process systems and utility systems of an industrial process facility, the key process systems comprising a heat exchanger network and a distillation network, whereby the optimal allocation of steam and power for the utility system solution is solved first and the optimal allocation of steam and power for the key process systems is solved second based at least in part on the optimal allocation of steam and power for the utility system solution.
An in-cell touch panel, comprising an array substrate having a common electrode layer, and a counter substrate disposed in opposition to the array substrate, with a black matrix pattern provided on the array substrate or the counter substrate, wherein the common electrode layer includes a plurality of first touch electrodes and a plurality of common electrodes that are insulated from each other, the first touch electrodes and the common electrodes are disposed in a crossing manner; and the counter substrate comprises a plurality of second touch electrodes, projections of the second touch electrodes onto the array substrate lie within regions where the common electrodes are located; characterized in that regions of the first touch electrodes corresponding to the black matrix pattern protrude toward the counter substrate entirely or in part, wherein the array substrate comprises first raised portions configured for supporting a protrusion of the first touch electrodes toward the counter substrate, and a projection of the first raised portions on the array substrate lies within a region corresponding to the black matrix pattern; and/or regions of the second touch electrodes corresponding to the black matrix pattern protrude toward the array substrate entirely or in part, wherein the black matrix pattern is provided on a second base substrate of the counter substrate, and the second touch electrodes are located between the black matrix pattern and the second base substrate, or located over the black matrix pattern, wherein the counter substrate comprises second raised portions configured for supporting the protrusion of the second touch electrodes toward the array substrate, and the second raised portions are covered by the black matrix pattern.
Worm-drive hose clip with a tension strap having end sections (3, 4) arranged to overlap each other in a circumferential direction, a housing connected to the radially inner end section and a tension screw arranged in the housing, said screw engaging with thread elements on the radially outer end section, wherein the radially inner end section with a bridge projects in a circumferential direction from the housing and the bridge has an enclosed weakening area, characterised in that the bridge is provided with transverse grooves at least on its radial inside.
A tool for mechanical surface treatment comprising a housing, in which there is formed a cavity intended for filling with a hydraulic medium, and comprising at least one roller body, which is exposed to the basic pressure (p 0) of the hydraulic medium and is intended for rolling on a workpiece surface to be treated, wherein a single roller body is provided and is arranged at the tip of the housing, wherein the housing is formed as a tubular body, characterised in that the tool has a resonator, which is designed to generate targeted pressure pulses (Δp) in the hydraulic medium having the basic pressure (p 0) in such a way that the pressure pulses (Δp) are generated in a manner superimposing the basic pressure (p 0), wherein the resonator is built into the housing formed as a tubular body.
An aircraft air conditioning system, comprising: - a mixing device, - a plurality of cold-air supply lines (12, 14), which are adapted to supply cold air to the mixing device, and - a plurality of warm-air supply lines 16, 18), which are adapted to supply warm air to the mixing device, characterized in that the mixing device comprises: - a first premixing chamber, which is connected to the cold-air supply lines (12, 14) and adapted to mix the cold air that is fed through the cold-air supply lines (12, 14) into the first premixing chamber, - a second premixing chamber, which is connected to the warm-air supply lines (16, 18) and adapted to mix the warm air that is fed through the warm-air supply lines (16, 18) into the second premixing chamber, and - a main mixing chamber, which is connected to the first and the second premixing chamber (20, 22) and adapted to mix the cold air premixed in the first premixing chamber with the warm air premixed in the second premixing chamber. - a mixing device, - a plurality of cold-air supply lines (12, 14), which are adapted to supply cold air to the mixing device, and - a plurality of warm-air supply lines 16, 18), which are adapted to supply warm air to the mixing device, - a first premixing chamber, which is connected to the cold-air supply lines (12, 14) and adapted to mix the cold air that is fed through the cold-air supply lines (12, 14) into the first premixing chamber, - a second premixing chamber, which is connected to the warm-air supply lines (16, 18) and adapted to mix the warm air that is fed through the warm-air supply lines (16, 18) into the second premixing chamber, and - a main mixing chamber, which is connected to the first and the second premixing chamber (20, 22) and adapted to mix the cold air premixed in the first premixing chamber with the warm air premixed in the second premixing chamber.
A vertical silicon carbide power MOSFET, comprising: a 4H-SiC substrate of n + -type as a drain; a 4H-SiC epilayer of n - -type, epitaxially grown on the 4H-SiC substrate acting as a drift region; a source region of p ++ -type, a well region of p-type, a channel region of p-type and a contact region of n ++ -type implanted into the drift region; a gate insulated from the source region and the drift region by a gate-oxide; a high mobility layer at an interface between the 4H-SiC epilayer and the gate-oxide, wherein the vertical thickness of the high mobility layer is in a range of 0.1 nm to 50 nm; characterized in that the gate is a metal gate; and in that the high mobility layer is formed of an epitaxial 3C-SiC. a 4H-SiC substrate of n + -type as a drain; a 4H-SiC epilayer of n - -type, epitaxially grown on the 4H-SiC substrate acting as a drift region; a source region of p ++ -type, a well region of p-type, a channel region of p-type and a contact region of n ++ -type implanted into the drift region; a gate insulated from the source region and the drift region by a gate-oxide; a high mobility layer at an interface between the 4H-SiC epilayer and the gate-oxide, wherein the vertical thickness of the high mobility layer is in a range of 0.1 nm to 50 nm; characterized in that the gate is a metal gate; and in that the high mobility layer is formed of an epitaxial 3C-SiC.
A band spooling machine for forming a band into a pretzel having a circle part, the circle part being divided by a central reach into two lobes, and a teardrop shaped tail, the machine comprising a support table having at least two side rails, and a rotatable arbor in the table, characterized by two blocks rotatably mounted on the arbor, the blocks being moveable to a position leaving a gap between the blocks for insertion of a band.
Use of a sheet-shaped mold comprising a cured silicone rubber containing a polyorganosiloxane and a cellulose fiber for reinforcing the cured silicone rubber for nanoimprint lithography using a photo-curable resin.
A method of inflating an inflatable door seal positioned in a door opening of a wall and for sealing a vehicle, wherein the door seal comprises inflatable side members (10, 10') at its right and left sides, wherein each of the inflatable side members (10, 10') comprises a vertical inflatable main portion comprising an isolating part arranged at its uppermost end; and a bottom seal portion, wherein the inflatable side members (10, 10') are inflated so that each bottom seal portion is expanding towards the side of the vehicle, wherein each vertical inflatable main portion is expanding towards the side of the vehicle such that the isolating parts of the inflatable side members (10, 10') meet at the vehicle roof, wherein each of the inflatable side members (10, 10') comprises a curtain portion, wherein said inflatable side members (10, 10') are inflated to such an extent that each curtain portion is expanding downwards towards the roof of the vehicle, wherein each bottom seal portion is triangular or sun-fan shaped, comprising at least five parallel elongated tube-shaped air communicating sections extending from the inner side of each main vertical portion, preferably obliquely, downwards to the bottom of the inflatable door seal, characterised in that said five sections are air communicating with each other via internal ducts and shaped such that said bottom seal portion is inflated gradually inwardly, and wherein each tube-shaped inflatable section has a width in the range of 0-30 cm and a length in the range of 50 -100 cm.
A sand and aggregate washing and grading apparatus comprising an aggregate grading and washing screen having a plurality of vertically stacked decks (12,14,16) for producing a plurality of aggregate products therefrom and at least one sump for receiving undersize material comprising sand and water from said plurality of decks; and a plurality of sand washing and grading units (40,42,44,46); each sand washing and grading unit comprising:- a hydrocyclone unit, a vibratory screen having a deck for producing at least one sand product and a sump beneath said deck for receiving undersize material and water passing through said deck, said deck of said vibratory screen receiving an underflow from said hydrocyclone unit; and a further hydrocyclone receiving undersize material and water from the sump of said vibratory screen, an underflow from the further hydrocyclone being delivered onto the deck of said vibratory screen; wherein the hydrocyclone unit of each of said plurality of sand washing and grading units (40,42,44,46) is adapted to receive undersize material and water from the at least one sump of the aggregate washing and grading screen. producing a plurality of aggregate products therefrom and at least one sump for receiving undersize material comprising sand and water from said plurality of decks; and a plurality of sand washing and grading units (40,42,44,46); each sand washing and grading unit comprising:- a hydrocyclone unit, a vibratory screen having a deck for producing at least one sand product and a sump beneath said deck for receiving undersize material and water passing through said deck, said deck of said vibratory screen receiving an underflow from said hydrocyclone unit; and a further hydrocyclone receiving undersize material and water from the sump of said vibratory screen, an underflow from the further hydrocyclone being delivered onto the deck of said vibratory screen; wherein the hydrocyclone unit of each of said plurality of sand washing and grading units (40,42,44,46) is adapted to receive undersize material and water from the at least one sump of the aggregate washing and grading screen.
Selective reduction of the carbonyl group in position 17 of 18-methyl-estr-5-en-3,11,17-trione 3,3'-acetal to form 17-hydroxy-18-methyl-estr-5-en-3,11-dione 3,3'-acetal: wherein R1 and R2 can be either separate alkyl radicals C1-C3 equal to each other, or they can form a unique bidentate alkyl radical C2-C4, and the symbol indicates that the -OH group may have configuration α or β, said reduction carried out using a metal hydride in the presence of cerium trichloride, operating at a temperature comprised between -10 and 40 °C during a time comprised between 30 minutes and 3 hours, in a solvent consisting of a mixture between at least an alcohol selected among methanol, ethanol, isopropanol and cyclohexanol, and at least a second solvent selected among ethyl ether, isopropyl ether, tetrahydrofuran, methyltetrahydrofuran, chloroform and methylene chloride.
A method for controlling corn rootworm damage to a corn plant that comprises: (i) applying a composition comprising a CRW-active Methylobacterium sp. to a corn plant, a part thereof, or a corn seed, wherein the CRW-active Methylobacterium sp. is selected from the group consisting of NLS0020 (NRRL B-50930), NLS0017 (NRRL B-50931), and NLS0042 (NRRL B-50932); and, (ii) growing the corn plant or a corn plant from the corn seed in the presence of CRW. (i) applying a composition comprising a CRW-active Methylobacterium sp. to a corn plant, a part thereof, or a corn seed, wherein the CRW-active Methylobacterium sp. is selected from the group consisting of NLS0020 (NRRL B-50930), NLS0017 (NRRL B-50931), and NLS0042 (NRRL B-50932); and, (ii) growing the corn plant or a corn plant from the corn seed in the presence of CRW.
Apparatus for reading a sports timing transponder corresponding to an active RFID tag, characterized in that the apparatus comprises: a holding unit for holding the transponder within an activation area, said holding unit having a plurality of near field antennas (44, 44a, 44b) for generating near fields in the activation area; a controller for activating the plurality of near field antennas in a predefined activation order to initiate a measurement of a passing time in the transponder in the activation area; a receiver for receiving a communication signal from the transponder including a transponder ID and a result of the measurement of the passing time; a processing unit for determining a position of the transponder within the activation area based on the communication signal and the predefined activation order and based on a determination which near field antenna was activated at the measured passing time; and an output unit for generating representation data including information on the determined position and the transponder ID. a holding unit for holding the transponder within an activation area, said holding unit having a plurality of near field antennas (44, 44a, 44b) for generating near fields in the activation area; a controller for activating the plurality of near field antennas in a predefined activation order to initiate a measurement of a passing time in the transponder in the activation area; a receiver for receiving a communication signal from the transponder including a transponder ID and a result of the measurement of the passing time; a processing unit for determining a position of the transponder within the activation area based on the communication signal and the predefined activation order and based on a determination which near field antenna was activated at the measured passing time; and an output unit for generating representation data including information on the determined position and the transponder ID.
Method for assigning a blood plasma sample to a class from a predetermined set of classes, the blood plasma sample being contained in an at least partially transparent vessel, the method comprising the steps of: - exposing the blood plasma sample to light, the spectral composition of which comprises at least wavelengths from a predetermined set of wavelengths, - forming a wavelength-specific measurement value for a respective wavelength from the set of wavelengths, a respective measurement value being dependent on a light power transmitted through the blood plasma sample and the vessel at the respective wavelength, and - assigning the blood plasma sample to a class as a function of the wavelength-specific measurement values, - wherein the predetermined set of classes comprises a hemolytic class, - the set of wavelengths comprises a first hemolytic wavelength in the range of from 535 nm to 547 nm, preferably 541 nm, and a second hemolytic wavelength in the range of from 510 nm to 520 nm, preferably 515 nm, and - the blood plasma sample is assigned to the hemolytic class if a ratio of the measurement value at the first hemolytic wavelength and the measurement value at the second hemolytic wavelength is less than a first relative hemolytic threshold value. - exposing the blood plasma sample to light, the spectral composition of which comprises at least wavelengths from a predetermined set of wavelengths, - forming a wavelength-specific measurement value for a respective wavelength from the set of wavelengths, a respective measurement value being dependent on a light power transmitted through the blood plasma sample and the vessel at the respective wavelength, and - assigning the blood plasma sample to a class as a function of the wavelength-specific measurement values, - wherein the predetermined set of classes comprises a hemolytic class, - the set of wavelengths comprises a first hemolytic wavelength in the range of from 535 nm to 547 nm, preferably 541 nm, and a second hemolytic wavelength in the range of from 510 nm to 520 nm, preferably 515 nm, and - the blood plasma sample is assigned to the hemolytic class if a ratio of the measurement value at the first hemolytic wavelength and the measurement value at the second hemolytic wavelength is less than a first relative hemolytic threshold value.
A mounting assembly for lighting devices, including: - an annular holder coupleable to an electrically powered lighting source with the annular holder surrounding the lighting source, - a bracket member, which is generally arched or crescent shaped, extending radially of the annular holder over at least a portion of the periphery of the annular holder, wherein the annular holder supports the bracket member, and - a circuit board supporting electrical drive components for the lighting source and mounted on said bracket member, the circuit board having an arched, crescent-like shape corresponding to the shape of the bracket member. - an annular holder coupleable to an electrically powered lighting source with the annular holder surrounding the lighting source, - a bracket member, which is generally arched or crescent shaped, extending radially of the annular holder over at least a portion of the periphery of the annular holder, wherein the annular holder supports the bracket member, and - a circuit board supporting electrical drive components for the lighting source and mounted on said bracket member, the circuit board having an arched, crescent-like shape corresponding to the shape of the bracket member.
Removable device for protecting the bodywork of a land vehicle comprising a vehicle body and at least one door, defining a space between the vehicle body and each substantially vertical edge of each closed door of the vehicle, characterized in that it comprises: - a primary fastener, configured to be fixed to a first substantially vertical edge of a door of the vehicle, in the form of a hook configured not to be able to pass into said space and therefore to be unremovable when the door of the vehicle is closed; - a secondary fastener, configured to be fixed to a second substantially vertical edge of the door of the vehicle, said second edge being opposite said first edge; - a first body configured to extend horizontally over at least one door between the two fasteners, each of said fasteners being configured to be removable without a tool when said door is open; and - at least one fixed or removable connection for an additional body. - a primary fastener, configured to be fixed to a first substantially vertical edge of a door of the vehicle, in the form of a hook configured not to be able to pass into said space and therefore to be unremovable when the door of the vehicle is closed; - a secondary fastener, configured to be fixed to a second substantially vertical edge of the door of the vehicle, said second edge being opposite said first edge; - a first body configured to extend horizontally over at least one door between the two fasteners, each of said fasteners being configured to be removable without a tool when said door is open; and - at least one fixed or removable connection for an additional body.