mhurhangee/ep-ind-claims huggingface dataset:
A work machine system including a leading vehicle configured to unload material into a receiving vehicle during an unloading operation, the receiving vehicle being configured to be propelled by a following vehicle, the work machine system comprising: a receiving vehicle sensor mounted to the leading vehicle, the receiving vehicle sensor being configured to detect a cross member disposed across a material-receiving opening of the receiving vehicle and generate a sensor signal responsive to the detected cross member; a leading vehicle reference locator system, responsive to the sensor signal, configured to identify a first offset value that is indicative of a location of the cross member relative to a first reference point on the leading vehicle; a following vehicle reference locator system configured to identify a second offset value that is indicative of a location of a second reference point on the following vehicle relative to the first reference point on the leading vehicle; a cross member locator system configured to identify a calibrated cross member offset value indicative of a location of the cross member relative to the second reference point on the following vehicle based on the first offset value and the second offset value; and an unloading control system configured to control the unloading operation based on the calibrated cross member offset value. a receiving vehicle sensor mounted to the leading vehicle, the receiving vehicle sensor being configured to detect a cross member disposed across a material-receiving opening of the receiving vehicle and generate a sensor signal responsive to the detected cross member; a leading vehicle reference locator system, responsive to the sensor signal, configured to identify a first offset value that is indicative of a location of the cross member relative to a first reference point on the leading vehicle; a following vehicle reference locator system configured to identify a second offset value that is indicative of a location of a second reference point on the following vehicle relative to the first reference point on the leading vehicle; a cross member locator system configured to identify a calibrated cross member offset value indicative of a location of the cross member relative to the second reference point on the following vehicle based on the first offset value and the second offset value; and an unloading control system configured to control the unloading operation based on the calibrated cross member offset value.
Combustion chamber system, in particular for use in a gas turbine installation, comprising a circumferential wall, which extends circumferentially around a longitudinal axis and delimits a combustion chamber in which a reaction zone is formed during operation, comprising a burner head which is arranged on the inlet side of the combustion chamber, is intended for adding fuel and oxidizer to the combustion chamber, and comprises at least one fuel supply for adding fuel to the oxidizer, and comprising a combustion chamber outlet arranged on the outlet side of the combustion chamber, the combustion chamber system being subdivided into at least a first and a second modular unit (36, 37) which, in the installed state in a technical application, are arranged axially one behind the other, the second modular unit extending downstream of the first modular unit at least in some regions, the modular units (36, 37) being mounted so as to be axially movable relative to one another, the first modular unit comprising a first subportion of the circumferential wall, and the second modular unit comprising a second subportion of the circumferential wall, the division of the combustion chamber system into the modular units (36, 37) being adjacent to one or between two subportions (30, 31), the modular units (36, 37) arranged one behind the other overlapping one another in an axial overlap region, in particular the first subportion overlapping the second modular unit, in particular overlapping the second subportion, and the second modular unit having, on its outer circumference, at least one support means which, in the installed state, is designed to support the second modular unit on a housing (81, 82) surrounding the combustion chamber system, characterized in that the support means is arranged in the overlap region.
A two-stage compressor for a refrigerant, comprising: a low-stage compressor portion which compresses a refrigerant sucked into a compressor chamber via a suction port and discharges the compressed refrigerant via a discharge port; a low-stage discharge portion which is formed above the low-stage compressor portion and forms a discharge space into which the refrigerant compressed by the low-stage compressor portion is discharged via the discharge port; an intermediate connection pipe having one end connected to the discharge space formed by the low-stage discharge portion; a high-stage compressor portion which is connected to the other end of the intermediate connection pipe, and sucks the refrigerant discharged in the discharge space into a compression chamber via the intermediate pipe and compresses the refrigerant; and a hermetically sealed container for forming an internal space which stores the low-stage compressor portion, the high-stage compressor portion, and the low-stage discharge portion and into which the refrigerant compressed by the high-stage compressor portion is discharged, the low-stage discharge portion having a bypass port which connects the discharge space to the internal space of the hermetically sealed container, the bypass port being provided with an on/off valve which opens when the refrigerant in the discharge space has a pressure higher than a pressure of the refrigerant in the internal space, wherein the high-stage compressor portion is formed under the low-stage compressor portion. a low-stage compressor portion which compresses a refrigerant sucked into a compressor chamber via a suction port and discharges the compressed refrigerant via a discharge port; a low-stage discharge portion which is formed above the low-stage compressor portion and forms a discharge space into which the refrigerant compressed by the low-stage compressor portion is discharged via the discharge port; an intermediate connection pipe having one end connected to the discharge space formed by the low-stage discharge portion; a high-stage compressor portion which is connected to the other end of the intermediate connection pipe, and sucks the refrigerant discharged in the discharge space into a compression chamber via the intermediate pipe and compresses the refrigerant; and a hermetically sealed container for forming an internal space which stores the low-stage compressor portion, the high-stage compressor portion, and the low-stage discharge portion and into which the refrigerant compressed by the high-stage compressor portion is discharged, the low-stage discharge portion having a bypass port which connects the discharge space to the internal space of the hermetically sealed container, the bypass port being provided with an on/off valve which opens when the refrigerant in the discharge space has a pressure higher than a pressure of the refrigerant in the internal space, wherein the high-stage compressor portion is formed under the low-stage compressor portion.
A chemically amplified negative resist composition comprising a base polymer, an acid generator, and a nitrogen-containing compound as a basic component, said base polymer being (i) a polymer comprising recurring units of the general formulae and: wherein A and B each are a single bond or a C 1 -C 10 alkylene group which may be separated by an ether bond, R 1 is each independently hydrogen or methyl, R x is each independent-ly hydrogen or a C 1 -C 6 alkyl group, X is hydrogen, a straight, branched or cyclic C 1 -C 20 alkyl group, C 2 -C 20 alkoxyalkyl group, C 2 -C 20 alkylthioalkyl group, halogen, nitro or cyano group, Y is a C 1 -C 20 alkyl group or C 2 -C 20 acyl group, a and c each are an integer of 0 to 4, b is an integer of 1 to 5, d is an integer of 0 to 5, P and Q each are 0 or 1, s and t each are an integer of 0 to 2, said polymer being combined with a crosslinker capable of forming crosslinks through electrophilic reaction with formula in the presence of an acid, wherein the crosslinker is partially or entirely replaced by introducing into the base polymer recurring units containing a functional group capable of forming crosslinks within and/or between polymer molecules by forming bonds with recurring units of formula through electrophilic reaction, or wherein the crosslinker is incorporated by separately adding the crosslinker to the negative resist composition, an alkylthio group of the general formula is introduced into the base polymer at one end or both ends: wherein R 3 is a straight, branched or cyclic C 1 -C 20 alkyl group, C 2 -C 20 hydroxyalkyl group, C 2 -C 20 alkoxyalkyl group, C 1 -C 20 mercaptoalkyl group or C 2 -C 20 alkylthioalkyl group, said base polymer having a weight average molecular weight of 1,000 to 2,500.
A multiple product belt drier for drying pasty and/or powdery materials containing water to be evaporated, particularly for drying sludges from waste water treatment plants, sludges from methanisation biomass or comprising: - a first air permeable conveyor belt on which the materials to be dried are poured to form a first drying path, - at least a second air permeable conveyor belt, arranged under the first conveyor belt, to assure at least a second drying path for drying the materials after the first one, - air blowing means, - air heating means for heating the blown air to dry the materials, - and a drying air distribution circuit for distributing the drying air towards the materials and the belts, wherein air reheating means are provided in the drier between the two paths to reheat the air which has passed through the layer of materials on the first belt, before it passes through the layer of materials on the second belt, and in that the belts (2, 3) are endless belts wound around rollers (2a, 2b; 3a, 3b) with horizontal parallel axes, each endless loop having an upper branch and a lower branch, characterised in that the drying air circuit is provided so that the drying air circulates downwards through the materials to be dried (M2, M3) and the belts (2, 3), according to a direction considerably perpendicular to the belts, the reheating means being arranged between the branches (2.1, 2.2) of the first belt. - a first air permeable conveyor belt on which the materials to be dried are poured to form a first drying path, - at least a second air permeable conveyor belt, arranged under the first conveyor belt, to assure at least a second drying path for drying the materials after the first one, - air blowing means, - air heating means for heating the blown air to dry the materials, - and a drying air distribution circuit for distributing the drying air towards the materials and the belts, wherein air reheating means are provided in the drier between the two paths to reheat the air which has passed through the layer of materials on the first belt, before it passes through the layer of materials on the second belt, and in that the belts (2, 3) are endless belts wound around rollers (2a, 2b; 3a, 3b) with horizontal parallel axes, each endless loop having an upper branch and a lower branch, characterised in that the drying air circuit is provided so that the drying air circulates downwards through the materials to be dried (M2, M3) and the belts (2, 3), according to a direction considerably perpendicular to the belts, the reheating means being arranged between the branches (2.1, 2.2) of the first belt.
A locking arrangement that is arranged to lock together a wall of a transport container and a roof of the transport container positioned at an angle, whereby the locking arrangement is a locking arrangement for the container roof, said locking arrangement comprising the wall of the transport container having a locking member with a rod and a transverse part and the roof of the transport container having at least one lug, and the transverse part being settable in a locked position on the lug on the roof of the transport container and releasable from the locked position on the lug, characterised in that the lug is turnable away from below the transverse part in the locked position and lockable to remain under the transverse part in the locked position.
Method for the electrolytic passivation of tinplate by anodic polarization in an alkaline aqueous electrolyte, characterized in that the electrolyte contains at least one water-soluble silicate having the composition M 2 O·nSiO 2, wherein M is an alkali metal ion or quaternary ammonium ion, and n is a natural number between 2 and 5, and wherein the proportion of water-soluble silicates in the electrolyte is at least 0.5% by weight, but less than 30% by weight, in each case based on SiO 2.
An imprinting transfer roll comprising a roll body around a peripheral surface of which a resin film substrate is to be wound, to said resin film substrate a resin mold having a fine recessed-protruded pattern formed on its surface having been affixed, wherein: the roll body is divided into two and thereby constituted of one divided body and the other divided body, and between divided faces of these first divided body and second divided body to be joined together, one end of the resin film substrate is to be sandwiched to integrate the first divided body and the second divided body, and then the resin film substrate is to be wound around in the circumferential direction of the roll body.
A safety system applicable to automobiles for the protection of a pedestrian in the event of being hit, the system being of the type comprising means for displacing in a guided manner the rear part of the hood in the event of someone being hit from its initial closed position, and in a direction with an upward component, until reaching an impact position for the purpose of damping the impact of the pedestrian against the components located under the hood, the system being characterized in that the means for displacing the rear part of the hood are suitable so that, once the impact position is reached, a provisional retaining and driving position, in which the rear part of the hood is disposed at a level above its initial closed position, can be reached by displacing the hood from said impact position in a direction with a downward component and towards the closed position, and in that the system further comprises mechanical means for the automatic and firm securing of the hood to the chassis of the automobile when the hood reaches said provisional retaining and driving position.
A process for producing casting moulds for metal processing comprising the steps of: • providing a moulding material mixture comprising at least a refractory mould raw material; a binder based on water glass; and a proportion of a particulate metal oxide, wherein the particulate metal oxide is synthetically produced amorphous silicon dioxide, • moulding the moulding material mixture; • curing the moulding material mixture by heating the moulding material mixture at least by injecting heated air, thereby obtaining a cured casting mould. • providing a moulding material mixture comprising at least a refractory mould raw material; a binder based on water glass; and a proportion of a particulate metal oxide, wherein the particulate metal oxide is synthetically produced amorphous silicon dioxide, • moulding the moulding material mixture; • curing the moulding material mixture by heating the moulding material mixture at least by injecting heated air, thereby obtaining a cured casting mould.
A wound dressing, comprising: a loaded wound dressing layer comprising: a porous matrix comprising a wound facing face and a reverse face; and a powder charge of micronized antimicrobial release additive loaded within the matrix wherein the antimicrobial release additive has a particle size distribution of 1 micron<D50<30 micron. a porous matrix comprising a wound facing face and a reverse face; and a powder charge of micronized antimicrobial release additive loaded within the matrix wherein the antimicrobial release additive has a particle size distribution of 1 micron<D50<30 micron.
A thermoplastic resin composition comprising: at least a thermoplastic resin; and an inorganic filler, the thermoplastic resin comprising polypropylene having no long chain branching structure and polypropylene having a long chain branching structure in a mass ratio of 80:20 to 98:2, wherein a blend ratio of the thermoplastic resin and the inorganic filler in the thermoplastic resin composition is 50:50 to 10:90 in a mass ratio, and wherein the long chain branch represents propylene-based polymer residues having a carbon number of five or more and branched from the main chain of the propylene-based polymer. at least a thermoplastic resin; and an inorganic filler, the thermoplastic resin comprising polypropylene having no long chain branching structure and polypropylene having a long chain branching structure in a mass ratio of 80:20 to 98:2, wherein a blend ratio of the thermoplastic resin and the inorganic filler in the thermoplastic resin composition is 50:50 to 10:90 in a mass ratio, and wherein the long chain branch represents propylene-based polymer residues having a carbon number of five or more and branched from the main chain of the propylene-based polymer.
Combination of an actuator and a holding device for receiving switching elements for a command and alert device, wherein the holding device is provided with a first housing portion in which a recess for receiving an actuator of a command and alert device is arranged, and is provided with a second housing portion which is arranged on the first housing portion and which continues the recess of the first housing portion, wherein guide rails for guiding transmission elements are formed in the housing portions (1, 4), wherein the transmission elements transmit an actuation of the actuator to a switching element, characterized in that rams are formed in the actuator, wherein one part of the rams directly accesses one part of the switching element, while the other part of the rams accesses the corresponding switching elements via the transmission elements in the holding device.
A micro electromechanical system (MEMS), comprising: a rotor assembly, having at least one micromirror (22/24) surrounded by a gaseous environment, said at least one micromirror having a reflective surface connected to elongated wings and a permanent magnetic material mounted on said wings; and a stator assembly for applying a predetermined moment on said wings to establish rotary motion of said micromirror, said stator assembly having a magnetic circuit defined by a plurality of coils (58a,58b) arranged such that at least two coils of said plurality of coils share a mutual core, (63,65) wherein the core comprises two opposing poles respectively positioned on a first side and a second side of an airgap and at least one of the elongated wings is positioned between the two opposing poles such that the magnetic circuit applies the predetermined moment to the elongated wings. a rotor assembly, having at least one micromirror (22/24) surrounded by a gaseous environment, said at least one micromirror having a reflective surface connected to elongated wings and a permanent magnetic material mounted on said wings; and a stator assembly for applying a predetermined moment on said wings to establish rotary motion of said micromirror, said stator assembly having a magnetic circuit defined by a plurality of coils (58a,58b) arranged such that at least two coils of said plurality of coils share a mutual core, (63,65) wherein the core comprises two opposing poles respectively positioned on a first side and a second side of an airgap and at least one of the elongated wings is positioned between the two opposing poles such that the magnetic circuit applies the predetermined moment to the elongated wings.
Road paver, comprising: a tractor vehicle with a material hopper for receiving paving material; and a paving screed for compacting paving material, wherein the paving screed comprises at least one electric heating device for heating the paving screed, and wherein the road paver comprises at least one electric switching assembly configured to switch an electric power supply of the electric heating device, characterized in that the electric switching assembly comprises an electric parallel circuit of two switching devices, wherein the electric parallel circuit of the two switching devices forms an electric series circuit with the electric heating device. a tractor vehicle with a material hopper for receiving paving material; and a paving screed for compacting paving material, wherein the paving screed comprises at least one electric heating device for heating the paving screed, and wherein the road paver comprises at least one electric switching assembly configured to switch an electric power supply of the electric heating device, characterized in that the electric switching assembly comprises an electric parallel circuit of two switching devices, wherein the electric parallel circuit of the two switching devices forms an electric series circuit with the electric heating device.
A delivery element for a two-component cartridge with, 1.1 a connector for the neck of the two-component cartridge, 1.2 a delivery end, formed on the end of the delivery element, which is facing away from the connector for the neck of the two-component cartridge, 1.3 a passage leading from the connector for the neck of the two-component cartridge to the delivery end, together with 1.4 a wiper unit for the neck of the two-component cartridge, which 1.5 has at least one wiper edge for the end face of the neck of the two-component cartridge, characterised in that, 1.6 the wiper edge has a pin for a central exit opening in the end face of the neck of the two-component cartridge, wherein the wiper edge connects onto the side of the pin, and 1.7 the wiper edge corresponds to the shape of the end face of the neck of the two-component cartridge, such that 1.8 with rotation of the delivery element about the pin, which serves as a bearing, the wiper edge wipes off any material present on the opening. 1.1 a connector for the neck of the two-component cartridge, 1.2 a delivery end, formed on the end of the delivery element, which is facing away from the connector for the neck of the two-component cartridge, 1.3 a passage leading from the connector for the neck of the two-component cartridge to the delivery end, together with 1.4 a wiper unit for the neck of the two-component cartridge, which 1.5 has at least one wiper edge for the end face of the neck of the two-component cartridge, characterised in that, 1.6 the wiper edge has a pin for a central exit opening in the end face of the neck of the two-component cartridge, wherein the wiper edge connects onto the side of the pin, and 1.7 the wiper edge corresponds to the shape of the end face of the neck of the two-component cartridge, such that 1.8 with rotation of the delivery element about the pin, which serves as a bearing, the wiper edge wipes off any material present on the opening.