mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine system comprising: a gas turbine engine; a tempering system comprising a tempering compartment comprising an interior area, an inlet, an outlet, at least one arrangement pair comprising a first pipe arrangement and a second pipe arrangement spaced a distance apart, a mix area in the distance between the first pipe arrangement and the second pipe arrangement, with the first pipe arrangement comprising a first plurality of pipes, with the second pipe arrangement comprising a second plurality of pipes, and one or more openings in each pipe of the first plurality of pipes and the second plurality of pipes; and a selective catalytic reduction system: characterized in that a first plurality of vanes, and a second plurality of vanes are configured in the shape of the letter "V", with an angle α of about 5 degrees to about 90 degrees with respect to the general flow of polluted combustion gas PG through the interior area. a gas turbine engine; a tempering system comprising a tempering compartment comprising an interior area, an inlet, an outlet, at least one arrangement pair comprising a first pipe arrangement and a second pipe arrangement spaced a distance apart, a mix area in the distance between the first pipe arrangement and the second pipe arrangement, with the first pipe arrangement comprising a first plurality of pipes, with the second pipe arrangement comprising a second plurality of pipes, and one or more openings in each pipe of the first plurality of pipes and the second plurality of pipes; and a selective catalytic reduction system: characterized in that a first plurality of vanes, and a second plurality of vanes are configured in the shape of the letter "V", with an angle α of about 5 degrees to about 90 degrees with respect to the general flow of polluted combustion gas PG through the interior area.
Method for transport and storage of waste batteries, in particular lithium storage batteries, using a roller container, which is moved to the defective or critical waste batteries, wherein the roller container is a manually movable roller container for transport and storage of objects that has side walls, has a base plate and castors and has a pushing means, wherein a transport container and a support device for a cover for closing the transport container are arranged on the base plate of the roller container, wherein a receiving device for receiving and conveying the waste batteries is arranged on one of the side walls of the roller container, wherein the transport container, on the base plate, is ready to receive the waste battery, the transport container, provided with a cover, is opened, or wherein the cover is already situated on a support device, the waste battery is lifted into the open transport container by means of the receiving device, safety material is introduced, and the transport container is subsequently closed and locked using the cover and is then, possibly with further waste batteries, handed over to a disposal company. wherein the roller container is a manually movable roller container for transport and storage of objects that has side walls, has a base plate and castors and has a pushing means, wherein a transport container and a support device for a cover for closing the transport container are arranged on the base plate of the roller container, wherein a receiving device for receiving and conveying the waste batteries is arranged on one of the side walls of the roller container, wherein the transport container, on the base plate, is ready to receive the waste battery, the transport container, provided with a cover, is opened, or wherein the cover is already situated on a support device, the waste battery is lifted into the open transport container by means of the receiving device, safety material is introduced, and the transport container is subsequently closed and locked using the cover and is then, possibly with further waste batteries, handed over to a disposal company.
An authentication method consisting of printing an authenticator comprising a set of graphic security elements, EGS, on a medium to be secured, - said authenticator is a combination of at least three different types of EGS, each of said EGS being taken from a group of eligible EGS, each having properties which make it possible to define an Alphabet, a geometric coding and a frequency coding; characterized in that each of said EGS is constructed so as to integrate control elements used in the construction of the other EGS so as to make said at least three EGS interdependent by construction, so that modification of one of the EGS making up the print automatically leads to an identifiable inconsistency on the printed authenticator; and in that the interdependence between said EGS is obtained by decomposition of a digital signature of an item of information of the medium to be secured in order to define the alphabet, the geometric coding and the frequency coding which define each of said EGS, so that each EGS contains a different portion of the information of said digital signature. - said authenticator is a combination of at least three different types of EGS, each of said EGS being taken from a group of eligible EGS, each having properties which make it possible to define an Alphabet, a geometric coding and a frequency coding;
A cooling system, comprising: an inflatable air duct to be positioned above a cold aisle defined between two rows of electronic equipment (18a, 18b), the inflatable air duct to extend along a length of the cold aisle, the inflatable air duct to be air permeable to deliver conditioned air into the cold aisle, the electronic equipment having fans to force cool air within the cold aisle through the electronic equipment to adjacent hot aisles (22a, 22b) on opposite sides of the two rows of the electronic equipment (18a, 18b), the inflatable air duct to be spaced apart from the rows of the electronic equipment (18a, 18b) such that the cold aisle is in unobstructed fluid communication with the adjacent hot aisles (22a, 22b) over tops of the rows of the electronic equipment (18a, 18b), the conditioned air delivered from the inflatable air duct to reduce a mixing of warm air in the hot aisles (22a, 22b) with the cool air in the cold aisle; and an internal baffle extending along an interior of the inflatable air duct to increase even distribution of the conditioned air delivered along a length of the inflatable air duct. an inflatable air duct to be positioned above a cold aisle defined between two rows of electronic equipment (18a, 18b), the inflatable air duct to extend along a length of the cold aisle, the inflatable air duct to be air permeable to deliver conditioned air into the cold aisle, the electronic equipment having fans to force cool air within the cold aisle through the electronic equipment to adjacent hot aisles (22a, 22b) on opposite sides of the two rows of the electronic equipment (18a, 18b), the inflatable air duct to be spaced apart from the rows of the electronic equipment (18a, 18b) such that the cold aisle is in unobstructed fluid communication with the adjacent hot aisles (22a, 22b) over tops of the rows of the electronic equipment (18a, 18b), the conditioned air delivered from the inflatable air duct to reduce a mixing of warm air in the hot aisles (22a, 22b) with the cool air in the cold aisle; and an internal baffle extending along an interior of the inflatable air duct to increase even distribution of the conditioned air delivered along a length of the inflatable air duct.
A method for producing series of cut-out forms from a continuous web, said method comprising: - receiving a plurality of print jobs, each one of said plurality of print jobs defining an image, a cut-out contour, and a desired number of copies; - generating a set of printing patterns comprising one or more images from one or more respective print jobs, which printing patterns may be combined to obtain the respective desired numbers of copies of said print jobs; - making said set of printing patterns available to a printer in a combination so as to obtain the respective desired numbers of copies of said print jobs; - generating a set of cut-out patterns comprising one or more cut-out contours from one or more respective print jobs, which cut-out patterns may be combined to match the combined printing patterns; - making said set of cut-out patterns available to a cutting device; and - instructing said cutting device about the sequence in which said cut-out patterns from said set of cut-out patterns must be applied to cut cut-out forms according to said cut-out contours. - receiving a plurality of print jobs, each one of said plurality of print jobs defining an image, a cut-out contour, and a desired number of copies; - generating a set of printing patterns comprising one or more images from one or more respective print jobs, which printing patterns may be combined to obtain the respective desired numbers of copies of said print jobs; - making said set of printing patterns available to a printer in a combination so as to obtain the respective desired numbers of copies of said print jobs; - generating a set of cut-out patterns comprising one or more cut-out contours from one or more respective print jobs, which cut-out patterns may be combined to match the combined printing patterns; - making said set of cut-out patterns available to a cutting device; and - instructing said cutting device about the sequence in which said cut-out patterns from said set of cut-out patterns must be applied to cut cut-out forms according to said cut-out contours.
A method for operating a gas turbine engine comprising: directing pressurized air to an air-driven auxiliary turbine and controlling, with a modulation device, a flow rate of the pressurized air directed to the auxiliary turbine; generating electrical energy with an auxiliary generator in operable communication with the auxiliary turbine; and storing the electrical energy in an energy storage device during a first engine loading condition; characterised by applying the electrical energy stored in the energy storage device to an electrical load at a second engine loading condition different than the first engine loading condition; establishing, with the modulation device, a first flow rate of the pressurized air at the first engine loading condition and a second flow rate of the pressurized air, different than the first flow rate of the pressurized air, at the second engine loading condition; wherein the first engine loading condition is an idle engine loading condition. directing pressurized air to an air-driven auxiliary turbine and controlling, with a modulation device, a flow rate of the pressurized air directed to the auxiliary turbine; generating electrical energy with an auxiliary generator in operable communication with the auxiliary turbine; and storing the electrical energy in an energy storage device during a first engine loading condition; characterised by applying the electrical energy stored in the energy storage device to an electrical load at a second engine loading condition different than the first engine loading condition; establishing, with the modulation device, a first flow rate of the pressurized air at the first engine loading condition and a second flow rate of the pressurized air, different than the first flow rate of the pressurized air, at the second engine loading condition; wherein the first engine loading condition is an idle engine loading condition.
A method of fabricating a quantum circuit device, the method comprising: providing a device having a first layer and a second layer in contact with a surface of the first layer, wherein the second layer comprises a first superconductor material that exhibits superconducting properties at or below a corresponding superconducting critical temperature; forming a buffer material on a surface of the second layer to form an etch buffer layer, wherein an etch rate selectivity of the buffer material relative to the second layer upon exposure to a photoresist developer is such that the underlying second layer is not etched during exposure of the buffer layer to the photoresist developer; depositing and removing a selected portion of a resist layer to uncover a first portion of the etch buffer layer, wherein removing the selected portion of the resist layer comprises applying the photoresist developer to the selected portion of the resist layer; removing the uncovered first portion of the etch buffer layer to uncover a first portion of the second layer; and forming a dielectric material or a second superconductor material, which exhibits superconducting properties at or below a corresponding superconducting temperature, on the uncovered first portion of the second layer, wherein the second layer and the dielectric material or the second layer and the second superconductor material form part of the quantum circuit device, the quantum circuit device comprises a parallel plate capacitor, a microstrip resonator, or a transmission line. providing a device having a first layer and a second layer in contact with a surface of the first layer, wherein the second layer comprises a first superconductor material that exhibits superconducting properties at or below a corresponding superconducting critical temperature; forming a buffer material on a surface of the second layer to form an etch buffer layer, wherein an etch rate selectivity of the buffer material relative to the second layer upon exposure to a photoresist developer is such that the underlying second layer is not etched during exposure of the buffer layer to the photoresist developer; depositing and removing a selected portion of a resist layer to uncover a first portion of the etch buffer layer, wherein removing the selected portion of the resist layer comprises applying the photoresist developer to the selected portion of the resist layer; removing the uncovered first portion of the etch buffer layer to uncover a first portion of the second layer; and forming a dielectric material or a second superconductor material, which exhibits superconducting properties at or below a corresponding superconducting temperature, on the uncovered first portion of the second layer, wherein the second layer and the dielectric material or the second layer and the second superconductor material form part of the quantum circuit device, the quantum circuit device comprises a parallel plate capacitor, a microstrip resonator, or a transmission line.
An assembly for locking a pin and carrier in position relative to each other, comprising: a carrier; and a pin; said carrier having first and second opposing arms (134, 135), each comprising a bore therein; and said pin having a longitudinal axis, wherein the axial ends (113, 114) of said pin are positioned within said opposing bores of the carrier; and a hollow bearing provided around and coaxially with said pin and between said first and second arms; and the assembly further comprising: a washer positioned between said bearing and the first arm of the carrier; and wherein said washer is positioned so that a first section of the washer makes a first contact area with the first arm of the carrier, and wherein the washer is bent at a first angle away from said first contact area so as to extend towards and make a second contact area with the bearing, and characterised by said bearing being positioned so as to not contact the first arm of the carrier but to contact the second arm of the carrier. a carrier; and a pin; said carrier having first and second opposing arms (134, 135), each comprising a bore therein; and said pin having a longitudinal axis, wherein the axial ends (113, 114) of said pin are positioned within said opposing bores of the carrier; and a hollow bearing provided around and coaxially with said pin and between said first and second arms; and the assembly further comprising: a washer positioned between said bearing and the first arm of the carrier; and wherein said washer is positioned so that a first section of the washer makes a first contact area with the first arm of the carrier, and wherein the washer is bent at a first angle away from said first contact area so as to extend towards and make a second contact area with the bearing, and characterised by said bearing being positioned so as to not contact the first arm of the carrier but to contact the second arm of the carrier. a washer positioned between said bearing and the first arm of the carrier; and wherein said washer is positioned so that a first section of the washer makes a first contact area with the first arm of the carrier, and wherein the washer is bent at a first angle away from said first contact area so as to extend towards and make a second contact area with the bearing, and characterised by said bearing being positioned so as to not contact the first arm of the carrier but to contact the second arm of the carrier.
Method for roll-to-roll imprinting of components, in which method an imprint resist material layer is applied on a substrate material layer before imprinting the resist layer with a roll mold, characterized in that the imprint resist material is applied on the substrate material layer so, that the imprint resist material layer extends over the side edges of the substrate material layer and on the opposite side of the substrate material layer in relation to the imprinting surface of the substrate material layer in the cross-section of the substrate material layer together with the applied imprint resist material layer.
An excreta treatment sheet for an animal including: a liquid-permeable top sheet that forms a supply surface for excreta, wherein the top sheet has a plurality of open holes running through a thickness direction, wherein each of the open holes is formed so that a hole diameter on a first surface forming the supply surface of the top sheet is larger than a hole diameter on a second surface opposite the first surface, and wherein between adjacent open holes, the top sheet has a gap where the second surface is depressed toward a supply surface side, an absorbent body, and an interlayer sheet situated between them, wherein the interlayer sheet has a liquid permeability of greater than 0 and smaller than that of the top sheet, wherein the interlayer sheet has a slower liquid permeation rate than that of the top sheet, and wherein the interlayer sheet is a fiber sheet formed of hydrophobic synthetic fibers. a liquid-permeable top sheet that forms a supply surface for excreta, wherein the top sheet has a plurality of open holes running through a thickness direction, wherein each of the open holes is formed so that a hole diameter on a first surface forming the supply surface of the top sheet is larger than a hole diameter on a second surface opposite the first surface, and wherein between adjacent open holes, the top sheet has a gap where the second surface is depressed toward a supply surface side, wherein the top sheet has a plurality of open holes running through a thickness direction, wherein each of the open holes is formed so that a hole diameter on a first surface forming the supply surface of the top sheet is larger than a hole diameter on a second surface opposite the first surface, and wherein between adjacent open holes, the top sheet has a gap where the second surface is depressed toward a supply surface side, an absorbent body, and an interlayer sheet situated between them, wherein the interlayer sheet has a liquid permeability of greater than 0 and smaller than that of the top sheet, wherein the interlayer sheet has a slower liquid permeation rate than that of the top sheet, and wherein the interlayer sheet is a fiber sheet formed of hydrophobic synthetic fibers. wherein the interlayer sheet has a liquid permeability of greater than 0 and smaller than that of the top sheet, wherein the interlayer sheet has a slower liquid permeation rate than that of the top sheet, and wherein the interlayer sheet is a fiber sheet formed of hydrophobic synthetic fibers.
A lifting system for a crane, in particular for a mobile crane or crawler crane, for generating a hoist rope pretension during a travel of a suspension element of the crane comprising a pretension hook block and an auxiliary rope that is connected thereto, that is supported in a windable and unwindable manner on an auxiliary winch arranged or installable on the crane, and that is guided via a deflection apparatus that is arranged or installable at a boom of the crane, characterized in that the pretension hook block comprises two hook block parts (20, 22) that are releasably lockable to one another, that are connected to one another via the auxiliary rope, and of which an upper hook block part has a fastening means for fastening to the suspension element and a lower hook block part has a pick-up means for fastening a weight.
Flowmeter based on the vortex principle, having a pipe element which forms a flow channel and is equipped with connecting ports, which are arranged in the end regions, for connection to a pipeline system, a baffle body with break-away edges which generate vortices in a medium flowing in a flow direction in the flow channel, and a plate-like piezoelectric sensor element which is surrounded by an elastic sleeve in order to provide protection against the medium, which plugs into a recess in a sensor assembly main body and which extends through an opening in the flow channel and, as a result of this, generates an electrical signal depending on the flow rate of the medium owing to the effect of the vortices, the said signal being further processed by an evaluation electronics system which is electrically connected to the piezoelectric sensor element, wherein the baffle body is an integral constituent part of the sensor assembly main body and the sensor assembly main body is accommodated in a receptacle of the pipe element, characterized by a sensor assembly which is independently inserted into the pipe element in a sealing manner and comprises the sensor assembly main body and also accommodates the sensor element and the evaluation electronics system, wherein the evaluation electronics system takes up a space in a central, cylindrical interior of the sensor assembly main body.
A medical device for treating a target site within the body, the medical device comprising: a tubular structure (502, 602, 802) having proximal and distal ends (504, 506; 604, 606) and a side wall (108, 508) extending therebetween, the tubular structure comprising at least one layer of a fabric material formed of a plurality of braided metallic strands, at least a portion of the side wall of the fabric material having a corrugated surface (510, 610), the tubular structure configured to be compressed and heat set to define the corrugated surface, wherein the portion (509a, 709a) of the side wall having a corrugated surface has a first outer diameter and the side wall further comprises at least one non-corrugated portion (509b, 709b) adjacent the corrugated portion, the non-corrugated portion (509b, 709b) extending partially between the proximal and distal ends (504, 506) and having a second outer diameter not equal to the first outer diameter.