mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for printing on a plurality of containers, the apparatus comprising: - a plurality of print heads configured to print directly on a curved surface of each of the plurality of containers; and - a plurality of container holders for retaining the plurality of containers, each of the plurality of container holders configured to rotate a container retained therewithin and to move the container linearly relative to the plurality print heads in a continuous motion to maintain a print location on the curved surface of each of the plurality of containers at a substantially constant perpendicular distance from each of the plurality of print heads during a printing process, wherein the plurality of print heads are configured to move horizontally in a moving direction of the plurality of the containers such that the curved surfaces of the containers are at a constant velocity during the printing process. - a plurality of print heads configured to print directly on a curved surface of each of the plurality of containers; and - a plurality of container holders for retaining the plurality of containers, each of the plurality of container holders configured to rotate a container retained therewithin and to move the container linearly relative to the plurality print heads in a continuous motion to maintain a print location on the curved surface of each of the plurality of containers at a substantially constant perpendicular distance from each of the plurality of print heads during a printing process,
A method for separating mercury from the exhaust gases during the production of cement clinker, wherein the raw materials required for the production of cement clinker are fed into a pre-heating stage against the direction of the exhaust gases according to the counter flow principle, and fired in a rotary kiln, wherein the mercury bonded in the raw materials is vaporised due to the heating of the raw materials in the pre-heating stage and the exhaust gases conducted in a main flow are used at least partially for mill drying the raw materials in at least one raw mix mill and dedusted in at least one filter stage before their escape to the atmosphere, and the dust separated in the at least one filter stage is fed into the pre-heating stage at least partially together with the milled raw material, so a circuit for the mercury in the exhaust gases is formed between the pre-heating stage and the raw mix mill or the at least one filter stage, characterised in that from the main flow of exhaust gases a sub-flow of 1 to 30, in particular 5 to 20, per cent by volume of the exhaust gases having a temperature of at least 300°C is branched off, and the exhaust gases of this sub-flow are first dedusted and then the mercury contained therein is separated.
A system for controlling a flow of water from a process facility onboard a vessel, wherein the system comprises: • a water supply line comprising a water supply line inlet and a water supply line outlet, wherein the water supply line inlet is arranged to be in fluid communication with a water reservoir; • a water pump arranged between the water supply line inlet and the water supply line outlet; • a water return line comprising a water return line inlet and a water return line outlet; • a process facility in fluid communication with the water supply line outlet and the water return line inlet; characterized in that the system further comprises: • a water turbine device arranged between the water return line inlet and the water return line outlet, adapted to receive a gravity flow of water from the process facility; • an energy generating device connected to the water turbine device; • a surge tank arranged in fluid communication with the water return line; • a level measurement device; and • wicket gates, arranged upstream the water turbine device, suitable for controlling the flow rate and pressure head in the return line; wherein the wicket gates are regulated according to a water level in the surge tank measured by the level measurement device. • a water supply line comprising a water supply line inlet and a water supply line outlet, wherein the water supply line inlet is arranged to be in fluid communication with a water reservoir; • a water pump arranged between the water supply line inlet and the water supply line outlet; • a water return line comprising a water return line inlet and a water return line outlet; • a process facility in fluid communication with the water supply line outlet and the water return line inlet; • a water turbine device arranged between the water return line inlet and the water return line outlet, adapted to receive a gravity flow of water from the process facility; • an energy generating device connected to the water turbine device; • a surge tank arranged in fluid communication with the water return line; • a level measurement device; and • wicket gates, arranged upstream the water turbine device, suitable for controlling the flow rate and pressure head in the return line;
An operation triggering method for machine-to-machine communications, wherein service capability middleware stores a representation of a subject resource, wherein the representation of the subject resource comprises content of the subject resource and information about an operation resource associated with the subject resource, the service capability middleware is a middleware on an M2M platform or a gateway, and the method comprises: when the content of the subject resource is changed, retrieving, by the service capability middleware, a change result of the content of the subject resource stored in the service capability middleware; retrieving, by the service capability middleware according to the information about the operation resource associated with the subject resource, a representation of the operation resource associated with the subject resource, wherein the representation of the operation resource comprises a condition for sending an operation request to an object resource and a uniform resource identifier of the object resource; constructing the operation request for the object resource when the service capability middleware determines that the change result meets the condition for sending the operation request to the object resource in the representation of the operation resource; and sending, by the service capability middleware, the operation request to the object resource according to the uniform resource identifier of the object resource. when the content of the subject resource is changed, retrieving, by the service capability middleware, a change result of the content of the subject resource stored in the service capability middleware; retrieving, by the service capability middleware according to the information about the operation resource associated with the subject resource, a representation of the operation resource associated with the subject resource, wherein the representation of the operation resource comprises a condition for sending an operation request to an object resource and a uniform resource identifier of the object resource; constructing the operation request for the object resource when the service capability middleware determines that the change result meets the condition for sending the operation request to the object resource in the representation of the operation resource; and sending, by the service capability middleware, the operation request to the object resource according to the uniform resource identifier of the object resource.
A circuit for controlling a plurality of LED segments, comprising: a first input for receiving a control signal; a second input for receiving an oscillating signal; a first comparator for comparing the control signal and the oscillating signal; a second comparator for comparing the control signal and a second oscillating signal, wherein the second oscillating signal is based on the oscillating signal and an offset; a first switch for controlling a first LED segment, wherein an output of the first comparator controls the first switch so that the first LED segment is powered when both the oscillating signal and the second oscillating signal exceed the control signal; a second switch for controlling a second LED segment, wherein the output of the first comparator and an output of the second comparator control the second switch so that the second LED segment is powered when the control signal exceeds the oscillating signal and the second oscillating signal exceeds the control signal; a third switch for controlling a third LED segment, wherein the output of the second comparator controls the third switch so that the third LED segment is powered when the control signal exceeds both the oscillating signal and the second oscillating signal, wherein the first LED segment, the second LED segment, and the third LED segment each have a different characteristic. a first input for receiving a control signal; a second input for receiving an oscillating signal; a first comparator for comparing the control signal and the oscillating signal; a second comparator for comparing the control signal and a second oscillating signal, wherein the second oscillating signal is based on the oscillating signal and an offset; a first switch for controlling a first LED segment, wherein an output of the first comparator controls the first switch so that the first LED segment is powered when both the oscillating signal and the second oscillating signal exceed the control signal; a second switch for controlling a second LED segment, wherein the output of the first comparator and an output of the second comparator control the second switch so that the second LED segment is powered when the control signal exceeds the oscillating signal and the second oscillating signal exceeds the control signal; a third switch for controlling a third LED segment, wherein the output of the second comparator controls the third switch so that the third LED segment is powered when the control signal exceeds both the oscillating signal and the second oscillating signal, wherein the first LED segment, the second LED segment, and the third LED segment each have a different characteristic.
A spinel particle comprising spinel containing a magnesium atom, an aluminum atom, and an oxygen atom, and molybdenum being existed on the surface of and/or in the inside of the spinel, wherein the crystallite diameter of the spinel at the plane is 100 nm or more.
An apparatus for the controlled pressurization of gas cylinder actuators connected to a single gas filling line, comprising - means for controlling and recovering a pressurized gas flow originating from pressurized gas supply means and directed to a gas filling line, - at least one sensor for detecting the pressure of the gas that is present in said gas filling line that is adapted to carry pressurized gas to at least one gas cylinder actuator connected thereto, - electrically controlled valve means adapted to allow/interrupt the flow of pressurized gas in said gas filling line, - an electronic control and management unit connected to said at least one pressure sensor and to said electrically controlled valve means to automate the opening/closing of said valve means in dependence on the signals that arrive from said at least one pressure sensor, the apparatus being characterized in that it has a single device that incorporates the electrically controlled valve means, the pressure sensor and an optional temperature sensor, said single device being connected to the means for controlling and recovering a pressurized gas flow by means of a line, said means for controlling and recovering the flow of pressurized gas that arrives from the pressurized gas supply means comprising a membrane accumulator arrangeable in output of the gas supply means and ahead of the line for connection to the valve means, a corresponding oil charge and discharge circuit being connected to said membrane accumulator 20 and in turn comprising an oil recovery tank 23 and associated oil pumping means which are adapted to bring the membrane accumulator to a desired pressure. - means for controlling and recovering a pressurized gas flow originating from pressurized gas supply means and directed to a gas filling line, - at least one sensor for detecting the pressure of the gas that is present in said gas filling line that is adapted to carry pressurized gas to at least one gas cylinder actuator connected thereto, - electrically controlled valve means adapted to allow/interrupt the flow of pressurized gas in said gas filling line, - an electronic control and management unit connected to said at least one pressure sensor and to said electrically controlled valve means to automate the opening/closing of said valve means in dependence on the signals that arrive from said at least one pressure sensor,
A hearing assistance system, comprising a hearing assistance device to be worn at one of a user's ears and a scanning device (50, 52, 54), the hearing assistance device and the scanning device both comprising an interface for wireless data exchange between the hearing assistance device and the scanning device, wherein the hearing assistance device is adapted for wireless data exchange with an external device (60, 62, 64, 66, 68), wherein the scanning device is adapted to scan for wireless signals from the external device and to transmit, once such signals have been received by the scanning device, a message to the hearing assistance device for notifying the hearing assistance device of the availability of the external device, and wherein the hearing assistance device is adapted to decide, upon receipt of such notification message from the scanning device, whether to initiate wireless data exchange with the external device or not.
A method performed by a controller (110, 510) in a split architecture network to control network connectivity for a cloud computing environment, the split architecture network including a plurality of switches coupled to the controller (110, 510), wherein the controller (110, 510) manages policy enforcement for network security for a plurality of virtual machines,VMs, including a source VM and a destination VM that execute applications in the cloud computing environment and exchange data via the split architecture network, the method comprising the steps of: - receiving by the controller (110, 510) a packet originating from the source VM; - extracting (203, 303, 403, 503, 603, 820) by the controller (110, 510) an application identifier from the received packet, the application identifier identifying an application running on the source VM; - determining (203, 303, 403, 503, 603, 830) by the controller (110, 510) a chain of middlebox types based on the application identifier; - mapping (204, 205, 304, 305, 404, 405, 504, 505, 510-512, 604, 605, 610-612, 840) by the controller (110, 510) one or more of the middlebox types in the chain to corresponding one or more middlebox instances based on current availability of resources in the cloud computing environment, wherein one or more of the middlebox instances perform network security operations on the packet; and - adding (206-209, 306-309, 406-409, 506-508, 513, 606-608, 613, 703-705, 708-710, 850) by the controller (110, 510) a set of rules to the switches to cause the switches to forward the packet toward the destination VM via the one or more middlebox instances to thereby enforce network security in the cloud computing environment. - receiving by the controller (110, 510) a packet originating from the source VM; - extracting (203, 303, 403, 503, 603, 820) by the controller (110, 510) an application identifier from the received packet, the application identifier identifying an application running on the source VM; - determining (203, 303, 403, 503, 603, 830) by the controller (110, 510) a chain of middlebox types based on the application identifier; - mapping (204, 205, 304, 305, 404, 405, 504, 505, 510-512, 604, 605, 610-612, 840) by the controller (110, 510) one or more of the middlebox types in the chain to corresponding one or more middlebox instances based on current availability of resources in the cloud computing environment, wherein one or more of the middlebox instances perform network security operations on the packet; and - adding (206-209, 306-309, 406-409, 506-508, 513, 606-608, 613, 703-705, 708-710, 850) by the controller (110, 510) a set of rules to the switches to cause the switches to forward the packet toward the destination VM via the one or more middlebox instances to thereby enforce network security in the cloud computing environment.
A safe processing method, that is a protection method, for active voltage reduction of a ground fault phase of a non-effective ground system, that is a system with no-solid ground connection, for use in safe processing of a ground fault of a neutral point non-effective ground generator or distribution network, wherein non-effective ground system side windings of a transformer are provided with a plurality of shunting taps, the serial numbers of shunting taps of each phase, that is the sequential number of the tap position, are defined to sequentially increase from a neutral point to an exit, that is to an output terminal, any shunting tap X is short-circuited to ground to force the exit voltage of the phase to be U X = E• ( N- N X)/ N, and the exit voltage of the corresponding fault phase is lower if the serial number of the shunting tap short-circuited to ground is larger; when a single-phase ground fault occurs, a transformer shunting tap is selected according to a target value U 2 of voltage reduction operation of the ground fault phase, and the shunting tap with the smallest serial number, selected according to the fact that the number of turns of coils from the neutral point to the shunting tap is greater than N-N•U 2 / E, is short-circuited to ground to implement safe operation processing of active voltage reduction; wherein E is a power phase voltage, N is a total number of turns of coils of each phase of winding, N X is a number of turns of coils from the shunting tap X to the neutral point in a fault phase winding, the target value U 2 of voltage reduction operation of the ground fault phase is (0, U 1), that means comprised between 0 and U 1, wherein U 1 is a fault phase voltage before the shunting tap is short-circuited to ground.
Plastic-containing carrier for a decorated wall or floor panel, comprising a carrier material with a thermoplastic matrix material in which a solid material is embedded, wherein the carrier has a length (l), a width (b) and a thickness (d), wherein the carrier has a density gradient along its thickness (d) from a lower surface to an upper surface arranged opposite the lower surface in such a way that the density of the carrier material, averaged over a defined width (b) or a defined length (l) of at least 5 mm, preferably at least 20 mm, initially decreases from the lower surface to the upper surface and then increases again, characterised in that the density decreases along the thickness (d) of the carrier to a value in the range from > 0% to ≤ 30%, preferably > 2% to < 17%, the said values relating to a maximum density and a minimum density along the thickness (d), and in that the solid material has a particle size of less than or equal to 800 μm.
An absorbent article having longitudinal side edges (2,3) extending in a longitudinal direction and transverse end edges (4,5), and comprising a fluid permeable surface layer, a backsheet and an intermediate layer being located between said surface layer and said backsheet, the fluid permeable surface layer having a wearer-facing portion facing the user during use of said article, characterized in that said surface layer is an air through bonded fibrous nonwoven surface layer comprising synthetic fibers and having a basis weight of from 14 to 30 g/m 2 and a density of from 20 to 90 kg/m 3, the density being calculated by dividing the basis weight of the fibrous nonwoven surface layer by its thickness measured at a pressure of 0.5 kPa, and in that said intermediate layer is provided under from 70% to 100% of a total surface area of the wearer-facing portion of the surface layer, wherein said intermediate layer and said surface layer has a respective elongation at 10 N/50mm, wherein said elongation of said intermediate layer is lower than said elongation of said surface layer, wherein the surface layer is laminated to the intermediate layer and the lamination is made by adhesive, thermo or mechanical welding, such as for example ultra sonic welding, or a combination thereof.
Insert piece for a bypass in a turbine housing having a connecting flange that is suitable for joining the insert piece with a turbine housing, and a tubular portion that is designed so that exhaust gas can be routed through the insert piece, characterized in that the connecting flange furthermore comprises a retainer fitting, and in that the connecting flange is designed in the form of an annular ring, and the retainer fitting is provided in the form of a conical circumferential surface on the connecting flange. a connecting flange that is suitable for joining the insert piece with a turbine housing, and a tubular portion that is designed so that exhaust gas can be routed through the insert piece, characterized in that the connecting flange furthermore comprises a retainer fitting, and in that the connecting flange is designed in the form of an annular ring, and the retainer fitting is provided in the form of a conical circumferential surface on the connecting flange.
A guidance system for remote guidance of at least one remote platform towards a target destination, the guidance system comprising: light module comprising a light source configured for emitting a light beam, an optical output portion configured for directing said light beam towards said platform, and a controller configured and operable for obtaining data indicative of guidance information for navigating said remote platform towards said target destination; wherein the guidance system includes a spatial light modulator, SLM, placed in an optical path of light beam emitted from said light source and configured and operable for forming a spatiotemporal pattern within a cross-section of the light beam by dynamically switching between different programmable spatial patterns, and wherein said controller is configured and operable for operating said SLM to spatially and temporally modulate the cross section of the light beam for encoding said guidance information in the spatiotemporal pattern in the form of a plurality of spatially distributed cross-sectional regions within the cross-section of said light beam having respectively distinguishable temporal light patterns formed therein thereby enabling navigation of said platform to the target by detecting at least a cross-sectional region of said light beam and decoding a portion of said guidance information encoded in said cross-sectional region of said light beam to determine guidance instructions for navigating said at least one remote platform towards said target destination.
A fuel manifold segment for a gas turbine engine for supplying fuel to a fuel injector, the fuel manifold segment comprising: a fuel line surrounded by a first firesleeve; a pigtail line connected to the fuel line; a connector on the pigtail line for connecting to a fuel injector inlet fitting; a second firesleeve surrounding the first firesleeve; a cuff surrounds the pigtail line, a portion of the first firesleeve, and a portion of the fuel line to which the pigtail line is connected; and a boot surrounding the connector. a fuel line surrounded by a first firesleeve; a pigtail line connected to the fuel line; a connector on the pigtail line for connecting to a fuel injector inlet fitting; a second firesleeve surrounding the first firesleeve; a cuff surrounds the pigtail line, a portion of the first firesleeve, and a portion of the fuel line to which the pigtail line is connected; and a boot surrounding the connector.