mhurhangee/ep-ind-claims huggingface dataset:
A method of allocating bandwidth over a network, the method comprising: receiving, by one or more processors, bandwidth usage information that is representative of a plurality of network users; identifying, by the one or more processors, a set of network users, from the plurality of network users that are performing data transmissions; determining, by the one or more processors, a weight value for each network user, from the set of network users; generating, by the one or more processors, a utility function representing bandwidth demand for the set of network users, from the plurality of network users, wherein the utility function is based on the weight values assigned to each network user; determining, by the one or more processors, bandwidth allocations to each network user from the set of network users, wherein the bandwidth allocations are based on the utility function; and transmitting, by the one or more processors, the bandwidth allocations to one or more network devices that correspond to the set of network users. receiving, by one or more processors, bandwidth usage information that is representative of a plurality of network users; identifying, by the one or more processors, a set of network users, from the plurality of network users that are performing data transmissions; determining, by the one or more processors, a weight value for each network user, from the set of network users; generating, by the one or more processors, a utility function representing bandwidth demand for the set of network users, from the plurality of network users, wherein the utility function is based on the weight values assigned to each network user; determining, by the one or more processors, bandwidth allocations to each network user from the set of network users, wherein the bandwidth allocations are based on the utility function; and transmitting, by the one or more processors, the bandwidth allocations to one or more network devices that correspond to the set of network users.
A method for determining electrical characteristics at a point of regulation (123, 223, 323) to which plural wind turbines (101, 201, 301) are connected via a common node, (121, 221, 321) comprising: measuring electrical characteristics at an output terminal of each of the plural wind turbines (101, 201, 301) to obtain plural measured electrical characteristics; obtaining a circuit configuration information about a configuration of a circuit connected between the plural wind turbines (101, 201, 301) and the point of regulation (123, 223, 323); and computing the electrical characteristics at the point of regulation (123, 223, 323) based on the plural measured electrical characteristics and the circuit configuration information, wherein the circuit comprises an electric cable connecting at least one of the plural wind turbines (101, 201, 301) to the common node (121, 221, 321) and/or connecting the common node (121, 221, 321) to the point of regulation (123, 223, 323), wherein the circuit comprises at least one transformer (109, 209, 309) connectable between the output terminal of the each of the plural wind turbines (101, 201, 301) and the common node (121, 221, 321), characterized in that the circuit configuration information indicates electric properties of the electric cable in dependence of a temperature of the electric cable; the circuit comprises at least one breaker (115, 117, 215, 217, 315, 317) arranged at a low voltage side and/or a high voltage side of the transformer (109, 209, 309), and wherein the circuit configuration information indicates whether the at least one breaker (115, 117, 215, 217, 315, 317) is closed or opened. measuring electrical characteristics at an output terminal of each of the plural wind turbines (101, 201, 301) to obtain plural measured electrical characteristics; obtaining a circuit configuration information about a configuration of a circuit connected between the plural wind turbines (101, 201, 301) and the point of regulation (123, 223, 323); and computing the electrical characteristics at the point of regulation (123, 223, 323) based on the plural measured electrical characteristics and the circuit configuration information, wherein the circuit comprises an electric cable connecting at least one of the plural wind turbines (101, 201, 301) to the common node (121, 221, 321) and/or connecting the common node (121, 221, 321) to the point of regulation (123, 223, 323), wherein the circuit comprises at least one transformer (109, 209, 309) connectable between the output terminal of the each of the plural wind turbines (101, 201, 301) and the common node (121, 221, 321), characterized in that the circuit configuration information indicates electric properties of the electric cable in dependence of a temperature of the electric cable; the circuit comprises at least one breaker (115, 117, 215, 217, 315, 317) arranged at a low voltage side and/or a high voltage side of the transformer (109, 209, 309), and wherein the circuit configuration information indicates whether the at least one breaker (115, 117, 215, 217, 315, 317) is closed or opened.
A bag hook system for attachment of a bag to a luggage carrier of a two-wheeler, comprising an attachment element which is arranged for attachment to the bag and a bag hook manufactured in one piece which is detachably couplable with the attachment element, wherein the bag hook comprises an attachment leg and a free leg, wherein the free leg and the attachment leg are connected by a bridge part, the attachment leg comprises a locking part, wherein the locking part of the attachment leg forms a wedge-shaped part of the attachment leg, characterized in that the attachment leg and the free leg are substantially equally long and the free leg is substantially straight, wherein the wedge-shaped locking part faces towards the free leg so that a receiving space is formed in which a luggage carrier rod can be received and locked, wherein the receiving space is enclosed by the free leg, the attachment leg, the locking part and the bridge part.
A composition incorporated into a product where the product is selected from topical products for humans and animals, oral care products, nasal care products, and chewing gum wherein the composition comprises a product base, an effective amount of a coolant selected from the group consisting of Ethyl 3-(p-menthane-3-carboxamido) acetate and menthyl glutarate and a cooling enhancing composition comprising eriodictyol, homoeriodictyol, hesperetin and mixtures thereof.
A device for producing a three-dimensional object by selectively solidifying building material, layer by layer, at positions that correspond to the cross-section of the object to be produced in the respective layer by means of electromagnetic radiation, wherein the device comprises a radiation source and a process chamber, the radiation source being capable of emitting an electromagnetic radiation that is suited to cause solidification of the building material at positions of a layer of the building material applied in a working surface of the device, which positions correspond to the cross-section of the object to be produced, when impinging on those positions, and wherein the device comprises an exposure optics having at least a first object-sided lens system having a first focal length f 1 and a second image-sided lens system having a second focal length f 2, which lens systems are arranged in the beam path of the radiation emitted by the radiation source, characterized in that the focal plane of the first lens system and the focal plane of the second lens system coincide in a plane between the two lens systems, the focal length f 1 of the first lens system is equal to or greater than the focal length f 2 of the second lens system, the exposure optics is designed and arranged such that the electromagnetic radiation is incident substantially perpendicular on the working surface, and the exposure optics is movably arranged in the process chamber of the device. wherein the device comprises a radiation source and a process chamber, the radiation source being capable of emitting an electromagnetic radiation that is suited to cause solidification of the building material at positions of a layer of the building material applied in a working surface of the device, which positions correspond to the cross-section of the object to be produced, when impinging on those positions, and wherein the device comprises an exposure optics having at least a first object-sided lens system having a first focal length f 1 and a second image-sided lens system having a second focal length f 2, which lens systems are arranged in the beam path of the radiation emitted by the radiation source, characterized in that the focal plane of the first lens system and the focal plane of the second lens system coincide in a plane between the two lens systems, the focal length f 1 of the first lens system is equal to or greater than the focal length f 2 of the second lens system, the exposure optics is designed and arranged such that the electromagnetic radiation is incident substantially perpendicular on the working surface, and the exposure optics is movably arranged in the process chamber of the device.
Gas analyser for measuring nitrogen oxides and at least one further component of an exhaust gas - with an oxidation device comprising an ozone generator, a reaction chamber located in an exhaust gas path and a heating chamber located downstream thereof in the exhaust gas path and which is embodied to treat the exhaust gas with generated ozone in the reaction chamber in order to convert nitrogen monoxide into nitrogen dioxide and to induce thermal decomposition of nitrogen oxides and excess ozone into nitrogen dioxide and oxygen in the heating chamber and - with a photometer located downstream of the oxidation device in the exhaust gas path, which is embodied to ascertain the nitrogen dioxide concentration based on the absorption of light in the near-ultraviolet range between 350 nm and 500 nm in the treated exhaust gas (1") and output the same as the nitrogen oxide concentration of the untreated exhaust gas, characterised in - that the ozone generator includes an ultraviolet light source arranged in the reaction chamber and is embodied to generate the ozone from the residual oxygen content of the exhaust gas and - that, arranged in the exhaust gas path between the reaction chamber and the heating chamber, there is a further photometer, which is embodied to ascertain the ozone concentration in the partially treated exhaust gas based on the absorption of light in the mid-ultraviolet ultraviolet range between 220 nm and 300 nm and, with the aid of a proportionality factor, to calculate and output the oxygen concentration of the untreated exhaust gas. - with an oxidation device comprising an ozone generator, a reaction chamber located in an exhaust gas path and a heating chamber located downstream thereof in the exhaust gas path and which is embodied to treat the exhaust gas with generated ozone in the reaction chamber in order to convert nitrogen monoxide into nitrogen dioxide and to induce thermal decomposition of nitrogen oxides and excess ozone into nitrogen dioxide and oxygen in the heating chamber and - with a photometer located downstream of the oxidation device in the exhaust gas path, which is embodied to ascertain the nitrogen dioxide concentration based on the absorption of light in the near-ultraviolet range between 350 nm and 500 nm in the treated exhaust gas (1") and output the same as the nitrogen oxide concentration of the untreated exhaust gas, - that the ozone generator includes an ultraviolet light source arranged in the reaction chamber and is embodied to generate the ozone from the residual oxygen content of the exhaust gas and - that, arranged in the exhaust gas path between the reaction chamber and the heating chamber, there is a further photometer, which is embodied to ascertain the ozone concentration in the partially treated exhaust gas based on the absorption of light in the mid-ultraviolet ultraviolet range between 220 nm and 300 nm and, with the aid of a proportionality factor, to calculate and output the oxygen concentration of the untreated exhaust gas.
Control device for aircraft comprising at least one aircraft undercarriage (4a, 4b, 4c) arranged on an aircraft, which aircraft undercarriage has one or more undercarriage wheels, and comprising a control mechanism which interacts with the aircraft undercarriage (4a, 4b, 4c) and which is set up to turn the undercarriage wheels relative to the longitudinal axis of the aircraft, characterized in that the control device has an alignment unit which is connected to the control mechanism and which is set up to control the turning of the undercarriage wheels by means of the control mechanism during at least one part of the landing or take-off phase (I, II, III) of the aircraft, in such a way that the running direction of the undercarriage wheels is aligned in the direction of a fixed point.
Hygiene filter for a ventilation apparatus, having at least one filter (3, 4) for filtering microorganisms and/or solid particles from a breathing air volume flow, wherein the filter material is configured as a sealing means with respect to the elements (2, 210) that guide the breathing air volume flow, such that the risk of secondary air occurring is reduced, the hygiene filter is formed by a housing which accommodates the filter (3, 4) and forms an element that guides the breathing air volume flow, wherein the housing is configured so as to be insertable into a holding apparatus of the ventilation apparatus, characterized in that the housing has a wedge-shaped design, and as a result the filter material is pressed against a sealing surface.
A Lightweight Machine to Machine, LwM2M, server device operable to run a LwM2M server and a Message Queueing Telemetry Transport, MQTT, client, the LwM2M server device comprising processing circuitry configured to cause the LwM2M server device to: determine that a LwM2M management operation should be performed on LwM2M clients fulfilling a criterion; identify a LwM2M group management topic corresponding to the criterion wherein the LwM2M group management topic is a Unicode Transformation Format- 8-bit, UTF-8, string that an MQTT server uses to filter messages for each MQTT client connected to the MQTT server, the LwM2M group management topic is within a LwM2M namespace and the LwM2M group management topic is nonspecific to a particular LwM2M endpoint, and the criterion provides a link between LwM2M client devices to be managed and the LwM2M group management topic; and publish a group management message to the MQTT server, the group management message specifying: the identified LwM2M group management topic; and the management operation to be performed. determine that a LwM2M management operation should be performed on LwM2M clients fulfilling a criterion; identify a LwM2M group management topic corresponding to the criterion wherein the LwM2M group management topic is a Unicode Transformation Format- 8-bit, UTF-8, string that an MQTT server uses to filter messages for each MQTT client connected to the MQTT server, the LwM2M group management topic is within a LwM2M namespace and the LwM2M group management topic is nonspecific to a particular LwM2M endpoint, and the criterion provides a link between LwM2M client devices to be managed and the LwM2M group management topic; and publish a group management message to the MQTT server, the group management message specifying: the identified LwM2M group management topic; and the management operation to be performed. the identified LwM2M group management topic; and the management operation to be performed.
A lamp comprising: a discharge vessel; tungsten electrodes (20, 22) extending into the discharge vessel; an ionizable fill sealed within the vessel, the fill comprising: a buffer gas, optionally free mercury, and a halide component comprising a rare earth halide selected from the group consisting of lanthanum halides, praseodymium halides, neodymium halides, samarium halides, cerium halides, and combinations thereof; and a source of available oxygen in the discharge vessel; wherein the rare earth halide is present in an amount such that, during lamp operation, in combination with the source of available oxygen, it maintains a difference in vapor phase solubility for tungsten species between a wall of the discharge vessel and at least a portion of at least one of the electrodes (20, 22), characterised by the source of available oxygen comprising WO 3. a discharge vessel; tungsten electrodes (20, 22) extending into the discharge vessel; an ionizable fill sealed within the vessel, the fill comprising: a buffer gas, optionally free mercury, and a halide component comprising a rare earth halide selected from the group consisting of lanthanum halides, praseodymium halides, neodymium halides, samarium halides, cerium halides, and combinations thereof; and a buffer gas, optionally free mercury, and a halide component comprising a rare earth halide selected from the group consisting of lanthanum halides, praseodymium halides, neodymium halides, samarium halides, cerium halides, and combinations thereof; and a source of available oxygen in the discharge vessel; wherein the rare earth halide is present in an amount such that, during lamp operation, in combination with the source of available oxygen, it maintains a difference in vapor phase solubility for tungsten species between a wall of the discharge vessel and at least a portion of at least one of the electrodes (20, 22), characterised by the source of available oxygen comprising WO 3.
Device for receiving and feeding material to be printed, for a printing press, comprising: a conveyor comprising an endless belt formed from a plurality of hollow box structures that extend transversely and have a flat external face, and comprising drive means for the belt and guide means for the box structures such that the flat external faces of the box structures circulating on a flat longitudinal track form an upper flat surface for receiving the material to be printed, the box structures having a plurality of outer orifices in their external face and at least one inner passage in their internal face opposite their external face; and a suction device capable of interacting with the inner passages of the box structures circulating over a longitudinal suction zone corresponding to at least part of said flat longitudinal track so as to create suction through said outer orifices of the box structures circulating on said longitudinal suction zone. a conveyor comprising an endless belt formed from a plurality of hollow box structures that extend transversely and have a flat external face, and comprising drive means for the belt and guide means for the box structures such that the flat external faces of the box structures circulating on a flat longitudinal track form an upper flat surface for receiving the material to be printed, the box structures having a plurality of outer orifices in their external face and at least one inner passage in their internal face opposite their external face; and a suction device capable of interacting with the inner passages of the box structures circulating over a longitudinal suction zone corresponding to at least part of said flat longitudinal track so as to create suction through said outer orifices of the box structures circulating on said longitudinal suction zone.
Applicator, in particular for the manually controlled application of a light-curable composite material, wherein the applicator consists of - a manually deformable reservoir containing the light-curable composite material, - a dispensing device which adjoins one end of the reservoir by means of a detachable or non-detachable fastening and which is provided with a closable outlet opening (3.1), and - an LED lamp or an LED lamp which is seated in an LED housing (9.1), wherein the LED lamp can cure the light-curable composite material after its application by irradiation with its light, characterized in that the reservoir is not arranged in a housing and the LED lamp or the LED lamp seated in the LED housing (9.1) is detachably attachable to the reservoir at the other end of the reservoir. - a manually deformable reservoir containing the light-curable composite material, - a dispensing device which adjoins one end of the reservoir by means of a detachable or non-detachable fastening and which is provided with a closable outlet opening (3.1), and - an LED lamp or an LED lamp which is seated in an LED housing (9.1), wherein the LED lamp can cure the light-curable composite material after its application by irradiation with its light,
An overhead door comprising panels interconnected by means of panel hinges, and a wicket door provided in the overhead door, which is connected to the panels by means of door hinges, which panel hinges and door hinges are integrated in a two-way hinge characterised in that the two-way hinge is at least partially provided with U-shaped sections, which form insertion spaces for the panels of the overhead door and/or the wicket door as well as for adjacent U-shaped sections or mouldings, which are movable therein, and that the two-way hinge is provided with a safety device (U,V) to protect body parts, such as fingers, from getting wedged which safety device is at least partially cast in one piece with one or more castings of the two-way hinge.
Household food preparation appliance comprising a base intended to be placed flat on a work surface, a lower arm borne by the base and an upper arm comprising a rear end connected to the lower arm by a hinge means, the upper arm comprising at least one drive mechanism driven in rotation by a motor and intended to be coupled to a food processing accessory, the upper arm comprises a gripping handle extending at least partially in front of a front end of the upper arm, characterised in that the handle has that shape of a loop that begins on the lateral edges of the upper arm and extending in front of the upper arm.
Method for mounting a pneumatic tire on a well-base rim of a vehicle wheel, in which the pneumatic tire is gripped in a holding position by means of a gripper arranged on a jointed arm of a handling robot which is movable in three directions, the tire is guided toward the rim held in a clamping device and, by a controlled movement of the gripper holding the pneumatic tire with the first tire bead facing the rim via a rim flange of the rim in such a way that the second tire bead is mounted with the aid of a handling device comprising an assembly tool which, during the movement of the handling robot, guides the assembly tool along a circular path on the rim flange during the movement of the handling robot, thereby completely pulling the second tire bead over the rim flange, wherein the movement of the handling robot is coordinated with that of the handling device and the pneumatic tire is held by the handling robot on its tread during the entire assembly process.
A fastener comprising: a blank, the blank being constructed of a ceramic material; a screw threaded surface on the blank, the screw threaded surface being a screw threaded exterior surface of the fastener; and a channel extending into an interior of the blank, the channel being surrounded by an interior surface, the channel being a cooling channel; characterised by the ceramic material being an aluminum oxide ceramic material reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material. a blank, the blank being constructed of a ceramic material; a screw threaded surface on the blank, the screw threaded surface being a screw threaded exterior surface of the fastener; and a channel extending into an interior of the blank, the channel being surrounded by an interior surface, the channel being a cooling channel; characterised by the ceramic material being an aluminum oxide ceramic material reinforced with silicon-carbide crystal whiskers in the aluminum oxide ceramic material.