mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a bitstream representing a 3D model, comprising: encoding (310, 320) a pattern and a transformation matrix of the pattern, the pattern being representative of the geometry of a plurality of repetitive structures in the 3D model, the transformation matrix comprising at least a translation part and a rotation part; reconstructing the pattern and the transformation matrix; reconstructing an instance of the pattern using the reconstructed pattern and the reconstructed transformation matrix, the instance of the pattern being one of the plurality of repetitive structures and represented as a transformation of the pattern using the transformation matrix; accessing a first quantization parameter used for quantizing a rotation part of the transformation matrix; estimating an upper bound of a vertex coordinate error between a vertex of the instance and a corresponding vertex of the reconstructed instance, based on the first quantization parameter and a distance between the corresponding vertex of the reconstructed instance and a rotation center of the reconstructed instance; determining a second quantization parameter based on the estimated upper bound; determining the vertex coordinate error between the vertex of the instance and the corresponding vertex of the reconstructed instance from the bitstream; quantizing the determined vertex coordinate error using the second quantization parameter to form a quantized error; and encoding the quantized error into the bitstream. encoding (310, 320) a pattern and a transformation matrix of the pattern, the pattern being representative of the geometry of a plurality of repetitive structures in the 3D model, the transformation matrix comprising at least a translation part and a rotation part; reconstructing the pattern and the transformation matrix; reconstructing an instance of the pattern using the reconstructed pattern and the reconstructed transformation matrix, the instance of the pattern being one of the plurality of repetitive structures and represented as a transformation of the pattern using the transformation matrix; accessing a first quantization parameter used for quantizing a rotation part of the transformation matrix; estimating an upper bound of a vertex coordinate error between a vertex of the instance and a corresponding vertex of the reconstructed instance, based on the first quantization parameter and a distance between the corresponding vertex of the reconstructed instance and a rotation center of the reconstructed instance; determining a second quantization parameter based on the estimated upper bound; determining the vertex coordinate error between the vertex of the instance and the corresponding vertex of the reconstructed instance from the bitstream; quantizing the determined vertex coordinate error using the second quantization parameter to form a quantized error; and encoding the quantized error into the bitstream.
A voice input device comprising: an input means for inputting a voice of a user; a recognition means for recognizing the voice of the user inputted by the input means; a generation means for generating a character input based on a recognition result or a command input based on the recognition result of the recognition means; a judgment means for judging a posture of the device; and an instruction means for instructing the generation means to generate the command input based on the recognition result when a judgment result of the judgment means represents a specific posture and instructing the generation means to generate the character input based on the recognition result when the judgment result of the judgment means represents a posture other than the specific posture. an input means for inputting a voice of a user; a recognition means for recognizing the voice of the user inputted by the input means; a generation means for generating a character input based on a recognition result or a command input based on the recognition result of the recognition means; a judgment means for judging a posture of the device; and an instruction means for instructing the generation means to generate the command input based on the recognition result when a judgment result of the judgment means represents a specific posture and instructing the generation means to generate the character input based on the recognition result when the judgment result of the judgment means represents a posture other than the specific posture.
A multi-track passenger vehicle, in particular a hybrid vehicle, with a generating set which comprises at least one generator that is able to be driven via a reciprocating piston engine, with a battery and with at least one electric motor, wherein the reciprocating piston engine, the generator and the electric motor, which is able to be mechanically coupled with at least one driving wheel of the vehicle, are connected with one another in series in order to drive the vehicle, and the reciprocating piston engine has two crankshafts, characterized in that the generating set, composed of reciprocating piston engine and generator, has a depth in the longitudinal direction of the vehicle and a width transversely to the longitudinal direction of the vehicle, wherein the width is maximally 750 mm and the depth is maximally 310 mm, and wherein the generating set has two generators, which are respectively drivingly connected with one of the two crankshafts.
An air intake control system for an internal combustion engine of a vehicle, said system comprising an intake port (32F, 32R, 99) of a cylinder head (25F, 25R, 95) which an engine main body (19,91) is provided with, a throttle body (71F, 71R, 71) having a throttle valve and connected to said intake port, and an electric actuator (AF, AR, A) having an electric motor and arranged on said throttle body (71F, 71R, 71) to drive open or close said throttle valve, characterised in that a connector disposed on a housing of said electric actuator (AF, AR, A) to connect an outside conductor to said electric motor is arranged such that its direction of connection with said outside conductor is parallel to an axis line of a crankshaft (21, 104) supported in said engine main body (19, 91).
Substrate provided with a plurality of layers, at least one of which includes metal oxides and is directly topped by a layer of metal coating that contains at least 8% by weight nickel and at least 10% by weight chromium, the rest being iron and impurities resulting from the fabrication process, this metal coating layer being itself directly topped by an anti-corrosion coating layer, such substrate comprising a steel sheet located under the layer of oxides.
Domestic food processor with a plurality of electrically operable functional components (2, 3) for preparing a food in a pot, wherein a control unit of the domestic food processor can access a recipe and can be caused by a recipe step (11, 12, 13) of the recipe to operate one of the functional components (2, 3) in a manner defined by the recipe step (11, 12, 13), wherein the recipe is configured such that a sequence of the recipe steps (11, 12, 13) is left open, i.e., the recipe does not define the sequence of the recipe steps, but the recipe defines at least one start condition for each of a plurality of recipe steps (11, 12, 13), and the control unit is configured such that, depending on the start conditions of the recipe steps (11, 12, 13), the control unit can set at least one next recipe step at the latest at the end of a preceding recipe step (11, 12), in order to set the sequence of the recipe steps (11, 12, 13) on the basis of the start conditions of the recipe steps (11, 12, 13), wherein the recipe is configured such that a prioritization information or a prioritization algorithm is assigned by the recipe to a recipe step (11, 12, 13) or alternative choices of a start condition for setting the sequence.
A device for feeding a stream of hot gas to a printed circuit board in a soldering machine, the device comprising a nozzle plate having at least one drilled hole, wherein the drilled hole opens into a hot gas nozzle arranged on the nozzle plate, characterized in that the hot gas nozzle is formed by a helical spring.
An oxidizing agent preparation for oxidatively changing the color of keratin fibers, in particular human hair, containing in an aqueous cosmetic carrier hydrogen peroxide, and malic acid, wherein the oxidizing agent preparation has a pH of 0.5 to 3.0. hydrogen peroxide, and malic acid,
Assembly of a compression paddle and a detachable needle guide (500, 910, 1020, 1516), wherein the detachable needle guide has one or more guide holes extending therethrough, the guide holes being arranged for insertion of one or more biopsy devices, the compression paddle comprising: - a biopsy window, - a support structure positioned across the biopsy window that has a grid (150, 620, 900, 1350) comprising holes sized to accept the detachable needle guide, and - a connection mechanism for attaching the compression paddle to a compression mechanism of an upright x-ray imaging system so that a plane of the compression paddle is generally horizontal, wherein the grid is further adapted to adjustably position the needle guide within the biopsy window, characterized in that the compression paddle and needle guide include mechanical means (914, 1030) for enabling the needle guide to be latched onto or introduced in the compression paddle such that its through holes extend parallel to and below the plane of the compression paddle, allowing for biopsying a breast from the side when the breast is compressed by the compression paddle and attached to the upright x-ray imaging system. - a biopsy window, - a support structure positioned across the biopsy window that has a grid (150, 620, 900, 1350) comprising holes sized to accept the detachable needle guide, and - a connection mechanism for attaching the compression paddle to a compression mechanism of an upright x-ray imaging system so that a plane of the compression paddle is generally horizontal,
A light source module comprising: at least one light source emitting light; and a heat sink absorbing heat from the light source and dissipating the heat to the outside; a mounting part provided in a quadrangular structure at an upper portion of the heat sink such that the light source is mounted thereon; a heat dissipation fin provided under the heat sink to absorb heat generated from the mounting part and dissipate the heat to the outside; an insulating layer having electrical insulating properties, the insulating layer being provided on at least one surface of the heat sink; an electrically conductive layer provided in the insulating layer, the electrically conductive layer providing a path through which electric current is applied to the light source; and a lens cover provided over the light source, characterized in that: the insulating layer is made of a resin material, and the electrically conductive layer is provided by processing a portion of the insulating layer using laser to be formed as a groove and disposing a conductive metal in the groove. at least one light source emitting light; and a heat sink absorbing heat from the light source and dissipating the heat to the outside; a mounting part provided in a quadrangular structure at an upper portion of the heat sink such that the light source is mounted thereon; a heat dissipation fin provided under the heat sink to absorb heat generated from the mounting part and dissipate the heat to the outside; an insulating layer having electrical insulating properties, the insulating layer being provided on at least one surface of the heat sink; an electrically conductive layer provided in the insulating layer, the electrically conductive layer providing a path through which electric current is applied to the light source; and a lens cover provided over the light source, characterized in that: the insulating layer is made of a resin material, and the electrically conductive layer is provided by processing a portion of the insulating layer using laser to be formed as a groove and disposing a conductive metal in the groove. the insulating layer is made of a resin material, and the electrically conductive layer is provided by processing a portion of the insulating layer using laser to be formed as a groove and disposing a conductive metal in the groove.
An apparatus comprising: a monitoring system which includes a plurality of detectors, wherein said plurality of detectors comprise ambient condition detectors and intrusion detectors; and control circuits to respond to a plurality of units (20a,22a) not part of the monitoring system, wherein the said plurality of units emit wireless signals which are received by the control circuits which, responsive thereto, at least in part, implement a function selected from a class which includes at least, one of, altering an operational element or process of the monitoring system, emitting a condition indicating signal, energizing an actuator, or activating at least some of the detectors for at least intermittent operation wherein to improve reliability of Wi-Fi alarm messages of said monitoring system an alarm trigger of said monitoring system turns-off Wi-Fi activity from the plurality of units (20a, 22a). a monitoring system which includes a plurality of detectors, wherein said plurality of detectors comprise ambient condition detectors and intrusion detectors; and control circuits to respond to a plurality of units (20a,22a) not part of the monitoring system, wherein the said plurality of units emit wireless signals which are received by the control circuits which, responsive thereto, at least in part, implement a function selected from a class which includes at least, one of, altering an operational element or process of the monitoring system, emitting a condition indicating signal, energizing an actuator, or activating at least some of the detectors for at least intermittent operation wherein to improve reliability of Wi-Fi alarm messages of said monitoring system an alarm trigger of said monitoring system turns-off Wi-Fi activity from the plurality of units (20a, 22a).
A flexible lighting panel (100; 200; 300) with an emissive face and an opposite face comprising: - a light-emitting unit comprising at least one electroluminescent layer between a first and a second electrode (46, 48) on a flexible substrate forming an emissive area, the light-emitting unit having at least two electrical contact pads (44, 45), each individually in contact with the first or second electrode (46, 48) and located in a non-emissive area of the substrate; - a one flat flexible printed circuit board with at least one integral bendable extension tab, wherein the circuit board is located on the opposite side of the light-emitting unit from the substrate; the area of the circuit board, not including the extension tab, is the same or greater than and overlaps the emissive area of the light-emitting unit; and - the circuit board has at least two flat electrical connectors (10, 12) on the surface of the circuit board facing the light-emitting unit and in electrical contact with the contact pads (44, 45) of the light-emitting unit; the flat electrical connectors (10, 12) are on the extension tab and extend along the extension tab of the circuit board for connection to a power source. - a light-emitting unit comprising at least one electroluminescent layer between a first and a second electrode (46, 48) on a flexible substrate forming an emissive area, the light-emitting unit having at least two electrical contact pads (44, 45), each individually in contact with the first or second electrode (46, 48) and located in a non-emissive area of the substrate; - a one flat flexible printed circuit board with at least one integral bendable extension tab, wherein the circuit board is located on the opposite side of the light-emitting unit from the substrate; the area of the circuit board, not including the extension tab, is the same or greater than and overlaps the emissive area of the light-emitting unit; and - the circuit board has at least two flat electrical connectors (10, 12) on the surface of the circuit board facing the light-emitting unit and in electrical contact with the contact pads (44, 45) of the light-emitting unit; the flat electrical connectors (10, 12) are on the extension tab and extend along the extension tab of the circuit board for connection to a power source.
An electronic device comprising a housing, a battery, an antenna, a speaker module, and a heat sink; wherein the battery, the antenna, the speaker module, and the heat sink are all disposed in a cavity formed by the housing; the battery and the speaker module are disposed adjacent to each other, a gap exists between the battery and the speaker module, and the antenna is disposed on a periphery of an area where the battery and the speaker module are located; and the heat sink is disposed on the speaker module and the battery, and an opening is disposed on the heat sink, wherein the opening is opposite to the gap; said electronic device being characterized in that the opening is configured to remove parasitic resonance formed by the heat sink from an operating frequency band of the antenna. the battery, the antenna, the speaker module, and the heat sink are all disposed in a cavity formed by the housing; the battery and the speaker module are disposed adjacent to each other, a gap exists between the battery and the speaker module, and the antenna is disposed on a periphery of an area where the battery and the speaker module are located; and the heat sink is disposed on the speaker module and the battery, and an opening is disposed on the heat sink, wherein the opening is opposite to the gap; said electronic device being characterized in that the opening is configured to remove parasitic resonance formed by the heat sink from an operating frequency band of the antenna.
A transport system with guides for guided transport vehicles wherein the transport vehicles are supplied with electric power via a sliding contact line, characterised in that the transport vehicles are also supplied via the same sliding contact line with data from a control unit and that the sliding contact line is divided into sections (I, II, III, IV) for the data supply, wherein a transport vehicle is situated simultaneously in each section (I, II, III, IV) and each section (I, II, III, IV) is supplied only with the data for the respective transport vehicle.
A liquid electrophotographic ink developer unit, said unit comprising a developer roller, and a first secondary roller (125, 130) that co-operates with the developer roller, wherein the developer roller is formed of a material having a specific resistivity of less than 1 x 10 6 Ω.cm, and wherein the secondary roller (125, 130) is formed of an inner core that is coated with a ceramic coating having a specific resistivity of 3 x 10 6 to 4 x 10 7 Ω.cm, wherein the coating is formed of alumina-titania and the inner core is formed of metal a developer roller, and a first secondary roller (125, 130) that co-operates with the developer roller, wherein the developer roller is formed of a material having a specific resistivity of less than 1 x 10 6 Ω.cm, and wherein the secondary roller (125, 130) is formed of an inner core that is coated with a ceramic coating having a specific resistivity of 3 x 10 6 to 4 x 10 7 Ω.cm, wherein the coating is formed of alumina-titania and the inner core is formed of metal
An electrically driven device comprising a housing (4, 5), an electric motor mounted in the housing and comprising a drive shaft having a first rotary axis, a drive pin connected to the drive shaft eccentrically with respect to the rotary axis, and at least one driven shaft mounted in the housing (4, 5) for performing a movement relative to the housing (4, 5), wherein the at least one driven shaft is indirectly coupled to the drive shaft by means of a gear mechanism converting a rotary motion of the drive shaft into a reciprocating motion of the at least one driven shaft, wherein the gear mechanism comprises one intermediate shaft (9, 17, 20) having a second rotary axis extending in the longitudinal direction of the intermediate shaft (9, 17, 20) and at least one crank arm (6, 8, 16) coupled to the drive pin, wherein the crank arm (6, 8, 16) is pivotably mounted in the housing (4, 5) and is coupled to the intermediate shaft (9, 17, 20) thereby converting a rotary motion of the drive shaft into a reciprocating pivoting of the intermediate shaft (9, 17, 20) about the second rotary axis, wherein the intermediate shaft (9, 17, 20) is coupled to the at least one driven shaft by means of a pivotable bridge such that the intermediate shaft (9, 17, 20) is offset with respect to the at least one driven shaft, characterized in that the first rotary axis is inclined with respect to the second rotary axis.
A method at a network routing element for providing an enriched messaging service in a communications network, the method comprising: receiving a messaging service message addressed to a first destination address, wherein the messaging service message comprises a response message generated by a mobile station in response to a messaging service message that comprises an advertisement, ad, for a product or service and the first destination address; utilizing a subscriber identifier in the messaging service message to access subscriber information, the subscriber identifier identifying a subscriber that is a sender of the messaging service message generated by the mobile station, the subscriber information being contained in at least one subscriber information database; incorporating the accessed subscriber information in the messaging service message to create an enriched message; and transmitting the enriched message to an appropriate destination address depending on the accessed subscriber information. receiving a messaging service message addressed to a first destination address, wherein the messaging service message comprises a response message generated by a mobile station in response to a messaging service message that comprises an advertisement, ad, for a product or service and the first destination address; utilizing a subscriber identifier in the messaging service message to access subscriber information, the subscriber identifier identifying a subscriber that is a sender of the messaging service message generated by the mobile station, the subscriber information being contained in at least one subscriber information database; incorporating the accessed subscriber information in the messaging service message to create an enriched message; and transmitting the enriched message to an appropriate destination address depending on the accessed subscriber information.