mhurhangee/ep-ind-claims huggingface dataset:
Device for dimming the light intensity emitted by lighting loads possibly of the "dimmable compact fluorescent" or "dimmable LED" type for example, said device being a device requiring no neutral wire, comprising a microcontroller type control unit controlling a phase-cut power stage connected between the phase of the mains and at least one lighting load, a switched-mode power supply powering the dimming device, and a stage for rectifying/smoothing the voltage between phase and load, said stage being connected upstream of said switched-mode power supply, characterized in that the dimming device comprises means for detecting a drop in the supply voltage of the switched-mode power supply, these detecting means allowing the dimming device to decrease the setpoint angle of the lighting load if the device is functioning in a trailing-edge mode.
A pedestrian re-identification method, comprising: detecting a pedestrian to be identified in a preset video frame; extracting all pedestrians appearing in video frames shot in a preset time period before a shooting time of the preset video frame as historical pedestrians, wherein an end time of the preset time period is the shooting time of the preset video frame; calculating a feature distance between the pedestrian to be identified and each historical pedestrian of the historical pedestrians; extracting historical pedestrian IDs corresponding to a preset number of the feature distances in ascending order of the feature distances, wherein each historical pedestrian ID is used to indicate an identity of a corresponding historical pedestrian; and clustering the historical pedestrian IDs to classify same historical pedestrian IDs into a same cluster set; counting a number of historical pedestrian IDs in each cluster set; and taking a historical pedestrian ID in a cluster set with the maximum number of historical pedestrian IDs as an ID of the pedestrian to be identified to re-identify the pedestrian to be identified. detecting a pedestrian to be identified in a preset video frame; extracting all pedestrians appearing in video frames shot in a preset time period before a shooting time of the preset video frame as historical pedestrians, wherein an end time of the preset time period is the shooting time of the preset video frame; calculating a feature distance between the pedestrian to be identified and each historical pedestrian of the historical pedestrians; extracting historical pedestrian IDs corresponding to a preset number of the feature distances in ascending order of the feature distances, wherein each historical pedestrian ID is used to indicate an identity of a corresponding historical pedestrian; and clustering the historical pedestrian IDs to classify same historical pedestrian IDs into a same cluster set; counting a number of historical pedestrian IDs in each cluster set; and taking a historical pedestrian ID in a cluster set with the maximum number of historical pedestrian IDs as an ID of the pedestrian to be identified to re-identify the pedestrian to be identified.
A tire comprising a decorative band formed by ridges in a sidewall section, wherein said decorative band comprises a plurality of decorative elements, each of the decorative elements being formed by a ridge and constituted by repetition of a repetitive element, said decorative element extending continuously from the tire radially inner side to the tire radially outer side of said decorative band without any interruption, said repetitive element is constituted by plural linear parts and plural connecting parts that connect said plural linear parts, said plural linear parts are composed of linear parts that are oriented in 2 to 6 different directions, angles θ formed by said linear parts connected via said connecting parts are 30° to 150°, the decorative band is defined by an inner peripheral protruding part and an outer peripheral protruding part, which are arranged adjacent to the tire radially inner side and outer side of the decorative band, respectively, and adjacent decorative elements extend side by side to each other from the tire radially inner side to the tire radially outer side of said decorative band, characterised in that each decorative element has a unicursal shape extending from an inner peripheral protruding part to an outer peripheral protruding part without contacting any other ridges formed between the inner peripheral protruding part and the outer peripheral protruding part.
An interactive display system including an interactive surface comprising a drive grid and a sense grid, wherein the drive grid induces a current in a pointing device, and the pointing device in turn induces a current in the sense grid, the system comprising a plurality of pointing devices; and characterised in that each pointing device has a unique nominal frequency (f i); and in that the system further comprises a drive grid signal generator for driving the drive grid for a period of time at each of the unique nominal frequencies (f i) of the pointing devices, wherein the system adapts the period of time for a given unique nominal frequency (f i) to optimize said period of time for the pointing device having that unique nominal frequency.
Utility vehicle tyre with a tread strip with at least one circumferential groove (2, 2', 2") with a groove bottom and groove walls (4, 4'), bottom elevations (7, 7', 7") which act as stone ejectors being configured on the groove bottom centrally and distributed over the circumference with a height (h 1, h 3) and a greater extent in the circumferential direction than in the axial direction, the bottom elevations (7, 7', 7") either making contact with the groove walls (4, 4') or being at spacings (a 1) from them in the axial direction of up to 4.0 mm, and being delimited in the radial direction by a top face (8, 8', 8") with a circumferential face edge, the top face (8, 8', 8") sloping to the face edge, the groove walls (4, 4') having, between the bottom elevations (7, 7', 7"), converging wall sections (4a, 4'a) and, to the side of the bottom elevations (7, 7', 7"), wall sections (4b, 4'b) which are curved convexly with respect to one another in plan view, and the face edge of the top face (8, 8', 8") following the course of the wall sections (4b, 4'b) which are curved convexly with respect to one another, in such a way that the width of the bottom elevations (7, 7', 7") decreases towards its ends which lie in the circumferential direction, characterized in that the top face slopes uniformly from the height (h 1) which is present at the highest point of the respective bottom elevation (7, 7', 7") to the height (h 2) of the face edge, the maximum height (h 1, h 3) of the bottom elevations (7, 7', 7") in the radial direction being from 25% to 60% of the profile depth (T 1), and in that the wall sections (4b, 4'b), which are curved convexly with respect to one another in plan view, of the groove walls (4, 4') are curved convexly with respect to one another at least over the majority of their radial extent, as viewed in the cross section of the circumferential groove (2, 2', 2").
A disconnecting switch and an earthing switch for a gas-insulated switchgear comprising: a first fixed conductor; a second fixed conductor disposed to be spaced apart from the first fixed conductor; a mover unit fixed conductor disposed to face the first fixed conductor and the second fixed conductor; a mover slidable in a lengthwise direction; and an operation lever having one end rotatably coupled to a device body and the other end rotatably connected to the mover, and rotating to selectively connect the mover to the first fixed conductor or the second fixed conductor, characterized by further comprising a rotatable conductor provided in the mover unit fixed conductor, and rotatable in directions of the first fixed conductor and the second fixed conductor in a state in which the rotatable conductor is electrically connected to the mover unit fixed conductor, wherein the mover is coupled to the rotatable conductor, and is slidable in the lengthwise direction in a state in which the mover is electrically connected to the rotatable conductor. a first fixed conductor; a second fixed conductor disposed to be spaced apart from the first fixed conductor; a mover unit fixed conductor disposed to face the first fixed conductor and the second fixed conductor; a mover slidable in a lengthwise direction; and an operation lever having one end rotatably coupled to a device body and the other end rotatably connected to the mover, and rotating to selectively connect the mover to the first fixed conductor or the second fixed conductor, characterized by further comprising a rotatable conductor provided in the mover unit fixed conductor, and rotatable in directions of the first fixed conductor and the second fixed conductor in a state in which the rotatable conductor is electrically connected to the mover unit fixed conductor, wherein the mover is coupled to the rotatable conductor, and is slidable in the lengthwise direction in a state in which the mover is electrically connected to the rotatable conductor.
Use of a material for retaining polyhalogenated compounds, consisting of a filler material which is suitable for adsorbing polyhalogenated compounds, and a polyolefin matrix in which said filler material is fully integrated and enclosed, wherein the filler material consists of carbon particles.
Method for influencing the quality of service related to a telecommunication contact on the part of a telecommunication terminal during the establishment and/or during the operation of the telecommunication contact, wherein the telecommunication contact is provided in the form of a telecommunication link or a telecommunication session between a mobile radio telecommunication network and the telecommunication terminal, wherein the telecommunication contact is alternatively operable in accordance with a first quality of service or in accordance with a second quality of service, wherein first control information, related to the traffic load, is transmitted from the mobile radio telecommunication network to the telecommunication terminal, wherein second control information is transmitted from the telecommunication terminal to the mobile radio telecommunication network, wherein the first control information is traffic load information related to the radio cell of the telecommunication terminal and is signaled to all telecommunication terminals in the radio cell, the second control information is generated depending on the first control information and the telecommunication contact is established and/or operated in accordance with the first quality of service or in accordance with the second quality of service depending on the second control information, wherein the first or second quality of service is selected on the telecommunication terminal, either by means of a decision or according to a configuration of the telecommunication terminal.
A method for preventing nucleation and enhancing supercooling of water, comprising adding polyglycerol comprising the structural unit: H[-OCH 2 CHOHCH 2 -] n OH wherein n is 2 to 1000 and wherein polyglycerol is added in concentration of one part per million to one part in ten.
A gas extinguishing system for a predefined protected area, particularly in the form of a gridded structural system such as for example a small-parts storage system, wherein the gas extinguishing system comprises the following: - an inert gas source, designed to provide inert gas at least during a flooding period configured for the protected area; and - a diffuser system fluidly connected or connectable to the inert gas source by a tubing system, wherein the diffuser system comprises the following: - at least one diffuser tube having a plurality of drill holes provided in the surface of the diffuser tube through which at least a portion of the inert gas provided by the inert gas source can be introduced radially into the protected area relative to the longitudinal direction of the diffuser tube; and - a pressure reducer allocated to the at least one diffuser tube comprising a baffle, wherein the pressure reducer is fluidly disposed between the tubing system and the at least one diffuser tube, wherein the diffuser system is designed such that a primary baffle pressure measured in absolute bar is at least twice as high as the internal pressure of the diffuser tube during the configured flooding period, and that the internal pressure of the diffuser tube during the configured flooding period amounts to a maximum of 2 bar absolute. - an inert gas source, designed to provide inert gas at least during a flooding period configured for the protected area; and - a diffuser system fluidly connected or connectable to the inert gas source by a tubing system, wherein the diffuser system comprises the following: - at least one diffuser tube having a plurality of drill holes provided in the surface of the diffuser tube through which at least a portion of the inert gas provided by the inert gas source can be introduced radially into the protected area relative to the longitudinal direction of the diffuser tube; and - a pressure reducer allocated to the at least one diffuser tube comprising a baffle, wherein the pressure reducer is fluidly disposed between the tubing system and the at least one diffuser tube, - at least one diffuser tube having a plurality of drill holes provided in the surface of the diffuser tube through which at least a portion of the inert gas provided by the inert gas source can be introduced radially into the protected area relative to the longitudinal direction of the diffuser tube; and - a pressure reducer allocated to the at least one diffuser tube comprising a baffle, wherein the pressure reducer is fluidly disposed between the tubing system and the at least one diffuser tube,
Fibrous dextrin particles obtainable by spray drying a dextrin solution with a viscosity of 100 mPa·s or more, as measured in the description, wherein the thickness thereof is 0.01-1000 um and the length thereof is at least 3 times the thickness thereof. as measured in the description, wherein the thickness thereof is 0.01-1000 um and the length thereof is at least 3 times the thickness thereof.
A mobile robot, comprising: a main body; a drive unit configured to move the main body; a sensing unit configured to sense at least one of posture information of the main body and driving information of the drive unit; a receiver configured to receive signals transmitted from one or more transmitters disposed in a driving area; and a controller configured to determine a current position of the main body based on at least one of a sensing result of the sensing unit and a reception result of the receiver to control the drive unit to be driven in the driving area so as to control the driving of the main body, characterized in that the controller is configured to determine a specific point where driving speed of the mobile robot is limited due to a slip occurrence within the driving area based on first position information measured based on the sensing result and second position information measured based on the reception result and to control the driving of the main body according to a determination result of determining the specific point, wherein when determining the specific point, the controller is configured to analyze a type of the specific point based on the determination result and history information on previous determination history, to determine whether the mobile robot is controlled to avoid the specific point in driving the driving area based on analyzing the type of the specific point and to control the driving of the main body according to the determination result. a main body; a drive unit configured to move the main body; a sensing unit configured to sense at least one of posture information of the main body and driving information of the drive unit; a receiver configured to receive signals transmitted from one or more transmitters disposed in a driving area; and a controller configured to determine a current position of the main body based on at least one of a sensing result of the sensing unit and a reception result of the receiver to control the drive unit to be driven in the driving area so as to control the driving of the main body, characterized in that the controller is configured to determine a specific point where driving speed of the mobile robot is limited due to a slip occurrence within the driving area based on first position information measured based on the sensing result and second position information measured based on the reception result and to control the driving of the main body according to a determination result of determining the specific point, wherein when determining the specific point, the controller is configured to analyze a type of the specific point based on the determination result and history information on previous determination history, to determine whether the mobile robot is controlled to avoid the specific point in driving the driving area based on analyzing the type of the specific point and to control the driving of the main body according to the determination result.
A lamp, comprising: a first exterior surface and a second exterior surface; a pivot connection point, wherein the pivot connection point is disposed on the first exterior surface; and a swinging connector coupled to the pivot connection point, the swinging connector being operative to pivot between a first position close in proximity to the lamp and a second position at a distance away from the lamp; wherein the first position includes at least a portion of the swinging connector being flush to the first exterior surface. a first exterior surface and a second exterior surface; a pivot connection point, wherein the pivot connection point is disposed on the first exterior surface; and a swinging connector coupled to the pivot connection point, the swinging connector being operative to pivot between a first position close in proximity to the lamp and a second position at a distance away from the lamp; wherein the first position includes at least a portion of the swinging connector being flush to the first exterior surface.
A method for interference control in a self-organizing wireless communication system, the method being carried out by an access node of said system and comprising: receiving interference information from at least two other access nodes of the wireless communication system, wherein the other access nodes serve communication devices that are interfered by the access node, and wherein the received interference information comprises information about downlink physical resource block usage by the communication devices; receiving from the at least two other access nodes, suggestions as to self-organising network decisions for interference management, said suggestions comprising adjusting physical resource block usage; evaluating the interference information and the suggestions at the access node to determine at least one action that could be taken because of the interference; sending information about the at least one action to at least one of the at least two other access nodes, wherein the at least one action comprises adjustment of Physical Resource Block assignments to communication devices served by the access node. receiving interference information from at least two other access nodes of the wireless communication system, wherein the other access nodes serve communication devices that are interfered by the access node, and wherein the received interference information comprises information about downlink physical resource block usage by the communication devices; receiving from the at least two other access nodes, suggestions as to self-organising network decisions for interference management, said suggestions comprising adjusting physical resource block usage; evaluating the interference information and the suggestions at the access node to determine at least one action that could be taken because of the interference; sending information about the at least one action to at least one of the at least two other access nodes, wherein the at least one action comprises adjustment of Physical Resource Block assignments to communication devices served by the access node.
A construction machine comprising: an engine; a hydraulic pump driven by a drive power of the engine; an actuator driven by an operation oil pumped from the hydraulic pump; a cutoff lever (135L, 135R) that disables an operation of the actuator; a speed adjustment lever of an engine governor that controls a speed of the engine; a speed adjustment lever biasing member that biases the speed adjustment lever to a low-speed rotation side; a control cable that can tow the speed adjustment lever to a high-speed rotation side against a biasing force of the speed adjustment lever biasing member; an accelerator lever operable in a manner to operate the control cable in a towing direction and a releasing direction; and a relay device provided in a middle portion of the control cable, wherein the relay device has a towing force release mechanism that, in a state in which the accelerator lever is operated in the towing direction, in conjunction with a state in which the cutoff lever is turned thereby to render the actuator inoperable, releases the control cable's towing force for the speed adjustment lever. an engine; a hydraulic pump driven by a drive power of the engine; an actuator driven by an operation oil pumped from the hydraulic pump; a cutoff lever (135L, 135R) that disables an operation of the actuator; a speed adjustment lever of an engine governor that controls a speed of the engine; a speed adjustment lever biasing member that biases the speed adjustment lever to a low-speed rotation side; a control cable that can tow the speed adjustment lever to a high-speed rotation side against a biasing force of the speed adjustment lever biasing member; an accelerator lever operable in a manner to operate the control cable in a towing direction and a releasing direction; and a relay device provided in a middle portion of the control cable, wherein the relay device has a towing force release mechanism that, in a state in which the accelerator lever is operated in the towing direction, in conjunction with a state in which the cutoff lever is turned thereby to render the actuator inoperable, releases the control cable's towing force for the speed adjustment lever.
A wheel parameter resolving system comprising: a wheel unit configured to sense radial acceleration in a wheel, the wheel comprising a rim, the rim having a diameter; characterized in that the wheel parameter resolving system further comprises a controller (706, 710) configured to resolve a rotation parameter indicative of the rim diameter in response to the sensed radial acceleration. a wheel unit configured to sense radial acceleration in a wheel, the wheel comprising a rim, the rim having a diameter; characterized in that the wheel parameter resolving system further comprises a controller (706, 710) configured to resolve a rotation parameter indicative of the rim diameter in response to the sensed radial acceleration.
A process for preparing branched alcohols of the general formula where the groups R 1 are different or identical and selected from C 2 -C 3 -alkyl, linear or branched, using at least one alcohol of the formula R 1 -CH 2 -CH 2 -OH in homogeneous phase in the presence of at least one base, wherein at least one Ru -containing complex compound is used in which the Ru has at least one ligand L 1 which is at least bidentate, where at least one coordination site of L 1 is a nitrogen atom.