mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for detecting a type of an audio interface, comprising: an audio interface, comprising a pin 3 and a pin 4, wherein one of the pin 3 and the pin 4 is configured as a MIC pin of the audio interface, and the other one is configured as a ground pin; a first level comparison module, connected with the pin 3 and the pin 4, and configured to output a signal Sg1 via an output end of the first level comparison module, when a level V3 of the pin 3 is greater than a sum of a level V4 of the pin 4 and a predetermined threshold Vg1, otherwise to output a signal Sg1' via the output end of the first level comparison module; a second level comparison module, connected with the pin 3 and the pin 4, and configured to output a signal Sg2 via an output end of the second level comparison module, when the level V4 of the pin 4 is greater than a sum of the level V3 of the pin 3 and a predetermined threshold Vg2, otherwise to output a signal Sg2' via the output end of the second level comparison module; wherein the signal Sg1 is different from the signal Sg1', the signal Sg2 is different from the signal Sg2', and the predetermined threshold Vg1 and the predetermined threshold Vg2 are greater than or equal to 0; wherein said apparatus is adapted to judge that the pin 4 is the GND pin and the pin 3 is the MIC pin when the first level comparison module outputs the signal Sg1 and to judge that the pin 3 is the GND pin and the pin 4 is the MIC pin when the second level comparison module outputs the signal Sg2. an audio interface, comprising a pin 3 and a pin 4, wherein one of the pin 3 and the pin 4 is configured as a MIC pin of the audio interface, and the other one is configured as a ground pin; a first level comparison module, connected with the pin 3 and the pin 4, and configured to output a signal Sg1 via an output end of the first level comparison module, when a level V3 of the pin 3 is greater than a sum of a level V4 of the pin 4 and a predetermined threshold Vg1, otherwise to output a signal Sg1' via the output end of the first level comparison module; a second level comparison module, connected with the pin 3 and the pin 4, and configured to output a signal Sg2 via an output end of the second level comparison module, when the level V4 of the pin 4 is greater than a sum of the level V3 of the pin 3 and a predetermined threshold Vg2, otherwise to output a signal Sg2' via the output end of the second level comparison module; wherein the signal Sg1 is different from the signal Sg1', the signal Sg2 is different from the signal Sg2', and the predetermined threshold Vg1 and the predetermined threshold Vg2 are greater than or equal to 0; wherein said apparatus is adapted to judge that the pin 4 is the GND pin and the pin 3 is the MIC pin when the first level comparison module outputs the signal Sg1 and to judge that the pin 3 is the GND pin and the pin 4 is the MIC pin when the second level comparison module outputs the signal Sg2.
A device for scatter correction in an X-ray image, the X-ray image (30, 40) having a superimposed structured pattern, the device comprising: - an X-ray image receiving element; - a pattern remover; and - a first subtraction module; wherein the X-ray image receiving element is configured to receive an X-ray image (30, 40) comprising a superimposed structured pattern; wherein the pattern remover is configured to remove the structured pattern from the X-ray image (30, 40) resulting in a pattern corrected X-ray image; and wherein the first subtraction module is configured to subtract the pattern corrected X-ray image (33, 43) from the X-ray image resulting in a structured pattern image (32, 42), characterised in that the device further comprises: - a contrast measurement unit; wherein the contrast measurement unit is configured to apply a local structure contrast measurement function to the structured pattern image (32, 42) resulting in a structure contrast image (34, 44). - an X-ray image receiving element; - a pattern remover; and - a first subtraction module; - a contrast measurement unit;
An apparatus including an active modulated scattering probe array of probes, the apparatus comprising: a circuit board structure having a plurality of layers, wherein said plurality of layers include alternating planar layers of electrical conductors and at least one dielectric; wherein each of the probes comprises a first plurality of probe antenna elements disposed with a first common orientation in a first array in a first one of said plurality of layers; a first plurality of impedances; and an electrical signal modulation device connected among said first plurality of probe antenna elements and connected among said first plurality of electrical impedances; characterized in that: said electrical signal modulation device of each probe is disposed in a second one of said plurality of layers; and said first plurality of electrical impedances of each probe is disposed in said second one of said plurality of layers. a circuit board structure having a plurality of layers, wherein said plurality of layers include alternating planar layers of electrical conductors and at least one dielectric; wherein each of the probes comprises a first plurality of probe antenna elements disposed with a first common orientation in a first array in a first one of said plurality of layers; a first plurality of impedances; and an electrical signal modulation device connected among said first plurality of probe antenna elements and connected among said first plurality of electrical impedances; characterized in that: said electrical signal modulation device of each probe is disposed in a second one of said plurality of layers; and said first plurality of electrical impedances of each probe is disposed in said second one of said plurality of layers.
A wrist-wear personal flotation device for a user comprising: a wristband to be worn to by the user; a pouch mounted to the wristband containing an inflatable member and comprising an openable closure for enclosing the inflatable member therein; a housing for a removable container containing buoyant gas, the housing being removably mounted to the wristband and to the pouch, and defining opposite longitudinal ends thereof; a pipe extending from the housing to the inflatable member via the pouch; and an actuation lever pivotally mounted to one of the longitudinal ends of the housing in operative communication with a plunger for actuating the plunger to pierce the container containing buoyant gas; characterized in that the housing comprises a cylindrical configuration and the container comprises a cylindrical configuration, the container being removable by removing a cap of the housing threadably mounted to the housing at another one of the longitudinal ends; and a base portion thereof inserted in a corresponding cavity formed by the pouch, the wristband being positioned through an opening in the base portion and through the corresponding cavity, wherein movement of the actuation lever away from the housing provides for releasing the buoyant gas from the container into the inflatable member via the pipe causing the inflatable member to inflate and move outwardly of the container via opening of the closure thereby providing buoyancy to the user. a wristband to be worn to by the user; a pouch mounted to the wristband containing an inflatable member and comprising an openable closure for enclosing the inflatable member therein; a housing for a removable container containing buoyant gas, the housing being removably mounted to the wristband and to the pouch, and defining opposite longitudinal ends thereof; a pipe extending from the housing to the inflatable member via the pouch; and an actuation lever pivotally mounted to one of the longitudinal ends of the housing in operative communication with a plunger for actuating the plunger to pierce the container containing buoyant gas; characterized in that the housing comprises a cylindrical configuration and the container comprises a cylindrical configuration, the container being removable by removing a cap of the housing threadably mounted to the housing at another one of the longitudinal ends; and a base portion thereof inserted in a corresponding cavity formed by the pouch, the wristband being positioned through an opening in the base portion and through the corresponding cavity, wherein movement of the actuation lever away from the housing provides for releasing the buoyant gas from the container into the inflatable member via the pipe causing the inflatable member to inflate and move outwardly of the container via opening of the closure thereby providing buoyancy to the user.
A light-emitting semiconductor device comprising: - a III-Nitride active region comprising a number of light emitting layers; - a III-Nitride confinement layer (26, 30) comprising an In x Al y Ga 1-x-y N layer, wherein 0.115 ≤ x ≤ 0.15, 0.2 ≤ y ≤ 0.35, and x + y ≤ 1; and - a spacer layer (27, 29) interposing the active region and a confinement layer (26, 30), wherein the spacer layer is formed of GaN, InGaN or AlGaN. - a III-Nitride active region comprising a number of light emitting layers; - a III-Nitride confinement layer (26, 30) comprising an In x Al y Ga 1-x-y N layer, wherein 0.115 ≤ x ≤ 0.15, 0.2 ≤ y ≤ 0.35, and x + y ≤ 1; and - a spacer layer (27, 29) interposing the active region and a confinement layer (26, 30),
A wheel assembly to be coupled to a hub of a vehicle, the wheel assembly comprising: an inner rim to be coupled to the hub of the vehicle; an outer rim surrounding the hub; a plurality of gas springs operatively coupled between said inner rim and said outer rim to provide a gas suspension for relative movement between said inner rim and said outer rim; an outer ring coupled to said outer rim; and an inner ring coupled to said inner rim, characterized in that said inner ring defines a closeable gap with adjacent portions of said outer ring to define a mechanical stop to limit relative movement of said inner rim and outer rim. an inner rim to be coupled to the hub of the vehicle; an outer rim surrounding the hub; a plurality of gas springs operatively coupled between said inner rim and said outer rim to provide a gas suspension for relative movement between said inner rim and said outer rim; an outer ring coupled to said outer rim; and an inner ring coupled to said inner rim, characterized in that said inner ring defines a closeable gap with adjacent portions of said outer ring to define a mechanical stop to limit relative movement of said inner rim and outer rim.
Process for ventilating, heating and/or cooling a room, in which temperature-treated or temperature-untreated primary air exits at a low momentum in the floor area of the room perpendicularly upward or obliquely upward as source air and then flows over the floor essentially with a horizontal flow and, adjacent to this, temperature-treated or temperature-untreated secondary air is ejected at a strong momentum in the floor area of the room perpendicularly upward or obliquely upward, wherein the momentum of the secondary air entering the room is selected appropriately large such that room air is induced into the secondary air flow such that the flow of mixed source air thus formed comprises both secondary air and induced room air and such that the mixed source air, due to reduction of its momentum, becomes layered or pushed over the source air essentially with a horizontal flow such that a layering of air arises.
A relay communication method, comprising: establishing, at a first wireless mobile device within range of and connected with a wide area cellular network, a short-range wireless communication path with a second wireless mobile device out of range of the wide area cellular network, the second wireless mobile device including a radio apparatus configured to connect the second wireless mobile device with the wide area cellular network and to enable the second wireless mobile device to sense a radio environment; and receiving, at the first wireless mobile device, sensory data from the second wireless mobile device via the short-range wireless communication path, wherein the sensory data are detected, by the second wireless mobile device, by sensing the radio environment via the radio apparatus and include radio conditions of multiple radio channels relative to a plurality of other wireless mobile devices disposed in a sensing area of the second wireless mobile device; transmitting, by the first wireless mobile device the sensory data to a network element via the wide area cellular network; and providing, by the network element, based on processed sensory data, a control message to effectuate allocation of a radio resource to at least one radio element operating in a radio network environment. establishing, at a first wireless mobile device within range of and connected with a wide area cellular network, a short-range wireless communication path with a second wireless mobile device out of range of the wide area cellular network, the second wireless mobile device including a radio apparatus configured to connect the second wireless mobile device with the wide area cellular network and to enable the second wireless mobile device to sense a radio environment; and receiving, at the first wireless mobile device, sensory data from the second wireless mobile device via the short-range wireless communication path, wherein the sensory data are detected, by the second wireless mobile device, by sensing the radio environment via the radio apparatus and include radio conditions of multiple radio channels relative to a plurality of other wireless mobile devices disposed in a sensing area of the second wireless mobile device; transmitting, by the first wireless mobile device the sensory data to a network element via the wide area cellular network; and providing, by the network element, based on processed sensory data, a control message to effectuate allocation of a radio resource to at least one radio element operating in a radio network environment.
A vehicle headlamp (1R, 1L) comprising: a lamp unit for low beam configured to project a light distribution pattern (LLP, RLP) for low beam on a roadway in front of a vehicle; a lamp unit for high beam configured to project a light distribution pattern (LHP, RHP) for high beam, that is compatible with a light distribution pattern for shoulder edge beam, on the roadway in front of the vehicle; and a swivel device configured to rotate around a vertical axis of the lamp unit for low beam, wherein each of the lamp units (2, 3) comprises a semiconductor-type light source and a reflector configured to project light from the semiconductor-type light source on the roadway in front of the vehicle, wherein the lamp unit for low beam is configured to provide only the light distribution pattern (LLP, RLP) for low beam, and the lamp unit for high beam is configured to provide only the light distribution pattern (LHP, RHP) for high beam and the light distribution pattern for shoulder edge beam, wherein the lamp unit for low beam and the lamp unit for high beam are integrally mounted to a heat sink member, the lamp unit for low beam being disposed closer to an outside of the vehicle than the lamp unit for high beam, in a direction extending between left and right of the vehicle, and wherein the vertical axis of the swivel device passes through a center or a substantial center of the lamp unit for low beam so that the lamp unit for low beam and the lamp unit for high beam are integrally rotatable around the vertical axis via the heat sink member by means of the swivel device. a lamp unit for low beam configured to project a light distribution pattern (LLP, RLP) for low beam on a roadway in front of a vehicle; a lamp unit for high beam configured to project a light distribution pattern (LHP, RHP) for high beam, that is compatible with a light distribution pattern for shoulder edge beam, on the roadway in front of the vehicle; and a swivel device configured to rotate around a vertical axis of the lamp unit for low beam, wherein each of the lamp units (2, 3) comprises a semiconductor-type light source and a reflector configured to project light from the semiconductor-type light source on the roadway in front of the vehicle, wherein the lamp unit for low beam is configured to provide only the light distribution pattern (LLP, RLP) for low beam, and the lamp unit for high beam is configured to provide only the light distribution pattern (LHP, RHP) for high beam and the light distribution pattern for shoulder edge beam, wherein the lamp unit for low beam and the lamp unit for high beam are integrally mounted to a heat sink member, the lamp unit for low beam being disposed closer to an outside of the vehicle than the lamp unit for high beam, in a direction extending between left and right of the vehicle, and wherein the vertical axis of the swivel device passes through a center or a substantial center of the lamp unit for low beam so that the lamp unit for low beam and the lamp unit for high beam are integrally rotatable around the vertical axis via the heat sink member by means of the swivel device.
Damper and spring unit for a MacPherson vehicle suspension, the damper and spring unit comprising a damper and a spring, wherein the damper includes a cylinder intended to be rigidly connected to a wheel-carrying member and a rod projecting from the top end of the cylinder and movable along an axis of the cylinder, wherein the spring extends coaxially to the rod of the damper, and wherein the damper and spring unit is provided with an adjustment device for adjusting the height of the vehicle from the ground, the adjustment device being made as a hydraulic linear actuator and comprising a cylinder and a plunger, and wherein the adjustment device is interposed between the cylinder of the damper and the spring to change in a controlled manner the linear position of the bottom end of the spring relative to the cylinder of the damper along the axis of this latter, characterized in that the cylinder of the adjustment device comprises an inner cylindrical element and an outer cylinder element which are arranged coaxially to each other so as to enclose an annular chamber that acts as pressure chamber, in that the adjustment device further comprises a sleeve which is firmly secured to the cylinder of the damper and on which the cylinder of the adjustment device is fitted, in that the adjustment device further comprises first anti-rotation means (48, 50) for preventing relative rotation of the sleeve and of the plunger of the adjustment device about the axis of the cylinder of the damper, and in that said first anti-rotation means (48, 50) are made as guide means adapted to allow the plunger to slide relative to the sleeve of the adjustment device along said axis.
Emergency braking device for a hydraulic braking system, with a braking force booster or a brake pedal with a translation rod to a main brake cylinder, comprising a) a hydraulic cylinder, with at least one piston, which can be moved axially on the translation rod, which divides the internal volume of the hydraulic cylinder into at least one working chamber and at least one system chamber with an air bleeding borehole, b) a pressure spring, taking effect onto the at least one piston in the direction of the working chamber axially to the translation rod, c) an inlet opening opening into the at least one working chamber, with a connection to a pressure source, d) at least one contact driver element, which can be moved axially to the translation rod, in the system chamber for the at least one piston, e) a self-inhibiting movement actuator (14, 16, 17, 18, 19) for positioning the at least one contact driver element in the at least one system chamber, wherein f) the translation rod comprises at least one shoulder, with a change in cross-section between the at least one piston and the main brake cylinder, g) the shoulder is an axial stop element for the at least one piston, but not for the at least one contact drive element on the translation rod, h) the hydraulic cylinder is rigidly connected to the braking force booster or the brake pedal and the main brake cylinder, and i) the translation rod can be moved axially in the hydraulic cylinder, brake force booster, or brake pedal and main braking cylinder. a) a hydraulic cylinder, with at least one piston, which can be moved axially on the translation rod, which divides the internal volume of the hydraulic cylinder into at least one working chamber and at least one system chamber with an air bleeding borehole, b) a pressure spring, taking effect onto the at least one piston in the direction of the working chamber axially to the translation rod, c) an inlet opening opening into the at least one working chamber, with a connection to a pressure source, d) at least one contact driver element, which can be moved axially to the translation rod, in the system chamber for the at least one piston, e) a self-inhibiting movement actuator (14, 16, 17, 18, 19) for positioning the at least one contact driver element in the at least one system chamber, wherein f) the translation rod comprises at least one shoulder, with a change in cross-section between the at least one piston and the main brake cylinder, g) the shoulder is an axial stop element for the at least one piston, but not for the at least one contact drive element on the translation rod, h) the hydraulic cylinder is rigidly connected to the braking force booster or the brake pedal and the main brake cylinder, and i) the translation rod can be moved axially in the hydraulic cylinder, brake force booster, or brake pedal and main braking cylinder.