mhurhangee/ep-ind-claims huggingface dataset:
A compact, remountable display device for eyewear having a head-borne frame, the display device comprising: a housing assembly having a mounting mechanism disposed to removably mount to the head-borne frame of the eyewear at a location outside a user's main field of view; circuitry disposed within the housing assembly to receive data or video signals; an electronic imaging assembly supported by the housing assembly outside of the user's main field of view and in communication with the circuitry within the housing assembly to produce an image; and an optical element comprising: a transparent fixture for supporting an eyepiece assembly in front of a user's eye, the fixture located to receive the image from the electronic imaging assembly and capable of relaying the image internally; and an eyepiece assembly supported by the transparent fixture to direct an image to the user's eye; characterised in that the eyepiece assembly comprises a polarization beam-splitter coating, a quarterwave plate, and a focusing mirror arranged so that polarized light from the imaging assembly passes the beam-splitter coating and the quarterwave plate and is reflected from the focusing mirror to pass in the opposite direction through the quarterwave plate and is reflected from the beam-splitter coating toward the eye. a housing assembly having a mounting mechanism disposed to removably mount to the head-borne frame of the eyewear at a location outside a user's main field of view; circuitry disposed within the housing assembly to receive data or video signals; an electronic imaging assembly supported by the housing assembly outside of the user's main field of view and in communication with the circuitry within the housing assembly to produce an image; and an optical element comprising: a transparent fixture for supporting an eyepiece assembly in front of a user's eye, the fixture located to receive the image from the electronic imaging assembly and capable of relaying the image internally; and an eyepiece assembly supported by the transparent fixture to direct an image to the user's eye; a transparent fixture for supporting an eyepiece assembly in front of a user's eye, the fixture located to receive the image from the electronic imaging assembly and capable of relaying the image internally; and an eyepiece assembly supported by the transparent fixture to direct an image to the user's eye; characterised in that the eyepiece assembly comprises a polarization beam-splitter coating, a quarterwave plate, and a focusing mirror arranged so that polarized light from the imaging assembly passes the beam-splitter coating and the quarterwave plate and is reflected from the focusing mirror to pass in the opposite direction through the quarterwave plate and is reflected from the beam-splitter coating toward the eye.
Vehicle, comprising a gas-operated internal combustion engine, a gas tank and at least one solar panel for generating electrical energy when the solar panel is acted upon by solar radiation, wherein the solar panel is connected to an electrically operated air-conditioning device, which has a cooling system installed on the vehicle, characterized in that the cooling system is arranged on the gas tank of the vehicle.
A satellite geopositioning method implemented by a geopositioning terminal from at least four satellites each transmitting electromagnetic geopositioning signals, called dual-frequency signals, on two different frequencies, each of said signals being formed by a carrier frequency modulated by a spreading code, said terminal comprising at least one reception module configured to receive the electromagnetic signals originating from each satellite on two different frequencies and at least one computation module configured to process said signals, said method comprising, for each geopositioning satellite: - a step of computing, in nominal operation, four pseudo-distances from the two codes and the two carriers of the received dual-frequency geopositioning signals; - a step of correcting ionospheric delays over each computed pseudo-distance by applying an ionospheric error propagation model; and being characterised in that it comprises: - a step of carrier code smoothing using a Kalman filter, the measurement vector of which comprises the four corrected pseudo-distances in order to provide a single pseudo-distance measurement without measurement noise and to correct the residual ionospheric error; the position of the geopositioning terminal being estimated using the corrected pseudo-distances computed for each satellite. - a step of computing, in nominal operation, four pseudo-distances from the two codes and the two carriers of the received dual-frequency geopositioning signals; - a step of correcting ionospheric delays over each computed pseudo-distance by applying an ionospheric error propagation model; - a step of carrier code smoothing using a Kalman filter, the measurement vector of which comprises the four corrected pseudo-distances in order to provide a single pseudo-distance measurement without measurement noise and to correct the residual ionospheric error;
A reflector antenna comprising: a reflector and a feed including a planar array of N antenna elements (70_1 to 70_N), the feed being positioned to illuminate the reflector; a combiner/divider (60, (60a, 60b), 702) coupled between the N antenna elements and an input/output port of the reflector antenna; signal metric measurement circuitry; and a controller (50, 50', 150, 250) cooperating with the signal metric measurement circuitry, said controller configured to: activate a first set of antenna elements among the N antenna elements and thereby cause the reflector antenna to form a beam; measure a signal metric of a signal communicated via the beam; iteratively: adjust a pointing direction of the beam at least in part by activating a different set of antenna elements (25, 27, 28, 29) among the N antenna elements; and re-measure the signal metric of the signal with each iterative adjustment of the pointing direction; and select a final pointing direction and associated final set of antenna elements for operation of the reflector antenna, based on the signal metric measurements. a reflector and a feed including a planar array of N antenna elements (70_1 to 70_N), the feed being positioned to illuminate the reflector; a combiner/divider (60, (60a, 60b), 702) coupled between the N antenna elements and an input/output port of the reflector antenna; signal metric measurement circuitry; and a controller (50, 50', 150, 250) cooperating with the signal metric measurement circuitry, said controller configured to: activate a first set of antenna elements among the N antenna elements and thereby cause the reflector antenna to form a beam; measure a signal metric of a signal communicated via the beam; iteratively: adjust a pointing direction of the beam at least in part by activating a different set of antenna elements (25, 27, 28, 29) among the N antenna elements; and re-measure the signal metric of the signal with each iterative adjustment of the pointing direction; and select a final pointing direction and associated final set of antenna elements for operation of the reflector antenna, based on the signal metric measurements. activate a first set of antenna elements among the N antenna elements and thereby cause the reflector antenna to form a beam; measure a signal metric of a signal communicated via the beam; iteratively: adjust a pointing direction of the beam at least in part by activating a different set of antenna elements (25, 27, 28, 29) among the N antenna elements; and re-measure the signal metric of the signal with each iterative adjustment of the pointing direction; and adjust a pointing direction of the beam at least in part by activating a different set of antenna elements (25, 27, 28, 29) among the N antenna elements; and re-measure the signal metric of the signal with each iterative adjustment of the pointing direction; and select a final pointing direction and associated final set of antenna elements for operation of the reflector antenna, based on the signal metric measurements.
A molded-case circuit breaker for DC that contains a plurality of interruption units within an outer casing (11, 18, 11A, 18A), the DC circuit breaker comprising a two-unit connecting heater that connects fixed contacts of adjacent interruption units, the two-unit connecting heater being placed within the outer casing (11, 18, 11A, 18A), the outer casing (11, 18, 11A, 18A) having a top side, characterised in that the adjacent interruption units are connected to each other as a series circuit, further in that the two-unit connecting heater is formed in a U-shape, and comprises: a pair of head portions respectively connected to the fixed contacts of the adjacent interruption units; a pair of body portions extending downward from the head portions; and a leg portion connecting the pair of body portions, and further in that only one of the pair of body portions has a tripping mechanism that detects an over-current in a circuit and interrupts the circuit.
A support for conserving a sample of biological material, the support comprising at least: - a substantially rigid body comprising at least a first through opening and made in a single piece of moulded or co-moulded or overmoulded plastic material; - at least a first portion of an absorbent matrix, preferably made of a material comprising cellulose, suitable and intended for conserving a sample of biological material; the first portion of the absorbent matrix being fixed and maintained in a predetermined position within the first through opening; - wherein the first portion of the absorbent matrix has at least a first part (28, 29) without support from the body and which is suspended inside the first through opening, the first part (28, 29) of the first portion of the absorbent matrix being directly accessible to contact; characterized in that the first portion of the absorbent matrix is provided with a second lateral part constrained to the body, inserted in the body and surrounded and enclosed by the body, which is made by moulding or co-moulding or overmoulding plastic material on the second lateral part of the first portion of the absorbent matrix; the first portion of the absorbent matrix being maintained in a predetermined position within the first through opening by means at least of the fastening, contact and/or adhesion between the second lateral part of the first portion of the absorbent matrix and the body. - a substantially rigid body comprising at least a first through opening and made in a single piece of moulded or co-moulded or overmoulded plastic material; - at least a first portion of an absorbent matrix, preferably made of a material comprising cellulose, suitable and intended for conserving a sample of biological material; the first portion of the absorbent matrix being fixed and maintained in a predetermined position within the first through opening; - wherein the first portion of the absorbent matrix has at least a first part (28, 29) without support from the body and which is suspended inside the first through opening, the first part (28, 29) of the first portion of the absorbent matrix being directly accessible to contact;
A heat dissipating module, which is adapted to be contacted with a IC chip and is characterized in comprising: a heat exchanger, which has a heat exchanging zone contacted with the IC chip; a securing structure; and a fluid driving unit, which is communicated with the heat exchanger for guiding a working fluid into the heat exchanger and is secured to the heat exchanger by the securing structure, wherein the fluid driving unit and the heat exchanger are separately installed and communicated with each other and a circular slot is set at the side of the fluid driving unit; a luminous element and a light guiding bar being disposed in the circular slot; and a flow meter for detecting a flow rate of the working fluid, wherein the luminous element makes a warning or a power consumption of the IC chip is reduced when the flow rate of the working fluid is abnormal. a heat exchanger, which has a heat exchanging zone contacted with the IC chip; a securing structure; and a fluid driving unit, which is communicated with the heat exchanger for guiding a working fluid into the heat exchanger and is secured to the heat exchanger by the securing structure, wherein the fluid driving unit and the heat exchanger are separately installed and communicated with each other and a circular slot is set at the side of the fluid driving unit; a luminous element and a light guiding bar being disposed in the circular slot; and a flow meter for detecting a flow rate of the working fluid, wherein the luminous element makes a warning or a power consumption of the IC chip is reduced when the flow rate of the working fluid is abnormal.
A steering system, comprising a steering column which supports rotatably a steering shaft to which a steering wheel is connected and a pair of support mechanisms (27, 28) which support the steering column so as to tilt relative to a vehicle body, each of the support mechanisms (27, 28) including: a support bracket (51, 71) having a column-side fastened portion (55, 75) which is fastened to the steering column so as to tilt and a body-side fastened portion (56, 76) which is fastened to a fixed member which is fixed to the vehicle body; a fulcrum bolt (53, 73) which is inserted through a shaft hole (52, 72) formed in the column-side fastened portion (55, 75), which performs as a fulcrum when the steering column tilts, and which is used to fasten the column-side fastened portion (55, 75) to the steering column; and a bush (54, 74) which is interposed between the fulcrum bolt (53, 73) and the shaft hole (52, 72), wherein a fastening hole (64, 84) through which a fastening bolt (63, 83) is inserted to fasten the support bracket (51, 71) to the fixed member is formed in the body-side fastened portion (56, 76), characterized in that each of the support mechanisms (27, 28) comprises an elastic member (66, 86) which can be compressed in an axial direction of the fulcrum bolt (53, 73), and the support bracket (51, 71) is configured to oscillate relative to the steering column by the elastic member (66, 86) being compressed. a support bracket (51, 71) having a column-side fastened portion (55, 75) which is fastened to the steering column so as to tilt and a body-side fastened portion (56, 76) which is fastened to a fixed member which is fixed to the vehicle body; a fulcrum bolt (53, 73) which is inserted through a shaft hole (52, 72) formed in the column-side fastened portion (55, 75), which performs as a fulcrum when the steering column tilts, and which is used to fasten the column-side fastened portion (55, 75) to the steering column; and a bush (54, 74) which is interposed between the fulcrum bolt (53, 73) and the shaft hole (52, 72), wherein a fastening hole (64, 84) through which a fastening bolt (63, 83) is inserted to fasten the support bracket (51, 71) to the fixed member is formed in the body-side fastened portion (56, 76), characterized in that each of the support mechanisms (27, 28) comprises an elastic member (66, 86) which can be compressed in an axial direction of the fulcrum bolt (53, 73), and the support bracket (51, 71) is configured to oscillate relative to the steering column by the elastic member (66, 86) being compressed.
An equipment for the continuous hot dip-coating of a metal strip comprising: - an annealing furnace, - a tank containing a liquid metal bath, - a snout connecting the annealing furnace and said tank, through which the metal strip runs in a protective atmosphere and the lower part of said snout, the sabot, is at least partly immersed in the liquid metal bath in order to define with the surface of the bath, and inside this snout, a liquid seal, - an overflow not connected to the snout, said overflow comprising at least one tray, placed in the vicinity of the strip when entering said liquid metal bath and encompassed by said liquid seal. - an annealing furnace, - a tank containing a liquid metal bath, - a snout connecting the annealing furnace and said tank, through which the metal strip runs in a protective atmosphere and the lower part of said snout, the sabot, is at least partly immersed in the liquid metal bath in order to define with the surface of the bath, and inside this snout, a liquid seal, - an overflow not connected to the snout, said overflow comprising at least one tray, placed in the vicinity of the strip when entering said liquid metal bath and encompassed by said liquid seal.
A measured value analysis apparatus comprising: a selection unit that selects one examination object item, which is an examination object, and a plurality of related items which are directly or indirectly related to the examination object item; a correlation model creation unit that creates a correlation model between measured values from past measured values of the examination object item and the plurality of related items; and a calculation unit that calculates a predicted value of the examination object item by applying the measured values of the related items to the correlation model and calculates divergence between an actual measured value of the examination object item and the predicted value, wherein the calculation unit calculates predicted values of the plurality of related items by applying the measured values of the plurality of related items to the correlation model and calculates divergence between an actual measured value of each of the related items and the relevant predicted value; wherein the selection unit selects the related items regarding which the calculated divergence between the predicted value and the actual measured value of the plurality of related items is equal to or less than a specified threshold value; and wherein when the calculated divergence between the predicted value and the actual measured value of the plurality of related items is not equal to or less than the specified threshold value, the selection unit reselects the plurality of related items. a selection unit that selects one examination object item, which is an examination object, and a plurality of related items which are directly or indirectly related to the examination object item; a correlation model creation unit that creates a correlation model between measured values from past measured values of the examination object item and the plurality of related items; and a calculation unit that calculates a predicted value of the examination object item by applying the measured values of the related items to the correlation model and calculates divergence between an actual measured value of the examination object item and the predicted value, wherein the calculation unit calculates predicted values of the plurality of related items by applying the measured values of the plurality of related items to the correlation model and calculates divergence between an actual measured value of each of the related items and the relevant predicted value; wherein the selection unit selects the related items regarding which the calculated divergence between the predicted value and the actual measured value of the plurality of related items is equal to or less than a specified threshold value; and wherein when the calculated divergence between the predicted value and the actual measured value of the plurality of related items is not equal to or less than the specified threshold value, the selection unit reselects the plurality of related items.
A system, comprising: a catheter device, comprising: an introducer needle, wherein the introducer needle comprises a distal tip, an elongated tubular shaft, and an inner lumen formed by the elongated tubular shaft, wherein the distal tip comprises a beveled edge configured for blood to travel into; a catheter tube, wherein a distal tip of the catheter tube is proximal to the distal tip of the introducer needle; an optical fiber disposed within the inner lumen of the introducer needle, wherein the optical fiber comprises a first end, a second end, and a U-shaped portion disposed between the first and the second end, wherein a distal most portion of the U-shaped portion is disposed proximal to the beveled edge, a light emitter coupled with the first end of the optical fiber; a light receiver coupled with the second end of the optical fiber, wherein the light receiver is configured to convert light into an electrical signal; and an electronic processor coupled with the light receiver, wherein the electronic processor is configured to detect a decrease in an intensity of the light received at the light receiver based on the electrical signal, wherein the optical fiber is configured to contact blood in response to insertion of the introducer needle into a blood vessel, wherein the decrease in the intensity of light occurs in response to the optical fiber contacting the blood. an introducer needle, wherein the introducer needle comprises a distal tip, an elongated tubular shaft, and an inner lumen formed by the elongated tubular shaft, wherein the distal tip comprises a beveled edge configured for blood to travel into; a catheter tube, wherein a distal tip of the catheter tube is proximal to the distal tip of the introducer needle; an optical fiber disposed within the inner lumen of the introducer needle, wherein the optical fiber comprises a first end, a second end, and a U-shaped portion disposed between the first and the second end, wherein a distal most portion of the U-shaped portion is disposed proximal to the beveled edge, a light emitter coupled with the first end of the optical fiber; a light receiver coupled with the second end of the optical fiber, wherein the light receiver is configured to convert light into an electrical signal; and an electronic processor coupled with the light receiver, wherein the electronic processor is configured to detect a decrease in an intensity of the light received at the light receiver based on the electrical signal, wherein the optical fiber is configured to contact blood in response to insertion of the introducer needle into a blood vessel, wherein the decrease in the intensity of light occurs in response to the optical fiber contacting the blood.
Hollow-chamber section, in particular a hollow chamber section for windows or doors, with - an extruded section body made of plastic, which comprises multiple hollow-chamber walls (2, 2'), - wherein the hollow-chamber walls (2, 2') form multiple hollow chambers, and - wherein the hollow-chamber walls (2, 2') are fiber-reinforced with short fibers, preferably in regions, and - wherein the hollow-chamber walls are additionally fiber-reinforced with long fibers, in particular continuous fibers, in regions, which are directly embedded in the plastic matrix of the hollow-chamber walls, characterized in that the hollow-chamber walls (2, 2') altogether comprise a core area, fiber-reinforced with short fibers, which is encased by a non-reinforced outer area, and in that the long fibers are arranged in the transition area of core area and outer area. - an extruded section body made of plastic, which comprises multiple hollow-chamber walls (2, 2'), - wherein the hollow-chamber walls (2, 2') form multiple hollow chambers, and - wherein the hollow-chamber walls (2, 2') are fiber-reinforced with short fibers, preferably in regions, and - wherein the hollow-chamber walls are additionally fiber-reinforced with long fibers, in particular continuous fibers, in regions, which are directly embedded in the plastic matrix of the hollow-chamber walls,