mhurhangee/ep-ind-claims huggingface dataset:
A clip assembly, comprising: a retainer member, having a first cam surface, configured to receive and removably retain a component; a resilient closing member, having a first end portion pivotably coupled to a fulcrum of said retainer member, and a second end portion adapted to operably engage with said first cam surface so as to move from a first radial trajectory towards an outer second radial trajectory when moving about said fulcrum between an open position and a closed position; a locking member, having a second cam surface configured to move said second end portion from said second radial trajectory towards said first radial trajectory during operation, and removably secure said second end portion. a retainer member, having a first cam surface, configured to receive and removably retain a component; a resilient closing member, having a first end portion pivotably coupled to a fulcrum of said retainer member, and a second end portion adapted to operably engage with said first cam surface so as to move from a first radial trajectory towards an outer second radial trajectory when moving about said fulcrum between an open position and a closed position; a locking member, having a second cam surface configured to move said second end portion from said second radial trajectory towards said first radial trajectory during operation, and removably secure said second end portion.
A telescope optical system (20a, 20b) having an objective lens system (Go) and an eyepiece lens system (Ge); wherein the objective lens system (Go) includes a diffractive optical element (PFo), and at least one set of cemented lenses provided with a lens having positive refractive power and a lens having negative refractive power; the eyepiece lens system (Ge) includes a diffractive optical element (PFe), and at least one set of cemented lenses provided with a lens having negative refractive power and a lens (Le2, Le3) having positive refractive power; wherein the diffractive optical element of the objective lens system (Go) and the diffractive optical element of the eyepiece lens system (Ge) each has a first diffractive optical element having a first diffractive optical surface and a second diffractive optical element having a second diffractive optical surface, and the first diffractive optical element and the second diffractive optical element are arranged so that the first diffractive optical surface and the second diffractive optical surface face each other; and the condition represented by the following expression is satisfied: 2 ≤ Po / FNO / Pe/ θ × m ≤ 15 where: Ko represents the power of the objective lens system (Go), Kodoe represents the power of the diffractive optical element (PFo) of the objective lens system (Go), and Po is defined as Po = Kodoe/Ko; Ke represents the power of the eyepiece lens system (Ge), Kedoe represents the power of the diffractive optical element (PFe) of the eyepiece lens system (Ge), and Pe is defined as Pe = Kedoe/Ke;, and FNO represents the F-number of the objective lens system (Go), θ represents the real field of view of the telescope optical system (20a, 20b), and m represents the magnification of the telescope optical system (20a, 20b). Ko represents the power of the objective lens system (Go), Kodoe represents the power of the diffractive optical element (PFo) of the objective lens system (Go), and Po is defined as Po = Kodoe/Ko; Ke represents the power of the eyepiece lens system (Ge), Kedoe represents the power of the diffractive optical element (PFe) of the eyepiece lens system (Ge), and Pe is defined as Pe = Kedoe/Ke;, and FNO represents the F-number of the objective lens system (Go), θ represents the real field of view of the telescope optical system (20a, 20b), and m represents the magnification of the telescope optical system (20a, 20b).
A safety pen needle assembly comprising: a hub; a needle fixed to said hub, said needle having a distal end, formed for insertion into a patient, and a proximal end; a first shield having a tubular body at least partially encircling a portion of said needle; a second shield having a tubular body at least partially encircling a portion of said needle; a first biasing means disposed to urge said second shield proximally towards said proximal end of said needle; and a releasable retaining means for releasably retaining said second shield in an initial position against the force of said first biasing means, characterized in that, a predetermined extent of distal movement of said first shield towards said distal end of said needle causes said retaining means to release said second shield, and, wherein, with said second shield being released, said second shield is urged proximally by said first biasing means to a second position where said second shield covers said proximal end of said needle. a hub; a needle fixed to said hub, said needle having a distal end, formed for insertion into a patient, and a proximal end; a first shield having a tubular body at least partially encircling a portion of said needle; a second shield having a tubular body at least partially encircling a portion of said needle; a first biasing means disposed to urge said second shield proximally towards said proximal end of said needle; and a releasable retaining means for releasably retaining said second shield in an initial position against the force of said first biasing means, characterized in that, a predetermined extent of distal movement of said first shield towards said distal end of said needle causes said retaining means to release said second shield, and, wherein, with said second shield being released, said second shield is urged proximally by said first biasing means to a second position where said second shield covers said proximal end of said needle.
Method for controlling the positioning of a motor vehicle travelling on a road comprising a plurality of traffic lanes (11, 12, 13) laterally delimited by ground marking lines, the method comprising the following steps: receiving a signal from at least one camera fitted to the vehicle, analysing said signal generated by the camera so as to detect said ground marking lines, identifying, in accordance with a predefined classification of the types of ground marking lines, the type of detected ground marking lines laterally delimiting the current traffic lane of the vehicle, determining features of the current traffic lane of the vehicle on the basis of the identification of the type of ground marking lines that delimit it, and, if the current traffic lane has the feature of being among at least a leftmost traffic lane and a rightmost traffic lane for an observer facing in the direction of travel of the vehicle, controlling the positioning of the vehicle in its current traffic lane so as to shift the vehicle in the direction of the distal edge (14, 15) of the road with respect to the central axis of the traffic lane of the vehicle, wherein the method furthermore comprises a step of maintaining an offset distance between the vehicle and the detected ground marking line located on the distal side of the road, the method being characterized in that said offset distance is settable on the basis of the speed of the vehicle. receiving a signal from at least one camera fitted to the vehicle, analysing said signal generated by the camera so as to detect said ground marking lines, identifying, in accordance with a predefined classification of the types of ground marking lines, the type of detected ground marking lines laterally delimiting the current traffic lane of the vehicle, determining features of the current traffic lane of the vehicle on the basis of the identification of the type of ground marking lines that delimit it, and, if the current traffic lane has the feature of being among at least a leftmost traffic lane and a rightmost traffic lane for an observer facing in the direction of travel of the vehicle, controlling the positioning of the vehicle in its current traffic lane so as to shift the vehicle in the direction of the distal edge (14, 15) of the road with respect to the central axis of the traffic lane of the vehicle, wherein the method furthermore comprises a step of maintaining an offset distance between the vehicle and the detected ground marking line located on the distal side of the road, the method being characterized in that said offset distance is settable on the basis of the speed of the vehicle.
A shower tube cleaning device for a filter for a water tank in which uncleaned water within a water tank is sucked into the interior of a filter, and clean water that has been filtered by the filter is returned to the interior of the water tank through a shower tube connected to a discharge port of the filter, wherein the cleaning device comprises a cleaner slidably provided within the shower tube, the base end of the shower tube being connected to the discharge port and the extremity thereof being blocked by an end wall, an operating rod that has one end linked to the cleaner, extends through the interior of the shower tube, and has a free end projecting outward through the end wall of the shower tube, and a knob fixed to the free end of the operating rod, foreign matter attached to the interior of the shower tube being scraped off by reciprocating sliding of the cleaner, characterised in that the cleaner is formed from a cylindrical body, and the internal diameter thereof is substantially equal to the internal diameter of a joint tube connecting the discharge port of the filter to the shower tube.
An antenna device comprising: a metal housing having an aperture; a first conductor disposed in a portion except for the aperture of the metal housing, the first conductor being capacitively coupled to the metal housing; and a second conductor disposed in the aperture of the metal housing and in a same plane as that of the first conductor, wherein the first and second conductor are configured such that between them an alternating-current voltage is applied, the second conductor being transparent to visible light. a metal housing having an aperture; a first conductor disposed in a portion except for the aperture of the metal housing, the first conductor being capacitively coupled to the metal housing; and a second conductor disposed in the aperture of the metal housing and in a same plane as that of the first conductor,
An impact wrench comprising: - an electric motor comprising a rotor and a stator; - a rebound type impact mechanism - means for controlling the power supply of said motor comprising means for regulating the power supply current of said motor; said rotor of said motor being directly linked to said impact mechanism, characterised in that said means for controlling the power supply of said motor are configured to output to said means for regulating, during a screwing or unscrewing operation, a setpoint of the power supply current of the motor inducing the generation of a predetermined electromagnetic torque by said motor, and in that said means for controlling the power supply of said motor are configured to power said motor in the working direction including during the rebound of the rebound type impact mechanism. - an electric motor comprising a rotor and a stator; - a rebound type impact mechanism - means for controlling the power supply of said motor comprising means for regulating the power supply current of said motor;
A shoe upper (10, 1920) comprising: a substrate comprising a first region defined by a first color or visual pattern and at least a second region defined by a second color or visual pattern visually distinctive from the first color or visual pattern; and a line of stitching (14, 1910A, 1910B) formed by a continuous thread, the line of stitching disposed at least partially in the first region of the upper (16, 1910A) and at least partially in the second region of the upper (18, 1910B), wherein a portion of the continuous thread is colored by a printing dye or ink; wherein the substrate is not colored by the printing dye or ink, and the continuous thread matches the first color or visual pattern in the first region and wherein the portion of the continuous thread comprising the dye or ink matches the second color or visual pattern in the second region.
An X-ray detection device for foreign matter (1, 40) which irradiates an examination subject article being conveyed in a conveyance path with X-rays at a predetermined detection position and which determines, on the basis of the transmission amount of X-rays that have penetrated through the examination subject article, whether or not foreign matter is mixed in, characterized in that the X-ray detection device comprises: a test-piece table (17, 49) which, being outside the conveyance path, holds two or more test pieces for checking sensitivity of detecting the mixed-in foreign matter and which is movably installed so that it can pass the detection position along a moving direction of the examination subject article moving in the conveyance path, the test pieces being arranged in a row parallel to an array of detector elements, the array being perpendicular to a moving direction of the examination subject article moving in the conveyance path; and means (19, 43) for moving the test-piece table linearly along the moving direction at substantially the same speed as a moving speed of the examination subject article, the means being arranged to move the test-piece table in substantially the same direction as the moving direction of the examination subject article, whereby the test-piece table can pass the detection position in substantially the same direction as the moving direction of the examination subject article in a linear section of a prescribed length to be parallel with the conveyance path. a test-piece table (17, 49) which, being outside the conveyance path, holds two or more test pieces for checking sensitivity of detecting the mixed-in foreign matter and which is movably installed so that it can pass the detection position along a moving direction of the examination subject article moving in the conveyance path, the test pieces being arranged in a row parallel to an array of detector elements, the array being perpendicular to a moving direction of the examination subject article moving in the conveyance path; and means (19, 43) for moving the test-piece table linearly along the moving direction at substantially the same speed as a moving speed of the examination subject article, the means being arranged to move the test-piece table in substantially the same direction as the moving direction of the examination subject article, whereby the test-piece table can pass the detection position in substantially the same direction as the moving direction of the examination subject article in a linear section of a prescribed length to be parallel with the conveyance path.
A prepreg having a structure comprising a first layer and a second layer, wherein the prepreg comprises component comprising a reinforcing fiber, component comprising a thermosetting resin, and component comprising a particle or a fiber of a thermoplastic resin, wherein the component is substantially locally distributed in the first layer and the prepreg is a partially impregnated prepreg in which a portion of the reinforcing fiber is unimpregnated and the remaining reinforcing fiber is impregnated with the thermosetting resin composition containing and, and the impregnation ratio of the thermosetting resin composition in the prepreg is from 10% to 90%, wherein the thermosetting resin has a viscosity at 50°C of between 100 and 2,000 Pa.s and a minimum viscosity of between 0.1 and 15 Pa.s, the weight fraction of the thermosetting resin composition comprising components and is from 33 to 42%, the amount of matrix resin flowing out of the prepreg at a degree of vacuum of 3 kPa at 120 °C is between 4.0 and 7.0%, and the gelling time is 100 minutes or longer.
A cooking device comprising: a heating chamber in which food is put and heated; a heating means heating the food; a steam generating container including a water evaporation chamber; a heat source(2a,2b) heating the steam generating container; and a water supply device supplying water to the water evaporation chamber, a leading opening to lead steam from the water evaporation chamber; an ejection opening ejecting into the heating chamber the steam led from the leading opening; and a buffer chamber connecting through the leading opening and the ejection opening characterized in that the buffer chamber is provided between the water evaporation chamber and the heating chamber and the buffer chamber is adjacent to both the water evaporation chamber and the heating chamber, such that the heat of the heating chamber is conducted to the buffer chamber and the heat of the water evaporation chamber is conducted to the buffer chamber.
Extensible flexible hose for transporting a pressurized fluid comprising: an inner tube made of an elastic polymeric material adapted to be extended along a longitudinal axis starting from a rest condition in which the inner tube has a rest diameter and to become radially expanded starting from a rest condition; a tubular outer textile layer with a stretchable pattern, arranged outside said inner tube in a loose manner with respect to said inner tube and coaxially thereto with reference to said longitudinal axis, said outer layer being adapted to define in itself an outer surface of the hose with no further layers; and respective connector members to fluidically connect said tube to a feeding source of said fluid and to a fluid delivery nozzle, arranged respectively at a first and at a second common end of said inner tube and said outer layer so as to make the inner tube and the outer textile layer mutually integral in correspondence to said ends, the hose being characterized in that said outer textile layer is obtained by braiding textile yarns directly around said inner tube in a longitudinally stretched condition with respect to said rest condition, said tubular outer layer having a maximum diameter, obtainable with a maximum axial compression of its textile pattern in the direction of said longitudinal axis, corresponding to said rest diameter of said inner tube in said rest condition, said textile material of said outer layer being a non-elastic yarn or a yarn with insignificant elasticity chosen among the following materials or a combination thereof: polypropylene, polyester, polyamide, polyethylene, para-aramid fibers.
Static device for reducing the collision risk of vehicles, characterised in that the device comprises: - sensors for monitoring at least two traffic lanes in the region of an intersection and for detecting approaching vehicles (6, 9, 10); - a memory in which at least one setpoint speed profile assigned to the device is stored; - the setpoint speed profile comprising value pairs consisting of a distance and a setpoint speed assigned to the distance; - the device being configured to wirelessly transmit by means of a transmitter device at least one information item relating to the setpoint speed profile, which can be received by a vehicle (6, 9, 18) approaching the device - sensors for monitoring at least two traffic lanes in the region of an intersection and for detecting approaching vehicles (6, 9, 10); - a memory in which at least one setpoint speed profile assigned to the device is stored; - the setpoint speed profile comprising value pairs consisting of a distance and a setpoint speed assigned to the distance; - the device being configured to wirelessly transmit by means of a transmitter device at least one information item relating to the setpoint speed profile, which can be received by a vehicle (6, 9, 18) approaching the device
A process for making a composition comprising an ethylene-based polymer, the process comprising the steps of: contacting under first polymerization conditions at least ethylene and at least one molecular catalyst to form a first ethylene-based polymer, and contacting under second polymerization conditions the first ethylene-based polymer of with at least additional ethylene and a carbon-carbon free radical initiator of Structure I: wherein R 1, R 2, R 3, R 4, R 5 and R 6 are each, independently, hydrogen or a hydrocarbyl group and wherein, optionally, two or more R groups (R 1, R 2, R 3, R 4, R 5 and R 6) form a ring structure, with the proviso that at least one of R 2 and R 5, and at least one of R 3 and R 6 is a hydrocarbyl group of at least two carbon atoms, to form a polymer composition comprising a second ethylene-based polymer. contacting under first polymerization conditions at least ethylene and at least one molecular catalyst to form a first ethylene-based polymer, and contacting under second polymerization conditions the first ethylene-based polymer of with at least additional ethylene and a carbon-carbon free radical initiator of Structure I: wherein R 1, R 2, R 3, R 4, R 5 and R 6 are each, independently, hydrogen or a hydrocarbyl group and wherein, optionally, two or more R groups (R 1, R 2, R 3, R 4, R 5 and R 6) form a ring structure, with the proviso that at least one of R 2 and R 5, and at least one of R 3 and R 6 is a hydrocarbyl group of at least two carbon atoms, to form a polymer composition comprising a second ethylene-based polymer.
A welding system comprising: one or more channels within the welding system configured to convey compressed air from a compressed air source; a compressed air outlet configured to provide compressed air through the one or more channels to a gouging torch; and a cooling pathway configured to route compressed air through the one or more channels to a component within the welding system, wherein conveyance of the compressed air is configured to draw heat from the component. one or more channels within the welding system configured to convey compressed air from a compressed air source; a compressed air outlet configured to provide compressed air through the one or more channels to a gouging torch; and a cooling pathway configured to route compressed air through the one or more channels to a component within the welding system, wherein conveyance of the compressed air is configured to draw heat from the component.