mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for identifying potentially hazardous conditions for a surface marine vessel, comprising: an input configured to receive signals representative of points of intended movement of the surface marine vessel, an input configured to receive signals representative of a position of a hazard; an output; and a signal processing device coupled to said inputs and said output and configured to compare the position of the surface marine vessel along said points of intended movement with the position of a hazard and to determine, according to one or more predetermined criteria, whether a potentially hazardous condition exists, characterized in that a length of the intended movement is determined for purposes of detecting unsafe clearances using a look ahead distance calculation based on a stopping or turning time of the surface marine vessel. an input configured to receive signals representative of points of intended movement of the surface marine vessel, an input configured to receive signals representative of a position of a hazard; an output; and a signal processing device coupled to said inputs and said output and configured to compare the position of the surface marine vessel along said points of intended movement with the position of a hazard and to determine, according to one or more predetermined criteria, whether a potentially hazardous condition exists, characterized in that a length of the intended movement is determined for purposes of detecting unsafe clearances using a look ahead distance calculation based on a stopping or turning time of the surface marine vessel.
A tape-shaped prepreg comprising unidirectionally-oriented reinforcing fibers, and a thermoplastic resin composition, wherein said tape-shaped prepreg has: an average thickness of 0.2 mm or more and 1.5 mm or less; a void content of 5% by volume or less, as measured according to the method in the description; a degree of dispersity of reinforcing fibers of 0.5 or less, as measured according to the method in the description; and a coefficient of variation (%) of said degree of dispersity of reinforcing fibers in the length direction of said tape-shaped prepreg is 5.0% or less, as measured according to the method in the description. an average thickness of 0.2 mm or more and 1.5 mm or less; a void content of 5% by volume or less, as measured according to the method in the description; a degree of dispersity of reinforcing fibers of 0.5 or less, as measured according to the method in the description; and a coefficient of variation (%) of said degree of dispersity of reinforcing fibers in the length direction of said tape-shaped prepreg is 5.0% or less, as measured according to the method in the description.
An anode active material for a lithium secondary battery comprising lithium-silicon composite oxide particles, wherein the lithium-silicon composite oxide particles (i) comprise Li 2 SiO 3, preferably in combination with Li 2 Si 2 O 5, and (ii) have a phase fraction ratio defined by Equation 1 of 1.0 or less, and (iii) the content of the lithium-silicon composite oxide particles having a diameter of less than 3 μm is 5 vol% or less based on a total volume of the lithium-silicon composite oxide particles, wherein the particle diameter is measured by the method defined in the description: phase fraction ratio = I 225 / I 213 wherein, in Equation 1, I is a phase fraction of Li 2 Si 2 O 5 obtained by a Rietveld Refinement using an X-ray diffraction analysis, and I is a phase fraction of Li 2 SiO 3 obtained by the Rietveld Refinement using the XRD analysis, wherein the XRD analysis is performed by the method defined in the description. wherein the lithium-silicon composite oxide particles (i) comprise Li 2 SiO 3, preferably in combination with Li 2 Si 2 O 5, and (ii) have a phase fraction ratio defined by Equation 1 of 1.0 or less, and (iii) the content of the lithium-silicon composite oxide particles having a diameter of less than 3 μm is 5 vol% or less based on a total volume of the lithium-silicon composite oxide particles, wherein the particle diameter is measured by the method defined in the description: phase fraction ratio = I 225 / I 213 (i) comprise Li 2 SiO 3, preferably in combination with Li 2 Si 2 O 5, and (ii) have a phase fraction ratio defined by Equation 1 of 1.0 or less, and (iii) the content of the lithium-silicon composite oxide particles having a diameter of less than 3 μm is 5 vol% or less based on a total volume of the lithium-silicon composite oxide particles, wherein the particle diameter is measured by the method defined in the description: phase fraction ratio = I 225 / I 213 wherein, in Equation 1, I is a phase fraction of Li 2 Si 2 O 5 obtained by a Rietveld Refinement using an X-ray diffraction analysis, and I is a phase fraction of Li 2 SiO 3 obtained by the Rietveld Refinement using the XRD analysis, wherein the XRD analysis is performed by the method defined in the description.
Ventilation device comprising a roof covering, comprising a dome having a hood that can be adjusted in inclination to the respective roof pitch, having a ventilation pipe (4, 5, 7, 18) comprising an upper pipe portion that is rigid and can be adjusted in inclination together with the hood and has an air inlet aperture, a lower pipe portion that is rigid and comprises a connecting element having an air inlet aperture, and a flexible region arranged between the upper pipe portion and the lower pipe portion, characterised in that the flexible region extends in part into the dome in at least one inclination position of the upper pipe portion relative to the extension plane of the roof covering, and the connecting element can be fixed, the pipe axis thereof perpendicularly crossing the roof plane, to the rafter, to a rafter-mounted insulation, to a roof substructure or to a pipe lead-through, in particular an insulating sleeve.
A clip assembly for a rotor disk of a brake assembly, the clip assembly comprising: a half-cap clip arranged to fit over an end of a lug of the rotor disk, the half-cap clip having two opposing sides (512, 514) and an end across the two opposing sides, and a top surface, the top surface, the sides and the end defining a receptacle to receive the rotor lug, the half-cap clip having an aperture in each of the sides; and a pin having a pin head and a pin body extending from the pin head along an axis of the pin, the pin having a cross-section defining an elongate shape having rounded ends (202, 206); wherein the apertures in the sides of the half-cap clip are shaped to receive the pin body; and characterized in that the cross-section of the pin body, in a plane perpendicular to the pin axis, defines an elongate shape having rounded ends, opposing rounded end portions connected by a narrower middle portion. a half-cap clip arranged to fit over an end of a lug of the rotor disk, the half-cap clip having two opposing sides (512, 514) and an end across the two opposing sides, and a top surface, the top surface, the sides and the end defining a receptacle to receive the rotor lug, the half-cap clip having an aperture in each of the sides; and a pin having a pin head and a pin body extending from the pin head along an axis of the pin, the pin having a cross-section defining an elongate shape having rounded ends (202, 206); wherein the apertures in the sides of the half-cap clip are shaped to receive the pin body; and characterized in that the cross-section of the pin body, in a plane perpendicular to the pin axis, defines an elongate shape having rounded ends, opposing rounded end portions connected by a narrower middle portion.
A vacuum pumping system comprising: a high pressure getter pump configured to operate from an initial pressure of between 10 and 10 -2 mbar to a second pressure between 10 -3 mbar and 10 -6 mbar, and the vacuum pumping system characterised by comprising at least one high vacuum pump (30, 62) configured to operate at higher vacuums than said high pressure getter pump, said two pumps being mounted on a same flange, said flange being configured to mount said vacuum pumping system to a vacuum chamber. a high pressure getter pump configured to operate from an initial pressure of between 10 and 10 -2 mbar to a second pressure between 10 -3 mbar and 10 -6 mbar, and the vacuum pumping system characterised by comprising at least one high vacuum pump (30, 62) configured to operate at higher vacuums than said high pressure getter pump, said two pumps being mounted on a same flange, said flange being configured to mount said vacuum pumping system to a vacuum chamber.
An adaptor for use with a telecommunications housing having an opening extending through a wall thereof, said adaptor comprising: a body (302;402) having a port (304;404) extending therethrough from a first end (306;406) of the body (302;402) to a second end (308;408) of the body (302;402), wherein a first portion (356;456) of the body (302;402) adjacent the first end (306;406) extends along a first longitudinal axis (366;466) and is configured for mounting within an opening of a telecommunications housing, and wherein a second portion (358;458) of the body (302;402) adjacent the second end (308;408) extends along a second longitudinal axis (368;468) laterally offset from the first longitudinal axis (366;466); and a retention device positioned adjacent the second end (308;408) of the body (302;402) and configured to retain a connection device receptacle within the port (304;404). a body (302;402) having a port (304;404) extending therethrough from a first end (306;406) of the body (302;402) to a second end (308;408) of the body (302;402), wherein a first portion (356;456) of the body (302;402) adjacent the first end (306;406) extends along a first longitudinal axis (366;466) and is configured for mounting within an opening of a telecommunications housing, and wherein a second portion (358;458) of the body (302;402) adjacent the second end (308;408) extends along a second longitudinal axis (368;468) laterally offset from the first longitudinal axis (366;466); and a retention device positioned adjacent the second end (308;408) of the body (302;402) and configured to retain a connection device receptacle within the port (304;404).
A solar cell comprising: a photoelectric conversion section; and a patterned collecting electrode extending in one direction on a first principal surface of the photoelectric conversion section, wherein the collecting electrode includes a first electroconductive layer and a second electroconductive layer in this order from a photoelectric conversion section side, and further includes an insulating layer provided with openings between the first electroconductive layer and the second electroconductive layer, the first electroconductive layer is covered with the insulating layer, and the second electroconductive layer is partially in conduction with the first electroconductive layer through the openings of the insulating layer, the first electroconductive layer has non-central portions within a range of d 2 -d I from both ends of the first electroconductive layer, respectively, and a central portion between the two non-central portions, in a width direction that is orthogonal to an extending direction of the first electroconductive layer, and a density Sc of openings of the insulating layer on the first electroconductive layer at the central portion and a density S O of openings of the insulating layer on the first electroconductive layer at the non-central portions satisfy a relationship of So < Sc, wherein d I is a thickness of the insulating layer and d 2 is a thickness of the second electroconductive layer, characterized in that the first electroconductive layer and the second electroconductive layer each has a patterned shape matching the collecting electrode pattern.
A power amplifier with power detection, comprising: a radio frequency power amplifier having a gain stage that includes a gain stage input, a gain stage output, and a feedback loop coupled between an input and an output of the power amplifier; a detection circuit having a first detection circuit input electrically coupled to the gain stage input, a second detection circuit input electrically coupled to the gain stage output and a detection circuit output; an amplitude control circuit and a phase control circuit electrically coupled together in series between the gain stage output and the second detection circuit input; wherein the amplitude control circuit and the phase control circuit are configured to produce a signal received by the second detection circuit input and the detection circuit is configured to produce a signal at the output of the detection circuit that has a power proportional to a forward power output of the power amplifier, wherein the amplitude control circuit is a first amplitude control circuit and further comprising a second amplitude control circuit that is electrically coupled in series between the first detection circuit input and the gain stage input. a radio frequency power amplifier having a gain stage that includes a gain stage input, a gain stage output, and a feedback loop coupled between an input and an output of the power amplifier; a detection circuit having a first detection circuit input electrically coupled to the gain stage input, a second detection circuit input electrically coupled to the gain stage output and a detection circuit output; an amplitude control circuit and a phase control circuit electrically coupled together in series between the gain stage output and the second detection circuit input; wherein the amplitude control circuit and the phase control circuit are configured to produce a signal received by the second detection circuit input and the detection circuit is configured to produce a signal at the output of the detection circuit that has a power proportional to a forward power output of the power amplifier, wherein the amplitude control circuit is a first amplitude control circuit and further comprising a second amplitude control circuit that is electrically coupled in series between the first detection circuit input and the gain stage input.
Electrical plug connector having a first and a second plug connector housing, whereby slider surfaces can be pushed into the first plug connector housing transversely to the mating direction of the plug connector, and whereby diagonally running guide slots are moulded onto the slider surfaces and cams onto the second plug connector housing or whereby cams are moulded onto the slider surfaces and diagonally running guide slots onto the second plug connector housing, whereby the cams are guided along the guide slots when the slider surfaces are pushed into the first plug connector housing to effect a relative movement of the plug connector housings toward each other, and whereby the side of the first plug connector housing positioned opposite the connection side is locked by a snap-on cover, characterised in that the slider surfaces pushed into the first plug connector housing are positively interlocked with the cover.
A method of examining a food product to be skinned in a skinning procedure as to whether the skin was completely removed from the product, in which at least one image of the product, in particular of a rear end of the product, is recorded; and a check is made by evaluating the image whether at least one part of the skin is present at the product, characterized in that the check is carried out by means of a comparison of the recorded image with at least one reference image of at least one skinned part region of a reference product, with a contour of the rear end of the reference product present in the reference image being compared with a contour of the rear end of the product present in the recorded image, and with it being assumed on agreement of the two contours at least within a predefined tolerance that the skin was completely removed from the product.
An apparatus for making freshly squeezed orange juice, comprising: a rotary material basket, a transportation guide device, a juicer, a water supply tank, a high pressure water pump, a pressure boosting device, a spraying transportation pipeline, a spraying pipeline, a spraying head, a movable filter, an orange juice collecting funnel, a filling control valve, a filling oval container, a filling transportation pipeline, a high pressure air pump, an air processing and purifying device, a high pressure air transportation pipeline, a bottle, a bottle container, a bottle guide device, a bottle transportation mechanism, a bottle transverse transportation mechanism, a bottle inlet position detecting device, a bottle filling position detecting device, a bottle capping position detecting device, a filling position liquid level detecting device, a bottle cap locking detecting device, an automatic capping mechanism, a liquid recycle guiding device, a liquid recycle bucket, a finished product receiving device, a UV sterilization device, a refrigerating system, a heat-insulating chamber, and a control center; characterized in that, the rotary material basket is arranged at a top of the juicer and is connected with the juicer via the transportation guide device; the water supply tank is arranged at a bottom of the heat-insulating chamber and is connected with the high pressure water pump via a pump inlet connecting pipeline; the high pressure water pump is connected with the pressure boosting device via a pump outlet connecting pipeline; the pressure boosting device is connected with the spraying pipeline via the spraying transportation pipeline; the spraying head is arranged on the spraying pipeline; the filling oval container is connected with and arranged below the filling control valve; the orange juice collecting funnel is connected with and arranged above the filling control valve; the orange juice collecting funnel is connected with a lower portion of an interior of the juicer via a fastener; the high pressure air pump is arranged at the bottom of the heat-insulating chamber and is connected with the air processing and purifying device via a pump outlet connecting pipeline; the air processing and purifying device is connected to a junction between the filling oval container and the filling control valve via the high pressure air transportation pipeline; the bottle is arranged in the bottle container; the bottle container is arranged above the bottle transportation mechanism; the liquid recycle guiding device is arranged below a bottle filling position; the UV sterilization device is arranged at an upper portion of the heat-insulating chamber and is close to the rotary material basket.
Expansible anchor for anchoring in an undercut blind hole, especially for anchoring in a thin panel, wherein the expansible anchor has a through-hole having an internal thread, wherein the through-hole passes all the way through the expansible anchor in a longitudinal direction to a front end, wherein the expansible anchor has at its front end a widened portion in which the expansible anchor, at least in some portions, widens radially, wherein the expansible anchor has an expansion element which is expansible by being pushed onto the widened portion, and wherein the expansion element is unslotted, characterised in that the internal thread does not extend as far as a front end of the through-hole, but instead a thread-free portion is provided between the front end and the internal thread, with a diameter of the through-hole which is the same size as an internal diameter of the internal thread.
A control unit for an internal combustion engine, which comprises a boost circuit (15, 16, 17, 18), a switching element, a current detecting resistor and a controller and is designed to be actuated such that the boost circuit is used to boost a power source voltage to create a boosted voltage and the controller is used to control the switching element so as to enable the boosted voltage to flow through a reverse current-preventing diode to the injector solenoid coil; wherein the control unit is characterized in that, when the boost circuit goes out of order, the injector solenoid coil is excited by making use of the power source voltage without using the boosted voltage and without creating a peak current to thereby generate a first holding current required for opening the injector and a second holding current required for retaining the opened state of the injector, the second holding current being lower in intensity than the first holding current.
Damping system comprising at least three damping and spring arrangements which each comprise two end pieces (20, 21), which are in the form of elongate strip elements with a longitudinal axis, and a wire or cable arrangement having at least one spirally arranged wire or cable piece (15, 16), wherein the end pieces (20, 21) are connected to each other by means of the wire or cable arrangement, characterized in that the damping and spring arrangements are each prestressed in the direction of their longitudinal axis, and the at least three damping and spring arrangements are arranged in such a manner that the longitudinal axes or extensions of the longitudinal axes intersect at an intersecting point.
An exhaust purification system of an internal combustion engine comprising an adsorbent arranged in an exhaust passage of an internal combustion engine and adsorbing HC and NOx in exhaust gas, a catalyst arranged in the exhaust passage at a downstream side from the adsorbent in a direction of exhaust flow and removing HC and NOx, an air-fuel ratio control part configured to control an air-fuel ratio of exhaust gas discharged from an engine body of the internal combustion engine to the exhaust passage, and a temperature calculating part configured to calculate a temperature of the adsorbent, wherein at the adsorbent, a desorption temperature of HC is higher than a desorption temperature of NOx, the air-fuel ratio control part is configured to make the air-fuel ratio a predetermined air-fuel ratio during a normal control, and the air-fuel ratio control part is configured to make the air-fuel ratio a stoichiometric air-fuel ratio when a temperature of the adsorbent is in the vicinity of the desorption temperature of NOx, then make the air-fuel ratio leaner than the stoichiometric air-fuel ratio when the temperature of the adsorbent reaches the vicinity of the desorption temperature of HC. an adsorbent arranged in an exhaust passage of an internal combustion engine and adsorbing HC and NOx in exhaust gas, a catalyst arranged in the exhaust passage at a downstream side from the adsorbent in a direction of exhaust flow and removing HC and NOx, an air-fuel ratio control part configured to control an air-fuel ratio of exhaust gas discharged from an engine body of the internal combustion engine to the exhaust passage, and a temperature calculating part configured to calculate a temperature of the adsorbent, wherein at the adsorbent, a desorption temperature of HC is higher than a desorption temperature of NOx, the air-fuel ratio control part is configured to make the air-fuel ratio a predetermined air-fuel ratio during a normal control, and the air-fuel ratio control part is configured to make the air-fuel ratio a stoichiometric air-fuel ratio when a temperature of the adsorbent is in the vicinity of the desorption temperature of NOx, then make the air-fuel ratio leaner than the stoichiometric air-fuel ratio when the temperature of the adsorbent reaches the vicinity of the desorption temperature of HC.