mhurhangee/ep-ind-claims huggingface dataset:
An unloader (30, 60, 70) of a container (1, 41, 51) for rod-like articles of the tobacco industry comprising: a movable intermediate storage hopper (31, 31'), an unloading region for unloading of the filled container (1, 41, 51) located below the intermediate storage hopper (31, 31'), characterized in that movable support means (24, 48, 58), located below the unloading region of the filled container (1, 41, 51), are adapted to insert support surfaces for supporting rod-like articles from below into the chamber (5, 42, 52) of the container (1, 41, 51) through the oblong openings (10, 47, 57) in the bottom (4, 46, 56) of the chamber (5, 42, 52) of the container (1, 41, 51), and further movable support means being adapted to lift support surfaces to push the rod-like elements of the container's chambers into the intermediate storage hopper, the intermediate storage hopper (31, 31') is movable in such a way that it moves from the space above the unloading region into a space beyond the unloading region, the intermediate storage hopper (31, 31'), having at least two vertical side walls, is adapted to be loaded with rod-like articles from below, further the intermediate storage hopper (31, 31') is provided with blocking means (35, 35') adapted to support the rod-like articles inside the intermediate storage hopper (31, 31'). a movable intermediate storage hopper (31, 31'), an unloading region for unloading of the filled container (1, 41, 51) located below the intermediate storage hopper (31, 31'), characterized in that movable support means (24, 48, 58), located below the unloading region of the filled container (1, 41, 51), are adapted to insert support surfaces for supporting rod-like articles from below into the chamber (5, 42, 52) of the container (1, 41, 51) through the oblong openings (10, 47, 57) in the bottom (4, 46, 56) of the chamber (5, 42, 52) of the container (1, 41, 51), and further movable support means being adapted to lift support surfaces to push the rod-like elements of the container's chambers into the intermediate storage hopper, the intermediate storage hopper (31, 31') is movable in such a way that it moves from the space above the unloading region into a space beyond the unloading region, the intermediate storage hopper (31, 31'), having at least two vertical side walls, is adapted to be loaded with rod-like articles from below, further the intermediate storage hopper (31, 31') is provided with blocking means (35, 35') adapted to support the rod-like articles inside the intermediate storage hopper (31, 31').
Shower head, preferably of an overhead shower, comprising - a shower head housing (3, 23), - an inlet connection for the inflow of water into the shower head housing (3, 23) and to secure it, - a jet disk (4, 24) that closes off the shower head housing (3, 23) and which has at least one jet exit opening (5, 6), - at least one water guidance in the shower head housing (3, 23) leading from the inlet connection to the jet disk (4, 24), - at least two jet exit options out of the jet disk (4, 24), and - a switching device to switch between the jet exit options, which is actuatable through exertion of pressure on the jet disk (4, 24), - wherein the jet disk (4, 24) is configured to be deformable or mounted to be displaceable or tiltable relative to the shower head housing (3, 23), or wherein the shower head housing (3, 23) is mounted together with the jet disk to be displaceable relative to the inlet connection, - wherein the jet disk (4, 24) is configured to return, after actuation of the switching device, to its starting position before actuation of the switching device without again actuacting the switching device to switch. - a shower head housing (3, 23), - an inlet connection for the inflow of water into the shower head housing (3, 23) and to secure it, - a jet disk (4, 24) that closes off the shower head housing (3, 23) and which has at least one jet exit opening (5, 6), - at least one water guidance in the shower head housing (3, 23) leading from the inlet connection to the jet disk (4, 24), - at least two jet exit options out of the jet disk (4, 24), and - a switching device to switch between the jet exit options, which is actuatable through exertion of pressure on the jet disk (4, 24), - wherein the jet disk (4, 24) is configured to be deformable or mounted to be displaceable or tiltable relative to the shower head housing (3, 23), or wherein the shower head housing (3, 23) is mounted together with the jet disk to be displaceable relative to the inlet connection, - wherein the jet disk (4, 24) is configured to return, after actuation of the switching device, to its starting position before actuation of the switching device without again actuacting the switching device to switch.
A controlling apparatus for knitting a jacquard knitted fabric in a circular knitting machine, in which a knitting tool is movably mounted, comprising: a rocking piece base member for controlling the knitting tool, the rocking piece base member being mounted in the same groove as the knitting tool; at least one rocking piece supported so as to be capable of rocking on the rocking piece base member; at least one pair of attracting members (13a, 13b) respectively corresponding to both ends of the rocking piece; a control cam (7, 8) for controlling the knitting tool; and an intermediate cam (91, 92) for controlling the rocking piece base member, characterised in that it comprises at least one rocking piece retracting cam for retracting the rocking piece. a rocking piece base member for controlling the knitting tool, the rocking piece base member being mounted in the same groove as the knitting tool; at least one rocking piece supported so as to be capable of rocking on the rocking piece base member; at least one pair of attracting members (13a, 13b) respectively corresponding to both ends of the rocking piece; a control cam (7, 8) for controlling the knitting tool; and an intermediate cam (91, 92) for controlling the rocking piece base member, characterised in that it comprises at least one rocking piece retracting cam for retracting the rocking piece.
An apparatus (100, 3600) for bypassing an occlusion in a blood vessel comprising: an outer shaft component (102, 1302, 3602) having a side port proximal to a distal end thereof; and an inner shaft component disposed within the outer shaft component (102, 1302, 3602) and defining a continuous lumen there-through, the inner shaft component having a body portion that extends substantially parallel with a longitudinal axis of the apparatus, and a needle housing (116, 916, 3816) distally extending from a distal end of the body portion, the needle housing (116, 916, 3816) including a curved distal portion (120, 920, 3820) that bends from the longitudinal axis of the apparatus and terminates at the side port (108, 3608) of the outer shaft component and a transition portion (118, 918) positioned between the body portion of the inner shaft component and the distal portion (120, 920, 3820) of the needle housing (116, 916, 3816), wherein the transition portion (118, 918) has a variable flexibility along its length that decreases in a distal direction; and a needle component (134, 3634) configured to be slidably disposed within the continuous lumen of the inner shaft component and removable therefrom, the needle component (134, 3634) having a curved distal end with the same curvature as the curved distal portion (120, 920, 3820) of the needle housing (116, 916, 3816). an outer shaft component (102, 1302, 3602) having a side port proximal to a distal end thereof; and an inner shaft component disposed within the outer shaft component (102, 1302, 3602) and defining a continuous lumen there-through, the inner shaft component having a body portion that extends substantially parallel with a longitudinal axis of the apparatus, and a needle housing (116, 916, 3816) distally extending from a distal end of the body portion, the needle housing (116, 916, 3816) including a curved distal portion (120, 920, 3820) that bends from the longitudinal axis of the apparatus and terminates at the side port (108, 3608) of the outer shaft component and a transition portion (118, 918) positioned between the body portion of the inner shaft component and the distal portion (120, 920, 3820) of the needle housing (116, 916, 3816), wherein the transition portion (118, 918) has a variable flexibility along its length that decreases in a distal direction; and a needle component (134, 3634) configured to be slidably disposed within the continuous lumen of the inner shaft component and removable therefrom, the needle component (134, 3634) having a curved distal end with the same curvature as the curved distal portion (120, 920, 3820) of the needle housing (116, 916, 3816).
A motor vehicle lighting unit comprising at least one main wall defining a cavity subdivided into a part of a first reflector, intended at least partially to perform a first photometric function, and at least a part of a zone, situated beside said part of the first reflector and intended at least partially to perform a second photometric function, said main wall being equipped with first fixing means (MF1j), characterised in that it comprises a metal panel including a rear part which is positioned in the bottom of the cavity and a front part, said metal panel being equipped with second elastic-type fixing means (MF2j) cooperating with said first fixing means (MF1j) in order to secure the metal panel to the main wall by pressing it firmly against the latter under stress in a first direction and in a position that ensures separation between said first and second photometric function, the panel being visible from the outside of the lighting unit.
An optical sight, comprising a common eyepiece and two optical channels arranged in parallel and having different magnifications, each of which comprising, arranged along the path of rays, an objective (1, 2), reticles (3, 4) and an erecting system (5, 9); the common eyepiece being arranged on the axis of the lower-magnification channel, the objectives (1, 2) of both channels having equal focal lengths, the reticles (3, 4) being provided in the common focal plane of the channels, and the higher-magnification channel being additionally provided with an optical element which is arranged in front of the focal plane and which is capable of shifting the axis of the higher-magnification channel.
Road verge comprising a cover formed as a verge strip which extends along a paving, said cover being composed of concrete stones, forming a bond which may or may not be fixed, said bond being oriented transversely and longitudinally to the direction of travel or main direction of the paving, characterized in that transition areas or joints (14a, 14b) between the stones parallel to the direction of travel are staggered with respect to each other, wherein the stones are arranged in equal groups, the groups being composed of a number of first stones with longitudinal and lateral sides and a number of second stones with longitudinal sides which correspond with the lateral sides of the first stones, wherein the first stones have equal lateral and longitudinal sides and wherein the second stones have lateral sides of half a longitudinal side; and wherein each group is composed of five first stones and two second stones, wherein when considered in the direction of travel, two first stones, which are adjacent to each other transversely to the direction of travel, are succeeded by set formed by a first stone having at longitudinal sides which are opposite when considered in a direction transverse to the direction of travel, connecting second stones which are located with their longitudinal direction parallel to the direction of travel, and wherein when considered in the direction of travel, the set is succeeded by two first stones, which are adjacent to each other transversely to the direction of travel; and wherein the groups are placed in a connecting series in the direction of travel.
Electrically operated household attachment appliance (101; 201; 301), having - at least one power coil (114; 214; 314; 414) with in each case at least one power winding for inductively tapping energy from an electromagnetic excitation field, in particular magnetic alternating field, for operating the household attachment appliance (101; 201; 301), at least one signal coil (228; 328; 428) with in each case at least one signal winding (341; 441) and a data transmission unit (226; 228), wherein - the at least one power coil (114; 214; 314; 414) is connected to the data transmission unit (226, 228) for supplying electricity thereto, - the at least one signal winding (341; 441) lies in a signal winding plane, - the signal coil (228; 328; 428) is a signal coil of the data transmission unit (226, 228) for data transmission between the attachment appliance (101; 201; 301) and an operating appliance (106; 206; 306) and - the power winding plane lies essentially parallel to the signal winding plane, characterised in that - the at least one power winding is arranged in a cut-out (332; 335; 435) of a coil core (333, 334; 434) and lies there in a power winding plane, - the power coil (114; 214; 314; 414) and the at least one signal winding (341; 441) of the signal coil (228; 328; 428) are arranged in the same cut-out (335; 435) of the coil core (334; 434) and - the at least one power coil (114; 214; 314; 414) is connected to a resistance-heating conductor for supplying electricity thereto. - at least one power coil (114; 214; 314; 414) with in each case at least one power winding for inductively tapping energy from an electromagnetic excitation field, in particular magnetic alternating field, for operating the household attachment appliance (101; 201; 301), at least one signal coil (228; 328; 428) with in each case at least one signal winding (341; 441) and a data transmission unit (226; 228), - the at least one power coil (114; 214; 314; 414) is connected to the data transmission unit (226, 228) for supplying electricity thereto, - the at least one signal winding (341; 441) lies in a signal winding plane, - the signal coil (228; 328; 428) is a signal coil of the data transmission unit (226, 228) for data transmission between the attachment appliance (101; 201; 301) and an operating appliance (106; 206; 306) and - the power winding plane lies essentially parallel to the signal winding plane, - the at least one power winding is arranged in a cut-out (332; 335; 435) of a coil core (333, 334; 434) and lies there in a power winding plane, - the power coil (114; 214; 314; 414) and the at least one signal winding (341; 441) of the signal coil (228; 328; 428) are arranged in the same cut-out (335; 435) of the coil core (334; 434) and - the at least one power coil (114; 214; 314; 414) is connected to a resistance-heating conductor for supplying electricity thereto.
An electrode such as an anode, the electrode comprising: a current collector; and a composite material on the current collector, the composite material comprising one or more types of carbon phases as a substantially continuous phase with micrometer-sized silicon particles distributed throughout the composite material, wherein the current collector comprises stainless steel, wherein the composite material is formed on the current collector and adhered to the current collector by pyrolysing, on the current collector, a mixture comprising a precursor and micrometer-sized silicon particles to convert the precursor into the one or more types of carbon phases. a current collector; and a composite material on the current collector, the composite material comprising one or more types of carbon phases as a substantially continuous phase with micrometer-sized silicon particles distributed throughout the composite material, wherein the current collector comprises stainless steel, wherein the composite material is formed on the current collector and adhered to the current collector by pyrolysing, on the current collector, a mixture comprising a precursor and micrometer-sized silicon particles to convert the precursor into the one or more types of carbon phases.
Cooking device comprising a cooking chamber, a door for opening and closing the cooking chamber, and a drain disposed in the cooking chamber and having an opening for allowing substantially aqueous cooking fluids and grease to drain from the cooking chamber, and an apparatus for grease separation during a cooking cycle, said apparatus comprising: a collector box having a collector box volume, wherein the collector box volume contains a quantity of water having a water level; a drain pipe having a first end and a second end, wherein the first end is disposed in communication with the cooking chamber, wherein the second end is disposed in communication with the collector box volume, and wherein the second end contacts and is sealed by the water level to form a closed system wherein atmospheric air cannot enter the cooking device; a lower collector box drain line in communication with a lower connector box drain disposed distal the water level and an upper collector box drain line in communication with an upper collector box drain disposed above the water level; characterized in that the apparatus further comprises at least a first sensor disposed in association with the collector box, wherein the at least first sensor detects an interface between grease and substantially aqueous cooking fluids. a collector box having a collector box volume, wherein the collector box volume contains a quantity of water having a water level; a drain pipe having a first end and a second end, wherein the first end is disposed in communication with the cooking chamber, wherein the second end is disposed in communication with the collector box volume, and wherein the second end contacts and is sealed by the water level to form a closed system wherein atmospheric air cannot enter the cooking device; a lower collector box drain line in communication with a lower connector box drain disposed distal the water level and an upper collector box drain line in communication with an upper collector box drain disposed above the water level; characterized in that the apparatus further comprises at least a first sensor disposed in association with the collector box, wherein the at least first sensor detects an interface between grease and substantially aqueous cooking fluids.
Motor vehicle, having two A-pillars and a windscreen, characterized in that, the windscreen has in each case, in the region of the A-pillars, at the side facing towards the respective A-pillar, a curvature with a curvature radius of from 5000 to 5 mm, preferably of from 500 to 10 mm, particularly preferably from 200 to 20 mm, very particularly preferably of from 150 to 30 mm, in particular from 100 to 50 mm, and the windscreen has no mechanical connection to the two A-pillars.
Method for repairing the teeth of a ring gear by means of a machining device comprising a frame and a moving part bearing a cutting member that can be moved along a plurality of axes with respect to the frame, said method being implemented in-situ without dismantling the ring gear from the support thereof, said method comprising the following steps for implementing the machining of a tooth: - attaching said machining device to the ring gear by the action of tightening parts (12, 12') rigidly attached to the frame of the machining device, engaging with the flanks of the ring gear, - defining the position of said machining device with respect to the tooth to be machined by bearing on the flank (42; 42') of a reference tooth, the flank (42, 42') being situated, with respect to the crest (43; 43') of the reference tooth, facing the opposite direction to the flank of the tooth to be machined, the reference tooth being the tooth to be machined or an immediately preceding tooth, - performing the machining of the flank of the tooth to be machined in an automated manner by control of the cutting member according to predetermined machining operations recorded, in digital form, in a memory; and wherein said step for defining the position of said machining device with respect to the tooth to be machined implements a first lower bearing and a second upper bearing, the positions of which are offset in height along the flank (42; 42') of the reference tooth (4; 4'). - attaching said machining device to the ring gear by the action of tightening parts (12, 12') rigidly attached to the frame of the machining device, engaging with the flanks of the ring gear, - defining the position of said machining device with respect to the tooth to be machined by bearing on the flank (42; 42') of a reference tooth, the flank (42, 42') being situated, with respect to the crest (43; 43') of the reference tooth, facing the opposite direction to the flank of the tooth to be machined, the reference tooth being the tooth to be machined or an immediately preceding tooth, - performing the machining of the flank of the tooth to be machined in an automated manner by control of the cutting member according to predetermined machining operations recorded, in digital form, in a memory;
A method for testing connections of batteries, several of which in a battery module are connected, electrically in parallel, with their battery electrodes (10, 11) to bus bars (6, 7), by means of a resistance measurer comprising a pair of contact pins (17, 18), in a measurement, with the first contact pin the first battery electrode of a first battery being contacted and with the second contact pin a point on a conductor arrangement being connected to the first battery electrode of the first battery, wherein the conductor arrangement includes connectors, the bus bar and the first battery electrode of another battery, and wherein a safety contact pin being connected by a safety resistance measurer to the first contact pin of the resistance measurer, and the first contact pin and the safety contact pin are simultaneously contacting the first battery electrode of the first battery.
A method for selectively compressing input image data within an image, the steps of said method comprising: segmenting an image into a set of segments, said segments determined according to a parameter which provides one or more of spatial segmentation and temporal segmentation; surveying said input image data within each segment to find the out-of-gamut colors in that segment including the color which is most out of gamut; for each image data value within a segment, determining a minimum reduction amount to apply to each image data value within each segment such that some or all of the out of gamut colors within the said segment are brought within gamut; and reducing each image data value within said segment by the reduction amount, such that the local contrast of the reduced image data is substantially maintained from the input image data by feathering the reduction amount across other segments to reduce potential visual artefacts. segmenting an image into a set of segments, said segments determined according to a parameter which provides one or more of spatial segmentation and temporal segmentation; surveying said input image data within each segment to find the out-of-gamut colors in that segment including the color which is most out of gamut; for each image data value within a segment, determining a minimum reduction amount to apply to each image data value within each segment such that some or all of the out of gamut colors within the said segment are brought within gamut; and reducing each image data value within said segment by the reduction amount, such that the local contrast of the reduced image data is substantially maintained from the input image data by feathering the reduction amount across other segments to reduce potential visual artefacts.