mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for holding a component during the execution of one or more operations, comprising a centring machine including: - a frame, movable along a longitudinal direction; - a sleeve, associated with the frame and elongate along the longitudinal direction between a first end and a second end, the second end facing the outside of the frame in a direction of holding and being configured to come into contact with the component, the sleeve being rotatable relative to the frame about an axis of rotation; - an actuating unit (23, 25), connected to the sleeve to place it in rotation about the axis of rotation and to the frame to move it along the longitudinal direction, wherein the sleeve translates along the longitudinal direction relative to the frame in order to vary a distance of the second end of the sleeve from the frame, characterized in that the sleeve comprises a central power circuit, connected to the actuating unit (23, 25) and including one or more central power connectors, positioned at the second end of the sleeve, said one or more central power connectors being configured to connect to a corresponding connector of the component. - a frame, movable along a longitudinal direction; - a sleeve, associated with the frame and elongate along the longitudinal direction between a first end and a second end, the second end facing the outside of the frame in a direction of holding and being configured to come into contact with the component, the sleeve being rotatable relative to the frame about an axis of rotation; - an actuating unit (23, 25), connected to the sleeve to place it in rotation about the axis of rotation and to the frame to move it along the longitudinal direction, wherein the sleeve translates along the longitudinal direction relative to the frame in order to vary a distance of the second end of the sleeve from the frame, characterized in that the sleeve comprises a central power circuit, connected to the actuating unit (23, 25) and including one or more central power connectors, positioned at the second end of the sleeve, said one or more central power connectors being configured to connect to a corresponding connector of the component.
A vibration generator for piling machines, compactors or other construction machines, having at least two unbalance trains (1, 2) each comprising unbalanced masses (1.1, 1.2, 2.1, 2.2) which are rotatingly drivable by a drive apparatus, and an adjustment apparatus for adjusting the phase position of the unbalanced masses (1.1, 1.2, 2.1, 2.2) relative to each other, wherein the unbalanced masses of different unbalance trains (1, 2) are arranged relative to each other without a fixed transmission ratio and the drive apparatus is designed to drive the unbalance trains (1, 2) with rotation speed differences which are variable relative to each other, characterized in that the unbalanced masses (1.1, 1.2, 2.1, 2.2) of different unbalance trains (1, 2) rotating with different rotation speeds are arranged coaxially to one another, wherein the unbalanced masses (2.1, 2.2) of a first unbalance train are arranged between the unbalanced masses (1.1, 1.2), coaxial therewith, of a second unbalance train, wherein the adjustment apparatus comprises a planetary gearing which comprises at least four output trains (13, 14, 15, 16) as well as an adjustment input train for adjusting the output trains relative to each other, wherein to two of said output trains (13, 14) there are connected the relatively phase-adjustable unbalanced masses (2.1, 2.2) of the first unbalance train and to two further output trains (15, 16) there are connected the relatively phase-adjustable unbalanced masses (1.1, 1.2) of the second unbalanced train.
A method for radio resources management, by a base station in a mobile communication system, the method comprising: identifying that a physical multicast channel, PMCH, is overloaded; generating information indicating that the PMCH is overloaded; and transmitting (501, 601, 701), to a multi-cell/multicast coordination entity, MCE, a notification message including the information, an identity of a multicast-broadcast single-frequency network, MBSFN, area for which the PMCH is configured, and an identity of a multimedia broadcast and multicast service, MBMS, provided through the PMCH. identifying that a physical multicast channel, PMCH, is overloaded; generating information indicating that the PMCH is overloaded; and transmitting (501, 601, 701), to a multi-cell/multicast coordination entity, MCE, a notification message including the information, an identity of a multicast-broadcast single-frequency network, MBSFN, area for which the PMCH is configured, and an identity of a multimedia broadcast and multicast service, MBMS, provided through the PMCH.
A method for manufacturing a lead-acid battery having an electrode group in which a plurality of positive electrode plates and a plurality of negative electrode plates are stacked via a separator (4, 100), the method comprising processing the separator (4, 100) into a bag shape having a first region and a second region facing each other, wherein the step of processing the separator (4, 100) into a bag shape includes forming a joint part (109a, 109b) that includes at least a part of the first region and at least a part of the second region, a plurality of first ribs (102a, 102c) are provided in the first region, a plurality of second ribs (102b, 102d) are provided in the second region, and the step of forming the joint part (109a, 109b) includes making the first region and the second region face each other so that at least one of the first ribs and at least one of the second ribs intersect at the joint part (109a, 109b). the method comprising processing the separator (4, 100) into a bag shape having a first region and a second region facing each other, wherein the step of processing the separator (4, 100) into a bag shape includes forming a joint part (109a, 109b) that includes at least a part of the first region and at least a part of the second region, a plurality of first ribs (102a, 102c) are provided in the first region, a plurality of second ribs (102b, 102d) are provided in the second region, and the step of forming the joint part (109a, 109b) includes making the first region and the second region face each other so that at least one of the first ribs and at least one of the second ribs intersect at the joint part (109a, 109b).
A sheet processing apparatus comprising: a sheet discharge means which discharges a sheet; a sheet stacking means which have an inclined sheet stacking surface on which the sheet discharged by the sheet discharge means is stacked; and a sheet processing means (810, 820, 830) which processes the sheet; characterized by first and second gripping members (11, 71) which each grip the sheet at two positions being away from each other in a direction along the inclination of the sheet stacking surface, and are each movable in the direction along the inclination of the sheet stacking surface; and a controlling portion which controls movement of the first and the second gripping members (11, 71) so as to adjust a position of the sheet gripped by the first and the second gripping members (11, 71) corresponding to the sheet processing means (810, 820, 830) in the direction along the inclination of the sheet stacking surface. a sheet discharge means which discharges a sheet; a sheet stacking means which have an inclined sheet stacking surface on which the sheet discharged by the sheet discharge means is stacked; and a sheet processing means (810, 820, 830) which processes the sheet; characterized by first and second gripping members (11, 71) which each grip the sheet at two positions being away from each other in a direction along the inclination of the sheet stacking surface, and are each movable in the direction along the inclination of the sheet stacking surface; and a controlling portion which controls movement of the first and the second gripping members (11, 71) so as to adjust a position of the sheet gripped by the first and the second gripping members (11, 71) corresponding to the sheet processing means (810, 820, 830) in the direction along the inclination of the sheet stacking surface.
Pixelated sensor, comprising a semiconductor substrate chip with a plurality of sensor pixels and a detector chip with a plurality of detector pixels, wherein each of the plurality of sensor pixels is configured as a photodiode and is electrically connected to an input node of one of the detector pixels, wherein each of the detector pixels is configured to receive a sensor input from the connected sensor pixel, to convert the sensor input into a detector output and to output the detector output to an analog to digital converter, wherein each of the detector pixels comprises an integrator stage configured for receiving the sensor input and a sample and hold, SH, stage configured for sampling and holding a voltage outputted by the integrator stage, and wherein the detector chip further comprises a plurality of first macropixels and a plurality of second macropixels, wherein each first macropixel is formed by a first subset of detector pixels switchably interconnected via a first conducting grid and wherein each second macropixel is formed by a subset of first macropixels switchably interconnected via a second conducting grid by switchably connecting a second subset of detector pixels, each being part of another one of the plurality of first macropixels, via their SH stages to the second conducting grid. wherein each of the plurality of sensor pixels is configured as a photodiode and is electrically connected to an input node of one of the detector pixels, wherein each of the detector pixels is configured to receive a sensor input from the connected sensor pixel, to convert the sensor input into a detector output and to output the detector output to an analog to digital converter, wherein each of the detector pixels comprises an integrator stage configured for receiving the sensor input and a sample and hold, SH, stage configured for sampling and holding a voltage outputted by the integrator stage, and wherein the detector chip further comprises a plurality of first macropixels and a plurality of second macropixels, wherein each first macropixel is formed by a first subset of detector pixels switchably interconnected via a first conducting grid and wherein each second macropixel is formed by a subset of first macropixels switchably interconnected via a second conducting grid by switchably connecting a second subset of detector pixels, each being part of another one of the plurality of first macropixels, via their SH stages to the second conducting grid.
For use in a mode division multiplexing transmission system, a multi-core fiber transmission system comprising a coupled multi-core fiber that contains a plurality of single-mode cores (11; 11A-D) in one optical fiber, wherein said multi-core fiber comprises a plurality of cores (11; 11A-D) that have the same propagation constant and is adapted to form coupled modes in which eigen fundamental modes of the plurality of cores (11; 11A-D) are coupled in an electromagnetic distribution of eigen-modes that propagate through the fiber, neighboring ones of said cores (11; 11A-D) are arranged in a range of a core-to-core distance (Λ) that places a core-to-core state in a coupled state, and the plurality of cores (11; 11A-D) coupled in the coupled state form a core group (13; 13A-H), characterized in that said multi-core fiber transmission system comprises a multi-plexer/demultiplexer which comprises a plurality of input/output ports having different positions (#1 to #4) and being connected to a plurality of single-mode fibers (16; 16a-d), said multiplexer/demultiplexer is adapted to multiplex a single-mode signal received at one of the plurality of input/output ports and output a coupled mode signal to said coupled multi-core fiber in one propagation direction, so that an order of the coupled mode corresponds to the position (#1 to #4) of said one input/output port, and to demultiplex a coupled mode signal received from said coupled multi-core fiber and output a single-mode signal to one of said plurality of input/output ports in the other propagation direction, so that the position (#1 to #4) of said one input/output port corresponds to an order of the coupled mode, and said multiplexer/demultiplexer is adapted to perform said multiplexing so that said mode division multiplexing transmission system is formed in which coupled modes having different orders are made to correspond to signal transmission channels (14A-C) to multiplex mode-divided transmission channels, and said core group (13; 13A-H) forms a coupled transmission system, which is mode-divided by a plurality of coupled modes that have different propagation constants, and makes the coupled modes correspond, one to one, to transmission channels (14A-C) for said multiplexing.
An engine comprising: a crankshaft; a crankcase accommodating the crankshaft; a cylinder connected to the crankcase; a cylinder head connected to the cylinder, the cylinder including an exhaust port; an exhaust pipe connected to the exhaust port; a head cover attached to the cylinder head; a gasket interposed between the cylinder head and the head cover; a shroud disposed about the cylinder head; and a cooling fan for taking an outdoor air into the shroud, the cooling fan being connected to the crankshaft, wherein the cylinder head includes a mating surface, the mating surface being attached to the head cover through the gasket, the mating surface is remote from the exhaust port toward the head cover, the shroud includes an opening through which the exhaust pipe is inserted, a mating surface air guide pathway directing part of the outdoor air taken by the cooling fan to in-between of the mating surface and the exhaust port, and a wall portion disposed between the mating surface air guide pathway and the opening, the wall portion being disposed adjacently to at least part of the opening, the wall portion inhibiting the outdoor air from being directly discharged from the opening. a crankshaft; a crankcase accommodating the crankshaft; a cylinder connected to the crankcase; a cylinder head connected to the cylinder, the cylinder including an exhaust port; an exhaust pipe connected to the exhaust port; a head cover attached to the cylinder head; a gasket interposed between the cylinder head and the head cover; a shroud disposed about the cylinder head; and a cooling fan for taking an outdoor air into the shroud, the cooling fan being connected to the crankshaft, wherein the cylinder head includes a mating surface, the mating surface being attached to the head cover through the gasket, the mating surface is remote from the exhaust port toward the head cover, the shroud includes an opening through which the exhaust pipe is inserted, a mating surface air guide pathway directing part of the outdoor air taken by the cooling fan to in-between of the mating surface and the exhaust port, and a wall portion disposed between the mating surface air guide pathway and the opening, the wall portion being disposed adjacently to at least part of the opening, the wall portion inhibiting the outdoor air from being directly discharged from the opening. an opening through which the exhaust pipe is inserted, a mating surface air guide pathway directing part of the outdoor air taken by the cooling fan to in-between of the mating surface and the exhaust port, and a wall portion disposed between the mating surface air guide pathway and the opening, the wall portion being disposed adjacently to at least part of the opening, the wall portion inhibiting the outdoor air from being directly discharged from the opening.
Folding ladder, in particular for accessing the cavity of a lift shaft comprising: a first side rail; a second side rail that is parallel to the first side rail; a plurality of rungs, each rung having a first end portion pivotally attached to the first side rail and a second end portion pivotally attached to the second side rail in such a way that each rung is movable between a use position in which it is substantially perpendicular to both the side rails (2, 3) while they are laterally spaced, and a rest position in which it is substantially parallel to both the side rails (2, 3) while the latter abut one another; a locking arm having a first end portion pivotally attached to the first side rail, characterized in that it comprises a stop located on the first side rail; a locking member located on the second side rail, the locking arm having a second end portion that is movable between an unlocking position in which it is magnetically coupled to said stop so that the locking arm abuts the first side rail, and a locking position in which it is magnetically coupled to said locking member so that the locking arm is diagonally arranged with respect to both the side rails (2, 3). a first side rail; a second side rail that is parallel to the first side rail; a plurality of rungs, each rung having a first end portion pivotally attached to the first side rail and a second end portion pivotally attached to the second side rail in such a way that each rung is movable between a use position in which it is substantially perpendicular to both the side rails (2, 3) while they are laterally spaced, and a rest position in which it is substantially parallel to both the side rails (2, 3) while the latter abut one another; a locking arm having a first end portion pivotally attached to the first side rail, characterized in that it comprises a stop located on the first side rail; a locking member located on the second side rail, the locking arm having a second end portion that is movable between an unlocking position in which it is magnetically coupled to said stop so that the locking arm abuts the first side rail, and a locking position in which it is magnetically coupled to said locking member so that the locking arm is diagonally arranged with respect to both the side rails (2, 3).
A hot-melt adhesive composition, comprising 100 parts by mass of a diblock copolymer represented by the following general formula X-Y in which X represents a polymer block made of alkyl methacrylate units, wherein the alkyl is one having 1 to 4 carbon atoms or one having a cyclic structure, and wherein 20 % or less by mass of the total of the polymer block X is of other monomer units; Y represents a polymer block made of alkyl acrylate units wherein the alkyl has 1 to 20 carbon atoms, and/or alkyl methacrylate units, wherein the alkyl has 5 to 20 carbon atoms, and wherein 20 % or less by mass of the total of the polymer block Y is of other monomer units; the weight-average molecular weight (Mw) of the polymer block X being from 2,000 to 6,000 g/mol and the ratio of the mass of the polymer block X to that of the polymer block Y, which is the X/Y mass ratio, being in the range of 1/99 to 10/90; wherein the diblock copolymer has a viscosity of 1 to 1,000 Pa · s at temperatures of 80 to 120 °C (inclusive) as measured by a Brookfield type viscometer or a flow tester CFT-500 model, capillary type viscometer (manufactured by Shimadzu Corp., conditions: plunger sectional area: 1 cm 2; die (nozzle) size: a diameter of 1 mm and a length of 10 mm; and test load: 10 kg/cm 2), and is in the liquid state in the temperature range of 100 °C or higher; wherein the ratio of the weight-average molecular weight (Mw) of the polymer block X to the number-average molecular weight (Mn) thereof (Mw/Mn) is 1.01 to 1.3; and said hot-melt adhesive composition also comprising from 10 to 10,000 parts by mass of at least one triblock copolymer, which is a triblock copolymer represented by the formula A-B-A or the formula A-B-C in which A, B and C represent polymer blocks different from each other, wherein A is made of alkyl methacrylate units, B is made of alkyl acrylate units, and C is made of alkyl acrylate units or alkyl methacrylate units.
An interlocking braided shoe and midsole system comprising: a midsole insert comprising a top planar surface opposite a bottom planar surface and a plurality of protruding studs extending below the bottom planar surface on at least a portion of the midsole insert, the midsole insert having a perimeter corresponding to a shoe bottom; and a braided upper having an ankle opening opposite a toe portion, a heel end, a bottom surface, a tubular containment structure having an internal cavity, an interior surface and an exterior surface, a first zone having a first braid density comprising a plurality of apertures, and a second zone having a second braid density comprising a plurality of apertures, wherein the plurality of apertures of the first and second braid densities correspond to the plurality of protruding studs such that the plurality of protruding studs extend below the exterior surface of the braided upper through the plurality of apertures of the first and second braid densities thereby coupling the midsole bottom planar surface with the braided upper and providing a ground-contact outer sole, the plurality of apertures providing a 360-degree containment of each of the plurality of protruding studs, and wherein a braid configuration of the braided upper includes a wider braid on the bottom surface of the braided upper where the plurality of apertures is located and through which the protruding studs extend. a midsole insert comprising a top planar surface opposite a bottom planar surface and a plurality of protruding studs extending below the bottom planar surface on at least a portion of the midsole insert, the midsole insert having a perimeter corresponding to a shoe bottom; and a braided upper having an ankle opening opposite a toe portion, a heel end, a bottom surface, a tubular containment structure having an internal cavity, an interior surface and an exterior surface, a first zone having a first braid density comprising a plurality of apertures, and a second zone having a second braid density comprising a plurality of apertures, wherein the plurality of apertures of the first and second braid densities correspond to the plurality of protruding studs such that the plurality of protruding studs extend below the exterior surface of the braided upper through the plurality of apertures of the first and second braid densities thereby coupling the midsole bottom planar surface with the braided upper and providing a ground-contact outer sole, the plurality of apertures providing a 360-degree containment of each of the plurality of protruding studs, and wherein a braid configuration of the braided upper includes a wider braid on the bottom surface of the braided upper where the plurality of apertures is located and through which the protruding studs extend.
A spindle device comprising: a rotary shaft; and front and rear bearings (150, 160) each configured to rotatably support the rotary shaft with respect to a housing, wherein the housing includes an inner sleeve made of metal and fitted at least onto the rear bearing, and an outer sleeve made of carbon fiber composite material and fitted onto the inner sleeve, characterized in that the inner sleeve is fitted onto the front bearing and the rear bearing, and the inner sleeve and the outer sleeve are fitted to each other with clearance. a rotary shaft; and front and rear bearings (150, 160) each configured to rotatably support the rotary shaft with respect to a housing, wherein the housing includes an inner sleeve made of metal and fitted at least onto the rear bearing, and an outer sleeve made of carbon fiber composite material and fitted onto the inner sleeve, characterized in that the inner sleeve is fitted onto the front bearing and the rear bearing, and the inner sleeve and the outer sleeve are fitted to each other with clearance.