mhurhangee/ep-ind-claims huggingface dataset:
A laundry treating apparatus, comprising: a cabinet; a water tank provided inside the cabinet; and a detergent box provided in communication with the water tank to supply detergent to an inside of the water tank, wherein the detergent box comprises a housing in communication with the water tank; a drawer received inside the housing; and a ventilation portion formed through the housing so as to allow an inside of the tank to communicate with an outside of the housing, and characterized in that the ventilation portion comprises a through hole formed through a side surface of the housing, and a protruding groove portion formed below the through hole to be recessed into an inner surface of the housing and protrude from an outer surface thereof, the protruding groove portion having upper and inner sides opened, and wherein the protruding groove portion further protrudes to an outside of the housing compared to an upper portion of the through hole. a cabinet; a water tank provided inside the cabinet; and a detergent box provided in communication with the water tank to supply detergent to an inside of the water tank, wherein the detergent box comprises a housing in communication with the water tank; a drawer received inside the housing; and a ventilation portion formed through the housing so as to allow an inside of the tank to communicate with an outside of the housing, and
Elevator guide rail straightness measuring system, for measuring the straightness of elevator guide rails, which measuring system comprises at least one plumb line (20, 22) mounted vertically in an elevator runway adjacent to a guide rail and at least one sensor arrangement (28, 30) mounted on a carrier to travel vertically along the guide rail, which sensor arrangement comprises - a frame, - at least one guide shoe (48,49) connected to the frame for sliding/rolling along a guide surface (41, 43, 44) of the guide rail, - a bias means for placing and biasing the frame against the guide surface, and - at least one sensor means (32, 34) for sensing the position of the plumb line with respect to the frame. - a frame, - at least one guide shoe (48,49) connected to the frame for sliding/rolling along a guide surface (41, 43, 44) of the guide rail, - a bias means for placing and biasing the frame against the guide surface, and - at least one sensor means (32, 34) for sensing the position of the plumb line with respect to the frame.
Sound pickup device, comprising at least: - a plurality of microphone capsules, distributed over a portion P of a sphere S circumscribed between two or three planes perpendicular to one another, the three planes intersecting one another at a point corresponding to the centre of the sphere S, and the two planes intersecting at a straight line passing through the centre of the sphere S, and the sphere portion P being such that P = n S/8, with n=1,2, - a processing unit connected to the capsules in order to receive the signals picked up by the capsules, said processing unit being designed to: * matrix the signals according to an ambisonic representation in which only ambisonic components associated with spherical harmonics symmetrical about at least two of the abovementioned planes are selected, and * process a matrix thus obtained in order to identify at least one sound source in a space surrounding the sphere portion, and interpret a sound signal originating from this source. - a plurality of microphone capsules, distributed over a portion P of a sphere S circumscribed between two or three planes perpendicular to one another, the three planes intersecting one another at a point corresponding to the centre of the sphere S, and the two planes intersecting at a straight line passing through the centre of the sphere S, and the sphere portion P being such that P = n S/8, with n=1,2, - a processing unit connected to the capsules in order to receive the signals picked up by the capsules, said processing unit being designed to: * matrix the signals according to an ambisonic representation in which only ambisonic components associated with spherical harmonics symmetrical about at least two of the abovementioned planes are selected, and * process a matrix thus obtained in order to identify at least one sound source in a space surrounding the sphere portion, and interpret a sound signal originating from this source. * matrix the signals according to an ambisonic representation in which only ambisonic components associated with spherical harmonics symmetrical about at least two of the abovementioned planes are selected, and * process a matrix thus obtained in order to identify at least one sound source in a space surrounding the sphere portion, and interpret a sound signal originating from this source.
A network switch comprising: an input port configured to receive packets, wherein each of the packets includes one of a plurality of packet identifiers (PktIDs) and a header having a combination of one or more protocol layers that are each associated with a different protocol, wherein each PktID identifies one of the combinations; a memory configured to store a protocol table including a plurality of entries indexed by the PktlDs, wherein each of the entries describe the combination identified by the PktID to which the entry is indexed and layer information of each protocol layer of the combination; a parser engine configured to identify the PktID of each of the packets received at the input port; and a rewrite engine configured to use the PktID as a key to the protocol table to access information for each protocol layer of the entry describing the combination of the protocol layers of the packet that the rewrite engine requires to modify the packet. an input port configured to receive packets, wherein each of the packets includes one of a plurality of packet identifiers (PktIDs) and a header having a combination of one or more protocol layers that are each associated with a different protocol, wherein each PktID identifies one of the combinations; a memory configured to store a protocol table including a plurality of entries indexed by the PktlDs, wherein each of the entries describe the combination identified by the PktID to which the entry is indexed and layer information of each protocol layer of the combination; a parser engine configured to identify the PktID of each of the packets received at the input port; and a rewrite engine configured to use the PktID as a key to the protocol table to access information for each protocol layer of the entry describing the combination of the protocol layers of the packet that the rewrite engine requires to modify the packet.
A method of operating a vacuum tool (100; 2012), the vacuum tool (100; 2012) incorporating a plurality of vacuum generators, vacuum distributors, vacuum distribution cavities, the vacuum tool (100; 2012) having a multi-portion plate, the method comprising: generating a vacuum force at a first plate portion (420, 422, 424, 426, 428, 430) of the vacuum tool; generating a vacuum force at a second plate portion (420, 422, 424, 426, 428, 430) of the vacuum tool; terminating the generation of the vacuum force at the first plate portion (420, 422, 424, 426, 428, 430) while continuing to allow for generation of the vacuum force at the second plate portion (420, 422, 424, 426, 428, 430); wherein the first plate portion and the second plate portion (420, 422, 424, 426, 428, 430) are capable of being removed and replaced with alternative plate portions having different characteristics. generating a vacuum force at a first plate portion (420, 422, 424, 426, 428, 430) of the vacuum tool; generating a vacuum force at a second plate portion (420, 422, 424, 426, 428, 430) of the vacuum tool; terminating the generation of the vacuum force at the first plate portion (420, 422, 424, 426, 428, 430) while continuing to allow for generation of the vacuum force at the second plate portion (420, 422, 424, 426, 428, 430); wherein the first plate portion and the second plate portion (420, 422, 424, 426, 428, 430) are capable of being removed and replaced with alternative plate portions having different characteristics.
A device for generating a sterile area for an operation, examination or treatment of at least one partial area of an object, in particular of a person, wherein the device has at least one plasma generator (5a-5k), by means of which, as needed, cold plasma gas is emitted into the area, and the device comprises a suction device in the form of at least one suction nozzle (7k'-7g'), provided substantially opposite the at least one plasma generator (5a-5k), in order to generate a stable homogeneous field or even a laminar flow.
A window assembly comprising: an insulated glass unit; a mounting bracket secured to the insulated glass unit; a mounting assembly moveably coupled to the mounting bracket using a fastener; and an electrical component secured to the mounting assembly; wherein the fastener comprises a bolt, a screw, a cam lever, or a bayonet connector. an insulated glass unit; a mounting bracket secured to the insulated glass unit; a mounting assembly moveably coupled to the mounting bracket using a fastener; and an electrical component secured to the mounting assembly; wherein the fastener comprises a bolt, a screw, a cam lever, or a bayonet connector.
A screw assembly comprising: a female component including a hollow elongated shaft defining a medial threaded portion at one end of the hollow shaft and a lateral end opening at the opposite end thereof, wherein the lateral end opening is in communication with a non-cylindrically shaped channel formed along the hollow shaft; a male component configured to be received within the non-cylindrically shaped channel of the female component, the male component being a non-cylindrically shaped shaft defining a lateral threaded portion at one end; and a cap configured to engage the male component; wherein the non-cylindrically shaped channel of the female component defines substantially the same cross-sectional configuration as the non-cylindrically shaped shaft of the male component such that the male component is freely slidable relative to the female component along a longitudinal axis defined by the screw assembly; characterized in that the female component is adapted to be inserted through a drilled canal into a bone until the medial threaded portion is anchored in the medial end of the bone, and the male component is adapted to be inserted into the bone, inside the female component, until the lateral threaded portion is anchored within the lateral cortex of the bone. a female component including a hollow elongated shaft defining a medial threaded portion at one end of the hollow shaft and a lateral end opening at the opposite end thereof, wherein the lateral end opening is in communication with a non-cylindrically shaped channel formed along the hollow shaft; a male component configured to be received within the non-cylindrically shaped channel of the female component, the male component being a non-cylindrically shaped shaft defining a lateral threaded portion at one end; and a cap configured to engage the male component; wherein the non-cylindrically shaped channel of the female component defines substantially the same cross-sectional configuration as the non-cylindrically shaped shaft of the male component such that the male component is freely slidable relative to the female component along a longitudinal axis defined by the screw assembly; characterized in that the female component is adapted to be inserted through a drilled canal into a bone until the medial threaded portion is anchored in the medial end of the bone, and the male component is adapted to be inserted into the bone, inside the female component, until the lateral threaded portion is anchored within the lateral cortex of the bone.
Connecting system for a gliding board, especially for a snow gliding board for skiing, comprising: - a base plate extending along a longitudinal axis of the gliding board with a top side, on which a shoe or a binding can be arranged, and a lower coupling interface to the gliding board, at which the base plate can be connected with the gliding board; wherein the lower coupling interface is configured for a predefinable relative movement between the base plate and the gliding board in dependence on a curvature of the gliding board by a relative rotation of the base plate around at least one mounting point around a pivot on the gliding board; wherein the lower coupling interface is configured for a height adjustment of a height position of the base plate in a height direction perpendicular to the longitudinal axis, while the base plate is pivotably supportable in at least one further mounting point and further is movably supportable along the longitudinal axis in a guiding motion link and relative to the gliding board, wherein the guiding motion link exhibits a contour with a trajectory curved at least in sections, by which, during flexing of the gliding board, with increasing curvature, the height adjustment effects an increasing standing position. - a base plate extending along a longitudinal axis of the gliding board with a top side, on which a shoe or a binding can be arranged, and a lower coupling interface to the gliding board, at which the base plate can be connected with the gliding board;
A fabric for use in transmission belts, the fabric comprising a plurality of first weft yarns interspersed with a plurality of second weft yarns, wherein the first weft yarns comprise a first resilient core and an aliphatic polyamide fibre thread wrapped around the first resilient core to form a first covered yarn, and wherein the second weft yarns comprise a second resilient core and an aramid fibre thread wrapped around the second resilient core to form a second covered yarn, wherein the first covered yarn and/or the second covered yarn is, or are, double covered yarn, the double covered yarn having an inner cover yarn and an outer cover yarn, and wherein the first inner cover yarn comprises the same material as the first outer cover yarn, and/or the second inner cover yarn comprises the same material as the second outer cover yarn. wherein the first covered yarn and/or the second covered yarn is, or are, double covered yarn, the double covered yarn having an inner cover yarn and an outer cover yarn, and wherein the first inner cover yarn comprises the same material as the first outer cover yarn, and/or the second inner cover yarn comprises the same material as the second outer cover yarn.
Closure device for a bag with two closure strips (4, 5) having profile strips (10, 11) which can be detented together and which can be opened and closed by way of a slider, wherein the slider is movable in longitudinal direction of the closure strips (4, 5), engages around the closure strips (4, 5) in U-shape and has two side walls (15, 17) and a connecting section connecting the side walls (15, 17), wherein a projection, which engages at least partly between the closure strips (4, 5), for opening of the closure strips (4, 5) is provided at the connecting section and, at a spacing from the projection, two pressure members, which bear externally against the closure strips (4, 5), for closing of the profile strips (10, 11) are provided, wherein the projection as seen in plan view of the connecting section has a wedge-shaped section with two splaying side walls, wherein the projection has a largest width of more than 1.5 millimetres, characterised in that the projection on the side opposite the tip has a section, which is trapezium-shaped in plan view, with side walls running together towards the end and the pressure members in a direction perpendicular to the plane of the connecting section are at least 1.5 times as long as the projection.
A first disk tray for disks of the type having a central opening, front and back face surfaces, and an outer perimeter, the disk tray comprising: (a) a tray panel portion having a hub (14, 15) for holding one of the disks; (b) a tab portion hingedly connected to the tray panel portion on a tab axis, the tab axis being located along a side corner margin of the tray panel portion; and (c) the tray panel portion being formed having a tab cavity therein configured for receiving a tab portion of a second disk tray, whereby the first and second disk trays (10, 10') can become hingedly connected on the tab axis and pivotable from an open, coplanar condition to a closed facing condition; characterized in that the tray panel portion further comprises means configured for defining an axle axis, of an axle member that provides pivotable support of the tray, the axle axis being oriented parallel to the tab axis, the means configured for defining the axle axis comprising a pair of oppositely oriented axle cavities formed into opposite end extremity portions of the tray panel portion for receiving a pair of axle members, the tray panel portion being formed having a pair of axle barb cavities intersecting respective ones of the axle cavities for engagement by corresponding barbs of the axle members, each of the axle barb cavities being formed by an axle barb opening for facilitating disengagement of the axle barbs. (a) a tray panel portion having a hub (14, 15) for holding one of the disks; (b) a tab portion hingedly connected to the tray panel portion on a tab axis, the tab axis being located along a side corner margin of the tray panel portion; and (c) the tray panel portion being formed having a tab cavity therein configured for receiving a tab portion of a second disk tray, whereby the first and second disk trays (10, 10') can become hingedly connected on the tab axis and pivotable from an open, coplanar condition to a closed facing condition;
Method for producing a steering column for a motor vehicle, the steering column comprising an inner steering column tube, for receiving a steering shaft (3, 11) such that it can be rotated about its longitudinal axis, and an outer steering column tube which receives the inner steering column tube, the outer steering column tube having a longitudinal slot which extends in the direction of the longitudinal axis, a clamping apparatus which can be switched over between a release position, in which the inner steering column tube can be adjusted with respect to the outer steering column tube, and a fixing position, in which the inner steering column tube is fixed with respect to the outer steering column tube, the clamping apparatus comprising a clamping axle which is guided through a recess in the outer steering column tube transversely with respect to the longitudinal axis, and the longitudinal slot having a greater width in the release position than in the fixing position, characterized in that the method has the following method steps: a) manufacturing of a single blank of the outer steering column tube, which blank has the continuous longitudinal slot in the longitudinal direction, using an extrusion process, b) cutting of the individual blank to a required component length, c) producing of a predefined number of recesses at a predefined spacing (L, L1, L2) from an end side of the blank, by means of a metal cutting operation for configuring functional elements in the outer steering column tube, g) completing of the steering column by way of attaching of further components. a) manufacturing of a single blank of the outer steering column tube, which blank has the continuous longitudinal slot in the longitudinal direction, using an extrusion process, b) cutting of the individual blank to a required component length, c) producing of a predefined number of recesses at a predefined spacing (L, L1, L2) from an end side of the blank, by means of a metal cutting operation for configuring functional elements in the outer steering column tube, g) completing of the steering column by way of attaching of further components.
A method for producing electric power from radiation, comprising: placing a first fluorescent absorber/emitter material having a band-gap Eg1 in sunlight concentrated by a lens to absorb heat and a first photon and emit a second photon; placing a solar cell including a second material having a band-gap Eg2 to absorb said second photon and produce electric current; and wherein Eg2 > Eg1, heating said first fluorescent absorber/emitter material to a temperature T1 by said concentrated sunlight, wherein each said second photon has an energy Eg1+3KbT1, where Kb is the Boltzman constant; and T1 > (Eg2-Eg1)/3Kb, thereby producing electric power from radiation from the absorption of the second photon by the solar cell. placing a first fluorescent absorber/emitter material having a band-gap Eg1 in sunlight concentrated by a lens to absorb heat and a first photon and emit a second photon; placing a solar cell including a second material having a band-gap Eg2 to absorb said second photon and produce electric current; and wherein Eg2 > Eg1, heating said first fluorescent absorber/emitter material to a temperature T1 by said concentrated sunlight, wherein each said second photon has an energy Eg1+3KbT1, where Kb is the Boltzman constant; and T1 > (Eg2-Eg1)/3Kb, thereby producing electric power from radiation from the absorption of the second photon by the solar cell.
An organic electroluminescence device comprising opposite anode and cathode, and a hole-transporting region, an emitting layer and an electron-transporting region in sequential order from the anode between the anode and the cathode, the emitting layer comprising a red emitting portion, a green emitting portion, and a blue emitting portion; the blue emitting portion comprising a host BH and a fluorescent dopant FBD; and the green emitting portion comprising a host GH and a phosphorescent dopant PGD; the organic electroluminescent device being characterized in that the triplet energy E T fbd of the fluorescent dopant FBD is larger than the triplet energy E T bh of the host BH; the electron-transporting region comprises a common electron-transporting layer adjacent to the red emitting portion, the green emitting portion and the blue emitting portion; the material constituting the common electron-transporting layer has a triplet energy E T el larger than E T bh; the difference between the affinity of the host GH and the affinity of the material constituting the common electron-transporting layer is 0.4 eV or less; the hole-transporting region comprises a hole-transporting layer adjacent to the blue emitting portion; the hole-transporting layer comprises a material having a triplet energy E T ho larger than E T bh of the host of the blue emitting portion; and the common electron-transporting layer comprises a material represented by the following formula; HAr-L 1 -Ar 1 -Ar 2 wherein HAr is a substituted or unsubstituted nitrogen-containing heterocycle having 3 to 40 carbon atoms; L 1 is a single bond, a substituted or unsubstituted arylene group having 6 to 40 carbon atoms or a substituted or unsubstituted heteroarylene group having 3 to 40 carbon atoms; Ar 1 is a substituted or unsubstituted divalent aromatic hydrocarbon group having 6 to 40 carbon atoms; and Ar 2 is a substituted or unsubstituted aryl group having 6 to 40 carbon atoms or a substituted or unsubstituted heteroaryl group having 3 to 40 carbon atoms.
A method of transforming differently structured signals (6a, 7a, 9a) of different track guide systems (6, 7, 9) for automatic actuation of a steering arrangement in an agricultural working machine, wherein the track guide systems (6, 7, 9) operate in accordance with different operating principles, characterised in that one or more transformation devices are integrated into the existing system comprising the track guide systems (6, 7) and the steering arrangement, to which devices the differently structured signals (6a, 7a, 9a) of the different track guide systems (6, 7, 9) are fed, wherein the transformation devices generate from each of those differently structured input signals (6a, 7a, 9a) a uniform output signal which is fed to the steering arrangement and wherein a transformation device is associated with a respective track guide system.