mhurhangee/ep-ind-claims huggingface dataset:
A device, comprising: • a shaft defining a shaft axis; • a cam mounted on said shaft, said cam having a lobe projecting eccentric to said shaft axis; • a plurality of projections; • a rotor surrounding said cam and rotatable relatively thereto about said shaft axis, said rotor comprising a plurality of openings, each said opening receiving one of said projections; characterized in that said plurality of projections are rotatably mounted on said cam and each of said projections being pivotably mounted relative to said cam; wherein rotation of said rotor relatively to said cam causes said projections to rotate about said shaft axis while also reciprocating within said openings radially toward and away from said shaft axis. • a shaft defining a shaft axis; • a cam mounted on said shaft, said cam having a lobe projecting eccentric to said shaft axis; • a plurality of projections; • a rotor surrounding said cam and rotatable relatively thereto about said shaft axis, said rotor comprising a plurality of openings, each said opening receiving one of said projections;
Insert nut for a screw nut joint (26, 11) of the type which comprises a substantially rectangular block, of which the short side substantially corresponds to the width of the outer groove portion in a T-formed groove, which outer groove portion is delimited by side flanges in a profile or the like and which inner groove portion is expanded relative to the outer groove portion, whereby the long side of the insert nut substantially corresponds to the width of the inner groove portion, and which nut by rotation can be transversally positioned and be brought into contact with the.underside of the side flanges of the groove, characterized in, that the nut is designed with a substantially quadratic shoulder section, which is arranged concentric with the threaded hole of the nut, and with substantially the same width as the short side of the nut, which shoulder section is intended to cooperate with the side edges of the outer groove portion, and that the shoulder section is divided in the vertical direction in a lower quadratic portion and an upper quadratic portion designed with two diametrically opposed rounded corners.
A "span" type greenhouse designed to be installed in "multi-span" runs each covering several thousand square meters uninterrupted, this "span" type greenhouse being constituted by a plurality of structural units installed parallel to one another over the entire length of the bay defined under the span; each structural unit being made up of at least two side vertical posts (PLG, PLD) having a height greater than or equal to 3.5 m, separated by a bay width strictly greater than 9 m and supporting roof-forming arch segments at their top ends, which arch segments meet at the center of the greenhouse, the structural units being connected together at the top ends of the posts via longitudinal gutters; the surfaces of the greenhouse being designed to receive a transparent roof covering made up of one or more plastic films; said greenhouse being characterized in that, with said greenhouse being such that the ratio of the distance between the top of the greenhouse and the horizontal straight line passing through the top ends of the side posts (PLG, PLD) over the bay width is less than 1/5; said greenhouse has central double opening windows hinged along at least one hinge axis at the top of the of greenhouse, these double opening windows being such that each of the side opening windows (OG, OD) has a width between the hinge axis (AG, AD) and the end of the opening window (BG, BD) higher or equal to 1.4 m, the end of the opening window (BG, BD) coming to rest on side lintels (LG, LD) on closure; the transverse profile of the greenhouse with its opening windows closed being such that, on either side of the greenhouse, the angle formed between the straight line that is tangential to the arch segment (CIG, CID) in the transverse plane of the greenhouse at the side lintel (LG, LD) and the straight line intersecting the hinge axis and the end of the closed side opening window in the transverse plane of the greenhouse is non-zero and creates a break accentuating the slope on either sides of the top, this break in slope procuring a slope for the closed opening window that is greater than or equal to 15° in respect to horizontal.
A power semiconductor device comprising - at least one support, at least one power semiconductor chip is arranged on a support top side, - a heat sink having a heat sink top side, wherein the at least one support is arranged on the heat sink top side, and - a mold body of an electric insulating material in direct contact with the at least one support and the heat sink, wherein the mold body fixes and presses the at least one support onto the heat sink so that the at least one support is directly arranged on the heat sink top side, - the mold body is the only component in the power semiconductor device adhesively bonded to the heat sink, and the at least one support is fixed to the heat sink by means of the mold body in a force-fit manner, characterized in that there is at least one recess in the mold body running from a mold body top side facing away from the heat sink to the support top side and at least one electric wiring is running through the at least one recess. - at least one support, at least one power semiconductor chip is arranged on a support top side, - a heat sink having a heat sink top side, wherein the at least one support is arranged on the heat sink top side, and - a mold body of an electric insulating material in direct contact with the at least one support and the heat sink, wherein the mold body fixes and presses the at least one support onto the heat sink so that the at least one support is directly arranged on the heat sink top side, - the mold body is the only component in the power semiconductor device adhesively bonded to the heat sink, and the at least one support is fixed to the heat sink by means of the mold body in a force-fit manner, characterized in that there is at least one recess in the mold body running from a mold body top side facing away from the heat sink to the support top side and at least one electric wiring is running through the at least one recess.
A duct comprising: a foam-filled honeycomb core structure having a tubular shape; and an air-impermeable duct wall coupled to an exterior surface of the foam-filled honeycomb core structure. a foam-filled honeycomb core structure having a tubular shape; and an air-impermeable duct wall coupled to an exterior surface of the foam-filled honeycomb core structure.
A numbering device for carrying out numbering in sheet-fed or web-fed numbering presses, said numbering device comprising a casing and a numbering unit with rotatable numbering wheels carrying alpha-numerical symbols thereon, which numbering wheels are disposed next to each other and rotate about a common rotation axis, said numbering device further comprising electro-mechanical actuation means for setting the position of said numbering wheels, wherein said electro-mechanical actuation means are mechanically autonomous, said electro-mechanical actuation means comprising a plurality of independent driving means (15, 18-23; 23*) for actuating a corresponding plurality of said numbering wheels, wherein each independent driving means comprises an electric motor driving the associated numbering wheel through a gear-wheel assembly (16, 19-23; 23*), wherein the gear-wheel assembly (16, 19-23; 23*) comprises a driving pinion (23; 23*) meshing with a toothed wheel disposed on a side of the associated numbering wheel, characterized in that said electro-mechanical actuation means are disposed in an inner space of the casing of said numbering device and wherein an axial position of the driving pinion (23; 23*) along its shaft is adjustable. wherein said electro-mechanical actuation means are mechanically autonomous, said electro-mechanical actuation means comprising a plurality of independent driving means (15, 18-23; 23*) for actuating a corresponding plurality of said numbering wheels, wherein each independent driving means comprises an electric motor driving the associated numbering wheel through a gear-wheel assembly (16, 19-23; 23*), wherein the gear-wheel assembly (16, 19-23; 23*) comprises a driving pinion (23; 23*) meshing with a toothed wheel disposed on a side of the associated numbering wheel, characterized in that said electro-mechanical actuation means are disposed in an inner space of the casing of said numbering device and wherein an axial position of the driving pinion (23; 23*) along its shaft is adjustable.
A modelling tool apparatus characterised by: a meta model including a semantic registry and a meta data manager, the meta data manager storing information describing a characteristic of an object or property and the semantic registry storing a rule to be enforced when modelling the object or property; an object/property factory registry, coupled to the meta model, operable to create an instance of the object or property; an object/property model operable to store an instance of the object or property; an object/property interface, coupled to the object/property factory registry and the object/property model, operable to provide the instance of the object or property from the object/property factory registry to the object/property model; and a transaction manager coupled to the object/property interface for undoing an action that violates the rule and places the object/property model in an invalid state. a meta model including a semantic registry and a meta data manager, the meta data manager storing information describing a characteristic of an object or property and the semantic registry storing a rule to be enforced when modelling the object or property; an object/property factory registry, coupled to the meta model, operable to create an instance of the object or property; an object/property model operable to store an instance of the object or property; an object/property interface, coupled to the object/property factory registry and the object/property model, operable to provide the instance of the object or property from the object/property factory registry to the object/property model; and a transaction manager coupled to the object/property interface for undoing an action that violates the rule and places the object/property model in an invalid state.
A method, implemented by a wireless transmit/receive unit, WTRU, for allocating resources to a WTRU operating in CELL_FACH state or IDLE mode, the method comprising: transmitting a signature sequence; receiving an acknowledge signal in response to the signature sequence; receiving an allocation message, wherein the allocation message indicates a first subset of a set of enhanced dedicated channel, E-DCH, resource allocation parameters; and receiving, via a broadcast channel, a system information block indicating a second subset of the set of E-DCH resource allocation parameters; wherein the first subset and the second subset are different; configuring the WTRU for an enhanced uplink using a combination of the first subset and the second subset. transmitting a signature sequence; receiving an acknowledge signal in response to the signature sequence; receiving an allocation message, wherein the allocation message indicates a first subset of a set of enhanced dedicated channel, E-DCH, resource allocation parameters; and receiving, via a broadcast channel, a system information block indicating a second subset of the set of E-DCH resource allocation parameters; wherein the first subset and the second subset are different; configuring the WTRU for an enhanced uplink using a combination of the first subset and the second subset.
An instrument enclosure for either panel or DIN rail mounting comprising: • a substantially hollow housing for containing various electronic components of said instrument, said housing comprising a first, open face and a second face and at least two opposite walls; • a cover for attachment to said first, open face, of said housing; • a DIN rail receiving groove passing through said second face of said housing that is opposite to said first face; and • at least one raised mounting rib for panel mounting located on the exterior of said at least two opposing walls of said housing, characterized by further comprising at least two mounting brackets for panel mounting said enclosure, each mounting bracket adapted to engage and be retained by a corresponding one of said raised mounting ribs on said housing. • a substantially hollow housing for containing various electronic components of said instrument, said housing comprising a first, open face and a second face and at least two opposite walls; • a cover for attachment to said first, open face, of said housing; • a DIN rail receiving groove passing through said second face of said housing that is opposite to said first face; and • at least one raised mounting rib for panel mounting located on the exterior of said at least two opposing walls of said housing,
Bead retaining device comprising a plurality of bead retaining members (6, 106, 206) for retaining a bead in a retaining plane, wherein the bead retaining device further comprises an annular frame extending circumferentially about a central axis perpendicular to the retaining plane, wherein the frame has an inner frame edge that forms a frame opening for receiving a tire building drum, wherein the bead retaining members (6, 106, 206) are movable in a radial direction perpendicular to the central axis between a first radial position at or inside the frame opening and a second radial position radially inward with respect to said first radial position, wherein the bead retaining members (6, 106, 206) each comprise a body (60, 160, 260) having a concave first concave edge (67, 167) extending in said retaining plane, wherein the bead retaining members (6, 106, 206) further each comprise one or more retaining elements which are distributed over the body (60, 160, 260) along said first concave edge (67, 167) for retaining a first bead of a first size along a first retaining curve having a first retaining radius and for retaining a second bead of a second size along a second retaining curve having a second retaining radius larger than the first retaining radius, wherein the first retaining curve is concentric to the central axis in one radial position of the bead retaining members (6, 160, 260) between the first radial position and the second radial position and the second retaining curve is concentric to the central axis in another radial position between the first radial position and the second radial position, wherein the first retaining curve intersects with the second retaining curve at a first intersection point and a second intersection point spaced apart from the first intersection point, wherein the first concave edge (67, 167) is non-circular and is located radially outside of the second retaining curve in a center region (670, 1670) of the first concave edge (67, 167) between the first intersection point and the second intersection point and radially outside of the first retaining curve in a first lateral region (671, 1671) of the first concave edge (67, 167) opposite the center region (670, 1670) with respect to the first intersection point and a second lateral region (672, 1672) of the first concave edge (67, 167) opposite to the center region (670, 1670) with respect to the second intersection point.
A multilayer identity article (10, 20), comprising: a first multilayer substrate (12, 12b), comprising: greater than or equal to 16 layers of a first polymer, preferably 16 to 512 layers of a first polymer; and greater than or equal to 16 layers of a second polymer, preferably 16 to 512 layers of a second polymer; wherein the layers of the first polymer and the layers of the second polymer are present in a ratio of 1:4 to 4:1, preferably the ratio is 1:1; a first protective layer (16, 16b); and a first identification layer between the first protective layer (16, 16b) and the first multilayer substrate (12, 12b); wherein the first identification layer comprises information, and wherein the first protective layer (16, 16b) prevents alteration thereof; and wherein the first polymer has a different composition than the second polymer. a first multilayer substrate (12, 12b), comprising: greater than or equal to 16 layers of a first polymer, preferably 16 to 512 layers of a first polymer; and greater than or equal to 16 layers of a second polymer, preferably 16 to 512 layers of a second polymer; wherein the layers of the first polymer and the layers of the second polymer are present in a ratio of 1:4 to 4:1, preferably the ratio is 1:1; greater than or equal to 16 layers of a first polymer, preferably 16 to 512 layers of a first polymer; and greater than or equal to 16 layers of a second polymer, preferably 16 to 512 layers of a second polymer; wherein the layers of the first polymer and the layers of the second polymer are present in a ratio of 1:4 to 4:1, preferably the ratio is 1:1; a first protective layer (16, 16b); and a first identification layer between the first protective layer (16, 16b) and the first multilayer substrate (12, 12b); wherein the first identification layer comprises information, and wherein the first protective layer (16, 16b) prevents alteration thereof; and wherein the first polymer has a different composition than the second polymer.
A device for adjusting optical axes of headlights, comprising one headlight, another headlight, a first control cable with a first inner cable and a second control cable with a second inner cable, wherein a front end of the first inner cable of the first control cable is connected to the one headlight and a front end of the second inner cable of the second control cable is connected to the other headlight, said second control cable having a longer distance of installation path than the first control cable, and the optical axes of the headlights are adjusted by operating the first and second inner cables (31, 31'), the device further comprising an operating member for operating to adjust the optical axes, and a drive member connected to the operating member at a connecting portion and configured to move the first and second inner cables (31, 31') in a direction extending from the front end (32, 32') toward a base end (33, 33') of the first and second inner cables and in a direction extending from the base end (33, 33') toward the front end (32, 32') of the first and second inner cables by respective pulling and returning operations of the operating member, wherein in the drive member, the base end of the first inner cable and the base end of the second inner cable are connected to a first coupling portion and a second coupling portion, respectively, the first coupling portion is provided on one side of the drive member and the second coupling portion is provided on the other side of the drive member with the connecting portion being provided in between the first coupling portion and the second coupling portion, characterized in that the device further comprises a biasing member for the drive member connected to the second coupling portion of the drive member and biasing the drive member in the direction extending from the base end toward the front end of the second inner cable.
A dishwasher comprising a body; a washing tub which is arranged in the body and wherein the washing process is realized; at least one rack which is disposed in the washing tub and whereon the dishes to be washed are placed; a holder assembly comprising a plurality of plate holder wires arranged on a row and at least one bottle holder wire arranged in the same row, which is provided on the rack and which enable the kitchen items to be fixed on the rack; and at least one spraying member which enables the water to be sprayed onto the rack and the kitchen items to be cleaned; wherein the holder assembly is rotatably arranged around a horizontal axis to change between a placement position and an idle position, such that in the placement position the plurality of plate holder wires is parallel to the base of the rack and the at least one bottle holder wire extends upwards from the base of the rack for placing a bottle thereon, and in the idle position the plurality of plate holder wires is perpendicular to the base of the rack for placing plates thereon; characterized by a gripping member disposed on the bottle holder wire, to fix a bottle between said bottle holder wire and the gripping member.
A paper sheet diverter, comprising: a diversion member which is rotatably provided at a junction portion of transport paths (11, 12, 13) in at least three directions for transporting paper sheets; a driving unit for rotationally moving the diversion member; and a control unit for controlling the driving unit to make the diversion member rotationally move to at least three stopping positions including a first stopping position connecting a first transport path and a second transport path to form a first transport passage, a second stopping position connecting the first transport path and a third transport path to form a second transport passage and a third stopping position connecting the second transport path and the third transport path to form a third transport passage, characterised in that the diversion member has an external shape, one end of which tapers off and the other end of which is wide, and includes transport faces at both side faces from the one end to the other end of the diversion member. a diversion member which is rotatably provided at a junction portion of transport paths (11, 12, 13) in at least three directions for transporting paper sheets; a driving unit for rotationally moving the diversion member; and a control unit for controlling the driving unit to make the diversion member rotationally move to at least three stopping positions including a first stopping position connecting a first transport path and a second transport path to form a first transport passage, a second stopping position connecting the first transport path and a third transport path to form a second transport passage and a third stopping position connecting the second transport path and the third transport path to form a third transport passage, characterised in that the diversion member has an external shape, one end of which tapers off and the other end of which is wide, and includes transport faces at both side faces from the one end to the other end of the diversion member.
Method for carrying out an on-board diagnosis of an exhaust gas catalytic converter in an exhaust gas aftertreatment system of an internal combustion engine of a vehicle, wherein the exhaust gas aftertreatment system comprises the exhaust gas catalytic converter and at least one NOx Sensor which is arranged downstream of the exhaust gas catalytic converter, the method comprising the following steps: after starting the internal combustion engine, in which the exhaust gas catalytic converter has a temperature below its light-off temperature, determining the beginning of a conversion of nitrogen oxides, which is initiated for the first time after the start, by measuring the NOx concentration in the exhaust gas using the NOx sensor, determining a parameter which characterizes the beginning of the conversion which is initiated for the first time, comparing the determined parameter with an expected value of this parameter, and identifying a state of the exhaust gas catalytic converter on the basis of the comparison. after starting the internal combustion engine, in which the exhaust gas catalytic converter has a temperature below its light-off temperature, determining the beginning of a conversion of nitrogen oxides, which is initiated for the first time after the start, by measuring the NOx concentration in the exhaust gas using the NOx sensor, determining a parameter which characterizes the beginning of the conversion which is initiated for the first time, comparing the determined parameter with an expected value of this parameter, and identifying a state of the exhaust gas catalytic converter on the basis of the comparison.