mhurhangee/ep-ind-claims huggingface dataset:
A wing assembly for an aircraft, the wing assembly comprising: a fixed main body; a flap support tension beam; a flap assembly moveably secured to the fixed main body between a retracted position and a fully-extended position; a fairing moveably secured to the fixed main body; and a fairing drive assembly coupling the flap assembly to the fairing, the fairing drive assembly comprising: a fairing cam including a first joint and a second joint; a flap link pivotally coupled to the first joint of the fairing cam; and a fairing drive arm pivotally coupled to the second joint, wherein the fairing drive arm is also pivotally coupled to the fairing, the fairing cam being configured to rotate upon actuation of the flap assembly and deflect the fairing away from the flap assembly in response to the flap assembly moving from the retracted position towards the fully-extension position, characterised in that the wing assembly further comprises a flap link brace that is pivotally coupled to the first joint of the fairing cam, the flap link brace is also pivotally coupled to the flap support tension beam. a fixed main body; a flap support tension beam; a flap assembly moveably secured to the fixed main body between a retracted position and a fully-extended position; a fairing moveably secured to the fixed main body; and a fairing drive assembly coupling the flap assembly to the fairing, the fairing drive assembly comprising: a fairing cam including a first joint and a second joint; a flap link pivotally coupled to the first joint of the fairing cam; and a fairing drive arm pivotally coupled to the second joint, wherein the fairing drive arm is also pivotally coupled to the fairing, a fairing cam including a first joint and a second joint; a flap link pivotally coupled to the first joint of the fairing cam; and a fairing drive arm pivotally coupled to the second joint, wherein the fairing drive arm is also pivotally coupled to the fairing, the fairing cam being configured to rotate upon actuation of the flap assembly and deflect the fairing away from the flap assembly in response to the flap assembly moving from the retracted position towards the fully-extension position, characterised in that the wing assembly further comprises a flap link brace that is pivotally coupled to the first joint of the fairing cam, the flap link brace is also pivotally coupled to the flap support tension beam.
Nickel alloy, comprising 9.50% to 9.90% by weight of cobalt, 8.70% to 9.00% by weight of chromium, 6.65% to 7.05% by weight of tungsten, 3.67% to 3.87% by weight of tantalum, 0.10% to 0.12% by weight of carbon, 1.77% to 1.97% by weight of molybdenum, characterised in that it comprises 4.80% to 5.00% by weight of aluminium, 1.48% to 1.52% by weight of hafnium, 2.28% to 2.33% by weight of titanium, 0.005% to 0.01% by weight of boron, and less than 0.007% by weight of zirconium, the remainder being nickel and optionally other elements present as impurities.
An apparatus comprising: a first plurality of low noise amplifiers, LNAs; and a cascaded switch configured to route outputs of the first plurality of LNAs to a second plurality of LNAs, wherein the cascaded switch comprises: a first plurality of switches that includes first switches having inputs coupled to the first plurality of LNAs; and a second plurality of switches that includes second switches having inputs coupled to outputs of the first plurality of switches. a first plurality of low noise amplifiers, LNAs; and a cascaded switch configured to route outputs of the first plurality of LNAs to a second plurality of LNAs, wherein the cascaded switch comprises: a first plurality of switches that includes first switches having inputs coupled to the first plurality of LNAs; and a second plurality of switches that includes second switches having inputs coupled to outputs of the first plurality of switches. a first plurality of switches that includes first switches having inputs coupled to the first plurality of LNAs; and a second plurality of switches that includes second switches having inputs coupled to outputs of the first plurality of switches.
A connector for a replaceable container having walls, the container having a member with an opening in one of the walls, the container to be used in a medical machine, wherein the connector is comprised by at least a body, the inner side of which is traversed by inlet and outlet tubes extending from a central member within such container when the connector is attached to the container by joining the central member to the member with the opening, towards an outer side of the connector, characterized in that said tubes separately extend leading to two laterally spaced-apart apertures that are removably attachable to a mounting means and supplementary connection of said machine.
A heating plate including at least one temperature sensor element, comprising: - a top panel forming a top side of the heating plate, - a supporting plate arranged below the top panel, - a heating panel arranged between the top panel and the supporting plate, - a graphite layer is arranged between the heating panel and the top panel, and - at least one shaped hole formed in the supporting plate, wherein - the shaped hole comprises a bigger portion for inserting the temperature sensor element and a smaller portion for fixing said temperature sensor element, characterized in, that the supporting plate is formed as a sheet, the at least one shaped hole is also formed in the heating panel, the shaped hole in the heating panel is congruent with the corresponding shaped hole in the supporting plate, and at least one slot or long hole is formed in the graphite layer, wherein the slot or long hole in the graphite layer is congruent with the corresponding shaped holes in the supporting plate and heating panel, so that the temperature sensor element can be moved along the longitudinal axis of the slot or long hole and fixed in the smaller portion of the shaped hole, after being inserted into the bigger portion of said shaped hole. - a top panel forming a top side of the heating plate, - a supporting plate arranged below the top panel, - a heating panel arranged between the top panel and the supporting plate, - a graphite layer is arranged between the heating panel and the top panel, and - at least one shaped hole formed in the supporting plate, wherein - the shaped hole comprises a bigger portion for inserting the temperature sensor element and a smaller portion for fixing said temperature sensor element,
A soft tissue anchor (132, 146, 158, 190), comprising an elongated body having an aperture in a proximal end (136, 150, 162, 197) for receiving a distal end of a delivery device and a plurality of barbs (138, 140, 142, 152, 154, 164, 166, 168) projecting radially from an external surface of the elongated body, wherein the elongated body is between 1 cm and 4 cm long characterized by a slot extending distally from the proximal end of the anchor along a cross-sectional radius of the anchor, the slot being offset from the aperture and sized and shaped for receiving a sling end.
Method for inserting printed products into a product stream of printed products preferably produced by rotary printing method, which are supplied to print further processing, wherein the printed products brought up in a first product stream in the form of a shingled stream are combined with further printed products which do not originate from the first product stream to form a second product stream, characterized in that the further printed products which do not originate from the first product stream are supplied either individually, in shingled formation or as packets, wherein the printed products brought up in the first product stream are combined with the further printed products to form an intermediate product stream and are stored temporarily in a compressed arrangement for buffering in a substantially quasi-static state and, following the temporary storage, are supplied to the print further processing as a second product stream at a speed (products/time) that is variable and decoupled from the first product stream.
Agricultural machine comprising a first frame and at least one non inflated roller, the roller comprising at least one tube mounted for rotation about a first axis on bearings connected to the first frame, a second frame, connected to the first frame, and at least one inflated wheel, the wheel comprising at least one rim, mounted for rotation about a second axis on bearings connected to the second frame, the wheel being provided with at least one tyre threaded onto the rim, the roller having a covering around the tube, the tyre of the wheel having a tread, the covering and the tread being provided with mouldings (43, 53) defining a pattern element (44, 54) repeated in a transverse direction parallel to the first axis, and to the second axis, respectively, the pitch (L P4) of transverse repeat of the pattern element of the roller and the pitch (L P5) of transverse repeat of the pattern element of the wheel being equal to the nearest 10%, the pattern elements (44, 54) defining ribs (45, 55), the height (L H4) of which on the roller and the height (L H5) of which on the wheel are equal to the nearest 90%, so that the repetition and height of the ribs (45, 55) form, in the earth, a series of furrows that are substantially parallel and substantially equidistant.
A self-heating tool for manufacturing a composite component, comprising: a support structure; a mandrel onto which composite material can be applied; a heater for heating the mandrel during a curing operation; and a plurality of extendible support members extending between the support structure and the mandrel to support the mandrel; characterised in that each extendible support member is configured to change in length independently of any thermal expansion of the extendible support member, in response to thermal expansion of the mandrel during a curing operation wherein each extendible support member is generally linearly extending between the support structure and the mandrel, and comprises a non-linear portion that is deformable so as to change the length of the extendible support member along a direction between the support structure and the mandrel. a support structure; a mandrel onto which composite material can be applied; a heater for heating the mandrel during a curing operation; and a plurality of extendible support members extending between the support structure and the mandrel to support the mandrel; characterised in that each extendible support member is configured to change in length independently of any thermal expansion of the extendible support member, in response to thermal expansion of the mandrel during a curing operation wherein each extendible support member is generally linearly extending between the support structure and the mandrel, and comprises a non-linear portion that is deformable so as to change the length of the extendible support member along a direction between the support structure and the mandrel.
A loudspeaker assembly forming part of a loudspeaker system having infinite baffle topology, said assembly comprising a driver including a cone and a basket, and at least one Helmholtz resonator including a chamber and a vent duct communicating with said chamber and adapted to pass through said infinite baffle, wherein said chamber is dimensioned so that the chamber is smaller in volume than said driver to provide a tuned frequency above an operating band associated with said driver, and wherein said Helmholtz resonator is not a Helmholtz resonator added to provide acoustic filtering of said operating band.
A die holder device for oilfield use, the die holder device comprising: - a die holder having an axial centre line, the die holder being adapted to receive a clamp die; and - a clamp arm (12, 16) or a slide block in which the die holder is provided, wherein the die holder is formed with a first conical surface and a second conical surface complementary fitting to a first conical surface and a second conical surface on the clamp arm (12, 16) or slide block, the complementary fitting conical surfaces (48, 50, 54, 56) being adapted to restrict the die holder from axial movement, characterized in that the second conical surface on the die holder is positioned on a clamp element that is connected to the die holder. - a die holder having an axial centre line, the die holder being adapted to receive a clamp die; and - a clamp arm (12, 16) or a slide block in which the die holder is provided, wherein the die holder is formed with a first conical surface and a second conical surface complementary fitting to a first conical surface and a second conical surface on the clamp arm (12, 16) or slide block, the complementary fitting conical surfaces (48, 50, 54, 56) being adapted to restrict the die holder from axial movement, characterized in that the second conical surface on the die holder is positioned on a clamp element that is connected to the die holder.
Anchoring element for hanging and connecting objects on pre-walls and / or metal surfaces, without the need for tools, comprising: - a front face with a broadly flat geometry intended to rest opposite the wall plane; - a back face provided with coupling means (4, 4'), for coupling the anchoring element to a fixing element, and / or a hole configured to contain a magnetic element,; - characterized in that the anchoring element further comprises projections located in recesses arranged on the periphery of the back face, in such a way that the anchoring element can receive support elements, both in the direction from the X and Y axes of the wall plane. - a front face with a broadly flat geometry intended to rest opposite the wall plane; - a back face provided with coupling means (4, 4'), for coupling the anchoring element to a fixing element, and / or a hole configured to contain a magnetic element,; - characterized in that the anchoring element further comprises projections located in recesses arranged on the periphery of the back face, in such a way that the anchoring element can receive support elements, both in the direction from the X and Y axes of the wall plane.
Refrigeration appliance comprising at least one storage container which has a stationary holder part and a receiving part that is movably mounted thereon and is used for storing products that are to be cooled, wherein the receiving part is rotatably mounted on the holder part in the region of its lower front face edge by means of at least one rotary joint, such that a net restoring torque is applied to the receiving part in the relevant opening position between its final closed position and its final open position, thereby causing it to tilt back independently into its final closed position, wherein the rotary joint has at least one bolt element and at least one socket element (BU1, BU2), wherein the bolt element is interlocked in a largely close-fitting manner in the relevant socket element (BU1, BU2), characterised in that the rotary joint is provided on the underside of the floor of the receiving part, in the region of its lower front face edge, that the at least one socket element (BU1, BU2) is designed as a receiving shell having the form of a part circle in cross section, and that the at least one socket element (BU1, BU2) is moulded onto the underside of the floor part as a convex catch which is curved towards the front.
A gelatin matrix pellet comprising a pre-defined amount of an active ingredient comprising at least one synthetic, semi-synthetic or natural cannabinoid, an extract of a cannabis plant, a combination of cannabis plant constituents, or a combination thereof, wherein the active ingredient comprises at least one of Tetrahydrocannabinol, Cannabidiol, Cannabinol, Cannabigerol, Cannabichromene, Cannabicyclol, Cannabivarin,, Tetrahydrocannabivarin (THCV), Cannabidivarin (CBDV), Cannabichromevarin (CBCV), Cannabigerovarin (CBGV), Cannabigerol Monomethyl Ether (CBGM), an acid form thereof, and a combination thereof.
A high-pressure gas discharge lamp unit including - a burner with a discharge vessel, said burner comprising electrical contact leads (22, 24), - a lamp cap housing, where said burner protrudes from said housing and is fixed thereto, such that at least a first of said contact leads (22, 24) extends into said housing, - where a lamp operating circuit is arranged within said housing, electrically connected to said electrical contact leads (22, 24), - where said housing comprises a bottom plate made out of a metal material to dissipate heat, - and where said bottom plate comprises an opening into which a cap element made out of an electrically insulating material is inserted to enclose said first electrical contact lead. - a burner with a discharge vessel, said burner comprising electrical contact leads (22, 24), - a lamp cap housing, where said burner protrudes from said housing and is fixed thereto, such that at least a first of said contact leads (22, 24) extends into said housing, - where a lamp operating circuit is arranged within said housing, electrically connected to said electrical contact leads (22, 24), - where said housing comprises a bottom plate made out of a metal material to dissipate heat, - and where said bottom plate comprises an opening into which a cap element made out of an electrically insulating material is inserted to enclose said first electrical contact lead.
A heat exchanger, in particular for use in the contact group of a sulfuric acid plant, with a chamber in which a tube bundle is arranged on a circular ring, wherein between the tube bundle and a chamber casing surrounding the tube bundle a gas space is formed, with a gas supply opening provided in the chamber casing for introducing a gas into the gas space substantially radially to the tube bundle, and with a gas outlet opening which adjoins an interior space enclosed by the tube bundle in substantially axial direction, characterized in that the center (Z R) of the tube bundle is offset with respect to the center (Z K) of the chamber casing in a direction opposite to the gas supply opening.
Industrial robot for unloading vertically stacked elongated containers, in particular wooden barrels, from enclosing boundaries such as a shipping container, each elongated container having a convex shape with a circular top surface, a circular bottom surface parallel to the top surface, and a convex outer surface which connects the top surface and the bottom surface forming a bulge at a centre portion of the elongated container between the top surface and the bottom surface, the bulge defining a centre width of the elongated container, the convex outer surface being a smooth surface comprising a front surface and a back surface defined by a centre plane intersecting a centre point of each of the top surface and the bottom surface, the front surface defining a front side of the elongated container, wherein the industrial robot is configured to perform a pick operation from the front side of the elongated container, the pick operation including approaching and gripping the elongated container from the front side with an end of arm tooling having, during the pick operation, an outer dimension in a direction perpendicular to an elongated direction defined by the elongated container which is smaller than the centre width of the elongated container, characterized in that the end of arm tooling further comprises a support structure (36a; 36b) which does not extend beyond the dimension of the elongated container during the pick operation and which is configured to engage the elongated container only after the picking operation, once the elongated container has been lifted and moved away from the enclosing boundaries. wherein the industrial robot is configured to perform a pick operation from the front side of the elongated container, the pick operation including approaching and gripping the elongated container from the front side with an end of arm tooling having, during the pick operation, an outer dimension in a direction perpendicular to an elongated direction defined by the elongated container which is smaller than the centre width of the elongated container, characterized in that the end of arm tooling further comprises a support structure (36a; 36b) which does not extend beyond the dimension of the elongated container during the pick operation and which is configured to engage the elongated container only after the picking operation, once the elongated container has been lifted and moved away from the enclosing boundaries.
A radioimmunoconjugate that binds human CD37 comprising: a) (a) an anti-CD37 antibody comprising an immunoglobulin heavy chain and an immunoglobulin light chain, wherein the heavy chain comprises SEQ ID NO: 2 and the light chain comprises SEQ ID NO: 4, b) a chelating linker, and c) a radionuclide selected from the group consisting of 177 Lu, 212 Pb, 225 Ac, 227 Th and 90 Y. a) (a) an anti-CD37 antibody comprising an immunoglobulin heavy chain and an immunoglobulin light chain, wherein the heavy chain comprises SEQ ID NO: 2 and the light chain comprises SEQ ID NO: 4, b) a chelating linker, and c) a radionuclide selected from the group consisting of 177 Lu, 212 Pb, 225 Ac, 227 Th and 90 Y.
A method for providing communication by a portable device, the method comprising: operating in at least one of a plurality of modes, the plurality of modes comprising: a normal mode and a stress mode; the portable device entering the stress mode from the normal mode in response to receiving a beacon signal (610,704) indicating an emergency status; providing an indication on the portable device of the emergency status via an audio, visual, or mechanical user interface during the stress mode; the portable device receiving an instruction to activate a monitoring device on the portable device; and transmitting an acknowledgement signal in response to the beacon signal (610,704). operating in at least one of a plurality of modes, the plurality of modes comprising: a normal mode and a stress mode; the portable device entering the stress mode from the normal mode in response to receiving a beacon signal (610,704) indicating an emergency status; providing an indication on the portable device of the emergency status via an audio, visual, or mechanical user interface during the stress mode; the portable device receiving an instruction to activate a monitoring device on the portable device; and transmitting an acknowledgement signal in response to the beacon signal (610,704).