mhurhangee/ep-ind-claims huggingface dataset:
A tightening tool comprising: a solar cell disposed on a surface of a tool body; and a member that is attached to the tool body in which a transverse direction orthogonal to a longitudinal direction of the tool body is designated as a width direction, characterized in that the member is formed in a convex arc-shape such that a top surface on the side of a light receiving surface of the solar cell faces outward, and has oblique surfaces at respective ends in the width direction; and a center line of the member in the width direction and a center line of the tool are misaligned in the width direction. a solar cell disposed on a surface of a tool body; and a member that is attached to the tool body in which a transverse direction orthogonal to a longitudinal direction of the tool body is designated as a width direction, characterized in that the member is formed in a convex arc-shape such that a top surface on the side of a light receiving surface of the solar cell faces outward, and has oblique surfaces at respective ends in the width direction; and a center line of the member in the width direction and a center line of the tool are misaligned in the width direction.
A method comprising: (a) suspending a coil wound heat exchanger in a substantially vertical orientation above a platform with at least one saddle (436a-d) and at least one lug (441a-b) that are each rigidly connected to the coil wound heat exchanger and are each connected to a module frame (460a-b, 466a-b); (b) rigidly affixing the at least one lug (441a-b) to the module frame (460a-b, 466a-b); (c) enabling the at least one saddle (436a-d) to move relative to the module frame (460a-b, 466a-b) in a direction parallel to a longitudinal axis of the coil wound heat exchanger when the coil wound heat exchanger transitions from ambient temperature to an operating temperature; (d) telescoping a coil wound mandrel into a shell (330, 340, 430, 440) of the coil wound heat exchanger with the shell of the coil wound heat exchanger in a substantially horizontal orientation; and (e) supporting the coil wound heat exchanger during step (d) using the at least one saddle (436a-d) and at least one lug (441a-b) that suspend the coil wound heat exchanger in step (a). (a) suspending a coil wound heat exchanger in a substantially vertical orientation above a platform with at least one saddle (436a-d) and at least one lug (441a-b) that are each rigidly connected to the coil wound heat exchanger and are each connected to a module frame (460a-b, 466a-b); (b) rigidly affixing the at least one lug (441a-b) to the module frame (460a-b, 466a-b); (c) enabling the at least one saddle (436a-d) to move relative to the module frame (460a-b, 466a-b) in a direction parallel to a longitudinal axis of the coil wound heat exchanger when the coil wound heat exchanger transitions from ambient temperature to an operating temperature; (d) telescoping a coil wound mandrel into a shell (330, 340, 430, 440) of the coil wound heat exchanger with the shell of the coil wound heat exchanger in a substantially horizontal orientation; and (e) supporting the coil wound heat exchanger during step (d) using the at least one saddle (436a-d) and at least one lug (441a-b) that suspend the coil wound heat exchanger in step (a).
Cartesian positioning device for positioning an optical system for a laser machining head, comprising: an optical system mount (10, 110) for holding the optical system; exactly one y-adjusting element (30, 130) for a linear movement of the optical system mount (10, 110) in the y-direction; exactly one x-adjusting element (40, 140) for a linear movement of the optical system mount (10, 110) in the x-direction; wherein the x-adjusting element (40, 140) and the y-adjusting element (30, 130) are arranged next to one another on a support element (20, 120), wherein the y-adjusting element (30, 130) is adjustable in the y-direction in order to move the optical system mount (10, 110) linearly in the y-direction, and wherein the x-adjusting element (40, 140) is adjustable in the y-direction in order to move the optical system mount (10, 110) linearly in the x-direction, wherein the y-adjusting element (30, 130) has exactly one y-slide (50, 150) at one end, which connects the y-adjusting element (30, 130) to the optical system mount (10, 110), wherein the y-slide (50, 150) is connected to the optical system mount (10, 110) by means of a linear guide unit (15, 115) so as to be movable in the x-direction. an optical system mount (10, 110) for holding the optical system; exactly one y-adjusting element (30, 130) for a linear movement of the optical system mount (10, 110) in the y-direction; exactly one x-adjusting element (40, 140) for a linear movement of the optical system mount (10, 110) in the x-direction; wherein the x-adjusting element (40, 140) and the y-adjusting element (30, 130) are arranged next to one another on a support element (20, 120), wherein the y-adjusting element (30, 130) is adjustable in the y-direction in order to move the optical system mount (10, 110) linearly in the y-direction, and wherein the x-adjusting element (40, 140) is adjustable in the y-direction in order to move the optical system mount (10, 110) linearly in the x-direction, wherein the y-adjusting element (30, 130) has exactly one y-slide (50, 150) at one end, which connects the y-adjusting element (30, 130) to the optical system mount (10, 110), wherein the y-slide (50, 150) is connected to the optical system mount (10, 110) by means of a linear guide unit (15, 115) so as to be movable in the x-direction.
Plug connector housing for an electric plug connector, in particular a 4 or 5-pin electric plug connector for an air bag, comprising a fixing element for fixing an electric contact element and-a cable - in/on the plug connector housing, wherein the electric contact element can be secured in the plug connector housing by the fixing element and the cable can be clamped on the plug connector housing by the fixing element, wherein the fixing element has a locking member by which the electric contact element can be locked, in a locked position of the fixing element, in the plug connector housing, and the fixing element has a clamping member by which the cable can be fixed, in a clamped position of the fixing element, on the plug connector housing, wherein the locking member of the fixing element has a locking lug, wherein the electric contact element can be locked by the locking lug in the locked position of the locking member, characterized in that the locking lug can be inserted through a through-recess in a wall of a contact chamber for the electric contact element of the plug connector housing, in order to engage with a recess in the electric contact element, and in that the locking lug has an edge formed thereon that locks with an edge of the contact chamber.
A method for manufacturing gasket material formed of a metal plate coated with a compound including an inorganic fiber, an organic fiber, a rubber and an inorganic filler comprising the steps of: preparing a compound including an inorganic fiber, an organic fiber, an unvulcanized fluororubber, a peroxide for vulcanization and an inorganic filler; coating a metal plate with a primer layer; coating said metal plate with an adhesive layer over said primer layer; coating said metal plate with said compound over said primer layer and said adhesive layer; stamping out said metal plate coated with said compound, unvulcanized, into an intermediate product having a size larger than a predetermined size of a finished product of said gasket material; hot pressing said intermediate product coated with said compound, vulcanizing said fluororubber; and removing an outer periphery of said intermediate product to obtain said finished product after said step of hot pressing said intermediate product coated with said compound. preparing a compound including an inorganic fiber, an organic fiber, an unvulcanized fluororubber, a peroxide for vulcanization and an inorganic filler; coating a metal plate with a primer layer; coating said metal plate with an adhesive layer over said primer layer; coating said metal plate with said compound over said primer layer and said adhesive layer; stamping out said metal plate coated with said compound, unvulcanized, into an intermediate product having a size larger than a predetermined size of a finished product of said gasket material; hot pressing said intermediate product coated with said compound, vulcanizing said fluororubber; and removing an outer periphery of said intermediate product to obtain said finished product after said step of hot pressing said intermediate product coated with said compound.
A device comprising: a template molecule (220, 545) linked between at least two contact points including a first contact point disposed on a first surface (205A, 505A, 1245A, 1245B, 1245C, 1245D) and a second contact point disposed on a second surface, wherein the first surface (205A, 505A, 1245A, 1245B, 1245C, 1245D) is independent of the second surface, further wherein the template molecule (220, 545) includes at least one binding site for a target molecule; wherein the template molecule comprises a biological molecule capable of selectively responding to, or binding to, the target molecule, and the template molecule is an antibody, protein, nucleic acid, carbohydrate, glycoprotein or a polymer; and a detector (530, 1215) coupled to the first contact point, the first contact point having a first physical parameter, the detector (530, 1215) configured to generate an output signal based on a change in the first physical parameter, wherein the change in the first physical parameter corresponds to an association of the target molecule and the template molecule (220, 545), the device (530, 1215) being further adapted to pass a current through the template molecule to verify the integrity of the device. a template molecule (220, 545) linked between at least two contact points including a first contact point disposed on a first surface (205A, 505A, 1245A, 1245B, 1245C, 1245D) and a second contact point disposed on a second surface, wherein the first surface (205A, 505A, 1245A, 1245B, 1245C, 1245D) is independent of the second surface, further wherein the template molecule (220, 545) includes at least one binding site for a target molecule; wherein the template molecule comprises a biological molecule capable of selectively responding to, or binding to, the target molecule, and the template molecule is an antibody, protein, nucleic acid, carbohydrate, glycoprotein or a polymer; and a detector (530, 1215) coupled to the first contact point, the first contact point having a first physical parameter, the detector (530, 1215) configured to generate an output signal based on a change in the first physical parameter, wherein the change in the first physical parameter corresponds to an association of the target molecule and the template molecule (220, 545), the device (530, 1215) being further adapted to pass a current through the template molecule to verify the integrity of the device.
A method of recovering electrical energy from a power cable comprising at least two phase conductors (C1, C2, C3), the method installing around said power cable a magnetic core in the form of a torus, to form a magnetic circuit suitable for detecting a magnetic field induced by a primary current passing through the phase conductors of said power cable, equipping said magnetic core with a detection coil for inducing a secondary voltage from said magnetic field and delivering an output voltage at the terminals of said detection coil, enabling different types of electrical systems to be supplied, said method further consisting of making said magnetic circuit heterogeneous in order to generate an asymmetrical magnetic flux flow within said magnetic circuit, enabling said output voltage to be maximized and thus obtaining a usable output voltage at the terminals of said detection coil.
Outdoor seating or reclining furniture having a first surface which is configured as a seating or reclining face, wherein the first surface is at least in portions formed by means of a panel which is at least in regions composed of metal or a metal alloy, characterized in that the panel is provided with at least one electric heating element and at least one temperature sensor, wherein the at least one heating element and the temperature sensor are arranged between the first surface and a lower side of the panel that lies opposite the first surface, and wherein the at least one heating element and the at least one temperature sensor are connected to a controller for specifying and feedback-controlling a temperature of the seating or reclining face, wherein the panel, at least in a region which forms the first surface and in a region which is in contact with the heating element and the temperature sensor, is composed of aluminium or an aluminium alloy, wherein the panel has at least one groove for arranging the at least one electric heating element, wherein the heating element is configured as an electric tubular heating element or electric heating cable, and wherein the panel has at least one groove or clearance for arranging the at least one temperature sensor.
Active stabilizing device for the primary damping of rolling movements of a watercraft including a hull, in particular a ship, wherein the stabilizing device includes at least one positioning device including a drive journal and a stabilizing surface attached to the drive journal in the region of its root, wherein the stabilizing surface includes a leading edge and a trailing edge, and the stabilizing surface forming a hydrodynamic profile is disposed under water, wherein the stabilizing surface having an angle of attack (γ) set by the positioning device is pivotable in a first pivot direction and in a second opposite pivot direction between a first and second position (80, 86) about a pivot axis by the positioning device, characterised in that the stabilizing surface is rotatable about an axis of rotation by at least 180° and by the positioning device when reversing the pivot direction of the stabilizing surface, such that the leading edge of the stabilizing surface always remains essentially directed in the respective first and second pivoting direction (82, 90) of the stabilizing surface. wherein the stabilizing surface having an angle of attack (γ) set by the positioning device is pivotable in a first pivot direction and in a second opposite pivot direction between a first and second position (80, 86) about a pivot axis by the positioning device, characterised in that the stabilizing surface is rotatable about an axis of rotation by at least 180° and by the positioning device when reversing the pivot direction of the stabilizing surface, such that the leading edge of the stabilizing surface always remains essentially directed in the respective first and second pivoting direction (82, 90) of the stabilizing surface.
An antenna apparatus (10, 10') comprising: a first component layer comprising a plurality of antenna elements forming an antenna array; and a second component layer comprising: a plurality of radio frequency integrated circuit chips, RFICs, coupled to the antenna elements, each RFIC comprising active beamforming circuitry to adjust signals communicated with one or more of the antenna elements, and a portion (40a3, 40a4) of a first combining / dividing stage of a beamforming network, BFN,; and at least an additional combining / dividing stage and a further combining / dividing stage (40e, 40f) of the BFN, each disposed externally of the RFICs; wherein at least some of the RFICs include an intermediate amplifier coupled between the additional and further combining / dividing stages of the BFN. a first component layer comprising a plurality of antenna elements forming an antenna array; and a second component layer comprising: a plurality of radio frequency integrated circuit chips, RFICs, coupled to the antenna elements, each RFIC comprising active beamforming circuitry to adjust signals communicated with one or more of the antenna elements, and a portion (40a3, 40a4) of a first combining / dividing stage of a beamforming network, BFN,; and at least an additional combining / dividing stage and a further combining / dividing stage (40e, 40f) of the BFN, each disposed externally of the RFICs; wherein at least some of the RFICs include an intermediate amplifier coupled between the additional and further combining / dividing stages of the BFN. a plurality of radio frequency integrated circuit chips, RFICs, coupled to the antenna elements, each RFIC comprising active beamforming circuitry to adjust signals communicated with one or more of the antenna elements, and a portion (40a3, 40a4) of a first combining / dividing stage of a beamforming network, BFN,; and at least an additional combining / dividing stage and a further combining / dividing stage (40e, 40f) of the BFN, each disposed externally of the RFICs; wherein at least some of the RFICs include an intermediate amplifier coupled between the additional and further combining / dividing stages of the BFN.
A kit for delivering two modified mRNA constructs in vivo so as to cause intracellular translation of the mRNA constructs into heavy and light chains of an immunoglobulin protein, the kit comprising a first isolated nucleic acid which is a translatable mRNA which i) encodes either an immunoglobulin heavy chain or an immunoglobulin light chain and ii) comprises a modified nucleoside, wherein the first nucleic acid is capable of evading an innate immune response of a cell into which the first isolated nucleic acid is introduced, wherein the translatable region is devoid of cytidine and uracil nucleotides.
Tyre having a radial carcass reinforcement, composed of at least one layer of metal reinforcing elements inserted between two calendaring layers of elastomeric mixture, the said tyre comprising a crown reinforcement, itself topped radially by a tread, the said tread being joined to two beads via two sidewalls, the metal reinforcing elements of at least one layer of the carcass reinforcement being cords exhibiting, in the "permeability" test, a flow rate of less than 20 cm 3 /min, at least one layer of the carcass reinforcement being provided, on at least one face, with textile threads, characterized in that the said textile threads are sized in order to be associated with the said at least one layer of the carcass reinforcement.
Plug-in connection, comprising a socket and a plug, wherein a plug-in handle by means of the plug is adapted to be inserted into at least one socket of a training platform, wherein the socket comprises: a depression, in the bottom surface of which a positioning pin is provided, and a groove, which is provided in an inner lateral surface of the depression or on an outer lateral surface of the positioning pin, and wherein the plug comprises: a base plate, to which a hollow body is attached, on which at least one connecting element is provided, wherein the depression of the socket is adapted to receive the hollow body of the plug, and wherein in the plugged-together state the at least one connecting element of the plug is adapted to engage with a respective complementarily formed groove of the socket, and the inner side of the hollow body is adapted to engage with the positioning pin of the socket, wherein the hollow body and the positioning pin have a conical or frustoconical shape. a depression, in the bottom surface of which a positioning pin is provided, and a groove, which is provided in an inner lateral surface of the depression or on an outer lateral surface of the positioning pin, and wherein the plug comprises: a base plate, to which a hollow body is attached, on which at least one connecting element is provided, wherein the depression of the socket is adapted to receive the hollow body of the plug, and wherein in the plugged-together state the at least one connecting element of the plug is adapted to engage with a respective complementarily formed groove of the socket, and the inner side of the hollow body is adapted to engage with the positioning pin of the socket, wherein the hollow body and the positioning pin have a conical or frustoconical shape. a base plate, to which a hollow body is attached, on which at least one connecting element is provided, wherein the depression of the socket is adapted to receive the hollow body of the plug, and wherein in the plugged-together state the at least one connecting element of the plug is adapted to engage with a respective complementarily formed groove of the socket, and the inner side of the hollow body is adapted to engage with the positioning pin of the socket, wherein the hollow body and the positioning pin have a conical or frustoconical shape.
Annexin A5 protein for use in the prophylaxis or the treatment of osteoarthritis in one or more joints, in a subject; wherein the or each joint is selected from the list consisting of: a synovial joint; an amphiarthrosis joint; and a synarthrosis joint.
A photodetector comprising: an active waveguide comprising an absorber for converting photons conveying an optical signal into charge carriers conveying a corresponding electrical signal; a carrier collection layer for transporting the charge carriers conveying the electrical signal; and a secondary waveguide immediately adjacent to the carrier collection layer, which supports fewer than 5 modes, for receiving the photons conveying the optical signal, and which is evanescently coupled to the active waveguide; wherein the active waveguide thickness is less than 0.1 μm. an active waveguide comprising an absorber for converting photons conveying an optical signal into charge carriers conveying a corresponding electrical signal; a carrier collection layer for transporting the charge carriers conveying the electrical signal; and a secondary waveguide immediately adjacent to the carrier collection layer, which supports fewer than 5 modes, for receiving the photons conveying the optical signal, and which is evanescently coupled to the active waveguide; wherein the active waveguide thickness is less than 0.1 μm.
Dishwasher, in particular domestic dishwasher, with a dishwashing compartment having an, in particular frontal, loading opening, a door to close said loading opening and at least one washware basket (5, 6) which is movable out of and into the dishwashing compartment, wherein the dishwasher comprises an in particular noncontacting device for the recognition of at least one movement position of the washware basket (5, 6) and a control device, which controls at least one light source arranged in and/or on the dishwasher depending on the at least one movement position of the washware basket (5, 6), characterised in that an elongated light source or multiple light sources are provided along a guide track (13a, 13b, 13c) provided for the respective washware basket (5, 6), in particular for a lower washware basket, in the dishwashing compartment and/or on the internal wall surface of the door..