mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine, comprising: a fan section comprising a fan blade configured to rotate about an axis (A-A'); a platform adhesively bonded to the fan blade using at least one of an adhesive paste or an adhesive film, wherein the platform comprises a first platform half and a second platform half; the first platform half comprising a first receiving member at a second end of the first platform half opposite a first end of the first platform half; the second platform half comprising a hook formed at a first end of the second platform half and a second receiving member at a second end of the second platform half opposite the first end of the second platform half; characterised in that the first platform half comprises a slot formed at the first end of the first platform half, the slot Engaging the hook; and a pin passing through the first receiving member and the second receiving member. a fan section comprising a fan blade configured to rotate about an axis (A-A'); a platform adhesively bonded to the fan blade using at least one of an adhesive paste or an adhesive film, wherein the platform comprises a first platform half and a second platform half; the first platform half comprising a first receiving member at a second end of the first platform half opposite a first end of the first platform half; the second platform half comprising a hook formed at a first end of the second platform half and a second receiving member at a second end of the second platform half opposite the first end of the second platform half; characterised in that the first platform half comprises a slot formed at the first end of the first platform half, the slot Engaging the hook; and a pin passing through the first receiving member and the second receiving member.
Sealing device for a door or a window, wherein the sealing device has a housing rail and a sealing strip with a carrier rail and with a seal profile, wherein the seal profile is held in the carrier rail, wherein the sealing strip is able to be lowered and raised relative to the housing rail by means of a lowering mechanism, wherein, during lowering, the sealing strip moves without itself changing in length, and wherein the seal profile has a first face-side end and a second face-side end, which is situated opposite the first face-side end, wherein the first and second face-side ends (33, 34) of the seal profile are arranged relative to the housing rail in such a way that, in the lowered state of the sealing strip, both of the two face-side ends (33, 34) protrude beyond the housing rail, and seal the latter, at a face side, characterized in that the seal profile is able to be displaced in the longitudinal direction of the sealing device relative to the carrier rail at both face-side ends (33, 34) and is held fixedly in these displacement positions even in the raised state of the sealing strip.
Shell segment for manufacturing a fuselage cell section for a fuselage cell of an aeroplane, with at least one skin field and with a multiplicity of longitudinal stiffeners arranged thereon, in particular stringers, and also at least one transverse stiffening element running essentially transverse to the longitudinal stiffeners, in particular at least one frame, wherein the connection of the at least one transverse stiffening element to the at least one skin field is undertaken with at least one connecting bracket (1, 27-29), wherein the at least one connecting bracket (1, 27-29) has at least one corrugation, wherein the at least one connecting bracket (1, 27-29) has a frame attachment surface and a skin attachment surface, which adjoin one another at an angle of between 45° and 135°, characterized in that the corrugation extends starting from the frame attachment surface to the skin attachment surface.
Pressure-sensitive adhesive for encapsulating an electronic arrangement with respect to permeants, comprising a mixture of at least one fluorine-containing thermoplastic elastomer and at least one fluorine-containing liquid elastomer, characterized in that the pressure-sensitive adhesive further comprises at least one at least partly hydrogenated tackifier resin.
Autonomous apparatus for cooking food comprising a support body with a fixed container, said support body being associated with a lid of the openable type, wherein the apparatus further comprises a second container contained in said first fixed container, wherein said second container is at least partly replaceable and selectively interchangeable between at least a second container of a first type at least partly replaceable, open at the top and with a closed bottom, and a second container of a second type at least partly replaceable, open at the top and with an at least partly holed bottom, the apparatus further comprising at least a heating resistance located above said at least partly replaceable second container (13, 14) and associated in a substantially and at least partly coplanar manner, with a rotor body comprising a rotor, said rotor body being configured to at least send a stream of air directly toward the bottom of the at least partly replaceable second container (13, 14), wherein said rotor body is also configured to at least partly recover a stream of recovery air between one edge of said at least partly replaceable second container (13, 14) and the external lateral periphery of said rotor body, said edge and said external lateral periphery together defining between them a recovery channel for said stream of recovery air, wherein said external lateral periphery of said rotor body is smaller than said edge of said second container (13, 14), wherein said rotor body has a lower exit aperture directly facing the upper aperture of said at least partly replaceable second container (13, 14) and a plurality of recovery mouths to recover the stream of recovery air cooperating with around the axis of said rotor, characterized in that said rotor body comprises a dividing wall defining an upper chamber to recover the air and a lower chamber, wherein said upper chamber has said plurality of recovery mouths and is configured to receive said stream of recovery air entering through said plurality of recovery mouths and said lower chamber is configured to house at least said rotor and said heating resistance.
A method for manufacturing a rack bar, comprising: forging a toothed section having a plurality of rack teeth by a plastic working over a portion of an entire length of a shaft member along a longitudinal direction of the shaft member and simultaneously forging the toothed section with an outer peripheral surface having an arc-shaped cross section; and joining an extension shaft member to one end of the shaft member coaxially with the shaft member, characterized by further comprising: in the plastic working, forming the outer peripheral surface of the toothed section to have an outer diameter that includes a grinding margin; and before the joining, grinding the outer peripheral surface of the shaft member over the entire length of the shaft member including the toothed section so that the shaft member is shaped so as to have a prescribed outer diameter over the entire length of the shaft member including the toothed section, wherein the grinding margin is to be removed by the grinding, and the outer diameter including the grinding margin is larger than the prescribed outer diameter. forging a toothed section having a plurality of rack teeth by a plastic working over a portion of an entire length of a shaft member along a longitudinal direction of the shaft member and simultaneously forging the toothed section with an outer peripheral surface having an arc-shaped cross section; and joining an extension shaft member to one end of the shaft member coaxially with the shaft member, characterized by further comprising: in the plastic working, forming the outer peripheral surface of the toothed section to have an outer diameter that includes a grinding margin; and before the joining, grinding the outer peripheral surface of the shaft member over the entire length of the shaft member including the toothed section so that the shaft member is shaped so as to have a prescribed outer diameter over the entire length of the shaft member including the toothed section, in the plastic working, forming the outer peripheral surface of the toothed section to have an outer diameter that includes a grinding margin; and before the joining, grinding the outer peripheral surface of the shaft member over the entire length of the shaft member including the toothed section so that the shaft member is shaped so as to have a prescribed outer diameter over the entire length of the shaft member including the toothed section, wherein the grinding margin is to be removed by the grinding, and the outer diameter including the grinding margin is larger than the prescribed outer diameter.
A semiconductor package comprising: a first device layer including a plurality of first semiconductor devices, a first cover insulating layer, and a plurality of first through-electrodes passing through at least a portion of the first device layer; a second device layer including a plurality of first semiconductor devices, a second cover insulating layer, and a plurality of second through-electrodes passing through at least a portion of the second device layer, the plurality of first semiconductor devices of the second device layer vertically overlapping the plurality of first semiconductor devices) of the first device layer, respectively, the second cover insulating layer is in contact with the first cover insulating layer, and the first cover insulating layer is adhered to the second cover insulating layer; a third device layer including an upper semiconductor chip, the upper semiconductor chip vertically overlapping at least two of the plurality of first semiconductor devices of the first device layer and vertically overlapping at least two of the plurality of first semiconductor devices of the second device layer; and a plurality of device bonded pads passing through the first cover insulating layer and the second cover insulating layer, the plurality of device bonded pads electrically connecting the plurality of first through-electrodes to the plurality of second through-electrodes which themselves are electrically connected to the upper semiconductor chip. a first device layer including a plurality of first semiconductor devices, a first cover insulating layer, and a plurality of first through-electrodes passing through at least a portion of the first device layer; a second device layer including a plurality of first semiconductor devices, a second cover insulating layer, and a plurality of second through-electrodes passing through at least a portion of the second device layer, the plurality of first semiconductor devices of the second device layer vertically overlapping the plurality of first semiconductor devices) of the first device layer, respectively, the second cover insulating layer is in contact with the first cover insulating layer, and the first cover insulating layer is adhered to the second cover insulating layer; a third device layer including an upper semiconductor chip, the upper semiconductor chip vertically overlapping at least two of the plurality of first semiconductor devices of the first device layer and vertically overlapping at least two of the plurality of first semiconductor devices of the second device layer; and a plurality of device bonded pads passing through the first cover insulating layer and the second cover insulating layer, the plurality of device bonded pads electrically connecting the plurality of first through-electrodes to the plurality of second through-electrodes which themselves are electrically connected to the upper semiconductor chip.
A bung plug closure for bung containers having a bung plug (31, 60, 90) for being arranged in a bung neck of the bung container and having a seal cap for sealing a plug depression (51, 64, 96) formed in the bung plug (31, 60, 90), said plug depression (51, 64, 96) comprising a receiving area for receiving a resilient engagement body formed on the seal cap, and said bung plug (31, 60, 90) comprising tool engagements, which are arranged at an inner wall of the plug depression (51, 64, 96) and which are distanced to each other via gaps and which delimit the receiving area using inner surfaces which at least in sections form guide surfaces for axially guiding an annular locking protrusion of the engagement body when inserting the engagement body into the plug depression (51, 64, 96), counter-locking elements for locking the annular locking protrusion of the engagement body to the bung plug (31, 60, 90) being provided in the plug depression (51, 64, 90), said counter-locking elements radially inward protruding over the annular locking protrusion of the engagement body after locking, characterized in that the counter-locking elements are arranged in the area of the gaps above an annular frame (35, 61), which is formed outside of the gaps via lower sections of the inner surfaces, in such a manner that the locking protrusion is received by the annular frame (35, 61). characterized in that the counter-locking elements are arranged in the area of the gaps above an annular frame (35, 61), which is formed outside of the gaps via lower sections of the inner surfaces, in such a manner that the locking protrusion is received by the annular frame (35, 61).
A method of expanding undifferentiated mesenchymal stem cells (MSCs) comprising culturing a population of MSCs comprising undifferentiated MSCs in a medium comprising 1-20 mM nicotinamide and 10-100 ng/ml fibroblast growth factor 4 wherein said medium is devoid of added additional growth factors selected from the group consisting of basic fibroblast growth factor (bFGF), platelet derived growth factor (PDGF) and erythrocyte growth factor, thereby generating an expanded population of cultured undifferentiated MSCs.
A system for treating arthritis, comprising: a) at least one joint stabilizing assembly for providing relief from arthritis; b) at least one signal transmission element engagement member operatively connected to said at least one joint stabilizing assembly for connecting a signal transmission element; c) at least one signal transmission element supported by said at least one signal transmission element engagement member; d) an electrostimulation unit, electrically connected to said at least one signal transmission element, for producing at least one signal comprising a Transcutaneous Electrical Stimulator for Arthritis (TESA) signal for improving the overall function of an arthritic joint; characterised in that the system further comprises e) a dynamic signal modulation system operatively associated with said joint stabilizing assembly and said electrostimulation unit configured to vary the signal dynamically, based on an instantaneous position of a joint, wherein said electrostimulation unit is directed to be used in conjunction with said joint stabilizing assembly for greater than 150 hours of treatment. a) at least one joint stabilizing assembly for providing relief from arthritis; b) at least one signal transmission element engagement member operatively connected to said at least one joint stabilizing assembly for connecting a signal transmission element; c) at least one signal transmission element supported by said at least one signal transmission element engagement member; d) an electrostimulation unit, electrically connected to said at least one signal transmission element, for producing at least one signal comprising a Transcutaneous Electrical Stimulator for Arthritis (TESA) signal for improving the overall function of an arthritic joint; characterised in that the system further comprises e) a dynamic signal modulation system operatively associated with said joint stabilizing assembly and said electrostimulation unit configured to vary the signal dynamically, based on an instantaneous position of a joint, e) a dynamic signal modulation system operatively associated with said joint stabilizing assembly and said electrostimulation unit configured to vary the signal dynamically, based on an instantaneous position of a joint,
An electronic patch for applying to a wearable item, the electronic patch including: a first sensor including a first sensor pad and a first sensor base, the first sensor base disposed under the first sensor pad and extending inwardly therefrom so as to define a stepped arrangement, the first sensor pad adapted to detect a first physiological parameter upon contact with a user's skin; a first electrically conductive underlayer disposed under the first sensor base and electrically coupled thereto; a first circuit layer disposed under the first underlayer and electrically coupled to the first sensor via the first underlayer; a first elastic layer overlying at least a portion of the first sensor base and arranged so as to be disposed adjacent the first sensor pad and extending therearound; a second elastic layer disposed under the first circuit layer; and one or more inner adhesive layers (107a, 107b) disposed under the second elastic layer and configured to adhere to the wearable item; characterized in that the one or more inner adhesive layers (107a, 107b) comprises: a first portion comprising a second adhesive agent containing a hot melt adhesive agent, and a second portion comprising a third adhesive agent containing a polyurethane, a polyester and/or a polyamide. a first electrically conductive underlayer disposed under the first sensor base and electrically coupled thereto; a first circuit layer disposed under the first underlayer and electrically coupled to the first sensor via the first underlayer; a first elastic layer overlying at least a portion of the first sensor base and arranged so as to be disposed adjacent the first sensor pad and extending therearound; a second elastic layer disposed under the first circuit layer; and one or more inner adhesive layers (107a, 107b) disposed under the second elastic layer and configured to adhere to the wearable item; characterized in that the one or more inner adhesive layers (107a, 107b) comprises: a first portion comprising a second adhesive agent containing a hot melt adhesive agent, and a second portion comprising a third adhesive agent containing a polyurethane, a polyester and/or a polyamide. a first portion comprising a second adhesive agent containing a hot melt adhesive agent, and a second portion comprising a third adhesive agent containing a polyurethane, a polyester and/or a polyamide.
A process temperature transmitter operable with at least one temperature sensor having a plurality of leads, the temperature transmitter comprising: measurement circuitry operably coupleable to the at least one temperature sensor to provide an indication of an electrical parameter of the at least one temperature sensor a controller coupled to the measurement circuitry to obtain the indication and provide a process temperature output; a current source configured to apply a test current to the plurality of leads simultaneously; and diagnostic circuitry configured to measure a voltage response on each lead and responsively to provide a diagnostic indication of the temperature sensor; said process temperature transmitter being characterised in that the diagnostic circuitry comprises comparator circuitry (96A-96D) which is adapted to compare the measured voltage on each lead with a threshold and wherein further, each of the plurality of leads has a separate comparator circuit (96A-96D). measurement circuitry operably coupleable to the at least one temperature sensor to provide an indication of an electrical parameter of the at least one temperature sensor a controller coupled to the measurement circuitry to obtain the indication and provide a process temperature output; a current source configured to apply a test current to the plurality of leads simultaneously; and diagnostic circuitry configured to measure a voltage response on each lead and responsively to provide a diagnostic indication of the temperature sensor; said process temperature transmitter being characterised in that the diagnostic circuitry comprises comparator circuitry (96A-96D) which is adapted to compare the measured voltage on each lead with a threshold and wherein further, each of the plurality of leads has a separate comparator circuit (96A-96D).
A method of determining an amount of free IL-17 in a sample comprising IL-17 and a small molecule modulator of IL-17, the method comprising: i. contacting the sample with a first capture antibody to form a mixture comprising a first complex comprising the first capture antibody and the IL-17 unbound to the SM modulator, and a second complex comprising the first capture antibody and the IL-17 bound to the SM modulator; ii. contacting the mixture from step i) with a first detection agent to thereby form a third complex comprising the first capture antibody, the IL-17 unbound to the SM modulator, and the first detection agent, but not a fourth complex comprising the first capture antibody, the IL-17 bound to the SM modulator, and the first detection agent; and iii. determining the amount of the free IL-17 by measuring the amount of the first detection agent in the third complex, wherein the SM modulator is selected from the group consisting of Compounds #1-6 having the following structures and pharmaceutically acceptable salts thereof: the first capture antibody is the capture antibody of DuoSet ELISA kit DY317 (R&D Systems, Inc.) and the first detection agent is mAb4538 (Janssen Biotech, Inc.) and the first detection agent is not capable of forming a complex comprising the first capture antibody, the IL-17 bound to any of compounds #1 to #6 and the first detection agent. i. contacting the sample with a first capture antibody to form a mixture comprising a first complex comprising the first capture antibody and the IL-17 unbound to the SM modulator, and a second complex comprising the first capture antibody and the IL-17 bound to the SM modulator; ii. contacting the mixture from step i) with a first detection agent to thereby form a third complex comprising the first capture antibody, the IL-17 unbound to the SM modulator, and the first detection agent, but not a fourth complex comprising the first capture antibody, the IL-17 bound to the SM modulator, and the first detection agent; and iii. determining the amount of the free IL-17 by measuring the amount of the first detection agent in the third complex,
A valve for the flow control and regulation of a ventilation apparatus, wherein the valve has a casing in which a rotary vane is arranged so that it can rotate about its longitudinal axis, and wherein at least one opening can be partially or fully closed by rotating the rotary vane, wherein the rotary vane has a cone-shaped sealing surface cooperating with a correspondingly shaped cone-shaped supporting surface of the casing and the opening is located in the area of the sealing surface, characterised in that the rotary vane is supported in axial direction on the casing via a central point support, preferably a ball arranged along the longitudinal centre axis.