mhurhangee/ep-ind-claims huggingface dataset:
A vertical stepping machine comprising: a frame; a crank wheel connected to the frame, the crank wheel having an axis of rotation; a crank arm extending away from the axis of rotation; a pedal beam connected to the crank arm; a linkage assembly connected to the frame at a fixed frame location and to the pedal beam at a fixed pedal beam location; and a first linkage member of the linkage assembly connected to the crank arm so that as the crank wheel rotates, the first linkage member and crank arm move relative to each other and the first linkage member and the pedal beam remain in a fixed orientation relative to each other whereby to exert a force on the pedal beam to change an angular orientation of the pedal beam relative to the frame; and a second linkage member of the linkage assembly connected to the first linkage member and directly connected to the frame, wherein the second linkage member is shorter than the first linkage member and restrains the movement of the first linkage member as the crank wheel rotates whereby the angular orientation of the first linkage member changes causing the angular orientation of the first pedal beam relative to the frame to change to cause the first pedal beam to change its angular orientation relative to the ground as the first pedal beam moves. a frame; a crank wheel connected to the frame, the crank wheel having an axis of rotation; a crank arm extending away from the axis of rotation; a pedal beam connected to the crank arm; a linkage assembly connected to the frame at a fixed frame location and to the pedal beam at a fixed pedal beam location; and a first linkage member of the linkage assembly connected to the crank arm so that as the crank wheel rotates, the first linkage member and crank arm move relative to each other and the first linkage member and the pedal beam remain in a fixed orientation relative to each other whereby to exert a force on the pedal beam to change an angular orientation of the pedal beam relative to the frame; and a second linkage member of the linkage assembly connected to the first linkage member and directly connected to the frame, wherein the second linkage member is shorter than the first linkage member and restrains the movement of the first linkage member as the crank wheel rotates whereby the angular orientation of the first linkage member changes causing the angular orientation of the first pedal beam relative to the frame to change to cause the first pedal beam to change its angular orientation relative to the ground as the first pedal beam moves.
A high strength gear having, in cross-sectional view, a tooth profile of an addendum line segment, a tooth surface line segment, a dedendum line segment, and a tooth root line segment successively connected, wherein a maximum radius of curvature is at a critical section position determined by the Hofer's 30° tangent method, a radius of curvature from said critical section position to a first connecting point of a boundary point of said tooth surface line segment and said dedendum line segment is constant or decreases and a radius of curvature from said critical section position to a second connecting point of a boundary point of said dedendum line segment and said tooth root line segment is constant or decreases, in said dedendum line segment, there is a point where the radius of curvature is smaller than said critical section position, characterized in that in said dedendum line segment, a maximum radius of curvature is 3 times or less a minimum radius of curvature, and said critical section position is part of an arc and said arc extends to both sides of said critical section position.
A fuel delivery system for a turbine engine, comprising: a spray bar fuel conduit; characterised in that the system further comprises a variable orifice jet configured to spray fuel received from the fuel conduit, the variable orifice jet including a flexible body and a pintle that extends through a sidewall of the flexible body, wherein an area of an orifice between the sidewall and the pintle is variable, wherein the variable orifice jet further includes a base with a grip portion and with a tubular mounting portion that extends along an axis out from the grip portion, wherein the tubular mounting portion has a distal end that provides a stop for axial movement of the flexible body, and the tubular mounting portion is perforated or porous. a spray bar fuel conduit; characterised in that the system further comprises a variable orifice jet configured to spray fuel received from the fuel conduit, the variable orifice jet including a flexible body and a pintle that extends through a sidewall of the flexible body, wherein an area of an orifice between the sidewall and the pintle is variable, wherein the variable orifice jet further includes a base with a grip portion and with a tubular mounting portion that extends along an axis out from the grip portion, wherein the tubular mounting portion has a distal end that provides a stop for axial movement of the flexible body, and the tubular mounting portion is perforated or porous.
An ex vivo or in vitro method of inhibiting calcium influx through an Orai1 calcium channel, comprising contacting the Orai1 calcium channel with a polypeptide comprising amino acids 235-249 of the amino acid sequence of SEQ ID NO: 1, thereby inhibiting calcium influx through the Orai1 calcium channel.
A mobile machine configured to carry and transport material, comprising: a material receptacle (132, 208, 307) configured to receive material; a first in-situ sensor configured to detect a value of a characteristic of or at a worksite during the course of an operation of the machine; a second in-situ sensor configured to detect a value of a material dynamics characteristic, the second in-situ sensor comprising a material spill and movement sensor configured to detect, as the value of the material dynamics characteristic, a value of material spilled out of the material receptacle (132, 208, 307) and of movement of material within in the receptacle (132, 208, 307); a predictive model generator configured to generate a predictive material dynamics model that models a relationship between characteristic values and material dynamics characteristic values based on the value of the characteristic detected by the first in-situ sensor and the value of the material dynamics characteristic detected by the material spill and movement sensor; and a control system configured to generate control signals to control a controllable subsystem of the mobile machine based on the predictive material dynamics model. a material receptacle (132, 208, 307) configured to receive material; a first in-situ sensor configured to detect a value of a characteristic of or at a worksite during the course of an operation of the machine; a second in-situ sensor configured to detect a value of a material dynamics characteristic, the second in-situ sensor comprising a material spill and movement sensor configured to detect, as the value of the material dynamics characteristic, a value of material spilled out of the material receptacle (132, 208, 307) and of movement of material within in the receptacle (132, 208, 307); a predictive model generator configured to generate a predictive material dynamics model that models a relationship between characteristic values and material dynamics characteristic values based on the value of the characteristic detected by the first in-situ sensor and the value of the material dynamics characteristic detected by the material spill and movement sensor; and a control system configured to generate control signals to control a controllable subsystem of the mobile machine based on the predictive material dynamics model.
A method for displaying an output image on an object, comprising: fixing a set of unique markers to the object at predetermined locations; acquiring an input image of the object and the plurality of markers with a camera in a fixed physical relationship to a projector; determining a pose of the projector with respect to the set of markers; projecting an output image onto the object according to the pose of the projector and the set of unique markers, wherein each marker in the set is circular with a plurality of different colored segments. fixing a set of unique markers to the object at predetermined locations; acquiring an input image of the object and the plurality of markers with a camera in a fixed physical relationship to a projector; determining a pose of the projector with respect to the set of markers; projecting an output image onto the object according to the pose of the projector and the set of unique markers, wherein each marker in the set is circular with a plurality of different colored segments.
Wireless electronic shelf label, ESL, having a layered structure comprising: a display layer comprising display material, an antenna circuit board with a backplane material structure and an antenna, a circuit board arrangement with control electronics for controlling the operation of the label, such as the display and the radio communication, and a resilient layer having a space for a rigid component, such as a battery, wherein said resilient layer is arranged to provide a substantially even total thickness of said label, wherein the radio communication control further comprises means for radio frequency communication via modulated backscatter, characterized in that the ESL further comprises an arrangement for reducing interference, which arrangement is a ring resonator arrangement arranged on the antenna circuit board and arranged to isolate the ESL from an electrically conducting shelf to which the ESL can be attached, and the ring resonator arrangement comprises a plurality of ring resonators that are electrically isolated from the antenna and arranged at least on the side nearest the shelf when the ESL is attached to the shelf. a display layer comprising display material, an antenna circuit board with a backplane material structure and an antenna, a circuit board arrangement with control electronics for controlling the operation of the label, such as the display and the radio communication, and a resilient layer having a space for a rigid component, such as a battery, wherein said resilient layer is arranged to provide a substantially even total thickness of said label, wherein the radio communication control further comprises means for radio frequency communication via modulated backscatter, characterized in that the ESL further comprises an arrangement for reducing interference, which arrangement is a ring resonator arrangement arranged on the antenna circuit board and arranged to isolate the ESL from an electrically conducting shelf to which the ESL can be attached, and the ring resonator arrangement comprises a plurality of ring resonators that are electrically isolated from the antenna and arranged at least on the side nearest the shelf when the ESL is attached to the shelf.
A method for manufacturing an organic light emitting device, comprising: printing a patterned shadow mask including an organic material on a substrate; depositing a first electrode, an organic material layer, and a second electrode on the substrate and the patterned shadow mask; and removing the patterned shadow mask; wherein the patterned shadow mask has a shape with a reversely tapered angle; wherein the shape with the reversely tapered angle is prepared by two or more printing processes. printing a patterned shadow mask including an organic material on a substrate; depositing a first electrode, an organic material layer, and a second electrode on the substrate and the patterned shadow mask; and removing the patterned shadow mask; wherein the patterned shadow mask has a shape with a reversely tapered angle; wherein the shape with the reversely tapered angle is prepared by two or more printing processes.
A method of in vitro producing exosomes containing a selected nucleic acid construct, comprising: a) isolating exosomes having a size in the range between 30 and 100 nm, from in vitro growing cells or from cells that have been obtained from a human or animal; and b) introducing the selected nucleic acid construct directly into the isolated exosomes. a) isolating exosomes having a size in the range between 30 and 100 nm, from in vitro growing cells or from cells that have been obtained from a human or animal; and b) introducing the selected nucleic acid construct directly into the isolated exosomes.
Roller chain with a chain pitch having inner and outer chain links (12, 13) which are connected to one another alternatingly in each case by means of a rocker joint, and having at least one roller arranged rotatably on rocker bolts (15, 18) of the rocker joint, wherein the roller has a substantially cylindrical roller opening, wherein the rocker bolts (15, 18) on a back (21, 22) facing away from their rocker surface (19, 20) comprise at least two contact regions (25.1, 25.2) which are arranged angularly offset relative to one another at a distance about the joint axis and which can be brought into contact with the roller opening, and comprise a section lying thereinbetween and having a distance from the roller opening, wherein the contact regions (25.1, 25.2) of the rocker bolts (15, 18) are convexly curved with a radius (R A) which corresponds to ≥ 0.9 to ≤ 1.0 x the inner radius of the roller, and wherein the contact regions (25.1, 25.2) of a rocker bolt (15, 18) are parts of one and the same imaginary cylinder surface, characterized in that a convexly curved transition region (26.1, 26.2) with a transition radius (R Ü) of ≥ 0.03 to ≤ 0.1 x the chain pitch is respectively present between the contact regions (25.1, 25.2) and the rocker surface (19, 20), and that the section lying thereinbetween on the back (21, 22) of the rocker bolts (15, 18) has a maximum width of not more than 0.27 times the chain pitch.
A control apparatus for an internal combustion engine, the internal combustion engine including a plurality of cylinders and ports, the ports including intake ports and exhaust ports corresponding to the plurality of the cylinders respectively, and the internal combustion engine being an internal combustion engine in which amounts of condensate water produced in the ports or flowing into the ports are different from one another among the cylinders due to differences in shape or arrangement of the ports or conduits leading to the ports among the plurality of the cylinders as to either the intake ports or the exhaust ports, the control apparatus comprising an electronic control unit configured to perform an operation of making a lift amount of a specific valve corresponding to one of either the intake ports or the exhaust ports equal to zero for a specific cylinder when the internal combustion engine is stopped, in a case where the electronic control unit predicts that condensate water is produced in one of either the intake ports or the exhaust ports or condensate water flows into one of either the intake ports or the exhaust ports, and the specific cylinder being a cylinder in which an amount of condensate water produced in one of either the corresponding intake ports or the corresponding exhaust ports or condensate water flowing into one of either the corresponding intake ports or the corresponding exhaust ports is larger than in the other ones of the plurality of the cylinders.
A passenger conveyor skirt panel mounting assembly, comprising: a first bracket that is configured to be secured to a truss; characterized by: a second bracket that is configured to support a skirt panel, the second bracket is configured to be selectively secured in place relative to the first bracket in a second bracket position that establishes a skirt panel position; and an eccentric adjustment member that is eccentrically moveable to cause an adjustment of the second bracket position. a first bracket that is configured to be secured to a truss; a second bracket that is configured to support a skirt panel, the second bracket is configured to be selectively secured in place relative to the first bracket in a second bracket position that establishes a skirt panel position; and an eccentric adjustment member that is eccentrically moveable to cause an adjustment of the second bracket position.
An apparatus for assembling a packaging combination including a tubular casing having a first end and a second end, wherein the tubular casing is partially filled with filling material and closed at its first as well as its second end (612, 614) by a closure means, like a closure clip, and wherein the partially filled tubular casing comprises a plait-like portion at its first end being at least approximately free of filling material, and further including a dispensing device having a passageway extending through the dispensing device with an inlet opening at its one end and a dispensing opening at its other end for guiding and dispensing the filling material in a dispensing direction, wherein the apparatus comprises: supporting means in form of cartridges for assembling, accommodating and retaining the at least partially filled tubular casing; at least one shaping means for creating a defined shape to the first end of the tubular casing, including at least one gripper means for gripping the first end of the at least partially filled tubular casing and at least one forming shoulder for forming a defined shape to the said first end; and at least one mounting means for mounting the dispensing device to said first end of the tubular casing, wherein the mounting means has a delivering device for delivering the dispensing device to a working area of the mounting means. supporting means in form of cartridges for assembling, accommodating and retaining the at least partially filled tubular casing; at least one shaping means for creating a defined shape to the first end of the tubular casing, including at least one gripper means for gripping the first end of the at least partially filled tubular casing and at least one forming shoulder for forming a defined shape to the said first end; and at least one mounting means for mounting the dispensing device to said first end of the tubular casing, wherein the mounting means has a delivering device for delivering the dispensing device to a working area of the mounting means.
A method comprising applying an infiltration coating as a liquid solution on a thermal barrier coating of an article, wherein the infiltration coating includes aluminum nitrate, gadolinium aluminum nitrate, yttrium nitrate, tantalum ethoxide, or strontium nitrate, the infiltration coating infiltrating at least some pores of the thermal barrier coating, wherein the infiltration coating decomposes within the at least some pores of the thermal barrier coating to form solid oxide particles (430, 530) to coat a portion of the at least some pores of the thermal barrier coating, wherein the infiltration coating reduces a porosity of the thermal barrier coating; and applying a reactive phase spray formulation coating on the thermal barrier coating, wherein the reactive phase spray formulation includes a base ceramic material and a ceramic binder material, wherein the base ceramic material has a particle size between 1 and 10 μm, wherein the ceramic binder material has a particle size that is less than 1 μm, wherein the base ceramic material and ceramic binder material comprises an earth oxide, wherein the reactive phase spray formulation coating reacts with dust deposits on the thermal barrier coating.
A method for relaying information in an ad-hoc network that can access infrastructure equipment using a relay device, the method comprising within a mobile unit: identifying a plurality of devices that can serve as relay devices; identifying attributes for the plurality of devices; based on the attributes, choosing, from the plurality of devices, a device having the minimum effect on overall system battery consumption that will result in best system performance if utilized as the relay device, wherein the minimum effect is determined, based on whether the device is A/C powered, has a large battery reserve, is actively communicating, and whether the device is using real-time services, wherein real-time services comprise transmissions that do not tolerate much delay as opposed to non-real-time services that may tolerate longer delays; and utilizing the chosen device for relaying the information. identifying a plurality of devices that can serve as relay devices; identifying attributes for the plurality of devices; based on the attributes, choosing, from the plurality of devices, a device having the minimum effect on overall system battery consumption that will result in best system performance if utilized as the relay device, wherein the minimum effect is determined, based on whether the device is A/C powered, has a large battery reserve, is actively communicating, and whether the device is using real-time services, wherein real-time services comprise transmissions that do not tolerate much delay as opposed to non-real-time services that may tolerate longer delays; and utilizing the chosen device for relaying the information.
A process comprising: reacting a hydrocarbon feedstock with an aqueous feedstock in a reactor in a high pressure nitration process to produce a product stream comprising a nitroalkane and byproducts, wherein the aqueous feedstock comprises at least 40 weight percent of a first organic acid and the process uses a mixed phase reactor system, including both a liquid phase and a vapor phase; processing the product stream to produce a first top stream and a first bottom stream, wherein the first top stream comprises the nitroalkane and the first bottom stream comprises at least the first organic acid and water; supplying at least a portion of the first bottom stream to an azeotropic distillation column; using an alkyl acetate as an entrainer in the azeotropic distillation column, such that the first bottom stream is separated into at least a second top stream and a second bottom stream, wherein the second top stream comprises the alkyl acetate and water and wherein the second bottom stream comprises the first organic acid; separating the second top stream in a phase separator into an organic phase and an aqueous phase, the organic phase comprising the alkyl acetate; and returning at least a portion of the organic phase to the azeotropic distillation column. reacting a hydrocarbon feedstock with an aqueous feedstock in a reactor in a high pressure nitration process to produce a product stream comprising a nitroalkane and byproducts, wherein the aqueous feedstock comprises at least 40 weight percent of a first organic acid and the process uses a mixed phase reactor system, including both a liquid phase and a vapor phase; processing the product stream to produce a first top stream and a first bottom stream, wherein the first top stream comprises the nitroalkane and the first bottom stream comprises at least the first organic acid and water; supplying at least a portion of the first bottom stream to an azeotropic distillation column; using an alkyl acetate as an entrainer in the azeotropic distillation column, such that the first bottom stream is separated into at least a second top stream and a second bottom stream, wherein the second top stream comprises the alkyl acetate and water and wherein the second bottom stream comprises the first organic acid; separating the second top stream in a phase separator into an organic phase and an aqueous phase, the organic phase comprising the alkyl acetate; and returning at least a portion of the organic phase to the azeotropic distillation column.
A cathode sheet for use in a nonaqueous electrolyte secondary battery, which comprises a composite material comprising a collector and a layer of a cathode active material provided thereon, wherein the layer of a cathode active material comprises: (a) a conductive polymer and (b) at least one selected from the group consisting of a polycarboxylic acid and a metal salt thereof; and wherein the conductive polymer is a polymer in a dedoped state, or in a dedoped state and reduced state. (a) a conductive polymer and (b) at least one selected from the group consisting of a polycarboxylic acid and a metal salt thereof; and