mhurhangee/ep-ind-claims huggingface dataset:
A method of ordered screwless assembly of discrete juxtaposed components of an automotive audio system comprising the steps of: providing a front plate closure member, an audio player subassembly, a printed circuit board subassembly (98, 100), a box like housing case and a trim panel subassembly, each with respective cooperating integral engagement features; positioning said closure member on a work surface in an inverted position with the front outer surface of the closure member disposed upon the work surface, said closure member defining an assembly axis extending substantially normally from said work surface; and axially and sequentially assembling the audio player subassembly, the printed circuit board subassembly (98, 100), the box-like housing case and the trim panel subassembly to the assembled components, whereby said respective engagement features cooperate to interact with engagement features of others of the components to register, align, guide and self-engage the components in fixed juxtaposition during assembling. providing a front plate closure member, an audio player subassembly, a printed circuit board subassembly (98, 100), a box like housing case and a trim panel subassembly, each with respective cooperating integral engagement features; positioning said closure member on a work surface in an inverted position with the front outer surface of the closure member disposed upon the work surface, said closure member defining an assembly axis extending substantially normally from said work surface; and axially and sequentially assembling the audio player subassembly, the printed circuit board subassembly (98, 100), the box-like housing case and the trim panel subassembly to the assembled components, whereby said respective engagement features cooperate to interact with engagement features of others of the components to register, align, guide and self-engage the components in fixed juxtaposition during assembling.
Method for locating an object integral with a triaxial magnetic sensor, moving in a magnetic field generated by a set of at least three triaxial magnetic generators static in a common reference frame, the method comprising the step of: (a) For each generator, determination of a position of the said sensor in the said common reference frame as a function of magnetic field measurements acquired by the sensor and associated with the said generator; the process being characterized in that it comprises the steps of: (b) Calculation for each generator of a parameter representative of an error on said determined position of the sensor for the generator; (c) Selection of a subset of the set of generators as a function of said parameters estimated for each of the generators, said selected subset of the set of generators comprising each generator for which said estimated parameter is less than at least one reference threshold; (d) Estimation of the position of the object by merging the determined positions of the sensor for each generator selected in said subset. (a) For each generator, determination of a position of the said sensor in the said common reference frame as a function of magnetic field measurements acquired by the sensor and associated with the said generator; (b) Calculation for each generator of a parameter representative of an error on said determined position of the sensor for the generator; (c) Selection of a subset of the set of generators as a function of said parameters estimated for each of the generators, said selected subset of the set of generators comprising each generator for which said estimated parameter is less than at least one reference threshold; (d) Estimation of the position of the object by merging the determined positions of the sensor for each generator selected in said subset.
Method for operating an RFID transponder, wherein the RFID transponder is operated either in a broadcast mode or in a bidirectional response mode, wherein for operation in the broadcast mode use is made of a wireless transmitting device which is operated on a first frequency, and for operation in the bidirectional response mode use is made of a wireless transmitting/receiving device which is operated on a second frequency, characterised in that the RFID transponder is operated in a wake-up mode on a third frequency, wherein on receiving a wake-up command from a higher ranking transmitting/receiving unit the broadcast mode or the response mode or the broadcast mode simultaneously with the response mode are activated in the RFID transponder.
An apparatus for taking out a molded product molded in a die of a molding machine (1040, the apparatus being operable to transfer the molded product out of the molding machine and comprising: a taking portion configured to take hold of the molded product molded in the die; an arm provided to be capable of advancing and retracting in an opening direction of the die and moving up and down; and a posture reversing mechanism provided between the arm and the taking portion to change a direction of the taking portion between an unreversed state in which the taking portion is directed to be able to take hold of the molded product molded in the die, and a reversed state in which a length of the taking portion in a vertical direction is shorter than that in the unreversed state, a sensor configured to detect vibration of the of the arm, characterized in that the apparatus further comprises: a mass estimating section configured to estimate a mass of the taking portion on a basis of vibration of the arm detected by the sensor when the taking portion is in the reversed state. a taking portion configured to take hold of the molded product molded in the die; an arm provided to be capable of advancing and retracting in an opening direction of the die and moving up and down; and a posture reversing mechanism provided between the arm and the taking portion to change a direction of the taking portion between an unreversed state in which the taking portion is directed to be able to take hold of the molded product molded in the die, and a reversed state in which a length of the taking portion in a vertical direction is shorter than that in the unreversed state, a sensor configured to detect vibration of the of the arm, characterized in that the apparatus further comprises: a mass estimating section configured to estimate a mass of the taking portion on a basis of vibration of the arm detected by the sensor when the taking portion is in the reversed state.
A gear spindle i with a spindle inner tube and a spindle outer tube, the spindle inner tube having an inner-tube gear portion being an external gear on one end side, the spindle outer tube having an outer-tube gear portion being an internal gear configured to be fitted to the inner-tube gear portion, and wherein teeth of the inner-tube gear portion having a facewidth B are each provided with a crown of a radius Cr such that the tooth is thicker at the center and thinner at opposite tooth ends along a facewidth direction, characterised in that, an axis of a spindle inner tube and an axis of a spindle outer tube are inclined with respect to each other at 0.6 degrees to 1.6 degrees, and wherein the facewidth B and the crown radius Cr are set within a range defined by Cr = 1200 mm, Cr = 4000 mm, B = 0.0272 × Cr + 28 mm, B = 59.04 × exp 0.0005 × Cr mm, and B = 32 × Cr 0.247 mm in a graph.
A foundry mix comprising: (a) foundry aggregate comprising silica sand; (b) an inorganic salt in an amount between 0.25 to 5 percent by weight based upon the weight of the foundry aggregate selected from the group consisting of sodium, potassium, calcium and magnesium nitrate, sodium, potassium, calcium and magnesium sulfate salts, and mixtures thereof; (c) red iron oxide wherein the weight ratio of sulfate and/or nitrate salt to red iron oxide is from 1:1 to 4:1; and (d) 0.1 to 5 percent by weight based upon the weight of the foundry aggregate of a binder. (a) foundry aggregate comprising silica sand; (b) an inorganic salt in an amount between 0.25 to 5 percent by weight based upon the weight of the foundry aggregate selected from the group consisting of sodium, potassium, calcium and magnesium nitrate, sodium, potassium, calcium and magnesium sulfate salts, and mixtures thereof; (c) red iron oxide wherein the weight ratio of sulfate and/or nitrate salt to red iron oxide is from 1:1 to 4:1; and (d) 0.1 to 5 percent by weight based upon the weight of the foundry aggregate of a binder.
A rotor casing arrangement for a gas turbine engine, the arrangement comprising an inner casing and an outer casing secured at one end to a common robust mounting about a common centre line, the arrangement characterised in that the distal ends of the inner casing and the outer casing are coupled to a hairpin mounting (105, 106, 141) extending substantially laterally between the inner casing and the outer casing, the hairpin mounting comprising a plurality of hairpin segments spaced relative to each other with a respective spacing between each hairpin segment to provide at least partial dislocation of distortion between the inner casing and the outer casing towards their distal ends away from the robust mounting.
Device for an aircraft engine for separating oil from an air-oil volume flow with an apparatus for introducing oil into the air-oil volume flow, wherein an outlet area of the apparatus for introducing oil is provided in a closed line section, into which the air-oil volume flow can be introduced via an inlet area, characterized in that a flow cross-section of the line section downstream of the outlet area of the apparatus tapers at least partially like a nozzle and at least in some sections inside a confusor area, wherein the line section upstream of the outlet area of the apparatus has a diffusor area, in which the flow cross-section of the line section is designed widening at least approximately diffusor-like at least in some sections.
An interlocking device which is configured to perform route control for trains based on: first operation diagram information as train operation diagram information on a train which runs between stations; second operation diagram information as train operation diagram information on a train which moves in a station yard; and on-track position information on the trains, wherein the second operation diagram information contains: starting time as time at which a train leaves a start point of an entry/departure route as a route of the train entering or departing from a vehicle depot; and through time as time at which the train passes through a predetermined through place provided between the start point and an end point of the entry/departure route, and the interlocking device: is configured to perform control with time on a signal and/or a switch on a route of a train based on different information according to whether a predetermined condition is satisfied, is configured to determine whether the condition is satisfied, wherein the condition is that the through place for which through time is set is provided in the entry/departure route; and when determining that the condition is not satisfied, is configured to control the signal and/or the switch in a section from the start point to the end point based on the starting time; and when determining that the condition is satisfied, is configured to control the signal and/or the switch in a section from the start point to the through place based on the starting time, and controls the signal and/or the switch in a section from the through place to another through place or in a section from the through place to the end point based on the through time. is configured to perform control with time on a signal and/or a switch on a route of a train based on different information according to whether a predetermined condition is satisfied, is configured to determine whether the condition is satisfied, wherein the condition is that the through place for which through time is set is provided in the entry/departure route; and when determining that the condition is not satisfied, is configured to control the signal and/or the switch in a section from the start point to the end point based on the starting time; and when determining that the condition is satisfied, is configured to control the signal and/or the switch in a section from the start point to the through place based on the starting time, and controls the signal and/or the switch in a section from the through place to another through place or in a section from the through place to the end point based on the through time.
Fusion protein characterized in that it comprises two distinct domains: ✔ a labelling domain, comprising the following elements: ➢ a histidine sequence, comprising at least 6 histidines, preferentially 10 histidines, ➢ a domain for interaction with streptavidin, preferentially streptavidin binding protein, ➢ a label, which is preferably coloured and more preferentially chosen from the group comprising Spirulina platensis allophycocyanin alpha subunit and cytochrome b5, and also mutants thereof; and ✔ a protein of interest, the labelling domain and the protein of interest being separated by a cleavage sequence specific for enterokinase or TEV protease. ✔ a labelling domain, comprising the following elements: ➢ a histidine sequence, comprising at least 6 histidines, preferentially 10 histidines, ➢ a domain for interaction with streptavidin, preferentially streptavidin binding protein, ➢ a label, which is preferably coloured and more preferentially chosen from the group comprising Spirulina platensis allophycocyanin alpha subunit and cytochrome b5, and also mutants thereof; and ➢ a histidine sequence, comprising at least 6 histidines, preferentially 10 histidines, ➢ a domain for interaction with streptavidin, preferentially streptavidin binding protein, ➢ a label, which is preferably coloured and more preferentially chosen from the group comprising Spirulina platensis allophycocyanin alpha subunit and cytochrome b5, and also mutants thereof; ✔ a protein of interest, the labelling domain and the protein of interest being separated by a cleavage sequence specific for enterokinase or TEV protease.
Filter device for polymer melts, having a filter screen, through which the polymer melt to be cleaned is conducted, wherein the filter device has at least one scraper element, which slides by way of a scraping edge over the inflow-side surface of the filter screen and/or rests with its end region close to the scraping edge on the inflow-side surface and which, when moving over the inflow-side surface, lifts and/or scrapes off the contaminants adhering to the inflow-side surface as well as the contaminants situated in front of the screen holes, wherein the scraping edge has a curve at least in its leading end region in the direction of movement, characterised in that the radius of the curve is less than 90 % of the maximum diameter and/or the maximum opening width of the screen holes, wherein, at the surface facing the screen of the end region of the scraper element, the curve adjoins a contact surface, the extension of which perpendicular to the longitudinal extent of the scraping edge corresponds to 5 to 100 times the maximum diameter and/or the maximum opening width of the screen holes, and the scraper element, in its end region close to the screen, has a tapering section supporting the curve ending in the scraping edge, wherein the apex angle between the rear surface facing the screen and the front surface facing away from the screen bounding this section is 1 to 60°.
A user equipment, UE, comprising: a communication interface configured to communicate with a wireless access network node; and at least one processor configured to execute machine-readable instructions which, when executed by the processor, cause the processor to: perform a handover procedure to address in-device coexistence, IDC, interference at the UE; after the handover procedure, in response to determining that a transmission component is active, withhold sending of an IDC over indication to the wireless access network node, wherein the IDC over indication is to indicate that the IDC interference is over at the UE; and in response to determining that the transmission component is inactive, send the IDC over indication to the wireless access network node. perform a handover procedure to address in-device coexistence, IDC, interference at the UE; after the handover procedure, in response to determining that a transmission component is active, withhold sending of an IDC over indication to the wireless access network node, wherein the IDC over indication is to indicate that the IDC interference is over at the UE; and in response to determining that the transmission component is inactive, send the IDC over indication to the wireless access network node.
A method for helping determine the vision parameters of a subject, including the following steps: - capture two images (I1, I2) at two different angles of the subject's face by means of an image capturing device, the subject being in a natural distant vision posture, - determine the tilt with respect to the ground of the image capturing device at the time of image capture with an inclinometer, - deduce therefrom the tilt and the cap angle value of the face of the subject, characterized in that the image capturing device is positioned outside a foveal area of the subject at the time of capture of the images (I1, I2). - capture two images (I1, I2) at two different angles of the subject's face by means of an image capturing device, the subject being in a natural distant vision posture, - determine the tilt with respect to the ground of the image capturing device at the time of image capture with an inclinometer, - deduce therefrom the tilt and the cap angle value of the face of the subject, characterized in that the image capturing device is positioned outside a foveal area of the subject at the time of capture of the images (I1, I2).
A pre-fabricated water-proof patch for roadway surfaces, the pre-fabricated waterproof patch comprising: a wear layer having, in use, a top surface and a bottom surface, said top surface consisting essentially of aggregate stone frit exposed in a bitumen matrix; a structural reinforcement layer comprised of viscous bitumen in contact with said bottom surface of said wear layer; said structural reinforcement layer further comprising a reinforcement component selected from the group consisting of: a) fibrous material disposed within said viscous bitumen; b) a mesh screen encapsulated within said viscous bitumen; and, c) a combination of a) and b); and characterised in that the patch has a bottom layer comprising a sealant in contact with the reinforcement layer and further comprises a disposable peel off film backing disposed upon said sealant layer. a wear layer having, in use, a top surface and a bottom surface, said top surface consisting essentially of aggregate stone frit exposed in a bitumen matrix; a structural reinforcement layer comprised of viscous bitumen in contact with said bottom surface of said wear layer; said structural reinforcement layer further comprising a reinforcement component selected from the group consisting of: a) fibrous material disposed within said viscous bitumen; b) a mesh screen encapsulated within said viscous bitumen; and, c) a combination of a) and b); and characterised in that the patch has a bottom layer comprising a sealant in contact with the reinforcement layer and further comprises a disposable peel off film backing disposed upon said sealant layer.
Method for distinguishing traffic, implemented by a gateway (BX, Tcx, ANT) between a first network (LAN, NET1) and a second network (NET1, NET2), said method comprising the following steps: - inserting (E300, F300) marking information (iMRK1, iMRK2) into a field of the header of a packet (P, Q) transmitted by said gateway and intended to be routed to said second network (NET1, NET2), said marking information (iMRK1, iMRK2) allowing a device of a network comprising the second network (NET1, NET2) to distinguish whether: - said packet was generated by said gateway, or whether - said packet was generated by a terminal (TRM, Tcx) of said first network (LAN, NET1) connected to said gateway; and - sending (E400, F400) said packet (P, Q) to said second network (NET1, NET2). - inserting (E300, F300) marking information (iMRK1, iMRK2) into a field of the header of a packet (P, Q) transmitted by said gateway and intended to be routed to said second network (NET1, NET2), said marking information (iMRK1, iMRK2) allowing a device of a network comprising the second network (NET1, NET2) to distinguish whether: - said packet was generated by said gateway, or whether - said packet was generated by a terminal (TRM, Tcx) of said first network (LAN, NET1) connected to said gateway; and - sending (E400, F400) said packet (P, Q) to said second network (NET1, NET2). - said packet was generated by said gateway, or whether - said packet was generated by a terminal (TRM, Tcx) of said first network (LAN, NET1) connected to said gateway; and - sending (E400, F400) said packet (P, Q) to said second network (NET1, NET2).
A phospholipid derivative represented by the following formula wherein R 1 and R 2 are each independently an acyl group having 8 - 24 carbon atoms or an aliphatic hydrocarbon group having 8 - 24 carbon atoms, R 3 is a branched chain or cyclic divalent hydrocarbon group having 2 - 12 carbon atoms, a is an integer of 0 - 5, M is a hydrogen atom, an alkali metal or an ammonio group, PG is a residue derived from polyglycerol, k1is an integer of 2 - 50, and k2≧k3, k2+k3=k1+1 and k2/(k2+k3)x100≧67 are satisfied. R 1 and R 2 are each independently an acyl group having 8 - 24 carbon atoms or an aliphatic hydrocarbon group having 8 - 24 carbon atoms, R 3 is a branched chain or cyclic divalent hydrocarbon group having 2 - 12 carbon atoms, a is an integer of 0 - 5, M is a hydrogen atom, an alkali metal or an ammonio group, PG is a residue derived from polyglycerol, k1is an integer of 2 - 50, and k2≧k3, k2+k3=k1+1 and k2/(k2+k3)x100≧67 are satisfied.
A scintillator for neutron detection, comprising a metal fluoride crystal containing lithium, a metallic element having a valence of 2 or higher, and fluorine as constituent elements, said metal fluoride crystal containing 1.1 to 20 atoms per unit volume (atoms/nm 3) of 6 Li, having an effective atomic number of 10 to 40, and containing a lanthanoid.
A roof for an operator station of a work vehicle, comprising a molded roof portion formed by rotational molding, the molded roof portion having a first surface that is generally planar and faces in a first direction, and a second surface molded integrally with the first surface, wherein the second surface faces in a second direction opposite the first direction and has a plurality of integrally molded troughs (308, 310) that extend upward into the second surface; and a cover (400, 400a, 400b, 400c, 400d, 400e) that is fixed to the second surface and encloses the plurality of integrally molded troughs (308, 310), thereby forming a plurality of air conduits between the plurality of integrally molded troughs (308, 310) and the cover, wherein the plurality of integrally molded troughs (308, 310) are formed as a central trough from which several branching troughs extend and wherein each of the plurality of integrally molded troughs (308, 310) comprises a floor, and two sidewalls integrally molded with the floor, and wherein a first pair of branching troughs fans out laterally from the central trough, characterized in that a second pair of branching troughs extends forward from the central trough, that the branching troughs narrow in a horizontal direction as they extend forward from the central trough, and that the two sidewalls flare outward from each other as they extend away from the floor.