mhurhangee/ep-ind-claims huggingface dataset:
A gear shifting operation device of a multistage transmission that is provided with a main transmission and an auxiliary transmission, and shifts gear stages (G1 to G4, GH, GL) of both the main transmission and the auxiliary transmission by operation of a shift lever that moves along at least one H-shaped shift pattern, wherein the gear shifting operation device comprises: a separation mechanism that separates operation by one shift lever into shift operation and select operation for each direction; a select operation mechanism that operates by the select operation, selects a target shift fork for main transmission from among the plurality of shift forks for main transmission, and shifts a shift fork for auxiliary transmissions; and a shift operation mechanism that operates by the shift operation, and shifts the shift fork for main transmission selected by the select operation, characterized in that the select operation mechanism includes a cam mechanism, and is provided with: a first cam groove that causes the cam mechanism to operate a shift mechanism for auxiliary transmission that shifts the shift fork for auxiliary transmission; and a second cam groove that causes the cam mechanism to operate a select mechanism that selects the shift fork for main transmission. a separation mechanism that separates operation by one shift lever into shift operation and select operation for each direction; a select operation mechanism that operates by the select operation, selects a target shift fork for main transmission from among the plurality of shift forks for main transmission, and shifts a shift fork for auxiliary transmissions; and a shift operation mechanism that operates by the shift operation, and shifts the shift fork for main transmission selected by the select operation, characterized in that the select operation mechanism includes a cam mechanism, and is provided with: a first cam groove that causes the cam mechanism to operate a shift mechanism for auxiliary transmission that shifts the shift fork for auxiliary transmission; and a second cam groove that causes the cam mechanism to operate a select mechanism that selects the shift fork for main transmission.
A system for producing oil from a well bore extending through a fossil fuel reservoir, the well bore including a casing defining an annulus volume, a production tube disposed in the casing with the production tube coupled at one end to a wellhead and another end coupled to a pump configured to move liquid from the casing to the wellhead, the system comprising: a plurality of perforations defined in the casing proximate the fossil fuel reservoir; a gas flow tube in communication with the annulus volume of the casing proximate the wellhead; a gas valve coupled to the gas flow tube, the gas valve configured to selectively open and close the gas flow tube; and a controller coupled to the gas valve, wherein the controller is configured to control the opening and closing of the gas valve to displace liquid in the annulus volume with a gas volume between the gas valve and the perforations to maximize the volumetric rate of oil flow into the annulus volume through the perforations from the reservoir, characterised in that the controller is configured with a pump fill set point, and in that the controller is further configured to: combine the pump fill set point and a pump fill feedback signal value to generate a casing pressure request signal value; and combine the casing pressure request signal value with a casing pressure feedback signal value to generate a casing valve command wherein the volumetric rate of oil flow into the annulus volume is maximized. a plurality of perforations defined in the casing proximate the fossil fuel reservoir; a gas flow tube in communication with the annulus volume of the casing proximate the wellhead; a gas valve coupled to the gas flow tube, the gas valve configured to selectively open and close the gas flow tube; and a controller coupled to the gas valve, wherein the controller is configured to control the opening and closing of the gas valve to displace liquid in the annulus volume with a gas volume between the gas valve and the perforations to maximize the volumetric rate of oil flow into the annulus volume through the perforations from the reservoir, characterised in that the controller is configured with a pump fill set point, and in that the controller is further configured to: combine the pump fill set point and a pump fill feedback signal value to generate a casing pressure request signal value; and combine the casing pressure request signal value with a casing pressure feedback signal value to generate a casing valve command wherein the volumetric rate of oil flow into the annulus volume is maximized. combine the pump fill set point and a pump fill feedback signal value to generate a casing pressure request signal value; and combine the casing pressure request signal value with a casing pressure feedback signal value to generate a casing valve command wherein the volumetric rate of oil flow into the annulus volume is maximized.
Torsion spring system for a wheel suspension of a motor vehicle, with an actuator arranged on the vehicle body and variably tensioning the torsion spring system, which acts via a torsion bar and a drive lever with a tensioning force on a wheel suspension element of the wheel suspension, characterised in that the torsion bar between the actuator and the output side lever is implemented in two parts with a first partial bar and a second partial bar coupled thereto with the interposition of a spring element.
An article (10, 30, 50, 60) comprising: a gas turbine engine disk comprising a superalloy substrate (12, 32) that defines at least one fir tree recess; and a coating (34, 52, 62) on the superalloy substrate (12, 32), wherein the coating (34, 52, 62) is on a surface of the at least one fir tree recess and not on a surface of the gas turbine disk other than the surface of the at least one fir tree recess, wherein the coating (34, 52, 62) comprises: a diffusion barrier layer on the superalloy substrate (12, 32), wherein the diffusion barrier layer comprises iridium; and a wear resistant oxide layer over the diffusion barrier layer, wherein the wear resistant oxide layer comprises silica. a gas turbine engine disk comprising a superalloy substrate (12, 32) that defines at least one fir tree recess; and a coating (34, 52, 62) on the superalloy substrate (12, 32), wherein the coating (34, 52, 62) is on a surface of the at least one fir tree recess and not on a surface of the gas turbine disk other than the surface of the at least one fir tree recess, wherein the coating (34, 52, 62) comprises: a diffusion barrier layer on the superalloy substrate (12, 32), wherein the diffusion barrier layer comprises iridium; and a wear resistant oxide layer over the diffusion barrier layer, wherein the wear resistant oxide layer comprises silica. a superalloy substrate (12, 32) that defines at least one fir tree recess; and a coating (34, 52, 62) on the superalloy substrate (12, 32), wherein the coating (34, 52, 62) is on a surface of the at least one fir tree recess and not on a surface of the gas turbine disk other than the surface of the at least one fir tree recess, wherein the coating (34, 52, 62) comprises: a diffusion barrier layer on the superalloy substrate (12, 32), a diffusion barrier layer on the superalloy substrate (12, 32), wherein the diffusion barrier layer comprises iridium; and a wear resistant oxide layer over the diffusion barrier layer, wherein the wear resistant oxide layer comprises silica. a wear resistant oxide layer over the diffusion barrier layer, wherein the wear resistant oxide layer comprises silica.
A system comprising a sensor device adapted to be associated with a tyre of a vehicle, and a sensor coordinator device adapted to be installed on a body of the vehicle, the sensor coordinator device including an antenna ( 435; 800; 1000), characterized in that the antenna ( 435; 800; 1000) comprises: - a single-piece metallic plate shaped so as to define: - a first plate portion designed for the wireless reception of data from the sensor device in a first frequency band, and - a second plate portion designed for the wireless transmission of data to the sensor device in a second frequency band different than the first frequency band,and - a metallic ground plane common to both the first and second plate portions. - a single-piece metallic plate shaped so as to define: - a first plate portion designed for the wireless reception of data from the sensor device in a first frequency band, and - a second plate portion designed for the wireless transmission of data to the sensor device in a second frequency band different than the first frequency band,and - a metallic ground plane common to both the first and second plate portions.
A method of generating a floating point constant value from an instruction comprising: decoding a first field of the instruction as a sign bit of the floating point constant value; decoding a second field of the instruction, shifting the second field by a first shift value from a fourth field (108_1) of the instruction, and adding the shifted second field to a first constant value to form an exponent value of the floating point constant value; decoding a third field of the instruction, shifting the third field by a second shift value from a fifth field (108_2) of the instruction, and adding the shifted third field to a second constant value to form a significand of the floating point constant value; and generating the floating point constant value from the sign bit, the exponent value, and the significand. decoding a first field of the instruction as a sign bit of the floating point constant value; decoding a second field of the instruction, shifting the second field by a first shift value from a fourth field (108_1) of the instruction, and adding the shifted second field to a first constant value to form an exponent value of the floating point constant value; decoding a third field of the instruction, shifting the third field by a second shift value from a fifth field (108_2) of the instruction, and adding the shifted third field to a second constant value to form a significand of the floating point constant value; and generating the floating point constant value from the sign bit, the exponent value, and the significand.
A canned dough composition, the dough comprising: flour; water; a leavening acid capable of dissociating into leavening acid ions in the dough, selected from the group consisting of sodium aluminum phosphate, sodium acid pyrophosphate, sodium aluminum sulfate, glucono-delta-lactone, calcium phosphate, monocalcium phosphate, dicalcium phosphate, calcium acid pyrophosphate, dimagnesium phosphate, monopotassium phosphate, potassium acid pyrophosphate, and a combination thereof; a leavening base capable of dissociating into leavening base ions in the dough, selected from the group consisting of sodium bicarbonate, potassium bicarbonate, ammonium bicarbonate, sodium carbonate, calcium carbonate, and a combination thereof; and a halide salt selected from the group consisting of carnallite, magnesium chloride, and a combination thereof.
Tread for a pneumatic tyre having a ground-contacting surface which comes into contact with a road surface when the tyre is rolling and being formed from at least one rubber composition, the tread having at least one main groove which is formed in the tread, a plurality of auxiliary grooves, and blocks which are ground-contacting elements delimited by the main groove and the auxiliary grooves, the blocks having a plurality of side wall portions facing the main groove and/or the auxiliary grooves, and at least one side wall portion from the plurality of side wall portions in the abovementioned block having a reinforcing layer, characterized by the abovementioned reinforcing layer having a mean thickness less than 0.5 mm and being provided such that it faces the main groove and/or the auxiliary groove over an area at least equal to 50% of the abovementioned side wall portion, and the abovementioned reinforcing layer having a material modulus at least equal to 200 MPa.
Steel sheet coated with a metallic coating comprising from 2.0 to 24.0% by weight of zinc, from 7.1 to 12.0% by weight of silicon, optionally from 1.1 to 8.0% by weight of magnesium, and optionally additional elements chosen from Pb, Ni, Zr, or Hf, the content by weight of each additional element being inferior to 0.3% by weight, the balance being aluminum and unavoidable impurities and residuals elements, wherein the ratio Al/Zn is above 2.9.
A battery pack comprising: a thin cell having a laminated body including positive and negative electrodes, facing each other through a separator, a laminate film housing the laminated body and an electrolytic solution, and first and second terminal electrodes, protruding from the laminate film and connected respectively to the positive electrode and the negative electrode; and a cell housing body housing the thin cell and having a bus bar connected to the first and second terminal electrodes,, wherein the cell housing body includes: a structural body having a resin holder, the resin holder having a housing in which the thin cell is housed; and a printed board attached to the structural body so as to cover the thin cell, wherein the bus bar is formed on the printed board, and wherein the printed board has a pair of electrode holes into which the first and second terminal electrodes, of the thin cell are inserted and a first gas hole for releasing a gas generated from the electrolytic solution to outside the cell housing body. a thin cell having a laminated body including positive and negative electrodes, facing each other through a separator, a laminate film housing the laminated body and an electrolytic solution, and first and second terminal electrodes, protruding from the laminate film and connected respectively to the positive electrode and the negative electrode; and a cell housing body housing the thin cell and having a bus bar connected to the first and second terminal electrodes,, wherein the cell housing body includes: a structural body having a resin holder, the resin holder having a housing in which the thin cell is housed; and a printed board attached to the structural body so as to cover the thin cell, wherein the bus bar is formed on the printed board, and wherein the printed board has a pair of electrode holes into which the first a cell housing body housing the thin cell and having a bus bar connected to the first and second terminal electrodes,, wherein the cell housing body includes: a structural body having a resin holder, the resin holder having a housing in which the thin cell is housed; and a printed board attached to the structural body so as to cover the thin cell, a structural body having a resin holder, the resin holder having a housing in which the thin cell is housed; and a printed board attached to the structural body so as to cover the thin cell, wherein the bus bar is formed on the printed board, and wherein the printed board has a pair of electrode holes into which the first and second terminal electrodes, of the thin cell are inserted and a first gas hole for releasing a gas generated from the electrolytic solution to outside the cell housing body.
A wireless communication method, wherein the method is executed in a communications system comprising N cells, at least two cells of the N cells are capable of performing wireless communication by using a same carrier set, the carrier set comprises M carriers, the M carriers are divided into N time-frequency resource groups, each of the N time-frequency resource groups comprises M time-frequency resources, the M time-frequency resources in a same time-frequency resource group are in a one-to-one correspondence with the M carriers, and in any two time-frequency resource groups, time domain locations of time-frequency resources corresponding to a same carrier are different, wherein N ≥ 2, and M ≥ 2; and the method comprises: determining (S110, S210), by a network device, a first time-frequency resource group from the N time-frequency resource groups; and performing (S120, S230), by the network device, wireless communication in a first cell of the N cells with a terminal device located in the first cell by using some or all time-frequency resources in the first time-frequency resource group, wherein the first cell is provided by the network device; wherein time domain locations of the M time-frequency resources in the same time-frequency resource group are different. determining (S110, S210), by a network device, a first time-frequency resource group from the N time-frequency resource groups; and performing (S120, S230), by the network device, wireless communication in a first cell of the N cells with a terminal device located in the first cell by using some or all time-frequency resources in the first time-frequency resource group, wherein the first cell is provided by the network device; wherein time domain locations of the M time-frequency resources in the same time-frequency resource group are different.
Method, in particular locally fixed method, for measuring a contamination of drinking water by microorganisms in a drinking water conduit, wherein a contamination of drinking water is predicted in at least one prediction process on the basis of at least one contamination risk parameter, and an actual contamination of drinking water is measured in at least one measuring process, characterized in that the measuring process comprises at least one method step in which microorganisms are optically detected at an optics station, wherein the measuring process comprises at least one method step in which an image of the microorganisms is created with a resolution of a raster width of maximally 5 μm at the optics station, wherein the measuring process comprises at least one method step in which a contamination of drinking water is determined at the optics station on the basis of a quantity of the microorganisms, wherein microorganisms provided with markers and visible as individual points are counted by means of an analysis algorithm, with the organisms preferably corresponding to at least one microorganism respectively, wherein a diameter of the points that correspond to aggregates and agglomerates of microorganisms is determined and on the basis thereof a quantity of microorganisms contained therein is determined. characterized in that the measuring process comprises at least one method step in which microorganisms are optically detected at an optics station, wherein the measuring process comprises at least one method step in which an image of the microorganisms is created with a resolution of a raster width of maximally 5 μm at the optics station, wherein the measuring process comprises at least one method step in which a contamination of drinking water is determined at the optics station on the basis of a quantity of the microorganisms, wherein microorganisms provided with markers and visible as individual points are counted by means of an analysis algorithm, with the organisms preferably corresponding to at least one microorganism respectively, wherein a diameter of the points that correspond to aggregates and agglomerates of microorganisms is determined and on the basis thereof a quantity of microorganisms contained therein is determined.
A compound represented by the following formula: wherein R 1 represents C 2 H 4 (OC 2 H 4) n -OCH 3 or C m H 2m+1; R 2 represents O or NH; n is 3 to 25; and m is 4 to 22, or a salt thereof. wherein R 1 represents C 2 H 4 (OC 2 H 4) n -OCH 3 or C m H 2m+1; R 2 represents O or NH; n is 3 to 25; and m is 4 to 22, or a salt thereof.
A crystalline polymorph of 6-(Piperidin-4-yloxy)-2H-isoquinolin-1-one hydrochloride having the formula wherein the polymorph exhibits in an X-ray powder diffractogram using CuKα 1 radiation at least reflections within the two ranges selected from 1) 15.4 - 15.8 and 2) 16.5 -16.8 ± 0.2 degrees 2theta. 1) 15.4 - 15.8 and 2) 16.5 -16.8 ± 0.2 degrees 2theta.
A delivery device for a collapsible prosthetic heart valve, the delivery device comprising: an inner shaft; an outer shaft; a distal sheath disposed distal to the outer shaft and about a portion of the inner shaft to form a compartment with the inner shaft, the compartment being sized to receive the prosthetic heart valve, the inner shaft and the distal sheath being movable relative to one another, the outer shaft and the distal sheath sharing a central longitudinal axis; wherein the outer shaft is joined to the distal sheath via a joint so that the distal sheath is capable of rotation about the central longitudinal axis while the outer shaft remains static relative to the central longitudinal axis characterised in that the distal sheath includes a flat protrusion (4000, 5000, 6000) extending a length radially outward therefrom, and forces on the flat protrusion tend to rotate the distal sheath about the central longitudinal axis and relative to the outer shaft about the joint. an inner shaft; an outer shaft; a distal sheath disposed distal to the outer shaft and about a portion of the inner shaft to form a compartment with the inner shaft, the compartment being sized to receive the prosthetic heart valve, the inner shaft and the distal sheath being movable relative to one another, the outer shaft and the distal sheath sharing a central longitudinal axis; wherein the outer shaft is joined to the distal sheath via a joint so that the distal sheath is capable of rotation about the central longitudinal axis while the outer shaft remains static relative to the central longitudinal axis characterised in that the distal sheath includes a flat protrusion (4000, 5000, 6000) extending a length radially outward therefrom, and forces on the flat protrusion tend to rotate the distal sheath about the central longitudinal axis and relative to the outer shaft about the joint.
An unducted flow straightener for a turbomachine having a longitudinal axis, the flow straightener comprising: - a plurality of stator vanes extending substantially along a radial axis, each stator vane comprising a root and a blade rising radially from the root, the root comprising two half-platforms (40A, 40B) extending on either side of the blade, - a plurality of pivots, each associated with a stator vane and pivotally mounted along a pitch axis and intended to be connected to a pitch change system for changing the pitch of the blades, each pivot comprising an upper platform and a cylindrical lower portion, - a plurality of attachment systems, each associated with a stator vane and being adapted to attach the half-platforms (40A, 40B) of the root of the vane to the associated pivot, each attachment system comprising a clamping system and two plates (62A, 62B) arranged on either side of the blade, each of the plates having a shape substantially identical to each half-platform, the clamping system being designed to clamp the half-platforms (40A, 40B) of the root of the vane between the plates (62A, 62B) of the attachment system and the upper platform of the pivot. - a plurality of stator vanes extending substantially along a radial axis, each stator vane comprising a root and a blade rising radially from the root, the root comprising two half-platforms (40A, 40B) extending on either side of the blade, - a plurality of pivots, each associated with a stator vane and pivotally mounted along a pitch axis and intended to be connected to a pitch change system for changing the pitch of the blades, each pivot comprising an upper platform and a cylindrical lower portion, - a plurality of attachment systems, each associated with a stator vane and being adapted to attach the half-platforms (40A, 40B) of the root of the vane to the associated pivot, each attachment system comprising a clamping system and two plates (62A, 62B) arranged on either side of the blade, each of the plates having a shape substantially identical to each half-platform, the clamping system being designed to clamp the half-platforms (40A, 40B) of the root of the vane between the plates (62A, 62B) of the attachment system and the upper platform of the pivot.