mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a first gas turbine engine for an aircraft, the first gas turbine engine comprising a first low speed spool, a first high speed spool, and a first combustor; a first high spool motor configured to augment rotational power of the first high speed spool; a second gas turbine engine for the aircraft, the second gas turbine engine comprising a second low speed spool, a second high speed spool, and a second combustor; a second high spool motor configured to augment rotational power of the second high speed spool; and a controller to: determine a thrust requirement to satisfy a desired glide slope; determine whether thrust matching between the first gas turbine engine and the second gas turbine engine can be maintained while operating the first gas turbine engine in a fuel-burning mode and operating the second gas turbine engine in an electrically powered mode; and responsive to determining that thrust matching cannot be maintained, command fuel flow to the second combustor of the second gas turbine engine to cause the second gas turbine engine to operate in the fuel-burning mode. a first gas turbine engine for an aircraft, the first gas turbine engine comprising a first low speed spool, a first high speed spool, and a first combustor; a first high spool motor configured to augment rotational power of the first high speed spool; a second gas turbine engine for the aircraft, the second gas turbine engine comprising a second low speed spool, a second high speed spool, and a second combustor; a second high spool motor configured to augment rotational power of the second high speed spool; and a controller to: determine a thrust requirement to satisfy a desired glide slope; determine whether thrust matching between the first gas turbine engine and the second gas turbine engine can be maintained while operating the first gas turbine engine in a fuel-burning mode and operating the second gas turbine engine in an electrically powered mode; and responsive to determining that thrust matching cannot be maintained, command fuel flow to the second combustor of the second gas turbine engine to cause the second gas turbine engine to operate in the fuel-burning mode. determine a thrust requirement to satisfy a desired glide slope; determine whether thrust matching between the first gas turbine engine and the second gas turbine engine can be maintained while operating the first gas turbine engine in a fuel-burning mode and operating the second gas turbine engine in an electrically powered mode; and responsive to determining that thrust matching cannot be maintained, command fuel flow to the second combustor of the second gas turbine engine to cause the second gas turbine engine to operate in the fuel-burning mode.
A double suction vertical pump configured to be installed and perform its pumping operation in an open channel having a surface of water, comprising: a rotary shaft extending in a vertical direction; a double suction impeller secured to the rotary shaft; a casing having a volute chamber that surrounds the double suction impeller; an upper bell mouth having an upper suction opening, when installed in the open channel facing upward toward the surface of the water in the open channel; a lower bell mouth having a lower suction opening, the upper suction opening and the lower suction opening being in fluid communication with the volute chamber through the double suction impeller; discharge pipes (15A, 15B) extending upwardly from the volute chamber; and a column pipe coupled to the discharge pipes; characterized in that the double suction vertical pump further comprises: a vortex prevention device comprising at least one slope plate located above the upper bell mouth, the at least one slope plate being secured to the column pipe. a rotary shaft extending in a vertical direction; a double suction impeller secured to the rotary shaft; a casing having a volute chamber that surrounds the double suction impeller; an upper bell mouth having an upper suction opening, when installed in the open channel facing upward toward the surface of the water in the open channel; a lower bell mouth having a lower suction opening, the upper suction opening and the lower suction opening being in fluid communication with the volute chamber through the double suction impeller; discharge pipes (15A, 15B) extending upwardly from the volute chamber; and a column pipe coupled to the discharge pipes; characterized in that the double suction vertical pump further comprises: a vortex prevention device comprising at least one slope plate located above the upper bell mouth, the at least one slope plate being secured to the column pipe.
A weighing apparatus comprising: adjacent hoppers; and a sorting mechanism disposed between the adjacent hoppers, the sorting mechanism sorting an article given from outside into one of the adjacent hoppers, wherein the sorting mechanism includes a rotator rotatable around a rotation shaft, characterized in that the rotation shaft and a central axis of the rotator are not parallel, the rotator is adapted to rotate when the article abuts on the rotator, and the rotator is adapted not to rotate when the article does not abut on the rotator. adjacent hoppers; and a sorting mechanism disposed between the adjacent hoppers, the sorting mechanism sorting an article given from outside into one of the adjacent hoppers, wherein the sorting mechanism includes a rotator rotatable around a rotation shaft, characterized in that the rotation shaft and a central axis of the rotator are not parallel, the rotator is adapted to rotate when the article abuts on the rotator, and the rotator is adapted not to rotate when the article does not abut on the rotator.
A polynucleotide comprising a cis-acting regulatory sequence operably linked to a downstream promotor, wherein all of NF-AT, AP1, NFkB, STAT1, STAT3 and STAT5 are capable of binding to said cis-acting regulatory sequence, and wherein the polynucleotide comprises DNA sequence as set forth in SEQ ID NO.: 1.
A utility vehicle power distribution module, comprising: a multi-level housing having a first level and a second level with in-line fuses installed parallel to a first side of the multi-level housing and parallel to a second side of the multi-level housing; an outer wall around the first level and the second level of the multi-level housing having a plurality of cable entry and exit openings through the outer wall; and a plurality of interior walls in the first level and the second level, with channels between the walls routing cables between the cable entry and exit openings and the in-line fuses, characterized in that the in-line fuses are connected to threaded studs (114, 116) mounted to a partition between the first level and the second level of the multi-level housing. a multi-level housing having a first level and a second level with in-line fuses installed parallel to a first side of the multi-level housing and parallel to a second side of the multi-level housing; an outer wall around the first level and the second level of the multi-level housing having a plurality of cable entry and exit openings through the outer wall; and a plurality of interior walls in the first level and the second level, with channels between the walls routing cables between the cable entry and exit openings and the in-line fuses, characterized in that the in-line fuses are connected to threaded studs (114, 116) mounted to a partition between the first level and the second level of the multi-level housing.
An electronic memory apparatus, comprising: an array of memory cells; a controller coupled with the array of memory cells; a driver (125, 400) coupled with the controller and configured to generate a multi-level signal modulated using a first modulation scheme having at least three levels based on a plurality of information bits to be read from the array of memory cells, the driver (125, 400) including a pull-up circuit including a first switching component (420-a) having a first gate polarity, and a first resistor (440-b) wherein the first switching component (420-a) couples an output of the driver with a voltage source and the first resistor (440-b) is positioned in series with the first switching component (420-a) between the voltage source and the output, and the pull-up circuit including a second switching component (415-a) having a second gate polarity different than the first gate polarity, and a second resistor (440-a), wherein the second switching component (415-a) couples the output of the driver with the voltage source and the second resistor (440-a) is positioned in series with the second switching component (415-a) between the voltage source and the output. an array of memory cells; a controller coupled with the array of memory cells; a driver (125, 400) coupled with the controller and configured to generate a multi-level signal modulated using a first modulation scheme having at least three levels based on a plurality of information bits to be read from the array of memory cells, the driver (125, 400) including a pull-up circuit including a first switching component (420-a) having a first gate polarity, and a first resistor (440-b) wherein the first switching component (420-a) couples an output of the driver with a voltage source and the first resistor (440-b) is positioned in series with the first switching component (420-a) between the voltage source and the output, and the pull-up circuit including a second switching component (415-a) having a second gate polarity different than the first gate polarity, and a second resistor (440-a), wherein the second switching component (415-a) couples the output of the driver with the voltage source and the second resistor (440-a) is positioned in series with the second switching component (415-a) between the voltage source and the output.
A slide staining and sticking apparatus comprising: baskets for containing one or more glass slides with specimens, a staining device, a sticking device and transfer means for transferring baskets from the staining device to the sticking device; wherein the staining device comprises a plurality of start tubs (18a, 18b, 18c) in which baskets are initially placed, and a plurality of staining/cleaning tubs for holding plural kinds of liquids for staining or cleaning said specimens stuck on glass slides; said start tubs (18a, 18b, 18c) and staining/cleaning tubs being provided in a container; basket transfer means for transferring baskets from said start tubs (18a, 18b, 18c) so that they are sequentially dipped in a plurality of said staining/cleaning tubs; sensors attached to a main body section of the staining device; a staining control unit comprising a staining memory, a staining condition data input device, a staining CPU connected to (i) said sensors attached to the main body section of the staining device, (ii) the staining memory and (iii) the input device, said CPU in use receiving signals from said sensors and receiving staining condition data and sticking condition data from said input device, and sending a signal to drive the staining device on the basis of the staining condition data stored in the memory; said staining condition data including, for each of the baskets set in the start tubs (18a, 18b, 18c), data relating to the selected staining/cleaning tubs provided in the container, the dipping order, and the dipping time periods; the staining control unit also including a display monitor connected to the CPU for displaying staining condition data, sticking condition data and history data relating to staining and sticking operations of the staining and sticking devices (10, 12); and wherein the sticking device comprises means for removing a slide from a basket, means for sticking a cover film piece onto a stained specimen on the slide using a mounting medium, sticking device sensors attached to the main body of the sticking device, and a sticking control unit comprising a sticking memory and a sticking CPU which is connected to the sticking memory, the sticking device sensors and the staining CPU, and which in use provides a drive signal to drive the sticking device on the basis of sticking condition data sent from the staining CPU, relating to the basket fed from the staining device; wherein said sticking condition data include, for each basket, the amount of the mounting medium to be applied, the sticking speed, and the length of the cover film pieces.
Vehicle radial pneumatic tyre having an inner ply, side walls, bead cores, an at least partly electrically conductive carcass inlay wrapped around the bead cores and electrically conductively connected to the tread outer surface, and electrically nonconductive horn profiles, wherein, in at least one bead area, an electrically conductive material (8, 8') that is in contact with the horn profile connects the carcass inlay electrically conductively to the rim, characterized in that the electrically conductive material (8, 8') runs on the outer side of the horn profile and, on the tyre inner side and/or tyre outer side, has at least one section (8a, 8'a) which runs out over the horn profile in the radial direction and makes contact with the carcass inlay.
A tunable laser based light source for Li-Fi communication comprising: a laser for emitting, in operation, a scanning beam, a first optical element configured to reflect and/or refract the scanning beam emitted from the laser, and a second optical element configured to broaden the scanning beam reflected/refracted by the first optical element, wherein the scanning beam is configured to scan a scanning area, wherein the scanning area is extending with a first scanning length in a broadening direction and a second scanning length in a scanning direction, wherein the broadening direction and the scanning direction are mutually perpendicular, wherein the second optical element is configured to broaden the scanning beam in the broadening direction to a width larger than the first scanning length, and wherein the laser and the first optical element are configured to cooperate to enable the scanning beam to be swept along the scanning direction. a laser for emitting, in operation, a scanning beam, a first optical element configured to reflect and/or refract the scanning beam emitted from the laser, and a second optical element configured to broaden the scanning beam reflected/refracted by the first optical element, wherein the scanning beam is configured to scan a scanning area, wherein the scanning area is extending with a first scanning length in a broadening direction and a second scanning length in a scanning direction, wherein the broadening direction and the scanning direction are mutually perpendicular, wherein the second optical element is configured to broaden the scanning beam in the broadening direction to a width larger than the first scanning length, and wherein the laser and the first optical element are configured to cooperate to enable the scanning beam to be swept along the scanning direction.
Washing machine suitable to effect a washing treatment and thermo-disinfection, comprising: - a washing chamber in which the objects to be treated are disposed, - a washing circuit comprising a plurality of exit paths for a washing and thermo-disinfection liquid to be distributed toward the objects to be treated, - a washing chamber bottom which has a corresponding discharge aperture; - a single valve for the discharge of the washing and thermo-disinfection liquid; - wherein the exit of which valve is in turn connected in direct communication to the inlet of a pipe that discharges directly into the sewerage system, characterized in that said single valve is directly mounted on said discharge aperture, at exit; in that said washing machine comprises heating means to heat the washing and thermo-disinfection liquid at entrance to the washing chamber to a desired temperature, and in that said washing circuit comprises first re-circling means that develop from the bottom of the washing chamber toward the heating means and are suitable to transfer the washing and thermo-disinfection liquid, by pumping means, toward the heating means, from where it is again introduced into the washing chamber. - a washing chamber in which the objects to be treated are disposed, - a washing circuit comprising a plurality of exit paths for a washing and thermo-disinfection liquid to be distributed toward the objects to be treated, - a washing chamber bottom which has a corresponding discharge aperture; - a single valve for the discharge of the washing and thermo-disinfection liquid; - wherein the exit of which valve is in turn connected in direct communication to the inlet of a pipe that discharges directly into the sewerage system,
A method for manufacturing a busbar, in particular a laminated busbar, configured for mounting an electronic component, in particular a passive electronic component such as a capacitor, on the busbar, comprising: - providing a first conductive layer made from aluminum, - providing a first connector element for connecting the first conductive layer and the electronic component, wherein the first connector element is at least partially covered with nickel and/or tin and characterized by - creating a bond, in particular a laser welding seam, between the first conductive layer and the first connector element by laser welding, wherein first conductive layer and/or is an aluminum sheet being at least partially free from cover made of nickel and/or tin. - providing a first conductive layer made from aluminum, - providing a first connector element for connecting the first conductive layer and the electronic component, wherein the first connector element is at least partially covered with nickel and/or tin and characterized by - creating a bond, in particular a laser welding seam, between the first conductive layer and the first connector element by laser welding, wherein first conductive layer and/or is an aluminum sheet being at least partially free from cover made of nickel and/or tin.
A method for manufacturing a holding sealing material comprising: a mat preparation step of preparing a mat including an inorganic fiber; a binding agent solution preparation step of preparing a binding agent solution by mixing a solution of inorganic particles and a polymer-based dispersant to prepare a solution mixture, and then mixing the mixture with an organic binding agent dispersed in water; a supply step of supplying the binding agent solution to the mat; and a drying step of drying the organic binding agent and the inorganic particles by drying the mat supplied with the binding agent solution, wherein the polymer-based dispersant is anionic polymer-based dispersant, and the solution of inorganic particles is alumina sol. a mat preparation step of preparing a mat including an inorganic fiber; a binding agent solution preparation step of preparing a binding agent solution by mixing a solution of inorganic particles and a polymer-based dispersant to prepare a solution mixture, and then mixing the mixture with an organic binding agent dispersed in water; a supply step of supplying the binding agent solution to the mat; and a drying step of drying the organic binding agent and the inorganic particles by drying the mat supplied with the binding agent solution, wherein the polymer-based dispersant is anionic polymer-based dispersant, and the solution of inorganic particles is alumina sol.
A chest cooler (350; 460; 480; 510) for dispensing a number of products (10, 15, 20), comprising: an outer frame; a plurality of product compartments (380, 390, 400) within the outer frame; an upper door; and a front door; wherein the front door comprises a transparent panel such that some or all of the number of products are visible through the transparent panel, wherein one or more of the plurality of product compartments (150, 160; 380, 390, 400) comprise a slanted orientation, wherein the plurality of compartments (380, 390, 400) comprises a first product compartment and a second product compartment, and wherein the upper door is positioned about the first product compartment, characterised in that the front door is positioned about the first product compartment and the second product compartment, such that some or all of the number of products are accessible via either the upper door or the front door. an outer frame; a plurality of product compartments (380, 390, 400) within the outer frame; an upper door; and a front door; wherein the front door comprises a transparent panel such that some or all of the number of products are visible through the transparent panel, wherein one or more of the plurality of product compartments (150, 160; 380, 390, 400) comprise a slanted orientation, wherein the plurality of compartments (380, 390, 400) comprises a first product compartment and a second product compartment, and wherein the upper door is positioned about the first product compartment, characterised in that the front door is positioned about the first product compartment and the second product compartment, such that some or all of the number of products are accessible via either the upper door or the front door.
A rubber composition for a tire comprising: a diene-based rubber component; a foaming agent generating carbon dioxide; a fatty acid metal salt; and urea, wherein the diene-based rubber component comprises at least one selected from natural rubber and butadiene rubber, a content of the foaming agent is 0.1 parts to 20 parts by mass with respect to 100 parts by mass the diene-based rubber component, a total content of the fatty acid metal salt and the urea is 0.1 parts to 20 parts by mass with respect to 100 parts by mass the diene-based rubber component, and a mass ratio of the fatty acid metal salt and the urea is 1:0.5 to 1:3.9. a diene-based rubber component; a foaming agent generating carbon dioxide; a fatty acid metal salt; and urea, wherein the diene-based rubber component comprises at least one selected from natural rubber and butadiene rubber, a content of the foaming agent is 0.1 parts to 20 parts by mass with respect to 100 parts by mass the diene-based rubber component, a total content of the fatty acid metal salt and the urea is 0.1 parts to 20 parts by mass with respect to 100 parts by mass the diene-based rubber component, and a mass ratio of the fatty acid metal salt and the urea is 1:0.5 to 1:3.9.