mhurhangee/ep-ind-claims huggingface dataset:
A drainage system for draining fluid from an aircraft fuel tank, the drainage system comprising: a first conduit configured to fluidly connect to a drainage outlet of a fuel tank of an aircraft; a plurality of measuring tanks, each measuring tank being configured to hold fluid drained from a fuel tank of an aircraft; a plurality of second conduits, each second conduit being fluidly connected to one of the plurality of measuring tanks; a multiway valve comprising: a first passage fluidly connected to the first conduit; a plurality of second passages, each second passage being fluidly connected to one of the plurality of second conduits; and a controllable shutter configured to selectively direct fluid between the first passage and the plurality of second passages; and a pump arranged to pump fluid through the first conduit. a first conduit configured to fluidly connect to a drainage outlet of a fuel tank of an aircraft; a plurality of measuring tanks, each measuring tank being configured to hold fluid drained from a fuel tank of an aircraft; a plurality of second conduits, each second conduit being fluidly connected to one of the plurality of measuring tanks; a multiway valve comprising: a first passage fluidly connected to the first conduit; a plurality of second passages, each second passage being fluidly connected to one of the plurality of second conduits; and a controllable shutter configured to selectively direct fluid between the first passage and the plurality of second passages; and a first passage fluidly connected to the first conduit; a plurality of second passages, each second passage being fluidly connected to one of the plurality of second conduits; and a controllable shutter configured to selectively direct fluid between the first passage and the plurality of second passages; and a pump arranged to pump fluid through the first conduit.
A process for producing a polyethylene composition comprising: contacting, in a polymerization reactor under high pressure polymerization conditions, ethylene with a free radical initiator in the presence of a solvent to form a reactor effluent comprising a high pressure low density polyethylene (HP-LDPE) and unreacted species; separating the unreacted species from the HP-LDPE to form a recycle stream; purging dissipative components from the recycle stream to form a purged recycle stream; maintaining a purge fraction from 0.18 to 0.6; introducing the purged recycle stream into the polymerization reactor; and forming a HP-LDPE having a dissipation factor less than or equal to 1.48 x 10 -4 radian at 2.47 GHz. contacting, in a polymerization reactor under high pressure polymerization conditions, ethylene with a free radical initiator in the presence of a solvent to form a reactor effluent comprising a high pressure low density polyethylene (HP-LDPE) and unreacted species; separating the unreacted species from the HP-LDPE to form a recycle stream; purging dissipative components from the recycle stream to form a purged recycle stream; maintaining a purge fraction from 0.18 to 0.6; introducing the purged recycle stream into the polymerization reactor; and forming a HP-LDPE having a dissipation factor less than or equal to 1.48 x 10 -4 radian at 2.47 GHz.
An antenna comprising: a cavity backed slot antenna portion; and, a planar log periodic parasitic dipole portion positioned in spaced relation to the cavity backed slot antenna portion.
Submarine having a propeller drive, having at least one propeller, which is arranged on the outside, and having a drive shaft which is guided through the pressure hull of the submarine and which, at one end, bears the propeller and which is coupled in terms of movement to a drive, wherein the drive shaft is designed in the form of a hollow shaft, and means for discharging at least one fluid from the submarine through the hollow shaft are provided, characterized in that, for the purpose of introducing the fluid into the drive shaft, a rotary leadthrough is arranged around said drive shaft.
A computer-implemented method for navigating content of a spreadsheet, comprising: displaying a current view of spreadsheet data associated with a workbook including one or more sheets; receiving, from a user, an instruction to change the current view of the spreadsheet data; changing the current view to a thumbnail view that displays at least one thumbnail representing at least one of the sheets of the workbook when the current view is a data view and the instruction is a gesture to zoom out from content that indicates to display the thumbnail view, wherein, when the at least one thumbnail occupies at least a predefined fraction of a display, a zoomed out view of the content is displayed in the thumbnail, and wherein the content is replaced with a graphical icon when the thumbnail is smaller than said predefined fraction of the display and when more thumbnails are displayed; changing the current view from a view of a chart object to a data view displaying the underlying data for a specific portion of the chart object when the instruction is a stretch gesture performed on a portion of the chart object; and changing the current view from the view of the chart object to a data view displaying the underlying data for the chart object when the instruction is a stretch gesture performed near the chart object but not within the chart object. displaying a current view of spreadsheet data associated with a workbook including one or more sheets; receiving, from a user, an instruction to change the current view of the spreadsheet data; changing the current view to a thumbnail view that displays at least one thumbnail representing at least one of the sheets of the workbook when the current view is a data view and the instruction is a gesture to zoom out from content that indicates to display the thumbnail view, wherein, when the at least one thumbnail occupies at least a predefined fraction of a display, a zoomed out view of the content is displayed in the thumbnail, and wherein the content is replaced with a graphical icon when the thumbnail is smaller than said predefined fraction of the display and when more thumbnails are displayed; changing the current view from a view of a chart object to a data view displaying the underlying data for a specific portion of the chart object when the instruction is a stretch gesture performed on a portion of the chart object; and changing the current view from the view of the chart object to a data view displaying the underlying data for the chart object when the instruction is a stretch gesture performed near the chart object but not within the chart object.
An arrangement configured to be included in a wireless terminal, wherein the arrangement comprises: a PCB and at least two antennas; wherein the PCB comprises a resonant component and the PCB is connected to at least two antennas; wherein a first gap is formed on the PCB, the first gap splits the PCB into a first part and a second part, the second part is connected to the at least two antennas, the second part comprises a metal ground, and the first part is connected to the metal ground of the second part, characterized in that the first part is connected to a conductor, the resonant component is the first part and the conductor, and a sum of lengths of the first part and the conductor is one fourth of an equivalent wavelength of a resonant frequency band of the resonant component wherein the resonant component is configured to generate resonance current which changes the current distribution in the PCB and increases isolation between the at least two antennas.
Manual torque adjuster for a motor vehicle steering mechanism, having an electric motor which has a pinion arranged on a motor shaft at its output end, which pinion drives a belt pulley by way of a toothed belt, and having a sensor unit which is capable of detecting the motor position and which is connected to an electronic controller that controls the electric motor, wherein the sensor unit is arranged close to the output end of the motor shaft, characterised in that secured to a pinion-side bearing shield of the electric motor is an assembly stand which projects beyond the free end of the motor shaft, and in that the sensor unit is secured to the assembly stand.
An inseparable assembly comprising: a body having a first surface and a second surface, said body comprising an oxide-based ceramic matrix composite material such that said body has a first predetermined ductility; a crack extending through said body between said first surface and said second surface; and a patch bonded to at least one of said first surface and said second surface overlapping at least a portion of an edge of said crack, said patch comprising a metallic wire mesh such that said patch has a second predetermined ductility that is greater than said first ductility. a body having a first surface and a second surface, said body comprising an oxide-based ceramic matrix composite material such that said body has a first predetermined ductility; a crack extending through said body between said first surface and said second surface; and a patch bonded to at least one of said first surface and said second surface overlapping at least a portion of an edge of said crack, said patch comprising a metallic wire mesh such that said patch has a second predetermined ductility that is greater than said first ductility.
An insulator shielding assembly, comprising: a rubber housing having a plurality of radial weathersheds and a tapered end adjacent an endmost radial weathershed; a metal fitting disposed adjacent to said endmost radial weathershed and receiving said tapered end; a collar assembly disposed at an upper end of said metal fitting receiving said tapered end and including first and second apertures between an outer surface thereof and said rubber housing for receiving a sealant; and a first sealing surface disposed between said collar assembly and a bottom end of said rubber housing. a rubber housing having a plurality of radial weathersheds and a tapered end adjacent an endmost radial weathershed; a metal fitting disposed adjacent to said endmost radial weathershed and receiving said tapered end; a collar assembly disposed at an upper end of said metal fitting receiving said tapered end and including first and second apertures between an outer surface thereof and said rubber housing for receiving a sealant; and a first sealing surface disposed between said collar assembly and a bottom end of said rubber housing.
A light-emitting diode lighting system, having a plurality of LED devices, electrically connected in parallel, and each comprising: an LED lighting unit; an LED processing unit, electrically connected to the LED lighting unit, and controlling the LED lighting unit; an LED memory unit, electrically connected to the LED processing unit; a main controller comprising: a main processing unit; wherein the main processing unit determines whether a total consumption of the LED devices increases by a first predetermined value; the LED lighting system is characterized by: when the total consumption increases by the first predetermined value, the main processing unit generates an address writing signal, and sends the address writing signal to the LED devices; when each LED device receives the address writing signal, the LED processing unit of the LED device determines if the LED memory unit is in an empty state; when the LED processing unit determines that the LED memory unit is in the empty state, the LED processing unit writes an address code contained in the address writing signal into the LED memory unit. an LED lighting unit; an LED processing unit, electrically connected to the LED lighting unit, and controlling the LED lighting unit; an LED memory unit, electrically connected to the LED processing unit; a main processing unit; wherein the main processing unit determines whether a total consumption of the LED devices increases by a first predetermined value; the LED lighting system is characterized by: when the total consumption increases by the first predetermined value, the main processing unit generates an address writing signal, and sends the address writing signal to the LED devices; when each LED device receives the address writing signal, the LED processing unit of the LED device determines if the LED memory unit is in an empty state; when the LED processing unit determines that the LED memory unit is in the empty state, the LED processing unit writes an address code contained in the address writing signal into the LED memory unit.
Pipe clamp for the installation of a conduit, particularly a tube, that is secured for the case of fire, with a mounting member that is formed in one piece from a metal sheet to a U-profile that comprises a base plate having at least one mounting element (125; 91) as well as two sidewalls (121, 123) having slot-shaped openings, and with a receiving member that is formed in one piece from a metal sheet to a profile having an at least approximately V-shaped receiving segment that serves for holding the conduit and with a holding bracket, wherein the conduit can be fixed by means of the holding bracket, which comprises a down holding member, which abuts the conduit and which comprises on both sides thereto adjoining side elements having an opening each, through which as well as through the slot-shaped openings holding screws are guidable, wherein the receiving segment is provided on both sides with side pieces, which are aligned approximately in parallel to one another, which comprise each on the side averted thereto a mounting slot, that is open towards the outside, that serves for receiving the holding screw, that extends in parallel to the slot-shaped opening in the sidewall (121; 123) of the mounting member, and on which each a connecting element (112, 1221, 1222) is provided, that extends to the outside and that engages in a form locking manner in a further opening in the related sidewall (121, 123) of the mounting member, wherein the receiving member can be mounted between the sidewalls (121, 123) selectively with the receiving segment facing the mounting member or averted thereto.
A method for occupying a shared spectrum, the method comprising: determining, by a first communications node according to a resource occupation manner of the first communications node for a shared spectrum, a sending resource of resource reservation information by using a preset correspondence, wherein the preset correspondence comprises a relationship between at least two resource occupation manners and at least two sending resources, and the resource reservation information represents the resource occupation manner; and sending, by the first communications node, the resource reservation information by using the sending resource, to a second communications node; wherein the resource occupation manner comprises a time length for which the shared spectrum is to be occupied; and the preset correspondence comprises a correspondence between at least two time lengths and the at least two sending resources. determining, by a first communications node according to a resource occupation manner of the first communications node for a shared spectrum, a sending resource of resource reservation information by using a preset correspondence, wherein the preset correspondence comprises a relationship between at least two resource occupation manners and at least two sending resources, and the resource reservation information represents the resource occupation manner; and sending, by the first communications node, the resource reservation information by using the sending resource, to a second communications node; wherein the resource occupation manner comprises a time length for which the shared spectrum is to be occupied; and the preset correspondence comprises a correspondence between at least two time lengths and the at least two sending resources.
An engine comprising: a crankcase; a cylinder (14, 16) provided in the crankcase and having an outer circumference formed with fins (94, 96); a crank shaft provided inside the crankcase and penetrating the crankcase; a cooling fan provided on an outer side of the crankcase coaxially with the crank shaft, for the introduction of cooling air from the outer side of the crankcase; a first cover provided to cover an outer side of the cylinder (14, 16) and the crankcase, and the cooling fan; and a second cover provided attachably to/detachably from the first cover; wherein the first cover includes a first opening provided at a position to face the cooling fan and a second opening (200, 202) provided at a position to face the fins (94, 96); the second cover includes an air inlet provided at a position to face the first opening, and is attached to the first cover to cover the first opening and the second opening (200, 202); characterised in that the first cover further includes a wall portion (204, 206) erected between the first opening and the second opening (200, 202); the wall portion (204, 206) being at an edge region of the second opening (200, 202); the second cover being attached to the first cover in such a fashion to form an outlet (222, 224) for the cooling air near the wall portion (204, 206) between the first cover and the second cover. a crankcase; a cylinder (14, 16) provided in the crankcase and having an outer circumference formed with fins (94, 96); a crank shaft provided inside the crankcase and penetrating the crankcase; a cooling fan provided on an outer side of the crankcase coaxially with the crank shaft, for the introduction of cooling air from the outer side of the crankcase; a first cover provided to cover an outer side of the cylinder (14, 16) and the crankcase, and the cooling fan; and a second cover provided attachably to/detachably from the first cover; wherein the first cover includes a first opening provided at a position to face the cooling fan and a second opening (200, 202) provided at a position to face the fins (94, 96); the second cover includes an air inlet provided at a position to face the first opening, and is attached to the first cover to cover the first opening and the second opening (200, 202); characterised in that the first cover further includes a wall portion (204, 206) erected between the first opening and the second opening (200, 202); the wall portion (204, 206) being at an edge region of the second opening (200, 202); the second cover being attached to the first cover in such a fashion to form an outlet (222, 224) for the cooling air near the wall portion (204, 206) between the first cover and the second cover.
Brake device for a motor vehicle having a first group of at least two hydraulic brake circuits (1, 2) which are connected to a brake pressure-generating device which can be activated manually or by means of a pedal, and the effect of which on wheel brakes can be controlled by valves (10, 10a, 11, 12, 13, 14), and having a second group of brake circuits having at least one hydraulic brake circuit which is permanently hydraulically decoupled from the brake pressure-generating device and is controlled exclusively by means of an automatic control device, wherein the brake circuits (1, 2) of the first group and the brake circuits of the second group have at least one hydraulic pump (15, 15a, 15b), wherein the hydraulic pumps are kinematically connected to a common pump drive, characterized in that the hydraulic pumps (15, 15b) which are assigned to the brake circuits (1, 2) of the first group can be connected via valves on the intake side to the respective high pressure outputs in order to decouple the hydraulic pressure generation in the brake circuits (1, 2) of the first group from the hydraulic pressure generation in the hydraulic brake circuit of the second group, wherein the hydraulic pumps (15, 15b) which are assigned to the first group are in the idle state.
A method for determining the nucleotide sequence of a nucleic acid of interest, comprising: providing n samples, wherein n is an integer, and n > 1; dividing the n samples into m groups, wherein m is an integer, and n ≥ m > 1; performing PCR amplification on the m groups of samples under conditions suitable for amplifying the nucleic acid of interest when templates from the samples are available, wherein a pair or multiple pairs of index primers are used for each sample, wherein each pair of index primers consists of a forward index primer and a reverse index primer and primer indexes used for different samples are different; pooling products of the PCR amplification from each of the samples together; subjecting the amplified products to incomplete shearing, purifying and recovering, wherein said incomplete shearing produces intact un-sheared PCR products and partially sheared PCR products; subjecting the recovered DNA mixture to sequencing to obtain sequences of the sheared DNA; and matching obtained sequencing data to corresponding samples based on a unique primer index for each sample, aligning obtained sequences of the sheared DNA against DNA reference sequences corresponding to the PCR products, and assembling a complete sequence of the nucleic acid of interest from the obtained sequences of the sheared DNA based on sequence overlap and linkage relationship, whereby a length of the complete sequence of the nucleic acid of interest exceeds a maximum read length of a sequencer used for said sequencing. providing n samples, wherein n is an integer, and n > 1; dividing the n samples into m groups, wherein m is an integer, and n ≥ m > 1; performing PCR amplification on the m groups of samples under conditions suitable for amplifying the nucleic acid of interest when templates from the samples are available, wherein a pair or multiple pairs of index primers are used for each sample, wherein each pair of index primers consists of a forward index primer and a reverse index primer and primer indexes used for different samples are different; pooling products of the PCR amplification from each of the samples together; subjecting the amplified products to incomplete shearing, purifying and recovering, wherein said incomplete shearing produces intact un-sheared PCR products and partially sheared PCR products; subjecting the recovered DNA mixture to sequencing to obtain sequences of the sheared DNA; and matching obtained sequencing data to corresponding samples based on a unique primer index for each sample, aligning obtained sequences of the sheared DNA against DNA reference sequences corresponding to the PCR products, and assembling a complete sequence of the nucleic acid of interest from the obtained sequences of the sheared DNA based on sequence overlap and linkage relationship, whereby a length of the complete sequence of the nucleic acid of interest exceeds a maximum read length of a sequencer used for said sequencing.