mhurhangee/ep-ind-claims huggingface dataset:
A device for sanitizing liquid wastewater, comprising: - a container suitable for holding an aggregate made up of solid particles and for permitting contact between the solid particles of the aggregate and said liquid wastewater flowing in said container between: ∘ an inlet for said liquid wastewater into said container, and; ∘ an outlet for substantially decontaminated water from the container; - a community, referred to as a community of microorganisms, of at least one species of microorganism extending on the surface of and in contact with the solid particles of the aggregate and forming a matrix suitable for the development of said community of microorganisms; - at least one live benthic invertebrate selected from the group made up of the live benthic invertebrates referred to as macrobenthic organisms, having an average size greater than 250 μm, said macrobenthic organism(s) being distributed in the aggregate; - at least one live benthic invertebrate selected from the group made up of the live benthic invertebrates referred to as meiobenthic organisms, having an average size of from 50 μm to 250 μm, said meiobenthic organism(s) being distributed in the aggregate wherein the macrobenthic organisms and the meiobenthic organisms form a community of one or more species of benthic invertebrate organisms comprising a proportion of detritivorous invertebrate organisms, expressed as a percentage of the dry weight of the detritivorous invertebrate organisms and of the dry weight of the benthic invertebrate organisms of said community of one or more species, of from 60% to 80%. - a container suitable for holding an aggregate made up of solid particles and for permitting contact between the solid particles of the aggregate and said liquid wastewater flowing in said container between: ∘ an inlet for said liquid wastewater into said container, and; ∘ an outlet for substantially decontaminated water from the container; ∘ an inlet for said liquid wastewater into said container, and; ∘ an outlet for substantially decontaminated water from the container; - a community, referred to as a community of microorganisms, of at least one species of microorganism extending on the surface of and in contact with the solid particles of the aggregate and forming a matrix suitable for the development of said community of microorganisms; - at least one live benthic invertebrate selected from the group made up of the live benthic invertebrates referred to as macrobenthic organisms, having an average size greater than 250 μm, said macrobenthic organism(s) being distributed in the aggregate; - at least one live benthic invertebrate selected from the group made up of the live benthic invertebrates referred to as meiobenthic organisms, having an average size of from 50 μm to 250 μm, said meiobenthic organism(s) being distributed in the aggregate
A method of processing an input signal in a test and measurement instrument having initial display center frequency and span settings, the method comprising: digitizing the input signal and performing a frequency domain transform of the digitized input signal to generate frequency domain data; locating a primary peak and determining a primary peak center frequency of the input signal based on the frequency domain data, wherein the primary peak is the highest-amplitude peak; adjusting the initial display center frequency setting based on the primary peak center frequency; performing a bandwidth comparison by comparing a bandwidth of the primary peak at a peak bandwidth test level to a peak bandwidth threshold; adjusting the initial span setting based on the bandwidth comparison; and generating a processed waveform signal using the adjusted display center frequency and span settings. digitizing the input signal and performing a frequency domain transform of the digitized input signal to generate frequency domain data; locating a primary peak and determining a primary peak center frequency of the input signal based on the frequency domain data, wherein the primary peak is the highest-amplitude peak; adjusting the initial display center frequency setting based on the primary peak center frequency; performing a bandwidth comparison by comparing a bandwidth of the primary peak at a peak bandwidth test level to a peak bandwidth threshold; adjusting the initial span setting based on the bandwidth comparison; and generating a processed waveform signal using the adjusted display center frequency and span settings.
A method for processing a mobile advertisement, comprising: receiving, by a proxy server, an advertisement request sent by a proxy software development kit, SDK, embedded into an application, wherein the advertisement request carries an identifier of the application; obtaining identifiers of corresponding advertisement networks and traffic allocation of the advertisement networks according to the identifier of the application, wherein the traffic allocation indicates a probability with which an advertisement network is selected for providing advertisement information; selecting an identifier of an advertisement network according to the traffic allocation, and sending an advertisement information request to the corresponding advertisement network according to the selected identifier of the advertisement network; and receiving advertisement information returned by the corresponding advertisement network according to the advertisement information request, and sending the advertisement information to the proxy SDK, so that the proxy SDK displays the advertisement information in an advertisement position of the application. receiving, by a proxy server, an advertisement request sent by a proxy software development kit, SDK, embedded into an application, wherein the advertisement request carries an identifier of the application; obtaining identifiers of corresponding advertisement networks and traffic allocation of the advertisement networks according to the identifier of the application, wherein the traffic allocation indicates a probability with which an advertisement network is selected for providing advertisement information; selecting an identifier of an advertisement network according to the traffic allocation, and sending an advertisement information request to the corresponding advertisement network according to the selected identifier of the advertisement network; and receiving advertisement information returned by the corresponding advertisement network according to the advertisement information request, and sending the advertisement information to the proxy SDK, so that the proxy SDK displays the advertisement information in an advertisement position of the application.
A method of determining unknown positions ( z Bi, z Bj, z Bk) of wireless transceivers (150BI; 150BJ; 150BK) to be added to a wireless communication network, the method comprising: obtaining a plurality of time difference of arrival, TDOA values comprising a plurality of unknown-unknown TDOA values and a plurality of unknown-known TDOA values; wherein each unknown-unknown TDOA value identifies a difference between a pair of measurements made at a first unknown position ( z Bi), the pair of measurements being of times of arrival of wireless signals transmitted from a pair of additional unknown positions ( z Bj, z Bk); wherein each unknown-known TDOA value identifies a difference between another pair of measurements, with one measurement in said another pair being of time of arrival of a wireless signal transmitted from one of the unknown positions ( z Bj; z Bk) and another measurement in said another pair being of time of arrival of an additional wireless signal transmitted from a known position ( z Ra; z Rb); solving a set of equations to identify at least the unknown positions ( z Bi, z Bj, z Bk), based on at least the plurality of TDOA values and a plurality of known positions including said known position ( z Ra; z Rb); and storing in a memory, identifications of said unknown positions obtained by said solving. obtaining a plurality of time difference of arrival, TDOA values comprising a plurality of unknown-unknown TDOA values and a plurality of unknown-known TDOA values; wherein each unknown-unknown TDOA value identifies a difference between a pair of measurements made at a first unknown position ( z Bi), the pair of measurements being of times of arrival of wireless signals transmitted from a pair of additional unknown positions ( z Bj, z Bk); wherein each unknown-known TDOA value identifies a difference between another pair of measurements, with one measurement in said another pair being of time of arrival of a wireless signal transmitted from one of the unknown positions ( z Bj; z Bk) and another measurement in said another pair being of time of arrival of an additional wireless signal transmitted from a known position ( z Ra; z Rb); solving a set of equations to identify at least the unknown positions ( z Bi, z Bj, z Bk), based on at least the plurality of TDOA values and a plurality of known positions including said known position ( z Ra; z Rb); and storing in a memory, identifications of said unknown positions obtained by said solving.
A method for operating a base station, the method comprising: receiving, from a user equipment, UE, an uplink signal including a first precoding matrix indicator, PMI, associated with at least one first codebook index for a codebook, wherein each precoding matrix of the codebook is specified by the at least one first codebook index and a second codebook index; generating a plurality of signal streams by applying an open-loop diversity operation to at least one symbol stream, wherein the open-loop diversity operation is a space frequency block coding, SFBC, or a precoder cycling; and generating a plurality of data streams to be transmitted to the UE via a plurality of antennas by applying a precoding matrix based on the first PMI to the plurality of signal streams. receiving, from a user equipment, UE, an uplink signal including a first precoding matrix indicator, PMI, associated with at least one first codebook index for a codebook, wherein each precoding matrix of the codebook is specified by the at least one first codebook index and a second codebook index; generating a plurality of signal streams by applying an open-loop diversity operation to at least one symbol stream, wherein the open-loop diversity operation is a space frequency block coding, SFBC, or a precoder cycling; and generating a plurality of data streams to be transmitted to the UE via a plurality of antennas by applying a precoding matrix based on the first PMI to the plurality of signal streams.
A thrust reverser comprising: first and second thrust reverser doors (24, 26) surrounding a jet pipe to form an exhaust nozzle having aerodynamic outer and inner mold line surfaces (OML, IML), each door (24,26) having a pair of opposed pivot arms (70, 72); the jet pipe including a pair of jet pipe arms having inner surfaces defining corresponding portions of the inner mold line surface; each door (24,26) being pivotally mounted at the pivot arms (70, 72) to the jet pipe arms by a door pivot arrangement comprising a pivot fitting having a base, wherein said jet pipe arms each have a recess co-operatively receiving the base substantially flush with the inner mold line surface, and a shaft extending outwardly from the base through an opening of a said jet pipe arm and pivotally connected to corresponding ones of the pivot arms (70, 72), wherein the opening is sized to allow the shaft to pass through the opening but to prevent the base from passing through the opening. first and second thrust reverser doors (24, 26) surrounding a jet pipe to form an exhaust nozzle having aerodynamic outer and inner mold line surfaces (OML, IML), each door (24,26) having a pair of opposed pivot arms (70, 72); the jet pipe including a pair of jet pipe arms having inner surfaces defining corresponding portions of the inner mold line surface; each door (24,26) being pivotally mounted at the pivot arms (70, 72) to the jet pipe arms by a door pivot arrangement comprising a pivot fitting having a base, wherein said jet pipe arms each have a recess co-operatively receiving the base substantially flush with the inner mold line surface, and a shaft extending outwardly from the base through an opening of a said jet pipe arm and pivotally connected to corresponding ones of the pivot arms (70, 72), wherein the opening is sized to allow the shaft to pass through the opening but to prevent the base from passing through the opening.
A vehicle pedal having - a base element and an actuating element arranged thereon, wherein the actuating element can be deflected with respect to the base element in an actuating range between a basic position and a full actuation position, - and at least one first and one second resetting element (16, 18) for resetting the actuating element, characterized in that - there is provided a synchronizing element upon which the resetting elements, act at attachment points (26, 28) arranged at a distance from one another such that said synchronizing element takes up a synchronization position and that, in the event of a defect in one of the resetting elements (16, 18), the synchronizing element is deflected from the synchronization position, wherein - the synchronizing element is arranged such that it follows the movement of the actuating element with respect to the base element, - and the vehicle pedal includes a position detecting device, in order to facilitate the detection of the position of the synchronizing element. - a base element and an actuating element arranged thereon, wherein the actuating element can be deflected with respect to the base element in an actuating range between a basic position and a full actuation position, - and at least one first and one second resetting element (16, 18) for resetting the actuating element, - there is provided a synchronizing element upon which the resetting elements, act at attachment points (26, 28) arranged at a distance from one another such that said synchronizing element takes up a synchronization position and that, in the event of a defect in one of the resetting elements (16, 18), the synchronizing element is deflected from the synchronization position, wherein - the synchronizing element is arranged such that it follows the movement of the actuating element with respect to the base element, - and the vehicle pedal includes a position detecting device, in order to facilitate the detection of the position of the synchronizing element.
Method of applying a protective coating by spraying onto annular protuberances (16, 18, 20) of a component comprising at least one first annular element and an annular part bearing the protuberances (16, 18, 20) extending axially from a side wall of the first element, wherein a first protuberance is arranged axially closest to the first element and bears a face opposite to the first element, characterised in that it comprises the following stages: a) applying reflection means axially on the component between said side wall of the first element and the first annular protuberance, wherein these reflection means comprise a split and elastically deformable ring tightly mounted around the annular portion, b) spraying, via spraying means, a spray of a protective material towards the reflection means such that the protective spray impacts the face of the first protuberance that is opposite to the first element. a) applying reflection means axially on the component between said side wall of the first element and the first annular protuberance, wherein these reflection means comprise a split and elastically deformable ring tightly mounted around the annular portion, b) spraying, via spraying means, a spray of a protective material towards the reflection means such that the protective spray impacts the face of the first protuberance that is opposite to the first element.
An attachment assembly for attaching at least two parts (14, 16) to one another, the assembly comprising: - a first part comprising a main body extending primarily along a first main direction, - at least one second part defining a receiving opening receiving the first part, the first part further comprising a tongue, the tongue being resiliently deformable relative to the main body and comprising a stop member, the second part comprising a rib, characterized in that the first part and the second part further respectively comprise first and second attachment members cooperating with one another in an attachment position, the first part being movable between at least the attachment position in which the first part is positioned in the receiving opening and the rib is separated from the stop member of the tongue, and a retaining position in which the first part is arranged protruding relative to the second part, the rib abutting against the stop member of the tongue. - a first part comprising a main body extending primarily along a first main direction, - at least one second part defining a receiving opening receiving the first part, characterized in that the first part and the second part further respectively comprise first and second attachment members cooperating with one another in an attachment position, the first part being movable between at least the attachment position in which the first part is positioned in the receiving opening and the rib is separated from the stop member of the tongue, and a retaining position in which the first part is arranged protruding relative to the second part, the rib abutting against the stop member of the tongue.
A melt spinning process for producing a PAN fibre by using an ionic liquid as plasticizer, comprising the following steps: a) mixing an anhydrous PAN powder and an ionic liquid uniformly in a weight ratio from 1:1 to 1:0.25 to obtain a mixture; b) adding the mixture from step a) into a hopper of twin-screw spinning machine to conduct melt spinning with a screw rotation speed of 40-120 r/min at a predetermined spinning temperature ranging from 170 °C to 220 °C; and a filament from the spinning machine being drawn directly by means of dry-heat drawing without a water bath, with a drawing temperature ranging from 80 °C to 180 °C and a drawing ratio of 1 to 8; c) washing the drawn fibre with water, thermosetting and winding to obtain the PAN fibre; wherein the plasticizer in step a) is disubstituted imidazole-based ionic liquid, preferably the disubstituted imidazole-based ionic liquid is one or more selected from the group consisting of 1-ethyl-3-methyl imidazolium chloride ([EMIM]Cl), 1-butyl-3-methylimidazolium chloride ([BMIM]Cl), 1-ethyl-3-methyl imidazolium bromide ([EMIM]Br), 1-ethyl-3-methyl imidazolium tetrafluoroborate ([EMIM]BF 4), 1-butyl-3-methyl imidazolium tetrafluoroborate ([BMIM] BF 4), 1-ethyl-3-methyl imidazolium hexafluorophosphate ([EMIM]PF 6), and 1-butyl-3-methyl imidazolium hexafluorophosphate ([BMIM]PF 6). a) mixing an anhydrous PAN powder and an ionic liquid uniformly in a weight ratio from 1:1 to 1:0.25 to obtain a mixture; b) adding the mixture from step a) into a hopper of twin-screw spinning machine to conduct melt spinning with a screw rotation speed of 40-120 r/min at a predetermined spinning temperature ranging from 170 °C to 220 °C; and a filament from the spinning machine being drawn directly by means of dry-heat drawing without a water bath, with a drawing temperature ranging from 80 °C to 180 °C and a drawing ratio of 1 to 8; c) washing the drawn fibre with water, thermosetting and winding to obtain the PAN fibre;
A method of forming a mechanically-reinforced composite article, comprising; providing a substrate with a surface comprising a forest of substantially aligned elongated nanostructures on or in the surface, wherein the long axes of the nanostructures are substantially aligned in an orientation that is substantially non-parallel to the surface, the nanostructures having an average diameter of 100 nm or less, and the nanostructures having an aspect ratio of greater than 10; and treating the substrate with a mechanical tool to change the orientation of the nanostructures such that the long axes of the nanostructures are substantially aligned in an orientation that is parallel to the surface so as to form the mechanically-reinforced composite article. providing a substrate with a surface comprising a forest of substantially aligned elongated nanostructures on or in the surface, wherein the long axes of the nanostructures are substantially aligned in an orientation that is substantially non-parallel to the surface, the nanostructures having an average diameter of 100 nm or less, and the nanostructures having an aspect ratio of greater than 10; and treating the substrate with a mechanical tool to change the orientation of the nanostructures such that the long axes of the nanostructures are substantially aligned in an orientation that is parallel to the surface so as to form the mechanically-reinforced composite article.
A shipping member (100, 300) for use with a loading unit which includes a housing containing a staple cartridge assembly and a staple pusher assembly, the shipping member comprising: a base (110, 210, 310) including a staple retaining surface; an annular extension (120, 220, 320) extending proximally from the base and including first and second arms(130, 140; 330, 340) for frictionally engaging the housing of the loading unit,; and first and second legs (160, 170; 260, 270; 360, 370) extending proximally from the base and each including radially inward extending tabs (164, 174) projecting therefrom for engaging the staple pusher assembly of the loading unit. a base (110, 210, 310) including a staple retaining surface; an annular extension (120, 220, 320) extending proximally from the base and including first and second arms(130, 140; 330, 340) for frictionally engaging the housing of the loading unit,; and first and second legs (160, 170; 260, 270; 360, 370) extending proximally from the base and each including radially inward extending tabs (164, 174) projecting therefrom for engaging the staple pusher assembly of the loading unit.