mhurhangee/patent-ind-claim-en huggingface dataset:
A system for detecting an incoming threat , comprising: a. a radio frequency RF system configured for providing an output data being associated with the incoming threat, being used for detecting launch of the incoming threat and determining the type of the incoming threat; b. a radar system configured for providing an output data associated with the incoming threat, being used at least for tracking the incoming threat after the detection of its launch and the determination of its type; and c. a controlling unit configured for controlling the operation of the RF system and the radar system, wherein the controlling unit is configured for receiving and analyzing the output data from the RF system for detecting launch of the incoming threat and determining the type of the incoming threat at least prior to initiating the operation of the radar system. a. a radio frequency RF system configured for providing an output data being associated with the incoming threat, being used for detecting launch of the incoming threat and determining the type of the incoming threat; b. a radar system configured for providing an output data associated with the incoming threat, being used at least for tracking the incoming threat after the detection of its launch and the determination of its type; and c. a controlling unit configured for controlling the operation of the RF system and the radar system, wherein the controlling unit is configured for receiving and analyzing the output data from the RF system for detecting launch of the incoming threat and determining the type of the incoming threat at least prior to initiating the operation of the radar system.
A waterproof connector comprising: a housing in which a plurality of terminal accommodation chambers that accommodate terminals connected to electric wires are arranged in a plurality of rows; a plurality of waterproof members each of which is provided between the housing and each electric wire so as to divide inside and outside of the housing ; and a rear holder assembled to the housing so as to prevent detachment of the plurality of waterproof members from the housing , wherein the rear holder includes two combining members that are combined by mating a mating surface of one combining member with a mating surface of the other combing member so as to hold the electric wires , and that form an electric wire accommodation portion accommodating the electric wires when the mating surfaces are mated, characterized in that the two combining members have slits each of which includes a deepest portion and an introduction portion extending to the deepest portion , wherein the slits are configured to allow the electric wires to enter from mating surface sides and hold the electric wires in the deepest portions , opening widths of the introduction portions are formed to be smaller than opening widths of the deepest portions , and the two combining members have deflection slits extending from the mating surfaces on lateral sides of the introduction portions . a housing in which a plurality of terminal accommodation chambers that accommodate terminals connected to electric wires are arranged in a plurality of rows; a plurality of waterproof members each of which is provided between the housing and each electric wire so as to divide inside and outside of the housing ; and a rear holder assembled to the housing so as to prevent detachment of the plurality of waterproof members from the housing , wherein the rear holder includes two combining members that are combined by mating a mating surface of one combining member with a mating surface of the other combing member so as to hold the electric wires , and that form an electric wire accommodation portion accommodating the electric wires when the mating surfaces are mated, characterized in that the two combining members have slits each of which includes a deepest portion and an introduction portion extending to the deepest portion , wherein the slits are configured to allow the electric wires to enter from mating surface sides and hold the electric wires in the deepest portions , opening widths of the introduction portions are formed to be smaller than opening widths of the deepest portions , and the two combining members have deflection slits extending from the mating surfaces on lateral sides of the introduction portions .
Method for separating solid and/or liquid particles from a gaseous stream, comprising the steps: - introducing a gas stream inside a washing chamber , said gas being introduced into said washing chamber according to a direction substantially transversal with respect to a longitudinal direction along the extension of the chamber, said gas having a substantially swirling flowing along said extension direction; - delivering a drop shaped liquid inside the washing chamber , to allow a separation from the gas flowing of at least a portion of particulate particles located into the gas stream, by means of incorporation into the drop through a physical contact between the liquid drop and the particulate, in a solid or liquid form; - conveying the gas stream towards the outside of the washing chamber; and - removing a liquid, comprising the separated particles, collected in a lower portion of said washing chamber, said collected liquid being collected by gravitational motion or by condensation of the washing liquid after said separating step, wherein said delivering step occurs by making the delivered liquid to a preset pressure value, said preset pressure value being a function of a dimensional value of the particulate to be separated, so as to allow, during said separating step, a physical interaction between the delivered liquid drops and the particulate particles, said method comprising a first step of evaporation of said deliverd drops allowing a reduction in the average diameter of the drops and a second step of condensation of said drops, said condensation preferably occurring around the particulate particles. - introducing a gas stream inside a washing chamber , said gas being introduced into said washing chamber according to a direction substantially transversal with respect to a longitudinal direction along the extension of the chamber, said gas having a substantially swirling flowing along said extension direction; - delivering a drop shaped liquid inside the washing chamber , to allow a separation from the gas flowing of at least a portion of particulate particles located into the gas stream, by means of incorporation into the drop through a physical contact between the liquid drop and the particulate, in a solid or liquid form; - conveying the gas stream towards the outside of the washing chamber; and - removing a liquid, comprising the separated particles, collected in a lower portion of said washing chamber, said collected liquid being collected by gravitational motion or by condensation of the washing liquid after said separating step,
A cationic lipid having the following structure: or a pharmaceutically acceptable salt thereof, wherein each R 1 is independently C 6 -C 30 aliphatic; L 1 is independently-(CR 2a R 2b ) a -, -(CH 2 CH 2 S) b CH 2 CH 2 -, or -CH 2 CH 2 (OCH 2 CH 2 ) c -; each R 2a and R 2b is independently hydrogen or C 1 -C 6 alkyl; each n is independently an integer of 0-12; each a is independently an integer of 1-12; each b is independently an integer of 1-11; and each c is independently an integer of 1-11. or a pharmaceutically acceptable salt thereof, wherein each R 1 is independently C 6 -C 30 aliphatic; L 1 is independently-(CR 2a R 2b ) a -, -(CH 2 CH 2 S) b CH 2 CH 2 -, or -CH 2 CH 2 (OCH 2 CH 2 ) c -; each R 2a and R 2b is independently hydrogen or C 1 -C 6 alkyl; each n is independently an integer of 0-12; each a is independently an integer of 1-12; each b is independently an integer of 1-11; and each c is independently an integer of 1-11.
An aircraft cabin arrangement, comprising: a first passenger seating class ; and a second passenger seating class separated from the first passenger seating class and equipped with at least one amenity dedicated to a need of a pet; and a privacy partition separating the first and second passenger seating classes, the privacy partition providing at least one of a visual, an acoustic, and an odor barrier between the first and second passenger seating classes; characterized in that the aircraft cabin arrangement further comprises a passenger seat positioned in the second passenger seating class comprising a seat bottom configured to pivot forward to expose underlying seat beams , and wherein the at least one amenity is a collapsible pet carrier comprising bottom features configured to engage the exposed seat beams such that when the collapsible pet carrier is installed on the exposed seat beams the collapsible pet carrier is maintained between an underside of the seat bottom and a forward face of a seatback of the passenger seat . a first passenger seating class ; and a second passenger seating class separated from the first passenger seating class and equipped with at least one amenity dedicated to a need of a pet; and a privacy partition separating the first and second passenger seating classes, the privacy partition providing at least one of a visual, an acoustic, and an odor barrier between the first and second passenger seating classes; characterized in that the aircraft cabin arrangement further comprises a passenger seat positioned in the second passenger seating class comprising a seat bottom configured to pivot forward to expose underlying seat beams , and wherein the at least one amenity is a collapsible pet carrier comprising bottom features configured to engage the exposed seat beams such that when the collapsible pet carrier is installed on the exposed seat beams the collapsible pet carrier is maintained between an underside of the seat bottom and a forward face of a seatback of the passenger seat .
A fitting for connecting pipe elements , said fitting comprising: first and second housing portions attached to one another and defining at least first and second receptacles for receiving said pipe elements , said first and second receptacles respectively surrounding first and second axes , said first axis oriented coaxially with said first receptacle , said second axis oriented coaxially with said second receptacle , said first axis being angularly oriented with respect to said second axis , each of said housing portions comprising: first and second channels positioned respectively within said first and second receptacles , said first channel facing said first axis , said second channel facing said second axis ; first and second retainers positioned respectively in said first and second channels , each of said retainers comprising a band having oppositely disposed ends , a plurality of teeth being positioned along one edge of said band, said teeth of said first retainer projecting toward said first axis , said teeth of said second retainer projecting toward said second axis ; a first aperture in said first receptacle , characterized in that said first aperture being in at least one of said housing portions and providing a line of sight transverse to said first axis . first and second housing portions attached to one another and defining at least first and second receptacles for receiving said pipe elements , said first and second receptacles respectively surrounding first and second axes , said first axis oriented coaxially with said first receptacle , said second axis oriented coaxially with said second receptacle , said first axis being angularly oriented with respect to said second axis , each of said housing portions comprising: first and second channels positioned respectively within said first and second receptacles , said first channel facing said first axis , said second channel facing said second axis ; first and second retainers positioned respectively in said first and second channels , each of said retainers comprising a band having oppositely disposed ends , a plurality of teeth being positioned along one edge of said band, said teeth of said first retainer projecting toward said first axis , said teeth of said second retainer projecting toward said second axis ; a first aperture in said first receptacle , first and second channels positioned respectively within said first and second receptacles , said first channel facing said first axis , said second channel facing said second axis ; first and second retainers positioned respectively in said first and second channels , each of said retainers comprising a band having oppositely disposed ends , a plurality of teeth being positioned along one edge of said band, said teeth of said first retainer projecting toward said first axis , said teeth of said second retainer projecting toward said second axis ; a first aperture in said first receptacle ,
A radio navigation signal receiver (Figures 1 and 2), comprising a RF stage for producing a digital input signal; several tracking channels (Figure 2) configured to provide measurements relating to a radio navigation signal, the channels each comprising respectively: a code replica generator configured to produce code replicas of the radio navigation signal tracked by the respective channel; a correlation module configured to produce correlations between the incoming signal and the code replicas; a code delay locked loop of the scalar type configured to drive the code replica generator in order to synchronize the code replicas with the input signal; a navigator supplied by the tracking channels, configured to calculate a navigation solution based on the measurements made by the tracking channels; a code delay locked loop of the vector type , supplied by the navigator and configured to drive the code replica generators in order to synchronize the code replicas with the input signal; and characterized by a monitor configured to individually switch the tracking channels between the code delay locked loop of the vector type and the respective code delay locked loop of the scalar type; each channel comprising a multipath detector and the monitor being configured to switch the tracking channel depending on the result of the multipath detector. a code replica generator configured to produce code replicas of the radio navigation signal tracked by the respective channel; a correlation module configured to produce correlations between the incoming signal and the code replicas; a code delay locked loop of the scalar type configured to drive the code replica generator in order to synchronize the code replicas with the input signal;
Motor-vehicle disc-brake lining which is mountable in a holder in a rotationally fixed and axially displaceable manner in relation to an imaginary wheel axis of rotation, comprising friction material which is fixed on the front side of a back plate , comprising a friction-lining restoring spring which is fixed on the rear side of the back plate , wherein the friction-lining restoring spring has a base and a connected restoring-spring bow , which is bent into a spatial curve and incorporates elasticity, such that the restoring spring bow is suitable and intended for being seated elastically prestressed on a counter-bearing of the holder during braking operation such that the motor-vehicle disc-brake lining , as a result of restoring-spring force or spring prestress, in principle springs back in an axial direction from a brake actuation position, the friction-lining restoring spring has a spring characteristic curve additively made up of multiple portions (A, B, C, D) that comprises multiple quasi-linear straight portions A, C, D and, incorporated in-between, at least one curved transition portion B, in each case comprising mutually differently defined gradient angles α,β,γ,δ, and wherein, among the portions, there is at least one part or portion B, C, D which is configured for at least partial plastic deformability and which, due to its predetermined and defined plastic deformation behaviour, serves to automatically allow demand-oriented spring-back on the basis of wear compensation (friction lining + brake disc), characterized in that the restoring-spring bow of the friction-lining restoring spring , directed radially inwards with respect to a radial direction R with tangentially extending bending axis H1, is bent in a bow-shaped manner in such a way that the counter-bearing is assigned to the restoring-spring bow so as to be radially lower than the base .
A camshaft assembly capable of being rotatably supported on a cylinder head of an internal combustion engine , said camshaft assembly comprising: a driven sprocket configured to connect said camshaft assembly connected to a crankshaft ; two or more cam portion(s) ; at least one intake flange connected to at least one of said two or more cam portion(s) ; and at least one exhaust flange connected to at least one other of said two or more cam portion ; a mechanical phasing assembly capable of performing phase shift of at least one flange with respect to said driven sprocket depending on a speed of rotation of said camshaft assembly ; and wherein said mechanical phasing assembly includes at least one radially preloaded mass member , said mass member capable of performing phase shift of at least one of said at least one intake flange and said at least one of said exhaust flange with respect to said driven sprocket depending on said speed of rotation of said camshaft assembly an axial-load member preloaded in axial direction for exerting axial load on the mass member . a driven sprocket configured to connect said camshaft assembly connected to a crankshaft ; two or more cam portion(s) ; at least one intake flange connected to at least one of said two or more cam portion(s) ; and at least one exhaust flange connected to at least one other of said two or more cam portion ; a mechanical phasing assembly capable of performing phase shift of at least one flange with respect to said driven sprocket depending on a speed of rotation of said camshaft assembly ; and wherein said mechanical phasing assembly includes at least one radially preloaded mass member , said mass member capable of performing phase shift of at least one of said at least one intake flange and said at least one of said exhaust flange with respect to said driven sprocket depending on said speed of rotation of said camshaft assembly an axial-load member preloaded in axial direction for exerting axial load on the mass member .
A multi-polarized continuous transverse stub, CTS, antenna , comprising: a first feed network operative to at least one of receive or transmit a RF signal having a first linear polarization; a second feed network oriented geometrically orthogonal from the first feed network and operative to at least one of receive or transmit an RF signal having a second linear polarization, with an orthogonal polarization relative to the first polarization; at least one parallel-plate region defined by a first plate structure and a second plate structure spaced apart from the first plate structure ; a first coupling structure connecting the first feed network to the parallel-plate region ; a second coupling structure connecting the second feed network to the parallel-plate region ; and a common aperture arranged on one side of the parallel-plate region , wherein the first and second coupling structures are configured to produce orthogonal wavefronts propagating within the parallel-plate region and radiating to free-space through the common aperture; and wherein the first and second coupling structures are connected to the parallel-plate region on a side of the parallel-plate region opposite the common aperture, and characterized in that the CTS antenna has a rectangular footprint with a flat planar aperture face. a first feed network operative to at least one of receive or transmit a RF signal having a first linear polarization; a second feed network oriented geometrically orthogonal from the first feed network and operative to at least one of receive or transmit an RF signal having a second linear polarization, with an orthogonal polarization relative to the first polarization; at least one parallel-plate region defined by a first plate structure and a second plate structure spaced apart from the first plate structure ; a first coupling structure connecting the first feed network to the parallel-plate region ; a second coupling structure connecting the second feed network to the parallel-plate region ; and a common aperture arranged on one side of the parallel-plate region , wherein the first and second coupling structures are configured to produce orthogonal wavefronts propagating within the parallel-plate region and radiating to free-space through the common aperture; and wherein the first and second coupling structures are connected to the parallel-plate region on a side of the parallel-plate region opposite the common aperture, and characterized in that the CTS antenna has a rectangular footprint with a flat planar aperture face.
A solar cell comprising: a semiconductor substrate ; a conductive region disposed in or on the semiconductor substrate ; and an electrode comprising a plurality of finger lines connected to the conductive region, and formed to extend in a first direction while being parallel, and 6 or more bus bar lines formed to extend in a second direction crossing the first direction, each of the bus bar lines having a width of 35 to 350μm at at least a portion thereof; and a plurality of pad sections , wherein each of the plurality of pad sections has a length in the second direction greater than a width of the plurality of finger lines and a width in the first direction greater than the width of the bus bar lines , wherein the plurality of pad sections includes first pad sections disposed at opposite ends of each of the bus bar lines in the second direction, and wherein a distance between outermost ones of the finger lines is greater than a distance between the first pad sections . a semiconductor substrate ; a conductive region disposed in or on the semiconductor substrate ; and an electrode comprising a plurality of finger lines connected to the conductive region, and formed to extend in a first direction while being parallel, and 6 or more bus bar lines formed to extend in a second direction crossing the first direction, each of the bus bar lines having a width of 35 to 350μm at at least a portion thereof; and a plurality of pad sections , wherein each of the plurality of pad sections has a length in the second direction greater than a width of the plurality of finger lines and a width in the first direction greater than the width of the bus bar lines , wherein the plurality of pad sections includes first pad sections disposed at opposite ends of each of the bus bar lines in the second direction, and wherein a distance between outermost ones of the finger lines is greater than a distance between the first pad sections .