mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic coil assembly, comprising: a coiled magnet wire, forming a potted multi-layer coil; a braided aluminum lead wire (36, 38) having a first end segment electrically coupled to the coiled magnet wire and having a second end segment; and an electrically-conductive member (104, 106, 172, 188) to which-the braided aluminum lead wire (36, 38) is electrically connected; characterized in that the electromagnetic coil assembly further comprises an inorganic dielectric body in which the coiled magnet wire is embedded and into which the braided aluminum lead wire (36, 38) extends for connection to the coiled magnet wire; and further characterized in that the first end segment of the braided aluminum lead wire (36, 38) is joined to the coiled magnet wire by a joint (40, 42) buried in the inorganic dielectric body in a circumferential layer of the potted multi-layer coil, while the second end segment of the braided aluminum lead wire (36, 38) is joined to the electrically-conductive member (104, 106, 172, 188) by a gradient crimp joint (141, 145, 150, 160). a coiled magnet wire, forming a potted multi-layer coil; a braided aluminum lead wire (36, 38) having a first end segment electrically coupled to the coiled magnet wire and having a second end segment; and an electrically-conductive member (104, 106, 172, 188) to which-the braided aluminum lead wire (36, 38) is electrically connected; characterized in that the electromagnetic coil assembly further comprises an inorganic dielectric body in which the coiled magnet wire is embedded and into which the braided aluminum lead wire (36, 38) extends for connection to the coiled magnet wire; and further characterized in that the first end segment of the braided aluminum lead wire (36, 38) is joined to the coiled magnet wire by a joint (40, 42) buried in the inorganic dielectric body in a circumferential layer of the potted multi-layer coil, while the second end segment of the braided aluminum lead wire (36, 38) is joined to the electrically-conductive member (104, 106, 172, 188) by a gradient crimp joint (141, 145, 150, 160).
A system for surveying an underwater terrain, comprising: a first number of a plurality of acoustic transmitter elements mounted on one or more first vehicles; and a second number of a plurality of acoustic receiver elements mounted on one or more second vehicles, wherein each of the first and second vehicles include a processor having a synthetic aperture image of a portion of the underwater terrain, the synthetic aperture image including acoustic data obtained from prior survey of the portion of the underwater terrain; wherein the plurality of first and second vehicles are arranged to form a planar synthetic aperture sonar array having a third number of phase centers; wherein the third number of phase centers is equal to the first number multiplied by the second number; wherein the transmitters are configured to generate orthogonal acoustic signals; and wherein the one or more second vehicles are positioned based on a mapping against the prior survey of the portion of the underwater terrain. a first number of a plurality of acoustic transmitter elements mounted on one or more first vehicles; and a second number of a plurality of acoustic receiver elements mounted on one or more second vehicles, wherein each of the first and second vehicles include a processor having a synthetic aperture image of a portion of the underwater terrain, the synthetic aperture image including acoustic data obtained from prior survey of the portion of the underwater terrain; wherein the plurality of first and second vehicles are arranged to form a planar synthetic aperture sonar array having a third number of phase centers; wherein the third number of phase centers is equal to the first number multiplied by the second number; wherein the transmitters are configured to generate orthogonal acoustic signals; and wherein the one or more second vehicles are positioned based on a mapping against the prior survey of the portion of the underwater terrain.
Oral tablet comprising as active principle dry extracts of turmeric, pomegranate and boswellia, with colonic release, wherein said release is guaranteed by the presence of a combination of sodium alginate and hydroxypropyl methylcellulose in the relative matrix in which the aforementioned active ingredients are dispersed, wherein said sodium alginate and said hydroxypropyl methylcellulose are present in said matrix in weight ratios comprised between 1:25 and 1:10.
An array substrate, divided into a plurality of detection units, each of the detection units has a first electrode and a photoelectric conversion structure provided therein, wherein, the first electrode is disposed on a side of the photoelectric conversion structure opposite to a light incident side of the photoelectric conversion structure, and is electrically connected to the photoelectric conversion structure, wherein a reflective layer that is electrically conductive is further included between the first electrode and the photoelectric conversion structure, and a surface of the reflective layer facing the photoelectric conversion structure is a reflection surface, characterized in that the reflective layer and the first electrode are formed into an integral structure, the first electrode has a material including an oxide of a conductive metal, and the reflective layer is an elementary substance of the conductive metal.
Non-therapeutic method for deodorizing by applying a cosmetic or dermatological preparation to the skin and simultaneously or subsequently applying non-thermal plasma to the skin film that is forming, characterized in that the preparation comprises one or more occlusive oils and in that the oil(s) are selected from the group comprising dimethicone, phenyl trimethicone, sunflower oil, rapeseed oil, PPG-14 butyl ether, C12-15 alkyl benzoate, capric/caprylic triglyceride, isopropyl myristate, isopropyl palmitate, isopropyl stearate, cetearyl ethylhexanoate, hydrogenated polydecene, paraffinum liquidum, PPG-15 stearyl ether, avocado oil (Persea gratissima oil), glycine soya (soybean) oil, olive oil, Guerbet alcohols, hexyldecanol, octyldodecanol and 2-ethylhexyl alcohol, Guerbet alcohol esters, mixtures of Guerbet alcohols and Guerbet alcohol esters, hexyldecanol and hexyldecyl laurate.
A method of de-salting fuel oil, in which salt-containing fuel oil and water are supplied to a section of a pipe in such a manner that a water-fuel oil emulsion is created in this section of said pipe in such that the water extracts salt from the salt-containing fuel, and the emulsion is passed to a separator that separates de-salted fuel from salt-containing water in the emulsion, characterised in that the emulsion is formed in a static emulsifier that comprises said section of pipe between an inlet to which salt-containing fuel oil is supplied and an outlet from which the emulsion is passed to the separator and wherein the salt-containing fuel oil supplied to the inlet is caused to swirl upon entering the inlet, a fine spray of water is injected into the swirling salt-containing fuel oil, whereby the emulsion is formed and turbulent flow is promoted in the emulsion formed in said section of pipe.
A mouse pad with accommodating structure comprising: a mouse pad body for accommodating a mouse having a connecting cable; and characterized in that mouse pad further comprising a plurality of button-shaped fasten members, which are positioned respectively at two side edges on both the front and the back side of the mouse pad body, and are corresponding to one another for bonding together, at least one of said button-shaped fasten members being provided with a cable-accepting member for winding the connecting cable of the mouse and accepting the cable therein; wherein when the button-shaped fasten members are bonded together, the side edge of the mouse pad body is mutually folded, and the mouse contained in an accommodating room is covered by the mouse pad body. a mouse pad body for accommodating a mouse having a connecting cable; and characterized in that mouse pad further comprising a plurality of button-shaped fasten members, which are positioned respectively at two side edges on both the front and the back side of the mouse pad body, and are corresponding to one another for bonding together, at least one of said button-shaped fasten members being provided with a cable-accepting member for winding the connecting cable of the mouse and accepting the cable therein; wherein when the button-shaped fasten members are bonded together, the side edge of the mouse pad body is mutually folded, and the mouse contained in an accommodating room is covered by the mouse pad body.
An applicator instrument for dispensing surgical fasteners comprising: a housing; an elongated shaft extending from said housing, said elongated shaft having a proximal end, a distal end, and a longitudinal axis extending between the proximal and distal ends; a firing rod disposed inside said elongated shaft and being movable within a first plane between a retracted position and an extended position; an advancer disposed inside said elongated shaft and being moveable within a second plane between a retracted position and an extended position; a staging assembly located adjacent the distal end of said elongated shaft and being adapted to align surgical fasteners with a distal end of said firing rod, wherein said staging assembly is held below the second plane by said advancer when said advancer is in the extended position and said staging assembly is adapted to move into at least partial alignment with the distal end of said firing rod when said advancer is in the retracted position. a housing; an elongated shaft extending from said housing, said elongated shaft having a proximal end, a distal end, and a longitudinal axis extending between the proximal and distal ends; a firing rod disposed inside said elongated shaft and being movable within a first plane between a retracted position and an extended position; an advancer disposed inside said elongated shaft and being moveable within a second plane between a retracted position and an extended position; a staging assembly located adjacent the distal end of said elongated shaft and being adapted to align surgical fasteners with a distal end of said firing rod, wherein said staging assembly is held below the second plane by said advancer when said advancer is in the extended position and said staging assembly is adapted to move into at least partial alignment with the distal end of said firing rod when said advancer is in the retracted position.
Valve control apparatus for a vehicle, in particular an agricultural utility vehicle, having a control unit for actuating an electromagnetically actuable valve, the control unit retrieving an identification feature which is assigned to the electromagnetically actuable valve in the case of activation of a self-calibration mode, determining a valve type which corresponds to the retrieved identification feature, and selecting a control algorithm which is assigned to the determined valve type in order to actuate the electromagnetically actuable valve, characterized in that the identification feature is a characteristic actuating travel of an actuating unit which is provided for electromagnetically actuating the valve.
A propulsion system for a tiltrotor aircraft, the propulsion system comprising: a wing member having an upper wing skin and a torque box formed by a first rib, a second rib, a first spar, and a second spar; an engine disposed at a fixed location relative to the wing member; and a proprotor mechanically coupled to the engine, the proprotor comprising: a plurality of rotor blades; a rotor mast; a spindle gearbox that is rotatable about a conversion axis; wherein the spindle gearbox is located above the upper wing skin and within the torque box. a wing member having an upper wing skin and a torque box formed by a first rib, a second rib, a first spar, and a second spar; an engine disposed at a fixed location relative to the wing member; and a proprotor mechanically coupled to the engine, the proprotor comprising: a plurality of rotor blades; a rotor mast; a spindle gearbox that is rotatable about a conversion axis; a plurality of rotor blades; a rotor mast; a spindle gearbox that is rotatable about a conversion axis; wherein the spindle gearbox is located above the upper wing skin and within the torque box.
Process for the preparation of D,L-methionine, in which carbon dioxide is fed to an aqueous potassium methioninate solution obtained by hydrolysis of 5-(2-methylmercaptoethyl)hydantoin, in order to precipitate out crude methionine, which is separated off and purified, where, for the purposes of purification, an aqueous solution of the separated-off crude methionine is prepared and subjected to a recrystallization, characterized in that the solution from which the recrystallization takes place contains potassium ions and also a crystallization additive, where the crystallization additive is a nonionic surfactant, or a mixture of different nonionic surfactants, and that the recrystallization takes place by introducing a 60 to 110°C-hot methionine solution into a 35 to 80°C-warm methionine suspension, the temperature of which is lower than that of the introduced solution, the temperature of the methionine suspension being maintained between 35 and 80°C during the addition, characterized in that the crystallization additive is a polyethoxylated sorbitan stearate.
Gameboard part with sides that are all provided with at least one coupling means (6,8) to enable the reverse coupling of the gameboard part to another gameboard part to thereby enable the formation, together with the other gameboard part, of different variants of a partial or complete gameboard, each of the sides are provided with at least one identical coupling means (6,8) and that the identical coupling means comprise a spherical or cylindrical magnet that is rotatably attached in or on the gameboard part or comprise a spherical magnet that is placed loosely in a housing next to the side on the inside of a said side, characterized in that, the gameboard part is composed of two identical plastic halves that define a top and a bottom and which halves are fastened to each other, and by said coupling means (6,8).
A spin detector arrangement for the detection of vector components of a predominant spin vector in a particle beam with a predominant spin orientation of the particles, wherein the spin detector arrangement comprises: - a spin rotator with a switchable coil, wherein the switchable coil has an axial direction and is orientated in such a way that the particle beam passes through the switchable coil along the axial direction; - a deflecting apparatus which is arranged downstream of the spin rotator and which deflects the path of the particle beam electrostatically by an angle of deflection; - a spin detector which is arranged downstream of the deflecting apparatus and which allows the detection of the vector components - at a right angle to the direction of movement of the particle beam - of the spin vector predominant in the particle beam, and - a switching unit which is connected to the switchable coil and which allows the switching of the exciter state of the coil, characterized in that the spin detector arrangement is set up in such a way that when two components of the predominant spin vector are measured in each measurement of successive measurements the coil of the spin rotator is capable of being brought into a first exciter state and a second exciter state by means of the switching unit, so that the magnetic field generated by the coil can be switched. - a spin rotator with a switchable coil, wherein the switchable coil has an axial direction and is orientated in such a way that the particle beam passes through the switchable coil along the axial direction; - a deflecting apparatus which is arranged downstream of the spin rotator and which deflects the path of the particle beam electrostatically by an angle of deflection; - a spin detector which is arranged downstream of the deflecting apparatus and which allows the detection of the vector components - at a right angle to the direction of movement of the particle beam - of the spin vector predominant in the particle beam, and - a switching unit which is connected to the switchable coil and which allows the switching of the exciter state of the coil, characterized in that the spin detector arrangement is set up in such a way that when two components of the predominant spin vector are measured in each measurement of successive measurements the coil of the spin rotator is capable of being brought into a first exciter state and a second exciter state by means of the switching unit, so that the magnetic field generated by the coil can be switched.
A polarization dependent mode converter on a semiconductor basis, having a waveguide made of a waveguide material comprising SiN x or another solid waveguide material having a refractive index between 1.7 to 2.3, embedded in a cladding material comprising SiO 2 or another solid cladding material having a refractive index less than 1.6 and above 1, wherein the waveguide includes in a portion along its lengthwise extension a first section having a vertical asymmetric configuration, the asymmetric configuration includes a thin layer of silicon above the waveguide material, the thickness of the thin Si-layer in vertical direction is less than the thickness of the waveguide material in the same vertical direction.
Railway vehicle, the vehicle comprising: - a plurality of cars placed one behind the other longitudinally, each car having a front end articulated to a rear end of the adjacent car; - at least one power car (8A, 8B) connected to a first of the cars; - a collision energy absorbing assembly; said assembly comprising a first collision energy absorbing system located at the front of the power car (8A, 8B) and a second collision energy absorbing system located at the link between the power car (8A, 8B) and the first car, - a plurality of bogies, the front and rear ends of two adjacent cars being carried by one of the bogies, characterized in that the first collision energy absorbing system and second collision energy absorbing system are designed to absorb all the energy of a collision, the first energy absorbing system having a maximum collision energy absorbing capacity comprised between 3500 kJ and 7000 kJ, and the second energy absorbing system having a maximum collision energy absorbing capacity comprised between 1000 kJ and 4000 kJ, and the first absorbing system comprises a plurality of deformation modules (21, 25, 27) designed to deform in the longitudinal direction and an automatic energy absorbing coupling comprising an irreversible absorbing and coupling guiding system, in particular a deformation tube, there is no collision energy absorbing system (15, 17) between two adjacent cars. - a plurality of cars placed one behind the other longitudinally, each car having a front end articulated to a rear end of the adjacent car; - at least one power car (8A, 8B) connected to a first of the cars; - a collision energy absorbing assembly; said assembly comprising a first collision energy absorbing system located at the front of the power car (8A, 8B) and a second collision energy absorbing system located at the link between the power car (8A, 8B) and the first car, - a plurality of bogies, the front and rear ends of two adjacent cars being carried by one of the bogies, characterized in that the first collision energy absorbing system and second collision energy absorbing system are designed to absorb all the energy of a collision, the first energy absorbing system having a maximum collision energy absorbing capacity comprised between 3500 kJ and 7000 kJ, and the second energy absorbing system having a maximum collision energy absorbing capacity comprised between 1000 kJ and 4000 kJ, and the first absorbing system comprises a plurality of deformation modules (21, 25, 27) designed to deform in the longitudinal direction and an automatic energy absorbing coupling comprising an irreversible absorbing and coupling guiding system, in particular a deformation tube, there is no collision energy absorbing system (15, 17) between two adjacent cars.
A camera system, comprising: two or more sensor arrays (204a, 204b) on a same die, each sensor array (204a; 204b) comprising an array of pixels that sense light and each sensor array (204a; 204b) comprising a same field of view as each other sensor array (204b; 204a); and an optical path comprising a main lens, a spectral separation element and two or more microlens arrays (203a, 203b), the main lens and the spectral separation element being shared by each sensor array (204a; 204b) and each microlens array (203a; 203b) being associated with a corresponding sensor array (204a; 204b), the spectral separation element splitting light incident on the spectral separation element into a visible spectrum of light and a near infrared spectrum of light and directing each respective spectrum to a corresponding sensor array, and characterized in that the spectral separation element is a metalens comprising at least one layer (301; 302) of nanostructures formed on a substrate, wherein the substrate comprises a material that is transparent both in the visible and the near infrared spectrum, and wherein the nanostructures comprise a material that is transparent both in the visible and the near infrared spectrum and has a refractive index greater than 1.9 to diffract and/or focus each respective spectrum to the corresponding sensor array. two or more sensor arrays (204a, 204b) on a same die, each sensor array (204a; 204b) comprising an array of pixels that sense light and each sensor array (204a; 204b) comprising a same field of view as each other sensor array (204b; 204a); and an optical path comprising a main lens, a spectral separation element and two or more microlens arrays (203a, 203b), the main lens and the spectral separation element being shared by each sensor array (204a; 204b) and each microlens array (203a; 203b) being associated with a corresponding sensor array (204a; 204b), the spectral separation element splitting light incident on the spectral separation element into a visible spectrum of light and a near infrared spectrum of light and directing each respective spectrum to a corresponding sensor array, and characterized in that the spectral separation element is a metalens comprising at least one layer (301; 302) of nanostructures formed on a substrate, wherein the substrate comprises a material that is transparent both in the visible and the near infrared spectrum, and