mhurhangee/ep-ind-claims huggingface dataset:
Housing for a switch, designed for data transmission for railway applications, which has approximately an L-shaped cross section, as viewed in section or from the side, wherein inputs and outputs, which are electrically connected to at least one printed circuit board (14, 15), on one limb protrude approximately vertically upwards, and further inputs and outputs, which are electrically connected to at least one further printed circuit board, emerge approximately at right angles thereto from another limb, characterized in that the at least one printed circuit board (14, 15, 16) is arranged in the housing in the region of the limb above and/or below a separating element, and the at least one further printed circuit board is arranged approximately vertically to an underside of the housing in the region of the other limb.
A tenaculum for laparoscopic hysterectomy comprising a front lever and a rear lever pivoted in a central position thereof, the front lever and a rear lever having proximal ends (4, 5) provided with a finger ring (6, 7), and distal ends (10, 11), each provided with at least one point (12, 13), the distal ends (10, 11) being curved towards one another with the points (12, 13) facing each other, characterized in that: said front lever has a first pair of prongs (14, 15) of length l projecting outwardly in a V shape symmetrically and orthogonally to the front lever, opposite to the rear lever, and at a given distance d 1 from said distal end; and said rear lever has a second pair of prongs (16, 17) of length l projecting outwardly in a V shape symmetrically at an acute angle β with respect to the rear lever, opposite to the front lever, and at a given distance d 2 from the distal end. said front lever has a first pair of prongs (14, 15) of length l projecting outwardly in a V shape symmetrically and orthogonally to the front lever, opposite to the rear lever, and at a given distance d 1 from said distal end; and said rear lever has a second pair of prongs (16, 17) of length l projecting outwardly in a V shape symmetrically at an acute angle β with respect to the rear lever, opposite to the front lever, and at a given distance d 2 from the distal end.
An augmented reality apparatus comprising: a processor (714, 934); a first waveguide (702, 702A, 920) having opposed planar input and output faces; a first diffractive optical element, DOE, formed across the first waveguide (702, 702A, 920), the first DOE configured to couple first light into the first waveguide (702, 702A, 920), wherein the first waveguide (702, 702A, 920) is configured to direct the first light via total internal reflection to an exit location of the first waveguide (702, 702A, 920); a second waveguide (702B, 702C, 910) having opposed planar input and output faces, the second waveguide (702B, 702C, 910) aligned with and parallel to the first waveguide (702, 702A, 920); a light sensor (712, 712A, 932) having an input positioned adjacent to the exit location of the first waveguide (702, 702A, 920) to capture the first light exiting therefrom and generate an output signal corresponding thereto, wherein the angle and position of the light sensor (712, 712A, 932) with respect to the exit location of the first waveguide (702, 702A, 920) are movable and are controllable by the processor (714, 934); a light generator (924, 929) configured to inject second light into the second waveguide (702B, 702C, 910), wherein the second waveguide (702B, 702C, 910) is configured to direct the second light via total internal reflection to an output face of the second waveguide (702B, 702C, 910); and a darkening layer disposed between the first waveguide (702, 702A, 920) and the second waveguide (702B, 702C, 910), the darkening layer controlled to reduce a brightness of a real-world light. a processor (714, 934); a first waveguide (702, 702A, 920) having opposed planar input and output faces; a first diffractive optical element, DOE, formed across the first waveguide (702, 702A, 920), the first DOE configured to couple first light into the first waveguide (702, 702A, 920), wherein the first waveguide (702, 702A, 920) is configured to direct the first light via total internal reflection to an exit location of the first waveguide (702, 702A, 920); a second waveguide (702B, 702C, 910) having opposed planar input and output faces, the second waveguide (702B, 702C, 910) aligned with and parallel to the first waveguide (702, 702A, 920); a light sensor (712, 712A, 932) having an input positioned adjacent to the exit location of the first waveguide (702, 702A, 920) to capture the first light exiting therefrom and generate an output signal corresponding thereto, wherein the angle and position of the light sensor (712, 712A, 932) with respect to the exit location of the first waveguide (702, 702A, 920) are movable and are controllable by the processor (714, 934); a light generator (924, 929) configured to inject second light into the second waveguide (702B, 702C, 910), wherein the second waveguide (702B, 702C, 910) is configured to direct the second light via total internal reflection to an output face of the second waveguide (702B, 702C, 910); and a darkening layer disposed between the first waveguide (702, 702A, 920) and the second waveguide (702B, 702C, 910), the darkening layer controlled to reduce a brightness of a real-world light.
Interdental instrument comprising: - a handling section for manually gripping the interdental instrument; - a carrier held by the handling section, on which an interdental part, such as a flossette or an abrasive element, is arranged, - a joint device for pivotally holding the carrier on the handling section, so that the carrier can be pivoted relative to the handling section about a pivot axis between at least two holding positions which are offset at an angle to one another, the joint device having two mutually opposite sliding guide surfaces (37, 39, 76, 78) which are each formed on the carrier side and on the handling section side, wherein the pivot axis crosses the sliding guide surfaces (37, 39, 76, 78), wherein one end of the handling section has a disc shape and the opposing flat surfaces of the disc form the two sliding guide surfaces (76, 78), wherein the carrier has two clamping arms (9, 11) that are connected to one another in such a way that a clamping space is formed between the clamping arms (9, 11), which clamping space is shaped in such a way that the disc-shaped end of the handling section can be pushed in. - a handling section for manually gripping the interdental instrument; - a carrier held by the handling section, on which an interdental part, such as a flossette or an abrasive element, is arranged, - a joint device for pivotally holding the carrier on the handling section, so that the carrier can be pivoted relative to the handling section about a pivot axis between at least two holding positions which are offset at an angle to one another, the joint device having two mutually opposite sliding guide surfaces (37, 39, 76, 78) which are each formed on the carrier side and on the handling section side,
A continuous method of functionalizing a carbon nanotube, comprising: a) continuously feeding the carbon nanotube solution and an oxidizer selected from oxygen, air, ozone, hydrogen peroxide and mixtures thereof under a pressure of 50 to 400 atm, respectively or together to a preheater, and then preheating the mixture of said carbon nanotube solution and said oxidizer into 100 to 370°C; b) functionalizing the carbon nanotube in the preheated mixture under subcritical water conditions of 200 to 380°C and 60 to 260 atm; c) cooling down the functionalized product into 0 to 100°C and depressurizing the functionalized product into 1 to 10 atm; and d) recovering the cooled down and depressurized product. a) continuously feeding the carbon nanotube solution and an oxidizer selected from oxygen, air, ozone, hydrogen peroxide and mixtures thereof under a pressure of 50 to 400 atm, respectively or together to a preheater, and then preheating the mixture of said carbon nanotube solution and said oxidizer into 100 to 370°C; b) functionalizing the carbon nanotube in the preheated mixture under subcritical water conditions of 200 to 380°C and 60 to 260 atm; c) cooling down the functionalized product into 0 to 100°C and depressurizing the functionalized product into 1 to 10 atm; and d) recovering the cooled down and depressurized product.
Method for cleaning bottles in a bottle cleaning machine in the beverage processing industry, wherein the bottles are transported by means of a transport device from an inlet area to an outlet area of the bottle cleaning machine and, in the direction of transport, are first exposed to a lye bath containing lye and, downstream of the lye bath, to a water bath containing water, wherein the water bath is exposed to an acid by means of an exposure device when the transport device is at a standstill, and the bottles are then exposed to the water of the water bath containing the acid after leaving the lye bath and before leaving the area of the water bath, characterized in that the bottle cleaning machine and/or the transport device is restarted after a neutralization phase has elapsed, and wherein the neutralization phase comprises a period of time which is long enough to bring a neutralization reaction in the water bath to an approximate state of equilibrium throughout the entire water bath.
A filled silicone composition, comprising: a curable silicone composition comprising at least one silicone resin; and a low-melting inorganic glass filler having a glass transition temperature not greater than 700 °C and a softening point not greater than 800 °C. a curable silicone composition comprising at least one silicone resin; and a low-melting inorganic glass filler having a glass transition temperature not greater than 700 °C and a softening point not greater than 800 °C.
A guide and support apparatus, comprising: a mounting portion (221, 222, 421, 721), a support portion (223, 423, 723), and a guide & lock portion (224-225, 424-425, 524-525), wherein: the support portion extends to the guide & lock portion and ends at the mounting portion, the said support portion comprises a top surface and a bottom surface (228, 428); and the guide lock portion extends from the support portion to a certain height; the mounting portion extends downward from one or two ends of the support portion and comprises a lock structure, characterized in that the said lock structure comprises a hole (226, 426, 726) formed in the mounting portion, and the hole in the mounting portion is below the level of the bottom surface of the support portion; and the hole is configured to accept a convex portion (442, 842) of a mother board (440, 540, 740, 840) to mount and lock the guide and support apparatus onto the mother board. a mounting portion (221, 222, 421, 721), a support portion (223, 423, 723), and a guide & lock portion (224-225, 424-425, 524-525), wherein: the support portion extends to the guide & lock portion and ends at the mounting portion, the said support portion comprises a top surface and a bottom surface (228, 428); and the guide lock portion extends from the support portion to a certain height; the mounting portion extends downward from one or two ends of the support portion and comprises a lock structure, characterized in that the said lock structure comprises a hole (226, 426, 726) formed in the mounting portion, and the hole in the mounting portion is below the level of the bottom surface of the support portion; and the hole is configured to accept a convex portion (442, 842) of a mother board (440, 540, 740, 840) to mount and lock the guide and support apparatus onto the mother board.
A pad (200, 400, 600, 700) for orthopedic aids or compression garments, comprising a pad base body (201, 401, 402, 403, 501, 502, 503, 601, 602, 701) of a first material and at least one pad pressure element (100, 800) of a second material, wherein the first material of the pad base body (201, 401, 402, 403, 501, 502, 503, 601, 602, 701) is softer than the second material of the pad pressure element (100, 800), wherein the pad pressure element (100, 800) has at least two rows (101, 102, 103, 161, 162, 163, 171, 172,173, 181, 182, 183, 661, 662, 663, 671, 672, 673) of at least three elevations (110, 610, 810) each, wherein the at least two rows (101, 102, 103, 161, 162, 163, 171, 172,173, 181, 182, 183, 661, 662, 663, 671, 672, 673) of elevations (110, 610, 810) do not extend in parallel at least in one portion, and wherein the elevations (110, 610, 810) protrude from a base element (150, 850) of the pad pressure element characterized in that, the pad pressure element (100, 800) is embedded in the pad base body (201, 401, 402, 403, 501, 502, 503, 601, 602, 701) at least in part and that two adjacent rows (101, 102, 103, 161, 162, 163, 171, 172,173, 181, 182, 183, 661, 662, 663, 671, 672, 673) of the at least two rows (101, 102, 103, 161, 162, 163, 171, 172,173, 181, 182, 183, 661, 662, 663, 671, 672, 673) of at least three elevations (110, 610, 810) each in the non-parallel portion extend at an angle of at least 3° and at most 25° to one another.
Dental implant comprising an anchoring body adapted to anchor the dental implant to a bone structure, said anchoring body comprising a threaded outer surface, characterized in that said threaded outer surface is coated with a titanium-niobium nitride coating layer comprising a combination of at least the following elements: Titanium, Nitrogen and Niobium.
A method of handling network traffic, the method comprising: - a packet inspector performing packet inspection of a data packet of downlink data traffic to a user equipment; - the packet inspector identifying that the data packet pertains to a specific pre-defined service; - the packet inspector sending packet inspection data to a policy controller, the packet inspection data indicating service-related data traffic of the specific pre-defined service and including a service identifier which indicates the service to which the identified data packet pertains; and - the packet inspector marking the identified data packet by including an identifier in the identified data packet. - a packet inspector performing packet inspection of a data packet of downlink data traffic to a user equipment; - the packet inspector identifying that the data packet pertains to a specific pre-defined service; - the packet inspector sending packet inspection data to a policy controller, the packet inspection data indicating service-related data traffic of the specific pre-defined service and including a service identifier which indicates the service to which the identified data packet pertains; and - the packet inspector marking the identified data packet by including an identifier in the identified data packet.
A semiconductor, vertical, extended-cavity, surface-emitting laser array with intra-cavity nonlinear frequency doubling, comprising: an electrically pumped, surface-emitting semiconductor gain chip having an array of emitters formed in a common semiconductor substrate, each emitter generating light about a fundamental wavelength; a single end reflector spaced apart from said surface-emitting semiconductor gain chip to define an extended cavity for each of said array of emitters, said end reflector having a high reflectivity at the fundamental laser wavelength; a nonlinear crystal disposed within the extended cavity to provide frequency doubling of light for the entire array of emitters; a wavelength control element disposed within the extended cavity to provide wavelength control for the entire array of emitters; and a polarization control element disposed within the extended cavity to provide polarization control for the entire array of emitters; said surface-emitting laser array having an optical unit having the functionality of at least two of said gain chip, said end reflector, said nonlinear crystal, said wavelength control element, and said polarization control element to reduce the number of components that must be aligned during packaging. an electrically pumped, surface-emitting semiconductor gain chip having an array of emitters formed in a common semiconductor substrate, each emitter generating light about a fundamental wavelength; a single end reflector spaced apart from said surface-emitting semiconductor gain chip to define an extended cavity for each of said array of emitters, said end reflector having a high reflectivity at the fundamental laser wavelength; a nonlinear crystal disposed within the extended cavity to provide frequency doubling of light for the entire array of emitters; a wavelength control element disposed within the extended cavity to provide wavelength control for the entire array of emitters; and a polarization control element disposed within the extended cavity to provide polarization control for the entire array of emitters; said surface-emitting laser array having an optical unit having the functionality of at least two of said gain chip, said end reflector, said nonlinear crystal, said wavelength control element, and said polarization control element to reduce the number of components that must be aligned during packaging.
Use of a copolymer comprising cationic units A and other units B, characterized in that: - the units A are units deriving from N,N-dimethyldiallylammonium chloride, and - the units B are units deriving from a vinyllactam, in a composition for cleaning or rinsing laundry or for cleaning a hard surface. - the units A are units deriving from N,N-dimethyldiallylammonium chloride, and - the units B are units deriving from a vinyllactam,
A broom for surfaces comprising a frame provided with a mounting portion for mounting the broom to a self-powered vehicle and a plurality of bristles attached to the frame so as to protrude from the frame on the side opposite to said mounting portion, wherein the broom comprises: - at least one attaching bar rigidly attached to the frame on the side opposite to said mounting portion and provided with a plurality of pairs of through holes, and - a plurality of bundles of elongated elements, each elongated element having a substantially U-shaped major development line and comprising, along said major development line, a first and a second bending and being composed of a first stretch between said first bending and a first longitudinal end of the elongated element, a second stretch between said second bending and a second longitudinal end of the elongated element, and an intermediate stretch between said first and second bending, wherein each bundle of elongated elements is inserted in a respective pair of holes in such a way that, for each elongated element, said intermediate stretch is interposed between said attaching bar and said frame, and said first and second stretch pass through a respective hole of said pair of holes, and protrude from said attaching bar on the side opposite to said intermediate stretch, and so that said bristles are formed by said first and second stretches of the elongated elements, characterized in that a bundle of said intermediate stretches is in contact to said attaching bar and to said frame and is pressure-clamped between said frame and said attaching bar. - at least one attaching bar rigidly attached to the frame on the side opposite to said mounting portion and provided with a plurality of pairs of through holes, and - a plurality of bundles of elongated elements, each elongated element having a substantially U-shaped major development line and comprising, along said major development line, a first and a second bending and being composed of a first stretch between said first bending and a first longitudinal end of the elongated element, a second stretch between said second bending and a second longitudinal end of the elongated element, and an intermediate stretch between said first and second bending,
A nasal implant delivery tool comprising: an inner handle including a loading chamber configured to receive a nasal implant; an outer handle configured to move axially relative to the inner handle between a plurality of discrete locking positions; locking structures (216, 228, 229) configured to releasably lock the outer handle from moving relative to the inner handle at the discrete locking positions, including at a locking position preventing the outer handle from moving proximally relative to the inner handle; a retraction button configured to be depressed to allow release of the locked outer handle from the inner handle such that the outer handle can move proximally relative to the inner handle to allow loading of the implant; a needle extending distally from the inner handle, the needle having a central lumen and a distal opening; and a push rod configured to move the nasal implant from the loading chamber, through the central lumen, and out the distal opening of the needle, wherein the push rod is coupled to the outer handle such that the push rod moves axially relative to the inner handle when the outer handle is moved axially relative to the inner handle. an inner handle including a loading chamber configured to receive a nasal implant; an outer handle configured to move axially relative to the inner handle between a plurality of discrete locking positions; locking structures (216, 228, 229) configured to releasably lock the outer handle from moving relative to the inner handle at the discrete locking positions, including at a locking position preventing the outer handle from moving proximally relative to the inner handle; a retraction button configured to be depressed to allow release of the locked outer handle from the inner handle such that the outer handle can move proximally relative to the inner handle to allow loading of the implant; a needle extending distally from the inner handle, the needle having a central lumen and a distal opening; and a push rod configured to move the nasal implant from the loading chamber, through the central lumen, and out the distal opening of the needle, wherein the push rod is coupled to the outer handle such that the push rod moves axially relative to the inner handle when the outer handle is moved axially relative to the inner handle.
A threaded joint for pipes comprising a pin and a box each having contact surface including a threaded portion (3, 7) and an unthreaded metal contact portion, the unthreaded metal contact portion including a sealing surface (5, 8) and a shoulder surface, the shoulder surface (9, 10) of the pin being located on the end surface of the pin, a non-contacting region in which the pin and the box do not contact each other being present between the sealing surfaces (5, 8) and the shoulder surfaces of the pin and the box, the threaded joint having one or more grooves (9a-1, 9a-2) formed in the shoulder surface of at least one of the pin and the box and extending to the non-contacting region and to the interior of the threaded joint, characterized in that at least the contact surface of at least one of the pin and the box has a solid lubricating coating exhibiting plastic or viscoplastic rheological behavior formed thereon, and the total volume V (mm 3) of the grooves and the coating weight W (g) of the solid lubricating coating satisfy the following equation: V / W ≥ 24 mm 3 / g wherein the coating weight W (g) is the amount in mass of the solid lubricating coating deposited on opposing surfaces of the pin and the box.