mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for surgical application to the exterior of a blood vessel (34,52,64) and for determining fluid pressure inside the blood vessel (34,52,64) without compromising the integrity of the blood vessel (34,52,64), the apparatus comprising: a sensor (30;50;66;74); and, a band (32;60/62;70) operatively associated with the sensor (30;50;66;74) and configured to at least partially encircle the blood vessel (34,52,64) in use, so as to retain the sensor (30;50;66;74) in operative communication against the external wall of the blood vessel (34,52,64); wherein the band (32;60/62;70) exerts a radially inward force on the sensor (30;50;66;74) in opposition to a radially outward force exerted by the external wall of the blood vessel (34,52,64) characterised in that said band (32;60/62;70) comprises a pair of band portions (35,36;60,62), each having a first end secured to the sensor (30;50;66;74), and a second end configured to at least partially encircle the blood vessel (34,52,64). a sensor (30;50;66;74); and, a band (32;60/62;70) operatively associated with the sensor (30;50;66;74) and configured to at least partially encircle the blood vessel (34,52,64) in use, so as to retain the sensor (30;50;66;74) in operative communication against the external wall of the blood vessel (34,52,64);
A system comprising: at least one processor; and a memory storing instructions which, when executed by the at least one processor, performs a method for recreating a three-dimensional scene using data captured from a moveable camera, comprising: receiving data captured by the moveable camera relating to the three-dimensional scene; generating a reconstruction of the three-dimensional scene based on the received data; identifying one or more surface points within the three-dimensional scene; generating a graph of a plurality of camera positions, comprising one or more nodes and one or more edges; determining, based on the graph, a subgradient of the one or more nodes; generating, based on the subgradient and the graph, an optimal trajectory for the moveable camera; and providing the optimal trajectory to the moveable camera. at least one processor; and a memory storing instructions which, when executed by the at least one processor, performs a method for recreating a three-dimensional scene using data captured from a moveable camera, comprising: receiving data captured by the moveable camera relating to the three-dimensional scene; generating a reconstruction of the three-dimensional scene based on the received data; identifying one or more surface points within the three-dimensional scene; generating a graph of a plurality of camera positions, comprising one or more nodes and one or more edges; determining, based on the graph, a subgradient of the one or more nodes; generating, based on the subgradient and the graph, an optimal trajectory for the moveable camera; and providing the optimal trajectory to the moveable camera. receiving data captured by the moveable camera relating to the three-dimensional scene; generating a reconstruction of the three-dimensional scene based on the received data; identifying one or more surface points within the three-dimensional scene; generating a graph of a plurality of camera positions, comprising one or more nodes and one or more edges; determining, based on the graph, a subgradient of the one or more nodes; generating, based on the subgradient and the graph, an optimal trajectory for the moveable camera; and providing the optimal trajectory to the moveable camera.
A method for processing system information for a mobile terminal, the method comprising: receiving a shared control channel in a static manner in a first portion of a sub-frame of a frame, wherein: - the shared control channel includes primary system information comprising scheduling information and a logical channel identifier, - the scheduling information indicates a location of non-primary system information in a time-frequency domain, - the non-primary system information is transmitted in a dynamic manner via a shared channel in a remaining portion of the sub-frame, and - the logical channel identifier informs of a type of a common channel of which data is transmitted as the non-primary system information via the shared channel; and receiving the non-primary system information in the remaining portion of the sub-frame based on the scheduling information. receiving a shared control channel in a static manner in a first portion of a sub-frame of a frame, wherein: - the shared control channel includes primary system information comprising scheduling information and a logical channel identifier, - the scheduling information indicates a location of non-primary system information in a time-frequency domain, - the non-primary system information is transmitted in a dynamic manner via a shared channel in a remaining portion of the sub-frame, and - the logical channel identifier informs of a type of a common channel of which data is transmitted as the non-primary system information via the shared channel; and - the shared control channel includes primary system information comprising scheduling information and a logical channel identifier, - the scheduling information indicates a location of non-primary system information in a time-frequency domain, - the non-primary system information is transmitted in a dynamic manner via a shared channel in a remaining portion of the sub-frame, and - the logical channel identifier informs of a type of a common channel of which data is transmitted as the non-primary system information via the shared channel; and receiving the non-primary system information in the remaining portion of the sub-frame based on the scheduling information.
Cable connection device for connecting a cable to a housing to be electromagnetically shielded, comprising a sheath serving to surround the cable in the region of a cable feedthrough opening of the housing and being constructed to be electrically conductive at least on the surface thereof, wherein the sheath completely covers a cable feedthrough opening assigned to the housing in a direction as viewed axially to the cable feedthrough opening, wherein the sheath is provided with shielding structures for absorbing electromagnetic radiation on an inner surface directed to the cable to be received, characterized in that 1.1 the shielding structures present several ribs arranged transversely to the cable routing and protruding towards a cable to be received or 1.2 that the shielding structures present optical and/or electromagnetic baffles succeeding one another at regular or irregular intervals as viewed in the direction of the cable routing. 1.1 the shielding structures present several ribs arranged transversely to the cable routing and protruding towards a cable to be received or 1.2 that the shielding structures present optical and/or electromagnetic baffles succeeding one another at regular or irregular intervals as viewed in the direction of the cable routing.
A use of a composition comprising one or more agents wherein one agent is 3-decen-2-one for preventing or reversing symptoms of a fungal or bacterial infection within potato tubers, comprising the step of applying the composition to harvested or stored potato tubers.
A wireless charging device, which comprises a coil unit; and a first magnetic unit disposed on the coil unit, wherein the first magnetic unit comprises an outer part corresponding to a part where the coil unit is disposed; and a central part surrounded by the outer part, the wireless charging device being characterised in that the outer part has a thickness greater than the thickness of the central part, wherein the thickness of the central part is 0.1 mm or more.
Use of the ferment extract produced by a strain of Halomonas eurihalina species for the cosmetic, non-therapeutic treatment and/or care of the skin, mucous membranes, hair and/or nails.
A land-based aquaculture facility for the production of aquatic animals with at least two water containers, of which at least one has an overflow device with a first partition screen that has a predefined mesh width, wherein a closed circular flow can be produced in the water containers by means of at least one pump via at least one supply line device into the water container with the overflow device and aquatic animals with a size smaller than the mesh width can be selected by means of the overflow device, characterized in that at least the second water container also has an overflow device, wherein each overflow device is arranged in the upper region of the respective water container and at least one central collecting container with an upper supply region and a lower discharge region is arranged between the at least two water containers, wherein the overflow devices of the at least two water containers lead into the upper supply region and the lower discharge region transforms into a discharge device, to which a water-permeable receiving container for the selected aquatic animals is connected, wherein said receiving container is arranged in a return flow tank, from which the pump pumps the water back into the water containers via a respective supply line device per water container, and wherein the supply line devices are arranged in such a way that a circular flow can be generated in the water containers, which have a conical design with a diameter that decreases from the upper region in the direction of the lower region.
A method of accessing a hydrocarbon storage cell, the method comprising: forming a blind hole in a capping plate of the hydrocarbon storage cell; installing an anchor hub (60, 110, 120, 140) in the blind hole; and drilling a bore to penetrate an internal volume of the storage cell by passing a drilling apparatus (80, 180) through the anchor hub (60, 110, 120, 140). forming a blind hole in a capping plate of the hydrocarbon storage cell; installing an anchor hub (60, 110, 120, 140) in the blind hole; and drilling a bore to penetrate an internal volume of the storage cell by passing a drilling apparatus (80, 180) through the anchor hub (60, 110, 120, 140).
gardening tool attachment for drivable gardening tools with means for operational connection of the gardening tool attachment to the gardening tools, with a receiving section for transport material and a base body (12, 13) with a part which is horizontal in the operational state and on which a holder of the receiving section is fastened, characterised in that that the holder is formed as an elongated profile body with a groove, which is displaceably mounted along the base body, in that corresponding connecting elements in the profile body, which form the connection between the holder and the base body, are displaceably mounted along the base body. a receiving section for transport material and a base body (12, 13) with a part which is horizontal in the operational state and on which a holder of the receiving section is fastened, characterised in that that the holder is formed as an elongated profile body with a groove, which is displaceably mounted along the base body, in that corresponding connecting elements in the profile body, which form the connection between the holder and the base body, are displaceably mounted along the base body.
Chair having a mounting device for satellite reception, comprising a seat element which has a seat, a backrest support and a backrest which is fastened thereto and formed by a flat antenna for satellite reception, characterised in that the backrest is pivotable.
The use of a component according to formula I being (R 1 R 2 NR 3) 2 NR 4 wherein - each of R 1 and R 2 are chosen from the group consisting of a methyl group, an ethyl group, an iso-propyl group and an n-propyl group; - R 3 being an alkoxyalkyl group chosen from the group consisting of -CH 2 CH 2 OCH 2 CH 2 -, -CH 2 CH 2 OCH 2 CH 2 CH 2 -and -CH 2 CH 2 CH 2 OCH 2 CH 2 CH 2 -; - R 4 is chosen from the group consisting of a hydrogen and -CH 2 CH 2 CH 2 NH 2, as a blowing catalyst of a catalyst system in a reaction of at least one polyisocyanate component and at least one isocyanate-reactive component, the catalyst system further comprising at least one gelling catalyst different from said component of formula I. - each of R 1 and R 2 are chosen from the group consisting of a methyl group, an ethyl group, an iso-propyl group and an n-propyl group; - R 3 being an alkoxyalkyl group chosen from the group consisting of -CH 2 CH 2 OCH 2 CH 2 -, -CH 2 CH 2 OCH 2 CH 2 CH 2 -and -CH 2 CH 2 CH 2 OCH 2 CH 2 CH 2 -; - R 4 is chosen from the group consisting of a hydrogen and -CH 2 CH 2 CH 2 NH 2,
A mechanical lift vehicle comprising a guardrail intended to occupy a lowered position delimiting an enclosed space allowing to prevent the fall of a passenger and a raised position in which the guardrail releases the space in front of the vehicle to allow the loading and unloading of one or more passenger(s), and locking means of the guardrail in the lowered position, characterized in that the locking means comprise a locking rocker comprising a first end provided with a bearing surface and a blocking surface, the bearing surface and the blocking surface delimiting a first housing intended to receive a guardrail element, and a second end in which a locking member, arranged to immobilize the second end of the locking rocker when the guardrail is in the lowered position, is intended to be engaged.
Recessed luminaire with a light source, a base body for holding the light source, which is designed as a heat sink, a retaining ring which is screwed onto the heat sink, as well as a dome-shaped reflector, which is releasedly attached to the retaining ring via a connecting device, wherein the connecting device is so formed that an additional optical element (30, 31) for influencing the light output is received and fixed in the connected state of the retaining ring and reflector, wherein the light source is arranged in a recess of the heat sink, and a pot-like head reflector is further arranged in the recess, and wherein the additional optical element (30, 31) is clamped between the reflector and upper reflector, and the top reflector is fixed with the help of the retaining ring.
A method of producing an electromechanical transducer, comprising: forming an insulating film on a first electrode in a direction perpendicular to a surface on which the first electrode is formed; forming a sacrificial layer on the insulating film in the perpendicular direction; forming a first membrane on the sacrificial layer in the perpendicular direction such that the sacrificial layer is in contact with the first membrane; forming a second electrode on the first membrane in the perpendicular direction such that an area where the second electrode is formed is smaller than an area where the first membrane is formed in a plan view parallel to the surface on which the first electrode is formed; forming an etching-hole in the first membrane outside the area where the second electrode is formed in the plan view, and removing the sacrificial layer through the etching-hole; and forming a second membrane on the second electrode in the perpendicular direction, and sealing the etching-hole, wherein the first membrane and the second membrane are silicon nitride films, characterized in that forming the second membrane and sealing the etching-hole are performed in one operation. forming an insulating film on a first electrode in a direction perpendicular to a surface on which the first electrode is formed; forming a sacrificial layer on the insulating film in the perpendicular direction; forming a first membrane on the sacrificial layer in the perpendicular direction such that the sacrificial layer is in contact with the first membrane; forming a second electrode on the first membrane in the perpendicular direction such that an area where the second electrode is formed is smaller than an area where the first membrane is formed in a plan view parallel to the surface on which the first electrode is formed; forming an etching-hole in the first membrane outside the area where the second electrode is formed in the plan view, and removing the sacrificial layer through the etching-hole; and forming a second membrane on the second electrode in the perpendicular direction, and sealing the etching-hole, wherein the first membrane and the second membrane are silicon nitride films, characterized in that forming the second membrane and sealing the etching-hole are performed in one operation.
Ironing device, comprising an ironing unit for ironing textiles, in which unironed textiles are introduced at an input side and ironed textiles leave the ironing unit at an output side, and heat recovery means (25a, 25b, 24a, 24b, 30, 32) for at least partially absorbing heat emitted by one or more elements (26b, 24b, 24a) of the ironing device during the ironing process, in which said heat recovery means (25a, 25b, 24a, 24b, 30, 32) comprise a heat exchange system on the input side, adapted in order to at least partly emit the absorbed heat to the unironed textiles at the input side, characterized in that said heat recovery means (25a, 25b, 24a, 24b, 30, 32) comprise a heat exchange system on the output side, in which said heat exchange system on the output side is configured such that, during operation of the ironing device, it at least partly absorbs the heat which is emitted by the ironed textiles and at least partly emits the absorbed heat back to the heat exchange system on the input side.
An article of footwear, comprising: an upper configured to receive a foot; a sole structure fixedly attached to a bottom portion of the upper, the sole structure including a ground-engaging outer member; and one or more strands (1830, 1850) configured to form at least a first lace receiving loop (1832, 1852) and extending through the outer member of the sole structure; wherein the article of footwear has a figure eight strand arrangement; the figure eight strand arrangement including the first lace receiving loop (1832, 1852); the first lace receiving loop (1832, 1852) being disposed proximate an instep region on a first side of the upper; the figure eight strand arrangement further including a pair of strands (1830, 1850) extending from the first lace receiving loop (1832, 1852) down the first side of the upper to the sole structure, passing through the outer member of the sole structure, extending up a second side of the upper and diagonally across the instep region of the upper, down the first side of the upper, extending under the upper and up the second side of the upper, and forming a second lace receiving loop (1831, 1851) proximate the instep region on the second side of the upper diagonally opposite the first lace receiving loop (1832, 1852). an upper configured to receive a foot; a sole structure fixedly attached to a bottom portion of the upper, the sole structure including a ground-engaging outer member; and one or more strands (1830, 1850) configured to form at least a first lace receiving loop (1832, 1852) and extending through the outer member of the sole structure; wherein the article of footwear has a figure eight strand arrangement; the figure eight strand arrangement including the first lace receiving loop (1832, 1852); the first lace receiving loop (1832, 1852) being disposed proximate an instep region on a first side of the upper; the figure eight strand arrangement further including a pair of strands (1830, 1850) extending from the first lace receiving loop (1832, 1852) down the first side of the upper to the sole structure, passing through the outer member of the sole structure, extending up a second side of the upper and diagonally across the instep region of the upper, down the first side of the upper, extending under the upper and up the second side of the upper, and forming a second lace receiving loop (1831, 1851) proximate the instep region on the second side of the upper diagonally opposite the first lace receiving loop (1832, 1852).
A network node, comprising: processing circuitry configured to: assign a plurality of wireless devices respective sounding reference signal, SRS, sequences of a common set of SRS sequences, the common set of SRS sequences being shared among a first radio access technology, RAT, and a second RAT; and receive SRS sequences according to the assignment of the respective SRS sequences of the common set of SRS sequences; wherein the common set of sequences are partitioned: equally among first RAT wireless devices and second RAT wireless devices, or based at least on a fraction of deployments of first RAT wireless devices and second RAT wireless devices, or based at least on a ratio of bandwidth parts, BWPs, associated with second RAT wireless devices to a total bandwidth of shared spectrum. processing circuitry configured to: assign a plurality of wireless devices respective sounding reference signal, SRS, sequences of a common set of SRS sequences, the common set of SRS sequences being shared among a first radio access technology, RAT, and a second RAT; and receive SRS sequences according to the assignment of the respective SRS sequences of the common set of SRS sequences; assign a plurality of wireless devices respective sounding reference signal, SRS, sequences of a common set of SRS sequences, the common set of SRS sequences being shared among a first radio access technology, RAT, and a second RAT; and receive SRS sequences according to the assignment of the respective SRS sequences of the common set of SRS sequences; wherein the common set of sequences are partitioned: equally among first RAT wireless devices and second RAT wireless devices, or based at least on a fraction of deployments of first RAT wireless devices and second RAT wireless devices, or based at least on a ratio of bandwidth parts, BWPs, associated with second RAT wireless devices to a total bandwidth of shared spectrum. equally among first RAT wireless devices and second RAT wireless devices, or based at least on a fraction of deployments of first RAT wireless devices and second RAT wireless devices, or based at least on a ratio of bandwidth parts, BWPs, associated with second RAT wireless devices to a total bandwidth of shared spectrum.
An aircraft wing comprising a high-lift system which includes at least one high-lift flap, wherein the at least one high-lift flap comprises leading and trailing edges (20L, 20T) and upper and lower surfaces defining upper and lower profile edges between the leading and trailing edges (20L, 20T) at outboard and inboard ends of the flap, and wherein the at least one high-lift flap includes an aerodynamic seal (30; 30') for reduction of noise aerodynamically generated by the at least one high-lift flap of the aircraft, and wherein the aerodynamic seal (30; 30') comprises a non-planar angulated plate structure comprised of: (i) an outwardly extended planar section (30a; 30a') having a proximal edge joined to the at least one high-lift flap at the outboard and/or inboard ends thereof, and (ii) a downwardly extended planar section (30b; 30b') joined at an angle to a distal edge of outwardly extended planar section (30a; 30a'). (i) an outwardly extended planar section (30a; 30a') having a proximal edge joined to the at least one high-lift flap at the outboard and/or inboard ends thereof, and (ii) a downwardly extended planar section (30b; 30b') joined at an angle to a distal edge of outwardly extended planar section (30a; 30a').