mhurhangee/patent-ind-claim-en huggingface dataset:
A method for guarding a perimeter, comprising: (a) providing infiltration information of an actual or suspected infiltration by at least one infiltration agent at a location of a target zone associated with said perimeter; (b) deploying at least one ready-to-launch UAV (unmanned air vehicle) to said target zone responsive to receiving said infiltration information; (c) operating said at least one UAV to search a target area around said target zone to thereby locate and home onto at least one said infiltration agent; and (d) at least one of: (I) identifying nature of at least one said homed-onto infiltration agent or nature of said infiltration via said at least one UAV and providing data corresponding to said nature; and (II) tracking at least one said homed-onto infiltration agent via said at least one UAV and providing data corresponding to a location of said homed-onto infiltration agent to enable neutralization thereof, wherein at least one supplemental said UAV is speed launched in step (d) for supplementing said identification in step (I), and/or said tracking in step (II), or taking over said identification and/or said tracking, respectively, from said UAV previously launched in step (b). (a) providing infiltration information of an actual or suspected infiltration by at least one infiltration agent at a location of a target zone associated with said perimeter; (b) deploying at least one ready-to-launch UAV (unmanned air vehicle) to said target zone responsive to receiving said infiltration information; (c) operating said at least one UAV to search a target area around said target zone to thereby locate and home onto at least one said infiltration agent; and (d) at least one of: (I) identifying nature of at least one said homed-onto infiltration agent or nature of said infiltration via said at least one UAV and providing data corresponding to said nature; and (II) tracking at least one said homed-onto infiltration agent via said at least one UAV and providing data corresponding to a location of said homed-onto infiltration agent to enable neutralization thereof, (I) identifying nature of at least one said homed-onto infiltration agent or nature of said infiltration via said at least one UAV and providing data corresponding to said nature; and (II) tracking at least one said homed-onto infiltration agent via said at least one UAV and providing data corresponding to a location of said homed-onto infiltration agent to enable neutralization thereof,
A suppository composition comprising: at least one cannabinoid at 0.1% to 50% by weight of the total composition; at least one sugar alcohol or sugar at 15% to 25% by weight of the total composition; at least one fatty base suitable for suppository formulation at 60% to 80% by weight of the total composition; and at least one non-ionic surfactant at 2% to 10% by weight of the total composition, wherein the composition is packaged in a suppository mold. at least one cannabinoid at 0.1% to 50% by weight of the total composition; at least one sugar alcohol or sugar at 15% to 25% by weight of the total composition; at least one fatty base suitable for suppository formulation at 60% to 80% by weight of the total composition; and at least one non-ionic surfactant at 2% to 10% by weight of the total composition, wherein the composition is packaged in a suppository mold.
A decoding device comprising: circuitry configured to decode a bit stream to generate a quantized value; determine whether a transform skip is applied to a transform block on the basis of a received indication of a minimum block size of the transform block and of a maximum block size of the transform block for which the transform skip can be applied, wherein the circuitry is configured to determine that the transform skip can be applied to the transform block if a block size of the transform block is smaller than or equal to the maximum block size and larger than or equal to the minimum block size, and wherein the circuitry is configured to determine that the transform skip cannot be applied to the transform block if the block size of the transform block is larger than the maximum block size; and inversely quantize the generated quantized value by: in a case where the transform skip is applied to the transform block, using a flat matrix corresponding to the block size of the transform block; and in a case where the transform skip is not applied to the transform block, using a matrix other than the flat matrix. circuitry configured to decode a bit stream to generate a quantized value; determine whether a transform skip is applied to a transform block on the basis of a received indication of a minimum block size of the transform block and of a maximum block size of the transform block for which the transform skip can be applied, wherein the circuitry is configured to determine that the transform skip can be applied to the transform block if a block size of the transform block is smaller than or equal to the maximum block size and larger than or equal to the minimum block size, and wherein the circuitry is configured to determine that the transform skip cannot be applied to the transform block if the block size of the transform block is larger than the maximum block size; and inversely quantize the generated quantized value by: in a case where the transform skip is applied to the transform block, using a flat matrix corresponding to the block size of the transform block; and in a case where the transform skip is not applied to the transform block, using a matrix other than the flat matrix. in a case where the transform skip is applied to the transform block, using a flat matrix corresponding to the block size of the transform block; and in a case where the transform skip is not applied to the transform block, using a matrix other than the flat matrix.
A medical device for constipation prevention, coprostasis removal and good bowel movement, comprising: a hollow body part formed in a predetermined bent shape; a head part provided at a tip portion thereof with a discharge port for discharging cleaning water and detachably coupled to a front end of the body part ; a connection part connected to a shower hose and a rear end of the body part and provided with a control valve for controlling water supply, a water flow rate and a water pressure; a water purification tube built in the body part and provided with leakage preventing grilles (16 and 17) at both ends thereof; and a purified water discharge part provided inside the head part and characterized in that the purified water discharge part is configured to remove foreign substances in the water by using a filter, and in that germanium balls , tourmaline balls and antibacterial crystal balls are sequentially stacked in the water purification tube , and at least one magnetization ring made of a neodymium magnet is assembled to an outer circumferential surface of the water purification tube . a hollow body part formed in a predetermined bent shape; a head part provided at a tip portion thereof with a discharge port for discharging cleaning water and detachably coupled to a front end of the body part ; a connection part connected to a shower hose and a rear end of the body part and provided with a control valve for controlling water supply, a water flow rate and a water pressure; a water purification tube built in the body part and provided with leakage preventing grilles (16 and 17) at both ends thereof; and a purified water discharge part provided inside the head part and characterized in that the purified water discharge part is configured to remove foreign substances in the water by using a filter, and in that germanium balls , tourmaline balls and antibacterial crystal balls are sequentially stacked in the water purification tube , and at least one magnetization ring made of a neodymium magnet is assembled to an outer circumferential surface of the water purification tube .
A pneumatic tire comprising: a carcass as a skeleton, the carcass formed of one or more carcass plies extending in a toroidal shape across a pair of bead parts; one or more belt layers disposed on the outer side in the tire radial direction of a crown part of the carcass; a tread part forming a tread surface part disposed on the outer side in the tire radial direction of the belt layer; a pair of sidewall parts on the left and right sides of the tread part and the outer side in the tire width direction; and a rubber support layer disposed on the sidewall part; wherein a rubber composition for the tread part comprises: a rubber component (A), a thermoplastic resin (B), and a reinforcing filler (C); the rubber component (A) comprises 50% by mass or more of natural rubber: NR based on 100 parts by mass of the rubber component; and the rubber support layer has a gauge thickness of 4 to 15 mm. a carcass as a skeleton, the carcass formed of one or more carcass plies extending in a toroidal shape across a pair of bead parts; one or more belt layers disposed on the outer side in the tire radial direction of a crown part of the carcass; a tread part forming a tread surface part disposed on the outer side in the tire radial direction of the belt layer; a pair of sidewall parts on the left and right sides of the tread part and the outer side in the tire width direction; and a rubber support layer disposed on the sidewall part; wherein a rubber composition for the tread part comprises: a rubber component (A), a thermoplastic resin (B), and a reinforcing filler (C); the rubber component (A) comprises 50% by mass or more of natural rubber: NR based on 100 parts by mass of the rubber component; and a rubber component (A), a thermoplastic resin (B), and a reinforcing filler (C); the rubber component (A) comprises 50% by mass or more of natural rubber: NR based on 100 parts by mass of the rubber component; and the rubber support layer has a gauge thickness of 4 to 15 mm.
A photovoltaic plant, comprising: - a first row of photovoltaic panels comprising a first panel ; - a second row of photovoltaic panels comprising a second panel ; - a first support for supporting both the first panel and the second panel which extends between the first and the second rows ; said first support being a ballast of concrete or of cementitious materials connected to the first and the second panels ; wherein between the first and the second row there is a space defining a straight corridor for inspection and maintenance purposes; the first support comprising at a first end thereof a first portion for supporting the first panel and at a second end thereof a second portion for supporting the second panel ; the first portion being at a greater height than the second portion ; the first and the second portions being part of a same monolithic body; characterised in that the first support has a preponderant longitudinal direction extending along a direction that connects the first and the second row . - a first row of photovoltaic panels comprising a first panel ; - a second row of photovoltaic panels comprising a second panel ; - a first support for supporting both the first panel and the second panel which extends between the first and the second rows ;
A system for generating high-energy ultra-short light pulses, comprising a generator adapted to generate at least one short, time-stretched, source pulse , a non-linear amplification and non-linear compression optical amplifier comprising an amplifying optical fibre having a negative group velocity dispersion β 2 in a use wavelength range, said non-linear amplification and non-linear compression optical amplifier being adapted to non-linearly amplify and compress said short, time-stretched, source pulse and to form an amplified pulse , wherein the system includes a spectral shaping module arranged downstream from said amplifying optical fibre, the spectral shaping module comprising an optical component comprising an optical fibre or a solid crystal or a solid non-crystalline material or a disk, the optical component having a positive group velocity dispersion β 2 and a non-linear coefficient y, the length of the optical component of the spectral shaping module being chosen as a function of a second peak power (P2) at the input of the spectral shaping module , of the group velocity dispersion β 2 and of the non-linear coefficient γ of the optical component of the spectral shaping module , said spectral shaping module being adapted to receive and spectrally broaden said amplified pulse , et characterized in that the system comprises a compressor having a negative group velocity dispersion, and the compressor being arranged downstream from the non-linear amplification and non-linear compression optical amplifier .
An elongated ventilation duct comprising a fibre layer and an inner layer surrounding an elongated flow space , characterised in that - the fibre layer comprises mineral fibres and a binder, compressed into a desired duct shape, the mineral fibres having a melting point over 800 degrees Celsius, and - the inner layer is a stainless-steel foil having a thickness of 0,01-0,3 mm, facing the flow space , wherein the inner layer seals the flow space from the mineral fibre layer and the inner layer is made up of two elongated sheets of stainless-steel foil , which are united along each long side and raised into a corresponding shape as the flow space of the elongated ventilation duct . - the fibre layer comprises mineral fibres and a binder, compressed into a desired duct shape, the mineral fibres having a melting point over 800 degrees Celsius, and - the inner layer is a stainless-steel foil having a thickness of 0,01-0,3 mm, facing the flow space , wherein the inner layer seals the flow space from the mineral fibre layer and the inner layer is made up of two elongated sheets of stainless-steel foil , which are united along each long side and raised into a corresponding shape as the flow space of the elongated ventilation duct .
An electrode contact for an electrode lead for neurostimulation, wherein the electrode contact has a contact body with a contact surface for contacting human or animal neural tissue, and an arm portion for contacting at least one electrical supply lead , wherein the arm portion extends from the contact body , laterally in a first spatial direction (Y) that runs parallel to a main plane of extent (XY) of the contact surface , and wherein the arm portion has at least one cut-out for guiding through the at least one electrical supply lead , characterised in that the at least one cut-out is slot-shaped and a region of the arm portion is divided by the slot-shaped cut-out into a plurality of webs. an arm portion for contacting at least one electrical supply lead , wherein the arm portion extends from the contact body , laterally in a first spatial direction (Y) that runs parallel to a main plane of extent (XY) of the contact surface , and wherein the arm portion has at least one cut-out for guiding through the at least one electrical supply lead , characterised in that the at least one cut-out is slot-shaped and a region of the arm portion is divided by the slot-shaped cut-out into a plurality of webs.
A guide vane intended to be arranged in all or part of an air flow of a bypass aircraft turbomachine fan , the guide vane comprising a root , a tip as well as an aerodynamic flow straightening part arranged between the root and the tip of the vane, said aerodynamic part of the vane including a first lubricant cooling interior passage in which heat transfer means are arranged, the first interior passage extending along a first main flowing direction of the lubricant from the root to the tip of the vane, said first interior passage being partly delimited by an intrados wall and an extrados wall of the vane, the aerodynamic part also including a second lubricant cooling interior passage in which heat transfer means are arranged , the second interior passage extending along a second main flowing direction of the lubricant from the tip to the root of the vane, said second interior passage being partly delimited by the intrados wall and the extrados wall of the vane, and characterized in that the aerodynamic part comprises a bent area connecting one end (50a1) of the first interior passage to one end (50b1) of the second passage , the bent area extending along a curved generatrix and being partly delimited by the intrados wall and the extrados wall of the vane, and in that the bent area comprises at least one lubricant guide arranged between the intrados wall and the extrados wall of the vane, and each extending substantially parallel to the curved generatrix of the bent area .
A method of operation by a network node of a wireless communication network, WCN , the method comprising: receiving a network exposure function message requesting a configuration action to be undertaken in the WCN with respect to one or more wireless communication devices, WCDs, and identifying, as a requesting provider, one in a set of two or more Machine Type Communication, MTC, Service Provider, SP, networks that are commonly associated with the one or more WCDs and external to the WCN ; generating one or more configuration messages corresponding to the network exposure function message, each configuration message including a provider-specific internal identifier associated with the requesting provider; and transmitting the one or more configuration messages to one or more further network nodes responsible for undertaking the configuration action, thereby restricting application of the configuration action by the one or more further network nodes to the requesting provider such that the effects of the configuration action are applied only for the requesting provider but not for other MTC SP networks associated with the one or more WCDs. receiving a network exposure function message requesting a configuration action to be undertaken in the WCN with respect to one or more wireless communication devices, WCDs, and identifying, as a requesting provider, one in a set of two or more Machine Type Communication, MTC, Service Provider, SP, networks that are commonly associated with the one or more WCDs and external to the WCN ; generating one or more configuration messages corresponding to the network exposure function message, each configuration message including a provider-specific internal identifier associated with the requesting provider; and transmitting the one or more configuration messages to one or more further network nodes responsible for undertaking the configuration action, thereby restricting application of the configuration action by the one or more further network nodes to the requesting provider such that the effects of the configuration action are applied only for the requesting provider but not for other MTC SP networks associated with the one or more WCDs.
An aerodynamic braking device for a casing of a payload intended to be ejected from a projectile on its trajectory, the braking device including at least one parachute connected to the casing by hangers , the parachute being housed in a sleeve , such that: - the sleeve is wound around an axis of winding perpendicular to its longitudinal direction, and attached to a cylindrical housing , the axis of which is parallel to the axis of winding , the housing in turn being secured to a base that closes off the projectile; - the hangers are connected to the casing by means of an extension cable ; - the extension cable is wound around the axis of the housing and attached thereto by at least three peripheral break lines , which are uniformly angularly distributed. - the sleeve is wound around an axis of winding perpendicular to its longitudinal direction, and attached to a cylindrical housing , the axis of which is parallel to the axis of winding , the housing in turn being secured to a base that closes off the projectile; - the hangers are connected to the casing by means of an extension cable ; - the extension cable is wound around the axis of the housing and attached thereto by at least three peripheral break lines , which are uniformly angularly distributed.
A solid sulfoalkyl ether cyclodextrin (SAE-CD) composition having a Carr's index ranged from 10-40% compressibility, a static angle of repose ranged from 28-45 degrees, and a micro-flow fractal dimension analysis of 1.0-1.2, if measured according to the methods set out in Example 6 of the description; and wherein the composition is prepared by spray agglomeration.
A ceramic laminate comprised of a base member layer on a partial or an entire surface of which a composite ceramic layer containing an alumina phase and a zirconia phase is covered, said ceramic laminate having, at any cross-section perpendicular to bonding interfaces of said composite ceramic layer and said base member layer, a structure of a first phase comprised of either of said alumina phase or said zirconia phase in which second phase particles comprised of the other of said zirconia phase or said alumina phase with a smaller total area ratio than said first phase are dispersed, and having, when measuring said second phase particles with circle equivalent diameters of 0.01 μm or more in said cross-section and voids, a maximum value of circle equivalent diameter of said second phase particles of 5 μm or less, an average value of circle equivalent diameter of said second phase particles of 0.02 μm to 0.3 μm, an average value of the values of long axes of equivalent ellipses when viewing said second phase particles as ellipses divided by the short axes of 2 to 10, and an area ratio of voids of 5% or less. said ceramic laminate having, at any cross-section perpendicular to bonding interfaces of said composite ceramic layer and said base member layer, a structure of a first phase comprised of either of said alumina phase or said zirconia phase in which second phase particles comprised of the other of said zirconia phase or said alumina phase with a smaller total area ratio than said first phase are dispersed, and having, when measuring said second phase particles with circle equivalent diameters of 0.01 μm or more in said cross-section and voids, a maximum value of circle equivalent diameter of said second phase particles of 5 μm or less, an average value of circle equivalent diameter of said second phase particles of 0.02 μm to 0.3 μm, an average value of the values of long axes of equivalent ellipses when viewing said second phase particles as ellipses divided by the short axes of 2 to 10, and an area ratio of voids of 5% or less.
Rail vehicle with a vehicle roof , two side walls and a floor which delimit an interior compartment of the rail vehicle , a dividing wall being arranged in the interior compartment , the rail vehicle having an interior door which is supported by the dividing wall , characterized in that the dividing wall is fastened at least to a C-rail of one of the side walls and not to the floor of the rail vehicle . a dividing wall being arranged in the interior compartment , the rail vehicle having an interior door which is supported by the dividing wall , characterized in that the dividing wall is fastened at least to a C-rail of one of the side walls and not to the floor of the rail vehicle .