mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling hydroelastic waves on the surface of a liquid comprising a composite structure having at least two zones Z1 and Z2, of respective bending coefficients D1 and D2 wherein the respective bending coefficients D1 and D2 are defined by the equation: D i = E i ⋅ e i 3 12 ⋅ 1 − v i 2 where E i is the Young's modulus of the zone Zi, e i is the thickness of the zone Zi, and ν i is the Poisson's ratio of the zone Zi, i being equal to 1 or 2, and of internal mechanical tensions T 1 and T 2, respectively; the composite structure being adapted to, when the controlling system is placed on the surface of the liquid such that a hydroelastic surface wave propagates through the first zone Z1 then through the second zone Z2 of the composite structure floating on the surface of the liquid of density p, and when the wavelength λ i of the hydroelastic wave respects, in the zone Zi, the following equations: 2 π λ i ≥ ρ ⋅ g D i 4 and 2 π λ i ≥ T i D i where g is the universal gravitational constant and i corresponds to the index of the zone Zi through which the hydroelastic wave is propagating, control the behavior of said hydroelastic wave via adjustment of said bending coefficients Di and/or of the shapes of said zones Zi.
An isolated protein, comprising a domain having an amino acid sequence at least 70 %, 75 %, 80 %, 85 %, 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, or 99% identical or 100% identical to amino acids 250-580 of SEQ ID NO: 1, further comprising a domain having an amino acid sequence at least 70 %, 75 %, 80 %, 85 %, 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, or 99% identical or 100% identical to amino acids 580-750 of SEQ ID NO: 1, further comprising a domain having an amino acid sequence at least 70 %, 75 %, 80 %, 85 %, 90%, 91%, 92%, 93%, 94%, 95%, 96%, 97%, 98%, or 99% identical or 100% identical to amino acids 750-842 of SEQ ID NO: 1 wherein the protein is a cellulase.
A pharmaceutical composition for use in a therapeutic method of reducing excessive body weight in a mammal subject suffering from excessive weight or overt obesity, comprising an effective amount of one or more rhamnolipids.
A threaded, countersunk fastener for an aircraft structure, the countersunk fastener comprising a shaft having a bugle shaped head, and a thread, wherein the bugle shaped head comprises: a first concave region proximate the shaft, the concave first region having a first radius of curvature; and characterised by a second concave region on the opposite side of the first region to the shaft, the second concave region having a second radius of curvature; in which the second radius of curvature is larger than the first radius of curvature. a first concave region proximate the shaft, the concave first region having a first radius of curvature; and characterised by a second concave region on the opposite side of the first region to the shaft, the second concave region having a second radius of curvature; in which the second radius of curvature is larger than the first radius of curvature.
A compressor motor that is placed in a motor housing and is configured to receive electric power applied from an outside via a hermetic terminal, wherein a cluster block that is connected to a stator coil end of the motor via a motor lead wire is placed in an outer circumferential region of a stator coil end cover or a bobbin of the motor such that a terminal connection port of the cluster block faces an outer circumferential side of the motor housing, an opening and a placement bearing surface for inserting and placing the hermetic terminal are provided in an outer circumferential region of the motor housing, the outer circumferential region facing the cluster block provided on the motor side, and the hermetic terminal is inserted and placed from the outer circumferential side of the motor housing to the opening and the placement bearing surface, to be thereby made directly connectable to the terminal connection port of the cluster block, characterized in that the cluster block is slightly displaceably locked by respectively fitting a plurality of nail parts erected from the outer circumferential region of the stator coil end cover or the bobbin, to attachment holes provided in the cluster block with a slight gap in the circumferential direction and/or the axial direction.
A system for an aircraft, the system comprising: a first pneumatic sensor configured to sense a first value external to the aircraft; a first optical sensor configured to emit a first optical signal external to the aircraft and receive a first optical response, the first optical sensor comprising: a laser configured to emit a beam of laser light into an atmosphere external to the aircraft; and a detector configured to detect the laser light reflected by molecules and/or particulates in the atmosphere external to the aircraft, wherein the first optical sensor is configured to not extend beyond a boundary layer adjacent to the body of the aircraft; the system further comprising a computer system configured to receive the first value and the first optical response, characterised by the first pneumatic sensor having a bump or bubble shape configured to protrude from a body of an aircraft but not beyond a boundary layer adjacent to the body of the aircraft, wherein the first value is indicative of Pitot pressure, angle of attack, and/or angle of sideslip, wherein the computer system is further configured to calculate, based on either the received first value or the received first optical response, a local flow field surrounding the aircraft, thereby providing dissimilar and redundant sensing of air data. a first pneumatic sensor configured to sense a first value external to the aircraft; a first optical sensor configured to emit a first optical signal external to the aircraft and receive a first optical response, the first optical sensor comprising: a laser configured to emit a beam of laser light into an atmosphere external to the aircraft; and a laser configured to emit a beam of laser light into an atmosphere external to the aircraft; and a detector configured to detect the laser light reflected by molecules and/or particulates in the atmosphere external to the aircraft, wherein the first optical sensor is configured to not extend beyond a boundary layer adjacent to the body of the aircraft; the system further comprising a computer system configured to receive the first value and the first optical response, characterised by the first pneumatic sensor having a bump or bubble shape configured to protrude from a body of an aircraft but not beyond a boundary layer adjacent to the body of the aircraft, wherein the first value is indicative of Pitot pressure, angle of attack, and/or angle of sideslip, wherein the computer system is further configured to calculate, based on either the received first value or the received first optical response, a local flow field surrounding the aircraft, thereby providing dissimilar and redundant sensing of air data.
Electron beam sterilization equipment for containers having a plurality of revolving devices (M1 to M3), the electron beam sterilization equipment comprising: a plurality of shield chambers (R1 to R3) containing revolving transport devices (M1 to M3) forming a plurality of circular paths (L1 to L3) connected in series; an outer-surface sterilization zone for sterilizing an outer surface of the container by emitting electron beams from outside of the container by a first electron beam irradiator for emitting electron beams to one outer half surface of the container, and a second electron beam irradiator for emitting electron beams to the other outer half surface of the container; and an inner-surface sterilization zone for sterilizing an inner surface of the container by emitting electron beams from an electron beam irradiation nozzle (En) inserted into the container when the container is transported downstream along the plurality of circular paths, characterized in that each of the shield chambers (R1 to R3) contains one revolving transport device (M1 to M3); the first electron beam irradiator is located near an upstream side of a joint (J1-2) of two circular paths (L1, L2) formed by the revolving transport devices (M1, M2); and the second electron beam irradiator is located near a downstream side of said joint (J1-2), wherein the first and second electron beam irradiator (E1, E2) are disposed on the respective outer peripheries of the two adjacent circular paths (L1, L2) to emit electron beams to the outer half surfaces of the container. a plurality of shield chambers (R1 to R3) containing revolving transport devices (M1 to M3) forming a plurality of circular paths (L1 to L3) connected in series; an outer-surface sterilization zone for sterilizing an outer surface of the container by emitting electron beams from outside of the container by a first electron beam irradiator for emitting electron beams to one outer half surface of the container, and a second electron beam irradiator for emitting electron beams to the other outer half surface of the container; and an inner-surface sterilization zone for sterilizing an inner surface of the container by emitting electron beams from an electron beam irradiation nozzle (En) inserted into the container when the container is transported downstream along the plurality of circular paths, characterized in that each of the shield chambers (R1 to R3) contains one revolving transport device (M1 to M3); the first electron beam irradiator is located near an upstream side of a joint (J1-2) of two circular paths (L1, L2) formed by the revolving transport devices (M1, M2); and the second electron beam irradiator is located near a downstream side of said joint (J1-2), wherein the first and second electron beam irradiator (E1, E2) are disposed on the respective outer peripheries of the two adjacent circular paths (L1, L2) to emit electron beams to the outer half surfaces of the container.
A multimatrix controlled release system of phytocannabinoids formulation soluble in aqueous media comprising a cross-linked polymer net which contains phytocannabinoids vehiculized through non-ionic surfactants, wherein the phytocannabinoids are selected from a phytocannabinoid, or a mixture of phytocannabinoids, wherein the polymer is selected from hyaluronic acid or a salt thereof, wherein the pH of the compositions ranges between 6 and 8, and wherein the weight ratio of phytocannabinoid/polymer is 50:1 to 1:50, preferably 20:1 to 1:20, and more preferably 10:1 to 1:10, and most preferably 2:1 to 1:2, and wherein the weight ratio phytocannabinoid/non-ionic surfactant is 1:30 to 1:1, preferably 1:9 to 1:1.
System for transporting substrates in a printing machine comprising a printing station, along a transport path from at least one inlet magazine supplying the printable substrates, to at least one outlet magazine receiving the substrates, comprising a printable substrate, 1. an inlet magazine for storing the printable substrate, 2. an optional transport system for transporting the substrate from the inlet magazine to a suction bed, 3. a fixed suction bed below the printing station for holding the substrates flat on said bed, 4. a movable gripping means seizing a front part of the substrate along the transport path, 5. a guide means for guiding the gripping means along the transport path, 6. a drive means for moving the gripping means along the guide means, 7. an optional transport system for transporting the printed substrate from the suction bed to the outlet magazine, 8. an outlet magazine for storing the printed substrate, the system for transporting substrates thus being adapted to move each substrate so as to move it on the fixed suction bed along the transport path and characterized in that the transverse dimension of the suction bed is at least equivalent to a transverse size of the substate, and in that the fixed suction bed allows the movement of the substrate while holding it flat. 1. an inlet magazine for storing the printable substrate, 2. an optional transport system for transporting the substrate from the inlet magazine to a suction bed, 3. a fixed suction bed below the printing station for holding the substrates flat on said bed, 4. a movable gripping means seizing a front part of the substrate along the transport path, 5. a guide means for guiding the gripping means along the transport path, 6. a drive means for moving the gripping means along the guide means, 7. an optional transport system for transporting the printed substrate from the suction bed to the outlet magazine, 8. an outlet magazine for storing the printed substrate,
Use of a silane additive for the avoidance of pinholes on zinc-containing metallic surfaces 1.) in an aqueous cleaning composition, 2.) in an aqueous rinsing liquid that is used a) prior to a cleaning process, b) in the midst of a plurality of cleaning zones, c) immediately after a cleaning process or/and d) as a liquid for cooling, or/and 3.) in an aqueous activation composition, wherein the content of in each case at least one silane, silanol or/and siloxane in at least one of these aqueous compositions lies in the range of 0.001 to 5 g/l, calculated in relation to the respective silane. 1.) in an aqueous cleaning composition, 2.) in an aqueous rinsing liquid that is used a) prior to a cleaning process, b) in the midst of a plurality of cleaning zones, c) immediately after a cleaning process or/and d) as a liquid for cooling, or/and 3.) in an aqueous activation composition, wherein the content of in each case at least one silane, silanol or/and siloxane in at least one of these aqueous compositions lies in the range of 0.001 to 5 g/l, calculated in relation to the respective silane.
A method for determining an indicator of a bodily condition in an image of a bodily fluid testing equipment captured by an electronic device, the method performed by one or more processors of an electronic device and/or a server, the method comprising: acquiring image data of a bodily fluid testing equipment, the bodily fluid testing equipment comprising one or more urine testing colour change pads; determining two opposite edges (539A, 539B) of a first colour change pad of the one or more colour change pads from the image data, wherein determining the two opposite edges of the first colour change pad comprises determining discontinuities in brightness between the first colour change pad and a surrounding region indicative of the interface between the first colour change pad and the surrounding region; determining a location of the first colour change pad in the image data as being confined between the two edges; sampling colour data of a sub-region of the first colour change pad in the image data based upon the determined location; determining, based upon the sampled colour data, whether an indicator of a bodily condition has interacted with the first colour change pad of the one or more colour change pads; and providing an output, wherein the output is based upon whether the indicator of the bodily condition has interacted with the first colour change pad of the one or more colour change pads. acquiring image data of a bodily fluid testing equipment, the bodily fluid testing equipment comprising one or more urine testing colour change pads; determining two opposite edges (539A, 539B) of a first colour change pad of the one or more colour change pads from the image data, wherein determining the two opposite edges of the first colour change pad comprises determining discontinuities in brightness between the first colour change pad and a surrounding region indicative of the interface between the first colour change pad and the surrounding region; determining a location of the first colour change pad in the image data as being confined between the two edges; sampling colour data of a sub-region of the first colour change pad in the image data based upon the determined location; determining, based upon the sampled colour data, whether an indicator of a bodily condition has interacted with the first colour change pad of the one or more colour change pads; and providing an output, wherein the output is based upon whether the indicator of the bodily condition has interacted with the first colour change pad of the one or more colour change pads.
Timepiece escapement comprising at least one escapement mobile, a bistable elastic member, a winding lever arranged to be driven by the at least one escapement mobile in order to wind the bistable elastic member during winding phases, and a detent lever arranged to be driven by a detent of the bistable elastic member after each winding phase in order to communicate an impulse to a regulator, the at least one escapement mobile being locked after each winding phase, then unlocked, characterised in that the detent lever is arranged to cooperate directly with the at least one escapement mobile to lock the at least one escapement mobile.
A composition comprising: (a) glutathione, a glutathione conjugate, or a pharmaceutically-acceptable salt thereof; (b) ascorbic acid; and (c) a bicarbonate salt; wherein the molar ratio of (a):(b):(c) is about 0.1-0.5: 0.5-1: 1. (a) glutathione, a glutathione conjugate, or a pharmaceutically-acceptable salt thereof; (b) ascorbic acid; and (c) a bicarbonate salt;
Control device (101; 201) for an ophthalmic surgical system (100; 200) for phacoemulsification of an eye lens, having: - an optical system (3; 50), by means of which an image (20, 23, 24, 25, 26) can be generated of an object region, wherein at least part of the eye lens to be emulsified and part of a needle of a phacoemulsification handpiece can be arranged in the object region, - an image evaluation unit, which is suitable for evaluating the generated image (20, 23, 24, 25, 26) in such a way that at least one evaluation variable is established, which is dependent on a property of a particle (21, 31), produced by phacoemulsification, of the eye lens or on a relation of the particle (21, 31) to its surroundings, - a control unit, by means of which, dependent on the at least one supplied evaluation variable, it is possible to establish a control variable, wherein the control variable can control an absolute value of ultrasound energy, supplied to the phacoemulsification handpiece by means of an energy source, for phacoemulsification of the eye lens. - an optical system (3; 50), by means of which an image (20, 23, 24, 25, 26) can be generated of an object region, wherein at least part of the eye lens to be emulsified and part of a needle of a phacoemulsification handpiece can be arranged in the object region, - an image evaluation unit, which is suitable for evaluating the generated image (20, 23, 24, 25, 26) in such a way that at least one evaluation variable is established, which is dependent on a property of a particle (21, 31), produced by phacoemulsification, of the eye lens or on a relation of the particle (21, 31) to its surroundings, - a control unit, by means of which, dependent on the at least one supplied evaluation variable, it is possible to establish a control variable, wherein the control variable can control an absolute value of ultrasound energy, supplied to the phacoemulsification handpiece by means of an energy source, for phacoemulsification of the eye lens.
A receiver for RF sensing signals, for use in an RF transceiver of an RF presence-sensing arrangement, the receiver comprising: - an RF signal receiving unit configured to receive from a first transmitter a wireless first intra-network RF sensing signal (102, 304) transmitted within a first local-area RF communication network spanning a first presence-sensing volume, and to receive from a second transmitter that belongs to a second local-area RF communication network, which is different from the first local-area RF communication network and which spans a second presence-sensing volume different from the first presence-sensing volume, an inter-network RF sensing signal (108, 306), thus spanning a third presence-sensing volume bridging a space between the first presence-sensing volume and the second presence-sensing volume; and - a signal-strength determination unit configured to determine a first amount of a quantity indicative of a received-signal strength (RSSI 1) of the received first intra-network RF sensing signal and to provide a first signal-strength signal (S 1) indicative thereof, and to additionally determine a second amount of a quantity indicative of a received-signal strength of the received inter-network RF sensing signal (RSSI 3) and to provide an inter-network signal-strength signal (S 3) indicative thereof. - an RF signal receiving unit configured to receive from a first transmitter a wireless first intra-network RF sensing signal (102, 304) transmitted within a first local-area RF communication network spanning a first presence-sensing volume, and to receive from a second transmitter that belongs to a second local-area RF communication network, which is different from the first local-area RF communication network and which spans a second presence-sensing volume different from the first presence-sensing volume, an inter-network RF sensing signal (108, 306), thus spanning a third presence-sensing volume bridging a space between the first presence-sensing volume and the second presence-sensing volume; and - a signal-strength determination unit configured to determine a first amount of a quantity indicative of a received-signal strength (RSSI 1) of the received first intra-network RF sensing signal and to provide a first signal-strength signal (S 1) indicative thereof, and to additionally determine a second amount of a quantity indicative of a received-signal strength of the received inter-network RF sensing signal (RSSI 3) and to provide an inter-network signal-strength signal (S 3) indicative thereof.