mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly having: - a suctioning device suitable for being placed on an incision and/or a wound situated on a limb or on the body of a patient (P) in order to clean and/or dry said incision or said wound, said device having a surgical drape comprising: • an outer layer having an upper face and a lower face , • an inner layer having an upper face and a lower face , which lower face is arranged in such a way as to come into contact with the wound and/or the incision, - a suction member , - a suctioning zone having cavities , which suctioning zone is arranged between the lower face of the outer layer and the upper face of the inner layer , which suctioning zone has a sealed periphery , - a discharge tube connected to the suctioning zone , which tube ends with a nozzle suitable for being connected to the suction member in order to create a suction underpressure in the suctioning zone , characterized in that : - the upper face of the outer layer of the surgical drape is impermeable, - the surgical drape is suitable for being wound around the limb or the body of the patient, - the outer layer and the inner layer of the surgical drape are produced such that the winding of said surgical drape around the limb or the body of the patient leads to the simultaneous winding of said outer layer and of said inner layer , - the suction member is a portable or mobile system for recovery of autologous blood. - a suctioning device suitable for being placed on an incision and/or a wound situated on a limb or on the body of a patient (P) in order to clean and/or dry said incision or said wound, said device having a surgical drape comprising: • an outer layer having an upper face and a lower face , • an inner layer having an upper face and a lower face , which lower face is arranged in such a way as to come into contact with the wound and/or the incision, • an outer layer having an upper face and a lower face , • an inner layer having an upper face and a lower face , which lower face is arranged in such a way as to come into contact with the wound and/or the incision, - a suction member , - a suctioning zone having cavities , which suctioning zone is arranged between the lower face of the outer layer and the upper face of the inner layer , which suctioning zone has a sealed periphery , - a discharge tube connected to the suctioning zone , which tube ends with a nozzle suitable for being connected to the suction member in order to create a suction underpressure in the suctioning zone , - the upper face of the outer layer of the surgical drape is impermeable, - the surgical drape is suitable for being wound around the limb or the body of the patient, - the outer layer and the inner layer of the surgical drape are produced such that the winding of said surgical drape around the limb or the body of the patient leads to the simultaneous winding of said outer layer and of said inner layer , - the suction member is a portable or mobile system for recovery of autologous blood.
Method for producing a culinary condiment by joint crystallization of salt and the microalga Dunaliella salina in sea salt evaporation ponds, which allows the microalgae biomass to be integrated, in integral cellular state, inside the salt, wherein the method is carried out by means of a system formed by multiple rotary paddle wheels arranged and coupled in a non-permanent manner via a rotary cylindrical bar, actuated by renewable energy, wind and solar, with continuous and slow movement of less than 10 revolutions per minute, wherein the paddles are introduced in the central part of a sea evaporation pond and partially submerged, barely a few millimeters into the surface of the hypersaline water, forming, at their edges and along the entire width of the paddles, a continuous dripping which gives rise to the joint precipitation of the salt and the microalgae biomass in live state, wherein in said sea salt evaporation pond there is naturally a high concentration of Dunaliella salina and the medium has reached a crystallization salinity greater than 250 g/L.
Cartridge flange for fitting filter cartridges in filter systems , in particular industrial suction-extraction systems or air-filter systems, having an annular basic shape and at least one lug which is configured on the external circumference and which has at least one opening for receiving a bolt for fastening the filter cartridge to the filter system , wherein the lug is configured in such a manner that bolts having dissimilar radial spacings (r1, r2) from an imaginary centre (M) of the annular basic shape of the cartridge flange may engage for final fastening of the cartridge flange, characterized in that the at least one opening is configured as a double keyhole having bit sides which point in dissimilar directions, wherein the bit sides of the double keyhole each have centrical longitudinal axes which display dissimilar spacing radii in relation to an imaginary centre (M) of the annular cartridge flange.
3D screen printing method for producing three-dimensional screen printed workpieces, in which at least one workpiece carrier is provided for at least one screen printed workpiece, in which a screen printed workpiece is produced layer-by-layer on the workpiece carrier in a printing device in a plurality of printing processes, and in which the workpiece carrier , in order to carry out a printing process, is positioned on a printing table plate of the printing device , said printing table plate being formed separately from the workpiece carrier , characterized in that the workpiece carrier is removed from the printing table plate between two successive printing processes for a screen printed workpiece in order to dry the screen printed workpiece.
A method of managing congestion while transmitting a stream of data packets through a multi-path network having a plurality of network elements arranged in a plurality of switch stages, and having a plurality of network links interconnecting the network elements, the method comprising the steps of: detecting congestion on a network link of the plurality of network links interconnecting an output port of a first network element of the plurality of network elements with a first input port of a second network element of the plurality of network elements, the first network element being in a first switch stage of the plurality of switch stages and the second network element being in a subsequent switch stage of the plurality of switch stages; communicating the detection of congestion from the first network element to the second network element by attaching a congestion tag to the header of a subsequent data packet intended for transmission to the second network element on the congested network link; in response to receipt of said subsequent data packet by said second network element, identifying an uncongested network link of the plurality of network links connected to a second input port of said second network element; and determining a new route across the multi-path network which includes the identified uncongested network link and directing future data packets in the stream of data packets along the new route. detecting congestion on a network link of the plurality of network links interconnecting an output port of a first network element of the plurality of network elements with a first input port of a second network element of the plurality of network elements, the first network element being in a first switch stage of the plurality of switch stages and the second network element being in a subsequent switch stage of the plurality of switch stages; communicating the detection of congestion from the first network element to the second network element by attaching a congestion tag to the header of a subsequent data packet intended for transmission to the second network element on the congested network link; in response to receipt of said subsequent data packet by said second network element, identifying an uncongested network link of the plurality of network links connected to a second input port of said second network element; and determining a new route across the multi-path network which includes the identified uncongested network link and directing future data packets in the stream of data packets along the new route.
A tissue-removing catheter for removing tissue in a body lumen, the tissue-removing catheter comprising: a catheter body assembly having an axis (LA) and proximal and distal end portions spaced apart from one another along the axis, at least a portion of the catheter body assembly being sized and shaped to be received in the body lumen; a handle mounted to the proximal end portion of the catheter body assembly and operable to cause rotation of the catheter body assembly, the handle including internal handle components that interface with the catheter body assembly, the internal handle components providing at least four interface locations spaced axially along the catheter body assembly; and a tissue-removing element mounted on the distal end portion of the catheter body assembly, the tissue-removing element being configured to remove the tissue as the tissue-removing element is rotated by the catheter body assembly within the body lumen; wherein the catheter body assembly includes an elongate body sized and shaped to be received within the body lumen, an inner liner assembly having a portion of which received within the elongate body and defining a guidewire lumen , and an isolation sheath disposed around a section of the elongate body, the internal handle components interfacing with the inner liner assembly, elongate body, and isolation sheath of the catheter body assembly; wherein the internal handle components interface with the liner assembly to permit sliding movement of the liner assembly and prevent rotational movement of the liner assembly . a catheter body assembly having an axis (LA) and proximal and distal end portions spaced apart from one another along the axis, at least a portion of the catheter body assembly being sized and shaped to be received in the body lumen; a handle mounted to the proximal end portion of the catheter body assembly and operable to cause rotation of the catheter body assembly, the handle including internal handle components that interface with the catheter body assembly, the internal handle components providing at least four interface locations spaced axially along the catheter body assembly; and a tissue-removing element mounted on the distal end portion of the catheter body assembly, the tissue-removing element being configured to remove the tissue as the tissue-removing element is rotated by the catheter body assembly within the body lumen; wherein the catheter body assembly includes an elongate body sized and shaped to be received within the body lumen, an inner liner assembly having a portion of which received within the elongate body and defining a guidewire lumen , and an isolation sheath disposed around a section of the elongate body, the internal handle components interfacing with the inner liner assembly, elongate body, and isolation sheath of the catheter body assembly; wherein the internal handle components interface with the liner assembly to permit sliding movement of the liner assembly and prevent rotational movement of the liner assembly .
A fish farming system comprising a pre-filter comprising a sludge/solids filtering unit and a sludge/solids removing unit, wherein the sludge/solids filtering unit is in the form of a screen, wherein the sludge removing unit is one or more scrapers removing sludge/solids from the surface of the pre-filter, wherein the pre-filter is installed vertically to an inlet flow but with an angle in the range of 50 - 80 degrees, where a reference of 90 degrees implies totally perpendicular to the inlet flow, said fish farming system also comprising a subsequent second filter intended to filter the liquid phase in a second filtration, wherein the subsequent second filter is a disc filter or a drum filter. said fish farming system also comprising a subsequent second filter intended to filter the liquid phase in a second filtration, wherein the subsequent second filter is a disc filter or a drum filter.
An aircraft light assembly, comprising: a reflector assembly including a reflector housing and a reflector ; a printed wiring assembly, PWA, comprising a frame , a middle rail , and a light emitting diode, LED, the frame having a proximal end rail and a distal end rail , the middle rail extending from the proximal end rail to the distal end rail, the LED coupled to the middle rail and disposed proximal of the reflector, the proximal end rail comprising a first PWA worm gear ; and a bezel assembly comprising a frame and a first worm screw disposed in a slot of the frame of the bezel assembly, the first worm screw configured to translate the PWA in a first direction. a reflector assembly including a reflector housing and a reflector ; a printed wiring assembly, PWA, comprising a frame , a middle rail , and a light emitting diode, LED, the frame having a proximal end rail and a distal end rail , the middle rail extending from the proximal end rail to the distal end rail, the LED coupled to the middle rail and disposed proximal of the reflector, the proximal end rail comprising a first PWA worm gear ; and a bezel assembly comprising a frame and a first worm screw disposed in a slot of the frame of the bezel assembly, the first worm screw configured to translate the PWA in a first direction.
A cosmetic-supporting structure, comprising: a reticulated porous foam serving as an inner frame; and a silicone coating layer on surfaces of the foam contained in the foam, the silicone coating layer serving as an outer frame; wherein: a weight ratio of the reticulated porous foam and the silicone coating layer is 1:0.25 to 1:9; a thickness of the silicone coating layer is 1 μm to 100 μm; a pore size of the reticulated porous foam is 30 μm to 3,000 μm; a hardness of the cosmetic-supporting structure is 2 to 15 kPa; and a hardness of the reticulated porous foam is 0.5 to 15 kPa. a reticulated porous foam serving as an inner frame; and a silicone coating layer on surfaces of the foam contained in the foam, the silicone coating layer serving as an outer frame; wherein: a weight ratio of the reticulated porous foam and the silicone coating layer is 1:0.25 to 1:9; a thickness of the silicone coating layer is 1 μm to 100 μm; a pore size of the reticulated porous foam is 30 μm to 3,000 μm; a hardness of the cosmetic-supporting structure is 2 to 15 kPa; and a hardness of the reticulated porous foam is 0.5 to 15 kPa. a weight ratio of the reticulated porous foam and the silicone coating layer is 1:0.25 to 1:9; a thickness of the silicone coating layer is 1 μm to 100 μm; a pore size of the reticulated porous foam is 30 μm to 3,000 μm; a hardness of the cosmetic-supporting structure is 2 to 15 kPa; and a hardness of the reticulated porous foam is 0.5 to 15 kPa.
A wind turbine brake control device comprising: an electromagnetic brake for braking at least one of relative rotation between a pinion gear installed in a first structure and a ring gear installed in a second structure or rotation of a motor having the pinion gear mounted thereto, the first structure and the second structure constituting a movable section of a wind turbine ; and a contactless relay disposed on a power supply line between a power supply for operation of the electromagnetic brake and the electromagnetic brake and configured to open and close the power supply line, wherein the power supply is a three-phase power supply, and the contactless relay is a three-phase relay or a single-phase relay. an electromagnetic brake for braking at least one of relative rotation between a pinion gear installed in a first structure and a ring gear installed in a second structure or rotation of a motor having the pinion gear mounted thereto, the first structure and the second structure constituting a movable section of a wind turbine ; and a contactless relay disposed on a power supply line between a power supply for operation of the electromagnetic brake and the electromagnetic brake and configured to open and close the power supply line, wherein the power supply is a three-phase power supply, and the contactless relay is a three-phase relay or a single-phase relay.
A ruggedized interferometer , comprising a light source that generates a beam of light; a fixed mirror ; a moving mirror that travels along a linear path; a beam splitter that directs a first portion of the beam of light to the fixed mirror and a second portion of the beam of light to the moving mirror , wherein the beam splitter recombines the first portion reflected from the fixed mirror and the second portion reflected from the moving mirror ; and a servo control that uses a drive coil to apply a substantial degree of force to the moving mirror at initiation of a turnaround period, wherein the substantial degree of force is sufficient to redirect the moving mirror traveling at a high velocity to an opposite direction of travel on the linear path; wherein: the substantial degree of force comprises a force in the range of 50-300 grams; and the high velocity comprises a velocity that is greater or equal to 3 cm/s; and wherein the initiation of the turnaround period uses an open loop control scheme to apply the substantial degree of force; and the servo control applies a force to the moving mirror in a steady state mode using a closed loop control scheme. a light source that generates a beam of light; a fixed mirror ; a moving mirror that travels along a linear path; a beam splitter that directs a first portion of the beam of light to the fixed mirror and a second portion of the beam of light to the moving mirror , wherein the beam splitter recombines the first portion reflected from the fixed mirror and the second portion reflected from the moving mirror ; and a servo control that uses a drive coil to apply a substantial degree of force to the moving mirror at initiation of a turnaround period, wherein the substantial degree of force is sufficient to redirect the moving mirror traveling at a high velocity to an opposite direction of travel on the linear path; wherein: the substantial degree of force comprises a force in the range of 50-300 grams; and the high velocity comprises a velocity that is greater or equal to 3 cm/s; and wherein the initiation of the turnaround period uses an open loop control scheme to apply the substantial degree of force; and the servo control applies a force to the moving mirror in a steady state mode using a closed loop control scheme.
An apparatus for processing a composite structure , the apparatus comprising: a mandrel comprising a tooling surface , configured to support a composite layup ; a vacuum-bag assembly configured to be placed over the mandrel and comprising: a caul , comprising a perimeter edge ; and vacuum bagging , extending from the perimeter edge of the caul and comprising a bagging surface ; and a vacuum channel formed in at least one of the tooling surface of the mandrel and the bagging surface of the vacuum bagging , wherein: a vacuum seal is formed between the vacuum bagging and the mandrel along the vacuum channel when the vacuum bagging is placed over the mandrel and a vacuum applied to the vacuum channel ; and the mandrel , the vacuum-bag assembly , and the vacuum seal form a sealed vacuum chamber that encloses a composite layup . a mandrel comprising a tooling surface , configured to support a composite layup ; a vacuum-bag assembly configured to be placed over the mandrel and comprising: a caul , comprising a perimeter edge ; and vacuum bagging , extending from the perimeter edge of the caul and comprising a bagging surface ; and a caul , comprising a perimeter edge ; and vacuum bagging , extending from the perimeter edge of the caul and comprising a bagging surface ; and a vacuum channel formed in at least one of the tooling surface of the mandrel and the bagging surface of the vacuum bagging , wherein: a vacuum seal is formed between the vacuum bagging and the mandrel along the vacuum channel when the vacuum bagging is placed over the mandrel and a vacuum applied to the vacuum channel ; and the mandrel , the vacuum-bag assembly , and the vacuum seal form a sealed vacuum chamber that encloses a composite layup . a vacuum seal is formed between the vacuum bagging and the mandrel along the vacuum channel when the vacuum bagging is placed over the mandrel and a vacuum applied to the vacuum channel ; and the mandrel , the vacuum-bag assembly , and the vacuum seal form a sealed vacuum chamber that encloses a composite layup .
A system for locating a target surface of ocular tissue in an irido-corneal angle of an eye for photodisruption by a laser, the system comprising: a laser source configured to output a laser beam; a dual aiming beam apparatus configured to transmit a first aiming beam of light and a second aiming beam of light; an optics subsystem optically aligned with the laser source and the dual aiming beam apparatus to receive the laser beam, the first aiming beam of light, and the second aiming beam of light, the optics subsystem comprising a focusing objective configured to: direct the laser beam, the first aiming beam of light, and the second aiming beam of light along an angled beam path through a cornea and an anterior chamber of the eye, to be incident with the target surface of ocular tissue in the irido-corneal angle of the eye, and align the first aiming beam of light and the second aiming beam of light relative to each other and relative to the laser beam such that the first aiming beam of light and the second aiming beam of light intersect at a point corresponding to a focus of the laser beam; and an imaging apparatus optically aligned with the optics subsystem to capture an image of the irido-corneal angle including a first spot corresponding to the first aiming beam of light and a second spot corresponding to a second aiming beam of light. a laser source configured to output a laser beam; a dual aiming beam apparatus configured to transmit a first aiming beam of light and a second aiming beam of light; an optics subsystem optically aligned with the laser source and the dual aiming beam apparatus to receive the laser beam, the first aiming beam of light, and the second aiming beam of light, the optics subsystem comprising a focusing objective configured to: direct the laser beam, the first aiming beam of light, and the second aiming beam of light along an angled beam path through a cornea and an anterior chamber of the eye, to be incident with the target surface of ocular tissue in the irido-corneal angle of the eye, and align the first aiming beam of light and the second aiming beam of light relative to each other and relative to the laser beam such that the first aiming beam of light and the second aiming beam of light intersect at a point corresponding to a focus of the laser beam; and direct the laser beam, the first aiming beam of light, and the second aiming beam of light along an angled beam path through a cornea and an anterior chamber of the eye, to be incident with the target surface of ocular tissue in the irido-corneal angle of the eye, and align the first aiming beam of light and the second aiming beam of light relative to each other and relative to the laser beam such that the first aiming beam of light and the second aiming beam of light intersect at a point corresponding to a focus of the laser beam; and an imaging apparatus optically aligned with the optics subsystem to capture an image of the irido-corneal angle including a first spot corresponding to the first aiming beam of light and a second spot corresponding to a second aiming beam of light.