mhurhangee/patent-ind-claim-en huggingface dataset:
A composition of pickering emulsion type, comprising at least one dispersed fatty phase, and at least one continuous aqueous phase, and comprising: a) at least one hydrophobic gelling agent selected from ester of dextrin and saturated or unsaturated, linear or branched, C 12 to C 24 fatty acid; b) at least one amphiphilic crosslinked copolymer; c) at least one anionic terpolymer, linear or branched, of at least one monomer carrying an acid function in free form, partially or totally salified by a nonionic monomer selected from N,N-dimethylacrylamide and 2-hydroxyethyl acrylate, and at least one monomer polyoxethylenated alkyl acrylate of formula (III) wherein in formula (III): R1 represents a hydrogen atom, R represents a linear or branched C 8 -C 16 alkyl radical, n is an integer ranging from 1 to 10; and d) at least one hydrophobic particles chosen from hydrophobic silicas, hydrophobic cellulose, starch, talc, silicone resin powders, hollow hemispherical silicone particles, polyamide powders, hydrophobic pigments, or a mixture thereof. a) at least one hydrophobic gelling agent selected from ester of dextrin and saturated or unsaturated, linear or branched, C 12 to C 24 fatty acid; b) at least one amphiphilic crosslinked copolymer; c) at least one anionic terpolymer, linear or branched, of at least one monomer carrying an acid function in free form, partially or totally salified by a nonionic monomer selected from N,N-dimethylacrylamide and 2-hydroxyethyl acrylate, and at least one monomer polyoxethylenated alkyl acrylate of formula (III) wherein in formula (III): R1 represents a hydrogen atom, R represents a linear or branched C 8 -C 16 alkyl radical, n is an integer ranging from 1 to 10; and R1 represents a hydrogen atom, R represents a linear or branched C 8 -C 16 alkyl radical, n is an integer ranging from 1 to 10; and d) at least one hydrophobic particles chosen from hydrophobic silicas, hydrophobic cellulose, starch, talc, silicone resin powders, hollow hemispherical silicone particles, polyamide powders, hydrophobic pigments, or a mixture thereof.
A needle for gaining epicardial access, the needle comprising: an elongate member which is comprised of a metal and defines a lumen and a side-port in communication with the lumen ; an insulation covering an outside of the elongate member wherein a blunt tip of the needle is electrically exposed to define an electrode for delivering energy for puncturing tissue; the side-port being proximal of the electrode and a portion of the insulation being located between the side-port and the electrode and a guiding surface for directing a device through the side-port , characterized in that a part of the elongate member adjacent to and distal of the side-port is electrically exposed to define an elongate member exposed portion that is proximal of the portion of the insulation which is between the side-port and the electrode . an elongate member which is comprised of a metal and defines a lumen and a side-port in communication with the lumen ; an insulation covering an outside of the elongate member wherein a blunt tip of the needle is electrically exposed to define an electrode for delivering energy for puncturing tissue; the side-port being proximal of the electrode and a portion of the insulation being located between the side-port and the electrode and a guiding surface for directing a device through the side-port , characterized in that a part of the elongate member adjacent to and distal of the side-port is electrically exposed to define an elongate member exposed portion that is proximal of the portion of the insulation which is between the side-port and the electrode .
A cleaning head for a cleaning device, comprising : an inlet nozzle; an agitator chamber adjacent and in fluid communication with the inlet nozzle; an agitator comprising: a spindle having a first end, a second end, and a longitudinal axis extending between the first end and the second end, said spindle being rotatably mounted in the agitator chamber; one or more agitating devices projecting from the spindle to a first radial height at which the agitating device extends through the inlet nozzle during rotation of the spindle ; characterized in one or more friction surfaces projecting from the spindle to a second radial height; one or more blades positioned adjacent at least a portion of the agitator an activation mechanism adapted to move the one or more blades between a first position in which the one or more blades do not engage the one or more friction surfaces , and a second position in which the one or more blades engage the one or more friction surfaces to clean debris from the agitator ; and a resilient mechanism capable of holding the one or more blades in contact with the agitator , the resilient mechanism being operated by the activation mechanism and further being arranged to resiliently biasing the one or more blades against the one or more friction surfaces when the activation mechanism moves the one or more blades into the second position. an inlet nozzle; an agitator chamber adjacent and in fluid communication with the inlet nozzle; an agitator comprising: a spindle having a first end, a second end, and a longitudinal axis extending between the first end and the second end, said spindle being rotatably mounted in the agitator chamber; one or more agitating devices projecting from the spindle to a first radial height at which the agitating device extends through the inlet nozzle during rotation of the spindle ; characterized in one or more friction surfaces projecting from the spindle to a second radial height; a spindle having a first end, a second end, and a longitudinal axis extending between the first end and the second end, said spindle being rotatably mounted in the agitator chamber; one or more agitating devices projecting from the spindle to a first radial height at which the agitating device extends through the inlet nozzle during rotation of the spindle ; characterized in one or more friction surfaces projecting from the spindle to a second radial height; one or more blades positioned adjacent at least a portion of the agitator an activation mechanism adapted to move the one or more blades between a first position in which the one or more blades do not engage the one or more friction surfaces , and a second position in which the one or more blades engage the one or more friction surfaces to clean debris from the agitator ; and a resilient mechanism capable of holding the one or more blades in contact with the agitator , the resilient mechanism being operated by the activation mechanism and further being arranged to resiliently biasing the one or more blades against the one or more friction surfaces when the activation mechanism moves the one or more blades into the second position.
A radiation apparatus , wherein the apparatus comprises at least four radiators , two L-shaped feeding sheets , and a balun structure , wherein the balun structure consists of eight conductive plates configured to form four L-shaped structures ; and each L-shaped structure is formed by two of said eight conductive plates arranged at approximately 90 degrees, each L-shaped structure is electrically connected to one radiator at one end of the balun structure , and angles between a length direction of the radiator and two conductive plates are approximately 45 degrees; every two adjacent L-shaped structures are arranged in a T shape, and the four radiators are approximately in a cross shape and are approximately in a same horizontal plane; two adjacent conductive plates of every two L-shaped structures are approximately parallel to each other and are spaced by a preset distance to form four feeding slots ; and the two L-shaped feeding sheets are disposed at approximately 90 degrees in the feeding slots in a staggered manner, characterized in that each L-shaped feeding sheet is disposed in two opposite feeding slots .
A method for the non-destructive separation of a soldered joint on at least two metallic components materially bonded by means of soldering, so that the separated components are available for mechanical processing in the circuit, wherein the focal spot of a laser beam having a power density in the focal spot sufficient to melt a solder material and a power density which avoids at least a melting of a component material and an advancing movement of the focal spot is directed onto a joining region of the materially bonded joint, and the molten solder material is removed from the joining region by means of at least one fluid flow which has a kinetic energy, and the components are separated from each other continuously or only after complete separation of the materially bonded solder joint, and at least one of the components is recycled, wherein the fluid flow is directed in the direction of the advancing movement of the laser beam focal spot and/or at an angle in the range of 15° to 45° with respect to a surface of a component on which a solder seam or point-shaped material-fit joints with the solder material has/have been applied, onto the liquid solder material melted by means of the energy of the laser beam or the fluid flow in the direction of the advancing movement of the laser beam focal spot is aligned coaxially with the optical axis of the laser beam when the laser beam is directed at an angle in the range of 15 ° to 45 ° with respect to the surface of a component on which a solder seam or point-shaped interlocking joints with the solder material has/have been applied, onto the liquid solder material melted by means of the energy of the laser beam. the focal spot of a laser beam having a power density in the focal spot sufficient to melt a solder material and a power density which avoids at least a melting of a component material and an advancing movement of the focal spot is directed onto a joining region of the materially bonded joint, and the molten solder material is removed from the joining region by means of at least one fluid flow which has a kinetic energy, and the components are separated from each other continuously or only after complete separation of the materially bonded solder joint, and at least one of the components is recycled, wherein the fluid flow is directed in the direction of the advancing movement of the laser beam focal spot and/or at an angle in the range of 15° to 45° with respect to a surface of a component on which a solder seam or point-shaped material-fit joints with the solder material has/have been applied, onto the liquid solder material melted by means of the energy of the laser beam or the fluid flow in the direction of the advancing movement of the laser beam focal spot is aligned coaxially with the optical axis of the laser beam when the laser beam is directed at an angle in the range of 15 ° to 45 ° with respect to the surface of a component on which a solder seam or point-shaped interlocking joints with the solder material has/have been applied, onto the liquid solder material melted by means of the energy of the laser beam.
A heat-sensitive recording material, comprising a carrier substrate and at least one heat-sensitive thermal reaction layer applied to at least one side of the carrier substrate, which layer contains at least one fluoran colour former, at least one colour developer, at least one melting aid and if applicable usual additives, such as slip additives, stabilisers and/or pigments, characterised in that the colour developer is dodecyl gallate and the melting aid is an ethylene-bis-fatty acid amide of Formula I, wherein R 1 and R 2 are CH 3 (CH 2 ) m CH 2 with m = 13 and/or 15.
A web packaging machine for forming a food product package from a lower web of packaging material and an upper web of packaging material, the web packaging machine comprising: a frame ; a web transport conveyor configured to transport the lower web of packaging material along the frame; a die box pivotally coupled to the frame at a first pivot axis and configured to form or close the food product package, wherein the first pivot axis is fixed relative to the frame; and a lift assembly pivotally coupled to the frame and configured to assist manual pivoting of the die box relative to the frame , wherein the lift assembly has a lift device that actuates the lift assembly upon manual pivoting of the die box and a bracket pivotally coupled to the frame at the first pivot axis, wherein the bracket has a first leg that is coupled to the lift device and characterized in that the bracket has a second leg that supports the die box as it is manually pivoted.
Plate with intake and exhaust valves including: - a support plate which includes at least one intake port and a plurality of exhaust ports ; - an intake valve configured to seal the at least one intake port , and - an exhaust valve which is configured to seal all the exhaust ports of the plurality of exhaust ports , and the exhaust valve including at least one pressure supply port which is formed in a different part of the exhaust valve from a part of the exhaust valve sealing all the exhaust ports of the plurality of exhaust ports . - a support plate which includes at least one intake port and a plurality of exhaust ports ; - an intake valve configured to seal the at least one intake port , and - an exhaust valve which is configured to seal all the exhaust ports of the plurality of exhaust ports , and the exhaust valve including at least one pressure supply port which is formed in a different part of the exhaust valve from a part of the exhaust valve sealing all the exhaust ports of the plurality of exhaust ports .
An assembly of a pipe system comprising one or more ducts and a ducts cleaning appliance for cleaning a polluted inner wall of the one or more ducts, the appliance comprising a covering provided to contact the inner wall and detach the dirt, the appliance also including means for moving the appliance through the ducts, characterized in that the covering is permeable to gas and in that the covering surrounds an inner structure , the inner structure including a springy shaft , having a first and a second end part , mutually spaced apart a distance, while to the first end part a plurality of first fibers are attached which protrude radially with respect to the shaft for forming a first brush , and to the second end part a plurality of second fibers are attached which protrude radially with respect to the shaft for forming a second brush , the length of the first and second fibers being such that the diameter of the brushes in radial direction of the springy shaft is equal to or greater than the diameter of the one or more ducts, the appliance being provided to move in axial direction of the springy shaft through the one or more ducts.
A once-through evaporator comprising: an inlet manifold ; at least two inlet headers (204(n)) in fluid communication with the inlet manifold ; at least two vertically aligned tube stacks (210(n)), wherein each tube stack (210(n)) comprises at least two substantially horizontal evaporator tubes; the at least two tube stacks (210(n)) being in fluid communication with the at least two inlet headers (204(n)); at least two outlet headers (206(n)) in fluid communication with at least two tube stacks (210(n)), wherein each outlet header (206(n)) is in fluid communication with one of said at least two tube stacks (210(n)) and one of said inlet headers (204(n)); an outlet manifold in fluid communication with the one or more outlet headers (206(n)); and a plurality of flow control devices (212(n)) to dynamically control the fluid flow to a respective inlet header (204(n)) or a flow choking device (220(n), 222(n)) to restrict the fluid flow to at least one of an inlet header (204(n)) and an evaporator tube, and/or from at least one of an outlet header (206(n)) and an evaporator tube. an inlet manifold ; at least two inlet headers (204(n)) in fluid communication with the inlet manifold ; at least two vertically aligned tube stacks (210(n)), wherein each tube stack (210(n)) comprises at least two substantially horizontal evaporator tubes; the at least two tube stacks (210(n)) being in fluid communication with the at least two inlet headers (204(n)); at least two outlet headers (206(n)) in fluid communication with at least two tube stacks (210(n)), wherein each outlet header (206(n)) is in fluid communication with one of said at least two tube stacks (210(n)) and one of said inlet headers (204(n)); an outlet manifold in fluid communication with the one or more outlet headers (206(n)); and a plurality of flow control devices (212(n)) to dynamically control the fluid flow to a respective inlet header (204(n)) or a flow choking device (220(n), 222(n)) to restrict the fluid flow to at least one of an inlet header (204(n)) and an evaporator tube, and/or from at least one of an outlet header (206(n)) and an evaporator tube.
A method for testing a plasma reaction thruster in a terrestrial vacuum environment, comprising the step of: disposing the reaction thruster in a vacuum chamber which is at least partially connected to earth ground and at least partially formed of a conductive material, characterised in that the method further comprises: providing an electrode disposed downstream from the reaction thruster , wherein the electrode comprises at least a downstream portion of the vacuum chamber ; and applying an electrical bias voltage (V p ) to the electrode which has a positive potential in order to electrically isolate electrons of a beam formed by the reaction thruster from at least one electrically conductive surface of the vacuum chamber . providing an electrode disposed downstream from the reaction thruster , wherein the electrode comprises at least a downstream portion of the vacuum chamber ; and applying an electrical bias voltage (V p ) to the electrode which has a positive potential in order to electrically isolate electrons of a beam formed by the reaction thruster from at least one electrically conductive surface of the vacuum chamber .
An inlet for a gas turbine engine, the inlet having in flow series an inlet lip and an inlet barrel , the inlet lip having a highlight defining a boundary between inner and outer surfaces of the inlet lip, and on all longitudinal sections through the inlet that contain a longitudinal axis of the inlet (i) said inner and outer surfaces having their tangents coincident on the highlight, and (ii) said inner and outer surfaces have their maximum curvature at the highlight, the highlight having an axis that extends normal to the highlight; wherein the inlet barrel has a forwardly extending flange that is joined to the inlet lip , the flange having an interface surface and the inlet lip having an interface surface, the inlet lip and the flange being joined at their respective interface surfaces; characterised in that the inlet lip interface surface has a conus angle convergent towards the highlight axis as it extends axially rearward, the conus angle of the inlet lip interface surface varying around the circumference of the inlet
Communication system for vehicle-to-environment communication in which data to be transmitted are transmitted wirelessly as data packets, having - a communication unit and an application unit that are physically separate from one another and connected to one another via a vehicle-internal bus system , wherein the communication unit has a radio-frequency antenna and a transceiver for physical data transmission and also a computation unit for physical transmission control, wherein the application unit has at least one computation unit that is set up to execute application programs and to control access by the application programs to the vehicle-to-environment communication and to execute data security applications , wherein the computation unit of the application unit is set up to provide the network layer of the OSI layer model for communication protocols with appropriate tasks from the communication unit by virtue of the communication unit and its computation unit being set up to provide functions of the physical layer and the data link layer of the OSI layer model, and the at least one computation unit of the application unit being set up to provide functions of the network layer and the transport layer of the OSI layer model, and hence to forward the data packets, including pathfinding, between communication subscribers and to segment the data stream. - a communication unit and an application unit that are physically separate from one another and connected to one another via a vehicle-internal bus system , wherein the communication unit has a radio-frequency antenna and a transceiver for physical data transmission and also a computation unit for physical transmission control, wherein the application unit has at least one computation unit that is set up to execute application programs and to control access by the application programs to the vehicle-to-environment communication and to execute data security applications , wherein the computation unit of the application unit is set up to provide the network layer of the OSI layer model for communication protocols with appropriate tasks from the communication unit by virtue of the communication unit and its computation unit being set up to provide functions of the physical layer and the data link layer of the OSI layer model, and the at least one computation unit of the application unit being set up to provide functions of the network layer and the transport layer of the OSI layer model, and hence to forward the data packets, including pathfinding, between communication subscribers and to segment the data stream.