mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a rotary isobaric pressure exchanger (IPX, 40) configured to exchange pressures between a first fluid and a second fluid; and a motor system coupled to the rotary isobaric pressure exchanger and configured to power the rotary isobaric pressure exchanger, characterized in that the motor system comprises an electric motor, wherein the electric motor comprises first permanent magnets or first electromagnets on a rotor of the rotary isobaric pressure exchanger configured to interact with second permanent magnets or second electromagnets, wherein the second permanent magnets or second electromagnets are coupled to a shaft that extends through the rotor. a rotary isobaric pressure exchanger (IPX, 40) configured to exchange pressures between a first fluid and a second fluid; and a motor system coupled to the rotary isobaric pressure exchanger and configured to power the rotary isobaric pressure exchanger, characterized in that the motor system comprises an electric motor, wherein the electric motor comprises first permanent magnets or first electromagnets on a rotor of the rotary isobaric pressure exchanger configured to interact with second permanent magnets or second electromagnets, wherein the second permanent magnets or second electromagnets are coupled to a shaft that extends through the rotor.
A method of simultaneously displaying a first video stream and at least a second video stream on a display, the method comprising the steps of: receiving the first video stream (45, 50, 60, 70) and the at least the second video stream (45, 50, 60, 70) at a media playback device; processing the first video stream (45, 50, 60, 70) and the at least the second video stream (45, 50, 60, 70) to synchronize the display of portions of the first video stream and the at least the second video stream; displaying the first video stream (45, 50, 60, 70) on the display, wherein the first video stream substantially extends across the display; and optionally displaying the at least the second video stream (45, 50, 60, 70) in a customizable secondary display, wherein the at least the second video stream (45, 50, 60, 70) in the customizable secondary display has a playback synchronized to the playback of the first video stream (45, 50, 60, 70). receiving the first video stream (45, 50, 60, 70) and the at least the second video stream (45, 50, 60, 70) at a media playback device; processing the first video stream (45, 50, 60, 70) and the at least the second video stream (45, 50, 60, 70) to synchronize the display of portions of the first video stream and the at least the second video stream; displaying the first video stream (45, 50, 60, 70) on the display, wherein the first video stream substantially extends across the display; and optionally displaying the at least the second video stream (45, 50, 60, 70) in a customizable secondary display, wherein the at least the second video stream (45, 50, 60, 70) in the customizable secondary display has a playback synchronized to the playback of the first video stream (45, 50, 60, 70).
A flexible tubular underwater pipe for transporting hydrocarbon fluids comprising: - a pressure sheath; - at least one reinforcement ply (3;6); and - at least one thermal insulation layer produced by triaxial weaving of at least two plies of warp threads and of at least one row of weft threads to link the at least two plies of warp threads, the at least one row of weft threads being capable of interconnecting the at least two plies of warp threads, characterised in that the weft threads of the thermal insulation layer comprise a hollow section. - a pressure sheath; - at least one reinforcement ply (3;6); and - at least one thermal insulation layer produced by triaxial weaving of at least two plies of warp threads and of at least one row of weft threads to link the at least two plies of warp threads, the at least one row of weft threads being capable of interconnecting the at least two plies of warp threads,
A yarn winding device adapted to wind a yarn from a supplying section to form a package, the yarn winding device comprising: a package supporting section; a clamping section (32a, 32b) arranged on the package supporting section and adapted to rotatably clamp the package by force of air; a clamping force applying section adapted to apply clamping force on a clamping section (32a, 32b); and a first air supply path adapted to supply air necessary for the clamping section (32a, 32b) to clamp the package to a clamping force applying section, characterized in that the clamping force applying section further includes an elastic member adapted to generate an elastic force to assist the clamping section (32a, 32b) to rotatably clamp the package. a package supporting section; a clamping section (32a, 32b) arranged on the package supporting section and adapted to rotatably clamp the package by force of air; a clamping force applying section adapted to apply clamping force on a clamping section (32a, 32b); and a first air supply path adapted to supply air necessary for the clamping section (32a, 32b) to clamp the package to a clamping force applying section, characterized in that the clamping force applying section further includes an elastic member adapted to generate an elastic force to assist the clamping section (32a, 32b) to rotatably clamp the package.
A partially reflective combiner deployment device, comprising a housing, at least one partially reflective combiner (2, 32) located on its lower edge, in a mount, said partially reflective combiner (2, 32) capable of adopting a first stowed configuration substantially within said housing and a second active configuration, said mount comprising pivotal fixing points, said pivotal fixing points pivotally attached to a carrier, wherein said carrier (14, 58) is located within at least one running groove (10, 30, 57) in said housing, wherein the running groove (10, 30, 57) is an arc and has a minima at substantially the midpoint of the arc, such that in the deployed configuration of said second active configuration, the carrier (14, 58) is located in said minima, such that said partially reflective combiner (2, 32) pivots about its centre line and wherein as the carrier moves through the arc the centre line of the partially reflective combiner (2, 32) remains fixed with respect to the housing.
An artificial turf (200, 300, 500, 520, 530) comprising: - textured thatch yarn fibers made of a first material; - textured face yarn fibers made of a second material; and - a carrier, wherein a textured fiber is a fiber having a molecular memory of a textured state, wherein the textured state is a curled, crumpled and/or wrinkled state, wherein the molecular memory is a tendency to turn into the textured state if the fiber is allowed to do so, wherein the length of a fiber in texturized state is shorter than in the non-texturized state of the fiber; wherein the face yarn fibers are integrated in the carrier such that the thatch yarn fibers protrude from the carrier by a shared thatch yarn fiber height, wherein the thatch yarn fibers are integrated in the carrier such that the face yarn fibers protrude from the carrier by a shared face yarn fiber height, the face yarn fiber height being larger than the thatch yarn fiber height, wherein the first material is adapted to contract stronger than the second material upon being exposed to a contraction inducing condition. - textured thatch yarn fibers made of a first material; - textured face yarn fibers made of a second material; and - a carrier, wherein a textured fiber is a fiber having a molecular memory of a textured state, wherein the textured state is a curled, crumpled and/or wrinkled state, wherein the molecular memory is a tendency to turn into the textured state if the fiber is allowed to do so, wherein the length of a fiber in texturized state is shorter than in the non-texturized state of the fiber; wherein the face yarn fibers are integrated in the carrier such that the thatch yarn fibers protrude from the carrier by a shared thatch yarn fiber height, wherein the thatch yarn fibers are integrated in the carrier such that the face yarn fibers protrude from the carrier by a shared face yarn fiber height, the face yarn fiber height being larger than the thatch yarn fiber height, wherein the first material is adapted to contract stronger than the second material upon being exposed to a contraction inducing condition.
Terminal-modified polyamide 4 consisting of a polyamide 4-derived site and a polyalkylenimine-derived site, and having a structure in which a polyalkylenimine is amide-bonded to a polymerization terminal of polyamide 4, wherein a weight ratio between the polyamide 4-derived site and the polyalkylenimine-derived site as determined according to the method identified in the specification is 100:0.01-100:20.
Pharmaceutical composition comprising: a. transgenic factor VII, and b. a multispecific antibody directed against factor IX and factor X. a. transgenic factor VII, and b. a multispecific antibody directed against factor IX and factor X.
A balloon catheter comprising: a balloon coupled to a shaft; a proximal perfusion portion of the shaft disposed proximal of the balloon, wherein the proximal perfusion portion includes plurality of proximal perfusion openings, wherein the plurality of proximal perfusion openings extend from an outer surface of the proximal portion of the shaft to a lumen of the shaft; a distal perfusion portion of the shaft disposed distal of the balloon, wherein the distal perfusion portion comprises a distal braided shaft, the distal braided shaft having a plurality of distal wire members (129, 130) woven together to form the distal braided shaft, wherein the plurality of distal wire members are woven together such that a plurality of distal perfusion openings are formed between the distal wire members, wherein the plurality of distal perfusion openings extend from an outer surface of the distal braided shaft to a lumen of the distal braided shaft; and a perfusion lumen extending between the proximal perfusion portion and the distal perfusion portion. a balloon coupled to a shaft; a proximal perfusion portion of the shaft disposed proximal of the balloon, wherein the proximal perfusion portion includes plurality of proximal perfusion openings, wherein the plurality of proximal perfusion openings extend from an outer surface of the proximal portion of the shaft to a lumen of the shaft; a distal perfusion portion of the shaft disposed distal of the balloon, wherein the distal perfusion portion comprises a distal braided shaft, the distal braided shaft having a plurality of distal wire members (129, 130) woven together to form the distal braided shaft, wherein the plurality of distal wire members are woven together such that a plurality of distal perfusion openings are formed between the distal wire members, wherein the plurality of distal perfusion openings extend from an outer surface of the distal braided shaft to a lumen of the distal braided shaft; and a perfusion lumen extending between the proximal perfusion portion and the distal perfusion portion.
A lock assembly comprising: a cylinder lock comprising a rotatable member for actuating a locking element; and a reduction gear disposed inside said cylinder lock, said reduction gear mechanically linked to said rotatable member and operable to rotate said rotatable member, said reduction gear comprising an interface member for connection to an actuator for movement of said reduction gear, characterised in that said reduction gear comprises an inner gear and an outer gear, said inner gear being arranged for a translational movement about a rotation axis and said outer gear being arranged for rotation about said rotation axis. a cylinder lock comprising a rotatable member for actuating a locking element; and a reduction gear disposed inside said cylinder lock, said reduction gear mechanically linked to said rotatable member and operable to rotate said rotatable member, said reduction gear comprising an interface member for connection to an actuator for movement of said reduction gear, characterised in that said reduction gear comprises an inner gear and an outer gear, said inner gear being arranged for a translational movement about a rotation axis and said outer gear being arranged for rotation about said rotation axis.
An endoscope having an operating handle, the operating handle comprising a handle housing adapted to accommodate a number of movable parts, said movable parts being movable with respect to said handle housing, said housing comprising at least two shell parts (9, 10) forming the outer housing walls, characterized in that the operating handle comprises a chassis having engagement means (14, 15) adapted to interlock with said at least two shell parts (9, 10) forming the outer housing walls.
An implantable prosthetic valve (300; 400; 600; 800) comprising: an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame and secured thereto; an annular sealing member (210; 550); and an outer skirt (18; 500; 700), wherein the annular sealing member (210; 550; 750) is positioned around an outer surface of the frame and has a periodic, undulating shape, and the outer skirt (18; 700) is positioned around an outer surface of the sealing member (210; 550; 750) and secured to the frame. an annular frame comprising an inflow end and an outflow end and being radially collapsible and expandable between a radially collapsed configuration and a radially expanded configuration; a leaflet structure positioned within the frame and secured thereto; an annular sealing member (210; 550); and an outer skirt (18; 500; 700), wherein the annular sealing member (210; 550; 750) is positioned around an outer surface of the frame and has a periodic, undulating shape, and the outer skirt (18; 700) is positioned around an outer surface of the sealing member (210; 550; 750) and secured to the frame.
A method for injection moulding of a vehicle mudguard comprising the steps of: - providing a mould for making a mudguard, said mould delimiting an injection chamber having the substantial shape of a circular crown around a central axis (X-X), the injection chamber extending from an inner side to an outer side, parallel to said central axis (X-X), - preparing a first injection site for injection of a main body of the mudguard with a first material and/or a first colour, - arranging a second injection site for injection of a side edge in a second material and/or a second colour different from the first material and/or first colour of the main body, - wherein the first and second injection sites (32,40) are arranged at said opposite inner and outer sides (16,20) respectively, - wherein the method comprises the step of first injecting the main body and then the side edge from the respective injection sites (32,40), characterized in that during the first injection step, the step of positioning, at the outer side, at least one circumferential pin suitable for creating a perimeter seat on said outer side suitable to be subsequently filled with the second material to form the side edge is envisaged. - providing a mould for making a mudguard, said mould delimiting an injection chamber having the substantial shape of a circular crown around a central axis (X-X), the injection chamber extending from an inner side to an outer side, parallel to said central axis (X-X), - preparing a first injection site for injection of a main body of the mudguard with a first material and/or a first colour, - arranging a second injection site for injection of a side edge in a second material and/or a second colour different from the first material and/or first colour of the main body, - wherein the first and second injection sites (32,40) are arranged at said opposite inner and outer sides (16,20) respectively, - wherein the method comprises the step of first injecting the main body and then the side edge from the respective injection sites (32,40),
A system for use in emitting ultrasound to a dental area, the system comprising: an intra-oral dental attachment for providing ultrasound emissions to the dental area; the dental attachment comprising at least one flexible array of cooperative ultrasonic treatment transducers for emitting ultrasound at a frequency of operation and sensing at least one stimulus, each transducer (23, 24) comprising a piezoelectric plate having a thickness of half a wavelength of the frequency of operation, a matching layer disposed between the at least one flexible array and a dental area, and a housing for containing the at least one flexible array and the matching layer, where the housing positions the at least one flexible array of ultrasound transducers in a manner to provide ultrasound emissions to the dental area; and external controlling means for controlling the ultrasound emissions, the external controlling means being in communication with the dental attachment. an intra-oral dental attachment for providing ultrasound emissions to the dental area; the dental attachment comprising at least one flexible array of cooperative ultrasonic treatment transducers for emitting ultrasound at a frequency of operation and sensing at least one stimulus, each transducer (23, 24) comprising a piezoelectric plate having a thickness of half a wavelength of the frequency of operation, a matching layer disposed between the at least one flexible array and a dental area, and a housing for containing the at least one flexible array and the matching layer, where the housing positions the at least one flexible array of ultrasound transducers in a manner to provide ultrasound emissions to the dental area; and external controlling means for controlling the ultrasound emissions, the external controlling means being in communication with the dental attachment.
Method for controlling access to at least one computer program, wherein the at least one computer program is accessible and executable on an embedded system, wherein the method comprises: - providing the said embedded system, wherein the embedded system comprises two different runtime modes - a first runtime mode and a second runtime mode, wherein - in the first runtime mode a predefined set of IT-security constraints is associated with the at least one computer program, wherein - in the second runtime mode at least a part of the predefined set of the IT-security constraints associated with the at least one computer program is void and the at least one computer program is accessible and executable with elevated rights for performing software development operations on the at least one computer program, - setting the embedded system into the second runtime mode for a predefined time period, - after the predefined time period is expired, resetting the embedded system into the first runtime mode. - providing the said embedded system, wherein the embedded system comprises two different runtime modes - a first runtime mode and a second runtime mode, wherein - in the first runtime mode a predefined set of IT-security constraints is associated with the at least one computer program, wherein - in the second runtime mode at least a part of the predefined set of the IT-security constraints associated with the at least one computer program is void and the at least one computer program is accessible and executable with elevated rights for performing software development operations on the at least one computer program, - in the first runtime mode a predefined set of IT-security constraints is associated with the at least one computer program, wherein - in the second runtime mode at least a part of the predefined set of the IT-security constraints associated with the at least one computer program is void and the at least one computer program is accessible and executable with elevated rights for performing software development operations on the at least one computer program, - setting the embedded system into the second runtime mode for a predefined time period, - after the predefined time period is expired, resetting the embedded system into the first runtime mode.
A process for producing a shoe sole comprising a hybrid material made of a polyurethane foam as matrix material and of foamed particles of thermoplastic polyurethane by preparing an inlay of joined expanded particles (c") of thermoplastic polyurethane and placing the joined expanded particles of thermoplastic polyurethane in a mould and embedding the inlay with a reaction mixture obtainable by mixing a) polyisocyanates with b) compounds having hydrogen atoms reactive toward isocyanates, and if appropriate, with d) chain extenders and/or crosslinking agents, and with e) catalysts, and with f) blowing agents, and with g) further additives and reacting the reaction mixture to give the shoe sole, wherein the joint expanded particles (c") are joined together by adhesive bonding using adhesives or thermal adhesive bonding. a) polyisocyanates with b) compounds having hydrogen atoms reactive toward isocyanates, and if appropriate, with d) chain extenders and/or crosslinking agents, and with e) catalysts, and with f) blowing agents, and with g) further additives and reacting the reaction mixture to give the shoe sole, wherein the joint expanded particles (c") are joined together by adhesive bonding using adhesives or thermal adhesive bonding.
Vehicle latch activation system comprising: - a bracket, - an activation element intended to activate a latch by rotating with respect to the bracket around an activation axis from an initial position to a final position, wherein a collision on the bracket along a collision direction (L-R) may cause the activation element to rotate from its initial position to its final position, - a blocking element intended, as a result of the collision, to rotate with respect to the bracket around a blocking axis, from a disengaged position in which the blocking element allows the activation element to reach its final position, to a blocking position in which the blocking element is intended to block the activation element at a blocked position located between the initial position and the final position, wherein the blocking axis is essentially orthogonal to the activation axis, characterized in that the activation element comprises an activation lever provided with a first stop intended to follow a course when the activation element rotates from its initial position to its final position, and wherein the blocking element comprises a blocking arm having an end portion which is located outside of the course of the first stop of the activation lever when the blocking element is in its disengaged position, and which is located on the course of the first stop of the activation lever when the blocking element is in its blocking position, so as to intercept the first stop of the activation lever, wherein the activation lever further comprises a guiding wall intended, when the activation element rotates from its initial position to its final position while the blocking element is at its disengaged position, to guide the end portion of the blocking arm so as to make the blocking element rotate around the blocking axis. - a bracket, - an activation element intended to activate a latch by rotating with respect to the bracket around an activation axis from an initial position to a final position, wherein a collision on the bracket along a collision direction (L-R) may cause the activation element to rotate from its initial position to its final position, - a blocking element intended, as a result of the collision, to rotate with respect to the bracket around a blocking axis, from a disengaged position in which the blocking element allows the activation element to reach its final position, to a blocking position in which the blocking element is intended to block the activation element at a blocked position located between the initial position and the final position,