mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a balloon catheter having a distal end; a scaffold crimped to the balloon; and a sheath (20, 30; 230; 250) disposed over the scaffold and including a constraining sheath (30; 230; 250) and a protecting sheath, wherein the constraining sheath (30; 230; 250) and the protecting sheath extend beyond the catheter distal end; wherein the constraining sheath (30; 230; 250) includes a first tube connected to a second tube, the first tube having a first diameter and the second tube having a second diameter greater than the first diameter, a cylindrical portion forms the second diameter, and the cylindrical portion has a length about equal to a length of the scaffold; and wherein the apparatus is configured for being passed through a mammalian body only after the constraining and protecting sheaths (30; 230; 250, 20) are removed. a balloon catheter having a distal end; a scaffold crimped to the balloon; and a sheath (20, 30; 230; 250) disposed over the scaffold and including a constraining sheath (30; 230; 250) and a protecting sheath, wherein the constraining sheath (30; 230; 250) and the protecting sheath extend beyond the catheter distal end; wherein the constraining sheath (30; 230; 250) includes a first tube connected to a second tube, the first tube having a first diameter and the second tube having a second diameter greater than the first diameter, a cylindrical portion forms the second diameter, and the cylindrical portion has a length about equal to a length of the scaffold; and wherein the apparatus is configured for being passed through a mammalian body only after the constraining and protecting sheaths (30; 230; 250, 20) are removed.
Spring-type brake cylinder, particularly combined service and parking brake cylinder, having a compression spring, a pressure chamber and a dividing wall between compression spring and pressure chamber, with a piston in the pressure chamber and an opening in a wall of the pressure chamber, the piston extending through the opening, wherein the piston is hollow and has an inner wall and a bottom, inside the piston a nut is held on a release bolt and the piston has guiding means for guiding the nut, such that the nut cannot rotate in the piston, and the nut is moveable in longitudinal direction of the piston, and wherein inside the piston is a supporting means for butting against the nut while the release bolt is screwed into the nut, characterized in that the piston has at least a first holding means and a second holding means, the first holding means holds the supporting means in an assembly position, and the second holding means holds the supporting means in a drive position, wherein the drive position is closer to the bottom than the assembly position, and wherein the supporting means is moveable from the assembly position to the drive position by a movement of the nut relative to the piston.
A connection assembly including a first connector and a second connector, and wherein the first connector comprises a post having an axis; a body of the second connector comprises a fastening passage for said post, and is arranged to allow the post to penetrate into said fastening passage by moving forward in a fastening direction (X+), until it reaches a fastening position; the first connector and the second connector are configured in such a manner that in the fastening position, the post is prevented by an abutment device from moving in a disassembly direction (X-) opposite to the fastening direction (X+); and the first connector and the second connector are configured in such a manner that an external action applied solely to the post allows the post to pass from the fastening position to a free position, in which the post is disengaged from the abutment device and can move in translation in the disassembly direction; the connection assembly being characterized in that in fastening position, the post is in a predetermined angular range; and the connection assembly further comprises angular returning means, comprising for example a spring, configured to return the post into said predetermined angular range relative to the axis of the post, when the post is fastened to a body of the first connector before it is fastened to the second connector. the first connector comprises a post having an axis; a body of the second connector comprises a fastening passage for said post, and is arranged to allow the post to penetrate into said fastening passage by moving forward in a fastening direction (X+), until it reaches a fastening position; the first connector and the second connector are configured in such a manner that in the fastening position, the post is prevented by an abutment device from moving in a disassembly direction (X-) opposite to the fastening direction (X+); and the first connector and the second connector are configured in such a manner that an external action applied solely to the post allows the post to pass from the fastening position to a free position, in which the post is disengaged from the abutment device and can move in translation in the disassembly direction; the connection assembly being characterized in that in fastening position, the post is in a predetermined angular range; and the connection assembly further comprises angular returning means, comprising for example a spring, configured to return the post into said predetermined angular range relative to the axis of the post, when the post is fastened to a body of the first connector before it is fastened to the second connector.
Method for transmitting an actuation signal and a first data signal between a control device and an actuation device for a power semiconductor device, characterised in that transmission of the actuation signal and first data signal from the control device to the actuation device takes place simultaneously and via a common transmission channel, the first data signal is combined with the actuation signal by means of a digital modulation method or coding method, a feedback signal together with a second data signal is transmitted in the opposite direction, and a coding length is used for the first data signal which is shorter than the interval length of the actuation signal and/or a coding length is used for the second data signal which is shorter than the interval length of the feedback signal.
Basket for coating components with an essentially circular configuration with a number of vertically aligned and spaced-apart rods for reversibly and spaced mounting of components, characterized, in that the rods in seats to from a geometric centre of the basket radially outwardly extending struts and / or are accommodated in seats of one or more base plates, characterized in that the receptacles (110,120) in a circular shape in a plurality of rows in the circumferential direction of the outwardly extending struts and / or the base plate are arranged, wherein the distance between the rows is constant and the distance between the receptacles from row to row, starting from the centre increases continuously.
Use of a composition consisting of or comprising an extract of Isochrysis sp., preferably Tahitian Isochrysis, for influencing or modifying the hair fiber of human hair, wherein the use is not a use for influencing or modifying growth of human hair or pigmentation of human hair, wherein the composition comprises 0.00001 to 10 wt.-% extract, preferably dry extract, based on the total weight of the composition, and wherein the composition is used to (i) improve the combability of human hair and/or (ii) control the volume of human hair fibers and/or (iii) avoid or reduce the frizz of human hair and/or (iv) improve the tensile strength of human hair fibers and/or (v) decrease the fiber breakage of human hair, preferably during or after exposure of the hair fiber to physical and/or chemical and/or environmental stress. (i) improve the combability of human hair and/or (ii) control the volume of human hair fibers and/or (iii) avoid or reduce the frizz of human hair and/or (iv) improve the tensile strength of human hair fibers and/or (v) decrease the fiber breakage of human hair, preferably during or after exposure of the hair fiber to physical and/or chemical and/or environmental stress.
A computer-implemented method for identifying if a network resource in a wireless networking environment is needed, the method comprising computer-implemented operations for: identifying, at a central controller, a network resource to be tested; defining a time period during which the network resource is to be tested; generating a command for transitioning the network resource to a softbar operation state in which use of the network resource is avoided; determining if the time period has expired; and in response to determining that the time period has expired, obtaining access data describing activity associated with the network resource during the time period, and identifying the network resource as needed network resource in response to determining that the access data indicates usage of the network resource during the time period, wherein the softbar operation state comprises a state in which use of the network resource is allowed when a failure to use the network resource is expected to result in a reduction in quality of service of communications, or a premature or unintended termination of a voice or data communication, or an injury or death in a case of an emergency, or a failure to provide services or communications. identifying, at a central controller, a network resource to be tested; defining a time period during which the network resource is to be tested; generating a command for transitioning the network resource to a softbar operation state in which use of the network resource is avoided; determining if the time period has expired; and in response to determining that the time period has expired, obtaining access data describing activity associated with the network resource during the time period, and identifying the network resource as needed network resource in response to determining that the access data indicates usage of the network resource during the time period, obtaining access data describing activity associated with the network resource during the time period, and identifying the network resource as needed network resource in response to determining that the access data indicates usage of the network resource during the time period,
A multipurpose tool comprising: first and second handles configured for relative movement between a closed position and an open position, wherein at least the first handle comprises first and second axles (38, 54) extending thereacross; one or more tool members rotatably mounted upon the second axle and foldable into the first handle; first and second jaws rotatably connected to the first and second handles, respectively, wherein at least the first jaw defines an opening through which the first axle of the first handle extends; characterised in that a resilient member is disposed at least partially within the opening in order to apply a bias force to the first jaw during rotation of the first jaw relative to the first handle. first and second handles configured for relative movement between a closed position and an open position, wherein at least the first handle comprises first and second axles (38, 54) extending thereacross; one or more tool members rotatably mounted upon the second axle and foldable into the first handle; first and second jaws rotatably connected to the first and second handles, respectively, wherein at least the first jaw defines an opening through which the first axle of the first handle extends; characterised in that a resilient member is disposed at least partially within the opening in order to apply a bias force to the first jaw during rotation of the first jaw relative to the first handle.
A fiber drop terminal adapted for use in a fiber optic network of a multiple dwelling unit to selectively optically connect at least one connectorized optical fiber of a distribution cable to a connectorized optical fiber of at least one drop cable, the fiber drop terminal comprising: a base (12, 112, 312) defining a back wall and at least one sidewall (16, 116, 316) extending outwardly from the back wall, wherein the base (12, 112, 312) defines at least one opening for passage of the distribution cable and the drop cable through at least one of the back wall and sidewall; a cover (22, 122, 322) adapted to selectively connect to the base (12, 112, 312); at least one plurality of adapters (24, 124, 324), wherein the adapters (24, 124, 324) are adapted to receive a connector of the distribution cable and a connector of the drop cable to optically connect the connectorized optical fiber of the distribution cable to the connectorized optical fiber of the drop cable; characterized in that the plurality of adapters (24, 124, 324) are disposed on a bracket (32, 132), whereby the bracket (32, 132) is mounted to the base (12, 112, 312), wherein a portion of the bracket (32, 132) is a vertical bar (32, 132), and wherein the vertical bar (32, 132) comprises a horizontal hinge (34, 134) and a latch (36, 136) adapted to enable that the bracket (32, 132) is selectively movable relative to the base (12, 112, 312) in such a way that a selective rotation of the plurality of adapters (24, 124) about a generally horizontal axis is enabled. a base (12, 112, 312) defining a back wall and at least one sidewall (16, 116, 316) extending outwardly from the back wall, wherein the base (12, 112, 312) defines at least one opening for passage of the distribution cable and the drop cable through at least one of the back wall and sidewall; a cover (22, 122, 322) adapted to selectively connect to the base (12, 112, 312); at least one plurality of adapters (24, 124, 324), wherein the adapters (24, 124, 324) are adapted to receive a connector of the distribution cable and a connector of the drop cable to optically connect the connectorized optical fiber of the distribution cable to the connectorized optical fiber of the drop cable; characterized in that the plurality of adapters (24, 124, 324) are disposed on a bracket (32, 132), whereby the bracket (32, 132) is mounted to the base (12, 112, 312), wherein a portion of the bracket (32, 132) is a vertical bar (32, 132), and wherein the vertical bar (32, 132) comprises a horizontal hinge (34, 134) and a latch (36, 136) adapted to enable that the bracket (32, 132) is selectively movable relative to the base (12, 112, 312) in such a way that a selective rotation of the plurality of adapters (24, 124) about a generally horizontal axis is enabled.
A wave washer, comprising: an annular portion having a first protrusion that protrudes toward one side in an axial direction of the wave washer, and a second protrusion that is formed so as to be continuous with the first protrusion and that protrudes toward the other side in the axial direction; and a plurality of outward protrusions that protrude outward from an outer periphery of the annular portion in a radial direction of the annular portion, characterized in that each of the outward protrusions is formed at a connection portion located between a top portion of the first protrusion and a top portion of the second protrusion. an annular portion having a first protrusion that protrudes toward one side in an axial direction of the wave washer, and a second protrusion that is formed so as to be continuous with the first protrusion and that protrudes toward the other side in the axial direction; and a plurality of outward protrusions that protrude outward from an outer periphery of the annular portion in a radial direction of the annular portion, characterized in that each of the outward protrusions is formed at a connection portion located between a top portion of the first protrusion and a top portion of the second protrusion.
A safety needle assembly, comprising: a needle attached to a needle hub, said needle having a sharp distal tip; and a needle tip protector mounted on the needle, the needle tip protector comprising a first portion having a first channel receiving the needle and a second portion made from a relatively more rigid material than the first portion attached to a second channel of the first portion, the second portion having a proximal wall, an opening in the proximal wall receiving the needle, a sidewall extending distally from the proximal wall, and a distal wall extending radially from the sidewall and abutted by a side of the needle to deflect the sidewall radially outward against a spring restoring force in a ready to use position, wherein a first spring arm (78, 80) and a second spring arm (78, 80) extending transversely from opposite edges of the sidewall and partially around the first portion. a needle attached to a needle hub, said needle having a sharp distal tip; and a needle tip protector mounted on the needle, the needle tip protector comprising a first portion having a first channel receiving the needle and a second portion made from a relatively more rigid material than the first portion attached to a second channel of the first portion, the second portion having a proximal wall, an opening in the proximal wall receiving the needle, a sidewall extending distally from the proximal wall, and a distal wall extending radially from the sidewall and abutted by a side of the needle to deflect the sidewall radially outward against a spring restoring force in a ready to use position, wherein a first spring arm (78, 80) and a second spring arm (78, 80) extending transversely from opposite edges of the sidewall and partially around the first portion.
A central cylinder lubrication system for cylinder lubrication of engine cylinders in large diesel engines, in particular marine engines, said central cylinder lubrication system effects the cylinder lubrication by oil injection by feeding portions of oil under pressure through respective connecting pipes (12,207) to various points to be lubricated at relevant time intervals, and said central cylinder lubrication system is designed with injectors (13,206) and a lubricating apparatus, the system including at least one pump unit (8,201) which via the connecting pipes (12,207) is connected with an associated system unit (13,206;100,101) selected among an injector (13,206) and an accumulator (100,101), wherein injectors (13,206) are provided in the form of oil injection nozzles which is provided in a cylinder wall for supplying cylinder lubricating oil inside the cylinder, characterised in that a leak detector is provided in the central cylinder lubrication system, in the connecting pipe (12,207) between the pump unit (8,201) and the associated system unit (13,206;100,101), and that the leak detector is adapted for emitting a signal when the oil pressure in the connecting pipe go under a predetermined level, and that the leak detector includes a housing with a chamber connected with the connecting pipe, that a spring-loaded pin is mounted in a boring passing through the wall of the housing, that a sealing element is disposed between the pin and the boring, that the pin is pressed outwards by the oil pressure in the chamber to an outer position when the oil pressure overcomes the force from the spring.
An equalizer controlling method comprising: classifying an audio signal so as to identify the audio type of the audio signal in real time; and adjusting an equalizer in a continuous manner based on a confidence value of the audio type as identified, wherein the audio signal is classified into multiple audio types with corresponding confidence values, and the adjusting operation is configured to consider at least some of the multiple audio types through weighting the confidence values of the multiple audio types based on the importance of the multiple audio types. classifying an audio signal so as to identify the audio type of the audio signal in real time; and adjusting an equalizer in a continuous manner based on a confidence value of the audio type as identified, wherein the audio signal is classified into multiple audio types with corresponding confidence values, and the adjusting operation is configured to consider at least some of the multiple audio types through weighting the confidence values of the multiple audio types based on the importance of the multiple audio types.
A method for making a compound of Formula: Ar 2 -F 3 wherein: Ar 2 is an aryl or heteroaryl ring system; the method comprising reacting in a polar solvent a compound MF, wherein M is a counter ion, and a compound of Formula: wherein: Ar 1 is an electron rich aryl or heteroaryl ring system; Y is a leaving group; and Ar 2 is as defined above; removing the polar solvent from the reaction mixture; and heating a solution comprising the remaining mixture and a nonpolar solvent. Ar 2 is an aryl or heteroaryl ring system; Ar 1 is an electron rich aryl or heteroaryl ring system; Y is a leaving group; and Ar 2 is as defined above;
Use of a microneedle array comprising a microneedle substrate and a plurality of microneedles for forming a coated microneedle array, comprising providing the microneedle array, wherein a material of the microneedle array is a medical grade polymeric material; providing a coating substrate that is at least a portion of a coating well, wherein the coating well comprises a bottom surface; providing an aqueous formulation comprising at least one active pharmaceutical ingredient and at least one excipient, wherein the aqueous formulation has a viscosity of from 0.5 Pa/s to 30 Pa/s (500 to 30,000 centipoise) when measured at a shear rate of 100s -1 and a temperature of 25° C, wherein the aqueous formulation has a contact angle on the medical grade polymeric material of 50° or greater when measured under ambient conditions, and wherein the aqueous formulation has a surface tension that is from 0.04 N/m to 0.055 N/m (40 and 55 dynes/cm) when measured under ambient conditions; applying the aqueous formulation to the coating substrate; bringing the aqueous formulation and the microneedles of the microneedle array into contact with one another, wherein the microneedles contact the bottom surface of the coating well; removing the microneedles from the aqueous formulation; and allowing at least a portion of the aqueous formulation to evaporate.