mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for determining the thickness of an overhead wire, comprising: - a current collector trolley pole, and - a current collector head arranged on the current collector trolley pole, characterised by: - a measuring device having at least one electrical oscillator circuit which is in electrical inductive operative contact with the overhead wire in the wire-contacted state of the current collector head, - wherein the resonant frequency of the oscillator circuit is a measure of the thickness of the overhead wire, and - wherein the measuring device is designed and equipped to determine the resonant frequency of the oscillator circuit and, from the resonant frequency, the thickness of the overhead wire, - a contact shoe of the current collector head, and - at least one coil of the oscillator circuit arranged in or on the contact shoe, wherein the inductance of the coil is changeable by the overhead wire guided in the contact shoe. - a current collector trolley pole, and - a current collector head arranged on the current collector trolley pole, - a measuring device having at least one electrical oscillator circuit which is in electrical inductive operative contact with the overhead wire in the wire-contacted state of the current collector head, - wherein the resonant frequency of the oscillator circuit is a measure of the thickness of the overhead wire, and - wherein the measuring device is designed and equipped to determine the resonant frequency of the oscillator circuit and, from the resonant frequency, the thickness of the overhead wire, - wherein the resonant frequency of the oscillator circuit is a measure of the thickness of the overhead wire, and - wherein the measuring device is designed and equipped to determine the resonant frequency of the oscillator circuit and, from the resonant frequency, the thickness of the overhead wire, - a contact shoe of the current collector head, and - at least one coil of the oscillator circuit arranged in or on the contact shoe, wherein the inductance of the coil is changeable by the overhead wire guided in the contact shoe.
An optical-fiber cable, comprising: a polymeric buffer tube defining an inner wall, and outer wall, and an annular space, and a plurality of optical fibers positioned within the polymeric buffer tube's annular space; a cable jacket surrounding the polymeric buffer tube and the plurality of optical fibers positioned within the polymeric buffer tube's annular space, the cable jacket defining an inner wall and an outer wall, wherein, at -40°C, total shrinkage stress of the cable jacket is 12 MPa or less; and a layer of stranded strength yarns positioned between the polymeric buffer tube's outer wall and the cable jacket's inner wall, the stranded strength yarns comprising both fiberglass strength yarns and aramid strength yarns, wherein (i) the strength yarns have elongation of less than 0.6 percent for a load of 200 lbf (889.64 N) and (ii) the fiberglass strength yarns provide at least 55 percent of the combined strength-yarn tensile strength; wherein the optical-fiber cable has no rigid strength members. a cable jacket surrounding the polymeric buffer tube and the plurality of optical fibers positioned within the polymeric buffer tube's annular space, the cable jacket defining an inner wall and an outer wall, wherein, at -40°C, total shrinkage stress of the cable jacket is 12 MPa or less; and a layer of stranded strength yarns positioned between the polymeric buffer tube's outer wall and the cable jacket's inner wall, the stranded strength yarns comprising both fiberglass strength yarns and aramid strength yarns, wherein (i) the strength yarns have elongation of less than 0.6 percent for a load of 200 lbf (889.64 N) and (ii) the fiberglass strength yarns provide at least 55 percent of the combined strength-yarn tensile strength; wherein the optical-fiber cable has no rigid strength members.
A laryngeal mask for the ventilation of a human being or animal which comprises: - a dome having a cavity, which dome is attached to a laryngeal ring for sealing the human being or animal's internal airways; - at least one oxygen tube that connects to the cavity of the dome, for allowing oxygen or gases to enter or leave the human being or animal's internal airways; - at least one laryngeal aspiration tube, different from and situated side by side with the oxygen tube, that also connects to the cavity of the dome, for allowing the oxygen or gases entered into the human being or animal's internal airways through the oxygen tube to leave the human being or animal's internal airways. characterised in that the diameter of the laryngeal aspiration tube is between 20 and 70% of the diameter of the oxygen tube. - a dome having a cavity, which dome is attached to a laryngeal ring for sealing the human being or animal's internal airways; - at least one oxygen tube that connects to the cavity of the dome, for allowing oxygen or gases to enter or leave the human being or animal's internal airways; - at least one laryngeal aspiration tube, different from and situated side by side with the oxygen tube, that also connects to the cavity of the dome, for allowing the oxygen or gases entered into the human being or animal's internal airways through the oxygen tube to leave the human being or animal's internal airways.
A wheel loader (1, 1A) for loading an excavated object onto a loading target, the wheel loader (1, 1A) comprising: an operator's cab; a front wheel; a front frame configured to support the front wheel such that the front wheel is rotatable; a bucket; a boom having a distal end connected to the bucket, and a proximal end rotatably supported by the front frame; a sensor (40, 40A) configured to measure a distance between the front wheel and the loading target; and a controller configured to control an action of the wheel loader (1, 1A), wherein the controller causes the wheel loader (1, 1A) to perform a predetermined action for collision avoidance on condition that a distance to be measured by the sensor (40, 40A) when the wheel loader (1, 1A) travels takes a value less than or equal to a threshold value characterized in that: the controller causes the wheel loader (1, 1A) to perform the predetermined action on condition that an angle of the boom takes a value greater than or equal to a predetermined value. an operator's cab; a front wheel; a front frame configured to support the front wheel such that the front wheel is rotatable; a bucket; a boom having a distal end connected to the bucket, and a proximal end rotatably supported by the front frame; a sensor (40, 40A) configured to measure a distance between the front wheel and the loading target; and a controller configured to control an action of the wheel loader (1, 1A), wherein the controller causes the wheel loader (1, 1A) to perform a predetermined action for collision avoidance on condition that a distance to be measured by the sensor (40, 40A) when the wheel loader (1, 1A) travels takes a value less than or equal to a threshold value characterized in that: the controller causes the wheel loader (1, 1A) to perform the predetermined action on condition that an angle of the boom takes a value greater than or equal to a predetermined value.
A composite welding wire for fusion welding of components manufactured of superalloys, the composite weld wire comprising: a) an inner core wire; b) a surface layer applied and bonded to the inner core wire; and c) a transition layer sandwiched between the inner core wire and the surface layer; wherein the bulk composition of the composite welding wire is selected from: (i) 20-22% Cr, 9-11% Mo, 3.5-4% Nb, 0.5%-0.8% B, Ni and impurities to balance; (ii) 21-23% Cr, 21-23% Ni, 14-15% W, 0.05-0.08% La, 0.5-0.8% B, 1.2-1.5% Si, Co and impurities to balance; and (iii) 23-25% Cr, 11-13% Ni, 1-2.5% B, 1.2-1.5% Si, Fe and impurities to balance; wherein the core wire is 1.0 to 1.5 mm in diameter; and wherein the surface layer comprises B and more than 50 wt. % of the alloying elements selected from among B and Si. a) an inner core wire; b) a surface layer applied and bonded to the inner core wire; and c) a transition layer sandwiched between the inner core wire and the surface layer; (i) 20-22% Cr, 9-11% Mo, 3.5-4% Nb, 0.5%-0.8% B, Ni and impurities to balance; (ii) 21-23% Cr, 21-23% Ni, 14-15% W, 0.05-0.08% La, 0.5-0.8% B, 1.2-1.5% Si, Co and impurities to balance; and (iii) 23-25% Cr, 11-13% Ni, 1-2.5% B, 1.2-1.5% Si, Fe and impurities to balance;
A filling device for filling containers, preferably for filling beverage containers, containing a filling organ which comprises at least a return gas pipe containing a liquid rejection screen, the return gas pipe being insertable into the container for filling, characterized in that the liquid rejection screen entirely consists of a metal detectable plastic material, wherein a metal detector for measuring a parameter which is characteristic for the detection of metal of the container after filling and a further metal detector for measuring a parameter which is characteristic for the detection of metal of the container before filling are provided such that a contamination of the container with the liquid reflecting screen or of a part thereof can be derived from a comparison of the measured characteristic parameters before and after filling.
A ventricular cuff for coupling to a heart of a patient in an attachment direction and facilitating engagement of a heart pump to the heart, the ventricular cuff comprising: an apical ring defining an opening for receiving an inlet cannula of a heart pump, the apical ring having a heart pump engaging perimeter and a sewing ring engaging perimeter opposite the heart pump engaging perimeter; a sewing ring coupled with the sewing ring engaging perimeter of the apical ring, the sewing ring including a heart tissue engaging surface and a top surface opposite the heart tissue engaging surface; a rigid frame backing the sewing ring along the top surface of the sewing ring, the rigid frame comprising a plurality of struts extending outwardly from the opening defined by the apical ring and toward an outer perimeter of the sewing ring; wherein the plurality of struts of the rigid frame are configured to maintain a space between the top surface of the sewing ring and the heart pump engaging perimeter of the apical ring during implantation of the ventricular cuff and the heart pump to the heart of the patient; wherein the plurality of struts extends outwardly and in the attachment direction toward the heart from the opening defined by the apical ring; and wherein a top surface of the rigid frame defines a convex surface and a sewing ring engaging surface opposite the top surface of the rigid frame defines a concave surface. an apical ring defining an opening for receiving an inlet cannula of a heart pump, the apical ring having a heart pump engaging perimeter and a sewing ring engaging perimeter opposite the heart pump engaging perimeter; a sewing ring coupled with the sewing ring engaging perimeter of the apical ring, the sewing ring including a heart tissue engaging surface and a top surface opposite the heart tissue engaging surface; a rigid frame backing the sewing ring along the top surface of the sewing ring, the rigid frame comprising a plurality of struts extending outwardly from the opening defined by the apical ring and toward an outer perimeter of the sewing ring; wherein the plurality of struts of the rigid frame are configured to maintain a space between the top surface of the sewing ring and the heart pump engaging perimeter of the apical ring during implantation of the ventricular cuff and the heart pump to the heart of the patient; wherein the plurality of struts extends outwardly and in the attachment direction toward the heart from the opening defined by the apical ring; and wherein a top surface of the rigid frame defines a convex surface and a sewing ring engaging surface opposite the top surface of the rigid frame defines a concave surface.
A method at a presentation device (102, 104, 106) of a user, comprising: receiving, from a synchronization system, list data associated with an authenticated identity of the user, each list item of the list data identifying a resource previously accessed by the user; selectively rendering the list data on the presentation device, the list items rendered in the list data being selected based on the authenticated identity and the presentation device; and selectively transferring new list data to the synchronization system, the new list data being pre-filtered according to a storage location of each resource referenced by a list item, wherein the pre-filtering further comprises: upon access to a resource by the user, generating a list item; if the user is authenticated at the synchronization system, determining where the resource referenced by the list item is stored; and if it is determined that the resource is stored locally in the presentation device, adding the list item to a local list; otherwise, if it is determined that the resource is stored in a network-based storage, adding the list item to a network-based list in a roaming settings datastore which is synchronizable via the synchronization system. receiving, from a synchronization system, list data associated with an authenticated identity of the user, each list item of the list data identifying a resource previously accessed by the user; selectively rendering the list data on the presentation device, the list items rendered in the list data being selected based on the authenticated identity and the presentation device; and selectively transferring new list data to the synchronization system, the new list data being pre-filtered according to a storage location of each resource referenced by a list item, wherein the pre-filtering further comprises: upon access to a resource by the user, generating a list item; if the user is authenticated at the synchronization system, determining where the resource referenced by the list item is stored; and if it is determined that the resource is stored locally in the presentation device, adding the list item to a local list; otherwise, if it is determined that the resource is stored in a network-based storage, adding the list item to a network-based list in a roaming settings datastore which is synchronizable via the synchronization system. upon access to a resource by the user, generating a list item; if the user is authenticated at the synchronization system, determining where the resource referenced by the list item is stored; and if it is determined that the resource is stored locally in the presentation device, adding the list item to a local list;
An extension device to extend trabecular meshwork within an irideocorneal angle of an eye of a patient, the device comprising: a flexible body having a curved longitudinal axis, a channel extending from a first end to a second end, an inner convex side, and an outer concave side, the body being flexible between a first flexed condition and a second unflexed condition, the body being sized and configured to be disposed adjacent to the trabecular meshwork and within the irideocorneal angle; and a plurality of tensioning features disposed on the body, each tensioning feature shaped and sized to grasp the trabecular meshwork within the irideocorneal angle and to stretch the trabecular meshwork radially inward, the trabecular meshwork simultaneously pulling the connective tissue within Schlemm's canal, when the flexible body is in the unflexed condition, wherein the body has a first radius of curvature in the first flexed condition and a second radius of curvature in the unflexed condition, each of the plurality of tensioning features comprises a slot-like opening, each slot-like opening assumes an open condition when the body assumes the first flexed condition in which two sides of each of the slot-like openings do not touch each other, and a closed condition when the body assumes the second unflexed condition in which the two sides of each of the slot-like openings touch each other. a flexible body having a curved longitudinal axis, a channel extending from a first end to a second end, an inner convex side, and an outer concave side, the body being flexible between a first flexed condition and a second unflexed condition, the body being sized and configured to be disposed adjacent to the trabecular meshwork and within the irideocorneal angle; and a plurality of tensioning features disposed on the body, each tensioning feature shaped and sized to grasp the trabecular meshwork within the irideocorneal angle and to stretch the trabecular meshwork radially inward, the trabecular meshwork simultaneously pulling the connective tissue within Schlemm's canal, when the flexible body is in the unflexed condition, wherein the body has a first radius of curvature in the first flexed condition and a second radius of curvature in the unflexed condition, each of the plurality of tensioning features comprises a slot-like opening, each slot-like opening assumes an open condition when the body assumes the first flexed condition in which two sides of each of the slot-like openings do not touch each other, and a closed condition when the body assumes the second unflexed condition in which the two sides of each of the slot-like openings touch each other.
Device for sealing pneumatic tires by means of sealing liquid, comprising a sealing liquid container having an air inlet opening for connection to a compressor and an outlet opening for the discharge of an air/sealing liquid mixture into a pneumatic tire to be sealed, the sealing liquid container having at least two chambers (16, 18) in which components of the sealing liquid that are reactive to one another are stored separately, the chambers (16, 18) being separated from one another by a closed connecting element (26, 28) which can be opened via a pressure and/or an air flow from the air inlet opening to the outlet opening, characterized in that the connecting element (26, 28) is designed such that in the event of sufficient predetermined pressure from the compressor via the air inlet opening, the connecting element (26, 28) opens, and the sealing liquid container is designed such that the air flows from the first chamber into the second chamber and from the second chamber into the tire via the outlet opening, the sealing liquid container being designed such that the components of the sealing liquid mixture, in particular in the second chamber, are mixed.
Vane pump for an automatic transmission, comprising a suction-side trailing vane pressure duct and a pressure-side trailing vane pressure duct, wherein the suction-side trailing vane pressure duct is connected to the pressure side of the vane pump, wherein the vane pump comprises a valve device (213, 513) to which the pressure-side trailing vane pressure duct is connected, wherein the valve device (213, 513) is arranged between the pressure-side trailing vane pressure duct (211, 511) and the suction-side trailing vane pressure duct (212, 512), characterized in that the valve device is in the form of a pressure-limiting valve (213, 513), wherein the pressure-limiting valve (213, 513) is arranged such that it is able to be flowed through from the pressure-side trailing vane pressure duct (211, 511) to the suction-side trailing vane pressure duct (212, 512), such that the level of a pressure-side trailing vane pressure (pDH) in the pressure-side trailing vane pressure duct (211, 511) is settable by means of the valve device (213, 513) during operation of the vane pump.
A system for generating and maintaining a magnetic field with a field reversed configuration comprising a confinement chamber, first and second diametrically opposed FRC formation sections coupled to the confinement chamber, first and second divertors coupled to the first and second formation sections, one or more of a plurality of plasma guns, one or more biasing electrodes and first and second mirror plugs, wherein the plurality of plasma guns includes first and second axial plasma guns operably coupled to the first and second divertors, the first and second formation sections and the confinement chamber, wherein the one or more biasing electrodes being positioned within one or more of the confinement chamber, the first and second formation sections, and the first and second divertors, and wherein the first and second mirror plugs being position between the first and second formation sections and the first and second divertors, a gettering system coupled to the confinement chamber and the first and second divertors, a plurality of neutral atom beam injectors coupled to the confinement chamber and oriented normal to the axis of the confinement chamber, and a magnetic system comprising a plurality of quasi-dc coils (432, 434, 436 and 444) positioned along the confinement chamber, the first and second formation sections, and the first and second divertors, first and second set of quasi-dc mirror coils (432, 434, 436 and 444) positioned between the confinement chamber and the first and second formation sections.
A sensor system comprising: a main antenna configured to send and/or receive signals; a plurality of auxiliary antennas (22a, 22b) configured to detect density of a surrounding plasma field that inhibits sending and/or receipt of the signals by the main antenna, wherein the plurality of auxiliary antennas are configured to generate an electromagnetic field and are operable for data link communication; and a controller operatively coupled to the plurality of auxiliary antennas; wherein the controller is configured to receive information from the plurality of auxiliary antennas regarding the density of the plasma field; and wherein the controller is further configured to adjust a phase between the auxiliary antennas in response to the detected density of the plasma field to re-orient an electromagnetic field set up by the auxiliary antennas, thereby reducing at least in part inhibition by the plasma field of the sending and/or receipt of signals of the main antenna. a main antenna configured to send and/or receive signals; a plurality of auxiliary antennas (22a, 22b) configured to detect density of a surrounding plasma field that inhibits sending and/or receipt of the signals by the main antenna, wherein the plurality of auxiliary antennas are configured to generate an electromagnetic field and are operable for data link communication; and a controller operatively coupled to the plurality of auxiliary antennas; wherein the controller is configured to receive information from the plurality of auxiliary antennas regarding the density of the plasma field; and wherein the controller is further configured to adjust a phase between the auxiliary antennas in response to the detected density of the plasma field to re-orient an electromagnetic field set up by the auxiliary antennas, thereby reducing at least in part inhibition by the plasma field of the sending and/or receipt of signals of the main antenna.