mhurhangee/ep-ind-claims huggingface dataset:
An implant configured to control travel of a leaflet of a heart valve, the implant comprising: a first implant member that includes: at least one mechanical tissue fastener (110, 120); a first implant member connector; and an adjustable length tether connecting the at least one mechanical tissue fastener (110, 120) and the first implant member connector; and a second implant member that includes: a magnetic second implant member connector; and a tissue anchor; wherein the first implant member connector and the second implant member connector are magnetically couplable. at least one mechanical tissue fastener (110, 120); a first implant member connector; and an adjustable length tether connecting the at least one mechanical tissue fastener (110, 120) and the first implant member connector; and a second implant member that includes: a magnetic second implant member connector; and a tissue anchor; wherein the first implant member connector and the second implant member connector are magnetically couplable. a magnetic second implant member connector; and a tissue anchor; wherein the first implant member connector and the second implant member connector are magnetically couplable.
A refrigerator comprising: a body including at least one storage space; at least one door mounted to the body for selective opening/closing of the storage space; and a display unit mounted in the storage space, the display unit comprise: a housing mounted to a top side of the storage space, and having a front side and a rear side; a display portion provided to the front side of the housing, and exposed to a front side of the refrigerator when the door is opened for displaying state information on the storage space; and a light emitting unit for lighting of the inside of the storage space, characterized in that the light emitting unit is positioned in the rear side of the display portion; the rear side of the housing is a sloped side sloped such that a distance between the front side and the rear side becomes the smaller as the rear side goes toward a lower side of the housing the more and the light emitting unit includes a substrate, a plurality of light emitting diodes mounted to the substrate, and a diffusing portion through which the light from the light emitting diodes passes. a body including at least one storage space; at least one door mounted to the body for selective opening/closing of the storage space; and a display unit mounted in the storage space, the display unit comprise: a housing mounted to a top side of the storage space, and having a front side and a rear side; a display portion provided to the front side of the housing, and exposed to a front side of the refrigerator when the door is opened for displaying state information on the storage space; and a light emitting unit for lighting of the inside of the storage space, a housing mounted to a top side of the storage space, and having a front side and a rear side; a display portion provided to the front side of the housing, and exposed to a front side of the refrigerator when the door is opened for displaying state information on the storage space; and a light emitting unit for lighting of the inside of the storage space, characterized in that the light emitting unit is positioned in the rear side of the display portion; the rear side of the housing is a sloped side sloped such that a distance between the front side and the rear side becomes the smaller as the rear side goes toward a lower side of the housing the more and the light emitting unit includes a substrate, a plurality of light emitting diodes mounted to the substrate, and a diffusing portion through which the light from the light emitting diodes passes.
A sensor pod attachment assembly for attaching a sensor pod containing airborne sensor equipment to an aircraft fuselage, the attachment assembly comprising: fore and aft pairs of attachment pylon assemblies (14, 16) each having a lower end attachable to the aircraft fuselage and an upper end attachable to the sensor pod, wherein the fore pair of attachment pylon assemblies includes port and starboard pylon structures (14-1, 14-2), and a cross-support base connected to upper ends of the port and starboard pylon structures (14-1, 14-2), and wherein the cross-support base includes port and starboard lug mounts (14-4a, 14-4b) positioned above the upper ends of the port and starboard pylon structures, respectively, for attaching the sensor pod to the fore pair of attachment pylon assemblies, characterised in that each of the port and starboard pylon structures (14-1, 14-2) includes (i) elongate fore and aft upright spars having lower ends for attachment to the aircraft fuselage and upper ends connected to the cross-support base, and (ii) ribs and stringers connecting the fore and aft upright spars to one another. fore and aft pairs of attachment pylon assemblies (14, 16) each having a lower end attachable to the aircraft fuselage and an upper end attachable to the sensor pod, wherein the fore pair of attachment pylon assemblies includes port and starboard pylon structures (14-1, 14-2), and a cross-support base connected to upper ends of the port and starboard pylon structures (14-1, 14-2), and wherein the cross-support base includes port and starboard lug mounts (14-4a, 14-4b) positioned above the upper ends of the port and starboard pylon structures, respectively, for attaching the sensor pod to the fore pair of attachment pylon assemblies, characterised in that each of the port and starboard pylon structures (14-1, 14-2) includes (i) elongate fore and aft upright spars having lower ends for attachment to the aircraft fuselage and upper ends connected to the cross-support base, and (ii) ribs and stringers connecting the fore and aft upright spars to one another.
A method comprising: calculating, by a processor, an estimated cumulative thermal dose delivered to a patient during charging of a rechargeable power source of an implantable medical device over a period of time; and selecting, by the processor, a power level for subsequent charging of the rechargeable power source based on the estimated cumulative thermal dose, wherein the estimated cumulative thermal dose delivered to the patient is indicative of the amount of heat estimated to be delivered to tissue of the patient over a period of time. calculating, by a processor, an estimated cumulative thermal dose delivered to a patient during charging of a rechargeable power source of an implantable medical device over a period of time; and selecting, by the processor, a power level for subsequent charging of the rechargeable power source based on the estimated cumulative thermal dose, wherein the estimated cumulative thermal dose delivered to the patient is indicative of the amount of heat estimated to be delivered to tissue of the patient over a period of time.
Rail vehicle for passenger transport, with at least a first and a second car, wherein the first/second car (1, 2) has a first/second end-entry region (1.2, 2.2) with two lateral, mutually opposite first/second end-entry doors (1.3, 2.3) and a first/second passenger interior section (1.4, 2.4) that is adjacent in the direction of the centre of the car, and the first/second end-entry region (1.2, 2.2) is separated from the adjacent first/second passenger interior section (1.4) by a first/second intermediate wall (1.6, 2.6) which is equipped with a first/second door (1.5) and runs in the transverse direction of the rail vehicle, and the first/second intermediate wall (1.6, 2.6) is used in a first/second opening between first/second door pillar panels (1.7, 2.7), which are mutually opposite and face the first/second passenger interior section (1.4, 2.4), of the first/second end-entry doors (1.3, 2.3), characterised in that the first and the second end-entry region (1.2, 2.2) have the same construction, the first passenger interior section (1.4) is equipped with continuous 2-plus-2 seating with central aisle and the second passenger interior section (2.4) of the second car is equipped with continuous 2-plus-1 seating with eccentric aisle, and a dimensioning and arrangement of the first opening in the first car is identical to a dimensioning and arrangement of the second opening in the second car.
A system to determine information related to a selected device used with a surgical navigation system for navigating a procedure relative to an anatomy, the system comprising: an information tag operable to store, receive, or transmit a selected information including a first calibration information; an information tag reader configured to at least one of read the selected information from the information tag, write the selected information to the information tag, or combinations thereof; a surgical instrument associated with the information tag wherein the information tag includes the selected information specific to the surgical instrument; a navigation system; a communication system interconnecting the information tag reader and the navigation system wherein the selected information read from the information tag is transmitted to the navigation system; wherein the information tag reader is further configured to write the selected information to the information tag including a change in the first calibration information to a second calibration information including size of the surgical instrument, tip location of the surgical instrument, or orientation of the surgical instrument; and a display operable to display a representation of the surgical instrument based upon the information read by the information tag reader from the information tag including the change in calibration information, wherein the selected information read by the information tag reader ensures that the representation of the surgical instrument is correct. an information tag operable to store, receive, or transmit a selected information including a first calibration information; an information tag reader configured to at least one of read the selected information from the information tag, write the selected information to the information tag, or combinations thereof; a surgical instrument associated with the information tag wherein the information tag includes the selected information specific to the surgical instrument; a navigation system; a communication system interconnecting the information tag reader and the navigation system wherein the selected information read from the information tag is transmitted to the navigation system; wherein the information tag reader is further configured to write the selected information to the information tag including a change in the first calibration information to a second calibration information including size of the surgical instrument, tip location of the surgical instrument, or orientation of the surgical instrument; and a display operable to display a representation of the surgical instrument based upon the information read by the information tag reader from the information tag including the change in calibration information, wherein the selected information read by the information tag reader ensures that the representation of the surgical instrument is correct.
An integrally bladed disk (24A; 24B; 24C), comprising: a rotor disk having a rim the periphery of which forms a flow surface; and circumferentially spaced blades (34a, 34b) extending integrally outward from the rim to define a flow path (50a, 50b, 50c) therebetween, wherein a base of each of the blades has a fillet; characterized in that the rim includes a plurality of trenches (42a, 42b, 42c; 52a, 52b, 52c; 62a, 62b, 62c, 62d, 62e, 62f) that are disposed adjacent and between the blades (50a, 50b, 50c) along the flow surface, wherein a deepest point of one of the trenches (42a, 42b, 42c; 52a, 52b, 52c; 62a, 62c, 62e) circumferentially aligns with a location of highest stress concentration at a leading edge of the fillet. a rotor disk having a rim the periphery of which forms a flow surface; and circumferentially spaced blades (34a, 34b) extending integrally outward from the rim to define a flow path (50a, 50b, 50c) therebetween, wherein a base of each of the blades has a fillet; characterized in that the rim includes a plurality of trenches (42a, 42b, 42c; 52a, 52b, 52c; 62a, 62b, 62c, 62d, 62e, 62f) that are disposed adjacent and between the blades (50a, 50b, 50c) along the flow surface, wherein a deepest point of one of the trenches (42a, 42b, 42c; 52a, 52b, 52c; 62a, 62c, 62e) circumferentially aligns with a location of highest stress concentration at a leading edge of the fillet.
Device for stabilizing a rolled metal band, preferably a steel band, on a roller table in a hot rolling mill, wherein the band has an upper side and a lower side and is moved in a band run direction on the roller table, comprising: - a roller table; - a plurality of nozzle rows (4, 4-1 to 4-10) which are arranged in the band run direction or in the width direction of the band, wherein each nozzle row has a plurality of nozzles and - a compressed air supply and a network of hose lines or pipe lines for supplying the nozzles with compressed air, wherein the nozzles can apply compressed air to the upper side of the band for stabilizing the movement of the band on the roller table, characterized by - a plurality of protective runners, oriented in each case in the band run direction, for the guiding of the band, wherein the protective runners are arranged above the roller table and the protective runners have a distance to each other in a width direction of the band; - wherein the nozzles are set back in relation to an underside of the protective runners so that an upwardly bent band cannot contact the nozzles. - a roller table; - a plurality of nozzle rows (4, 4-1 to 4-10) which are arranged in the band run direction or in the width direction of the band, wherein each nozzle row has a plurality of nozzles and - a compressed air supply and a network of hose lines or pipe lines for supplying the nozzles with compressed air, wherein the nozzles can apply compressed air to the upper side of the band for stabilizing the movement of the band on the roller table, - a plurality of protective runners, oriented in each case in the band run direction, for the guiding of the band, wherein the protective runners are arranged above the roller table and the protective runners have a distance to each other in a width direction of the band; - wherein the nozzles are set back in relation to an underside of the protective runners so that an upwardly bent band cannot contact the nozzles.
A vehicle structure comprising a first reinforcing element, a second reinforcing element and a connecting element, the first reinforcing element being suitable for absorbing a major portion of the impacts due to an a shock applied to a first end, along a main working direction, forming a main impact path, the second reinforcing element being suitable for absorbing a second portion of the impacts due to the shock applied to a first end, forming a secondary impact path, and first attachment means connect the connecting element to the second reinforcing element, the first attachment means being suitable for permitting a free sliding, along the main working direction, of the first end of the second reinforcing element during said shock, characterized in that the first attachment means comprise a bearing integral with the connecting element, passed through by the second reinforcing element, and in that a portion of the first attachment means comprise an intermediate part made of elastomer, interposed between said bearing and the second reinforcing element.
A single- or multi- powered robotic system, such as an exoskeleton, a prosthesis or a collaborative robot, that is physically interacting with a user, said system comprising at least one actuated joint; wherein the robot joint(s) is/are controlled in force by a low level controller using an impedance control; wherein the joint(s) output force(s) is/are determined by a high level controller using a finite state control; characterised in that the high level controller finite state control is governed by a voluntary motion from the user reaching a predetermined trigger, wherein said motion is a hip motion. wherein the robot joint(s) is/are controlled in force by a low level controller using an impedance control; wherein the joint(s) output force(s) is/are determined by a high level controller using a finite state control; characterised in that the high level controller finite state control is governed by a voluntary motion from the user reaching a predetermined trigger, wherein said motion is a hip motion.
A drug delivery device for dispensing of a liquid medicament, wherein the drug delivery device comprises an infusion pump operable to withdraw a liquid medicament from a reservoir by way of suction, the drug delivery device comprising: - at least one reservoir for the liquid medicament, the reservoir comprising: - a first boundary portion and a second boundary portion forming a cavity to receive the medicament, - wherein the first boundary portion is substantially opaque and flexible, - wherein the second boundary portion is substantially transparent and rigid, and - at least one outlet port in fluid connection with the cavity and intersecting the second boundary portion and wherein the medicament is extractable via the at least one outlet port from the cavity by way of suction of the infusion pump. - at least one reservoir for the liquid medicament, the reservoir comprising: - a first boundary portion and a second boundary portion forming a cavity to receive the medicament, - wherein the first boundary portion is substantially opaque and flexible, - wherein the second boundary portion is substantially transparent and rigid, and - at least one outlet port in fluid connection with the cavity and intersecting the second boundary portion and wherein the medicament is extractable via the at least one outlet port from the cavity by way of suction of the infusion pump. - a first boundary portion and a second boundary portion forming a cavity to receive the medicament, - wherein the first boundary portion is substantially opaque and flexible, - wherein the second boundary portion is substantially transparent and rigid, and - at least one outlet port in fluid connection with the cavity and intersecting the second boundary portion and wherein the medicament is extractable via the at least one outlet port from the cavity by way of suction of the infusion pump.
A resin composition comprising: inorganic powder; and a silane-modified polyolefin resin, wherein the inorganic powder is fly ash or incineration ash of sludge, an amount of the inorganic powder being fly ash or incineration ash of sludge is 60% by weight or more, and an amount of the silane-modified polyolefin resin is 1% by weight or more but 40% by weight or less. inorganic powder; and a silane-modified polyolefin resin, wherein the inorganic powder is fly ash or incineration ash of sludge, an amount of the inorganic powder being fly ash or incineration ash of sludge is 60% by weight or more, and an amount of the silane-modified polyolefin resin is 1% by weight or more but 40% by weight or less.
A method for establishing a group communication between subscribers in telecommunication networks, wherein subscribers at least for group communication purposes can be collected together as members of a group on the side of a telecommunication network, comprising at least one data base comprising data base entries containing at least one contacting information item for contacting possible group members in a telecommunication network, and at least one grouping device for collecting and/or coordinating group members of and/or in a group, wherein a grouping information item will be allocated to the at least one contacting information item of group members of the group in the telecommunication network at least in the at least one data base for grouping of group members in a group at least on the side of the telecommunication network, wherein the grouping information item is a group contacting information item for contacting the group in the telecommunication network enabling a teleconference for a voice communication between group members of the group, and the teleconference will be initiated by selecting the group contacting information item of the grouping information item in the telecommunication network by at least one group member of the group, characterized in that a message that can be transmitted by a message service of a mobile radio network will be created by a message sender and be sent via the mobile radio network to several message receivers, a computer unit that is switched in between the message transmission by the network recognizes that the message sent by the message sender to the several message receivers is a message addressed to a group, and the mobile phone numbers of the message receivers and the message sender are automatically collected and used to establish a group, wherein the established group receives a mobile phone number used as grouping information item for a clear identification. wherein a grouping information item will be allocated to the at least one contacting information item of group members of the group in the telecommunication network at least in the at least one data base for grouping of group members in a group at least on the side of the telecommunication network, wherein the grouping information item is a group contacting information item for contacting the group in the telecommunication network enabling a teleconference for a voice communication between group members of the group, and the teleconference will be initiated by selecting the group contacting information item of the grouping information item in the telecommunication network by at least one group member of the group,
Manufacturing method for wrought articles of near-beta titanium alloys comprising ingot melting and its thermomechanical processing via multiple heating, forging and cooling operations is provided, wherein the peculiarity of this method is that the melted ingot consists of, in weight percentages, 4.0 - 6.0 aluminum, 4.5 - 6.0 vanadium, 4.5 - 6.0 molybdenum, 2.0 - 3.6 chromium, 0.2 - 0.5 iron, 2.0 max. zirconium, 0.2 max. oxygen, 0.05 max. nitrogen, the balance being titanium, wherein in addition to that, thermomechanical processing includes heating to a temperature that is 150-380°C above BTT and hot working with the strain of 40-70%, followed by heating to a temperature that is 60-220°C above BTT and hot working with the strain of 30-60%, followed by heating to a temperature that is 20-60°C below BTT and hot working with the strain of 30-60%, with subsequent recrystallization via metal heating to a temperature that is 70-140°C above BTT and hot working with the strain of 20-60% followed by cooling down to the ambient temperature, then heating to a temperature that is 20-60°C below BTT and hot working with the strain of 30-70% and additional recrystallization via metal heating to a temperature that is 30-110°C above BTT and hot working with the strain of 15-50% followed by cooling down to the ambient temperature, then heating to a temperature that is 20-60°C below BTT and hot working with the strain of 50-90% and subsequent final hot working.