mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic heart valve for replacing a native valve, comprising: a collapsible and expandable stent extending between a proximal end and a distal end; a valve assembly disposed within the stent, the valve assembly including a plurality of leaflets; a first plurality of elongated legs integrally formed with the stent and transitionable from an extended configuration to a relaxed configuration and having free ends, the first plurality of elongated legs being coupled to the proximal end of the stent, each of the plurality of elongated legs having a free end extending away from the distal end of the stent in the extended configuration, and wherein the prosthetic heart valve further comprises a first sealing portion connected to the first plurality of legs and forming a first sealing structure upon the transition of the first plurality of legs from the extended configuration to the relaxed configuration, wherein the sealing portion extends from a first end at the stent where the first plurality of elongated legs are attached to the stent to a second end at the free ends, wherein each of the first plurality of legs is curled in the relaxed configuration, wherein the first sealing portion curls to form a sealing ring when the first plurality of legs transition from the extended configuration to the relaxed configuration, wherein the prosthetic valve is configured and arranged to be disposed in an annulus of the native valve in a deployed condition, and the first sealing ring is at the proximal end and configured to be disposed below leaflets of the native valve in the deployed condition. a collapsible and expandable stent extending between a proximal end and a distal end; a valve assembly disposed within the stent, the valve assembly including a plurality of leaflets; a first plurality of elongated legs integrally formed with the stent and transitionable from an extended configuration to a relaxed configuration and having free ends, the first plurality of elongated legs being coupled to the proximal end of the stent, each of the plurality of elongated legs having a free end extending away from the distal end of the stent in the extended configuration, and wherein the prosthetic heart valve further comprises a first sealing portion connected to the first plurality of legs and forming a first sealing structure upon the transition of the first plurality of legs from the extended configuration to the relaxed configuration, wherein the sealing portion extends from a first end at the stent where the first plurality of elongated legs are attached to the stent to a second end at the free ends, wherein each of the first plurality of legs is curled in the relaxed configuration, wherein the first sealing portion curls to form a sealing ring when the first plurality of legs transition from the extended configuration to the relaxed configuration, wherein the prosthetic valve is configured and arranged to be disposed in an annulus of the native valve in a deployed condition, and the first sealing ring is at the proximal end and configured to be disposed below leaflets of the native valve in the deployed condition.
Device for transporting a medium, having at least one channel which extends in an axial direction and through which the medium is guided, wherein the respective channel is surrounded by an electrically conductive inner envelope which is connected to an equipotential bonding conductor, and having an outer casing, wherein an electrically conductive outer envelope is provided between the channel and the outer casing, wherein the outer envelope is connected to an electrically conductive equipotential bonding conductor, wherein an electrically insulating intermediate layer is arranged between the channel and the outer envelope, wherein the intermediate layer is made of heat-insulating material, wherein the device has at least one end piece (82,92) on which a cap is applied, characterised in that the outer casing is electrically conductive with an electrical resistance of ≤ 10 9 Ωm, wherein the cap is electrically conductive and wherein a conductive heat-shrink tubing is applied on the cap and on regions of the outer casing, and secures the cap and conductively connects the latter to the outer casing.
A communication terminal capable of wireless LAN communication, comprising: search means for searching for a base station to act as an access point for the wireless LAN communication, said searching including at least a primary search and a final search; storage means for storing an application of wireless LAN communication, and search information to be utilized for searching for the base station by the search means, associated with the application of wireless LAN communication; set-up means for setting up an application of the wireless LAN communication; and determination means for determining search information in accordance with the application, by retrieving search information, corresponding to the application set up by the set-up means, from the storage means, wherein the search means is configured to search for a search-targeted base station to act as an access point, by targeting only a base station that corresponds to a base station identifier contained in the search information, for a predetermined period, wherein the search information includes search parameter information, which is set in accordance with the application, including a time interval in each search and the maximum number of searches in the searches other than the final search; and the search means is configured to perform searches on the basis of the search parameter information that is thus set. search means for searching for a base station to act as an access point for the wireless LAN communication, said searching including at least a primary search and a final search; storage means for storing an application of wireless LAN communication, and search information to be utilized for searching for the base station by the search means, associated with the application of wireless LAN communication; set-up means for setting up an application of the wireless LAN communication; and determination means for determining search information in accordance with the application, by retrieving search information, corresponding to the application set up by the set-up means, from the storage means, wherein the search means is configured to search for a search-targeted base station to act as an access point, by targeting only a base station that corresponds to a base station identifier contained in the search information, for a predetermined period, wherein the search information includes search parameter information, which is set in accordance with the application, including a time interval in each search and the maximum number of searches in the searches other than the final search; and the search means is configured to perform searches on the basis of the search parameter information that is thus set.
A computer-implemented method for establishing, enforcing or facilitating connectivity between a first system and a second system, wherein each system: is registered with a computer-based Platform; and is associated at the Platform with a cryptographic key and a certificate name; the method comprising: defining and/or storing a Policy defining traffic flow criteria and/or a Tag denoting a class, type or category of computer system; applying the Policy and/or tag to the first and/or second system; and providing reachability information to the first or second system to enable it to connect to the other system if, and only if, any and all rules, criteria and requirements associated with the Policy and/or tag permit connection of or between the first system and second system (6,7). is registered with a computer-based Platform; and is associated at the Platform with a cryptographic key and a certificate name; defining and/or storing a Policy defining traffic flow criteria and/or a Tag denoting a class, type or category of computer system; applying the Policy and/or tag to the first and/or second system; and providing reachability information to the first or second system to enable it to connect to the other system if, and only if, any and all rules, criteria and requirements associated with the Policy and/or tag permit connection of or between the first system and second system (6,7).
Vacuum gripper for the selective picking-up of parts, comprising: - a frame that defines a chamber in communication with a vacuum source; - a plate assembly wherein suction cups are provided, in projecting position on the bottom of the plate assembly; each suction cup having a channel suitable for communicating with the chamber of the frame in such a way to generate vacuum in the suction cup in order for the suction cup to operate, - valves provided in the plate assembly, each valve having a shutter in correspondence of each suction cup, which can be moved from a closing position, wherein it closes a communication between the chamber of the frame and the channel of the suction cup, deactivating the suction cup, to an opening position, wherein it opens the communication between the chamber of the frame and the channel of the suction cup, activating the suction cup, - an actuation device disposed above said plate assembly suitable for individually actuating the shutter from the closing position to the opening position to activate the desired suction cups, - deactivation means configured in such a way to simultaneously move all the shutters that are in open position to the closing position in such a way to simultaneously deactivate all the activated suction cups, characterized in that it comprises - a plotter connected to said actuation device to move said actuation device to a desired position according to the suction cup to be activated. - a frame that defines a chamber in communication with a vacuum source; - a plate assembly wherein suction cups are provided, in projecting position on the bottom of the plate assembly; each suction cup having a channel suitable for communicating with the chamber of the frame in such a way to generate vacuum in the suction cup in order for the suction cup to operate, - valves provided in the plate assembly, each valve having a shutter in correspondence of each suction cup, which can be moved from a closing position, wherein it closes a communication between the chamber of the frame and the channel of the suction cup, deactivating the suction cup, to an opening position, wherein it opens the communication between the chamber of the frame and the channel of the suction cup, activating the suction cup, - an actuation device disposed above said plate assembly suitable for individually actuating the shutter from the closing position to the opening position to activate the desired suction cups, - deactivation means configured in such a way to simultaneously move all the shutters that are in open position to the closing position in such a way to simultaneously deactivate all the activated suction cups, - a plotter connected to said actuation device to move said actuation device to a desired position according to the suction cup to be activated.
A power-module substrate unit comprising: a ceramic substrate layer; a circuit layer structured from a plurality of small circuit layers joined on one surface of the ceramic substrate layer; a metal layer joined on other surface of the ceramic substrate layer; and one radiation plate (30.32) joined on the metal layer, wherein each of the small circuit layers has a layered structure comprising a first aluminum layer joined on the one surface of the ceramic substrate layer and a first copper layer joined on the first aluminum layer by solid diffusion bonding; the metal layer is made from a same material as that of the first aluminum layer; and the radiation plate (30, 32) is joined on the metal layer by solid diffusion bonding; characterized in that: the radiation plate (30, 32) is made from copper or copper alloy; and a ratio (t1×A1×σ1) / (t2×A2×σ2) is not smaller than 0.80 and not larger than 1.20: where a thickness of the first copper layer is t1 (mm); a bonding area of the first copper layer is A1 (mm 2); an yield stress of the first copper layer is σ1 (N/mm 2); a thickness of the radiation plate (30, 32) at a bonding position to the metal layer is t2 (mm); a bonding area of the radiation plate (30, 32) is A2 (mm 2); and an yield stress of the radiation plate (30, 32) is σ2 (N/mm 2). a ceramic substrate layer; a circuit layer structured from a plurality of small circuit layers joined on one surface of the ceramic substrate layer; a metal layer joined on other surface of the ceramic substrate layer; and one radiation plate (30.32) joined on the metal layer, wherein each of the small circuit layers has a layered structure comprising a first aluminum layer joined on the one surface of the ceramic substrate layer and a first copper layer joined on the first aluminum layer by solid diffusion bonding; the metal layer is made from a same material as that of the first aluminum layer; and the radiation plate (30, 32) is joined on the metal layer by solid diffusion bonding; characterized in that: the radiation plate (30, 32) is made from copper or copper alloy; and a ratio (t1×A1×σ1) / (t2×A2×σ2) is not smaller than 0.80 and not larger than 1.20: where a thickness of the first copper layer is t1 (mm); a bonding area of the first copper layer is A1 (mm 2); an yield stress of the first copper layer is σ1 (N/mm 2); a thickness of the radiation plate (30, 32) at a bonding position to the metal layer is t2 (mm); a bonding area of the radiation plate (30, 32) is A2 (mm 2); and an yield stress of the radiation plate (30, 32) is σ2 (N/mm 2). the radiation plate (30, 32) is made from copper or copper alloy; and a ratio (t1×A1×σ1) / (t2×A2×σ2) is not smaller than 0.80 and not larger than 1.20: where a thickness of the first copper layer is t1 (mm); a bonding area of the first copper layer is A1 (mm 2); an yield stress of the first copper layer is σ1 (N/mm 2); a thickness of the radiation plate (30, 32) at a bonding position to the metal layer is t2 (mm); a bonding area of the radiation plate (30, 32) is A2 (mm 2); and an yield stress of the radiation plate (30, 32) is σ2 (N/mm 2).
A double-row rolling bearing, comprising: an outer member having two raceway surfaces on an inner circumference thereof; an inner member having two raceway surfaces on an outer circumference thereof, the inner member being arranged on an inner side of the outer member; two rows of rolling elements assembled into a space between each of the two raceway surfaces of the outer member and each of the two raceway surfaces of the inner member; and a retainer for retaining the rolling elements, any one of the outer member and the inner member comprising a pair of raceway rings (3a, 3b), both the pair of raceway rings (3a, 3b) being fastened with a fixing bolt, the pair of raceway rings (3a, 3b) having two or more positioning holes (13a, 13b) into which a positioning member is fit-inserted, to thereby suppress misalignment in a radial direction of the pair of raceway rings (3a, 3b), characterized in that a pitch angle between the positioning holes (β) is set to an angle other than a multiple of a pitch angle between the rolling elements (θ). an outer member having two raceway surfaces on an inner circumference thereof; an inner member having two raceway surfaces on an outer circumference thereof, the inner member being arranged on an inner side of the outer member; two rows of rolling elements assembled into a space between each of the two raceway surfaces of the outer member and each of the two raceway surfaces of the inner member; and a retainer for retaining the rolling elements, any one of the outer member and the inner member comprising a pair of raceway rings (3a, 3b), both the pair of raceway rings (3a, 3b) being fastened with a fixing bolt, the pair of raceway rings (3a, 3b) having two or more positioning holes (13a, 13b) into which a positioning member is fit-inserted, to thereby suppress misalignment in a radial direction of the pair of raceway rings (3a, 3b), characterized in that a pitch angle between the positioning holes (β) is set to an angle other than a multiple of a pitch angle between the rolling elements (θ).
A method for processing waste in a material handling system in which inventory items are transported, processed and stored, the materials handling system including multiple inventory holders that store inventory items, a plurality of waste holders configured to store waste material, a plurality of mobile drive units configured to transport waste material stored by the waste holders, a waste station configured to perform a waste processing task and a management module, the inventory holders being capable of being moved by a mobile drive unit between locations within a workspace, the method comprising: detecting, by the management module, an occurrence of a trigger event associated with a waste holder located at a first location; in response to detecting the trigger event, selecting, by the management module, one of the plurality of mobile drive units; instructing, by the management module, the selected mobile drive unit to move to the first location; instructing, by the management module, the selected mobile drive unit to load the waste holder containing the waste material onto the mobile drive unit at the first location; and instructing, by the management module, the selected mobile drive unit to transport the waste material from the first location to the waste station. detecting, by the management module, an occurrence of a trigger event associated with a waste holder located at a first location; in response to detecting the trigger event, selecting, by the management module, one of the plurality of mobile drive units; instructing, by the management module, the selected mobile drive unit to move to the first location; instructing, by the management module, the selected mobile drive unit to load the waste holder containing the waste material onto the mobile drive unit at the first location; and instructing, by the management module, the selected mobile drive unit to transport the waste material from the first location to the waste station.
Battery cell module, comprising a multiplicity of battery cells, in particular lithium-ion battery cells, which are arranged in a pack and which have in each case a substantially prismatic cell housing, wherein a respective cell housing has the three dimensions housing height, housing width and housing depth, wherein two of the dimensions are substantially identical for all of the battery cells of the battery cell module, and the third dimension differs at least for two battery cells of the battery cell module, wherein the battery cells are arranged adjacent to one another in a longitudinal direction of the battery cell module, and the third dimension is parallel to the longitudinal direction, characterized in that the battery cell module has at least one cooling plate which bears against an outer surface formed by the pack of battery cells, which outer surface is formed jointly by the respective outer surfaces of the individual battery cells, and wherein the respective outer surfaces are furthermore parallel to the longitudinal direction.
An attachment system for a locking system mounted to a closure, the attachment system comprising: a baseplate fastenable to a mounting surface of the closure, the baseplate including at least one circumferential cutout having an engagement feature, and at least one locking feature on a surface of the baseplate; a housing having at least one protrusion insertable into the at least one circumferential cutout and rotatably engageable with the engagement feature to selectively prevent the housing from being withdrawn from the baseplate in a direction normal to the mounting surface; and a locking device disposed inside the housing and accessible from outside the housing through a cutout defined in at least one of the housing and the baseplate, the locking device operable to rotatably lock and unlock the housing to the baseplate upon engagement with the at least one locking feature, characterized in that the baseplate is rotatably fastenable to the mounting surface of the closure via at least one fastener insertable through at least one lug disposed in and circumferentially displaceable through at least one circumferential track in the baseplate. a baseplate fastenable to a mounting surface of the closure, the baseplate including at least one circumferential cutout having an engagement feature, and at least one locking feature on a surface of the baseplate; a housing having at least one protrusion insertable into the at least one circumferential cutout and rotatably engageable with the engagement feature to selectively prevent the housing from being withdrawn from the baseplate in a direction normal to the mounting surface; and a locking device disposed inside the housing and accessible from outside the housing through a cutout defined in at least one of the housing and the baseplate, the locking device operable to rotatably lock and unlock the housing to the baseplate upon engagement with the at least one locking feature, characterized in that the baseplate is rotatably fastenable to the mounting surface of the closure via at least one fastener insertable through at least one lug disposed in and circumferentially displaceable through at least one circumferential track in the baseplate.
A motion assembly, comprising: a. a lower reaction plate; b. an upper reaction plate spaced apart from the lower reaction plate; c. a pivotable coupling, comprising: i. an upper end coupled to the upper reaction plate; and ii. a lower end pivotably connected to the upper end and coupled to the lower reaction plate; d. two linear actuator assemblies spaced apart from each other and from the pivotable coupling, characterised in that each linear actuator assembly comprises: i. an actuator coupling (330, 332) comprising a gimbal, connected to the upper reaction plate; ii. a clevis assembly (334, 336) connected to the lower reaction plate; and iii. a linear actuator (308, 310) comprising: 1. an upper end coupled to the actuator coupling (330, 332) and extending at least partially through the upper reaction plate; 2. a lower end connected to the clevis assembly (334, 336). a. a lower reaction plate; b. an upper reaction plate spaced apart from the lower reaction plate; c. a pivotable coupling, comprising: i. an upper end coupled to the upper reaction plate; and ii. a lower end pivotably connected to the upper end and coupled to the lower reaction plate; i. an upper end coupled to the upper reaction plate; and ii. a lower end pivotably connected to the upper end and coupled to the lower reaction plate; d. two linear actuator assemblies spaced apart from each other and from the pivotable coupling, characterised in that each linear actuator assembly comprises: i. an actuator coupling (330, 332) comprising a gimbal, connected to the upper reaction plate; ii. a clevis assembly (334, 336) connected to the lower reaction plate; and iii. a linear actuator (308, 310) comprising: 1. an upper end coupled to the actuator coupling (330, 332) and extending at least partially through the upper reaction plate; 2. a lower end connected to the clevis assembly (334, 336). i. an actuator coupling (330, 332) comprising a gimbal, connected to the upper reaction plate; ii. a clevis assembly (334, 336) connected to the lower reaction plate; and iii. a linear actuator (308, 310) comprising: 1. an upper end coupled to the actuator coupling (330, 332) and extending at least partially through the upper reaction plate; 2. a lower end connected to the clevis assembly (334, 336). 1. an upper end coupled to the actuator coupling (330, 332) and extending at least partially through the upper reaction plate; 2. a lower end connected to the clevis assembly (334, 336).