mhurhangee/patent-ind-claim-en huggingface dataset:
A valve prosthesis system comprising: a docking component having a compressed configuration for percutaneous delivery within a vasculature and an expanded configuration for deployment within a native heart valve, the docking component comprising: a tubular body formed from an impermeable material, the tubular body having opposing first and second end portions and an intermediate portion extending between the first and second end portions ; a first annular scaffold attached to the tubular body along the first end portion thereof; a second annular scaffold attached to the tubular body along the second end portion thereof, wherein the first and second annular scaffolds are independent from each other, wherein the intermediate portion of the tubular body is unsupported such that neither of the first or second annular scaffolds surround or overlap the intermediate portion of the tubular body ; and a prosthetic valve component having a compressed configuration for percutaneous delivery within a vasculature and an expanded configuration for deployment within the intermediate portion of the docking component , wherein the prosthetic valve component is configured to be delivered separately from the docking component , wherein the intermediate portion has a longitudinal length at least as long as prosthetic valve component . a tubular body formed from an impermeable material, the tubular body having opposing first and second end portions and an intermediate portion extending between the first and second end portions ; a first annular scaffold attached to the tubular body along the first end portion thereof; a second annular scaffold attached to the tubular body along the second end portion thereof, wherein the first and second annular scaffolds are independent from each other, wherein the intermediate portion of the tubular body is unsupported such that neither of the first or second annular scaffolds surround or overlap the intermediate portion of the tubular body ; and a prosthetic valve component having a compressed configuration for percutaneous delivery within a vasculature and an expanded configuration for deployment within the intermediate portion of the docking component , wherein the prosthetic valve component is configured to be delivered separately from the docking component , wherein the intermediate portion has a longitudinal length at least as long as prosthetic valve component .
A surgical clip for a surgical clip applicator, having at least one pair of clip arms , wherein each clip arm has a distal end and a proximal end and the two clip arms of a pair of clip arms are connected to each other at their proximal ends to form a clip throat , wherein a tangent angle (α) between a tangent (T) to a neutral fiber of a clip arm and a perpendicular to a longitudinal axis of the clip increases over the entire length of the clip arm substantially continuously characterized in that the tangent angle (α) has, on a length on the clip arm (l a ) of 22%, wherein a length on the clip arm of 0% corresponds to the clip throat, a value of at least 60°, preferably a value of at least 67°, and further preferably a value of 67° to 80°. at least one pair of clip arms , wherein each clip arm has a distal end and a proximal end and the two clip arms of a pair of clip arms are connected to each other at their proximal ends to form a clip throat , wherein a tangent angle (α) between a tangent (T) to a neutral fiber of a clip arm and a perpendicular to a longitudinal axis of the clip increases over the entire length of the clip arm substantially continuously characterized in that the tangent angle (α) has, on a length on the clip arm (l a ) of 22%, wherein a length on the clip arm of 0% corresponds to the clip throat, a value of at least 60°, preferably a value of at least 67°, and further preferably a value of 67° to 80°.
A processing machine for separatingly processing a plate-shaped material , including a processing station in which said separating processing is performed by means of a processing head , and including a workpiece support for receiving said plate-shaped material , and including a loading and unloading station which is disposed outside of said processing station and to which the workpiece support may be moved, said loading and unloading station having a mobile sorting device which extends at least partially across the workpiece support and may be moved at least partially along the workpiece support , and said sorting device having a bridge spanning over the workpiece support and being supported by two running gears disposed respectively on either side of the bridge , said sorting device receiving a deposition surface for processed workpieces .
Laboratory balance , comprising a weighing chamber with a weighing chamber rear wall , a weighing pan located inside the weighing chamber , a housing 11 adjoining the weighing chamber rear wall , and a weighing cell located inside the housing , wherein the weighing cell comprises a load-receiving structure arranged on a side of the weighing cell that faces the weighing chamber rear wall , said load-receiving structure comprising a suspension pin extending in transverse direction of the load-receiving structure , wherein the weighing pan is movable in a longitudinal direction of the laboratory balance towards and away from the weighing chamber rear wall , and the weighing chamber rear wall has at least one passage opening through which the weighing pan can be brought into engagement with the load-receiving structure , wherein the weighing pan comprises two sidebars spaced apart and held together by a connecting member , each of the two sidebars having a substantially L-shaped configuration with a substantially horizontal portion and a substantially vertical portion joined together at substantially a right angle, wherein the vertical portion further comprises a hook-shaped portion configured to engage the suspension pin of the load-receiving structure , characterized in that the vertical portion of each of the two sidebars further comprises a guiding portion extending from the hook-shaped portion in the direction towards the load-receiving structure and sloping upwards from the hook-shaped portion wherein, through sliding contact between the suspension pin and the guiding portion , the hook-shaped portion , is guidable to seat itself in an engaged position on the suspension pin .
A method comprising: executing a boot process at a processor of an integrated circuit, IC, package responsive to monitoring a power cycling of an electronic device, at the integrated circuit, IC, package of the electronic device, a first voltage rail and a second voltage rail of the electronic device; characterised in that the method further comprises configuring a first set of one or more input/output, IO, driver/receiver circuitries of the IC package to operate at one of a non-zero first voltage level of the first voltage rail or a non-zero second voltage level of the second voltage rail depending on which of the first voltage rail and the second voltage rail ramps up to a corresponding specified voltage level first. executing a boot process at a processor of an integrated circuit, IC, package responsive to monitoring a power cycling of an electronic device, at the integrated circuit, IC, package of the electronic device, a first voltage rail and a second voltage rail of the electronic device; characterised in that the method further comprises configuring a first set of one or more input/output, IO, driver/receiver circuitries of the IC package to operate at one of a non-zero first voltage level of the first voltage rail or a non-zero second voltage level of the second voltage rail depending on which of the first voltage rail and the second voltage rail ramps up to a corresponding specified voltage level first.
A method of monitoring conditions at a space, performed by a system comprising a network linked application server communicatively linked with a monitoring device, to control operative states of one or more devices, comprising: a. monitoring in a first mode having ascertained that at least one mobile device of permanent authorization is within a distance threshold from the space, the first mode controlling one or more devices in a first operative state; and, b. monitoring in a second mode having ascertained that the mobile devices of permanent authorization are all beyond the distance threshold from the space, the second mode controlling the one or more devices in second operative states that depend on whether a present time is within a time period of temporary user authorization, the time period of temporary user authorization being a time period in which at least one mobile device of temporary authorization is authorized within the distance threshold. a. monitoring in a first mode having ascertained that at least one mobile device of permanent authorization is within a distance threshold from the space, the first mode controlling one or more devices in a first operative state; and, b. monitoring in a second mode having ascertained that the mobile devices of permanent authorization are all beyond the distance threshold from the space, the second mode controlling the one or more devices in second operative states that depend on whether a present time is within a time period of temporary user authorization, the time period of temporary user authorization being a time period in which at least one mobile device of temporary authorization is authorized within the distance threshold.
Mechanical timepiece movement comprising a strip resonator mechanism that includes at least one inertial element oscillating about a first pivot axis (D1) under the action of mechanical elastic return means comprising a plurality of flexible strips , fixed, on the one hand, directly or indirectly, to a structure of said resonator mechanism , and on the other hand, directly or indirectly, to said at least one inertial element , said resonator mechanism being coupled to a magnetic escapement mechanism , which includes at least one escape wheel set pivoting about a second pivot axis (D2) and subjected to a torque exerted by at least one source of energy , and said at least one inertial element including at least two first magnetized areas at the periphery thereof, arranged to cooperate directly with second magnetized areas comprised in one said escape wheel set and in partial superposition therewith in projection onto a projection plane perpendicular to said first pivot axis (D1), characterized in that said at least one escape wheel set includes a plurality of said second tangential magnetized areas each arranged substantially tangentially, and each arranged to repel one of said first magnetized areas , and further characterized in that said movement includes isochronism correction means combining, on the one hand, said first magnetized areas of said at least one inertial element , and, on the other hand, compensating magnets on said at least one escape wheel set , each said compensating magnet being arranged in proximity to one said second nearby tangential magnetized area and producing a leakage field in a different direction from that of the field of said second nearby tangential magnetized area , and said leakage field being dimensioned to interact with one of said first magnetized areas of said at least one inertial element and to produce a low variation in the operation of said resonator mechanism .
A sealing tool for closing a package by sealingly bonding a first packaging member to a second packaging member , comprising: an upper part of the sealing tool having an outer member and an inner member arranged within the outer member , the outer member being movable relative to the inner member with respect to a vertical direction; a lower part of the sealing tool arranged below the upper part of the sealing tool and having a sealing surface ; and a lifting drive configured to move the lower part of the sealing tool along a vertical direction from a receiving position, in which the first packaging member and the second packaging member can be inserted between the lower part of the sealing tool and the upper part of the sealing tool, to a sealing position for bonding the first packaging member to the second packaging member by cooperation of the lower part of the sealing tool and the upper part of the sealing tool, characterized in that the inner member of the upper part of the sealing tool comprises an upper inner member and a lower inner member movable relative to the upper inner member with respect to a vertical direction, wherein a sealing edge for cooperating in sealing with the sealing surface of the lower part of the sealing tool is provided at the lower inner member , wherein a pressure chamber bounded by a diaphragm at its bottom is formed in the upper inner member , the lower inner member being pressed against the diaphragm in the sealing position so that a sealing pressure is applied. an upper part of the sealing tool having an outer member and an inner member arranged within the outer member , the outer member being movable relative to the inner member with respect to a vertical direction; a lower part of the sealing tool arranged below the upper part of the sealing tool and having a sealing surface ; and a lifting drive configured to move the lower part of the sealing tool along a vertical direction from a receiving position, in which the first packaging member and the second packaging member can be inserted between the lower part of the sealing tool and the upper part of the sealing tool, to a sealing position for bonding the first packaging member to the second packaging member by cooperation of the lower part of the sealing tool and the upper part of the sealing tool, characterized in that the inner member of the upper part of the sealing tool comprises an upper inner member and a lower inner member movable relative to the upper inner member with respect to a vertical direction, wherein a sealing edge for cooperating in sealing with the sealing surface of the lower part of the sealing tool is provided at the lower inner member , wherein a pressure chamber bounded by a diaphragm at its bottom is formed in the upper inner member , the lower inner member being pressed against the diaphragm in the sealing position so that a sealing pressure is applied.
Drive system comprising a first module, in particular a power supply module or axis module , wherein an insulating part is arranged on a sheet-metal part of the first module that functions as a housing part, in which insulating part a metal threaded bushing is connected and/or arranged in a cohesive manner, in particular in a manner encapsulated by injection moulding with plastic, wherein a busbar is received at least partially in an elongate recess, in particular a groove, of the insulating part , wherein a busbar bracket is placed and arranged on the busbar on the side of the busbar facing away from the insulating part , wherein a screw , in particular a screw head of the screw , presses the busbar bracket part against the busbar , in particular via a washer , and the busbar is thus pressed against the insulating part , wherein a cable shoe , which is connected to a cable , is screwed onto the busbar bracket part by means of a further srew , characterized in that , by means of two oppositely right-angled bends, a sub-region of the busbar bracket part is oriented parallel to the busbar and is arranged at a distance from the busbar , wherein, by means of the further screw , the cable shoe is screw-connected to the sub-region on the side of the sub-region facing away from the busbar . wherein an insulating part is arranged on a sheet-metal part of the first module that functions as a housing part, in which insulating part a metal threaded bushing is connected and/or arranged in a cohesive manner, in particular in a manner encapsulated by injection moulding with plastic, wherein a busbar is received at least partially in an elongate recess, in particular a groove, of the insulating part , wherein a busbar bracket is placed and arranged on the busbar on the side of the busbar facing away from the insulating part , wherein a screw , in particular a screw head of the screw , presses the busbar bracket part against the busbar , in particular via a washer , and the busbar is thus pressed against the insulating part , wherein a cable shoe , which is connected to a cable , is screwed onto the busbar bracket part by means of a further srew , characterized in that , by means of two oppositely right-angled bends, a sub-region of the busbar bracket part is oriented parallel to the busbar and is arranged at a distance from the busbar , wherein, by means of the further screw , the cable shoe is screw-connected to the sub-region on the side of the sub-region facing away from the busbar .
Conductor connection terminal for connecting electrical conductors to a busbar , the conductor connection terminal having an insulating material housing , a busbar and a clamping spring , and the clamping spring having a clamping leg and a contact leg mounted on the busbar , which are connected to one another by a spring bend , the contact leg having, starting from the spring bend , behind the bearing of the contact leg on the conductor rail , an elastic, deflectable spring section which can be deflected, with a run-up slope for guiding the conductor to be connected, a first section of the busbar extending essentially parallel to the conductor insertion direction (R L ) and a second section of the busbar projecting at an angle from the first section of the busbar , characterized in that the second section of the busbar has a recess through which the contact leg of the clamping spring is guided, so that the contact leg is mounted on the second section of the busbar .
Cooking appliance comprising: - a vessel having a bottom , an upper opening facing the bottom and a side wall extending from the bottom to the upper opening , - a stirring obstacle mounted on the side wall , - a movable stirring blade intended to stir food disposed in the vessel , the cooking appliance being characterised by : - a fixed guiding element extending substantially over the perimeter of the upper opening along a closed route , - an engagement element secured to the stirring blade and connecting the stirring blade to the guiding element , the engagement element being configured to be guided along the closed route , the closed route being shaped to enable the movement of the stirring blade facing and in the proximity of a first part of the side wall , and to enable the movement of the stirring blade facing and at a distance from a second part of the side wall , so as to avoid the stirring obstacle , the stirring obstacle being disposed on the second part of the side wall . - a vessel having a bottom , an upper opening facing the bottom and a side wall extending from the bottom to the upper opening , - a stirring obstacle mounted on the side wall , - a movable stirring blade intended to stir food disposed in the vessel , the cooking appliance being characterised by : - a fixed guiding element extending substantially over the perimeter of the upper opening along a closed route , - an engagement element secured to the stirring blade and connecting the stirring blade to the guiding element , the engagement element being configured to be guided along the closed route , the closed route being shaped to enable the movement of the stirring blade facing and in the proximity of a first part of the side wall , and to enable the movement of the stirring blade facing and at a distance from a second part of the side wall , so as to avoid the stirring obstacle , the stirring obstacle being disposed on the second part of the side wall . - a fixed guiding element extending substantially over the perimeter of the upper opening along a closed route , - an engagement element secured to the stirring blade and connecting the stirring blade to the guiding element , the engagement element being configured to be guided along the closed route , the closed route being shaped to enable the movement of the stirring blade facing and in the proximity of a first part of the side wall , and to enable the movement of the stirring blade facing and at a distance from a second part of the side wall , so as to avoid the stirring obstacle , the stirring obstacle being disposed on the second part of the side wall .
A base station in an integrated access and backhaul, IAB, wireless communication system, the base station comprising: a transceiver ; and a processor the base station being characterized in that the processor is configured to: control the transceiver to broadcast a system information block, SIB, including information on a first physical random access channel, PRACH, configuration index for a user equipment, UE, information on a second PRACH configuration index for an IAB node and information on an IAB PRACH offset, and control the transceiver to receive , from the IAB node , a random access preamble on resources identified based on the information on the second PRACH configuration index for the IAB node and the information on the IAB PRACH offset, wherein the information on the IAB PRACH offset includes at least one of a first offset value on a slot, a second offset value on a subframe or a third offset value on a radio frame, and wherein the base station is a donor IAB node. a transceiver ; and a processor control the transceiver to broadcast a system information block, SIB, including information on a first physical random access channel, PRACH, configuration index for a user equipment, UE, information on a second PRACH configuration index for an IAB node and information on an IAB PRACH offset, and control the transceiver to receive , from the IAB node , a random access preamble on resources identified based on the information on the second PRACH configuration index for the IAB node and the information on the IAB PRACH offset, wherein the information on the IAB PRACH offset includes at least one of a first offset value on a slot, a second offset value on a subframe or a third offset value on a radio frame, and wherein the base station is a donor IAB node.
Transport chain for rod-shaped products of the tobacco processing-industry with - a plurality of interconnected chain links having surfaces which complement each other on one side to form a support surface for the products, wherein - the adjacent chain links are each pivotally connected to one another about first pivot axes and about second pivot axes , wherein - the first pivot axes are aligned parallel to the support surface and transverse to the longitudinal direction of the transport chain , and - the second pivot axes being aligned transversely to the support surface and transversely to the longitudinal direction of the transport chain , characterized in that - at least one supporting element is provided at at least one of the two ends of a respective chain link , which supporting element can be pivoted relative to the chain link about a third pivot axis aligned in the longitudinal direction of the transport chain . - a plurality of interconnected chain links having surfaces which complement each other on one side to form a support surface for the products, wherein - the adjacent chain links are each pivotally connected to one another about first pivot axes and about second pivot axes , wherein - the first pivot axes are aligned parallel to the support surface and transverse to the longitudinal direction of the transport chain , and - the second pivot axes being aligned transversely to the support surface and transversely to the longitudinal direction of the transport chain , - at least one supporting element is provided at at least one of the two ends of a respective chain link , which supporting element can be pivoted relative to the chain link about a third pivot axis aligned in the longitudinal direction of the transport chain .