mhurhangee/ep-ind-claims huggingface dataset:
An interventional catheter assembly comprising: an operating head (40; 60; 100; 150; 170) mounted at a distal end of the catheter assembly and comprising a system for removing obstructive material from a target site in a body lumen or a cavity; at least one aspiration port (156; 178) provided in proximity to the operating head and in communication with a sealed lumen for withdrawing aspirate fluids and obstructive material from the target site; at least one infusion port for supplying infusate fluid to a location in proximity to the target site; an aspiration system (16, 22) for applying vacuum to the at least one aspiration port (156; 178); and an infusion system (14, 18, 20) for providing infusate fluid to the at least one infusion port, wherein the infusion and aspiration systems are controlled during operation of the interventional catheter assembly to provide volume ratios of infusate to aspirate of greater than about 1:1 and less than about 2.5:1; wherein the at least one aspiration port (156; 178) is located proximal to the operating head (150; 170); wherein the at least one infusion port is located proximal to the at least one aspiration port. an operating head (40; 60; 100; 150; 170) mounted at a distal end of the catheter assembly and comprising a system for removing obstructive material from a target site in a body lumen or a cavity; at least one aspiration port (156; 178) provided in proximity to the operating head and in communication with a sealed lumen for withdrawing aspirate fluids and obstructive material from the target site; at least one infusion port for supplying infusate fluid to a location in proximity to the target site; an aspiration system (16, 22) for applying vacuum to the at least one aspiration port (156; 178); and an infusion system (14, 18, 20) for providing infusate fluid to the at least one infusion port, wherein the infusion and aspiration systems are controlled during operation of the interventional catheter assembly to provide volume ratios of infusate to aspirate of greater than about 1:1 and less than about 2.5:1; wherein the at least one aspiration port (156; 178) is located proximal to the operating head (150; 170); wherein the at least one infusion port is located proximal to the at least one aspiration port.
A speed reducer comprising: a driving shaft driven by a driving means; a pair of driving gears (11, 12) comprising a first driving gear and a second driving gear, in which the first driving gear and the second driving gear are installed at a one end of the driving shaft and are positioned facing each other, driven gears (21, 22) comprising a first driven gear and a second driven gear, which are positioned facing each other and making a pair, in which the first driven gear and the second driven gear are meshed with the first driving gear and the second driving gear, respectively and they comprise a bevel gear, respectively, characterized in that the first driving gear and the second driving gear have a different size with the same gear ratio to the respective driven gear (21, 22); and characterized by: a driven shaft for supporting the first driven gear and the second driven gear, whereby the driving shaft is installed at the driven shaft in a manner that it passes through a middle portion of the driven shaft; and a rotational member for outputting the rotational force to slow down, the rotational member being coupled to the driven gears (21, 22). a driving shaft driven by a driving means; a pair of driving gears (11, 12) comprising a first driving gear and a second driving gear, in which the first driving gear and the second driving gear are installed at a one end of the driving shaft and are positioned facing each other, driven gears (21, 22) comprising a first driven gear and a second driven gear, which are positioned facing each other and making a pair, in which the first driven gear and the second driven gear are meshed with the first driving gear and the second driving gear, respectively and they comprise a bevel gear, respectively, characterized in that the first driving gear and the second driving gear have a different size with the same gear ratio to the respective driven gear (21, 22); and characterized by: a driven shaft for supporting the first driven gear and the second driven gear, whereby the driving shaft is installed at the driven shaft in a manner that it passes through a middle portion of the driven shaft; and a rotational member for outputting the rotational force to slow down, the rotational member being coupled to the driven gears (21, 22). a driven shaft for supporting the first driven gear and the second driven gear, whereby the driving shaft is installed at the driven shaft in a manner that it passes through a middle portion of the driven shaft; and a rotational member for outputting the rotational force to slow down, the rotational member being coupled to the driven gears (21, 22).
Gold particle having a cross-section in the range of 20 - 100 μm, preferably in the range of 20-40 μm and having a purity greater than 99.00% w/w, preferably 99.99% w/w for use in therapy to prevent or reduce capsular contracture.
Method for damping vibrations which can be expected to be exerted by mechanical equipment for moving a wafer along a predetermined transport path, wherein the wafer is moved from a first geometrical position to a second geometrical position along the predetermined transport path and wherein the movement of the wafer is divided in a plurality of subsequent path sections (S1, S2,.., Sn) and wherein the movement of the wafer is accelerated during movement in the first path section with a first predetermined acceleration and is decelerated during movement in the last path section (Sn) with a last predetermined deceleration (An), wherein the wafer is moved in a second section subsequent to the first section with an acceleration having an absolute value which is lower than the absolute value of the first acceleration and wherein the wafer is moved in a second to last section (Sn-1) before the last section (Sn) at a deceleration (An-1) having an absolute value which is lower than the absolute value of the last deceleration (An) characterized in that in at least one further section (S3, Sn-2) of the transport path, which further section is located between the second section and the second to last section (Sn-1), the movement of the wafer is accelerated or decelerated with a third acceleration such that a ratio between the first acceleration and the third acceleration is smaller than 1 and is a value which is characterizing the damping of the oscillation which has been exerted or induced by the first acceleration, to damp a vibration in the movement of the wafer caused or to be caused by the acceleration or the deceleration in at least one of the sections.
A corrugated bellows-type bellows apron of a bellows of a gangway between two vehicles articulately connected to each other, the bellows apron having several corrugated elements disposed next to each other, which are connected to each other in the area of the leg of the individual corrugated elements, the corrugated elements having at least one section that is bent in the direction of the center longitudinal axis of the gangway, the corrugated elements having at least one reinforcement (36a, 36b) coated with an elastomer, characterized in that the section of the corrugated element of the bellows apron that is bent in the direction of the centre longitudinal axis of the gangway has a wear layer.
A means for housing (100, 200) one or more electronic components for an electronic device in the interior of the means for housing, the means for housing comprising: first and second means for housing parts having respective conforming faces arranged to be able to be brought together such that the means for housing provides a housing for one or more of the electronic components, wherein the conforming faces are arranged to define a channel therebetween in the brought together condition, the channel extending from an exterior of the means for housing towards an interior of the means for housing, and wherein the channel is arranged to comprise a discontinuity in a dimension of the channel arranged to resist capillary action; characterised in that the channel is arranged to narrow from the exterior of the means for housing and wherein the discontinuity is formed at a point along the narrowing of the channel. first and second means for housing parts having respective conforming faces arranged to be able to be brought together such that the means for housing provides a housing for one or more of the electronic components, wherein the conforming faces are arranged to define a channel therebetween in the brought together condition, the channel extending from an exterior of the means for housing towards an interior of the means for housing, and wherein the channel is arranged to comprise a discontinuity in a dimension of the channel arranged to resist capillary action; characterised in that the channel is arranged to narrow from the exterior of the means for housing and wherein the discontinuity is formed at a point along the narrowing of the channel.
A scanner (6; 24) comprising: an optical fiber that guides light from a light source; a drive unit (16; 27) including at least one actuator that, when a voltage is applied thereto, displaces an exit end of the optical fiber in a radial direction of an optical axis of the optical fiber; a support portion that is spaced away from the drive unit (16; 27) towards a basal end of a main body of the scanner (6; 24) to support the optical fiber; and a correction portion (18; 30) that is adapted to shift a combined center of gravity of the drive unit (16; 27) and the correction portion (18; 30) to substantially coincide with a combined center of gravity of the optical fiber and the support portion in a radial cross section of the optical fiber. an optical fiber that guides light from a light source; a drive unit (16; 27) including at least one actuator that, when a voltage is applied thereto, displaces an exit end of the optical fiber in a radial direction of an optical axis of the optical fiber; a support portion that is spaced away from the drive unit (16; 27) towards a basal end of a main body of the scanner (6; 24) to support the optical fiber; and a correction portion (18; 30) that is adapted to shift a combined center of gravity of the drive unit (16; 27) and the correction portion (18; 30) to substantially coincide with a combined center of gravity of the optical fiber and the support portion in a radial cross section of the optical fiber.
A method for determining a path of a mobile session of a user equipment, UE, having an identifier associated therewith, the method comprising: determining an IP address of the UE using the identifier associated with the UE; determining a PDN Gateway, PGW, supporting the mobile session using the IP address of the UE, determining an Serving Gateway, SGW, supporting the mobile session using a list of a plurality of SGWs associated with the PGW and the identifier associated with the UE; and determining an eNodeB supporting the mobile session using a list of bearers supported by the SGW and the identifier associated with the UE. determining an IP address of the UE using the identifier associated with the UE; determining a PDN Gateway, PGW, supporting the mobile session using the IP address of the UE, determining an Serving Gateway, SGW, supporting the mobile session using a list of a plurality of SGWs associated with the PGW and the identifier associated with the UE; and determining an eNodeB supporting the mobile session using a list of bearers supported by the SGW and the identifier associated with the UE.
Fire suppression arrangement for suppressing a fire in a battery pack, such as a lithium-ion battery pack, said arrangement comprising said battery pack, and a thermal management system comprising a liquid circuit for circulating a liquid to control the temperature of said battery pack, characterized in that said liquid circuit comprises at least one opening which is closed by a sealing member comprising a fusible portion, wherein said fusible portion is configured to melt when exposed to a temperature above a predetermined activation temperature, thereby allowing liquid to be discharged from said liquid circuit through said opening to cool a portion of said battery pack in the event of an abnormal temperature rise near said opening, wherein said sealing member comprises a mist spraying nozzle, a fluid passage (37, 39, 41) of which is sealed by said fusible portion. said battery pack, and a thermal management system comprising a liquid circuit for circulating a liquid to control the temperature of said battery pack, characterized in that said liquid circuit comprises at least one opening which is closed by a sealing member comprising a fusible portion, wherein said fusible portion is configured to melt when exposed to a temperature above a predetermined activation temperature, thereby allowing liquid to be discharged from said liquid circuit through said opening to cool a portion of said battery pack in the event of an abnormal temperature rise near said opening, wherein said sealing member comprises a mist spraying nozzle, a fluid passage (37, 39, 41) of which is sealed by said fusible portion.
A variable flow resistance system for use in a subterranean well, the system comprising: a flow chamber through which a fluid composition flows, the chamber having at least one inlet through which the fluid composition enters the chamber, an outlet through which the same fluid composition exits the chamber, and at least one first structure spirally oriented relative to the outlet, whereby the structure induces spiral flow of the fluid composition about the outlet, and wherein at least one second structure circumferentially oriented relative to the outlet impedes a change in direction of flow of the fluid composition radially toward the outlet.
A method of accessing In Case of Emergency, ICE, information in a mobile entity (100, 200), the method comprising the steps of: - actuating a state transition of a power button (105, 205) of the mobile entity; - presenting a menu (400, 500) for selecting at least one operational mode of said mobile entity, including a power option mode for turning on or off the mobile entity (100, 200), as a response to said actuation of said power button, wherein said menu further provides options of retrieving ICE information (401, 501) accessible from a memory of said mobile entity, including - a first option to render retrieved ICE information in the mobile entity; and - a second option to send retrieved ICE information; - receiving said ICE information (401, 501) from said memory by selecting one of said options of retrieving ICE information; and - sending the ICE information to a contact without rendering the ICE information on the mobile entity, responsive to selecting the second option. - actuating a state transition of a power button (105, 205) of the mobile entity; - presenting a menu (400, 500) for selecting at least one operational mode of said mobile entity, including a power option mode for turning on or off the mobile entity (100, 200), as a response to said actuation of said power button, wherein said menu further provides options of retrieving ICE information (401, 501) accessible from a memory of said mobile entity, including - a first option to render retrieved ICE information in the mobile entity; and - a second option to send retrieved ICE information; - a first option to render retrieved ICE information in the mobile entity; and - a second option to send retrieved ICE information; - receiving said ICE information (401, 501) from said memory by selecting one of said options of retrieving ICE information; and - sending the ICE information to a contact without rendering the ICE information on the mobile entity, responsive to selecting the second option.
Heating device for a smoke-free cigarette consisting of a liquid container, which is filled with a substance, and a reaction element, which is made of a substance, wherein a mixing of said substances causes an exothermic reaction and which are separated from one another by at least one destructible seal, wherein a pin is provided at the reaction element, which interacts with the seal, characterised in that the pin consists of heat-conducting plastic or metal, that a profile body is placed on the pin and that the profile body is made of an alkaline earth metal, calcium chloride, calcium chloride, magnesium sulphate, sodium hydroxide or calcium oxide.
Method for recognizing a distribution shift in a data distribution and/or feature distribution of input data, wherein the method is carried out in at least one mobile apparatus, comprising the following steps: receiving the input data using an input apparatus, executing a function that is identical in terms of objective on the received input data using a first processing module and at least one second processing module, wherein the first processing module and the at least one second processing module are structurally different from one another, wherein at least the first processing module has been created on the basis of machine learning, and wherein the processing modules (3-1, 3-2) execute a perception function using which objects in the surroundings of the mobile apparatus are classified, comparing the results delivered by the processing modules (3-1, 3-2) and identifying a distribution shift on the basis of the comparison result using an evaluation apparatus, wherein a distribution shift is identified when the processing modules (3-1, 3-2) deliver different classifications of objects as results, and if a distribution shift has been identified: providing a candidate signal and outputting the provided candidate signal using an output apparatus, wherein the candidate signal comprises a description of the processing modules (3-1, 3-2) that are used and/or a description of the comparison result and/or a description of a context situation. receiving the input data using an input apparatus, executing a function that is identical in terms of objective on the received input data using a first processing module and at least one second processing module, wherein the first processing module and the at least one second processing module are structurally different from one another, wherein at least the first processing module has been created on the basis of machine learning, and wherein the processing modules (3-1, 3-2) execute a perception function using which objects in the surroundings of the mobile apparatus are classified, comparing the results delivered by the processing modules (3-1, 3-2) and identifying a distribution shift on the basis of the comparison result using an evaluation apparatus, wherein a distribution shift is identified when the processing modules (3-1, 3-2) deliver different classifications of objects as results, and if a distribution shift has been identified: providing a candidate signal and outputting the provided candidate signal using an output apparatus, wherein the candidate signal comprises a description of the processing modules (3-1, 3-2) that are used and/or a description of the comparison result and/or a description of a context situation. providing a candidate signal and outputting the provided candidate signal using an output apparatus, wherein the candidate signal comprises a description of the processing modules (3-1, 3-2) that are used and/or a description of the comparison result and/or a description of a context situation.
A method to generate a frequency output on a meter electronics of a vibratory flow meter, the method comprising initializing an input clock signal having a predetermined period; calculating a flow rate based on the predetermined period; calculating a desired frequency based on the calculated flow rate and a predetermined flow rate-frequency scaling; for each input clock period, incrementally calculating a plurality of fractional pulses, characterized in that each fractional pulse of the plurality of fractional pulses is calculated based on the desired frequency times the predetermined period of the input clock signal added to a value of a preceding fractional pulse, and in that the method comprises: outputting the desired frequency by toggling an output state when the calculated fractional pulse is greater than or equal to a value of 0.5.
An antenna system comprising: a plurality of dielectric rod stacks (510A-P); a control circuit including a plurality of independently controlled output circuit boards (1100A-B) that are radially arranged, wherein: each independently controlled output circuit board (1100A-B) includes a respective dielectric rod stack (510A-P), and the respective dielectric rod stack (510A-P) includes a plurality of respective dielectric rods (110A-P); wherein the control circuit is configured to select the dielectric rod stack (510A-P), and the respective dielectric rods (110A-P) of the respective dielectric rod stack (510A-P) such that a beam of emitted or received radio frequency, RF, waves is adjusted. a plurality of dielectric rod stacks (510A-P); a control circuit including a plurality of independently controlled output circuit boards (1100A-B) that are radially arranged, wherein: each independently controlled output circuit board (1100A-B) includes a respective dielectric rod stack (510A-P), and the respective dielectric rod stack (510A-P) includes a plurality of respective dielectric rods (110A-P); wherein the control circuit is configured to select the dielectric rod stack (510A-P), and the respective dielectric rods (110A-P) of the respective dielectric rod stack (510A-P) such that a beam of emitted or received radio frequency, RF, waves is adjusted. each independently controlled output circuit board (1100A-B) includes a respective dielectric rod stack (510A-P), and the respective dielectric rod stack (510A-P) includes a plurality of respective dielectric rods (110A-P); wherein the control circuit is configured to select the dielectric rod stack (510A-P), and the respective dielectric rods (110A-P) of the respective dielectric rod stack (510A-P) such that a beam of emitted or received radio frequency, RF, waves is adjusted.
A clutch-less powered retraction mechanism for use with a hand held surgical apparatus, comprising: a drive mechanism configured to be driven by a motor; a first pulley operatively associated with the drive mechanism, wherein the first pulley is configured to rotate when the motor drives the drive mechanism; a second pulley disposed in mechanical cooperation with the first pulley, the second pulley being movable relative to the first pulley between at least proximal position and a distal position; and a firing drive operatively coupled to the first pulley and the second pulley, the firing drive being movable relative to the first pulley between at least proximal and distal positions, wherein the firing drive moves proximally upon rotation of the first pulley in a first direction and wherein rotation of the first pulley in a second direction causes the second pulley to move distally. a drive mechanism configured to be driven by a motor; a first pulley operatively associated with the drive mechanism, wherein the first pulley is configured to rotate when the motor drives the drive mechanism; a second pulley disposed in mechanical cooperation with the first pulley, the second pulley being movable relative to the first pulley between at least proximal position and a distal position; and a firing drive operatively coupled to the first pulley and the second pulley, the firing drive being movable relative to the first pulley between at least proximal and distal positions, wherein the firing drive moves proximally upon rotation of the first pulley in a first direction and wherein rotation of the first pulley in a second direction causes the second pulley to move distally.