mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for matching communicable nodes in a dynamic, decentralized computing environment, each node being capable of querying the availability of neighboring nodes for a match, the match being formed when a first node queries the availability of a second node and the second node queries the availability of the first node, the method comprising: inviting, by an inviter, the nodes to communicate to find a match, wherein the inviting comprises identifying pairs of nodes that are neighbors and, for each pair of the identified pairs, sending a first invitation and a second invitation respectively to the first and second nodes of said each pair, wherein each of said first and second invitations contains the addresses of the first and second nodes of said each pair; discovering matching availability of nodes by sending availability messages, wherein the discovering comprises, in a set of nodes among the communicable nodes: sending, by a first node of the set, a first availability message to a second node of the set, sending, by the second node of the set, a second availability message to a third node of the set, receiving, by the second node of the set, a third availability message from the third node of the set; realizing, by the second node of the set, that a match has occurred with the third node of the set; and responding, by the second node of the set to the first node of the set, with a no-message rejecting the first node of the set as a potential node for a match. inviting, by an inviter, the nodes to communicate to find a match, wherein the inviting comprises identifying pairs of nodes that are neighbors and, for each pair of the identified pairs, sending a first invitation and a second invitation respectively to the first and second nodes of said each pair, wherein each of said first and second invitations contains the addresses of the first and second nodes of said each pair; discovering matching availability of nodes by sending availability messages, wherein the discovering comprises, in a set of nodes among the communicable nodes: sending, by a first node of the set, a first availability message to a second node of the set, sending, by the second node of the set, a second availability message to a third node of the set, receiving, by the second node of the set, a third availability message from the third node of the set; sending, by a first node of the set, a first availability message to a second node of the set, sending, by the second node of the set, a second availability message to a third node of the set, receiving, by the second node of the set, a third availability message from the third node of the set; realizing, by the second node of the set, that a match has occurred with the third node of the set; and responding, by the second node of the set to the first node of the set, with a no-message rejecting the first node of the set as a potential node for a match.
A fusion protein comprising an endolysin having the activity of degrading the cell wall of Gram-negative bacteria and a peptide stretch fused to the endolysin at the N- or C-terminus or at both termini, wherein the peptide stretch is an amino acid sequence according to SEQ ID NO: 14.
A transdermal therapeutic system comprising an active ingredient-impermeable backing layer and a polymer matrix on one side of the active ingredient-impermeable backing layer, wherein the polymer matrix comprises at least one active pharmaceutical ingredient, at least one polymer, which is not pressure-sensitive adhesive itself, and at least one plasticizer, wherein the polymer, which is not pressure-sensitive adhesive itself, comprises a polyvinyl caprolactam-polyvinyl acetate-polyethylene glycol copolymer, shellac, a vinyl pyrrolidone-vinyl acetate copolymer and/or polyvinyl pyrrolidone, and wherein the at least one plasticizer comprises glycerol and/or polyethylene glycol, characterized in that the polymer matrix is free of polymers, which are pressure-sensitive adhesive themselves.
A method for culturing hepatocytes, comprising disposing hepatocytes embedded in an extracellular matrix or an extracellular matrix-like substance on a gas-permeable membrane and culturing said hepatocytes while supplying oxygen from the gas-permeable membrane side, wherein said extracellular matrix or extracellular matrix-like substance constitutes a groove(s) or hollow, and said hepatocytes are disposed in said groove(s) or hollow, and wherein a surface of said gas-permeable membrane is coated with collagen and said hepatocytes embedded in an extracellular matrix or an extracellular matrix-like substance are disposed on the collagen-coated side of said gas-permeable membrane.
A cooking appliance running method, comprising: acquiring a current running mode if it is detected that a water level of cooking appliance exceeds a preset water level during a running process of the cooking appliance; determining a target running mode according to the current running mode, heating power in the target running mode being lower than heating power in the current running mode; and switching the current running mode to the target running mode; wherein the method further comprises: after determining the target running mode, acquiring a first running duration that the cooking appliance has run in the current running mode and a second running duration indicated by the target running mode; determining a difference between the second running duration and the first running duration as a third running duration; and after switching the current running mode to the target running mode, stopping running if a running duration reaches the third running duration during a process of running in the target running mode. acquiring a current running mode if it is detected that a water level of cooking appliance exceeds a preset water level during a running process of the cooking appliance; determining a target running mode according to the current running mode, heating power in the target running mode being lower than heating power in the current running mode; and switching the current running mode to the target running mode; wherein the method further comprises: after determining the target running mode, acquiring a first running duration that the cooking appliance has run in the current running mode and a second running duration indicated by the target running mode; determining a difference between the second running duration and the first running duration as a third running duration; and after switching the current running mode to the target running mode, stopping running if a running duration reaches the third running duration during a process of running in the target running mode. after determining the target running mode, acquiring a first running duration that the cooking appliance has run in the current running mode and a second running duration indicated by the target running mode; determining a difference between the second running duration and the first running duration as a third running duration; and after switching the current running mode to the target running mode, stopping running if a running duration reaches the third running duration during a process of running in the target running mode.
An aircraft comprising: a pressurization vent door that is moveable between a pressurization position to close a depressurization vent to allow the aircraft to be pressurized, and a depressurization position to open the depressurization vent to depressurize the aircraft; a locking vent door that when moved to be open in an opening position opens a lockout vent, and when moved to be closed in a closing position closes the lockout vent; and a handle that controls the pressurization vent door and is moveable to an engaged position to control the pressurization vent door to be in the pressurization position, and a disengaged position to control the pressurization vent door to be in the depressurization position, the handle being releasably connected with the locking vent door, wherein the handle is releasably connected with the locking vent door so that: when the locking vent door is in the closing position, the handle is secured in the engaged position so that the handle is prevented from moving into the disengaged position, and when the locking vent door is in the opening position, the handle is moveable to the disengaged position to permit the pressurization vent door to be in the depressurization position. a pressurization vent door that is moveable between a pressurization position to close a depressurization vent to allow the aircraft to be pressurized, and a depressurization position to open the depressurization vent to depressurize the aircraft; a locking vent door that when moved to be open in an opening position opens a lockout vent, and when moved to be closed in a closing position closes the lockout vent; and a handle that controls the pressurization vent door and is moveable to an engaged position to control the pressurization vent door to be in the pressurization position, and a disengaged position to control the pressurization vent door to be in the depressurization position, the handle being releasably connected with the locking vent door, wherein the handle is releasably connected with the locking vent door so that: when the locking vent door is in the closing position, the handle is secured in the engaged position so that the handle is prevented from moving into the disengaged position, and when the locking vent door is in the opening position, the handle is moveable to the disengaged position to permit the pressurization vent door to be in the depressurization position. when the locking vent door is in the closing position, the handle is secured in the engaged position so that the handle is prevented from moving into the disengaged position, and when the locking vent door is in the opening position, the handle is moveable to the disengaged position to permit the pressurization vent door to be in the depressurization position.
A pressure sensing guidewire, comprising: a tubular member having a proximal portion and a distal portion; wherein the distal portion has a plurality of slots formed therein; wherein the distal portion has a first wall thickness along a first region and a second wall thickness different from the first wall thickness along a second region; a pressure sensor disposed within the distal portion of the tubular member; and wherein the tubular member has a substantially constant outer diameter. a tubular member having a proximal portion and a distal portion; wherein the distal portion has a plurality of slots formed therein; wherein the distal portion has a first wall thickness along a first region and a second wall thickness different from the first wall thickness along a second region; a pressure sensor disposed within the distal portion of the tubular member; and wherein the tubular member has a substantially constant outer diameter.
A generator system for connection to a vehicle axle; the generator system comprising: an electrically-actuated clutch having an engaged position and a disengaged position; a generator comprising: a rotor configured to be selectively connected, via the clutch, to the vehicle axle; and a stator; wherein, in the engaged position, the rotor is connected to the vehicle axle via the clutch such that torque from rotation of the vehicle axle is transmitted to the rotor, and wherein, in the disengaged position, torque from rotation of the vehicle axle is not transmitted to the rotor; and a processor configured to control the clutch to actuate between the engaged and disengaged positions; characterised by: a sensor for detecting a rotational speed or frequency of the vehicle axle; wherein the sensor is connected to the processor; wherein the processor is configured to monitor an electrical output of the generator, wherein the processor is configured to command the clutch to move to the disengaged position if the electrical output moves outside a predetermined range; and wherein the processor is configured to: convert the detected rotational speed or frequency of the axle into an expected electrical output generated by the generator; determine a locked-state of the rotor if the monitored electrical output differs from the expected electrical output by more than a predetermined amount; and to control the clutch to move to the disengaged position in response to determining a locked-state of the rotor. an electrically-actuated clutch having an engaged position and a disengaged position; a generator comprising: a rotor configured to be selectively connected, via the clutch, to the vehicle axle; and a stator; wherein, in the engaged position, the rotor is connected to the vehicle axle via the clutch such that torque from rotation of the vehicle axle is transmitted to the rotor, and wherein, in the disengaged position, torque from rotation of the vehicle axle is not transmitted to the rotor; and a rotor configured to be selectively connected, via the clutch, to the vehicle axle; and a stator; wherein, in the engaged position, the rotor is connected to the vehicle axle via the clutch such that torque from rotation of the vehicle axle is transmitted to the rotor, and wherein, in the disengaged position, torque from rotation of the vehicle axle is not transmitted to the rotor; and a processor configured to control the clutch to actuate between the engaged and disengaged positions; convert the detected rotational speed or frequency of the axle into an expected electrical output generated by the generator; determine a locked-state of the rotor if the monitored electrical output differs from the expected electrical output by more than a predetermined amount; and to control the clutch to move to the disengaged position in response to determining a locked-state of the rotor.
Front unit for a ski binding, in particular an alpine touring binding, comprising: a base plate comprising a fastening assembly for fastening to a ski, two lateral bearing elements (16a, 16b), which are arranged on a transverse ski axis extending substantially orthogonally to a longitudinal ski axis and are configured to engage with lateral counter-bearing elements of a ski boot in order to hold the ski boot so as to be pivotable about the transverse ski axis, the bearing elements (16a, 16b) being adjustable between a closed position, in which the bearing elements (16a, 16b) have a spacing from one another that is configured for engagement with the counter-bearing elements, and an open position, in which the bearing elements (16a, 16b) have a spacing that is greater than in the closed position, such that the ski boot can be introduced between the bearing elements (16a, 16b) or can be removed from the front unit, and two brackets (18a, 18b), with both brackets (18a, 18b) being held on the base plate so as to each be pivotable about a shaft (20a, 20b), and each of the brackets (18a, 18b) comprising a first leg (18a-1, 18b-1), at the distal end of which one of the bearing elements (16a, 16b) is arranged, characterised in that a stop (22a, 24a) is provided between the base plate and at least one of the two brackets (18a, 18b), such that a contact portion of the bracket is in direct contact with a corresponding counter-contact portion of the base plate in the open position, and the contact is broken in the closed position. a base plate comprising a fastening assembly for fastening to a ski, two lateral bearing elements (16a, 16b), which are arranged on a transverse ski axis extending substantially orthogonally to a longitudinal ski axis and are configured to engage with lateral counter-bearing elements of a ski boot in order to hold the ski boot so as to be pivotable about the transverse ski axis, the bearing elements (16a, 16b) being adjustable between a closed position, in which the bearing elements (16a, 16b) have a spacing from one another that is configured for engagement with the counter-bearing elements, and an open position, in which the bearing elements (16a, 16b) have a spacing that is greater than in the closed position, such that the ski boot can be introduced between the bearing elements (16a, 16b) or can be removed from the front unit, and two brackets (18a, 18b), with both brackets (18a, 18b) being held on the base plate so as to each be pivotable about a shaft (20a, 20b), and each of the brackets (18a, 18b) comprising a first leg (18a-1, 18b-1), at the distal end of which one of the bearing elements (16a, 16b) is arranged, characterised in that a stop (22a, 24a) is provided between the base plate and at least one of the two brackets (18a, 18b), such that a contact portion of the bracket is in direct contact with a corresponding counter-contact portion of the base plate in the open position, and the contact is broken in the closed position.
A method of displaying a Doppler image by an ultrasound diagnosis apparatus, the method comprising: obtaining a first Doppler signal where clutter filtering corresponding to each of a plurality of pixels is not performed and a second Doppler signal where clutter filtering corresponding to each of the plurality of pixels is performed;the method characterized in that is it further comprises: determining a first motion score indicating a degree of flash artifact occurrence by using velocity information of the first Doppler signal; determining a first weight for suppressing flash artifacts of each pixel based on the first motion score and a velocity difference value between the first Doppler signal and the second Doppler signal; generating a first Doppler image of the object by applying the first weight to the second Doppler signal of each pixel; and displaying the first Doppler image of the object. determining a first motion score indicating a degree of flash artifact occurrence by using velocity information of the first Doppler signal; determining a first weight for suppressing flash artifacts of each pixel based on the first motion score and a velocity difference value between the first Doppler signal and the second Doppler signal; generating a first Doppler image of the object by applying the first weight to the second Doppler signal of each pixel; and displaying the first Doppler image of the object.
Electrolysis cell for the production of an aqueous solution of hydrogen peroxide of 1 to 5% by weight concentration at a current density of 1-2 kA/m 2 with a faradic efficiency not lower than 50%, comprising an ion-conducting polymer membrane subdividing the cell into a cathodic compartment comprising means for feeding oxygen and an anodic compartment comprising means for feeding an aqueous electrolyte, said ion-exchange membrane being provided with a first surface facing the cathodic compartment equipped with a gas-diffusion cathode comprising a catalytic porous film for the reduction of oxygen to hydrogen peroxide and with a second surface facing the anodic compartment equipped with anode comprising a catalyst for oxygen evolution, characterized in that said membrane has a water permeability of 5 - 100 l/h·m 2 at 0.1 - 1 bar pressure differential across the first and the second surface of the membrane.
A power drive module for a vehicle power door opening device, the power drive module comprising: a housing configured to be mounted to one of a vehicle body and a door; a drive mechanism (14, 16, 18) arranged in the housing, wherein the drive mechanism (14, 16, 18) includes a first motor operatively coupled to a gearbox of the drive mechanism having an output shaft and is configured to move a drive element in the form of a linkage assembly connected to the output shaft, wherein the linkage assembly is configured to be connected to the other of the vehicle body and the door, and a brake assembly arranged in the housing, the brake assembly including a brake ring operatively coupled to the drive mechanism (14, 16, 18), a brake band wrapped about the brake ring and movable between a normally engaged position relative to the brake ring and a disengaged position relative to the brake ring, and a brake release actuator operatively connected to the brake band and configured to move the brake band between the engaged and disengaged positions with the brake ring in response to an electrical signal, wherein the brake assembly arrests rotational movement of the drive mechanism in the engaged position and the brake assembly is configured to be held in both the engaged and disengaged positions without supply of electrical power. a housing configured to be mounted to one of a vehicle body and a door; a drive mechanism (14, 16, 18) arranged in the housing, wherein the drive mechanism (14, 16, 18) includes a first motor operatively coupled to a gearbox of the drive mechanism having an output shaft and is configured to move a drive element in the form of a linkage assembly connected to the output shaft, wherein the linkage assembly is configured to be connected to the other of the vehicle body and the door, and a brake assembly arranged in the housing, the brake assembly including a brake ring operatively coupled to the drive mechanism (14, 16, 18), a brake band wrapped about the brake ring and movable between a normally engaged position relative to the brake ring and a disengaged position relative to the brake ring, and a brake release actuator operatively connected to the brake band and configured to move the brake band between the engaged and disengaged positions with the brake ring in response to an electrical signal, wherein the brake assembly arrests rotational movement of the drive mechanism in the engaged position and the brake assembly is configured to be held in both the engaged and disengaged positions without supply of electrical power.