mhurhangee/ep-ind-claims huggingface dataset:
A stimulation monitoring system positioned in a non-sterile field separate from a sterile field in which a subject is positioned, the stimulation monitoring system, comprising: a stimulation system; a conductor physically configured to be connected to the stimulation system; and a stimulation instrument configured to be positioned within the sterile field near the subject and connected to the stimulation system via the conductor, the stimulation instrument having a housing defining a handle configured to be grasped by a user during use of the stimulation instrument; a switch assembly comprising a plurality of push buttons and a plurality of switches; and characterized in that the switch assembly is included within the handle of the stimulation instrument; wherein each push button of the plurality of push buttons is configured to engage one switch of the plurality of switches; wherein each switch is configured to provide a signal to the stimulation system for operation of the stimulation system; wherein the stimulation instrument is operable to deliver a generated stimulation from the stimulation system. a stimulation system; a conductor physically configured to be connected to the stimulation system; and a stimulation instrument configured to be positioned within the sterile field near the subject and connected to the stimulation system via the conductor, the stimulation instrument having a housing defining a handle configured to be grasped by a user during use of the stimulation instrument; a switch assembly comprising a plurality of push buttons and a plurality of switches; and characterized in that the switch assembly is included within the handle of the stimulation instrument; wherein each push button of the plurality of push buttons is configured to engage one switch of the plurality of switches; wherein each switch is configured to provide a signal to the stimulation system for operation of the stimulation system; wherein the stimulation instrument is operable to deliver a generated stimulation from the stimulation system.
An apparatus comprising: a tool having electromagnetic sensors such that all electromagnetic sensors of the tool are structured as arrangeable and operable below surface; a first arrangement (105; 910-1... 910-N) of electromagnetic sensors (105-1... 105-N) of the tool disposed or for disposing along a first subterranean path which extends, at least in part, in a first direction; and a second arrangement (115; 910-1... 910-N) of electromagnetic sensors (115-1... 115-M) of the tool disposed or for disposing along a second subterranean path which extends, at least in part, in a second direction, the second direction being different from the first direction, the first arrangement and the second arrangement structured for disposing in different branches from a common vertical well, and the first arrangement and the second arrangement being operable to receive a transmitted signal to acquire sensing and/or mapping information with respect to a subterranean reservoir; wherein the electromagnetic sensors of the first arrangement have electric or magnetic dipoles arranged, when the first arrangement is disposed along the first subterranean path, to have a predetermined or selectable orientation; and the electromagnetic sensors of the second arrangement have electric or magnetic dipoles arranged, when the second arrangement is disposed along the second subterranean path, to have the orientation of the electric or magnetic dipoles of the first arrangement. a tool having electromagnetic sensors such that all electromagnetic sensors of the tool are structured as arrangeable and operable below surface; a first arrangement (105; 910-1... 910-N) of electromagnetic sensors (105-1... 105-N) of the tool disposed or for disposing along a first subterranean path which extends, at least in part, in a first direction; and a second arrangement (115; 910-1... 910-N) of electromagnetic sensors (115-1... 115-M) of the tool disposed or for disposing along a second subterranean path which extends, at least in part, in a second direction, the second direction being different from the first direction, the first arrangement and the second arrangement structured for disposing in different branches from a common vertical well, and the first arrangement and the second arrangement being operable to receive a transmitted signal to acquire sensing and/or mapping information with respect to a subterranean reservoir; wherein the electromagnetic sensors of the first arrangement have electric or magnetic dipoles arranged, when the first arrangement is disposed along the first subterranean path, to have a predetermined or selectable orientation; and the electromagnetic sensors of the second arrangement have electric or magnetic dipoles arranged, when the second arrangement is disposed along the second subterranean path, to have the orientation of the electric or magnetic dipoles of the first arrangement.
A vibration indication system comprising: a transducer configured to generate an alternating current in response to a sensed vibration, the alternating current having at least one component frequency; a processing circuit in communication with the transducer, the processing circuit configured to produce a first output when the component frequency falls within a first frequency range; the processing circuit further comprising a network of resistive tiers (162-168, 262-268, 362-368) configured to attenuate an output of a band pass filter of the processing circuit, each of the resistive tiers having a different effective resistance value and a threshold, wherein the network of resistive tiers comprises a plurality of parallel resistors arranged in series with the band pass filter, each of the resistors having a different resistance value; and an array (178, 202, 302, 402) of visual elements (170-176, 278-284, 384-390) that correspond to an amplitude of the first output, in communication with the processing circuit having the network of resistive tiers, the array (178, 202, 302, 402) being configured to change from a first persistent visual state to a second persistent visual state in response to the first output of the processing circuit, wherein the visual elements are configured to change to the second persistent visual state when a respective threshold is exceeded by the amplitude of the first output to provide an indication of a peak vibration level, where the change in persistent visual state is permanent. a transducer configured to generate an alternating current in response to a sensed vibration, the alternating current having at least one component frequency; a processing circuit in communication with the transducer, the processing circuit configured to produce a first output when the component frequency falls within a first frequency range; the processing circuit further comprising a network of resistive tiers (162-168, 262-268, 362-368) configured to attenuate an output of a band pass filter of the processing circuit, each of the resistive tiers having a different effective resistance value and a threshold, wherein the network of resistive tiers comprises a plurality of parallel resistors arranged in series with the band pass filter, each of the resistors having a different resistance value; and an array (178, 202, 302, 402) of visual elements (170-176, 278-284, 384-390) that correspond to an amplitude of the first output, in communication with the processing circuit having the network of resistive tiers, the array (178, 202, 302, 402) being configured to change from a first persistent visual state to a second persistent visual state in response to the first output of the processing circuit, wherein the visual elements are configured to change to the second persistent visual state when a respective threshold is exceeded by the amplitude of the first output to provide an indication of a peak vibration level, where the change in persistent visual state is permanent.
A method by an access point, AP, for supporting a fast sector discovery of at least one station, STA, (111, 112) in a wireless local access network, WLAN, the method comprising: transmitting at least one No Data Protocol, NDP, type frame for a sector training, wherein the at least one NDP type frame includes a Short Training Field, STF, field, a Long Training Field, LTF, field and a Signal, SIG, field without a Data field; and receiving, from a STA (111, 112), a feedback frame including a sector identification, ID, indicating a sector selected by the STA (111, 112); wherein the at least one NDP type frame is transmitted in a sector training type restricted access window, RAW, wherein the sector training type RAW is distinguished from other types of RAW including a general type RAW for general data transmission. transmitting at least one No Data Protocol, NDP, type frame for a sector training, wherein the at least one NDP type frame includes a Short Training Field, STF, field, a Long Training Field, LTF, field and a Signal, SIG, field without a Data field; and receiving, from a STA (111, 112), a feedback frame including a sector identification, ID, indicating a sector selected by the STA (111, 112); wherein the at least one NDP type frame is transmitted in a sector training type restricted access window, RAW, wherein the sector training type RAW is distinguished from other types of RAW including a general type RAW for general data transmission.
A control valve including a valve body that is provided with an inlet, an outlet and a drain, wherein in the valve body a valve core is formed with hermetic head faces construction, wherein the valve core is provided with a fixed disk and a moving disk, wherein the fixed disk and the moving disk are rotating to match with each other, wherein the fixed disk is provided with a plurality of through-holes (31, 32, 33, 34, 35, 36, 37), wherein one of these through-holes is connected only to the outlet, wherein the moving disk is provided with at least one through-hole connected to the inlet, at least one blind hole that is arc-shaped and a radial blind hole that extends from the center of the moving disk in a circumferential direction, characterized in that the one through-hole of the fixed disk connected to the outlet is a radial arc-shaped bulge extending from a center to a circumferential direction of the fixed disk and is defined in a rotating radius with the other through-holes (31, 32, 33, 34, 36, 37), wherein an outer diameter of the arc-shaped bulge is bigger than that of the other through-holes (31, 32, 33, 34, 36, 37) and an edge of an outer periphery of a sealing surface of the fixed disk, wherein an inner diameter of the one through-hole is smaller than an arc-shaped outer diameter of the other through-holes, wherein adjacent to a part of the arc-shaped blind hole of the moving disk, a radial arc-shaped bulge is formed on an outer periphery of a sealing surface of the moving disk, an outer diameter of said radial arc-shaped bulge being bigger than the edge of the outer sealing surface of the moving disk and as big as the outer diameter of the arc-shaped bulge of the one through-hole of the fixed disk.
A patient-specific guide tool (10, 110, 210, 310, 410, 510) for guiding an object toward a glenoid face (46, 146, 246, 346) of a scapula (42, 142, 242) of a patient for implantation of a shoulder prosthetic device, the guide tool comprising: a glenoid guide portion (12, 112, 212, 312, 412, 512) that includes a guide surface, the guide surface configured to guide movement of the object toward the glenoid face; and a patient-specific portion (14, 114, 276, 314, 414) that is operably coupled to the glenoid guide portion, the patient-specific portion including at least one patient-specific surface (34, 36, 134, 262, 334, 434) that is three-dimensionally contoured, and that is configured to nest and closely conform to a corresponding surface of the scapula to thereby position the guide surface at a predetermined position relative to the glenoid face, characterized in that the at least one patient-specific surface is configured to nest and closely conform to a corresponding anterior surface of an acromion of the scapula, a corresponding inferior surface of an acromion of the scapula, a corresponding posterior surface of an acromion of the scapula, or a corresponding surface of a spine of the scapula. a glenoid guide portion (12, 112, 212, 312, 412, 512) that includes a guide surface, the guide surface configured to guide movement of the object toward the glenoid face; and a patient-specific portion (14, 114, 276, 314, 414) that is operably coupled to the glenoid guide portion, the patient-specific portion including at least one patient-specific surface (34, 36, 134, 262, 334, 434) that is three-dimensionally contoured, and that is configured to nest and closely conform to a corresponding surface of the scapula to thereby position the guide surface at a predetermined position relative to the glenoid face, characterized in that the at least one patient-specific surface is configured to nest and closely conform to a corresponding anterior surface of an acromion of the scapula, a corresponding inferior surface of an acromion of the scapula, a corresponding posterior surface of an acromion of the scapula, or a corresponding surface of a spine of the scapula.
A method at an electronic device, the method comprising: receiving a software update notification, wherein the software update notification indicates a security requirement; determining, based on the security requirement, that a network connection is secure for receiving a software update; and downloading the software update using the network connection. receiving a software update notification, wherein the software update notification indicates a security requirement; determining, based on the security requirement, that a network connection is secure for receiving a software update; and downloading the software update using the network connection.
A knitted stent comprising a wire spirally coiled about an axis in an interlaced manner, the wire including at least one elastic metal tube, each elastic metal tube defining a first lumen and having a wall in which release holes in communication with the first lumen are formed, characterized in that: a liner core is disposed within the first lumen so as to exactly fill the first lumen, an outer surface of the liner core is brought into tight contact with an inner wall of the first lumen so that the outer surface of the liner core and walls of the release holes together delimit receptacles.
A connection opening system for opening a heat-bonded connection site seal line at a connection site between two hollow, flexible, thermoplastic segments (66, 68) of a medical fluid path, the heat-bonded connection site seal line having an axis, wherein the connection opening system includes: a connection site opening station comprising a roller (90, 94, 96) having a first substantially cylindrical surface rotatable about a first axis and a plate (90, 94, 96) having a second substantially planar surface facing the first cylindrical surface, at least one of the roller and the plate being moveable in a direction substantially perpendicular to the first axis between a first position in which the facing surfaces are spaced apart sufficiently to receive the two segments and the heat bonded connection site seal line between the facing surfaces and a second position in which the facing surfaces apply a force to the connection site substantially perpendicular to the connection site axis and substantially parallel to the connection site seal line, with the roller being moveable laterally back and forth relative to the plate when in the second position to rotate the connection about the connection site axis.
A driving assistance apparatus configured to execute deceleration assistance of decelerating a host vehicle independently of an operation by a driver, said driving assistance apparatus comprising: an acquirer configured to obtain surrounding information associated with a surrounding situation of the host vehicle; and a controller (15, 16) programmed to reduce a deceleration assistance amount associated with the deceleration assistance when execution of the deceleration assistance is to be released, characterised in that said controller (15, 16) is programmed to quickly reduce the deceleration assistance amount when execution of the deceleration assistance is to be released, if a surrounding situation indicated by the obtained surrounding information is a first situation in which the host vehicle can be required to accelerate, in comparison with a second situation in which the host vehicle cannot be required to accelerate. an acquirer configured to obtain surrounding information associated with a surrounding situation of the host vehicle; and a controller (15, 16) programmed to reduce a deceleration assistance amount associated with the deceleration assistance when execution of the deceleration assistance is to be released, characterised in that said controller (15, 16) is programmed to quickly reduce the deceleration assistance amount when execution of the deceleration assistance is to be released, if a surrounding situation indicated by the obtained surrounding information is a first situation in which the host vehicle can be required to accelerate, in comparison with a second situation in which the host vehicle cannot be required to accelerate.
A burner injecting a mixture of fuel and air from a base end side far from a combustion chamber toward a distal end side close to the combustion chamber, comprising: - a fuel passage (76, 78) having a turn-back part turning back and channeling the fuel between the base end side and the distal end side; - a premixed gas passage formed to surround the fuel passage (76, 78); - a fuel introduction part introducing the fuel channeled through the fuel passage (76, 78) into the premixed gas passage from the base end side to the distal end side; and - an air supply part supplying the premixed gas passage with air on the base end side, wherein the burner further comprises a fuel supply part (65, 69) supplying the fuel passage (76, 78) with a multiple fuel including a hydrogen gas, and wherein the fuel passage (76, 78) has at least one communication part in the distal end side allowing communication between the fuel passage before the fuel passes through the turn-back part and the fuel passage after the passing. - a fuel passage (76, 78) having a turn-back part turning back and channeling the fuel between the base end side and the distal end side; - a premixed gas passage formed to surround the fuel passage (76, 78); - a fuel introduction part introducing the fuel channeled through the fuel passage (76, 78) into the premixed gas passage from the base end side to the distal end side; and - an air supply part supplying the premixed gas passage with air on the base end side,
A pre-insulated pipe for e.g. district heating, district cooling etc., said pipe comprising a medium conveying pipe, an insulating material surrounding at least a part of the length of the medium conveying pipe and a jacket pipe at least partly surrounding the insulating material, wherein the pre-insulated pipe comprises a layer of polymeric material at least partly surrounding the insulating material, the layer of polymeric material comprising at least one layer of a material or combination of materials being permeable to water or water vapour and having significantly better properties than PE (polyethylene) for resistance against diffusion of oxygen and carbon dioxide, characterized in that said material or combination of materials includes at least the material EVOH (ethylene vinyl alcohol).
A method for introduction of multiple components into a polymerization system, comprising the steps of: adding at least one polymerization catalyst component into the polymerization system at a controlled rate; adding at least one activator compound component into the polymerization system at a controlled rate; adding at least one co-catalyst component into the polymerization system at a controlled rate; introducing an amount of all of the components in at least one pre-contactor; directing output from the pre-contactor to at least one polymerization reactor; and directing remaining amounts of the components that were not sent to the pre-contactor to the at least one polymerization reactor. adding at least one polymerization catalyst component into the polymerization system at a controlled rate; adding at least one activator compound component into the polymerization system at a controlled rate; adding at least one co-catalyst component into the polymerization system at a controlled rate; introducing an amount of all of the components in at least one pre-contactor; directing output from the pre-contactor to at least one polymerization reactor; and directing remaining amounts of the components that were not sent to the pre-contactor to the at least one polymerization reactor.
A display device comprising: a first pixel region and a second pixel region having different widths along a horizontal direction; first pixels in the first pixel region, each first pixel including a first transistor (T1; T3); and second pixels in the second pixel region, each second pixel including a second transistor (T1'; T3') performing a same function as the first transistor, wherein the first pixel region has a larger width than the second pixel region, the number of first and second pixels (PXL1, PXL2) in the horizontal direction being arranged to correspond to the respective width of the first and second pixel regions (PA1, PA2) such that an RC load value of a scan line extended in the horizontal direction in the first pixel region is greater than an RC load value of a scan line extended in the horizontal direction in the second pixel region, and wherein at least one of a channel width and a channel length of the first and second transistors (T1, T1'; T3, T3') is different from one another, wherein either: the first transistor and the second transistor (T1') are driving transistors, and a W/L of the first transistor is smaller than a W/L of the second transistor (T1'); or the first transistor and the second transistor (T3') are control transistors for diode-connecting driving transistors (T1, T1'), and a mounting area of the first transistor is larger than a mounting area of the second transistor (T3') so that the parasitic capacitance of the first transistor (Cp) is larger than the parasitic capacitance of the second transistor (Cp'). a first pixel region and a second pixel region having different widths along a horizontal direction; first pixels in the first pixel region, each first pixel including a first transistor (T1; T3); and second pixels in the second pixel region, each second pixel including a second transistor (T1'; T3') performing a same function as the first transistor, wherein the first pixel region has a larger width than the second pixel region, the number of first and second pixels (PXL1, PXL2) in the horizontal direction being arranged to correspond to the respective width of the first and second pixel regions (PA1, PA2) such that an RC load value of a scan line extended in the horizontal direction in the first pixel region is greater than an RC load value of a scan line extended in the horizontal direction in the second pixel region, and wherein at least one of a channel width and a channel length of the first and second transistors (T1, T1'; T3, T3') is different from one another, the first transistor and the second transistor (T1') are driving transistors, and a W/L of the first transistor is smaller than a W/L of the second transistor (T1'); or the first transistor and the second transistor (T3') are control transistors for diode-connecting driving transistors (T1, T1'), and a mounting area of the first transistor is larger than a mounting area of the second transistor (T3') so that the parasitic capacitance of the first transistor (Cp) is larger than the parasitic capacitance of the second transistor (Cp').