mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a network node for determining whether all of a plurality of network nodes of an area of a communication network utilizing a link state routing protocol have converged into a consistent routing state, the method comprising: receiving, by the network node, a respective link state message originated by each of the plurality of network nodes of the area of the communication network, wherein each respective link state message is flooded throughout the area of the communication network and includes a network state digest indicating a perceived topology of the area of the communication network from the perspective of the respective originating network node and wherein either one of following applies: - each link state message is one a Link State Advertisement, LSA, or - each link state message is a Link State Physical Data Unit, LSP; and determining whether all of the plurality of network nodes of the area of the communication network have converged into the consistent routing state based upon comparing each respective network state digest of each respective link state message and a network state digest generated by the network node. receiving, by the network node, a respective link state message originated by each of the plurality of network nodes of the area of the communication network, wherein each respective link state message is flooded throughout the area of the communication network and includes a network state digest indicating a perceived topology of the area of the communication network from the perspective of the respective originating network node and wherein either one of following applies: - each link state message is one a Link State Advertisement, LSA, or - each link state message is a Link State Physical Data Unit, LSP; and - each link state message is one a Link State Advertisement, LSA, or - each link state message is a Link State Physical Data Unit, LSP; and determining whether all of the plurality of network nodes of the area of the communication network have converged into the consistent routing state based upon comparing each respective network state digest of each respective link state message and a network state digest generated by the network node.
An RF catheter for treating hypertrophic cardiomyopathy, the RF catheter comprising: a body part constituting a catheter body made of a flexible and soft material; and an intraseptal insertion part provided at a distal part of the body part and having one or more electrodes (124, 210), a tapered tip gradually becoming thinner toward an end thereof, and a guidewire lumen therein, into which a guidewire is insertable, characterised in that during hypertrophic cardiomyopathy treatment, the intraseptal insertion part is insertable into the interventricular septum along the guidewire, wherein a length of the tapered tip is 5 to 20 mm. a body part constituting a catheter body made of a flexible and soft material; and an intraseptal insertion part provided at a distal part of the body part and having one or more electrodes (124, 210), a tapered tip gradually becoming thinner toward an end thereof, and a guidewire lumen therein, into which a guidewire is insertable, characterised in that during hypertrophic cardiomyopathy treatment, the intraseptal insertion part is insertable into the interventricular septum along the guidewire, wherein a length of the tapered tip is 5 to 20 mm.
Plug-in contact having a contact body which runs in the shape of a pin between a first and a second end (12, 13), and which in sections is designed as an insertion region with a cross-section decreasing towards the second end, characterised in that an outer boundary line (y (x)) of the insertion region follows the curve characteristic of a linear equation plus a third-order polynomial, wherein the boundary line (y (x)) of the insertion region is described by y x = B ⁢ 2 - B ⁢ 1 L ⁢ x + B ⁢ 1 + ax 3 + b ⋅ x 2 + cx, whereby for minimising the insertion forces occurring via a plug-in operation into a socket contact the coefficients of the polynomial are selected as a = 0.2, b = -0.3 and c -0.3 = -0.1, wherein the parameter L corresponds to the length of the insertion region, the parameter B1 corresponds to a first expansion of the insertion region in the Y direction at the second end and the parameter B2 corresponds to a second expansion of the insertion region in the Y direction, whereby the second expansion extends to the first end.
An injection molding machine, comprising: a tubular rotating member; a drive shaft which is disposed on an inner peripheral side of the rotating member and rotates and moves linearly by a rotary motion of the rotating member; a return member which causes a lubricant separated from the drive shaft to be close to the drive shaft; characterised in that the injection molding machine further comprises: a stopper which is provided on an outer peripheral portion of the drive shaft, rotates and moves linearly along with the drive shaft, and abuts on a step provided on an inner peripheral portion of the rotating member to restrict a movement of the drive shaft, wherein the stopper moves between a position on a front side of the return member and a position on a rear side of the return member according to the movement of the drive shaft. a tubular rotating member; a drive shaft which is disposed on an inner peripheral side of the rotating member and rotates and moves linearly by a rotary motion of the rotating member; a return member which causes a lubricant separated from the drive shaft to be close to the drive shaft; characterised in that the injection molding machine further comprises: a stopper which is provided on an outer peripheral portion of the drive shaft, rotates and moves linearly along with the drive shaft, and abuts on a step provided on an inner peripheral portion of the rotating member to restrict a movement of the drive shaft, wherein the stopper moves between a position on a front side of the return member and a position on a rear side of the return member according to the movement of the drive shaft. a stopper which is provided on an outer peripheral portion of the drive shaft, rotates and moves linearly along with the drive shaft, and abuts on a step provided on an inner peripheral portion of the rotating member to restrict a movement of the drive shaft, wherein the stopper moves between a position on a front side of the return member and a position on a rear side of the return member according to the movement of the drive shaft.
A power distribution system (20; 50) comprising: an ac busbar; a power converter (22; 52a) including a first active rectifier/inverter having ac terminals and dc terminals, the ac terminals being connected to the ac busbar, and a second active rectifier/inverter having ac terminals and dc terminals, the ac terminals being connected to an electrical load (M1; 26), the dc terminals of the first and second active rectifier/inverters being connected together by a dc link; and characterised by a power source (PS1, PS2; PS4) connected to the dc link and operated to selectively provide power to the ac busbar through the first active rectifier/inverter and/or the electrical load (M1; 26) through the second active rectifier/inverter. an ac busbar; a power converter (22; 52a) including a first active rectifier/inverter having ac terminals and dc terminals, the ac terminals being connected to the ac busbar, and a second active rectifier/inverter having ac terminals and dc terminals, the ac terminals being connected to an electrical load (M1; 26), the dc terminals of the first and second active rectifier/inverters being connected together by a dc link; and characterised by a power source (PS1, PS2; PS4) connected to the dc link and operated to selectively provide power to the ac busbar through the first active rectifier/inverter and/or the electrical load (M1; 26) through the second active rectifier/inverter.
A liquid fuel stove comprising: a container, a base, a relief pipe, a control flame pipe, an adjustment structure, and multiple combustion structures; wherein the container is configured to accommodate liquid fuel and comprising an opening defined on a top thereof, the base is connectable with the container, preferable inside the opening, the control flame pipe and the multiple combustion structures are mounted in the base, the multiple combustion structures are arranged around the control flame pipe, a bottom of the control flame pipe extends inside the container, a top of the control flame pipe extends above the base, and the control flame pipe comprising a heat connection part formed on a top thereof, the control flame pipe further comprising multiple primary vapor orifices passing through a wall of the control flame pipe and located between a top of the base and the heat connection part, wherein the control flame pipe further comprising a primary wick accommodated therein, and the primary wick is made of heat resistant material, the adjustment structure is arranged on the control flame pipe and is configured to adjust small flames; wherein the multiple combustion structures respectively comprising multiple vaporization pipes, multiple conduction plates, and multiple main flame pipes, wherein the multiple vaporization pipes are connected on the base, the multiple conduction plates are coupled with tops of the multiple vaporization pipes respectively, the multiple main flame pipes are connected with tops of the multiple conduction plates individually and have flame ports formed on tops of the multiple main flame pipes respectively, wherein the multiple conduction plates are respectively defined between the multiple vaporization pipes and the multiple main flame pipes which are adjacent to the control flame pipe, such that some of the heat of the small flames is conducted to the multiple vaporization pipes respectively so that the liquid fuel vaporizes and sprays out of multiple tertiary vapor orifices, each thereof arranged to each of the multiple vaporization pipes, to shield the small flames and the multiple tertiary vapor orifices and to avoid the small flames being drawn into the multiple main flame pipes individually, wherein the bottom of each the vaporization pipe extends inside the container and has a wick made of heat resistant material, the liquid fuel flows by capillary action into the vaporization pipe where it is heated into a combustible gas, which then flows to the main flame pipe, creating a large flame; wherein the vaporization pipes comprise the wicks, and the tertiary vapor orifices arranged at top ends of the vaporization pipes, so as to enhance flowing speeds of gaseous fuel in the vaporization pipes and to absorb combustible vapor into the multiple main flame pipes.
A system, comprising: means for detecting a predetermined cardiac activity indicated for an antitachycardia shock (734; 837); means for subcutaneously delivering the shock (734; 837) provided by a subcutaneous implantable cardioverter defibrillator (734; 837) having a can configured to be located in a subcutaneous space below a patient's skin and over muscle tissue and the rib cage; at least one subcutaneous lead (739; 839) comprising a distal subcutaneous electrode, configured to deliver current between the can of the subcutaneous ICD (734; 837) and the electrode to the majority of the ventricular myocardium; implantable means for applying a neural stimulation (734; 836); a neural stimulation lead (740; 840) configured to extend from the implantable means for applying a neural stimulation to a vagal target in the cervical region, wherein the implantable means for applying neural stimulation includes means adapted for delivering vagal nerve stimulation (734; 836) through the neural stimulation lead to a vagus nerve in a cervical region, adapted to lower a defibrillation threshold in preparation for the antitachycardia shock; and wherein the implantable means for applying neural stimulation further includes means adapted for applying a prophylactic vagal nerve stimulation, and the system is adapted to monitor heart rate, and adjust the prophylactic vagal nerve stimulation if the heart rate falls below a programmable threshold. means for detecting a predetermined cardiac activity indicated for an antitachycardia shock (734; 837); means for subcutaneously delivering the shock (734; 837) provided by a subcutaneous implantable cardioverter defibrillator (734; 837) having a can configured to be located in a subcutaneous space below a patient's skin and over muscle tissue and the rib cage; at least one subcutaneous lead (739; 839) comprising a distal subcutaneous electrode, configured to deliver current between the can of the subcutaneous ICD (734; 837) and the electrode to the majority of the ventricular myocardium; implantable means for applying a neural stimulation (734; 836); a neural stimulation lead (740; 840) configured to extend from the implantable means for applying a neural stimulation to a vagal target in the cervical region, wherein the implantable means for applying neural stimulation includes means adapted for delivering vagal nerve stimulation (734; 836) through the neural stimulation lead to a vagus nerve in a cervical region, adapted to lower a defibrillation threshold in preparation for the antitachycardia shock; and wherein the implantable means for applying neural stimulation further includes means adapted for applying a prophylactic vagal nerve stimulation, and the system is adapted to monitor heart rate, and adjust the prophylactic vagal nerve stimulation if the heart rate falls below a programmable threshold.
An epoxy resin which is the reaction product of: a) a polyol having 4 or more hydroxyl groups wherein the polyol having 4 or more hydroxyl groups is sucrose; and b) an ethylenically unsaturated fatty acid, and optionally a saturated fatty acid and wherein at least one ethylenically unsaturated group of the ethylenically unsaturated fatty acid is oxidized to an epoxy group. a) a polyol having 4 or more hydroxyl groups wherein the polyol having 4 or more hydroxyl groups is sucrose; and b) an ethylenically unsaturated fatty acid, and optionally a saturated fatty acid and wherein at least one ethylenically unsaturated group of the ethylenically unsaturated fatty acid is oxidized to an epoxy group.
Steering mechanism for directing the steered wheels of a vehicle having a first swing bar actuated by a linear actuator, said swing bar comprising: - a first link connected to the chassis of said steering mechanism in order to enable said swing bar to pivot about an axis of rotation in relation to said chassis when said linear actuator is actuated; - a second link designed to be able to collaborate via a second pivot with a first member collaborating with a first wheel connected to the steering mechanism; - a third link designed to be able to collaborate via a third pivot with a second member collaborating with a second wheel connected to the steering mechanism; - wherein the second link and the third link are positioned symmetrically in relation to the longitudinal axis of the chassis; - a fourth link designed to be able to collaborate via a fourth pivot with the linear actuator, wherein the four the link is offset from said central axis when the wheels are straight so that actuation of the linear actuator connected in a pivoting manner to said swing bar causes the swing bar to rotate around said first link and said axis of rotation (z), and causes a rotation of said first and second wheels (43, 44) via the first and second members; characterized in that said swing bar comprises: - a first part that comprises the second and third links; - a second part that comprises the first and the fourth links; - the first part and the second part being in two different planes. - a first link connected to the chassis of said steering mechanism in order to enable said swing bar to pivot about an axis of rotation in relation to said chassis when said linear actuator is actuated; - a second link designed to be able to collaborate via a second pivot with a first member collaborating with a first wheel connected to the steering mechanism; - a third link designed to be able to collaborate via a third pivot with a second member collaborating with a second wheel connected to the steering mechanism; - wherein the second link and the third link are positioned symmetrically in relation to the longitudinal axis of the chassis; - a fourth link designed to be able to collaborate via a fourth pivot with the linear actuator, wherein the four the link is offset from said central axis when the wheels are straight so that actuation of the linear actuator connected in a pivoting manner to said swing bar causes the swing bar to rotate around said first link and said axis of rotation (z), and causes a rotation of said first and second wheels (43, 44) via the first and second members; - a first part that comprises the second and third links; - a second part that comprises the first and the fourth links; - the first part and the second part being in two different planes.
An identification document, comprising: a substrate comprising an image area wherein at least one first portion of the surface of the image area is made of a first material; at least one patch of a security material covering at least one second portion of said image area, the security material having reflective or holographic properties which are different to the ones of the first material; and characterized by a laser engraved security image extending at least over each one of said at least one first and second portions in a continuous manner. a substrate comprising an image area wherein at least one first portion of the surface of the image area is made of a first material; at least one patch of a security material covering at least one second portion of said image area, the security material having reflective or holographic properties which are different to the ones of the first material; and characterized by a laser engraved security image extending at least over each one of said at least one first and second portions in a continuous manner.
A brake assembly for a vehicle comprising: a wheel comprising a hollow section and a rim, characterised in that the rim comprising a first portion comprising an electrically conductive material and a second portion adjacent to the first portion comprising a plurality of a permanent magnets; and a stator comprising at least one electromagnetic coil arranged to be located within the hollow section of the wheel; wherein the stator is moveable between a first position in which the at least one electromagnetic coil is inductively coupled to the first portion of the rim when the wheel is rotating relative to the stator, and a second position in which the at least one electromagnetic coil is inductively coupled to the second portion of the rim.
A vehicle comprising: a service space capable of being configured; a service space control system; a number of modules capable of being removably attached in a number of locations in the service space, wherein the number of modules includes a number of radio frequency identification tags, wherein each module includes a radio frequency identification tag capable of identifying a module to a data processing system and one or more additional radio frequency identification tags; and a radio frequency identification system located within the service space and configured to detect the number of radio frequency identification tags located on the number of modules to provide information to the service space control system, wherein the radio frequency identification system comprises a number of radio frequency identification readers, wherein a radio frequency identification reader of the number of radio frequency identification readers is configured to detect all radio frequency identification tags of a module when the module is inserted into service space, wherein the radio frequency identification reader of the number of radio frequency identification readers is configured to transmit identification information detected from the number of radio frequency identification tags to the service space control system using a communications unit, wherein the identification information is stored in a service space database. a service space capable of being configured; a service space control system; a number of modules capable of being removably attached in a number of locations in the service space, wherein the number of modules includes a number of radio frequency identification tags, wherein each module includes a radio frequency identification tag capable of identifying a module to a data processing system and one or more additional radio frequency identification tags; and a radio frequency identification system located within the service space and configured to detect the number of radio frequency identification tags located on the number of modules to provide information to the service space control system, wherein the radio frequency identification system comprises a number of radio frequency identification readers, wherein a radio frequency identification reader of the number of radio frequency identification readers is configured to detect all radio frequency identification tags of a module when the module is inserted into service space, wherein the radio frequency identification reader of the number of radio frequency identification readers is configured to transmit identification information detected from the number of radio frequency identification tags to the service space control system using a communications unit, wherein the identification information is stored in a service space database.
Temperature control system comprising a master controller and one or more controllers (11, 21, 31, 32, 41), the controllers (11, 21, 31, 32, 41) being of the same or different design and it being possible to optionally control the same or combinations of controllers (11, 21, 31, 32, 41) of the same or different design by means of the master controller and the controllers indirectly and/or directly controlling at least one heat source, the controller (11, 21, 31, 32, 41) having at least one temperature probe for measuring the room temperature, and a light sensor and/or motion sensor, characterized in that a temperature sensor for measuring the flow temperature of the heat source and a temperature sensor for measuring the return temperature of the heat source are provided on one or more controllers (11, 21, 31, 32) and the controller calculates the heat quantity on the basis of the measured values of said temperature sensors in combination with the measured value of the temperature probe, which measures the room temperature, and on the basis of time information which is provided by a clock and calendar function, which heat quantity is converted at the heat source, the temperature of which is controlled by the controller, and a contact sensor is provided in or on the controller (11, 21, 31, 32) and detects whether the controller (11, 21, 31, 32) is connected to a valve.