mhurhangee/patent-ind-claim-en huggingface dataset:
A hermetic feedthrough for an implantable medical device, the feedthrough comprising: a) a ferrule defining a ferrule opening, wherein the ferrule is configured to be attachable to an opening in a housing of an implantable medical device; b) an insulator at least partially residing in the ferrule opening where a first gold braze hermetically seals the insulator to the ferrule , wherein at least one insulator passageway extends through the insulator to an insulator first end surface and an insulator second end surface ; and c) an electrically conductive terminal pin residing in the at least one insulator passageway where a second gold braze hermetically seals the terminal pin to the insulator ; wherein one or both of the first and second brazes has the following braze profile: insulator /titanium and titanium hydride mixture /gold /ferrule or terminal pin , as the case may be; and wherein, in the braze profile for at least one of the first and second brazes, the titanium and titanium hydride mixture includes residual inorganic binders selected from colloidal silica and sodium silicate. a) a ferrule defining a ferrule opening, wherein the ferrule is configured to be attachable to an opening in a housing of an implantable medical device; b) an insulator at least partially residing in the ferrule opening where a first gold braze hermetically seals the insulator to the ferrule , wherein at least one insulator passageway extends through the insulator to an insulator first end surface and an insulator second end surface ; and c) an electrically conductive terminal pin residing in the at least one insulator passageway where a second gold braze hermetically seals the terminal pin to the insulator ;
Window or door having an outer frame and a leaf frame , between which there is installed a device for closing the window or door, in particular in the event of fire, so as to move a leaf into a closed position, wherein the leaf is mounted on the outer frame by way of fittings in such a way as to be rotatable and/or tiltable, and the device for closing has a pulling element which is routed via at least one deflection roller and which is fastened at one side to the outer frame and at the opposite side to a pulling device , wherein the pulling device comprises a trigger mechanism which, upon actuation, causes the pulling device to pull on the pulling element and thus by way of the pulling element moves an open leaf into a closed position, wherein the pulling device comprises a piston , by means of which the pulling element can be moved into a retracted position, characterized in that a further deflection roller is provided on the piston and the pulling element is routed around the further deflection roller in the manner of a pulley.
A vector-based biventricular pace pulse detector, comprising: an input configured to receive electrocardiograph data; and a processor configured to: transform the electrocardiograph data to a 3-dimensional vectorcardiograph; calculate VectorCardioGraph distance features for the 3-dimensional vectorcardiograph, wherein the distance features comprise a spatial distance and a spatial velocity, find a first ventricular pulse comprising selection of the pulse with a maximal spatial distance among pulses with spatial velocities larger than a threshold, calculate vectorcardiograph angle features for the 3-dimensional vectorcardiograph, wherein the vectorcardiograph angle features comprises a spatial angle to the first ventricular pulse, calculate a temporal distance to the first ventricular pulse for the 3-dimensional vectorcardiograph, and determine the existence of the biventricular pace pulse based on the vectorcardiograph distance features, the vectorcardiograph angle features and the temporal distance. an input configured to receive electrocardiograph data; and a processor configured to: transform the electrocardiograph data to a 3-dimensional vectorcardiograph; calculate VectorCardioGraph distance features for the 3-dimensional vectorcardiograph, wherein the distance features comprise a spatial distance and a spatial velocity, find a first ventricular pulse comprising selection of the pulse with a maximal spatial distance among pulses with spatial velocities larger than a threshold, calculate vectorcardiograph angle features for the 3-dimensional vectorcardiograph, wherein the vectorcardiograph angle features comprises a spatial angle to the first ventricular pulse, calculate a temporal distance to the first ventricular pulse for the 3-dimensional vectorcardiograph, and determine the existence of the biventricular pace pulse based on the vectorcardiograph distance features, the vectorcardiograph angle features and the temporal distance. transform the electrocardiograph data to a 3-dimensional vectorcardiograph; calculate VectorCardioGraph distance features for the 3-dimensional vectorcardiograph, wherein the distance features comprise a spatial distance and a spatial velocity, find a first ventricular pulse comprising selection of the pulse with a maximal spatial distance among pulses with spatial velocities larger than a threshold, calculate vectorcardiograph angle features for the 3-dimensional vectorcardiograph, wherein the vectorcardiograph angle features comprises a spatial angle to the first ventricular pulse, calculate a temporal distance to the first ventricular pulse for the 3-dimensional vectorcardiograph, and determine the existence of the biventricular pace pulse based on the vectorcardiograph distance features, the vectorcardiograph angle features and the temporal distance.
An apparatus configured to be employed within an evolved NodeB, eNB, comprising: a radio frequency, RF, circuitry component configured to process or generate communication signals on an unlicensed spectrum; and a baseband component , coupled to the RF circuitry component , configured to generate a clear channel assessment of one or more secondary cell network devices by performing a listen before talk, LBT, protocol, to detect whether a channel of the one or more secondary cell network devices is busy or idle, and in response to the detecting the channel of the one or more second cell network devices is idle, generate a downlink transmission via the channel in the unlicensed spectrum based on the channel assessment after a random duration that is specified within a predetermined interval of the downlink transmission, wherein the apparatus is further configured to provide a modification of a cell-specific reference signal, CRS, sequence within a partial subframe, the modification of the CRS sequence signaling information regarding the presence and the duration of the partial subframe at the beginning of the downlink transmission or at the end of the downlink transmission. a radio frequency, RF, circuitry component configured to process or generate communication signals on an unlicensed spectrum; and a baseband component , coupled to the RF circuitry component , configured to generate a clear channel assessment of one or more secondary cell network devices by performing a listen before talk, LBT, protocol, to detect whether a channel of the one or more secondary cell network devices is busy or idle, and in response to the detecting the channel of the one or more second cell network devices is idle, generate a downlink transmission via the channel in the unlicensed spectrum based on the channel assessment after a random duration that is specified within a predetermined interval of the downlink transmission, wherein the apparatus is further configured to provide a modification of a cell-specific reference signal, CRS, sequence within a partial subframe, the modification of the CRS sequence signaling information regarding the presence and the duration of the partial subframe at the beginning of the downlink transmission or at the end of the downlink transmission.
An apparatus comprising: a printed circuit board having a first major surface , a second major surface opposite the first major surface , and a minor surface perpendicular to the first major surface and the second major surface ; an electronic component comprising a ball grid array, having spaced apart solder balls , on a mounting surface of the electronic component , wherein the electronic component is mounted to the minor surface of the printed circuit board such that the mounting surface is parallel to the minor surface and perpendicular to the first major surface and the second major surface , and the solder balls of the ball grid array are electrically connected to both the first major surface and the second major surface of the printed circuit board so that the minor surface of the printed circuit board is between at least two of the solder balls ; characterized in that the apparatus further comprises: gussets , wherein a first one of the gussets is between and in contact with the electronic component and the first major surface and a second one of the gussets is between and in contact with the electronic component and the second major surface ; wherein: the electronic component comprises opposing side surfaces that are angled relative to the mounting surface ; the first one of the gussets is between and in contact with a first one of the opposing side surfaces of the electronic component and the first major surface ; and the second one of the gussets is between and in contact with a second one of the opposing side surfaces of the electronic component and the first major surface . a printed circuit board having a first major surface , a second major surface opposite the first major surface , and a minor surface perpendicular to the first major surface and the second major surface ; an electronic component comprising a ball grid array, having spaced apart solder balls , on a mounting surface of the electronic component , wherein the electronic component is mounted to the minor surface of the printed circuit board such that the mounting surface is parallel to the minor surface and perpendicular to the first major surface and the second major surface , and the solder balls of the ball grid array are electrically connected to both the first major surface and the second major surface of the printed circuit board so that the minor surface of the printed circuit board is between at least two of the solder balls ; characterized in that the apparatus further comprises: gussets , wherein a first one of the gussets is between and in contact with the electronic component and the first major surface and a second one of the gussets is between and in contact with the electronic component and the second major surface ; the electronic component comprises opposing side surfaces that are angled relative to the mounting surface ; the first one of the gussets is between and in contact with a first one of the opposing side surfaces of the electronic component and the first major surface ; and the second one of the gussets is between and in contact with a second one of the opposing side surfaces of the electronic component and the first major surface .
A non-aqueous electrolyte solution for a lithium secondary battery comprising an electrolyte salt, an organic solvent and an additive, wherein the additive is a lithium salt containing an anion having (i) a sulfone imide group and (ii) a propane sultone group or an ethylene sulfate group.
A softened seawater for use as a medicament, characterised in that the softened seawater has: - a salinity in the range from 1.0 to 15 g/kg, determined as the total mass of Na + , K + , Ca 2+ , Mg 2+ , Cl - , HCO 3 - , CO 3 2- , and SO 4 2- ions being present in a sample of one kg of the softened seawater, and - a Ca 2+ content of ≤ 100 mg/kg, determined as the mass of Ca 2+ ions in a sample of one kg of the softened seawater, and in that the softened seawater is used as medicament for reducing calcium sensitive ectoparasites on a marine fish, preferably one or more of: Neoparamoeba perurans or Lepeophtheirus salmonis. - a salinity in the range from 1.0 to 15 g/kg, determined as the total mass of Na + , K + , Ca 2+ , Mg 2+ , Cl - , HCO 3 - , CO 3 2- , and SO 4 2- ions being present in a sample of one kg of the softened seawater, and - a Ca 2+ content of ≤ 100 mg/kg, determined as the mass of Ca 2+ ions in a sample of one kg of the softened seawater,
A method for applying glue onto comminuted lignocellulosic particles in the course of the production of material boards, wherein a glue, which can be cured by temperature and/or addition of curing agents and comprises at least one formation of colloids, is brought via a conveying device of adjustable volumetric flow rate and via conveying lines to a dispersing unit , in which the glue is homogenized by means of a comminution device and a mixing device and ultimately conveyed via conveying lines to nozzle assemblies that spray the glue onto the particles in a mixing chamber , characterized in that the amount of glue conveyed is determined and assigned in an evaluation unit to a rotation speed of the dispersing unit, and in that this rotation speed is then adjusted.
A control system which controls at least one unmanned craft arranged in a specific area, characterized by comprising: area-priority integration means (22; 15) configured to calculate an integrated area-priority by integrating a designated-area priority calculated based on a priority of an externally-designated area that is an operator's input, and a detected area-priority calculated based on sensing information, including a position of the unmanned craft and a sensing range of the unmanned craft, detected by a sensor mounted on the unmanned craft; and control means (23; 16) configured to determine where the unmanned craft is to be positioned in the specific area based on the integrated area-priority calculated by the area-priority integration means (22; 15) , and deliver, to the unmanned craft, a control signal for controlling the unmanned craft to move to a corresponding position. area-priority integration means (22; 15) configured to calculate an integrated area-priority by integrating a designated-area priority calculated based on a priority of an externally-designated area that is an operator's input, and a detected area-priority calculated based on sensing information, including a position of the unmanned craft and a sensing range of the unmanned craft, detected by a sensor mounted on the unmanned craft; and control means (23; 16) configured to determine where the unmanned craft is to be positioned in the specific area based on the integrated area-priority calculated by the area-priority integration means (22; 15) , and deliver, to the unmanned craft, a control signal for controlling the unmanned craft to move to a corresponding position.
A device for obtaining retinal electroretinography signals from a target area of the retina, the device comprising means for obtaining an electrical response signal from the target area and a heating system for heating at least the target area, wherein the heating system comprises a heating light source (LF) for providing a heating beam to heat at least the target area, the device additionally comprising at least one light source (LED1, LED2, LED3) configured to provide - a stimulus beam configured to illuminate the target area for inducing an electroretinography signal and - a light adapting background beam configured to illuminate the retina at least in an area outside of the target area, characterized in that the light adapting background beam is provided for light adapting the area outside of the target area and suppressing electroretinography signaling therefrom and in that the device is further adapted to provide a central background light beam configured to illuminate at least the target area of the retina and to maintain a light adaptation level of the target area. - a stimulus beam configured to illuminate the target area for inducing an electroretinography signal and - a light adapting background beam configured to illuminate the retina at least in an area outside of the target area,
A humidity control unit, comprising: an air passage through which a first space (S1) which is a target space and a second space (S2) communicate with each other; a moisture absorber arranged in the air passage and configured to absorb moisture from air and desorb the moisture to the air; a heat source arranged in the air passage and configured to at least cool or heat the moisture absorber ; an air transport mechanism (M) configured to allow the air in the air passage to flow in reverse directions; and a controller (C) configured to control the heat source and the air transport mechanism (M), the controller (C) alternately performs: a first action of allowing the heat source to cool the moisture absorber and allowing the air transport mechanism (M) to transport the air in the second space (S2) to the first space (S1), and a second action of allowing the heat source to heat the moisture absorber and allowing the air transport mechanism (M) to transport the air in the first space (S 1) to the second space (S2), and characterized in that the controller (C) stops the air transport mechanism (M) for a predetermined period after the end of the first action and before the start of the second action. an air passage through which a first space (S1) which is a target space and a second space (S2) communicate with each other; a moisture absorber arranged in the air passage and configured to absorb moisture from air and desorb the moisture to the air; a heat source arranged in the air passage and configured to at least cool or heat the moisture absorber ; an air transport mechanism (M) configured to allow the air in the air passage to flow in reverse directions; and a controller (C) configured to control the heat source and the air transport mechanism (M), the controller (C) alternately performs: a first action of allowing the heat source to cool the moisture absorber and allowing the air transport mechanism (M) to transport the air in the second space (S2) to the first space (S1), and a second action of allowing the heat source to heat the moisture absorber and allowing the air transport mechanism (M) to transport the air in the first space (S 1) to the second space (S2), and a first action of allowing the heat source to cool the moisture absorber and allowing the air transport mechanism (M) to transport the air in the second space (S2) to the first space (S1), and a second action of allowing the heat source to heat the moisture absorber and allowing the air transport mechanism (M) to transport the air in the first space (S 1) to the second space (S2), and characterized in that the controller (C) stops the air transport mechanism (M) for a predetermined period after the end of the first action and before the start of the second action.
A curable composition comprising a phthalonitrile compound, a curing agent of the phthalonitrile compound, and magnetic particles having a particle diameter within a range of 20 nm to 300 nm, wherein the magnetic particles are multi-domain type magnetic particles.
An article comprising: a substrate comprising a ceramic or a ceramic matrix composite, wherein the substrate comprises boron, boria, or a boron-containing species that oxidizes to form boria; a bond layer on the substrate, wherein the bond layer comprises silicon metal and a boria stabilizing agent, wherein the boria stabilizing agent comprises at least one of a zinc silicate, tantalum silicate, niobium silicate, molybdenum silicate, and tungsten silicate; and at least one additional layer on the bond layer. a substrate comprising a ceramic or a ceramic matrix composite, wherein the substrate comprises boron, boria, or a boron-containing species that oxidizes to form boria; a bond layer on the substrate, wherein the bond layer comprises silicon metal and a boria stabilizing agent, wherein the boria stabilizing agent comprises at least one of a zinc silicate, tantalum silicate, niobium silicate, molybdenum silicate, and tungsten silicate; and at least one additional layer on the bond layer.
A method for average equivalent isotropic radiated power, EIRP, control of at least two radio power sources , the method being performed by a coordinating controller of a site , the site comprising the at least two radio power sources , the method comprising: obtaining (S102), from a respective inner controller of each of the at least two radio power sources , power control feedback information; determining (S104), according to an inner control loop for each of the at least two radio power sources , coordinating control information from the power control feedback information; and performing (S106) individual average power control of each of the at least two radio power sources by providing, to each respective inner controller , the coordinating control information, whereby total average transmission power 〈 P tot,i 〉( s ) of each of the at least two radio power sources is selectively adjusted based on the inner control loop. obtaining (S102), from a respective inner controller of each of the at least two radio power sources , power control feedback information; determining (S104), according to an inner control loop for each of the at least two radio power sources , coordinating control information from the power control feedback information; and performing (S106) individual average power control of each of the at least two radio power sources by providing, to each respective inner controller , the coordinating control information, whereby total average transmission power 〈 P tot,i 〉( s ) of each of the at least two radio power sources is selectively adjusted based on the inner control loop.
A fuel system, comprising: a fuel tank ; a first fluid flow path between a gas space in the fuel tank and outside of the fuel system; a gas separation membrane comprising a first side in communication with the first fluid flow path and a second side; a second fluid flow path in communication with the second side of the membrane; a fluid control device in fluid communication with the second fluid flow path and with a liquid space in the fuel tank; and a prime mover in communication with the second fluid flow path; characterized by the fluid control device also being in fluid communication with the outside of the fuel system, said fluid control device being configured to provide fluid flow from the second fluid flow path to a destination selected from the liquid space in the fuel tank when hydrocarbons are removed from the first fluid flow through the membrane and the outside of the fuel system when water vapor is removed from the first fluid flow through the membrane; and the prime mover being configured to move fluid on the second fluid flow path from the second side of the separation membrane to said selected destination. a fuel tank ; a first fluid flow path between a gas space in the fuel tank and outside of the fuel system; a gas separation membrane comprising a first side in communication with the first fluid flow path and a second side; a second fluid flow path in communication with the second side of the membrane; a fluid control device in fluid communication with the second fluid flow path and with a liquid space in the fuel tank; and a prime mover in communication with the second fluid flow path; characterized by the fluid control device also being in fluid communication with the outside of the fuel system, said fluid control device being configured to provide fluid flow from the second fluid flow path to a destination selected from the liquid space in the fuel tank when hydrocarbons are removed from the first fluid flow through the membrane and the outside of the fuel system when water vapor is removed from the first fluid flow through the membrane; and the prime mover being configured to move fluid on the second fluid flow path from the second side of the separation membrane to said selected destination.