mhurhangee/patent-ind-claim-en huggingface dataset:
Method for providing an object with a protective coating of silicone elastomer, wherein the method is free of volatile organic compounds (VOC's) and comprises the steps of a) providing a liquid composition comprising room temperature vulcanisation (RTV) silicone elastomers, wherein said liquid composition comprising RTV silicone elastomer has a viscosity of between 2500 mPa·s to 10000 mPa·s, and wherein the composition further comprises between 0. 1% to 0.5% w/w of a thixotropic additive based on the total weight of the composition. b) spraying a first layer of said liquid composition on the surface of said object, thereby coating the surface of the object with the liquid composition, wherein the object is comprised of polymeric foam selected from the group consisting of polyurethane, polyether, silicone, natural latex, polystyrene, polyethylene, polypropylene, or mixtures thereof, preferably polyurethane, and wherein spraying is performed at an air pressure of at least 3 bar, wherein the first layer covering the surface of the object, has a thickness of at most 1 mm c) allowing polymerization of the first layer of RTV silicone elastomers, and d) optionally, providing on said first layer at least one additional layer of said composition comprising a silicon elastomer. a) providing a liquid composition comprising room temperature vulcanisation (RTV) silicone elastomers, wherein said liquid composition comprising RTV silicone elastomer has a viscosity of between 2500 mPa·s to 10000 mPa·s, and wherein the composition further comprises between 0. 1% to 0.5% w/w of a thixotropic additive based on the total weight of the composition. b) spraying a first layer of said liquid composition on the surface of said object, thereby coating the surface of the object with the liquid composition, wherein the object is comprised of polymeric foam selected from the group consisting of polyurethane, polyether, silicone, natural latex, polystyrene, polyethylene, polypropylene, or mixtures thereof, preferably polyurethane, and wherein spraying is performed at an air pressure of at least 3 bar, wherein the first layer covering the surface of the object, has a thickness of at most 1 mm c) allowing polymerization of the first layer of RTV silicone elastomers, and d) optionally, providing on said first layer at least one additional layer of said composition comprising a silicon elastomer.
An acoustic probe comprising: a chip module substrate ; a piezoelectric unit for cross-converting ultrasound and an electric signal while the piezoelectric unit is vibrating and for emitting ultrasound; and a connection unit for supporting the piezoelectric unit and electrically connecting the piezoelectric unit and the chip module substrate wherein the connection unit comprises a plurality of connection elements that are spaced apart from one another and that are formed of a material which has conductivity and acoustic impedance greater than acoustic impedance of the piezoelectric unit , such that ultrasound emitted toward a rear side of the piezoelectric unit is reflected from the connection unit and is emitted toward a front side of the piezoelectric unit , each connection element comprising a first surface that is electrically connected to the chip module substrate and a second surface that is electrically connected to the piezoelectric unit , characterized in that a size of the second surface of the connection element which supports the piezoelectric element is greater than the first surface of the connection element which contacts the chip module substrate , wherein at least one of a greatest thickness (d1) and a smallest thickness (d2) of the connection elements is λ/ , where λ is a frequency of ultrasound emitted from the piezoelectric unit , and n is a natural number and wherein at least one of the plurality of connection elements has a stepped shape with its longitudinal cross-section forming a T-shape. a chip module substrate ; a piezoelectric unit for cross-converting ultrasound and an electric signal while the piezoelectric unit is vibrating and for emitting ultrasound; and a connection unit for supporting the piezoelectric unit and electrically connecting the piezoelectric unit and the chip module substrate wherein the connection unit comprises a plurality of connection elements that are spaced apart from one another and that are formed of a material which has conductivity and acoustic impedance greater than acoustic impedance of the piezoelectric unit , such that ultrasound emitted toward a rear side of the piezoelectric unit is reflected from the connection unit and is emitted toward a front side of the piezoelectric unit , each connection element comprising a first surface that is electrically connected to the chip module substrate and a second surface that is electrically connected to the piezoelectric unit , characterized in that a size of the second surface of the connection element which supports the piezoelectric element is greater than the first surface of the connection element which contacts the chip module substrate , wherein at least one of a greatest thickness (d1) and a smallest thickness (d2) of the connection elements is λ/ , where λ is a frequency of ultrasound emitted from the piezoelectric unit , and n is a natural number and wherein at least one of the plurality of connection elements has a stepped shape with its longitudinal cross-section forming a T-shape.
Energy supply unit , comprising: an output for outputting an output current (I OUT ) and an output voltage (U OUT ); and a protection element comprising a signal output path , wherein the protection element is connected downstream of the output and is configured to maintain the signal output path when a first amplitude threshold value is exceeded by the output current (I OUT ) and to interrupt the signal output path when a second amplitude threshold value is exceeded by the output current (I OUT ), wherein the second amplitude threshold value is higher than the first amplitude threshold value; characterized in that the energy supply unit is configured to reduce an amplitude of the output voltage (U OUT ) and to increase an amplitude of the output current (I OUT ) above the second amplitude threshold value when the first amplitude threshold value is exceeded by the output current (I OUT ) in order to interrupt the signal output path . an output for outputting an output current (I OUT ) and an output voltage (U OUT ); and a protection element comprising a signal output path , wherein the protection element is connected downstream of the output and is configured to maintain the signal output path when a first amplitude threshold value is exceeded by the output current (I OUT ) and to interrupt the signal output path when a second amplitude threshold value is exceeded by the output current (I OUT ), wherein the second amplitude threshold value is higher than the first amplitude threshold value; characterized in that the energy supply unit is configured to reduce an amplitude of the output voltage (U OUT ) and to increase an amplitude of the output current (I OUT ) above the second amplitude threshold value when the first amplitude threshold value is exceeded by the output current (I OUT ) in order to interrupt the signal output path .
A node housing with walls enclosing at least one circuit board and electronic components located thereon, the walls providing shielding, wherein the node housing has at least one first I/O port for a first transmission type and at least one second I/O port for a second transmission type and optionally a port for a power supply with or without an on/off switching function, the node housing having one or more recesses/passages in at least one wall which, in addition to signal transmission and optional power supply with or without an on/off switching function, permits access to at least one of the electronic components, access which can change the type and/or properties of the component essentially without interrupting transmission, characterised in that at least one recess in the opening region provides an overthickness , wherein the overthickness provides a raised edge to improve the integrity of the housing, wherein the overthickness represents an extent of the projection with respect to the wall, which also provides a larger contact surface which improves the provided shielding effect.
A cytotoxic, cytostatic, or anti-neoplastic agent for use in maintaining patency in a bronchus of a patient, wherein the cytotoxic, cytostatic, or anti-neoplastic agent is to be delivered in a therapeutically beneficial amount effective to limit recurrent bronchial occlusion into one or more of a bronchial wall, submucosa, media, or adventitia of the bronchus, and wherein the agent is delivered through a needle positioned through a wall of the bronchus so that an aperture of the needle is positioned at or beyond the bronchial adventitia, wherein the agent for delivery has a concentration in the range of 0.5 mg/mL to 1.5 mg/mL.
Printer device for constructing a concrete supporting structure for a passenger transport system designed as an escalator or moving walkway in an existing building , the printer device comprising at least the following components: • a printer guide device which can be arranged between two support points of the building that are provided for supporting the passenger transport system , the printer guide device being designed to be supported on the floors (E1, E2) of the building that are to be connected by the passenger transport system , at least during the printing process ; • a 3D concrete printer apparatus which is arranged on the printer guide device so as to be movably guided along said device and is designed to spatially arrange workable concrete , the 3D concrete printer device comprising at least one printer nozzle , a movement device for moving the printer nozzle and a printer controller , by means of which printer controller the movement device , the concrete supply through the printer nozzle and the movements of the entire 3D concrete printer device along the printer guide device can be controlled; and • control software which can be executed on the printer controller in order to carry out the printing process during the construction of the concrete supporting structure ; the printer guide device comprising at least one guide track , the guide path of which is adjustable with respect to its spatial use position, at least in the vertical direction, wherein the printer guide device comprises a support structure on which the at least one guide track is arranged and/or formed, and the guide path being adjusted by means of adjustment of the support structure , characterized in that the support structure comprises at least two portions connected in series with one another for adjusting the guide track, the central longitudinal axes of which portions are adjustable at an angle to one another. • a printer guide device which can be arranged between two support points of the building that are provided for supporting the passenger transport system , the printer guide device being designed to be supported on the floors (E1, E2) of the building that are to be connected by the passenger transport system , at least during the printing process ; • a 3D concrete printer apparatus which is arranged on the printer guide device so as to be movably guided along said device and is designed to spatially arrange workable concrete , the 3D concrete printer device comprising at least one printer nozzle , a movement device for moving the printer nozzle and a printer controller , by means of which printer controller the movement device , the concrete supply through the printer nozzle and the movements of the entire 3D concrete printer device along the printer guide device can be controlled; and • control software which can be executed on the printer controller in order to carry out the printing process during the construction of the concrete supporting structure ;
Device for storing temperature-controlled fluids with at least one container , having a Peltier element whose hot side is in contact with at least one wall of the container , having at least one device for delivering ambient air (L40) to the cold side of the Peltier element and having at least one electric power source for supplying the Peltier element and the device with ambient air (L40), characterized in that for the low-loss storage of the fluid in the container , the device for delivering ambient air (L40) is operable as a function of the temperature of the ambient air (L40), wherein the cold side of the Peltier element is arranged in a vertically disposed channel for guiding the ambient air (L40) or forms part of a wall of this channel , wherein said channel comprises at least one ascending part and one descending part and a transition from the ascending part to the descending part , which is closed at the top and the heating power of the Peltier element , can be controlled as a function of the currently generated electrical energy of a photovoltaic generator forming the electric energy source .
A developer container configured to be detachably attached to an image forming apparatus main body in a vertical direction relative to the image forming apparatus main body, the developer container comprising: a conveying drive gear configured to be driven by engaging a main body side drive gear at a torque transmitting spot (G) ; a convex configured to be inserted into a main body groove , wherein the main body groove is vertically disposed in the apparatus main body; and a concave which is configured such that a main body protrusion can be inserted into the concave ; wherein, in a direction of a rotational shaft of the conveying drive gear , the convex is disposed at one side of the torque transmitting spot (G), as a reference, and the concave is disposed at the other side.
A concrete which comprises in parts by weight: 100 of Portland cement; 50 to 200 of a sand having a single grading with a D10 to D90 between 0.063 and 5 mm, or a mixture of sands, the finest sand having a D10 to D90 between 0.063 and 1 mm and the coarsest sand having a D10 to D90 between 1 and 4 mm; 10 to 50 of a particulate, substantially non-pozzolanic material selected from ground limestone, precipitated calcium carbonate and a mixture thereof having a mean particle size less than 15 μm and having a BET surface area from 2 to 10 m 2 /g; wherein mean particle sizes and distributions of fine particles are measured in aqueous dispersion by laser granulometry; 0.1 to 10 of a water-reducing superplasticizer; and 10 to 30 of water; which concrete is substantially free of silica fume; the said concrete having a compressive strength greater than 100 MPa at 28 days. 100 of Portland cement; 50 to 200 of a sand having a single grading with a D10 to D90 between 0.063 and 5 mm, or a mixture of sands, the finest sand having a D10 to D90 between 0.063 and 1 mm and the coarsest sand having a D10 to D90 between 1 and 4 mm; 10 to 50 of a particulate, substantially non-pozzolanic material selected from ground limestone, precipitated calcium carbonate and a mixture thereof having a mean particle size less than 15 μm and having a BET surface area from 2 to 10 m 2 /g; wherein mean particle sizes and distributions of fine particles are measured in aqueous dispersion by laser granulometry; 0.1 to 10 of a water-reducing superplasticizer; and 10 to 30 of water; which concrete is substantially free of silica fume; the said concrete having a compressive strength greater than 100 MPa at 28 days.
A threat analysis apparatus , comprising: an update manager that obtains update information for software installed in an loT device; a threat information manager that stores threat information of a cyberattack; a risk level manager that manages risk level information defining a risk level of the loT device; a related threat information manager that manages the threat information and related threat information associating the loT device with the risk level; and an outputter that outputs updated related threat information, after the related threat information is updated using the threat information and the risk level of the loT device, based on the update information. an update manager that obtains update information for software installed in an loT device; a threat information manager that stores threat information of a cyberattack; a risk level manager that manages risk level information defining a risk level of the loT device; a related threat information manager that manages the threat information and related threat information associating the loT device with the risk level; and an outputter that outputs updated related threat information, after the related threat information is updated using the threat information and the risk level of the loT device, based on the update information.
A method of fabricating a composite laminate, comprising: forming a stack including first and second fiber beds and an interlayer between the fiber beds, the fiber beds impregnated with matrix resin, the interlayer including an insoluble component on a soluble thermoplastic component; and dissolving entirely or partially the soluble thermoplastic component into the matrix resin to reduce thickness of the interlayer, wherein the thickness of the interlayer is between 2 and 8 microns after dissolving the soluble thermoplastic component. forming a stack including first and second fiber beds and an interlayer between the fiber beds, the fiber beds impregnated with matrix resin, the interlayer including an insoluble component on a soluble thermoplastic component; and dissolving entirely or partially the soluble thermoplastic component into the matrix resin to reduce thickness of the interlayer,
A controller for an aircraft steering system, the controller being configured to receive a steering input representative of a desired direction of travel of a steerable nose landing gear , and to receive one or more force-based inputs; characterised in that the force-based inputs are representative of lateral forces experienced by the nose landing gear, where the lateral forces are forces which act in a lateral direction perpendicular to a longitudinal axis and a vertical axis of the aircraft, and in that the controller is adapted to automatically adjust the steering input based upon the force-based input(s) so as to output an adjusted steering command for a steering actuator of the nose landing gear.
A method for calibrating a test light to simulate a fire comprising measuring a baseline resistance induced in a sensor cell of a two-color detector in response to a controlled fire; monitoring a test resistance induced in the sensor cell in response to exposure to emissions from a test light; and adjusting the emissions of the test light until the test resistance of the sensor cell equals the baseline resistance of the sensor cell to achieve a calibration setting for the test light. measuring a baseline resistance induced in a sensor cell of a two-color detector in response to a controlled fire; monitoring a test resistance induced in the sensor cell in response to exposure to emissions from a test light; and adjusting the emissions of the test light until the test resistance of the sensor cell equals the baseline resistance of the sensor cell to achieve a calibration setting for the test light.
A system for demand-driven, flexible-topology and intelligently-enabled communication between one or more network-enabled client devices and one or more network-enabled application servers over multiple segments of the Internet concurrently; the system comprising: one or more gateway devices , wherein the gateway devices each comprise at least two simultaneously-operating Internet access devices and enable each of the client devices to transmit and receive data to and from the application servers through at least two Internet connections simultaneously by means of connection-selection and network data transmission, reception, buffering, validation, and synchronization facilities being referred to as a connection-merging protocol, the merger of a gateway device's multiple Internet connections being referred to as a macro connection; and one or more virtual or physical relay machines , wherein the relay machines each implement the connection-merging protocol, and act as proxies between the client devices and the application servers ; characterised by : one virtual or physical coordination machine operating on the Internet, wherein the coordination machine aggregates system status metrics, and launches, configures and terminates relay machines according to said metrics, and instructs the gateway devices as to which of the relay machines to proxy Internet traffic originating from the client devices through. one or more gateway devices , wherein the gateway devices each comprise at least two simultaneously-operating Internet access devices and enable each of the client devices to transmit and receive data to and from the application servers through at least two Internet connections simultaneously by means of connection-selection and network data transmission, reception, buffering, validation, and synchronization facilities being referred to as a connection-merging protocol, the merger of a gateway device's multiple Internet connections being referred to as a macro connection; and one or more virtual or physical relay machines , wherein the relay machines each implement the connection-merging protocol, and act as proxies between the client devices and the application servers ; characterised by : one virtual or physical coordination machine operating on the Internet, wherein the coordination machine aggregates system status metrics, and launches, configures and terminates relay machines according to said metrics, and instructs the gateway devices as to which of the relay machines to proxy Internet traffic originating from the client devices through.
A micro-gas-turbine arrangement comprising - a compressor to suck in and compress combustion air, - a combustion chamber connected to the compressor by a combustion air line in which fuel is burned with the combustion air, - a turbine that is connected to the outlet side of the combustion chamber via a flue gas line and is driven by the hot exhaust gases from the combustion chamber , and - a generator for generating electricity, wherein the compressor and the generator are located on a common turbine shaft and are driven via the turbine , and wherein a switchable partial-load compressor is arranged in a line section of the combustion air line , which can be bypassed via a partial-load compressor bypass line of the combustion air line connected in parallel thereto, a recuperator is provided in the combustion air line between the compressor and the combustion chamber , and switching means are provided in the combustion air line , which switching means are arranged, in order to switch on the partial-load compressor in a partial-load operation of the micro-gas-turbine arrangement, so that combustion air compressed by the compressor is fed to the partial-load compressor and further compressed there, and to switch off the partial-load compressor during full-load operation, so that the combustion air compressed by the compressor flows past the partial-load compressor through the partial-load compressor bypass line directly to the combustion chamber , characterized in that the line section and the partial load compressor bypass line of the combustion air line converge upstream the recuperator . - a compressor to suck in and compress combustion air, - a combustion chamber connected to the compressor by a combustion air line in which fuel is burned with the combustion air, - a turbine that is connected to the outlet side of the combustion chamber via a flue gas line and is driven by the hot exhaust gases from the combustion chamber , and - a generator for generating electricity,