mhurhangee/ep-ind-claims huggingface dataset:
An aerosol-generating device comprising: A heater, wherein a component of the heater comprises a coating, wherein the coating is formed from a glass composition comprising: between 30 percent by weight and 70 weight percent by weight silicon oxide; between 0.1 percent by weight and 10 percent by weight aluminium oxide; between 2 percent by weight and 30 percent by weight boron oxide; between 2 percent by weight and 40 percent by weight lithium oxide; between 0.1 percent by weight and 5 percent by weight magnesium oxide; and one or more of: calcium oxide, gallium oxide, potassium oxide, samarium oxide, strontium oxide and titanium oxide. A heater, wherein a component of the heater comprises a coating, wherein the coating is formed from a glass composition comprising: between 30 percent by weight and 70 weight percent by weight silicon oxide; between 0.1 percent by weight and 10 percent by weight aluminium oxide; between 2 percent by weight and 30 percent by weight boron oxide; between 2 percent by weight and 40 percent by weight lithium oxide; between 0.1 percent by weight and 5 percent by weight magnesium oxide; and between 30 percent by weight and 70 weight percent by weight silicon oxide; between 0.1 percent by weight and 10 percent by weight aluminium oxide; between 2 percent by weight and 30 percent by weight boron oxide; between 2 percent by weight and 40 percent by weight lithium oxide; between 0.1 percent by weight and 5 percent by weight magnesium oxide; and
A veneer element comprising one, two or multiple layers (2a, 2b, 2c; 20a, 20b, 20c, 20d, 20e), wherein at least one outer layer (2a; 20a, 20b, 20c) is formed from veneer, wherein the veneer element is provided with at least one flame retardant, which at least one flame retardant is an inorganic flame retardant, characterized in that the flame retardant is a water-based inorganic solution of nitrogen and phosphor or is present in the form of a water-based inorganic solution of nitrogen and phosphor, wherein the solution has a pH value of between 4 and 7.
System comprising a refractory lining and a damage detection system for refractory linings for molten metal containing vessels, the said damage detection system comprising an electrically conductive grid disposed underneath the surface of the refractory lining closest to a molten metal when in use; one or more electrically conductive electrodes disposed in contact with the molten metal when in use; and an electrical power source; wherein the said electrically conductive metallic grid and the said one or more electrically conductive electrodes are electrically connected to each other, such as to form an open electrical circuit powered by the said electrical power source, and wherein the damage detection system is adapted such that (i) a detected closure of the said electrical circuit during normal use of the molten metal vessel indicates that the said refractory lining is damaged, and/or (ii) the presence of a molten metal during normal operation of the vessel closes the said electrical circuit in case the refractory lining is damaged, further, wherein, the said refractory lining is installed in a molten metal containing vessel or vessel spout, a ladle, a tundish, a reaction chamber or a trough, or in a cupola hearth or a siphon, a blast furnace, or a main, secondary or tilting runner, further wherein the said electrical power source comprises two batteries connected in parallel. an electrically conductive grid disposed underneath the surface of the refractory lining closest to a molten metal when in use; one or more electrically conductive electrodes disposed in contact with the molten metal when in use; and an electrical power source; wherein the said electrically conductive metallic grid and the said one or more electrically conductive electrodes are electrically connected to each other, such as to form an open electrical circuit powered by the said electrical power source, and wherein the damage detection system is adapted such that (i) a detected closure of the said electrical circuit during normal use of the molten metal vessel indicates that the said refractory lining is damaged, and/or (ii) the presence of a molten metal during normal operation of the vessel closes the said electrical circuit in case the refractory lining is damaged, (i) a detected closure of the said electrical circuit during normal use of the molten metal vessel indicates that the said refractory lining is damaged, and/or (ii) the presence of a molten metal during normal operation of the vessel closes the said electrical circuit in case the refractory lining is damaged, further, wherein, the said refractory lining is installed in a molten metal containing vessel or vessel spout, a ladle, a tundish, a reaction chamber or a trough, or in a cupola hearth or a siphon, a blast furnace, or a main, secondary or tilting runner, further wherein the said electrical power source comprises two batteries connected in parallel.
A puncture repair kit comprising a compressor device, and a bottle unit comprising a bottle container enclosing puncture sealing agent and a cap attached to an opening of this bottle container; said compressor device comprises a compressed air discharge port to discharge a compressed air; said cap comprises an air intake port to intake the compressed air from said compressed air discharge port into the bottle container, and a sealing agent/compressed air removal port to remove in succession the puncture sealing agent and the compressed air from said bottle container by sending this compressed air; and one of said compressed air discharge port and said air intake port is formed of a connecting nozzle protruding toward the other, and the other is formed of a joint concave portion fit together with said connecting nozzle, so as to directly connect said compressed air discharge port with said air intake port, characterized in that said compressed air discharge port is formed of said connecting nozzle, and said air intake opening is formed of said joint concave portion; and the joint concave portion is formed of a central hole of the cylindrical portion protruding toward said connecting nozzle; said cylindrical portion is proposed around the cylindrical portion with a pair of locking plate portions having a plate-like shape, radially extending on both sides of the shaft center of said joint concave portion and having the locking hole in the thickness direction; and the compressor device is provided with a fall-off prevention device to prevent from the connecting nozzle of the joint concave portion by clicking with the locking hole, said clicking being conducted by rotating said bottle unit relatively with around said shaft center at a small angle α respect to the compressor device after inserting and jointing said connecting nozzle into the joint concave portion.
A paper product which is formed from fiber-based pulp to which a material component of plant origin is added, characterized in that the material component of plant origin is a material which is formed from small particles and which is formed from a source material of plant origin selected at least mainly from the group of bark free wood, stem parts of plants and their combinations and their derivatives and which is formed from the source material of plant origin by mechanical processing, and at least 30 vol-% of the particles in the material component of plant origin are particles of less than 10μm, a particle size d50 (vol-%) in the material component of plant origin is between 5 and 20μm, and the paper product contains 5 to 25 vol-% of the material component of plant origin substantially to increase the printing area in the paper product relative to the bulk of the paper.
An occupant support comprising a frame, a deck comprising at least one deck section pivotably connected to a deck frame, and a lift system for changing the angular orientation of the deck section in response to a noncyclical mechanical user input, the at least one deck section being a thigh section, the lift system comprising a first bellcrank pivotably attached to the deck frame, the bellcrank having an input arm for receiving the user input and an output arm, characterized in that the occupant support further comprises a second bellcrank pivotably attached to the deck frame and having an input leg and an output leg, and a transfer link having an input end connected to the output arm of the first bellcrank and an output end connected to the input leg of the second bellcrank.
Tower vibration damper, in particular for a wind turbine, that comprises a first pendulum which has a first pendulum length (l 1) and a first ball weight (m 1) and which is designed as a suspended pendulum, said tower vibration damper comprising a second pendulum which has a second pendulum length (l 2) and a second ball weight (m 2) and which is designed as an upright pendulum, the first ball weight (m 1) and the second ball weight (m 2) being coupled to one another in the direction of action by at least one coupling element, at least one actuator (10, 11) that can cause the pendula (2, 3) to vibrate being provided, the tower vibration damper comprising at least one vibration sensor and one controller, the at least one actuator (10, 11) being controlled on the basis of the detected vibrations, characterised in that the actuator (10, 11) acts on the coupling element.
Apparatus for controlling an acousto-optic component for a microscope, wherein the acousto-optic component is configured to influence the laser light which is in the form of a pulse of a laser system with a spectral width or a laser line at a specific wavelength and which passes through said acousto-optic component as illumination and/or detection light of a microscope, comprising - the acousto-optic component, wherein the acousto-optic component has a transfer function (H 0 (λ)) which describes a relationship between the spectral properties of the acousto-optic component and a spectral characteristic of the laser light to be transmitted, - and at least one frequency generator for setting an illumination wavelength of the illumination light and/or a detection wavelength of the detection light, wherein the frequency generator, for controlling the influence, is connected to the acousto-optic component, characterized in that the frequency generator is designed such that it creates a signal which, as a result of the superposition of a plurality of individual main lobes of transfer functions, leads to a resultant main lobe of a resultant transfer function being spectrally dispersed such that the spectral width of the pulse or the laser line at a fixed wavelength is still located within the main lobe of the transfer function, even in the event of a maximum temperature drift of the AOTF crystal, wherein the acousto-optic component is controlled by two or more control signals in such a way that two or more overlapping and/or superimposing main lobes of the transfer function of the acousto-optic component or main maxima are created. - the acousto-optic component, wherein the acousto-optic component has a transfer function (H 0 (λ)) which describes a relationship between the spectral properties of the acousto-optic component and a spectral characteristic of the laser light to be transmitted, - and at least one frequency generator for setting an illumination wavelength of the illumination light and/or a detection wavelength of the detection light, wherein the frequency generator, for controlling the influence, is connected to the acousto-optic component, characterized in that the frequency generator is designed such that it creates a signal which, as a result of the superposition of a plurality of individual main lobes of transfer functions, leads to a resultant main lobe of a resultant transfer function being spectrally dispersed such that the spectral width of the pulse or the laser line at a fixed wavelength is still located within the main lobe of the transfer function, even in the event of a maximum temperature drift of the AOTF crystal, wherein the acousto-optic component is controlled by two or more control signals in such a way that two or more overlapping and/or superimposing main lobes of the transfer function of the acousto-optic component or main maxima are created.
Synchronization apparatus for synchronizing head-mounted displays with a virtual world, in particular in an amusement ride, comprising - at least one head-mounted display, by means of which a virtual reality generated by a VR system can be displayed, - a base station for depositing the head-mounted display, wherein the base station comprises holding means with which the head-mounted display can be placed into the base station in a defined position and orientation, and - a display position detection apparatus for detecting the position and orientation of the head-mounted display, wherein - the synchronization apparatus is configured such that the virtual reality is synchronized with the head-mounted display, based on the position and orientation of the head-mounted display detected by the display position detection device, with reference to the position and orientation of the head-mounted display in the base station, - characterized in that the synchronization is carried out as soon as the head-mounted display is removed from the base station. - at least one head-mounted display, by means of which a virtual reality generated by a VR system can be displayed, - a base station for depositing the head-mounted display, wherein the base station comprises holding means with which the head-mounted display can be placed into the base station in a defined position and orientation, and - a display position detection apparatus for detecting the position and orientation of the head-mounted display, wherein - the synchronization apparatus is configured such that the virtual reality is synchronized with the head-mounted display, based on the position and orientation of the head-mounted display detected by the display position detection device, with reference to the position and orientation of the head-mounted display in the base station, - characterized in that the synchronization is carried out as soon as the head-mounted display is removed from the base station.
A transceiver apparatus, comprising a package substrate and a die, wherein a transceiver switch is disposed in the transceiver apparatus; the transceiver switch comprises an antenna feedpoint, a transmit feedpoint and a receive feedpoint that are coupled to the antenna feedpoint, and a first metal connection line that are disposed on the package substrate, wherein the antenna feedpoint and the receive feedpoint are disposed at two ends of the first metal connection line; the transceiver switch further comprises a first switch, a transmit pad, and a receive pad that are disposed on the die, wherein a first terminal of the first switch is coupled to the receive pad, a second terminal of the first switch is coupled to a ground terminal of the die, the receive pad is coupled to the receive feedpoint, and the transmit pad is coupled to the transmit feedpoint; and a power amplifier, PA, and a low noise amplifier, LNA, are further disposed on the die, the transmit pad is coupled to an output terminal of the PA, and the receive pad is coupled to an input terminal of the LNA; a second transmission line disposed on the package substrate, wherein the antenna feedpoint and the transmit feedpoint are disposed at two ends of the second transmission line; and a second switch disposed on the die, wherein a first terminal of the second switch is coupled to the transmit pad, and a second terminal of the second switch is coupled to the ground terminal of the die. a transceiver switch is disposed in the transceiver apparatus; the transceiver switch comprises an antenna feedpoint, a transmit feedpoint and a receive feedpoint that are coupled to the antenna feedpoint, and a first metal connection line that are disposed on the package substrate, wherein the antenna feedpoint and the receive feedpoint are disposed at two ends of the first metal connection line; the transceiver switch further comprises a first switch, a transmit pad, and a receive pad that are disposed on the die, wherein a first terminal of the first switch is coupled to the receive pad, a second terminal of the first switch is coupled to a ground terminal of the die, the receive pad is coupled to the receive feedpoint, and the transmit pad is coupled to the transmit feedpoint; and a power amplifier, PA, and a low noise amplifier, LNA, are further disposed on the die, the transmit pad is coupled to an output terminal of the PA, and the receive pad is coupled to an input terminal of the LNA; a second transmission line disposed on the package substrate, wherein the antenna feedpoint and the transmit feedpoint are disposed at two ends of the second transmission line; and a second switch disposed on the die, wherein a first terminal of the second switch is coupled to the transmit pad, and a second terminal of the second switch is coupled to the ground terminal of the die.
A medical device for use in tissue characterization and treatment, the device comprising a tissue characterization probe comprising an elongated carrier having a longitudinal axis and proximal and distal ends, and carrying an array of tissue characterization sensors, each sensor being configured and operable for generating a tissue characterization signal corresponding to a tissue mass at a location of the sensor, said tissue characterization sensors being arranged in a spaced-apart relationship along at least said longitudinal axis and within at least a distal portion of said elongated carrier with known distances between them, such that during progression of the probe through a tissue mass each of the sensors generates tissue characterization signals from successive locations thereof within the tissue mass thereby enabling to locate and determine a dimension of a tissue specimen inside said tissue mass based on the characterization signals from the sensors in the array; wherein said elongated carrier has two integral portions including a proximal portion and said distal portion extending successively along said longitudinal axis from said proximal end to said distal portion of the elongated carrier, said proximal portion having a cylindrical-like hollow shape, said distal portion having a trough-like shape being open-cut both along said longitudinal axis and along at least part of a circumference of the distal portion, said elongated carrier being thereby configured for passing a treatment tool through the hollow proximal portion and enabling at least a distal part of the treatment tool to project from the hollow proximal portion and extend forwardly on the longitudinal axis along the distal portion and forwardly beyond said distal end of the elongated carrier, the device thereby enabling consequent treatment by the distal part of the treatment tool of a tissue specimen at exact location of any sensor of said sensors arranged on said distal portion while the distal part of the treatment tool and the tissue specimen both being concurrently aligned with said sensor and while keeping the elongated carrier in place during the tissue treatment, and of a tissue specimen located beyond said distal end of the elongated carrier.
An ink jet recording method comprising: attaching a resin liquid including a resin to a recording medium; attaching a reaction liquid including a reactant for aggregating or thickening a coloring ink component having a coloring material to an area where the resin liquid is attached; attaching the coloring ink to an area where the reaction liquid is attached by an ink jet method; and attaching a clear ink including a resin to the area where the reaction liquid is attached, after the aforementioned coloring ink attachment step, at the same time of the coloring ink attachment step, or before the coloring ink attachment step, characterized in that the resin liquid is a water-based resin liquid containing water and an organic solvent selected from the group consisting of 1,2-alkanediols, and the recording medium is one of a plastic film, a plastic sheet, a plastic plate, paper that is coated with a plastic, and a medium on which a plastic film is attached. attaching a resin liquid including a resin to a recording medium; attaching a reaction liquid including a reactant for aggregating or thickening a coloring ink component having a coloring material to an area where the resin liquid is attached; attaching the coloring ink to an area where the reaction liquid is attached by an ink jet method; and attaching a clear ink including a resin to the area where the reaction liquid is attached, after the aforementioned coloring ink attachment step, at the same time of the coloring ink attachment step, or before the coloring ink attachment step, characterized in that the resin liquid is a water-based resin liquid containing water and an organic solvent selected from the group consisting of 1,2-alkanediols, and the recording medium is one of a plastic film, a plastic sheet, a plastic plate, paper that is coated with a plastic, and a medium on which a plastic film is attached.
A curable fluorine-containing resin produced by causing a reaction between a polymer and a compound; the polymer being prepared by copolymerization in which essential monomer components are a compound having a poly(perfluoroalkylene ether) chain and styryl groups at both ends of the poly(perfluoroalkylene ether) chain and a polymerizable unsaturated monomer having at least one functional group (b) selected from the group consisting of a hydroxy group, an isocyanate group, an epoxy group, a carboxyl group, an acid anhydride group, and a carboxylic acid halide group; the compound having a polymerizable unsaturated group and at least one functional group (c) that has reactivity with the functional group (b) and is selected from the group consisting of a hydroxy group, an isocyanate group, an epoxy group, a carboxyl group, an acid anhydride group, and a carboxylic acid halide group.