mhurhangee/ep-ind-claims huggingface dataset:
A multilayer film comprising a layer containing a polyvinyl acetal having an acetalization degree of 55 to 80 mol%, a content of a vinyl ester monomer unit of 0.1 to 1.5 mol% and a viscosity-average degree of polymerization of 1,400 to 5,000; and a layer containing a polyvinyl acetal having an acetalization degree of 70 to 85 mol%, a content of a vinyl ester monomer unit of 5 to 15 mol% and a viscosity-average degree of polymerization of 1,400 to 5,000, wherein the multilayer film satisfies formulas and: A − B / A < 0.80 1.00 × 10 − 2 < b / y / a / x < 2.00 × 10 − 1 wherein "A" is a peak-top molecular weight of a polymer component as measured by a differential refractive index detector in gel-permeation chromatographic measurement of said multilayer film heated at 230 °C for 3 hours; "a" is a signal strength at a peak-top molecular weight; "B" is a peak-top molecular weight of a polymer component as measured by an absorptiometer (measuring wavelength: 280 nm) in gel-permeation chromatographic measurement of said multilayer film heated at 230 °C for 3 hours; "b" is a signal strength at a peak-top molecular weight; "x" is a signal strength at a peak-top molecular weight as measured by a differential refractive index detector in gel-permeation chromatographic measurement of a monodisperse polymethyl methacrylate; and "y" is a signal strength at a peak-top molecular weight as measured by an absorptiometer (measuring wavelength: 220 nm) in gel-permeation chromatographic measurement of said monodisperse polymethyl methacrylate. "A" is a peak-top molecular weight of a polymer component as measured by a differential refractive index detector in gel-permeation chromatographic measurement of said multilayer film heated at 230 °C for 3 hours; "a" is a signal strength at a peak-top molecular weight; "B" is a peak-top molecular weight of a polymer component as measured by an absorptiometer (measuring wavelength: 280 nm) in gel-permeation chromatographic measurement of said multilayer film heated at 230 °C for 3 hours; "b" is a signal strength at a peak-top molecular weight; "x" is a signal strength at a peak-top molecular weight as measured by a differential refractive index detector in gel-permeation chromatographic measurement of a monodisperse polymethyl methacrylate; and "y" is a signal strength at a peak-top molecular weight as measured by an absorptiometer (measuring wavelength: 220 nm) in gel-permeation chromatographic measurement of said monodisperse polymethyl methacrylate.
Air inlet casing intended to supply fresh air and recycled air to a heating, ventilation and/or air-conditioning system, comprising a circuit intended to supply fresh and/or recycled air to at least one air delivery device, said casing further comprising a means (16, 17) intended to provide a flow of recycled air to said circuit, said means (16, 17) being capable of opening as a result of a difference in pressure, said circuit being configured in such a way that a pressure drop generating said difference in pressure at least temporarily is created therein, characterized in that said circuit includes a common part opening into at least one first part intended to supply a first air delivery device with a first pressure drop, and at least one second part (9, 8, 5) intended to supply a second air delivery device with a second pressure drop greater than said first pressure drop, said means (16, 17) intended to provide a flow of recycled air being located in said second part.
Aquatic rescue vehicle of at least one person immersed into water, in particular of a type with automatic or semi-automatic operation and without on-board pilot, said vehicle being composed of at least one multi-hull structure comprising at least one first and one second hull (3a, 3b), at least one supporting structure of said person being arranged between said hulls (3a, 3b), characterised in that the aquatic rescue vehicle comprises forward propulsive means and depth changing means which are adapted to allow the vehicle to advance also under water when searching, reaching and recovering the person to be recovered, said forward propulsive means and said depth changing means being adapted to take said supporting structure in immersion below said person and re-emerge said vehicle lifting said person and supporting him onto said supporting structure, said depth changing means being adapted to regulate a depth of said hulls (3a, 3b) to keep said person completely out of water.
Use of a catalyst comprised of chromium oxide to synthesize 2,3,3,3-tetrafluoropropene from 1,1,1,2-tetrafluoro-2-chloropropane, wherein said catalyst comprises: a) at least 1% by weight of an alkali metal and further comprises boron; or b) from 0.1% to 3% boron and at least 1000 ppm potassium. a) at least 1% by weight of an alkali metal and further comprises boron; or b) from 0.1% to 3% boron and at least 1000 ppm potassium.
Use of a composition comprising, dispersed in water (i) a fluorinated compound, (ii) a potassium or lithium silicate, and (iii) an acrylic polymer, for providing stain release or stain repellence properties to natural or man-made stone. (i) a fluorinated compound, (ii) a potassium or lithium silicate, and (iii) an acrylic polymer,
A method for producing a solid dispersion comprising nobiletin, the method comprising a step of dissolving nobiletin or a nobiletin-comprising substance and a water-soluble hesperidin derivative selected from the group consisting of glucosyl hesperidin and methyl hesperidin in an ethanol aqueous solution having an ethanol concentration of from 20 to 90 vol% and a step of spray drying the solution.
An ice maker having an ice making chamber, the ice maker comprising; - an optical sensor attached to the ice maker to detect an amount of ice collected in a storage bin, and - a heater installed at a lower portion of the ice making chamber in order to apply heat to allow the interfaces of the ice and an inner surface of the ice making chamber to be separated from each other; characterized in that the ice maker further comprises: - a heat bridge made of a heat conductive material and connecting the heater and the optical sensor for transferring heat of the heater to the optical sensor. - an optical sensor attached to the ice maker to detect an amount of ice collected in a storage bin, and - a heater installed at a lower portion of the ice making chamber in order to apply heat to allow the interfaces of the ice and an inner surface of the ice making chamber to be separated from each other; - a heat bridge made of a heat conductive material and connecting the heater and the optical sensor for transferring heat of the heater to the optical sensor.
Electrical assembly comprising a cooling module, notably an active cooling module comprising a cooling-liquid circulation network, and a busbar, said busbar being directly attached to a receiving portion of the cooling module, said electrical assembly being intended to be fitted in a frame of a first item of electrical equipment, said electrical assembly additionally comprising a power electronics module attached to a first surface of the cooling module and a connecting capacitive element attached to a second surface, opposite the first surface, of the cooling module, the cooling module having a first portion comprising the first and the second surface (114, 115), the assembly being characterized in that said receiving portion forms a fork extending from the first portion of the cooling module, the busbar comprising a first part held between two arms (116, 117) of the fork. said electrical assembly additionally comprising a power electronics module attached to a first surface of the cooling module and a connecting capacitive element attached to a second surface, opposite the first surface, of the cooling module, the cooling module having a first portion comprising the first and the second surface (114, 115), the assembly being characterized in that said receiving portion forms a fork extending from the first portion of the cooling module, the busbar comprising a first part held between two arms (116, 117) of the fork.
A method performed by an encoder of a base station system of a wireless communication network, for handling a bit stream for transmission over a transmission link between a remote unit and a base unit of the base station system, the remote unit being arranged to transmit wireless signals to and receive from mobile stations, the bit stream comprising a first OFDM symbol and a second OFDM symbol, each OFDM symbol comprising a number of consecutive IQ samples, the method comprising: for a first number of the IQ samples, situated at a boundary between the first and the second OFDM symbol, transmitting, over the transmission link to a decoder of the base station system, the first number of IQ samples having a representation spanning a first amplitude range, for a second number of IQ samples of the second OFDM symbol, following the first number of IQ samples, converting, using a predictive filter, individual of the second number of IQ samples to IQ prediction errors, where the IQ prediction errors have a representation spanning a second amplitude range that is smaller than the first amplitude range, and transmitting the IQ prediction errors over the transmission link to the decoder. for a first number of the IQ samples, situated at a boundary between the first and the second OFDM symbol, transmitting, over the transmission link to a decoder of the base station system, the first number of IQ samples having a representation spanning a first amplitude range, for a second number of IQ samples of the second OFDM symbol, following the first number of IQ samples, converting, using a predictive filter, individual of the second number of IQ samples to IQ prediction errors, where the IQ prediction errors have a representation spanning a second amplitude range that is smaller than the first amplitude range, and transmitting the IQ prediction errors over the transmission link to the decoder.
A method of video processing for generating an output image by performing a vertical process integration or a horizontal process integration on an input image, the method comprising sequentially executing a plurality of image process steps on each pixel of a colour component in said input image to generate said output image, wherein at least two of said plurality of image process steps integrate two, three, or four individual convolution filters into a combined convolution filter, wherein the horizontal process integration comprises applying a first combined convolution filter in a first image process step which integrates a horizontal chroma up-sampling filter and a horizontal resizing filter, and wherein the vertical process integration comprises applying a second combined convolution filter in a second image process step which integrates any two of a vertical chroma up-sampling filter, a de-interlacing filter and a vertical resizing filter. a vertical process integration or a horizontal process integration on an input image, sequentially executing a plurality of image process steps on each pixel of a colour component in said input image to generate said output image, wherein at least two of said plurality of image process steps integrate two, three, or four individual convolution filters into a combined convolution filter, wherein the horizontal process integration comprises applying a first combined convolution filter in a first image process step which integrates a horizontal chroma up-sampling filter and a horizontal resizing filter, and wherein the vertical process integration comprises applying a second combined convolution filter in a second image process step which integrates any two of a vertical chroma up-sampling filter, a de-interlacing filter and a vertical resizing filter.
A fuel supply system for a turbomachine, comprising: a starter circuit comprising at least one starter injector, at least one first hydraulic resistance (124, 136), a purge circuit comprising a conduit including an aperture opening outside of the supply system, wherein the purge circuit is configured to flow purge air between the starter injector and the aperture, through the first hydraulic resistance (124, 136), characterised in that the supply system comprises a pressure representative value measuring means configured to measure a pressure representative value (P m) between the starter injector and the first hydraulic resistance (124, 136), during a purge air flow between the starter injector and the first hydraulic resistance (124, 136). a starter circuit comprising at least one starter injector, at least one first hydraulic resistance (124, 136), a purge circuit comprising a conduit including an aperture opening outside of the supply system, wherein the purge circuit is configured to flow purge air between the starter injector and the aperture, through the first hydraulic resistance (124, 136), characterised in that the supply system comprises a pressure representative value measuring means configured to measure a pressure representative value (P m) between the starter injector and the first hydraulic resistance (124, 136), during a purge air flow between the starter injector and the first hydraulic resistance (124, 136).
Device (1, 58, 62) for moving a movable furniture part in an opening direction in relation to a furniture structure of an item of furniture, wherein the movable furniture part by way of guide means can be moved into the opening direction and into a closing direction that is counter to the opening direction, wherein the device (1, 58, 62) has an ejector, a force accumulator and a coupling device, so that by way of the device (1, 58, 62) which is fitted to the item of furniture the movable furniture part can be moved into the opening direction during an opening procedure under the action of the force accumulator, wherein when moving the movable furniture part into the closing direction a charging process of the force accumulator is performed, and wherein the charging process is performed by a transmission of force from the ejector by way of the coupling device to the force accumulator, wherein the coupling device comprises a guide lever, a connecting element and a tension lever, wherein the connecting element and the tension lever are arranged on the guide lever in such a manner that during the charging process of the force accumulator a transmission of the force of the ejector is performed by way of the coupling installation to the force accumulator, characterised in that the force transmission ratio of the coupling device during the charging process of the force accumulator by means of the movable furniture part increases at the end of the charging process.
Machine suitable for producing and dispensing products such as ice cream, frozen beverages or granita, comprising a product container which is provided with a tap for dispensing the product and into which there projects, from a rear wall, a cylinder with a horizontal axis which forms the evaporator of a refrigerating circuit of the machine for cooling the product in the container, a mixer element of the propeller type for stirring the product being present around the cylinder so as to rotate coaxially with the axis of the cylinder by means of a motor unit, which is arranged outside the container and which rotates the mixer element by means of a drive shaft which passes along the axis of the cylinder and which is connected to the mixer element at one end of the cylinder which is opposite to the said rear wall, characterized in that the motor unit is passing through the said real wall, the motor unit is at least partially housed inside the cylinder and the motor unit comprises an electric motor having an axis of rotation arranged substantially coaxially with axis of the cylinder and a gear reduction unit which is connected in front of the electric motor and with its output which is connected coaxially to said drive shaft, the gear reduction unit being at least partially housed inside the cylinder which is sealed from the product inside the container.
A molding equipment of a composite material comprising: a vessel that houses a molding target sealed by a sealing object (Tl); variable vacuum equipment (8, 8C) that performs bending forming of the molding target and pressurization on the molding target after the bending forming by decompressing a region surrounded by the sealing object in the vessel, the variable vacuum equipment (8, 8C) automatically controlling a degree of vacuum in the region surrounded by the sealing object; a vacuum control circuit that automatically controls the variable vacuum equipment (8, 8C) to make the region surrounded by the sealing object be decompressed to a pressure appropriate for the bending forming of the molding target and subsequently be decompressed to a pressure appropriate for the heating and the curing of the molding target; and a heating medium supply system that supplies a heating medium into the vessel, the heating medium being supplied for the bending forming, and heating and curing of the molding target under the pressurization. a vessel that houses a molding target sealed by a sealing object (Tl); variable vacuum equipment (8, 8C) that performs bending forming of the molding target and pressurization on the molding target after the bending forming by decompressing a region surrounded by the sealing object in the vessel, the variable vacuum equipment (8, 8C) automatically controlling a degree of vacuum in the region surrounded by the sealing object; a vacuum control circuit that automatically controls the variable vacuum equipment (8, 8C) to make the region surrounded by the sealing object be decompressed to a pressure appropriate for the bending forming of the molding target and subsequently be decompressed to a pressure appropriate for the heating and the curing of the molding target; and a heating medium supply system that supplies a heating medium into the vessel, the heating medium being supplied for the bending forming, and heating and curing of the molding target under the pressurization.
Hand machine tool with a tool holder for holding a tool on a working axis, a motor for driving the tool holder turning around the working axis, a machine housing, in which the motor is arranged, a hand grip fastened to the machine housing for guiding the hand machine tool during operation, a turning movement sensor, which detects a turning movement of the machine housing around the working axis, characterised in that the hand machine tool comprises a monitor, which establishes a holding force of the user based on an amplitude of the turning movement in a frequency range between 0.4 Hz and 4 Hz and comprises a safety device, which reduces a torque output on the tool holder, if the turning movement detected exceeds the limit value and in which the limit value is adjusted depending on the holding force.
Feed pump having a rotor which is driven and rotates in a pump housing, with at least one ring of rotor blades delimiting blade chambers and with at least one part-annular duct arranged in the pump housing in the region of the rotor blades, which duct forms, with the blade chambers, a delivery chamber that is provided for delivering a liquid from an inlet duct to an outlet duct, and with a filter having a connection pipe, wherein the connection pipe is connected to the inlet duct of the feed pump, characterized in that the connection pipe of the filter has a region whose cross section reduces in the flow direction, and in that the transition from the flow cross section of the connection pipe to the flow cross section of the inlet duct is continuous.
A high-voltage electrical swivel comprising: - a first part and a second part (210, 250), which are mobile relative to each other and form a closed internal chamber, each of the two parts comprising at least one electrical connector (212, 252); - at least one electrical track electrically linked to a connector of one of the two parts and at least one brush assembly electrically linked to a connector of the other of the two parts, the at least one brush assembly cooperating with the at least one electrical track to establish an electrical contact, the at least one electrical track and the at least one brush assembly being housed in the closed internal chamber; the closed internal chamber being filled with a dielectric insulating gas having a dielectric strength greater than that of the air surrounding the electrical swivel, the swivel further comprising: - at least one connector mounting (214, 254) of cylindrical form of which an interior part opens onto the closed internal chamber, one of the electrical connectors being mounted on the at least one connector mounting; the swivel being characterized in that: - at least one valve (234, 264) for venting and/or filling is mounted on the at least one connector mounting. - a first part and a second part (210, 250), which are mobile relative to each other and form a closed internal chamber, each of the two parts comprising at least one electrical connector (212, 252); - at least one electrical track electrically linked to a connector of one of the two parts and at least one brush assembly electrically linked to a connector of the other of the two parts, the at least one brush assembly cooperating with the at least one electrical track to establish an electrical contact, the at least one electrical track and the at least one brush assembly being housed in the closed internal chamber; - at least one connector mounting (214, 254) of cylindrical form of which an interior part opens onto the closed internal chamber, one of the electrical connectors being mounted on the at least one connector mounting; the swivel being characterized in that: - at least one valve (234, 264) for venting and/or filling is mounted on the at least one connector mounting.
Wall hugger recliner having a frame for placing on a floor, a seat, a backrest and a foot support and a foot support adjustment mechanism having a first mechanical rod assembly and a first actuator for deploying and retracting the foot support and a seat backrest adjustment mechanism having a second mechanical rod assembly for adjusting the seat and the backrest from an upright basic position into a horizontal position, wherein the seat backrest adjustment mechanism has a second actuator for adjusting the seat and the backrest and wherein the seat has a front end and the seat backrest adjustment mechanism enables the seat to be moved from the upright basic position into a first intermediate position, wherein the clear spacing of the front end of the seat from the floor in the upright position is less than in the first intermediate position, and wherein the seat backrest adjustment mechanism, when the wall hugger recliner is moved from the upright basic position into the first intermediate position, brings about a displacement of the seat in the direction towards the front end thereof
Electrical circuit for potential-separated energy transmission with at least three partial modules which are connected together via a potential-separating magnetic resonance coupling, wherein the partial modules contain a first power converter, an energy store and a second power converter connected to each other, wherein the second power converters are connected together via the resonance coupling and, in operation, at least one input voltage (ue) and at least one output voltage (ua) with different frequencies (fe, fa) are present at the first power converters; wherein n partial modules are present, wherein j partial modules are assigned to the input voltage(s) (ue) and k partial modules are assigned to the output voltage(s) (ua), and wherein j + k = n; characterized in that the n partial modules form a base module, and m base modules are present.
Method for the disinfection of components of a filling machine (120, 180), - in which the components to be disinfected are exposed to plasma-activated water, the plasma-activated water being vaporised, sprayed and/or atomised for exposure to the components to be disinfected. - in which the components to be disinfected are exposed to plasma-activated water, the plasma-activated water being vaporised, sprayed and/or atomised for exposure to the components to be disinfected.