mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing alphaviral replicon particles (ARPs), said method comprising the steps of: (a) introducing an alphavirus replicon nucleic acid into a host cell, said replicon nucleic acid comprising at least a virus packaging signal and at least one heterologous coding sequence expressible in said alphaviral replicon nucleic acid, wherein said host cell comprises at least one helper function, to produce a modified host cell; (b) culturing said modified host cell under conditions allowing expression of the at least one helper function, allowing replication of said alphaviral replicon nucleic acid and packaging of said alphaviral replicon nucleic acid to form ARPs; (c) contacting the modified host cells after step (b) with an aqueous solution having an ionic strength of from 0.5 M to 5 M to release the ARPs into the aqueous solution to produce a ARP-containing solution; (d) collecting ARPs from the ARP-containing solution of step (c). (a) introducing an alphavirus replicon nucleic acid into a host cell, said replicon nucleic acid comprising at least a virus packaging signal and at least one heterologous coding sequence expressible in said alphaviral replicon nucleic acid, wherein said host cell comprises at least one helper function, to produce a modified host cell; (b) culturing said modified host cell under conditions allowing expression of the at least one helper function, allowing replication of said alphaviral replicon nucleic acid and packaging of said alphaviral replicon nucleic acid to form ARPs; (c) contacting the modified host cells after step (b) with an aqueous solution having an ionic strength of from 0.5 M to 5 M to release the ARPs into the aqueous solution to produce a ARP-containing solution; (d) collecting ARPs from the ARP-containing solution of step (c).
Overvoltage protection element comprising: - a first electrode and a second electrode , - a discharge region arranged between the first electrode and the second electrode , wherein a porous discharge dielectric is arranged in the discharge region , and wherein the overvoltage protection element is designed to discharge a gas in the pores of the discharge dielectric and thus to produce an electrically conductive connection between the first electrode and the second electrode , - a connection region , wherein a connection dielectric is arranged in the connection region , via which connection dielectric the first and second electrodes are mechanically stably connected to one another, and wherein the connection dielectric is arranged at least partly in an interspace formed between the first and second electrodes , characterized in that the connection dielectric and the discharge dielectric are formed by different material phases in a common dielectric body , and the material phases continuously merge into one another. - a first electrode and a second electrode , - a discharge region arranged between the first electrode and the second electrode , wherein a porous discharge dielectric is arranged in the discharge region , and wherein the overvoltage protection element is designed to discharge a gas in the pores of the discharge dielectric and thus to produce an electrically conductive connection between the first electrode and the second electrode , - a connection region , wherein a connection dielectric is arranged in the connection region , via which connection dielectric the first and second electrodes are mechanically stably connected to one another, and wherein the connection dielectric is arranged at least partly in an interspace formed between the first and second electrodes ,
Method for sorting plant material units, such as seedlings, arranged in a two-dimensional array in a supply tray by distributing the plant material units over a plurality of further trays configured to accommodate plant material units in a further two-dimensional array, each further tray being dedicated to plant material units with a specific classification value assigned to it, the method comprising: - supplying the supply tray ; - obtaining an image of the two-dimensional array of plant material units in the supply tray ; - assigning a classification value to each of the plant material units in the supply tray on the basis of the obtained image; and - sorting the plant material units on the basis of the assigned classification value by transferring plant material units with the same assigned classification value by means of a robot directly from the supply tray to the corresponding further tray . - supplying the supply tray ; - obtaining an image of the two-dimensional array of plant material units in the supply tray ; - assigning a classification value to each of the plant material units in the supply tray on the basis of the obtained image; and - sorting the plant material units on the basis of the assigned classification value by transferring plant material units with the same assigned classification value by means of a robot directly from the supply tray to the corresponding further tray .
A pneumatic tire including a tread portion , wherein a belt layer including at least one belt ply is embedded in the tread portion , the belt ply includes a flattened belt cord formed of a single cord, and a topping rubber covering the belt cord , and a major axis (A)/ minor axis (B) ratio is 1.05 to 1.50, and a length of the major axis (A) is 0.30 to 0.50 mm in the belt cord , characterized in that the minor axis (B) of the belt cord extends in the thickness direction of the belt ply , and the topping rubber has a complex elastic modulus (E*) of 14.0 to 20.0 MPa, when the complex elastic modulus is measured using a viscoelasticity spectrometer in compliance with JIS K6394 "Rubber, vulcanized or thermoplastic - Determination of dynamic properties - General guidance" under the conditions of initial strain being 10%, amplitude being ±1%, frequency being 10 Hz, deformation mode being tension, measurement temperature being70°C, and viscoelasticity spectrometer being Iwamoto Seisakusho. a belt layer including at least one belt ply is embedded in the tread portion , the belt ply includes a flattened belt cord formed of a single cord, and a topping rubber covering the belt cord , and a major axis (A)/ minor axis (B) ratio is 1.05 to 1.50, and a length of the major axis (A) is 0.30 to 0.50 mm in the belt cord , characterized in that the minor axis (B) of the belt cord extends in the thickness direction of the belt ply , and the topping rubber has a complex elastic modulus (E*) of 14.0 to 20.0 MPa, when the complex elastic modulus is measured using a viscoelasticity spectrometer in compliance with JIS K6394 "Rubber, vulcanized or thermoplastic - Determination of dynamic properties - General guidance" under the conditions of initial strain being 10%, amplitude being ±1%, frequency being 10 Hz, deformation mode being tension, measurement temperature being70°C, and viscoelasticity spectrometer being Iwamoto Seisakusho.
A system for collecting information from a beverage preparation machine , comprising: the beverage preparation machine including, a capsule holder arranged to hold a capsule containing ingredients and use the capsule ingredients to form a beverage, a precursor liquid supply including components to supply a precursor liquid used to form the beverage with the capsule ingredients, an imaging device arranged to capture an image of a portion of the capsule in the capsule holder bearing indicia, and control circuitry arranged to control the imaging device to capture the image of the portion of the capsule in the capsule holder, and arranged to control components of the precursor liquid supply to form the beverage using the capsule in the capsule holder, the control circuitry including a beverage preparation machine data module arranged to send, for each beverage preparation operation, undecoded image data representing the image of the portion of the capsule bearing the indicia to a remote computer system via a network . a capsule holder arranged to hold a capsule containing ingredients and use the capsule ingredients to form a beverage, a precursor liquid supply including components to supply a precursor liquid used to form the beverage with the capsule ingredients, an imaging device arranged to capture an image of a portion of the capsule in the capsule holder bearing indicia, and control circuitry arranged to control the imaging device to capture the image of the portion of the capsule in the capsule holder, and arranged to control components of the precursor liquid supply to form the beverage using the capsule in the capsule holder, the control circuitry including a beverage preparation machine data module arranged to send, for each beverage preparation operation, undecoded image data representing the image of the portion of the capsule bearing the indicia to a remote computer system via a network .
A vehicular sound absorbing member comprising a non-woven fabric web having a loss factor, loss factor tanδ = compression storage elastic modulus E"/ compression storage elastic modulus E', at a temperature rising rate set to 5 °C/min, at 20 °C and 10 Hz of not less than 0.07, and having a bending rigidity measured in compliance with the three-point bending test method A as specified in JIS K7074 1998 of not less than 0.5 N/50 mm, wherein the non-woven fabric web includes long fibers and short fibres , the long fibers being melt-blown fibers and the short fibers being binder fibers, and wherein the melt-blown fibers comprise at least one resin selected from the group of resins consisting of a cellulose, a polyimide, ethylene alpha-olefin copolymer, a polybutylene naphthalate, a polyacetal, an ethylene-propylene copolymer, a polyolefin thermoplastic elastomer, a styrene thermoplastic elastomer, a polyurethane thermoplastic elastomer, a polyester thermoplastic elastomer, and a resin that contains a high-crystal polypropylene and a low-crystal polypropylene, the high-crystal polypropylene having a relatively high stereoregularity of its molecular structure as compared to that of the low-crystal polypropylene.
An aircraft with a door system that is adapted to control an opening of a door module that separates compartments of the aircraft , the door module comprising a door panel and a door frame , wherein the door panel performs a rotational movement above a floor structure of the aircraft during an opening of the door module , the door system comprising a deceleration mechanism that is operable in a normal operation mode and a deceleration mode, wherein the deceleration mechanism comprises: a hinge , and a wedge-shaped component that is rotatably attached to the hinge , characterised in that during the rotational movement of the door panel from a closed position to any open position : the wedge-shaped component is embedded in the floor structure of the aircraft to prevent an interaction with the door panel in the normal operation mode, and the wedge-shaped component protrudes from the floor structure of the aircraft and interacts with the door panel such that the rotational movement of the door panel is decelerated at least between a first open position and a second open position in the deceleration mode; and characterised in that the deceleration mechanism further comprises an activation device that is coupled to the wedge-shaped component and that switches the deceleration mechanism from operating in the normal operation mode to operating in the deceleration mode when a difference in pressure between the compartments exceeds a predetermined threshold. a hinge , and a wedge-shaped component that is rotatably attached to the hinge , characterised in that during the rotational movement of the door panel from a closed position to any open position : the wedge-shaped component is embedded in the floor structure of the aircraft to prevent an interaction with the door panel in the normal operation mode, and the wedge-shaped component protrudes from the floor structure of the aircraft and interacts with the door panel such that the rotational movement of the door panel is decelerated at least between a first open position and a second open position in the deceleration mode; and characterised in that the deceleration mechanism further comprises the wedge-shaped component is embedded in the floor structure of the aircraft to prevent an interaction with the door panel in the normal operation mode, and the wedge-shaped component protrudes from the floor structure of the aircraft and interacts with the door panel such that the rotational movement of the door panel is decelerated at least between a first open position and a second open position in the deceleration mode; and characterised in that the deceleration mechanism further comprises an activation device that is coupled to the wedge-shaped component and that switches the deceleration mechanism from operating in the normal operation mode to operating in the deceleration mode when a difference in pressure between the compartments exceeds a predetermined threshold.
A flue chamber (S) suitable for use with a cooking device (P) which comprises at least one cooking compartment (P1) and at least one flue (P2) communicating with the cooking compartment (P1) on at least one side, said flue chamber comprising - at least one body in the form of a hollow box having at least one opening on at least one side, and at least one discharge hole on at least another side and comprising at least one upper wall on which the discharge hole is provided; characterized in that said flue chamber further comprises - at least one intermediate wall which is positioned in said body , partially closes said opening , which forms a discharge line between said discharge hole and the part of the opening that is not closed by the intermediate wall , which is in the form of a plate being in connection with the upper wall and which is inclined so as to approach to said opening as it extends away from the upper wall ; - at least one insulation element located between the intermediate wall and the opening , and having heat insulating properties; and - at least one connection section located in said body for connecting the body to the cooking device (P) through the opening . - at least one body in the form of a hollow box having at least one opening on at least one side, and at least one discharge hole on at least another side and comprising at least one upper wall on which the discharge hole is provided; - at least one intermediate wall which is positioned in said body , partially closes said opening , which forms a discharge line between said discharge hole and the part of the opening that is not closed by the intermediate wall , which is in the form of a plate being in connection with the upper wall and which is inclined so as to approach to said opening as it extends away from the upper wall ; - at least one insulation element located between the intermediate wall and the opening , and having heat insulating properties; and - at least one connection section located in said body for connecting the body to the cooking device (P) through the opening .
Electrical plug-in connection having an electrical socket for a plug , comprising a socket housing and a contact pin , wherein the socket housing forms a feedthrough , the inner surface of which forms a sliding bearing surface of a sliding bearing for the contact pin , wherein the contact pin , in a radial direction, has an outer surface that is a mating bearing with respect to the sliding surface , wherein the contact pin is fixed in the radial direction by way of the sliding bearing surface and the outer surface and is mounted so as to be axially moveable in a direction of a longitudinal axis that extends along a plug-in direction, wherein the contact pin is of electrically conductive design, and characterized in that an electrically conductive stop is arranged on the contact pin to limit the movement of the contact pin , and wherein the stop is fastened to a fastening region of the contact pin that is outside of the socket housing , and the stop forms an electrical contact point , and wherein a longitudinal movement of the stop and of the contact pin along the longitudinal axis is limited by a boundary surface formed by the socket housing and a boundary element spaced apart therefrom with a displacement distance (W3).
A traditional Chinese medicine compound preparation for treating Parkinson's disease, comprising traditional Chinese medicine formula components, the traditional Chinese medicine formula components comprising the following raw material or raw material extracts by mass: 6-15 parts of uncaria rhynchophylla, 3-9 parts of gastrodia elata, 6-12 parts of Gentiana macrophylla, 10-20 parts of raw astragalus membranaceus, 10-20 parts of prepared rehmannia roots, 10-20 parts of achyranthes roots, 10-20 parts of wolfberry fruits, 10-20 parts of angelica sinensis, 10-20 parts of fried atractylodes macrocephala, 6-15 parts of fried spina date seeds, 3-12 parts of walnut kernels, 3-9 parts of safflower, and 20-30 parts of zaocys dhumnade.
An apparatus for in situ Sub-Epidermal Moisture (SEM) sensing of tissue, comprising: a flexible substrate , an array of bipolar sensors, each bipolar sensor consisting of a first electrode and a second electrode that are both embedded on a common side of the flexible substrate ; an insulating cover layer coupled to the flexible substrate and configured to act as a barrier between the tissue being measured and the first and second electrodes ; a pressure sensor configured to sense applied pressure coupled to the flexible substrate and disposed in line with the first and second electrodes ; and an electronics package that is individually wired to each of the first and second electrodes and configured to: excite and control the first and second electrodes so as to measure an equivalent sub-epidermal capacitance, wherein the equivalent sub-epidermal capacitance is an indicator of SEM. a flexible substrate , an array of bipolar sensors, each bipolar sensor consisting of a first electrode and a second electrode that are both embedded on a common side of the flexible substrate ; an insulating cover layer coupled to the flexible substrate and configured to act as a barrier between the tissue being measured and the first and second electrodes ; a pressure sensor configured to sense applied pressure coupled to the flexible substrate and disposed in line with the first and second electrodes ; and an electronics package that is individually wired to each of the first and second electrodes and configured to: excite and control the first and second electrodes so as to measure an equivalent sub-epidermal capacitance, wherein the equivalent sub-epidermal capacitance is an indicator of SEM.
A method for manufacturing synthetic granules, extruded profiles or molded parts, with step a) producing a synthetic melt using worm machine and step b) pressing the synthetic melt using a melt pump through a tool for creating the granules, the extruded profile or the molded part, wherein the melt pump is designed to be detached from worm machine and has a distinct drive , whereas the melt pump comprises a compressor and whereas the compressor comprises an inlet and an outlet opening, characterized in that the compressor comprises at least two worm conveyors disposed in a common housing , whereas the worm conveyor provides the worm flights configured in such a manner that a force feed of the synthetic melt occurs and whereas the worm conveyors are drivable by the melt pumps own drive , that the worm flights and the worm conveyors are configured so that they correspond to each other and engage with each other in such a manner that between the housing and the worm flights of the worm conveyors at least one worm chamber is formed, which is closed except for a housing gap and/or a worm gap , that the housing gap and the screw gap is chosen depending on the synthetic melt in such a manner that the compressor is axially sealed, that the housing is configured so that it corresponds to the outer contour of the worm conveyors in such a manner that the housing gap remaining between the worm conveyor and the housing depending on the synthetic melt is between 0,05 mm and 2 mm, that the worm flights and the worm conveyors are formed so that they correspond to each other and disposed so that they engage with each other in such a manner that the worm gap remaining between the worm flight and the worm conveyor depending on the synthetic melt is between 0,05 mm and 2 mm, and that between step a) and step b) in step a1) the synthetic melt is transferred from the worm machine to the melt pump at atmospheric pressure.
Portable safety device capable of inflating multiple envelopes comprising: - at least one surrounding air inlet , - at least one inflation means, - at least one air or enriched gas area, - at least one check valve , - at least one acceleration cone connected to at least one inflatable envelope , characterised in that it comprises at least one separating wall that travels along the device from the at least one check valve to at least one end of at least one acceleration cone , the separating wall compartmentalises at least said end of at least one acceleration cone leading into at least two inflatable envelopes which are substantially hermetically separate. - at least one surrounding air inlet , - at least one inflation means, - at least one air or enriched gas area, - at least one check valve , - at least one acceleration cone connected to at least one inflatable envelope ,
A method for playing a video, comprising: obtaining video information of each of moving objects contained in a currently played video frame image, wherein the video information of each of the moving objects comprises at least: a position of this moving object in the video frame image and a size of this moving object; updating a pre-created moving object pool based on the obtained video information of each of the moving objects; extracting, from the moving object pool, a size of a forefront moving object in the moving object pool and a position of the forefront moving object in the video frame image, obtaining a first sub-image containing the forefront moving object from the video frame image based on the position of the forefront moving object in the video frame image and the size of the forefront moving object, and displaying the first sub-image in a first window; and sequentially obtaining second sub-images surrounding the forefront moving object from a cruising region of the video frame image, based on the position of the forefront moving object in the video frame image, the size of the forefront moving object, a preset cruising speed and a preset cruising region size, and displaying the second sub-images in a second window sequentially. obtaining video information of each of moving objects contained in a currently played video frame image, wherein the video information of each of the moving objects comprises at least: a position of this moving object in the video frame image and a size of this moving object; updating a pre-created moving object pool based on the obtained video information of each of the moving objects; extracting, from the moving object pool, a size of a forefront moving object in the moving object pool and a position of the forefront moving object in the video frame image, obtaining a first sub-image containing the forefront moving object from the video frame image based on the position of the forefront moving object in the video frame image and the size of the forefront moving object, and displaying the first sub-image in a first window; and sequentially obtaining second sub-images surrounding the forefront moving object from a cruising region of the video frame image, based on the position of the forefront moving object in the video frame image, the size of the forefront moving object, a preset cruising speed and a preset cruising region size, and displaying the second sub-images in a second window sequentially.