mhurhangee/ep-ind-claims huggingface dataset:
A method of sterilizing a bottle, comprising the steps of: gasifying a hydrogen peroxide solution, discharging a hydrogen peroxide solution gas toward a preform made of resin from a nozzle; letting the preform adsorb the hydrogen peroxide solution adhering to a surface of the preform, an excess of the hydrogen peroxide solution remaining on the surface of the preform; blasting an air to the preform with the hydrogen peroxide solution adhering thereto to remove the excess of the hydrogen peroxide solution from the preform; sterilizing the preform by heating the preform having adsorbed the hydrogen peroxide solution to a temperature suitable for a blow-molding treatment to activate the hydrogen peroxide solution adsorbed on the preform; and shaping the preform into a bottle by blowing air into the preform in a mold, wherein the above-mentioned steps are performed sequentially. gasifying a hydrogen peroxide solution, discharging a hydrogen peroxide solution gas toward a preform made of resin from a nozzle; letting the preform adsorb the hydrogen peroxide solution adhering to a surface of the preform, an excess of the hydrogen peroxide solution remaining on the surface of the preform; blasting an air to the preform with the hydrogen peroxide solution adhering thereto to remove the excess of the hydrogen peroxide solution from the preform; sterilizing the preform by heating the preform having adsorbed the hydrogen peroxide solution to a temperature suitable for a blow-molding treatment to activate the hydrogen peroxide solution adsorbed on the preform; and shaping the preform into a bottle by blowing air into the preform in a mold, wherein the above-mentioned steps are performed sequentially.
A carbonaceous material, wherein based on the total weight of the carbonaceous material, the carbonaceous material contains 1-99wt% of a carbon element, 0.2-60wt% of a magnesium element, 0.5-60wt% of an oxygen element and 0.1-40wt% of a chlorine element, preferably the carbonaceous material contains 10-90wt% of a carbon element, 2-50wt% of a magnesium element, 2-50wt% of an oxygen element and 1-30wt% of a chlorine element, more preferably the carbonaceous material contains 20-80wt% of a carbon element, 5-30wt% of a magnesium element, 5-40wt% of an oxygen element and 2-20wt% of a chlorine element, still more preferably the carbonaceous material contains 25-41wt% of a carbon element, 20-30wt% of a magnesium element, 19-40wt% of an oxygen element and 4-20wt% of a chlorine element; and in the XPS spectrum of the carbonaceous material, the binding energy characteristic peak of the 2p electron of magnesium is located at >50.3eV.
A hand-held binding apparatus for binding a branch to a support using wire, the binding apparatus comprising, a pulling member which can hold a wire, and which is operable to move around the branch and support, so that the pulling member pulls the wire around said branch and support; and a tension adjusting means; characterized in that said tension adjusting means is selectively operable to push, or restrain, said wire which the pulling member pulls, to adjust the tension in the wire.
A vapor phase process for selective removal of at least 80 mole % of acetylenic impurities from an input gaseous stream wherein said input stream comprises C1 to C9 unsaturated hydrocarbon monoolefins, diolefins and acetylenic impurities wherein said process comprises contacting said input stream in the vapor phase at a temperature in the range of 250°C (480° F) to 900°C (1650° F) with a solid zinc-free catalyst, said catalyst having the following metals only: Ni, Fe, alkali metal, and optionally alkaline earth element(s) wherein said Ni is present in an amount of 0.25-20 wt% on a dry basis of said catalyst and Fe is present in an amount of 30-75 wt% on a dry basis of said catalyst; and thereafter recovering an output stream wherein said output stream retains at least 95 mole % of said C1 to C9 unsaturated hydrocarbon monoolefins and diolefins but lacks at least 80 mole % of said acetylenic impurities.
A brazing process, comprising: positioning a braze foil on a first workpiece; then securing the braze foil to the first workpiece to form a brazable component; then positioning a second workpiece proximal to the brazable component; and then brazing the second workpiece to the brazable component; characterised in that the securing includes tack-welding the tack-welding being followed by sintering at a sintering temperature below the braze temperature for the braze foil. positioning a braze foil on a first workpiece; then securing the braze foil to the first workpiece to form a brazable component; then positioning a second workpiece proximal to the brazable component; and then brazing the second workpiece to the brazable component; characterised in that the securing includes tack-welding the tack-welding being followed by sintering at a sintering temperature below the braze temperature for the braze foil.
Steering apparatus for a motor vehicle for pivoting at least one steerable vehicle wheel (201, 251) which is arranged on a suspension system in a sprung manner with respect to a chassis of the motor vehicle, the steerable vehicle wheel (201, 251) being mounted rotatably on a steering knuckle, and the steering knuckle being mounted in at least one pivot bearing (265, 266) on the suspension system such that it can be rotated about a pivoting axis, with at least one actuating motor (202, 252) which has a rotatable output shaft, the at least one actuating motor (202, 252) being arranged fixedly on the chassis, a hinged shaft being provided which is connected fixedly on one side to the output shaft of the actuating motor (202, 252) so as to rotate with it and, on the other side, supports a toothing system which is in engagement with a mating toothing system which is connected fixedly to the steering knuckle so as to rotate with it, in such a way that a rotation of the output shaft of the actuating motor (202, 252) brings about a rotation of the steerable vehicle wheel (201, 205) about the pivoting axis, and the mating toothing system which is arranged fixedly on the steering knuckle so as to rotate with it being a gearwheel which forms a gearwheel mechanism with the toothing system of the shaft, characterized in that the gearwheel mechanism (204, 254) is a self-locking worm gear mechanism.
An active matrix organic light emitting diode panel, comprising: a substrate; an organic film formed on the substrate; and a plurality of red, green and blue organic light emitting diodes formed on the organic film; characterized in that, a recess or protrusion is formed in the organic film in a region corresponding to the blue organic light emitting diode, the blue organic light emitting diode is formed on the recess or protrusion, and a surface area of the recess or protrusion is larger than the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film, and an opening area of the recess is equal to the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film; or a bottom surface area of the protrusion is equal to the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film. a substrate; an organic film formed on the substrate; and a plurality of red, green and blue organic light emitting diodes formed on the organic film; characterized in that, a recess or protrusion is formed in the organic film in a region corresponding to the blue organic light emitting diode, the blue organic light emitting diode is formed on the recess or protrusion, and a surface area of the recess or protrusion is larger than the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film, and an opening area of the recess is equal to the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film; or a bottom surface area of the protrusion is equal to the area of the surface where the red organic light emitting diode or the green organic light emitting diode contacts the organic film.
A cutting machine for cutting vegetable products, comprising: a cutting plate having a central aperture formed therein for flow through passage of an hydraulic fluid used to propel the products in single file along a product flow path, said cutting plate further including a plurality of cutting knives carried thereby and oriented angularly with respect to each other, each of said cutting knives having a generally corrugated configuration defining adjacent peaks and troughs; and further comprising a means for driving said cutting plate through an orbital path disposed generally perpendicular to said flow path and at a speed selected according to the velocity of product travel along said flow path for moving said cutting knives sequentially and repeatedly into cutting engagement to form a product slice having a generally corrugated cut shape wherein said cutting plate further defines a plurality of recessed ramps positioned respectively at the upstream side of each of said cutting knives for guiding the products into cutting engagement with the cutting knives, and a corresponding plurality of slots formed therein respectively at the downstream side of each of said cutting knives for passage of each cut slice therethrough for further processing. a cutting plate having a central aperture formed therein for flow through passage of an hydraulic fluid used to propel the products in single file along a product flow path, said cutting plate further including a plurality of cutting knives carried thereby and oriented angularly with respect to each other, each of said cutting knives having a generally corrugated configuration defining adjacent peaks and troughs; and further comprising a means for driving said cutting plate through an orbital path disposed generally perpendicular to said flow path and at a speed selected according to the velocity of product travel along said flow path for moving said cutting knives sequentially and repeatedly into cutting engagement to form a product slice having a generally corrugated cut shape wherein said cutting plate further defines a plurality of recessed ramps positioned respectively at the upstream side of each of said cutting knives for guiding the products into cutting engagement with the cutting knives, and a corresponding plurality of slots formed therein respectively at the downstream side of each of said cutting knives for passage of each cut slice therethrough for further processing.
Multipart serially alignable electronic housing to receive at least one printed circuit board or several printed circuit boards, a. with a latch foot with latch means (2, 3) for latching upon an assembly base, such as a mounting rail, b. with a preferably individual housing base, that has the latch foot, as well as, preferably, a bottom segment, and two mutually parallel main side walls (5, 6), that limit the electronic housing in each case in the direction of alignment, c. as well as with side parts (14, 15) that can be latched upon the housing base and that are made separately with respect to the housing base, and that connect the main side walls (6, 7) with each other, d. wherein there are arranged patch plugs on the at least one printed circuit board, and characterized in that e. the side parts are connected with each other via a lid part and are secured against being pulled apart perpendicularly to the mounting rail in the manner of a clamp. a. with a latch foot with latch means (2, 3) for latching upon an assembly base, such as a mounting rail, b. with a preferably individual housing base, that has the latch foot, as well as, preferably, a bottom segment, and two mutually parallel main side walls (5, 6), that limit the electronic housing in each case in the direction of alignment, c. as well as with side parts (14, 15) that can be latched upon the housing base and that are made separately with respect to the housing base, and that connect the main side walls (6, 7) with each other, d. wherein there are arranged patch plugs on the at least one printed circuit board, and characterized in that e. the side parts are connected with each other via a lid part and are secured against being pulled apart perpendicularly to the mounting rail in the manner of a clamp.
A method of forming an articular surface for a prosthesis comprising: forming a first layer comprising a first polymer and an antioxidant; forming a second layer comprising a second polymer and an antioxidant, wherein the second layer constitutes the whole or a part of an articular surface layer; joining the first and second layers together to form an articular surface component; irradiating the second polymer to cross-link the molecules therein prior to the second layer being joined to the first layer; and wherein the concentration of antioxidant in the second layer is low enough to allow polymer cross-linking with radiation but high enough to consume the free radicals generated as a result of the radiation. forming a first layer comprising a first polymer and an antioxidant; forming a second layer comprising a second polymer and an antioxidant, wherein the second layer constitutes the whole or a part of an articular surface layer; joining the first and second layers together to form an articular surface component; irradiating the second polymer to cross-link the molecules therein prior to the second layer being joined to the first layer; and wherein the concentration of antioxidant in the second layer is low enough to allow polymer cross-linking with radiation but high enough to consume the free radicals generated as a result of the radiation.
Tray (30, 30', 21) made of corrugated cardboard sheet material having a polygonal section, comprising side walls (5, 6), ledges or portions (11, 32) of ledges on two opposing sides in the upper part and a lower wall forming the bottom of the box, characterised in that each ledge or portion of ledge includes at least one bulging portion (14, 25) and in that the bottom includes portions (16, 27) of perforated surface with a shape complementing the said bulging portions, at right angles to the latter and arranged to engage in the bulging portions of the tray underneath.
A method comprising: receiving a first biopotential signal, comprising information indicative of a first type of biopotential, obtained by a first capacitive sensor; receiving a second biopotential signal, comprising information indicative of the first type of biopotential, obtained by a second capacitive sensor, wherein the first capacitive sensor and the second capacitive sensor are positioned at different locations on a subject, not in direct electrical contact with the subject; synchronising further biopotential signals, comprising information indicative of a second, different type of biopotential, obtained by the first capacitive sensor and the second capacitive sensor by applying a time adjustment to biopotential signals obtained by at least one of the first capacitive sensor or the second capacitive sensor; wherein features in at least one of the first biopotential signal and the second biopotential signal are used to synchronise the further biopotential signals obtained by the first capacitive sensor and the second capacitive sensor. receiving a first biopotential signal, comprising information indicative of a first type of biopotential, obtained by a first capacitive sensor; receiving a second biopotential signal, comprising information indicative of the first type of biopotential, obtained by a second capacitive sensor, wherein the first capacitive sensor and the second capacitive sensor are positioned at different locations on a subject, not in direct electrical contact with the subject; synchronising further biopotential signals, comprising information indicative of a second, different type of biopotential, obtained by the first capacitive sensor and the second capacitive sensor by applying a time adjustment to biopotential signals obtained by at least one of the first capacitive sensor or the second capacitive sensor; wherein features in at least one of the first biopotential signal and the second biopotential signal are used to synchronise the further biopotential signals obtained by the first capacitive sensor and the second capacitive sensor.
A method of monitoring a temperature of an object over time using a thermal imaging camera comprising: positioning the thermal imaging camera with the thermal imaging camera focused on a scene, the thermal imaging camera comprising a digital display and a memory; displaying an infrared image of the scene on the digital display; selecting a source of temperature data from the infrared image on the digital display; selecting a time interval for gathering temperature data from the selected source of temperature data; gathering temperature data from the selected source of temperature data at the selected time interval; capturing and storing one or more infrared images associated with the gathered temperature data according to a user selection of which infrared images will be stored; displaying a graphical plot of the gathered temperature data versus time on the digital display, the graphical plot including a plurality of data points; and storing the graphical plot of the gathered temperature data in the memory of the thermal imaging camera, wherein the stored graphical plot is associated with and/or appended to the captured infrared images; and wherein the captured infrared images are each associated with a data point in the graphical plot. positioning the thermal imaging camera with the thermal imaging camera focused on a scene, the thermal imaging camera comprising a digital display and a memory; displaying an infrared image of the scene on the digital display; selecting a source of temperature data from the infrared image on the digital display; selecting a time interval for gathering temperature data from the selected source of temperature data; gathering temperature data from the selected source of temperature data at the selected time interval; capturing and storing one or more infrared images associated with the gathered temperature data according to a user selection of which infrared images will be stored; displaying a graphical plot of the gathered temperature data versus time on the digital display, the graphical plot including a plurality of data points; and storing the graphical plot of the gathered temperature data in the memory of the thermal imaging camera, wherein the stored graphical plot is associated with and/or appended to the captured infrared images; and wherein the captured infrared images are each associated with a data point in the graphical plot.
A brush seal having: a bristle part formed by multiple bristles attached to a stationary part between the stationary part and a rotational part that undergo relative motion by maintaining a space in between; and a back plate attached adjacent to the bristle part on a low-pressure side to restrict movement of the bristle part, said brush seal for sealing fluid flowing between the stationary part and the rotational part, characterized in that the bristle part formed by multiple bristles is such that the multiple bristles arranged in a direction of pressure difference between a high-pressure side and low-pressure side are mutually fixed between a base end and free end to form planar bristles, and these planar bristles are arranged continuously in layers in a circumferential direction to form a circular bristle part; and wherein multiple dynamic-pressure generating grooves that generate dynamic pressure by rotating and sealing relative to the rotational part are formed separately from each other in the circumferential direction, on a sealing face of the bristle part on the free end side, in a manner open to the high-pressure side.
A method for protecting multimedia data of a multimedia message, characterized in that the method comprises: receiving a multimedia message; determining, according to an identifier in the multimedia message, whether multimedia data comprised in the multimedia message are encrypted with a digital watermark; and when it is determined that the multimedia data are encrypted with the digital watermark, performing, according to digital watermark decryption information, a digital watermark decryption of the multimedia data to obtain original multimedia data, wherein it is determined that the multimedia data comprised in the multimedia message are encrypted with a digital watermark when there is a watermark attribute tag with a value of 1 in a Synchronized Multimedia Integration Language SMIL document of the multimedia message, wherein it is determined that the multimedia data comprised in the multimedia message are encrypted with no digital watermark when there is a watermark attribute tag with a value of 0 or when there is no watermark attribute tag in the SMIL document of the multimedia message. receiving a multimedia message; determining, according to an identifier in the multimedia message, whether multimedia data comprised in the multimedia message are encrypted with a digital watermark; and when it is determined that the multimedia data are encrypted with the digital watermark, performing, according to digital watermark decryption information, a digital watermark decryption of the multimedia data to obtain original multimedia data,
A process for producing a hydrocarbon product containing olefins, comprising ethylene and propylene, by converting an educt mixture comprising steam and oxygenates, such as methanol and/or dimethyl ether, which is divided into several partial streams, to olefins under oxygenate conversion conditions in a multi-stage fixed-bed reactor with a plurality of series-connected reaction zones which are covered with beds of a granular, form-selective zeolite catalyst and which are in fluid connection with each other, comprising a first reaction zone and at least one succeeding reaction zone, wherein the first reaction zone is charged with an educt mixture partial stream and steam as well as optionally recirculation streams, and the succeeding reaction zones are charged with an educt mixture partial stream and the succeeding reaction zones additionally are charged with the product stream of the upstream reaction zone, characterized in that at least one of the succeeding reaction zones is charged with a reduced educt mixture partial stream which is smaller than the educt mixture partial stream supplied to the upstream reaction zone.
A method, implemented by user equipment, UE, comprising: determining first information about a first network slice that the UE wishes to access, wherein the first information comprises a service type of a to-be-accessed dedicated core network, DCN, of the first network slice that matches a service type of the UE, wherein a DCN corresponds to a network slice; and sending the first information to an access network device; wherein the first information is determined based on second information, wherein the second information indicates at least one DCN and is obtained from the access network device, the second information comprising information about the service type of the at least one DCN that can be accessed by the access network device. determining first information about a first network slice that the UE wishes to access, wherein the first information comprises a service type of a to-be-accessed dedicated core network, DCN, of the first network slice that matches a service type of the UE, wherein a DCN corresponds to a network slice; and sending the first information to an access network device; wherein the first information is determined based on second information, wherein the second information indicates at least one DCN and is obtained from the access network device, the second information comprising information about the service type of the at least one DCN that can be accessed by the access network device.