mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a relief-pattern body, characterized in that the method includes: printing a transfer pattern onto a surface of a first substrate on which a relief-structure pattern is formed at a predetermined position using a printing ink containing an ionizing radiation-curable resin by registration with the relief-structure pattern; drying the printed transfer pattern; after the drying, laminating a second substrate onto the surface of the first substrate on which the transfer pattern has been printed; after the lamination, curing the printed transfer pattern by irradiating ionizing radiation; and after the curing, performing peeling at an interface between the transfer pattern and a surface of the first substrate on which the relief-structure pattern is formed to form the transfer pattern having an inverted structure of the relief-structure pattern on the second substrate. printing a transfer pattern onto a surface of a first substrate on which a relief-structure pattern is formed at a predetermined position using a printing ink containing an ionizing radiation-curable resin by registration with the relief-structure pattern; drying the printed transfer pattern; after the drying, laminating a second substrate onto the surface of the first substrate on which the transfer pattern has been printed; after the lamination, curing the printed transfer pattern by irradiating ionizing radiation; and after the curing, performing peeling at an interface between the transfer pattern and a surface of the first substrate on which the relief-structure pattern is formed to form the transfer pattern having an inverted structure of the relief-structure pattern on the second substrate.
A pharmaceutical composition comprising an Aleurites fordii extract or fraction thereof as an active ingredient for use in the prevention or treatment of influenza virus infection.
A transport system (SYS, SYS2), comprising: a grid-patterned rail that has a plurality of first rails extending in a first direction and a plurality of second rails extending in a second direction different from the first direction and intersecting with the first rails, and forms a plurality of cells with the plurality of first rails and the plurality of second rails; an overhead transport vehicle that is configured to travel along the grid-patterned rail; a suspender suspended from the grid-patterned rail; and a frame that surrounds at least one of the cells in a plan view and is provided below the suspender, wherein a placement section onto which an article is to be placed by the overhead transport vehicle and a scaffold serving as a walkway that allows an operator to walk thereon are provided within the frame below the cells. a grid-patterned rail that has a plurality of first rails extending in a first direction and a plurality of second rails extending in a second direction different from the first direction and intersecting with the first rails, and forms a plurality of cells with the plurality of first rails and the plurality of second rails; an overhead transport vehicle that is configured to travel along the grid-patterned rail; a suspender suspended from the grid-patterned rail; and a frame that surrounds at least one of the cells in a plan view and is provided below the suspender, wherein a placement section onto which an article is to be placed by the overhead transport vehicle and a scaffold serving as a walkway that allows an operator to walk thereon are provided within the frame below the cells.
A terminal comprising: a reception section adapted to receive a downlink shared channel that is scheduled by first downlink control information; and a control section adapted to if the terminal transmits an uplink shared channel over multiple slots and at least one slot of the multiple slots overlaps with a slot in which the terminal transmits a transmission acknowledgement signal for the downlink shared channel, characterised in that the control section is further adapted to control to map the transmission acknowledgement signal in transmission of the uplink shared channel in at least one slot of the multiple slots, wherein the control section is adapted to apply, in each of the multiple slots, intra-slot frequency hopping to the uplink shared channel, and the control section is adapted to map, in each of the multiple slots, a demodulation reference signal to a first symbol of each of an uplink shared channel domain of a first hop and an uplink shared channel domain of a second hop. a reception section adapted to receive a downlink shared channel that is scheduled by first downlink control information; and a control section adapted to if the terminal transmits an uplink shared channel over multiple slots and at least one slot of the multiple slots overlaps with a slot in which the terminal transmits a transmission acknowledgement signal for the downlink shared channel, characterised in that the control section is further adapted to control to map the transmission acknowledgement signal in transmission of the uplink shared channel in at least one slot of the multiple slots, wherein the control section is adapted to apply, in each of the multiple slots, intra-slot frequency hopping to the uplink shared channel, and the control section is adapted to map, in each of the multiple slots, a demodulation reference signal to a first symbol of each of an uplink shared channel domain of a first hop and an uplink shared channel domain of a second hop.
Method for training a warp knitting machine having guide needles, knitting needles and needle spaces between the knitting needles in which guide needles with drawn-in threads are moved relative to knitting needles to tensioning positions in which a hole of the guide needles coincides with a tuck space of the knitting needles and stopped there and the threads are tautened there, characterized in that the movement of the guide needles into the tensioning position, which movement includes travelling of the guide needles through the needles spaces and an overlap, is controlled by a machine controller of the warp knitting machine.
Transport and handling retention member (1, 1') having a. an adapter ring which has a central opening for receiving a tubular container (4, 4') for receiving samples, b. a gripping member for gripping the adapter ring and c. a transfer head which can be moved between a rest position and an operating position, the transfer head in the operating position coming into operational contact with a tubular container which is received in the adapter ring, wherein the transfer head has a channel which is connected in the operating position to the tubular container received in the adapter ring for the transfer of gas or liquid. a. an adapter ring which has a central opening for receiving a tubular container (4, 4') for receiving samples, b. a gripping member for gripping the adapter ring and c. a transfer head which can be moved between a rest position and an operating position, the transfer head in the operating position coming into operational contact with a tubular container which is received in the adapter ring, wherein the transfer head has a channel which is connected in the operating position to the tubular container received in the adapter ring for the transfer of gas or liquid.
A network structure comprising a three-dimensional random loop bonded structure obtained by forming random loops by curling treatment of a continuous linear structure comprising a thermoplastic resin, and by making each loop mutually contact in a molten state to weld the majority of contacted parts, wherein (a) the continuous linear structure is a hollow cross section, (b) the degree of hollowness of the hollow cross section is not less than 10% and not more than 50%, (c) the fiber diameter of the continuous linear structure is not less than 0.10 mm and not more than 0.65 mm, and (d) the number of bonded points per unit weight of the random loop bonded structure is not less than 200/g and less than 500/g. (a) the continuous linear structure is a hollow cross section, (b) the degree of hollowness of the hollow cross section is not less than 10% and not more than 50%, (c) the fiber diameter of the continuous linear structure is not less than 0.10 mm and not more than 0.65 mm, and (d) the number of bonded points per unit weight of the random loop bonded structure is not less than 200/g and less than 500/g.
A composite material part (1; 2; 3) comprising fiber reinforcement made of carbon or ceramic yarns and a matrix that is mostly ceramic, the part further comprising a first interphase layer (14; 24) covering the yarns and present between the yarns and the matrix, said first interphase layer being a layer of boron nitride doped with aluminum and presenting an atom content of aluminum lying in the range 5% to 15%.
A method, in a device which communicates through a wireless local area network LAN, for delivering a control frame, the method characterised by: after receiving a control frame including a Basic Service Set ID, BSSID, which coincides with a BSSID of a Basic Service Set upon checking, transmitting the received control frame when a Short Inter-Frame Space, SIFS, elapses after the control frame was received; wherein, in the control frame, a duration field of a Medium Access Control header has a value of 0; and wherein the control frame is a CF-End frame. after receiving a control frame including a Basic Service Set ID, BSSID, which coincides with a BSSID of a Basic Service Set upon checking, transmitting the received control frame when a Short Inter-Frame Space, SIFS, elapses after the control frame was received; wherein, in the control frame, a duration field of a Medium Access Control header has a value of 0; and wherein the control frame is a CF-End frame.
Microphone for detecting sound in a motor vehicle, the microphone comprising - a microphone capsule comprising at least one sound inlet opening, - a microphone diaphragm disposed in the microphone capsule, - a driver circuit disposed in the microphone capsule, the driver circuit generating in response to a movement of the microphone diaphragm a single electrical diaphragm signal, the diaphragm signal representing an audio signal contained in the sound, wherein the microphone capsule comprises a metal cup containing the microphone diaphragm and the driver circuit, - connection contacts arranged to be accessible from outside the microphone capsule and connected to the microphone capsule for supplying an electrical microphone signal, characterized by an interface circuit arranged in the microphone capsule and configured to convert the single diaphragm signal of the driver circuit to a digital bus signal according to a predetermined bus standard and, via the connection contacts, to output the bus signal as the microphone signal to a data bus, wherein the interface circuit is arranged in the metal cup, such that the microphone capsule provides a single component configured to be directly connected to a data bus and to directly feed the audio signal into the data bus. - a microphone capsule comprising at least one sound inlet opening, - a microphone diaphragm disposed in the microphone capsule, - a driver circuit disposed in the microphone capsule, the driver circuit generating in response to a movement of the microphone diaphragm a single electrical diaphragm signal, the diaphragm signal representing an audio signal contained in the sound, wherein the microphone capsule comprises a metal cup containing the microphone diaphragm and the driver circuit, - connection contacts arranged to be accessible from outside the microphone capsule and connected to the microphone capsule for supplying an electrical microphone signal,
A method for lowering the attraction of tomato borers, tomato leaf miners, whiteflies, thrips, spider mites and any combination thereof, on a surface, comprising the steps of: - preparing an extract of a plant material by placing aerial root parts of Achillea fragrantissima in ethanol of at least 95% purity for a predetermined duration, and removing the solids remaining after said predetermined duration; - preparing an aqueous solution of said extract in water; - applying said aqueous solution to said surface. - preparing an extract of a plant material by placing aerial root parts of Achillea fragrantissima in ethanol of at least 95% purity for a predetermined duration, and removing the solids remaining after said predetermined duration; - preparing an aqueous solution of said extract in water; - applying said aqueous solution to said surface.
A toolbox comprising: a base member, made of a substantially rigid material, having base side walls (11, 12, 13, 14) extending from a base bottom to a perimetric base rim, and defining together a base interior storage space, said base bottom and base side walls configured with a base interior surface and a base exterior surface; a cover member, made of a substantially rigid material, having a perimetric cover rim, a cover interior surface and a cover exterior surface, said cover rim corresponding in shape and size to fit said base rim; and a liner member having a liner interior surface and a liner exterior surface, said liner member being made of a pliable rigid material; wherein said liner member corresponds in shape and size to the base member and is configured to be received within the base member so that the liner exterior surface partially engages the base interior surface with one or more chambers formed therebetween, each of said chambers being configured with a chamber wall, constituted by a corresponding portion of the liner member, configured to be deformed towards the base interior surface, thereby reducing the volume of the respective chamber, and wherein said liner member being configured to be received within and supported by the base member in a spaced apart relationship therebetween so as to allow the liner member to be deformed towards the base interior surface. a base member, made of a substantially rigid material, having base side walls (11, 12, 13, 14) extending from a base bottom to a perimetric base rim, and defining together a base interior storage space, said base bottom and base side walls configured with a base interior surface and a base exterior surface; a cover member, made of a substantially rigid material, having a perimetric cover rim, a cover interior surface and a cover exterior surface, said cover rim corresponding in shape and size to fit said base rim; and a liner member having a liner interior surface and a liner exterior surface, said liner member being made of a pliable rigid material; wherein said liner member corresponds in shape and size to the base member and is configured to be received within the base member so that the liner exterior surface partially engages the base interior surface with one or more chambers formed therebetween, each of said chambers being configured with a chamber wall, constituted by a corresponding portion of the liner member, configured to be deformed towards the base interior surface, thereby reducing the volume of the respective chamber, and wherein said liner member being configured to be received within and supported by the base member in a spaced apart relationship therebetween so as to allow the liner member to be deformed towards the base interior surface.
A method for battery binding, the method being implemented by a service end electronic device and characterized by steps of: obtaining, through a barcode at one of a position under a seat of the carrier device and a position inside a storage compartment of the carrier device, a carrier identifier corresponding to a carrier device that is capable of being electrically powered; and sending the carrier identifier to a battery device, in which a battery identifier is stored, via near-field communication for storage in the battery device. obtaining, through a barcode at one of a position under a seat of the carrier device and a position inside a storage compartment of the carrier device, a carrier identifier corresponding to a carrier device that is capable of being electrically powered; and sending the carrier identifier to a battery device, in which a battery identifier is stored, via near-field communication for storage in the battery device.
Method for producing consumer-ready vegetables, mushrooms or herbs, comprising the steps of: a) culturing vegetables, mushrooms or herbs in a closed container under suitable growing conditions until maturity; and b) transferring the container with the mature vegetable, mushrooms or herb to a retail outlet, characterized in that the vegetables, mushrooms or herbs are cultured in a container that comprises a plant compartment (1, 19) for containing the vegetables, mushrooms or herbs and a separate water compartment (2, 17) for containing water and nutrients, wherein the plant compartment is located inside the water compartment, and wherein the bottom of the plant compartment comprises a filter that is permeable to water and nutrients but impermeable to contaminations and pathogens, such as viruses, bacteria, fungi, protists or insects, or wherein the water compartment has the form of a bag, which is provided with a filter that is permeable to water and nutrients but impermeable to contaminations and pathogens, such as viruses, bacteria, fungi, protists or insects and the bag is located inside the plant compartment. a) culturing vegetables, mushrooms or herbs in a closed container under suitable growing conditions until maturity; and b) transferring the container with the mature vegetable, mushrooms or herb to a retail outlet, characterized in that the vegetables, mushrooms or herbs are cultured in a container that comprises a plant compartment (1, 19) for containing the vegetables, mushrooms or herbs and a separate water compartment (2, 17) for containing water and nutrients, wherein the plant compartment is located inside the water compartment, and wherein the bottom of the plant compartment comprises a filter that is permeable to water and nutrients but impermeable to contaminations and pathogens, such as viruses, bacteria, fungi, protists or insects, or wherein the water compartment has the form of a bag, which is provided with a filter that is permeable to water and nutrients but impermeable to contaminations and pathogens, such as viruses, bacteria, fungi, protists or insects and the bag is located inside the plant compartment.
A channel sense method, wherein the method comprises: Determining, by a network side device, a first sense resource used by a terminal to perform channel sense, wherein the first sense resource is another resource other than a resource that is in a cell in which the terminal is located and that is used by each terminal to perform data transmission; and Sending, by the network side device, first sense indication information to the terminal, wherein the first sense indication information is used to indicate the first sense resource; characterized by, before the determining, by a network side device, of a first sense resource used by a terminal to perform channel sense, obtaining sense capability information of the terminal, where the sense capability information includes at least one of a frequency domain resource that can be sensed and duration required for single sense; and the determining, by a network side device, a first sense resource used by a terminal to perform channel sense includes: determining, by the network side device, the first sense resource based on the sense capability information of the terminal. Determining, by a network side device, a first sense resource used by a terminal to perform channel sense, wherein the first sense resource is another resource other than a resource that is in a cell in which the terminal is located and that is used by each terminal to perform data transmission; and Sending, by the network side device, first sense indication information to the terminal, wherein the first sense indication information is used to indicate the first sense resource; characterized by, before the determining, by a network side device, of a first sense resource used by a terminal to perform channel sense, obtaining sense capability information of the terminal, where the sense capability information includes at least one of a frequency domain resource that can be sensed and duration required for single sense; and the determining, by a network side device, a first sense resource used by a terminal to perform channel sense includes: determining, by the network side device, the first sense resource based on the sense capability information of the terminal.
A method for localizing a robot, comprising: acquiring, by the robot, environment information of a current position; comparing, by the robot, the environment information of the current position with the environment map stored in the robot to obtain a comparison result; when the comparison result does not meet a set comparison requirement, determining, by the robot, at least one passable boundary around the current position based on the environment information of the current position; and selecting a target boundary from the at least one passable boundary, and determining a second position according to the target boundary; wherein the passable boundary is a boundary free from obstacle blocking; moving the robot from the current position to the second position during a localizing process; acquiring environment information of an environment in which the robot moves during the movement; and comparing the environment information with an environment map stored in the robot to identify a pose of the robot in the stored environment map, wherein the pose comprises a position and orientation of the robot. acquiring, by the robot, environment information of a current position; comparing, by the robot, the environment information of the current position with the environment map stored in the robot to obtain a comparison result; when the comparison result does not meet a set comparison requirement, determining, by the robot, at least one passable boundary around the current position based on the environment information of the current position; and selecting a target boundary from the at least one passable boundary, and determining a second position according to the target boundary; wherein the passable boundary is a boundary free from obstacle blocking; moving the robot from the current position to the second position during a localizing process; acquiring environment information of an environment in which the robot moves during the movement; and comparing the environment information with an environment map stored in the robot to identify a pose of the robot in the stored environment map, wherein the pose comprises a position and orientation of the robot.
A computer-implemented method for use in assessing a cornea, which comprises: providing a series of incrementally layered images of a cornea for use in automated image processing; automatically selecting a principal image of the cornea for quantitative analysis from among the series of layered two-dimensional images of the cornea based on selection criteria met by at least one corneal structure in the principal image; detecting a plurality of corneal structures in the selected principal image based on attributes of the principal image that represent the plurality of corneal structures; quantitatively analyzing the principal image by automatically computing quantitative attributes of the detected plurality of corneal structures. providing a series of incrementally layered images of a cornea for use in automated image processing; automatically selecting a principal image of the cornea for quantitative analysis from among the series of layered two-dimensional images of the cornea based on selection criteria met by at least one corneal structure in the principal image; detecting a plurality of corneal structures in the selected principal image based on attributes of the principal image that represent the plurality of corneal structures; quantitatively analyzing the principal image by automatically computing quantitative attributes of the detected plurality of corneal structures.