mhurhangee/ep-ind-claims huggingface dataset:
A refill container provided by using double injection molding, the refill container comprising: a refill container containing cosmetics; a refill container holder coupled to an upper portion of the refill container; and a refill container lid connected to the refill container holder to be opened and closed, wherein a packing part of an elastic material is formed to an inside of the refill container holder through double-injection molding or insert molding on a portion where an upper end of the refill container is coupled, a circular control protrusion coupling groove is formed on a low portion of one side of the refill container holder, and a circular control protrusion for controlling an injection flow is formed in the circular control protrusion coupling groove characterized in that an inserting groove is formed inside the packing part into which the upper end of the refill container is inserted, and circular sealing protrusions are formed in the inserting groove while facing each other. a refill container containing cosmetics; a refill container holder coupled to an upper portion of the refill container; and a refill container lid connected to the refill container holder to be opened and closed, wherein a packing part of an elastic material is formed to an inside of the refill container holder through double-injection molding or insert molding on a portion where an upper end of the refill container is coupled, a circular control protrusion coupling groove is formed on a low portion of one side of the refill container holder, and a circular control protrusion for controlling an injection flow is formed in the circular control protrusion coupling groove characterized in that an inserting groove is formed inside the packing part into which the upper end of the refill container is inserted, and circular sealing protrusions are formed in the inserting groove while facing each other.
A computer implemented method for determining the presence or absence of a gene fusion in a DMOI, (DNA molecule of interest) the method comprising: a. providing the sequence of a DMOI as a sequence read; b. identifying in the sequence read the presence of at least one forward primer binding site and the presence of at least one reverse primer binding site from a population of forward and reverse primers; c. determining the corresponding genomic locations of the forward and reverse primer binding sites by reference to the sequences of the forward and reverse primer binding sites and the sequences downstream and adjacent to the forward and reverse primer binding sites in the sequence read, without aligning or mapping the sequence reads or portions thereof to a reference genome; and d. determining the presence or absence of a gene fusion in the DMOI. a. providing the sequence of a DMOI as a sequence read; b. identifying in the sequence read the presence of at least one forward primer binding site and the presence of at least one reverse primer binding site from a population of forward and reverse primers; c. determining the corresponding genomic locations of the forward and reverse primer binding sites by reference to the sequences of the forward and reverse primer binding sites and the sequences downstream and adjacent to the forward and reverse primer binding sites in the sequence read, without aligning or mapping the sequence reads or portions thereof to a reference genome; and d. determining the presence or absence of a gene fusion in the DMOI.
A method for transmitting a transaction message from a transaction device having a transaction device identifier I D to a transaction processing system, the method comprising: receiving, at the transaction device, transaction data from a transaction terminal of the transaction processing system; receiving, at the transaction device, a public key P S for the transaction processing server generated based on a cyclic group G and a private key d S for the transaction processing server; calculating, at the transaction device, a hash value h by inputting a hashing key K, known to both the transaction device and the transaction processing server, and a concatenation of the transaction device identifier and the transaction data; generating, at the transaction device, an ephemeral public key P D for the transaction device using the hash value h and the cyclic group G; generating, at the transaction device, a shared secret S using the hash value h and a public key P S for the transaction processing server; encrypting, at the transaction device, the transaction device identifier I D for the transaction device using the shared secret S to generate an encrypted transaction device identifier C; sending the transaction message to the transaction processing system, the transaction message comprising, at least, the ephemeral public key P D and the encrypted transaction device identifier C. receiving, at the transaction device, transaction data from a transaction terminal of the transaction processing system; receiving, at the transaction device, a public key P S for the transaction processing server generated based on a cyclic group G and a private key d S for the transaction processing server; calculating, at the transaction device, a hash value h by inputting a hashing key K, known to both the transaction device and the transaction processing server, and a concatenation of the transaction device identifier and the transaction data; generating, at the transaction device, an ephemeral public key P D for the transaction device using the hash value h and the cyclic group G; generating, at the transaction device, a shared secret S using the hash value h and a public key P S for the transaction processing server; encrypting, at the transaction device, the transaction device identifier I D for the transaction device using the shared secret S to generate an encrypted transaction device identifier C; sending the transaction message to the transaction processing system, the transaction message comprising, at least, the ephemeral public key P D and the encrypted transaction device identifier C.
An antiviral and virucidal nasal spray composition comprising: A) chlorpheniramine maleate in a concentration between 0.01% and 10% by mass; B) xylitol in a concentration between 10% to 15% by mass; and C) grapefruit seed extract in a concentration between 0.01 and 3% by mass. A) chlorpheniramine maleate in a concentration between 0.01% and 10% by mass; B) xylitol in a concentration between 10% to 15% by mass; and C) grapefruit seed extract in a concentration between 0.01 and 3% by mass.
An end effector for use with a surgical stapler, the end effector comprising: a staple cartridge channel configured to receive a staple cartridge; and a staple cartridge comprising: a cartridge body comprising a plurality of staple cavities; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer comprising a cover portion and at least one attachment portion (2624; 2626), wherein said attachment portion (2624; 2626) is releasably engaged with said cartridge body, wherein said layer is positioned intermediate said cartridge body and said cover portion, characterized in that said at least one attachment portion (2624; 2626) is configured to be displaced by the end effector when said staple cartridge is received by the staple cartridge channel such that said attachment portion (2624; 2626) disengages from said cartridge body. a staple cartridge channel configured to receive a staple cartridge; and a staple cartridge comprising: a cartridge body comprising a plurality of staple cavities; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer comprising a cover portion and at least one attachment portion (2624; 2626), wherein said attachment portion (2624; 2626) is releasably engaged with said cartridge body, wherein said layer is positioned intermediate said cartridge body and said cover portion, characterized in that said at least one attachment portion (2624; 2626) is configured to be displaced by the end effector when said staple cartridge is received by the staple cartridge channel such that said attachment portion (2624; 2626) disengages from said cartridge body. a cartridge body comprising a plurality of staple cavities; a plurality of staples positioned within said staple cavities; a layer arranged relative to said cartridge body; and a retainer comprising a cover portion and at least one attachment portion (2624; 2626), wherein said attachment portion (2624; 2626) is releasably engaged with said cartridge body, wherein said layer is positioned intermediate said cartridge body and said cover portion, characterized in that said at least one attachment portion (2624; 2626) is configured to be displaced by the end effector when said staple cartridge is received by the staple cartridge channel such that said attachment portion (2624; 2626) disengages from said cartridge body.
Turbogenerator device for producing electrical energy, the turbogenerator device comprising: - a cylindrical tube open at the ends thereof and configured for allowing the passage of a volume of fluid therethrough; - a hydraulic turbine axially and mechanically coupled to at least one generator element through a coupling shaft, with the respective elements being housed inside said cylindrical tube and defined as a turbogenerator unit, and with said turbogenerator unit being configured for transforming the mechanical energy of the fluid into electrical energy, wherein the generator element axially coupled to the turbine comprises a leak-tight tubular casing which is leak-tight with respect to the circulating fluid inside the cylindrical tube, wherein said casing comprises therein: - a rotor coupled to said coupling shaft and a stator at least partially surrounding said rotor, wherein said casing has two bases: one of the bases comprising a hole for the passage of the coupling shaft to the turbine, and the other base comprising an elastic diaphragm configured for absorbing pressures from the outside of the tubular casing to the inside thereof; the turbogenerator device being characterized in that the tubular casing further comprises: - a space defined between the stator and the inner surface of the leak-tight tubular casing, wherein said space contains an antifreeze liquid. - a cylindrical tube open at the ends thereof and configured for allowing the passage of a volume of fluid therethrough; - a hydraulic turbine axially and mechanically coupled to at least one generator element through a coupling shaft, with the respective elements being housed inside said cylindrical tube and defined as a turbogenerator unit, and with said turbogenerator unit being configured for transforming the mechanical energy of the fluid into electrical energy, wherein the generator element axially coupled to the turbine comprises a leak-tight tubular casing which is leak-tight with respect to the circulating fluid inside the cylindrical tube, wherein said casing comprises therein: - a rotor coupled to said coupling shaft and a stator at least partially surrounding said rotor, wherein said casing has two bases: one of the bases comprising a hole for the passage of the coupling shaft to the turbine, and the other base comprising an elastic diaphragm configured for absorbing pressures from the outside of the tubular casing to the inside thereof; - a space defined between the stator and the inner surface of the leak-tight tubular casing, wherein said space contains an antifreeze liquid.
Drive unit for a motor vehicle, having a gear set (K; 44, 46) and a housing, wherein the gear set (K; 44, 46) has a first, preferably driving gearwheel and a second gearwheel which is designed to be narrower in an axial direction than the first gearwheel, and wherein the second gearwheel has, on at least an axial outer side, a recess (118, 120) which, at the inner circumference, has a ring-shapad pocket for receiving lubricating and/or cooling fluid, and wherein at least one lubricating duct extends radially outward from the ring-shaped pocket, through which lubricating duct lubricating and/or cooling fluid flows onto the toothing of the first gearwheel during operation, characterized in that the gear set (44, 46) is mounted adjacent to the housing of the drive unit, and in that a fluid-guiding element is arranged on the housing, wherein the fluid-guiding element is arranged below a shaft on which the second gearwheel is mounted, and said fluid-guiding element projects into the recess (118, 120), wherein the fluid-guiding element is designed to capture fluid flowing down from above and conduct said fluid into the recess (118, 120) in an axial direction.
A welding method for an impeller having a disc, a shroud, and a plurality of blades, comprising steps of: a first step of forming a groove having a prescribed depth and a prescribed width on a surface of the disc or the shroud, which is opposite to a surface against which the blade abuts, in such a way that the end on an abutting side of the blade is positioned at the center in a width direction of the groove in a plane view, and of scanning the central part of the groove in the width direction with laser light along a longitudinal direction of the groove to bond the bottom of the groove to an end of the blade by melt-through bead welding; and a second step for performing overlaying welding after completion of the first step by supplying a filler metal to a molten zone to fill the groove while scanning is performed in the longitudinal direction of the groove, with the longer side or longer axis of the focused beam being inclined at an angle different from the angle in the first step with respect to the longitudinal direction of the groove, characterised in that the laser light used for scanning in the first step is a focused laser light beam having a thin rectangular shape; scanning in the first step is performed with the longer side of the focused beam being parallel to the longitudinal direction of the groove; and scanning in the second step is performed with the longer side of the focused beam being orthogonal to the longitudinal direction of the groove. a first step of forming a groove having a prescribed depth and a prescribed width on a surface of the disc or the shroud, which is opposite to a surface against which the blade abuts, in such a way that the end on an abutting side of the blade is positioned at the center in a width direction of the groove in a plane view, and of scanning the central part of the groove in the width direction with laser light along a longitudinal direction of the groove to bond the bottom of the groove to an end of the blade by melt-through bead welding; and a second step for performing overlaying welding after completion of the first step by supplying a filler metal to a molten zone to fill the groove while scanning is performed in the longitudinal direction of the groove, with the longer side or longer axis of the focused beam being inclined at an angle different from the angle in the first step with respect to the longitudinal direction of the groove, characterised in that the laser light used for scanning in the first step is a focused laser light beam having a thin rectangular shape; scanning in the first step is performed with the longer side of the focused beam being parallel to the longitudinal direction of the groove; and scanning in the second step is performed with the longer side of the focused beam being orthogonal to the longitudinal direction of the groove.
A cartridge for use with an aerosol-generating device, the cartridge consisting of an inductively heatable susceptor soaked with aerosol-forming liquid, wherein the inductively heatable susceptor consists of an open-porous inductively heatable ceramic material for holding the aerosol-forming liquid and for heating the aerosol-forming liquid under the influence of an alternating electromagnetic field, and wherein the susceptor is a unitary body.
Method for processing a video sequence comprising a succession of images of one or more speakers, acquired by a wide-angle camera, the method comprising: - sound acquisition using a microphone comprising a plurality of sensors for picking up a sound field; - processing of the sound data acquired by the microphone in order to determine at least one estimated value of the angle between the direction of propagation of the sound from a speaker and the optical axis of the wide-angle camera; the method being characterized by: - generation of a signal comprising data on said angle value which are added to a stream of video and sound data acquired by the camera and the microphone; - transmission of the generated signal by a transmitter device to a receiver device; - use of said signal by the receiver device when rendering the received video and sound data in applying a zoom to a zone around the speaker issuing the sound by using the data on said angle value. - sound acquisition using a microphone comprising a plurality of sensors for picking up a sound field; - processing of the sound data acquired by the microphone in order to determine at least one estimated value of the angle between the direction of propagation of the sound from a speaker and the optical axis of the wide-angle camera; - generation of a signal comprising data on said angle value which are added to a stream of video and sound data acquired by the camera and the microphone; - transmission of the generated signal by a transmitter device to a receiver device; - use of said signal by the receiver device when rendering the received video and sound data in applying a zoom to a zone around the speaker issuing the sound by using the data on said angle value.
Air dryer adaptor module for utility vehicles, for receiving a first air dryer cartridge and a second air dryer cartridge, such that the air dryer adaptor module comprises: a first connection device for connecting the first air dryer cartridge; a second connection device for connecting the second air dryer cartridge; a selector valve with a valve inlet, a first valve outlet and a second valve outlet, such that the first valve outlet is or can be connected to the first connection device, the second valve outlet is or can be connected to the second connection device, and the valve inlet is or can be connected to admit a compressed air supply; wherein the selector valve has a first switched position in which the valve inlet is connected to the first valve outlet and a second switched position in which the valve inlet is connected to the second valve outlet, wherein, further, a module outlet of the air dryer adaptor module is or can be switched over to be connected with the first or with the second connection device, characterised in that depending on the operating mode of a compressor that is or can be connected to the valve inlet the selector valve is or has been switched between its switched positions, and the air dryer adaptor module is designed in such manner that the selector valve adopts a different switched position when the compressor is switched to its energy-saving mode or the pressure at the valve inlet of the selector valve falls, and/or the selector valve adopts another switched position when a pneumatic signal is received by way of the module outlet. a first connection device for connecting the first air dryer cartridge; a second connection device for connecting the second air dryer cartridge; a selector valve with a valve inlet, a first valve outlet and a second valve outlet, such that the first valve outlet is or can be connected to the first connection device, the second valve outlet is or can be connected to the second connection device, and the valve inlet is or can be connected to admit a compressed air supply; wherein the selector valve has a first switched position in which the valve inlet is connected to the first valve outlet and a second switched position in which the valve inlet is connected to the second valve outlet, wherein, further, a module outlet of the air dryer adaptor module is or can be switched over to be connected with the first or with the second connection device, characterised in that depending on the operating mode of a compressor that is or can be connected to the valve inlet the selector valve is or has been switched between its switched positions, and the air dryer adaptor module is designed in such manner that the selector valve adopts a different switched position when the compressor is switched to its energy-saving mode or the pressure at the valve inlet of the selector valve falls, and/or the selector valve adopts another switched position when a pneumatic signal is received by way of the module outlet.
A touch screen display comprising: a display monitor for providing a visual image; and an ultrasonic device (6, 8) including an ultrasonic transmitter configured to emit an ultrasonic energy wave, and a plurality of ultrasonic receivers configured to detect reflected ultrasonic energy, characterised in that the touch screen display includes a plurality of pixels, each pixel comprising a group of light emitting cells and one thin film transistor ultrasonic sensor cell of the plurality of ultrasonic receivers. a display monitor for providing a visual image; and an ultrasonic device (6, 8) including an ultrasonic transmitter configured to emit an ultrasonic energy wave, and a plurality of ultrasonic receivers configured to detect reflected ultrasonic energy, characterised in that the touch screen display includes a plurality of pixels, each pixel comprising a group of light emitting cells and one thin film transistor ultrasonic sensor cell of the plurality of ultrasonic receivers.