mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: a cabinet defining a refrigerating compartment and a freezing compartment; a freezing compartment door opening or closing the freezing compartment; and an ice making device disposed on a rear surface of the freezing compartment door, wherein the ice making device comprises: a case disposed on the freezing compartment door; an ice tray rotatably disposed inside the case, the ice tray making an ice therein; a knob exposed to the outside of the case, the knob being axially connected to a rotation shaft of the ice tray and rotated by being manipulated from the outside; and an elastic member disposed on the rotation shaft of the ice tray, the elastic member providing an elastic force into the ice tray so that the ice tray is rotated to an original position; characterized in that: the ice tray is accessibly disposed on the case, and when the ice tray is inserted into the case, the ice tray is cooperably coupled to the knob. a cabinet defining a refrigerating compartment and a freezing compartment; a freezing compartment door opening or closing the freezing compartment; and an ice making device disposed on a rear surface of the freezing compartment door, wherein the ice making device comprises: a case disposed on the freezing compartment door; an ice tray rotatably disposed inside the case, the ice tray making an ice therein; a knob exposed to the outside of the case, the knob being axially connected to a rotation shaft of the ice tray and rotated by being manipulated from the outside; and an elastic member disposed on the rotation shaft of the ice tray, the elastic member providing an elastic force into the ice tray so that the ice tray is rotated to an original position; characterized in that: the ice tray is accessibly disposed on the case, and when the ice tray is inserted into the case, the ice tray is cooperably coupled to the knob. a case disposed on the freezing compartment door; an ice tray rotatably disposed inside the case, the ice tray making an ice therein; a knob exposed to the outside of the case, the knob being axially connected to a rotation shaft of the ice tray and rotated by being manipulated from the outside; and an elastic member disposed on the rotation shaft of the ice tray, the elastic member providing an elastic force into the ice tray so that the ice tray is rotated to an original position; characterized in that: the ice tray is accessibly disposed on the case, and when the ice tray is inserted into the case, the ice tray is cooperably coupled to the knob.
A multi-channel audio decoding method, comprising: determining that bitstreams to be decoded are monophony coding layer and first stereo enhancement layer bitstreams; and decoding the monophony coding layer bitstream to obtain a monophony decoded frequency-domain signal; reconstructing left and right channel frequency-domain signals in a first sub-band region by utilizing the monophony decoded frequency-domain signal after an energy adjustment; and reconstructing left and right channel frequency-domain signals in a second sub-band region by utilizing the monophony decoded frequency-domain signal without the energy adjustment; characterised by the method further comprising: performing the energy adjustment on the monophony decoded frequency-domain signal; wherein the performing the energy adjustment on the monophony decoded frequency-domain signal comprises: decoding the first stereo enhancement layer bitstream to obtain an energy adjusting factor; performing a frequency spectrum peak value analysis on the monophony decoded frequency-domain signal to obtain a frequency spectrum analysis result; and performing the energy adjustment on the monophony decoded frequency-domain signal according to the frequency spectrum analysis result and the energy adjusting factor. determining that bitstreams to be decoded are monophony coding layer and first stereo enhancement layer bitstreams; and decoding the monophony coding layer bitstream to obtain a monophony decoded frequency-domain signal; reconstructing left and right channel frequency-domain signals in a first sub-band region by utilizing the monophony decoded frequency-domain signal after an energy adjustment; and reconstructing left and right channel frequency-domain signals in a second sub-band region by utilizing the monophony decoded frequency-domain signal without the energy adjustment; performing the energy adjustment on the monophony decoded frequency-domain signal; wherein the performing the energy adjustment on the monophony decoded frequency-domain signal comprises: decoding the first stereo enhancement layer bitstream to obtain an energy adjusting factor; performing a frequency spectrum peak value analysis on the monophony decoded frequency-domain signal to obtain a frequency spectrum analysis result; and performing the energy adjustment on the monophony decoded frequency-domain signal according to the frequency spectrum analysis result and the energy adjusting factor. decoding the first stereo enhancement layer bitstream to obtain an energy adjusting factor; performing a frequency spectrum peak value analysis on the monophony decoded frequency-domain signal to obtain a frequency spectrum analysis result; and performing the energy adjustment on the monophony decoded frequency-domain signal according to the frequency spectrum analysis result and the energy adjusting factor.
A computer-implemented method, comprising: receiving a request for a cryptographic key, the request specifying a lifetime for cryptographic material which is to be used in encrypting the requested cryptographic key; fulfilling the request for the cryptographic key by: obtaining the cryptographic key; encrypting the obtained cryptographic key using cryptographic material inaccessible outside of a set of hardware devices that each provide hardware protection of the cryptographic material, the cryptographic material having an expiration corresponding to the lifetime after which the cryptographic material becomes inaccessible to the set of hardware devices where the expiration is enforced by an automated process; providing the encrypted cryptographic key; and causing the set of hardware devices to lose access to the obtained cryptographic key after the encrypted cryptographic key has been provided. receiving a request for a cryptographic key, the request specifying a lifetime for cryptographic material which is to be used in encrypting the requested cryptographic key; fulfilling the request for the cryptographic key by: obtaining the cryptographic key; encrypting the obtained cryptographic key using cryptographic material inaccessible outside of a set of hardware devices that each provide hardware protection of the cryptographic material, the cryptographic material having an expiration corresponding to the lifetime after which the cryptographic material becomes inaccessible to the set of hardware devices where the expiration is enforced by an automated process; providing the encrypted cryptographic key; and causing the set of hardware devices to lose access to the obtained cryptographic key after the encrypted cryptographic key has been provided. obtaining the cryptographic key; encrypting the obtained cryptographic key using cryptographic material inaccessible outside of a set of hardware devices that each provide hardware protection of the cryptographic material, the cryptographic material having an expiration corresponding to the lifetime after which the cryptographic material becomes inaccessible to the set of hardware devices where the expiration is enforced by an automated process; providing the encrypted cryptographic key; and causing the set of hardware devices to lose access to the obtained cryptographic key after the encrypted cryptographic key has been provided.
A composition comprising a non-digestible oligosaccharide for use in enhancing an immune system and/or preventing an immune system related disorder in a mammalian subject, wherein the composition is for administration to a lactating, postpartum female who is breast-feeding the mammalian subject.
Device for protecting an electronic payment terminal comprising a memory card reader, said terminal comprising an electronic printed circuit board and a casing, said protection device comprising: - at least one capacitive detector being configured to deliver a reference capacitance; - a capacitive measurement microprocessor electrically connected to said at least one capacitive detector, said at least one microprocessor being configured to detect a variation of capacitance of said at least one capacitive detector; - means for transmitting a piece of information representing said variation of capacitance when an absolute value of a difference between said measured capacitance and said reference capacitance exceeds a predetermined threshold, characterized in that said capacitive detector is positioned in a volume formed by a first ground plane of said printed circuit and a second ground plane positioned on an internal surface of said casing. - at least one capacitive detector being configured to deliver a reference capacitance; - a capacitive measurement microprocessor electrically connected to said at least one capacitive detector, said at least one microprocessor being configured to detect a variation of capacitance of said at least one capacitive detector; - means for transmitting a piece of information representing said variation of capacitance when an absolute value of a difference between said measured capacitance and said reference capacitance exceeds a predetermined threshold,
A semiconductor manufacturing process for wafer-to-wafer bonding of a first wafer (330,620,730) having a first plurality of dies (332,622,732) having a first die size, the first plurality of dies (332,622,732) having a first plurality of interconnects, to a reconstituted wafer (320,610,720) having a second plurality of dies (316,612,712,716) having a second die size different than the first die size, characterized by: molding the second plurality of dies (316,612,712,716) into the reconstituted wafer (320,610,720) prior to bonding the reconstituted wafer (320,610,720) with the first wafer (330,620,730), wherein the second plurality of dies (316,612,712,716) of the reconstituted wafer (320,610,720) are arranged such that a second plurality of interconnects on the second plurality of dies (316,612,712,716) align with the first plurality of interconnects on the first plurality of dies (332,622,732); and bonding the reconstituted wafer (320,610,720) with the first wafer (330,620,730) with the first plurality of interconnects aligned with the second plurality of interconnects to create a wafer stack. molding the second plurality of dies (316,612,712,716) into the reconstituted wafer (320,610,720) prior to bonding the reconstituted wafer (320,610,720) with the first wafer (330,620,730), wherein the second plurality of dies (316,612,712,716) of the reconstituted wafer (320,610,720) are arranged such that a second plurality of interconnects on the second plurality of dies (316,612,712,716) align with the first plurality of interconnects on the first plurality of dies (332,622,732); and bonding the reconstituted wafer (320,610,720) with the first wafer (330,620,730) with the first plurality of interconnects aligned with the second plurality of interconnects to create a wafer stack.
An apparatus for reading out x-ray information stored in a storage phosphor plate, comprising: - an input device having a slot through which a cassette can be inserted into the input device, the cassette being designed for accommodating a storage phosphor plate, and - a read-out device (2 - 11) for irradiating the storage phosphor plate with stimulation light and detecting emission light stimulated in the phosphor plate, wherein the input device is designed for receiving cassettes having different cassette widths (d1, d2), wherein the input device comprises one or more first elements (30, 36 - 39) designed for aligning and/or fixing cassettes having different cassette widths (d1, d2) in the input device, the first elements comprising at least one aligning element (36, 37) for each of the at least two different cassette widths (d1, d2), wherein each of the at least one aligning elements (36, 37) is designed for aligning and/or fixing a cassette of a given cassette width (d1, d2) in the input device, the first elements further comprising at least one end stop and each of the at least one aligning elements (36, 37) being positioned such that - when a cassette of a first cassette width is inserted, the cassette is pressed against the end stop by means of a first aligning element having a first position, and - when a cassette of a second cassette width is inserted, the cassette is pressed against the end stop by means of a second aligning element having a second position, which is different from the first position, the first and second aligning elements (36, 37) being mounted on a first mounting element, the apparatus further comprising a first guiding element arranged and/or formed for interacting with the first mounting element such that the first mounting element can be shifted parallel to a first direction (y), and further comprising a carrier designed for being displaced in a second direction (x), which is perpendicular to the first direction (y), by means of a cassette being inserted, in particular pushed, into the input device, wherein the first mounting element is provided on the carrier such that when the carrier is displaced in the second direction (x) the first mounting element interacts with the first guiding element so that the first mounting element is shifted parallel to the first direction (y). - an input device having a slot through which a cassette can be inserted into the input device, the cassette being designed for accommodating a storage phosphor plate, and - a read-out device (2 - 11) for irradiating the storage phosphor plate with stimulation light and detecting emission light stimulated in the phosphor plate, - when a cassette of a first cassette width is inserted, the cassette is pressed against the end stop by means of a first aligning element having a first position, and - when a cassette of a second cassette width is inserted, the cassette is pressed against the end stop by means of a second aligning element having a second position, which is different from the first position,
A nasal seal for a patient interface, wherein: the seal does not cover the nasal bridge of the wearer, the seal including a face contacting side and an exterior side, the seal being formed of a soft flexible material, and including a central portion to extend across the base of the nose, and a side portion extending from each lateral end of the central portion, each side portion extending across a side of the nose, the face contacting side of the seal is supple to conform under internal pressure to the surfaces of the nose of a wearer, including the surfaces of the lower face of the nose and, at the side portions of the seal, to outside surfaces of the sides of the nose, a peripheral portion of the seal, joining the face contacting side to the exterior side, is supple and allows the interior side of the seal to displace relative to the exterior side. the seal does not cover the nasal bridge of the wearer, the seal including a face contacting side and an exterior side, the seal being formed of a soft flexible material, and including a central portion to extend across the base of the nose, and a side portion extending from each lateral end of the central portion, each side portion extending across a side of the nose, the face contacting side of the seal is supple to conform under internal pressure to the surfaces of the nose of a wearer, including the surfaces of the lower face of the nose and, at the side portions of the seal, to outside surfaces of the sides of the nose, a peripheral portion of the seal, joining the face contacting side to the exterior side, is supple and allows the interior side of the seal to displace relative to the exterior side.
A charger for an electronic cigarette, comprising: a housing; a charging circuit in the housing; an USB input end extending outside of the housing; and a charging port for charging an external power supply of the electronic cigarette; wherein the housing comprises at least two charging ports, each charging port comprises an electrode of connecting the charging circuit; characterized in that the at least one charging port in the at least two charging ports comprises an elastic element mated with an inner lateral surface thereof; when inserting the power supply of the electric cigarette into the charging port, the elastic element contacts outside the power supply of the electronic cigarette by an interference fit to fix the power supply of the electric cigarette; the charging port having the elastic element further comprises two electrodes (116, 117), convex outward from a bottom of the charging port; the two electrodes (116, 117) are shaped to be an elastic pin structure; and wherein another one of the at least two charging ports comprises a screw thread which is compatible with the power supply of the electronic cigarette. a housing; a charging circuit in the housing; an USB input end extending outside of the housing; and a charging port for charging an external power supply of the electronic cigarette; wherein the housing comprises at least two charging ports, each charging port comprises an electrode of connecting the charging circuit; characterized in that the at least one charging port in the at least two charging ports comprises an elastic element mated with an inner lateral surface thereof; when inserting the power supply of the electric cigarette into the charging port, the elastic element contacts outside the power supply of the electronic cigarette by an interference fit to fix the power supply of the electric cigarette; the charging port having the elastic element further comprises two electrodes (116, 117), convex outward from a bottom of the charging port; the two electrodes (116, 117) are shaped to be an elastic pin structure; and wherein another one of the at least two charging ports comprises a screw thread which is compatible with the power supply of the electronic cigarette.
A method for making an enriched butyrylcholinesterase composition from a biological source having butyrylcholinesterase, the method comprising the steps of: applying the biological source having butyrylcholinesterase to an anion exchange material attached to a membrane; washing the material; and eluting butyrylcholinesterase from the anion exchange material, wherein the butyrylcholinesterase content is enriched after anion exchange at least 10 fold per total protein in the composition as measured by butyrylcholinesterase activity per total protein. applying the biological source having butyrylcholinesterase to an anion exchange material attached to a membrane; washing the material; and eluting butyrylcholinesterase from the anion exchange material, wherein the butyrylcholinesterase content is enriched after anion exchange at least 10 fold per total protein in the composition as measured by butyrylcholinesterase activity per total protein.
A developer for electrostatic latent image containing toner particles containing a resin and a coloring agent, characterized in that said coloring agent includes a first coloring agent, a second coloring agent, and a third coloring agent, said first coloring agent is carbon black, said second coloring agent is one or more of C. I. Pigment Violet 19 and C. I. Pigment Violet 23, said third coloring agent is one or more of C. I. Pigment Brown 23 and C. I. Pigment Brown 25, and a content of said second coloring agent is not lower than 8 mass % and not higher than 25 mass % with respect to a total amount of said coloring agents.
A side loading machine for packaging articles in containers comprising: a containers forming section from die-cuttings, said section comprising at least one feeding device, a loading section suitable for loading said articles into said containers, a closing section of said containers, said sections (3, 4, 5) being substantially aligned along a longitudinal direction of the machine, characterised in that: said machine comprises a conveyor that extends without solution of continuity on a closed two-way path between said forming section and said closing section, said conveyor comprises a plurality of transportation members, each of said transportation members being configured to carry at least one of said containers, and said conveyor comprises motor means (17, 18, 20, 21) arranged to drive the advance motion of said transportation members or of groups of said transportation members independently from one another along at least part of said path, and wherein the machine operates with: - a continuous formation of boxes, said at least one feeding member operating with a continuous motion and with a constant rate over time, and said transportation members advancing with a continuous motion in correspondence of said forming section to receive the containers from said feeding device, - a loading in static conditions, said transportation members being stationary during the loading of articles into the containers. a containers forming section from die-cuttings, said section comprising at least one feeding device, a loading section suitable for loading said articles into said containers, a closing section of said containers, said sections (3, 4, 5) being substantially aligned along a longitudinal direction of the machine, said machine comprises a conveyor that extends without solution of continuity on a closed two-way path between said forming section and said closing section, said conveyor comprises a plurality of transportation members, each of said transportation members being configured to carry at least one of said containers, and said conveyor comprises motor means (17, 18, 20, 21) arranged to drive the advance motion of said transportation members or of groups of said transportation members independently from one another along at least part of said path, and wherein the machine operates with: - a continuous formation of boxes, said at least one feeding member operating with a continuous motion and with a constant rate over time, and said transportation members advancing with a continuous motion in correspondence of said forming section to receive the containers from said feeding device, - a loading in static conditions, said transportation members being stationary during the loading of articles into the containers. - a continuous formation of boxes, said at least one feeding member operating with a continuous motion and with a constant rate over time, and said transportation members advancing with a continuous motion in correspondence of said forming section to receive the containers from said feeding device, - a loading in static conditions, said transportation members being stationary during the loading of articles into the containers.