mhurhangee/ep-ind-claims huggingface dataset:
Bottling system for sparkling wines produced in autoclave, in particular spumante wines, comprising: - an autoclave for containing a liquid consisting in sparkling wine, - a compensation cylinder for containing an inert gas and provided with a pressure reducer suitable for reducing the pressure of the gas delivered from an outlet nozzle of the compensation cylinder, and - a transfer manifold for transferring the liquid from the autoclave into the bottle; said transfer manifold comprising: - a collar applicable to a neck of a bottle and provided with an axial conduit for the insertion of a cap in order to close the bottle, and - an inlet connected to the autoclave for transferring the liquid from the autoclave to the bottle; characterized in that said compensation cylinder is hydraulically connected to the autoclave; and said transfer manifold comprises an outlet connected to the autoclave for sending the gas from the bottle to the autoclave said autoclave comprises a tap disposed in a lower part of the autoclave and connected to said inlet of the transfer manifold by means of a transfer tube; the compensation cylinder comprises a tap; said transfer manifold comprises taps (43a, 44a); said autoclave comprises a pressure gauge; and said compensation cylinder comprises a pressure gauge. - an autoclave for containing a liquid consisting in sparkling wine, - a compensation cylinder for containing an inert gas and provided with a pressure reducer suitable for reducing the pressure of the gas delivered from an outlet nozzle of the compensation cylinder, and - a transfer manifold for transferring the liquid from the autoclave into the bottle; said transfer manifold comprising: - a collar applicable to a neck of a bottle and provided with an axial conduit for the insertion of a cap in order to close the bottle, and - an inlet connected to the autoclave for transferring the liquid from the autoclave to the bottle; - a collar applicable to a neck of a bottle and provided with an axial conduit for the insertion of a cap in order to close the bottle, and - an inlet connected to the autoclave for transferring the liquid from the autoclave to the bottle; characterized in that said compensation cylinder is hydraulically connected to the autoclave; and said transfer manifold comprises an outlet connected to the autoclave for sending the gas from the bottle to the autoclave said autoclave comprises a tap disposed in a lower part of the autoclave and connected to said inlet of the transfer manifold by means of a transfer tube; the compensation cylinder comprises a tap; said transfer manifold comprises taps (43a, 44a); said autoclave comprises a pressure gauge; and said compensation cylinder comprises a pressure gauge.
A method for managing basket workflow during food preparation at an automated cooking system, which includes a gantry system including a gantry, a dispensing freezer, a fryer including a plurality of fryer vats, and a hot holding station, the method comprising: performing, by the gantry system, a basket loading cycle, each basket loading cycle defined by at least the following: picking up a filled basket from the dispensing freezer with the gantry, moving the gantry and the filled basket to a selected one of the platforms at the fryer, and dropping off the filled basket onto the selected one of the platforms to allow the fryer to cook food product in the filled basket; and performing, by the gantry system, a basket discharge cycle, each basket discharge cycle defined by at least the following: picking up a filled basket containing food product that has been cooked by the fryer from one of the platforms at the fryer with the gantry, moving the gantry and the filled basket to the hot holding station, and discharge the cooked food product into the hot holding station to empty the basket, wherein the automated cooking system prioritizes and orders the basket loading cycles and the basket discharge cycles for the gantry system to satisfy varying levels of demand for cooked food products from the automated cooking system, characterized in that each fryer vat includes at least one platform for receiving and moving a basket, and by the step actuating the filled basket with the gantry to open the filled basket and thereby discharge the cooked food product from the basket. performing, by the gantry system, a basket loading cycle, each basket loading cycle defined by at least the following: picking up a filled basket from the dispensing freezer with the gantry, moving the gantry and the filled basket to a selected one of the platforms at the fryer, and dropping off the filled basket onto the selected one of the platforms to allow the fryer to cook food product in the filled basket; and performing, by the gantry system, a basket discharge cycle, each basket discharge cycle defined by at least the following: picking up a filled basket containing food product that has been cooked by the fryer from one of the platforms at the fryer with the gantry, moving the gantry and the filled basket to the hot holding station, and discharge the cooked food product into the hot holding station to empty the basket, wherein the automated cooking system prioritizes and orders the basket loading cycles and the basket discharge cycles for the gantry system to satisfy varying levels of demand for cooked food products from the automated cooking system, characterized in that each fryer vat includes at least one platform for receiving and moving a basket, and by the step actuating the filled basket with the gantry to open the filled basket and thereby discharge the cooked food product from the basket.
A heat shrinkable multilayer film, comprising: front and back layers; and an interlayer, the front and back layers each containing 60 to 80% by weight of a cyclic olefin resin and 20 to 40% by weight of an ethylene resin, the interlayer containing 50 to 80% by weight of an olefin resin and 20 to 50% by weight of a plastic resin, the interlayer containing 35 to 70 mol% of a propylene component, 1 to 10 mol% of an ethylene component, and 1 to 10 mol% of a butene component, based on 100 mol% of resin components constituting the interlayer. front and back layers; and an interlayer, the front and back layers each containing 60 to 80% by weight of a cyclic olefin resin and 20 to 40% by weight of an ethylene resin, the interlayer containing 50 to 80% by weight of an olefin resin and 20 to 50% by weight of a plastic resin, the interlayer containing 35 to 70 mol% of a propylene component, 1 to 10 mol% of an ethylene component, and 1 to 10 mol% of a butene component, based on 100 mol% of resin components constituting the interlayer.
A compound for therapeutic use in causing weight loss in a subject in need thereof, wherein the subject is overweight or obese, wherein the compound or a pharmaceutically acceptable salt thereof is selected from the group consisting of: and
A computer-implemented method of video decoding one or more video frames, the method comprising receiving compressed video information in a bit stream, wherein the compressed video information includes a coding mode selection syntax element; and decoding a predicted video frame, P frame, and binary information using the compressed video information, wherein the P frame includes plural macroblocks,the plural macroblocks being all the macroblocks of the P frame, and wherein the binary information represents characteristics of the plural macroblocks, wherein the binary information is skipped macroblock information for the plural macroblocks, wherein the skipped macroblock information indicates whether the plural macroblocks have been skipped or have not been skipped during coding of the one or more video frames, and wherein any macroblock of the plural macroblocks of the P frame that has been skipped according to the skipped macroblock information is a macroblock that (a) uses predicted motion based upon motion of one or more other macroblocks around said macroblock in the P frame and (b) lacks residual information, and wherein the decoding includes: based upon the coding mode selection syntax element, selecting a coding mode from among plural available coding modes which has been used to encode the skipped macroblock information of all the macroblocks of the P frame; and if the selected coding mode is a first coding mode of the plural available coding modes, for each of the plural macroblocks, using a syntax element per macroblock to determine the skipped macroblock information for that macroblock; otherwise, determining the skipped macroblock information for the plural macroblocks according to one of a plurality of second coding modes of the plural available coding modes selected based on the coding mode selection syntax element, wherein each of the second coding modes encodes the skipped macroblock information for all macroblocks of the P frame in symbols, wherein a given one of the symbols indicates the skipped macroblock information for two or more of the plural macroblocks. based upon the coding mode selection syntax element, selecting a coding mode from among plural available coding modes which has been used to encode the skipped macroblock information of all the macroblocks of the P frame; and if the selected coding mode is a first coding mode of the plural available coding modes, for each of the plural macroblocks, using a syntax element per macroblock to determine the skipped macroblock information for that macroblock; otherwise, determining the skipped macroblock information for the plural macroblocks according to one of a plurality of second coding modes of the plural available coding modes selected based on the coding mode selection syntax element, wherein each of the second coding modes encodes the skipped macroblock information for all macroblocks of the P frame in symbols, wherein a given one of the symbols indicates the skipped macroblock information for two or more of the plural macroblocks.
A laser medium for generating laser light, wherein the laser medium is in the form of a solid body, and wherein the laser medium comprises a light exit surface through which the laser light exits the laser medium during laser operation, wherein the light exit surface has a boundary which is defined by at least one bevel or groove; and wherein the laser medium comprises a host material and laser-active material embedded therein for stimulated emission of photons, wherein the host material is selected from the group of phosphate glasses; and wherein the laser medium has a cross-sectional area perpendicular to the longitudinal axis of at least 0.25 mm 2 and at most 1,000 mm 2. and wherein the laser medium comprises a light exit surface through which the laser light exits the laser medium during laser operation, wherein the light exit surface has a boundary which is defined by at least one bevel or groove; and wherein the laser medium comprises a host material and laser-active material embedded therein for stimulated emission of photons, wherein the host material is selected from the group of phosphate glasses; and wherein the laser medium has a cross-sectional area perpendicular to the longitudinal axis of at least 0.25 mm 2 and at most 1,000 mm 2.
A miter saw comprising: a base; a turntable pivotably coupled to the base about a miter axis; and a miter angle lock assembly including a clamp biased into engagement with the base when in a clamped position, thereby exerting a clamping force on the base for locking the turntable relative to the base, and an override assembly for maintaining the clamp in a released position relative to the base in which the clamping force is released, characterised in that the clamp is also biased into engagement with the turntable when in a clamped position, thereby exerting a clamping force on the base and the turntable for locking the turntable relative to the base. a base; a turntable pivotably coupled to the base about a miter axis; and a miter angle lock assembly including a clamp biased into engagement with the base when in a clamped position, thereby exerting a clamping force on the base for locking the turntable relative to the base, and an override assembly for maintaining the clamp in a released position relative to the base in which the clamping force is released, characterised in that the clamp is also biased into engagement with the turntable when in a clamped position, thereby exerting a clamping force on the base and the turntable for locking the turntable relative to the base. a clamp biased into engagement with the base when in a clamped position, thereby exerting a clamping force on the base for locking the turntable relative to the base, and an override assembly for maintaining the clamp in a released position relative to the base in which the clamping force is released, characterised in that the clamp is also biased into engagement with the turntable when in a clamped position, thereby exerting a clamping force on the base and the turntable for locking the turntable relative to the base.
A headset for voice communication comprising an earphone housing and a pickup unit rotatably connected to the earphone housing via a joint, - the pickup unit comprising at least a first microphone, - the first microphone being electrically connected via at least a first electrical connection to an electronic circuit for processing signals from the first microphone, the electronic circuit being arranged in the earphone housing, wherein - the first electrical connection comprises a first sliding contact comprising a housing side and a microphone side, which are mutually rotatable about a rotational axis, and wherein - the housing side or the microphone side of the sliding contact comprises a first annular ring arranged so that the ring is positioned around the rotational axis, and wherein the other of the housing side or the microphone side comprises a number of contact members arranged in a radial distance from the rotational axis so as to provide an electrical connection between the first annular ring and the contact members, characterised by that the contact members are arranged on a contact wheel, which is mechanically engaged with either the pickup unit or the earphone housing. - the pickup unit comprising at least a first microphone, - the first microphone being electrically connected via at least a first electrical connection to an electronic circuit for processing signals from the first microphone, the electronic circuit being arranged in the earphone housing, wherein - the first electrical connection comprises a first sliding contact comprising a housing side and a microphone side, which are mutually rotatable about a rotational axis, and wherein - the housing side or the microphone side of the sliding contact comprises a first annular ring arranged so that the ring is positioned around the rotational axis, and wherein the other of the housing side or the microphone side comprises a number of contact members arranged in a radial distance from the rotational axis so as to provide an electrical connection between the first annular ring and the contact members, characterised by that
A use of a process cartridge chip (100, 1003, 1101), installed on a process cartridge, wherein the process cartridge is detachably installed on a main body of an image-forming apparatus, the process cartridge chip (100, 1003, 1101) comprising: a first grounding portion (101, 1103, 803) and a second grounding portion (102, 1104) electrically connected to the first grounding portion (101, 1103, 803), characterized in that: the first grounding portion (101, 1103, 803) is connected to a reference-ground supply part (204, 1106, 1502) disposed at the main body of the image-forming apparatus by electrically connecting to a first connecting part, in order to be connected to a potential reference point provided by the reference-ground supply part (204, 1106, 1502); and the second grounding portion (102, 1104) is connected to the reference-ground supply part (204, 1106, 1502) by electrically connecting to a second connecting part, wherein the first connecting part is different from the second connecting part, the second connecting part is not included in the first connecting part, and the first connecting part is not included in the second connecting part. the first grounding portion (101, 1103, 803) is connected to a reference-ground supply part (204, 1106, 1502) disposed at the main body of the image-forming apparatus by electrically connecting to a first connecting part, in order to be connected to a potential reference point provided by the reference-ground supply part (204, 1106, 1502); and the second grounding portion (102, 1104) is connected to the reference-ground supply part (204, 1106, 1502) by electrically connecting to a second connecting part, wherein the first connecting part is different from the second connecting part, the second connecting part is not included in the first connecting part, and the first connecting part is not included in the second connecting part.
A method in a radio apparatus of controlling measurement of positioning reference signals that are transmitted by a wireless communication network at recurring positioning occasions, wherein each positioning occasion comprises a single subframe or a number of consecutive subframes and the positioning occasions recur according to a defined periodic interval, said method characterized by: receiving signaling from the wireless communication network that conveys muting configuration information including a muting periodicity indicating a plurality of positioning occasions, and a muting occasion index indicating a particular positioning occasion within the plurality of positioning occasions to which muting is applied; and controlling positioning reference signal measurement by the radio apparatus, in accordance with the received muting periodicity and muting occasion index. receiving signaling from the wireless communication network that conveys muting configuration information including a muting periodicity indicating a plurality of positioning occasions, and a muting occasion index indicating a particular positioning occasion within the plurality of positioning occasions to which muting is applied; and controlling positioning reference signal measurement by the radio apparatus, in accordance with the received muting periodicity and muting occasion index.
A refrigerator comprising: a main body provided with storage chambers (11R, 11F); doors (20R, 20F, 20R', 20F') to respectively open and close the storage chambers (11R, 11F); a control unit (30, 30') installed in one door out of the doors to select an operation; a reception part (20a, 20a') provided in said one door to receive the control unit; an installation hole (20b, 20b') formed on a side end of the door to cause the control unit to be inserted into the reception part, and display units provided on a front surface of the control unit (30, 30') to display an operating state of the refrigerator, characterized in that the refrigerator further comprises: a transparent member installed in front of the door to form a front surface of the door, a transparent window part provided at a position of the transparent member corresponding to the display units to show the display units to the outside of the door, and switches to select the operating state of the refrigerator provided on the front surface of the control unit, wherein the switches include electrostatic switches operated by static electricity. a main body provided with storage chambers (11R, 11F); doors (20R, 20F, 20R', 20F') to respectively open and close the storage chambers (11R, 11F); a control unit (30, 30') installed in one door out of the doors to select an operation; a reception part (20a, 20a') provided in said one door to receive the control unit; an installation hole (20b, 20b') formed on a side end of the door to cause the control unit to be inserted into the reception part, and display units provided on a front surface of the control unit (30, 30') to display an operating state of the refrigerator, characterized in that the refrigerator further comprises: a transparent member installed in front of the door to form a front surface of the door, a transparent window part provided at a position of the transparent member corresponding to the display units to show the display units to the outside of the door, and switches to select the operating state of the refrigerator provided on the front surface of the control unit, wherein the switches include electrostatic switches operated by static electricity. a transparent member installed in front of the door to form a front surface of the door, a transparent window part provided at a position of the transparent member corresponding to the display units to show the display units to the outside of the door, and switches to select the operating state of the refrigerator provided on the front surface of the control unit, wherein the switches include electrostatic switches operated by static electricity.
A lighting device comprising: a first to a fourth light emitting devices which are disposed on a substrate; a first and a second pulse width modulation controllers (200, 300) which perform a pulse width modulation on currents applied to the first and the second light emitting devices respectively; and a first and a second controllers (400, 500) which control respectively currents applied to the third and the fourth light emitting devices having color temperatures different from those of the first and the second light emitting devices, wherein an "x, y" coordinate, which is determined by the mixture of the lights emitted from the first to the fourth light emitting devices and is located within a 1931 CIE chromaticity diagram, is moved onto a black body radiation curve within the 1931 CIE chromaticity diagram through the pulse width modulation of the first and the second pulse width modulation controllers (200, 300) and the control of the first and the second controllers (400, 500), wherein the lighting device comprises a mixing chamber (150, 10) which receives the first to the fourth light emitting devices and has an open upper portion; and an optical excitation plate which is disposed on the mixing chamber (150, 10) and is spaced apart from the first to the fourth light emitting devices, and wherein a distance between the optical excitation plate and the first to the fourth light emitting devices is determined by an optical orientation angle (θ) of each of the first to the fourth light emitting devices and a distance between the light emitting devices wherein the first light emitting device, the second light emitting device, the third light emitting device and the fourth light emitting device are disposed in the form of a linear array in the order listed, characterized in that, the distance between the light emitting devices among the first to the fourth light emitting devices is calculated by an equation of G = 2Htan(θ/2), color temperatures of the first and the third light emitting devices are higher than those of the second and the fourth light emitting devices, the first to the fourth light emitting devices being symmetrically disposed, the distance between the light emitting devices being minimized. a first to a fourth light emitting devices which are disposed on a substrate; a first and a second pulse width modulation controllers (200, 300) which perform a pulse width modulation on currents applied to the first and the second light emitting devices respectively; and a first and a second controllers (400, 500) which control respectively currents applied to the third and the fourth light emitting devices having color temperatures different from those of the first and the second light emitting devices,