mhurhangee/ep-ind-claims huggingface dataset:
A carrier wave reproduction (10, 10a, 10b) device including an interpolation filter (15, 135) which estimates a phase error of a received symbol in a string of received symbols based on pilot symbols inserted in the string of received symbols at fixed time intervals, a first phase rotator which rotates the phase of the received symbol according to the phase error estimated by the interpolation filter (15, 135) and outputs the received symbol as a first output symbol, a phase error compensation unit (19, 19a, 19b) which compensates for the phase error which remains in the first output symbol and outputs the compensated first output symbol as a second output symbol, a QAM symbol demapping unit (31, 128, 137) which calculates a first bit string corresponding to the first output symbol and calculates a second bit string corresponding to the second output symbol, and an error correction decoder (32, 129, 138) which performs error correction of a bit error in the first bit string and wherein the phase error compensation unit (19, 19a, 19b) compensates for the phase error which remains in the first output symbol by referring to the first bit string after error correction, wherein the carrier wave reproduction (10, 10a, 10b) device includes a buffer which temporarily holds the first output symbol outputted from the first phase rotator, the phase error compensation unit (19, 19a, 19b) includes a second phase rotator (55, 61) which rotates the phase of the first output symbol outputted from the buffer and generates the second output symbol, and the phase error compensation unit (19, 19a, 19b) includes a QAM symbol mapping unit (51, 62) which generates a symbol corresponding to the bit string after error correction as a third output symbol.
A battery pack structure for electric vehicles in which a battery module constructed by a battery cell assembly, a junction box for performing supply, interception, and distribution of heavy-electric current by means of a relay circuit, and a battery controller for battery management are mounted in an internal space of a battery pack case, in which clearances, ensured when the battery module is mounted in the internal space of the battery pack case, are configured as temperature-adjustment air passages (36, 37, 38) through which temperature-adjusting air flows, characterized in that the junction box and the battery controller are arranged at positions spaced apart from each other and facing one straight passage part of the temperature-adjustment air passages (36, 37, 38), and in that a harness via which the junction box and the battery controller are connected to each other, is wired along the straight passage part.
A gas turbine combustor comprising: a combustion chamber supplied with fuel and air; fuel nozzles (55, 56) for jetting the fuel to said combustion chamber; and small diameter air holes (52, 57) each provided in a disciform member of said combustion chamber coaxially with fuel jet holes of said fuel nozzles (55, 56), respectively; wherein a premixing flow path is formed by a peripheral wall of each of said air holes (52, 57); and said fuel nozzles (55, 56) and said air holes (52, 57) are constructed so that air flows through said premixing flow paths while enclosing the fuel jetted from said fuel nozzles (55, 56), characterised in that at least some of the air holes define a swirling angle to generate a swirling component around the axis of the combustor. a combustion chamber supplied with fuel and air; fuel nozzles (55, 56) for jetting the fuel to said combustion chamber; and small diameter air holes (52, 57) each provided in a disciform member of said combustion chamber coaxially with fuel jet holes of said fuel nozzles (55, 56), respectively; wherein a premixing flow path is formed by a peripheral wall of each of said air holes (52, 57); and said fuel nozzles (55, 56) and said air holes (52, 57) are constructed so that air flows through said premixing flow paths while enclosing the fuel jetted from said fuel nozzles (55, 56), characterised in that at least some of the air holes define a swirling angle to generate a swirling component around the axis of the combustor.
A method for recovering bromine from solid waste containing bromine compounds, the method comprising: providing the solid waste containing the bromine compounds; providing a supply of solid calcium hydroxide; mixing the solid waste and said solid calcium hydroxide, thereby forming a mixture thereof; heating said mixture in a chemical reducing, non-oxidizing, environment, for forming a heated product comprising solid calcium bromide; and processing said heated product, so as to form bromine. providing the solid waste containing the bromine compounds; providing a supply of solid calcium hydroxide; mixing the solid waste and said solid calcium hydroxide, thereby forming a mixture thereof; heating said mixture in a chemical reducing, non-oxidizing, environment, for forming a heated product comprising solid calcium bromide; and processing said heated product, so as to form bromine.
An in vitro process for the prediction of cell culture performance data of at least one sample cell comprising the steps: (a) providing a sample of the at least one sample cell, cell culture performance data from a standard cell and raw standard MS (mass spectrometric) data from the standard cell, (b) subjecting the sample of the at least one sample cell to a MS analysis to obtain raw sample MS data thereof, (c) subjecting the raw standard and the raw sample MS data to at least one first MS signal processing method to obtain pre-treated standard and sample MS profiles and (d) subjecting the cell culture performance data from the standard cell of step (a) and the pre-treated standard and sample MS profiles obtained in step (c) to a second MS signal processing method including a PLS-DA (partial least squares discriminant analysis) based comparative evaluation so as to predict the cell culture performance data of the at least one sample cell, wherein the cell culture performance data are cell specific productivity, integral viable cell count or cell product concentration data. (a) providing a sample of the at least one sample cell, cell culture performance data from a standard cell and raw standard MS (mass spectrometric) data from the standard cell, (b) subjecting the sample of the at least one sample cell to a MS analysis to obtain raw sample MS data thereof, (c) subjecting the raw standard and the raw sample MS data to at least one first MS signal processing method to obtain pre-treated standard and sample MS profiles and (d) subjecting the cell culture performance data from the standard cell of step (a) and the pre-treated standard and sample MS profiles obtained in step (c) to a second MS signal processing method including a PLS-DA (partial least squares discriminant analysis) based comparative evaluation so as to predict the cell culture performance data of the at least one sample cell,
A classifying grate with a machine frame standing on a base plate and a multiplicity of screen shafts provided with discs or star arms, which screen shafts are mounted rotatably on the machine frame lying one behind another in a longitudinal direction of the machine frame, wherein each screen shaft has a support plate assigned to it, which is arranged vertically offset to the corresponding screen shaft and which is equipped with scrapers, which extend into gaps formed by adjacent discs or by star arms of the assigned screen shaft, characterised in that a first connecting device is connected to the machine frame via a detachable connection and carries at least one of the support plates, wherein a second connecting device is fastened to the machine frame, which carries the first connecting device after the release of the detachable connection and which is designed to move the first connecting device in a direction pointing away from the screen shaft and pointing towards the base plate.
Bottle neck structure and relative cap made of plastic material, particulary for water and beverages, wherein the neck comprises an outside thread made up of a concave arc-shaped helical element, whereas the cap comprises a female screw defined by a convex arc-shaped thread the convexity of which is accurately complementary to the concavity of the helical element of the neck, wherein the turns of the helical element are mutually adjacent such that they form a narrow crest, characterized in that the interior of the cap near its top part is divided by a protruding inner annular partition element with relief on its outer face and by a smaller outer annular partition element both defining a circular interspace whose bottom is shaped such that it degrades towards the inner annular partition element.
A motorized lock for a motor vehicle including a bolt pivotally movable between a locked position and an unlocked position, and a ratchet pivotally movable between a first holding position of the bolt and a second release position of the bolt, said lock including a slide having a guiding cam and the ratchet bearing an opening pin cooperating with said guiding cam, so as to cause the release of the bolt by the ratchet during an unlocking movement, characterized in that: - said guiding cam has a first and a second opposite guiding surfaces substantially inclined with respect to the sliding plane of the slide, and in that - said opening pin is configured to cooperate with the first guiding surface so as to cause the withdrawal of the slide during a locking movement, and to cooperate with the second guiding surface so as to drive the ratchet toward the second position to release the bolt - said guiding cam has a first and a second opposite guiding surfaces substantially inclined with respect to the sliding plane of the slide, and in that - said opening pin is configured to cooperate with the first guiding surface so as to cause the withdrawal of the slide during a locking movement, and to cooperate with the second guiding surface so as to drive the ratchet toward the second position to release the bolt
2-Dodecyl-6-methoxycyclohexa-2,5-diene-1,4-dione (DMDD), for use in the treatment or prevention of breast cancer or a precancerous condition associated with breast cancer.
Optical system for imaging an object, having - at least a first objective, - at least a first image stabilizing unit and - at least a first eyepiece, wherein, - as seen in the direction of the first eyepiece from the first objective, the first objective is arranged first along a first optical axis, then followed by the first image stabilizing unit and then followed by the first eyepiece, - the first image stabilizing unit is rotatably mounted in cardan-joint fashion about a first hinge point, and wherein - the first hinge point is arranged between the first objective and the first eyepiece, - the first image stabilizing unit comprises at least a first lens unit and at least a first optical element, wherein the first lens unit and the first optical element are arranged such that the first lens unit is, together with the first optical element, rotatably mounted in cardan-joint fashion about the first hinge point, and wherein the first optical element is embodied as a first prism erecting system, characterized in that the first lens unit is embodied as a first meniscus lens in order to avoid a bothersome coma and has negative refractive power. - at least a first objective, - at least a first image stabilizing unit and - at least a first eyepiece, - as seen in the direction of the first eyepiece from the first objective, the first objective is arranged first along a first optical axis, then followed by the first image stabilizing unit and then followed by the first eyepiece, - the first image stabilizing unit is rotatably mounted in cardan-joint fashion about a first hinge point, and wherein - the first hinge point is arranged between the first objective and the first eyepiece, - the first image stabilizing unit comprises at least a first lens unit and at least a first optical element, wherein the first lens unit and the first optical element are arranged such that the first lens unit is, together with the first optical element, rotatably mounted in cardan-joint fashion about the first hinge point, and wherein the first optical element is embodied as a first prism erecting system,
Device for holding a workpiece, said device comprising a shaft that can be inserted in the axial direction into a hole in a work plate, and a holding element which is connected to said shaft and can rest on a work plate when assembled, the holding element comprising, on the side thereof facing away from the shaft, an opening in which a support element is placed, characterised in that the opening is non-circular in plan view, in particular is elliptical or oval in plan view, and a clamping portion of the support element that protrudes into the opening has clamping sides which, by being rotated, can be brought into a clamping position with respect to the inner wall of the opening.
A fiber optic receptacle and plug assembly, comprising: a fiber optic receptacle having a first end and a second end opposite the first end and defining an interior cavity opening through the first end and the second end; an alignment sleeve insert disposed within the interior cavity adjacent the first end and comprising at least one alignment sleeve operable for receiving at least one receptacle ferrule from the second end; a fiber optic plug mounted upon an end of a fiber optic cable and comprising at least one plug ferrule; wherein the plug ferrule is received within the alignment sleeve opposite the receptacle ferrule when the plug is mated with the receptacle in a predetermined orientation; characterized in that the receptacle defines a key, the alignment sleeve insert defines a first key slot, and the plug defines a second key slot, and the plug further comprises a plug insert and the second key slot is disposed on the plug insert, wherein the key is configured to be received within the first key slot and the second key slot when the plug is mated with the receptacle. a fiber optic receptacle having a first end and a second end opposite the first end and defining an interior cavity opening through the first end and the second end; an alignment sleeve insert disposed within the interior cavity adjacent the first end and comprising at least one alignment sleeve operable for receiving at least one receptacle ferrule from the second end; a fiber optic plug mounted upon an end of a fiber optic cable and comprising at least one plug ferrule; wherein the plug ferrule is received within the alignment sleeve opposite the receptacle ferrule when the plug is mated with the receptacle in a predetermined orientation; characterized in that the receptacle defines a key, the alignment sleeve insert defines a first key slot, and the plug defines a second key slot, and the plug further comprises a plug insert and the second key slot is disposed on the plug insert, wherein the key is configured to be received within the first key slot and the second key slot when the plug is mated with the receptacle.
Container closure having a chamber for storing a second medium to be stored separately from a first medium stored in a container before use, the container closure having a first closure part and a second closure part, the first closure part having a cap section, the first closure part being connectable to the container in the region of this cap section, a closure part of the closure parts (3, 4), specifically the second closure part, having a circumferential jacket section, the chamber being formed by the jacket section, the chamber having an outlet opening for dispensing the second medium, the second closure part being movable relative to the first closure part from a closed position into an outlet position in order to dispense the second medium into the container, a sealing section closing the outlet opening in a sealing manner in the closed position, a closable filling opening for filling the chamber opening into the chamber in the closed position of the closure parts (3, 4) being formed in a cap section of the second closure part that can be connected to the first closure part, the other closure part of the closure parts (3, 4), specifically the first closure part, having the sealing section and a plurality of passage openings opening into the container, the second closure part closing the passage openings in the closed position, the other closure part of the closure parts (3, 4) having a receiving region for the chamber, the receiving region having another jacket section enclosing the chamber circumferentially, the sealing section being connected to the other jacket section, the sealing section being connected to the other jacket section by means of webs, the passage openings being formed by clearances between the webs, characterized in that the webs contact the sealing section tangentially.
A burner for a combustion chamber of a gas turbine with a mixing and injection device, wherein the mixing and injection device comprises a limiting wall that defines a gas-flow channel with a longitudinal axis, a cross-section, an inlet area, and, downstream thereof in a main-flow direction, an outlet area, and further comprising at least two streamlined bodies, each extending in a first transverse direction of the burner, from a first region of the limiting wall and perpendicularly to or at an inclination with respect to the main-flow direction into the gas-flow channel, the streamlined bodies each having two lateral surfaces that are arranged essentially parallel to a main-flow direction with a central plane therebetween, wherein the lateral surfaces are joined to one another at upstream sides of the lateral surfaces to form a leading edge of the body and are joined at downstream sides of the lateral surfaces to form a trailing edge of the body, the streamlined bodies each having a cross-section perpendicular to the first transverse direction that is shaped as a streamlined profile, and being provided with a mixing structure and with at least one fuel nozzle located at the trailing edge, wherein the mixing structure is provided in form of a plurality of lobes (28, 29) located at the trailing edge of the body, wherein each lobe extends substantially perpendicular to said central plane in a second transverse direction or a third transverse directions, wherein the second and third transverse directions (30,31) run oppositely to one another the streamlined bodies comprising fuel nozzles arranged close to the limiting wall provided at the trailing edge, the burner being characterised in that the cross-section is non-rectangular and non-annular, and in that only the fuel nozzles arranged close to the limiting wall provided at the trailing edge are tilted to inject fuel and/or carrier gas at an inclination angle with respect to the main flow direction ranging from and including 0° to 60° so as to inject the fuel jet away from the limiting wall towards a close vortex generated by the streamlined body.
A method of making a labyrinth seal comprising a first seal part (18; 118; 218; 318) having a first sealing contour (22; 122; 222; 322) and a second seal part (20; 120; 220; 320) rotatable relative to the first seal part (18; 118; 218; 318) and having a second sealing contour (24; 124; 224; 324) complementary to and interlocking with the first sealing contour (22; 122; 222; 322) to provide a tortuous fluid flow path (26; 126; 226; 326) from a first side (40; 140; 240; 340) of the seal to a second, opposite side (42; 142; 242; 342) of the seal, the method comprising forming the first (18; 118; 218; 318) and second seal (20; 120; 220; 320) parts together, with their sealing contours interlocking using an ALM technique.
A refrigerator comprising: a mounting body configured to receive a mixing container, which is detachable from the mounting body of the refrigerator, in which carbon dioxide and water are mixed to produce carbonated water; a first dispenser assembly configured to inject the carbon dioxide and the water into the mixing container when the mixing container is mounted on the mounting body; characterized in that the refrigerator further comprises: a user interface configured to output information regarding whether the mixing container is mounted on the mounting body and comprising an operation portion configured to receive a user's operation; and a processor configured to activate or deactivate an input function of the operation portion based on whether the mix container is mounted on the mounting body. a mounting body configured to receive a mixing container, which is detachable from the mounting body of the refrigerator, in which carbon dioxide and water are mixed to produce carbonated water; a first dispenser assembly configured to inject the carbon dioxide and the water into the mixing container when the mixing container is mounted on the mounting body; characterized in that the refrigerator further comprises: a user interface configured to output information regarding whether the mixing container is mounted on the mounting body and comprising an operation portion configured to receive a user's operation; and a processor configured to activate or deactivate an input function of the operation portion based on whether the mix container is mounted on the mounting body. a user interface configured to output information regarding whether the mixing container is mounted on the mounting body and comprising an operation portion configured to receive a user's operation; and a processor configured to activate or deactivate an input function of the operation portion based on whether the mix container is mounted on the mounting body.
A method for dispensing a hot beverage in a beverage machine which comprises a hot water generator for producing hot water and a brewing chamber, wherein the brewing chamber is filled with brewing material for brewing a hot beverage, and is subsequently supplied with hot water via a hot water inlet, and after the brewing operation the hot drink is discharged from the brewing chamber into a vessel via a hot drink outlet and a drain line connected thereto, wherein the hot beverage outlet is supplied with compressed gas from a compressed gas source during a brewing operation, characterized in that the compressed gas is ambient air, and in that the compressed gas is introduced into the brewing chamber with an adjustable delay after the start of the brewing process.
A thermal insulating packaging film comprising a base material and an open-cell layer disposed on one face of the base material and made of polyolefin, wherein an average bore diameter of an opening of the open-cell layer is larger than a thickness of the open-cell layer.
A method implemented at a terminal device (102, 103, 104, 105), comprising: obtaining an indication of a first carrier that provides cross-carrier configuration of a second carrier for device to device, D2D, communication; and selecting, from a list of authorized networks, a serving network based on the second carrier and the obtained indication. obtaining an indication of a first carrier that provides cross-carrier configuration of a second carrier for device to device, D2D, communication; and selecting, from a list of authorized networks, a serving network based on the second carrier and the obtained indication.