mhurhangee/ep-ind-claims huggingface dataset:
A tablet or capsule comprising: an extract of a plant of genus Salacia; and a total amount of 1% by mass or more, based on the total mass of the tablet or capsule, of silicon dioxide and/or calcium carbonate wherein the 50% inhibition concentration (IC 50 value) of sucrase of the composition of the tablet or capsule is 10 μg/ml or more and 300 μg/ml or less, the IC 50 value being calculated as described in the part "Test method 1" of the description. an extract of a plant of genus Salacia; and a total amount of 1% by mass or more, based on the total mass of the tablet or capsule, of silicon dioxide and/or calcium carbonate wherein the 50% inhibition concentration (IC 50 value) of sucrase of the composition of the tablet or capsule is 10 μg/ml or more and 300 μg/ml or less, the IC 50 value being calculated as described in the part "Test method 1" of the description.
A packaged, multi-meal, unitized cat food product comprising: a plurality of sealed containers, each one of the containers assembled into a single package; each one of the containers including a unit of commercially sterile, complete and balanced cat food having a mass of at least 10 grams and no more than 40 grams; the cat food having a moisture content of at least 15 percent by weight of the food. a plurality of sealed containers, each one of the containers assembled into a single package; each one of the containers including a unit of commercially sterile, complete and balanced cat food having a mass of at least 10 grams and no more than 40 grams; the cat food having a moisture content of at least 15 percent by weight of the food.
An electronic device, comprising a metal frame, a printed circuit board PCB, a PCB floor, a rear cover, and an antenna apparatus, wherein the metal frame is disposed at edges of the PCB floor, the PCB floor is disposed between the PCB and the rear cover, and the PCB floor is configured to ground an electronic component carried on the PCB; the antenna apparatus comprises: a split antenna formed by a split provided on the metal frame such that the metal frame comprises two parts on either side of the split, and a slot antenna formed by a slot connecting the split; and the slot is connected to the split on one side of the slot, and another side of the slot touches the PCB floor; a first feeding network is connected to two sides of the split, the first feeding network is configured to excite the antenna apparatus to generate a first radiation mode, a primary radiator of the first radiation mode is the slot, and a half wavelength in-phase electric field is distributed over the slot; a second feeding network is further connected to one side of the split, the second feeding network is configured to excite the antenna apparatus to generate a second radiation mode, a primary radiator of the second radiation mode is the PCB floor, and an in-phase current loop is distributed around the slot; and a polarization direction of the first radiation mode is orthogonal to a polarization direction of the second radiation mode wherein the slot antenna is formed by providing a slot on the metal frame. the metal frame is disposed at edges of the PCB floor, the PCB floor is disposed between the PCB and the rear cover, and the PCB floor is configured to ground an electronic component carried on the PCB; the antenna apparatus comprises: a split antenna formed by a split provided on the metal frame such that the metal frame comprises two parts on either side of the split, and a slot antenna formed by a slot connecting the split; and the slot is connected to the split on one side of the slot, and another side of the slot touches the PCB floor; a first feeding network is connected to two sides of the split, the first feeding network is configured to excite the antenna apparatus to generate a first radiation mode, a primary radiator of the first radiation mode is the slot, and a half wavelength in-phase electric field is distributed over the slot; a second feeding network is further connected to one side of the split, the second feeding network is configured to excite the antenna apparatus to generate a second radiation mode, a primary radiator of the second radiation mode is the PCB floor, and an in-phase current loop is distributed around the slot; and a polarization direction of the first radiation mode is orthogonal to a polarization direction of the second radiation mode wherein the slot antenna is formed by providing a slot on the metal frame.
Device for connecting furniture parts, in particular furniture parts of an item of upholstered furniture, comprising a first connecting fitting (3, 40) having a first part (10, 10a) which can be fixed to a first furniture part and a second part (20, 20a) which can be fixed to a second furniture part, as well as a second connecting fitting (30, 50) having a first part (10b, 110) which can be fixed to the first furniture part and a second part (20b, 120) which can be fixed to the second furniture part, wherein the first part (10b, 110) of the second connecting fitting (30, 50) comprises a receptacle (11, 111) for a bearing edge (21, 121) of the second part (10b, 120) of the second connecting fitting (30, 50) and the second part is pivotable in an angular range around the bearing edge (21, 121) relative to the first part, wherein a guide surface is provided on the first part (10, 10a) of the first connecting fitting (3, 40), which guide surface contacts the second part (20, 20a) of the first connecting fitting (3, 40) with a sliding surface during pivoting and additionally displaces the second part (20, 20a) in translation relative to the first part (10, 10a), and the first part (10, 10a) has a locking element at the end of the guide surface, on which locking element the second part (20, 20a) can be locked against pivoting characterized in that the translational displacement takes place at least partially perpendicular to the radial direction with respect to a pivot axis formed by the bearing edge.
A method of controlling a transmit power of a first wireless device in a wireless local area network, the method comprising: receiving, from a second wireless device, a first frame including a transmit power information element including one or more maximum transmit power fields, wherein the number of the one or more maximum transmit power fields is the same as the number of one or more channel bandwidths available to the first wireless device and the second wireless device, each of the one or more maximum transmit power fields corresponding to one of the one or more channel bandwidths; and transmitting, to the second wireless device, a second frame, wherein each of the one or more maximum transmit power fields defines an allowed maximum transmit power per channel bandwidth available to the first wireless device and the second wireless device, wherein the second frame is transmitted based on transmission power information indicated by the one or more maximum transmit power fields corresponding to the one or more channel bandwidths used by the first wireless device and the second wireless device, and wherein the first wireless device and the second wireless device are included in a basic service set. receiving, from a second wireless device, a first frame including a transmit power information element including one or more maximum transmit power fields, wherein the number of the one or more maximum transmit power fields is the same as the number of one or more channel bandwidths available to the first wireless device and the second wireless device, each of the one or more maximum transmit power fields corresponding to one of the one or more channel bandwidths; and transmitting, to the second wireless device, a second frame, wherein each of the one or more maximum transmit power fields defines an allowed maximum transmit power per channel bandwidth available to the first wireless device and the second wireless device, wherein the second frame is transmitted based on transmission power information indicated by the one or more maximum transmit power fields corresponding to the one or more channel bandwidths used by the first wireless device and the second wireless device, and wherein the first wireless device and the second wireless device are included in a basic service set.
A method of manufacturing a cylindrical container using a metal sheet on at least one surface of which the metal is exposed, comprising: obtaining a blank having a hexagonal shape from the metal sheet; and processing the blank into a cylindrical shape by pressing a central part of the blank with a punch in a state in which a peripheral part of the blank is clamped between a die for drawing process and a blank holder, characterized in that the die for drawing process has six groove-formed areas, each groove-formed area comprising a plurality of grooves that are formed along a circumferential direction in an area of a surface of the die for drawing process, the area corresponding to a side of the blank, wherein the blank is processed into the cylindrical shape by clamping the peripheral part of the blank between the die for drawing process and the blank holder so that the surface of the blank on which the metal is exposed is in a state of facing the plurality of grooves and the positions of the six sides of the hexagonal shape of the blank are located to correspond to the groove-formed areas. obtaining a blank having a hexagonal shape from the metal sheet; and processing the blank into a cylindrical shape by pressing a central part of the blank with a punch in a state in which a peripheral part of the blank is clamped between a die for drawing process and a blank holder, characterized in that the die for drawing process has six groove-formed areas, each groove-formed area comprising a plurality of grooves that are formed along a circumferential direction in an area of a surface of the die for drawing process, the area corresponding to a side of the blank, wherein the blank is processed into the cylindrical shape by clamping the peripheral part of the blank between the die for drawing process and the blank holder so that the surface of the blank on which the metal is exposed is in a state of facing the plurality of grooves and the positions of the six sides of the hexagonal shape of the blank are located to correspond to the groove-formed areas.
Wall construction comprising an internal insulation system comprising thermal insulation sheets, wherein the thermal insulation sheets are affixed on site with a defined joint width to the wall side of an existing or newly applied capillary-active layer (2, 9) and the joints are filled with a capillary-active layer (5, 10) and the room interior-facing side of the thermal insulation sheets is covered with a capillary-active layer (5, 9a) so that said sheets are surrounded on all sides by these capillary-active layers (2, 5, 9, 9a, 10), characterized in that the thermal insulation sheets are affixed by means of an adhesive.
A method (38, 62) for tuning one or more quantum gates of a quantum computer, the method comprising: manipulating one or more qubits of the quantum computer to effect a Clifford-gate sequence on the one or more qubits using stored control-parameter values; manipulating the one or more qubits to reverse the Clifford-gate sequence on the one or more qubits using the stored control-parameter values; interrogating the one or more qubits to measure a quantum state of the one or more qubits, yielding new data; computing an objective function quantifying fidelity of the reversed Clifford-gate sequence at the stored control-parameter values, such computing employing the new data in addition to a prior distribution obtained by prior interrogation of the one or more qubits using prior control-parameter values; updating the stored control-parameter values; expanding the prior distribution to incorporate uncertainty in the objective function at the updated control-parameter values; repeating said manipulating (72, 74), interrogating, and computing the objective function employing the expanded prior distribution and the updated control-parameter values; and accepting and subsequently using the stored control-parameter values for the Clifford-gate sequence if the fidelity quantified by the objective function exceeds a threshold fidelity, wherein the threshold fidelity is determined based on an estimate of a posterior uncertainty in the fidelity as quantified by the objective function. manipulating one or more qubits of the quantum computer to effect a Clifford-gate sequence on the one or more qubits using stored control-parameter values; manipulating the one or more qubits to reverse the Clifford-gate sequence on the one or more qubits using the stored control-parameter values; interrogating the one or more qubits to measure a quantum state of the one or more qubits, yielding new data; computing an objective function quantifying fidelity of the reversed Clifford-gate sequence at the stored control-parameter values, such computing employing the new data in addition to a prior distribution obtained by prior interrogation of the one or more qubits using prior control-parameter values; updating the stored control-parameter values; expanding the prior distribution to incorporate uncertainty in the objective function at the updated control-parameter values; repeating said manipulating (72, 74), interrogating, and computing the objective function employing the expanded prior distribution and the updated control-parameter values; and accepting and subsequently using the stored control-parameter values for the Clifford-gate sequence if the fidelity quantified by the objective function exceeds a threshold fidelity, wherein the threshold fidelity is determined based on an estimate of a posterior uncertainty in the fidelity as quantified by the objective function.
A pre-formulation comprising a low viscosity mixture of: a) 20-50 wt.% of at least one diacyl glycerol; b) 20-54 wt.% of at least one phosphatidyl choline; c) 0.1-35 wt.% of at least one biocompatible, organic mono-alcoholic solvent; d) 1 to 20 wt.% polar solvent; e) 5 to 150 mg/ml of at least one peptide somatostatin receptor agonist comprising pasireotide, calculated as the free base; and f) optionally at least one antioxidant; wherein the ratio of components a:b is in the range 40:60 to 54:46; wherein the pre-formulation has a viscosity of 1-1000 mPas at 20 °C; wherein the pre-formulation forms, or is capable of forming, at least one liquid crystalline phase structure upon contact with excess aqueous fluid. a) 20-50 wt.% of at least one diacyl glycerol; b) 20-54 wt.% of at least one phosphatidyl choline; c) 0.1-35 wt.% of at least one biocompatible, organic mono-alcoholic solvent; d) 1 to 20 wt.% polar solvent; e) 5 to 150 mg/ml of at least one peptide somatostatin receptor agonist comprising pasireotide, calculated as the free base; and f) optionally at least one antioxidant;
A cutting unit and a linkage unit for a hair cutting appliance, wherein the cutting unit is arranged to be coupled to a housing of the hair cutting appliance by the linkage unit, the cutting unit comprising a blade set comprising a stationary blade, a movable blade and at least one basically laterally extending cutting edge, wherein the stationary blade is arranged to house and to guide the movable blade for lateral movement with respect to the stationary blade, the stationary blade comprising a cross-section, viewed in a plane perpendicular to a lateral direction, that is basically U-shaped, particularly at the at least one cutting edge, wherein the U-shaped form comprises a first leg and a second leg, wherein a guiding slot for the movable blade is provided between the first leg and the second leg, and wherein the stationary blade basically encloses the movable blade at the side thereof facing the skin when cutting hair and, at least partially, at the side thereof facing away from the skin when cutting hair, the linkage unit comprising a four-bar linkage mechanism, the four-bar linkage mechanism comprising a first arm and a second arm opposite to the first arm, the first arm comprising a first base pivot coupled to a base, the second arm comprising a second base pivot coupled to a base, the first base pivot and the second base pivot being arranged at the base at a defined distance, the first arm further comprising a first top pivot coupled to a connecting bar, the second arm further comprising a second top pivot coupled to the connecting bar, wherein the connecting bar is arranged to be coupled to the cutting unit, such that, during operation, the cutting unit is pivotably supported by the linkage mechanism, characterized in that the cutting unit and the linkage unit further comprise at least one end stop element (58, 60) for preventing undesired motion of the four-bar linkage mechanism, wherein the least one end stop element (58, 60) comprises at least one protruding contact tab (58, 60) at at least one of the first arm, the second arm and the connecting bar, and at least one corresponding contact surface (58, 60) at the other one thereof, such that the at least one protruding contact tab (58, 60) and the least one corresponding contact surface (58, 60) define a maximal relative rotation between the first and second arms (42, 44) and the connecting bar.
A method of storing and recovering energy, the method comprising: compressing a first stream of gaseous air; combusting the compressed gaseous air with a gaseous fuel to form a hot gaseous working fluid; expanding the hot gaseous working fluid through a first turbine to form an exhaust gas stream and generate power; producing liquid air in an electrically powered liquefaction process and storing the liquid air; pressurizing the liquid air; heating at least a portion of the pressurized liquid air to produce a second stream of gaseous air and then heating the second stream of gaseous air, at least in part using heat from the exhaust gas stream from the first turbine; expanding the heated second stream of gaseous air through a second turbine to generate additional power; heating an organic working fluid to convert the organic working fluid from liquid to gaseous phase and then heating the gaseous phase organic working fluid, at least in part using heat from the exhaust gas stream from the first turbine; expanding the heated gaseous organic working fluid through a third turbine (235, 235a) to generate additional power; and condensing at least a first portion of the gaseous organic working fluid exhaust from the third turbine (235, 235a) from gas phase to liquid phase by transferring heat from the gaseous organic working fluid exhaust to the liquid air or the second stream of gaseous air during heating of the liquid air or the second stream of gaseous air. compressing a first stream of gaseous air; combusting the compressed gaseous air with a gaseous fuel to form a hot gaseous working fluid; expanding the hot gaseous working fluid through a first turbine to form an exhaust gas stream and generate power; producing liquid air in an electrically powered liquefaction process and storing the liquid air; pressurizing the liquid air; heating at least a portion of the pressurized liquid air to produce a second stream of gaseous air and then heating the second stream of gaseous air, at least in part using heat from the exhaust gas stream from the first turbine; expanding the heated second stream of gaseous air through a second turbine to generate additional power; heating an organic working fluid to convert the organic working fluid from liquid to gaseous phase and then heating the gaseous phase organic working fluid, at least in part using heat from the exhaust gas stream from the first turbine; expanding the heated gaseous organic working fluid through a third turbine (235, 235a) to generate additional power; and condensing at least a first portion of the gaseous organic working fluid exhaust from the third turbine (235, 235a) from gas phase to liquid phase by transferring heat from the gaseous organic working fluid exhaust to the liquid air or the second stream of gaseous air during heating of the liquid air or the second stream of gaseous air.
A thermal management module, comprising an outer housing and a drive shaft arranged inside the outer housing, wherein the outer housing has a first inner chamber, a separator and a second inner chamber, which are arranged one after the other in the axial direction of the drive shaft, wherein the first and second inner chambers (100, 113) are separated by the separator which has a through hole for the passage of the drive shaft, the through hole has a first end opening facing the first inner chamber and a second end opening facing the second inner chamber, the one axial end of the drive shaft is extended into the first inner chamber via the first end opening, the other axial end of the drive shaft is extended via the second end opening into the second inner chamber and the second inner chamber receives a drive device which drives the drive shaft to rotate, and wherein a collecting chamber is arranged on the outer housing in order to collect coolant from the first inner chamber which escapes via the first end opening, characterised in that the collecting chamber has a collecting inlet which is open on the hole wall of the through hole and which is arranged between the first and the second end opening (140, 141) in the axial direction, wherein the outer housing has a first and a second housing (10, 11) which are arranged one after the other in the axial direction and are fixedly connected in a removable manner, wherein the first inner chamber is arranged on the first housing, the second inner chamber is arranged on the second housing and the separator comprises a first and a second end cover (102, 114), which are arranged opposite one another in the axial direction and which enclose the collecting chamber, wherein the first end cover is arranged on the first housing and at the same time on one of the axial sides of the first inner chamber, the second end cover is arranged on the second housing and at the same time on one of the axial sides of the second inner chamber, the through hole is guided through the first and the second end cover (102, 114), the first end opening is arranged on the first end cover and the second end opening is arranged on the second end cover.