mhurhangee/patent-ind-claim-en huggingface dataset:
A reversible pump for a fluid, comprising an externally toothed inner rotor ; an internally toothed outer rotor with a circular periphery, wherein the outer rotor surrounds the inner rotor ; a drive shaft concentrically connected to the inner rotor ; an inner housing surrounding the outer rotor ; an outer housing ; an inlet and an outlet for the fluid, arranged mirror symmetric on opposing sides of the drive shaft and of a reference line (R) extending perpendicularly to the longitudinal extension of the drive shaft , wherein the inner rotor has one less tooth than the outer rotor and wherein the outer rotor is eccentrically arranged in meshing engagement with the inner rotor , such that variable cavities (26, 26', 26") are formed between the inner rotor and the outer rotor , wherein the inlet and the outlet are each arranged in fluid communication with a cavity (26', 26"), characterized in that a positioning device is arranged in connection with the inner housing , wherein the positioning device is adapted to be actively controlled to linearly displace the inner housing and the outer rotor along a straight line based on the rotational direction of the drive shaft , such that the centre of rotation of the outer rotor is displaced along the reference line (R).
A method of operating a wind turbine during a service, wherein the wind turbine comprises at least one rotor-nacelle assembly, the or each rotor-nacelle assembly comprising a rotor; the method comprising: detecting that a service is to be or is being carried out on a specified rotor-nacelle assembly of the wind turbine by detecting a selection of the specified rotor-nacelle assembly for service, and detecting the presence of personnel in the vicinity of the specified rotor-nacelle assembly; and, on detecting that a service is to be or is being carried out on the wind turbine, reducing an operating level of the or each rotor-nacelle assembly, characterized in that the detecting that a service is to be or is being carried out on the wind turbine comprises: detecting the selection of a maintenance operating mode of the wind turbine, and detecting the presence of personnel in the wind turbine, wherein detecting the presence of personnel in the wind turbine comprises one or more of: detecting the movement of personnel in the wind turbine, detecting the operation of an elevator in the wind turbine, and detecting that access has been gained to the interior of the wind turbine. detecting that a service is to be or is being carried out on a specified rotor-nacelle assembly of the wind turbine by detecting a selection of the specified rotor-nacelle assembly for service, and detecting the presence of personnel in the vicinity of the specified rotor-nacelle assembly; and, on detecting that a service is to be or is being carried out on the wind turbine, reducing an operating level of the or each rotor-nacelle assembly, characterized in that the detecting that a service is to be or is being carried out on the wind turbine comprises: detecting the selection of a maintenance operating mode of the wind turbine, and detecting the presence of personnel in the wind turbine, wherein detecting the presence of personnel in the wind turbine comprises one or more of: detecting the movement of personnel in the wind turbine, detecting the operation of an elevator in the wind turbine, and detecting that access has been gained to the interior of the wind turbine.
A chiller plant , comprising: a chiller circuit including a chiller and a process fluid circuit, the chiller being configured to provide a process fluid at a first temperature; and an air handling circuit including a plurality of ice storage tanks and an air handling unit , characterized in that the chiller circuit and the air handling circuit are fluidly connectable such that the chiller is used to create ice for the plurality of ice storage tanks ; wherein the chiller plant comprises flow control devices each configured to move between a flow disabled state and a flow enabled state, for fluidly separating and fluidly connecting the chiller circuit and the air handling circuit . a chiller circuit including a chiller and a process fluid circuit, the chiller being configured to provide a process fluid at a first temperature; and an air handling circuit including a plurality of ice storage tanks and an air handling unit , characterized in that the chiller circuit and the air handling circuit are fluidly connectable such that the chiller is used to create ice for the plurality of ice storage tanks ; wherein the chiller plant comprises flow control devices each configured to move between a flow disabled state and a flow enabled state, for fluidly separating and fluidly connecting the chiller circuit and the air handling circuit .
Dehumidification plant for bulk material such as plastic materials comprising: - at least one dry flow generator of a process flow; - at least one pump or blower for pumping the process flow; - at least one hopper ; - at least one delivery pipe of the flow from said at least one generator to at least one hopper ; - at least one return pipe of the flow from said at least one hopper to said generator : - a Dew point measure system, characterized in that said measure system comprises - at least one measure circuit (8-11/8-11A) in turn comprising: - a withdrawal point of a sample flow (Qm) from said delivery pipe upstream of said hopper - at least one compressor for the compression of said sample flow (Qm); - at least one temperature sensor of said compressed sample flow (Qm); - at least one high pressure sensor of said compressed sample flow (Qm); - at least one Dew Point sensor for measuring the dew point of said compressed sample flow (Qm). and wherein the dew point value of said compressed sample flow (Qm) measured by the DP sensor at the pressure P 1 and the temperature (T1) is then transformed in the DP value referred to a pressure Px, that can be the starting pressure P 0 of the process flow or another useful pressure Px. - at least one dry flow generator of a process flow; - at least one pump or blower for pumping the process flow; - at least one hopper ; - at least one delivery pipe of the flow from said at least one generator to at least one hopper ; - at least one return pipe of the flow from said at least one hopper to said generator : - a Dew point measure system, - at least one measure circuit (8-11/8-11A) in turn comprising: - a withdrawal point of a sample flow (Qm) from said delivery pipe upstream of said hopper - at least one compressor for the compression of said sample flow (Qm); - at least one temperature sensor of said compressed sample flow (Qm); - at least one high pressure sensor of said compressed sample flow (Qm); - at least one Dew Point sensor for measuring the dew point of said compressed sample flow (Qm).
A display panel comprising: a substrate comprising a first area (OA), a display area (DA), and an intermediate area (MA) arranged between the first area (OA) and the display area (DA); a plurality of data lines (DL) extending along a first direction in the display area (DA); and a data distributor comprising switches electrically connected to the plurality of data lines (DL), wherein the plurality of data lines (DL) comprise a first data line (DL1) and a second data line (DL3), and each of the first data line (DL1) and the second data line (DL3) comprises a bypass portion that bypasses an edge of the first area (OA) in the intermediate area (MA), and the bypass portion of the first data line (DL1) and the bypass portion of the second data line (DL3) overlap each other in the intermediate area (MA), and characterized in that the bypass portion of the first data line (DL1) and the bypass portion of the second data line (DL3) are overlapped with an initialization voltage layer (VML) that has a ring shape surrounding the first area (OA) in a plan view. a substrate comprising a first area (OA), a display area (DA), and an intermediate area (MA) arranged between the first area (OA) and the display area (DA); a plurality of data lines (DL) extending along a first direction in the display area (DA); and a data distributor comprising switches electrically connected to the plurality of data lines (DL), wherein the plurality of data lines (DL) comprise a first data line (DL1) and a second data line (DL3), and each of the first data line (DL1) and the second data line (DL3) comprises a bypass portion that bypasses an edge of the first area (OA) in the intermediate area (MA), and the bypass portion of the first data line (DL1) and the bypass portion of the second data line (DL3) overlap each other in the intermediate area (MA), and characterized in that the bypass portion of the first data line (DL1) and the bypass portion of the second data line (DL3) are overlapped with an initialization voltage layer (VML) that has a ring shape surrounding the first area (OA) in a plan view.
A pressure-cycling type extraction method for extracting puerarin by immersing a kudzu in a solvent characterized by , comprising carrying out an extracting under a compression process and a decompression process alternately, and removing foams generated during the extraction by spraying water to a root of the kudzu, wherein the extracting is extracting puerarin by immersing a root of kudzu in water as the solvent, with the root of kudzu immersed in 10 times the volume water, wherein during and extraction time of 2 to 8 hours the compression process and the decompression process are performed by alternatingly pressurizing and depressurizing with 30-minute to 1-hour intervals, respectively, wherein the compression process increase a pressure to 1.96 bar (2 kgf/cm 2 ) and decompression process decreases a pressure to 0.73∼0.87 bar (600±50 mmHg), wherein the extraction temperature is in the range of 30°C to 85 °C, and wherein bubbles are supplied to the root of kudzu during the extraction.
A control device that independently controls respective steered angles of a right steered wheel and a left steered wheel disposed on right and left sides with respect to an advancing direction of a vehicle , the control device characterized by comprising an electronic control unit, wherein the electronic control unit is configured to determine a right steering command value, which indicates the steered angle of the right steered wheel , and a left steering command value, which indicates the steered angle of the left steered wheel , based on a steering command value that indicates a steering direction of the vehicle ; the electronic control unit is configured to acquire path information that indicates a target path for the vehicle ; the electronic control unit is configured to correct the steering command value based on at least one of a plurality of state amounts that indicate a behavior of the vehicle during travel such that the vehicle travels along the target path; and the electronic control unit is configured to correct the right steering command value and the left steering command value based on skid angle information or slip angle information that indicates a skid angle or slip angle of the right steered wheel and a skid angle or slip angle of the left steered wheel so as to bring a distribution ratio between the skid angle or the slip angle of the right steered wheel and the skid angle or the slip angle of the left steered wheel to a target distribution ratio. the electronic control unit is configured to determine a right steering command value, which indicates the steered angle of the right steered wheel , and a left steering command value, which indicates the steered angle of the left steered wheel , based on a steering command value that indicates a steering direction of the vehicle ; the electronic control unit is configured to acquire path information that indicates a target path for the vehicle ; the electronic control unit is configured to correct the steering command value based on at least one of a plurality of state amounts that indicate a behavior of the vehicle during travel such that the vehicle travels along the target path; and the electronic control unit is configured to correct the right steering command value and the left steering command value based on skid angle information or slip angle information that indicates a skid angle or slip angle of the right steered wheel and a skid angle or slip angle of the left steered wheel so as to bring a distribution ratio between the skid angle or the slip angle of the right steered wheel and the skid angle or the slip angle of the left steered wheel to a target distribution ratio.
Apparatus containing a dihydrogen tank and/or a dihydrogen circuit, the apparatus also comprising a device for regulating a concentration of dihydrogen which comprises at least one pair of electrical conductors as well as at least one controller and which is located outside the tank and/or the circuit and, each pair of electrical conductors comprising a first electrical conductor and a second electrical conductor , the first electrical conductor and the second electrical conductor of each pair being spaced apart by a predetermined distance, and the at least one controller being configured to repeatedly command the application of a predetermined voltage difference between the first electrical conductor and the second electrical conductor so that, based on said predetermined distance, an electric arc of controlled power is formed between the first electrical conductor and the second electrical conductor .
A method for manufacturing a floor module for a cargo deck of an aircraft, comprising the steps of: a) cutting out recesses from a core , wherein the core is a foam core and/or a structural core; b) arranging the core between first fiber layers and second fiber layers, wherein the fiber layers comprise carbon and/or aramid and/or glass fibers such that the fiber layers protrude beyond the core at the sides to form an edge region; c) arranging frame parts in the recesses for producing inserts , preferably for receiving transport balls ; d) curing, preferably under pressure, an applied synthetic resin in such a way that the fiber layers and the frame parts are bonded to the core . a) cutting out recesses from a core , wherein the core is a foam core and/or a structural core; b) arranging the core between first fiber layers and second fiber layers, wherein the fiber layers comprise carbon and/or aramid and/or glass fibers such that the fiber layers protrude beyond the core at the sides to form an edge region; c) arranging frame parts in the recesses for producing inserts , preferably for receiving transport balls ; d) curing, preferably under pressure, an applied synthetic resin in such a way that the fiber layers and the frame parts are bonded to the core .
Timepiece movement comprising a framework, at least one balance support , at least one balance mounted on said support and intended to oscillate around a pivot axis (AA), and a stopping device for said balance , the stopping device comprising at least one stopping element movable so as to enter into contact with the balance and to block it and a mechanism for actuating said stopping element , the stopping element being arranged in relation to the balance in such a way that the direction of the force (F) resulting from the action of the stopping element against the balance is inclined at an angle (α) different to 0° and to 90° in relation to the pivot axis (AA) of the balance , characterized in that the actuating mechanism comprises at least one actuating member movable in a plane that is not perpendicular to the pivot axis (AA) of the balance .
Method for joining edges and/or surfaces of a profile in a profiling installation for longitudinally forming a virtually endless material strip or profile or a plate into an at least partially closed profile shape, wherein the material strip or profile or the plate is formed in the profiling installation by means of a plurality of roll forming tools into a profile which is closed per se or is partially closed, and said profile is secured in a joining zone of the profiling installation by a joining method, such as, in particular, welding, brazing, adhesive bonding or folding, during a longitudinal pass of the profile , with a longitudinally running joining seam being formed, wherein the profile passes in the joining zone through a joining roller arrangement , which has joining rollers , in order to feed the profile in a controlled manner to a joining point and to stabilize said profile in particular at and/or downstream of the joining point , and/or to ensure that the profile is dimensionally stable during and after joining, wherein forces or magnitudes of force components which act on the profile from at least one of the joining rollers are detected in the joining zone , characterized in that the profile , after the joining point , passes through a stabilization zone within the joining zone in order to stabilize the connecting seam by cooling and/or curing, wherein at least a part of the joining roller arrangement serves for stabilizing the profile in the stabilization zone , and wherein forces which act on the profile from at least one of the joining rollers in the stabilization zone are detected. wherein the profile passes in the joining zone through a joining roller arrangement , which has joining rollers , in order to feed the profile in a controlled manner to a joining point and to stabilize said profile in particular at and/or downstream of the joining point , and/or to ensure that the profile is dimensionally stable during and after joining, wherein forces or magnitudes of force components which act on the profile from at least one of the joining rollers are detected in the joining zone , characterized in that the profile , after the joining point , passes through a stabilization zone within the joining zone in order to stabilize the connecting seam by cooling and/or curing, wherein at least a part of the joining roller arrangement serves for stabilizing the profile in the stabilization zone , and wherein forces which act on the profile from at least one of the joining rollers in the stabilization zone are detected.
A peptide consisting of the amino acid sequence of SEQ ID NO: 7.
A catalyst for purification of exhaust gas comprising: a substrate, and a catalyst coat layer which is formed on a surface of the substrate and which contains catalyst particles, wherein the catalyst coat layer has an average thickness in a range of 25 to 150 μm, a void fraction, as determined by scanning electron microscope (SEM) observation of a cross-section of the catalyst coat layer, is in a range of 1.5 to 8.0% by volume, 60 to 90% by volume of all voids in the catalyst coat layer are high-aspect ratio pores which have equivalent circle diameters in a range of 2 to 50 μm in a cross-sectional image of a cross-section of the catalyst coat layer perpendicular to a flow direction of exhaust gas in the substrate, and which have aspect ratios of 5 or higher, the high-aspect ratio pores have an average aspect ratio in a range of 10 to 50, and a noble metal is supported on the entire catalyst coat layer. a substrate, and a catalyst coat layer which is formed on a surface of the substrate and which contains catalyst particles, wherein the catalyst coat layer has an average thickness in a range of 25 to 150 μm, a void fraction, as determined by scanning electron microscope (SEM) observation of a cross-section of the catalyst coat layer, is in a range of 1.5 to 8.0% by volume, 60 to 90% by volume of all voids in the catalyst coat layer are high-aspect ratio pores which have equivalent circle diameters in a range of 2 to 50 μm in a cross-sectional image of a cross-section of the catalyst coat layer perpendicular to a flow direction of exhaust gas in the substrate, and which have aspect ratios of 5 or higher, the high-aspect ratio pores have an average aspect ratio in a range of 10 to 50, and a noble metal is supported on the entire catalyst coat layer.
A photovoltaic module for converting light into electrical energy, comprising a plurality of photovoltaic cells , wherein at least a portion of the photovoltaic cells are electrically connected in series, two module parts , which respectively comprise a plurality of photovoltaic cells , wherein the photovoltaic cells of each module part are electrically connected in series with one another, and wherein the two module parts are electrically connected in parallel, so that the photovoltaic module as a whole has a single positive electrical pole and a single negative electrical pole , wherein the module parts themselves are respectively flat, wherein the module parts are arranged relative to each other in such a manner that they exhibit a sharp bend, so that the two module parts are arranged on opposite sides of the bend and their module planes together form an angle of between 140° and 170°, wherein the bend is arranged in a direction that faces away from a substrate, wherein the two module parts are connected to each other in a permanent manner, characterized in that the photovoltaic cells of a respective module part are formed by full cells or by half cells. comprising a plurality of photovoltaic cells , wherein at least a portion of the photovoltaic cells are electrically connected in series, two module parts , which respectively comprise a plurality of photovoltaic cells , wherein the photovoltaic cells of each module part are electrically connected in series with one another, and wherein the two module parts are electrically connected in parallel, so that the photovoltaic module as a whole has a single positive electrical pole and a single negative electrical pole , wherein the module parts themselves are respectively flat, wherein the module parts are arranged relative to each other in such a manner that they exhibit a sharp bend, so that the two module parts are arranged on opposite sides of the bend and their module planes together form an angle of between 140° and 170°, wherein the bend is arranged in a direction that faces away from a substrate, wherein the two module parts are connected to each other in a permanent manner, characterized in that the photovoltaic cells of a respective module part are formed by full cells or by half cells.
A method for producing 2,6-dimethyl-1,5-heptadien-3-ol, comprising a step of subjecting 2-methyl-3-buten-2-yl 2-methyl-2-propenyl ether of formula : to a rearrangement reaction in the presence of a base to obtain 2,6-dimethyl-1,5-heptadien-3-ol of formula :
A composition for use in (a) treatment of impaired motor skills in a mammal suffering from Parkinson's Disease; (b) improving the efficacy of levodopa (L-DOPA) in treatment of impaired motor skills in a mammal suffering from Parkinson's Disease (PD); and/or (c) reducing L-DOPA associated involuntary movements selected from the group consisting of choreiform, dystonic and dyskinetic movements, in the treatment of impaired motor skills in a mammal suffering from Parkinson's Disease, comprising co-administering to the subject L-DOPA and a composition comprising therapeutically effective amounts of: (i) at least one of uridine, cytidine, or salts, phosphates, acylated forms or esters thereof; (ii) at least one of docosahexaenoic acid (22:6; DHA), eicosapentaenoic acid (20:5; EPA) and docosapentaenoic acid (22:5; DPA); (iii) choline, or salts or esters thereof; and (iv) at least one vitamin B selected from vitamins B6, B9 and B12. (i) at least one of uridine, cytidine, or salts, phosphates, acylated forms or esters thereof; (ii) at least one of docosahexaenoic acid (22:6; DHA), eicosapentaenoic acid (20:5; EPA) and docosapentaenoic acid (22:5; DPA); (iii) choline, or salts or esters thereof; and (iv) at least one vitamin B selected from vitamins B6, B9 and B12.