mhurhangee/ep-ind-claims huggingface dataset:
A surveying device comprising: an optical system to be used for sighting a positioning target; and a laser positioning part that emits laser light via the optical system to the positioning target to position the positioning target, characterized in that the surveying device further comprises: a plane determining part that determines a location of a specific plane on a basis of a result of the positioning performed by the laser positioning part; a laser scanner that performs laser scanning of the specific plane to obtain multiple scanning points; a separation amount calculator that calculates a separation amount of the respective multiple scanning points obtained by the laser scanner, from the specific plane of which the location is determined by the plane determining part; and an exterior orientation parameter calculator that calculates exterior orientation parameters of one or both of the laser positioning part and the laser scanner on a basis of the calculated separation amount, wherein the laser positioning part positions three or more points on the specific plane to determine the location of the specific plane. an optical system to be used for sighting a positioning target; and a laser positioning part that emits laser light via the optical system to the positioning target to position the positioning target, characterized in that the surveying device further comprises: a plane determining part that determines a location of a specific plane on a basis of a result of the positioning performed by the laser positioning part; a laser scanner that performs laser scanning of the specific plane to obtain multiple scanning points; a separation amount calculator that calculates a separation amount of the respective multiple scanning points obtained by the laser scanner, from the specific plane of which the location is determined by the plane determining part; and an exterior orientation parameter calculator that calculates exterior orientation parameters of one or both of the laser positioning part and the laser scanner on a basis of the calculated separation amount, wherein the laser positioning part positions three or more points on the specific plane to determine the location of the specific plane. a plane determining part that determines a location of a specific plane on a basis of a result of the positioning performed by the laser positioning part; a laser scanner that performs laser scanning of the specific plane to obtain multiple scanning points; a separation amount calculator that calculates a separation amount of the respective multiple scanning points obtained by the laser scanner, from the specific plane of which the location is determined by the plane determining part; and an exterior orientation parameter calculator that calculates exterior orientation parameters of one or both of the laser positioning part and the laser scanner on a basis of the calculated separation amount, wherein the laser positioning part positions three or more points on the specific plane to determine the location of the specific plane.
A magazine assembly for temporarily receiving joining elements, having - a housing defining a longitudinal axis, within which a plurality of joining elements can be accommodated axially in sequence, and - a conveyor, which is configured for conveying joining elements from a first axial end of the housing to an opposite second axial end of the housing, characterized in that a plurality of housing nests is formed within the housing, which are arranged in sequence along the longitudinal axis and which are each configured for receiving a joining element, wherein the conveyor is configured for conveying a single joining element or several joining elements in cycles from an infeed housing nest at the first axial end of the housing to a dispensing housing nest at the opposite second axial end of the housing. - a housing defining a longitudinal axis, within which a plurality of joining elements can be accommodated axially in sequence, and - a conveyor, which is configured for conveying joining elements from a first axial end of the housing to an opposite second axial end of the housing,
A shutter device, comprising: a shutter valve which opens and closes an air port; a lever having one end connected to a rotating shaft of the shutter valve and the other end connected to an actuator; and biasing means which biases the shutter valve in an opening direction, the device being characterized in that the opening/closing of the shutter valve is controlled by the actuator rotating the lever when opening of the shutter valve is between the fully-open and predetermined opening, and the shutter valve is closed by wind pressure of travelling wind when the opening of the shutter valve is between the predetermined opening and the fully-closed. a shutter valve which opens and closes an air port; a lever having one end connected to a rotating shaft of the shutter valve and the other end connected to an actuator; and biasing means which biases the shutter valve in an opening direction, the device being characterized in that the opening/closing of the shutter valve is controlled by the actuator rotating the lever when opening of the shutter valve is between the fully-open and predetermined opening, and the shutter valve is closed by wind pressure of travelling wind when the opening of the shutter valve is between the predetermined opening and the fully-closed.
A piezoelectric ceramics, comprising a first type of crystal grain and a second type of crystal grain, wherein the first type of crystal grain has an average equivalent circle diameter of 2 μm or more and 30 μm or less, wherein the first type of crystal grain includes a perovskite-type metal oxide represented by the following general formula as a main component, and the second type of crystal grain includes a perovskite-type metal oxide represented by the following general formula as a main component: xBaTiO 3 -yCaTiO 3 -zCaZrO 3; and x'BaTiO 3 -y'CaTiO 3 -z'CaZrO 3, provided that x, y, z, x', y', and z' satisfy x + y + z = 1, 0.760≤x≤0.940, 0.030≤y≤0.130, 0.030≤z≤0.110, x' + y' + z' = 1, 0≤x'≤0.15, 0.834≤y'≤1, 0≤z'≤0.05, x>x', 0 < y < y', and z > 0, and wherein the ratio of the area of the second type of crystal grain with respect to a polished surface of the piezoelectric ceramics is 0.5% by area or more and 5.5% by area or less. xBaTiO 3 -yCaTiO 3 -zCaZrO 3; and x'BaTiO 3 -y'CaTiO 3 -z'CaZrO 3, provided that x, y, z, x', y', and z' satisfy x + y + z = 1, 0.760≤x≤0.940, 0.030≤y≤0.130, 0.030≤z≤0.110, x' + y' + z' = 1, 0≤x'≤0.15, 0.834≤y'≤1, 0≤z'≤0.05, x>x', 0 < y < y', and z > 0, and
A fixing system for a flame pipe inside the combustion chamber of a gas turbine, comprising two cylindrical elastic heads fixable to the two ends of the flame pipe, characterized in that each head comprises a ring-shaped housing whose size corresponds to that of the end of the flame pipe, the housing comprising first circumferential springs situated inside the ring-shaped housing, and a series of notches arranged parallel along its circumference in a longitudinal direction to define a series of teeth to allow expansion of the flame pipe in a radial direction.
A method of brewing alcoholic beverage with Bacillus coagulans of strain Bacillus coagulans MTCC 5856, said method comprising steps of a) Malting, b) Mashing, c) Filtration, d) Kettle boiling, e) Hops addition, f) Cooling, g) Fermentation with yeast, h) Ageing and clarification, i) Secondary fermentation, j) Carbonation/No carbonation, k) Pasteurization and Packing. a) Malting, b) Mashing, c) Filtration, d) Kettle boiling, e) Hops addition, f) Cooling, g) Fermentation with yeast, h) Ageing and clarification, i) Secondary fermentation, j) Carbonation/No carbonation, k) Pasteurization and Packing.
Method for completing (film) pouches, in particular for (cut) tobacco as pouch contents, having a pocket having a closable opening for receiving the pouch contents, wherein the pocket in an upright position of the pouch is filled and sealed on a revolving carrier or turret, respectively, and subsequently a roll tab which adjoins a pouch rear wall is folded around the filled pocket in a folding and/or wrapping station, the method characterized by the following features: a) a central portion of the pouch or of the roll tab, respectively, in a folding and/or wrapping station, being acquired by folding elements or retaining elements, respectively; b) the (filled) pocket as a folding leg being subsequently turned over towards the central portion of the roll tab; c) thereafter, a peripheral tab of the roll tab being turned over towards the pocket, namely towards the rear wall thereof. a) a central portion of the pouch or of the roll tab, respectively, in a folding and/or wrapping station, being acquired by folding elements or retaining elements, respectively; b) the (filled) pocket as a folding leg being subsequently turned over towards the central portion of the roll tab; c) thereafter, a peripheral tab of the roll tab being turned over towards the pocket, namely towards the rear wall thereof.
Method for operating an ultrasonic oscillating system consisting of an ultrasonic oscillator and components added thereto to form an oscillating circuit, in which method a field voltage, the frequency of which can be set for the purpose of operating the ultrasonic oscillating system at a predetermined operating point, is applied to the ultrasonic oscillating system to generate.a field current, wherein, when the ultrasonic oscillating system is switched on, the frequency is changed proceeding from a starting frequency (f start) until the operating point is reached, wherein, when the ultrasonic oscillating system is switched off, the frequency of the field voltage is detected and the detected value is used when the ultrasonic oscillating system is next switched on for the purpose of determining the starting frequency (f start-new), characterized in that a value is prescribed for the current at the operating point at which the frequency is located between the series resonance (fs) and the parallel resonance (fp) of the ultrasonic oscillating system, and in that the field current is controlled to said current value.
A medical system (100, 300) comprising: - a memory storing machine executable instructions and an image segmentation algorithm, wherein the image segmentation algorithm is configured for outputting one or more predetermined anatomical regions within initial magnetic resonance imaging data descriptive of a predetermined field of view of a subject; - a computational system, wherein execution of the machine executable instructions causes the computational system to: - receive the initial magnetic resonance imaging data; - receive an image segmentation comprising the one or more anatomical regions within the magnetic resonance imaging data in response to inputting the initial magnetic resonance imaging data into the image segmentation algorithm; - select at least one of the one or more anatomical regions as a selected image portion using a predetermined criterion; and characterized by the execution of the machine executable instructions further causing the computational system to - reduce image intensity within the selected image portion so that anatomical structures within the selected image portion are still visible, to provide intensity corrected magnetic resonance imaging data. - a memory storing machine executable instructions and an image segmentation algorithm, wherein the image segmentation algorithm is configured for outputting one or more predetermined anatomical regions within initial magnetic resonance imaging data descriptive of a predetermined field of view of a subject; - a computational system, wherein execution of the machine executable instructions causes the computational system to: - receive the initial magnetic resonance imaging data; - receive an image segmentation comprising the one or more anatomical regions within the magnetic resonance imaging data in response to inputting the initial magnetic resonance imaging data into the image segmentation algorithm; - select at least one of the one or more anatomical regions as a selected image portion using a predetermined criterion; and characterized by the execution of the machine executable instructions further causing the computational system to - reduce image intensity within the selected image portion so that anatomical structures within the selected image portion are still visible, to provide intensity corrected magnetic resonance imaging data. - receive the initial magnetic resonance imaging data; - receive an image segmentation comprising the one or more anatomical regions within the magnetic resonance imaging data in response to inputting the initial magnetic resonance imaging data into the image segmentation algorithm; - select at least one of the one or more anatomical regions as a selected image portion using a predetermined criterion; and characterized by the execution of the machine executable instructions further causing the computational system to - reduce image intensity within the selected image portion so that anatomical structures within the selected image portion are still visible, to provide intensity corrected magnetic resonance imaging data.
A method of distributing time information from a base station to a mobile device in a cellular communications network, the method comprising the steps of transmitting from a base station to a mobile device a timing advance command and a series of timing advance update commands, each providing a respective coarse indication of the propagation delay between the base station and the mobile device; and transmitting from the base station to the mobile device a fine indication of the propagation delay between the base station and the mobile device, characterised in that the fine indication is transmitted by modulating the series of timing advance update commands, utilising a modulation scheme which does not affect the average value of the series of timing advance update commands.
Device for measuring the volume flow or mass flow of a medium based on the differential pressure method, comprising a pressure-bearing housing part with a measuring section into which at least two differential pressure channels (6, 8) lead, wherein a differential pressure sensor that can be brought into operative connection with the differential pressure channels (6, 8) is provided, wherein the differential pressure channels (6, 8) can be connected to a mating coupling of the differential pressure sensor via a common coupling, and in that means for connecting the differential pressure channels (6, 8) to the differential pressure sensor in a positionally secured manner are provided, wherein means for coupling the differential pressure channels (6, 8) with the differential pressure sensor at operating pressure are provided, and these means have check valves (22, 24) that can be unblocked in a mechanical manner and that are arranged inside the differential pressure channels (6, 8), wherein an unblocking of the check valves is achieved by mounting the differential pressure sensor at the housing part, and the differential pressure sensor can be connected to the differential pressure channels (6, 8) in the coupling position by means of sealing nipples (30, 32), wherein the check valves (22, 24) can be brought into the open position by means of the associated sealing nipples (30, 32).
A tool holder for a power tool comprising: a body defining a passageway in which a shank of a cutting tool can be located; at least one axial locking element moveably mounted within the body and which is capable of being moved between and held in at least two positions, a first release position and a second locking position where it projects into the passageway where it is capable of engaging a shank of a cutting tool when located within the passageway in order to axially restrict the movement of the shank in the passageway; wherein there is further provided at least one axial guide moveably mounted within the body and which can be moved between and held in at least two positions wherein, in at least one position, it projects into the passageway where it is capable of engagingly supporting a side of a shank of a cutting tool when located within the passageway; characterised in that there are two sets of three of said axial guides, a first set located at a first axial position along the passageway and a second set located at a second axial position along the passageway, the axial guides in each set being angularly located around the longitudinal axis of the passageway in a symmetrical manner at 120 degree angular positions relative to each other, wherein the at least one locking element is located axially along the passageway between the two sets of axial guides. a body defining a passageway in which a shank of a cutting tool can be located; at least one axial locking element moveably mounted within the body and which is capable of being moved between and held in at least two positions, a first release position and a second locking position where it projects into the passageway where it is capable of engaging a shank of a cutting tool when located within the passageway in order to axially restrict the movement of the shank in the passageway; wherein there is further provided at least one axial guide moveably mounted within the body and which can be moved between and held in at least two positions wherein, in at least one position, it projects into the passageway where it is capable of engagingly supporting a side of a shank of a cutting tool when located within the passageway; characterised in that there are two sets of three of said axial guides, a first set located at a first axial position along the passageway and a second set located at a second axial position along the passageway, the axial guides in each set being angularly located around the longitudinal axis of the passageway in a symmetrical manner at 120 degree angular positions relative to each other, wherein the at least one locking element is located axially along the passageway between the two sets of axial guides.
A method for testing a shaped charge comprising: pressing a powdered material into a disc; sintering the disc; placing the disc proximate to a shaped charge; and firing the shaped charge into the disc 63), characterised in that the powdered material comprises at least one of powdered iron, powdered carbon, powdered copper and powdered molybdenum. pressing a powdered material into a disc; sintering the disc; placing the disc proximate to a shaped charge; and firing the shaped charge into the disc 63), characterised in that the powdered material comprises at least one of powdered iron, powdered carbon, powdered copper and powdered molybdenum.
A method for making refined methanol from condensate obtained from sulfate pulp cooking and containing methanol and sulfur contaminants, its main sulfur contaminants being methyl mercaptan, dimethyl sulfide and dimethyl disulfide, characterized in that the condensate is subjected to an oxidation treatment, wherein methyl mercaptan and dimethyl sulfide, which have boiling points lower than that of methanol, are oxidized to higher-boiling dimethyl sulfoxide and dimethyl sulfone, followed by removing the methanol by distillation or water vapor distillation from distillation residue containing the sulfur-bearing oxidation products having boiling points higher than that of methanol.
A device for a gas chromatograph system comprising: an injector connected to an inlet gas line, the inlet gas line configured to pressurize an input end of an analytical column and to deliver at least one of a split or purge flow; and a conduit assembly, including, a conduit surrounding the input end of the analytical column and coupled to a carrier gas line, wherein the conduit is configured such that the carrier gas flows up through the conduit and passes the input end of the analytical column, wherein the inlet gas line and the carrier gas line are configured to connect to a common gas source; and a controller, connected to the conduit, having a first mode delivering a flow of carrier gas which is less than the column flow during an injection period to effect a sample transfer to the column and a second mode delivering a flow of carrier gas greater than the column flow following an injection period to prevent the split or purge flow from entering the analytical column. an injector connected to an inlet gas line, the inlet gas line configured to pressurize an input end of an analytical column and to deliver at least one of a split or purge flow; and a conduit assembly, including, a conduit surrounding the input end of the analytical column and coupled to a carrier gas line, wherein the conduit is configured such that the carrier gas flows up through the conduit and passes the input end of the analytical column, wherein the inlet gas line and the carrier gas line are configured to connect to a common gas source; and a controller, connected to the conduit, having a first mode delivering a flow of carrier gas which is less than the column flow during an injection period to effect a sample transfer to the column and a second mode delivering a flow of carrier gas greater than the column flow following an injection period to prevent the split or purge flow from entering the analytical column. a conduit surrounding the input end of the analytical column and coupled to a carrier gas line, wherein the conduit is configured such that the carrier gas flows up through the conduit and passes the input end of the analytical column, wherein the inlet gas line and the carrier gas line are configured to connect to a common gas source; and a controller, connected to the conduit, having a first mode delivering a flow of carrier gas which is less than the column flow during an injection period to effect a sample transfer to the column and a second mode delivering a flow of carrier gas greater than the column flow following an injection period to prevent the split or purge flow from entering the analytical column.
A wireless sensing system and a switchgear, the wireless sensing system comprising: a second set of one or more wireless sensors provided in a first compartment of the switchgear and mounted to a fix contact of a circuit breaker in the switchgear, the second set of one or more wireless sensors being configured to sense a temperature of the fix contact to generate a second sensor signal representing the temperature of the fix contact; a sensor holder having a ring shape, wherein the second set of one or more wireless sensors is mounted to the fix contact of the circuit breaker by the sensor holder, wherein the circuit breaker is provided in the first compartment, and the sensor holder is configured to fix the second set of one or more wireless sensors between the fix contact and the sensor holder; the wireless sensing system further comprising: a first antenna provided in the first compartment and configured to receive the second sensor signal from the second set of one or more wireless sensors. a second set of one or more wireless sensors provided in a first compartment of the switchgear and mounted to a fix contact of a circuit breaker in the switchgear, the second set of one or more wireless sensors being configured to sense a temperature of the fix contact to generate a second sensor signal representing the temperature of the fix contact; a sensor holder having a ring shape, wherein the second set of one or more wireless sensors is mounted to the fix contact of the circuit breaker by the sensor holder, wherein the circuit breaker is provided in the first compartment, and the sensor holder is configured to fix the second set of one or more wireless sensors between the fix contact and the sensor holder; the wireless sensing system further comprising: a first antenna provided in the first compartment and configured to receive the second sensor signal from the second set of one or more wireless sensors.