mhurhangee/ep-ind-claims huggingface dataset:
Method for assisting during felling of a tree, the method comprising the steps: a) providing a property of the tree and/or a property of an environment of the tree, b) obtaining of felling information (Info) related to an ideal felling direction of the tree based on the provided property (EB, EU), wherein the ideal felling direction is obtained, wherein the felling information (Info) is based on the obtained felling direction or is obtained based on the obtained felling direction, and c) outputting the obtained felling information (Info), characterized in that the step a) includes: receiving the property (EB, EU) and/or identifying the property (EB, EU) using optical identification and/or inertial measurement and/or a spirit level and/or a compass and/or local position determination and/or satellite position determination. a) providing a property of the tree and/or a property of an environment of the tree, b) obtaining of felling information (Info) related to an ideal felling direction of the tree based on the provided property (EB, EU), wherein the ideal felling direction is obtained, wherein the felling information (Info) is based on the obtained felling direction or is obtained based on the obtained felling direction, and c) outputting the obtained felling information (Info),
A metering head support device for a container forming, filling and sealing machine, comprising a support arm to which a metering head is fixed, and means for moving said support arm between a working position and a maintenance position in relation to at least one vertical guide element fixed to a structural element, characterized in that the support arm has a proximal end coupled to said vertical guide element through a coupling element providing a sliding of the support arm along the vertical guide element between an upper position and a lower position and a rotation around a longitudinal axis of the vertical guide element between a coupled position and a separated position, where said working position corresponds to a combination of said upper position and said coupled position and said maintenance position corresponds to a combination of said lower position and said separated position.
A wing panel for forming an outer surface of a wing, the wing panel comprising: a pair of ribs that are formed integrally on an inner surface of the wing panel for forming a vent stringer inside of the wing, wherein the ribs are continuous in a span-wise direction of the wing; and a cover provided so as to cover a portion between tip end portions of the pair of ribs; whereby the cover is fastened by fastening members to the tip end portions of the pair of ribs inside of the wing. a pair of ribs that are formed integrally on an inner surface of the wing panel for forming a vent stringer inside of the wing, wherein the ribs are continuous in a span-wise direction of the wing; and a cover provided so as to cover a portion between tip end portions of the pair of ribs; whereby the cover is fastened by fastening members to the tip end portions of the pair of ribs inside of the wing.
A method for scalable video coding, the method comprising: deriving motion vectors for an enhancement layer block based on spatial motion vector prediction candidates of already decoded neighbouring blocks of the enhancement layer block and motion vectors from another picture in the enhancement layer; determining a co-located block in a reference layer for the enhancement layer block; scaling the motion vector information from the co-located block in the reference layer according to spatial resolution of the reference layer, and spatial resolution of the enhancement layer; adding the scaled motion vector information from the co-located block to a candidate list; adding a first maximum number or less of spatial motion vector prediction candidates to the candidate list; examining whether temporal prediction is allowed and the number of motion prediction candidates in the candidate list is less than a second maximum number of motion prediction candidates, and if so, adding a motion vector prediction candidate from another picture in the enhancement layer into the candidate list; obtaining an indication of selected motion vector prediction candidate as an index in the candidate list; selecting a motion vector from said candidate list based on the index; decoding the motion information of enhancement layer based on the selected motion vector. deriving motion vectors for an enhancement layer block based on spatial motion vector prediction candidates of already decoded neighbouring blocks of the enhancement layer block and motion vectors from another picture in the enhancement layer; determining a co-located block in a reference layer for the enhancement layer block; scaling the motion vector information from the co-located block in the reference layer according to spatial resolution of the reference layer, and spatial resolution of the enhancement layer; adding the scaled motion vector information from the co-located block to a candidate list; adding a first maximum number or less of spatial motion vector prediction candidates to the candidate list; examining whether temporal prediction is allowed and the number of motion prediction candidates in the candidate list is less than a second maximum number of motion prediction candidates, and if so, adding a motion vector prediction candidate from another picture in the enhancement layer into the candidate list; obtaining an indication of selected motion vector prediction candidate as an index in the candidate list; selecting a motion vector from said candidate list based on the index; decoding the motion information of enhancement layer based on the selected motion vector.
Beverage serving trolley comprising a supporting structure, at least one wheel (11A, 11B), a presentation basket being configured to receive beverage bottles and ice cubes and being arranged on the top side of the beverage serving trolley, wherein the presentation basket has a basket handle and is configured so that the presentation basket can be carried in a balanced manner with one hand, wherein the presentation basket includes a ground being of a rectangular shape and four inner side walls, which are configured to receive beverage bottles and ice cubes, and an upper outer rim which laterally protrudes away, characterized in that the presentation basket also includes an upper inner rim at the top of the inner side walls and the presentation basket has a supporting surface at an underside of the upper outer rim and the presentation basket rests with the supporting surface on the beverage serving trolley. wherein the presentation basket includes a ground being of a rectangular shape and four inner side walls, which are configured to receive beverage bottles and ice cubes, and an upper outer rim which laterally protrudes away, characterized in that the presentation basket also includes an upper inner rim at the top of the inner side walls and the presentation basket has a supporting surface at an underside of the upper outer rim and the presentation basket rests with the supporting surface on the beverage serving trolley.
Use, in a lubricant composition comprising at least one base oil of 2 to 12 wt % by weight of the lubricant composition, of an ester having a viscosity at 100°C between 200 and 1,000 cSt, to improve the cleanliness of an engine, wherein the alcohol forming the esters is trimethylolpropane and the acid forming the esters is selected from the fatty acids comprising 6 to 24 carbon atoms.
A mechanical piece having a structure comprising a substrate and one ceramic coating layer (5;11) of nanometric thickness, for improving mechanical resistance, characterized in that it comprises, between the substrate and the ceramic coating layer, an essentially non porous metallic adhesion layer (2; 4; 6; 8; 10; 12) of nanometric size providing plastic deformability to the ceramic layer; wherein said ceramic coating layer (5; 11) is an essentially non porous barrier upper coating layer of nanometric size of essentially stoechiometric titanium nitride; and further comprising, over the coating barrier layer (5; 11) of titanium nitride, a further surface layer (7; 13) of nanometric size essentially non porous, essentially consisting of titanium oxide nitride.
Stator vane adjusting device of a gas turbine having a plurality of stator vanes each swivellable about a radial axis and arranged in at least two radial planes, as well as at least one stator vane adjusting ring coupled to the respective stator vanes and rotatable in the circumferential direction by at least one actuating device, with the actuating device including a crankshaft element swivellable about a stationary pivot axis by means of an actuator, and the stator vane adjusting device featuring a first, a second and a third lever, characterized in that the first lever is articulated by a joint to the stator vane adjusting ring, with its free end being connected by a joint to a center area of the second lever, with the second lever being mounted at its one end on a stationary pivot point and at its other end being linked by a joint to the third lever, which is mounted by a joint at its free end on the crankshaft element.
A particle beam treatment apparatus comprising: a gantry configured to axially rotate in a state where an irradiation port for a beam is fixed to a body of the rotatable gantry; a moving floor that is provided inside the gantry, is configured by annularly connecting a plurality of plates with each other in a freely bendable manner, accommodates at least a part of a bed fixed from a stationary system, and is configured to rotate together with the gantry in a state of causing the irradiation port to penetrate the moving floor; a cable configured to be connected to a device fixed to the moving floor and to be wired to outside of the gantry in a state of passing through the gantry; and an adjuster (30,30A,30B) configured to adjust a length of the cable wired inside the gantry when the gantry rotates. wherein the adjuster (30,30A,30B) comprises: a casing configured to accommodate the cable and to be provided at such a position of the gantry that the cable penetrates the gantry; a wire holding a part of the cable by a tip; and a wheel that is provided in the casing, is configured to wind the wire from an end of the wire, and is configured to rotate in a forward/reverse direction according to displacement of the tip of the wire. a gantry configured to axially rotate in a state where an irradiation port for a beam is fixed to a body of the rotatable gantry; a moving floor that is provided inside the gantry, is configured by annularly connecting a plurality of plates with each other in a freely bendable manner, accommodates at least a part of a bed fixed from a stationary system, and is configured to rotate together with the gantry in a state of causing the irradiation port to penetrate the moving floor; a cable configured to be connected to a device fixed to the moving floor and to be wired to outside of the gantry in a state of passing through the gantry; and an adjuster (30,30A,30B) configured to adjust a length of the cable wired inside the gantry when the gantry rotates. wherein the adjuster (30,30A,30B) comprises: a casing configured to accommodate the cable and to be provided at such a position of the gantry that the cable penetrates the gantry; a wire holding a part of the cable by a tip; and a wheel that is provided in the casing, is configured to wind the wire from an end of the wire, and is configured to rotate in a forward/reverse direction according to displacement of the tip of the wire. a casing configured to accommodate the cable and to be provided at such a position of the gantry that the cable penetrates the gantry; a wire holding a part of the cable by a tip; and a wheel that is provided in the casing, is configured to wind the wire from an end of the wire, and is configured to rotate in a forward/reverse direction according to displacement of the tip of the wire.
A cartridge for containing toner material used in an image forming device, comprising: a developer roll; a first seal positioned at a distal end of the developer roll providing a first interface with said developer roll and said toner and a second seal positioned at a proximal end of the developer roll providing a second interface with said developer roll and said toner; and an air duct positioned within said cartridge; characterised in that said air duct comprises: an elongated hollow body having an inlet positioned to receive air flow from an air blower located in the image forming device, when the cartridge is installed in the image forming device; and a first nozzle and a second nozzle, extended from the elongated hollow body and in fluid communication with an interior of the elongated hollow body for receiving airflow from the elongated hollow body, the first nozzle having a first opening positioned to direct air flow onto the developer roll at the first interface and the second nozzle having a second opening positioned to direct air flow onto the developer roll at the second interface. a developer roll; a first seal positioned at a distal end of the developer roll providing a first interface with said developer roll and said toner and a second seal positioned at a proximal end of the developer roll providing a second interface with said developer roll and said toner; and an air duct positioned within said cartridge; an elongated hollow body having an inlet positioned to receive air flow from an air blower located in the image forming device, when the cartridge is installed in the image forming device; and a first nozzle and a second nozzle, extended from the elongated hollow body and in fluid communication with an interior of the elongated hollow body for receiving airflow from the elongated hollow body, the first nozzle having a first opening positioned to direct air flow onto the developer roll at the first interface and the second nozzle having a second opening positioned to direct air flow onto the developer roll at the second interface.
A material for binding to a cell culturing protein, the material containing a bulk-modified elastomer comprising a plurality of fatty acid moieties covalently bound to the elastomer bulk, wherein the carboxylic acid groups of said moieties are available to provide said binding, wherein each of the fatty acid moieties is covalently bound to the elastomer bulk through a cross-linking reaction between a vinyl or hydride functional group of the elastomer and an unsaturated carbon-carbon bond of an unsaturated fatty acid and wherein the material is suitable for inclusion in a cell culturing scaffold in which said cell culturing protein is bound to at least some of said carboxylic acid groups.
An apparatus configured for pulsed electric field neuromodulation of target neural fibers that contribute to renal function via an intra-to-extravascular approach, the apparatus comprising: a pulsed electric field generator; and at least one electrode electrically coupled to the pulsed electric field generator, the electrode configured for intravascular delivery and extravascular placement via an intra-to-extravascular approach, wherein the electrode is configured for extravascular delivery of a pulsed electric field to modulate one or more target neural fibres that contribute to renal function. a pulsed electric field generator; and at least one electrode electrically coupled to the pulsed electric field generator, the electrode configured for intravascular delivery and extravascular placement via an intra-to-extravascular approach, wherein the electrode is configured for extravascular delivery of a pulsed electric field to modulate one or more target neural fibres that contribute to renal function.
A bioactive compound purified from Antrodia camphorata, wherein the purification comprises the steps of: step 1: providing the mycelium pellets of Antrodia camphorata; step 2: extracting the mycelium pellets of Antrodia camphorata with ethanol and then freeze drying; step 3: dissolving the freeze dried mycelium ethanol extract from step 2 in water and extracting the suspension with ethyl acetate; step 4: purifying the ethyl acetate extract from step 3 by silica gel chromatography, wherein the fraction f is eluted with 80% hexane / 20% ethyl acetate to 70% hexane / 30% ethyl acetate and the fraction g is eluted with 70% hexane / 30% ethyl acetate to 60% hexane / 40% ethyl acetate; step 5: purifying the fraction g from step 4 by silica gel chromatography by using hexane / ethyl acetate gradient as the mobile phase, wherein the fraction E is eluted with 80% hexane / 20% ethyl acetate to 75% hexane / 25% ethyl acetate, and the fraction F and G are eluted with 75% hexane / 25% ethyl acetate, and the fraction H is eluted with 75% hexane / 25% ethyl acetate to 70% hexane / 30% ethyl acetate and the fraction I is eluted with 70% hexane / 30% ethyl acetate; step 6: purifying the fractions E, F, G, H and I from step 5 by high-performance liquid chromatography (HPLC) to obtain 4-acetylantroquinonol B; wherein the bioactive compound is selected from the group consisting of the ethyl acetate extract from step 3, fraction f and g from step 4, fraction E, F, G, H and I from step 5. step 1: providing the mycelium pellets of Antrodia camphorata; step 2: extracting the mycelium pellets of Antrodia camphorata with ethanol and then freeze drying; step 3: dissolving the freeze dried mycelium ethanol extract from step 2 in water and extracting the suspension with ethyl acetate; step 4: purifying the ethyl acetate extract from step 3 by silica gel chromatography, wherein the fraction f is eluted with 80% hexane / 20% ethyl acetate to 70% hexane / 30% ethyl acetate and the fraction g is eluted with 70% hexane / 30% ethyl acetate to 60% hexane / 40% ethyl acetate; step 5: purifying the fraction g from step 4 by silica gel chromatography by using hexane / ethyl acetate gradient as the mobile phase, wherein the fraction E is eluted with 80% hexane / 20% ethyl acetate to 75% hexane / 25% ethyl acetate, and the fraction F and G are eluted with 75% hexane / 25% ethyl acetate, and the fraction H is eluted with 75% hexane / 25% ethyl acetate to 70% hexane / 30% ethyl acetate and the fraction I is eluted with 70% hexane / 30% ethyl acetate; step 6: purifying the fractions E, F, G, H and I from step 5 by high-performance liquid chromatography (HPLC) to obtain 4-acetylantroquinonol B;
Supplemental kit for at least one workstation of twisting or cabling machines, workstations of the twisting or cabling machine having thread brakes particular to each workstation in order to produce a thread tension in the outer threads, comprising - a housing, by means of which the supplemental kit can be fastened to the walls (24, 25) of the workstation, - a thread delivery unit having at least one drive for rotating a thread friction wheel of the thread delivery unit, which drive is mounted in the housing with support by means of a bearing device and can be controlled in a defined manner, - a control device for controlling the drive, which control device is integrated into a present central control device of the twisting or cabling machine or is separate. - a housing, by means of which the supplemental kit can be fastened to the walls (24, 25) of the workstation, - a thread delivery unit having at least one drive for rotating a thread friction wheel of the thread delivery unit, which drive is mounted in the housing with support by means of a bearing device and can be controlled in a defined manner, - a control device for controlling the drive, which control device is integrated into a present central control device of the twisting or cabling machine or is separate.
A method of measuring turbidity with a nephelometric turbidity sensor, the method comprising conducting an optical test on a sample fluid with unknown turbidity, wherein the optical test comprises: emitting a plurality of optical signals in sequence from an emitter toward the fluid, each of the optical signals having a different intensity setting: capturing, for each of the optical signals, a reference signal value by detecting an intensity of the optical signal received by a first optical detector before entering the fluid, and a fluid signal value by detecting an intensity of the optical signal received by a second optical detector after entering the fluid; the method further comprising conducting the optical test on a control fluid with known turbidity to determine a calibration factor; and determining a turbidity measurement of the sample fluid by calculating a gradient of a regression line between the reference signal values and fluid signal values for each of the plurality of optical signals, wherein the gradient of the regression line is proportional to turbidity of the sample fluid, and multiplying the gradient of the regression line by the calibration factor to provide a calibrated turbidity measurement. emitting a plurality of optical signals in sequence from an emitter toward the fluid, each of the optical signals having a different intensity setting: capturing, for each of the optical signals, a reference signal value by detecting an intensity of the optical signal received by a first optical detector before entering the fluid, and a fluid signal value by detecting an intensity of the optical signal received by a second optical detector after entering the fluid; the method further comprising conducting the optical test on a control fluid with known turbidity to determine a calibration factor; and determining a turbidity measurement of the sample fluid by calculating a gradient of a regression line between the reference signal values and fluid signal values for each of the plurality of optical signals, wherein the gradient of the regression line is proportional to turbidity of the sample fluid, and multiplying the gradient of the regression line by the calibration factor to provide a calibrated turbidity measurement.
An imaging apparatus, comprising: an image capturing element; an image capturing element sheet metal for holding the image capturing element; an image capturing element holder for holding the image capturing element sheet metal; a base member for tiltably supporting the image capturing element holder arranged on an opposite side of the image capturing element holder from the image capturing element sheet metal; a driving motor for tilting the image capturing element holder to incline the image capturing element relative to a surface orthogonal to an optical axis of an imaging lens; and a first sealing member (200, 502) for sealing a gap between the base member and the image capturing element holder, the first sealing member deforming by the tilting of the image capturing element holder; and a second sealing member for sealing a gap between the image capturing element sheet metal and the image capturing element holder;. an image capturing element; an image capturing element sheet metal for holding the image capturing element; an image capturing element holder for holding the image capturing element sheet metal; a base member for tiltably supporting the image capturing element holder arranged on an opposite side of the image capturing element holder from the image capturing element sheet metal; a driving motor for tilting the image capturing element holder to incline the image capturing element relative to a surface orthogonal to an optical axis of an imaging lens; and a first sealing member (200, 502) for sealing a gap between the base member and the image capturing element holder, the first sealing member deforming by the tilting of the image capturing element holder; and a second sealing member for sealing a gap between the image capturing element sheet metal and the image capturing element holder;.