40results about How to "Excellent mean" patented technology

A method for controlling an agricultural vehicle system when moving along a course of travel over a fieldproviding a field model correlating a field characteristic, e.g. a farmland condition such as farmland slope, or a crop condition such as crop density or moisture, to a specific location in the field,from the field model and at least one previously obtained value for the field characteristic, predicting a value for the field characteristic in front of the agricultural vehicle system thus obtaining an anticipated field characteristic, and;controlling the agricultural vehicle system at least partly in response to the anticipated field characteristic.

An indexable milling insert for milling tools, including a bottom surface, an opposite chip surface, and a plurality of side surfaces extending between the bottom surface and the opposite chip surface, two of the side surfaces being primary clearance surfaces and two of the side surfaces being secondary clearance surfaces. A plurality of cutting edges are formed between the opposite chip surface and the primary and secondary clearance surfaces. Two of the cutting edges that connect to the primary clearance surfaces are primarily parallel and constitute main cutting edges. At least one lock structure is provided and includes a locking surface arranged on one of the secondary clearance surfaces so that the locking surface and the primary clearance surface form an acute angle, α, in a section that is parallel to the bottom surface and intersects the locking surface. A coupling structure is arranged on the opposite chip surface and at least partly projects from a plane that is parallel to the bottom surface and passes through points of the main cutting edges situated closest to the bottom surface. The coupling structure comprises at least one flank surface, which is arranged in such a way that the flank surface, in a section that is parallel to the primary clearance surface and intersects the flank surface, forms an acute angle, β, with the bottom surface so that the flank surface slopes in the direction from the secondary clearance surface on which the locking surface is arranged.

A helical displacement well with preassembled segments includes a preassembled shaft-forming penetrator tube including helical plates mounted to its exterior that may be rotated to propel the casing into the ground. A hydraulic drill motor rotates the penetrator tube and as it moves deeper into the ground. Extension tubes may be added to and coupled to the penetrator tube. A hydraulic drill motor is attached to the upper end of the extension tubes in order to continue the rotation of the assembled helical displacement well. The filter screen and the piping are installed concurrently with the addition of the extension tubes at the surface of the ground.

A hemispherical grip member has an outer hemispherical surface and a grip layer and a grip member opening. A length of aircraft cable having a first cable end extends through the opening and is crimped in position onto the grip member with a cable nut. A connector is provided on an opposite cable end. A length of a soft flexible tubing surrounds the cable between the grip member and the connector. When a user grasps the hemispherical surface of the grip member, the first cable end is located inside the grasp of the user and the cable and tubing passes between two fingers of the user.

The invention pertains to a process for producing methane by a two-stage anaerobic digestion of organic feed, comprising i) subjecting an organic feed suspension (a) to acidogenesis and methanogenesis in a first reactor (1); ii) withdrawing an effluent (b) from said first reactor and subjecting it to solid / liquid separation (2), thus obtaining effluents high (d) and low (c) in solids, wherein the volatile fatty acid (VFA) concentration in said first reactor is controlled by the withdrawal rate; iii) subjecting the effluent low in solids (c) to acidogenesis and methanogenesis in a second reactor (3), thus producing methane gas in said first and second reactor.

A roping training dummy is claimed comprising a dummy representing an animal having a target to be lassoed by a roper. A position sensor, such as video camera or radar system, is disposed on the dummy for monitoring the real-time position of the roper relative to the lasso target. A monitor on the dummy is visible to the roper and operatively connected to the position sensor. The monitor displays the roper's real-time position and a positional reference corresponding to a preferred roper placement.

A helical displacement well with preassembled segments includes a preassembled shaft-forming penetrator tube including helical plates mounted to its exterior that may be rotated to propel the casing into the ground. A hydraulic drill motor rotates the penetrator tube as it moves deeper into the ground. Extension tubes may be added to and coupled to the penetrator tube. A bolt including a threaded stem sized to engage the threaded bolt opening of the male connector and a cap of larger breadth than the threaded stem and sized to fit within the unthreaded tension bolt opening of the female connector for connecting the female connector about the male connector.

A jacket structure for offshore constructions, particularly for offshore wind turbines, includes a number of first and second profiles, whereby the first profiles have rods in axial alignment and the second profiles have rods in an angled alignment relative to the first profiles. A number of node members are provided, whereby a connection of aligned profiles and / or aligned profiles and node members is established by connecting means with at least two fastening points and at least one elongate tension element extending between the fastening points. The at least one elongate tension element at least partially penetrates through the respective aligned profiles and / or aligned profiles and node members.

Disclosed is a computer implemented method of managing information between users. The method includes providing one or more People Management Objects (PMO's), where the PMO's including one or more users, and the PMO's are adapted to collect information from the one or more users. The PMO's are then associating the PMO's with one or more additional PMO's; and the PMO's are output for the PMOs for the users to participate.

A cable used in high speed applications contains four internal cables with two wire pairs in each cable. The internal cables are protected by only a conductive braided shield and are arranged in the cable adjacent each other. At least four non-conductive blanks are disposed in the gaps which occur between adjacent ones of the internal cables. The blanks serve to prevent the cable outer insulation from sagging into the gaps between the internal cables so that the cable has a substantially circular configuration.

Provided are: a selection method for a gene switch and a gene circuit, including using, as a selector, an expression vector containing at least a gene sequence whose expression is controlled by a transcription regulatory factor to be expressed when a genetic switch and a genetic circuit including the genetic switch operate, and a promoter sequence operably linked to the gene sequence upstream thereof; and an expression vector to be used in the selection method. This enables an effective selection method for a genetic switch and a genetic circuit, the selection method being able to be conducted within a short time period and with high selection efficiency and less leakiness.

A hemispherical grip member has an outer hemispherical surface and a grip layer and a grip member opening. A length of aircraft cable having a first cable end extends through the opening and is crimped in position onto the grip member with a cable nut. A connector is provided on an opposite cable end. A length of a soft flexible tubing surrounds the cable between the grip member and the connector. When a user grasps the hemispherical surface of the grip member, the first cable end is located inside the grasp of the user and the cable and tubing passes between two fingers of the user.

A vapor deposition method for preparing a multi-layered thin film structure comprises providing a vapor source of each component element of a compound intended for a first layer and a compound intended for a second layer, wherein the vapor sources comprise at least a source of lithium, a source of oxygen, a source or sources of one or more glass-forming elements, and a source or sources of one or more transition metals; heating a substrate to a first temperature; co-depositing component elements from at least the vapor sources of lithium, oxygen and the one or more transition metals onto the heated substrate wherein the component elements react on the substrate to form a layer of a crystalline lithium-containing transition metal oxide compound; heating the substrate to a second temperature within a temperature range of substantially 170° C. or less from the first temperature; and co-depositing component elements from at least the vapor sources of lithium, oxygen and the one or more glass-forming elements onto the heated substrate wherein the component elements react on the substrate to form a layer of an amorphous lithium-containing oxide or oxynitride compound.