42results about How to "Optimized load distribution" patented technology

The invention relates to a pull-out guide (4) for drawers (3a, 3b) comprising a first rail and at least one second rail (6, 7), at least one carriage (8) being arranged between said two rails (6, 7). The carriage comprises a bearing group (9a, 9b) containing load-transmitting elements (10, 10a), preferably rollers, rolling bodies and / or balls. The load-transmitting elements (10, 10a) guide the bearing group (9b) in the vertical direction and in the horizontal direction. At least one additional load-transmitting element (12) is arranged on a bracket (15), at a distance from the bearing group (9b). When the second rail (7) is pulled out, the additional load-transmitting element (12) can at least partially move out over the end of the first rail (6), such that it no longer lies on the first rail (6).

The invention discloses a flexible blocking net, relates to a protective structure, and provides a flexible blocking net capable of optimizing load distribution and reducing local load concentrating. The flexible blocking net comprises two end supporting columns, a middle supporting column located between the two end supporting columns, a top supporting rope and a metal flexible net body, wherein the top supporting rope and the metal flexible net body are transversely unfolded to be arranged between the two end supporting columns. The top supporting rope is supported by the end supporting columns and the middle supporting column, and a supporting joint is arranged at the portion where the top supporting rope and the middle supporting column intersect with each other. The metal flexible net body comprises a plurality of net holes formed in rows, the row of net holes located at the edge of the metal flexible net body are edge net holes, and the several rows of net holes close to the edge net holes are edge-adjacent net holes. The edge net holes are connected with the top supporting rope in a slideable mode. The edge-adjacent net holes close to the supporting joint are connected with the top supporting rope in a slideable mode through the additional connecting structure. The flexible blocking net can be used for blocking movement objects and particularly can be used for blocking tumbling stone, sliding rock and earth masses, mud-rock flow, snow slide and blasting flying rock.

The invention discloses a vacuum perfusion assisting device and a vacuum perfusion process. The vacuum perfusion assisting device comprises a flexible main body which can cover a material paving region on a mold, wherein the peripheral edge of the flexible main body is fixed to the mold; a plurality of cavities are formed in the flexible main body; the plurality of cavities can be filled with a fluid medium. Through the vacuum perfusion assisting device and the vacuum perfusion process provided by the invention, the perfusion speed and resin permeation speed during vacuum perfusion of resin can be increased remarkably, the perfusion time is shortened, and the fiber content at different positions after resin curing can be kept consistent.

The invention discloses an automatic detection machine for an SMT printing steel mesh. The detection machine comprises a Y-direction translation mechanism, a steel mesh supporting and pressing mechanism, an X-direction translation mechanism, and a detection mechanism. The X-direction translation mechanism and the Y-direction translation mechanism are in an X axis direction and a Y axis direction, wherein the two directions are perpendicular to each other on a horizontal plane. The Y-direction translation mechanism consists of a shock-absorbing seat, a pedestal, a Y-direction guide rail and a sliding block, a Y-direction sliding table, a bar-shaped light source, a Y-direction grating ruler and a Y-direction lead screw and a nut. The steel mesh supporting and pressing mechanism includes a movable support, a fixed support, a steel mesh support plate, a Y-direction limiting block, a compression cylinder, a steel mesh adjustment guide rail and a slide block thereof. And the X-direction translation mechanism is composed of two X-direction guide rail mounting seats, two X-direction guide rails and a slide block thereof, an X-direction lead screw and a nut, and an X-direction grating ruler. The detection mechanism includes a camera connection plate, a camera, a tensiometer connecting plate, a tensiometer, and a tensiometer lifting regulation element. The detection machine has advantages of high detection precision and wide application range.

The invention discloses a vacuum pouring assisting device and a vacuum pouring technology. The vacuum pouring assisting device comprises a flexible body capable of covering a material pavement area ona die, and a fixing device fixed to the whole edge of the die. The whole peripheral edge of the flexible body can be closed to the fixing device, and accordingly the material pavement area can be sealed. A plurality of cavities can be formed in the flexible body and can be filled with fluid media. By means of the provided vacuum pouring assisting device and the provided vacuum pouring technology,the pouring speed and the resin seepage speed during vacuum resin pouring can be obviously improved, the pouring time is shortened, and it can be ensured that the content of fiber at various positions after resin curing is consistent.

The invention discloses a flexible blocking net, relates to a protection structure and provides a flexible blocking net capable of optimizing load distribution and reducing local concentrated load. The flexible blocking net comprises at least two support columns and a support rope and a metal flexible net which are arranged between the support columns in a transverse spreading mode. The support rope is connected with the metal flexible net, at least one end of the support columns in the length direction is connected with a support body capable of rotating freely, and the support body enables the support rope to be tensioned. Further, the flexible blocking net can comprise connection clamping rings variable in shape or easy to break, the metal flexible net comprises meshes, at least one mesh located on a top row or a bottom row of the metal flexible net is connected with the support rope through the connection clamping rings to form a buffer area with a buffer function. The flexible blocking net can be used for blocking moving objects such as tumbling stones, sliding rock and earth mass, debris flow, snow slide and flying stones.

An efficient positive displacement motor under a well comprises a bypass valve assembly, a falling prevention joint, a motor joint, a universal joint assembly and a bearing joint assembly. The efficient positive displacement motor under the well is simple in structure, convenient to use, stable in operation under the well, safe, reliable, high in complete machine efficiency, capable of outputting larger torque, long in working time and service life, suitable for drilling needs of various complex wells at the present, free of piercing leakage and high in working reliability. A streamlined flow channel enables water conservancy losses of a main flow channel to be reduced, turn-off force is large, the defects of the interference effect and tooth form distortion of the conjugation curvature of a traditional single-screw machine type positive displacement motor are overcome, a universal shaft operates flexibly, energy efficiency is high, the universal shaft can work in the environments where no sand grain exists, and drilling fluid erosion exists, the service life is long, and mechanism strength is high.

The invention relates to a rotor pivoting system for erecting a rotor, in particular a gas turbine rotor, for performing maintenance and / or repair work, comprising a steering stand having pivoting means arranged thereon; and at least one Support stand, wherein the rotor pivot system has a heavy-duty frame provided with a plurality of vertically removable support feet and accommodates the steering stand and the support stand, the heavy-duty frame is constructed in a transportable manner and is designed for : When erecting the rotor arranged on the steering stand and the support stand, forces are introduced via the support feet into the base, on which the heavy-duty frame is positioned. Furthermore, the invention relates to a method for carrying out maintenance and / or repair work on a rotor of a machine, in particular on a gas turbine rotor, with the rotor pivoting system according to the invention.