32results about How to "Increase stock" patented technology

The invention discloses a convenient-to-adjust carrying device for logistics storage. The invention relates to the technical field of logistics transportation equipment. The convenient-to-adjust carrying device comprises a first bottom supporting plate, a second bottom supporting plate and a connecting rod, first walking wheels are symmetrically installed on the two sides of the bottom end of thefirst bottom supporting plate; a second waling wheel is arranged at the middle of the bottom end of the second bottom supporting plate; the first bottom supporting plate and the second bottom supporting plate are hinged and fixed through a hinge, a sliding groove is formed in the side wall, facing the direction of the second bottom supporting plate, of the first bottom supporting plate, and a through receding hole is formed in one side of the sliding groove. According to the invention, a supporting rod can be self-locked when rotating to any position at the top end of the second bottom supporting plate; the carrying device can be freely adjusted according to structure wheel wrapping of logistics parcels, the logistics parcels stacked on the first bottom supporting plate are wrapped and sealed through connection of second hooks and first hooks of net rolls, and the logistics parcel transferring safety is improved.

The invention discloses a sandy farmland water conservation method in the technical field of sandy land remediation. The specific steps of the method include in-situ stripping of topsoil, drilling holes, placing anti-seepage bags, covering the holes for water collection, The combination of hole making, anti-seepage bag planting measures and film mulching measures around the hole forms a soil profile spatial structure in which the underground local water barrier and the surface local catchment are coupled in dry farmland, which can reduce the leakage of precipitation into the deep soil. At the same time, the precipitation is collected to the crop planting area, and the collected rainwater is stored in the soil layer around the root system in the middle and lower parts, which is conducive to reducing surface evaporation and ensuring the water demand of crops during drought, thereby reducing the decline in crop yield caused by drought. To achieve better water and fertilizer retention effect, at the same time, the materials used are all degradable materials, and solid wastes such as straw can also be effectively used.

The invention discloses a material piling system for uniformly mixed material piles in an iron and steel plant, and belongs to the technical field of raw material fields of iron and steel plants. The system comprises material piling and conveying equipment, material piling equipment, material taking and conveying equipment and material taking equipment, wherein the material taking equipment is positioned at the bottom of a uniformly mixed material pile; the material taking and conveying equipment is positioned at the bottom of the material taking equipment; and the material piling and conveying equipment is connected with the material piling equipment and is used for conveying the uniformly mixed material pile. By the material piling system, the piling amount of the uniformly mixed material pile is increased by at least over 33 percent; furthermore, two material taking lines work at the same time and can serve as standbys each other; and therefore, the continuity for supplying the uniformly mixed material piles in a sintering plant can be guaranteed.

A motor control system is provided that can execute model following control in which an influence of the difference between the sampling rate of a feedback control system and the sampling rate of a model control system is suppressed with a smaller amount of computation than ever. A speed controller includes a low-pass filter (113) having a transfer function corresponding to the delay in the sampling rate of a model control system, an integral control system including a speed integrator, a proportional control system, and a speed proportional gain multiplication section. The integral control system inputs to the speed integrator a command obtained by a subtraction section that subtracts delay speed information output from the low-pass filter (113) from a command obtained by an addition section that adds a speed command and a model speed command.

The invention discloses a woodland bundled stick polyporus umbellatus cultivation method, and relates to the technical field of woodland ecological cycle economic cultivation, and specifically relates to a method for cultivating polyporus umbellatus in woodland. The invention aims at solving the technical problems of providing a method for cultivating polyporus umbellatus with bundled woodland branches and leaves, improving affinity between polyporus umbellatus seeds and armillaria mellea, preventing water accumulation or water deficiency, and improving polyporus umbellatus yield. The invention adopts a technical scheme that the woodland bundled stick polyporus umbellatus cultivation method comprises the following steps: first, materials are prepared, wherein a large amounts of leaves and branches are collected, and polyporus umbellatus seeds and an armillaria mellea material are prepared; second, the polyporus umbellatus seeds and armillaria mellea material are wrapped by using the branches and leaves, such that bundled stick growth bodies are prepared; third, cultivation ditches appropriate for accommodating the bundled sticks are dug beside trees with fertile under-story soil; and fourth, the bundled sticks are placed into the cultivation ditches; fine humus is filled in spaces among branches of the bundled sticks; humus is filled in the spaces around the bundled sticks, and is compacted until the level of the humus is higher than the ground; and the compacted humus is covered by using leaves.