3results about How to "Scattered distribution" patented technology

This application discloses a double-hull support assembly for a ship, comprising: ribs, a plurality of outer shell longitudinal ribs, a plurality of inner shell longitudinal ribs, and reinforcing ribs; the ribs are connected between the outer shell plates and the inner shell plates; through holes are formed in the ribs; the plurality of outer shell longitudinal ribs are arranged on the outer shell plates along the ship's height direction, and each of the outer shell longitudinal ribs extends along the ship's length direction; the spacing between adjacent outer shell longitudinal ribs is equal; each of the outer shell longitudinal ribs passes through the through holes and is connected to the ribs; the plurality of inner shell longitudinal ribs are arranged on the inner shell plates along the ship's height direction, and each of the inner shell longitudinal ribs extends along the ship's length direction; the spacing between adjacent inner shell longitudinal ribs is equal; the inner shell longitudinal ribs are opposite to and staggered with the outer shell longitudinal ribs; each of the inner shell longitudinal ribs passes through the through holes and is connected to the ribs; the reinforcing ribs are arranged perpendicular to the ribs, the outer shell plates, and the inner shell plates, and are connected to the ribs.

The utility model provides a splicing type color matching panel which comprises a first color matching panel body and a second color matching panel body, a splicing piece is arranged at the splicing position of the first color matching panel body and the second color matching panel body, a first splicing part is arranged at the splicing position of the first color matching panel body and the second color matching panel body, and the splicing piece comprises a splicing body and a second splicing part. The second splicing part is arranged on the splicing body, and the second splicing part is connected with the first splicing part on the first color matching panel and the first splicing part on the second color matching panel, so that the first color matching surface and the second color matching panel are spliced together. Panels which need to be subjected to chemical treatment for multiple times originally are designed in a segmented mode, the first splicing parts are arranged on the first color matching panel and the second color matching panel, the splicing pieces used for being connected with the color matching panels are arranged, the splicing pieces are provided with the second splicing parts connected with the first splicing parts, and therefore the segmented panels can be spliced into a whole, each segment can be independently treated, and the splicing efficiency is improved. Multiple coverage is not needed, the process is simpler, and the problem of fuzzy process boundary is solved.

The invention relates to the technical field of conveying equipment, and discloses a conveying device and process for feed additive production, comprising a bearing seat on which a cylinder is rotatably mounted and which is driven by a driving assembly to rotate at a variable speed, and a base which is fixedly mounted on one side of the bearing seat and on which a feeding cylinder and a discharging cylinder are fixedly mounted, by means of variable-speed rotation of the cylinder, raw materials can move in the mode of being attached to the inner wall of the cylinder, when the air blower blows out the height of airflow, then the cylinder recovers to rotate at the constant speed, at the moment, centrifugal force borne by the raw materials is smaller than gravity, and under the action of the gravity, the raw materials and sundries start to fall off; in the falling process, the raw materials can pass through an area covered by the airflow multiple times through repeated variable-speed and constant-speed rotation, so that multiple impurity removal processes are carried out, it is ensured that impurities can be thoroughly removed when the raw materials are conveyed, and the impurities are prevented from being finally mixed into the basal feed.