4results about How to "Reduce possession" patented technology

The application discloses a kind of tower equipment pre-buried anchor bolt integral hoisting construction methods, first, the positioning axis consistent with the axis of positioning mould is ejected along the center of equipment foundation;After installing vertical support, positioning mould is hoisted as a whole, and each anchor bolt is sequentially assembled into the mounting hole of positioning mould, so that positioning mould and anchor bolt are connected into a whole in the air;The positioning mould and anchor bolt that have been assembled are hoisted into the equipment foundation insert bar, after anchor bolt anchor plate falls below horizontal support elevation, horizontal support construction is carried out, then positioning mould and anchor bolt are dropped to positioning mould support frame, anchor bolt is calibrated and reinforced, then steel binding, formwork installation and concrete pouring are carried out, equipment foundation construction is completed, and formwork is removed and positioning mould is removed.The application adopts positioning mould and anchor bolt integral assembly in the air, reduces the precision error generated by secondary assembly on site, and improves the pre-buried anchor bolt integral hoisting efficiency.

The utility model provides a hand -held charging device with independent card line spare, designs an independent card line spare on the self -charging device, card line spare sets up card line recess groove corresponding embedding self -charging device plug, and the lower part of card line recess groove sets up the stopper convex edge and is from the lower part and the bottom and is pressed against the both sides and bottom limit of plug, and the plug embeds card line recess groove and cannot from the front side and the bottom side and goes out card line recess groove, forms a ring back structure and reaches the function of hanging rope hand -held, need not set up fixed structure on the charging device body, reduces the possession of charging device body internal space, improves charging device body space utilization, simplifies charging device body structure design, reduces the die opening cost, and user uses conveniently.

The invention relates to an information processing method and device, terminal equipment, a storage medium and a program product. The information processing method comprises the steps of obtaining an element structure relationship used for displaying current display information; associating the target element with the target container to obtain an association relationship; wherein the target element and the target container are located in the element structure relationship; the parent element of the target element is different from the target container, and the display level of the target container is lower than that of the target element; determining background information according to information displayed by a layer below the layer where the target container is located; and determining the background of the target element according to the background information.

This utility model provides a portable charging device with a built-in dual-wire design. The dual-wire charging device features a double-hole buckle on each wire. After the main wire passes through the two locking holes, the two plugs of the two wires can be moved and locked into the two corresponding grooves, where they are held in place by the locking holes. The plugs cannot pass through the locking holes, forming a ring-shaped buckle structure that provides a carrying handle. Even after partially pulling out one wire, it can still form a handle structure for added convenience. This eliminates the need for a fixed structure on the charging device itself, reducing the space occupied inside the charging device, improving space utilization, simplifying the structural design, reducing mold costs, and providing convenient and easy-to-use functionality.