3results about How to "Avoid rework situations" patented technology

This utility model relates to the field of aluminum part cutting technology and discloses a feeding device for aluminum part cutting, including a feeding platform, a cutting part installed on the upper end of the feeding platform, and a feeding assembly installed on the upper end of the feeding platform. The aluminum part is placed on the feeding platform, and then the connecting block and the limiting plate can be moved by the electric push rod A, so that the aluminum part is inside the two sets of limiting plates, which can restrict the aluminum part. Then, the motor is started, which drives the lead screw to rotate and, together with the slide, drives the push plate to move, realizing the pushing of the aluminum part until one end of the aluminum part is close to the cutting part. At this time, when pushing the aluminum part, the limiting plate also moves, so that the aluminum part is always inside the limiting plate, effectively avoiding the problem of deviation of the aluminum part feeding trajectory. Then, the electric push rod B is started, which can push the push plate to move, which can make small position adjustments to the aluminum part, which is beneficial to subsequent cutting processing.

This utility model discloses an auxiliary device for assembling solar photovoltaic power generation equipment, belonging to the technical field of photovoltaic equipment assembly auxiliary devices. It includes an anti-tipping support base with a rotatably connected rotating shaft cylinder, a detachable U-shaped frame consisting of two frame rods spliced ​​together to form an adjustable-distance connector, which is movably mounted on the top of the detachable U-shaped frame and can rotate, with its extension length adjustable, and an L-shaped bracket fixedly installed inside the adjustable-distance connector. The key technical points are: the anti-tipping support base secures the entire device to outdoor mud, allowing for rotational adjustment of the photovoltaic panel's orientation, simultaneously with testing to select the optimal assembly position. Furthermore, since the device is composed of multiple parts, it can be disassembled into several sections for transport, significantly reducing the space occupied and making it easier for assemblers to carry to the field, perfectly meeting the needs of outdoor photovoltaic panel assembly.

The application discloses a cylindrical special-shaped large plate mounting structure which comprises a mounting keel and a plurality of hangers. The mounting keel comprises a first mounting part and a second mounting part. The first mounting part is connected to the second mounting part. The plurality of hangers are used for being hung on the first mounting part. The cylindrical special-shaped large plate mounting structure guarantees the overall aesthetic appearance of a decorative surface layer, avoids the rework condition, and directly hangs the decorative surface layer on the first mounting part through the plurality of hangers, thereby reducing the construction difficulty and providing the construction efficiency.