3results about How to "Realize fully automated assembly" patented technology

This application relates to a vertical pin LED chip holder, comprising a substrate. The top of the substrate has multiple evenly arranged supports. Each support includes two horizontal pins arranged parallel to each other vertically and a vertically bent pin at the right end of each horizontal pin. The tops of the two vertical pins are provided with solder pads. A first support rib connected to the substrate is located at the right end of one of the horizontal pins closest to the substrate, and a second support rib connected to the substrate is located at the left end of the two horizontal pins. This invention belongs to the field of LED light-emitting diode technology. It features a robust structure, is not easily deformed, and the vertical pin and double support rib design reduces the soldering offset rate to below 1%, improving stability.

The application discloses a full-automatic nasal oxygen tube assembling machine, which comprises a first assembling line, a second assembling line and a carrying manipulator. The first assembling line comprises a nose frame assembling device, the nose frame assembling device comprises a nose frame positioning mechanism, a branch pipe positioning mechanism and a feeding mechanism, the feeding mechanism is used for bending and inserting the branch pipe into the nose frame, the second assembling line comprises a main pipe feeding device, and the main pipe feeding device comprises a first feeding rack assembly, a main pipe feeding manipulator and a main pipe feeding manipulator. The full-automatic nasal oxygen tube assembling machine can realize full-automatic assembling of multiple components of the nasal oxygen tube, changes the traditional assembling mode, improves the assembling effect of the nasal oxygen tube, and meets the demand of batch production. When the nasal oxygen tube is assembled, the feeding mechanism of the nose frame assembling device is used for bending and inserting the branch pipe into the nose frame, so that the two branch pipes can be arranged side by side during transmission, and the nasal oxygen tube is more space-saving than the traditional assembling equipment in which the two branch pipes are transmitted in a straight line.

This utility model discloses a locking machine, including a turntable mechanism, a mold base, a pump body station, a pressure head station, a locking station, and a sheath station. The mold base is used to load the pump body and is mounted on the turntable mechanism. The pump body station is used to transport the pump body onto the mold base. The pressure head station is used to initially position the pressure head onto the pump body located on the mold base. The locking station is used to lock the pressure head onto the pump body. The sheath station is used to install the sheath onto the pressure head. Through the turntable multi-station design, the processes of pump body feeding, pressure head feeding and placement, pressure head locking, and automatic sheath assembly are integrated, realizing fully automated assembly of the pump head and sheath.