2results about How to "Enough deformation space" patented technology

This application relates to a folding and sewing method, a folding device, and a bag-attaching machine. The folding and sewing method uses a folding device to sew a fabric bag and includes the following steps: a tongue-pressing plate is placed on the worktable; a tongue-pressing plate driver drives the tongue-pressing plate to extend outward and places the bag on the tongue-pressing plate; a bracket driver drives a mounting bracket to move towards the tongue-pressing plate; when the tongue-pressing plate contacts an elastic body, the mounting bracket stops moving; a magnet driver drives a magnetic suction component to move towards the tongue-pressing plate; when the magnetic suction component passes through a perforated hole and is magnetically attracted to the bag and the tongue-pressing plate, the magnet driver drives the tongue-pressing plate to press against the elastic body, causing the tongue-pressing plate to be recessed into the elastic body. The folding and sewing method, folding device, and bag-attaching machine provided by this application solve the problem of high manufacturing costs caused by the need to frequently change the concave mold when changing bag styles.

The invention relates to the technical field of building construction, in particular to an oversized HPC (High Performance Concrete) board structure shrinkage stress release node which comprises a main keel upper section and a main keel lower section, the main keel upper section is connected with an HPC board, the main keel lower section is connected with a building main body structure, and a steel insertion core is fixedly inserted into the top end of the main keel lower section; the top end of the steel inserting core is movably inserted into the bottom end of the main keel upper section, side keels are arranged on the two sides of the main keel upper section and the two sides of the main keel lower section, and a plurality of cross beams are fixed between the side keels and the main keel upper section and between the side keels and the main keel lower section. The main keel has the advantages that the oblong holes are formed in the surface of the upper section of the main keel, and the opposite-penetrating bolts are used for penetrating connection. When the HPC board shrinks, horizontal sliding is completed through the translation layer, the upper section of the main keel is synchronously driven to move, and the opposite-penetrating bolts can slide along the long round holes to achieve controllable deformation.