6results about How to "Large bending angle" patented technology

This utility model discloses a hollow high-strength steel wire rope, which aims to solve the technical problem that existing steel wire ropes often experience slight deformation under high-intensity bending, making it difficult to restore their original shape. It includes several wrapping layers and a filling layer. Multiple strands of steel wire are wound and connected within the wrapping layers, and these strands are spirally wound together. The wrapping layers are spirally wound onto the filling layer, which is a cylindrical hollow structure. An elastic restoring component is provided within the cavity of the filling layer. The filling layer includes a wear-resistant layer and a rubber layer, with the rubber layer fixedly connected to the inner surface of the wear-resistant layer. By creating a hollow internal structure, this utility model increases the bending angle of the steel wire rope, improving its flexibility, and allows for the restoration of the steel wire after bending, reducing deformation and extending its service life.

This utility model relates to the field of lifting door technology, specifically a modular assembled lifting door panel structure, including a door panel assembly, a connecting assembly, and an anti-detachment assembly. The door panel assembly includes a galvanized steel door panel with convex grooves at both the top and bottom, and a functional core embedded inside. The connecting assembly includes an upper and lower clamping plate disposed between the galvanized steel door panels. A first support plate is welded to the bottom of the upper clamping plate, and first rod sleeves are welded at equal intervals to the bottom of the first support plate. A second support plate is welded to the top of the lower clamping plate, and second rod sleeves are welded at equal intervals to the top of the second support plate. The upper and lower clamping plates are fixed to the top and bottom of the galvanized steel door panel through the convex grooves. Multiple first rod sleeves are inserted into the second rod sleeves, and shafts are sleeved within the first and second rod sleeves. This design connects the galvanized steel door panels together while facilitating their rotation and bending, resulting in a large bending angle and high connection strength.

This application relates to the field of gasket processing technology, and in particular to a pull-ear reversing device for processing sealing gaskets. The device includes a frame, a push column, and a bending seat. The bending seat has an aluminum foil cavity adapted to an aluminum foil layer and a pull-ear cavity adapted to a pull-ear. The bottom inner wall of the pull-ear cavity is higher than the bottom inner wall of the aluminum foil cavity, forming a bending surface on the inner wall of the aluminum foil cavity near the pull-ear cavity. The push column is adapted to slide and insert into the aluminum foil cavity to press the aluminum foil layer. The cut aluminum foil is placed entirely within the bending seat cavity, with its front facing the push column. The aluminum foil layer is located in the aluminum foil cavity, and the pull-ear is located in the pull-ear cavity. The push column moves downward and inserts into the aluminum foil cavity, causing the aluminum foil layer to abut against the bottom inner wall of the aluminum foil cavity. Simultaneously, the pull-ear bends upward under the combined action of the bending surface and the outer wall of the push column. Subsequently, the push column moves upward and returns to its original position, forming a crease at the connection between the pull-ear and the aluminum foil layer, effectively reducing the possibility of the pull-ear bending downward.

The invention relates to the technical field of additive manufacturing equipment. The closed type environment-friendly charging and mixing device for ceramic 3D printing large-scale production comprises a base, a stirring bin, a stirring device and a top cover, the top cover and the stirring bin are closed to form a closed space, and the requirement for environment-friendly production is met. The stirring device is composed of a driving device, a movable device and an adjusting device, and the driving device, the movable device and the adjusting device cooperatively construct a multi-dimensional three-dimensional stirring flow field. The driving device provides double transmission power, the movable device achieves accurate power transmission and stirring track fine adjustment, and the adjusting device can flexibly adjust the stirring posture and the material contact range. Through multi-component linkage, ceramic powder is effectively prevented from sinking to the bottom and caking, the mixing requirements of materials with different viscosities are met, the material mixing uniformity and the production continuity are improved, the maintenance cost and the material waste are reduced, the structure is stable and reliable, the device is suitable for ceramic 3D printing large-scale production, and good practicability and popularization value are achieved.

The application provides a metal plate bending fatigue test device, relates to the technical field of bending fatigue test auxiliary, and comprises a gantry, a test device support, a test pressure applying assembly and two bearing assemblies, the test pressure applying assembly comprises a hydraulic push rod, a T-shaped plate, a rotary air cylinder, an adjustable pressure applying piece and a roller assembly; the two bearing assemblies each comprise a supporting round rod, a cross rod seat and a vertical plate seat, two round rollers are arranged between the two supporting round rods, and the two ends of the two round rollers are each provided with a ratchet wheel assembly; the technical key points are that the adjustable pressure applying piece and the roller assembly are driven by the T-shaped plate to move to the bottom through the hydraulic push rod, the adjustable pressure applying piece drives the roller assembly to rotate through the rotary air cylinder, the sample plate is supported by the supporting round rod and the round roller, pressure is applied when the roller assembly rolls at the center of the top of the sample plate, the bending angle of the sample plate is expanded, data acquisition during subsequent sample fatigue test is facilitated, and basic requirements of simulation working conditions are provided.