Abstract: A method for making a basket includes the following steps. An expanded mesh basket and a frame are previously prepared, wherein the frame has a hollow loop-shaped structure. The expanded mesh basket has a receiving space defined therein and an open end communicating with the receiving space. A flange extends from a periphery of the open end and the frame has an annular slit defined therein for receiving the flange. The expanded mesh basket and the frame are respectively processed to peripherally form a coating, wherein the coating of the expanded mesh basket is different that of the frame. The flange of the expanded mesh basket extends into the ring of slot and the frame is clamp by a mold to securely assembled the expanded mesh basket and frame.

Abstract: A joining connector is provided which can be fitted by the turning part of the frame bar of the shelf board. The joining connector includes a base plate having inner and outer sides. Recessed joining parts are formed on the outer side and define a vertical and a horizontal wall. The vertical wall and horizontal wall can match the outer edge of the turning part of the frame bar. Limiting projections are formed on the outer side of the base plate in a preset concrete shape, and located on a position between but spaced from the vertical and horizontal walls of the recessed joining part, so that the turning part of the frame bar can be pushed and fitted into the recessed joining part from the direction of the outer side of the base plate, and the limiting projection can correspondingly limit the inner edge of the turning part.

Abstract: A joining connector is provided which can be fitted by the turning part of the frame bar of the shelf board. The joining connector includes a base plate having inner and outer sides. Recessed joining parts are formed on the outer side and define a vertical and a horizontal wall. The vertical wall and horizontal wall can match the outer edge of the turning part of the frame bar. Limiting projections are formed on the outer side of the base plate in a preset concrete shape, and located on a position between but spaced from the vertical and horizontal walls of the recessed joining part, so that the turning part of the frame bar can be pushed and fitted into the recessed joining part from the direction of the outer side of the base plate, and the limiting projection can correspondingly limit the inner edge of the turning part.

Abstract: The present invention provides a magnetic doorstop, which is attached to the multidirectional joint of the existing sectional shelf. The doorstep includes a block type main part, which is of block type and has an mounting end and a holder; a clamp mouth, which is concave on the mounting end of the main part and displays a v-shape; and a magnetic part set on the holder of the main part. The magnetic doorstop can clamp the edge of corner recess of a multidirectional joint by the clamp mouth, and when the flexible door piece pivots to close, the magnetic part on the holder of the holding magnetic doorstop attracts the magnet at one corner of the frame bar of the flexible door piece and holds it. Thus, the flexible door piece can be held close.

Abstract: The present invention provides a magnetic doorstop, which is attached to the multidirectional joint of the existing sectional shelf. The doorstep includes a block type main part, which is of block type and has an mounting end and a holder; a clamp mouth, which is concave on the mounting end of the main part and displays a v-shape; and a magnetic part set on the holder of the main part. The magnetic doorstop can clamp the edge of corner recess of a multidirectional joint by the clamp mouth, and when the flexible door piece pivots to close, the magnetic part on the holder of the holding magnetic doorstop attracts the magnet at one corner of the frame bar of the flexible door piece and holds it. Thus, the flexible door piece can be held close.

Abstract: The present invention provides a sectional shelf including vertical support members and the metal wire shelf units transversely assembled between the support members. The shelf unit is made up of the metal wire frames and the flexible shelf board. Threaded rods are protruding at two positions in the spacing of two opposite sides of the shelf units, and on the support member, through holes are set, which have studs made up of convex pipe, a screw hole and a diameter-expanding end cap. The convex pipe crosses the through hole, the end cap connects to the outer side of the support member, and the screw hole is for the protruding threaded rods of the shelf unit inserting into the stud.