TH26010U - Mobile mounting kit - Google Patents

Abstract

The mobile mounting assembly, as described in this invention, consists of structural posts (1), structural posts (2), structural posts (3), structural posts (4), structural base (5), beam (6), pivot shaft (7), pivot shaft (8), mounting plate (9), vertical pivot screw (10), horizontal pivot screw (11), gears (12), bearing assembly (13). The vertical pivot screw (10) and horizontal pivot screw (11) are connected, with the horizontal pivot screw (11) located on pivot shaft (7), and pivot shaft (8) is used to raise or lower structural posts (1), structural posts (2), structural posts (3), and structural posts (4) to raise or lower the structural base (5) for mounting the merchandise store.

Claims (2)

1. The mobile mounting assembly consists of structural columns (1), structural columns (2), structural columns (3), structural columns (4), structural base (5), beams (6), pivot shafts (7), pivot shafts (8), mounting plates (9), vertical screws (10), horizontal screws (11), gears (12), and bearing sets (13). Its special features are that structural columns (1), structural columns (2), structural columns (3), and structural columns (4) are solid columns with long threads around them, serving as load-bearing columns and mounting mechanisms for lifting the mobile mounting assembly. Structural columns (1), structural columns (2), structural columns (3), and structural columns (4) are attached to the structural base (5), which is rectangular in shape with four sides connected. Inside the structural base (5), beams (6) are connected to the structural base (5) both vertically and horizontally, increasing the strength of the structural base (5). At the ends of the structural base (5), The section attached to the columns, the structure (1), structural column (2), structural column (3), structural column (4) inside is designed to install a rotating shaft (7) on one side and a rotating shaft (8) on the other. The rotating shafts (7) and (8) are long, round rods that act as axes for rotating the lifting mechanism of the base structure (5) to raise or lower it for moving or installing the shop or exhibition booth. Moving from the transport vehicle and installation can be done by one person. The installer uses a drill or electric drill or a rotating device to rotate the ends of the rotating shafts (7) and (8) so that the structural columns (1), structural column (2), structural column (3), and structural column (4) rotate through the vertical screw (10) to lower the four columns to the ground to raise the base structure (5) to the ground and install the shop accessories or shop decorations as required by the operator. The fastening plate (9), the fastening position to support the weight of the base structure (5), is strong and acts as a weight-bearing base connected to the base structure (5) to fasten and support. The weight of the four sides of the base lifting assembly (5) has a vertical rotating screw (10) which is responsible for rotating up or down vertically along the screw to raise or lower the base (5). When the vertical rotating screw (10) receives rotational force from the rotation of the horizontal rotating screw (11), it causes the base lifting screw (5) to rotate. At the top and bottom ends of the vertical rotating screw (10), the inventor has designed bearings to reduce the force of rotation, which will affect the weight transfer of the base (5) while the vertical rotating screw (10) rotates up or down. The vertical rotating screw (10) is a rod with a hole in the middle for insertion into the four base lifting screws (1), (2), (3), and (4). The four vertical rotating screws (10) are attached around the four base lifting screws. Inside there is a screw for rotating the screws to move. On the outside of the vertical rotating screw (10) there is a vertical thread or groove for The outer rotating horizontal screw (11) acts as a rotating thread, which is positioned adjacent to the vertical rotating thread (10). The lifting mechanism's main function is to use the rotation of both the vertical and horizontal threads to rotate the structural posts (1), structural posts (2), structural posts (3), and structural posts (4) up or down as needed for shop or booth installation. The operator must position the shop area precisely to position the posts as needed. While the base structure (5) is on the transport vehicle or other moving equipment, the installer must use a power drill or rotary tool to rotate the rotating shafts (7) and (8), on which the outer rotating shafts (7) and (8) are attached to the horizontal rotating thread (11) in a securing manner to prevent the rotating threads from misaligning with the rotating grooves, which would affect the lifting mechanism. The up-and-down rotation of the structural columns on the outer axis (7) and the outer axis (8) of the innermost structural base (5) is designed to accommodate a gear (12) which serves to hold the bearing assembly (13) located on the axis (7) and the axis (8). The gear (12) is designed to support the installation of a belt chain for rotating the axis (7) and the outer axis (8) by rotating either the axis (7) or the axis (8) on either side. On the inner axis (7) and the axis (8) of the inner structural base (5), the inventor designed to accommodate a bearing assembly (13) which is attached to the axis (7) and the axis (8) and serves to extend and allow the axis (7) and the axis (8) to rotate steadily. There is no jerking or lurching of the pivot shaft (7) and pivot shaft (8), which will cause the structural column (1), structural column (2), structural column (3), and structural column (4) to rotate up and down in a balanced manner when the installer rotates the pivot shaft (7) or pivot shaft (8). 2. Mobile mounting assembly, as per claim 1, in which a vertical screw (10) and a horizontal screw (11) are attached, with the horizontal screw (11) on the pivot (7) and the pivot (8) raising or lowering the structural posts (1), (2), (3), and (4) to raise or lower the base (5) for mounting a merchandise stall or exhibition booth.