TH627C3 - Suction for installation - Google Patents

Abstract

The mounting suction cup is optimized for mounting on a flat surface. And that consists of a suction device (1), a central assembly (20) and a rotation control (30). When the rotation control (30) is rotated The middle part of the suction device (10) will be drawn. Leaving a flat surface, which creates some vacuum space. The center assembly (20) pushes the circumference edge of the suction device (10) downwards, the outer circumference of the swivel control (30) extends beyond the suction device boundary (10) so that the outer circumference. The gyroscope (30) can touch a flat surface and will transmit force from an object suspended on the mounting suction cup.

Claims (9)

1. The mounting sucker incorporates a suction device (10) optimized for touching flat surfaces by sealing. Where the suction device (10) consists of a suction pad (11) touching a flat surface and a threaded protrusion (12) that is upright on the suction pad (11), the middle assembly (20) is Installed on suction device (10) and with formed pressing edge (22) around circumference of center assembly (20) to evenly press suction pad (11). To make the suction device (10) firmly adhered to a flat surface and the swivel control (30) is optimized to weld with the suspension rail and to close. Center assembly (20) and suction device (10) Swivel regulator (30) with tubing (31) formed in center of rotation controller (30) to pass through center assembly (20). ) With a movable and with screw thread holes (311) to accommodate the threaded protrusions (12) of the suction device (10) and the externally formed casing head (33) on the swivel regulator ( 30) to weld With another hanging rail Where in the first position The middle assembly (20) is spaced out from the swivel control (30) and the suction device (10) is closer to a flat surface (40), and in the second position the center assembly ( 20) will be drawn closer to the spin regulator (30) and the suction device (10) will be spaced off the flat surface so that some vacuum will be induced. Between the suction device (10) and a smooth surface for a sealed bond. 2. Sucker for installation, as requested in claim 1, where the swivel regulator (30) is a shallow dome with several scallop-shaped recesses (34) fixed in the floor. External surface of the dial (30) to make the mounting path easily rotated. 3. Sucker for installation, as requested in claim 1, where the swivel controller (30) has multiple cut-off sections (35), fixed in the external surface of the controller. Turning (30) so that the seal between the suction pad (11) and the flat surface can be easily broken if necessary. 4. Sucker for installation, as requested in claim 2, where the swivel control (30) will also be assembled with several cut-out sections (35) located in the far end of the bay. Scallop shape (34), respectively, so that the seal between the suction plate (11) and the flat surface can be fractured. Easily if necessary 5.Suppliers for installation, as in claim 1, where the center assembly (20) also includes an annular support area (23) at the center, the center assembly (20). ) The support area (23) is passed a uniform press from the swivel regulator (30) to the suction device (10) when the spinning regulator (30) is screwed onto a flat surface (40). 6.Suppliers for installation, such as claims in claim 2, where the center assembly (20) will also include an annular support area (23) at the center of the center assembly (20). ) The support area (23) is passed a uniform press from the swivel regulator (30) to the suction device (10) when the spinning regulator (30) is screwed onto a flat surface (40). 7.Supps for installation, as in claim 3, where the center assembly (20) will also include a ring-shaped support area (23) at the center of the center assembly (20). ) The support area (23) is passed a uniform press from the swivel regulator (30) to the suction device (10) when the spinning regulator (30) is screwed onto a flat surface (40). 8. Sucker for installation, as is claimed in claim 1, where the suction device (10) will also be equipped with a plate (13) fixed at the base of the threaded protrusion (12). To provide the strength Brazing between suction pads (11) and helical overhangs (2) to avoid breakage. Between the above parts 9. Sucker for installation, as is claimed in claim 2, where the suction device (10) will also be equipped with a plate (13) fixed at the base of the threaded protrusion (12). To provide the strength Brazing between the suction pad (11) and the helical overhang (2) to avoid Fracture between the above sections 1 0. Sucker for installation, as is claimed in claim 5, where the suction device (10) will also be equipped with a plate (13) fixed at the base of the threaded protrusion (12). To provide welding strength Solder between the suction pad (11) and the helical overhang (12) to avoid breakage between them.