Seat structure for supporting an assembly from underneath
A seat structure is provided for disposing below an assembly in order to support the assembly from underneath. The assembly has a base portion formed with an opening. The seat structure includes a bottom seat for placing within the opening in the base portion and a plurality of flexible connecting elements. Each flexible connecting element includes an outer bent end connected to a periphery confining the opening in the base portion, an inner bent end connected to the bottom seat and a main body between the outer and inner bent ends. The vibration of the assembly is absorbed by the seat structure to provide stability to the assembly.
1. A seat structure for supporting an electric device from underneath, the electric device having a base portion formed with an opening, the seat structure comprising:
a bottom seat for placement within the opening in the base portion; and
a plurality of flexible connecting elements, each including an outer bent end connected to a periphery confining the opening in the base portion, an inner bent end connected to said bottom seat and a main body between said outer and inner bent ends;
wherein said bottom seat further includes:
a carrier disc having an outer peripheral portion connected to said inner bent end of each of said flexible connecting elements, and
a support leg attached to a bottom side of said carrier disc and adapted to be disposed on a support surface in order to support the electric device from underneath.
2. The seat structure according to claim 1 , wherein the electric device has a retention flange extending downwardly from the periphery confining the opening in the base portion for enclosing a top section of said support leg, thereby enhancing stability of the assembly on said support leg.
3. The seat structure according to claim 2 , wherein said support leg is made from flexible material.
4. The seat structure according to claim 1 , further comprising an adhesive layer via which said support leg is attached to said bottom side of said carrier disc.
5. The seat structure according to claim 1 , wherein said support leg and said carrier disc are fabricated by an injection process such that said support leg is integrally formed with said bottom side of said carrier disc.
6. The seat structure according to claim 1 , wherein the electric device includes an outer casing defining the base portion, which is formed integrally with said flexible connecting elements.
7. The seat structure according to claim 1 , wherein said outer bent end expands gradually from said main body toward the periphery confining the opening in the base portion.
8. The seat structure according to claim 1 , wherein the opening in the base portion is circle-shaped, said bottom seat being circle-shaped in order to complement with the opening in the base portion.
9. The seat structure according to claim 1 , wherein the electric device further has a bottom plate disposed within an interior thereof above the base portion, the seat structure further comprising a stop member seated on a top side of said bottom seat, disposed below and spaced from the bottom plate of the assembly by a gap that defines a deformation range of said bottom seat such that said bottom seat deforms within said gap in order to absorb vibration of the electric device.