Balance beam
AssigneeYinglin Han
InventorQingyong Su
Life of this patent
Estimating the term…
Abstract
The present disclosure may provide a balance beam. The balance beam may include a beam body and one or more support assemblies configured to support the beam body. The beam body may include one or more chambers. Each of the one or more chambers may be configured to accommodate at least a portion of one of the one or more support assemblies. Each of the one or more support assemblies may be connected with the beam body via a first connection. The support assembly may be configured to rotate, through the first connection, along a first rotation axis for moving into the one or more chambers.
Claims18
A balance beam, comprising:
- a beam body including one or more chambers;
- one or more support assemblies configured to support the beam body, wherein
- each of the one or more chambers is configured to accommodate at least a portion of one of the one or more support assemblies,
- each of the one or more support assemblies is connected with the beam body via a first connection, and
- the support assembly is configured to rotate, through the first connection, along a first rotation axis for moving into the one or more chambers;
- and
- one or more auxiliary assemblies, each of the one or more auxiliary assemblies is connected with the beam body via a second connection, and connected with one of the one or more support assemblies via a third connection, the auxiliary assembly is configured to rotate, through the second connection, along a second rotation axis, the second rotation axis being parallel to a minor axis of the beam body.
A balance beam, comprising:
- a beam body;
- one or more support assemblies configured to support the beam body;
- and
- one or more auxiliary assemblies, each of the one or more auxiliary assemblies is connected with the beam body via a second connection, and connected with one of the one or more support assemblies via a third connection, the auxiliary assembly is configured to rotate, through the second connection, along a second rotation axis, the second rotation axis being parallel to a minor axis of the beam body, wherein
- the beam body comprises one or more chambers to accommodate the one or more support assemblies;
- and wherein
- each of the one or more support assemblies includes a main body, the main body being physically connected with the beam body, and
- each of the one or more auxiliary assemblies is configured to adjust a height of the beam body;
- wherein
- the auxiliary assembly includes a slide groove, at least one clamping slot, and a limiting component;
- the limiting component is movably connected with the main body;
- the at least one clamping slot is located at a wall of the slide groove;
- the limiting component and the slide groove are in a slidable connection;
- and
- the height of the beam body is adjusted by clamping the limiting component into one of the at least one clamping slot.
A balance beam, comprising:
- a beam body;
- and
- one or more support assemblies configured to support the beam body, wherein
- each of the one or more support assemblies includes a main body connected with the beam body and a base connected with the main body,
- the beam body includes one or more chambers configured to accommodate at least a portion of the one or more support assemblies, wherein
- the base is accommodated in one of the one or more chambers by detaching the base from the main body via undoing a connection;
- or
- by folding the base into two portions that extend along a major axis of the beam body.
Dependencies are inferred from the claim text.