Bed panel structure

A bed panel structure contains a body including two bed frames and the two bed frames are a left bed frame and a right bed frame. Each bed frame has a plurality of rods defined between an outer support and an inner support, and each inner support has a plurality of through holes and plural screwing orifices, each outer support has a plurality of notches corresponding to the plurality of through holes so that each end of a respective one of a plurality of shafts is retained in each notch via each through hole, and a respective one of a plurality of C-shaped retainers connects with each screwing orifice of the inner supports, thus assembling the body.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to a bed panel structure, and more particularly to a bed body comprised of two symmetrical bed frames.

2. Description of the Prior Art

A conventional bed panel is fixed between a front leg rack and a rear leg rack so as to hold a bed, hence a size of the bed panel is large so as to provide sufficient loading stability. However, such a conventional bed panel is in a large size, thus increasing shipping inconvenience and cost.

Also, the conventional bed panel has a front part and a rear part folded and hinged together, but such a hinge arrangement is fixed on a middle portion of the bed panel, so the middle portion falls and deforms easily after expending the front part and the rear part, thereby decreasing support strength of the conventional bed panel.

SUMMARY OF THE INVENTION

The primary object of the present invention is to provide a bed panel structure that in assembly of a body, two ends of each shaft are retained in any two opposite notches of two bed frames via any two opposite through holes of the two bed frames so as to enhance a loading capacity and a structural stability of the body by increasing two inner supports. In addition, the two inner supports are capable of decreasing force torque of a plurality of rods (i.e., decreasing a half of force torque of the conventional bed panel) so as to enhance loading strength of the plurality of rods and support stability of the bed panel structure.

Further object of the present invention is to provide a bed panel structure in which each C-shaped retainer connects with each screwing orifice after a respective one of plural bolts inserts through any two opposite screwing orifices of the two inner supports and screws with a respective one of a plurality of nuts, such that the two bed frames are connected together, and the each shaft does not disengages from the two bed frames, thus preventing the body from deformation and reinforcing the body.

Another object of the present invention is to provide a bed panel structure in which the body is comprised of the two bed frames so as to save production, packing, and shipping cost and space/size.

To obtain the above objectives, a bed panel structure contains:

A bed panel structure contains a body including two bed frames, and the two bed frames are a left bed frame and a right bed frame. Each bed frame has a plurality of rods defined between an outer support and an inner support, and the inner support has a plurality of through holes and plural screwing orifices, the outer support has a plurality of notches corresponding to the plurality of through holes so that each end of a respective one of plural shafts is retained in each notch via each through hole, and a respective one of a plurality of C-shaped retainers connects with each screwing orifice of the inner support, thus assembling the body.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

A bed panel structure according to a preferred embodiment of the present invention comprises: a body10including two bed frames1, i.e., a left bed frame and a right frame, (as shown inFIG. 1), wherein each bed frame1has a plurality of rods16defined between an outer support14and an inner support11, and each inner support11has a plurality of through holes12and plural screwing orifices13, each outer support14has a plurality of notches15corresponding to the plurality of through holes12so that each end of a respective one of a plurality of shafts2is retained in each notch15via each through hole12, and a respective one of a plurality of C-shaped retainers3connects with each screwing orifice13of the inner supports11, thus assembling the body10(as illustrated inFIG. 2).

In assembly of the body10, two ends of each shaft2are retained in any two opposite notches15of the two bed frames1via any two opposite through holes12of the two bed frames1so as to enhance a loading capacity and a structural stability of the body10. Also, each C-shaped retainer3connects with the each screwing orifice13after a respective one of plural bolts4inserts through any two opposite screwing orifices13of two inner supports11and screws with a respective one of a plurality of nuts41(as shown inFIG. 3), such that the two bed frames1are connected together, and the each shaft2does not disengages from the two bed frames1, thus preventing the body10from deformation and reinforcing the body10.

It is to be noted that a size of the each shaft2is larger than each rod16so as to enhance support strength.

Furthermore, each outer support14has a fixing piece141extending downwardly from end portions thereof, and the fixing piece141has a wedged latch142extending downwardly therefrom and an elongated aperture143defined on a lower end of the fixing piece141(as shown inFIG. 1). Referring further toFIGS. 4 and 5, a leg rack5has at least one wedged recess51so as to retain the fixing piece141, such that the body10connects with the leg rack5, thereby assembling a bed100(such as a single-layer bed or a bunk bed).

Accordingly, the body10is comprised of the two bed frames1so as to save production, packing, and shipping cost and space/size. In addition, the body10is reinforced. Also, a size of the body10is not limited, i.e., the size of the body10is increased by connecting at least two bed frames1together. For example, three bed frames1are connected together to obtain the body10.