Bed assembly having a shelter

BACKGROUND OF THE INVENTION

The present invention relates to a bed assembly. More particularly, the present invention relates to a bed assembly which has a shelter.

A conventional bed does not have a shelter. When an earthquake occurs, people cannot hide in the shelter. Therefore, a furniture may fall down to hurt people in a bedroom while a large earthquake occurs.

SUMMARY OF THE INVENTION

An object of the present invention is to provide a bed assembly which has a shelter to protect people while a large earthquake occurs.

Accordingly, a bed assembly comprises a shelter, a hollow casing enclosing the shelter, and a cushion panel disposed on the hollow casing. The hollow casing has an opening, a plurality of periphery holes, a large number of vent holes, and four hollow positioning seats receiving four threaded rods. Four reinforced panels are fastened on four sides of the hollow casing. Each of the reinforced panels has a large number of vent apertures. The shelter has two transverse steel plates and four longitudinal steel plates. Each of the transverse steel plates has a plurality of reinforced bars, a plurality of threaded holes, and a plurality of round holes receiving a plurality of threaded posts. Each of the longitudinal steel plates has a plurality of round apertures, a plurality of reinforced ribs, and a large number of through holes.

In accordance with a first preferred embodiment of the present invention, a bed assembly comprises a shelter, a hollow casing enclosing the shelter, and a cushion panel disposed on the hollow casing. The hollow casing has an opening, a plurality of periphery holes, a large number of vent holes, and four hollow positioning seats receiving four threaded rods. Four reinforced panels are fastened on four sides of the hollow casing by a plurality of screws. The screws pass through the vent holes of the hollow casing. Each of the reinforced panels has a large number of vent apertures. The shelter has two transverse steel plates and four longitudinal steel plates. Each of the transverse steel plates has a plurality of reinforced bars, a plurality of threaded holes, and a plurality of round holes receiving a plurality of threaded posts. Each of the longitudinal steel plates has a plurality of round apertures, a plurality of reinforced ribs, and a large number of through holes. A headboard is disposed on a front portion of the hollow casing. Two protection bars are disposed on two of the reinforced panels. Two foamed plastics plates are disposed in the shelter. Four nuts are disposed on a bottom of the shelter to engage with the threaded posts. One of the longitudinal steel plates has a slot receiving a folding door. The folding door has a magnet and a handle. A first cabinet is disposed on a first lateral of the hollow casing. A second cabinet is disposed on a second lateral of the hollow casing. An emergency electric power source is disposed in the shelter. The emergency electric power source comprises a socket, a lamp, and a horn.

In accordance with a second preferred embodiment of the present invention, a bed assembly comprises two shelters, a hollow casing enclosing the shelters, and a cushion panel disposed on the hollow casing. A channel is formed between the shelters and communicated with the shelters. The hollow casing has an opening. A headboard is disposed on a front portion of the hollow casing. A plurality of foamed plastics plates are disposed in the shelters. Each longitudinal steel plate has a slot receiving a folding door. Each longitudinal steel plate is adjacent to the respective foamed plastics plate. A first cabinet is disposed on a first lateral of the hollow casing. A second cabinet is disposed on a second lateral of the hollow casing.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1

is a perspective exploded view of a bed assembly of a preferred embodiment in accordance with the present invention;

FIG. 2

is a perspective assembly view of a bed assembly of a preferred embodiment disposed in a bedroom;

FIG. 3

is a schematic view illustrating a user protected by a shelter of a preferred embodiment in accordance with the present invention;

FIG. 4

is a perspective assembly view of a bed assembly of another preferred embodiment in accordance with the present invention;

FIG. 5

is a sectional assembly view of a bed assembly of another preferred embodiment in accordance with the present invention; and

FIG. 5A

is a sectional assembly view of a foamed plastics panel and a longitudinal steel plate.

DETAILED DESCRIPTION OF THE INVENTION

Referring to

FIGS. 1

to

3

, a bed assembly comprises a shelter

20

, a hollow casing

40

enclosing the shelter

20

, and a cushion panel

10

disposed on the hollow casing

40

.

The hollow casing

40

has an opening

28

, a plurality of periphery holes

41

, a large number of vent holes

401

, and four hollow positioning seats

44

receiving four threaded rods

45

.

Four reinforced panels

46

are fastened on four sides of the hollow casing

40

by a plurality of screws

42

. The screws

42

pass through the periphery holes

41

of the hollow casing

40

. Each of the reinforced panels

46

has a large number of vent apertures

462

.

The shelter

20

has two transverse steel plates

21

and four longitudinal steel plates

22

.

Each of the transverse steel plates

21

has a plurality of reinforced bars

23

, a plurality of threaded holes

43

receiving the screws

42

, and a plurality of round holes

25

receiving a plurality of threaded posts

26

.

Each of the longitudinal steel plates

22

has a plurality of round apertures

251

, a plurality of reinforced ribs

24

, and a large number of through holes

460

.

A headboard

32

is disposed on a front portion of the hollow casing

40

.

Two protection bars

47

are disposed on two of the reinforced panels

46

.

Two foamed plastics plates

39

are disposed in the shelter

20

in order to protect the user.

Four nuts

27

are disposed on a bottom of the shelter

20

to engage with the threaded posts

26

.

One of the longitudinal steel plates

22

has a slot

28

receiving a folding door

29

. The folding door

29

has a magnet

30

and a handle

31

.

A first cabinet

33

is disposed on a first lateral of the hollow casing

40

. A second cabinet

34

is disposed on a second lateral of the hollow casing

40

.

An emergency electric power source

35

is disposed in the shelter

20

. The emergency electric power source

35

comprises a socket

38

, a lamp

36

, and a horn

37

.

Referring to

FIGS. 1 and 2

again, four threaded rods

45

fasten the hollow casing

40

on a floorboard F. When an earthquake occurs, the user can open the folding door

29

to enter the shelter

20

. The folding door

29

should face a wall W.

Referring to

FIGS. 4

,

5

, and

5

A, another bed assembly comprises two shelters

20

, a hollow casing

40

enclosing the shelters

20

, and a cushion panel

10

disposed on the hollow casing

40

. A channel

48

is formed between the shelters

20

and communicated with the shelters

20

. The hollow casing

40

has an opening

28

.

A headboard

32

is disposed on a front portion of the hollow casing

40

.

A plurality of foamed plastics plates

39

are disposed in the shelters

20

in order to protect the user.

Each longitudinal steel plate

22

has a slot

28

receiving a folding door

29

. Each longitudinal steel plate

22

is adjacent to the respective foamed plastics plate

39

.

A first cabinet

33

is disposed on a first lateral of the hollow casing

40

. A second cabinet

34

is disposed on a second lateral of the hollow casing

40

.

The users can enter two shelters

20

easily and can communicate with each other via the channel

48

.

The present invention is not limited to the above embodiments but various modification thereof may be made. Furthermore, various changes in form and detail may be made without departing from the scope of the present invention.