阅读说明：本技术 一种折叠式储物柜的结构 (Structure of folding storage cabinet ) 是由 严能进 于 2019-10-27 设计创作，主要内容包括：本发明是一种折叠式储物柜的结构,包括背板、侧板、门板、连接柱、底板和顶板,其特征是：所述的背板包括中柱、左背板、右背板和连接柱,所述的中柱的凹槽分别与左背板和右背板的半圆环体铰接,并且左背板和右背板可以在中柱上实现对折；所述的两个侧板的背板连接框的凹槽分别与左背板和右背板的半圆环体铰接,并且两个侧板可以分别折叠到左背板和右背板上,门板连接框的半圆环体分别与门板的凹槽铰接,所述的底板和顶板的纵向横框分别与侧板的横框的圆孔通过圆柱连接。其有益效果是：背板可以对折,背板与侧板、侧板与门板采用线性铰接,使用时只要展开、通过简单连接就可以使用、接近成品化销售。(The invention relates to a structure of a folding storage cabinet, which comprises a back plate, side plates, a door plate, a connecting column, a bottom plate and a top plate, and is characterized in that: the back plate comprises a center post, a left back plate, a right back plate and a connecting post, the groove of the center post is respectively hinged with the semicircular ring bodies of the left back plate and the right back plate, and the left back plate and the right back plate can be folded on the center post; the groove of the back plate connecting frame of the two side plates is respectively hinged with the semicircular ring bodies of the left back plate and the right back plate, the two side plates can be respectively folded on the left back plate and the right back plate, the semicircular ring bodies of the door plate connecting frame are respectively hinged with the groove of the door plate, and the longitudinal transverse frames of the bottom plate and the top plate are respectively connected with the round holes of the transverse frames of the side plates through cylinders. The beneficial effects are as follows: the back plate can be folded in half, the back plate and the side plates, and the side plates and the door plate are hinged in a linear mode, and can be used as long as they are unfolded during use and can be used through simple connection, which is close to the finished product sale.)

1. The utility model provides a structure of foldable locker, includes backplate, curb plate, door plant, spliced pole, bottom plate and roof, characterized by: the back plate comprises a center post, a left back plate, a right back plate and a connecting post, the groove of the center post is respectively hinged with the semicircular ring bodies of the left back plate and the right back plate, and the left back plate and the right back plate can be folded on the center post; the groove of the back plate connecting frame of the two side plates is respectively hinged with the semicircular ring bodies of the left back plate and the right back plate, the two side plates can be respectively folded on the left back plate and the right back plate, the semicircular ring bodies of the door plate connecting frame are respectively hinged with the groove of the door plate, and the longitudinal transverse frames of the bottom plate and the top plate are respectively connected with the round holes of the transverse frames of the side plates through cylinders.

2. The structure of a folding stowage container of claim 1, wherein: the middle column is provided with a cavity in the middle, and two sides of the middle column are respectively provided with a linear hinge structure consisting of a groove with a chord parallel to the circle center and a small groove opposite to the groove.

3. The structure of a folding stowage container of claim 1, wherein: the left back plate consists of a vertical frame, a transverse frame and a clamping plate, the vertical frame and the transverse frame form a rectangular frame connecting clamping plate, and one side of the vertical frame is respectively provided with a linear hinge structure consisting of a semicircular ring body and a semicircular groove with the same center.

4. The structure of a folding stowage container of claim 1, wherein: the side plate consists of a back plate connecting frame, a door plate connecting frame, a transverse frame and a clamping plate, and the back plate connecting frame, the door plate connecting frame and the transverse frame form a rectangular frame connecting clamping plate.

5. The structure of a folding stowage container of claim 1, wherein: the door plate comprises a side plate connecting frame, a door frame, a transverse frame and clamping plates, wherein the side plate connecting frame, the door frame and the transverse frame form a rectangular frame connecting clamping plate.

6. The structure of a folding stowage bin of claim 4, wherein: one side of the backboard connecting frame is provided with a linear hinge structure which is composed of a groove with a chord parallel to the circle center and a small groove opposite to the groove.

7. The structure of a folding stowage bin of claim 4, wherein: one side of the door plate connecting frame is provided with a linear hinge structure consisting of a semicircular ring body, a silica gel strip on the semicircular ring body and a semicircular groove with the same center of circle.

8. The structure of a folding stowage bin of claim 5, wherein: one side of the side plate connecting frame is provided with a linear hinge structure which is composed of a groove with a string parallel to the circle center, a silica gel strip on the groove and a small groove opposite to the groove.

Technical Field

The invention belongs to the technical field of furniture, and particularly relates to a structure technology of a folding storage cabinet.

Background

The existing storage cabinets (including wardrobe, cabinet, bathroom cabinet, shoe cabinet, bookcase, etc.) made of aluminum alloy section bars sold in the market generally comprise: backplate, curb plate, bottom plate, roof, plywood and door plant (vertical hinged door), backplate and curb plate and bottom plate are connected by trinity connecting piece with the roof, and the door plant adopts hinged joint with the curb plate. In order to reduce the transportation cost and avoid damage, flat plate type packaging is generally adopted for sale. The disadvantages are then: not as a finished product, but as a semi-finished product. The semi-finished product becomes a finished product because the consumer needs to connect a large number of connectors and screws.

Disclosure of Invention

The invention aims to provide a structure of a folding storage cabinet, wherein a back plate can be folded in half, the back plate and a side plate, and the side plate and a door plate are hinged in a linear mode, and the structure can be used by unfolding and simply connecting when in use and is close to finished product sale.

In order to achieve the purpose, the technical solution of the invention is as follows: a structure of a folding storage cabinet is shown in figure 1, a transverse sectional view 2 and a vertical sectional view 3 and comprises a back plate, side plates, a door plate, a connecting column, a bottom plate and a top plate. It is clear that also laminates and, if necessary, also vertical partitions are required. Since the deck and vertical partitions can be connected to the side panels using known techniques. Outlined. The back plate is shown in a sectional view of fig. 4 and comprises a center pillar, a left back plate, a right back plate and a connecting column. The center post is shown in cross-section in fig. 5, with a cavity in the middle. Plugs can be arranged at two ends of the cavity, and cylinders or fasteners can be arranged on the plugs and connected with the bottom plate and the top plate. Two sides of the hinge are respectively provided with a linear hinge structure consisting of a groove with a chord parallel to the circle center and a small groove opposite to the groove. The left back plate is composed of a vertical frame, a horizontal frame and a clamping plate as shown in a sectional view 6. One side of each vertical frame is provided with a linear hinge structure consisting of a semi-circular ring body and a concentric semi-circular groove, and the linear hinge structure is hinged with the linear hinge structure of the middle column through a connecting column. The mullion has a closed cavity therein for receiving corner connectors. The basic structure of the transverse frame is the same as that of the vertical frame, but no linear hinge structure is provided. Outlined. The vertical frame and the transverse frame form a rectangular frame, the edges of the clamping plates are connected, and the vertical frame and the transverse frame are fixedly connected through corner connectors. The right back plate and the left back plate have the same structure. Outlined. The connecting column is a strip-shaped cylinder. The recess of center pillar articulated with the semicircle ring body of left backplate and right backplate respectively (realize articulated through inserting the spliced pole in the three-quarter round hole that little recess and semicircle groove are constituteed) to left backplate and right backplate can realize the fifty percent discount on the center pillar.

The side plate is shown in a sectional view 7 and consists of a back plate connecting frame, a door plate connecting frame, a transverse frame and a clamping plate. One side of the backboard connecting frame is provided with a linear hinge structure which is composed of a groove with a chord parallel to the circle center and a small groove opposite to the groove. The back plate connecting frame is internally provided with a closed cavity for installing the corner connector. One side of the door plate connecting frame is provided with a linear hinge structure consisting of a semicircular ring body, a silica gel strip on the semicircular ring body and a semicircular groove with the same center of circle, and the linear hinge structure is hinged with the linear hinge structure of the door plate through a connecting column. The door plate connecting frame is internally provided with a closed cavity for installing the corner connector. The transverse frame has the same basic structure as the door panel connecting frame, and has no linear hinge structure. Outlined. The backboard connecting frame, the door plate connecting frame and the transverse frame form a rectangular frame, the edges of the clamping plates are connected, and the backboard connecting frame, the door plate connecting frame and the transverse frame are fixedly connected through corner connectors.

The door plate is shown in a sectional view of fig. 8 and comprises a side plate connecting frame, a door frame, a transverse frame and a clamping plate. One side of the side plate connecting frame is provided with a linear hinge structure which is composed of a groove with a string parallel to the circle center, a silica gel strip on the groove and a small groove opposite to the groove. A closed cavity is formed in the side plate connecting frame and used for mounting the corner connectors. The door frame is provided with a closed cavity for installing the corner connectors. The structure of the transverse frame is the same as that of the door frame. Outlined. The side plate connecting frame, the door frame and the transverse frame form a rectangular frame, the edges of the clamping plates are connected, and the side plate connecting frame, the door frame and the transverse frame are fixedly connected through corner connectors.

The connecting column is a strip-shaped cylinder.

The bottom plate is composed of a longitudinal transverse frame, a transverse frame and a clamping plate as shown in fig. 9. The longitudinal transverse frame and the transverse frame are the same as the door frame structure. Outlined. The round holes on the longitudinal transverse frame are connected with cylinders (such as wood plugs) and are connected with the round holes of the transverse frame of the side plate through the cylinders. The transverse frame is provided with a round hole for connecting a cylinder of a center post of the back plate. The longitudinal transverse frame and the transverse frame form a rectangular frame, the edges of the clamping plates are connected, and the fixed connection is realized through corner connectors.

The top plate and the bottom plate have the same structure. Outlined.

The back plate, the side plates and the connecting column are connected and in a folded state as shown in a sectional view 10, and the two side plates are hinged with the left back plate and the right back plate through the connecting column respectively. And may be folded onto the left and right back panels, respectively. Then the left back plate and the right back plate are folded in half on the middle column to form a folded body. The door plate, the bottom plate and the top plate are superposed on the folding body to realize flat plate packaging.

The connection of the back plate, the side plates, the door plate, the connecting column, the bottom plate and the top plate is shown in figure 1, a transverse sectional view 2 and a vertical sectional view 3, the grooves of the back plate connecting frames of the two side plates are respectively hinged with the semicircular rings of the left back plate and the right back plate (the connecting column is inserted into a three-quarter round hole formed by the small groove and the semicircular groove to realize the hinging), and the two side plates can be respectively folded on the left back plate and the right back plate; the semicircular ring bodies of the door panel connecting frames are respectively hinged with the grooves of the door panel (the connection columns are inserted into three-quarter round holes formed by the semicircular grooves and the small grooves to realize the hinging). The longitudinal transverse frames of the bottom plate and the top plate are respectively connected with the round holes of the transverse frames of the side plates through cylinders.

Obviously, the technical scheme can be applied to the storage cabinet made of the aluminum alloy section bar as well as the plastic section bar or the bamboo-wood fiberboard section bar. Meanwhile, the aluminum alloy partition plate can also be applied to products such as tables, household dryer shells, room partitions and the like, and aluminum alloy partitions of steamships and the like. Meanwhile, the linear hinge structure can be replaced by other similar structures in the prior art. Such a simple transformation should fall within the scope of protection of the present solution.

After the scheme is adopted, the invention has the beneficial effects that: the back plate can be folded in half, the back plate and the side plates, and the side plates and the door plate are hinged in a linear mode, and the back plate can be used and sold close to a finished product by unfolding and simply connecting during use.

Drawings

Figure 1 is a schematic view of an assembly of the present invention.

Figure 2 is a transverse cross-sectional view of the combination of the present invention.

Fig. 3 is a vertical cross-sectional view of the combination of the present invention.

FIG. 4 is a schematic cross-sectional view of a back plate of the present invention.

FIG. 5 is a schematic cross-sectional view of a column according to the present invention.

FIG. 6 is a schematic cross-sectional view of the left back plate of the present invention.

Fig. 7 is a schematic cross-sectional view of a side panel of the present invention.

FIG. 8 is a schematic cross-sectional view of a door panel of the present invention.

Fig. 9 is a schematic view of the base plate of the present invention.

Fig. 10 is a schematic cross-sectional view of the back panel, side panels and connecting posts of the present invention connected and folded.

Description of reference numerals:

10. a back plate; 11. a center pillar; 111. a cavity; 112. a groove; 113. a small groove; 12. a left back panel; 121. a mullion; 122. a splint; 123. a semi-torus; 124. a semicircular groove; 125. sealing the cavity; 13. a right back panel; 14. connecting columns; 20. a side plate; 21. a back plate connecting frame; 22. a door panel connecting frame; 23. a splint; 24. a groove; 25. a small groove; 26. sealing the cavity; 27. a semi-torus; 28. a semicircular groove; 29. sealing the cavity; 30. a door panel; 31. the side plate is connected with the frame; 32. a door jamb; 33. a splint; 34. a groove; 35. a silica gel strip; 36. a small groove; 37. sealing the cavity; 38. sealing the cavity; 40. connecting columns; 50. a base plate; 51. a longitudinal transverse frame; 52. a transverse frame; 53. a splint; 54. a cylinder; 55. a circular hole; 60. a top plate.

Detailed Description

Example (b):

a structure of a folding storage cabinet is shown in figure 1, a transverse sectional view 2 and a vertical sectional view 3 and comprises a back plate 10, side plates 20, a door plate 30, a connecting column 40, a bottom plate 50 and a top plate 60. The back plate 10 is shown in a sectional view in fig. 4, and includes a center pillar 11, a left back plate 12, a right back plate 13, and a connecting column 14. The center pillar 11 is shown in cross-section in fig. 5, with a cavity 111 in the middle. Plugs may be provided at both ends of the cavity 111. Two sides of the hinge are respectively provided with a linear hinge structure consisting of a groove 112 with a chord parallel to the circle center and a small groove 113 opposite to the groove 112. The left back plate 12 is shown in cross section in fig. 6 and is composed of a vertical frame 121, a horizontal frame and a clamping plate 122. One side of the mullion 121 is provided with a linear hinge structure consisting of a semicircular ring body 123 and a semicircular groove 124 with a same center. The mullion 121 has an enclosed cavity 125 therein. The horizontal frame is the same basic structure as the vertical frame 121, except that there is no linear hinge structure. Outlined. The vertical frames 121 and the horizontal frames form a rectangular frame connecting clamping plate 122, and are fixedly connected through corner connectors. The right back plate 13 and the left back plate 12 have the same structure. Outlined. The connecting column 14 is a strip cylinder. The groove 112 of the center pillar 11 is hinged with the semicircular ring bodies of the left back plate 12 and the right back plate 13, and the left back plate 12 and the right back plate 13 can be folded in half on the center pillar 11.

The side panel 20 is composed of a back panel connection frame 21, a door panel connection frame 22, a horizontal frame and a clamping plate 23, as shown in the sectional view of fig. 7. One side of the back plate connecting frame 21 is provided with a linear hinge structure which is composed of a groove 24 with a chord parallel to the circle center and a small groove 25 opposite to the groove 24. The back plate connection frame 21 has a closed cavity 26 therein. One side of the door panel connecting frame 22 is provided with a linear hinge structure consisting of a semicircular ring body 27, a silica gel strip on the semicircular ring body 27 and a semicircular groove 28 with the same center. The door panel connecting frame 22 has a closed cavity 29 therein. The transverse frame is of the same basic construction as the door panel connecting frame 22, except that there is no linear hinge. Outlined. The back plate connecting frame 21, the door plate connecting frame 22 and the transverse frame form a rectangular frame connecting clamping plate 23 and are fixedly connected through corner connectors.

The door panel 30 is composed of a side panel connecting frame 31, a door frame 32, a horizontal frame and a clamping plate 33, as shown in the sectional view of fig. 8. One side of the side plate connecting frame 31 is provided with a linear hinge structure which is composed of a groove 34 with a chord parallel to the circle center, a silica gel strip 35 on the groove 34 and a small groove 36 opposite to the groove 34. The side panel attachment frame 31 has an enclosed cavity 37 therein. The door frame 32 has an enclosed cavity 38. The horizontal frame has the same structure as the door frame 32. Outlined. The side plate connecting frame 31, the door frame 32 and the transverse frame form a rectangular frame connecting clamping plate 33, and the rectangular frame connecting clamping plate is fixedly connected through corner connectors.

The connecting column 40 is a strip cylinder.

The base plate 50 is composed of a longitudinal horizontal frame 51, a horizontal frame 52 and a clamping plate 53, as shown in fig. 9. The longitudinal transverse frame 51 and the transverse frame 52 have the same structure as the door frame 32. Outlined. The round hole on the longitudinal transverse frame 51 is connected with a cylinder 54. The transverse frame 52 is provided with a round hole 55. The longitudinal transverse frame 51 and the transverse frame 52 form a rectangular frame, are connected with the edges of the clamping plates 53 and are fixedly connected through corner connectors.

The top plate 60 is identical in structure to the bottom plate 50. Outlined.

The back plate 10, the side plates 20 and the connecting column 40 are connected and in a folded state as shown in a sectional view of fig. 10, and the two side plates 10 are respectively hinged with the left back plate 12 and the right back plate 13 through the connecting column 40. And are folded onto the left back panel 12 and the right back panel 13, respectively. And then folded in half on the center pillar 11 following the left and right back panels 12 and 13 to form a folded body. The door panel 30, the bottom panel 50 and the top panel 60 are stacked on the folded body to realize a flat panel package.

The back plate 10, the side plates 20, the door panel 30, the connecting column 40, the bottom plate 50 and the top plate 60 are connected as shown in fig. 1, a transverse sectional view 2 and a vertical sectional view 3, the grooves 24 of the back plate connecting frames 21 of the two side plates 20 are respectively hinged with the semicircular ring bodies 123 of the left back plate 12 and the right back plate 13, and the two side plates 20 can be respectively folded onto the left back plate 12 and the right back plate 13; the semicircular rings 27 of the door panel connecting frame 22 are respectively hinged with the grooves 34 of the door panel 30. The longitudinal transverse frame 51 of the bottom plate 50 is connected with the round hole of the transverse frame of the side plate 20 through a column 54.