JP3186806U - Connecting pole structure of modular cupboard device - Google Patents

Abstract

A connecting pole structure for a modular cup board device is provided.
A connecting pole structure of a modular cupboard device is provided between two cupboard outer plate members (21, 22). Second assembled surfaces 212, 222 located on the opposite side of the surface, internal plate surfaces 213, 223 provided between the first assembled surface and the second assembled surface, and between the first assembled surface and the second assembled surface And external plate surfaces 214 and 224 provided on the back surface of the internal plate surface. The connecting poles are a first series contact pole plane 31 provided on the first assembled surface of any one of the cupboard outer plate members, and a second provided on the first assembled surface of the other cupboard outer plate member. The connecting pole plane 32 includes an inner arc surface 33 which is provided between the first connecting pole plane and the second connecting pole plane and is joined between the inner plate surfaces of the two cupboard outer plate members. Thereby, each end angle of the internal space exhibits an arc shape, and the convenience of organizing the cupboard internal space is enhanced.
[Selection] Figure 2

Description

  The present invention relates to a connecting pole structure of a modular cupboard apparatus.

  Patent Document 1 is composed of a cupboard plate member, a tenon, a screw, a plastic cover, a connecting pole, and a fastener. The cupboard plate member and the connecting pole include a positioning groove and a tenon. A groove is provided, and the screw is covered with a plastic cover and screwed into the positioning groove of the connecting pole, and is connected to the tenon groove of the connecting pole by the tenon groove and tenon of the cup board plate member The cup board plate member and the connecting pole are fitted with a tenon, and are easily positioned at the time of assembly, and the screw screwed on the connecting pole is fitted in the positioning groove of the cup board plate member. A technique is described in which a cupboard can be assembled and disassembled without the hassle of being screwed into a groove, fitted with fasteners, and tightened by a user.

Taiwan Patent Application Publication No. 9221026

However, in the prior art described above, the composition cup board has the following disadvantages.
As shown in FIG. 1, each connecting pole 11 has a rectangular cross section, and each cup board plate member 12 and each connecting pole 11 is composed as a cup board 10 by a connecting device 13 to form an internal space. Each end angle 15 of 14 has a right-angle shape. For this reason, when cleaning the internal space 14 of the cup board 10, if the angle of each end angle 15 is too acute, the cleaning tool does not enter the interior, and the cleaning of the cup board 10 is inconvenient.

  When the connecting pole 11 is a connecting member for each end angle of the cup board 10, the connecting pole 11 similarly has a rectangular cross section, and each end angle of the external space of the cup board 10 is a rectangle. Since No. 16 had a right-angled shape, there was an unpredictable danger.

  Therefore, the present inventor considered that the above-mentioned drawbacks could be improved, and as a result of intensive studies, he came up with a proposal for the present invention to improve the problem reasonably and effectively.

  The present invention has been made in view of such conventional problems. In order to solve the above-mentioned problems, the present invention has as its main object to provide a connecting pole structure of a modular cupboard device that improves the convenience of cleaning.

  Another object of the present invention is to provide an articulated pole structure for a modular cupboard device that increases safety in use.

  It is a further object of the present invention to provide an articulated pole structure for a modular cupboard device that enhances variability of use.

  In order to solve the above-mentioned problems and achieve the object, the connecting pole structure of the modular cupboard device according to the present invention is provided between two cupboard outer plate members, -External plate member is a first assembled surface, a second assembled surface located on the opposite side of the first assembled surface, an inner plate surface provided between the first assembled surface and the second assembled surface, and the first A connecting pole structure of a modularized cup board device provided between one set surface and a second set surface and having an outer plate surface provided on the back surface of the inner plate surface, wherein the connecting pole Are arranged on a first series contact pole plane constructed on the first assembled surface of any one of the cupboard outer plate members and on a first assembled surface of the other cupboard outer plate member. And provided between the second connecting pole plane and the first connecting pole plane and the second connecting pole plane. Characterized in that it comprises an inner arc surface that is spliced between the inner plate surface of the de outer plate member - the two Kappubo.

  Preferably, the connecting pole structure of the modular cup board device of the present application is provided between the first connecting pole plane and the second connecting pole plane and provided on the back surface of the inner arc surface. And an outer arc surface joined between the outer plate surfaces of the two cup board outer plate members.

  In order to achieve the object, the connecting pole structure of the modular cupboard device according to the present invention is provided between the two cupboard outer plate members and the cupboard inner plate surface, Each of the cupboard outer plate members is a first assembled surface, a second assembled surface located on the opposite side of the first assembled surface, an inner plate surface provided between the first assembled surface and the second assembled surface, And an outer plate surface provided between the first assembled surface and the second assembled surface and provided on the back surface of the inner plate surface, wherein the cupboard inner plate surface is the first assembled surface, the first assembled surface A second assembly surface located on the opposite side of the assembly surface, a first internal assembly surface provided between the first assembly surface and the second assembly surface, and between the first assembly surface and the second assembly surface And a connecting pole structure of a modularized cup board device having a second internal assembly surface provided on the back surface of the first internal assembly surface. The connecting poles are provided on a first series of contact pole planes formed on a first assembly surface of any one of the cup board outer plate members, and on a back surface of the first series of contact pole planes. And a second connection pole plane constructed on the first assembly surface of the other cup board outer plate member and a third connection construction constructed on the first assembly surface of the inner surface of the cup board. An inner plate surface of any one of the cup board outer plate members and the inside of the cup board provided between a pole plane, the first series of connected pole planes and the second connecting pole plane A first inner arc surface joined between the first inner assembly surface of the plate surface, the second connection pole plane and the third connection pole plane, and the other A second inner arc surface joined between the inner plate surface of the cupboard outer plate member and the second inner assembly surface of the cupboard inner plate surface; The features.

  Preferably, the connecting pole structure of the modular cupboard apparatus of the present application is provided opposite to the second connecting pole plane and is joined between the outer plate surfaces of the two cupboard outer plate members. And a fourth connected pole plane.

  In order to achieve the object, the connecting pole structure of the modularized cup board device according to the present invention is provided between four cup board inner plate surfaces, and each of the cup board inner plate surfaces is the first one. Modularization having one set surface, a second set surface located on the opposite side of the first set surface, and two internal plate surfaces provided between the first set surface and the second set surface and facing each other. A connection pole structure of a cup board device, wherein the connection pole includes four connection pole planes respectively provided on a first set surface of each inner surface of the cup board and two connection pole planes. Further, four inner arc surfaces are provided between the connecting pole planes and joined between the inner plate surfaces of the two inner surfaces of the cup board.

FIG. 4 is a partially enlarged view illustrating FIG. 3 of Patent Document 1. FIG. 3 is a schematic exploded view of the connecting pole structure of the modularized cup board device according to the first embodiment of the present invention, and is a schematic diagram showing the disassembly of the plate member of this embodiment and each cup board. FIG. 2 is a schematic diagram illustrating an exploded combination of the connecting pole structure of the modularized cup board device according to the first embodiment of the present invention and an exploded view of the plate member of this embodiment and each cup board. FIG. 3 is an enlarged view of the connection pole structure of the modularized cup board device according to the first embodiment of the present invention, and is an enlarged view showing the combination of the present embodiment and the plate members of each cup board. 1 is a partially inclined view illustrating a modular cupboard device according to a first embodiment of the present invention. FIG. 5 is a schematic view showing the combination of the connecting pole structure of the modularized cup board device according to the first, second and third embodiments of the present invention, and the combination of the present embodiment and the plate members of each cup board. FIG. 5 is a diagram illustrating an inclination combination of the connecting pole structure of the modularized cup board device according to the first embodiment of the present invention, and another embodiment showing the combination of the present embodiment and the plate members of each cup board. FIG. 6 is a partially inclined view illustrating a modular cupboard device according to a second embodiment of the present invention. It is a partial inclination figure which shows the modular cupboard apparatus by 3rd Embodiment of this invention.

Embodiments of the present invention will be described below with reference to the drawings. The present invention is not limited to the embodiments described below.
(First embodiment)
2 to 5 show the connection pole structure of the modularized cup board device according to this embodiment, which is provided between the two cup board outer plate members 21 and the cup board outer plate member 22. The cup board outer plate member 21 and the cup board outer plate member 22 are the first assembled surface 211, the first assembled surface 221, and the second positioned on the opposite side of the first assembled surface 211 and the first assembled surface 221. The assembly surface 212, the second assembly surface 222, the first assembly surface 211, the first assembly surface 221, the internal plate surface 213 and the internal plate surface 223 provided between the second assembly surface 212 and the second assembly surface 222, and the first The outer plate surface 214 and the outer plate provided between the one set surface 211, the first set surface 221, the second set surface 212, and the second set surface 222 and provided on the back surface of the inner plate surface 213 and the inner plate surface 223. It has a surface 224.
The connecting pole 30 includes a first connecting pole plane 31, a second connecting pole plane 32, an inner arc surface 33, and an outer arc surface 34. The first connecting pole plane 31 is provided on the first assembled surface 211 of any one of the cupboard outer plate members 21, and the second connecting pole plane 32 is the first of the other cupboard outer plate members. The inner arc surface 33 is provided between the first series of contact pole planes, the second connection pole plane 31 and the second connection pole plane 32 and two cup bowls. The outer plate member 21 and the outer board member 22 of the cupboard are joined between the inner plate surface 213 and the inner plate surface 223.

The outer arc surface 34 is formed between the first series of pole planes, the second connection pole plane 31 and the second connection pole plane 32 and is located on the back surface of the inner arc plane 33. The surface 34 is joined between the outer plate surface 214 and the outer plate surface 224 of the two cup board outer plate members 21 and the cup board outer plate member 22.
Here, the connecting pole 30 is provided in a connecting device 40 constituted by members such as screws 41 and fasteners 42 between the two cup board outer plate members 21 and the cup board outer plate member 22. The The connecting device 40 is a conventional member, and the method of connecting the two cup board outer plate member 21 and the cup board outer plate member 22 to the connecting pole 30 is the same as that of the conventional device. The detailed structure and operation method of the members are not described in detail.

(Second Embodiment)
The connecting pole 30 includes two cupboard outer plate members 21 and inner arc surfaces 33 joined between the inner plate surfaces 213 and 223 of the cupboard outer plate members 22. The cup board plate member 21, the cup board plate member 22, and the connecting pole 30 constitute a cup board.
In addition, each end angle of the internal space is arc-shaped, and when cleaning the internal space of the cup board, each end angle is wide and smooth, and it can be easily cleaned by inserting a cleaning tool all the way inside the cup board. Achieve the purpose of improving the convenience of cleaning the space.

  Next, the connecting pole 30 has two cupboard outer plate members 21 and an outer arc surface 34 joined between the outer plate surface 214 and the outer plate surface 224 of the cupboard outer plate member 22. . Thereby, each end angle of the external space of the cup board has an arc shape and is not a cusp, so there is no danger, and the purpose of improving the safety when using the cup board is achieved.

  As shown in FIGS. 2, 5, and 6, each cup board outer plate member 21 and cup board outer plate member 22 or each cup board outer plate member 21 and cup board outer plate are connected by a connecting pole 30. The member 22 and the cupboard inner plate surface 23 are connected to each other to form different types and space forms of the cupboard to meet the actual demand.

As shown in FIGS. 5 and 7, the connecting pole structure of the modularized cup board device according to the present embodiment includes two cup board outer plate members 22, a cup board outer plate member 24 and a cup board. The cup board outer plate member 22 and the cup board outer plate member 24 are provided between the inner plate surface 23 and the first assembled surface 221, the first assembled surface 241, the first assembled surface 212, and the first set. A second assembled surface 222 located on the opposite side of the surface 242 and an inner plate surface 223 provided between the second assembled surface 242, the first assembled surface 221, the first assembled surfaces 241, 222, and the second assembled surface 242; Provided between the inner plate surface 233, the first assembled surface 221, the first assembled surface 241, the second assembled surface 222, and the second assembled surface 242, and provided on the back surface of the inner plate surface 223 and the inner plate surface 233. An external plate surface 224 and an external plate surface 244.
The cupboard inner plate surface 23 is a first assembled surface 231, a second assembled surface 232 located on the opposite side of the first assembled surface 231, and a first provided between the first assembled surface 231 and the second assembled surface 232. It has an internal assembly surface 233 and a second internal assembly surface 234 provided between the first assembly surface 231 and the second assembly surface 232 and provided on the back surface of the first internal assembly surface 233. The connection pole 50 includes a first connection pole plane 51, a second connection pole plane 52, a third connection pole plane 53, a fourth connection pole plane 54, a first inner arc surface 55, and a first connection arc plane 55. It is composed of two inner arc surfaces 56.
The first series of contact pole planes 51 are provided on the first assembly surface 221 of any one of the cupboard outer plate members 22, and the two connection pole planes 52 are the back surfaces of the first series of contact pole planes 51. And is provided on the first assembled surface 241 of another cup board outer plate member 24. The third connecting pole plane 53 is provided on the first assembled surface 231 of the cupboard inner plate surface 23, and the fourth connecting poll plane 54 is installed opposite to the second connecting pole plane 52. The outer plate surface 224 and the outer plate surface 244 of the two cup board outer plate members 22 and the cup board outer plate member 24 are joined.

  The first inner arc surface 55 is provided between the first connecting pole plane 51 and the second connecting pole plane 52, and the inner plate surface 223 of any one of the cup board outer plate members 22 and the cup board. It is joined between the first inner assembly surface 233 of the inner plate surface 23.

  The second inner arc surface 56 is provided between the second connecting pole plane 52 and the third connecting pole plane 53, and the inner plate surface 243 of another cup board outer plate member 24 and the inside of the cup board. It is joined between the second inner assembly surface 234 of the plate surface 23. Since the effects and objects of the second embodiment and the first embodiment are the same, they will not be described again.

(Third embodiment)
As shown in FIGS. 6 and 8, the connecting pole structure of the modular cupboard device according to the present embodiment is provided between four cupboard inner plate surfaces 23, and each cupboard has an internal structure. The plate surface 23 is provided between the first assembled surface 231 and the second assembled surface 232 located on the opposite side of the first assembled surface 231, and is provided between the first assembled surface 231 and the second assembled surface 232. It has two internal plate surfaces 235 that meet.
The connection pole 60 is composed of four connection pole planes 61 and four inner arc surfaces 62. The four connecting pole planes 61 are respectively provided on the first set surface 231 of each cup board inner plate surface 23, and the four inner arc surfaces 62 are respectively provided between the two connecting pole planes 61. At the same time, the inner plate surface 235 of each two cup board inner plate surfaces 23 is joined.

  As mentioned above, although embodiment of this invention was explained in full detail with reference to drawings, the concrete structure is not restricted to this embodiment, The design change etc. of the range which does not deviate from the summary of this invention are included.

DESCRIPTION OF SYMBOLS 10 Cup board 11 Connection pole 12 Cup board board member 13 Connection apparatus 14 Internal space 15 End angle 16 End angle 21 Cup board outer board member 22 Cup board outer board member 24 Cup board outer board member 211 1st First assembled surface 221 First assembled surface 241 First assembled surface 212 Second assembled surface 222 Second assembled surface 242 Second assembled surface 213 Internal plate surface 223 Internal plate surface 243 Internal plate surface 214 External plate surface 224 External plate surface 244 External Plate surface 231 First assembly surface 232 Second assembly surface 233 First internal assembly surface 234 Second internal assembly surface 235 Internal plate surface 30 Connection pole 31 First connection pole plane 32 Second connection pole plane 33 Inner arc surface 34 Outer arc surface 40 Connecting device 41 Screw 42 Fastener 50 Connecting pole 51 First connecting pole plane 52 Second connecting poll plane 53 Third connecting poll plane 54 Fourth connecting pole Le plane 55 first inner arc 56 second inner arc surface 6 connecting port - le plan 60 connecting port - le 62 within arcuate faces 23 Kappubo -, inner plate surfaces

Claims (5)

The cupboard outer plate member is provided between two cupboard outer plate members, and each cupboard outer plate member has a first assembled surface, a second assembled surface located on the opposite side of the first assembled surface, and the first assembled surface. A modular cupboard having an inner plate surface provided between the first and second assembled surfaces, and an outer plate surface provided between the first and second assembled surfaces and on the back surface of the inner plate surface -A connecting pole structure of the door device,
The connecting pole includes a first series of connecting pole planes formed on a first set surface of any one of the cup board outer plate members;
A second connecting pole plane constructed on the first assembled surface of the other cupboard outer plate member;
An inner arc surface is provided between the first connecting pole plane and the second connecting pole plane and is joined between the inner plate surfaces of the two cup board outer plate members. Features
Connecting pole structure of modular cupboard device.   The connecting pole is provided between the first connecting pole plane and the second connecting pole plane, and is provided on the back surface of the inner arc surface, and outside the two cup boards. 2. The connecting pole structure for a modular cup board device according to claim 1, further comprising an outer arc surface joined between outer plate surfaces of the plate member. The cupboard outer plate member is provided between two cupboard outer plate members and a cupboard inner plate surface, and each of the cupboard outer plate members is located on the opposite side of the first assembled surface and the first assembled surface. An assembly plate, an internal plate surface provided between the first assembly surface and the second assembly surface, and provided between the first assembly surface and the second assembly surface and provided on the back surface of the internal plate surface. An outer plate surface, the cupboard inner plate surface being a first assembled surface, a second assembled surface located on the opposite side of the first assembled surface, and between the first assembled surface and the second assembled surface A modular cupboard device having a first internal assembly surface provided and a second internal assembly surface provided between the first assembly surface and the second assembly surface and provided on the back surface of the first internal assembly surface The connected pole structure of
The connecting pole includes a first series of connecting pole planes formed on a first set surface of any one of the cup board outer plate members;
A second connecting pole plane which is provided on the rear surface of the first series of contact pole planes and which is provided on the first set surface of the other cup board outer plate member;
A third connecting pole plane constructed on the first set surface of the inner surface of the cup board;
The inner plate surface of any one of the cup board outer plate members and the first inner portion of the cup board inner plate surface are provided between the first series of contact pole planes and the second connection pole plane. A first inner arc surface joined to the assembly surface;
A second internal set of an inner plate surface of another cup board outer plate member and an inner plate surface of the cup board provided between the second connecting pole plane and the third connecting pole plane. Characterized in that it has a second inner arc surface joined to the surface,
Connecting pole structure of modular cupboard device.   The connection pole further includes a fourth connection pole plane provided opposite to the second connection pole plane and joined between the outer plate surfaces of the two cupboard outer plate members. The connecting pole structure of the modularized cup board device according to claim 3, wherein the connecting pole structure is a module. Four cup board inner plate surfaces are arranged between each of the cup board inner plate surfaces, and each of the cup board inner plate surfaces is a first group surface, a second group surface opposite to the first group surface, and the first group. A connecting pole structure of a modularized cup board device having two internal plate surfaces provided between and facing each other, the connecting pole comprising:
Four connected pole planes respectively provided on the first set surface of each of the cupboard inner plate surfaces;
And four inner arc surfaces provided between the two connecting pole planes and joined between the inner plate surfaces of the two inner surfaces of the cup board. ,
Connecting pole structure of modular cupboard device.

Images