CN201182378Y - Support frame/column structure made of original bamboo material - Google Patents

Abstract

A support/post structure made of raw bamboo, comprising: a plurality of strip bamboo materials directly cut from bamboo; the bamboo blocks are connected between the adjacent bamboo woods to enable the adjacent two bamboo woods to have intervals so as to form a support frame/column; the bamboo blocks of part of the supporting frames/columns protrude out of the end part of the bamboo material, the bamboo blocks of part of the supporting frames/columns do not protrude out of the end part of the bamboo material, the protruding bamboo blocks are inserted into the interval of the other supporting frame/column, and the two supporting frames/columns are fixed by a fixing component; in addition, a mortise formed by matching a plurality of bamboo blocks with two bamboo materials is arranged among the bamboo materials of the support frame/column, and the mortise is just used for inserting the bamboo block at the protruding end part of the other support frame column; the supporting frames/columns are used as longitudinal columns and transverse beams, the longitudinal columns and the transverse beams are further combined to form a frame body, and at least one bamboo material is connected between the longitudinal columns and the transverse beams in the frame body range. The utility model discloses make processing simple and make cost reduction, the energy saving, the environmental protection.

Description

Support frame/column structure made of raw bamboo

technical field

The utility model relates to a support frame/column structure manufactured by raw bamboo materials, in particular to a support frame/column structure made of raw bamboo materials which is simple in manufacturing and processing, reduces costs, saves energy, and is environmentally friendly.

Background technique

There are many furniture materials generally used to make tables, chairs, and lockers, such as stone, glass, wood, plastic, stainless steel, etc.; however, furniture made of bamboo is quite popular because of its simple features. Loved by Europeans and Americans.

Traditional bamboo furniture must include bamboo frames or columns as the skeleton. Based on strength considerations, the existing bamboo frame/column structures generally have the following types:

The first one is to cut bamboo into small bamboo slices, then glue and press several bamboo slices together to form a bamboo board, and then cut it into the desired shape.

The second is to crush the bamboo and then add glue, extrude it into bamboo boards with a machine, and then cut them into the desired shape.

The above-mentioned existing bamboo frames/columns are manufactured and processed into products in the later stage, in order to maintain the appearance, they all need to be covered with skins (such as wood grain skins, etc.), and about 60% of the bamboo materials will be consumed during the processing. Moreover, the manufacturing cost and time are increased, and the energy and adhesives consumed during the process will pollute the environment.

Utility model content

The main technical problem to be solved by the utility model is to overcome the above-mentioned defects in the prior art, and provide a support frame/column structure made of raw bamboo, which is simple in manufacturing and processing, reduces the cost, saves energy, and is environmentally friendly.

The technical scheme that the utility model solves its technical problem adopts is:

A support frame/column structure made of raw bamboo, characterized in that it comprises: several elongated bamboos cut directly from bamboo; several bamboo blocks, connected between adjacent bamboos, so that There is an interval between two adjacent bamboos to form a support frame/column; wherein, some of the bamboo blocks of the support frame/column protrude from the end of the bamboo material, and some of the bamboo blocks of the support frame/column do not protrude from the end of the bamboo material, so that The protruding bamboo blocks are inserted into the interval of another support frame/column, and the two support frames/columns are fixed by a fixing assembly; in addition, there are several bamboo blocks between the several bamboo materials of the support frame/column. Cooperate with the tenon and groove formed by the two bamboo materials, and the tenon and groove are just inserted into the bamboo block at the protruding end of another support frame column; the support frame/column is used as a vertical column and a beam, and these vertical columns and the beam A frame is formed again, and at least one piece of bamboo is connected between the vertical columns and the beams within the range of the frame.

In the aforementioned supporting frame/column structure made of raw bamboo, the two supporting frames/columns connected to each other are provided with fixing pins for reinforcing the two supporting frames/columns at the corner ends formed by the connection.

In the aforementioned supporting frame/column structure made of raw bamboo, the two supporting frames/columns connected to each other are provided with fixing pins for reinforcing the two supporting frames/columns at the corner ends formed by the connection.

The above-mentioned supporting frame/column structure made of raw bamboo can directly connect and fix several bamboo materials and bamboo blocks together in a superimposed manner to form a supporting frame/column without intervals.

The aforementioned support frame/column structure made of raw bamboo, wherein several vertical columns and several beams are used to form a frame, and several bamboos are obliquely connected in the frame.

In the aforementioned supporting frame/column structure made of raw bamboo, several vertical columns and several beams are used to form an E-shaped frame, and several bamboos are obliquely connected to the frame.

The aforementioned support frame/column structure made of raw bamboo, wherein a pair of vertical columns and a pair of cross beams are used to form a frame with obliquely connected bamboo.

The aforementioned support frame/column structure made of raw bamboo, wherein a vertical column and a cross beam are used to form a frame with obliquely connected bamboo.

The beneficial effect of the utility model is that the manufacturing process is simple and the cost is reduced, and the proportion of bamboo material consumed in the process is low, which saves energy and is environmentally friendly.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is the three-dimensional schematic view of the embodiment of bamboo longitudinally cut in the utility model.

Fig. 2 is a perspective view of the embodiment shown in Fig. 1 in which the cut bamboo is divided into bamboo materials.

Fig. 3 is a three-dimensional exploded schematic diagram of an embodiment of the utility model in which vertical columns and beams are formed by combining material sheets with bamboo blocks and can be combined with each other.

Fig. 4 is a three-dimensional exploded view of an embodiment of the utility model in which vertical columns composed of bamboo and bamboo block groups can be connected in series.

Fig. 5 is a three-dimensional exploded schematic view of an embodiment of the utility model in which more bamboo materials are combined with bamboo blocks to form vertical columns and beams and can be combined with each other.

Fig. 6 is a three-dimensional schematic view of an embodiment of the utility model in which a plurality of vertical columns and a plurality of crossbeams composed of a plurality of bamboo materials combined with bamboo block groups are combined to form a locker.

Fig. 7 is a three-dimensional schematic diagram of an embodiment in which the vertical columns and beams of the present invention can be combined with grid plates made of several bamboo materials to form a shelf.

Fig. 8 is a schematic plan view of an embodiment in which several vertical columns and several beams are used to form a frame of the present invention, and several bamboos are obliquely connected in the frame to strengthen the strength of the frame.

Fig. 9 is a schematic plan view of an embodiment of an E-shaped frame composed of several vertical columns and several beams formed by the utility model, and several bamboos are obliquely connected to the frame to strengthen the strength of the frame.

Fig. 10 is a schematic plan view of an embodiment in which a pair of vertical columns and a pair of crossbeams formed by the utility model are combined with obliquely connected bamboo to form a frame.

Fig. 11 is a schematic plan view of an embodiment of a frame composed of a vertical column and a beam formed by the utility model, combined with obliquely connected bamboo materials.

Explanation of symbols in the figure:

A...longitudinal column

B...beam

C...cutting seam

D...Grille

1... Bamboo

11… Bamboo

110...Interval

111...holes

2...bamboo pieces

2A... Bamboo block

2A1...hole

3...fixed components

Detailed ways

The supporting frame/column structure made of raw bamboo provided by the utility model is formed by directly processing the taken raw bamboo to remove the edges of the bamboo joints, and then reorganizing after cutting the bamboo. As shown in Figure 1, after taking the original bamboo 1, after removing the bamboo joints and other processing procedures, promptly cut several slits C along its longitudinal direction with a machine, to separate several bamboos 11 (as shown in Figure 2 shown).

As shown in Figure 3, the utility model can utilize several elongated bamboo materials 11 made in the aforementioned manner, and combine several bamboo pieces 2 between two bamboo materials 11, so that there is an interval 110 between adjacent two bamboo materials 11. , to form a support frame/column, wherein one support frame/column is used as a vertical column A, and the other support frame/column is used as a beam B. Described bamboo block 2 is formed by cutting out appropriate length of bamboo material, and the quantity that this bamboo block 2 is arranged between two bamboo materials 11 can be determined according to actual needs; Adhesives are glued together, or it is completed by plugging, screw locking and other methods. In the embodiment shown in Fig. 3, the bamboo block 2A that one end of beam B is combined is the end that protrudes from bamboo material 11, and the bamboo block 2 at one end of vertical column A then is deeper between two bamboo materials 11, to form can and The complementary gap 110 of the bamboo block 2A allows the protruding bamboo block 2A of the beam B to be inserted into the gap 110 at one end of the vertical column A, and the fixing component 3 is locked into the hole 111 provided on the vertical column A and the hole on the beam B 2A1, the vertical column and the beam are connected and fixed perpendicularly to each other.

In order to have a positioning effect when the vertical column A and the crossbeam B are combined, the support frame/column structure of the present utility model can arrange the bamboo block 2 between the two bamboo materials 11, and set the two bamboo blocks 2 closer so that the two bamboo blocks 2 A tenon and groove is formed between the bamboo block 2 and the two bamboo materials 11 for the insertion of the bamboo block 2 of another support frame/column.

In the embodiment shown in Figure 4, the two support frames/columns are used as vertical columns A, and the bamboo block 2A protruding from the end of one vertical column A can be vertically separated from the end of the other vertical column A by 110. The insertion combination, and then use the fixing component 3 to combine and fix the two vertical columns A to form.

Fig. 5 is another embodiment of the present invention, which utilizes several bamboo materials 11 and several bamboo blocks 2 to form a vertical column A and a beam B, and even more bamboo materials 11 and bamboo blocks 2 can be formed. The end of the beam 2 has a protruding bamboo block 2A at the same end, and the end of the vertical column A has a space that is complementary to the bamboo block 2A and can be inserted, so that the vertical column A and the beam B can be combined in the aforementioned manner. . For example, they can be assembled into a locker as shown in FIG. 6 . Or as shown in Figure 7, after the vertical column A and the crossbeam B are combined to form a fixed frame that can be fixed on the wall, the grid D composed of several bamboos is combined on the crossbeam B to form a shelf.

Fig. 8 is another embodiment of the utility model, which can use the above-mentioned bamboo 11 and bamboo block 2 to form several vertical columns A and several beams B, and then use these vertical columns A and beams B to form a frame At least one piece of bamboo 11 can be connected between the vertical column A and the beam B within the range of the frame as a reinforcing structure of the frame, and the frame can provide materials for structuring furniture. As shown in Figure 9 again, the utility model also can utilize aforesaid several longitudinal columns A and several beams B to form an E-shaped frame body, also can be between the vertical column A of this E font frame body and the cross beam B Several bamboo materials 11 are connected to serve as a reinforcing structure for the frame, and also can be used as a material for structuring furniture.

The embodiment shown in Fig. 10 adopts a corner end of a frame composed of a pair of vertical columns A and a pair of beams B, and the two pairs of vertical columns A and the two pairs of beams B are arranged with bamboo blocks 2 at the same distance. interval; the corner end can be inserted into the vertical column A and the beam B by using a fixing pin 4, so that the frame body has a reinforcing effect.

The embodiment shown in Figure 11 adopts a corner end of a frame formed by a vertical column A and a beam B, and the corner end can also be inserted into the vertical column A and the beam B by using a fixing tip 4, so that the frame The body has a reinforcing effect.

In addition to the above-mentioned structure with intervals on the support frame/column, the utility model can also directly cut the original bamboo into long strips, and then connect and fix several bamboos and bamboo blocks together in a superimposed manner, so as to A support frame/column with no interval and higher strength is formed, which can be suitable as a support leg of furniture.

With the aforementioned support frame/column structure, it can be applied to the main structural material of various products such as storage cabinets, shelves, drawers, storage boxes and furniture.

The above is only a preferred embodiment of the utility model, and does not limit the utility model in any form. Any simple modification, equivalent change and modification made to the above embodiments according to the technical essence of the utility model, All still belong to within the scope of the technical solution of the utility model.

Claims (8)

1. A support frame/column structure made of former bamboo, characterized in that it comprises: Several strips of bamboo cut directly from bamboo; A plurality of bamboo blocks are connected between the adjacent bamboo materials so that there is an interval between the adjacent two bamboo materials to form a support frame/column; Wherein, some of the bamboo blocks of the support frame/column protrude from the end of the bamboo material, some of the bamboo blocks of the support frame/column do not protrude from the end of the bamboo material, so that the protruding bamboo blocks are inserted into the interval of another support frame/column, The two supporting frames/columns are fixed with a fixing component; in addition, between the several bamboo materials of the supporting frame/column, there is a tenon and groove formed by several bamboo blocks matching the two bamboo materials, and the tenon and groove is just for another The bamboo block at the protruding end of the support frame column is inserted into it; the support frame/column is used as a vertical column and a beam, and these vertical columns and beams are recombined to form a frame, and the vertical columns and beams within the frame range and At least one piece of bamboo is connected between the beams. 2. The supporting frame/column structure made of the original bamboo according to claim 1, characterized in that: the two supporting frames/columns connected to each other, at the corner end formed by the connection, there is a Fixing pins for frame/column reinforcement. 3. The bracing frame/column structure that former bamboo material manufactures according to claim 1 is characterized in that: described two bracing frames/columns that are connected to each other, at the angle end that its junction forms, be provided with for the two supporting frames/pillars. Fixing pins for frame/column reinforcement. 4. The bracing frame/column structure made of raw bamboo according to claim 1, characterized in that: several bamboos and bamboo blocks can be directly connected and fixed in a superimposed manner to form a bracing frame without intervals /column. 5. The supporting frame/column structure made of raw bamboo according to claim 1, characterized in that: several vertical columns and several beams are used to form a frame, and several bamboos are connected obliquely in the frame . 6. The bracing frame/column structure made of the original bamboo according to claim 1 is characterized in that: utilize several described vertical columns and several beams to form an E-shaped frame, and then connect several bamboo. 7. The supporting frame/column structure made of raw bamboo according to claim 1, characterized in that: a pair of said vertical columns and a pair of said cross beams are used to form a frame with obliquely connected bamboo. 8 . The support frame/column structure made of raw bamboo according to claim 1 , characterized in that: a vertical column and a crossbeam are used to form a frame with obliquely connected bamboo.

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