CN106836513B - A wall panel made of recombined bamboo - Google Patents

Abstract

The present invention proposes a wallboard made of recombined bamboo, comprising a main body of a recombined bamboo wallboard and a connector; The second connecting piece of the first connecting piece of the wallboard; the first connecting piece includes a sliding rod part that slides through the main body of the recombined bamboo wallboard in parallel, and two connecting parts are respectively arranged at both ends of the sliding rod part; the recombined A guide slide hole is formed in the main body of the bamboo wallboard for matching and sliding of the slide bar. The present invention breaks through the structural form of traditional wallboards, the main body adopts recombined bamboo, and in the actual use process, two adjacent restructured bamboo wallboards are fastened with the first connecting piece of the two recombined bamboo wallboards through the second connecting piece And connected together, the structure is novel and reasonable, the connection of adjacent wallboards is convenient, the operation is flexible, and the practicability is strong.

Description

A wall panel made of recombined bamboo

technical field

The invention relates to the field of building wallboards, in particular to a wallboard made of recombined bamboo.

Background technique

The structure of building wallboards is known, but the existing wallboards on the market all need to be improved no matter in material appearance or in the structure of snap-fit connection of adjacent wallboards.

In view of this, the inventor of this case conducted in-depth research on the above-mentioned problem, and then this case was produced.

Contents of the invention

The purpose of the present invention is to provide a wallboard made of recombined bamboo with novel and reasonable structure, convenient connection of adjacent wallboards, flexible operation and strong practicability.

In order to achieve the above object, the present invention adopts such technical scheme:

A wallboard made of recombined bamboo, comprising a recombined bamboo wallboard main body and a connector; The second connecting piece of the first connecting piece; the first connecting piece includes a sliding rod part that slides through the main body of the recombined bamboo wallboard in parallel, and two connecting parts are respectively arranged at both ends of the sliding rod part; the recombined bamboo wallboard A guide slide hole is formed in the main body for matching and sliding of the slide bar;

The connecting part includes a connecting main body arranged horizontally and vertically connected with the sliding rod part, and a connecting rod connected between the connecting main body and the sliding rod part; the cross-section of the connecting main body includes an upper relative The first arc portion and the second arc portion below, and the opposite first straight line portion and the second straight line portion connected between the first arc portion and the second arc portion; the first arc The shape portion and the second arc portion are arc-shaped on the same arc, the first straight portion and the second straight portion are equal in length and parallel to each other, and the first straight portion and the second straight portion are perpendicular to each other. set in the direction; the connecting rod includes a first connecting single rod and a second connecting single rod fixedly connected to both ends of the connecting body;

The second connecting piece includes two pivotally connected first connecting buckles and a second connecting buckle that are folded down and flipped together; the first connecting buckle has a first connecting groove connected to the corresponding first connecting piece , the second connecting buckle has a second connecting groove connected to the corresponding first connecting piece, and the first connecting groove and the second connecting groove face opposite directions respectively corresponding to two adjacent recombined bamboo walls said connecting portion of the board;

The extension direction of the first connection groove is parallel to the connection body, and the lower part of the first connection groove is formed with a first opening that opens obliquely downward and communicates with the outside world for the connection body to snap into the first connection groove. Bayonet; the first connecting buckle includes a first near-connecting unit on one side of the first bayonet and close to the second connecting buckle, and on the other side of the first bayonet and away from the second The first remote connection unit of the connection buckle; the cross section of the first connection groove is circular, and the width of the first bayonet is smaller than the diameter of the first connection groove;

The extension direction of the second connecting groove is parallel to the connecting main body, and the lower part of the second connecting groove is formed with a second opening that opens obliquely downward and communicates with the outside world for the connecting main body to snap into the second connecting groove. Bayonet; the second connecting buckle includes a second near-connecting unit on one side of the second bayonet and close to the first connecting buckle, and on the other side of the second bayonet and away from the first The second remote connection unit of the connection buckle; the cross section of the second connection groove is circular, and the width of the second bayonet is smaller than the diameter of the second connection groove;

The radii of the first arc portion and the second arc portion are smaller than the cross-sectional radii of the first connecting groove and the second connecting groove, and the distance between the first straight portion and the second straight portion is equal to the The width of the first bayonet and the second bayonet are corresponding;

It also includes a first filling and limiting component filled in the first connecting groove to limit the connection body in the first connecting groove, and a filling and limiting component filled in the second connecting groove to limit the connection body in the second connecting groove. The second filling limiting component for limiting the connecting body;

The first connection groove includes a first space corresponding to the first bayonet, a second space on one side of the first space that is closer to the second connection buckle, and a second space on the other side of the first space that is farther away from the second connection buckle. The third space of the second connection button; the first filling and limiting part includes a first near-filling part that is matched and accommodated in the second space, and a first far-filling part that is matched and accommodated in the third space. The filling part, and the first elastic connecting piece connected between the upper ends of the first proximal filling part and the first far filling part; the first elastic connecting piece is in the shape of a circular arc matching the first arc-shaped part, The distance between the first proximal filling part and the first far filling part corresponds to the width of the first bayonet;

The second connection slot includes a fourth space corresponding to the second bayonet, a fifth space on one side of the fourth space closer to the first connection buckle, and a fifth space on the other side of the fourth space farther from the first connection buckle. The sixth space of the first connection button; the second filling and limiting part includes a second filling part matched and accommodated in the fifth space, and a second far part matched and accommodated in the sixth space. a filling part, and a second elastic connecting piece connected between the upper ends of the second proximal filling part and the second far filling part; the second elastic connecting piece is in the shape of a circular arc matching the second arc-shaped part, The distance between the second proximal filling part and the second far filling part corresponds to the width of the second bayonet;

A first extending guide part extending to the end surface of the first connecting groove and having a weight greater than that of the first elastic connecting piece is formed at the edge of the first near-filling part and the first far-filling part near the entrance of the lower end, A second extended guide part extending to the end surface of the second connection groove and having a weight greater than that of the second elastic connecting piece is formed at the edge of the second near-filling part and the second far-filling part near the entrance of the lower end;

A first easy-slip layer is placed between the first near-filling part and the first far-filling part and the inner surface of the first connecting groove, and the first easy-slip layer covers the first On the outer surface of the near filling part and the first far filling part; between the second near filling part and the second far filling part and the inner side of the second connecting groove, a second easy-to-slide layer, and the second slippery layer is coated on the outer surfaces of the second near-fill component and the second far-fill component.

The outer sliding sleeve of the sliding rod part is provided with a sliding sleeve, and the sliding sleeve is fixed in the guide sliding hole.

The cross-section of the sliding rod is rectangular, and the cross-section of the sliding sleeve is correspondingly rectangular.

The angle between the orientation of the first bayonet and the vertical plane is 40°-60°; the angle between the orientation of the second bayonet and the vertical plane is 40°-60°.

The angle between the orientation of the first bayonet and the vertical plane is 45°; the angle between the orientation of the second bayonet and the vertical plane is 45°; the first connecting buckle and the second The included angle between the two connecting buckles is 0-90°, and the first connecting buckle and the second connecting buckle are provided with flip angle limiting clips.

The lower port of the first bayonet is formed with a first chamfer for the connecting body to slide in; the lower port of the second bayonet is formed with a second chamfer for the connecting body to slide in; The lower end inlets of the first near-filling part and the first far-filling part are formed with a third chamfer for the connecting body to slide in; the lower end inlets of the second near-filling part and the second far-filling part are formed with A fourth chamfer for the connecting body to slide in.

After adopting the above technical scheme, the wallboard made of recombined bamboo of the present invention breaks through the structural form of the traditional wallboard, and the main body adopts recombined bamboo. Fastened and connected together with the first connectors on the two recombined bamboo wallboards, specifically, in the initial state, the first connection buckle and the second connector buckle of the second connector are on the same straight line and face opposite directions, Because the weight of the first extended guide part is greater than the weight of the first elastic connecting piece, the first extended guide part drives the lower end inlets of the first near-filling part and the first far-filling part to sag downwards all the time, due to the weight of the second extended guide part Greater than the weight of the second elastic connecting piece, the second extension guide part drives the lower inlets of the second near-filling part and the second far-filling part to sag downward; The first extended guide part can also play the role of guide and limit at the same time, and the second extended guide part can also play the role of guide and limit during the rotation process of the second filling and stop part relative to the second connecting groove. When the adjacent restructured bamboo wallboard A and restructured bamboo wallboard B need to be connected, rely on the sliding rod part of the restructured bamboo wallboard A to cooperate with the guide sliding hole to pull out the connecting part of the restructured bamboo wallboard A, relying on the reorganization The sliding rod portion of the bamboo wallboard B cooperates with the guide sliding hole to slide to pull out the connecting portion of the recombined bamboo wallboard B. Turn the first connecting buckle and the second connecting buckle of the second connecting piece down and fold them at an appropriate angle to form an inverted V-shape, so that the first bayonet is vertically facing downwards to correspond to the connecting part of the recombined bamboo wall panel A. The two bayonets are vertically downwards corresponding to the connecting portion of the recombined bamboo wallboard B, and now the lower end inlets of the first near filling part and the first far filling part are still vertically downwards corresponding to the first bayonet, and the second The inlets at the lower ends of the near filling part and the second far filling part still face vertically downward and correspond to the second bayonet socket. The second connecting piece makes the connecting part of the recombined bamboo wallboard A slide down into the first connecting groove through the first bayonet, and at the same time, enter the first near-filling part and the first far-filling part from the lower end entrance of the first filling part. Between the filling part and the first far filling part; make the connecting part of the recombined bamboo wallboard B slide into the second connection groove through the second bayonet and enter from the lower end entrance of the second near filling part and the second far filling part at the same time between the second near-fill component and the second far-fill component. Then flatten the first connecting buckle and the second connecting buckle to be on the same straight line again, and be in the same plane as the restructured bamboo wallboard A and the restructured bamboo wallboard B, no longer in an inverted V shape, at this time the first bayonet The first bayonet and the second bayonet are arranged in a figure-eight shape, so that the first bayonet no longer corresponds to the lower entrance of the first near-filling part and the first far-filling part. , the second bayonet no longer corresponds to the lower inlets of the second proximal filling part and the second far filling part. In this way, the connecting portion of the recombined bamboo wallboard A will not come out of the first bayonet slot, but will remain stuck in the first connecting groove, and the connecting portion of the recombined bamboo wallboard A will be locked with the first connecting groove by the first filling limiting component. Buckle together; the connecting part of the recombined bamboo wallboard B will not come out of the second bayonet, but remain stuck in the second connecting groove, and the connecting part of the reorganized bamboo wallboard B is connected to the second through the second filling limit part. The slots are snapped together, so that the reorganized bamboo wallboard A and the reorganized bamboo wallboard B are connected together through the first connecting buckle and the second connecting buckle. Compared with the prior art, the wallboard made of recombined bamboo of the present invention has a novel and reasonable structure, convenient connection of adjacent wallboards, flexible operation and strong practicability.

Description of drawings

Fig. 1 is the schematic diagram of partial sectional structure of the first state of the present invention;

Fig. 2 is a schematic diagram of a partial cross-sectional structure of a second state of the present invention;

Fig. 3 is the first partial structural schematic diagram of the present invention;

Fig. 4 is the second partial structure schematic diagram of the present invention;

Fig. 5 is a partial sectional structural schematic diagram of the first use state of the present invention;

Fig. 6 is a partial cross-sectional structural schematic diagram of the second use state of the present invention;

Fig. 7 is a partial sectional structural schematic diagram of the third use state of the present invention;

Fig. 8 is a partial cross-sectional structural schematic diagram of a fourth use state of the present invention;

9 is a schematic diagram of a third partial structure of the present invention;

Fig. 10 is a schematic partial cross-sectional structure diagram of the third state of the present invention.

In the picture:

1- Main body of recombined bamboo wall panel 11- Guide sliding hole 12- Accommodating groove

2-first connecting piece 21-sliding rod part 211-sliding sleeve 22-connecting part 221-connecting body 2211-first arc part 2212-second arc part 2213-first straight part 2214-second straight part 222-connecting rod 2221-first connecting single rod 2222-second connecting single rod

31-first connection buckle 311-first connection groove 312-first bayonet 313-first near connection unit 314-first far connection unit 32-second connection buckle 321-second connection groove 322-second Bayonet 323-the second near connection unit 324-the second far connection unit

4-the first filling limit part 41-the first near-filling part 42-the first far-filling part 43-the first elastic connecting piece 44-the first extending guide part 45-the first easy-sliding layer

5-Second filling limiting part 51-Second proximal filling part 52-Second far filling part 53-Second elastic connecting piece 54-Second extension guide part 55-Second slippery layer.

detailed description

In order to further explain the technical solutions of the present invention, specific examples are given below to illustrate in detail.

A wallboard made of recombined bamboo of the present invention, as shown in Figure 1-10, includes a recombined bamboo wallboard main body 1 and a connector; the connector includes a first connector 2 arranged on the recombined bamboo wallboard main body 1 , and the second connecting piece connecting the first connecting piece 2 of the adjacent recombined bamboo wallboard; the first connecting piece 2 includes a sliding rod part 21 that runs through the main body 1 of the recombined bamboo wallboard in parallel sliding, and two are separately arranged on the sliding rod part 21 The connecting parts 22 at both ends; the main body 1 of the recombined bamboo wallboard is formed with a guide sliding hole 11 for the sliding rod part 21 to match and slide;

The connecting part 22 includes a connecting main body 221 arranged horizontally and vertically connected to the sliding bar part 21, and a connecting bar 222 connected between the connecting main body 221 and the sliding bar part 21; An arc portion 2211 and a second arc portion 2212 below, and a first straight portion 2213 and a second straight portion 2214 oppositely connected between the first arc portion 2211 and the second arc portion 2212; The first arc portion 2211 and the second arc portion 2212 are arc-shaped on the same arc, the first straight portion 2213 and the second straight portion 2214 are equal in length and parallel to each other, the first straight portion 2213 and the second straight portion 2213 The two straight parts 2214 are arranged vertically; the connecting rod 222 includes a first connecting single rod 2221 and a second connecting single rod 2222 fixedly connected to both ends of the connecting body 221;

The second connecting member includes two pivot joints (rotatably connected) together with a first connecting buckle 31 and a second connecting buckle 32 that are folded down and overturned. Specifically, the first connecting buckle 31 and the second connecting buckle 32 are connected with each other The main body 221 is pivotally connected with parallel horizontal shafts; the first connecting buckle 31 has a first connecting groove 311 connected with the corresponding first connecting piece 2 , and the second connecting buckle 32 has a connecting groove 311 connected with the corresponding first connecting piece 2 . The second connecting groove 321, the first connecting groove 311 and the second connecting groove 321 face opposite directions and respectively correspond to the connecting parts 22 of two adjacent recombined bamboo wallboards;

The extension direction of the first connecting groove 311 is parallel to the connecting body 221 , and the lower part of the first connecting groove 311 is formed with a first bayonet opening 312 that opens obliquely downward and communicates with the outside world for the connecting body 221 to snap into the first connecting groove 311 The first connection button 31 includes a first near connection unit 313 on one side of the first bayonet 312 and close to the second connection button 32 , and a first near connection unit 313 on the other side of the first bayonet 312 and away from the second connection button 32 A remote connection unit 314; the cross section of the first connecting groove 311 is circular, and the width of the first bayonet 312 is smaller than the diameter of the first connecting groove 311;

The extension direction of the second connection groove 321 is parallel to the connection body 221 , and the lower part of the second connection groove 321 is formed with a second bayonet opening 322 that opens obliquely downward and communicates with the outside world for the connection body 221 to snap into the second connection groove 321 The second connecting buckle 32 includes a second near-connecting unit 323 on one side of the second bayonet 322 and close to the first connecting buckle 31, and a second near-connecting unit 323 on the other side of the second bayonet 322 and away from the first connecting buckle 31 Two far connecting monomers 324; the cross section of the second connecting groove 321 is circular, and the width of the second bayonet 322 is smaller than the diameter of the second connecting groove 321;

The radius of the first arc portion 2211 and the second arc portion 2212 is smaller than the cross-sectional radius of the first connecting groove 311 and the second connecting groove 321, and the distance between the first straight portion 2213 and the second straight portion 2214 is the same as that of the first connecting groove 311 and the second connecting groove 321. The widths of the first bayonet opening 312 and the second bayonet opening 322 are corresponding;

It also includes a first filling and limiting component 4 that is filled in the first connecting groove 311 to limit the connecting body 221 in the first connecting groove 311, and a filling that is filled in the second connecting groove 321 and that is in the second connecting groove 321. The second filling limiting part 5 is connected to the main body 221 for limiting;

The first connection groove 311 includes a first space corresponding to the first bayonet socket 312, a second space on one side of the first space closer to the second connection buckle 32, and a second space on the other side of the first space farther away from the second connection buckle. 32 in the third space; the first filling limit part 4 includes a first near filling part 41 that is matched and accommodated in the second space, a first far filling part 42 that is matched and accommodated in the third space, and is connected to the first A first elastic connecting piece 43 between the upper end of the near-filling part 41 and the first far-filling part 42; The distance from the first far filling part 42 corresponds to the width of the first bayonet opening 312;

The second connection groove 321 includes a fourth space corresponding to the second bayonet socket 322, a fifth space on one side of the fourth space closer to the first connection buckle 31, and a fifth space on the other side of the fourth space farther away from the first connection buckle. 31 of the sixth space; the second filling limit part 5 includes a second filling part 51 matched and accommodated in the fifth space, a second far filling part 52 matched and accommodated in the sixth space, and connected to the first The second elastic connecting piece 53 between the upper ends of the two near filling parts 51 and the second far filling part 52; The distance from the second far filling part 52 corresponds to the width of the second bayonet 322;

The edges of the first near-filling part 41 and the first far-filling part 42 near the entrance of the lower end are formed with a first extending guide part 44 extending to the end face of the first connecting groove 311 and having a weight greater than that of the first elastic connecting piece 43, and the second near A second extending guide portion 54 extending to the end surface of the second connecting groove 321 and having a weight greater than that of the second elastic connecting piece 53 is formed on the edges of the filling part 51 and the second far filling part 52 near the entrance of the lower end. The main body of the present invention adopts recombined bamboo, and in the actual use process, two adjacent restructured bamboo wallboards are connected together through the second connecting piece and the first connecting piece 2 of the two restructured bamboo wallboards, specifically , in the initial state, the first connecting buckle 31 and the second connecting buckle 32 of the second connecting member are on the same straight line and facing opposite directions, since the weight of the first extending guide part 44 is greater than the weight of the first elastic connecting piece 43, the second An extension guide part 44 drives the lower end inlets of the first near filling part 41 and the first far filling part 42 to hang down all the time, because the weight of the second extension guide part 54 is greater than the weight of the second elastic connecting piece 53, the second extension guide part 54 drives the lower inlets of the second proximal filling part 51 and the second far filling part 52 to hang downwards; when the first filling stopper part 4 rotates relative to the first connecting groove 311, the first extending guide part 44 simultaneously It can also play a guiding and limiting role. During the rotation process of the second filling and limiting component 5 relative to the second connecting groove 321 , the second extending guide part 54 can also play a guiding and limiting role at the same time. When the adjacent reorganized bamboo wall panels A and B need to be connected, rely on the sliding rod portion 21 of the restructured bamboo wall panel A to cooperate with the guide slide hole 11 to slide the connecting portion 22 of the restructured bamboo wall panel A out The connecting portion 22 of the recombined bamboo wallboard B is pulled out by relying on the sliding rod part 21 of the recombined bamboo wallboard B to cooperate with the guide slide hole 11 to slide. Turn the first connecting buckle 31 and the second connecting buckle 32 of the second connecting piece downwards and fold them at an appropriate angle to form an upside-down V-shape, so that the first bayonet 312 is vertically facing downwards with the connecting part 22 of the recombined bamboo wall panel A. Correspondingly, the second bayonet 322 is vertically downwards corresponding to the connecting portion 22 of the recombined bamboo wallboard B, and at this moment, the lower end inlets of the first near-filling part 41 and the first far-filling part 42 are still vertically downwards and the second Corresponding to the first bayonet opening 312 , the inlets at the lower ends of the second proximal filling part 51 and the second distal filling part 52 are still facing vertically downward and corresponding to the second bayonet opening 322 . The second connecting piece makes the connecting part 22 of the recombined bamboo wallboard A slide into the first connecting groove 311 through the first bayonet 312 downwards, and at the same time, the lower end entrance of the first near-filling part 41 and the first far-filling part 42 Enter between the first filling part 41 and the first far filling part 42; make the connecting part 22 of the recombined bamboo wallboard B slide into the second connection groove 321 through the second bayonet 322 and simultaneously be filled by the second near filling part 51 and the lower end inlets of the second far filling part 52 enter between the second near filling part 51 and the second far filling part 52 . Then flatten the first connecting button 31 and the second connecting button 32 to be on the same straight line again, and be in the same plane with the reorganized bamboo wallboard A and the reorganized bamboo wallboard B, no longer in an upside-down V shape. Both the first bayonet 312 and the second bayonet 322 are obliquely downward again, and the first bayonet 312 and the second bayonet 322 are arranged in a figure-eight shape, so that the first bayonet 312 is no longer in contact with the first near-filling part 41 and the second The lower entrance of a far filling part 42 corresponds, and the second bayonet 322 no longer corresponds to the lower entrances of the second near filling part 51 and the second far filling part 52 . In this way, the connecting portion 22 of the recombined bamboo wallboard A will not come out of the first bayonet 312, but remains stuck in the first connecting groove 311, and the connecting portion 22 of the recombined bamboo wallboard A passes through the first filling stopper 4 and The first connecting groove 311 is snapped together; the connecting part 22 of the reorganized bamboo wallboard B will not escape from the second bayonet 322, but remains stuck in the second connecting groove 321, and the connecting part 22 of the reorganized bamboo wallboard B passes through The second filling stopper 5 is snapped together with the second connecting groove 321 , so that the restructured bamboo wallboard A and the restructured bamboo wallboard B are connected together through the first connecting buckle 31 and the second connecting buckle 32 .

Preferably, the main body 1 of the recombined bamboo wall panel is formed with an accommodating groove 12 for the second connecting piece to slide in and out on the side of the corresponding connecting part 22; As for the solid part between the two hollow parts, the guide slide hole 11 is formed in the solid part, and the length of the sliding rod part 21 is greater than the width of the solid part. In the actual use of the present invention, when the adjacent restructured bamboo wallboard A and recombined bamboo wallboard B are connected together through the first connecting buckle 31 and the second connecting buckle 32, the reorganized bamboo wallboard A or the reorganized bamboo wallboard can be Wallboard B is pulled toward the adjacent restructured bamboo wallboard B or recombined bamboo wallboard A, relying on the cooperation of the sliding rod portion 21 and the guide slide hole 11, the reorganized bamboo wallboard A or recombined bamboo wallboard B will contact Reconstituted bamboo wallboard B or recombined bamboo wallboard A are close together, and the accommodating groove 12 is matched to accommodate the entire second connecting piece, and the second connecting piece will not be exposed outside. The adjacent restructured bamboo wallboard A and restructured bamboo wallboard There is no gap between B, the whole structure is more concise, and when multiple adjacent restructured bamboo wall panels are pulled in the same direction, all the restructured bamboo wall panels will be seamlessly spliced together, and the structure is firm and tidy .

Preferably, a first easy-slip layer 45 is placed between the first near-filling part 41 and the first far-filling part 42 and the inner surface of the first connection groove 311, and the first easy-slip layer 45 covers the first near-filling Part 41 and the outer side of the first far filling part 42; the second near filling part 51 and the second far filling part 52 and the inner side of the second connection groove 321 are provided with a second slippery layer 55, the second The easy-slip layer 55 covers the outer surfaces of the second near-fill part 51 and the second far-fill part 52 . In the actual use of the present invention, the first easy-slip layer 45 can enhance the slipperiness between the outer surfaces of the first near-filling part 41 and the first far-filling part 42 and the inner surface of the first connecting groove 311, reducing the The friction force ensures that the first extension guide part 44 relies on gravity to drive the lower end inlets of the first near-fill part 41 and the first far-fill part 42 to sag downward naturally, and the second extension guide part 54 drives the second near-fill part 51 and the second part by gravity. The inlet at the lower end of the second far filling part 52 naturally hangs downward. Specifically, the first slippery layer 45 and the second slippery layer 55 can be linoleum paper.

Preferably, the outer sliding sleeve of the sliding rod portion 21 is provided with a sliding sleeve 211 , and the sliding sleeve 211 is fixed in the guiding sliding hole 11 . During the actual use of the present invention, the sliding sleeve 211 can be firmly bonded with the main body 1 of the recombined bamboo wallboard, and then glued together to ensure the compatibility between the guide sliding hole 11 and the sliding rod portion 21 .

Preferably, the cross section of the sliding rod portion 21 is rectangular, and the cross section of the sliding sleeve 211 is correspondingly rectangular. In the actual use of the present invention, the sliding sleeve 211 with a rectangular cross section and the sliding rod 21 can slide in a single direction without rotation, ensuring the accuracy of the connection between the first connecting part 2 and the second connecting part .

Preferably, the angle between the orientation of the first bayonet 312 and the vertical plane is 40°-60°; the angle between the orientation of the second bayonet 322 and the vertical plane is 40°-60°. When the first connecting groove 311 is matched with the corresponding connecting part 22, the second connecting groove 321 is matched with the corresponding connecting part 22, and the first connecting buckle 31 and the second connecting buckle 32 are turned over in the same plane again, the second The relative rotation angle between a connecting groove 311 and the corresponding connecting portion 22 is 40°-60°, and the relative rotating angle between the second connecting groove 321 and the corresponding connecting portion 22 is also 40°-60°, so the angle of inclination can be Ensure connection strength, not easy to trip.

Preferably, the angle between the orientation of the first bayonet 312 and the vertical plane is 45°; the angle between the orientation of the second bayonet 322 and the vertical plane is 45°; the first connecting buckle 31 and the second The included angle between the two connecting buckles 32 is 0-90°, and the first connecting buckle 31 and the second connecting buckle 32 are equipped with flip angle limiting clips. During the actual use of the present invention, the first connecting buckle 31 and the second connecting buckle 32 rotate within an included angle range of 0-90°.

Preferably, the lower port of the first bayonet 312 is formed with a first chamfer for the connecting body 221 to slide in; the lower port of the second bayonet 322 is formed with a second chamfer for the connecting body 221 to slide in; The lower end inlets of a near-filling part 41 and the first far-filling part 42 are formed with a third chamfer for the connecting body 221 to slide in; The main body 221 slides into the fourth chamfer. In the actual use of the present invention, the first chamfer facilitates the alignment of the first bayonet 312 with the corresponding connecting body 221, and facilitates the sliding of the connecting body 221 into the first bayonet 312; the second chamfer facilitates the second The bayonet 322 is aligned with the corresponding connecting body 221 , and facilitates the connecting body 221 to slide into the second bayonet 322 . Similarly, the third chamfer facilitates the alignment of the lower inlets of the first near-filling part 41 and the first far-filling part 42 with the corresponding connecting body 221, and facilitates the connecting body 221 to slide into the first near-filling part 41 and the second far-filling part 41. In the lower entrance of a far filling part 42; the fourth chamfer facilitates the alignment of the lower entrances of the second near filling part 51 and the second far filling part 52 with the corresponding connecting main body 221, and facilitates the connecting main body 221 to slide into the first Two near filling parts 51 and the second far filling part 52 are in the lower end entrances.

In order to describe the technical solution clearly, the present invention sets the horizontal plane reference corresponding to the accompanying drawings, and the placement direction and usage mode of the actual wall panels can be adjusted and designed according to actual requirements.

The product form of the present invention is not limited to the illustrations and examples of this case, and anyone who makes appropriate changes or modifications of similar ideas to it shall be deemed not to depart from the scope of the patent of the present invention.

Claims (6)

1. A wallboard made of recombined bamboo is characterized in that: it comprises a recombined bamboo wallboard main body and a connector; The second connecting piece adjacent to the first connecting piece of the recombined bamboo wallboard; the first connecting piece includes a sliding rod part that slides through the main body of the recombined bamboo wallboard in parallel, and two connecting parts that are respectively arranged at both ends of the sliding rod part; The main body of the recombined bamboo wallboard is formed with a guide sliding hole for the sliding rod to match and slide; The connecting part includes a connecting main body arranged horizontally and vertically connected with the sliding rod part, and a connecting rod connected between the connecting main body and the sliding rod part; the cross-section of the connecting main body includes an upper relative The first arc portion and the second arc portion below, and the opposite first straight line portion and the second straight line portion connected between the first arc portion and the second arc portion; the first arc The shape portion and the second arc portion are arc-shaped on the same arc, the first straight portion and the second straight portion are equal in length and parallel to each other, and the first straight portion and the second straight portion are perpendicular to each other. set in the direction; the connecting rod includes a first connecting single rod and a second connecting single rod fixedly connected to both ends of the connecting body; The second connecting piece includes two pivotally connected first connecting buckles and a second connecting buckle that are folded down and flipped together; the first connecting buckle has a first connecting groove connected to the corresponding first connecting piece , the second connecting buckle has a second connecting groove connected to the corresponding first connecting piece, and the first connecting groove and the second connecting groove face opposite directions respectively corresponding to two adjacent recombined bamboo walls said connecting portion of the board; The extension direction of the first connection groove is parallel to the connection body, and the lower part of the first connection groove is formed with a first opening that opens obliquely downward and communicates with the outside world for the connection body to snap into the first connection groove. Bayonet; the first connecting buckle includes a first near-connecting unit on one side of the first bayonet and close to the second connecting buckle, and on the other side of the first bayonet and away from the second The first remote connection unit of the connection buckle; the cross section of the first connection groove is circular, and the width of the first bayonet is smaller than the diameter of the first connection groove; The extension direction of the second connecting groove is parallel to the connecting main body, and the lower part of the second connecting groove is formed with a second opening that opens obliquely downward and communicates with the outside world for the connecting main body to snap into the second connecting groove. Bayonet; the second connecting buckle includes a second near-connecting unit on one side of the second bayonet and close to the first connecting buckle, and on the other side of the second bayonet and away from the first The second remote connection unit of the connection buckle; the cross section of the second connection groove is circular, and the width of the second bayonet is smaller than the diameter of the second connection groove; The radii of the first arc portion and the second arc portion are smaller than the cross-sectional radii of the first connecting groove and the second connecting groove, and the distance between the first straight portion and the second straight portion is equal to the The width of the first bayonet and the second bayonet are corresponding; It also includes a first filling and limiting component filled in the first connecting groove to limit the connection body in the first connecting groove, and a filling and limiting component filled in the second connecting groove to limit the connection body in the second connecting groove. The second filling limiting component for limiting the connecting body; The first connection groove includes a first space corresponding to the first bayonet, a second space on one side of the first space that is closer to the second connection buckle, and a second space on the other side of the first space that is farther away from the second connection buckle. The third space of the second connection button; the first filling and limiting part includes a first near-filling part that is matched and accommodated in the second space, and a first far-filling part that is matched and accommodated in the third space. The filling part, and the first elastic connecting piece connected between the upper ends of the first proximal filling part and the first far filling part; the first elastic connecting piece is in the shape of a circular arc matching the first arc-shaped part, The distance between the first proximal filling part and the first far filling part corresponds to the width of the first bayonet; The second connection slot includes a fourth space corresponding to the second bayonet, a fifth space on one side of the fourth space closer to the first connection buckle, and a fifth space on the other side of the fourth space farther from the first connection buckle. The sixth space of the first connection button; the second filling and limiting part includes a second filling part matched and accommodated in the fifth space, and a second far part matched and accommodated in the sixth space. a filling part, and a second elastic connecting piece connected between the upper ends of the second proximal filling part and the second far filling part; the second elastic connecting piece is in the shape of a circular arc matching the second arc-shaped part, The distance between the second proximal filling part and the second far filling part corresponds to the width of the second bayonet; A first extending guide part extending to the end surface of the first connecting groove and having a weight greater than that of the first elastic connecting piece is formed at the edge of the first near-filling part and the first far-filling part near the entrance of the lower end, A second extended guide part extending to the end surface of the second connection groove and having a weight greater than that of the second elastic connecting piece is formed at the edge of the second near-filling part and the second far-filling part near the entrance of the lower end; A first easy-slip layer is placed between the first near-filling part and the first far-filling part and the inner surface of the first connecting groove, and the first easy-slip layer covers the first On the outer surface of the near filling part and the first far filling part; between the second near filling part and the second far filling part and the inner side of the second connecting groove, a second easy-to-slide layer, and the second slippery layer is coated on the outer surfaces of the second near-fill component and the second far-fill component. 2. A wallboard made of recombined bamboo according to claim 1, characterized in that: the outer sliding sleeve of the sliding rod is provided with a sliding sleeve, and the sliding sleeve is fixed in the guiding sliding hole. 3. A wallboard made of recombined bamboo according to claim 2, characterized in that: the cross-section of the sliding rod is rectangular, and the cross-section of the sliding sleeve is correspondingly rectangular. 4. A wallboard made of recombined bamboo according to claim 3, characterized in that: the angle between the direction of the first bayonet and the vertical plane is 40°-60°; The angle between the orientation of the two bayonet sockets and the vertical plane is 40°-60°. 5. A wallboard made of recombined bamboo according to claim 4, characterized in that: the angle between the direction of the first bayonet and the vertical plane is 45°; the second bayonet The angle between the direction of the orientation and the vertical plane is 45°; the angle between the first connecting buckle and the second connecting buckle is 0-90°, and the first connecting buckle and the second connecting buckle are equipped with Flip the angle limit card part. 6. A wallboard made of recombined bamboo according to any one of claims 1-5, characterized in that: the lower port of the first bayonet is formed with a second opening for the connecting body to slide in A chamfer; the lower port of the second bayonet is formed with a second chamfer for the connecting body to slide in; the lower end inlets of the first near-filling part and the first far-filling part are formed with a A third chamfer for the connecting body to slide in; a fourth chamfer for the connecting body to slide in is formed at the inlets of the lower ends of the second near-filling part and the second far-filling part.