CN204186721U - The post beam staggered floor connection part that can tile by hand and the frame structure tiled thereof - Google Patents
The post beam staggered floor connection part that can tile by hand and the frame structure tiled thereof Download PDFInfo
- Publication number
- CN204186721U CN204186721U CN201420584247.8U CN201420584247U CN204186721U CN 204186721 U CN204186721 U CN 204186721U CN 201420584247 U CN201420584247 U CN 201420584247U CN 204186721 U CN204186721 U CN 204186721U
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- tie
- post
- clamping
- conduit
- notch
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Abstract
The utility model discloses the post beam staggered floor connection part that can tile by hand and the frame structure tiled thereof, comprising attachment post and tie-beam, described attachment post axially form the conduit of circular arc and be reserved with notch on the shaft surface of attachment post, forming some screens grooves in notch both sides and the height and position of both sides screens groove staggers mutually; Described tie-beam two ends form the assembly department for engaging screens groove, whole section of the outside of assembly department forms the clamping joint for clamping conduit forming T-shape structure with assembly department, and described clamping joint is the clamping gib head that the clamping column cap that coordinates with conduit of shape or width are less than width of rebate.
Description
Technical field
The utility model relates to furniture and building structure technology field, particularly relates to the post beam staggered floor connection part that can tile by hand and the frame structure tiled thereof.
Background technique
Existing furniture is generally produced in batches by furniture manufacturer, and Consumer can only choose the furniture meeting esthetic requirement and usage requirement from existing style.Some manufacturer also can carry out customized production according to the demand of client, but this process is time-consuming often long, nor can carry out variation adjustment to furniture according to the actual requirements in the future.
Based on above reason, also occurred now the assembled furniture can assembled voluntarily by Consumer, Consumer can carry out adjustment to furniture when assembled makes its structure meet esthetic requirement and usage requirement to a certain extent.For this series products, the technology point of its key carries out assembling the furniture needed for obtaining to furniture assembly under being the prerequisite providing a kind of simple and easy firm Placement that Consumer can be allowed in this Placement.
Similarly, more existing simple construction structures, as outdoor tent and outdoor stage etc., are also built by some fixing assemblies.But these assemblies existing are all learned and are wanted some professional assistant tools just can complete and build operation.
Model utility content
The purpose of this utility model is, provides the post beam staggered floor connection part that can tile by hand that professional assistant tool can not be needed just to carry out connecting, simple, the stabilized structure of Placement and the frame structure tiled thereof for above problem.
In order to realize above object, the technical solution adopted in the utility model is: the post beam staggered floor connection part that can tile by hand, comprise attachment post and tie-beam, described attachment post axially form the conduit of circular arc and be reserved with notch on the shaft surface of attachment post, forming some screens grooves in notch both sides and the height and position of both sides screens groove staggers mutually; Described tie-beam two ends form the assembly department for engaging screens groove, whole section of the outside of assembly department forms the clamping joint for clamping conduit forming T-shape structure with assembly department, and described clamping joint is the clamping gib head that the clamping column cap that coordinates with conduit of shape or width are less than width of rebate.Clamping column cap on the post beam staggered floor connection part that what the utility model provided can tile by hand and its tie-beam of frame structure of tiling thereof and clamping gib head can block in the channel, screens groove on attachment post can coordinate fixing with the assembly department on tie-beam, the operation of its Placement is simple and easy, tile without the need to connection just can be carried out by professional assistant tool, and there is firm structure after tiling.Take shape in outside assembly department because column cap and fixture block are whole section simultaneously, same attachment post can only connect a tie-beam on sustained height position, simultaneously again owing to only having a screens groove that the structure of attachment post can be made relatively more stable on sustained height position, above scheme is adopted under the prerequisite not affecting normal use, to make the structure of attachment post more stable.
Further, described notch is reserved with for allowing clamping column cap enter breach in conduit.Column cap can be allowed to enter in conduit by the breach on notch.
Further, described conduit runs through at least one end of attachment post.The wherein one end running through attachment post when conduit just can form a slotted eye that clamping column cap can be allowed to enter on this end face, and this structure can also save materials weight reduction in addition.
The frame structure formed is tiled by post beam staggered floor connection part, this frame structure carries out closed connecting and composing by some attachment posts and some tie-beams, described attachment post comprises the quarter pillar being positioned at frame structure bight and the straight angle post be positioned on frame structure limit, described quarter pillar and straight angle post are reserved with notch on shaft surface, some height and positions to screens groove and with a pair screens groove are formed identical in notch both sides, the maximum alternate angle being wherein connected to two tie-beams on the both sides screens groove of straight angle post is 90 degree, the maximum alternate angle being connected to two tie-beams on the both sides screens groove of straight angle post is 180 degree, described tie-beam both sides form the assembly department for engaging screens groove, whole section of the outside of assembly department forms the clamping joint for clamping conduit forming T-shape structure with assembly department, and described clamping joint is the clamping gib head that the clamping column cap that coordinates with conduit of shape or width are less than width of rebate, wherein, have at least on a tie-beam and form clamping gib head.
A pair tie-beam on quarter pillar can 90 degree of connections each other, therefore can form two tie-beams on the corner buttresses frame corner of framework.And a pair tie-beam on straight angle post can 180 degree of connections each other, therefore can be arranged between two quarter pillars and support the tie-beam between two quarter pillars.Because frame structure carries out closed connecting and composing by tie-beam and attachment post, again because clamping column cap needs when connecting to be rotationally connected beam, clamping column cap cannot be relied on to complete closed connection, therefore need at least one connection with clamping gib head to complete the closed connection of this frame structure.
Further, also comprising the staggered floor corner brace for fixing two adjacent tie-beam angles, being connected by joinery and its construction between described tie-beam and staggered floor corner brace.Staggered floor corner brace can fix the angle between two tie-beams, prevents tie-beam from rotating; Adopt joinery and its construction to be connected can make between tie-beam and staggered floor corner brace, not use instrument just can firmly connect.
Further, also comprise that horizontal to be connected between two relative tie-beams horizontal connects beam, described horizontal connecing between beam and tie-beam is connected by joinery and its construction.The horizontal beam that connects can fix two relative tie-beams; Adopt joinery and its construction to be connected can make between tie-beam and staggered floor corner brace, not use instrument just can firmly connect.
Further, also comprising the anti-rotation connecting core for longitudinally connecting two attachment posts, engaging with notch in the conduit that described anti-rotation connecting core connecting core is connected to two attachment posts.Anti-rotation connecting core longitudinally can connect two attachment posts and can prevent two attachment posts after connecting from relatively rotating.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment one.
Fig. 2 is the structural representation of quarter pillar.
Fig. 3 is the partial structurtes schematic diagram of region A in Fig. 2.
Fig. 4 is the structural representation of straight angle post.
Fig. 5 is the partial structurtes schematic diagram of region B in Fig. 4.
Fig. 6 is the plan view of tie-beam.
Fig. 7 is the linkage structure schematic diagram of attachment post and tie-beam.
Fig. 8 is the structural representation after the utility model connects staggered floor corner brace.
Fig. 9 is the horizontal linkage structure schematic diagram connecing beam and tie-beam.
Figure 10 is the structural representation of embodiment two.
Figure 11 is the linkage structure schematic diagram of attachment post and anti-rotation connecting core.
Figure 12 is the structural representation of embodiment three.
Wherein, 1 is attachment post, and 11 is conduit, and 111 is notch, and 12 is screens groove, and 13 is breach, and 2 is tie-beam, and 21 is assembly department, and 22 is clamping column cap, and 23 is clamping gib head, and 3 is staggered floor corner brace, and 4 is the horizontal beam that connects, and 5 is anti-rotation connecting core.
Embodiment
Now with specific embodiment, the utility model technology required for protection is described in further detail by reference to the accompanying drawings.
Embodiment one
As shown in Figure 1, be the frame structure in the present embodiment, this frame structure entirety is rectangular, and wherein long limit is combined by tie-beam 2 connection by four attachment posts 1, and broadside is combined by tie-beam 2 connection by two attachment posts 1.The attachment post 1 being wherein positioned at long limit and broadside two ends is quarter pillar, and the maximum alternate angle being connected to two tie-beams 2 on quarter pillar both sides is 90 degree; Attachment post 1 between two quarter pillars is straight angle post, and the maximum alternate angle being connected to two tie-beams 2 on straight angle post both sides is 180 degree.
As shown in Figures 2 and 3, quarter pillar entirety is in the present embodiment an approximate tetragonal prism, and quarter pillar is provided with the conduit 11 of the circle of one radian more than 180 degree, and this conduit 11 runs through quarter pillar two ends and form slotted eye on two end faces; Notch 111 is opened on the arm of angle of attachment post 1 sidepiece, notch 111 both sides are provided with four pairs of screens grooves 12, wherein the height and position of the screens groove 12 of notch 111 both sides staggers mutually and the alternate angle of the inwall of both sides screens groove 12 is 90 degree, and this just makes the maximum alternate angle of two tie-beams 2 be connected on quarter pillar be 90 degree.Also on conduit 11, be provided with a breach 13 at the middle part of attachment post 1, the larger clamping column cap 22 that can hold on tie-beam 2 of the area of breach 13 puts in the inside.
As shown in Figure 4 and Figure 5, the structural similarity of straight angle post and quarter pillar, the alternate angle being in the inwall of straight angle post both sides screens groove 12 of its structural difference is 180 degree, and this just makes the maximum alternate angle of two tie-beams 2 be connected on straight angle post be 180 degree.
As shown in Figure 6, for tie-beam 2 a kind of in the present embodiment, the two ends of this tie-beam 2 form assembly department 21, the shape of assembly department 21 coordinates with screens groove 12, whole section of the outside of the assembly department 21 of one end wherein forms columniform clamping column cap 22 and assembly department 21 and clamping column cap 22 form "T"-shaped structure, the wherein size of clamping column cap 22 and coordinating of conduit 11; Outside the other end assembly department 21, whole section forms clamping gib head 23 and assembly department 21 and clamping gib head 23 form "T"-shaped structure, wherein the width of clamping gib head 23 is less than the width of notch 111.Except this tie-beam 2 that the present embodiment is enumerated, clamping column cap 22 or clamping gib head 23 can also be formed on the two ends assembly department 21 of tie-beam 2.
As shown in Figure 7, when carrying out connection, be that clamping column cap 22 or clamping gib head 23 are divided into two kinds of different connection methods according to being molded on outside assembly department 21.When one end tie-beam 2 with clamping column cap 22 will be connected with attachment post 1, first the clamping column cap 22 on tie-beam 2 is injected conduit 11 from the slotted eye of attachment post 1 top or bottom, because the shape of clamping column cap 22 coordinates therefore clamping column cap 22 can slide in conduit 11 on position corresponding to screens groove 12 with conduit 11, then be that axis of rotation tie-beam 2 makes the assembly department 21 on tie-beam 2 be entrenched in screens groove 12 with clamping column cap 22, effect that assembly department 21 produces with screens groove 12 form fit that Here it is; Assembly department 21 is entrenched in after in screens groove 12, tie-beam 2 does not just slide up and down along conduit 11 by clip-connecting rod head 22, simultaneously because clamping column cap 22 is blocked by conduit 11 inwall in conduit 11, tie-beam 2 cannot directly be deviate from from screens groove 12 again, this plays further fixation with regard to making the connection between this of clamping column cap 22 pairs of tie-beams 2 and attachment post 1.
When one end tie-beam 2 with clamping gib head will be connected with attachment post 1, therefore the width due to clamping gib head 23 is less than notch 111 width can allow clamping gib head 23 directly advance conduit 11 li from the notch 111 of conduit 11 and assembly department 21 is embedded in another screens groove 12.The effect of clamping gib head 23 is similar to clamping column cap 22, is also for blocking conduit 11 inwall, tie-beam 2 directly to be departed from from screens groove 12.But due to clamping gib head 23 can directly pass in and out from notch 111, its stability connecting rear structure is not as clamping column cap 22, general just adopts clamping gib head 23 when using clamping column cap 22, such as, when the attachment post 1 that can not rotate that connection two is fixing.
In the present embodiment, middle part due to attachment post 1 there is a breach 13, first the clamping column cap 22 on tie-beam 2 can be put in breach 13 advances clamping column cap 22 in conduit 11 subsequently, and need not enter in conduit 11 by clamping column cap 22 by the slotted eye at attachment post 1 two ends, simplify operation during connection.And after when needing to change tie-beam 2 also without the need to other tie-beam 2 from slotted eye to tie-beam 2 to be replaced is disassembled, the post beam of user to furniture of being more convenient for adjusts.
As shown in Figure 8, for being connected to two tie-beams 2 in the identical screens groove 12 of a pair height and position, one piece of staggered floor corner brace 3 can being connected and make this connection between the two more firm.Staggered floor corner brace 3 in the present embodiment has two-layer up and down and form tenon on the limit of screens groove 12 side of its correspondence, and on the corresponding position of tie-beam 2, form the groove coordinated with tenon, by the connection of staggered floor corner brace 3 with tie-beam 2 will be realized in the groove of the tenon insertion tie-beam 2 in staggered floor corner brace 3.Staggered floor corner brace 3 can prevent from connecting coupling beam rotation by the angle effectively fixed between two tie-beams 2.As shown in Figure 9, between two relative tie-beams 2, horizontal being connected to horizontally connects beam 4, and the horizontal two ends connecing beam 4 form tenon, can be connected with the groove fit on tie-beam 2.
Embodiment two
As shown in Figure 10, the frame structure of the present embodiment is that the frame structure of two embodiments one carries out longitudinally connecting forming.More specifically be the attachment post 1 in the frame structure of two embodiments one is carried out longitudinally connecting and forms.
Can be connected by anti-rotation connecting core 5 between two attachment posts 1.As shown in figure 11, the shape of anti-rotation connecting core 5 coordinates with the conduit 11 of attachment post and notch 111, engages thus realizes longitudinally being connected two attachment posts 1 and to prevent between upper and lower two attachment posts 1 anti-life to relatively rotate in the conduit 11 that can be connected to upper and lower two attachment posts 1 with notch 111.First the slotted eye of anti-rotation connecting core 5 attachment post 1 is from below injected in conduit 11 when connecting, then the slotted eye of top attachment post 1 is aimed at the half section of anti-rotation connecting core 5 protruding from below attachment post 1 and make it inject in the conduit 11 of top attachment post 1.Engage in notch 111 thus complete the longitudinal direction connection of two attachment posts 1 in the conduit 11 that anti-rotation connecting core 5 just can be made simultaneously to inject upper and lower two attachment posts 1 by operation above.
By being connected between attachment post 1 and anti-rotation connecting core 5, frame structure can be made to extend toward Vertical direction.
Embodiment three
As shown in figure 12, the frame structure of the present embodiment carries out the closed hexagonal-shaped frame connected and composed by the straight angle post in six roots of sensation embodiment one by six roots of sensation tie-beam 2.
Because the maximum alternate angle of the tie-beam 2 being connected to both sides on straight angle post is 180 degree, this means that the alternate angle of both sides tie-beam 2 can regulate in 180 degree.Straight angle post constitutes the bight of frame structure in the present embodiment, and the angle at each angle is 120 degree.Utilize straight angle post that frame structure can also be made to have more angle, frame structure can be made to extend toward the substantially horizontal of multi-angle.
Relatively and quarter pillar, the tie-beam 2 on straight angle post can have larger alternate angle scope, also includes the alternate angle scope of quarter pillar in theory.But screens groove 12 also due to straight angle post is larger, larger vacancy can be left by screens groove 12 when two tie-beams 2 are not 180 degree of alternate angles, its outward appearance is relatively poor, therefore except non-frame construction has the bight that angle is not 90 degree, otherwise straight angle post is general only for the limit of frame structure.
Owing to there is some screens grooves 12 different to height and position on tie-beam 2, the screens groove 12 that user can select these height and positions different is connected with tie-beam 2 thus achieves the adjustment of the height and position to tie-beam 2.Meanwhile, can also utilize straight angle post and anti-rotation connecting core 5 that frame structure is extended toward the substantially horizontal of multi-angle and Vertical direction.User can carry out personalized collocation connection according to the demand of oneself to the post beam assembly that the utility model provides and be combined into the frame structure meeting demand.
The embodiment of the above is only the preferred embodiment of the utility model, not limits practical range of the present utility model with this, therefore the change that all shapes according to the utility model, principle are done, all should be encompassed in protection domain of the present utility model.
Claims (7)
1. the post beam staggered floor connection part that can tile by hand, comprises attachment post (1) and tie-beam (2), it is characterized in that; Described attachment post (1) axially form the conduit (11) of circular arc and be reserved with notch (111) on the shaft surface of attachment post (1), forming some screens grooves (12) in notch (111) both sides and the height and position of both sides screens groove (12) staggers mutually; Described tie-beam (2) two ends form the assembly department (21) for engaging screens groove (12), whole section of the outside of assembly department (21) forms the clamping joint for clamping conduit (11) forming T-shape structure with assembly department (21), and described clamping joint is the clamping gib head (23) that the clamping column cap (22) that coordinates with conduit (11) of shape or width are less than notch (111) width.
2. the post beam staggered floor connection part that can tile by hand according to claim 1, is characterized in that; Described notch (111) is reserved with for allowing clamping column cap (22) enter breach (13) in conduit (11).
3. the post beam staggered floor connection part that can tile by hand according to claim 1 and 2, is characterized in that; Described conduit (11) runs through at least one end of attachment post (1).
4. tile by post beam staggered floor connection part the frame structure formed, this frame structure carries out closed connecting and composing by some attachment posts (1) and some tie-beams (2), it is characterized in that; Described attachment post (1) comprises the quarter pillar being positioned at frame structure bight and the straight angle post be positioned on frame structure limit, described quarter pillar and straight angle post are reserved with notch (111) on shaft surface, some height and positions to screens groove (12) and with a pair screens groove (12) are formed identical in notch (111) both sides, the maximum alternate angle being wherein connected to two tie-beams (2) on the both sides screens groove (12) of straight angle post is 90 degree, and the maximum alternate angle being connected to two tie-beams (2) on the both sides screens groove (12) of center pillar is 180 degree; Described tie-beam (2) both sides form the assembly department (21) for engaging screens groove (12), whole section of the outside of assembly department (21) forms the clamping joint for clamping conduit (11) forming T-shape structure with assembly department (21), and described clamping joint is the clamping gib head (23) that the clamping column cap (22) that coordinates with conduit (11) of shape or width are less than notch (111) width; Wherein, have at least on a tie-beam (2) and form clamping gib head (23).
5. according to claim 4ly tile by post beam staggered floor connection part the frame structure formed, it is characterized in that; Also comprise the staggered floor corner brace (3) for fixing both sides adjacent tie-beam (2) angle, described staggered floor corner brace (3) comprise two-layer up and down and this to be two-layerly connected by joinery and its construction with the tie-beam (2) of corresponding height position respectively.
6. according to claim 4ly tile by post beam staggered floor connection part the frame structure formed, it is characterized in that; Also comprise that horizontal to be connected between two tie-beams (2) parallel to each other on sustained height position horizontal connects beam (4), described horizontal connecing between beam (4) and tie-beam (2) is connected by joinery and its construction.
7. according to claim 4ly tile by post beam staggered floor connection part the frame structure formed, it is characterized in that; Also comprising the anti-rotation connecting core (5) for longitudinally connecting two attachment posts (1), engaging with notch (111) in the conduit (11) that described anti-rotation connecting core (5) is connected to two attachment posts (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420584247.8U CN204186721U (en) | 2014-10-11 | 2014-10-11 | The post beam staggered floor connection part that can tile by hand and the frame structure tiled thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420584247.8U CN204186721U (en) | 2014-10-11 | 2014-10-11 | The post beam staggered floor connection part that can tile by hand and the frame structure tiled thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204186721U true CN204186721U (en) | 2015-03-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420584247.8U Withdrawn - After Issue CN204186721U (en) | 2014-10-11 | 2014-10-11 | The post beam staggered floor connection part that can tile by hand and the frame structure tiled thereof |
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| Country | Link |
|---|---|
| CN (1) | CN204186721U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104358755A (en) * | 2014-10-11 | 2015-02-18 | 谭健民 | Column-beam split-level connecting component capable of being manually built and framework structure built thereby |
-
2014
- 2014-10-11 CN CN201420584247.8U patent/CN204186721U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104358755A (en) * | 2014-10-11 | 2015-02-18 | 谭健民 | Column-beam split-level connecting component capable of being manually built and framework structure built thereby |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20161202 Address after: 528244 victory village, Lishui Town, Nanhai District, Guangdong, Foshan Patentee after: Foshan letter home furniture Co. Ltd. Address before: 528244 Foshan Province Nanhai District Lishui Town Shengli Industrial Zone Foshan letter home furniture Co., Ltd. Patentee before: Tan Jianmin |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20150304 Effective date of abandoning: 20170419 |
|
| AV01 | Patent right actively abandoned |