CN203334478U - Frame connection component with cross-shaped sectional materials - Google Patents
Frame connection component with cross-shaped sectional materials Download PDFInfo
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- CN203334478U CN203334478U CN2013202645454U CN201320264545U CN203334478U CN 203334478 U CN203334478 U CN 203334478U CN 2013202645454 U CN2013202645454 U CN 2013202645454U CN 201320264545 U CN201320264545 U CN 201320264545U CN 203334478 U CN203334478 U CN 203334478U
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Abstract
The utility model relates to a frame connection component with cross-shaped sectional materials. The frame connection component comprises connectors and the sectional materials with the section in a cross shape. The connectors are provided with protruding walls. The frame connection component is characterized in that connecting holes which penetrate in the wall-thickness directions are formed in the protruding walls of the connectors, connecting holes comprise large hole parts and small hole parts, the small hole parts are placed on the outer portions of the large hole parts and are communicated with each other, a connecting component comprises a pulling piece and inserting-connecting heads which are connected at the two ends of the pulling piece, the inserting-connecting heads are provided with inserting-connecting portions which have T-shaped cross sections so that the inserting-connecting portions can be inserted into the connecting holes, the horizontal hole diameters of the large hole parts are larger than the maximum horizontal size of the head portions of the inserting-connecting portions, and the horizontal hole diameters of the small hole parts are smaller than the horizontal sizes of the head portions of the inserting-connecting portions and larger than the horizontal sizes of the body portions of the inserting-connecting portions. After the connection component is assembled into a sealed square combination frame, two connectors at the diagonal line are tightly pulled through the connecting component, auxiliary supporting effect is achieved, and the intensity of the whole frame is guaranteed.
Description
Technical field
The utility model belongs to the technical field that building interior space is separated, and relates in particular to a kind of framework connecting assembly with cross section bar.
Background technology
In office and in exhibition, the various frame type partition walls that often can see establishment are used for the compartment, this frame type partition wall to build requirement easy again fast, and the requirement that the orientation activity changes is also higher.The existing technology of setting up this framework, more employing has the Aluminum alloy column of multidirectional layout groove, the groove be folded on this column by aluminum alloy frame is built into frame construction, partition wall sheet material is set among aluminum alloy frame, form the frame type partition wall, this Aluminum alloy column height is determined, the height of the partition wall of building can't be increased again, also vertically can't splice again partition wall, and aluminum alloy frame and Aluminum alloy column are generally fixed by screw, on-the-spot installation is cumbersome, moreover aluminum alloy frame need bear the weight of partition wall, only rely on the fixing firm not of screw.
A kind of combined connecting structure for framework the Chinese utility model patent " a kind of combined connecting structure for framework " that the patent No. of applying for as the applicant is ZL200520100782.2 (notification number is CN2777093Y) has disclosed, include the pedestal that is provided with protruding wall, contiguous block and section bar, section bar is cross, contiguous block has identical two, be fixed on the first contiguous block on pedestal and at the second contiguous block of section bar end, the end face of contiguous block has the male part of at least one amesiality setting, this male part side has through hole, the first contiguous block and male part on the second contiguous block are separately together with the amalgamation of mirror image ground, and the through hole on two male part is aligned with each other and is bolted one, and have screw on the end face of protruding wall, also have through hole on contiguous block, be connected by screw aforementioned contiguous block and protruding wall.
Existing frame construction is basic identical, comprise joint, but this joint four-way connects a section bar, have the clip slot axially run through on the sidewall of section bar, can in the clip slot of section bar, be embedded the various sheet materials such as hollowcore slab, plastic plate, glass plate, steel plate, form partition wall and, for the layout of exhibition position, also can be embedded curtain, placard, advertising cloth etc. for exhibition.Between the grid that framework is separated, intensity mainly keeps by syndeton between each section bar and joint, and the intensity of this framework integral body need to improve.
The utility model content
Technical problem to be solved in the utility model is to provide a kind of can strengthen by the combine framework connecting assembly with cross section bar of bulk strength of framework of this connecting assembly for above-mentioned prior art present situation.
The utility model solves the problems of the technologies described above adopted technical scheme: a kind of framework connecting assembly with cross section bar, comprise that joint and Duo Gen are connected to all side end faces of joint section and are criss-cross section bar, have the clip slot axially run through on each wall of described section bar, be provided with protruding wall on described joint, protruding wall is by the six direction setting in space, and, all being cross in each direction, the end face of described each section bar and the side of joint are fixed together by syndeton, it is characterized in that: on the protruding wall of each of described joint, have the connecting hole run through along the wall thickness direction, connecting hole is comprised of macropore section and aperture section, aperture section is positioned at the outside of macropore section and communicates with each other, one coupling assembling, include tension part, and be connected to the connection-peg at tension part two ends, there is cross section on described connection-peg T-shaped to insert the Plug Division of described connecting hole, the maximum transversal aperture of described macropore section is greater than the lateral dimension of the head of Plug Division, the horizontal aperture of aperture section be less than Plug Division head lateral dimension and be greater than the lateral dimension of the body section of Plug Division.
The macropore section of above-mentioned connecting hole is arrow shaped, and it is poroid that described aperture section is bar shaped.Spade shape in the similar playing card of this connecting hole profile, good looking appearance, can meet again and connection-peg be inserted and constrains in the requirement in connecting hole simultaneously.
Above-mentioned tension part is pull bar.Adopt connecting rod to make coupling assembling form hard connection, can better guarantee that defect is that compliance is poor by the combine bulk strength of framework of this connecting assembly, this coupling assembling can only be used on a certain size framework, and connector can also be elastic drag rope certainly.
Above-mentioned connection-peg is cylindric, and described Plug Division is arranged on the upper surface of connection-peg, has the screwed hole radially run through on the perisporium of described connection-peg, and the end thread of described tension part is connected in this screwed hole.
Above-mentioned syndeton comprises that the end that is fixed on section bar is criss-cross the first contiguous block, has the first male part of four amesiality projections on the end face of the first contiguous block; Be fixed with and be criss-cross the second contiguous block on the joint end face be connected with section bar, there is the second male part of four amesiality projections on the end face of the second contiguous block; Described the first contiguous block is relative with the second contiguous block while fastening, and each first male part and the second male part be one by one together with mirror image amalgamation accordingly, and with threaded connector by amalgamation the first male part and the second male part together fix.
By the protruding wall of joint multiaspect and multi-direction setting and the combination of the first contiguous block, fix, and the combination of identical the second contiguous block dexterously with the first contiguous block in section bar end is fixed, realized a kind of brand-new mode of building framework, can be according to required orientation of building, random partition wall or the placing articles of setting up; And this combined connecting structure, only need externally directly fix and just can set up easily by screw and bolt, and on-the-spot combination is very quick, and very laborsaving, easy; The parts of this combined connecting structure all can adopt metal material to make, and between parts, are connected firmly, and the tower structure of building is also very firm; Simultaneously, the contiguous block in this combined connecting structure is general part, can contiguous block be fixed on corresponding orientation according to the needs in actual frame orientation, just can build the another side framework, very practical.
Above-mentioned the first male part has the first ladder hole, have the second ladder hole on described the second male part, described threaded connector comprises the first T-shaped connector and the second connector, there is threaded shank on the first connector, there is screwed hole section on the second connector, described the first connector is located in the first ladder hole, and the second connector is located in the second ladder hole, and simultaneously described threaded shank is threaded in screwed hole section and the first male part and the second male part are fixed together.This threaded connector structure can be hidden in corresponding separately ladder hole, and overall structure is more succinct.
For make between contiguous block and section bar be connected more firm, above-mentioned the first contiguous block is provided with the first fixture block of four groups of projections on the end face contacted with section bar, at the first contiguous block, be fixed under the state on section bar, described the first fixture block just in time embeds in the corresponding clip slot of described section bar.
For fear of the second contiguous block, on the protruding wall of joint, slide, make both connections more firm, above-mentioned the second contiguous block is provided with the second fixture block of four groups of projections on the end face contacted with joint, on every group of second fixture block, form with described joint on the U-shaped groove that matches of protruding wall, at the second contiguous block, be fixed under the state on joint, described U-shaped groove is clamped in the protruding wall on joint wherein.
Fixed form between described contiguous block and joint or section bar can adopt various prior aries, preferably, can be in the following ways: above-mentioned the first contiguous block be fixed on by the first screw on the end face of section bar, and described the second contiguous block is fixed on the end face of joint by the second screw.
Compared with prior art, the utility model has the advantage of: after this connecting assembly being assembled into to the square group frame of a sealing, to be positioned at two joint tensions at diagonal place by coupling assembling, play the effect of supplemental support, guarantee the intensity of whole framework, in addition between connection-peg and joint be connected also very convenient, only need be by the head of Plug Division on connection-peg through macropore section, Plug Division is slided to aperture section, whole connection-peg just is constrained in connecting hole not side direction and comes off again.
The accompanying drawing explanation
The perspective view that Fig. 1 is the utility model embodiment;
The three-dimensional exploded view that Fig. 2 is the utility model embodiment;
Fig. 3 is the scheme of installation between the utility model embodiment center tap and section bar;
The schematic perspective view that Fig. 4 is the second contiguous block in the utility model embodiment;
The Facad structure schematic diagram that Fig. 5 is connection-peg in the utility model embodiment.
The specific embodiment
Below in conjunction with accompanying drawing, embodiment is described in further detail the utility model.
As shown in Fig. 1～5, it is preferred embodiment of the present utility model.
A kind of framework connecting assembly with cross section bar, comprise that joint 1 and Duo Gen are connected to all side end faces of joint section and are criss-cross section bar 2, have the clip slot 22 axially run through on each wall 21 of section bar 2, be provided with protruding wall 11 on joint 1, protruding wall 11 is by the six direction setting in space, and, all being cross in each direction, the side of the end face of each section bar 2 and joint 1 is fixed together by syndeton.
Syndeton comprises that the end that is fixed on section bar 2 is criss-cross the first contiguous block 6, the first contiguous blocks 6 and is fixed on the end face of section bar 2 by the first screw 9, has the first male part 61 of four amesiality projections on the end face of the first contiguous block 6; Be fixed with on the joint end face be connected with section bar 2 and be criss-cross the second contiguous block 7, the second contiguous blocks 7 and be fixed on the end face of joint 1 by the second screw 10, there is the second male part 71 of four amesiality projections on the end face of the second contiguous block 7; The first contiguous block 6 is during with the relative fastening of the second contiguous block 7, and each first male part 61 and the second male part 71 be one by one together with mirror image amalgamation accordingly, and with threaded connector 8 by amalgamation the first male part 61 and the second male part 71 together fix.
The first male part 61 has the first ladder hole 62, have the second ladder hole 72 on the second male part 71, threaded connector 8 comprises the first T-shaped connector 81 and the second connector 82, there is threaded shank 811 on the first connector 81, there is screwed hole section 821 on the second connector 82, the first connector 81 is located in the first ladder hole 62, the second connector 82 is located in the second ladder hole 72, and simultaneously described threaded shank 811 is threaded in screwed hole section 821 and the first male part 61 and the second male part 71 are fixed together.
The first contiguous block 6 is provided with the first fixture block 63 of four groups of projections on the end face contacted with section bar, at the first contiguous block 6, is fixed under the state on section bar 2, and the first fixture block 63 just in time embeds in the corresponding clip slot 22 of section bar 2.The second contiguous block 7 is provided with the second fixture block 73 of four groups of projections on the end face contacted with joint, on every group of second fixture block 73, form with joint on the U-shaped groove that matches of protruding wall 11, at the second contiguous block 4, be fixed under the state on joint 1, U-shaped groove is clamped in the protruding wall 11 on joint wherein.
Have the connecting hole 3 run through along the wall thickness direction on the protruding wall 11 of each of joint, connecting hole 3 is comprised of macropore section 31 and aperture section 32, aperture section 32 is positioned at the outside of macropore section 31 and communicates with each other, and the macropore section 31 of connecting hole is arrow shaped, and it is poroid that 32, aperture section is bar shaped.
One coupling assembling, include tension part 4, and be connected to the connection-peg 5 at tension part 4 two ends, there is cross section on connection-peg 5 T-shaped to insert the Plug Division 51 of connecting hole 3, the maximum transversal aperture of macropore section 31 is greater than the lateral dimension of the head 511 of Plug Division 51, the horizontal aperture of aperture section 32 be less than Plug Division 51 head 511 lateral dimension and be greater than the lateral dimension of the body section 512 of Plug Division 51, the head 511 that is Plug Division 51 can pass but can not pass from aperture section 32 from macropore section 31, and the body section 512 of connection-peg energy is passed from aperture section 32.
Tension part 4 is pull bar.Connection-peg 5 is cylindric, and Plug Division 51 is arranged on the upper surface of connection-peg 5, has the screwed hole 52 radially run through on the perisporium of connection-peg 5, and the end thread of tension part 4 is connected in this screwed hole 52.
As shown in Figure 1, when actual installation, first the first contiguous block 6 is fixed on the end face of section bar 2 with the first screw 9 by required orientation of building partition wall, and second contiguous block 7 use the second screws 10 are fixed on the end face of joint 1, then the first contiguous block 6 is stitched on the second contiguous block 7 accordingly, then is threaded connection wearing of part 8 the first contiguous block 6 and the second contiguous block 7 are fixed as one.The framework that this combined connecting structure is built, can in the clip slot 22 of section bar 2, be embedded the various sheet materials such as hollowcore slab, plastic plate, glass plate, steel plate, form partition wall and for the layout of exhibition position, also can be embedded curtain, placard, put up picture etc. for exhibition, can also utilize built framework, set up various sheet material and device and be assembled into the various objects such as showcase, furniture.
Connecting assembly is set up and is between the grid with one or more rectangular cells, to be positioned at two joints, 1 tension at diagonal place by coupling assembling, play the effect of supplemental support, guarantee the intensity of whole framework, in addition between connection-peg and joint be connected also very convenient, only need be by the head of Plug Division 51 on connection-peg 5 511 through macropore section 31, then Plug Division 51 is slided to aperture section 32, whole connection-peg 5 just is constrained in connecting hole not side direction and comes off.
Claims (9)
1. the framework connecting assembly with cross section bar, comprise that joint (1) and many are connected to joint week side end face section and are criss-cross section bar (2), have the clip slot (22) axially run through on each wall (21) of described section bar (2), be provided with protruding wall (11) on described joint (1), protruding wall (11) is by the six direction setting in space, and, all be cross in each direction, the side of the end face of described each section bar (2) and joint (1) is fixed together by syndeton, it is characterized in that: have the connecting hole (3) run through along the wall thickness direction on the protruding wall of each of described joint (11), connecting hole (3) is comprised of macropore section (31) and aperture section (32), aperture section (32) is positioned at the outside of macropore section (31) and communicates with each other, one coupling assembling, include tension part (4), and be connected to the connection-peg (5) at tension part (4) two ends, there is the T-shaped Plug Division (51) to insert described connecting hole (3) of cross section on described connection-peg (5), the maximum transversal aperture of described macropore section (31) is greater than the lateral dimension of the head (511) of Plug Division (51), the horizontal aperture of aperture section (32) be less than Plug Division (51) head (511) lateral dimension and be greater than the lateral dimension of the body section (512) of Plug Division (51).
2. the framework connecting assembly with cross section bar according to claim 1, it is characterized in that: the macropore section (31) of described connecting hole is arrow shaped, and it is poroid that described aperture section (32) is bar shaped.
3. the framework connecting assembly with cross section bar according to claim 1, it is characterized in that: described tension part (4) is pull bar.
4. the framework connecting assembly with cross section bar according to claim 3, it is characterized in that: described connection-peg (5) is cylindric, described Plug Division (51) is arranged on the upper surface of connection-peg (5), have the screwed hole (52) radially run through on the perisporium of described connection-peg (5), the end thread of described tension part (4) is connected in this screwed hole (52).
5. according to arbitrary described framework connecting assembly with cross section bar in claim 1～4, it is characterized in that: described syndeton comprises that the end that is fixed on section bar (2) is criss-cross the first contiguous block (6), has first male part (61) of four amesiality projections on the end face of the first contiguous block (6); Be fixed with and be criss-cross the second contiguous block (7) on the joint end face be connected with section bar (2), there is second male part (71) of four amesiality projections on the end face of the second contiguous block (7); Described the first contiguous block (6) is during with relative fastening of the second contiguous block (7), each first male part (61) and the second male part (71) one by one mirror image amalgamation accordingly together, and with threaded connector (8) by amalgamation the first male part (61) and the second male part (71) together fix.
6. the framework connecting assembly with cross section bar according to claim 5, it is characterized in that: described the first male part (61) has the first ladder hole (62), have the second ladder hole (72) on described the second male part (71), described threaded connector (8) comprises T-shaped the first connector (81) and the second connector (82), there is threaded shank (811) on the first connector (81), there is screwed hole section (821) on the second connector (82), described the first connector (81) is located in the first ladder hole (62), the second connector (82) is located in the second ladder hole (72), simultaneously described threaded shank (811) is threaded in screwed hole section (821) and the first male part (61) and the second male part (71) is fixed together.
7. the framework connecting assembly with cross section bar according to claim 5, it is characterized in that: described the first contiguous block (6) is provided with first fixture block (63) of four groups of projections on the end face contacted with section bar, at the first contiguous block (6), be fixed under the state on section bar (2), described the first fixture block (63) just in time embeds in the corresponding clip slot (22) of described section bar (2).
8. the framework connecting assembly with cross section bar according to claim 5, it is characterized in that: described the second contiguous block (7) is provided with second fixture block (73) of four groups of projections on the end face contacted with joint, the U-shaped groove that protruding wall (11) on the upper formation of every group of second fixture block (73) and described joint matches, at the second contiguous block (4), be fixed under the state on joint (1), described U-shaped groove is clamped in the protruding wall (11) on joint wherein.
9. the framework connecting assembly with cross section bar according to claim 5, it is characterized in that: described the first contiguous block (6) is fixed on the end face of section bar (2) by the first screw (9), and described the second contiguous block (7) is fixed on the end face of joint (1) by the second screw (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202645454U CN203334478U (en) | 2013-05-14 | 2013-05-14 | Frame connection component with cross-shaped sectional materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013202645454U CN203334478U (en) | 2013-05-14 | 2013-05-14 | Frame connection component with cross-shaped sectional materials |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203334478U true CN203334478U (en) | 2013-12-11 |
Family
ID=49703158
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013202645454U Expired - Fee Related CN203334478U (en) | 2013-05-14 | 2013-05-14 | Frame connection component with cross-shaped sectional materials |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203334478U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113529978A (en) * | 2021-06-29 | 2021-10-22 | 浙江天壹重石建设科技有限公司 | Assembly type building node |
-
2013
- 2013-05-14 CN CN2013202645454U patent/CN203334478U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113529978A (en) * | 2021-06-29 | 2021-10-22 | 浙江天壹重石建设科技有限公司 | Assembly type building node |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131211 Termination date: 20150514 |
|
| EXPY | Termination of patent right or utility model |