CN207178380U

CN207178380U - The modular panels component and connector formed based on keel

Info

Publication number: CN207178380U
Application number: CN201720913865.6U
Authority: CN
Inventors: 陈寒冰
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-26
Filing date: 2017-07-26
Publication date: 2018-04-03
Anticipated expiration: 2027-07-26

Abstract

The utility model provides a kind of modular panels component and connector formed based on keel, is related to material module and builds technical field.The modular panels component formed based on keel includes modular panels and connector.The structure of modular panels is in cuboid, and multiple modular panels form accommodating cavity, and for accommodating keel, the surface of modular panels offers connecting portion mounting groove, and the bottom of connecting portion mounting groove offers connecting portion mounting hole.Connector includes connecting portion and the tie-beam being connected between two neighboring connecting portion, a connecting portion on connector is used to be arranged in the connecting portion mounting groove of a modular panels, connecting portion mounting hole through connecting portion and is screwed in by fastener, connector makes adjacent modular panels be connected.Modules panel construction is flexible, and modular panels length and width are reasonable in design, assembling facility, and the assembled Reuse Chance between modular panels is high, and it is high to reuse probability.

Description

The modular panels component and connector formed based on keel

Technical field

The utility model is related to material module and build technical field, in particular to it is a kind of based on keel form Modular panels component and connector.

Background technology

With enriching for production and living product, more and more higher commercially is required to the material structure of personalization with commercial environment. The means of existing furniture household structural member can substantially be divided into prefabricated class, customization class, module class.Prefabricated class and customization class furniture Household component, all components are all fully defining during processing, after the completion of production its structure and outward appearance later stage that just finalizes the design almost change Dynamic leeway very little, do-it-yourself change, which is compared, for general user is difficult to carry out.Common existing module in the market Class furniture household component, mostly can only building structure function is fairly simple, outward appearance is dull furniture component, while from function and See that existing module class furniture household component is too many compared to prefabricated class and customization class furniture household component difference in appearance, consumption Person does not allow to be easily accepted by.

Utility model content

The purpose of this utility model is to provide a kind of modular panels component formed based on keel, and it aims to solve the problem that existing There is the technical problem that modularization furniture household element structure flexibility ratio is inadequate, and outward appearance has big difference with antique traditional furniture domestic environment.

The purpose of this utility model is also to provide a kind of connector, and it is used for the above-mentioned modularization face formed based on keel In board component, the adjacent modular panels are made to be connected.

The first technical scheme provided by the utility model：A kind of modular panels component formed based on keel, is used for Wrap up keel, the surface uniformly continuous distribution size structure identical attachment structure of the keel is described to be formed based on keel Modular panels component includes multiple modular panels and multiple connectors；The structure of the modular panels is in cuboid, more The individual modular panels connect to form accommodating cavity by the connector, and the accommodating cavity is used to accommodate keel, described The surface of modular panels offers connecting portion mounting groove, and the bottom of the connecting portion mounting groove offers connecting portion mounting hole； The connector includes connecting portion and the tie-beam that is connected between the two neighboring connecting portion, and one on the connector The individual connecting portion is used to be arranged in the connecting portion mounting groove of the modular panels, is opened up on the connecting portion There is through hole, the through hole run through by fastener on the connecting portion simultaneously screws in the connecting portion mounting hole, makes the connection Portion is fixed in the connecting portion mounting groove, and other described connecting portions on the connector are used to be arranged on other described modules In the connecting portion mounting groove for changing panel, the adjacent modular panels are made to be connected.

Further, the centre distance between the two neighboring connecting portion mounting groove in the modular panels is institute State the two neighboring attachment structure on keel OC N times, N is natural number, is opened up in the connecting portion mounting groove There is connecting portion mounting hole described at least three, ensure that the connecting portion is connected fastening with the modular panels.

Further, the centre distance on the connector between the two neighboring connecting portion is adjacent on the keel OC N times of two attachment structures, N is natural number.

Further, the connecting portion be rectangle sheet, the tie-beam be rectangle sheet, the width of the tie-beam Degree is less than the width of the connecting portion, and the both ends of the tie-beam are connected in the middle part at the two neighboring connecting portion edge respectively, Four keel connection buckles, four keel connection buckles are fixedly connected with the same surface of at least one connecting portion Positioned at four Angle Positions of the connecting portion, four keel connection buckles are used to be connected with keel.

Further, the connecting portion is the sheet of rectangle, and the tie-beam is L-type structure, is connected to the tie-beam Two connecting portions at both ends are mutually perpendicular to, or, the tie-beam is bending type structure, is connected to the tie-beam both ends Two connecting portions be parallel to each other.

Further, the length dimension of the modular panels meets length formula：N*CAP+M*THICK+P*(CAP- THICK)；The width dimensions of the modular panels meet Width Formula of Rib Knitted Fabric：N*CAP+M*THICK+P*(CAP-THICK)；

In formula, N be Fibonacci sequence in a nonzero integer, wherein, Fibonacci number be classified as (0,1,2,3,5,8, 13,21,34,55,89 ...)；CAP is constant, represents the center spacing of two adjacent attachment structures on keel；THICK is Constant, represent the thickness of modular panels, and THICK<(CAP/2)；M is a numeral in combination { 0,1,2 }；P is combination A numeral in { 0,1 }；It is 1 during M with P differences in length formula or Width Formula of Rib Knitted Fabric, and M+P≤2.

Further, as N in length formula>1 and Width Formula of Rib Knitted Fabric in N=1 when, length formula is reduced to：N*CAP.

Further, as N in N >=2 in length formula and Width Formula of Rib Knitted Fabric >=2, length formula is reduced to：N*CAP, width Simplified formula is：N*CAP.

Second of technical scheme provided by the utility model：A kind of connector, in the first technical scheme based on In the modular panels component that keel are formed, the connector includes at least two connecting portions and is connected to two neighboring described Tie-beam between connecting portion, through hole is offered on the connecting portion, it is described logical on the connecting portion by fastener Hole, the connecting portion is set to be fixed in the modular panels, on the connector a connecting portion is used to be arranged on In one modular panels, other described connecting portions on the connector are used to be arranged on other described modular panels On, the adjacent modular panels is connected.

The beneficial effect of modular panels component provided by the utility model that is formed based on keel is：First, Ge Gemo Block panel construction is flexible, and corresponding modular panels may diminish to only include a connecting portion mounting groove, corresponding modularization Panel length and width are reasonable in design, assembling facility, and the assembled Reuse Chance between modular panels is high, and it is high to reuse probability.Secondly, it is based on The modular panels component that keel are formed is the set of economic green reusable modular panels, has had modularization furniture and biography concurrently The advantages of system furniture, the existing solution of in the market is breached, there can be a variety of selections on the appearance material of modular panels And color, by disparate modules panel material, size, colour match, under the support for the required function structure that keel are formed, Various furniture and domestic environment components can be realized, you can, can also be only with close with the style of furniture and domestic environment component Style is set, highlights individual character.Finally, due to various sizes of modular panels after optimization, can be limited in limited number, Suitable for factory's large-scale standardized production, industrial standardization and personalized customization are combined so that family Tool domestic environment component can preferably carry economic, green, the modern development theory of environmental protection, will be greatly facilitated modularization furniture The development of household component industry.

The beneficial effect of connector provided by the utility model is：

Connector can link into an integrated entity various sizes of modular panels, reasonably combined various sizes of modularization face Plate may be constructed the suitable component of size, and component cladding, which is arranged on keel, forms structure and function and antique traditional furniture household Environment component identity function body.

Brief description of the drawings

, below will be to required use in embodiment in order to illustrate more clearly of the technical scheme of the utility model embodiment Accompanying drawing be briefly described, it will be appreciated that the following drawings illustrate only some embodiments of the present utility model, therefore should not be by Regard the restriction to scope as, for those of ordinary skill in the art, on the premise of not paying creative work, may be used also To obtain other related accompanying drawings according to these accompanying drawings.

Fig. 1 is the structural representation for the keel that the utility model embodiment provides.

Fig. 2 is the schematic diagram for the specific structure that the keel that the utility model embodiment provides are formed.

Fig. 3 is that keel form the knot that a kind of given shape is coated on the modular panels component formed based on keel in Fig. 2 Structure schematic diagram.

Fig. 4 is the modular panels that the numbering that the utility model embodiment provides is 1X1_M0P1_M1P0_L Structural representation.

Fig. 5 is the knot for the modular panels that the numbering that the utility model embodiment provides is 1X1_M2P0_M1P0 Structure schematic diagram.

Fig. 6 is the knot for the modular panels that the numbering that the utility model embodiment provides is 1X1_M0P0_M0P0 Structure schematic diagram.

Fig. 7 is the knot for the modular panels that the numbering that the utility model embodiment provides is 3X1_M0P0_M0P0 Structure schematic diagram.

Fig. 8 is the knot for the modular panels that the numbering that the utility model embodiment provides is 3X1_M0P0_M1P0 Structure schematic diagram.

Fig. 9 is the knot for the modular panels that the numbering that the utility model embodiment provides is 3X3_M0P0_M0P0 Structure schematic diagram.

Figure 10 is the knot for the modular panels that the numbering that the utility model embodiment provides is 1X1_M1P0_M0P0 Structure schematic diagram.

Figure 11 is a kind of structural representation of the modular panels component and keel combination formed based on keel.

Figure 12 is the structural representation for the fastening clip combination that the utility model embodiment provides.

Figure 13 is connection use between the modular panels and modular panels that the utility model embodiment provides Bigeminy flat type connector structural representation.

Figure 14 is connection use between the modular panels and modular panels that the utility model embodiment provides Bigeminy perpendicular type connector structural representation.

Figure 15 is connection use between the modular panels and modular panels that the utility model embodiment provides Bigeminy height phase shift connector structural representation.

Figure 16 is connection use between the modular panels and modular panels that the utility model embodiment provides Tetrad flat type connector structural representation.

Figure 17 is that two that the utility model embodiment provides connect use between modular panels and keel Bigeminy flat type connector structural representation.

Figure 18 is that three that the utility model embodiment provides connect use between modular panels and keel Three flat types connector structural representation.

Figure 19 is that four that the utility model embodiment provides connect use between modular panels and keel Tetrad flat type connector structural representation.

Figure 20 is local installation of modular on the U-shaped structure for the keel composition that the utility model embodiment provides The structural representation of panel.

Figure 21 is the structural representation for the connecting portion for connecting use in Figure 20 between keel and modular panels.

Figure 22 is that connecting portion is arranged on the partial structural diagram in modular panels in Figure 20.

Icon：100- keel；101- attachment structures；The specific structure that 200- keel are formed；300- is formed based on keel Modular panels component；The modular panels that 310- numberings are 1X1_M0P1_M1P0_L；311- connecting portion mounting grooves；312- connects Socket part mounting hole；The modular panels that 320- numberings are 1X1_M2P0_M1P0；The module that 330- numberings are 1X1_M0P0_M0P0 Change panel；The modular panels that 340- numberings are 3X1_M0P0_M0P0；The modularization face that 350- numberings are 3X1_M0P0_M1P0 Plate；The modular panels that 360- numberings are 3X3_M0P0_M0P0；The modular panels that 370- numberings are 1X1_M1P0_M0P0； 400- fasteners；500- fastening clips combine；510- blind hole fasteners；520- screw fasteners；530- screw fasteners；610- bigeminy The connector of flat type；611- connecting portions；612- through holes；613- tie-beams；The connector of 620- bigeminy perpendicular types；630- bigeminy The connector of height phase shift；The connector of 640- tetrad flat types；700- keel connection buckles.

Embodiment

It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer Accompanying drawing in type embodiment, the technical scheme in the embodiment of the utility model is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model part of the embodiment, rather than whole embodiments.Generally here described in accompanying drawing and The component of the utility model embodiment shown can be configured to arrange and design with a variety of.

In description of the present utility model, it is also necessary to which explanation, unless otherwise clearly defined and limited, term " are set Put ", " installation ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, Or it is integrally connected；Can be mechanical connection or electrical connection；Can be joined directly together, intermediary can also be passed through It is indirectly connected, can is the connection of two element internals.For the ordinary skill in the art, can be managed with concrete condition Solve concrete meaning of the above-mentioned term in the utility model.

Present embodiments provide a kind of modular panels component 300 formed based on keel, for wrapping up keel 100, dragon The concrete structure of bone 100 is referred to patent ZL201621280747.8.Referring to Fig. 1, keel 100 are sequentially connected by multiple Elementary cell forms, and each surface (up, down, left, right, before and after surface) of keel is respectively provided with the connection being uniformly equally spaced Structure 101, attachment structure 101 are used to be connected with modular panels, and attachment structure is total to by four projections for one group in the present embodiment With forming, the length, width and height of keel 100 are two adjacent OC integral multiples of attachment structure.

Each surface of keel 100 can continue to connect elementary cell, so as to form required specific structure.Refer to Fig. 2, the specific structure 200 formed with keel is smooth vertical and horizontal space geometry structure.As in the composition structure of special case keel Both sides bearing of trend only can not have a case that an attachment structure simultaneously when need to exclude to form integral angle structure, special by excluding this Example can reasonably reduce the quantity of modular panels combination.

Referring to Fig. 3, based on the specific structure 200 that forms of keel, the module of reasonably combined number and size is installed Change panel and form the modular panels component 300 formed based on keel, keel structure can be realized and be completely covered.

Specifically, multiple modular panels and multiple connectors are included based on the modular panels component 300 that keel are formed； The structure of modular panels is in cuboid, and multiple modular panels form accommodating cavity, and accommodating cavity is used to accommodate keel, module The surface for changing panel offers connecting portion mounting groove 311, and the bottom of connecting portion mounting groove 311 offers connecting portion mounting hole 312；

Connector includes at least two connecting portions and the tie-beam 613 being connected between two neighboring connecting portion, connection A connecting portion on part is used to be arranged in the connecting portion mounting groove 311 of a modular panels, is offered on connecting portion logical Hole 612；By through hole 612 of the fastener 400 on connecting portion, fastener 400 is preferably screw；And screw in connecting portion installation Hole 312, connecting portion is set to be fixed in connecting portion mounting groove 311, other connecting portions on connector are used to be arranged on other modules In the connecting portion mounting groove 311 for changing panel, adjacent modular panels are made to be connected.

Keel connection buckle 700 corresponding to the attachment structure of same keel is also provided with connecting portion on connector to pass through Fastening clip combination 500 is positioned and is fastenedly connected with keel, and other connecting portions on connector are used to be arranged on other modularizations In the connecting portion mounting groove 311 of panel, adjacent modular panels are made to be connected.

The centre distance between two neighboring connecting portion mounting groove 311 in modular panels is on keel 100 adjacent two OC N times of individual attachment structure 101, N are natural number, and at least three connecting portion peace is offered in connecting portion mounting groove 311 Hole 312 is filled, ensures that connecting portion is connected fastening with modular panels.Centre distance on connector between two neighboring connecting portion is OC N times of two neighboring attachment structure 101 on keel 100, N is natural number.

The length dimension of modular panels meets length formula：N*CAP+M*THICK+P*(CAP-THICK)；

The width dimensions of modular panels meet Width Formula of Rib Knitted Fabric：N*CAP+M*THICK+P*(CAP-THICK)；

In formula, N be Fibonacci sequence in a nonzero integer, wherein, Fibonacci number be classified as (0,1,2,3,5,8, 13,21,34,55,89 ...)；CAP is constant, represents the center spacing of two adjacent attachment structures on keel；THICK is Constant, represent the thickness of modular panels, and THICK<(CAP/2)；M is a numeral in combination { 0,1,2 }；P is combination A numeral in { 0,1 }；Length formula be 1 during M with P differences in Width Formula of Rib Knitted Fabric, and M+P≤2.

As N in length formula>1 and Width Formula of Rib Knitted Fabric in N=1 when, length formula is reduced to：N*CAP；In Width Formula of Rib Knitted Fabric, M and It is 1 during P differences, and M+P≤2.

As N in N >=2 in length formula and Width Formula of Rib Knitted Fabric >=2, length formula is reduced to：N*CAP, Width Formula of Rib Knitted Fabric simplify For：N*CAP.

N can take one in the first eight ascending nonzero digit of Fibonacci sequence in practical application, wherein, striking ripple The ordered series of numbers of the first eight ascending numeral combination of that contract ordered series of numbers is (1,2,3,5,8,13,21,34).N in formula uses striking ripple Former ascending numerals in that contract ordered series of numbers, so as to be limited in the number of modular panels in limited number, in fact The all standing of the keel of existing specific structure, there is provided a limited number of optimal size rule.It can be improved based on Fibonacci sequence Modular panels reusability, and do not lose facility.

The position of connecting portion mounting groove 311 in modular panels is set in N*CAP region all the time, and when mounted One-to-one relationship is formed with the attachment structure on keel, the area distribution of M*THICK+P* (CAP-THICK) formation is upper State the side or both sides of the length in region either cross direction.

Illustrate：Fibonacci number is classified as (0,1,2,3,5,8,13,21,34,55,89 ...), according to material property With easy to operate, the size rule of 8 nonzero digit (1,2,3,5,8,13,21,34) computing module panels before selection：

1) when length and width calculate while take N=1, there are following result (setting CAP as 3.2CM, THICK 1.5CM), length and width Size calculation result table：

M	P	N	CAP	THICK	Size
						0	0	1	3.2	1.5	3.2
0	1	1	3.2	1.5	4.9
						2	0	1	3.2	1.5	6.2
1	0	1	3.2	1.5	4.7

Calculated according to permutation and combination principle and formula constraints, when length and width calculate while take N=1, share 10 kinds of sizes Combination.

2) take N=1 during width calculation, at the same in the calculation formula of length N take Fibonacci sequence it is ascending the first eight Digital (1,2,3,5,8,13,21,34) and N>When 1, there are following result (setting CAP as 3.2CM, THICK 1.5CM) width dimensions Result of calculation table：

M	P	N	CAP	THICK	Size
						0	0	1	3.2	1.5	3.2
0	1	1	3.2	1.5	4.9
						1	0	1	3.2	1.5	4.7
2	0	1	3.2	1.5	6.2

Length dimension result of calculation table：

Calculated according to permutation and combination principle and formula constraints, share 28 kinds of dimension combinations in the case of this.

3) during the N of N >=2 of Width Formula of Rib Knitted Fabric and length formula >=2, N takes the first eight ascending numeral of Fibonacci sequence (1,2,3,5,8,13,21,34), there are following result (setting CAP as 3.2CM, THICK 1.5CM) length and width dimensions to calculate As a result table：

N	CAP	Size
			2	3.2	6.4
3	3.2	9.6
			5	3.2	16
8	3.2	25.6
			13	3.2	41.6
21	3.2	67.2
			34	3.2	108.8

According to length and width calculation formula, when N take Fibonacci sequence it is ascending the first eight is digital (1,2,3,5,8,13,21, 34) when, the size of all general modular panels shares 66 kinds of combinations, and this dimension combination is to take into account reusable, and installation is just The optimal size combination of the characteristic such as victory, economic green.

The purpose of the example above be for illustrate be defined in when N take Fibonacci sequence it is ascending the first eight numeral (1, 2,3,5,8,13,21,34) modular panels dimension combination situation when, in actual use, N values can be bigger with scope, but mould Block panel optimal size set symbol closes the agreement for stating modular panels calculation formula.Consider of course for convenience actual raw May be provided in production and not follow the modular panels that above-mentioned rule is about sized, but as the utility model proposes optimal set Close concept, it then follows the modular panels that above-mentioned rule is about sized, good durability, install convenient, Yi Jijing will be brought The features such as Ji property.

For convenience to name the modular panels of different size and shapes, modular panels are numbered spy, number Rule it is as follows：

Modular panels are numbered：Long x is wide _ M values P values _ broadside M=1 long side P=1 of M values P values _ broadside of long side when, with Connecting portion installation groove face is considered as top for one side of direction of observation long side, then in its left or right position, (L and R represent left to broadside It is right).Because CAP and THICK is constant can not list.

For example, long edge size N=1 and M=1, P=0, broadside size N=1 and M=0, P=1, formula includes broadside in public affairs The left side of formula long side, then panel number be：1X1_M0P1_M1P0_L.In another example long edge size N=3 and M=0, P=0, broadside Size N=3 and M=0, P=0, panel number 3X3_M0P0_M0P0.

Referring to Fig. 4, Fig. 4 is the structural representation for the modular panels 310 that numbering is 1X1_M0P1_M1P0_L.Module Change and offer connecting portion mounting groove 311 on panel, the bottom of connecting portion mounting groove 311 offers connecting portion mounting hole 312；Connection Aligned when portion's mounting hole 312 can ensure keel installation to modular panels precisely and connection fastens.

Wherein CAP is 3.2CM, and THICK is 1.5CM (when being related to modular panels Size calculation below, except other explanation chi Very little, all take this as the standard) then the size of modular panels a length of 4.9CM, a width of 4.7CM are calculated according to formula.Modular panels A connecting portion mounting groove 311 can only be opened up according to rule on mounting plane, then and needs reserve 1.7 broadsides in long side and reserved Space after 1.5 is consistent with keel connecting structure plane sizes and connecting portion mounting hole 312 is opened up in it.

Referring to Fig. 5, Fig. 5 is the structural representation for the modular panels 320 that numbering is 1X1_M2P0_M1P0.Modularization The size of panel calculates a length of 6.2CM, a width of 4.7CM according to formula.Can only according to rule on the mounting plane of modular panels Open up a connecting portion mounting groove 311, and need to reserve the space after 1.5 in broadside consistent with keel connecting structure plane sizes And connecting portion mounting hole 312 is opened up in it.

Referring to Fig. 6, Fig. 6 is the structural representation for the modular panels 330 that numbering is 1X1_M0P0_M0P0.Modularization The size of panel calculates a length of a width of 3.2CM of 3.2CM according to formula.It can only be opened according to rule on the mounting plane of modular panels If a connecting portion mounting groove 311, opens up connecting portion mounting hole 312 in it.

Referring to Fig. 7, Fig. 7 is the structural representation for the modular panels 340 that numbering is 3X1_M0P0_M0P0.Modularization The size of panel calculates a length of a width of 3.2CM of 9.6CM according to formula.According to rule at two on the mounting plane of modular panels End respectively opens up a connecting portion mounting groove 311, and position is on mounting plane and the equally distributed correspondence position of keel connecting structure.

Referring to Fig. 8, Fig. 8 is the structural representation for the modular panels 350 that numbering is 3X1_M0P0_M1P0.Modularization The size of panel calculates a length of a width of 4.7CM of 9.6CM according to formula.A connection is respectively opened up on two tops according to rule thereon Portion's mounting groove 311, position be broadside reserve the modular panels after 1.5 mounting plane and keel connecting structure it is equally distributed Correspondence position.

Referring to Fig. 9, Fig. 9 is the structural representation for the modular panels 360 that numbering is 3X3_M0P0_M0P0.Modularization The size of panel calculates a length of a width of 9.6CM of 9.6CM according to formula.A connection is respectively opened up on four tops according to rule thereon Portion's mounting groove 311, position are the mounting plane and the equally distributed correspondence position of keel connecting structure of modular panels.

Figure 11 is referred to, Figure 11 is a kind of structure based on the modular panels component 300 that keel are formed with keel combination Schematic diagram.The modular panels 330 that keel are 1X1_M0P0_M0P0 with numbering are connected with each other.Specific implementation is：

Step 1) is with reference to figure 22, will be even by fastener 400 in the modular panels 330 that numbering is 1X1_M0P0_M0P0 Socket part (referring to Figure 21) is fastened in modular panels.

Step 2) will connect keel to modularization face by the fastening clip combination 500 of connecting member keel to modular panels The connecting portion of plate tightens together with keel attachment structure.

Figure 12 is referred to, fastening clip combination 500 includes blind hole fastener 510, screw fastener 520 and screw fastener 530. During installation, blind hole fastener 510 and screw fastener 530 are first placed into keel to the connecting portion and keel of modular panels in pairs An attachment structure interior concave space in, be fixed by screw part 520 and arrive blind hole fastener 510 through top after screw fastener 530 Blind hole in, blind hole fastener 510 and screw fastener 530 are promoted to the direction mutually deviated from, and the neck of part is in clamping connection The projection of an attachment structure in portion and keel, form and position and be fastenedly connected.

Figure 13 is referred to, the connector 610 of the bigeminy flat type of use is connected between modular panels and modular panels, Connector includes two connecting portions 611 and the tie-beam 613 being connected between two connecting portions 611, a connecting portion 611 are used In in the connecting portion mounting groove 311 installed in a modular panels, another connecting portion 611 is used to be arranged on another module In the connecting portion mounting groove 311 for changing panel, two modular panels separated each other can be connected simultaneously.Connecting portion 611 is rectangle Sheet, tie-beam 613 is the sheet of rectangle, and the width of tie-beam 613 is less than the width of connecting portion, the both ends of tie-beam 613 The middle part at two neighboring connecting portion edge is connected in respectively.613 coplanar setting of two connecting portions and tie-beam in Figure 13.

Figure 14 is referred to, the connector 620 of the bigeminy perpendicular type of use is connected between modular panels and modular panels Close with the connector in Figure 13, difference is, tie-beam 613 is L-type structure or corner structure, is connected to tie-beam Two connecting portions at 613 both ends are mutually perpendicular to, can simultaneously two modular panels separated each other of vertical connection.

Figure 15 is referred to, the connector of the bigeminy height phase shift of use is connected between modular panels and modular panels 630 is close with the connector in Figure 13, and difference is, tie-beam 613 is bending type structure, is connected to 613 liang of tie-beam Two connecting portions at end are parallel to each other, and the connector can directly be superimposed installation, convenient constantly to expand modular panels connection.

Figure 16 is referred to, the connector 640 of the tetrad flat type of use is connected between modular panels and modular panels Including four connecting portions being sequentially connected, four modular panels separated each other can be connected simultaneously.

Figure 17 is referred to, the connector of two bigeminy flat types that use is connected between modular panels and keel includes Two connecting portions connected by tie-beam 613, four keel are fixedly connected with the same surface of one of connecting portion and are connected Connect buckle 700, four keel connection buckles 700 are located at four Angle Positions of connecting portion, four keel connection buckles 700 be used for Keel connect.Specifically, the keel connection buckle 700 being connected in modular panels passes through fastening clip combination 500 and keel On an attachment structure be mutually fastenedly connected.A connecting portion is only needed to be connected with keel in some cases, so that it may simultaneously Connect two modular panels separated each other.

Figure 18 is referred to, the connector of three three flat types that use is connected between modular panels and keel includes Three connecting portions being sequentially connected, keel connection buckle 700 is provided with the connecting portion of centre.Only need in some cases A connecting portion is wanted to be connected with keel, so that it may while connect three modular panels separated each other.

Figure 19 is referred to, the connector of four tetrad flat types that use is connected between modular panels and keel includes Four connecting portions being sequentially connected, keel connection buckle 700 is provided with one of connecting portion.Only need in some cases One connecting portion connects with keel, so that it may while connect four individual modular panels separated each other.

Figure 20 to Figure 22 is referred to, Figure 20 is the knot of local installation of modular panel on the U-shaped structure of keel composition Structure schematic diagram.

The modular panels 320 that wherein numbering is 1X1_M2P0_M1P0 pass through fastening clip combination 500 and connecting portion (figure In be blocked, refer to Figure 11) connected together with keel.The modular panels 350 that wherein numbering is 3X1_M0P0_M1P0 are logical The connector for crossing bigeminy flat type connects together with keel, while the modular panels 340 for being 3X1_M0P0_M0P0 with numbering Link together.Such a connected mode can allow the connecting portion mounting hole of modular panels 340 that numbering is 3X1_M0P0_M0P0 312 when not corresponding to keel directly, can also be fixedly mounted at the desired position.

The connector and volume that the modular panels 360 that wherein numbering is 3X3_M0P0_M0P0 pass through bigeminy height phase shift Number linked together for 3X1_M0P0_M0P0 modular panels 340, the connector of bigeminy height phase shift can be superimposed upon two Join and modular panels being fixedly connected to modular panels is formed on the connector of flat type, by coordinating different types of connection Part may be constructed abundant connected mode.

The modular panels 350 that wherein numbering is 3X1_M0P0_M1P0 share two pieces and adjacent installation, its broadside M=1, So broadside and another piece of modular panels form external corner mounting structure.

The modular panels 370 (referring to Figure 10) and numbering that wherein numbering is 1X1_M1P0_M0P0 are 1X1_M0P1_ The M1P0_L adjacent installation of modular panels, the modular panels (its long side P=1) and compile that numbering is 1X1_M0P1_M1P0_L Number for 1X1_M1P0_M0P0 modular panels 370 form inner corner trim mounting structure.

The modular panels component 300 provided by the utility model formed based on keel, it is actual a limited number of for one group The modular panels combination of different sizes and structure, this is combined as comprehensive consideration modularization and the convenient premise of installation is given a definition Dimension combination.

The modular panels of fair amount after optimization, which combine, can support tiling, external corner transition, inner corner trim transition etc. Space structure, and the covering installation of the panel on labyrinth keel is may be constructed, multiple rationally a limited number of different size moulds Block panel may be reused on the keel space structure of different structure, be a kind of panel size group of high multiplexing high-efficiency rate Close.

Connector provided by the utility model, the connection between modular panels and modular panels, module can be realized Change the connection between panel and keel, and the interconnection between multiple module panel and keel.The form of connector is extremely Include bigeminy flat type, bigeminy height phase shift, three flat types (in-line arrangement or corner-type), tetrad flat type (T formulas or mouth less Formula), turning bigeminy (bigeminy perpendicular type), turning three is allied the communists six kinds.

Keel and modular panels are to the compound connector of modular panels, when being connected to play modular panels with keel One keel installation position can be mounted in parallel connecting the function of polylith modular panels, can be in the not high position of connection load-bearing requirements The use for reducing keel is put, it is cost-effective.The optimum combination for being combined as simplifying, including 1+1 connections, 1+2 connections (it is in upright arrangement, turn Each one of angle), 1+3 connections, totally four kinds.

Preferred embodiment of the present utility model is these are only, is not limited to the utility model, for this area Technical staff for, the utility model can have various modifications and variations.It is all within the spirit and principles of the utility model, Any modification, equivalent substitution and improvements made etc., should be included within the scope of protection of the utility model.

Claims

A kind of 1. modular panels component formed based on keel, for wrapping up keel, the surface uniformly continuous point of the keel Cloth size structure identical attachment structure, it is characterised in that the modular panels component formed based on keel includes multiple Modular panels and multiple connectors；

The structure of the modular panels is in cuboid, multiple modular panels connected by the connector to be formed it is accommodating Cavity, the accommodating cavity are used to accommodate keel, and the surface of the modular panels offers connecting portion mounting groove, the connection The bottom of portion's mounting groove offers connecting portion mounting hole；

The connector includes connecting portion and the tie-beam that is connected between the two neighboring connecting portion, on the connector A connecting portion be used to be arranged in the connecting portion mounting groove of modular panels, on the connecting portion Offer through hole, by the through hole of the fastener on the connecting portion and screw in the connecting portion mounting hole, make it is described Connecting portion is fixed in the connecting portion mounting groove, and other described connecting portions on the connector are used to be arranged on described in other In the connecting portion mounting groove of modular panels, the adjacent modular panels are made to be connected.
2. the modular panels component according to claim 1 formed based on keel, it is characterised in that the modularization face The centre distance between the two neighboring connecting portion mounting groove on plate is the two neighboring attachment structure on the keel OC N times, N is natural number, and connecting portion mounting hole described at least three is offered in the connecting portion mounting groove, protect Demonstrate,prove the connecting portion and be connected fastening with the modular panels.
3. the modular panels component according to claim 1 formed based on keel, it is characterised in that on the connector Centre distance between the two neighboring connecting portion is the OC N of the two neighboring attachment structure on the keel Times, N is natural number.
4. the modular panels component according to claim 1 formed based on keel, it is characterised in that the connecting portion is The sheet of rectangle, the tie-beam are the sheet of rectangle, and the width of the tie-beam is less than the width of the connecting portion, the company The both ends for connecing beam are connected in the middle part at the two neighboring connecting portion edge respectively, on the same surface of at least one connecting portion It is fixedly connected with four keel connection buckles, four keel connection buckles are located at four Angle Positions of the connecting portion, and four The individual keel connection buckle is used to be connected with keel.
5. the modular panels component according to claim 1 formed based on keel, it is characterised in that the connecting portion is The sheet of rectangle, the tie-beam are L-type structure, and two connecting portions for being connected to the tie-beam both ends are mutually perpendicular to, Or the tie-beam is bending type structure, two connecting portions for being connected to the tie-beam both ends are parallel to each other.
6. the modular panels component according to claim 1 formed based on keel, it is characterised in that the modularization face The length dimension of plate meets length formula：N*CAP+M*THICK+P*(CAP-THICK)；The width dimensions of the modular panels Meet Width Formula of Rib Knitted Fabric：N*CAP+M*THICK+P*(CAP-THICK)；

In formula, N be Fibonacci sequence in a nonzero integer, wherein, Fibonacci number be classified as (0,1,2,3,5,8,13, 21,34,55,89 ...)；CAP is constant, represents the center spacing of two adjacent attachment structures on keel；THICK is normal Number, represent the thickness of modular panels, and THICK<(CAP/2)；M is a numeral in combination { 0,1,2 }；P for combination 0, 1 } numeral in；It is 1 during M with P differences in length formula or Width Formula of Rib Knitted Fabric, and M+P≤2.
7. the modular panels component according to claim 6 formed based on keel, it is characterised in that when in length formula N>1 and Width Formula of Rib Knitted Fabric in N=1 when, length formula is reduced to：N*CAP.
8. the modular panels component according to claim 6 formed based on keel, it is characterised in that when in length formula During N in N >=2 and Width Formula of Rib Knitted Fabric >=2, length formula is reduced to：N*CAP, Width Formula of Rib Knitted Fabric are reduced to：N*CAP.
A kind of 9. connector, in the modular panels component formed based on keel described in claim 1, its feature to exist Include connecting portion and the tie-beam being connected between the two neighboring connecting portion in, the connector, on the connecting portion Through hole is offered, by the through hole of the fastener on the connecting portion, the connecting portion is fixed on the modularization On panel, a connecting portion on the connector is used to be arranged on the modular panels, the connector On other described connecting portions be used for be arranged on other described modular panels, the adjacent modular panels is linked to be one Body.