CN103717812A

CN103717812A - Profiled frame element

Info

Publication number: CN103717812A
Application number: CN201280038727.8A
Authority: CN
Inventors: 海因茨·思多克勒
Original assignee: Patea GmbH
Current assignee: Patea GmbH
Priority date: 2011-06-09
Filing date: 2012-06-06
Publication date: 2014-04-09
Anticipated expiration: 2032-06-06
Also published as: DE102011050952A1; EP2718513B1; CN103717812B; US20140341647A1; EP2718513A1; WO2012168331A1

Abstract

Disclosed is a profiled frame element to be mounted on a longitudinal profiled element (L) having at least one groove (3). Said profiled frame element (R, R1) has a bottom support (1) and a guiding projection (2). According to the invention, at least one channel (4) is provided which is suitable for accommodating different wall thicknesses.

Description

Framework junction part

Technical field

The present invention relates to a kind of frame construction, for being installed on elongated structure as described in the preamble in claim 1 or hood configuration as claimed in claim 9.

Background technology

From reeded elongated structure, this corner post that can be used as opening up wall with reeded elongated structure be with known in the state of the art.To this, exhibition wall can insert in groove.But the exhibition wall of so realizing conventionally can not provide sufficient insulating effect and be related to the expenditure of great number.Conventionally only utilize simple plastic plate or fabric walls to be connected directly to corner post.In the application, hereinafter all so-called corner post is called to elongated structure.In the prior art, not bonded fabric wall and solid wall, the two that particularly makes to have different wall combines.

The defect of prior art is, installation and removal exhibition wallflower expense insertion region high and that be connected with possible intention structure is very limited.Another defect of prior art is, in chamber in chamber system the high cost of installation and removal exhibition wall and the available insertion region that is connected with creationary various structure very limited.In addition, device known in the prior art generally only can meet current basic demand.Especially with regard to comfortableness, only simple operations and rapid refit that can high flexible without professional and technical personnel.In addition, device known in the prior art can not meet modern designing requirement equally.

Summary of the invention

The object of the invention is to, a kind of frame construction is provided, this frame construction and elongated structure well known in the prior art interact mutually, thereby separately user caters to different comfortablenesses and design requirement.At this, by simple as far as possible embodiment and adopt modular design principle, can realize the various demands of utilizing a few main member can as far as possible meet user.Especially, the wall portion that can be used for frame construction be also applicable in open office in use for a long time.In addition, the present invention also allows non-specialized-technical personnel to complete simply building of chamber system and exhibition position in chamber.

For solving above-mentioned purpose, the present invention proposes characteristic and the dependent claims thereof of claim 1.

The present invention proposes a kind of structural frame construction of elongated that is loaded on.Advantageously, frame construction is configured to be installed in conventional elongated structure, as widely used elongated structure in prior art.Advantage of the present invention is, by frame construction, can realize the width that wall member stretches out longitudinal member.At this, frame construction advantageously provides basic building block, and user can utilize this basic building block to tackle flexibly its different demands.Preferably, frame construction is made of metal.Yet frame construction also can be made by plastic material.Thus, must guarantee to meet the technical requirements of installing in frame construction by material.To this, technician can carry out suitable selection in various metals or plastic member.Hardware is longer common application life, and plastic member is except preferably also having the factor that expense is cheap diversified color scheme.The advantage of frame construction is, can dock or insert and other modes are directly installed in elongated structure.Elongated structure is also made by metal basic building block conventionally.For elongated structure, also can consider to adopt the material of frame construction.Elongated structure has groove.This groove is used for as simple and convenient installation in exhibition booth and/or chamber chamber system.Generally speaking, elongated structure has four grooves, is intended to guarantee to introduce four following star-shaped wall portions from stretching out each other.Yet, also groove of tool only.

In addition, also known to the elongated structure more than four grooves.At this, the quantity of elongated structure further groove and the precise structure of elongated structure are not emphasis.And focus on frame construction, can interact with the groove of elongated structure.Particularly, this expression can be set up a kind of dismountable connection, and this connection can not cause material damage to frame construction or elongated structure.Advantageously, elongated structure is known conventional elongated structure.Thus, the user of frame construction can employ existing article in its storehouse where necessary, thereby reduces the quotation to its client.Yet, by this elongated structure as the client of folding rack as described in EP1409815A1 patent documentation or user can make this class folding rack due to frame construction according to the present invention multi-functional for as exhibition booth and/or chamber chamber system.The disclosed content of EP1409815A1 patent documentation should clearly be considered as being incorporated to present patent application.

In addition, frame construction has main truss and guide lug.Main truss is long shaped plate shape normally.Guide lug is configured in a side of main truss.Described guide lug is intended to for connecting frame structure and elongated structure.To this, the guide lug of frame construction can be inserted in the groove of elongated structure.Also can more this connection be taken apart and can spolied materials.Opposite side at main truss should stamp out at least one conduit.Preferably, this conduit is overall shaped into the guide lug that departs from the center of being arranged on.Particularly, this represents that guide lug is overall shaped on main truss Yi Ce center, and conduit is arranged in main truss opposite side, is offset to the position of guide lug.

Thus, favourable part is, is configured to make wall member to start to depart from center from being previously installed on the wall portion at elongated structure groove center with guide lug and the interactional main truss of conduit, departs from the center of guide lug according to the mold of main truss, length, shape or width.

In a preferred embodiment of the invention, conduit has at least one block, and this block by the interior zone of conduit separately.Preferably, also two blocks can be set in the interior zone of conduit, thereby interior zone can be separated.To this, the second block is mounted to relative the first block and tilts 90 °.Typically, this represents that the second block is configured on the outer wall or inwall of conduit.Described block is separated its inner space by stretching into the mode of conduit inner space.

It is advantageous that, the partial interior space of conduit can hold the wall portion of different wall.For example, can and be formed between the first block in sole component at conduit outer wall and insert thin-walled.At this, thin-walled represents that thickness is preferably the wall portion of 2 millimeters to 4 millimeters, more preferably 3 millimeters of its thickness.In addition,, by the interaction of outer wall and two blocks, conduit is configured to insert medium wall.To this, by end face and the outer wall of block, clamp medium wall.Preferably, the thickness of medium wall between 4 millimeters to 8 millimeters, more preferably 6 millimeters.Finally, can be by with outstanding at an angle of 90 the second block of inwall or outer wall and outside the sphere of action of the first block, heavy wall is formed and supported, and then utilize the whole width of conduit.The thickness of heavy wall is preferably between 8 millimeters to 15 millimeters, more preferably 9 millimeters to 12 millimeters, most preferably is 10 millimeters.The wall thickness of wall portion is referred to herein as thickness.It is advantageous that, can with same conduit, come for the different wall portion of wall thickness flexibly as much as possible.Wall thickness is also called the thickness of wall.Current thin-walled, medium wall and heavy wall all mainly described in two terms.

First, according to the present invention, the wall portion of different wall can be contained in same conduit.The favourable part of conduit is, a kind of method simply different wall portion of wall thickness being connected with provided elongated structure can be provided.

In addition, preferably on main truss according to the present invention, groove is set.This groove is used for supports fabrics wall.Groove preferred parallel is extended in the bottom land of conduit.Recess configurations becomes to pack into flat along bar, and this is flat can be configured to part fabric walls along bar.

The material of fabric walls, size and color scheme can not limited to.Definite, should technician select to meet user requires and application life abundance the scope of fabric walls in.Fabric walls is as the simple and quick liner plate that packs the wall portion of conduit into.Flatly along bar, preferably by silicones or other plastic materials, made.Finally, choosing of material is not emphasis, conceives interior consideration use relevant requirement in the present invention.Particularly, this represents flatly along bar, need to be configured to be easy to push in groove, and is difficult for from groove, skidding off subsequently.Describedly flatly along bar, also should guarantee easily fabric walls to be connected to frame construction rapidly.

In addition, panel is overall shaped on according in main truss of the present invention.In another preferred embodiment, two panels can be set.Particularly preferably, a panel structure is on bottom bracket.Panel is used for as realized sealing effect visually attractive in appearance between frame construction and elongated structure.To this, panel from the edge of main truss dorsad conduit at the homonymy of guide lug, extend.The length of panel is compared approximate isometric or guide lug length 1.5 times or two times with guide lug.The length that described panel extends is substantially equal to the degree of depth of elongated structure groove.Another advantage of panel is, when another frame construction is installed hood configuration, this another frame construction can be supported on the panel of the first frame construction.This can allow user between two wall portions, obtain the gap of more widening.In a preferred embodiment, frame construction has the second conduit.Preferably, two conduits are overall shaped on respectively the distolateral of main truss length.Thus, the length of crossing over main truss forms gap, and this gap is applicable to isolated material.Then, also can be by wall portion is inserted to conduit correspondingly dwindle this gap.But also can only in fabric walls both sides, by the flat interaction along bar and groove, form gap.In this case, conduit needn't hold wall portion again.Finally, design of the present invention also comprises that for example passing through installing fabric wall forms gap, and this gap can be used for insulating element.For insulating element, can consider multiple material.Only for example, polystyrene is specially adapted to as heat insulation or every cold.Finally, also can insert specifically for absorbing the insulating element of the sound and noise.The second conduit is for simpler favourable wall body structure the extra gap that forms.At this, user also can determine the gap width of holding insulating element substantially according to the length of main truss.Gap is also nonessentially used for holding insulating element.Preferably, also can arrange heating or cooling element are installed.Also can in described gap, add illumination component.Thus, can realize the advertisement measure of putting to good use of also failing up to now on exhibition booth.Especially, between the different types of wall portion that this representative consists of solid material or fabric walls, can pack into as article such as large screen television projector or loudspeakers, these article can be shown corresponding advertising message to the outside by body of wall gap.Also can be in conjunction with elements such as insulating element and illuminations in this wall portion.Advantageously, can use very neatly formed this gap.

In another preferred embodiment, frame construction has groove.This groove is integrated in main truss.This groove is used for holding transverse connection, and this transverse connection can meet at right angles and stretch out from frame construction, is used for firm body of wall.Can allow segmentation body of wall thus.This is particularly important to the longer body of wall depending on material.Fastening lock well known in the prior art can be buckled into transverse connection, expansion is folded in groove.Subsequently, by screw rod part integrated in transverse connection, make to expand clamping scheduling on groove, thereby the end of transverse connection is fixedly connected with frame construction.Groove is centering being with the contour advantage of guide lug roughly, and transverse connection is placed in equally in gap and can be covered by wall portion or fabric walls thus.In this way, can realize structure design how attractive in appearance.Recess configurations becomes at main truss opposite side and almost equal with the height of guide lug.When each main truss all adopts two conduits, groove is the center between these two conduits roughly.And nonessential like this, be only intended to illustrate a kind of preferred embodiment.In addition, according to the present invention, also provide a kind of hood configuration.This hood configuration is equally also used for being mounted in elongated structure.To this, hood configuration has socket.This socket is used for and interacts according to the guide lug of frame construction of the present invention.Finally, the hood configuration adaptor of elongated structure groove at 90 ° of angles that is still again suitable for overturning.Thus, user's favourable part is, another frame construction can be inserted to socket as the first frame construction.

In the embodiment of another optimum position, guide lug can with along bar, realize rigid locking and be connected, thereby keep fixed connection.Guide lug also should can be used as along bar.Thisly along bar, should corresponding to welt groove, construct especially.

The external surface of hood configuration is regarded on the mating face that hood configuration can be connected with frame construction as.The inner surface of hood configuration is regarded on the mating face that hood configuration can be connected with elongated structure as.

Accompanying drawing explanation

Below will describe the present invention with reference to the accompanying drawings, wherein:

Fig. 1 represents the cross sectional plan view according to frame construction of the present invention, and this frame construction is with elongated structure;

Fig. 2 represents another configuration of view as shown in Figure 1;

Fig. 3 represents that the another of view as shown in Figure 1 can arrangement;

What Fig. 4 represented view as shown in Figure 1 also one can arrangement;

Fig. 5 represents the top view according to frame construction of the present invention, this frame construction with another according to frame construction of the present invention and according to hood configuration of the present invention;

Fig. 6 represents another configuration of view as shown in Figure 5;

Fig. 7 represents that the another of view as shown in Figure 5 can arrangement;

What Fig. 8 represented view as shown in Figure 5 also one can arrangement;

Fig. 9 represents the phantom drawing of looking from oblique upper according to an embodiment of frame construction of the present invention, wherein according to square mitre, is fitted together;

Figure 10 represents another phantom drawing according to another embodiment of frame construction of the present invention, the with good grounds transverse connection of the present invention of this frame construction band;

Figure 11 represents the top view of an application scheme of view as shown in Figure 5;

Figure 12 represents a plurality of according to the cross sectional plan view of the application scheme of frame construction of the present invention;

Another view of Figure 13 presentation graphs 5, does not wherein have hood configuration and elongated structure;

Figure 14 represents another embodiment view according to Figure 13;

Figure 15 represents the another embodiment view according to Figure 13;

Figure 16 represents the also embodiment view according to Figure 13;

Figure 17 represents the embodiment view again according to Figure 13;

Figure 18 represents another embodiment configuration according to Figure 13, wherein with plinth;

Figure 19 represents multiple according to the lateral view of frame construction of the present invention, wherein with fastening snap close;

The phantom drawing of Figure 20 representation module formula top junction member, this modular top part is with transverse connection;

The phantom drawing of Figure 21 representation module formula top junction member, this modular top part is with plinth;

Another phantom drawing of Figure 22 representation module formula top junction member, this modular top part is with transverse connection;

The phantom drawing of Figure 23 representation module formula top junction member, this modular top part is with frame construction.

The specific embodiment

First, need explicitly point out, in each accompanying drawing, pass through the repeat reference numerals supplementary notes correlation of repeat element.In accompanying drawing explanation by name in can not be again to each accompanying drawing and number identical element and repeat.Yet, name and number identical element and be all applicable to convertibly whole accompanying drawings.

Fig. 1 represents a kind of embodiment according to frame construction of the present invention.This frame construction R can be used to be mounted to elongated structure L.To this, frame construction R has main truss 1.On this main truss 1, construct guide lug 2.In Fig. 1, guide lug 2 stretches in the groove 3 of elongated structure L.In addition, frame construction R has the conduit 4 for the different entity infilled wall of wall thickness.Also can find out in the drawings, fabric walls 5.1 all can be by being connected with frame construction R according to the present invention with 7.2 along bar 6.1 and 6.2 insertion grooves 7.1 flat with 5.2.Flat along bar 6.1 and 6.2 assemblies that form with fabric walls 5.1 and 5.2.Gap 8 between fabric walls 5.1 and 5.2 can be used for holding various insulating elements.Yet gap 8 also can not adopt insulating element.In addition, in Fig. 1, express and on main truss 1, be configured with panel 9.This panel 9 is configured in a side, for making frame construction R according to the present invention smooth with the joint of the embodiment of elongated structure L.In addition, block 10 and block 11 are overall shaped in conduit 4.

Block

10 and 11 position relationship are mutually vertical and the inner space of conduit 4 is separated haply.By same mode, whole another conduit 12 that forms on the main truss 1 in Fig. 1, this conduit 12 has two substantially vertically arranged blocks each other equally.On the main truss 1 between two

conduits

4 and 12, there is groove 13.This groove 13 is used for holding fastening snap close (will describe in detail in Figure 19).In addition, in Fig. 1 and other accompanying drawings, also express bottom land 36 and 36.1, construct block 11 thereon.In addition, in Fig. 1, also express the length l of main truss, by the first end face 37 and the second end face 38, determine this length l.

Substantially identical with Fig. 1 at the member shown in Fig. 2.Only do not there is fabric walls 5.1 and flat fringing 6.1.On the contrary, insert thin-walled 15 in conduit 4, wherein thin-walled 15 is inserted between block 11 and the outer wall 14 of conduit 4.

Substantially identical with Fig. 1 and Fig. 2 at the member shown in Fig. 3.Only do not there is thin-walled 15 or fabric walls 5.1 and flat along bar 6.1.On the contrary, medium wall is inserted in conduit 4, it is placed between the outer wall 14 and block 10 of conduit 4.Focusing on thus, cuts apart conduit 4 by the layout of

block

10 and 11, can be used for the different wall portion of thickness.

In Fig. 4, still again repeat to express whole main members as shown in Figure 1 to Figure 3.But in Fig. 4, heavy wall 17 inserts in conduit 4.At this, heavy wall 17 is placed on block 10, and the periphery of heavy wall 17 is outer wall 14 and inwall 18, and wherein heavy wall 17 is flat on block 10.The inwall 18 of conduit 4 is the wall portions that are intended for groove 13.The outer wall 14 of conduit 4 is but the wall portion that is in reverse to groove 13.

Fig. 5 represents another embodiment according to frame construction R1 of the present invention.Frame construction R1 has conduit 19 and groove 7.2, and conduit 19 is with

block

10 and 11, and the flat of fabric walls 5.2 inserted in groove 7.2 along bar 6.2.In addition, frame construction R1 has guide lug 2.Meanwhile, in Fig. 5, also express hood configuration M.This hood configuration M has two

resilient wedge

20 and 21, and these two resilient wedge are engaged in the groove 3 of elongated structure L.In embodiment as shown in Figure 5, hood configuration M is configured to cover the only about half of circumference of elongated structure L.According to the present invention, at this, also can be arranged to the quadrant that hood configuration M only covers elongated structure L.As shown in Figure 5 according to embodiments of the invention, also there are groove 22 and 23.Described groove 22 is suitable for interacting with the guide lug 2 of frame construction R or R1.In addition, in

groove

22 and 23, also can insert respectively plinth S1 or S2.Described plinth S1 or S2 are used together with fastening snap close, thereby guarantee to be connected with the safety of elongated structure L.When plinth S1 or S2 insert between two elongated structures, it also can be used for making elongated structure L to be connected to be connected to each other or is fixing.Particularly, this expression can push guide lug 2 in groove 22 or 23.This just can not need more extra works as well known in the prior art along bar structure.

Fig. 6 expresses basic all members as shown in Figure 5 again, does not wherein have fabric walls 5.1 and corresponding flat fringing 6.1.On the contrary, thin-walled 15 inserts between block 11 and the outer wall 14 of conduit 4.

Similarly, Fig. 7 expresses whole members as shown in Figure 5 and Figure 6 again.Be only to change the thin-walled in Fig. 6 15 into medium wall 16 to insert in conduit 4, it inserts between the block 10 of conduit 4 and the outer wall 14 of conduit 4 once again.

Fig. 8 repeats to express member as shown in Figures 5 to 7 once again.And only the medium wall 16 in the thin-walled in the fabric walls in Fig. 5 5.1, Fig. 6 15 or Fig. 7 is replaced to heavy wall 17 as shown in Figure 8.

Fig. 9 represents as shown in Figure 1 with the synergistic frame construction R according to the present invention of elongated structure L along the schematic diagram shown in diagonal.In addition, in figure, again express panel 9 and interact and form smooth being connected with elongated structure L, thereby realize wall body structure closely.And in Fig. 9, do not there is the fabric walls 5.1 and 5.2 in Fig. 1.The frame construction R that connects two bevels by also unshowned square mitre in figure, square mitre inserts in mitered groove 39.

As shown in figure 10, on elongated structure L, hood configuration M is set.In addition, as shown in the figure, it is upper that frame construction R is arranged in elongated structure L, and frame construction R1 is arranged on hood configuration M.In addition, as shown in the figure, it is upper that transverse connection Q is arranged in frame construction R, and transverse connection Q1 is arranged on frame construction R1.Transverse connection Q also has conduit 24 and conduit 25, and the conduit 4 of these two conduits and frame construction R interacts.By transverse connection Q, can realize the whole process of frame construction R is segmented into different piece.Transverse connection Q is divided into different piece by the thread of frame construction R to a certain extent.By same mode, transverse connection Q1 is divided into different piece by the whole process of frame construction R1.To this, transverse connection Q1 also has conduit 26 and conduit 27, and the conduit 19 of these two conduits and frame construction R1 interacts.In addition, as shown in figure 10, transverse connection Q has outer wall 28, and this outer wall 28 entirely engages with the outer wall 14 of conduit 4.By same mode, transverse connection Q1 has outer wall 29, and this outer wall 29 entirely engages with the outer wall 30 of frame construction R1 again.Meanwhile, in transverse connection Q, there is passage 31.This passage 31 is used for inserting fastening snap close (describing in detail in Figure 19), thereby guarantees that the interference fit on frame construction R connects.By same mode, in transverse connection Q1, also there is passage 32.Should insert equally therein fastening snap close 35(describes in detail in Figure 19).

In addition,, as shown in Figure 10 and Figure 19, transverse connection Q and Q1 have respectively two

conduits

24,25 and 26,27.These

conduits

24,25,26 and 27 are used for holding the different wall portion of wall thickness, as the

conduit

4,12 and 19 of frame construction R and

R1.Conduit

4,12 and 19 related content (particularly block 10 and 11) and other features are separately equally applicable to conduit 24,25,26 and 27.Only should be noted at this point, be different from

conduit

4,12 and 19, every two

conduits

24,25 and 26,27 have common bottom land 40 and 41.

Meanwhile, in Figure 10 and Figure 19, can find out passage 31, be used for holding fastening snap close 35.

Figure 11 represents view as shown in Figure 5 once again.And in the figure between fabric walls 5.1 and 5.2 (being in gap 8) insert separator 33.This separator can be adiabatic apparatus or cold preventer or/and sound arrester.

Figure 12 represents that wherein frame construction R or R1 are arranged in respectively on elongated structure L or hood configuration M with the top view of the elongated structure L of hood configuration M.Figure 12 is used for corner that explanation is mounted on elongated structure L according to frame construction R of the present invention and R1 can be very smooth.

Figure 13 presentation graphs 5 is at the view not having in elongated structure L or hood configuration M situation.In figure, only express frame construction R and frame construction R1.In addition, in figure, going back lay special stress on goes out fabric walls 5.1 and 5.2 and engages with the smooth of frame construction R and R1.

Figure 14 represents view as shown in figure 13 again, wherein only between fabric walls 5.1 and 5.2, inserts separator 33.

Figure 15 represents view as shown in figure 13 again, wherein by thin-walled 15, replaces fabric walls 5.1.Especially, in Fig. 2, the relevant elaboration that thin-walled 15 is installed in frame construction R is equally applicable to Figure 15.

In Figure 16, fabric walls 5.1 is as shown in figure 13 replaced by medium wall 16 once again.Placement issue about medium wall 16 in frame construction R refers to embodiment as shown in Figure 7.

Figure 17 represents view as shown in figure 13 again, wherein by heavy wall 17, replaces fabric walls 5.1.To this, heavy wall 17 inserts between outer wall 14 and the inwall 18 of conduit 4.To this, can consult especially embodiment as shown in Figure 8.

Figure 18 is only intended to illustrate the interaction according to frame construction R of the present invention and plinth S or frame construction R1 and plinth S1.Plinth S and S1 are intended to form ground engagement with floor (not shown).Plinth S1 and S2 provide interference fit to be connected for elongated structure L.At this, plinth S1 and hood configuration (not shown) interact, and plinth S and the second elongated structure (not shown) interact.To this, need form perfect joint with floor on the one hand, and need on the other hand to realize better sound insulation and insulation effect.In addition, it is advantageous that, corresponding plinth S and S1 are mounted to according to frame construction R of the present invention and R1 when upper, can prevent ventilative phenomenon.And, have benefited from wall-embedded plinth, in chamber, the office floor of chamber system middle frame structure periphery is clean further easily easily.Meanwhile, Figure 18 expresses fabric walls 5.2, thin-walled 15, medium wall 16 and heavy wall 17 once again in detail.To this, thin-walled 15 inserts between block 11 and the outer wall 14 of frame construction R1.Medium wall 16 is inserted in the conduit 12 of frame construction R, and wherein medium wall is placed on block 11 and is embedded in block 12 and outer wall 14.1 centres.Finally, as shown in the figure, heavy wall 17 is folded between the outer wall 14 of conduit 4 and the inwall 18 of conduit 4.

Finally, more as shown in figure 19, transverse connection Q is furnished with screw rod part 34.This screw rod part 34 interacts with the fastening snap close 35 being placed in the passage 32 of transverse connection Q1.By screw rod part 34, can control locking device 35, thereby can make transverse connection Q and Q1 be fixed in the groove 13 of each frame construction R and R1.Otherwise, also can be by unclamping screw rod part 34 and unclamping whereby with being connected of fastening snap close 35 transverse connection Q or Q1 are taken apart from frame construction R and R1.

Figure 20 represents the modular top structure D with transverse connection.In the drawings, modular top structure D is connected with transverse connection Q.Modular top structure D is comprised of sketch plate 42 substantially, thereon the whole different characteristic structure that forms.In addition, each feature structure all can be in a side of sketch plate 42, and these feature structures need make to realize effectively and connecting between modular top structure D and transverse connection Q.Thus, effectively connection table is shown between transverse connection Q and modular top structure D and realizes actual annexation, and guarantees to can be used for holding top panelling (not shown) or fabric top 45(as shown in the figure as modular top structure D by this connection).Each feature structure also can be on the opposite side of sketch plate 42, not show in modular top structure D and frame construction R(Figure 20) between form effectively and connect.This is illustrated between frame construction R and modular top structure D and realizes actual annexation, and guarantees to can be used for holding top panelling (not shown) or fabric top 45(as shown in the figure as modular top structure D by this connection).

For modular top structure D is connected with transverse connection Q, welt groove 47 is grabbed the

transverse connection groove

48 and 49 closing in transverse connection Q.In addition, as shown in figure 20, fabric top slot 43 is arranged at as on sketch plate 42, and this fabric top slot 43 also can be arranged at the both sides (as shown in figure 20) of sketch plate 42.This groove 43 is used for holding flat along bar 44, and fabric top 45 can be fixedly attached to that this is flat along bar 44.

For modular top structure D is connected with frame construction R, also guide lug groove 46 can be set.Frame construction R(is not shown in the figures) guide lug 2 can insert wherein.In addition,, in Figure 20, by arrow 50, express top panelling (not shown) and can be laid on sketch plate 42.

As shown in figure 21, modular top structure D and D1 chase mortise 47 separately inserts respectively in the skirt groove 51 of plinth S and S1.In Figure 21, two modular top structure D and D1 all adopt bevel, thereby can realize shape with elongated structure L, are connected.At this, for example, top panelling (not shown) is layed on the sketch plate 42 of modular top structure D and D1.Also can consider, can temporarily be connected to modular top structure by bonding adhesive or the top structure that makes like that.At this, plinth can be not shown in the figures by the fastening snap close 35(inserting in plinth passage 52) be fixed in elongated structure 35.

Again as shown in figure 22, modular top structure D is connected with transverse connection Q with D1.To this, as shown in the figure, each chase mortise 47 all inserts in transverse connection groove 48, at the conduit 24 of the transverse connection Q of the opposite side of modular top structure D and D1, is built-in with medium wall 16.Transverse connection Q can be not shown in the figures by the fastening snap close 35(inserting in transverse connection passage 53) be fixed on elongated structure L.

Finally, Figure 23 representation module formula top structure D is connected with frame construction R with D1.Frame construction R is not shown in the figures with a plurality of frame construction R(that length direction along elongated structure L extends) be connected.Modular top structure D and D1 are with respect to the top structure Rotate 180 degree as shown in Figure 20 to 22.For example, as shown in the figure, the chase mortise 47 of modular top structure D and D1 does not play any effect at this.On the contrary, in Figure 23, still 46 of Puiescent, inoperative guide lug grooves occur to be effectively connected with the guide lug 2 of frame construction R before.In addition, as shown in figure 23, flat along in the groove 7 of bar 6.1 insertion frame constructions.In addition, also express fabric walls 5.1 in figure, this fabric walls 5.1 extends out from modular top structure D and D1.

Label list

1

Main truss

34

Screw rod part

67

?

2

Guide lug

35

Fastening snap close

68

?

3

Groove

36

Bottom land

69

?

4

Conduit

37

End face

70

?

5

Fabric walls

38

End face

71

?

6

Flat along bar

39

Mitered groove

72

?

7

Groove

40

Bottom land Q

73

?

8

Gap

41

Bottom land Q

74

?

9

Panel

42

Sketch plate

75

?

10

Block

43

Fabric top slot

76

?

11

Block

44

Flat along bar

77

?

12

Conduit

45

Fabric top

78

?

13

Groove

46

Guide lug groove

79

?

14

Outer wall

47

Chase mortise

?

15

Thin-walled

48

Transverse connection groove

?

16

Medium wall

49

Transverse connection groove

?

17

Heavy wall

50

Arrow

R

Frame construction

18

Inwall

51

Skirt groove

L

Elongated structure

19

Conduit

52

Plinth passage

M

Hood configuration

20

Resilient wedge

53

Transverse connection passage

Q

Transverse connection

21

Resilient wedge

54

?

l

Length

22

Groove

55

?

S

Plinth

23

Groove

56

?

D

Modular top structure

24

Conduit

57

?

25

Conduit

58

?

26

Conduit

59

?

27

Conduit

60

?

28

Outer wall Q

61

?

29

Outer wall Q

62

?

30

Outer wall R1

63

?

31

Passage

64

?

32

Passage

65

?

33

Separator

66

?

Claims

1. a frame construction, for being mounted to an elongated structure (L) with at least one groove (3), wherein said frame construction (R, R1) has a main truss (1) and a guide lug (2),

It is characterized in that:

Described frame construction (R, R1) has at least one conduit (4), and this conduit (4) can be suitable for holding the different wall portion of thickness.

2. frame construction according to claim 1, is characterized in that: described main truss (2) has one for supporting the groove (7.1,7.2) of a fabric walls (5.1,5.2).

3. frame construction according to claim 2, is characterized in that: described fabric walls (5.1,5.2) comprises that one is flat along bar (6.1,6.2).

4. according to the frame construction described in any one in claim 1-3, it is characterized in that: at least one panel (9) is overall shaped on described main truss (1).

5. according to the frame construction described in any one in claim 1-4, it is characterized in that: described guide lug (2) forms and is connected with described at least one groove (3).

6. according to the frame construction described in any one in claim 1-5, it is characterized in that: described conduit (4) comprises at least one block (10,11).

7. according to the frame construction described in any one in claim 1-6, it is characterized in that: one second conduit (17) is overall shaped on described main truss (1).

8. according to the frame construction described in any one in claim 1-7, it is characterized in that: described main truss (1) has a groove (13).

9. according to the frame construction described in arbitrary aforementioned claim, it is characterized in that: described guide lug (2) can be connected to a groove (22 of a hood configuration (M), 23), described hood configuration (M) has at least one resilient wedge (20,21), wherein said resilient wedge (20,21) is installed on the inner surface of described hood configuration (M), wherein said groove (22,23) is overall shaped on the external surface of described hood configuration (M).

One kind with the transverse connection being connected according to the frame construction described in any one in claim 1 to 9, it is characterized in that: this transverse connection (Q) comprises at least one conduit (24 that is suitable for holding the different wall portion of thickness, 25,26,27) and at least one transverse connection groove (48,49).

11. transverse connections according to claim 10, is characterized in that: this transverse connection (Q) has another conduit (24,25,26,27), this another conduit (24,25,26,27) and described conduit (24,25,26,27) divide a side that accounts for a common bottom land (40,41).

12. according to the transverse connection described in claim 10 or 11, it is characterized in that: this transverse connection (Q) has a passage (30,31), is suitable for holding a fastening snap close (35) with expansion folder.

13. 1 kinds with according to the frame construction described in any one in claim 1 to 9 or the modular top structure that is connected with transverse connection according to claim 10 to described in any one in 12, it is characterized in that: described modular top structure (D) has a sketch plate (42), wherein said sketch plate (42) part be suitable for supporting a top panelling and one can with described frame construction (R, R1) the connected guide lug groove (46) of described guide lug (2), wherein said guide lug groove (46) is substantially at right angles outstanding from described sketch plate (42); Or described modular top structure (D) has one for connecting the chase mortise (47) of a transverse connection (48,49).

14. modular top structures according to claim 13, it is characterized in that: described modular top structure (D) has at least one fabric top slot (43), this fabric top slot (43) is substantially at right angles given prominence to and is suitable for holding flat along bar (44) with a fabric top (45) from described sketch plate (42).