CN100572709C

CN100572709C - Thin board wall system

Info

Publication number: CN100572709C
Application number: CNB2004100387519A
Authority: CN
Inventors: K·S·胡; Y·Y·张
Original assignee: Haworth Furniture Shanghai Co Ltd
Current assignee: Haworth Furniture Shanghai Co Ltd
Priority date: 2004-03-31
Filing date: 2004-03-31
Publication date: 2009-12-23
Anticipated expiration: 2024-03-31
Also published as: MY154393A; WO2005098159A3; CN1676806A; WO2005098159A2; MY145022A; HK1084164A1

Abstract

Board wall system is separated in a kind of space that is used for office areas, comprises the system of level and vertical frame lath, and they link together to limit wallboard frame.Vertically has different cross-sectional profiles with binding piece, they are fit to support thin insert plate, but also with adjacent framing component, for example multidirectional corner connector, adjacent successively wallboard or another kind of be connected with the back of the body-right-interconnective framework lath of back of the body relation.In addition, this wallboard comprises the waistline subsidiary conduit that has hinged lid, and its permission will be connected up and electric component stores wherein, and qualification is along the horizontal cable passage on the base of the subsidiary conduit of wiring entrance and exit.

Description

Thin board wall system

Technical field

The present invention relates to a kind of space that is used for working space and separate board wall system, relate in particular to a kind of board wall system that has the electric wiring pipeline that is limited to wherein.

Background technology

For example being used in office or business environment that board wall system is separated in the space that big working space is subdivided into littler station is known by people.A variety of board wall systems have been developed.

Such board wall system typically comprises vertical independent support wallboard, and they link together with the relation of end-right-end, to limit the various layouts of working space.Such wallboard can link together limiting a face length wall continuously with straight line, or can be in the junction, turning with two-way, and the right angle connects, and three-dimensional angle or right angle connect and the four-way johning knot lumps together.Such station adopts following form: general rectangle is equipped with work plane, the compartment of sealing basically of wall-mounted cabinet and wall-mounted office accessory.Therefore, such wallboard not only will be suitable for linking together, and also will be suitable for being supported on these office equipment assemblies above it, the load of lip-deep these assemblies of its deadlight load carrying floor, and this wallboard just is structured on the floor surface.

Many conventional wallboard system also has the line management ability, and wherein level and/or vertical wires pipeline innerly extend and are limited at wherein in that such wallboard is open.Especially, conventional wallboard is included in the rectangular frame of determining to limit open zone therebetween.These open area parts can be used to limit aforesaid subsidiary conduit, and these subsidiary conduits are suitable for holding power supply and/or data communication cable in the boundary of wallboard.Such subsidiary conduit is connected openly with the subsidiary conduit of adjacent wall board successively, be used to limit around wall system being used for of extending to the power supply of single station and the continuous subsidiary conduit of communication cable wiring.

These subsidiary conduits also have the removable cover that allows to enter subsidiary conduit, preferably from the two sides of wallboard.Such lid can be the hasp lid that separates fully with wallboard, also can be that hinged in place so that this subsidiary conduit lid keeps when opening and being connected of wallboard.

In addition for various types of wallboards, there are many wallboards to use demountable covering watt, these cover watt mobilizable inside that is used to seal its hollow on the wallboard frame that is installed in.Many such coverings watt are used on the opposite flank of wallboard, thereby allow to enter the inside of its hollow from the either side of wallboard.

In the wallboard of another kind of type, solid slab can be installed on the sheet frame limiting individual layer sheet material, thus the interior zone of sealing wallboard.

Though developed a variety of board wall systems and can buy from the market, but still continuing the other board wall system of exploitation, so that improved function and characteristic attractive in appearance to be provided, and these features are provided at cost-efficient, the system of low price or high-end system are in the two.One object of the present invention just provides a kind of board wall system with improved function combination and aesthetic.

Summary of the invention

The invention provides a kind of space and separate wallboard, comprising:

One framework comprises being suitable for being supported on level and vertical frame lath on the floor with bearing relation that described framework limits the open area between described framework lath;

One is installed to the insert plate of described panel frame in described open area, to seal the essential part of described open area, described insert plate has one first thickness; With

One limits the horizontal subsidiary conduit of a horizontal subsidiary conduit path in described open area, wherein can vertically place wiring, described subsidiary conduit comprises that the inside mounting structure that is supported on the described sheet frame is connected on the described mounting structure to cover the subsidiary conduit the opened lid of described subsidiary conduit path with at least one, its be can open to allow to enter described wiring conduit path, described subsidiary conduit lid extends out and has usually along the edge that the length of described insert plate is extended from described insert plate, the edge of described lid is outwards separated from described panel edges, described like this subsidiary conduit has second thickness greater than described first thickness of described insert plate, limit a cable passage between the edge of described lid and described panel edges, wherein said cable passage leads to described subsidiary conduit path and allows by described cable passage cable to be drawn out to from described subsidiary conduit path the outside of described wallboard.

The present invention also provides a kind of board wall system, comprising:

The framework that limits by level and vertical frame lath, wherein said framework is disposed on the floor surface with bearing relation, at least one of described framework lath has the two-piece type structure that is limited by first and second circular plate portions, wherein circular plate portion has opposing backside surface, described like this circular plate portion just is placed with the relation of the back of the body-right-back of the body, the described relative back side comprises the vertical connector groove that narrows down towards the open side side direction, described open side is by described opposite face opening, simultaneously be placed on one of described connector groove on another described circular plate portion opening towards what aim at each the described connector groove on the described circular plate portion, described first and second circular plate portions are limited by structural rigid material and are linked together by an elongation spline, this spline can longitudinally slip in the connector groove of described aligning, described spline comprises parallel elongation rib, this rib longitudinal extension is also connected together by a thin junction plate, and wherein said rib is accommodated in the connector groove of described aligning and the described open side of described junction plate by the connector groove of described aligning strides across the described relative back side so that described first and second circular plate portions are rigidly connected to together.

Further, the present invention also provides a kind of space to separate wallboard, comprising:

One rigidity sheet frame, comprise level and vertical slats, they are rigidly connected to the framework that is generally rectangle together with qualification, described level is extended at the perimeter of described framework with vertical framework lath, open interior and described framework lath that quilt of described framework qualification inwardly is placed on described framework lath comprise inside inner support path towards described open interior opening, described framework further comprises one or more central frame laths, they are connected to described sheet frame and run through described open interior extends so that described open interior is divided into many interior sections in the opposite end, each described central frame lath comprises a support path along its at least one inboard, and path is towards the described open interior part opening that is adjacent placement; With

At least one insert plate is placed at least one described interior section, the periphery edge of wherein said insert plate is assembled and is supported in the described support path of described external frame lath and each described central frame lath is adjacent placement, described insert plate has the thickness approximate with described support path, this thickness is less than the thickness of described external frame lath, described central frame lath has the thickness approximate with described insert plate, this thickness is less than the thickness of described external frame lath, and each described insert plate has the opposite flank that limits described wallboard exposed exterior surface.

In addition, the present invention also provides a kind of space to separate wallboard, comprising:

One sheet frame comprises vertically extending overall height end frame lath and at least one horizontally extending overall height edge lath between the lath of described end that many sides separate;

Horizontal subsidiary conduit assembly with the opposite end that is connected to described end lath, described subsidiary conduit assembly limits a horizontal subsidiary conduit path that is suitable for receiving therein horizontal cable;

The described described panel frame that further comprises a part width edge lath, it is from one of described end lath horizontal-extending and end at framework lath between a local senior middle school, and this lath extends to described horizontal subsidiary conduit from described part width end lath;

An insert plate that is rigidly connected to described sheet frame is limited to open frame zone between described horizontal subsidiary conduit and the described part width edge lath with sealing;

One of the high framework lath in described part and adjacent described end lath are inwardly separated to limit a vertical wires pipeline, it extends to the edge-perpendicular of the described wallboard that is limited by described part width edge lath from described horizontal subsidiary conduit, described subsidiary conduit further comprises demountable lid, covers at the high framework lath in described part and be adjacent between the described end lath of placement to extend laterally to seal described vertical wires pipeline.

More particularly, the present invention relates to a kind of board wall system, it comprises the independent wallboard with frame construction, and it allows formation level or vertical subsidiary conduit structure in wallboard.Frame construction with have the vertical of varying cross-section profile and the horizontal frame lath combines, these laths can be with various textural associations to change the final structure of each single wallboard.Each wallboard that is provided preferably provides and is limited to about waistline (beltline) height of level subsidiary conduit, i.e. waistline subsidiary conduit, its be determined be limited to very near and be preferably on traditional face height.Horizontal subsidiary conduit comprises the hinged lid that is provided to subsidiary conduit path inlet, is used for placing therein independent power supply and data cable and also is used for installation outlet or the jack of snapping lid.

In addition, the open inner space that is limited between level and the vertical frame lath is sealed by the insert plate of relative thin, and this insert plate is configured to the circumferential groove inside on the inner surface that is limited to the framework lath.Insert plate typically is installed in waistline subsidiary conduit below, and wherein below the base of waistline subsidiary conduit, a thin horizontal central frame lath top edge direct and insert plate matches.Between the lower edge of lath and subsidiary conduit hinged lid, this slit allowed wiring channel turnover subsidiary conduit thus in the middle of one slit was limited to, and the wiring of even now also can be led to floor area downwards, but it is generally on work plane.

And this system utilizes the plastics spline to come the connecting frame lath with the relation of the back of the body-right-back of the body, and particularly when it was used as vertical slats in single wallboard when, this wallboard separated insert plate with adjacent vertical wires pipeline.Such connector spline also can be used to connect the framework lath of a wallboard with adjacent corners connector or continuous adjacent wallboard.

Other purpose of the present invention and purposes, and its variation can be by reading following manual and checking that accompanying drawing becomes clear.

Description of drawings

Fig. 1 is the phantom drawing of first kind of structure of board wall system.

Fig. 2 is the zoomed-in view of the board wall system of Fig. 1.

Fig. 3 is the phantom drawing of second kind of structure of board wall system.

Fig. 4 is the phantom drawing of the amplification of the removable subsidiary conduit lid of explanation.

Fig. 5 is the partial view of Fig. 4 structure.

Fig. 6 is Fig. 4 structure phantom drawing of observing from the top.

Fig. 7 is the phantom drawing from Fig. 4 structure of beneath.

But Fig. 8 is the phantom drawing of observing from the top that has its subsidiary conduit of removing lid.

Fig. 9 is the phantom drawing of the third table top set-ups of board wall system.

Figure 10 is the partial enlarged view of the third structure.

Figure 11 is the plan view of three-dimensional corner connector.

Figure 12 is the lateral view of upper side frame frame plate bar along the 12-12 line of Fig. 3.

Figure 13 is the top view of edge frame lath.

Figure 14 is the end-view of edge frame lath.

Figure 15 is the end-view that has the framework lath of the insert plate that is installed in wherein.

Figure 16 is the lateral view of vertical inner frame lath.

Figure 17 is the lateral view of vertical lateral frame lath.

Figure 18 is the top view that is installed to the adjustment lath of lateral frame lath along the 18-18 line explanation of Fig. 5.

Figure 19 A is the top view along the inner frame lath assembly of the 19A-19A line of Fig. 5.

Figure 19 B is the end-view of connector spline.

Figure 20 A is the front elevation drawing of central frame lath.

Figure 20 B is the top view of central frame lath.

Figure 20 C is the end-view of central frame lath.

Figure 21 is the lateral view along the central frame lath that is connected to the subsidiary conduit stay pipe of the 21-21 line of Fig. 3.

Figure 22 is the end-view of weather strip.

Figure 23 is the end-view of waistline subsidiary conduit assembly.

Figure 24 is the phantom drawing of subsidiary conduit end block.

Figure 25 is the interior views of subsidiary conduit piece.

Figure 26 is the side cross-sectional views of subsidiary conduit piece.

Figure 27 is the external side view of subsidiary conduit piece.

Figure 28 is the end-view that explanation has the central frame lath of the employed liner of translucent insert plate in the perspective profile.

Figure 29 is the partial end view of four-way connector pipe.

Figure 30 is the plan view of connector pipe.

Figure 31 is the decomposition diagram of support of being slidingly installed.

To use some term in the following description, just for convenience and reference, as restriction.For example, " make progress ", " downwards ", " to the right " and " left " refer to the direction among as a reference the figure." inwards " and " outwards " refer to respectively towards and away from arranging and the geometric center of specified parts.Described term will comprise clearly to be mentioned, by its derivation and speech similar introducing.

The specific embodiment

With reference to Fig. 1-10, the various structures of board wall system 10 are illustrated, described system is used for open Administrative Area 11 is subdivided into a plurality of independent stations 12.

Board wall system 10 comprises a plurality of wallboards that identified by label 14 usually, and wherein representational local height wallboard 14 is illustrated in the structure of Fig. 1 and 9, and overall height plate 16 then describes in the structure of Fig. 3.Be appreciated that

wallboard

15 and 16 utilizes common part and assembly, and same, and common reference number can be used for such assembly.

The wallboard 15 of

board wall system

10 and 16 design are illustrated with multiple structure, are appreciated that such board wall system is considered according to end user's needs to dispose wallboard 14 with in the multiple structure any.Following discussion will be pointed to the ad hoc structure in this explanation, i.e. wallboard 15 and 16.Thereby in a bigger open Administrative Area 11, provide this board wall system 10, and such space 11 is subdivided into aforesaid station 12; Final amt, the final combination of individual system assembly is all depended in the design of size and station 12.

Be appreciated that for example the additional office equipment assembly of work plane 17 (Fig. 1 and 9) can be installed on independent wallboard 15 and 16.Such work plane 17 can be by for example down outstanding adjustable brace 19 (Fig. 9), or the plate (Fig. 9 and 31) that supporting bracket 20 has been installed supports, and supporting bracket 20 is installed on the multiple Support Position of wallboard 14.Can also further understand add-on assemble can be installed on the wallboard 16.

Usually for

independent wallboard

15 and 16, wallboard comprises inner frame, and wherein Fig. 1 shows the inner frame 22 that is used for local high wallboard 15.Fig. 3 shows the sheet frame 23 that is used for overall height wallboard 16, and Fig. 9 shows the high sheet frame 24 in another part with wiring managerial ability.

Various sheet frames 22,23 and 24 are all made up by similarly independent frame plate bar assembly, will the further details of described assembly be discussed hereinafter.These sheet frames 22-24 also comprises similar waistline subsidiary conduit assembly 25.In addition,

sheet frame

23 and 24 also provides vertical wires conduit assembly 26, itself and waistline subsidiary conduit 25 open communication, and also connect up to floor area allowing towards the floor opening downwards.

More special, ground is about Fig. 1, and sheet frame 22 is limited by

edge frame lath

28 and 29, and their levels run through the top and the bottom margin of wallboard 15.These framework laths 28 and 29 are rigidly connected to a pair of vertical

ends framework lath

30 and 31 and limit a standard rectangular framework that forms wallboard 14 peripheries thus.

One by-level framework lath 32 also is provided, its opposite end is connected to

vertical end lath

30 and 31, approximately and be positioned at the below of top lath 28.As further details described here, central frame lath 32 has with respect to edge

lath

28 and 29 and the thin thickness of

end lath

30 and 31.

In order to isolate the open inner space that is limited between edge lath and the end lath 29-31, a plane insert plate 34 is fastened to the inner surface groove of level and vertical frame lath 28-31 along its edge.Insert plate 34 preferably has single thickness, and this thickness limits towards outer opposite flank 35, and this surface limits the external surface of the wallboard 14 that exposes.Insert plate 34 can be formed by solid material, for example, and can the medium-density fiberboard of fabric, paint or similar beautiful and comfortable material constitutes by for example being coated with.Selectively, insert plate 34 also can use plastics for example or or even the trnaslucent materials of glass constitute, when interior panel 34 during also respectively with various stations 12 segmentations, interior panel will give wallboard 15 1 kinds of transparent outward appearances.

Usually, central frame lath 32 is suitable for supporting rigidly the work plane supporting bracket 20 that has work plane 17, and work plane is arranged in upwards on the horizontal direction that separates with the floor.

In addition, central frame lath 32 is limited to the inner panel space that wherein forms waistline subsidiary conduit assembly 25, waistline subsidiary conduit assembly 25 limits a horizontal subsidiary conduit or path 37, can arrange flatly that thus cable is used for the electrical outlets of power supply for example or data being provided or exporting 38 to station 12 with supply.Subsidiary conduit assembly 25 preferably is placed vertically above work plane 17.

With reference to figure 2, subsidiary conduit assembly 25 is generally limited by subsidiary conduit end block 40, and end block is placed on the opposite end of subsidiary conduit 37 and is fixed to the inner surface of corresponding vertical end lath 30 and 31.Describe in this further details, subsidiary conduit end block 40 is configured to structurally support the cable above it, also supports hinged subsidiary conduit lid or opening by its top edge 42 hinge ground simultaneously.This allows this subsidiary conduit lid to rotate up to be provided to the inlet of inner subsidiary conduit path 37.In addition, socket 38 can be rigidly fixed on the sheet frame and protrude from covering 41 port, so that can touch plug hole 43 on the socket 38 from station 12.

Usually, for this reason, among Fig. 1 and 2 the configuration using of plate run through top and

bottom margin lath

28 and 29 of whole wallboard 14 lateral width, the opposite end lath 29 that on the whole vertical height of wallboard 14, extends and 30 and also extend through the wide central frame lath 32 of plate.

With reference to figure 3-8, second kind of panel configuration wherein has been described, the central frame lath that it uses similar edge and end lath and change configuration not only limits waistline subsidiary conduit 25 so there, also limits vertical wires pipeline 26.

Be similar to foregoing framework lath in order to make up overall height sheet frame 23, to provide.More specifically, each wallboard 16 has a pair of overall height end lath 46 and 47.End lath 46 has identical cross-sectional profiles each other with 47, and also is the same with

end lath

30 and 31 from top observation (seeing Figure 15 and 18), although they have than

lath

30 and 31 longer vertical lengths.Upper end in

end lath

46 and 47, the horizontal top edge that has been rigidly connected lath 48, edge lath 48 equally forms with top lath 28.In addition, subsidiary conduit assembly 25 is by to be installed on

end lath

46 and 47 corresponding to the same height of the subsidiary conduit assembly among above-mentioned Fig. 1 and 2 25.

In the first half of overall height wallboard 16, the open space between the framework lath is sealed by a pair of vertical

adjacent insert plate

50 and 51, insert plate or have solid surface attractive in appearance or as described above corresponding to the trnaslucent materials of insert plate

34.Insert plate

50 and 51 has different vertical dimension mutually.

Sheet frame 16 also comprises a pair of and central frame laths 53 and 54 central frame lath 32 same configuration.Linking together of top framework lath 53 and insert

plate

50 and 51 in abutting connection with horizontal edge, and the lower edge of below framework lath 54 support insert plates 51 is also extended along the top edge of subsidiary conduit assembly 25 simultaneously.

As for the below part of wallboard 16, this wallboard is divided into two different faceplate parts, i.e. enclosure portion 56 and adjacent vertical wires conduit assembly 26.Enclosure portion 56 provides the another insert plate 57 that has same vertical size and structure with insert plate 34 but have the shorter side width.In order to support insert plate 57, shown in Fig. 4,5,6 and 8, a kind of central frame lath 59 of weak point is fixed to below subsidiary conduit stay pipe 44.In addition, provide a kind of bottom margin lath 61 of weak point, its have the side length identical with framework lath 59 and at one end the bottom margin of portion and

respective end lath

46 or 47 link to each other.

Be vertically connected on together by the internal freedom end of a vertical inner frame lath 62 then, like this

framework lath

59,61 and 62 and end

lath

46 or 47 Lower Half limit rectangular frame part to support the rectangle perimeter of below insert plate 57 separately framework lath 59 and edge lath 61.

As for vertical wires conduit assembly 26 (Fig. 4), downward projection by

end lath

46 or 47 and inner frame lath 62 limit that it is relative, the parallel vertical edge, wherein

end lath

46 or 47 free basically bottom suspension and side direction and inner frame lath 62 are separated.The weight of wallboard 15 is by a pair of supporting leg 64 carryings, and it is rigidly secured to under(-)chassis lath 56.

For the free suspended end to the edge lath provides further support structure, the opposite end of a pair of subsidiary conduit transverse slats 66 (Figure 4 and 5) is rigidly connected to end

lath

46 or 47 corresponding fluting inner surface and inner frame laths 62 as shown in Figure 4.These transverse slats 66 consist essentially of the shorter part of central frame lath 59, wherein usually shown in Figure 20 C framework lath 59 all have identical cross-sectional profiles with transverse slats 66.Equally, limiting a vertical wires pipe path 67, it is upwards opened and links to each other with horizontal subsidiary conduit path 37, also opens downwards and leads to the floor from the bottom of wallboard 16.Subsidiary conduit path 67 is by demountable covering watt 68 coverings, and general it snaps onto on the wallboard shown in the right-hand part of Fig. 4 and 6, also can unload as shown in Figure 5 to put into wiring in subsidiary conduit path 67 inside simultaneously.Cover watts 68 and limit a space, it is arranged as outwards is the external surface 69 of transverse slats 66, inwardly is the inner surface 70 of corresponding covering watts 68, can cover wiring by outside lath surface 69 like this.

With reference to figure 9 and 10, the third panel configuration that is made of the high wallboard 71 of high wallboard 15 in part and another part has been described.Use the vertical wires pipeline 26 that the aforesaid same structure that constitutes subsidiary conduit 26 in overall height wallboard 16 arranges except the formation of wallboard 71 has, the high wallboard in this part constitutes with local high-wall plate 15 aspect a lot of the samely.Especially, wallboard 71 comprises the insert plate 72 that the trnaslucent materials by for example Merlon or glass constitutes, thereby changes the visual sensory of wallboard 71.In addition, wallboard 15 has also the insert plate 34 that is made of trnaslucent materials so that comprise identical visual effect.

As for left side wallboard 15, to such an extent as to taken place to change and removed waistline subsidiary conduit assembly 25 and replace with additional transparent insert plate 73 then, this insert plate with insert plate 51 similar forms supported framework therebetween lath 32 and top lath 28 on.As appreciable, can develop various panel configuration by various configurations from substantially the same common component from the front.

More specifically with reference to separate part, Figure 12-14 explanation top lath 28 is appreciated that such lath 28 is identical with the top lath that disposes at all wallboards shown in Fig. 1-11.

Horizontal edge lath 28 preferably is made of calendering aluminium and has a length corresponding to wallboard 14 Len reqs.Edge lath 28 normally tubulose so that open and comprise that one has along the exterior wall 75 of the screw 76 of its lateral length spaced apart paired from the opposite end.

External wall 77 vertical extent, the side wall 78 that tilts simultaneously generally slope inwardly and end at the groove 79 that is formed on lath 28 inner surfaces.Groove 79 is suitable for closely holding in

insert plate

34,50 or 73 horizontal edge of any.

For installation accessories on lath 28, on each opposite flank 77, provide a horizontal pathways 81.Sidewall 77 is also protruding upward to limit a upper passage 82, and is wherein such as in this discussion, and in order to adjust installation, the inner surface of sidewall 77 comprises a groove 83 along its length.

Each opposite end 85 of edge lath 28 all by to internal recessing to limit three grooves 86, it is suitable for the arbitrary cooperation with

various laths

30,31,46 or 47.In addition, end 85 comprises the paired vertical distribution screw 87 that lath end 85 is connected to end

lath

300,31,46,47 that is used for.

Be appreciated that bottom margin lath 29 and above-mentioned edge lath 28 are made like, just lead by the groove 79 of its upward opening with the lower horizontal edge of holding plate 34.

As for the shorter bottom margin lath 61 of Fig. 3, also be to form with

edge lath

28 and 29 basic identically, wherein they to have identical profile be that edge lath 61 is shorter.Particularly, the edge lath has opposed end 87 and 88, they and end 85 the same flutings to closely cooperate with the inner surface of vertical slats 47 and the inner surface of internal vertical lath 62.Thereby lath groove 79 holds the lower edge of insert plate 57 wherein.

Adjust the external surface, particularly top panel 28 of edge lath or at 48 o'clock when needs, snapping main header casing 90 is provided as shown in figure 12.Main header casing 90 has a roof 91, and outstanding downwards therefrom have a pair of connector flange 92 that it is accommodated in the top panel passage 82.The outside of connector flange 92 comprises a rib 93, its snap in the corresponding lath groove 83 with can unload with main header casing 90 fix in position.

With reference to Figure 15, back to back vertical ends lath in 17 and 18, end as seen in these figures lath 30,31,46,47 all has identical cross section profile, and its main distinction is the length of lath when in the

wallboard

15 and 16 that is used in differing heights.As for profile, this profile has a central web 100 that supports inner wall section 101 and outer wall section 102.

Inner wall section 101 comprises inclined plane 103, and it inwardly converges on the board slot 104 on the inner surface that is formed on the vertical ends lath.This inclined plane 103 provides a thicker profile from lath to the beautiful and comfortable transition of thin profile of supporting insert plate thus.

Board slot 104 is closely admitted any ground vertical edge separately in

insert plate

34,50,51,57,72 or 73.Figure 15 and 18 expression assemblings solid slab 34 wherein are appreciated that other solid slab is assembled in the groove 104 with identical method.For the translucent sheet of for

example plate

72 and 73, one as shown in Figure 28 and the added with padding that is described be mounted in the groove 104.Groove 104 supports the whole vertical edge of supported insert plate thus.

Outer strip part 102 comprises a pair of connector groove 106 that separates, and its lateral openings is for example towards the side direction of adjacency wallboard.Connector groove 106 has the broad inner space of shape such as ellipse and down to the constriction of slit 107.

And circular plate portion 102 also has an arcuate wall part 108, and this arcuate wall partly has outer wall 109, and it is defined for half installation passage 110 by suitable support installation accessories or similar item.

With reference to Figure 17, the end, above and below of edge lath 30 comprises the paired screw that forms by central connector 100.Binding piece 48 in paired screw 111 and the

overall height plate

16 and 61 screw 87 align, and make lath be connected to frame corner rigidly together.At the waistline height, provide a big cable passage 115 to enter subsidiary conduit assembly 25 to allow cable passage.For the connection of subsidiary conduit end block 40, provide screw 116 in addition in the above and below of passage 115.

Provide screw for the central frame lath in addition.Especially, adjacent with end block screw 116, be

central frame lath

54 and 59 be connected lath screw 117 is provided, and provide other screw 118 for central frame lath 53.

In addition, provide below screw 119, provide other screw for below subsidiary conduit transverse slats 66 in order to engage with the top transverse slats 66 of subsidiary conduit 26.Like this, the whole various framework laths and the subsidiary conduit parts of overall height plate 16 all are mounted to together.

As for high end,

part lath

30 and 31, the short height of these laths is by the dotted line limit among Figure 17, its

middle plate strip

30 and 31 be essentially a kind of

lath

46 and 47 than short-form and end at the dotted line place.Therefore,

lath

30 and 31 comprises that passage 115 and screw 111,117,116,119 and 120 are with the panel construction of formation Fig. 1 or the subsidiary conduit and the transparent configuration of Fig. 9 outfit.

In case constitute, also need externally on the circular plate portion 102 end cover 125 to be installed.This end cover 125 comprises extruded aluminum, and it not only provides a finished appearance also as structural supporting component and similar item.

End cover 125 has the cross-sectional profiles of accurate imitation outer strip part 102 profiles.Especially, end cover 125 has the outer wall 126 of a finished aesthetic appearance.The inner surface of end cover 125 has the connector groove 127 of a pair of vertical elongation, and it is the same with lath connector groove 108 to form and have and seam 107 open seam of aiming at 128.For end cover 125 is hinged to the end lath, connector spline 129 slips into the

connector groove

106 and 127 of alignment downwards.

Shown in Figure 19 B, spline 129 has One And Twain and amplifies the narrow junction plate 130 that rib 131 links together.Rib 131 is a hollow, and spline 129 is to be made by rigid PVC.Spline 129 glides by the opening upper end and the respective end portions lath of end cover 125, and is thus that two frame partss are hinged.

In addition, end cover 125 has arcuate wall part 132, and it has the outer wall 133 that limits second half installation path 110.Path 110 is installed to be suitable for structurally being connected with another lath members with the connector spline 129 that carries such load together with enough solid on the structure.This installation path 110 has the profile the same with above-mentioned installation path 81.

With reference to Figure 16,19A and 19B, central frame lath 62 concerns that with the back of the body-right-back of the body the circular plate portion that links together forms by two.Circular plate portion 135 has the profile the same with the end lath and is joined together with the same procedure that links together with end cover 125 and end lath separately.

More specifically, each circular plate portion 135 has the interior section 136 that is formed with drop-center 137, with the exterior section 138 that is suitable for relative exterior section 138 cooperations of another circular plate portion 135.Each exterior section 138 comprises a pair of connector groove 139, and wherein the relative paired connector groove 139 of two circular plate portions 135 is linked together by the spline 129 that vertically slips into wherein shown in Figure 19 A.Equally, central frame lath 62 has two relative in an opposite direction grooves 137.One of them groove 137 holds the vertical edge of insert plate 57, and another groove 137 is taken in wherein along the length extension of vertical wires pipeline 26 and with an end of each subsidiary conduit transverse slats 69.

Circular plate portion 135 also has to unite and is divided into the arcuate wall part 140 of two halves separately with path 141 is installed.Path 140 is installed and path 110 the same formation are installed.

In order to assemble sheet frame, circular plate portion 135 comprises the screw 142 that the screw 87 on the hinged a pair of and lower edge lath 61 that is used between them is aimed at.In addition, the upper end of each circular plate portion 135 has a square fluting 143 and a screw 144 that allows the opposite end surface engagement of rigidity bolt and central frame lath 59 that is positioned on the below subsidiary conduit stay pipe 44.Because framework lath 59 is to be rigidly connected on the pipe 44 that extends between

end lath

46 and 47, thus lath 59,61 and 62 and the below of end lath 47 partly limit a rectangular frame that supports insert plate 57 peripheries.And, provide above and below

screw

145 and 146 to realize subsidiary conduit transverse slats 69 being rigidly connected in groove 137.

It is noted that the lath 28-31 that all are above-mentioned, 46,47,61 and 62 have thick cross section and limit the outer periphery of sheet frame.But insert plate is thin and same, and in order to keep the aesthetic appearance of wallboard, various central frame laths 32,53,54 and 59 also have thin profile.In addition, as Figure 20 A, shown in 20B and the 20C, the central frame lath all has the configuration of identical profile and end, and its main distinction is in the position of sheet frame middle plate strip with than the length of batten ends 59.

More specifically, central frame lath 32 comprises extruded aluminum and makes it comprise the vertical protrusion wall 150 that limits upper grooves 151 and lower grooves 152 as shown in Figure 20 A-20C.

The opposite side of lath 32 also comprises along a level of its length installs seam 153.Seam 153 inwardly is bent upwards to limit a slotted wall 154.

The opposite end 155 of lath 32 comprises thin connector piece 156, and it for example is suitable for slipping in

vertical slats

30,31, in the groove of lath separately of the groove 104 on 46 or 47.The end face 157 of each end 155 comprises that an admittance passes the screw 158 of the bolt of vertical slats separately.For example, with the screw 158 of lower member: the lath 32 that aligns with below screw 117, the lath 53 that aligns with screw 118 and the lath 54 that aligns with top screw 117.

Similarly, the top edge of groove 152 support panels 34 of lath 32, groove 152 support panels 57 of

lath

59 or 72 top edge, and the lower limb of groove 152 support panels 51 of lath 54.As for lath 53, the upper and lower edge of

groove

151 and 152

difference support panels

50 and 51.

For subsidiary conduit transverse slats 66, except they have shorter length across subsidiary conduit 26, these laths with above-mentioned in the middle of lath identical.

As Figure 21, the figure shows for example 32 or 57 the middle lath that is bonded on horizontal subsidiary conduit 25 belows more specifically.Last path 151 also with below subsidiary conduit stay pipe 44 incomes wherein.In addition, PVC weather strip 160 is assembled in the slit 153.Provide sealing bar 160 to be used to block in abutting connection with the space on edges, work plane 17 back.Seal 160 comprises having from that protruding backward

elastic claw

162 and 163 backup flange 161.Pawl 163 is the bottom surface of zigzag with clamping seam 153, and pawl 162 raises up to clamp the back of slotted wall 154.

Pawl

162 and 163 be depart from out to cooperate seam 153, then flexibly clamp seam 153.The upper end of backup flange 161 comprises upwards the sealing flange 164 towards work plane 17 projectioies, just if desired its can be deflection to allow passing through of wiring.

Next the steering horizontal subsidiary conduit 25, and this subsidiary conduit mainly comprises end block 40 shown in Figure 23-27.End block 40 is connected to vertical ends lath 30/31 or 46/47 and also supports covering opening 41 thereon.

End block comprises main wall 166, is defined by vertical cable passage that prolongs of main wall.The lath passage 115 of passage 167 and associated end lath is aimed at.

A pair of erection column 168 is from main wall 166 inwardly protrudings, post 168 be hollow and comprise the screw 169 that passes that.Hole 169 and lath screw 116 are aimed at and end block 40 fastened putting in place.

Usually as shown in figure 23, post 168 is suitable for being assembled to the hollow end of subsidiary conduit stay pipe 44.Has screw 170 above the stay pipe 44, above socket support 171 is installed in as shown in Figure 5.Then suitable power supply or data socket 38 are installed on these supports 171, place cable by level or

vertical wires pipeline

25 or 26 thus.

In order to organize and carrying cable, end block 40 is included in the orthogonal sets of cable container 180 on every side.Container 180 is partially enclosed by chamber wall 181, and this chamber wall limits opening 182, and is flexible 183 push container 180 and be supported in the subsidiary conduit 37 by opening 82 to allow to connect up.

For supporting cover 41, end block comprises having from its upright side 185 to projecting inward hinge pin 186.Bolt 186 has the rigid metal bolt in the plastic material that casts in end block 40.Side 185 is separated out to limit a space of sink block frame plate bar as shown in figure 23.

With such layout, subsidiary conduit 25 has the thickness greater than the framework lath thus, and cable container 180 is placed on the external surface of framework lath like this.This makes wiring 183 pass the external surface of framework lath shown in Figure 11 and 23.Optionally, can be shown in the reference number 183-1 among Figure 23 like that by passage 167 permanent wirings.

In order to isolate subsidiary conduit 25, hinged lid 41 is installed on the hinge pin 186.Lid 41 is preferably made by metal on chip and is folding to limit flange 190 along top 42.Flange 190 is for U-shaped and slide into to make and to be demountable about rotation on the horizontal pivot on the bolt 186 downwards.Lid 41 also has the flange in the bottom 191 on the rib 192 that is suitable for being buckled in end block 40, is used for lid 41 is fixed on the fastening position of Fig. 1 and 23, can also like that upwards revolution shown in perspective profile among Figure 23.

With reference to figure 2, lid 41 does not cover end block 40 fully.Therefore additional adjustment lid is provided.For two-way, the right angle connects, and right angle lid 195 (Fig. 5) that cover on the framework lath are provided, and is routed on the framework lath and passes through.Last what operate, a subsidiary conduit end cover 196 is provided.With reference to Figure 11, the lid 197 at a two-way tape angle is provided.

In addition, also can be close to vertical wires pipeline 26 subsidiary conduit 25 is provided.Same, when closing, do not seal on lid 41 bottom of subsidiary conduit 25.But, cover the work plane 17 of gap 200 of qualification to allow will connect up and put into vertical wires pipeline 26 downwards or be arranged into subsidiary conduit 25 outsides between flange 192 and the stay pipe 44 in the bottom.These gaps 200 or subsidiary conduit path extend along the length direction of subsidiary conduit 25.Deposit at this cloth, a kind of cable management system flexibly is provided.

Except foregoing, the lath framework can be equipped with translucent sheet 72 or 73.In this case, the various grooves of panel lath, for example groove 152 (Figure 28) can comprise the elastic insert 202 of a U-shaped, it is suitable for receiving glass insert plate destination edge under the situation that does not produce the stress that can destroy panel hidingly.Liner 202 comprise be used to engage shown in the outer legs 203 of hook of framework lath 32.Same, provide internal rib 204 to realize a kind of being slidingly matched.

Connect for the turning,, shown in 29 and 30, provide turning pipe or post 210 as Fig. 2.These the pipe 210 have a plurality of and shown in scheme in four faces are arranged.Each face all provides a pair of installation seam 211, and it is suitable for being fixed to by spline 129 with the method identical with the internal vertical lath with above-mentioned relevant end cover framework lath seam 106 (Fig. 2) of aligning.Turning pipe 210 cable passages 212 that also have by each face.

Figure 29 and 30 shows a kind of four sides pipe, and Figure 11 shows a kind of three facial canals 213, its have the openend that is assembled to pipe 213 the gable top cover 214.

Except top panel construction, can also be on panel installation accessories.As for work plane, in the further details of Figure 31, mounting bracket 20 has been shown.Mounting bracket 20 comprises and is formed with the bottom 220 that is bent upwards flange 221.The corresponding recesses that flange 221 slips into sheet frame is the groove in the central frame lath 153 when obliquity for example.Outside support end 222 is dropped to a horizontal direction, and wherein work plane 17 is supported on that and passes through fastener hole 223 fix in position.Bottom 220 also comprises a wherein rectangular channel 224 of mount support lid 225.

Though describe the specific embodiment of the present invention in detail in order to illustrate, recognize the change and the change of described device, comprise that readjusting all of parts and using method falls within the scope of the invention.

Claims

1. wallboard is separated in a space, comprising:

2. wallboard as claimed in claim 1, wherein said sheet frame have the 3rd thickness less than second thickness of described subsidiary conduit.

3. wallboard as claimed in claim 2, described first thickness of wherein said insert plate is less than described the 3rd thickness of described sheet frame.

4. wallboard as claimed in claim 2, wherein said subsidiary conduit horizontal-extending, the opposite end of described lid is spaced and passes in and out described subsidiary conduit path to allow cable run by the opposite end of described subsidiary conduit in the outside of described sheet frame.

5. wallboard as claimed in claim 1, wherein said subsidiary conduit lid is connected on the described mounting structure by hinged, and it allows described revolution of covering between the open and close position.

6. board wall system comprises:

7. wallboard as claimed in claim 6 is wherein on each of described first and second circular plate portions

Described a pair of connector groove is provided, and a pair of described spline separately is accommodated in the described connector groove so that described first and second circular plate portions are rigidly connected to together simultaneously.

8. wallboard as claimed in claim 7, wherein said first and second circular plate portions are to be made by extruded metal, and described spline is to be made by rigidity plastics.

9. wallboard as claimed in claim 8, wherein said first and second circular plate portions have the opposite flank, its from the external surface of described wallboard towards outside, each described opposite flank comprises the annex installation path of a lateral opening, each of described first and second circular plate portions comprises the passage portion of an elongation, wherein when described first and second circular plate portions were joined together to form described installation path, the passage portion of described elongation cooperatively interacted.

10. wallboard as claimed in claim 6, wherein said first and second circular plate portions have the opposite flank, its from the external surface of described wallboard towards outside, each described opposite flank comprises the annex installation path of a lateral opening, each of described first and second circular plate portions comprises the passage portion of an elongation, wherein when described first and second circular plate portions were joined together to form described installation path, the passage portion of described elongation cooperatively interacted.

11. wallboard as claimed in claim 6, wherein said framework limits an open area that is limited by the inside of described framework lath, described open area is sealed by an insert plate that is connected to described framework to small part, and described insert plate limits the external surface that described wallboard exposes.

12. wallboard as claimed in claim 6, wherein said two-part framework lath extends along the outer ledge of described framework, described first circular plate portion is placed on the outside of described second circular plate portion, wherein said first circular plate portion has an external surface staggered relatively with the described back side, and described external surface limits the outer surface of a described wallboard.

13. wallboard as claimed in claim 6, wherein said framework limits the interior zone of an opening, and wherein said two-part framework lath inwardly runs through the open interior region of described frame perimeter.

14. wallboard is separated in a space, comprising:

15. as the wallboard of claim 14, wherein said central frame lath comprises the installation configuration along its outer surface, is used for to described wallboard installation accessories.

16. as the wallboard of claim 15, wherein said installation configuration comprises a horizontally extending path.

17. as the wallboard of claim 16, wherein said external frame lath further comprises the installation path along its longitudinal length, is used for installing on described wallboard the office assembly.

18. wallboard as claim 14, wherein said wallboard comprises the horizontal subsidiary conduit that extends along a side of one of described central frame lath, described subsidiary conduit has a lid opened that is provided to the inner inlet of subsidiary conduit path, wherein said lid has the edge of level, it generally is parallel to a described central frame lath and but is isolated in described central frame lath outside to limit a cable passage, and what this passage permission was connected up between described subsidiary conduit path and described wallboard outside passes through.

19. wallboard is separated in a space, comprising:

20. wallboard as claim 19, wherein said sheet frame comprises at least one subsidiary conduit transverse slats, its have be connected to high framework lath in described part and described adjacent whole high framework lath the opposite end to support described overall height frame ends lath rigidly.