CN1946910B - Wall panel system - Google Patents
Wall panel system Download PDFInfo
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- CN1946910B CN1946910B CN2005800121804A CN200580012180A CN1946910B CN 1946910 B CN1946910 B CN 1946910B CN 2005800121804 A CN2005800121804 A CN 2005800121804A CN 200580012180 A CN200580012180 A CN 200580012180A CN 1946910 B CN1946910 B CN 1946910B
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- Prior art keywords
- wallboard
- cover tile
- vertical
- connecting rod
- wall system
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Images
Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/74—Removable non-load-bearing partitions; Partitions with a free upper edge
- E04B2/7407—Removable non-load-bearing partitions; Partitions with a free upper edge assembled using frames with infill panels or coverings only; made-up of panels and a support structure incorporating posts
- E04B2/7416—Removable non-load-bearing partitions; Partitions with a free upper edge assembled using frames with infill panels or coverings only; made-up of panels and a support structure incorporating posts with free upper edge, e.g. for use as office space dividers
- E04B2/7422—Removable non-load-bearing partitions; Partitions with a free upper edge assembled using frames with infill panels or coverings only; made-up of panels and a support structure incorporating posts with free upper edge, e.g. for use as office space dividers with separate framed panels without intermediary support posts
- E04B2/7425—Details of connection of panels
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/74—Removable non-load-bearing partitions; Partitions with a free upper edge
- E04B2/7407—Removable non-load-bearing partitions; Partitions with a free upper edge assembled using frames with infill panels or coverings only; made-up of panels and a support structure incorporating posts
- E04B2/7416—Removable non-load-bearing partitions; Partitions with a free upper edge assembled using frames with infill panels or coverings only; made-up of panels and a support structure incorporating posts with free upper edge, e.g. for use as office space dividers
- E04B2002/742—Details of panel top cap
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/74—Removable non-load-bearing partitions; Partitions with a free upper edge
- E04B2002/7461—Details of connection of sheet panels to frame or posts
- E04B2002/7462—Details of connection of sheet panels to frame or posts using resilient connectors, e.g. clips
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/74—Removable non-load-bearing partitions; Partitions with a free upper edge
- E04B2002/7461—Details of connection of sheet panels to frame or posts
- E04B2002/7466—Details of connection of sheet panels to frame or posts using hooks
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/74—Removable non-load-bearing partitions; Partitions with a free upper edge
- E04B2002/7483—Details of furniture, e.g. tables or shelves, associated with the partitions
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
- E04B2/74—Removable non-load-bearing partitions; Partitions with a free upper edge
- E04B2002/749—Partitions with screw-type jacks
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Finishing Walls (AREA)
Abstract
A wall panel system (10) is provided comprised of individual wall panels (12, 14) which are joined together in right-angle, end-to-end connections or perpendicular T-connections to subdivide an office space. The wall panels include an internal frame (25) which allows for the formation of multiple wall panel configurations with increased flexibility as compared with a number of known wall panel systems.
Description
Technical field
The present invention relates to a kind of office areas that is used for to open and be divided into the independently space separation board wall system of workspace.
Background of invention
Commercial building generally includes the office areas of roomy opening, and this zone is by a plurality of space dividers and the board wall systems of exploitation for this reason are separated into less working space or workspace arbitrarily.These space dividers devices adopt vertical space to separate wallboard usually, link together continuously and office areas are divided into the less workspace of many desirable sizes and framework.This plate height than floor to ceiling usually is low, and with other furniture parts cooperation to define the workspace that is equipped with.These parts can comprise that working surface, file cabinet, shelf unit and other similarly are directly installed on the wallboard or by the object of wall-panels supports, and also can comprise furniture parts such as desk, chair and the file cabinet that need not supporter.
When will open office areas being separated into independently the workspace, independently wall panel assembly has multiple framework.Usually adopt a plurality of vertical spaces to separate wallboards office areas is separated into many less workspaces, this wallboard is by the straight or angled connection of two plates, or linked together continuously by three suitable plates or four plate ways of connecting.
The purpose of this invention is to provide a kind of improved board wall system, the non-modularization (off-modular) that this system has a furniture parts is adjusted or along the wallboard of the return wall of the length of each wallboard.
In its view, the present invention relates to have and a plurality ofly can separate board wall system in the space to another wallboard that connects continuously, so that define the wall in the floor upper support of vertical expansion.The railing of level so that allow suitably to install the carriage of furniture parts, as return wall, so that parts are securely locked to wallboard, and is allowed furniture parts to do to slide or adjust along wallboard by framework simultaneously on the wallboard.Thereby such device provides the adjustment of non-modularization for furniture parts comprises return wall.
After reading the following description book and checking accompanying drawing, other purpose of the present invention and variant thereof and purposes will be apparent.
Description of drawings
Fig. 1 is the phantom drawing of the representative device of wallboard, and it can be configured to multiple arrangement to form board wall system.
Fig. 2 is the bottom perspective view of board wall system.
Fig. 3 is the elevation of base panel frame fully highly.
Fig. 4 is the partial view of amplification of upper corner of the base frame of Fig. 3.
Fig. 5 is the partial elevation view of the base panel frame opened.
Fig. 6 is the partial elevation view of extension plate framework.
Fig. 7 has the bottom perspective view of extra parts with the framework of the complete height of formation space separation wallboard.
Fig. 8 is the bottom perspective view of the base wall panel of opening that constitutes of the base panel frame of opening by Fig. 5.
Fig. 9 is the elevation of the pillar of the base wall panel that is used to open.
Figure 10 is the top perspective that is used for as the T word nut of the plate pillar of Fig. 9.
Figure 11 is the phantom drawing of wallboard that removes the complete height of cover tile from the one side.
Figure 12 is the bottom perspective view of the wallboard of Figure 11.
Figure 13 is the fragmentary, perspective view of wallboard fully highly.
Figure 14 is the partial rear view of solid cover tile.
Figure 15 is the partial bottom view of cover tile.
Figure 16 is the phantom drawing of the mounting clip of cover tile.
Figure 17 is the lateral view of mounting clip.
Figure 18 is the top view of mounting clip.
Figure 19 is a wallboard side elevation view fully highly.
Figure 20 is the complete lateral view of the amplification of the bottom of the wallboard of height.
Figure 21 is the partial side view of the amplification of the joint between the vertical adjacent cover tile.
Figure 22 is the lateral view of the amplification of the wallboard upper corner part of fully height and the base wall panel opened.
Figure 23 is the front perspective view of board wall system, and it has shown the cover tiles that is connected to return wall herein and removes from here.
Figure 24 is the bottom view that the three-dimensional right angle between the adjacent wall board connects.
Figure 25 is the bottom view of the multidirectional connector in right angle of Figure 24.
Figure 26 is the bottom view of angled multidirectional connector.
Figure 27 be board wall system and between three adjacent wallboards the bottom perspective view of interconnective rigging-angle connector.
Figure 28 is the end viewgraph of cross-section along the connecting rod of the trough of belt of the intercepting of the line 28-28 among Figure 29.
Figure 29 is the top perspective of connecting rod with the end breaket that is connected plate so far at top.
Figure 30 is the bottom view that has the connecting rod of the trough of belt that is connected end breaket herein.
Figure 31 is the side elevation view of connecting rod assembly of the trough of belt of Figure 30.
Figure 32 is the end-view that is used for the connecting rod profile of middle brace rod or end connecting rod.
Figure 33 is the last phantom drawing that has shown that the T shape between two blocks of wallboards connects.
Figure 34 is the top view that the T shape of Figure 33 connects.
Figure 35 is the bottom view of the wallboard of T shape connection.
Figure 36 is the Support bracket that is suitable for supporting the memory cell of eminence.
Figure 37 is mounted in the phantom drawing of the Support bracket on the wallboard.
Figure 38 is the phantom drawing of amplification that is used for the intermediate supports support of Support bracket.
Figure 39 is the phantom drawing of the cover tile opened.
Figure 40 is the cover tile opened such as the rear elevation of vitreous tile.
Figure 41 is the rear view of one jiao amplification of cover tile.
Figure 42 is the rear view of the functional cover tile of strip type.
Figure 43 is the lateral view of functional cover tile.
Will use some term in the following description, only be for convenience also as a reference, rather than restriction.For example, word " make progress ", " downwards ", " to the right " and " " be meant the direction in figure as a reference left.Word " inwards " and " outwards " refer to respectively towards with the direction of geometric center that deviates from device and specified portions wherein.Described term will comprise clearly mention, by the word of its derivation and the word of the similar meaning.
The specific embodiment
With reference to Fig. 1 and 2, shown board wall system of the present invention, this system comprises the wallboard 12 of a plurality of complete height, other a plurality of base wall panel of opening 14 and extension board 15, it is connected in wallboard 12 or 14 any one.
The layout of the wallboard 12,14 in the board wall system 10 is displayed in the representational framework, its be understood as that such such board wall system allow wallboard 12 and 14 and any extension board 15 be set in a plurality of frameworks any one.Following discussion is the concrete framework that points to each individual components, i.e. wallboard 12 and 14 and extension board 15, and it is understood as that this parts will be assembled in the desirable framework by the terminal use.Therefore board wall system 10 is to be provided at the office space 16 of bigger opening and such space 16 is divided into independently workspace 17; Final number, size and the layout of workspace 17 is by the independently final assembling decision of system unit.In addition, be understandable that, be used for any one that the extra office furniture accessory of memory cell of eminence such as working surface 18 or Support bracket 19 can be installed in a plurality of Support Positions on the wallboard 12 and 14 independently.
Board wall system 10 is arranged to and supports multiple accessory, as those its MOXIE of conduct that is sold by Haworth company
TMThe accessory of the part of product line.Though board wall system 10 has structure and forms, i.e. the level of the groove on it and vertical framework are to allow MOXIE
TMThe concrete connection of accessory still, does not need this MOXIE here
TMAccessory is done detailed discussion, because these structure members can have been bought on market at present.
Usually for wallboard 12 and 14 independently, these wallboards generally include and are positioned at supporting frame inner, rectangle, its structurally be rigidity and on the floor of office areas 16, be provided with by bearing type.Here these inner frames are further gone through, but defined the inside that is covered by cover tile independently then of hollow usually, this cover tile can unload from framework but define the opposite side surfaces 21 of wallboard 12 independently and 14.
In addition, relative plate side 21 may further include electrical port 22, and wherein independently electric component such as socket are installed in the inside of wallboard 12 or 14 and can enter into socket by electrical port 22.Various electrical systems can obtain now, and do not need to be installed in to this electrical system and socket and with it and do detailed discussion in wallboard.
More specifically, about wallboard independently, these wallboards respectively comprise the inside casing of rigidity on the structure.With reference to figure 3, the wallboard 12 of height has the sheet frame 25 of complete height fully, it comprises the separated vertical frame rail 26 of a pair of side direction and a pair of horizontal frame rail 27 and 28, these horizontal frame rail 27 and 28 all are securely fixed in the inboard 29 of corresponding vertical rail 26, as passing through welding, to form the rectangular frame of rigidity on the structure.Yet end portion 30 protrudes into the following to define open space 31A below this frame rail 28 of bottom framework railing 28 downwards.In addition, go up inner 31B and also be defined in the sheet frame 25, this inside 31B forms boundary in four sides by vertical railing 26 and horizontal railing 27 and 28.Thereby sheet frame as shown in Figure 3 25 is basic framework for sheet frame has formed, so can do further to revise with extra frame parts, according to the needs of terminal client, be the many different frameworks of sheet frame 25 construction.
With reference to figure 3,4 and 7, each vertical railing 26 is formed by plain plate at first, and stamps out suitable openings and groove therein, and bending is to form the tube of the rectangle in the final framework shown in Fig. 3 and 4 then.
With reference to Figure 12 and 13, interior rail surface 29 is provided with the pattern of extra opening and groove formation, will be described in further detail at this.More specifically, inner face 29 (Figure 12,13 and 34) is formed by a pair of face portion 38, and it begins to be formed separately from each other in forming process, but follows the inside bending of quilt and defined a common face.The interior whole limit 39 of each face portion flexes inward into the inside of vertical rail 26, links together along vertical junction 40 by welding then.Because aduncate limit 39, vertical junction 40 has been defined usually along the vertically extending groove of the length of vertical rail 26.
More specifically, about the inner face of being seen in Figure 12 and 13 29, inner face comprises adjacent clip slot to 42, and each wherein paired clip slot is to form in a face portion 38 therein.These clip slot are suitable for support assemblies and press from both sides the 43 wallboard lids that are used to support on the sheet frame 25, as describing in further detail here.Shown in Figure 11 and 12, be appreciated that interior rail surface 29 on the pair of frames railing 26 is to form with each other mirror image basically.
In addition, a plurality of self-tapping fastener openings 45 40 form along vertical solder bond place, and a pair of 46 above wherein is indicated among Figure 12 and exemplary following a pair of by reference number 47 identifications.Extra this fastener openings 45 is shown to define a plurality of vertical separated installation sites along vertical rail 46, here its effect is further described.In addition, bigger opening 49 is provided at selected fastener openings between 45.
With reference to figure 11-13, extra horizontal cross bar 51 is installed in selected position movably along the length of vertical rail 26.Basically, cross bar 51 can be installed in any vertical position to one of 45 (as to 46 or 47) corresponding to the fastener openings that links to each other.
More specifically, each cross bar is formed by the elongated tube 52 of level, and its extension is crossed the width of sheet frame 25 and had the shape of cross section of the rectangle identical with changeless frame rail 27 and 28 usually.Each cross bar 51 has the installation bracket 53 of sheet in its each opposite end.Each installation bracket 53 be securely fixed in the abutting end of tube 52 and vertical outstanding from here so as near interior rail surface 29 to connect securely herein.Installation bracket 53 has end mounting portion 54, and this part is formed by a pair of fastener bores 55 of aliging with the fastener openings 45 in as shown in figure 13 the frame rail 26.Thereby suitable then securing member 56 is connected to corresponding cross bar 51 on the base frame framework to vertical rail securely by screw thread fixed installation carriage 53 thus.
As shown in figure 11, two such cross bars 51 are mounted, a least significant end that is positioned at vertical rail 26 and second cross bar 51 is installed in inner 31 to divide the space of this opening.Similarly, each cross bar 51 has U-shaped usually, and wherein the relative pillar of this U-shaped is installed to vertical rail 26.The position that it is also noted that mounting clip 43 in Figure 13 can be directly adjacent to tube 52, like this, for fear of with its interference, each installation bracket 53 further comprises the part 57 of scalariform, it has defined clearance space basically between the part 57 of scalariform and interior rail surface 29, this space has held mounting clip 43.
The various devices of cross bar 51 can be provided.For example, shown in Figure 11-13, can provide cross bar 51 in the least significant end of sheet frame 25 with inner 31A under isolating effectively.Perhaps, shown in Fig. 3 and 7, can save cross bar 51 from the bottom of sheet frame 26 and inner 31 open downwards to allow cable and similar item to enter into inner 31A and 31B more easily so down from the bottom of wallboard 12.
Except the sheet frame 25 of complete height, wallboard 14 comprises the sheet frame 60 that length further reduces, and its formation to sheet frame 26 is similar but have shorter vertical length to allow forming the spaces of opening 61 60 times at the bottom plate frame that opens wide, usually as illustrated in fig. 1 and 2.
Fig. 5 has shown that this reduces a side of the sheet frame 60 of height, and its framework is to be defined by a pair of identical vertical rail 62 and top and following horizontal frame rail 63 and 64.Except following railing part 30 was removed, the sheet frame 25 with complete height was identical basically for the bottom plate frame 60 that opens wide.That is to say, frame parts 62,63 and 64 framework with by railing 27 and 28 and the framework of the sheet frame 25 of the complete height that defines of the top of vertical vertical frame rail 26 of between railing 27 and 28, extending be identical.Therefore, the front is considered to be suitable for equally sheet frame 60 about the discussion of sheet frame 25, and is unwanted to going through of this.Briefly, horizontal frame rail 63 is identical with railing 27 and 28 with 64 formation, and by for example firm welding be connected to the inner face 65 of vertical rail 62.This inner face 65 comprises the form of identical clip slot 42, fastener openings 45 and bigger opening 49, and is also included within the row 66 of vertical separated groove 33 at each outer vertex angle part place of vertical rail 66.End face 67 is also identical with the formation of rail end face 35, has the form of identical opening 36.
The bottom plate frame 60 that opens wide still has the vertical height substantially the same with sheet frame 25, because it is supported by outstanding, the vertically extending downwards tubular plates pillar 69 shown in Fig. 1,2 and 8.To be described in a more detailed discussion plate pillar 69 hereinafter.
With reference to figure 6, it has shown the plate framework 71 that extends, and the plate framework of this extension forms the inside casing of extension board 15.The plate framework 71 of this extension has the U-shaped that is defined by vertical frame rail 72 and horizontal frame rail 73 under shed usually.Horizontal frame rail 73 is to be welded to their corresponding vertical rail are soldered to vertical frame rail 72 to 26 and 62 identical modes upper end with above-mentioned frame rail 27 and 63.Vertical frame rail 72 is the short a section of the identical vertical rail framework that is used for railing 26 and 62 basically, and is provided with boring, groove (as groove 33) and other opening of same form.Therefore, the further discussion of these formation, groove and opening is considered to unwanted, is understandable that, all vertical rail 26,62 and 72 all have identical construction and framework and have just represented short length relative to each other.
Be that about the main difference part of extension board framework 71 it opens at the place, bottom, and be suitable for and movably the engaging of the corresponding top edge of wallboard 12 or 14.In this, the feather edge of each vertical frame rail 72 is included in a pair of outstanding connector tray 74 on the relative preceding and back 75 of vertical rail 72 downwards.Each connector tray 74 is to have the tablet of perpendicular elongate that is fixed to the upper end of corresponding vertical rail 72 by securing member 77 basically.The lower end of carriage 76 is from then on outstanding downwards and each is to the upper end of carriage 76 across corresponding vertical rail 26 or 62.The lower end of connector tray 74 is included in the fastener bores 78 of aliging with corresponding opening 79 and 80 in corresponding vertical rail 26 and 62.In case extension board framework 71 is connected to the respective frame of wainscot sheathing, thereby independently wallboard 12 or 14 whole height prolong with terminal use's requirement is consistent for each.
Next, will be understood that independently wallboard 12 and 14 supported with bearing relation on the floor of office areas 16.Concrete bracing or strutting arrangement depends on the framework of wallboard 12 or wallboard 14.
Aforesaid frame mounting has been arranged, a plurality of variants of framework can from by as form by welding rigidity base frame frame construction vertical and that horizontal rails defines permanent and that firmly fix together.Extra then additional cross-bar 51 can be provided at selected vertical eminence and be used for wall panel components is connected so far so that extra firm framework to be provided.This allows as the framework of the sheet frame of height fully, itself or close in the bottom or open the turnover that is used for cable downwards, and also allow the framework of the sheet frame that the bottom opens, this sheet frame is by shore supports and be included in the extra frame construction of its inside.
Wallboard of the present invention normally supports with the load-bearing relation on the floor by various slip frameworks.Be suitable for the framework (Fig. 7) of the cross bar that is not included in its bottom of height fully with reference to figure 3 and 7, one such slip frameworks.In this, vertical rail 26 lower end is thereon opened, and wherein lower end 82 is provided with sliding insert 83.Sliding insert 83 is fitting in the block in the lower rail end 82 movably and comprising central support bore 84 of rectangle.Feet or sliding part 85 are provided with the substrate 86 and the threaded slip handle 87 of expansion, and it engages with boring 84 to firmly fix sliding part 85 to insert 83 by screw thread.The rotation of sliding part 85 allows sliding part 85 is improved or reduces and assist the straight and horizontal alignment of wallboard 12 with this.
In order to make wallboard 12 to the side contraposition, each insert 83 further comprises the alignment grooves 89 of contraposition key 88 and position direct neighbor.When being positioned at end-to-end the relation, key 88 at this wallboard 12 fits in the corresponding groove 89 of wallboard 12 of continuous adjacent and makes wallboard 12 alignment of continuous adjacent with this.
Next, for being shown in the sheet frame 26 that its bottom comprises the complete height of cross bar 51 as Figure 11-12 and 20, the electrical connector of T-nut is provided to be connected braced structures at the wallboard 12 of height fully and the wallboard that opens the bottom 14 in both and arrives this.
At first, about the wallboard 12 of complete height, board wall system 10 comprises the bottom connecting rod 91 of the bottom surface of the cross bar that is connected to lowest part movably 51 that level is elongated.Usually, connecting rod 91 comprises that longitudinally length is to the T groove 92 of center extension.
More specifically, the end profile of connecting rod 91 is presented among Figure 32.Connecting rod 91 among Figure 32 is presented at vertical direction, because it is used in other eminence in the wallboard 12, but when the direction used at Figure 11-13, can be rotated 180 and spends so that face down.Connecting rod 91 is defined by the foundation wall 93 that has a plurality of fastener hole 94 along its length in separated position.Hole 94 vertical extent pass and allow railing 91 to be fixed to one of corresponding cross bar 51 or the cross bar 28 as being described in further detail here thus.Foundation wall 93 comprises vertical from here outstanding being suitable for across corresponding frame rail and with the locator rib 95 of connecting rod 91 relative positionings at this.Similarly, a pair of side rib 96 from then on to side-prominent relatively short distance defining narrow groove 97, when connecting rod 91 is connected to this moment, this groove 97 is defined between the opposite face of rib 96 and frame rail 51 or 64.
Further, groove wall 99 is vertical outstanding and comprise inwardly outstandingly for T groove 92 has effectively defined the groove rib 100 of narrow opening from foundation wall 93, and inside groove zone 101 has the width of bigger inside groove rib 100.Thereby T groove 92 has narrow opening and opens from the opposite end of connecting rod 91.
In addition, connecting rod 91 stretches out with face wall outside defining 102 from the side wall 99 of groove equally, and outer then face wall 102 turns down to define side support lugn 103.Thereby side support lugn 103 and face wall 102 have defined the bigger support passage 104 of extending along the length of connecting rod 91.Following discussion is the 26S Proteasome Structure and Function that points to groove 92, and at this connector passage 97 and 104 is done further detailed introduction.
With reference to figure 11-13 and 20, the wallboard 12 of complete height that has end cross bar 51 is in extra sliding part 106 upper supports.These sliding parts have discoid bottom or pedestal 107, attaching nut 108 and vertical outstanding threaded axle 109 from then on.
With reference to Figure 10 and 20, threaded axle 109 engages with T-nut 111 with screw thread.T-nut 111 has the shape of T shape, is slidably received within the T-slot 92 and along this slip.T-nut comprises threaded central bore 112, engages the threaded axle 109 of sliding part 106 by this boring 112.By swivel nut 108, thereby T-nut 111 and nut 108 can be fixed on the groove rib 100 and clamp sliding part 106 in the position along the length of connecting rod 91.By unclamping sliding part 106, so sliding part can flatly slide into the position of selected length along connecting rod 91.Preferably, sliding part 106 be located immediately at vertical rail 26 below, shown in Figure 11 and 12.Yet, be appreciated that in fact the T-groove 92 mutual alignment open communication of the wallboard 12 of two continuous adjacent also allow T-nut 111 across the junction between the connecting rod 91 of two continuous adjacent.Similarly, can use the wallboard 12 of single sliding part 106 to support two continuous adjacent.
The opposite end that also can be sheet frame 26 provides the form of locator key 88 and alignment grooves 89, as seen in Figure 20, thereby makes 12 alignment of adjacent wallboard.
With reference to figure 8 and 9, the base wall panel of opening 14 also has supporting strut 69, and it is installed to this to be installed to mode identical on the wallboard 12 with sliding part 106.Especially, the framing component 64 of the lower of the bottom plate frame 66 that opens wide is provided with end connecting rod 91, shown in Fig. 2 and 8.As Fig. 9 finding, supporting strut 69 comprises threaded axle 115, from then on vertically is projected into the threads engage place of T-nut 111.T-nut 111 fits in the T-groove 92 of connecting rod 91 as shown in Figure 8 slidably, goes up in position by the rotation of pillar 69 is fixing then.Be similar to sliding part 106, pillar 69 or be provided as a pair of support such as the part of the being seen veneer 14 of Fig. 2, the wallboard 14 that perhaps is provided at two continuous adjacent place that links together, single pillar 69 can and support two boards 14 across the junction between two blocks of wallboards 14.
Each wallboard further be provided with various covering members with around the opposite face of plate framework to define the complete outside of wallboard 12 independently and 14.
With reference to Fig. 1 and 2, board wall system 10 comprise various different frameworks cover tile but preferably all cover tiles all join interior sheet frame movably to.Though cover tile has various outward appearances and function, shape and connector construction that this cover tile has rectangle usually are used to install cover tile to sheet frame.
Fig. 1 and 2 has shown the type of preferred cover tile.More specifically, first cover tile construction is solid cover tile 117, is suitable for isolating the inside of opening of sheet frame.Solid cover tile 117 can be used for any one of wallboard 12, wallboard 14 or extension board 15.In addition, wallboard 117 preferably has 1/3rd vertical height of the whole height that approximately is the fully wallboard of height.Yet, extra solid cover tile 117A with cover tile 117 half height can be provided, be used in particular for when wallboard 14 wallboard 12 during vertical engagement with it.The bottom of the wallboard of opening bottom cover tile 117A is preferably used for 14, the remaining lowermost extent of this wallboard is opened at regional 61 places.
In addition, Shi Yong patch block 118 and 118A can be provided to allow to hang various office accessories thereon.These practical patch blocks 118 and 118A will describe in further detail hereinafter, vertical separatedly can allow the parallel slot 119 of sprung parts thereon but generally include.Further, can provide the cover tile of opening 120, it consists essentially of peripheral frame, can stay open or wherein having the such terminal use of glass plate watches by it.
In Fig. 1 and 2, for illustrative purposes, from then on extra cover tile is removed to allow to watch the inside of the plate of opening.This also is the condition of the board wall system when need enter into wallboard 12,14 or 15 inside, as in order to arrange electric or communication cable and similar item.
In order to support solid cover tile 117 or 117A on its position, each wallboard 12 or 14 is provided with a plurality of patch block mounting clips 43 thereon, as shown in figure 11.Framework shown in Figure 11 is suitable on wallboard 12 2/3rds to be supported 117, two extra cover tile 117A of a pair of cover tiles and covers the 3rd base plate.This framework is suitable for vertically connecting wallboard 14 and is displayed on Fig. 1 and 2 usually to the centre of this and wallboard 12.Be noted that cover tile 117 and vertical adjacent cover tile 117A have defined junction 122 and enough rigidity betwixt so that 122 do not needing extra support along the junction.But the opposite end of patch block 117 and 117A is supported by the corresponding mounting clip 43 that is arranged in its opposite end.Each cover tile 117 or 117A are supported by two pairs of clips 43, and two such clips 43 support the upper end of cover tile 117 or 117A, and the patch block edge of extra a pair of clip 43 support base.This device has been arranged, and cover tile 117 or 117A are installable on sheet frame, but also can be easy to remove therefrom the inside of opening to allow to enter into.Be noted that the joint between vertically adjacent a pair of cover tile 117A provides the zone that can enter into adjacent bottom frame rail 28, be used for wallboard 14 is connected to wallboard 12, here will describe in further detail.
About the mounting clip shown in Figure 13 and 16-18 43 more particularly, each clip 43 has simultaneously the base of supporting the adjacent cover tile that makes progress and the ability of the top of adjacent cover tile downwards.Therefore, except those were disposed in the clip 43 of the corresponding top of wallboard 12 or 14 and bottom, each clip 43 supported two cover tiles usually.
Each cover tile 43 comprises the central web 124 across the width of corresponding vertical rail 26,62 or 72, and is for example, being seen as Fig. 3.Each web 124 comprises the side-prominent blocks of a subtend 125 and comprises elastic cantilever connector flange 126.In blocks 125 is suitable for fitting within the corresponding a pair of groove 42 of rail surface 29, and be connected to this with snap fit by connector flange 126.As Figure 17 finding, contiguous connector flange 126 places are directly provided the space and are removed clip 43 to allow therein the insertion instrument flange 126 to be sloped inwardly and allow easily from corresponding vertical rail.In case clip 43 is buckled on the vertical frame rail, just can obtains clip and be used to support cover tile.
More specifically, the opposite end of clip web 124 comprises the knee wall 128 of position perpendicular to web 124.The top edge of each knee wall or supporting plate 128 comprises outwards outstanding supporting ledge 129, it comprise acclivitous surperficial 130 and the top edge of cover tile be supported on wherein groove 131.Supporting ledge 129 is reinforced than rigidity and by vertical angle fagging 132 relatively.
The bottom of supporting plate 128 comprises the tiltable uncinus 135 that is defined by rigid support 136 and cantilever column 137.The free end of cantilever column comprises downward open recess 138.Rigid support 136 is further reinforced by gusset 132.
When clip 43 was installed on the vertical frame rail, the position of supporting plate 128 is the relative side of vertical rail against, the opening of ledge groove 131 upwards and uncinus groove 138 Open Side Down, as Figure 13 finding.Refer to figs. 14 and 15, cover tile 117 and 117A are preferably formed by metal or other suitable flexible material, and clip 43 is plastics.Though can be with this patch block 117 (117A) japanning to define its complete external surface, this patch block also can cover with other suitable ornament materials, as fabric or similar item.
About the patch block 117 (117A) of Figure 14 and 15, except its vertical size, these patch blocks have same basic framework, therefore, are suitable for common reference number and describe these parts.More specifically, cover tile 117 (117A) comprises the header board 140 of the expansion of exposing face of having defined cover tile.Header board 140 is included in the curve place and is connected to this end wall 141 that extends back, and this wall 141 is outstanding backward, is bent upwards then to define end mounting flange 142.The top 143 of end mounting flange 142 comprises notch 144 in its each opposite end, is suitable for corresponding uncinus 135 alignment.As shown in Figure 21, thus this notch 144 is fitted to the bottoms of supporting cover tiles 117 in the corresponding grooves 138 of uncinus 135.
In addition, each is crooked backward to define corresponding side wall 149 for the opposed side edges of plate 140, and this side wall 149 extends back than a segment distance of crown wall 146 and end wall 141 weak points.Side wall 149 curves inwardly to define side flange 150 then.As Figure 15 finding, thereby side flange 150 and top gasket flange 147 have defined gap 151 from separating backward each other, make things convenient for cable to pass through on the vertical frame rail face.
Usually shown in Figure 19 and 20, top gasket flange 147 basically in supporting ledge 128 upper supports of last mounting clip 43 cover tile 117A or 117.The relative base of identical cover tile is to be supported by the uncinus on second mounting clip 43 that separates downwards of top clip 43 135.Be noted that, metal washer flange 147 does not directly contact supporting ledge 129, opposite it comprises resiliency supported packing ring 153, and this supporting bead 153 is U-shaped as Figure 21 finding in the side cross-sectional view usually, and is installed in along the whole length of gasket flange 147.
This supporting bead 153 comprise perpendicular elongate and extend into gasket flange 147 and header board 140 between the interior pillar 154 in space.Packing ring 153 also comprises outer pillar 155, and wherein inside and outside gasket legs 154 and 155 has defined groove, in gasket flange 147 is fitted in slidably.For firm relatively cross binding being provided for packing ring 153, packing ring 153 is shaped by the elastomeric material co-extruded, this material a part be relative stiffness and be flexible flexible in other parts.Especially, interior pillar 154 comprises the rib 156 and 157 of relative stiffness, its enough rigidity so that packing ring 153 be maintained fixed relatively in gasket flange 147.Interior pillar 154 also comprises a pair of deformable relatively rib 158 and last terminal 159, they be deformable relatively allow with on sliding into flange 147 time in some distortion of pillar 154.
The bottom of packing ring 153 also comprises another downward ribs 160 of giving prominence to and being positioned at the groove of supporting ledge 129.The support lugn 147 that is noted that cover tile 117 is vertically separated such cover tile 117 from packing ring 153 normal load is vertically delivered between rib 160 and upper supporting column limit 159.This provides some bendings to be slidingly matched to adapt to tolerance and to provide.
With reference to Figure 22, comprise the light blocks 162 that projects upwards at the flange 153 of the top edge of top cover tile 117.Though light blocks 162 does not contact adjacent structure, it is used to isolate the space that is positioned at perpendicular on the cover tile 117 really, thereby continues to carry out the vision block function.
With reference to Figure 23, cover tile 117 or 117A further are included in the extra light choke washer 164 of its opposed side edges.Each packing ring 164 has the shape that adapts to the U-shaped on the corresponding side flange 150 slidably usually.Packing ring 164 has a pillar which is provided with rib and engages with being slidingly matched of side flange 150 guaranteeing, thereby and other pillar defines light blocks 165 (Figure 23) to side-prominent on patch block side flange 150.Similarly, each cover tile 117 or 117A have light blocks at its top margin and opposed side edges.Light blocks is not essential on its base, because this function is to be realized by the light blocks at the top margin of vertical adjacent patch block 117 (117A).
As shown in Figure 23, board wall system can further comprise the firm harness protector 170 that outwards separates from the opposite face of the vertical frame rail of two wallboards 12 as same.The opposite end of harness protector 170 comprises the clip 171 that fits in the corresponding groove 33.Basically, harness protector 170 comprise slide in the groove then with movably the engaging of frame rail 26 in the uncinus that moves down.The mid portion of protector 170 comprises that opening 172 is used to reserve the purpose in gap with the side flange 150 that holds patch block.
With reference to figure 39-41, the passage that passes patch block 120 is formed by sidebar bar 173 and 174.Each railing 173 and 174 has identical cross-sectional profiles and is provided with the outer opening passage 175 and 176 that is defined by outwards outstanding passage wall 177 and 178 respectively basically.These passages 175 and 176 hold the L shaped connector tray 179 that is fixed to corresponding wall by securing member 180 therein and keep together with the bight with railing 173 and 174.
In addition, installation bracket 181 fits in the wing passage 176 and by securing member 182 and is fixed on the position.Carriage 181 comprises the uncinus 183 of a plurality of downward extensions.These uncinuses 183 are suitable for fitting in the grooves 33 that form in as shown in figure 21 the wallboard 12 or 14.In addition, sidebar bar 173 and 174 comprises elastomeric light blocks 184 on its top and side.
Thereby the passage that passes patch block 120 is installed in the opposite side of plate framework and defines opening by framework, is used for promotes visibility and support glass to define Glass tile.
With reference to Figure 42 and 43, wherein shown the patch block 118 of trough of belt.The patch block 118 of trough of belt is formed by the central plate-shaped members 186 that comprises the groove 119 that is formed at wherein.Groove 119 extends in parallel and is suitable for holding the uncinus of T-nut or other similar type.Central type spare 186 comprises that in each opposite end of patch block 118 end cap 187 is to isolate the opposite end of central type spare 186.In addition, light blocks 188 is provided thereabout.Median plate 186 is formed by three module section 186A, 186B and 186C, and they link together and allow and change different patch block height according to the quantity of patch block part.
Further, be installed in for the patch block 118 (118A) with trough of belt on the position of sheet frame of plate 12 or 14, installation bracket 189 is fixed on the position of end cap 187 by suitable fasteners 190.Carriage 189 comprises the uncinus 191 that is suitable for engaging groove in the vertical rail of plate 12 and 14.
The aforementioned means that various cover tiles have been arranged, independently the inside of opening of plate framework can be isolated and give wallboard 12 14 or extension board 15 complete outward appearance is provided.Basically, framework and cover tile comprise independently wallboard, though some cover tile can be across two plate frameworks of the cover tile that has different quantity or single sheet frame.
Except the framework of wallboard independently, be necessary wallboard is linked together office space 15 is divided into independently workspace 17, briefly quote as above institute.This can realize or by the realization that directly links together of the wallboard with two continuous adjacent by the intermediate connector device between the abutting end of the wallboard of continuous adjacent.In addition, have necessary direction and be decided to be vertically, right angle or angled connection so just need be arranged betwixt so that flexibility to be provided when the Design Office space with respect to other plate with some plate.This horizontal connection can realize by in the connection of three-dimensional or four-way wallboard being connected to the intermediate connector device, or realize to define the connection of non-modularization by the face that wallboard is directly connected to another wallboard.
For the use of intermediate connector, Figure 24,25 and 27 has shown the block body 193 of the connector of four-way, and it is the tube of the rigidity that extrudes of wallboard 12 or 14 four sides 194 that can be connected to independently basically.Four sides 194 are joined together by angled side 195 so that have octagonal cross section, as from Figure 25.In order rigidly the block body 193 of connector to be interconnected to two, three or four wallboards 12 or 14, each side wall 194 has upwardly extending therein groove 196.Show with diagram as Figure 27, fastener bolt 197 engages with the block body 193 of vertical support connector with the boring in the rail end face 35 of screw thread and vertical frame rail and simultaneously the block body 193 of connector and any adjacent wallboard 12 or 14 is laterad linked together, as Figure 24 finding.
In addition, each angled side wall 195 comprises and is the outstanding light blocks 198 of angle.Thereby if wallboard is not connected to one of them side wall 194, light blocks 198 is used to support the neat lid 200 of neat bar of thin elasticity 199 (Figure 24) or hasp type.As Figure 27 finding, neat top cover 201 can be provided to center on the multidirectional connection of being defined by the block body 193 of connector.
With reference to Figure 26, optionally the block body 202 of connector is shown, and desirable is that wallboard is positioned at each other so that the angle position spaced to be arranged, but is not the right angle.The block body 202 of angled connector comprises side wall 203 and middle walls 204.Side wall 203 comprise the groove 205 that is similar to groove 196 and with the light blocks 206 of light blocks 198 effect basically identicals.
The block body 193 and 202 of connector described above has been arranged, multidirectional connection can be provided between wallboard 12 or 14.
Yet, also wish wallboard is directly linked together.
Except connecting the wallboard 12 with multidirectional connection, wallboard 12 or 14 also can have the end on the face that abuts and be connected to another wallboard 12 or 14, as being connected to the return wall of ridge wall, wherein circuitous wallboard is disposed in the position of the non-modularization of any length along the ridge wallboard with vertical relation.
More specifically, Fig. 1 has shown a wherein wallboard 12 of left end, and it is connected to the back side of another each wallboard 12 with vertical relation.In an identical manner, another wallboard 14 is connected to the face of wallboard 12 in its centre position, opposite end.This is by using above-mentioned connecting rod 91 and extra top connecting rod 210 to realize.Top connecting rod 210 can be installed on the uppermost frame rail 27 or 63 of corresponding wallboard 12 or 14.With reference to Figure 22,28 and 29, top connecting rod 210 has the section in conjunction with the identical section of middle brace rod shown in Figure 32 91, but the one section extra distance that stretches out simultaneously is to define the limit structure of extra trough of belt.
More specifically, top rail 210 comprises and is configured to roughly the central groove 211 identical with the groove 92 of railing 91.Groove is defined by foundation wall 212, upright side channel wall 213 and level trough rib 214, and it is interior side-prominent defining mounting groove 211 to groove wall 213, thereby is suitable for and connector that slides such as above-mentioned T-nut 111 cooperations.Perhaps, uncinus or similar item also can engage with central groove 211 and be used for sprung parts.
Groove rib 214 also outwards is transformed into crown wall 215, and crown wall 215 extends to define support lugn 216 downwards then.Crown wall 215 further comprises outstanding ribs 217 downwards and comprises L shaped passage wall 218 that it has defined the outwardly open support passage 219 of extending along whole length of top rail 210.
In addition, foundation wall 212 comprises outwards outstanding side rib 221 and outstanding supporting strut 222 downwards, whereby, defines gap 223 thereby supporting strut 222 has improved side rib 221 about relative frame rail surface.
For top rail 210 being installed on the position of corresponding horizontal frame rail 27 or 63, groove foundation wall 212 is provided with the outstanding fastener bores 225 of passing wherein that a plurality of levels separate downwards.This allows by common suitable threaded securing member 226 as shown in figure 31 top rail 210 to be locked or is stabilized on the position.Securing member 226 also can be released unclamp top rail 210 or even top rail 210 is removed with respect to frame rail allowing.Middle brace rod 91 forms in a similar manner, and also can connect in the assembling process that is incorporated in board wall system released by securing member and corresponding frame rail.
Bracket system on these connecting rods 210 and 91 special and the wallboards that are provided at located lateral is pieceable to be used in the upright position of a non-modularization wallboard being connected to other wallboard.In this, the exemplary wall panel configuration of Figure 11 is provided with top cover 210 on its top rail 27.In addition, having end connecting rod 91 on the end cross bar 51 joins sliding part 106 on the plate to permission.
Further, in the framework of Fig. 1, the wallboard 14 that open the bottom is connected to wallboard 12, and similarly, the end railing 64 of this wallboard is positioned at bottom framework railing 28 places of contiguous sheet frame 26.Any the bottom plate frame 62 that opens wide and fully the carriage between the height panel 26 connect to be to connect and realize by carriage between bottom framework railing 64 and adjacent frame rail 28.In this, middle brace rod 91A is provided on the bottom surface of frame rail 28.Connecting rod 91A has the cross-sectional configuration identical with end connecting rod 91 but has short length, therefore can fit in the inside 31A of hollow of sheet frame 26, between the inner face 29 of vertical frame rail 26.
As shown in Figure 13, the width of middle brace rod 91 width with frame rail 28 basically is identical, and connecting rod 91 is located substantially on the position concordant with frame rail face 34 like this.
Yet as Figure 22 finding, top connecting rod 210 has the width wideer than top frame railing 28, and support passage 219 is positioned in the outside of the opposite face of vertical frame rail 26 like this.
In order to realize the connection between the wallboard 12 and 12,12 and 14 or 14 and 14, provide common plate end breaket 226, shown in Figure 29-31.End breaket 226 may be provided in the opposite end of connecting rod 91 or 210, and also is suitable for any length along connecting rod 91,91A or 210 in any position vertical engagement.
This device has been arranged, and each end breaket 226 is suitable for the opposite end of engage drywall 12 securely or 14 so that from then on outwards outstanding, usually shown in Figure 29,30 and 33.In this, disc portion 227 is suitable in top connecting rod 210 or end connecting rod 91 lower slider, even corresponding connecting rod 91 or 210 is installed on the position.The insertion of end breaket 226 can realize by unclamping one of them securing member 226.Groove 228 on mounting portion 227 aligns with corresponding locator rib 95 or 222, and wherein the side of main body 227 partly is positioned at corresponding gap 223 or 97.
It is released that the securing member of holding most 226 is removed back securing member 226.In case carriage 226 slides into the position fully, can insert opening 225 again with 226 and also extend through one that aligns with opening 229 simultaneously.In case securing member 226 is engaged with on the position, carriage 226 just is attached on the position securely.On this position, the outer end of carriage 226 expose and an outwards outstanding segment distance to allow the engage sides with another wallboard 12 (shown in Figure 30,33 and 34).
Top in wallboard 12 or 14, carriage 226 is fixed on the position by top connecting rod 210.For the bottom of wallboard 12 or 14, carriage 226 is fixed on the position by one of them end connecting rod 91.
Along with the end of carriage 226 is outwards outstanding from wallboard, the part that this exposes thereby appended to the connecting rod 210 or 91 of adjacent wall board securely.As Figure 31 finding, uncinus 231 is suitable for projecting upwards and enters into the space of defining by between ribs 217 and the side rib 221, thereby prevention carriage 226 outwards moves with respect to connecting rod 210.
In addition, clamp key 232 levels are fitted in the gap of being defined by side rib 221 and supporting strut 222 223.When connecting rod 210 during by securing member 226 locking downwards, side rib 221 is effectively clamped the key 232 between the opposite face of side rib 221 and frame rail.Similarly, when connecting rod 210 was relatively loose, carriage 226 can be along the position of its horizontal slip with a wallboard of the position of any non-modularization of change between the opposite end of wallboard 12 or 14. Wallboard 12 and 14 all has with another plate in non-modular position a kind of ability that is installed to this with vertical relation.In addition, unclamping of connecting rod 210 discharged carriage 226 with reorientation wallboard 12 or 14.
With reference to Figure 35, wallboard 12 comprises that also the securing member that passing through on it extends through fastener bores 234 is fixed on connecting rod of the locational end 91.Because it is relative with top connecting rod 210 that in fact connecting rod 91 faces down and be positioned, carriage 226 also is reverse so that its uncinus 231 is also outstanding downwards.Therefore connecting rod 91 is upwards locked so that end breaket 226 is clipped on the position, and is identical with above-described mode with respect to top connecting rod 210.When two wallboards 12 were joined together as Figure 35 finding, connector tray 226 was provided at the top of wallboard 12 and bottom and is connected respectively to top connecting rod 210 and end connecting rod 91.
About usually as the connection of arriving another wallboard 12 of the being seen wallboard 14 of Fig. 1 and 2, connector tray 26 is installed in the top of wallboard 14 by top connecting rod 210 and engages corresponding connecting rod 210 at the top of wallboard 12.Extra end breaket 26 is provided at the lower end of sheet frame 62 so that be connected to lower plate railing 64 by connecting rod 91.Because this frame rail 64 is upwards separated at floor surface, thereby this lower connector carriage 226 is connected to frame rail 28 by middle brace rod 91A.Carriage 226 and middle brace rod 91A cooperate with each other with previous described about connecting rod 210 or even the same mode of reverse connecting rod 91 realize.Similarly, wallboard 14 also is connected with wallboard 12 two positions, just its top and bottom.
Above-mentioned device has been arranged, wallboard 14 can be joined together to define right angle, non-modular connection the therebetween in different combinations with 12, when repacking office, also allow a wallboard to slide easily simultaneously, and do not need to disconnect fully wallboard 12 or 14 with respect to another.Further, this device provides the flexibility of arranging a wallboard, basically in any position along the side of another wallboard, provides great flexibility with respect to another wallboard when the size of Design Office.
Except using connecting rod is used for wallboard linked together, connecting rod and particularly top connecting rod 210 are used in various office accessories are connected to this.With reference to figure 36-38, the Support bracket 236 of the memory cell that is used for eminence is provided, it is supported on top cover 210.More specifically, carriage 236 comprises the horizontal strut 237 that has upright flange 238 and fastener hole 239, allows the memory cell of eminence is connected to this.Exemplary memory cell is the memory cell of eminence, by Haworth company as MOXIE
TMThe part of product line is sold.Except to as Figure 37 describes with the diagram of the memory cell 238 of the eminence shown in the imaginary sketch map, the memory cell to eminence does not specify here.
The inner of horizontal strut 237 comprises roughly to the end of above-mentioned end breaket 226 and forms similar connector tray 240.This connector tray 240 comprises upright uncinus 241 and horizontally extending clamp key 242.These uncinuses 241 and clamp key 242 are to engage top connecting rod 210 with the uncinus 231 of carriage 226 with key 232 identical modes.Therefore, do not need specifying of this joint, can understand key 241 and engage top rail 210 in as shown in figure 31 identical mode with 242.
When top connecting rod 210 is when unclamping, carriage 236 can be along the length horizontal slip of wallboard 12.Yet when this railing 210 was locked, carriage 236 just was clamped on the position, and no longer is movably.
Because the weight of the memory cell 238 of eminence, carriage 236 also comprise outstanding plumb post 245 downwards and have L shaped and be connected the support tube 246 of the outer end of horizontal strut 237 with the lower end of plumb post 245.
In addition, because the weight of the memory cell 238 of eminence, the internal reinforcement railing 250 that is connected to vertical frame rail 26 shown in Figure 37 and 38 is provided.More specifically, reinforcement rail 250 comprises L shaped carriage 251, and it has the plumb post that is fixed to the inner face of frame rail 26 by suitable fasteners.Carriage 251 further comprises the horizontal strut 253 that extends internally and comprises fastener hole 254.
Intermediate tubular railing part 255 is provided, and the U-shaped of its upward opening also engages carriage 251 as Figure 38 finding with nest relation.Thereby being provided with extra securing member by fastener hole 254 and the corresponding end fastener hole 256 in railing 255 is fixed on reinforcement rail 250 on the position.Intermediate rail 255 also comprises the extra fastener hole 257 along its length, and it can engage L shaped locator bracket 258.Strengthen cover tile and allow the lower end of vertical tray pillar 245 adjacent with it thereby this carriage 258 is locked on the position and abuts against on the inner face of cover tile.Similarly, in fact the load that provides on the horizontal tray pillar 237 is transferred to plumb post 245 and by carriage 258 levels or lateral support to side.Thereby this has prevented the crooked or distortion of cover tile.
Though specific preferred embodiment of the present invention in detail openly is used for illustrative purposes, be recognized that, to the variant or the change of disclosed equipment, comprise the reconfiguring of its parts, all comprise within the scope of the invention.
Claims (11)
1. board wall system is separated in a space, comprise a plurality of wallboards that are suitable for being supported on the floor and have relative side, each described wallboard has rigid frame, it comprises and extending by the separated vertical frame rail of side direction with between described vertical frame rail and by vertical separated horizontal frame rail, described level and vertical frame rail have defined the inside of opening wide betwixt, comprise that the wherein said horizontal frame rail of improvements comprises the connecting rod that is installed on its horizontal bar pole face, it is adjacent with described horizontal bar pole face that described connecting rod has, the base section and the described connecting rod that comprise elongated guider have the top section of described horizontal frame rail dorsad, and described board wall system comprises the furniture parts that is suitable for one of them location, adjacent described side and comprises having at described connecting rod and relatively engage described guider and nipped free-ended connector tray between the horizontal bar pole face slidably.
2. board wall system according to claim 1 is characterized in that, described guider be the described free end of groove and described connector tray be can with the uncinus of its slip joint.
3. board wall system according to claim 1 and 2 is characterized in that described connecting rod comprises attachment means, and it is fixed to described connecting rod described horizontal frame rail and clamps described connector tray releasedly betwixt.
4. board wall system according to claim 1 and 2 is characterized in that, the described top section of described connecting rod has T shape engaging groove and engages with T-nut being used for.
5. board wall system according to claim 1 and 2 is characterized in that, described furniture parts is one of them in the described wallboard.
6. board wall system according to claim 1 and 2, it is characterized in that, described wallboard further comprises the cover tile of expansion, it is supported on the described framework and covers on the described unlimited inside, and described connector tray extends to the adjacent described wallboard of horizontal sides with one of them described cover tile.
7. board wall system is separated in a space, comprise a plurality of wallboards that are suitable for being supported on the floor and have relative side, each described wallboard has rigid frame, it comprises and extending by the separated vertical frame rail of side direction with between described vertical frame rail and by vertical separated horizontal frame rail, described level and vertical frame rail have defined the inside of opening wide betwixt, described wallboard further comprises the cover tile of expansion, it is supported on the described framework and covers on the described unlimited inside, comprise that the wherein said framework of improvements comprises that mounting clip is to be used for supporting described cover tile movably on described framework, described mounting clip comprises supporting ledge respectively, and described supporting ledge is given prominence to outside described framework and comprise supine stayed surface, described cover tile comprises outstanding downwards with the flexible packing ring of U-shaped on the rigid flanges and the upward opening that define lower limb and the described lower limb that slides into described flange, described packing ring has outstanding downwards rib so that be supported on the described stayed surface of described supporting ledge, thus cover tile on described supporting ledge by described packing ring by vertical support.
8. board wall system according to claim 7, it is characterized in that, described packing ring defines by a pair of gasket legs with the coupling part that described gasket legs links together, and one of them described gasket legs abuts against on the described cover tile so that keep described coupling part and described lower flange limit to separate.
9. board wall system according to claim 7, it is characterized in that, described framework comprises elastomeric connector, and one side of wherein said cover tile is supported by the described packing ring on described supporting ledge and the another side of described cover tile engages with described elastomeric connector press-button type.
10. board wall system according to claim 9 is characterized in that, described supporting ledge respectively defines a described stayed surface to be used to support a described cover tile and a described elastomeric connector to be used to support vertical adjacent described cover tile.
11. board wall system according to claim 7 is characterized in that, described packing ring surpasses the horizontal sides of described cover tile along the horizontal sides horizontal-extending of described cover tile and vertical extent, to be defined in the elastomeric light blocks between the vertical adjacent cover tile.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US54271504P | 2004-02-06 | 2004-02-06 | |
| US60/542715 | 2004-02-06 | ||
| US60/542,715 | 2004-02-06 | ||
| PCT/US2005/004024 WO2005078208A1 (en) | 2004-02-06 | 2005-02-05 | Wall panel system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1946910A CN1946910A (en) | 2007-04-11 |
| CN1946910B true CN1946910B (en) | 2011-06-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2005800121804A Expired - Fee Related CN1946910B (en) | 2004-02-06 | 2005-02-05 | Wall panel system |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN1946910B (en) |
| WO (1) | WO2005078208A1 (en) |
Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8176695B2 (en) | 2006-11-06 | 2012-05-15 | Haworth, Inc. | Wall panel frame arrangement |
| US8046962B2 (en) | 2006-11-06 | 2011-11-01 | Haworth, Inc. | Structural top cap arrangement for wall panel |
| CN101918652B (en) * | 2007-10-26 | 2013-03-27 | 海沃氏家具（上海）有限公司 | Furniture system |
| DE202009018931U1 (en) * | 2009-02-20 | 2014-08-07 | Isinger + Merz Gmbh | Mobile modular wall system |
| CA3004983A1 (en) * | 2017-05-15 | 2018-11-15 | Varidesk, Llc | Quick assemble wall system, and related methods |
| CN109113221B (en) * | 2018-09-04 | 2024-01-16 | 广州康普顿至高建材有限公司 | Magnetic component mounting partition and mounting method thereof |
| NO20211460A1 (en) * | 2021-12-03 | 2023-06-05 | Autostore Tech As | A levelling assembly for a storage and retrieval system |
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| CN2090841U (en) * | 1991-05-15 | 1991-12-18 | 李常青 | Combined partition |
| US6052958A (en) * | 1996-06-07 | 2000-04-25 | Haworth, Inc. | Wall panel system |
| US6282854B1 (en) * | 1998-06-05 | 2001-09-04 | Trendway Corporation | Frame-based workplace system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6435253B1 (en) * | 2001-02-28 | 2002-08-20 | Smed International, Inc. | Extendible partition assembly |
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- 2005-02-05 CN CN2005800121804A patent/CN1946910B/en not_active Expired - Fee Related
- 2005-02-05 WO PCT/US2005/004024 patent/WO2005078208A1/en active Application Filing
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2090841U (en) * | 1991-05-15 | 1991-12-18 | 李常青 | Combined partition |
| US6052958A (en) * | 1996-06-07 | 2000-04-25 | Haworth, Inc. | Wall panel system |
| US6282854B1 (en) * | 1998-06-05 | 2001-09-04 | Trendway Corporation | Frame-based workplace system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1946910A (en) | 2007-04-11 |
| WO2005078208A1 (en) | 2005-08-25 |
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