CN107023097A

CN107023097A - Modular wall system

Info

Publication number: CN107023097A
Application number: CN201611119425.XA
Authority: CN
Inventors: 埃伯哈德·冯·霍伊宁根-许纳; 迈克尔·萨尔兹曼; 安内克·斯特鲁伊斯
Original assignee: All Steel Equipment Inc
Current assignee: All Steel Equipment Inc
Priority date: 2012-08-24
Filing date: 2013-08-22
Publication date: 2017-08-08
Anticipated expiration: 2033-08-22
Also published as: BR112015003744A2; AU2013313203A1; MX357368B; CN104736787A; GB2519889B; JP2015529763A; GB2519889A; GB201502562D0; CN104736787B; MX2022005420A; CA2882868A1; WO2014039278A2; JP6449767B2; MX2015002232A; AU2013313203B2; WO2014039278A3; HK1210818A1; CN107023097B

Abstract

The present invention discloses a kind of wallboard of removable and dismountable frameless panel wall system, and it is fixed between the floor in room and smallpox panel guide, and the smallpox panel guide is fixed on the ceiling in room.The wallboard includes frameless panel, top and clamps assembly parts, the ceiling track being inserted into being configured to removable in the smallpox panel guide, lower section clamping assembly parts, the first height adjustment mechanism being fixed on the lower section clamping assembly parts, the second height adjustment mechanism, and receives the bottom floor groove of first height adjustment mechanism and the second height adjustment mechanism.

Description

Modular wall system

Present patent application is Application No. 201380054294.X (international application no is PCT/US2013/056247), Shen The divisional application for the patent application asked someone as " Ao Sidier companies ", entitled " modular wall system ".

Technical field

The present invention relates to panel wall system.More particularly, the present invention relate to the removable of flush joint (butt-glazed) wallboard (non-progressive) of dynamic non-progressive can be installed and detachable panel wall system.

Background technology

The wall system of fixed wall system, packaged type wall system and non-progressive is all known in the art.

Some problems related to fixed wall system are：Once fixed wall system is mounted with can not dislocation and/or Move them；It can not be easily installed after fixed wall system has been installed by component (electric wire, etc.)；And, one Denier is mounted with that fixed wall system can not just easily vary the outward appearance and feature of fixed wall system.It is additionally, since fixed The installation of wall system needs the time grown very much, therefore they are also unfavorable.For example, in order to build conventional plaster wall (gyproc wall), it is necessary to install supporting studs first, then sticks plasterboard thereon, slurry of then being plastered above, waits Mortar is dried, and is next polished, plaster wall surface is polished with sand paper then.It is well known in the art to be, install this solid Fixed pattern wall system typically lasts for time a couple of days and needs substantial amounts of labour, therefore this is very poorly efficient and not had very much It is cost-benefit.

Some problems related to Moveable wall system are：The component of Moveable wall system is often excessively to be engineered (for example, overweight), assembling this Moveable wall system needs different and special instruments, and Moveable wall system is usual Including a variety of different components, these components are not easy to exchange.Above mentioned problem as a result, install these Moveable wall systems lead to Often need time for growing very much and pretty troublesome.Moreover, well known in the art be, these Moveable wall system setting due to them Meter and the commonly provided excessively poor soundproof effect, every light effect and/or shockproof effect.

Some problems related to the wall system of non-progressive are：It can not be changed independently, move and/or change non-progressive Property the specific components of wall system be operably coupled to the other assemblies of the specific components without influenceing.In fact, due to The design of non-progressive wall system, they generally have several components, and these components are intricately connected with each other and therefore prevented Change in the case where not disturbing the other assemblies of non-progressive wall system, move and/or change one of specific components.

Moreover, for several conventional panel wall systems, it is necessary to its specific components is fixed (penetrate, peg, tightening, etc.) In floor or ceiling, this results in obvious shortcoming, for example, there is hole on floor and/or corresponding carpet, to wealth Production causes damage, etc..Moreover it is known that, in some jurisdictions, when the component of panel wall system is permanently attached to When in the infrastructure of building, they have reformed into the property of the building owner, and this is for all of these panel wall systems It is very undesirable for person and/or user.It is also known that in major company, different departments needs regular restructuring, therefore Cause continually to rearrange working space, bring the inconvenience of correlation.Therefore, with wallboard build in advance and modular Constructive system will be highly useful, and the system can be assembled and set without the basis for being permanently attached to building Shi Shang, and easily from a position movement and can dismantle to another position, regardless of whether in same building thing, or Person, easily from a building movement and can dismantle to next building, any unfavorable or broken without leaving The consequence of bad property.

Following Americana known to applicant describes five kinds of different panel wall systems and annex：2,387,389；2,394, 443；2,822,898；3,040,847；3,048,882；3,057,005；3,057,444；3,141,189；3,159,866；3, 228,160；3,234,582；3,302,353；3,305,983；3,352,078；3,363,383；3,381,436；3,411, 252；3,566,559；3,585,768；3,670,357；3,675,382；3,697,028；3,722,026；3,802,480；3, 829,930；3,925,933；4,027,714；4,037,380；4,067,165；4,086,734；4,103,463；4,104, 829；4,109,429；4,167,084；4,263,761；4,277,920；4,282,631；4,399,644；4,449,337；4, 450,658；4,555,880；4,625,476；4,640,072；4,703,598；4,757,657；4,825,610；4,873, 741；4,907,384；4,914,880；5,042,555；5,056,577；5,125,201；5,159,793；5,161,330；5, 207,037；5,212,918；5,228,254；5,237,786；5,379,560；5,381,845；5,433,046；5,467, 559；5,491,943；5,542,219；5,603,192；5,644,877；5,644,878；5,735,089；5,845,363；5, 875,596；5,881,979；5,996,299；6,047,508；6,088,877；6,094,872；6,112,485；6,115, 968；6,141,925；6,167,937B1；6,122,871；6,170,213B1；6,176,054B1；6,185,784B1；6, 209,610B1；6,329,591B2；6,336,247B1；6,349,516B1；6,405,781B2；6,493,995B2；6,530, 181B1；6,571,519B1；6,889,477B1；7,021,007B2；7,293,389B2；7,520,093B2；7,624, 549B2；2002/0053166A1；2002/0088188A1；2002/0157335A1；2003/0014853A1；2004/ 0003556A1；2005/0000164A1；2006/0277850A1；2007/0017065A1；And 2008/0202030A1.

Applicant it is known that following foreign document：Canadian CA 2,002,674；The FR 1,450,017 of France；France FR 1,526,637 and Britain GB 2,171,135A.

Present applicant has been designed that the removable and detachable panel wall system for tape frame wallboard, described Panel wall system is the wallboard of substantial rectangular, and the wallboard includes relative top and bottom spacing groove and relative side Vertical pillars, in addition to external cap, the description of this removable and detachable panel wall system is on 2 10th, 2004 by patent right In the United States Patent (USP) No.6,688,056B2 for authorizing VON HOYNINGEN HUENE et al..More specifically, this document describes One kind may move and detachable panel wall system, and it includes multiple wallboards, and each wallboard has relative top and bottom spacing Groove, relative left side and Right vertical column, wallboard lid, smallpox panel guide, and the floor groove being hinged.Spacing groove Interfixed with vertical pillars by connecting stud, so as to form the rectangular frame of wallboard.The floor groove being hinged by It is respectively installed to left vertical column and the left slide assembly parts accommodated in groove of Right vertical column and dress is slided on right side Accessory is operatively connectable to the base section of rectangular frame.The floor groove being hinged is used for the rectangular support frame of wallboard Frame is operatively fixed on the ground.Each vertical pillars have at least one receiving mouth, and the receiving mouth is along substantially putting down Row is in the direction extension of the vertical axis of wallboard.

Improved for several times although having gone through in this area, office is assembled when using frameless flush joint wallboard During space, it is still using very ancient and conventional " component (stick-built) " or " punches (knock- Down) " method constructs these working spaces.That is, generally to arrive the scene of working space that will assemble, carry out different Measurement, includes the deviation of measurement floor and/or ceiling, and then generally production has the corresponding glass of different height and width Wallboard, so as to adapt to or offset these different special tolerances, and is assembled in very gradual mode do at the scene Between open air space.By the way that its allocated corresponding location, and it will be assigned to various sizes of each specific glass wallboard Adjust position, height and the vertical displacement of each wallboard in the different type glass wallboard in a manual manner afterwards, use Multiple shimmy (shimmies) below each glass wallboard are correspondingly inserted into, to attempt to obtain wall unified on the whole Board component, and offset possible floor and/or ceiling offset.Obviously, this method not only takes very much, and from logistics Position from the point of view of be also very troublesome, while being very labor-intensive, when several offices must be assembled in major company It is not very efficient during space.

Seem that no one of patents mentioned above is open or even implies such a moveable non-progressive Property install with detachable panel wall system, its be designed with very quickly, it is simple, convenient, suitable, system and And cost-effective mode assembles " frameless " flush joint wallboard, the phase of " component " formula method of conventional panel wall system is thus avoided Answer shortcoming.

Therefore, in view of the above is, it is necessary to which a kind of improved system, the system can overcome by its design and component Above mentioned problem of the prior art at least reduces some above mentioned problems.

The content of the invention

Some embodiments are related to the wallboard of removable and detachable frameless panel wall system, and the wallboard is fixed on room Floor and smallpox panel guide (ceiling rail) between, smallpox panel guide is fixed on the ceiling in room.Wallboard includes The ceiling track that frameless panel, top clamp assembly parts, inserted in smallpox panel guide with being configured to removable (ceiling track), lower section clamp assembly parts, the first height adjustment mechanism being fixed on lower section clamping assembly parts, second Height adjustment mechanism, and accommodate the bottom floor groove of the first height adjustment mechanism and the second height adjustment mechanism.

Some embodiments are related to removable and detachable board wall system, for by can be with substantially upright mode cloth Put multiple wallboards between floor and ceiling and limit working space, each wallboard has a series of highests and minimum inclined respectively Difference, each wallboard have vertical axis and horizontal axis, and including：At least one frameless panel built in advance, often Individual panel, which all has, to be limited to the assigned altitute between top edge and bottom margin and is limited to left side edge and right edge Ceiling track is both provided with given width between edge, the top edge of each panel, the ceiling track is constructed Inserted for removable along ceiling and extend and define in the corresponding smallpox panel guide of working space；

Bottom floor groove, it is associated with each corresponding panel, and be configured to operationally against with edge The relative floor of the smallpox panel guide of ceiling extension；

Integration can it is power-actuated first and second height regulation assembly parts, it is described first and second height regulation dress Accessory is associated with each panel and is inserted into the groove of corresponding bottom floor, and each height regulation assembly parts are wrapped The bearing edge of the base section for being operably supported each panel is included, each height regulation assembly parts are alternative Operation, raise or reduce each height so as to adjustable and adjust assembly parts, thus allow to adjust each panel Vertical height and each panel the anglec of rotation；And

At least one connecting plate, for the bottom floor groove being removedly connected into pairs, each connector and bottom ditch Groove is both relative to mutually positioning, sizing and determines size, for ensuring the paired adjacent side for building frameless panel in advance Edge cooperates, so as to limit working space.

Some embodiments provide building in advance, modular frameless flush joint wallboard constructive system, the system It need not use " component " formula method just can be from a position movement and dismounting to another position, and will not leave any Unfavorable or destructive consequence.

According to another aspect of the present invention above-mentioned panel wall system and/or the method for its component are used there is provided a kind of.

Above-mentioned panel wall system and/or the method for its component are installed there is provided a kind of according to another aspect of the present invention.

Limited according to another aspect of the present invention there is provided a kind of using above-mentioned panel wall system and/or its component Working space.There is provided a kind of respective sets for having and being used for assembling above-mentioned working space according to another aspect of the present invention The external member of part.

There is provided a kind of method for the component for assembling above-mentioned external member according to a further aspect of the invention.According to the present invention Another aspect, additionally provide a kind of method engaged in trade using above-mentioned panel wall system, external member and/or corresponding method.

When refer to the attached drawing reads the unrestricted description below with reference to the preferred embodiment of the present invention, mesh of the invention , advantage and other features would is that what is become apparent from, the preferred embodiment of the present invention is only for exemplary purposes Provide.

Brief description of the drawings

Fig. 1 is to have used the working space assembly assembled according to the panel wall system of the preferred embodiment of the present invention Stereogram, shown working space assembly has flush joint wallboard and paired corresponding door.

Fig. 2 is the solid of the flush joint frameless wallboard according to the preferred embodiment of the present invention coordinated with smallpox panel guide Figure.

Fig. 3 is Fig. 2 cross-sectional view.

Fig. 4 is the enlarged drawing of the top section of wallboard shown in Fig. 3.

Fig. 5 is the enlarged drawing of the base section of wallboard shown in Fig. 3.

Fig. 6 is the assembling of the paired flush joint wallboard according to the preferred embodiment of the present invention that arrangement is connected along 180 degree angle The fragmentary top stereogram of part, shown assembly parts do not have top cover, so as to preferably show the ceiling track of each wallboard.

Fig. 7 is the assembling of the paired flush joint wallboard according to the preferred embodiment of the present invention that arrangement is connected along 180 degree angle The part stereogram of bottom view of part, shown assembly parts do not have bottom, so as to preferably show the undercut and height of each wallboard Degree regulation assembly parts, and the connection that the end according to the preferred embodiment of the present invention by paired undercut is connected with each other Plate.

Fig. 8 is the cross-sectional view obtained by the given section of the assembly parts shown in Fig. 7.

Fig. 9 is the assembly parts of the paired flush joint wallboard according to the preferred embodiment of the present invention that arrangement is connected along an angle of 90 degrees Part stereogram of bottom view, shown assembly parts do not have bottom, so as to preferably show the undercut and height of each wallboard Adjust assembly parts, and the connecting plate that the end according to the preferred embodiment of the present invention by paired undercut is connected with each other.

Figure 10 is the cross-sectional view obtained by the given section of the assembly parts shown in Fig. 9.

Figure 11 is the portion of the assembly parts of the flush joint wallboard according to the preferred embodiment of the present invention that arrangement is connected along threeway Divide top perspective view, shown assembly parts carry corresponding top cover.

Figure 12 is the portion of the assembly parts of the flush joint wallboard according to the preferred embodiment of the present invention that arrangement is connected along threeway Divide stereogram of bottom view, shown assembly parts carry corresponding bottom.

Figure 13 is the cross-sectional view obtained by the given section of the assembly parts shown in Figure 12.

Figure 14 is the part of the flush joint wallboard assembly parts according to the preferred embodiment of the present invention that arrangement is connected along threeway Stereogram of bottom view, shown assembly parts carry corresponding bottom.

Figure 15 is the side view of the flush joint wallboard assembly parts according to the preferred embodiment of the present invention that arrangement is connected along threeway Figure, shown wallboard assembly parts carry top cover and bottom.

Figure 16 is the enlarged drawing of the base section of assembly parts shown in Figure 15.

Figure 17 is the stereogram that height according to the preferred embodiment of the present invention adjusts assembly parts.

Figure 18 is the side view of assembly parts shown in Figure 17.

Figure 19 is the top view of assembly parts shown in Figure 17.

Figure 20 is the front view of assembly parts shown in Figure 17.

Figure 21 is another side view of assembly parts shown in Figure 18, and shown height regulation assembly parts are in elevated structure Make.

Figure 22 is another side view of assembly parts shown in Figure 21, and shown height regulation assembly parts are in the structure of reduction Make.

Figure 23 is the stereogram of the height regulating rod according to the preferred embodiment of the present invention provided with paired distal cannula.

Figure 24 is the side view of the height regulating rod shown in Figure 23.

Figure 25 is the front view of height regulating rod shown in Figure 24.

Figure 26 is the side view of one of them of sleeve pipe shown in Figure 23.

Figure 27 is the rearview of sleeve pipe shown in Figure 26.

Figure 28 is the stereogram that assembly parts are adjusted according to the height of another preferred embodiment of the present invention, shown height Degree regulation assembly parts are in the construction of reduction.

Figure 29 is another stereogram of assembly parts shown in Figure 28, the spy on removed shown height regulation assembly parts Part is determined, so as to preferably show that height adjusts the intraware of assembly parts.

Figure 30 is the side view of assembly parts shown in Figure 28, and height regulation assembly parts depicted herein are in elevated construction.

Figure 31 is the cross-sectional view of assembly parts shown in Figure 30.

Figure 32 is another side view of assembly parts shown in Figure 30, and height regulation assembly parts depicted herein are in reduction Construction.

Figure 33 is the cross-sectional view of assembly parts shown in Figure 32.

Figure 34 is the stereogram that assembly parts are adjusted according to the height of another preferred embodiment of the present invention.

Figure 35 is the side view of assembly parts shown in Figure 34.

Figure 36 is another side view of assembly parts shown in Figure 34.

Figure 37 is the side view of a part of component in component shown in Figure 36.

Figure 38 is the front view of a component in component shown in Figure 37.

Figure 39 is the top view of component shown in Figure 38.

Figure 40 is the stereogram of a component in component shown in Figure 39.

Figure 41 is the stereogram that assembly parts are adjusted according to the height of another preferred embodiment of the present invention, removed Specific components on shown height regulation assembly parts, so as to preferably show that height adjusts the intraware of assembly parts.

Figure 42 is the enlarged drawing of a part for assembly parts shown in Figure 41.

Figure 43 is the stereogram of the connecting plate according to the preferred embodiment of the present invention, and the connecting plate is convex provided with four Rise and around the anchor hole of central point.

Figure 44 is the top view of connecting plate shown in Figure 43.

Figure 45 is the side view of connecting plate shown in Figure 43.

Figure 46 is another stereogram of connecting plate shown in Figure 43, according to the preferred embodiment of the present invention, connecting plate Projection is provided with corresponding nut, also, the threaded anchor that is extended downwardly from the central point of connecting plate is further provided with connecting plate Post.

Figure 47 is the top view of connecting plate shown in Figure 46.

Figure 48 is the side view of connecting plate shown in Figure 46.

Figure 49 is to be provided with flush joint separation marking (distraction marker) according to the preferred embodiment of the present invention Wallboard assembly parts side view.

Figure 50 is the cross-sectional view of assembly parts shown in Figure 49.

Figure 51 is the enlarged drawing of a part for assembly parts shown in Figure 49.

Figure 52 is the enlarged drawing of a part for assembly parts shown in Figure 50.

Figure 53 is the stereogram of the complementary accessories mountings according to the preferred embodiment of the present invention.

Figure 54 is the exploded view of component shown in Figure 53.

Figure 55 is the side view of component shown in Figure 53.

Figure 56 is the side view of component shown in Figure 54.

Figure 57 is the side view of the wallboard assembly parts according to the preferred embodiment of the present invention provided with flush joint buckle wood frame.

Figure 58 is the cross-sectional view of assembly parts shown in Figure 57.

Figure 59 is the enlarged drawing of a part for assembly parts shown in Figure 58.

Figure 60 is the enlarged drawing of a part for assembly parts shown in Figure 58.

Figure 61 is the stereogram of the complementary accessories mountings according to another preferred embodiment of the present invention.

Figure 62 is the exploded view of assembly parts shown in Figure 61.

Figure 63 is the side view of assembly parts shown in Figure 61.

Figure 64 is the side view of assembly parts shown in Figure 62.

Figure 65 is the partial view of the wood shell according to the preferred embodiment of the present invention provided with hook plate.

Figure 66 is the stereogram of hook plate shown in Figure 65.

Figure 67 is the front view of hook plate shown in Figure 66.

Figure 68 is the side view of the wallboard assembly parts according to the preferred embodiment of the present invention provided with flush joint buckle glass shell.

Figure 69 is the cross-sectional view of assembly parts shown in Figure 68.

Figure 70 is the enlarged drawing of a part for assembly parts shown in Figure 68.

Figure 71 is the enlarged drawing of a part for assembly parts shown in Figure 69.

Figure 72 is the stereogram of the complementary accessories mountings of another preferred embodiment according to the present invention.

Figure 73 is the exploded view of component shown in Figure 72.

Figure 74 is the side view of component shown in Figure 72.

Figure 75 is the side view of component shown in Figure 73.

Figure 76 is the side view of slip mounting for door according to the preferred embodiment of the present invention, and the assembly parts are operatively It is installed on ceiling track and including sliding timber.

Figure 77 is the cross-sectional view of assembly parts shown in Figure 76.

Figure 78 is the enlarged drawing of a part for assembly parts shown in Figure 76.

Figure 79 is the stereogram of sliding door mounting bracket according to the preferred embodiment of the present invention.

Figure 80 be according to presently preferred embodiment be operatively mounted to corresponding ceiling track and The top partial view diagram of slip mounting for door on smallpox panel guide, a part of component is shown with exploded relationship, including sliding door peace Fill bracket and timber.

Figure 81 is the side view of slip door hardware pieces according to the preferred embodiment of the present invention, and it pacifies with corresponding sliding door Dress bracket is shown with exploded relationship.

Figure 82 is the partial cross sectional view obtained along the given section of assembly parts shown in Figure 78.

Figure 83 is the stereogram of assembly parts shown in Figure 76.

Figure 84 is the stereogram of bottom view of a part for assembly parts shown in Figure 83.

Figure 85 is the stereogram that bottom shown in Figure 84 is oriented to connector.

Figure 86 is the cross-sectional view obtained along the given section of assembly parts shown in Figure 84.

Figure 87 is the side view of slip mounting for door according to the preferred embodiment of the present invention, and it is operatively mounted to day On card track and smallpox panel guide and including sliding glass door.

Figure 88 is the schematic side elevation of assembly parts shown in Figure 87.

Figure 89 is the cross-sectional view obtained along the given section of assembly parts shown in Figure 88.

Figure 90 is the partial top stereogram of the slip mounting for door according to another preferred embodiment of the present invention, its Be operatively mounted on corresponding ceiling track and smallpox panel guide and including sliding glass door, some components relative to Other assemblies are shown with exploded relationship, so as to preferably show corresponding glass fixture according to the preferred embodiment of the present invention.

Figure 91 be it is according to the preferred embodiment of the present invention relative to corresponding glass fixture with the cunning shown in exploded relationship The side view of dynamic door hardware pieces.

Figure 92 is the top view of the most right half of component shown in Figure 91.

Figure 93 is the partial side elevation view of the most right half of component shown in Figure 91.

Figure 94 is the stereogram of the top glass fixture shown in Figure 90, and shown top glass fixture is adjusted provided with height Fastener.

Figure 95 is the front view of the top glass fixture shown in Figure 94.

Figure 96 is the side view of the top glass fixture shown in Figure 94.

Figure 97 is another side view of the top glass fixture shown in Figure 94.

Figure 98 is the part stereogram of bottom view of glass slides mounting for door according to the preferred embodiment of the present invention, some groups Part is shown relative to other assemblies with exploded relationship, so as to preferably show the bottom glass according to the preferred embodiment of the present invention Glass fixture.

Figure 99 is the stereogram of the bottom glass fixture shown in Figure 98.

Figure 100 is the front view of the bottom glass fixture shown in Figure 99.

Figure 101 is the side view of the bottom glass fixture shown in Figure 99.

Figure 102 is the side view of the pair glass column panel according to the preferred embodiment of the present invention being assembled with each other Figure.

Figure 103 is the enlarged drawing of the top section of panel shown in Figure 102.

Figure 104 is the enlarged drawing of the base section of panel shown in Figure 102.

Figure 105 is that the bottom of the pair glass column panel according to the preferred embodiment of the present invention being assembled with each other is regarded Figure.

Figure 106 is the cross-sectional view obtained along the given section of panel shown in Figure 105.

Figure 107 is the top partial view diagram of threeway glass columns panel-mounted part according to the preferred embodiment of the present invention.

Figure 108 is the fragmentary bottom views of threeway glass columns panel-mounted part according to the preferred embodiment of the present invention.

Figure 109 is the side view of threeway glass columns panel-mounted part according to the preferred embodiment of the present invention.

Figure 110 is the enlarged drawing of the base section of assembly parts shown in Figure 109.

Figure 111 is the cross-sectional view of glass columns panel threeway assembly parts according to the preferred embodiment of the present invention.

Figure 112 is the enlarged drawing of a part for assembly parts shown in Figure 111.

Figure 113 is according to the preferred embodiment of the present invention including the firm panel being assembled with each other and glass columns The stereogram of the wallboard assembly parts of panel.

Figure 114 is the enlarged drawing of the top section of assembly parts shown in Figure 113.

Figure 115 is the enlarged drawing of the base section of assembly parts shown in Figure 113.

Figure 116 is the side view of assembly parts shown in Figure 113.

Figure 117 is the enlarged drawing of the base section of assembly parts shown in Figure 116.

Figure 118 is the stereogram of the wallboard assembly parts according to the preferred embodiment of the present invention including door pillar.

Figure 119 is the side view of assembly parts shown in Figure 118.

Figure 120 is according to the preferred embodiment of the present invention including the wallboard for two firm panels being assembled with each other The side view of assembly parts.

Figure 121 is the enlarged drawing of the base section of assembly parts shown in Figure 120, has removed one of them firm panel Shell, so as to preferably show the intraware of assembly parts.

Figure 122 is the stereogram of column connection clip according to the preferred embodiment of the present invention.

Figure 123 is the side view of the column connection clip shown in Figure 122.

Figure 124 is the top view of the column connection clip shown in Figure 122.

Figure 125 is the side view of firm panel metal framework according to the preferred embodiment of the present invention, shown firm face Sheetmetal framework carries adjustable bottom.

Figure 126 is the side view of the metal framework shown in Figure 125.

Figure 127 is the stereogram of middle spacing groove according to the preferred embodiment of the present invention, and middle spacing groove is relative Shown in the vertical pillars of firm panel metal framework with exploded relationship.

Figure 128 is the cross-sectional view of the assembled configuration of the middle spacing groove shown in Figure 127.

Figure 129 is the side view of firm panel according to the preferred embodiment of the present invention.

Figure 130 is the magnified partial view of some components of firm wallboard according to the preferred embodiment of the present invention, some groups Part is shown with exploded relationship.

Figure 131 is the cross-sectional view of a part for firm wallboard according to the preferred embodiment of the present invention.

Figure 132 is the stereogram of the firm wallboard shown in Figure 131.

Figure 133 is the stereogram that firm panel metal-back according to the preferred embodiment of the present invention hooks assembly parts.

Figure 134 is the cross-sectional view of assembly parts shown in Figure 133.

Figure 135 is firm panel MDF (medium-density plate) according to the preferred embodiment of the present invention/stackable and glass pole face The cross-sectional view of plate assembly parts.

Figure 136 is according to the firm panel MDF/ of presently preferred embodiment is stackable and glass face plate dress The cross-sectional view of accessory.

Figure 137 is the partial perspective view of the wallboard according to the preferred embodiment of the present invention provided with hooking groove.

Figure 138 is the exploded view of wallboard shown in Figure 137.

Figure 139 is showing for the hook bracket that the horizontal hooking groove according to the preferred embodiment of the present invention with wallboard coordinates It is intended to.

Figure 140 is provided with hooking the partial view of the wallboard of bracket in pairs, and one of them of the hook bracket is shown In hook construction in horizontal hooking groove, and shown hook bracket is in configured intermediate.

Figure 141 be it is according to the preferred embodiment of the present invention along empty floor construction (clear story Configuration) the side view of the wallboard assembly parts of arrangement.

Figure 142 is the amplification cross-sectional view of the top section of assembly parts shown in Figure 141.

Figure 143 is the enlarged drawing of the base section of assembly parts shown in Figure 141.

Figure 144 is the discontinuously vertical of the tape frame glass panel according to the preferred embodiment of the present invention provided with pull-down lid Body figure.

Figure 145 is the stereogram of bottom view of panel shown in Figure 144, and tape frame glass panel depicted herein does not have bottom.

Figure 146 is the tape frame wallboard according to the preferred embodiment of the present invention provided with spring-loaded pull-down lid Side view.

Figure 147 is the tape frame provided with spring-loaded pull-down lid according to presently preferred embodiment The cross-sectional view of wallboard.

Figure 148 and Figure 149 are to show the flush joint frameless wall according to the preferred embodiment of the present invention during installation The stereogram of plate body system.

Figure 150 is the exploded view of the pre-assembled frameless wallboard according to another preferred embodiment of the present invention.

Figure 151 is that the top of Figure 150 pre-assembled wallboard clamps the stereogram of assembly parts.

Figure 152 is that the height of Figure 150 pre-assembled wallboard adjusts the stereogram of assembly parts.

Figure 153 is the stereogram of door frame according to the preferred embodiment of the present invention.

Figure 154 is Figure 153 region 154-154 enlarged drawing.

Figure 155 is the top view of Figure 149 magnification region.

Figure 156 is the amplification for the top section for showing adjacent frameless flush joint wallboard according to the preferred embodiment of the present invention Figure.

Figure 157 is the sectional view obtained along Figure 156 line 157-157.

Figure 158 is the front view of Figure 157 according to the preferred embodiment of the present invention top interconnection.

Figure 159 is the side view of Figure 158 according to the preferred embodiment of the present invention top interconnection.

Figure 160 is the amplification for the low portion for showing adjacent frameless flush joint wallboard according to the preferred embodiment of the present invention Figure.

Figure 161 is the top view of Figure 160 according to the preferred embodiment of the present invention lower section interconnection.

Figure 162 is the side view of Figure 161 according to the preferred embodiment of the present invention lower section interconnection.

Figure 163 to Figure 167 shows height regulation assembly parts according to the preferred embodiment of the present invention.

Figure 168 shows frameless panel wall system according to the preferred embodiment of the present invention.

Figure 169 to Figure 171 shows the guide rail that can be used together with Figure 168 panel wall system and felt block system.

Figure 172 shows the rearview of Figure 168 panel wall system.

Figure 173 is the sectional view obtained along Figure 168 line 173-173.

Figure 174 and Figure 175 are the enlarged drawings of a Figure 172 part.

Figure 176 and Figure 177 show the receptable assembly of Figure 168 according to the preferred embodiment of the present invention panel wall system Component.

Embodiment

In the following description, identical reference refers to similar element.Shown in accompanying drawing or this specification Described in embodiment, geometrical construction, the material mentioned and/or shown size be only preferred embodiment, only Provide for exemplary purposes.

Although moreover, for those of ordinary skills it is readily apparent that hereinafter the present invention of example is main If designed for the wall system in working environment, for limiting working space, etc., but the present invention can be with other objects It is used together and can be used in other purposes.For this reason, " work ", " office ", " space ", " wall ", " panel " etc. The scope that statement and other any references and/or other statements being equal with this should not be construed as limiting the invention, and should When including being used in conjunction with the invention and other all objects that come in handy and other all applications.

Moreover, for those of ordinary skills it is readily apparent that in the context of the present invention, stating " system ", " external member ", " set group ", " assembly parts ", " product " and " equipment " and other any equivalents known in the art And/or its compound word can used interchangeably.This is also applied for other any mutually equal statements, for example, such as：A) " peace Dress ", " assembling ", " restriction ", " structure ", " foundation ", etc.；B) " wall ", " panel ", etc.；C) " office ", " work sky Between ", " environment ", " structure ", " closing space ", etc.；D) " rotation ", " driving ", " dislocation ", " movement ", " support ", " defeated Send ", etc.；E) " interchangeable ", " modular ", " gradual ", etc.；F) " enable ", " permission ", " license ", etc.； G) " fastening ", " fixation ", " attachment ", " anchoring ", " regulation ", " positioning ", etc.；H) " hole ", " drilling ", " slit ", " otch ", " groove ", " cavity ", etc.；I) " rotation ", " pivot ", " upset ", " rolling ", etc.；J) " ceiling ", " top ", " top Portion ", etc.；K) " floor ", " lower section ", " bottom ", etc.；K) " glass ", " layered product ", " panel ", " gypsum ", " sheet material ", Etc.；L) " positioning ", " interval ", " placement ", " arrangement ", " arrangement ", etc.；M) " closing on ", " adjacent ", " in order ", etc.；N) " component ", " part ", " element ", etc.；And with above-mentioned statement and/or the present invention other any structures And/or other relevant any mutually equivalent statements of function aspects, these are also for those of ordinary skills Obviously.

In addition, in the context of the present specification, it should be considered that such as " connection " and " attachable ", or " peace Dress " and " installable " can exchange because the invention further relates to the external member with corresponding assembly, for assembling finally The working space assembled completely.

Moreover, in the context of the present specification, distinguish " tape frame " wallboard and " frameless " wallboard be also it is important, " tape frame " wallboard is generally made up of the shape of substantial rectangular and including relative top and bottom spacing groove and phase To left side and Right vertical column, they constitute " framework " of tape frame wallboard, and " frameless " wallboard is without these spacings Groove and the wallboard of vertical pillars (for example, without glass panel, etc. straight of the framework around it), this is for this area It will be appreciated that for those of ordinary skill.

In addition, though the preferred embodiment of the present invention of example can include various assemblies in such as accompanying drawing, and, although The preferred embodiment of shown panel wall system by as explained herein being constituted with the specific geometrical construction of example, But, these not all components and geometry are all required for the present invention, therefore should not be with their limitation Meaning understands, i.e. be not construed as limiting the scope of the present invention.It should be appreciated that for those of ordinary skill in the art Speech is also that it will be apparent that other suitable components and the cooperation between them, and other suitable geometrical constructions can For the panel wall system and corresponding component of the present invention, will hereinafter brief explanation be carried out to this point and this area is common This point during technical staff easily be able to should infer from the present invention, without departing from the scope of the present invention.

The reference numerals list of some the corresponding preferably components shown in accompanying drawing is as follows：

301. panel wall system

303. working space

305. wallboard

307. floor

309. ceiling

311. vertical axis

313. horizontal axis

315. wallboard

317. height

319. top edge

321. bottom margin

323. width

325. lateral edges

325a. left side edge

325b. right side edge

326. tops clamp assembly parts

327. ceiling track

329. smallpox panel guides

331. bottom floor grooves

333. height regulation assembly parts

334. first vertical members

335. bearing edge

336. second vertical members

337. connecting plate

338. the 3rd vertical members

339. base

340. the 4th vertical members

441. first end end caps

441a. (first end end cap 441) first end end-cap assembly

441b. (first end end cap 441) second end end-cap assembly

443. second end end caps

443a. (second end end cap 443) first end end-cap assembly

443b. (second end end cap 443) second end end-cap assembly

445. height regulating rod

447. first threaded sections

449. second threaded sections

451. first regulation legs

451a. sunk part

452. second end

452a. first end

453a. sunk part

453. second regulation legs

455. slide track component

457. slide track component

459. pivot axis

461. first sleeve

463. second sleeve pipes

465. fastener

466. worm gear

466a. worm gear

467. socket

469. first fixtures

471. second fixtures

472. lower sections clamp assembly parts

473. sealing pad positions

475. connector

477. notch

479. sleeve pipe

481. longitudinal axis

483. central point

485. it is raised

487. hole

489. nut

491. setscrew

493. hole

495. it is sophisticated

497. anchor hole

499. anchor post

501. protrude element

503. (protrude element) ends

505. longitudinal fluting

507. top cover

509. bottom

511. sealing gasket

513. through hole

515. complementary annexes

517. sleeve pipe

517b. sleeve pipe

The studs of 519b. first

The studs of 521b. second

519. first studs

521. second studs

523. packing ring

525. separation marking

527. buckle wood shells

529. hook handle

531. boatswain chair

533. suspension hook

535. hole

537. buckle glass shells

539. gap studs

541. slide mounting for door

543. sliding door

545. slide door hardware pieces

547. sliding door mounting brackets

549. bottoms are oriented to connector

551. bottom lower seals

551a. spring

553. sliding glass door

555. glass fixture

Glass fixture above 555a.

555b. bottom glass fixtures

557. height regulation fasteners

559. bottom lower seals

561. sealing gasket

563. tighten assembly parts

565. Ruan Ding mechanisms

567. tape frame wallboards

569. bottom spacing grooves

571. pull-down lids

573. spring

575. vertical pillars

577. column connection clips

579. slit

581. middle spacing grooves

583. outside covers (or metal-back)

585. inside suspensions

587. stiffener assembly

589. hooking groove

591. hook bracket

593. hooking part

595. foil portion

597. groove

599. mutual Reinforcing wall slabs

800. slide door frame

802. first side frames

804. second side frames

806. end plate

810. clamp assembly parts

812. cover assembly

813. accommodate groove

820. Part I

822. Part II

900. upper carriers

902. first vertical legs

904. second vertical legs

906. hole

908. tapping screw

930. lower section brackets

932. hole

950. glass columns panels

952. threeway glass columns panel-mounted parts

954. glass columns threeway panel-mounted parts

956. wallboard assembly parts

980. wallboard assembly parts

982. door pillar

Stackable firm panel and glass columns the panel-mounted parts of 990.MDF/

Stackable firm panel and glass columns the panel-mounted parts of 992.MDF/

1002. wallboard assembly parts

1004 tape frame glass panels

1006. pull-down lid

1008. bottom

1010. tape frame wallboard

1014. tape frame wallboard

1102. wall construction body

1104. wall construction body

1106. layer body

1120. nut

1120a. nut

1202. vertical axis

1204. vertical axis

1591. stack assemblies

By the design and its component of panel wall system of the present invention, panel wall system of the invention is moveable, non-progressive , can install and detachable panel wall system, be especially well suited to for example with very quickly easily and systematic mode Frameless wallboard is installed, for example, flush joint wallboard, the mode can not be realized using conventional panel wall system.

In fact, the present invention be innovation another generation panel wall system, be that other panel wall systems are significantly improved, it is described its His panel wall system is, for example, designed by present applicant and authorized VON HOYNINGEN on 2 10th, 2004 Content in HUENE et al. United States Patent (USP) No.6, the panel wall system described in 688,056B2, the patent is by quoting simultaneously Enter herein.

With broadly describing, the panel wall system (301) according to the preferred embodiment of the present invention shown in accompanying drawing is Removable and detachable panel wall system (301), its be used for by can be arranged in substantially upright mode floor (307) and Multiple wallboards (305) between ceiling (309) limit working space (303), and each wallboard (305) has a series of respectively Highest and minimum deviation, each wallboard (305) have vertical axis (311) and trunnion axis (313), and including：

At least one frameless panel (315) built in advance, each panel (315), which has, is limited to top edge (319) assigned altitute (317) between bottom margin (321) and left side edge (325a) and right side edge are limited to Given width (323) between (325b), paired top clamps the top that assembly parts (326) are fixed to each panel (305) On edge (319) so that ceiling track (327), ceiling track (327) quilt are provided with top edge (310) It is inserted into the corresponding smallpox for extending and defining working space (303) along ceiling (309) with being configured to removable In panel guide (329)；

Bottom floor groove (331), it is associated with each corresponding panel (315) and is configured to operatively Against the relative floor (307) of the smallpox panel guide (329) with extending along ceiling (309)；

Integrated can power-actuated first and second height regulation assembly parts (333), first and second height Regulation assembly parts (333) are associated with each panel (315) and are inserted into corresponding bottom floor groove (331), Each height regulation assembly parts (333) include being used to operatively support the support edge of the base section of each panel (315) Edge (335), each height regulation assembly parts (333) are alternative operations, so as to being adjustably raised or Reduction, thus, it is possible to adjust the vertical height of each panel (315) and the anglec of rotation of each panel by pivot axis (459) Degree, as exemplified by such as Figure 18；And

At least one connecting plate (337), the bottom floor groove (331) being connected into pairs for removable, each connection Plate (337) and bottom floor groove (331) are positioned relative to each other, determine shape and determine size, for ensuring paired phase The lateral edges (325) of the adjacent frameless panel of structure in advance (315) cooperate, so as to limit working space (303).It is resulting Working space (303) example as shown in fig. 1.

According to the first preferred embodiment of the present invention and as Fig. 2 to Figure 27 preferably shown in, each height is adjusted Assembly parts (333) can include scissor height adjustment mechanism, and the scissor height adjustment mechanism includes：A) base (339)；B) relative the first and second end caps (441,443) stretched out from base (339)；C) end caps are surrounded The height regulating rod (445) that (441,443) are rotatably installed, height regulating rod (445) has the first and second threaded sections (447,449), each threaded sections carry opposite screw thread relative to each other；And d) first and second regulation legs (451, 453), the first regulation leg (451) has the first end (452a) being pivotally mounted on slide track component (455) and pivoted peace The second end (452) on bearing edge (335) is attached to, slide track component (455) is threadably engaged to height regulating rod (445) on the first threaded sections (447), and second regulation leg (453) have be pivotally mounted on slide track component (457) First end (452a) and the second end (452) that is pivotally mounted on bearing edge (335), slide track component (457) with Engagement thread is engaged on the second threaded sections (449) of height regulating rod (445) so that public height regulating rod (445) edge The rotation for first direction causes bearing edge (335) to raise, and the public height regulating rod (445) is along opposite the The rotation in two directions causes bearing edge (335) reduction.

Preferably, the second end 452 of the first and second regulation legs (451,453) surrounds public pivot axis (459) pivot It is rotatable to be installed on the base section of bearing edge (335), as Figure 17, Figure 18, Figure 21 and Figure 22 preferably shown in.

It is further preferred that regulation leg (451,453) include sunk part (451a, 453a), for when regulation leg (451, 453) height regulating rod (445) is avoided when pulling down to reduction construction, be can easily understand that when referring to Figure 17, Figure 18 and Figure 22 This point.

Height regulating rod (445) can be manufactured in many ways, but according to the preferred embodiment of the present invention, height is adjusted Pole (445) includes being respectively equipped with the first threaded sections in the first and second separation bar assemblies, the first and second separation bar assemblies (447) and the second threaded sections (449), the first bar assembly includes the end with male form component, and the male form component can jail Admittedly insert the second bar assembly associated end female component in, can easily understand that this when referring to Figure 22 to Figure 25 Point.

Referring to Figure 17 to Figure 27, illustrating how can be around being separately positioned on first end end cap (441) and second last Hold first sleeve (461) and the second sleeve pipe (463) on end cap (443) pivotably setting height(from bottom) adjusting rod (445), but root Other suitable installation methods can also be used according to the present invention.For example, Figure 20 provides the diagram of first sleeve (461), simultaneously Figure 17 provides the diagram of the second sleeve pipe (463).

According to preferred embodiment, each end caps (441,443) all include first end end-cap assembly (441a, 443a), first end end-cap assembly (441a, 443a) can removedly connect by least one corresponding fastener (465) It is connected on second end end-cap assembly (441b, 443b), second end end-cap assembly (441b, 443b) is fixed on height regulation dress On the base (339) of accessory (333), this point is can easily understand that from Figure 17 and Figure 20.

Also as illustrated in FIG. 20, at least one distal tip of height regulating rod (445), which is provided with, is used to accommodate driving The socket (467) of the corresponding insert of instrument, it is, however, preferable that being designed with being used on two ends of height regulating rod (445) The socket (467) of the corresponding insert of driving instrument is accommodated, is enable to from the both sides of height regulation assembly parts (333) all Operate on it.

Preferably, can easily understand that in and from Fig. 3 to Figure 22, each height regulation assembly parts (333) it is each Socket (467), height regulating rod (445) and bearing edge (335) are all located substantially on same vertical plane, positioned at corresponding Below wallboard (305,315).

According to another preferred aspect of the present invention, and it is also such as such as Figure 17 and illustrated in fig. 19, each height Regulation assembly parts (333) all include relative the first and second fixtures (469,471) to be used to clamp corresponding wallboard to limit (315) lower section of base section clamps assembly parts (472).Preferably, on the inner surface of the first and second fixtures (469,471) The sealing gasket (473) positioned at ad-hoc location is designed with, this point is can easily understand that when referring to Fig. 6, Fig. 7 and Figure 17.

As Figure 17 to Figure 22 preferably shown in, each height regulation assembly parts (333) include at least one first The connector (475) extended between fixture (469) and the second fixture (471).Preferably, each connector (475) is fixture Screw, the clamp bolt is configured for the rotation by clamp bolt relative to the first fixture (469) and the second fixture (471) Turn the fixture (469,471) being pushed toward each other.Sleeve pipe (479) is designed with each connector (475), and this In the case of, described sleeve pipe is preferably nylon sleeve (479), but can also use other suitable components and material according to the present invention Material.

According to the preferred embodiment of the present invention, on the bottom margin of the frameless panel (315) each built in advance It is used for the locating notch (477) with corresponding connector (475) cooperation provided with least one, the connector (475) is to clamp A part for assembly parts (472).Suitable method is preferably used to build in advance on each panel (315) in a precise manner Each notch (477).Although for example notch (477) is sightless in figures 7 and 9, it can see in Figure 150 The embodiment of notch (477).Among other advantages, the presence of these locating notches (477) make it possible to easily and Accurately each panel (315) is placed on corresponding height regulation assembly parts (333) in pairs, when see, for example, Fig. 7 and Fig. 9 When can easily understand that this point.On this point, it is preferable that each will highly adjust assembly parts (333) be manufactured into along Its longitudinal axis (481) is symmetrical.

According to another preferred aspect of the present invention, each height regulation assembly parts (333) are can power-actuated height Degree regulation assembly parts (333), can pass through the respective socket (467) of height regulation assembly parts (333) optionally by electric drill Regulation can power-actuated height regulation assembly parts (333).The socket (467) of highly regulation assembly parts (333) can be with relative Extend in the substantially parallel relation of the bearing edge (335) of height regulation assembly parts (333), as explained with Figure 17 extremely Exemplified by Figure 22.Or, the socket (467) of height regulation assembly parts (333) can be with relative to height regulation assembly parts (333) the substantially transverse relation extension of bearing edge (335).

It is apparent that according to the present invention can use various other types suitable height regulation assembly parts (333) and With the cooperation of the remaining component of the panel wall system (301) of the present invention, this point is aobvious to those skilled in the art And be clear to.As example, referring to Figure 28 to Figure 33, in a variety of alternative solutions, telescopic height regulation assembly parts are shown (333), telescopic height regulation assembly parts (333) include the height adjustment mechanism of flexible screw type, the governor motion bag Include cylinder there is internal thread and externally threaded first substantially vertical component (334), cylinder to have internal thread and an outer spiral shell Second substantially vertical component (336) of line, and cylinder have internal thread and externally threaded 3rd substantially vertical component (338).3rd vertical member (338) is telescopic to be contained in the second vertical member (336), also, the second vertical member (336) It is telescopic to be contained in the first vertical member (334).It is possible if desired to set more or less telescoping member (for example, Telescopic the 4th vertical member (340) being contained in the 3rd vertical member (338)).Governor motion is activated (for example, using snail Wheel) include being rotated relatively to each other first component (334), second component (336) and the 3rd component (338), so that the 3rd structure Part (338) telescopically stretches out from second component (336) and makes second component (336) telescopically from first component (334) Stretch out.

In other embodiments, as shown in Figure 34 to Figure 42, system (301) highly adjusts assembly parts including twin shaft (333), twin shaft, which highly adjusts assembly parts (333), includes the height adjustment mechanism of screw-type.As shown in Example, twin shaft is highly adjusted Assembly parts (333) include the first vertical axis 1202 for being upwardly extended from base 339 and from base 339 upwardly extend it is second vertical Axle 1204.Rotate by rotation of worm gear 467 first vertical axis 1202 and the second vertical axis 1204.First vertical axis 1202 It can be engaged with the first nut 1120a, the first nut 1120a is arranged in the second fixture 471, while the energy of the second vertical axis 1204 Enough to be engaged with the second nut 1120, the second nut 1120 is arranged in the first fixture 469.As can be seen, nut 1120, 1120a is respectively arranged to resist rotation in the first fixture 469 and the second fixture 471, therefore, the first vertical axis 1202 and the The rotation of two vertical axises 1204 can result in fixture 469,471 and be vertically moved in response to the rotation of worm gear 467.

Preferably, for the ease of with accelerate to install, by wallboard (305,315) Assembling together so as to limiting office Before space (303), associated with each wallboard (305) each build in advance is transported at scene in the way of " pre-assembly " Frameless panel (315), each bottom floor groove (331) and each height regulation assembly parts (333).It is also understood that root According to some embodiments, in the way of " pre-assembly ", each frameless panel (315) is further clamped into dress with each top Together with accessory (326) and each ceiling track (327) pre-assembly associated with each wallboard (305).In other words It is exactly that scene provides wallboard (305), for being previously connected to or being otherwise pre-assembled to frameless panel (315) bottom floor groove (331), height regulation assembly parts (333) on, top clamp assembly parts (326) and ceiling rail Road (327) is installed together.

According to the present invention another preferred aspect and as Figure 43 into Figure 48 preferably shown in, each connecting plate (337) all it is the non-invasive connecting plate (337) with central point (483).On " non-invasive ", it is meant that connecting plate (337) (penetrate, peg, being screwed into, etc.) need not be anchored to floor, in addition in the area being subject to earthquakes, In this case, law may require anchoring accordingly with floor, here it is why the connecting plate (337) of the present invention also can Exist in " antidetonation " form, this point will hereinafter be made explanations.

Preferably, each connecting plate (337) includes multiple raised (485) arranged around central point (483), to each Raised (485) are positioned, determine shape and determine that size is used for the adjacent base floor groove for accommodating panel wall system (301) (331) corresponding positioning hole, is constructed for the positioning between the projection (485) closed in pairs, so that it is guaranteed that when corresponding Bottom floor groove (331) close on wallboard (305,315) in the system when being connected to each other by same connecting plate (337) Between be positioned properly, can easily understand that this point when see, for example, Fig. 7 and Fig. 9.

As Figure 43 to Figure 48 preferably shown in, each projection (485) is preferably structured to be used to receive corresponding spiral shell The thread protrusion of female (489), the nut (489) is with being used for removable by the bottom floor groove (331) closed on against even Fishplate bar (337) is fixed.Draw and extend in paired closing between raised (485) from the central point (483) of connecting plate (337) Radial angle (θ) be all substantially the same on whole connecting plate (337).Include first and second in connecting plate (337) convex In the case of playing (485), the radial angle (θ) closed between raised (485) is about 180 °.Further wrapped in connecting plate (337) In the case of including third and fourth raised (485), the radial angle (θ) closed between raised (485) is about 90 °.

When on carpet-covered floor using panel wall system (301) of the present invention, each connecting plate (337) is preferred It is rug clip.It is further preferred that each projection (485) includes threadably being engaged to the respective aperture (493) of connecting plate (337) In setscrew (491), also, each setscrew (491) preferably further comprised for inserting floor (307) tip (495) between the fiber of corresponding carpet, so that avoid damage to carpet or left a trace on floor, this Field those of ordinary skill can easily understand that this point.

In the case where being expected connecting plate (337) being used as earthquake connecting plate (337), earthquake connecting plate (337) is preferably Including the anchor hole (497) arranged around central point (483), for accommodating screw thread anchor post (499) wherein or other are suitable Component, screw thread anchor post (499) or other suitable components are configured to extend downwardly and by earthquake connecting plate (337) Anchor on floor (307).

As shown in Figure 43 to Figure 48, each connecting plate (337) preferably has a substantially octagonal shape, but can be with Other suitable shapes are used according to the application-specific and desired final result of the panel wall system (301) using the present invention Shape and form, those of ordinary skill in the art can easily understand that this point.

As exemplified by multiple accompanying drawings, wallboard (305,315) includes the ceiling being associated with each wallboard (305,315) Guide rail (329), can press from both sides (Caddy clip) with for example triumphant base of a fruit of suitable method well known in the art can by smallpox panel guide (329) Removable it is installed on ceiling (309), as shown in Figure 1.Smallpox panel guide (329) is illustrated in such as Fig. 6 and Figure 11. As illustrated, smallpox panel guide (329) be preferably it is substantially U-shaped, and including with end (503) inclined toward each other Paired protrude element (501), as depicted in, for example, fig. 4.

Preferably, the ceiling track (327) of the frameless wallboard (305,315) each built in advance is extruding plastotype The shape of ceiling track (327), its shape and smallpox panel guide (329) is substantially complementary, also, is each built in advance Frameless wallboard (305,315) ceiling track (327) all include be used for accommodate smallpox panel guide (329) it is corresponding into To the paired longitudinal fluting (505) of protrude element (501).As shown in Fig. 4 and Figure 150, optionally pressed from both sides by paired top Part (326) is closely assembled to be fixed to ceiling track (327) on the top edge (319) of panel (305).Figure 151 is to clamp dress The enlarged drawing of accessory (326).In some embodiments, paired top clamping assembly parts (326) are spaced, spacer It is similar from a distance from the lateral separation that assembly parts (472) are clamped to paired lower section.It is obvious that each top clamps assembly parts (326) It is shorter than ceiling track (327), for example, the length that each top clamps assembly parts (326), which is approximately equal to lower section, clamps assembly parts (472) length.In other embodiments, each panel (305) includes paired ceiling track (327), ceiling The length of track (327) be significantly less than in the overall width of panel (305), paired ceiling track (327) each is solid It is fixed to be clamped to corresponding top on assembly parts (326).

As exemplified by multiple accompanying drawings such as Fig. 4 and Figure 11, panel wall system (301) preferably includes to build in advance with each The associated top cover (507) of frameless wallboard (305,315), can be in a variety of suitable modes by top cover (507) removable Ground is installed on the ceiling track (327) of the frameless wallboard (305,315) built in advance, and this point is for this area It is obvious for those of ordinary skill.Similarly, panel wall system (301) includes and each frameless wall built in advance Bottom (509) removable, can be installed to by the associated bottom (509) of plate (305,315) in a variety of suitable modes On the bottom floor groove (331) of the frameless wallboard (305,315) built in advance, this point is for the common skill in this area It is obvious for art personnel.Bottom (509) is illustrated in such as Figure 12 and Figure 13.

According to a preferred aspect of the present invention, the frameless wallboard (305,315) each built in advance contributes to limit nothing The frameless glass panels (305,315) of framework flush joint assembly parts (303), as illustrated for example in figure 1 example.Preferably, it will seal Pad (511) is arranged on the closing between lateral edges (325) of adjacent panels (305,315), as shown in such as Fig. 8.

Referring now to Figure 49 to Figure 75 and according to another preferred aspect of the present invention, what is each built in advance is frameless Panel (305,315) all includes at least one through hole (513) punched in advance, as shown in figure 49, for receiving corresponding complementation Annex (515).Preferably, complementary annex (515) includes the sleeve pipe (517) being inserted into respective through hole (513), sleeve pipe (517) there is the opposite end which is provided with the first stud (519) and the second stud (521), first stud and the second stud Be configured to receive the first assembly and the second component of complementary annex (515) respectively, as such as Figure 56 preferably shown in.Also Preferably, complementary annex (515) includes the packing ring (523) being arranged between every one end of sleeve pipe (517) and corresponding assembly.

According to the preferred embodiment of the present invention of Figure 49 examples into Figure 56, complementary annex (515) separates including flush joint Mark (525), and at least one in the first assembly and the second component of complementary annex is separation marking (525).Preferably, Complementary annex (515) includes paired inside and outside separation marking (525), as shown in the figure.

According to the preferred embodiment of the present invention of Figure 57 examples into Figure 67, complementary annex (515) can include flush joint Buckle wood shell (527), in this case, at least one in the first assembly and the second component of complementary annex (515) are excellent Choosing is to hook handle (529), as shown in Figure 62 preferably.It is further preferred that hook handle (529) be configured for containing it is flat The boatswain chair (531) of buckle wood shell (527) is stitched, and boatswain chair (531) preferably includes suspension hook (533) and at least one and is used to receive The hole (535) of corresponding fastener, this point is can easily understand that when referring to Figure 65 to Figure 67.

According to the preferred embodiment of the present invention of Figure 68 examples into Figure 75, complementary annex (515) can include flush joint Buckle glass shell (537), in this case, at least one in the first assembly and the second component of complementary annex (515) are excellent Choosing is thread pitch stud (539).It is further preferred that complementary annex (515) further comprises another sleeve pipe (517b), the set Pipe is with the opposite end which is provided with the first stud (519b) and the second stud (521b), first stud (519b) and second Stud (521b) is configured for receiving thread pitch stud (539) and separation marking (525) respectively, and such as Figure 70 is into Figure 75 Preferably example.

Frameless panel (305) for the advance structure of the present invention can have a variety of properties and type, and this area is general Logical technical staff can easily understand that this point.For example, the frameless panel (305) built in advance can be suitable lamination Panel (305), or example as shown in drawings, only glass panel (305), glass panel (305) be preferably tempering or Person's lamination.It is to be noted, however, that can also use various other suitable types " frameless " panel (305) and These panels can be used for the present invention, for example, gypsum, melamine, MDF, etc..

Preferably, and such as accompanying drawing it is Fig. 1 and Figure 76 to shown in Figure 100, panel wall system (301) includes sliding door Assembly parts (541), the mounting for door (541) that slides can be removably attached to the given advance structure of panel wall system (301) Frameless wallboard (305,315) ceiling track (327) on.

As shown in such as Figure 76 and Figure 77, slide mounting for door (541) and preferably include sliding door (543), the cunning Dynamic door (543) can be installed to the cunning for sliding mounting for door (541) by top sliding door mounting bracket (547) removable On dynamic door hardware pieces (545), as shown in Figure 78.Preferably, led on the base section of sliding door (543) provided with bottom To connector (549), as shown in Figure 84 and Figure 85 preferably.It is further preferred that being provided with the base section of sliding door (543) Bottom lower seal (551), and bottom lower seal (551) can be realized by spring 551a it is spring-loaded, So as to by biased downward, example as shown in Figure 81.

Or, when referring to Figure 87 to Figure 100, sliding glass door (553), institute can be included by sliding mounting for door (541) Slip mounting for door can be installed to by paired top glass fixture (555a) removable by stating sliding glass door (553) (541) on slip door hardware pieces (545), slide mounting for door (541) and further comprise height regulation fastener (557), institute State height regulation fastener (557) slide between door hardware pieces (545) and each top glass fixture (555a) cooperation and The vertical range being selectively adjusted between the slip door hardware pieces and each top glass fixture (555a) is configured to, So as to so be selectively adjusted height and angle of the sliding glass door (553) relative to floor (307).Preferably, sliding Glass door (553) is provided with paired bottom glass fixture (555b), and then on the bottom glass fixture (555b) preferably Provided with bottom lower seal (559).It is further preferred that provided with corresponding in the opposite inner face of each glass fixture (555) Sealing gasket (561).

According to the preferred embodiment of the present invention, each glass fixture (555) includes tightening up assembly parts (563), described Tightening up assembly parts (563) is used to be pushed toward each other the interior table of fixture (555) by corresponding tighten for tightening up assembly parts (563) Face, this point is can easily understand that when referring to Figure 89 and Figure 94 to Figure 100.

Timber (543) or sliding glass door (553) are either slided, is all preferably set on door hardware pieces (545) are slided Having in soft braking (soft-stop) mechanism, accompanying drawing does not have example.

Figure 102 is the side of the pair glass column panel 950 according to the preferred embodiment of the present invention being assembled to each other View.Figure 103 is the enlarged drawing of top section, and Figure 104 is the enlarged drawing of pair glass column panel 950.Figure 105 is according to this The bottom plan view of the pair glass column panel being assembled to each other of preferred embodiment of the invention, shows the He of connecting plate 337 Bottom floor groove 331.Figure 106 is the obtained cross-sectional view of given section of the pair glass column panel shown in Figure 105.

Figure 107 is the partial top of the threeway glass columns panel-mounted part 952 according to the preferred embodiment of the present invention Figure.Figure 108 is the fragmentary bottom views of threeway glass columns panel-mounted part 952.Figure 109 is threeway glass columns panel-mounted part 952 side view.Figure 110 is the enlarged drawing of the base section of threeway glass columns panel-mounted part 952.

Figure 111 is the cross-sectional view of glass columns panel threeway assembly parts 954.Figure 112 is glass columns threeway panel dress The enlarged drawing of a part for accessory 954.

Figure 113 is according to the preferred embodiment of the present invention vertical including the firm panel 970 being assembled to each other and glass The stereogram of the wallboard assembly parts 956 of pole panel 950.Figure 114 is the enlarged drawing of the top section of wallboard assembly parts 956.Figure 115 It is the enlarged drawing of wallboard assembly parts 956.Figure 116 is the side view of wallboard assembly parts 956.Figure 117 is the bottom of wallboard assembly parts 956 The enlarged drawing of portion part.

According to the preferred embodiment of the present invention, each frameless wallboard (305) built in advance of panel wall system (301) All there is substantially the same height and identical width, the identical highly corresponds to floor (307) and ceiling (309) Between predetermined average height, and be selectively adjusted each height regulation assembly parts (333) to compensate floor (307) and day Deviation between card (309).

In view of the above, some, which are described below, is used in the production site pre-assembly wallboard (305) installed Method, the installation is room floor at erecting bed or working site and the smallpox that is fastened on overhead room Carried out between panel guide (329).In some embodiments, pre-assembly includes as shown in Figure 5 pressing from both sides the first lower section It is closely assembled the front and back that part (472) is fixed to frameless panel (315) in the base section of frameless panel (315).By Assembly parts (472) are clamped in the second lower section to be also optionally fixed on the base section of frameless panel (315), therefore the first He Second clamping assembly parts (472) are usually located to the opposite flank towards frameless panel (315).

As shown in such as Fig. 7 and Fig. 8, bottom floor groove (331) is in the longitudinal direction along frameless panel (315) bottom extends between the left surface and right flank of panel (315).First height adjustment mechanism (333) is fixed to the One lower section is clamped on assembly parts (472) and bottom floor groove (331), and the first governor motion (333) is configured to optionally Adjust the upright position of frameless panel (315).Second height adjustment mechanism (333) is fixed on bottom floor groove (331), Second height adjustment mechanism (333) is configured to selectively change frameless face independently of the first height adjustment mechanism (333) The upright position of plate (315).As shown in Example, the first height adjustment mechanism (333) and the second height adjustment mechanism (333) can be with At the relative base angle for being arranged in frameless panel (315).So, according to some embodiments, during installation, user (not shown) can optionally raise the left surface and right flank of frameless panel (315) (for example, manually or using electricity Power driven tools).

In some embodiments, as shown in fig. 6, ceiling track (327) is in the longitudinal direction along frameless panel (315) top extends between the left surface and right flank of frameless panel (315), and ceiling track (327) is configured to It is inserted into smallpox panel guide (329) removable.Especially, for example top or top are pressed from both sides using bolt fastener It is closely assembled front and the back of the body that one of part (326) is fixed to frameless panel (315) at the top of frameless panel (315) Face, and top is clamped into assembly parts (326) fixed on ceiling track (327).In some embodiments, as in Fig. 4 Exemplified, the second top is clamped into the top section that assembly parts (326) are fixed to frameless panel (315), first and second Top clamping assembly parts (326) are usually located to the opposite flank towards panel (315).After pre-assembly, by one or The wallboard (305) of the multiple pre-assemblies of person is transported to erecting bed.In some embodiments, to transport external member or part set The form of part provides the wallboard (305) of multiple pre-assemblies to the erecting bed of the additional assemblies with panel wall system (301).

As shown in Figure 148 and Figure 149, some are used to install between the floor in room and smallpox panel guide (329) The method of panel wall system (301) is included the ceiling track (327) of the wallboard (305) of pre-assembly and smallpox panel guide (329) align.By making the top shape of wallboard (305) have a certain degree or it is turned forward, by ceiling track (327) it is inserted into smallpox panel guide (329) removable.The bottom of wallboard (305) is moved forward and by floor ditch Groove (331) is operatively resisted against on floor, ceiling track (327) is contained in smallpox panel guide (329).Then pass through The upright position for the wallboard (305) for activating one or more governor motion (333) to adjust pre-assembly, ceiling track (327) front and back position is limited by smallpox panel guide (329), while working as the vertical of the wallboard (305) of regulation pre-assembly During position, ceiling track (327) can also be slided up and down vertically.

In some embodiments, realize that height is adjusted (that is, not by electric tool, for example, electric drill) in a manual manner. In other embodiments, governor motion is activated using electric tool.In some embodiments, (for example, such as Figure 19 to figure Shown in 22), actuating governor motion includes the first end of the first leg of driving and the first end of the second leg is moved towards each other, Second end pivoted of the first leg is connected to the second end of the second leg.In some embodiments (for example, if Figure 28 is into Figure 33 Shown), actuating governor motion (for example, using worm gear, such as worm gear 466) includes making first component (334), second component (336) it is rotated relatively to each other with the 3rd component (338), so that the 3rd component (338) telescopically prolongs from second component (336) Stretch, and second component (336) is telescopically extended out from first component (334).As shown in Example, along bottom Bottom (509) is installed.

According to another preferred aspect of the present invention, panel wall system (301) of the invention can be with least one tape frame Wallboard (567) is used together and further comprises at least one tape frame wallboard (567), at least one described tape frame wallboard (567) at least one other wallboard (305,315,567) that will be with panel wall system (301) is fitted together, no matter it is described its His wallboard is " frameless " wallboard (315) or " tape frame " wallboard (567).Assembling wallboard (305,315,567) be by What corresponding component was carried out, example as shown in the drawing, it is preferable that integrated can power-actuated paired height regulation assembling Part (333) is also associated with each tape frame wallboard (567) and is inserted into the corresponding bottom of tape frame wallboard (567) In floor groove (331) (or can be previously assembled at the corresponding bottom floor groove (331) of tape frame wallboard (567) Together), each height regulation assembly parts (333) include bearing edge (335), for operatively supporting part framework wallboard (567) distance from bottom (569), so that the bottom spacing groove by correspondingly raising or reducing tape frame wallboard (567) (569) tape frame wallboard (567) is optionally raised or reduced, thus allow to carry out tape frame wallboard (567) vertical Highly adjust and anglec of rotation regulation is carried out to it, each " frameless " wallboard (315) of this and panel wall system (301) is phase As.

Preferably, tape frame wallboard (567) includes pull-down lid (571), and the pull-down lid (571) can be nested Bottom spacing groove (569) in tape frame wallboard (567) is interior and can be operated between decline construction and elevated configuration, from And optionally close to the height adjustment mechanism (333) associated with tape frame wallboard (567), when referring to Figure 144 to Figure 147 It can easily understand that this point.

Preferably, by the corresponding spring being arranged between bottom spacing groove (569) and pull-down lid (571) (573) spring loads, are carried out to pull-down lid (571), so as to push pull-down towards construction is declined relative to floor (307) Lid (571), this point is can easily understand that when referring to Figure 146 and Figure 147.

Figure 118 is the stereogram of the wallboard assembly parts 980 including door pillar 982 according to the preferred embodiment of the present invention. Figure 119 is the side view of wallboard assembly parts 980.

Referring now to Figure 120 to Figure 124, by least one column connection clip (577), by the first and second adjacent bands Framework wallboard (567) is connected to each other, and at least one described column connection clip (577) can be removably inserted to adjacent Vertical pillars (575) paired slit (579) in.

According to the present invention another preferred embodiment, tape frame wallboard (567) includes middle spacing groove (581) With the external cap (583) which is provided with internal suspension (585), middle spacing is arrived by the way that suspension (585) is suspended in midair On groove (581), external cap (583) is installed on tape frame wallboard (567), can be held when referring to Figure 125 to Figure 132 Change places and understand this point.

External cap (583) can be metal-back (583), in this case, internal suspension (585) it is also preferable that Stiffener assembly (587), for providing structural rigidity for metal-back (583), as shown in Figure 133 and Figure 134.

Figure 135 is MDF according to the preferred embodiment of the present invention (medium density fibre board (MDF))/stackable firm panel and glass The cross-sectional view of face plate assembly parts 990, the assembly parts 990 include the wall construction body 1102 being made up of the first material.

Figure 136 is MDF (medium density fibre board (MDF))/stackable firm panel according to presently preferred embodiment With the cross-sectional view of glass rod panel-mounted part 992, the assembly parts 992 include the wall construction body 1104 being made up of the second material And including layer body 1106.

According to another preferred embodiment of the present invention, and as Figure 137 into Figure 140 preferably shown in, with frame The level that frame wallboard (567) can include being limited between the paired stack assemblies (1591) of tape frame wallboard (567) hooks ditch Groove (589), the hooking groove (589) is configured for receiving at least one to hook bracket (591).

Preferably, each hooking bracket (591) includes hooking part (593) and foil portion (595), hooks bracket (591) hooking part (593) is complementary, also, hooking groove (589) with the shape of hooking groove (589) in shape Preferably include groove (597), the groove (597) be shaped as it is dished upwards, as shown in Figure 139.

Figure 141 is the side of the wallboard assembly parts 1002 according to the preferred embodiment of the present invention that arrangement is constructed along light and spacious floor View.Figure 142 is the amplification cross-sectional view of the top section of wallboard assembly parts 1002.Figure 143 is the bottom of wallboard assembly parts 1002 The enlarged drawing of portion part.

Figure 144 is the tape frame glass panel 1004 according to the preferred embodiment of the present invention provided with pull-down lid 1006 Interrupted stereogram.Figure 145 is the stereogram of bottom view of tape frame glass panel 1004, and tape frame glass panel 1004 here does not have There is bottom 1008.

Preferably, panel wall system (301) includes at least one other complementary wallboard (599), the complementary wallboard (599) it is selected from by glass columns panel, firm panel, door pillar, metal framework panel, stackable panel and light and spacious floor panel structure Into group, so as to obtaining a variety of assembly parts of different wallboards, example as shown in the drawing.

It is best understood from now, the present invention is the significant improvement to traditional panel wall system, when referring to accompanying drawing and Ben Fa During bright description, those of ordinary skill in the art can easily understand that this point.

For example, for the present invention " flush joint panel " embodiment, its may have following component, feature, arrangement, mutually Relation, variant and/or the advantage of generation, i.e.,：A) there are the modular panels of continuous bottom and top cover；B) will be in working site Assemble continuous bottom and top cover；C) 3/8 " safety glass at vertical edge have 1/8 " chamber, for two-way, threeway or Perfect docking is realized when person's four-way is installed；D) height of bottom keeps constant；E) realize that about +/- 1 " height is adjusted, group Part is advanced inside floor groove and bottom；F) height regulation is either manually operated by the mechanically actuated of electric tool (option one --- gear-box and left-hand thread bar；Option 2 --- rotation, radially connected tubular gear；And, option 3 --- Twin shaft and gear-box)；G) it can be carried out regulation from two sides of panel；H) rug clip/shockproof bed board (seismic Floor plate) ensure to have between adjacent panels consistent and accurate distance/spacing；I) rug clip/shockproof bed board allows Panel is placed at any angle；And j) vertical flush joint filler/connector ensures rigid and unique design outward appearance.

For " rug clip/shockproof floor connection " embodiment of the present invention, it may have following component, feature, cloth Put, the advantage of correlation, variant and/or generation, i.e.,：A) all panels are all fixed to floor groove by screw thread rug clip On；B) size is kept, prevents system from expanding in working site；And, c) setscrew is used as rug clip, is additionally operable to retentively Plate groove is in place (in earthquake areas, to be nailed on floor groove fixed to fixed screw using nut and by bed board bolt on ground On plate).

For the present invention " glass columns panel " embodiment, its may have following component, feature, arrangement, mutually Relation, variant and/or the advantage of generation, i.e.,：A) glass panel is the modularization integral panels with depression base；B) glass surface Plate receives 1/4 " and 3/8 " glass；C) glass panel framework by being coated with the fluting aluminium post or steel column group of aluminium extrusion thereon Into；D) connection of panel and panel is realized by hook clip, the hook clip is inserted into the vertical edge punching along column In the line of rabbet joint standard component of pressure；E) the door side (reveal) between panel in the presence of about 3/8 "；F) top spacing groove 2.5 ", bottom Portion's spacing groove 3 "；G) realize that about +/- 1 " height is adjusted, trench interiors are advanced on floor --- preferably, by fixation Glass is held in place by the fixture on to framework；H) depression base and the spring-loaded pull-down lid that is combined together are by height Degree governor motion stashes；I) the spring-loaded pull-down lid of pre-assembly in the factory；And j) by column and spacing Trench design is into the radius with about 4 ".

For the present invention " firm panel " embodiment, its may have following component, feature, arrangement, correlation, Variant and/or the advantage of generation, i.e.,：A) firm panel is the modularization integral panels with depression base；B) firm panel is It is stackable；C) firm panel frame is that vertical slit is carried on steel, column；D) by the folder on steel fluting column Son realizes the connection of panel and panel；E) slit on column, which will also be provided, suspends different types of annex (that is, top plate, work in midair Table top, furniture, shelf, etc.) method --- moreover, this can in the horizontal direction be realized by horizontal rail groove；f) Housing is clipped to or suspended in midair onto framework using reinforcement, into the steel/spring for being fastened to lower portion or horizontal suspension In steel clamp；G) depression base carries the spring-loaded pull-down lid being combined together；H) realize that about +/- 1 " height is adjusted Section, on floor, trench interiors are advanced, and fixture is tightened on framework；I) height is adjusted from the side of panel by electric tool； J) optional continuous horizontal hooking groove is merged on framework；K) optional continuous level, which hooks grooved belt, stackable Panel；And l) overall width of hooking groove is 3/8 ", slit is configured to the circular bracket to receive same shape, so Design to prevent bracket from dropping.

For " height regulation assembly parts " embodiment of the present invention, it can have following component, feature, arrangement, phase Mutual relation, variant and/or the advantage of generation, i.e.,：A) realize that about +/- 1 " height is adjusted, trench interiors are advanced on floor, will Fixture is tightened on framework or clamped 3/8 " or 1/2 " glass；B) height is adjusted from the side of panel by electric tool； C) gear-box assembly parts operation left-hand thread bar, left-hand thread bar and then the steel for operating the interconnection being fixed on glass retaining jig Arm；And height regulation d) can be carried out from both sides.

According to the present invention, panel wall system and corresponding part are preferably made up of substantial rigid material, the rigid material Material e.g. metal material (aluminium, stainless steel, etc.), hardening polymer, composite and/or other similar materials, but be The advantage of the generation of realization Brief Discussion herein, it is preferable that depending on desired by panel wall system and final working space Application-specific and different cause parameters (parameters in cause), can according to the other assemblies of the panel wall system of the present invention With by be adapted to forging elastomeric material be made, the elastomeric material be, for example, high polymer material (plastics, rubber, etc.) and/or Other similar materials, this will be apparent to practitioners skilled in the art.

Now can also be it is further recognized that the panel wall system of the present invention be improvements over the prior art, reason is, this Invention there is provided moveable non-progressive install with detachable panel wall system, be particularly suitable for for example with very quick , simple, convenient, suitable, systematization and cost-effective mode installs frameless wallboard, such as flush joint wallboard, Thus the corresponding shortcoming for avoiding " element type " method of traditional panel wall system from existing.

Certainly, can be to above-mentioned embodiment in the case of the scope of the invention limited without departing from claims Make a variety of improvement.For example, Figure 150 to Figure 177 shows the feature of the panel wall system 301 according to some embodiments.

Figure 150 to Figure 152 shows the component of the frameless wallboard 305 of the pre-assembly according to some embodiments.As schemed Shown, wallboard 305 includes the multiple components similar to component noted earlier.In some embodiments, pre-assembly is rimless Frame wallboard 305 includes paired separated top and clamps assembly parts (326) (being shown in further detail in Figure 151), paired day Card track (327), each ceiling track (327) is structured to be fixed to corresponding one top clamping assembly parts (326) on.The frameless wallboard (305) of pre-assembly also includes wallboard (315), paired height regulation assembly parts (333) (figure Shown in further detail in 152) and bottom floor groove (331).Although the multiple components shown are all provided in pairs, It is that present invention contemplates the situation more or less than two components.

Figure 153 to Figure 155 shows the slip door frame (800) for being used to be used together with panel wall system (301).Generally, it is sliding Dynamic mounting for door (for example, sliding mounting for door (541)), which is operatively fixed to, to be slided on door frame (800).As illustrated, sliding Dynamic door frame (800) includes the first side frame (802), the second side frame (804) and in the first side frame (802) and the second side frame (804) end plate (806) extended between.

According to some embodiments, the first side frame (802) and the second side frame (804) are mutual mirror images, therefore, with reference to Side frame (802) describes the feature of both the first side frame (802) and the second side frame (804).According to some embodiments, figure 154 be the partial view of the door frame (800) in the region 154-154 specified in Figure 153, also, Figure 155 is bowing for Figure 154 View.As shown in Figure 155, the first side frame (802) includes the frameless panel closed on for being used to clamp board wall system (301) The clamping assembly parts (810) of (not shown) and the interior cover assembly for providing aesthetic surface to the user of system (301) (812)。

In some embodiments, assembly parts (810) are clamped to limit for being clamped to the vertical of the frameless panel closed on Receiving groove (813) on edge, clamping assembly parts (810) includes Part I (820) and Part II (822), described the A part of (820) and Part II (822) are configured to define complementary fit and accommodate groove (813) to limit.As illustrated, folder Being closely assembled part (810) also includes holding member (824,826), and holding member (824,826) is configured to distinguish in an opposing fashion Fixed on Part I (820) and Part II (822).

Cover assembly (812) optionally includes being used to cover assembly (812) being fixed to clamping consolidating on assembly parts (810) Determine device.In some embodiments, the fixing device is by cover assembly (812) and clamps assembly parts (810) receiving Sealing gasket (830), for cover assembly (812) to be maintained at into clamping assembly parts (810) by frictional force, such as institute in Figure 155 Show.

In some embodiments, assembling panel wall system (301) is included Part I (820) and Part II (822) On the opposite side of vertical edge fixed to the frameless panel closed on, and, will using one or more fastener (832) Part I (820) and Part II (822) are fixed together, so that by frameless panel (not shown) and system (301) Relevant portion is fixed on the first side frame (802).Second side frame (804) is optionally fixed to another nothing of system (301) It is fixed on frame panel (not shown) and by end plate (806) between the first side frame (802) and the second side frame (804).One In a little embodiments, mounting for door (for example, such as, sliding mounting for door (541)) will be slided and be operatively fixed to end plate (806) On.

Figure 156 to Figure 161 shows the additional features of panel wall system (301), and the additional features are used to further improve body It is the resistance of (301) for undesirable motion, the undesirable motion is, for example, the motion relevant with seismic activity.Figure 156 and Figure 157 is shown fixed to the ceiling track (327A, 327B) (for example, similar to ceiling track (327)) closed on With the upper carriers (900) on smallpox panel guide (329), upper carriers (900) strengthen or otherwise improved system (301) for the resistance of undesirable motion.As shown in Figure 158 and Figure 159, upper carriers (900) include first and hung down Straight legs (902) and the second vertical leg (904), the first vertical leg (902) are positioned at the top of the second vertical leg (904) and from Two vertical legs (904) are offset backward.Moreover, according to some embodiments, the first vertical leg (902) is significantly than the second vertical leg (904) it is thinner.As illustrated, the first vertical leg (902) and the second vertical leg (904) are used to receive fastener (example including multiple Such as tapping screw (908)) hole (906) (Figure 156 and Figure 157).

As shown in Figure 156 and Figure 157, upper carriers (900), also referred to as top cross tie part, it is centrally located in Between the ceiling track (327A, 327B) closed on, the first vertical leg (902) is fixed to smallpox using tapping screw (908) It is fixed on panel guide (329) and by the second vertical leg (904) on the ceiling track (327A, 327B) closed on.At least with This mode, the ceiling track (327A, 327B) closed on of system (301) is fixed together and also fixed them to To provide the additional resistance of the undesirable motion for system (301) on smallpox panel guide (329).

Figure 160 to Figure 162 shows lower section bracket (930), and lower section bracket (930) is adapted to receive in the bottom floor ditch closed on Groove (331A, 331B) is interior and is fixed on floor to improve resistance of the system (301) for undesirable motion.As schemed Shown by 160 and Figure 162, the elongate articles form of U-shaped groove of lower section bracket (930) formation with relatively short side wall, Lower section bracket (930) includes the hole (932) of two centralized positionings.When in use, lower section bracket, also referred to as lower section cross tie part, quilt It is received in the bottom floor groove (331A, 331B) closed on, and fastener (not shown) (such as cement nail) is worn by driving Via (932) enters in floor, to help bottom floor groove (331A, 331B) being fastened on floor.

Figure 163 to Figure 167 shows another height regulation assembly parts (333) according to some embodiments.As illustrated, Highly regulation assembly parts (333) include scissor height adjustment mechanism, and the scissor height adjustment mechanism includes base (339), the relative first end end cap (441) and second end end cap (443) stretched out from base (339), and, rotatably Ground surrounds the height regulating rod (445) that end caps (441,443) are installed.Height regulating rod (445) has the first threaded sections (447) and the second threaded sections (449), the first threaded sections (447) and the second threaded sections (449) set phase relative to each other Anti- screw thread.Highly regulation assembly parts (333) also include the first regulation leg (451) and the second regulation leg (453), the first regulation leg (451) there is the end that is pivotally mounted on slide track component (455) and be pivotally mounted on bearing edge (335) the Two ends, the slide track component (455) is threadably engaged on the first threaded sections (447) of height regulating rod (445). As illustrated, the second regulation leg (453) has the end being pivotally mounted on slide track component (457) and is pivotally mounted to Second end on bearing edge (335), the slide track component (457) is threadably engaged to height regulating rod (445) On second threaded sections (449) so that the rotation of public height regulating rod (445) along a first direction causes bearing edge (335) rise, and cause rotation of the public height regulating rod (445) along opposite second direction to cause support The reduction at edge (335).

In some embodiments, the second end of the first and second regulation legs (451,453) surrounds common pivot axis (459) pivotally it is installed on the base section of bearing edge (335), such as Figure 17, Figure 18, Figure 21 and Figure 22 is preferably shown 's.Adjusting leg (451,453) optionally includes sunk part (451A, 453A), for making in drop-down regulation leg (451,453) It avoids or received a part for height regulating rod (445) when entering reduction construction.Figure 165 to Figure 167 shows that height is adjusted Assembly parts (333) are in retraction or folded state (Figure 165), intermediateness (Figure 166) and extension or deployed condition (Figure 167) Between motion.

Figure 168 to Figure 177 shows the multiple features and component of panel wall system (301), and the panel wall system (301) includes many The wallboard (305) of individual pre-assembly, the wallboard (305) and the wallboard of the pre-assembly shown in Figure 150 of the pre-assembly (305) it is similar.Figure 168 shows the main parallax stereogram of panel wall system (301), and the panel wall system (301) includes multiple close on The wallboard (305) of pre-assembly, the multiple wallboard (305) includes the first pre-assembly wallboard (305A), the second pre-assembly Wallboard (305B) and the 3rd pre-assembly wallboard (305C).As illustrated, wallboard (305) includes being configured to guide rail and felt block The through hole (513) of system (950).

In some embodiments, guide rail and felt block system (950) include being formed multiple guide rails (952) of support frame and The multiple felt blocks (954) supported by the framework.Optionally, by fastener, clip, bracket, adhesive or other expectations Fastener by felt block (954) be fixed to guide rail (952) on.The construction of a variety of guide rails and felt block system is contemplated, wherein, figure 169 show the guide rail (952) for supporting one or more felt block (954) formed by one piece or polylith fabric, Figure 170 Guide rail (952) for supporting one or more felt block (954) formed by thin plate or laminated material, also, figure are shown 171 show for supporting leading for one or more felt block (954) that are formed by the laminated glass that can act as such as marking plate Rail (952).

Figure 172 shows the rear perspective view of system (301), and the second guide rail and felt block system (950B) are arranged on system (301) the back side.Guide rail and felt block system (950B) are shown, wherein removing felt block to show in guide rail (952B) in Figure 172 Hole (956B), the hole (956B) be used for using through hole (513) by guide rail be fixed to wallboard (305A, 305B, 305C) on.Example Such as, it is screwed into fastener through hole (513), such as bolt and packing ring (Figure 174) are so as to by guide rail and felt block system (950,950B) It is fixed in place on the relative side of wallboard (305A, 305B, 305C).

It is as shown in Figure 168, wallboard annex (such as shelf (960) or table surface extending body (962)) is optionally solid Fixed (for example, cantilevered is fixed) is to guide rail (952) or on the feature (not shown) in felt block (954).Figure 173 is edge The amplification cross-sectional view that line 173-173 in Figure 172 is obtained, for the ease of example, removes the second guide rail and felt block system (950B).As illustrated, shelf (960) is inserted into the opening in guide rail (952) so that shelf (960) cantilevered is fixed On guide rail (952).As shown in Figure 168, one or more felt block (954) includes being used to receive receptable assembly (964) opening or other features.Receptable assembly (964) includes a variety of low pressure, normal voltage or high-tension terminal device In any one or multiple, all 110 volts of sockets, LAN (LAN) sockets, radio frequency (RF) cables in this way of the socket device Socket, or other sockets.Figure 172 shows receptable assembly (the 964) (glass of light-transmitting panel (305B) looked from behind Observed), and Figure 175 is Figure 172 region 175-175 enlarged drawing.As shown in Figure 175, receptable assembly (964) include bracket (966), the bracket (966) is fixed on felt block (954) using fastener (such as screw).Appoint Receptable assembly (964) is fixed to (Figure 176), the cable tube on cable tube feeding (conduit feed) assembly parts by selection of land Feeding assembly parts are connected to power supply (for example, the connection of 110V power supplys, LAN, cable television, or other power supplys).If desired If, cable tube feeding assembly parts can link to bottom (509) (Figure 168) and be connected to power supply through bottom (509).Insert Seat assembly parts (964) thus provide the effective and easy-to-assemble scheme of appearance for the deployment socket in system (301).

Figure 176 and Figure 177 show the component of another receptable assembly (970), and the receptable assembly (970) is constructed Into being mounted adjacent on the bottom of system (301) of bottom floor groove (331).As illustrated, receptable assembly (970) includes First socket (972), the second socket (974), electric interconnection part (976), the first mounting bracket (978), the second mounting bracket (980), cable tube feeding assembly parts (982), and the improved bottom (984) similar to the effect of bottom (509).

First socket (972) and the second socket (974) are optionally electrically connected by electric interconnection part (976).As schemed Show, the first socket (972) and the second socket (974) are configured to Unite States Standard 110V sockets, but such as on receptable assembly (964) it is previously mentioned, it can be envisaged that any kind of socket structure.In some embodiments, the first bracket (978) is constructed Into clipping on the first socket (972) and the second bracket (980) is similarly configured into and clipped on the second socket (974).

In certain embodiments, the improved bottom (984) includes being used for operatively exposing the first socket for user (972) the first opening (990) and the second opening (992) for operatively exposing the second socket (974) for user.Institute State bottom (984) also include be used for bayonet fittings relation receive the first bracket (978) a part the first slit (996) with And for the second slit (998) for the part that the second bracket (980) is received with bayonet fittings relation, and limit upper groove (999), the upper groove (999) is configured to receive first and second socket (972,974), the electric interconnection part (976), first and second mounting bracket (978,989) and cable tube feeding assembly parts (982).

Figure 177 is the end for the relation for being clasped or being clamped together for showing the second bracket (980) and bottom (984) View, the other parts of assembly parts (970) are removed for the ease of displaying.As illustrated, the second bracket (980) is snapped into bottom (984) in, the bottom (1000) of the second bracket (980) is prominent through the second slit (998) (being hidden in Figure 177).To In the case that component is fully or partly fitted together, bottom (984) is fixed to one or more undercut (331) on, and cable tube feeding assembly parts (982) are connected to power supply (for example, the connection of 110V power supplys, LAN, You Xian electricity Depending on, or other power supplys).Thus, receptable assembly (970) in the system (301) deployment low pressure and/or high-tension terminal provide It is effective and hold easy-to-assemble scheme.

Although it have been described that modular wall system and the various features of correlation technique, but it is to be understood that without departing from It is contemplated that a variety of different features and combinations thereof in the case of the scope of the present invention.Although for example, previously described embodiment party Formula is related to special characteristic, but the scope of the present invention also includes the embodiment of the various combination with feature and do not include institute There is the embodiment of Expressive Features.Therefore, what the scope of the present invention was intended to fall within the scope of the appended claims is all these Alternative solution, improvement project, change programme and their all equivalents.

Claims

1. the wallboard of a kind of removable and detachable panel wall system, the wallboard be fixed on room floor and smallpox panel guide it Between, the smallpox panel guide is fixed to the ceiling in room, and the wallboard includes：

Frameless panel, it has top, bottom, left surface, right flank, front and back, and the frameless panel limits court To the top section and the base section towards the bottom at the top of the frameless panel；

Top clamps assembly parts, and it is fixed to described in the frameless panel in the top section of the frameless panel The positive and described back side；

Ceiling track, its in the longitudinal direction along the top of the frameless panel the frameless panel institute State and extend between right flank and left surface, the ceiling track is fixed to that the top clamps assembly parts and be configured to can Removable it is inserted into the smallpox panel guide；

Lower section clamps assembly parts, and it is fixed to described in the frameless panel in the base section of the frameless panel The positive and described back side so that the clamping assembly parts are configured to support the weight of the frameless panel；

First height adjustment mechanism, it is fixed to the lower section and clamps assembly parts and be configured to selectively change the nothing The upright position of frame panel；

Second height adjustment mechanism, it is configured to selectively change independently of first height adjustment mechanism described rimless The upright position of frame panel；

Bottom floor groove, it receives first and second height adjustment mechanism and in the longitudinal direction along described rimless The bottom of frame panel extends between the right flank and left surface of the panel, and bottom floor groove is constructed Into being placed on floor to support first and second height adjustment mechanism；And

Receptable assembly, it is configured to be attached to bottom floor groove, and the receptable assembly is described including being fixed to The bottom of undercut and the first socket of receiving, the first mounting bracket for being fixed to first socket and the company of being configured to It is connected to the cable tube feeding assembly parts of power supply.

2. wallboard according to claim 1, its further comprise the second socket and be electrically connected first socket and The electric interconnection part of second socket.

3. wallboard according to claim 2, wherein, the bottom includes the first opening with exposure first socket, and And including the second opening with exposure second socket.

4. wallboard according to any one of claim 1 to 3, wherein, it is described to receive that the bottom includes the first slit First mounting bracket.

5. wallboard according to any one of claim 1 to 4, further comprises the second mounting bracket, the bottom includes Second slit is to receive second mounting bracket.

6. the wallboard of a kind of removable and detachable panel wall system, the wallboard be fixed on room floor and smallpox panel guide it Between, the smallpox panel guide is fixed to the ceiling in room, and the wallboard includes：

Ceiling track, its in the longitudinal direction along the top of the frameless panel the frameless panel institute State and extend between right flank and left surface, the ceiling track is fixed to that the top clamps assembly parts and be configured to can It is inserted into the smallpox panel guide with removing；

Bottom floor groove, it receives first and second height adjustment mechanism, and in the longitudinal direction along the nothing The bottom of frame panel extends between the right flank and left surface of the panel, and bottom floor groove is by structure Cause to be placed on the floor to support first and second height adjustment mechanism；And

Guide rail and felt block system, its hole being passed through in the frameless panel are fixed to the frameless panel.

7. wallboard according to claim 6, wherein, guide rail and felt the block system leads including forming the multiple of support system Rail.

8. the wallboard according to claim 6 or 7, wherein, guide rail and felt the block system is included by the support system branch Multiple felt blocks of support.

9. wallboard according to claim 8, wherein, the multiple felt block is fixed to the support system.

10. wallboard according to claim 8 or claim 9, wherein, the multiple felt block includes fabric.

11. the wallboard according to any one of claim 8 to 10, wherein, the multiple felt block includes thin plate or lamination Thing.

12. the wallboard according to any one of claim 8 to 11, wherein, the multiple felt block includes glass.

13. the wallboard according to any one of claim 7 to 12, further comprises being fixed to the attached of the support system Part.

14. wallboard according to claim 13, wherein, the annex includes shelf.

15. wallboard according to claim 13, wherein, the annex includes table surface extending body.

16. one kind may move and dismountable panel wall system, including：

The smallpox panel guide extended along the ceiling in room；

The the first frameless wallboard built in advance, it includes：

Panel, it has top section and base section；

Top clamps assembly parts, and it is fixed to the top section of the panel；

Ceiling track, it is fixed to the top and clamps assembly parts and in the longitudinal direction along the top of the panel Portion extends between the right flank and left surface of the panel,

It is inserted into the smallpox panel guide ceiling track removable；

Lower section clamps assembly parts, and it is fixed to the base section of the panel；And

Bottom floor groove, it is fixed to the lower section and clamps assembly parts, and bottom floor groove is placed in the floor in room On；And

The the second frameless wallboard built in advance, it closes on the first frameless wallboard positioning built in advance, described advance The the second frameless wallboard built includes：

Panel, it has top section and base section；

Top clamps assembly parts, and it is fixed to the top section of the panel；

It is inserted into the smallpox panel guide ceiling track removable；

Lower section clamps assembly parts, and it is fixed to the base section of the wallboard；And

Bottom floor groove, it is fixed to the lower section and clamps assembly parts, and bottom floor groove is placed on floor；

Top cross tie part, it includes the first vertical leg and the second vertical leg, and it is vertical that first vertical leg is positioned at described second Offset from second vertical leg above leg and backward, first vertical leg is fixed to the smallpox panel guide, and institute The second vertical leg is stated to be fixed on the ceiling track of the first and second frameless wallboards built in advance；And

Lower section cross tie part, it includes the hole of two centralized positionings, the lower section cross tie part be received within it is described build in advance One and second frameless wallboard bottom floor groove in and be fixed to the floor.

17. panel wall system according to claim 16, wherein, the top cross tie part and the lower section cross tie part are described Central places are positioned between the adjacent ceiling track of the first and second frameless wallboards built in advance.

18. the panel wall system according to claim 16 or 17, wherein, first vertical leg of the top cross tie part shows Write ground more narrower than second vertical leg of the top cross tie part.

19. it is a kind of production scene pre-assembly wallboard for installed in the room floor of working site with fixed to room day The method between smallpox panel guide on card, methods described includes：

Frameless panel is provided, the frameless panel has top, bottom, left surface, right flank, front and back, described Frameless panel limits the top section and the base section towards the bottom towards the top of the frameless panel；

Lower section clamping assembly parts are fixed to described in the frameless panel in the base section of the frameless panel The positive and described back side；

In the longitudinal direction along the bottom of the frameless panel the panel the right flank and left surface it Between extend bottom floor groove；

First height adjustment mechanism is fixed to the lower section and clamps assembly parts and bottom floor groove, first height Governor motion is configured to selectively change the upright position of the frameless panel；And

Second height adjustment mechanism is fixed to bottom floor groove, second height adjustment mechanism is configured to independence The upright position of the frameless panel is selectively changed in first height adjustment mechanism.

20. method according to claim 19, further comprises：

In the longitudinal direction along the right flank of the top of the frameless panel in the frameless panel and a left side Extend ceiling track between side, the ceiling track is configured to be removably inserted in the smallpox panel guide； And

One top clamping assembly parts are fixed to the institute of the frameless panel in the top section of the frameless panel The positive and described back side is stated, and top clamping assembly parts are fixed to the ceiling track.

21. the method according to claim 19 or 20, further comprises the wallboard that pre-assembly is transported from production scene.

22. the method according to any one of claim 19 to 21, further comprises transporting multiple advance groups from production scene The wallboard of dress.

23. it is a kind of between the floor in room and smallpox panel guide install panel wall system method, the smallpox panel guide along The ceiling in room extends and is fixed to the ceiling in room, and methods described includes：

Wallboard by the ceiling track of the wallboard of pre-assembly relative to vertical pre-assembly can be removed at an angle Insert in the smallpox panel guide, the wallboard of the pre-assembly includes likes：

Top clamps assembly parts, and it is fixed to described in the frameless panel in the top section of the frameless panel The positive and described back side, the ceiling track is in the longitudinal direction along the top section of the frameless panel in institute State and extend and be fixed to the top clamping assembly parts between the right flank of frameless panel and left surface；

The wallboard of the pre-assembly is rotated to vertical；

The bottom floor groove of the wallboard of the pre-assembly is operatively resisted against the day with extending along ceiling On the relative floor of card guide rail, bottom floor groove receives the first height adjustment mechanism and the second height adjustment mechanism simultaneously And in the longitudinal direction along the frameless panel the base section the frameless panel the right flank and Extend between left surface, first height adjustment mechanism clamps the institute that assembly parts are fixed to the frameless panel by lower section Base section is stated, the lower section clamps assembly parts and is fixed to the frameless face in the base section of the frameless panel The front and back of plate；And

The wall of the pre-assembly is adjusted by activating first height adjustment mechanism and second height adjustment mechanism The upright position of plate, the front and back position of the ceiling track of the wallboard of the pre-assembly is by the smallpox panel guide Constraint, while can in vertical direction be slided up and down when adjusting the upright position of the pre-assembly wallboard.

24. method according to claim 23, wherein, first height adjustment mechanism is activated in a manual manner.

25. the method according to claim 23 or 24, wherein, activate the first height regulation machine using electric tool Structure.

26. the method according to any one of claim 23 to 25, wherein, activating first height adjustment mechanism includes The first end of the first leg and the first end of the second leg are driven toward each other, and the second end of first leg is relative to second leg The second end be pivotally connected to.

27. the method according to any one of claim 23 to 26, wherein, first height adjustment mechanism includes having Internal thread and externally threaded substantially vertical first component and with externally threaded substantially vertical second component, it is described Second component is telescopically received in the first component, and methods described further comprises making the first component and described Two components rotate relative to each other, so that the second component telescopically stretches out from the first component.