CN106579785A

CN106579785A - Variable planform shelving system

Info

Publication number: CN106579785A
Application number: CN201710092883.7A
Authority: CN
Inventors: G·法诺吉亚基; L·布鲁西亚
Original assignee: Storage Specialist Ltd By Share Ltd
Current assignee: Storage Specialist Ltd By Share Ltd
Priority date: 2012-01-26
Filing date: 2013-01-28
Publication date: 2017-04-26
Also published as: IL233590A0; CN104244771B; MX351932B; AU2013211836A1; MX2014009072A; WO2013112998A1; BR112014018384A8; AU2016208419A1; CA2861087A1; EP2806766A1; HK1204533A1; DK2806766T3; KR20140125770A; EP2806766B1; BR112014018384A2; PT2806766T; CN104244771A; JP2015504768A; AU2013211836B2; CA2861087C

Abstract

Variable planform shelving systems include a variable support platform and a support surface assembly that is supported by the variable support platform. The variable support platform includes frames that can be repositioned relative to each other to vary the planform of the variable support platform. The support surface assembly provides a support surface for supported items. The support surface assembly is flexible and/or comprised of a plurality of linked panels so that the support surface provided varies in response to variation in the planform of the variable support platform.

Description

Variable geometry shelf system

The application is the divisional application of PCT application PCT/US2013/023449 that July 25 in 2014 enters thenational phase, Its applying date is on January 28th, 2013, and thenational phase Application No. 201380006743.3.

Background technology

Shelf is frequently used for display and/or storage article.For example, the retail shop such as department store is generally included by mistake Multiple rows of shelf that road separates.Multiple rows of shelf is generally included with the tripe systems suitable for displaying and/or storing different type commodity The shelf made.

Multiple existing shelf systems can be customized to a certain extent display and/or store special article.For example, Vertical spacing between the quantity of the shelf for being used and/or each shelf can often be changed with Jing.Also, the chi of the shelf for being used It is very little to be selected based on the space for these shelves in advance.However, existing shelf system may be not suitable for being reconfigured, Inevitably with heteroid new shelf come change and a part for shelter as the retail shop or reconstruction for remaking.

Accordingly, it is believed to be desirable to the shelf system that can more reconfigure than existing shelf system.

The content of the invention

Disclosed herein is the shelf with variable geometry, shelf system and relative article (such as table, clothes hanger).It is disclosed herein Component includes the variable supporting platform that can be resized and/or shape again, and can include by the variable Zhi Chengping The supporting surface component of platform supporting.Supporting surface component provide can in response to the variable supporting platform be sized and/ Or shape again and be adjusted size and/or the supporting surface for shaping again.Therefore, rack assembly disclosed herein and correlation Article has the flexibility of increase relative to existing rack assembly, can be re-configured to required form and/or size.

In various embodiments, variable geometry shelf system is provided with least one shelf, and the shelf has variable geometry. The shelf can include two or more frameworks, and each framework can provide a part for variable supporting platform.Each frame Frame can include at least one interaction end for being configured to interact with other frameworks, and at least one framework can To be coupled with the adjacent frame near interaction end so that each adjacent frame of connection relative to each other can be moved To adjust the profile of the shelf.

In various embodiments, there is provided a kind of shelf with variable geometry.The shelf includes the first framework, the second framework With supporting surface component, the Part I of the variable supporting platform of first framework offer, second framework provide the variable supporting The Part II of platform, supporting surface component is supported by variable supporting platform and the article to be supported by the shelf provides supporting Surface.Relative localization between first framework and the second framework can be change, to change the profile of variable supporting platform. It is flexible to hold surface component, and/or including multiple connection plates so that the supporting surface for being provided is in response to variable Zhi Chengping The change of the profile of platform and be changed.In various embodiments, the relative orientation of the first framework and the second framework be it is variable, To change the profile of variable supporting platform.

In various embodiments, shelf still further comprises the 3rd framework, and the 3rd framework provides the variable supporting platform Part III.3rd framework is arranged between the first framework and the second framework.3rd framework and the first framework and the second frame Relative localization between each of frame is variable, to change the profile of the variable supporting platform.For example, the 3rd framework can To be slidably coupled with each of the first framework and the second framework.

In various embodiments, the relative orientation of the first framework and the 3rd framework is variable, to change variable Zhi Chengping The profile of platform.Also, in various embodiments, the relative orientation of the second framework and the 3rd framework be it is variable, it is variable to change The profile of supporting platform.

First framework, the second framework and the 3rd framework can be with the suitable details to provide variable supporting platform.Example Such as, first framework and/or second framework can have the groove gap for the part for receiving the 3rd framework.In multiple embodiments In, the first framework, the second framework and the 3rd framework each with the upper surface having a common boundary with supporting surface component, these upper tables Face is coplanar.In various embodiments, the first framework and/or the second framework have half elliptic profile, the 3rd framework tool There is the profile of ellipse.In various embodiments, the 3rd framework includes elongated hole.The elongated hole receives first coupling pin, and this One coupling pin is coupled with the first framework and extends through the groove gap of the first framework.The elongated hole also receives the second coupling pin, and this Two coupling pins are coupled with the second framework and extend through the groove gap of the second framework.In various embodiments, the first framework and second Framework each includes end, and the end is suitable to the end in the end and is attached to supporting member.

In various embodiments, shelf supporting surface component be constructed such that the profile of the supporting surface component in response to The change of the profile of variable supporting platform and be changed.For example, in various embodiments, the shelf supporting surface component includes The vertically-oriented flexible sheet of multiple interconnections.The flexible sheet is formed by suitable material (such as Merlon).Also, In multiple embodiments, the shelf supporting surface component includes the vertically-oriented plate of multiple connections.For example, the plate of horizontal orientation Each can have one or more reception connecting pins groove gap, these connection cottered joint horizontal orientation plates in adjacent panels Piece.

On the other hand, there is provided the shelf system with variable geometry.The shelf system includes that the first shelf, second are put Frame, at least one first supporting column pieces and at least one second supporting column pieces, first shelf has variable geometry, and this second is put Frame has variable geometry and higher than first shelf.In various embodiments, each bag in the first shelf and the second shelf Include above-mentioned first framework, the second framework and the 3rd framework.First supporting column piece supports the first frame of the first shelf and the second shelf Frame.And the second supporting column piece supports the second framework of the first shelf and the second shelf.In various embodiments, using one or Multiple aiding support column pieces.

In various embodiments, shelf system includes substrate.The substrate can include top, bottom, at least one first Cylindrical component, at least one second cylindrical components and multiple 3rd cylindrical components, the top is included with above-mentioned variable geometry Shelf, the bottom include the shelf of above-mentioned variable geometry, and at least one first cylindrical component is attached to first framework on top With each in the first framework of bottom, at least one second cylindrical component is attached to the of second framework on top and bottom Each in two frameworks, each cylindrical component are attached to the 3rd framework on the top and the 3rd framework of the bottom.

In various embodiments, the shelf system includes the skirt board component for being attached to substrate.Skirt board component can be wrapped The first skirt board member, the second skirt board member and the 3rd skirt board member are included, the first skirt board member is attached to top At least one of first framework of first framework and bottom, the second skirt board member are attached to second framework on top with At least one of second framework in portion, and the 3rd skirt board member is attached to the 3rd framework on top and the 3rd of bottom the At least one of framework.At least one of first skirt board member, the second skirt board member and the 3rd skirt board member can To include extending plate, in the extension plate and the first skirt board member, the second skirt board member and the 3rd skirt board member An adjacent overlap, the kinds of platform for the substrate are constructed.

In various embodiments, shelf system includes at least one price display module, and the price display module is attached to At least one of first shelf and the second shelf.The price display module can include the first price display segment, the second price Display segment and the 3rd price display segment, the first price display segment are attached to the first framework and are configured to show price tag, The second price display segment is attached to the second framework and is configured to show price tag, the 3rd price display segment and the first valency At least one of lattice display segment and the second price display segment slide and are coupled.3rd price display segment is flexible and is enough made Into display price tag.

On the other hand, there is provided the table with variable geometry.The table include the first upper frame, the second upper frame, the 3rd Upper frame, supporting surface component, the first base frame, the second base frame, the 3rd base frame and multiple intermediate members, this One upper frame forms the Part I of variable supporting platform, and second upper frame forms the Part II of variable supporting platform, should 3rd upper frame provides the Part III of variable supporting platform, and the supporting surface component is provided for the article that supported by the table Supporting surface, first base frame form a part for the variable substrate being arranged on below variable supporting platform, second base Bottom framework forms a part for the variable substrate, and the 3rd base frame forms a part for the variable substrate, multiple middle structures Part is arranged between variable substrate and variable supporting platform and is attached to variable substrate and variable supporting platform.3rd upper frame It is arranged between the first upper frame and the second upper frame.Between each of 3rd upper frame and the first upper frame and the second upper frame Relative localization be all variable, to change the profile of the variable supporting platform.The supporting surface component is by the variable Zhi Chengping Platform is supported.The supporting surface component can be at least one of flexible multiple connection plates and/or including multiple joint covers Piece so that the supporting surface for being provided is changed in response to the change of the profile of variable supporting platform.3rd substrate frame Frame is arranged between the first base frame and the second base frame.3rd base frame and the first base frame and the second substrate frame Relative localization between each of frame is variable, to change the profile of the variable supporting platform.

In various embodiments, intermediate member includes multiple first intermediate members, multiple second intermediate members and multiple Three intermediate members.Each first intermediate member is attached to the first upper frame and the first base frame.Each second intermediate member Second upper frame and the second base frame are attached to all.Each the 3rd intermediate member is attached to the 3rd upper frame and the 3rd substrate Framework.Any suitable constructions of intermediate member, such as cylindrical component can be used.

In various embodiments, table supporting surface component is constructed such that the profile of the supporting surface component may be in response to The change of the profile of variable supporting platform and be changed.For example, in various embodiments, the table supporting surface component includes many The vertically-oriented flexible sheet of individual interconnection.Used as another example, in various embodiments, the table supporting surface component includes The horizontal orientation flexible sheet of multiple connections, the horizontal orientation flexible sheet of the connection have one or many of reception coupling pin Individual groove gap, these coupling pins are to be coupled the adjacent plate of horizontal orientation plate.

For the property and beneficial effect of the more complete understanding present invention, subsequent specific embodiment and accompanying drawing should be referred to. The other side of the present invention, purpose and beneficial effect will be by becoming apparent in the following drawings and concrete mode.

Description of the drawings

Fig. 1 is the axonometric chart according to multiple embodiments in the variable geometry shelf system of compact contracted configurations.

Fig. 2 is the axonometric chart of variable geometry shelf system shown in Fig. 1, wherein, remove supporting surface component to show bottom The details of the layer variable supporting platform of shelf and variable substrate.

Fig. 3 is the axonometric chart in variable geometry shelf system shown in part extensional fault, Fig. 1, wherein, remove and prop up Hold surface component to show the details of the variable supporting platform of bottom shelf and variable substrate.

Fig. 4 is the axonometric chart in variable geometry shelf system shown in part extensional fault, Fig. 1, wherein, remove and prop up Hold surface component to show the details of the variable supporting platform of bottom shelf and variable substrate.

Fig. 5 is the axonometric chart in full extension construction, variable geometry shelf system shown in Fig. 1, wherein, do not remove Supporting surface component.

Fig. 6 is in full extension and the top view of variable geometry shelf system shown in curved configuration, Fig. 1, wherein, move Except supporting surface component is showing the details of the variable supporting platform of bottom shelf and variable substrate.

Fig. 7 is the top view in variable geometry shelf system shown in construct shown in Fig. 6, Fig. 1, wherein, do not remove Supporting surface component.

Fig. 8 is in another kind of full extension and the top view of variable geometry shelf system shown in curved configuration, Fig. 1, Wherein, remove supporting surface component to show the details of the variable supporting platform of bottom shelf and variable substrate.

Fig. 9 is the top view in variable geometry shelf system shown in construct shown in Fig. 8, Fig. 1, wherein, do not remove Supporting surface component.

Figure 10 is in another kind of full extension and the top view of variable geometry shelf system shown in curved configuration, Fig. 1, Wherein, remove supporting surface component to show the details of the variable supporting platform of bottom shelf and variable substrate.

Figure 11 is the top view in variable geometry shelf system shown in construct shown in Figure 10, Fig. 1, wherein, do not remove Supporting surface component.

Figure 12 is in another kind of full extension and the axonometric chart of variable geometry shelf system shown in curved configuration, Fig. 1, Wherein, remove other supporting members and supporting surface component to show the thin of the variable supporting platform of bottom shelf and variable substrate Section.

Figure 13 is the top view in variable geometry shelf system shown in construct shown in Figure 12, Fig. 1, wherein, do not remove Supporting surface component.

Figure 14 A are the plane graphs of the variable supporting platform of variable geometry shelf system shown in Fig. 1.

Figure 14 B are the segment side views of the support column for variable geometry shelf system shown in Fig. 1.

Figure 14 C are the segment side views of the hanger during first of support column shown in partial insertion Figure 14 B is open.

Figure 14 D are to insert first of support column shown in Figure 14 B to be open with the hanger in the second opening in variable Zhi Chengping Segment side view in platform bearing position.

Figure 14 E are the variable supporting platform corners for being attached to support column and supporting variable geometry shelf system shown in Fig. 1 The side view of hanger.

Figure 15 is the plane graph of the part of the framework of variable supporting platform shown in Figure 14.

Figure 16 is the variable base assembly in variable geometry shelf system shown in compact contracted configurations, Fig. 1 shown in Fig. 1 Axonometric chart, wherein removing the supporting surface component of association to show the details of variable base assembly.

Figure 17 is the axonometric chart of the skirt board component and price display module of variable geometry shelf system shown in Fig. 1

Figure 18 is the axonometric chart of skirt board component shown in Figure 17, wherein removing price display module.

Figure 19 is the exploded perspective view of skirt board component shown in Figure 17.

Figure 20 and Figure 21 are the axonometric charts of the part of skirt board component shown in Figure 17.

Figure 22 is the axonometric chart of skirt board component shown in Figure 17 in extensional fault.

Figure 23 to Figure 25 is the axonometric chart in price display module shown in compact contracted configurations, Figure 17 shown in Fig. 1.

Figure 26 is the axonometric chart of skirt board component shown in Figure 17 in extensional fault.

Figure 27 and Figure 28 are showed in the near of the details of variable geometry shown in compact contracted configurations, Fig. 1 shown in Fig. 1 Parallax stereogram.

Figure 29 shows the axonometric chart of the table with variable geometry according to multiple embodiments, wherein removing supporting surface Component is preferably showing low-level details.

Figure 30 shows the vertical of another variable geometry shelf system in compact contracted configurations according to multiple embodiments Body figure, wherein removing supporting surface component preferably to show low-level details.

Figure 31 shows the close-up, perspective view of the details of the substrate support platform of variable geometry shelf system shown in Figure 30.

Figure 32 shows the close-up, perspective view of the details of the supporting surface component of variable geometry shelf system shown in Figure 30.

Figure 33 shows the close-up, perspective view of the details of the variable supporting platform of variable geometry shelf system shown in Figure 30.

Figure 34 is in compact contracted configurations, the variable Zhi Chengping of wall-mounted variable geometry shelf according to multiple embodiments The axonometric chart of platform.

Figure 35 is the axonometric chart of variable supporting platform shown in Figure 34 in extensional fault.

Figure 36 is the axonometric chart in variable supporting platform shown in extensional fault, the Figure 34 around wall exterior angle.

Figure 37 is showed and is mounted to three variable supporting platforms as shown in figure 34 around two exterior angles of wall Plane graph.

Figure 38 A and Figure 38 B are the axonometric charts of the variable-length clothes hanger with variable geometry substrate according to multiple embodiments.

Figure 39 A are the plane graphs of the supporting surface component in moderate-length construction according to multiple embodiments.

Figure 39 B are the plane graphs of supporting surface component shown in Figure 39 A constructed in compact contracted length.

Figure 39 C are the close up plan view of supporting surface component shown in Figure 39 A constructed in spread length.

Figure 40 is including the plane graph for overlapping the supporting surface component for being coupled plate according to multiple embodiments.

Figure 41 is that the myopia of the connecting structure that the groove gap in the adjacent plate with supporting surface component shown in Figure 40 is had a common boundary is stood Body figure.

Figure 42 shows the axonometric chart of the alternative embodiment of supporting platform.

Figure 43 is the exploded perspective view of supporting platform shown in Figure 42；

Figure 44 is the bottom perspective view with supporting platform shown in the Figure 42 in the supporting support of correct position.

Figure 45 is the exploded perspective view of the ellipsoidal clamping plate in middle part that can be used for supporting platform shown in Figure 42.

Figure 46 is the exploded perspective view of the clamping plate of the outside semiellipsoid that can be used for supporting platform shown in Figure 42.

Figure 47 is the exploded perspective view of the clamping plate of the bridge that can be used for supporting platform shown in Figure 42.

Figure 48 to Figure 53 shows the top view of the various constructions for supporting platform shown in Figure 42.

Figure 54 is the axonometric chart of the substrate support platform according to multiple embodiments.

Figure 55 is the axonometric chart for including the shelf system of substrate support platform shown in supporting platform shown in Figure 42 and Figure 54.

Figure 56 is the top view that can be used for the backing in shelf system shown in Figure 55 according to multiple embodiments.

Figure 57 is the three-dimensional cutaway view of the supporting surface component according to multiple embodiments.

Figure 58 is the three-dimensional cutaway view of the supporting surface component according to other embodiments.

Figure 59 is the axonometric chart of the downside of the supporting platform for being attached to light fixture.

Figure 60 is the three-dimensional detail view of the downside of the supporting platform with rotary lampbox.

Figure 61 is the axonometric chart of the downside of the supporting platform with recessed light fixture.

Figure 62 is the removable bar that can be used as the adjustable backing in variable geometry shelf system according to each embodiment The rearview of plate (slat), the variable geometry shelf system are all systems as shown in figure 50.

Figure 63 A are the detail views positioned at the coupling arrangement that may move shown in Figure 62 in batten.

Figure 63 B are the detail views that the chain link in batten is may move according to Figure 62 of each embodiment.

Figure 64 is the axonometric chart of the variable-length clothes hanger according to multiple embodiments, and the variable-length clothes hanger has variable geometry Substrate and the upper frame with replaceable section of component.

Figure 65 show in the upper frame with replaceable section of component according to multiple embodiments are for Figure 64 can be more Change the example of section component.

Figure 66 is the partial perspective view of the variable-length clothes hanger according to multiple embodiments, and the variable-length clothes hanger has variable Profile substrate and the upper frame with Bu Tong replaceable section of component.

Figure 67 shows the of according to multiple embodiments are for Figure 64 clothes hanger with upper frame replaceable section of component The end details of three supporting members.

Specific embodiment

In the following description, by each embodiment of the description present invention.For illustrative purposes, to specific configuration and Details is set forth to be fully understood by each embodiment.However, those skilled in the art are also evident that with do not have These details can also put into practice the present invention.Moreover, it is well known that feature can be omitted or simplified and not make described enforcement Example indigestion.

Referring now to accompanying drawing, wherein, identical reference represents identical part in all of the figs, and Fig. 1 shows According to the variable geometry shelf system 10 of multiple embodiments.The shelf system 10 in compact contracted configurations is shown in figure.Put Frame system 10 includes that variable geometry substrate 12, variable geometry shelf 14, four support columns 16, skirt board component 18 and prices show Component 20.Though it is shown that two variable geometry shelves 14, but variable geometry shelf system 10 can include any suitable quantity Variable geometry shelf 14 (such as one or more).

Variable geometry substrate 12 and each variable geometry shelf 14 include being provided by the article supported by the shelf system 10 The supporting surface component 22 of supporting surface.In the embodiment shown, supporting surface component 22 by compartment of terrain be combined together it is many Individual vertically-oriented plate is made so that supporting surface component 22 can be stretched along longitudinal direction 24 (perpendicular to vertically-oriented plate), and not Produce any big contraction perpendicular to the longitudinal direction 24.Except stretching along longitudinal direction 24, the supporting surface component 22 or soft Property meeting multiple curved profiles that shelf system 10 can be configured to.

Fig. 2 shows the shelf system 10 in compact contracted configurations, wherein, supporting surface component 22 is removed with more preferable Ground shows the details of 26 part of substrate support platform of variable geometry substrate 12 and 28 part of variable supporting platform of shelf 14.Base Bottom support platform 26 supports a supporting surface component 22.Similarly, each variable supporting platform 28 all supports a supporting surface component 22.Substrate support platform 26 and variable supporting platform 28 are supported by four support columns 16.

Substrate support platform 26 and variable supporting platform 28 are reconfigured accordingly in the different platform in successive range Any one, including extension platform, various curved profiles and combinations thereof etc..Each variable supporting platform 28 includes the first framework 30th, the second framework 32 and the 3rd framework 34.3rd framework 34 has elliptical periphery.Each first framework 30 and the second framework 32 All there is half elliptic periphery.

Usually, in mathematical term, ellipse in two dimensional directions be it is symmetrical, and by continuous periphery, major axis and Short axle is limited.Major axis is intersected with three Primary Reference points of ellipse：On oval periphery to should first point of oval maximum gauge, On oval periphery to should oval maximum gauge the other end second point and it is all equidistant with first point and second point, this is ellipse Round midpoint.Short axle is intersected with three coherent reference points of the ellipse：On oval periphery to should oval minimum diameter the 3rd To should the 4th point of the other end of oval minimum diameter and also all equidistant with first point and second point on point, oval periphery , the midpoint that this is oval.But, such definition can not be expressed for the complete of disclosure purpose term " ellipse " or " oval " Portion's implication.Herein, these terms not only include mathematical ellipse, are directed to all elongated circles and its any part, and No matter whether which is symmetrical.Thus, the ellipse of part can include oval periphery or any region intercepted from ellipse, regardless of whether Its curved edge is probably how little or much.In addition, may include to remove any sidepiece, end or edge to the reference of " ellipse " Any elongated circle.

The Part I of the 3rd framework 34 is could be slidably received within the groove gap of the horizontal orientation of the first framework 30, and And the 3rd framework 34 the Part II horizontal orientation that is slidably received in the second framework 32 groove gap in.By by the 3rd frame Frame 34 is repositioned and/or is redirected and optionally can change relative to the first framework 30 and/or relative to the first framework 32 Become the profile of variable supporting platform 28.

In a similar manner, the profile of substrate support platform 26 can be selectively changed.Outside substrate support platform 26 The profile of shape and each variable supporting platform 28 can change in an identical manner so that each support column 16 can keep vertical.For example, Fig. 3 shows the shelf system 10 in part extensional fault, wherein removing supporting surface component 22 preferably to show base The local extended configuration of bottom support platform 26 and variable supporting platform 28.

Substrate support platform 26 includes top 36 and bottom 38.Top 36 includes being configured to variable supporting platform 28 The first similar upper frame 40 of one framework 30, the second framework 32 and the 3rd framework 34, the second upper frame 42 and the 3rd upper frame 44. 3rd upper frame 44 has elliptical periphery.First upper frame 40 and the second upper frame 42 all have half elliptic periphery.The The Part I of three frameworks 44 is slidably received in the groove gap of the horizontal orientation of the first framework 40, and the 3rd framework 44 Part II is slidably received in the groove gap of the horizontal orientation of the second framework 42.Similarly, bottom 38 include being configured to The first similar underframe 46 of first framework 30 of variable supporting platform 28, the second framework 32 and the 3rd framework 34, the second lower frame Frame 48 and the 3rd underframe 50.3rd underframe 50 has elliptical periphery.First underframe 46 and the second underframe 48 all have There is half elliptic periphery.The Part I of the 3rd underframe 50 is slidably received in the horizontal orientation of the first underframe 46 In groove gap, and the Part II of the 3rd underframe 50 is slidably received in the groove gap of the horizontal orientation of the second underframe 48 In.By by the 3rd upper frame 44 and the 3rd underframe 50 relative to the first upper frame 40 and the first underframe 46 and/or relative In the second upper frame 42 and the second underframe 48 reposition and/or redirect and can selectively change substrate support put down The profile of platform 26.

Other details of shelf system 10 are described now with reference to Fig. 4, Fig. 4 is shown in being fully extended linear structure Shelf system 10.As illustrated, the 3rd framework 34 of variable supporting platform 28 is with from one end of the 3rd framework 34 towards another The elongated hole 52 that end extends.Elongated hole 52 receives the first coupling pin 54, and the first coupling pin 54 is coupled and extends with the first framework 30 Through the groove gap of first framework, elongated hole 52 is thus extended through.Elongated hole 52 also receives the second coupling pin 56, and second is coupled Pin 56 is coupled with the second framework 32 and extends through the groove gap of second framework, thus extends through elongated hole 52.Fully stretching In the linear structure of exhibition, coupling pin 54,56 is arranged at the opposite end of elongated hole 52, is thus kept the end of the 3rd framework 34 In the groove gap of the first and second frameworks.In addition, coupling pin 54,56 can be configured to clamp the first and second framework 30,32 To on the 3rd framework, reconstructing unintentionally for variable supporting platform 28 is thus prevented, and improve moment of flexure is sent to into the from the 3rd framework One and second framework 30,32 process.In various embodiments, using suitable threaded fastener as coupling pin 54,56.

The top 36 and bottom 38 of substrate support platform 26 is connected by intermediate member (such as cylindrical component).It is attached in support column 16 Closely, the first upper frame 40 and the first underframe 46 are connected by two cylindrical components 58.Similarly, it is attached in the support column 16 of the other end Closely, the second upper frame 42 and the second underframe 48 are connected by two cylindrical components 60.3rd upper frame 44 and the 3rd underframe 50 Connected by two cylindrical components 62 of the centre of the opposite side being arranged on along the 3rd upper frame 44 and the 3rd underframe 50.Cylindricality structure Part 64 connects the first upper frame 40 and the first underframe 46.Cylindrical component 64 can also be configured to 40 He of the first upper frame First underframe 46 is clamped on the 3rd upper frame 44 and the 3rd underframe 50, thus prevents the weight unintentionally of substrate support platform 26 Structure, and improve moment of flexure is sent to into the first upper frame 40 and the first underframe 46 from the 3rd upper frame 44 and the 3rd underframe 50 Process.For example, the chucking power can be provided using suitable threaded fastener with reference to cylindrical component 64.Cylindrical component 66 connects Second upper frame 42 and the second underframe 48.Cylindrical component 66 can also be configured to the second upper frame 42 and the second lower frame Frame 48 is clamped on the 3rd upper frame 44 and the 3rd underframe 50, is thus prevented reconstructing unintentionally for substrate support platform 26, and is changed The kind process that moment of flexure is sent to the second upper frame 42 and the second underframe 48 from the 3rd upper frame 44 and the 3rd underframe 50.Example Such as, the chucking power can be provided using suitable threaded fastener with reference to cylindrical component 66.Height adjustable supporting member 68 is arranged In the underface of each cylindrical component 62, and help stablize the substrate support platform 26.

Fig. 5 shows the shelf system 10 in full extension linear structure, wherein, do not remove supporting surface component 22. In various embodiments, supporting surface component 22 at correct position (such as along end and at the intermediate point of longitudinal edge) with Each bottom supporting platform is coupled to so that the profile of supporting surface component is constrained to the profile for meeting each bottom supporting platform.

Fig. 6 shows the shelf system 10 in full extension curved configuration, supporting surface component 22 not shown in which, with Relative localization between substrate support platform 26 and each framework of variable supporting platform 28 is shown preferably.Fig. 7 shows identical Construction, wherein not removing supporting surface component.As illustrated, the profile of supporting surface component 22 changes to meet each bottom The profile of peaceful.Fig. 8 and Fig. 9 show the shelf system 10 in another full extension curved configuration.Also, Figure 10 and Tu 11 show the shelf system 10 in another full extension curved configuration.

Figure 12 shows 10 (the not shown supporting surface group of shelf system in the curved configuration in another kind of full extension Part 22), wherein, increased removable supporting column piece 70 to provide extra supporting as variable supporting platform 28.Figure 12's In construction, each support column 16 is substantially aligned.In various embodiments, between each support column 16 and each variable supporting platform 28 Connection is configured to mainly react on shear-type load.Thus, the removable offer of supporting column piece 70 deviates from each and aligns The extra supporting member of support column 16.Due in variable supporting platform 28 and only having shear connections between alignment support post 16, Supporting additional support of the column piece 70 for needed for variable supporting platform 28 is provided.Figure 13 shows that identical is constructed, wherein not removing Supporting surface component 22, it is also not shown to support column piece 70.As can be seen, due in variable supporting platform 28 and aliging Only has the connection of shearing resistance load type between platen 16, supporting column piece 70 provides necessary biasing for variable supporting platform 28 Hold, to balance the article and the eccentric throw between alignment support post 16 that are supported by shelf.

Figure 14 A show the plane graph of the variable supporting platform 28 in compact contracted configurations.First framework 30 includes putting down Straight basal component 72, half elliptic peripheral members 74 and forked members 76.Peripheral members 74 and forked members 76 are provided with groove gap, with House the end of the 3rd shown framework 34.Similarly, the second framework 32 includes straight basal component 78, half elliptic periphery Component 80 and forked members 82.Peripheral members 80 and forked members 82 are provided with groove gap, to house the 3rd shown framework 34 End.In the first framework 30 and each corner portion of the second framework 32, it is configured with half-round recessed 84 to house support column 16. Near half-round recessed 84, hanging hole 86 is positioned with, to house the one of the supporting hanger for being removably attached to a support column 16 Part.Hanging hole 86 extends to a certain extent circumferentially around recess 84, to bear the support column of the angular orientation in OK range 16 and attached hanger.First, second, and third framework 30,32,34 includes can be to price display group shown in attached Fig. 1 The attachment apertures 88 of part 20.Also, the 3rd framework 34 includes the attachment apertures 90 for supporting column piece 70 shown in Figure 12.

The interstitial hole 52 of the 3rd framework 34 receives coupling pin 54,56, the 54,56 and first and second framework of coupling pin 32,34 The groove gap for being coupled and extending through in the first and second frameworks 30,32, thus extends through interstitial hole 52.Interstitial hole 52 is constructed Limited motion, including threeth are carried out relative to the first framework 30 and/or relative to the second framework 32 into the 3rd framework 34 is allowed Framework 34 is changed in orientation of relative to the first framework 30 and/or relative to the angle of the second framework 32.

Variable supporting platform 28 includes allowing under the top 36 as substrate support platform 26 or substrate support platform 26 The further feature in portion 38.For example, the first framework 30 is included for attaching the circular port 92 of cylindrical component 58 shown in Fig. 4.Second frame Frame 32 is included for attaching the circular port 94 of cylindrical component 60.3rd framework 34 is included for attaching the circular port of cylindrical component 62 96。

Figure 14 B to Figure 14 E show the details of the mode that variable supporting platform 28 is supported by support column 16.Figure 14B shows that the support in support column 16 receives groove gap 98,100.In multiple embodiments such as all as depicted, supporting There are post 16 multiple supports with spaced apart to receive groove gap, thus provide the multiple combination of shelf quantity and/or spacing.Figure 14C shows the hanger 102 in the first opening 100 of partial insertion support column 16.Figure 14 D show attached to support column 16 Hanger 102.Also, Figure 14 E show attached in support column 16 and support the extension in the corner of variable supporting platform 28 The close-up side view of frame 102." there is the modularity shelf system (MODULAR of quick change rack structure entitled SHELVING SYSTEM WITH A QUICK-CHANGE SHELF FEATURE) " U.S. Patent No. 5,415,302 in Other details for the appropriate method for describing to support variable geometry shelf 14, entire contents are merging referring to by way of Enter herein.

Variable supporting platform 28 can be manufactured using suitable manufacture method and material.For example, in various embodiments, First, second, and third framework 30,32,34 of variable supporting platform 28 is by the cutting from suitable thickness sheet material (such as using water Jet) part make.Figure 15 show can to make variable supporting platform 28 first, second, and third framework 30, 32nd, the plane graph of 34 part.First framework 30 can be by the first upper-part 104, the first lower component 106 and the first distance member 108 make.First distance member 108 is arranged between the first upper-part 104 and the first lower component 106 so that these parts Periphery and the alignment of common trait portion.First distance member 108 for by the first upper-part 104 and the first lower component 106 separate with Form the groove gap for 34 part of the 3rd framework of reception.In the same way, the second framework 32 can by the second upper-part 110, Second lower component 112 and the second distance member 114 are made.Second distance member 114 is arranged on the second upper-part 110 and first Between lower component 112 so that the periphery of these parts and the alignment of common trait portion.Second distance member 114 is for by second Part 110 and the second lower component 112 separate to form the groove gap for 34 part of the 3rd framework of reception.3rd framework 34 can be by 3rd frame parts 116 and the 3rd distance member 118 are made.3rd distance member 118 is arranged on the top of the 3rd frame parts On so that the periphery of these parts and the alignment of common trait portion.3rd distance member 118 is that the 3rd framework 34 provides upper surface, The upper surface of the upper surface and the first framework 30 and the second framework 32 is in same plane.Can use for engaging these parts Any suitable method (such as bonding, welding, soldering, fastening).

Other details of variable support base 26 are described referring now to Figure 16.Variable support base 26 is included in each corner Two cylindrical sleeves 120 at place.Sleeve 120 is engaged with support column 16, and support column system is affixed to variable rigidly Substrate 26 is held, and is thus reinforced shelf system 10, shelf 14 is prevented relative to the lateral deflection of variable support base 26.

The details of skirt board component 18 and price display module 20 is described now with reference to Figure 17 to Figure 28.Skirt board component 18 and price display module 20 be structured to stretch and meet all possible configuration of substrate support platform 26.Figure 17 Show in compact contracted configurations, the price display module 20 that is attached to substrate support platform 26 and skirt board component 18. Figure 18 shows attached to the skirt board component 18 of substrate support platform 26, not shown price display module 20.

Figure 19 shows the three-dimensional exploded view of skirt board component 18.Skirt board component 18 include the first skirting board section 122, Double-bang firecracker plate section 124 and the 3rd skirting board section 126.First skirting board section 122 is attached to the first upper ledge of substrate support platform 26 Frame 40 and the first underframe 46.Second skirting board section 124 is attached under the second upper frame 42 and second of substrate support platform 26 Framework 48.And the 3rd skirting board section 126 is attached to the 3rd upper frame 44 and the 3rd underframe 50 of substrate support platform 26.First Skirting board section 122 and the second skirting board section 124 have thin cuboid, and can be made into flexible or non-flexible.First Skirting board section 122 and the second skirting board section 124 are covered each by facing forward corresponding to the first upper frame 40 and the first underframe 46 Exposed edge and the second upper frame 42 and the second underframe 48 face forward it is exposed edge, substrate support platform 26 Fixed area.3rd skirting board section 126 includes middle part 128 and lateral extension portion 130.Middle part 128 covers substrate support platform 26 , corresponding to the 3rd upper frame 44 and the fixed area of the exposed edge for facing forward of the 3rd underframe 50.When substrate support is put down When platform 26 is in compact contracted configurations (as shown), after lateral extension portion extends to the first and second skirting board sections 122,124 Portion is simultaneously completely covered by the first and second skirting board sections 122,124.When substrate support platform 26 is in extensional fault, the side The face for being arranged between middle part 128 and the first and second skirting board sections 122,124, substrate support platform 26 is covered to extension Part forward.3rd skirting board 126 can be suitably made flexibility so that lateral extension portion can meet substrate support puts down The all various configurations of platform 26.

Figure 20 to Figure 22 shows the further feature of skirt board component 18.Figure 20 shows the first skirting board section 122 The rear perspective view of a part for a part and the 3rd skirting board section 126.Figure 21 shows of the second skirting board section 124 Divide the rear perspective view with a part for the 3rd skirting board section 126.First skirting board section 122, the second skirting board section 124 and the 3rd Skirting board section 126 is all with the barb-shaped attachment structures 132 for being extended back from this section below.Barb-shaped attachment structures 132 are determined Size is simultaneously configured to accommodating by the attachment apertures 88 (as shown in Figure 14 A) in substrate support platform 26 and is engaged with attachment apertures 88, with Skirt board component 122,124,126 is attached to into substrate support platform 26.In the first skirting board section 122 and the second skirting board section Barb-shaped attachment structures 132 in 124 are oriented to the side for adapting to and alternatively supporting the 3rd therebetween skirting board section 126 To extension 130.Figure 22 shows the skirt board component 18 in extensional fault and shows and provided by lateral extension portion 130 Coverage.

Figure 23 to Figure 28 shows the details of the price display module 20 according to multiple embodiments.Figure 23 and Figure 24 show It is configured to the enforcement of the price display module 20 of the attachment apertures 88 (as shown in Figure 14 A) being attached in variable supporting platform 28 The rear perspective view of example.Figure 25 shows the front perspective view of price display module 20.Price display module 20 includes that first shows Show the 3rd display segment 138 of section 134, the second display segment 136 and flexibility, the 3rd display segment 138 passes through the first display segment 134 respectively With the rectangular frame portion 140,142 of the second display segment 136 slideably received within.First display segment 134 is included from the first display segment The 134 barb-shaped attachment structures 144 for extending back below.Second display segment 136 include from behind the second display segment 136 to The barb-shaped attachment structures 146 for extending afterwards.3rd display segment 138 include from the 3rd display segment 138 extend back below fall Hook-type attachment structures 148.Barb-shaped attachment structures 144,146,148 are dimensioned and are configured to by substrate support platform 28 Attachment apertures 88 (as shown in Figure 14 A) are accommodating and engage with attachment apertures 88, price display module 20 is attached to substrate support and is put down Platform 28.First display segment 134 is attached to the first framework 30；Second display segment 136 is attached to the second framework 32；And the 3rd display segment 138 are attached to the 3rd framework 34.When variable supporting platform 28 is reconfigured, the 3rd flexible display segment 138 passes through the first He The rectangular frame portion 140,142 of the second display segment 134,136 is shown relative to the first display segment 134 and/or relative to second Section 136 enters line slip, at the same still by the rectangular frame portion 140,142 of the first and second display segments 134,136 extremely Few one remains engaged with.Any non-alignment between the first display segment 134 and the second display segment 136 can be by the flexibility The flexure of the 3rd display segment 138 and be adjusted.Figure 26 shows the price display module 20 in extensional fault, and show by The price that the 3rd display segment 138 between first display segment 134 and the second display segment 136 is provided shows coverage.Figure 27 and Figure 28 shows and is configured to be installed to substrate support platform 26 by the backbar 150 extended from rectangular frame portion 140,142 Price display module 20 embodiment.

Figure 29 shows the variable geometry table 160 according to multiple embodiments, wherein removing supporting surface component with more preferable Ground shows low-level details.Variable geometry table 160 includes variable supporting platform 162；Variable substrate 164；First intermediate member 166, Second intermediate member 168 and the 3rd intermediate member 170.Variable supporting platform 162 and variable substrate 164 be configured to it is described herein Variable supporting platform 28 be similar to.In various embodiments, variable geometry table 160 includes what is supported by variable supporting platform 162 22 (not shown) of supporting surface component.And in various embodiments, variable geometry table 160 is included by variable supporting platform 164 22 (not shown) of supporting surface component of supporting.With with 10 similar mode of variable shelf system as herein described, table 160 can be with It is reconfigured accordingly the different profiles with different sizes and shapes.

Figure 30 shows another variable geometry shelf systems 180 according to multiple embodiments, in compact contracted configurations, Wherein, remove supporting surface component 22 preferably to show the details of fabric.Shelf system 180 includes that substrate support is put down Platform 182 and relative supporting column piece 184,186, variable supporting platform 188 are supported by supporting column piece 184,186.Substrate support is put down Platform 182 and variable supporting platform 188 are constructed in the way of similar to variable supporting platform 28.Figure 31 is showed and is rigidly attached to The close-up, perspective view of the joint detail between the substrate beam 190 and substrate support platform 182 of each supporting column piece 184,186.Substrate The end frame of supporting platform 182 includes the flange 192 for being bolted to substrate beam 190, thus by the substrate support platform rigidly It is connected to supporting column piece 184,186.Figure 32 shows be attached in substrate support platform 182 one and the supporting being supported by it Surface component 22.Figure 33 shows the near-sighted view of the end of in variable supporting platform 188, the variable supporting platform 188 include integrally formed overhang bracket beam 194.Each overhang bracket beam 194 is attached to supported in column piece 184,186 simultaneously Suspend from the supporting column piece.

Figure 34 to Figure 36 shows the wall-mounted variable geometry shelf system 200 according to multiple embodiments.The shelf system 200 include the variable supporting platform 202 that constructs in the way of similar to variable supporting platform 188.Each variable supporting platform is all led to Cross two or more backbars 206 and be attached to wall 204.For example, Figure 34 shows single variable in compact contracted configurations Peaceful 202, which is attached to wall 204 by being arranged on two backbars 206 at the opposite end of variable supporting platform 202.Figure 35 show the single variable supporting platform 202 in full extension construction, and which passes through three backbars 206 and is attached to wall 204. Figure 36 shows the single variable supporting platform 202 in full extension construction, the corner of its surrounding wall 204.And Figure 37 shows Three variable supporting platforms 202 in two corners of surrounding wall 204 are gone out.As it would be appreciated, wall-mounted variable geometry shelf System 200 can be used for or suitable for the various wall constructions with different length, exterior angle and/or interior angle.

Figure 38 A and Figure 38 B show the variable-length clothes hanger with variable geometry substrate 212 according to multiple embodiments 210.Variable geometry substrate 212 is constructed in the way of similar to variable geometry substrate described herein 12.By variable geometry substrate 212 supportings are to may extend away roof beam 214, and clothes can be suspended in the roof beam 214.Extensible roof beam 214 can be by It is re-configured to the different length of the various possible profile corresponding to variable geometry substrate 212.Extensible roof beam 214 is by two Supporting column piece 216 is supported, and the two supporting column pieces 216 are rigidly connected to the opposed end of variable geometry substrate 212.It is extensible Roof beam 214 includes two flexible strap members 218, and the section of the two flexible strap members 218 is tightened up and is maintained at support column Between the top of part 216.For example, the end of band member 218 can be attached to the top of one of supporting column piece 216, and each band The centre position of component 218 can be clamped to the top of relative supporting column piece 216, to keep two supporting column pieces 216 The pulling force in band member 218 between top.As illustrated, variable geometry substrate 212 includes can serve as supporting other articles The supporting surface component 22 of (such as footwear, boots etc.).

Figure 39 A, 39B and 39C show the plane graph of the supporting surface component 22 in different extended configurations.Figure 39 A show The supporting surface component 22 in moderate-length state is gone out, which corresponds to the supporting surface component 22 of moderate-length.The supporting Surface component 22 is made up of multiple flat board sheet elements, and multiple flat board sheet elements vertically extend relative to direction of visual lines and compartment of terrain It is combined together into flexible and extensile component.Figure 39 B show what is reduced in 22 length of correspondence supporting surface component The supporting surface component 22 of compressive state, wherein, the spacing distance between adjacent panels sheet element is reduced.And Figure 39 C The supporting surface component 22 in extended configuration is shown, which corresponds to the supporting surface component 22 of greatest length.By using Appropriate number of flat board sheet element, the distance between adjacent panels sheet at the position between calmodulin binding domain CaM may remain in It is such a apart from following, i.e. when supporting surface component 22 stretches, be adapted ensure that supporting surface component 22 will not be transverse to The direction of extension of supporting surface component 22 is retracted to harmful degree.

Any suitable material can be to manufacture supporting surface component 22.For example, supporting surface component 22 can be by Merlon band, acrylic acid band and acrylic acid wear-resisting band are made.Usually, these bands are flexible, and are had Elasticity is returning to their straight.As seen in Figure 39 A to Figure 39 C and Figure 32, adjacent band can be with It is gluing or attached to each other each other so that when supporting surface component 22 is elongated shape, the band at each intermediate connection point all by Pull into sinusoidal wave form.To provide this function, the first and second adjacent bands are attached with the interval of spacing along their length. On that side relative with the first band of second strip, third strip is attached to the first band at intermediate connection point.These Intermediate connection point is located between the first band and the junction point of second strip, such as at the half between two junction points. Repeat the pattern in whole supporting surface component 22.In this way, when the end of supporting surface component 22 is opened, each band It is drawn as sinusoidal wave form.

In addition to being flexible, it is preferable that these bands especially have enough compressive strengths in the height direction, to support Object on supporting surface component 22, and do not make each single band or population structure subside.Above-mentioned material is operate on The example of the material of the purpose, and in embodiment, 1/32 inch of Merlon band is used and provide this function. In one embodiment, such band is attached to form this type of 1.5 inches of long rhombuses.That is, take in bar Each intermediate connection point be spaced apart 1.5 inches.

Any suitable method of production supporting surface component 22 can be used.For example, independent band can be by closing Suitable method (for example, fusing, liquid is welded, gluing) engagement.When each band is engaged, it is possible to use a kind of form is keeping point The band opened.And it is possible to manufacture supporting surface component 22 by suitable material is poured in mould.

Can be made using any suitable manufacture method and material variable geometry shelf system as herein described, table and Clothes hanger.For example, suitable material includes steel, rustless steel, aluminum, galvanized steel, zinc, ferrum, titanium and plastics (such as Merlon, propylene Acid, acrylonitrile-butadiene-styrene (ABS) (ABS) and high density polyethylene (HDPE) (HDPE)).Suitable manufacture method includes such as pressing mold Method, water jet method, cast, shaping, metal casting, numerical control (CNC) machine tooling, casting and injection-molded.

Figure 40 shows the supporting surface component 220 that can be used for substituting supporting surface component 22.The supporting surface component 220 include multiple multiple fluting plates 222 with groove gap 224.Each fluting plate is with the substantially square with micro- bent outward flange 226 Shape profile so that when supporting surface component 220 is shaped to all curved profiles as shown in figure 40, smooth group is presented Close edge.In the various configurations of supporting surface component 220, each groove gap 224 is shaped to the adjacent slot with adjacent plate Gap 224 is overlapped.At each lap position of groove gap 224, adjacent plate is made each other using the linkage element 230 shown in Figure 41 Limit.When supporting surface component 220 is configured to different profiles again, linkage element 230 is on demand by changing groove gap 224 Between overlapping part position and in groove gap 224 slide.Fluting plate 222 in suitable plate can be connected to it is variable The under(-)chassiss of supporting platform are to be connected to substrate support platform, at the same intermediate plate can free fetch bit being to be connected to Smooth transition part is provided between the plate of under(-)chassiss.For example, an end plate of supporting surface component 220 can be to connect To the first framework 30 of variable supporting platform 28, the other end plate of supporting surface component 220 can be to be connected to variable supporting Second framework 32 of platform 28, and the middle part plate of supporting surface component 220 can be to be connected to variable supporting platform 28 Second framework 34, thus reserves all remaining non-system's connecting plate pieces, can be repositioned onto the conjunction consistent with the geometry of groove gap 224 Put right position so that supporting surface component 220 is with the profile with smooth curved edge.

Figure 42 shows the alternative embodiment of supporting platform 300.The supporting platform 300 includes 302 He of middle ellipsoid Outside semiellipsoid 304,306.The pin 308,310 for being attached in the far-end of outside semiellipsoid 304,306 is extended through in this Between groove gap 312,314 on ellipsoid.

Except groove gap 312,314, middle ellipsoid 302 also includes the remote stomidium at two opposed ends of the ellipse 316、318.As described further below, pin 308,310 can be by groove gap 312,314 or hole 316,318 alternatively Connection.The two different connections are that supporting platform 300 provides various construction selections.

As shown in figure 43, outside semiellipsoid 304,306 each includes top board 322, and the top board 322 can be such as aluminum Plate, such as 5052 aluminium sheets of 1/32 inch.Top board 322 can include opening 324 with mitigate supporting platform 300 weight and/or Increase aesthetic effect.

Chock 326,328 is clamped between the top board 322 and base plate 330 for outside semiellipsoid 304,306.Chock 326th, 328 height can be identical with middle part ellipsoid 302, thus separates top board 322 and base plate 330, forms top board 322 and bottom Between plate 330 to the distal end slideably received within ellipsoid in the middle part of this 302 groove gap.

Outside semiellipsoid 304,306 includes the remote stomidium 332,334 for receiving pin 308,310.As it was previously stated, pin 308th, 310 groove gap 312,314 or the hole 316,318 of middle part ellipsoid 302 can be alternatively attached to.For this purpose, pin 308th, 310 can be securing member etc. can attachment structures again, wherein it is possible to use supporting surface or after a while in one way Make another kind of construction into, or, pin can be the more longlasting attachment such as rivet, and wherein supporting surface is configured to specific Construct and do not change.

As Figure 44 can see, supporting platform 300 can be by outer shelf support 340,342 and middle part shelf support 344 Supporting.Can be using other connections and supporting structure, and some examples are provided with the structure in previous embodiment.

In certain embodiments, chock 326,328 (details of not shown clamp structure), base plate 330 (Figure 46), bridge 320 (Figure 47) and ellipsoid 302 (Figure 45) are configured to clipping (sandwich) plate structure.By using clipping plate structure Make, these parts very firm and very light in weight.Bridge 320 provides further light-duty for the outward flange of ellipsoid 302 Hold and intensity.

Used as example, as shown in figure 45, ellipsoid 302 can include metal top plate 350 and base plate 352,354 tool in the middle part of which Have and construct with above-mentioned 22 identical of supporting surface component that is, the middle part 354 shown in accompanying drawing is with by aliging, flexible , elasticity band formed structure, wherein, between adjacent band, (preferably spaced apart) is attached at certain intervals Connect, and relative adjacent ribbons are attached in the way of offsetting with one another so that when the structure is opened, each single band is formed Waveform (preferably sinusoidal wave form).Thus, adjacent band is relative to each other squeezed.Think such structure there is provided than It is typically cellular to clamp the higher lighter structure of plate.It is also possible, however, to use cellular clamping plate.

In a similar manner, base plate 330 (Figure 46) can include the middle part 364 between metallic plate 360,362, and Bridge 320 (Figure 47) can include the middle part 370 between metallic plate 372,374.Chock 326,328 can have similar Structure, but the details of clipping plate is not shown for these parts.

In embodiment, the top board and base plate of clipping plate can be aluminium sheets, such as 1/32 inch of 5052 aluminium sheets.Middle part Can be formed by for example above-mentioned band, used as example, middle part is by the 1/32 inch Lexan band system that height is 1/8 inch Into.PETG or PET-G (glycol modified polyethylene terephthalate) can be used.Yisiman Chemical Company (Eastman Chemical), SK chemical industry (SK Chemicals), and Artenius Italia companies be that some PETG are produced Business PETG can be transparent amorphous thermoplastic's material of injection-molded or plate extrusion molding.

The attachment structure of supporting platform 300 provides a large amount of difference arrangements.Figure 48 to Figure 53 shows multiple examples.Groove Gap 312,314 is wider than other positions at some positions, it is allowed to be connected to semiellipsoid 304,306 by remote stomidium 332,334 remote The pin 308,310 at end can not only be moved along the length of groove gap, also can laterally be moved from one side to another side along the variable-width of groove gap It is dynamic.In certain embodiments, embodiment as shown in figure 42, groove gap 312,314 include curved side portions, so that pin 308,310 energy It is enough smoothly to move along the edge of these groove gaps.

Figure 48 shows the first arrangement of supporting platform 300, and wherein semiellipsoid 304,306 is relative to ellipsoid 302 are driven fully into, and thus provide short, straight supporting.The length of the supporting can be such as 3 feet.Figure 49 is illustrated Second arrangement, one of semiellipsoid 304 are drawn out relative to ellipsoid 302, thereby increase supporting platform Length, but while supporting platform is still straight.The length of this kind of arrangement can be such as 4 feet.

Figure 50 is another kind of arrangement, and wherein half elliptic 304,306 is all drawn out half.The length of this kind of arrangement It can be such as 4 feet.Figure 51 is also shown for another arrangement, and wherein half elliptic 304,306 is completely pulled out of.The arrangement Mode can for example allow the shelf for supporting 5 feet.

The elliptical shape of ellipsoid 302 and semiellipsoid 304,306 balance maximization the ellipsoid and semiellipsoid it Between the radius of gyration amount that allows with the supporting of maximum surface area is provided to the two targets of ellipsoid by semiellipsoid.In addition, Ellipsoid 302 and semiellipsoid 304,306 allow the rounded angle of outward flange of supporting surface 300, regardless of whether its orientation, and by This supporting surface component 22 can provide the shelf of smooth configuration, regardless of whether the orientation of ellipsoid 302 and semiellipsoid 304,306 How.

Used as example, Figure 53 shows.Ellipsoid 302 Supporting surface component 22 (not shown in this drawing) is allowed around by bending with the corner at the rounded angle of semiellipsoid 304,306 The larger turning part (dramatic turn) for holding the formation of surface 300 extends, and provides smooth, circular transition.

Figure 52 shows another arrangement, wherein respectively selling at remote stomidium 316,318 rather than attaching at groove gap 312,314 To ellipsoid 302.In the arrangement, semiellipsoid 304,306 goes to 90 degree relative to ellipsoid 302, and ellipse half The elliptical shape of the groove gap in circle 304,306 provides and be enough to support the adequate surface area of ellipsoid 302, and does not allow Its rotation.Additionally, the outer surface of the rounding of semiellipsoid 304,306 and ellipsoid 302 allow supporting surface component 22 around Larger turning part is formed.

Figure 54 shows the embodiment of substrate support platform 380, the substrate support platform 380 with supporting platform 300 Two similar structures and by support 382,384 and 386 points open.The substrate support platform 380 can with substrate support platform 380 similar modes are arranged.

As seen in Figure 55, substrate support platform 380 and supporting platform 300 can be attached to a series of pillars 390 forming shelf system.Extra supporting platform 300 can be increased on demand, and supporting platform 300 and substrate support are flat The ellipsoid and semiellipsoid of platform 380 can be arranged for the required form of shelf, then be covered by supporting surface component 22 Lid.In certain embodiments, pillar 390 is freestanding so that the ellipsoid of supporting platform 300 and substrate support platform 380 Required form can be configured to semiellipsoid, and can thus move these pillars.

Figure 56 shows flexiplast backing 400, and the flexiplast backing 400 can serve as shelf system shown in Figure 55 Backing.Due to the shelf size with thus obtained by the width of backing be based on substrate support platform 380 and supporting platform 300 Construction, so the backing of fixed width can be not suitable for many constructions.To solve this problem, in this specific embodiment, carry on the back Lining 400 is configured to be attached in these pillars 390 by the lug (tab) 402 being inserted in the groove gap on pillar One.Second backing 401 (Figure 55) is attached to the second adjacent struts 390, and the two backings are overlapping.Amount over overlap be enough to make Two backings can be full of the space between two pillars 390, regardless of whether the construction of the shelf is how.

Two backings 400,401 can be kept together using various methods, these methods include such as gluing, riveting Or be the more longlasting method such as solid.In the embodiment shown in Figure 55, it is hinged and including the opposite pole on both sides at top Property band long magnetic lineation 404 be configured such that two bands along described two backings opposite side portion extend.Can be easy Remove or adjust the long magnetic lineation 404 backing 400,401 is set to required combined width.Although merely illustrating for scheming A set of backing 400,401 in the left side of shelf in 55, but a set of similar backing can also be provided for the right side of the shelf.

Substrate support platform 380 and supporting platform 300 can be covered by the supporting surface component such as supporting surface component 224 Cover to provide platform shelf system.In addition, according to each embodiment, as shown in figure 57, supporting surface component 422 can be included in whole The anterior header board 424 for extending of individual supporting platform 300 and substrate support platform 380.Figure 57 is shown for supporting surface component 422 this header board 424, the header board are used for the whole front portion for coordinating supporting platform 300, and Figure 58 is shown for supporting surface The header board 426 of component 522, the header board are used for the whole front portion for coordinating substrate support platform 380.

The header boards such as header board 424,426 can adopt any construction, but in certain embodiments, can with supporting table Face component 422,522 is constructed (stretch or bend) together, and is examined with good for the offer of supporting surface component 422,522 The forward edge of U.S. effect.These header boards also provide and can hook and be locked on semiellipsoid and ellipsoidal forward edge Structure.In the embodiment shown in Figure 57 and Figure 58, header board 424,426 is by the top with supporting surface component 22,422 and 522 Surface identical is flexible, the relative band of elastomeric material is made.Header board 424 as shown in figure 50 extends to top surface with right angle Without transition.Header board 426 shown in Figure 58 includes transitional region, and the transitional region is transitioned into the header board, and header board is adjacent with this Part produces about 45 degree of angle.

In certain embodiments, header board 424,426 provides position to install price tag or other labels, and in substrate Skirting board can be received in the case of supporting platform 380.For this purpose, groove gap, groove or other structures can be provided to receive Skirting board or price tag plate.And, in alternative embodiments, individually knot can be installed on header board 424 and/or 426 Structure (not shown) is receiving band.As backing, can receive two or more in groove, groove gap or other structures Plate so that these plates can be stretched to cover supporting surface component 422,522, regardless of whether the substrate support platform 380 and supporting The construction of platform 300 how.

Skirting board or price tag plate can be formed by any suitable material, but in certain embodiments, can be The flexiplast goods being consistent with the forward edge of supporting surface component 422,522.In addition, in certain embodiments, skirting board Or price tag plate can be cardboard or can print sign or the other materials decorated thereon.

Used as example, as shown in figure 58, skirting board 430 is arranged on the groove 432 of the forward edge for being formed at skirting board 426 It is interior.Groove 432 is formed by the lug 434,436 of the end up and down in the groove.Skirting board 430 is maintained at by these lugs Correct position.Although it is not shown, but as described above, during multiple skirting boards 430 may be mounted at groove 432 and can be at each end Overlap at portion.Multiple skirting boards allow setter that skirting board 430 is arranged over the whole front portion of supporting surface component 522, Regardless of whether its length or construction are how.

The second shelf at least having higher than other shelf supporting platforms 300 or substrate support platform 380 can be provided The profile shelf system (such as referring to Figure 55) of peaceful 300.In certain embodiments, the downside of the second shelf 300 is included at least One light source.For example, Figure 59 is the axonometric chart of the downside of the supporting platform 300 for being attached to light source 590.In certain embodiments, Light source 590 is band made by light emitting diode.Light source 590 can be directly attached to shelf 300, be directly attached to such as shelf The shelf supports such as support 340,342 and 344, it is directly attached to be arranged on any other structure below shelf 300 or on downside, Or it is attached to their some combinations.

Figure 60 is the three-dimensional detail view of the downside of the supporting platform 300 with rotary lampbox.In certain embodiments, light source 590 are arranged in lamp box 600, and the lamp box 600 is connected to the downside of supporting platform 300 by installation portion 601 is rotated.Rotate installation portion 601 can be directly attached to shelf 300, be directly attached to shelf support 340,342 and the shelf supports such as 344, directly attached It is connected to and is arranged on any other structure below shelf 300 or on downside, or is attached to their some combinations.Rotate installation portion The framework that 601 permission lamp boxes 600 rotate or pivot to adjust from light source 590 direction of the light for sending and adjust supporting platform 300 The illumination of underlying object.

Figure 61 is the axonometric chart of the downside of the supporting platform 300 with recessed light fixture.In certain embodiments, second put One in the framework of frame 300 includes on the downside of the second shelf 300, adding at least one light source 590 of reception Work recess 610.In certain embodiments, the recesses machined allows light source to be included wherein, but not from the framework of the second shelf 300 Downside stretch out, thus allow with light source 590 the second shelf 300 with for supporting platform 300 without the identical of light source 590 Supporting member 340,342,344 etc. be used together.

Figure 62 is the removable batten that can be used as adjustable backing in variable geometry shelf system according to each embodiment 620 rearview, the variable geometry shelf system are all systems as shown in figure 50.Figure 63 A are positioned at the removable of Figure 62 The detail view of the coupling arrangement 630 in batten 620.

In certain embodiments, there is provided removable batten 620 is used as between the adjacent supporting column piece 390 of platform shelf system Adjustable backing.In certain embodiments, may move batten 620 includes multiple fluting chain links 631, multiple solid chain links 632 With multiple long pin elements 633.The vertical groove gap for each including the height through chain link 631 in multiple fluting chain links 631 634.The groove gap 634 is configured to accommodating at least one and has strong market potential component 633, to allow the length of the component 633 along groove gap 634 of having strong market potential At least level in direction is slided.Each including in multiple solid chain links 632 is logical at 632 body two ends of solid chain link Hole 635, and each through hole 635 is configured to one component 633 of having strong market potential of reception.For construction batten 620, multiple fluting chain links 631 Arranged with being alternately stacked pattern with each sub-component in multiple solid chain links 632 so that groove gap 634 and through hole 635 exist It is aligned in stacking.Component 633 of having strong market potential alternatively passes vertically through the solid chain link 632 in the stacking and fluting chain link 631, with shape Junction surface in removable batten 620, the junction surface is by the solid chain link 632 and 631 groups of chain link of fluting being coupled by pin 633 Into.In this configuration, but pin 633 is limited in place allows 631 phase of fluting chain link being coupled by solid chain link 632 For pin 633 slides and pivots.Fluting chain link 631 provides the space between continuous solid chain link 632.Fluting chain link 631 Another sub-component can be navigated in these spaces so that the groove gap 634 and the reality being coupled in the new fluting chain link 631 for adding Idle through hole 635 in second end of heart chain link 632 is aligned, and thus provides path to insert another component 633 of having strong market potential, with bar Another junction surface is formed in plate 620.Therefore, as shown in Figure 63 A, each solid chain link 632 is limited for chain link 631 of slotting It is attached to two pins 633 at 632 each end of solid chain link.The fluting chain link 631 being coupled can be releasably fastened to pin 633 and slide And rotation.If the fluting chain link 631 being coupled is additionally coupled to solid chain link 632 in the bigger back lining components of batten 620 Another sub-component, then they can provide slip and pivot interface, the interface allows to be very suitable for batten 620 to stretch and shape When transmutability, the acute variation of the possible length of variable geometry shelf system and shape can be followed.

In certain embodiments, removable batten includes multiple first chain links 621, multiple second chain links 632 and multiple length Pin component 633.The vertical opening 634 for each including the height by chain link 621 of multiple first chain links 621, and this opens Mouth is configured to receive at least one has strong market potential component 633, so that chain link 621 is aligned with other chain links.Multiple first chain link, 621 quilts It is aligned to the row 623 being made up of the first chain link 621 being vertically aligned.Multiple second chain links 622 are each included by chain link At least one vertical opening 634 of 622 height, and respectively opening 634 is configured to receive at least one and has strong market potential component 633, So that chain link 622 is alignd with other chain links.Multiple second chain links 622 are aligned to be made up of the second chain link 622 being vertically aligned Row 624.Each row 624 of the second chain link 622 are arranged between the adjacent column 623 of the first chain link 621 so that the first chain link 621 Each row 623 and the second chain link 622 each row 624 with alternating pattern arrange.Wear in multiple each pins 633 having strong market potential in component 633 At least some first chain link 621 crossed in the first join column 623, and through at least in the second adjacent join column 624 A little second chain links 622.As a result, the first chain link row 623 are joined to adjacent second chain link row 624 by sharing pin 633, thus Junction surface in removable batten 620 is provided.In certain embodiments, the row of the first chain link 621 in removable batten 620 In at least one of 623, the first chain link 621 in the row is configured such that at least some vertical continuous first chain link There is gap between 621, and belong at least one second chain links 622 of adjacent second chain link row, 624 part be arranged on it is perpendicular Between straight continuous first chain link 621 and have at least one gap of determination size height.

Figure 63 B are the detail views of the chain link in the removable batten according to Figure 62 of multiple embodiments.As shown in Figure 63 B, In various embodiments, chain link 638 can include that at least one is configured to receive the groove 636 of suspender member 637.Suspender member 637 Can be any type device for being configured for use as accessory in bar siding systems known in the art, including but not limited to fork, rod, Hook, post, support, clip, arm shape thing, plate, suspension member, keeper, clothes hanger, pipe, fixture, shelf and basket.In certain embodiments, Chain link 638 is the additional component of chain link (such as any one in chain link 621,622,631 and 632) in batten 620.One In a little embodiments, chain link 638 is modified to include as chain link in batten 620 (such as appointing in chain link 621,622,631 and 632 One) at least one vertical opening (such as any one in 634 and 635).

Figure 64 shows the variable-length clothes hanger 640 according to multiple embodiments, and the variable-length clothes hanger 640 has variable outer Shape substrate 380 and the upper frame 641 with replaceable section of component 642.In certain embodiments, upper frame 641 includes multiple shapings Replaceable component 642, these replaceable components 642 form the shape of upper frame 641 together.In order to change the shape of upper frame 641, into At least some in the replaceable component 642 of shape can be substituted by other formed replaceable components 642.Figure 65 shows root According to the example of replaceable section of component 642 in the upper frame 641 for Figure 64 of multiple embodiments.By by a kind of shape can be more The replaceable component that component 642 is substituted for another kind of shape is changed, upper frame 641 can be changed according to hobby or design criteria. For example, as shown in Figure 64, the replaceable component 642 of all shapings is the component 647 of bending.However, by with the S shown in Figure 65 The combination of shape component 644, Z-shaped component 645 and flat member 646 substituting some in bent member 647, shown in Figure 64 The shape of upper frame 641 can be converted into the shape of upper frame 641 shown in Figure 66.Except these the exemplary shapes illustrated in Figure 65 Shape, can also provide the other shapes of replaceable section of component 642.As replaceable section of component 642 is not limited to showing shown in Figure 65 Example property shape, in various embodiments, any amount of change of the shape of upper frame 641 is all possible.

Clothes hanger 640 can be configured to be used together with standardization clothes rack.In various embodiments, replaceable section of component 642 diameter and shape can be selected to adapt to these standard clothes racks.In certain embodiments, as shown in Figure 64, extremely A replaceable section of component 642 has and may be used to these standard clothes racks are maintained on upper frame 641 in correct position less At least one locking nub (nub) 648A and/or at least one recess 648B, hanger of pledging clothes gather risk together it is higher when, example Such as when clothes hanger is to be moved or undergoes a large number of users uses, the ability during clothes rack is held in place by is for holding Clothes is orderly or display of visual sense of beauty is useful especially.

According to multiple embodiments, Figure 67 shows the 3rd supporting member for the adjustable clothes-hanger 640 with upper frame 641 650 end details, wherein, upper frame 641 is with replaceable section of component 642 shown in Figure 65.In certain embodiments, with band The variable-length clothes hanger 640 of the upper frame 641 of different replaceable section of components 642 can also be including the 3rd supporting column piece 650, with supplement There is provided by overhang bracket column piece 649 to the supporting of upper frame 641.3rd column piece 650 is supported by middle part ellipsoid 304.In some realities Apply in example, the 3rd column piece 650 can stretch to change size, thus support upper frame 641, regardless of whether replaceable section of component 642 is such as What changes the position of upper frame 641 up or down.In certain embodiments, the 3rd column piece 650 can include being positioned at the 3rd The installation portion 651 of the top end of platen part 650.Installation portion 651 can be configured to be fit to and shape being total to for replaceable component 642 With cross section, to provide the electrical connection between supporting column piece 650 and upper frame 641.If replaceable component 642 is made of metal Or the equipped attachment point that is magnetic, then installation portion 651 can also include Magnet, to realize the electrical connection.In some embodiments In, the 3rd supporting column piece 650 is included at least one fork at the substrate 653 of the 3rd supporting column piece 650, and the fork is by ellipse Groove gap 312 or 314 in the 3rd framework 302 of shape is housed, and the 3rd supporting column piece 150 is attached to oval 3rd framework 302.

Other modifications are also within the spirit of the invention.Therefore, although the particular illustrative embodiment of the present invention is in accompanying drawing In illustrate and describe in detail in above content, but the present invention is susceptible to various modifications and alternatively constructs.However, should It is understood by, is not intended to limit the invention to published particular form here, and by contrast, the invention is intended to will cover In all modifications, replacing structure and the equivalent that lid is fallen in be defined by the appended claims, the spirit and scope of the present invention Hold.

In the context of description of the invention (especially appending claims), term " ", " one ", " being somebody's turn to do " and The use of similar terms is meant while cover odd number and plural number, unless otherwise indicated herein or clearly contradicted by context 's.Unless otherwise noted, otherwise term " including ", " having " and "comprising" mean open-ended term (i.e., it is meant that " include, but It is not limited to ").Term " connection " is understood to partially or wholly to be included, be attached to which, or be bonded together, i.e., Object intervention has been made to be also such therebetween.Unless otherwise indicated herein, otherwise, the reference in this logarithm value scope is meant only to use The stenography method for relating separately to of each independent numerical value for opposing within the range, and each independent numerical value covers description In, just look like individually to quote the same herein.Substantially contradict unless otherwise indicated herein or by context, otherwise, herein Described in all methods can perform in any suitable order.Unless stated otherwise, otherwise provided herein is it is any and all The use of example or exemplary language (for example, " such as ") just for the sake of preferably illustrating various embodiments of the present invention, Rather than in order to limit the scope of the invention.Language in description should be construed as indicating to non-necessary to present invention practice Require element.

It is there is described herein the preferred embodiments of the present invention including known for inventor, to realize that the present invention's is optimal Embodiment.To those skilled in the art, after the content before having read, the modification of these preferred embodiments Will become apparent from.Inventor is expected technical staff and adopts these modifications in due course, and inventor is expected the present invention can be with By from it is specifically described herein it is different in the way of realizing.Therefore, when the law being suitable for is allowed, the present invention will including appended right Ask all modifications and equivalents of theme described in book.And, it is unless otherwise indicated herein or clearly contradicted by context, it is no Then in its be possible to modification, any combinations of above-mentioned element are contained in the present invention.

Here by include referring in the way of it is as herein described including announcing, all lists of references of patent application and patent, Just as by the independence referring in the way of and specifically describing each list of references to be included herein and illustrate which is complete herein Portion's content is the same.

Claims

1. a kind of variable geometry shelf system, including the shelf with variable geometry, the shelf includes：

Central frame, the central frame provide a part for variable supporting platform and have first end and the second end；

First lateral framework, the first lateral framework provide the Part II of the variable supporting platform and have the first near-end With the first distal end, first near-end is pivotally coupled and slidably coupled with the first end of the central frame so that The variable profile to change the variable supporting platform of relative localization between the first lateral framework and the central frame； And

Second lateral framework, the second lateral framework provide the Part III of the variable supporting platform and have the second near-end With the second distal end, second near-end is pivotally coupled and slidably coupled with second end of the central frame so that The variable profile to change the variable supporting platform of relative localization between the second lateral framework and the central frame.

2. variable geometry shelf system as claimed in claim 1, it is characterised in that described the first of the first lateral framework Near-end is slidably connected the permission first lateral framework relative to the central frame with the first end of the central frame Slide to change the distance between first near-end of the described first lateral framework and second end of the central frame.

3. variable geometry shelf system as claimed in claim 1, it is characterised in that described the first of the first lateral framework Near-end is pivoted with the first end of the central frame and couples the permission first lateral framework relative to the central frame Pivot to change the orientation of first near-end relative to the first end of the central frame of the described first lateral framework.

4. variable geometry shelf system as claimed in claim 1, it is characterised in that described the first of the first lateral framework Near-end is coupled with the first end of the central frame, so as to move relative to the central frame in the described first lateral framework First near-end of the first lateral framework is kept to be overlapping relationship with the first end of the central frame during dynamic.

5. variable geometry shelf system as claimed in claim 1, it is characterised in that also include：First attachment pegs, described first Attachment pegs extend through the central frame and the first lateral framework for by the central frame and described first lateral Framework is linked together pivotally and slidably.

6. variable geometry shelf system as claimed in claim 5, it is characterised in that the central frame includes shaped hole, institute State shaped hole and there is length and variable-width, and be configured to receive first attachment pegs with the length axially-movable along the hole And the lateral movement in the variable-width.

7. variable geometry shelf system as claimed in claim 5, it is characterised in that first attachment pegs are may be configured to institute State the first lateral framework to be clamped to the central frame and suppress the described first lateral framework relative to the fortune of the central frame It is dynamic.

8. variable geometry shelf system as claimed in claim 1, it is characterised in that the first lateral framework includes groove, institute State the part that groove receives the central frame so that during the described first lateral framework is relative to central frame motion The both sides of the groove are overlapped at least in part with the central frame.

9. variable geometry shelf system as claimed in claim 8, it is characterised in that the first lateral framework includes：

Top board；

Base plate, the base plate align relative to the top board so that align with the periphery of the top board periphery of the base plate；With And

Distance piece, wherein, the distance piece is arranged between the top board and the base plate and is incorporated into the top board and institute State the space between base plate, and the top board and the base plate groove gap is limited to receive the 3rd framework.

10. variable geometry shelf system as claimed in claim 1, it is characterised in that the first lateral framework has ellipse One end at least one of profile, wherein the second lateral framework has at least one of outer of oval one end Shape, and wherein described central frame has oval profile.

11. variable geometry shelf systems as claimed in claim 1, it is characterised in that the central frame includes：

Substrate；And

Distance piece, the distance piece are attached to the substrate, wherein the distance piece provides upper surface for the central frame, institute State upper surface coplanar with the top surface of the top surface of the described first lateral framework and the second lateral framework.

12. variable geometry shelf systems as claimed in claim 1, it is characterised in that also include：

Second shelf, second shelf are higher than the described first lateral framework, the central frame and the second lateral framework；

At least one first support columns, described at least one first support columns are relative to the described first lateral framework supporting described the Two shelves；And

At least one second support columns, described at least one second support columns are relative to the described second lateral framework supporting described the Two shelves.

13. variable geometry shelf systems as claimed in claim 12, it is characterised in that also including multiple backing panels, each The panel is configured to be attached to of the supporting column piece, and with the backing panel in another overlap, wherein, In the backing panel it is described another be attached to the supporting column piece another, and be positioned to and the panel phase It is adjacent so that the space between the supporting column piece is covered by overlapping each described panel.

14. variable geometry shelf systems as claimed in claim 12, it is characterised in that also include as it is adjacent supporting column piece it Between adjustable backing removable batten, the removable batten includes：

Multiple first chain links, the vertical opening each included through the chain link height of the plurality of first chain link are described Opening is configured to reception at least one and has strong market potential component so that the chain link to be alignd with other chain links, wherein the plurality of first chain Section is aligned to the row of the first chain link being vertically aligned；

Multiple second chain links, each including through at least one of the chain link height for the plurality of second chain link are vertically opened Mouthful, each described opening is configured to reception at least one and has strong market potential component so that the chain link to be alignd with other chain links, wherein institute The row that multiple second chain links are aligned to the second chain link being vertically aligned are stated, and wherein, each row of the second chain link are arranged at Between the adjacent column of the first chain link so that the row of the row and the second chain link of the first chain link are alternatingly configured pattern；With And

Multiple pin components, each pin component through at least some first chain link in the row of the first chain link, and through adjacent the At least some second chain link in the row of two chain links so that the row of first chain link are joined to adjacent second chain by pin The row of section.

15. variable geometry shelf systems as claimed in claim 1, it is characterised in that also include：Supporting surface component, it is described Supporting surface component is supported by the variable supporting platform and the object to be supported by the variable geometry shelf provides supporting table Face, the supporting surface component include the multiple flexible sheets for interconnecting so that the supporting surface component responds are in described variable The change of the profile of supporting platform and change.

16. variable geometry shelf systems as claimed in claim 15, it is characterised in that the supporting surface component can be along vertical In the plurality of flexible sheet vertical direction longitudinally stretch and transverse to described in the supporting surface component The width of longitudinally does not have any notable contraction.

17. variable geometry shelf systems as claimed in claim 15, it is characterised in that the plurality of flexible sheet is with the side of interval Formula is bonded to each other to provide sinusoidal pattern.

18. variable geometry shelf systems as claimed in claim 1, it is characterised in that also include：Supporting surface component, it is described Supporting surface component is by the variable supporting platform supporting and and the object to be supported by the variable geometry shelf provides supporting Surface, the supporting surface component include the horizontal orientation lath of multiple connections, and each described horizontal orientation lath has one Or multiple grooves, for receiving attachment pegs, the adjacent slat of the horizontal orientation lath is coupled by the attachment pegs so that offer The supporting surface changes in response to the change of the profile of the variable supporting platform.

19. variable geometry shelf systems as claimed in claim 1, it is characterised in that also including being included in the variable geometry Part in shelf, the part are constructed as clipping plate, and the clipping plate includes：

Top layer；

Bottom；

The intermediate layer being clamped between the top layer and bottom, the intermediate layer include the vertically-oriented parallel of multiple interconnections Flexible sheet.

A kind of 20. methods, including：

(I) shelf is provided, including：

(A) central frame, the central frame have first end and the second end；

(B) the first lateral framework, the first lateral framework have the first near-end and the first distal end, first near-end with it is described The first end of central frame pivots connection and is slidably connected；And

(C) the second lateral framework, the second lateral framework have the second near-end and the second distal end, second near-end with it is described Second end of central frame pivots connection and is slidably connected；And

(II) change the profile of the shelf by least one of the following：

Profile along the edge of the shelf is changed by least one of the following：

I () pivots first distal end of the first lateral framework relative to the central frame；Or

(ii) second distal end of the second lateral framework is pivoted relative to the central frame；Or

(B) change the length of the shelf by least one of the following：

The length of the shelf is stretched by least one of the following：

First near-end of the described first lateral framework is slided towards second end of the central frame；Or

B second near-end of the described second lateral framework is slided by () towards the first end of the central frame；Or

(ii) length of the shelf is shunk by least one of the following：

Slide at described second end of (a) by first near-end of the described first lateral framework away from the central frame；Or

B second near-end of the described second lateral framework is slided by () towards the first end of the central frame.