CN109862810A - For carrying the device of the containment system of flowers and plant - Google Patents

Abstract

Provide the bogey (200) for support container system (700), including the first support connector (220) and load bearing arm (210), wherein, nearside is arranged in be connected to the supporting system being generally vertically oriented (300) in first support connector (220), and load bearing arm (210) has proximal arm end and distal arm end.Load bearing arm (210) includes top plane and device connector (216,218), wherein, top plane is arranged so that when the first support connector (220) is connected to supporting system (300), top plane is arranged relative to the plane perpendicular to supporting system (300) with first angle, and device connector (216,218) is used for and will be engaged by the arm coupling of the containment system of top planes carry (700) (550,560).By providing the top plane of load bearing arm (210) at a certain angle, plant and/or flowers may be disposed to be inclined outwardly.By being connected to multiple bogeys (200) of supporting system (300), better appearance is provided for plant and/or flowers.

Description

For carrying the device of the containment system of flowers and plant

Technical field

The various aspects and embodiment of the application are related to for the system by plant and/or flowers holding in a reservoir.

Background technique

Allow to show various plants and/or flowers for plant and/or flowers to be maintained at the system in basin, and will plant Object and/or flowers are put in the vertical direction.This system is provided with bar or pipe, and arm is from bar or Guan Yanshen.In the end of arm, mention It is provided with the ring of settable basin.Alternatively, the end of arm is provided with hook, basin can be hung by the way that the ring at the top of basin is arranged in On hook.

Summary of the invention

Preferably, the system for keeping plant and/or flowers is set, which provides more for plant and/or flowers Good arrangement and visual appearance.

First aspect provides the device for support container system.The device includes the first support connector and carrying Arm, wherein the nearside of the device is arranged in the first support connector, which is connected to the bearing system being generally vertically oriented System, load bearing arm have proximal arm end and distal arm end.Load bearing arm further includes top plane and device connector, wherein top plane is set It is set to so that when the device is connected to supporting system by the first support connector, top plane is relative to being approximately perpendicular to bearing The imaginary plane of system is arranged with first angle, and device connector is used for and will be connect by the arm of the containment system of top planes carry Device engagement.

By the way that the top plane of load bearing arm is arranged at a certain angle, plant and/or flowers may be disposed to inclined slightly outwards.It is logical The multiple bogeys for being connected to supporting system are crossed, provide improved appearance for plant and/or flowers.

In addition, by it is being arranged on the vertical direction along supporting member and horizontally around supporting member multiple carryings fill Set the single plant of setting and/or flowers, it is possible to provide composite plant and/or flowers.Composite plant has the appearance of macrophyte. One important advantage is that macrophyte needs long time to grow, if it can grow into the size of composite plant Words.Time needed for lesser plant and/or flower growth is less, therefore cheaper.Therefore, this bogey additionally provides Economic advantages.

In addition, having the load bearing arm of device connector by providing, can be arranged on arm for keeping plant and/or flower A plurality of types of devices.Which increase bogey and for keep plant and/or flowers, include according to first aspect one The flexibility of the system of a or multiple bogeys.

The embodiment of first aspect further includes the second support connector for supporting the device on supporting system, should Second support connector is aligned with the first support connector, so that when the device is connected to supporting system, top plane and bearing System is at the angle for being greater than 90 degree.

There is provided additional connector makes the connection between bogey and supporting system more stable.

Another embodiment further includes supporting arm, which has the distal end for being connected to load bearing arm, and has setting The proximal end at a certain distance from proximal end away from load bearing arm.In this embodiment, the first support connector and the second support connection First in device second company being connected in the proximal end and the first support connector and the second support connector of load bearing arm It is connected to the proximal end of supporting arm.

By supporting arm, device connector is effectively all not directed by the institute that the container on load bearing arm applies.This subtracts Lack the strain on device connector, and extends the service life of bogey.Supporting arm must physically be divided The arm opened, supporting arm and load bearing arm can be integrated in an ontology.

In another embodiment, device connector is arranged to and will be by the arm coupling of the containment system of top planes carry It slidably engages.

The embodiment provides improved flexibility when arrangement constitutes each plant and/or flowers of composite plant.

Second aspect provides the supporting platform for keeping the containment system of substance.The supporting platform includes upper mounting plate table Face and arm coupling, wherein arm coupling is arranged to engage with the device connector of the device according to first aspect, so that working as arm When connector is engaged with device connector, upper mounting plate surface is arranged relative to the top plane of arm with second angle.

By the way that individual supporting platform is arranged, flexibility is provided to put plant and/or flowers over the whole system.It is first First, it is possible to provide be exclusively used in the different type of different vessels, the supporting platform of size and shape.Secondly, by by upper mounting plate surface It is arranged so that when supporting platform is connected to bogey, upper mounting plate surface is at an angle of relative to the upper plane of bogey and sets It sets, to provide additional flexibility when the part of composite plant and/or flowers, is answered by each plant and/or Flowers'Arrangement It closes plant and/or flowers includes the arrangement of plant and/or flowers.For example, having the supporting platform of different angle by providing, it is The user of system can provide different plant and/or flowers under different angle.

In the embodiment of second aspect, second angle is substantially equal to first angle.In addition, arm coupling is arranged to It is engaged in a first direction with device connector, so that upper mounting plate surface is opposite when arm coupling is engaged with device connector Generally perpendicularly it is arranged in supporting system.In addition, arm coupling is arranged to engage with device connector in a second direction, so that When arm coupling is engaged with device connector, upper mounting plate surface is relative to the imaginary plane for being approximately perpendicular to supporting system with The setting of three angles, third angle is the summation of first angle and second angle.

By the supporting platform, the user of system may be selected with respect to the horizontal plane to be arranged for holding with third angle offer The upper mounting plate surface of bottom that is container or can provide container is carried, or may be selected horizontally to provide upper mounting plate surface.

Another embodiment includes base connector, the supporting system which is arranged to and is generally vertically oriented Top part engagement, base connector is connected to supporting platform so that when base connector is engaged with supporting system, upper mounting plate Surface is relative to supporting system generally perpendicular orientation.

It can be connected to the bar of the part as supporting system or the top of pipe according to the supporting platform of the embodiment.This permits Perhaps single plant is provided as retouching at the top of system.

In another embodiment, upper mounting plate surface is provided with the container connector for engaging with the container of holding substance Module.

The advantages of the embodiment are that container can dividually be selected with selection second angle.

In yet another embodiment, container connector module includes the first slit and the second slit, wherein the first slit is used It is slidably engaged in the first container retainer, the second slit is used to be slidably engaged with second container retainer, wherein the first slit Perpendicular to the second slit.

The embodiment allows flexible container retainer.If keeping the first plant, the first basin with first size By by keep the second plant, the second basin with the second size replace, then the first container retainer and second container is adjusted The distance between retainer.This is more more convenient than the actual module of replacement system.

The third aspect provides the container module for keeping plant.The container includes container and arm coupling, wherein is held Device has the chamber wall erect upwards and container bottom for defining vessel space in the horizontal direction, and arm coupling is arranged to and root According to the device connector engagement of the device of first aspect.

However, needing maximum flexibility under certain service conditions, and may need to simplify under other service conditions With reduce cost.Under later group service condition, preferably it may be connected directly to according to the single of the bogey of first aspect Container.

Fourth aspect provides the containment system for keeping substance.The containment system includes the bearing according to second aspect Platform and container, container include the platform connector for being arranged to engage with the container connector module of supporting platform.

5th embodiment provides the supporting system for supporting the device according to first aspect, which includes It is arranged to the bearer connection device engaged with the first support connector of device.

Sixth embodiment provides the system for keeping substance with the container for being specifically used for plant and/or flowers. The system includes the bogey according to first aspect and the containment system according to fourth aspect and the branch according to the 5th aspect Hold system.

Detailed description of the invention

The various aspects and embodiment of the application will be discussed in further detail in conjunction with attached drawing now.In the accompanying drawings:

Fig. 1: the perspective view of the system for carrying plant and/or flowers is shown；

Fig. 2: bogey is shown；

Fig. 3 A: support module is shown；

Fig. 3 B: another support module is shown；

Fig. 4 A: the side view of the system for carrying plant and/or flowers is shown；

Fig. 4 B: it shows and is connected to wall, system for carrying plant and/or flowers；

Fig. 4 C: it shows and is connected to system ceiling, for carrying plant and/or flowers；

Fig. 4 D: it shows and is connected to wall, system for carrying plant and/or flowers；

Fig. 5 A: the perspective view of console module is shown；

Fig. 5 B: the side view of console module is shown；

Fig. 5 C: the side view that console module is in the carrier module of first position is shown；

Fig. 5 D: the side view that console module is in the carrier module of the second position is shown；

Fig. 5 E: the side view that console module is in the carrier module of proximal position and distal position is shown；

Fig. 5 F: the view that console module is located at the system at top is shown；

Fig. 6 A: two housing modules are shown；

Fig. 6 B: two housing modules in first position and the second position are shown；

Fig. 7 A: the container module with integrated console module is shown；And Fig. 7 B: it shows with integrated support connection The container module of device.

Specific embodiment

Fig. 1 shows the holding system 100 as the part of plant display systems, and the holding system 100 is for remaining The container for keeping plant and arranging, wherein plant is specially flowering plant.Holding system includes support module 300, the Zhi Chengmo Block 300 is arranged to be arranged around the vertical supporting member such as round bar.Alternatively, using with rectangle or polygonal crosssection Column and support module 300 are arranged to install around polygonal crosssection.

Fig. 1 also shows the carrier module 200 as the bogey engaged with support module 300.In carrier module 200 On, it is provided with console module 500.On console module 500, it is provided with first shell module 600 and second shell module 650, To form the shell for keeping basin or other containers, to form the container for keeping basin or the like, wherein basin or its Its container is for keeping plant and/or flowers.The various pieces of holding system 100 will be carried out further by further attached drawing Be discussed in detail.

Fig. 2 illustrates in greater detail carrier module 200.Carrier module 200 includes load bearing arm 210, which includes First arm member 212 and the second arm member 214.Load bearing arm 210 is set by two parallel arm members and produces open arms, this The advantages of providing about weight.In another embodiment, load bearing arm 210 is set as block-like or at least closed part. The top plane of the formation of the upside of first arm member 212 and the second arm member 214 load bearing arm 210 and carrier module 200.

At the top of the first arm member 212, first device connector members 216 are provided with, and in the second arm member 214 Top, be provided with second device connector members 218.First device connector members 216 and second device connector members 218 be the part for console module 500 to be connected to the device connector of carrier module 200.In this embodiment, first Device connector component 216 and second device connector members 218 are embodied as the elongated protruding portion at the top of arm member, The elongated protruding portion is protruded outward from arm member.The protruding portion is provided with recess.

In the proximal end of load bearing arm 210, it is provided with the first support connector 220.First support connector 220 includes first Support connection element 222 and the second support connection element 224.First support connector 220 is arranged to connect with support module 300 It closes, and preferably, is engaged by locking with support module 300.First support connector 220 is connected to load bearing arm 210, so that when the When one support connector 220 is engaged with support module, plane is pushed up relative to the central axis for being approximately perpendicular to support module 300 Imaginary plane is arranged with first angle.First angle preferably has the value between 5 degree and 15 degree, particularly preferably has 20 degree Value.

In the downside of carrier module 200, supporting arm 240 is provided with to support load bearing arm 210.In the nearside of supporting arm 240 Part is provided with the second support connector 250.Second support connector need not be arranged to support module 300 lock ground and/or It frictionally engages.On the contrary, supporting arm 240 abuts support module 300.This means that the second support connector 250 can be with opposite Simple mode is implemented.

If the far-end of carrier module is arranged in plant, apply significant downward power in the far-end of load bearing arm 210. This leads to the significant momentum coupled being applied between the first support connector 220 and support module 300 in turn.Supporting arm 240 and second support connector 250 for the distal part of load bearing arm 210 provide additional support.This leads to the first support connector The strain coupled between 220 and support module 300 is smaller.Second support connector 250 is arranged so as to connect when the second bearing Connect the adjacent support module 300 of device 250 and when the first support connector 220 is engaged with support module 300, top plane is relative to substantially It is arranged perpendicular to the imaginary plane of the central axis of support module 300 with first angle.

Carrier module 200 is also embodied as the top that carrier module 200 is arranged in supporting arm 240.As shown in Fig. 2, at this In embodiment, the proximal end of supporting arm is provided with the connector as the first support connector 220 as shown in Figure 2.In addition, carrying The connector of the proximal end of arm is implementable for the second support connector 250 as depicted in Figure 2.In other embodiments, as Two proximal ends for being engaged by locking connector and two arms being set of first support connector 220 as shown in Figure 2.

Fig. 3 A shows the support module 300 with central axis 302.Support module 300 includes the first supporting member 310, which includes the first support body 320.First support body 320 is provided with external screw thread 322.First Support body 320 is additionally provided with wedge piece 324.Wedge piece 324 is connected to the first support body in tie point at bottom side, wedge shape Part 324 slightly and preferably can flexibly be moved around the tie point.At the top of upper supporting member 310, if It is equipped with the first holding connector 330.

First holding connector 330 is included in top opening and in the closed connection tank 332 in bottom.Slot 332 is on the outside It is relatively narrow, and broaden towards central axis 302.Preferably, the shape of slot 332 is substantially equal to the support connection of carrier module 200 The shape of element.Connection tank 332 is arranged for receiving the support connection element of carrier module 200 as depicted in Figure 2.It holds Support module can be connected to by the slidably supported connecting element in connecting tank 332 by carrying module 200.

Second supporting member 350 includes being provided with the second support body 360 of internal screw thread 362.Internal screw thread 362 be arranged to External screw thread 322 engages.Specifically, when the second supporting member 350 is screwed further around the first supporting member 310, second The screw thread for holding ontology and internal screw thread 362 further inwardly further gradually pushes wedge piece 324.In this way, support module 300 can tighten around bar or other supporting members.In the bottom of the second supporting member 350, it is provided with the second holding connector 370.In the case where carrier module 200 is engaged with support module 300, adjacent second bearing of the second support connector 250 is kept Connector 370.

Fig. 3 B shows another support module 390.Support module 390 as shown in Figure 3B shows upper support portion point 392 With lower support part 394.Upper support portion point 392 is included in top opening and in the closed connection tank 332 in bottom.Slot 332 has The function of having and combine the slot 332 of Fig. 3 A discussion essentially identical.In this embodiment, there are two connect tank 332 for setting.It can Imagine further embodiment, these embodiments include more connection tanks 332 at upper support portion point 392, thus Support module 390 is allowed to carry multiple carrier modules.

Upper support portion point 392 includes the first screw hole 396 and lower support part 394 includes the second screw hole 398.Screw hole is set It is set to and support module 390 is connected to wall or another substantially vertical supporting surface or or even diagonal supporting surface.Connection can It is completed by screw, nail or other elongated fixed cells.Alternatively or additionally, support module 390 by glue or Another fixative is connected to supporting surface.Supporting surface must be not necessarily flat surfaces；It is also possible to circular surface, specifically Ground, such as the wall of pillar and pillar.

Fig. 4 A shows the side view of holding system 100.Fig. 4 shows component identical to those shown in Fig. 1, in addition conduct The bar 110 of vertical supporting member.In addition, how Fig. 4 shows the top plane of load bearing arm 210 relative to being approximately perpendicular to bar 110 Imaginary plane be arranged with first angle.

Bar 110 may be provided on pillar, independently to stand on floor.Fig. 4 B shows alternate embodiments, at this In embodiment, holding system 100 is suspended on wall 400.For this purpose, bar 110 passes through upper rod connector 402 and lower rod connector 404 are connected to wall 400.Upper rod connector 402 and lower rod connector 404 can be identical or be arranged in different ways.This Do one of sample is the reason is that lower rod connector 404 supports most of weight of holding system 100.

Fig. 4 C shows the holding system 100 for hanging on ceiling 450.For this purpose, can be arranged on ceiling 450 specific Connector.Alternatively, setting hook, the hook are mounted in the hole at the top of bar 110 on the ceiling.In another alternative In case, bar 110 is provided with hook at top, which connects with the hook, ring or other connectors being arranged at ceiling 450 It closes.

Fig. 4 D shows support module 390 that is as shown in Figure 3B, being attached on wall 400.In this embodiment, it keeps System 100 includes support module 390, bogey 200, console module 500, first shell module 600 and second shell module 650。

Fig. 5 A shows console module 500 in further detail.Console module 500 includes container connector, which connects Connecing device includes the first container connector modules.The first container connector modules include that the first container slider slit 522, second holds Device slider slit 524, the first Elastic buckle 526 and the second Elastic buckle 528.The first container connector arrangement at first shell Module 600 engages.

Container connector further includes second container connector modules.Second container connector modules include the sliding of third container Device slit 532, the 4th container slider slit 534 and third Elastic buckle 536.Second container connector arrangement at second shell Module 650 engages.

Fig. 5 B shows the side view of console module 500.Fig. 5 B shows platform top surface 510 relative to platform bottom surface 540 are arranged with second angle.Second angle is preferably essentially identical with first angle discussed above: between 5 degree and 15 degree, And preferably 10 degree.It is that console module 500 is arranged to specifically in two directions as discussed in further detail below It is slidably engaged with carrier module 200 and device connector component.

By being engaged on first direction, second angle with first angle on the contrary, and platform top surface 510 be approximately perpendicular to The central axis of support module 300.This is shown by Fig. 5 D.By being engaged in the second direction opposite with first direction, second Angle is located on direction identical with first angle and central axis of the platform top surface 510 relative to support module 300 Virtual plane is arranged with third angle, and third angle is equal to the summation of first angle and second angle.This is shown by Fig. 5 C.Such as Two angles of fruit are identical, this is not required, then third angle is twice of twice of first angle or second angle.

Fig. 5 B also shows the first arm coupling component 550, and the first arm coupling component 550 is as by platform mould Block 500 is connected to the part of the arm coupling of carrier module 200.Second arm parallel with the first artistic connector is provided with to connect Device 560, the second arm coupling 560 are the image releases of the first arm coupling 550.First arm coupling component 550 includes first Arm coupling opening 552 and the second arm coupling opening 554.First arm coupling component is resiliently connected to console module 500. Specifically, the first arm coupling component 550 and arm coupling opening are arranged to fill with first device connector members 216 or second It sets connector members 218 and specifically recess engages.10008 additionally or alternatively, the first arm coupling component includes protruding Portion, recess, analog or combinations thereof, thus with being arranged in first device connector members 216 or second device connector members Recess engagement in 218.

In this way, console module 500 is arranged to slidably engage with carrier module 200.In addition, due to the first arm The resilient nature being connect between connector members 550 and console module 500, so inhibiting console module 500 relative to holding The sliding of module 200 is carried, unless applying the power higher than specific threshold value on console module 500 relative to carrier module 200.This It is shown in Fig. 5 E.

In left side, Fig. 5 E shows the console module 500 towards the proximal slide of carrier module 200.On right side, Fig. 5 E shows The console module 500 towards the sliding of the distal end of carrier module is gone out.

Console module 500 further includes the second arm coupling component 560.Second arm coupling component 560 is substantially similar to It is parallel to the first arm coupling component 550 of the first arm coupling component 550 setting.Console module 500 further includes bottom connection Device 570, the base connector 570 be used for by console module 500 be connected to bar 110 top or another vertical supporting member.Such as Fruit bar 110 be it is hollow, then base connector 570 can slide in bar 110.Alternatively, base connector 570 is hollow , and can slide on the stem 110.

Although platform top surface 510 is arranged relative to platform bottom surface 540 with second angle, base connector 570 It is arranged approximately perpendicular to platform top surface 510.In this way, platform top surface 510 can be horizontally disposed at the top of bar 110 In portion, it is assumed that bar is vertically arranged.This shows in Fig. 5 F.

Fig. 5 F shows bar 110, wherein three respective carrying platform modules 500 of carrier module 200, wherein housing module It is connected to the support module 300 being arranged around bar 110.In addition, Fig. 5 F shows the 4th console module 500, the 4th platform mould Block 500 is arranged on the top of bar 110 and the base connector 570 of the 4th console module 500 is contained in bar 110, Assuming that bar 110 is hollow；Or it is arranged and in the base connector 570 by the way that bar 110 to be contained in the 4th console module 500 On the top of bar 110.

Fig. 6 A shows first shell module 600 and second shell module 650.First shell module 600 includes first shell Body 630, the first slider 610 and the second slider 620.First slider 610 includes for accommodating the first Elastic buckle 526 Multiple first holes 612.First slider 610 further includes the first slider protruding portion 614.First slider 620 is arranged to It is slided in one container slider slit 522.First slider protruding portion 614 ensures that first shell module 600 is fixed to platform mould Block 500.

Second slider 620 includes multiple second holes 622 for accommodating the second Elastic buckle 528.Second slider 620 It further include the second slider protruding portion 624.Second slider 620 is arranged to slide in second container slider slit 524.The Two slider protruding portions 624 ensure that first shell module 600 is fixed to console module 500.

Second shell module 650 includes second shell 670 and third slider 660.Third slider 660 includes for holding Receive multiple third holes 662 of third Elastic buckle 536.Third slider 660 further includes third slider protruding portion 664 and the 4th Slider protruding portion 666.Third slider 660 is arranged to narrow in third container slider slit 532 and the 4th container slider It is slided in slot 534.Third slider protruding portion 664 and the 4th slider protruding portion 666 ensure that second shell module 650 is fixed to Console module 500.Container holder including supporting platform 500, first shell module 600 and second shell module 650 are set Best flexibility is provided in terms of accommodating any kind of container.By the sliding function of housing module, wide container can be accommodated And narrow container.This shows in fig. 6b.

In left side, Fig. 6 B, which shows housing module and is positioned as close to, to be slided over each other.On right side, Fig. 6 B shows shell mould Block slides away from each other, to accommodate the large container for keeping flowers and/or plant.Fig. 6 B is shown and supporting platform 500 Center have substantially the same distance two shells.Although according to the whole visual appearance of supporting platform and shell, this It is preferred, but this is not required.

In the case where the user of holding system 100 does not need this flexibility, supporting platform 500, first shell module 600 can be by connecting with the first arm coupling component 550 arranged at the bottom with the second arm with the combination of second shell module 650 The container of device component 560 substitutes.

First arm coupling component 550 and the second arm coupling component 560 may be arranged such that bottom and the carrying of container The top planar horizontal of module 200.Alternatively, the first arm coupling component 550 and the setting of the second arm coupling component 560 are being held On device, so that the bottom of container is at an angle of setting relative to the top plane of carrier module 200.

The embodiment of this container is shown by Fig. 7 A.Fig. 7 A shows with bottom 702 and provides the wall at edge 704 kiver module 700.Below bottom 702, it is provided with the first arm coupling component, the second arm coupling component and bottom Portion's connector 570.Although Fig. 7 A shows relatively shallow wall 704, the container with higher wall also can provide.

If the distance between supporting member or bar 110 can fix, container can also be provided directly with the first support connection Device 200.This shows in figure 7b, and Fig. 7 B shows the vase 750 with the first integrated support connector, this integrated first Support connector is used to vase being connected to another support module 390.Other types of container may also set up one or more They are connected directly to support module by support connector.

When illustrating book and its associated claim, such as " including (comprise) ", " including (include) ", " including (incorporate) ", " including (contain) ", "Yes" and " having " expression should be with nonexcludability Mode explain, that is, being construed to the other items for allowing to be not explicitly defined or component also will be present.The reference of odd number is also answered It is construed to the reference to plural number, and the reference to odd number also should be interpreted that the reference of plural number.

In the above description, it should be understood that when such as the element of layer, region or substrate is referred to as in another element "upper" or " on " when, the element is directly on another element, or intermediary element also may be present.

In addition, the application can also be realized with than the less component provided in embodiment described here, wherein One component executes multiple functions.Equally, discribed more elements can be used than in figure to realize in the application, wherein by The function that a component in provided embodiment executes is distributed on multiple components.

Those skilled in the art should be easily understood that, can revised comment in the case where not departing from scope of the present application Various parameters disclosed in book, and disclosed and/or claimed various embodiments can be combined.

Claims (17)

1. being used for the bogey of support container system, described device includes:

The nearside of described device is arranged in-the first support connector, for described device to be connected to the branch being generally vertically oriented Hold system；And

Load bearing arm has proximal arm end and distal arm end, the load bearing arm further include:

Plane is pushed up, is arranged so that when described device is connected to the supporting system by first support connector, institute Top plane is stated to be arranged relative to the imaginary plane for being approximately perpendicular to the supporting system with first angle；And

Device connector, for being engaged with the arm coupling to the containment system by the top planes carry.

2. the apparatus according to claim 1 further includes the second support connector, second support connector is used in institute It states and supports described device on supporting system, second support connector is aligned with first support connector, so that working as institute When stating device and being connected to the supporting system, the top plane and the supporting system are at the angle for being greater than 90 degree.

3. the apparatus of claim 2 further includes supporting arm, the supporting arm, which has, is connected to the remote of the load bearing arm End and with the proximal end being arranged at a certain distance from the proximal end away from the load bearing arm, in which:

First in first support connector and second support connector is connected to the proximal end of the load bearing arm； And

Second in first support connector and second support connector is connected to the proximal end of the supporting arm.

4. device according to claim 3, in which:

First support connector is connected to the proximal end of the load bearing arm；

Second support connector is connected to the proximal end of the supporting arm；And

The distal end of the supporting arm is connected to the load bearing arm in the load bearing arm, opposite with top plane side.

5. device according to any one of claim 1 to 4, wherein second connector arrangement is at the adjoining branch Hold system.

6. device according to any one of claim 1 to 5, wherein first connector arrangement at by the branch Engage to the holding connector locking that the system of holding includes.

7. device according to any one of claim 1 to 6, wherein described device connector arrangement at to by described The arm coupling for pushing up the containment system of planes carry can be sliding engaged.

8. device according to any one of the preceding claims, in which:

The top plane is limited by the upside of the first arm member and the upside of the second arm member, wherein second arm member is set It is set to parallel with first arm member；And

First arm member and second arm member are from the proximal arm end to prolonging on the direction at the distal arm end It stretches.

9. the supporting platform of the containment system for keeping substance, the supporting platform include:

Upper mounting plate surface；And

Arm coupling is arranged to and engages according to claim 1 to the device connector of device described in 6, so that working as the arm When connector is engaged with described device connector, the upper mounting plate surface relative to the arm the top plane with second angle Setting.

10. supporting platform according to claim 9, in which:

The second angle is substantially equal to the first angle；

The arm coupling is arranged to engage with described device connector in a first direction so that when the arm coupling with When described device connector engages, the upper mounting plate surface is generally perpendicularly arranged relative to the supporting system；And

The arm coupling is arranged to engage with described device connector in a second direction so that when the arm coupling with When described device connector engages, the upper mounting plate surface is relative to the imaginary plane for being approximately perpendicular to the supporting system with the The setting of three angles, the third angle is the summation of the first angle and the second angle.

11. supporting platform according to claim 9 or 10 further includes base connector, the base connector is arranged to It is engaged with the top part for the supporting system being generally vertically oriented, the base connector is connected to the supporting platform, so that working as When the base connector is engaged with the supporting system, the upper mounting plate surface relative to the supporting system generally perpendicularly Orientation.

12. the supporting platform according to any one of claim 9 to 11, wherein the upper mounting plate surface is provided with container Connector modules, the container connector module are used to engage with the container of article is kept.

13. supporting platform according to claim 12, wherein the container connector module includes the first slit and second Slit, wherein first slit is used to be slidably engaged with the first container retainer, and second slit is used for and second container Retainer is slidably engaged, wherein first vertical slot is in second slit.

14. for keeping the container module of plant, comprising:

Container has the chamber wall and container bottom erect upwards, wherein the chamber wall defines container in the horizontal direction Space；

Arm coupling is arranged to and engages according to claim 1 to the device connector of device described in 6.

15. for keeping the containment system of substance, the containment system includes:

The supporting platform according to any one of claim 9 to 13；And

Container, including platform connector, the platform connector arrangement connect at the container connector module with the supporting platform It closes.

16. the supporting system for supporting device according to any one of claim 1 to 8, including bearer connection device, institute Bearer connection device is stated to be arranged to engage with the first support connector of described device.

17. the system for keeping substance, comprising:

Bogey according to any one of claim 1 to 8；

Containment system described in any one of 5 according to claim 1；And

Supporting system according to claim 16.