CN102308734A - Flower box holding device - Google Patents

Flower box holding device Download PDF

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Publication number
CN102308734A
CN102308734A CN2011101765666A CN201110176566A CN102308734A CN 102308734 A CN102308734 A CN 102308734A CN 2011101765666 A CN2011101765666 A CN 2011101765666A CN 201110176566 A CN201110176566 A CN 201110176566A CN 102308734 A CN102308734 A CN 102308734A
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CN
China
Prior art keywords
cultivation box
matrix
retainer belt
holding device
securing member
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN2011101765666A
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Chinese (zh)
Inventor
C·布兰德施泰特
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Geobra Brandstaetter GmbH and Co KG
Original Assignee
Geobra Brandstaetter GmbH and Co KG
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Geobra Brandstaetter GmbH and Co KG filed Critical Geobra Brandstaetter GmbH and Co KG
Publication of CN102308734A publication Critical patent/CN102308734A/en
Pending legal-status Critical Current

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    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47GHOUSEHOLD OR TABLE EQUIPMENT
    • A47G7/00Flower holders or the like
    • A47G7/02Devices for supporting flower-pots or cut flowers
    • A47G7/04Flower tables; Stands or hangers, e.g. baskets, for flowers
    • A47G7/044Hanging flower-pot holders, e.g. mounted on walls, balcony fences or the like

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  • Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)

Abstract

The invention relates to a flower box holding device which is applied for retaining at least one flower box (1) on a railing (3). The device has a base body (22) including a contact surface for fastening at a railing (3). A retaining strap (33) embraces a railing bar (59) of the railing and holds the base body (22) at the railing, and a hold part (2) is fastened at the base body (22). The strap comprises two strap ends, where one of the strap ends is fixed at the base body (22). A fixing unit adjustably defines a region of the strap at the base body, where the region of the strap is spaced to the strap end. The fixing unit is movable between a release position and a stop position.

Description

The cultivation box holding device
Technical field
The present invention relates to a kind of cultivation box holding device/trogue holding device (Blumenkasten-Halte-Vorrichtung) of growing flowers, it is used at least one cultivation box is remained on guardrail or analog.In addition, the present invention relates to a kind of cultivation box device, it has at least one cultivation box and at least one cultivation box holding device, and this at least one cultivation box holding device is used for said at least one cultivation box is remained on guardrail or analog.
Background technology
Being used for keeping the cultivation box holding device of cultivation box is that prior art is well-known.This holding device for example can be threaded on the guardrail, and subsequently cultivation box is remained on the guardrail.The installation of this known cultivation box holding device is normally bothersome.Its dismounting is so same.
Summary of the invention
Therefore the objective of the invention is: propose a kind of cultivation box holding device, it can be installed and preferably also can dismantle simply simply.In addition, hope that the cultivation box holding device can keep at least one cultivation box reliably.Hope likewise to realize corresponding cultivation box device.
This purpose realizes through the characteristic that provides in independent claims 1 and 15 according to the present invention.Core of the present invention is, is provided with at least one and is used for around the retainer belt of the guard rail rod of guardrail.So just, can be through at least one retainer belt reliably at localized immobilization cultivation box holding device.Said at least one retainer belt can be matched with the guardrail of different designs neatly.So guardrail for example can have, and cross section is circle, annular, ellipse, egg type or polygonal guard rail rod.(they) combination also is feasible.
Preferred other design of the present invention provides in the dependent claims.
Through favourable design according to claim 2, retainer belt can be matched with different guard rail rods guardrail in other words especially well.
Through design according to claim 3, can realize that the utmost point remains on matrix on the guardrail reliably.In addition, matrix can also be fixed on different guardrails in other words on the guard rail rod with simple methods.
Design according to claim 5 can realize simply and being fastened on the matrix with the isolated zone of first retainer belt (end) retainer belt neatly.Preferred stepless fastening be possible.
According to claim 6 securing member is steerable.Retainer belt is released in other words and can be conditioned in the off-position of securing member, and retainer belt is fixed with irremovable mode in locked position.Can make securing member arrive the off-position through moving or swinging from locked position, or counter motion.Support said securing member with the removable mode that maybe can swing for this reason.Securing member preferably in its locked position by in localized immobilization.For this reason, particularly on securing member, be provided with at least one and keep projection, thereby said at least one maintenance projection joins in the matrix at the localized immobilization securing member subsequently.Alternatively, said at least one maintenance projection is arranged on the matrix, and wherein said at least one maintenance projection is retentively engaged in the securing member subsequently.Preferably, move out from its fixing locked position again in order to make this securing member, (necessary) with an outside, manual release force is applied on the securing member.Avoided securing member from its locked position, desirably not move thus effectively.
Through design according to claim 7, can be reliably at the localized immobilization retainer belt.Preferably, clamp clip is pressed onto retainer belt on the matrix, thus fixing retainer belt.
Through design according to claim 8, securing member is arranged in the matrix under protected situation.Preferably, fastener arrangement is on the front portion of matrix.
Preferably, in matrix, be formed with at least one be used for through at least one independently securing member said matrix is fixed on the crack portion on the guardrail.Realized thus additionally or alternatively matrix being fixed on the possible scheme on the guardrail.Matrix can be fixed on the guardrail through retainer belt and/or through securing member independently.
Design according to claim 9 has realized extremely satisfactory appearance.Therefore retainer belt also approximate " be removed/people is joyful in addition ", this is because the only part of retainer belt is still visible.
Through design according to claim 10, retainer belt can be directed passing matrix.Therefore retainer belt can be at dorsal part around guard rail rod and pass matrix through said through hole and extend forward.Be provided preferably with a plurality of through holes in order to guide retainer belt neatly.Said through hole spacing to each other can be different.
Through design according to claim 11, can carry out orientation/adjustment (ausrichten) to matrix.Directed element preferably is fixed on its corresponding orienting station.This directed element preferably can infinitely be regulated.Be feasible for example according to guardrail (direction) or according to the orientation of vertical direction.
Design according to claim 12 has realized keeping extremely reliably cultivation box.Preferably, between first leg and second leg, have an angle, this angle reaches 85 ° to 95 °, is preferably 90 °.
Design according to claim 13 has realized the simple and reliable connection between matrix and holding unit.Do not need instrument.
Through utilize first leg that is brought to cover at least in part securing member according to claim 14 saidly, protect securing member with the manipulation for example avoiding not expecting or make dirty.This external fastening element is to be arranged that by the mode of hiding this is gratifying in appearance.
Preferably, second leg has the copulational protuberance that at least one is used for joining to cultivation box.This just forms reliable socket connection between holding unit and cultivation box.The cultivation box and second leg can also through at least one independently fixture be mutually permanently connected.Said fixture can be designed as screw element, screw rod, pin member or analog.For this reason, in second leg, be formed for the crack portion of corresponding independent stationary part.Corresponding crack portion also can be set in cultivation box for this reason.
Holding unit preferably is designed to assembly (Verbund-koerper).Holding unit can comprise reinforcing element at least one reinforcement, rigidity, and this reinforcing element is preferably processed by metal material.Material, for example plastics that said at least one reinforcing element can be held unit itself surround or the injection moulding coating at least in part.
Description of drawings
Preferred implementation of the present invention is exemplarily described with reference to the accompanying drawings.Shown in the figure:
Fig. 1 illustrates the perspective view according to cultivation box device of the present invention from first side, and wherein the cultivation box device comprises two according to cultivation box holding device of the present invention,
Fig. 2 is from being different from second side of first side, and promptly dorsal part is illustrated in the perspective view of the cultivation box device shown in Fig. 1,
Fig. 3 is illustrated in the cutaway view of the cultivation box device shown in Fig. 1 and 2,
Fig. 4 illustrate according to the amplification view of the matrix of cultivation box holding device of the present invention and
Fig. 5 is illustrated in the exploded view of the cultivation box holding device shown in Fig. 4.
Embodiment
Comprise a cultivation box 1 and two cultivation box holding devices at the cultivation box device shown in Fig. 1 and 3, said two cultivation box holding devices are fixed on the guardrail 3 and public maintenance or support cultivation box 1.Cultivation box holding device horizontal-extending length separately is obviously littler than cultivation box 1.In cultivation box 1, can plant flowers and plants plant in other words.Therefore cultivation box 1 also can be called as the plantation case.Be particularly suitable in cultivation box 1 plantation balcony plant, like geranium.Guardrail 3 is preferably used as and is anti-dropping apparatus.Said guardrail can be arranged on balcony, balcony, stair, bridge, support or the analog.It can be processed by wood, steel, plastics, concrete or analog.
The expression D score that uses in this manual, " on ", " preceding ", " back ", " dorsal part " or similar expression should understand according to the conventional orientation of cultivation box device, this routine is oriented in shown in Fig. 1 to 3.
Because the design of cultivation box holding device is identical, so hereinafter only a cultivation box holding device is described.Can be provided with one, two, three, four for each cultivation box 1 ... the cultivation box holding device.
Each cultivation box holding device comprises a holding unit 2, and this holding unit is designed to the horn shape keeper and is formed by plastic material basically.Other material also is possible.Holding unit 2 has first leg 4 and second leg 5, and said first leg and second leg adjoin each other at a public link position place.Exist one jiao of w, this angle to reach 85 ° to 95 ° and be preferably 90 ° at these two legs 4, between 5.
First leg 4 is U-shaped basically in cross section.Therefore this first leg has two sidewalls that extend parallel to each other 6 and one makes sidewall 6 interconnective connecting walls 7 forwardly.In sidewall 6, be provided with admittance passage 8 opposed each other, groove type, they have constituted receptacle 9 together.Admit passage 8 therefore to be arranged on the inboard of the sidewall 6 that is adjacent to receptacle 9.Said receptacle is designed to rail mounted.Admit passage 8 open downwards.Said admittance passage is upwards by sidewall 6 sealings.In connecting wall 7, be provided with depressed part 10 at dorsal part, this depressed part is being admitted between the passage 8 along 4 extensions of first leg.In depressed part 10, forming cross section is circular crack portion 11, and whole connecting wall 7 is run through in this crack portion.In the zone of crack portion 11, in connecting wall 7, be integrated with stiffener 12, this stiffener has at first sealed crack portion 11 and has exceeded crack portion 11 ground and in connecting wall 7, extended.
Second leg 5 is designed to support arm.This second leg has supporting surface 13 upwards.In addition, second leg 5 has the copulational protuberance 15 that projects upwards on its free end 14, and this copulational protuberance is arranged essentially parallel to first leg, 4 ground and extends.From the supporting surface 13s, copulational protuberance 15 attenuates on it highly extends.
In second leg 5, be provided with the crack portion 16,17,18 of three perforations, they are designed to circle from dorsal part 19 and the cross section that supporting surface 13 extends to second leg 5 always respectively.The first crack portion 16 is substantially adjacent to first leg 4 and arranges.Compare with the first crack portion 16, the second crack portion 17 is bigger apart from the spacing of first leg 4.This second crack portion arranges adjacent to the first crack portion 16 and has a diameter bigger than the first crack portion 16.The 3rd crack portion 18 roughly is centrally located between the second crack portion 17 and the copulational protuberance 15.
From the second crack portion 17s, stiffener 20 extends towards free end 14 in second leg 5.Stiffener 20 exceeds the 3rd crack portion 18 ground and extends, and wherein stiffener 20 is left a blank in the zone of the 3rd crack portion 18 equally.Stiffener 20 is surrounded by plastics or injection moulding coats.
In addition, holding unit 2 has another stiffener 21, and this another stiffener extends first leg 4 and second leg 5 from the public connecting portion of leg 4,5.This another stiffener 21 is surrounded by plastics.This another stiffener has the shape of angle Support, therefore is matched with the trend of leg 4,5.This another stiffener 21 extends to the second crack portion 17 through the first crack portion 16 always.Stiffener 21 is left a blank in the zone of the first crack portion 16 equally.This another stiffener is stopping with stiffener 20 spaced apart places.
The cultivation box holding device also comprises microscler matrix 22, and this matrix will be fixed on the guardrail 3 this matrix again and preferably mainly processed by plastic material.Holding unit 2 can be pulled on the matrix 22.Matrix 22 can interconnect with holding unit 2 removably.(they) connection does not need instrument with separating.
Matrix 22 has contact plate 23, and circular contact protrusion 24 is outstanding backward from this contact plate.In contact protrusion 24, be provided with crack portion 25, this crack portion passes completely through contact plate 23.Two sidewalls 26 are outstanding forward from contact plate 23, and these two sidewalls extend along the longitudinal edge of this contact plate.Sidewall 26 is opposed each other and extend parallel to each other.To side direction, outwards outstanding, said joint fastener is in the plane that is parallel to contact plate 23 joint fastener 27 from sidewall 26.Joint fastener 27 is arranged in the fringe region freely of sidewall 26.
Matrix 22 have upper end 28 and with these 28 opposed bottoms 29, upper end.In the zone of upper end 28, in contact plate 23, be provided with first through hole 30 of slit shape.First through hole 30 passes completely through contact plate 23.The longitudinal extension structure of this first through hole and matrix 22 is vertically extended.Between upper end 28 and bottom 29, roughly medially in contact plate 23, be provided with second through hole 31 of slit shape.In addition, roughly medially between first through hole 30 and second through hole 31, be provided with the third through-hole 32 of slit shape.The orientation of second through hole 31 and third through-hole 32 is corresponding with structure with the orientation of first through hole 30 with structure.Therefore through hole 30,31,32 extends parallel to each other.Said via arrangement is in row, and these row extend along the longitudinal extension structure of matrix 22.Spacing between first through hole 30 and third through-hole 32 preferably at 2cm between the 6cm, most preferably at 3cm between the 4cm.Spacing between second through hole 31 and third through-hole 32 preferably at 2.5cm between the 6cm, most preferably at 3.5cm between the 5cm.This spacing is slightly larger than the spacing between first through hole 30 and third through-hole 32.
Matrix 22 also has the retainer belt 33 of flexible band shape, and this retainer belt has first end 34 and the second end 35.The length of retainer belt 33 is 15cm to 50cm, is 25cm to 40cm thus.The width of this retainer belt at 0.5cm between the 5cm, preferably at 1cm between the 3cm.Therefore retainer belt 33 is designed to microscler.This retainer belt can be made up of fabric, and this fabric comprises artificial yarn and/or natural yarns.Preferably, retainer belt 33 has the projection of a plurality of rib shapes, and the longitudinal extension structure of said a plurality of projections and retainer belt 33 is vertically extended and for example is made up of the infall of the yarn of retainer belt 33.
In the zone of free end 34, retainer belt 33 forms a circle ring 36.One supporting pin 37 passes this circle ring 36, and this supporting pin is received in the sidewall 26 of matrix 22.Like this, retainer belt 33 just in the zone of its free end 34 non-adjustable saving land be fixed on the matrix 22.Supporting pin 37 is between first through hole 30 and third through-hole 32.This supporting pin is arranged on the front side of matrix 22.
Matrix 22 also has retainer belt securing member 38.This securing member 38 and first through hole 31 are adjacent to arrange.At this, this securing member is roughly staggering downwards on the direction of bottom 29.But securing member 38 is designed to the anchorage bar of manual control, and this anchorage bar can be swung between locked position and off-position.This securing member has a supporting zone 39 for this reason, and this supporting zone is passed by a support pin 40.Support pin 40 is extended with supporting pin 37 abreast.This support pin is received within the sidewall 26 of matrix 22 and for securing member 38 swinging axle 41 is provided.That is securing member 38 can be around swinging axle 41 swings.This securing member is arranged on the front side of matrix 22.Clamp clip 42 is radially outstanding from the supporting zone 39 of central authorities.The radial height of clamp clip 42 is greater than the spacing of swinging axle 41 apart from contact plate 23.In contact plate 23, be provided with clamp clip breach 43 in the front side, this clamp clip receptacle has inlet inclined-plane 44 and the gripping section 45 adjacent with inlet inclined-plane 44 for this reason.On supporting zone 39, also be connected with holder 46, this holder vertically extends with clamp clip 42 basically.The length of holder 46 is obviously bigger than clamp clip 42.
On the free end of holder 46, be provided with two along the protruding (not shown) of the outstanding maintenance of side direction, said maintenance convexity is positioned on the public straight line.In the sidewall 26 of matrix 22, be provided with two mutual opposed maintenance projection breach 47, said maintenance projection receptacle enlarges from contact plate 23 continuously for this reason.
In the zone of bottom 29, directed element 48 is arranged at matrix 22 upper supports.For this reason, in matrix 22, be provided with directed element receptacle 49, this directed element receptacle passes completely through contact plate 23 and directed as crack portion 25 the same ground.The cross section of directed element receptacle 49 is designed to circle.This directed element receptacle has internal thread 50.Directed element 48 also comprises the screw rod 51 with external screw thread 52.Screw rod 51 is received in the directed element receptacle 49.External screw thread 52 is matched with internal thread 50.On screw rod 51, be provided with operating element 53, this operating element also is used to support and is positioned at matrix 22 rears.Operating element 53 is designed to disk at this, and it is arranged on the free end of screw rod 51 and has supporting surface.Operating element 53 extends radially outside the screw rod 51.
Cultivation box 1 has 54, two the vertical walls 55 of mutual opposed cultivation box in bottom and two mutual opposed cultivation box end walls 56 of being essentially rectangle and stretches out from this bottom.Define cultivation box space 57 through bottom 54, vertical wall 55 and end wall 56, this cultivation box space is designed to cuboid basically and is open upwards.In cultivation box space 57, can put into one or more flowerpots (Pflanzeinsatz).In flowerpot, can put into base-material, as growing flowers with earth or pellet.Subsequently can with spend/plant cultivating is in base-material.
Cultivation box 1 also has at least two microscler copulational protuberance receptacles 58, and said copulational protuberance receptacle is extended to cultivation box space 57 from bottom 54 and defined by bottom 54.Bottom 54 extends in the cultivation box space 57 in the zone of receptacle 58.Receptacle 58 is only opened wide downwards.This receptacle is arranged in the zone of vertical wall 55 and extends abreast with this vertical wall.This vertical wall also is adjacent to arrange with end wall 56 respectively.In addition, cultivation box 1 has at least two cross sections and is circular screw element receptacle 62, and this screw element receptacle is extended to cultivation box space 57 from bottom 54 and is similar to copulational protuberance receptacle 58 ground and forms.This screw element receptacle and other vertical wall 55 are adjacent to be arranged in the zone of end wall 56.
Below cultivation box 1 is installed into line description on guardrail 3.Guardrail 3 has two parallel, horizontally extending guard rail rods 59 at this, and said guard rail rod cross section is designed to circle and the stacked up and down extension but each interval is turned up the soil.The guard rail rod 59 of below is arranged on the support bar 60.Support bar 60 supports the guard rail rod 59 of below on the ground.This support bar extends and is the part of guardrail 3 vertically.
At first should matrix 22 be fixed on the guardrail 3.Make contact protrusion 24 and guard rail rod 59 contact for this reason.But guard rail rod 59 also can directly be resisted against on the contact plate 23.At this, contact protrusion 24 or contact plate 23 dorsal parts form the abutment face that relative guardrail 3 supports.Matrix 22 extends vertically.Pass first through hole from supporting pin 37 respectively and go up in other words retainer belt 33 lasso formulas or the circle ring type ground that through hole 30 extends back and extend, make retainer belt 33 be resisted against on the outside of guard rail rod on this around last guard rail rod 59.Thus, contact plate 23 extends between lasso formula portion's section of retainer belt 33 and securing member 38.Therefore, contact plate 23 also extends between lasso formula portion's section of retainer belt 33 and supporting pin 37.
Subsequently, according to the thickness of last guard rail rod 59 diameter in other words, through hole 31 or the third through-hole 32 of the second end 35 that makes retainer belt 33 through second/below passes contact plate 23 and extends forward.Subsequently, making this retainer belt pass between securing member 38 and the contact plate 23 (gap) in the front side extends.At this, each securing member 38 all is positioned at its off-position, between securing member 38 and contact plate 23, has the space (Fig. 4) that supplies retainer belt 33 to pass thus.
For fixing retainer belt 33, corresponding fasteners 38 is swung in the locked position around swinging axle 41.For this reason, should firmly grasp securing member 38 at holder 46 places.Through swing securing member 38 space through clamp clip 42 (defining) perforation is reduced continuously.In locked position, clamp clip 42 is pressed onto adjacent portion's section of retainer belt 33 in the breach 43, makes this section be pressed onto on the gripping section 45 of contact plate 23 and the inclined-plane 44 that enters the mouth (Fig. 3) clampedly.Through keeping projection to fix, said maintenance protrusions snap goes into to keep in the projection breach 47 or to be fixed on the there to securing member 38 with clamping in its locked position.The projection of the rib shape through retainer belt 33 can be lastingly, reliably retainer belt 33 is fixed on the position that regulates.Matrix 22 can be alternatively or is additionally passed through independent fixture (not shown), is fixed on the guardrail like screw element, bolt spare or pin member.Be provided with crack portion 25 for this reason.
Matrix 22 can carry out orientation through directed element 48.For example can make each matrix 22 all directed by vertical direction.For this reason, the screw rod 51 that is received in the directed element receptacle 49 is correspondingly moved vertically through screwing in or screwing out.Operating element 53 contacts with guardrail 3 through its supporting surface at this, particularly contacts with vertical support bar 60, and then supports against guardrail 3.Directed element 48 screws out manyly more from directed element receptacle 49, matrix 22 just deflections more tempestuously.
Should cultivation box 1 be placed on the top edge freely of said matrix at first.Subsequently holding unit 2 and cultivation box 1 are coupled together., each copulational protuberance 15 is inserted in the receptacle 58 of respective design for this reason, realized the connection of the shape sealed (formschluessig) between cultivation box 1 and holding unit 2 thus.Respectively a connecting thread spare 61 is passed in the second crack portion 17 and the screw-in receptacle 62 in addition.Receptacle 62 can have corresponding internal thread for this reason.But this internal thread also can produce in receptacle 62 through the screw-in of connecting thread spare 61.Realized being threaded between cultivation box 1 and holding unit 2 through connecting thread spare 61.Rotation/upset cultivation box 1 subsequently.Crack portion 16,18 is used for other fixture.
The holding unit 2 that will be fixedly connected with cultivation box 1 is subsequently shifted onto on the matrix 22 that is fixed.Leg 4 is vertically shifted onto on the joint fastener 27 from the top through admitting passage 8 for this reason.Therefore first leg 4 has formed connector, and extends vertically.Maximum pushes stroke through realizing on the upper end 28 that sidewall 6 is connected first leg 4.Holding unit 2 and matrix 22 subsequently then shape be connected sealedly.Joint fastener 27 is arranged in receptacle 9 subsequently.Along joint fastener 27 lead leg 4 movably.Cultivation box 1 is supported by the supporting surface of second leg 5 13, said second leg below be resisted against on the bottom 54.Second leg 5 flatly extends.
Dismounting is carried out with opposite mode similarly.

Claims (15)

1. one kind is used at least one cultivation box (1) is remained on the cultivation box holding device on the guardrail (3), comprising:
A) at least one matrix (22), this at least one matrix are used for fixing on said guardrail (3), and said at least one matrix has:
I. at least one abutment face, this at least one abutment face is used to be resisted against said guardrail (3); With
Ii. at least one retainer belt (33), this at least one retainer belt are used for around the guard rail rod (59) of said guardrail (3) and are used for said at least one matrix (22) is remained on said guardrail (3),
With
B) at least one holding unit (2), this at least one holding unit is used to keep said at least one cultivation box (1), wherein said at least one holding unit (2)
I. can be fixed on said at least one matrix (22).
2. cultivation box holding device according to claim 1 is characterized in that, said retainer belt (33) is adjustable, particularly adjustable in length.
3. cultivation box holding device according to claim 1 and 2 is characterized in that, is used for extending on local lasso formula ground at least around the said retainer belt (33) of the said guard rail rod (59) of said guardrail (3).
4. according to each described cultivation box holding device in the aforementioned claim; It is characterized in that; Said retainer belt (33) has the first retainer belt end (34) and the second retainer belt end (35), and wherein preferably, the said first retainer belt end (34) is fixed on the said matrix (22).
5. cultivation box holding device according to claim 4; It is characterized in that; On said matrix (22), be provided with at least one securing member (38), said at least one securing member be used for the fastening said retainer belt of adjustable mode (33) with isolated zone, the said first retainer belt end (34).
6. cultivation box holding device according to claim 5; It is characterized in that; Said securing member (38) is steerable, and wherein said securing member (38) can move between off-position and locked position, particularly can between off-position and locked position, swing; Wherein preferably, said securing member (38) is fixed in its locked position.
7. according to claim 5 or 6 described cultivation box holding devices; It is characterized in that; Said securing member (38) has at least one clamp clip (42), said at least one clamp clip be used to clamp said retainer belt (33) with isolated zone, the said first retainer belt end (34).
8. according to each described cultivation box holding device in the claim 5 to 7, it is characterized in that said securing member (38) is bearing in the depressed part of said matrix (22), preferably be bearing in the depressed part of front portion of said matrix (22).
9. according to claim 3 and according to each described cultivation box holding device in the claim 5 to 8; It is characterized in that; Said securing member (38) is arranged on first side of said matrix (22); And second side of portion's section that the lasso formula of said retainer belt (33) ground extends and said matrix (22) is adjacent to extend, and said second side and said first side are opposed.
10. according to each described cultivation box holding device in the aforementioned claim; It is characterized in that; In said matrix (22), be provided with at least one through hole (30,31,32); Said at least one through hole is used to guide said retainer belt (33) to pass said matrix (22), wherein is provided preferably with at least two through holes (31,32) in order to guide said retainer belt (33) neatly.
11. according to each described cultivation box holding device in the aforementioned claim; It is characterized in that; In the end regions of said matrix (22), be provided with an adjustable directed element (48); Said directed element is used to be resisted against said guardrail (3), and wherein preferably, said directed element (48) comprises screw rod (51).
12. according to each described cultivation box holding device in the aforementioned claim; It is characterized in that; Said holding unit (2) is designed to the horn shape keeper; Said horn shape keeper has first leg (4) and second leg (5), wherein preferably on said second leg (5), is provided with at least one copulational protuberance that is used for joining to said cultivation box (1) (15).
13. cultivation box holding device according to claim 12 is characterized in that, said first leg (4) can be pulled on the said matrix (22).
14., it is characterized in that said first leg (4) covers said securing member (38) at least in part in the state that is brought to according to each cultivation box holding device described and according to claim 13 in the claim 5 to 9.
15. a cultivation box device comprises
A) at least one cultivation box (1) and
B) at least one is according to each is described in the aforementioned claim, be used at least one cultivation box (1) is remained on the cultivation box holding device on the guardrail (3).
CN2011101765666A 2010-06-28 2011-06-28 Flower box holding device Pending CN102308734A (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
DE102010030577.4A DE102010030577B4 (en) 2010-06-28 2010-06-28 Flower box holding device
DE102010030577.4 2010-06-28

Publications (1)

Publication Number Publication Date
CN102308734A true CN102308734A (en) 2012-01-11

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ID=44650714

Family Applications (1)

Application Number Title Priority Date Filing Date
CN2011101765666A Pending CN102308734A (en) 2010-06-28 2011-06-28 Flower box holding device

Country Status (3)

Country Link
EP (1) EP2399490A2 (en)
CN (1) CN102308734A (en)
DE (1) DE102010030577B4 (en)

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Application publication date: 20120111