CN2674836Y - Novel den tray strip - Google Patents

Abstract

A novel den tray strip of the utility model belongs to an apparatus for nursery and soilless culture of plant seedling, in particular to the flowers. The utility model is provided with at least two connected reversed cone-shaped concave cases, the bottom of the concave shell is provided with a through hole, the configuration angle and the deepness of the concave case are respectively equal with the separated included angle and the height between the two contiguous concave cases, and one concave case can be inserted into the gap between the two contiguous concave cases. The utility model can be used in storing and transporting the den tray strip and is especially convenient for storing and transporting the cultivation den tray strip which is provided with substrate blocks and is planted with seedling or flowers.

Description

Novel den tray strip

Technical field

The utility model relates to a kind of growing seedlings and the equipment of soilless culture of plant seedlings that be used for.

Background technology

Up to the present, be used for growing seedlings and the den tray strip of soilless culture of plant seedlings, particularly flowers, be the molded shell container that at least two continuous inversed taper platform shape pit shells are arranged mostly, also has a curved down horizontal bar between the two pit shells that have, this den tray strip is owing to there is inversed taper platform shape pit shell, thereby placements of can splicing of empty den tray strip, so that transportation and preservation.But when putting into substrate block in the dish of its cave, when particularly transplanting has plant seedlings again, just can't utilize its profile characteristics to reduce their occupied spaces, reach and be convenient to the purpose of transporting and preserving.

Summary of the invention

Task of the present utility model is exactly the shortcoming that will overcome above-mentioned den tray strip, provides in the dish of a kind of no matter cave to have or not substrate block and plant seedlings, all can utilize its shape and structure characteristics to reduce the novel den tray strip that takes up space.

Task of the present utility model is finished like this: it also has at least two continuous inversed taper platform shape pit shells, the profile angle and the degree of depth of pit shell, respectively with two pit shells between the interval angle and equate that highly pit shell inserts in the interval between the two pit shells just.

Because the utility model has above-mentioned design feature, thereby it not only can adopt the placement of splicing under the vacant situation in pit, and in the dish of cave, substrate block is housed and is implanted with under the situation of flowers seedling, still can adopt the inverted grafting of mutual traverse to place way, the pit shell of a den tray strip is inserted in the interval between the pit shell of another den tray strip traverse then, thereby reduce their occupied spaces, reach and be convenient to the purpose of transporting and preserving.

Description of drawings

Fig. 1 is the structural representation of an embodiment of the utility model.Fig. 2 is that A among Fig. 1 is to view.Fig. 3 is the schematic diagram that the utility model splices and places.Fig. 4 is the schematic diagram that the utility model is pegged graft and placed.

Embodiment

With reference to accompanying drawing 1, the novel den tray strip of my invention, it also is a kind of thin walled shell with the plastic moulding, it has at least two continuous inversed taper platform shape pit shells 1, can put into the forming matrix piece 2 suitable in the pit shell 1 with its geomery, the quantity of pit shell 1 can be decided according to the actual requirements, the pit shell of Xiang Lianing just has been linked to be the cave dish of a strip one by one, usually, each pit shell 1 the bottom all be useful on the through hole 3 of draining, but what have can not have yet, but just does a hole in use.The profile angle 4 of pit shell 1 and the degree of depth 5, respectively with two adjacent pit shells between interval 6 angle 7 and highly equate 8, like this, a pit shell 1 of a den tray strip is just in the interval 6 between two adjacent pit shells of reverse another den tray strip placed of insertion.

When not putting into forming matrix piece 2 in the pit shell 1, the pit shell of a den tray strip can be put into the pit shell of another den tray strip identical with its placement direction, forms the placement of splicing, as shown in Figure 3.Obviously, after putting into forming matrix piece 2 in the pit shell 1, den tray strip just can not adopt to splice and place; At this moment can adopt the distinctive grafting of the utility model to place: soon two den tray strips are placed by opposite direction, and wherein the pit shell 1 of a den tray strip inserts in the pit shell interval 6 of another den tray strip, as shown in Figure 4.Because the utility model is a thin walled shell, it is not enough only depending on a shell sheet to connect between two adjacent pit shells, be the intensity of increase connection and the rigidity of whole piece den tray strip, the top flange 9 in addition of pit shell 1, place for ease of side direction, the flange 9 of side (is seen shown in Figure 2) with the side of pit shell 1 in same plane, does not promptly have outwardly directed limit.

Claims (3)

1, a kind of novel den tray strip, it is the thin walled shell with the plastic moulding, have at least two continuous inversed taper platform shape pit shells (1) it is characterized in that: the profile angle (4) of pit shell (1) and the degree of depth (5), respectively with two adjacent pit shells (1) between interval (6) angle (7) and the height (8) equate.

2, by the described novel den tray strip of claim 1, it is characterized in that: the top flange of gaining in strength in addition (9) of pit shell (1).

3, by the described novel den tray strip of claim 2, it is characterized in that: the side of flange of side (9) and pit shell (1) is in same plane.

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