CN203467306U

CN203467306U - Seedling culturing disc

Info

Publication number: CN203467306U
Application number: CN201320574705.5U
Authority: CN
Inventors: 黄钲权
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-09-16
Filing date: 2013-09-16
Publication date: 2014-03-12
Anticipated expiration: 2023-09-16

Abstract

The utility model provides a seedling culturing disc. A plurality of grids are arranged on a disc body of the seedling culturing disc in a preset arranging mode, concave cups protruding downwards by a preset depth are arranged on the grids of the whole seedling culturing disc, and at least one through hole is formed in each concave cup. Media can be directly filled into the concave cups to culture seedlings, when the seedlings in the grids grow to a preset extent, the seedlings and the media are pulled out from the concave cups in the grids and then can be easily transferred to soil with dig holes, the empty seedling culturing disc can be recycled without generating any waste, and the seedling culturing disc protects the environment and effectively lowers material and labor cost for seedling culturing operation.

Description

Seedling-cultivating tray

Technical field

The utility model is grown seedlings with device about a kind of, refers to especially a kind of material, cost of labor that can effectively reduce seedling fostering operation, and can reclaim for repeating, and relatively has more the seedling-cultivating tray of environmental protection effect.

Background technology

As everyone knows, " root " is very important to the g and D of plant, because of the overground part of plant, grow and depend on root supply mineral element and moisture, root is except supporting fixed function, also there is the critical functions such as synthetic, transfer and repertory, therefore by plants such as the showy flowers of herbaceous plants of manually educating again, vegetables, trees in the stage of growing seedlings, many seedling-cultivating trays that link that first utilize are planted cultivation, when the showy flowers of herbaceous plants, vegetables, sapling grow to predetermined extent, then the showy flowers of herbaceous plants, vegetables, sapling are transported to predetermined the transplanting work of doing together with seedling-cultivating tray.

Moreover, use the seedling-cultivating tray seedling that cultivates plants can make seedling independent growth in the dish of cave, not only can allow seedling obtain growth result comparatively fast, its growth quality is also compared with stable uniform, especially have normalization (regularity), number of plants per unit area certain, shorten grow seedlings number of days and the advantage such as transportation is convenient, so peasant uses cultivate plants ratio and the quantity of seedling of seedling-cultivating tray also to have the trend increasing year by year; Relative, the whether realistic user demand of the structural design of seedling-cultivating tray, also directly affects production capacity and the cost of plant seedling operation.

As shown in Figure 1, for a kind of general existing seedling-cultivating tray, similar existing seedling-cultivating tray 10 is mainly provided with the case 11 that quantity does not wait on its disk body, each case 11 place and the connection plural number basket bar 12 in order to seedling 20 holders are supportted, because the basket bar 12 of case 11 cannot be to the enough encapsulations of medium 30 generation, therefore seedling 20 must first be implanted one and is equipped with in the middle of the soft basin 40 of medium 30, the softer basin 40 that medium 30 and seedling 20 are housed is inserted in the case 11 of seedling-cultivating tray 10 and cultivate.

When the seedling in case 11 grows to predetermined extent, again the soft basin 40 that medium 30 and seedling 20 are housed is taken out in the case 11 of seedling-cultivating tray 10, and after carefully the outer field soft basin 40 of medium 30 being divested, seedling 20 can be moved into and dug in the soil in hole, cave together with medium 30; As for, the soft basin 40 previously having been divested, also to collect and could assess and whether can be reused or abandon after arranging, not only easily produce environmental issue, and comparatively bother, time-consuming, also derive virtually more manually and material cost.

Utility model content

The technical problem that the utility model solves is providing a kind of material, cost of labor that can effectively reduce seedling fostering operation, and can reclaim for repeating, and relatively has more the seedling-cultivating tray of environmental protection effect.

The technological means that utility model adopts is as described below.

For on reaching, take off object, seedling-cultivating tray of the present utility model is provided with the case that plural number is predetermined arrangement mode configuration substantially on its disk body; Wherein: this seedling-cultivating tray is provided with the recessed cup that is convexly equipped with desired depth downwards in each case place, and in each recessed cup place be provided with at least one open-work.

Utilize said structure feature, seedling-cultivating tray of the present utility model, when using, medium directly can be loaded in the recessed cup of case, the seedling of wanting to cultivate or seed are inserted in the medium in recessed cup again, can carry out the cultivation operation of seedling, except seeing through the coated configuration of recessed glass, medium is produced preferably fixation effect, also can allow medium maintain due water conservation degree, and under the effect of open-work, allow medium possess preferably drainage and gas permeability; Especially, when the seedling in case grows to predetermined extent, only seedling need be extracted out in the recessed cup of case together with medium, can easily seedling be moved into and dug in the soil in hole, cave together with medium, after the seedling-cultivating tray vacated can be reclaimed and uses, and can not produce any discarded object, not only compared with tool environmental protection effect, more can effectively reduce material, the cost of labor of seedling fostering operation.

According to said structure feature, described seedling-cultivating tray is further in the recessed cup of each case

Bottom is provided with at least one fin.

According to said structure feature, described seedling-cultivating tray is further formed with the oblique angle that guiding irrigation water flows into recessed cup in the edge of each case.

According to said structure feature, described seedling-cultivating tray is further provided with at least one fin in the recessed cup bottom of each case; And, in the edge of each case, be formed with the oblique angle that guiding irrigation water flows into recessed cup.

Described seedling-cultivating tray can further form the flange of a protrusion card predetermined altitude in disk body edge.

The disclosed seedling-cultivating tray of the utility model, can produce following effect.

1. the soft basin that do not need to arrange in pairs or groups uses, and can effectively reduce material, the cost of labor of seedling fostering operation.

2. whole seedling-cultivating tray is very easy to repeat reclaim and uses, and relatively has more environmental protection effect.

3. still can utilize the fin design of recessed cup bottom, conveniently seedling be shifted out in recessed cup together with medium, and when seedling-cultivating tray storehouse is taken in, conveniently take seedling-cultivating tray.

4. still can utilize the oblique angle design at case edge, increase seedling-cultivating tray and irrigate convenience.

5. still can utilize the flange design at disk body edge, stability when increase seedling-cultivating tray end is got, and can add in disk body edge seedling mark or manufacturer's mark.

Accompanying drawing explanation

Fig. 1 is the occupation mode schematic diagram of an existing seedling-cultivating tray.

Fig. 2 is seedling-cultivating tray occupation mode schematic diagram of the present utility model.

Fig. 3 is the seedling-cultivating tray partial sectional view of the utility model the first embodiment.

Fig. 4 is the local enlarged diagram of the seedling-cultivating tray of the utility model the second embodiment.

Fig. 5 is the local enlarged diagram of the seedling-cultivating tray of the utility model the 3rd embodiment.

Fig. 6 is the seedling-cultivating tray partial sectional view of the utility model the 4th embodiment.

Fig. 7 is the view of seedling-cultivating tray of the present utility model when irrigating.

Figure number explanation:

Prior art

10 seedling-cultivating trays

11 cases

12 baskets of bars

20 seedlings

30 media

40 soft basins

The utility model

50 seedling-cultivating trays

51 cases

52 recessed cups

53 open-works

54 fins

55 oblique angles

56 flanges.

Embodiment

The utility model mainly discloses a kind of material, cost of labor that can effectively reduce seedling fostering operation, and can reclaim for repeating, relatively have more the seedling-cultivating tray of environmental protection effect, seedling-cultivating tray occupation mode schematic diagram as of the present utility model in Fig. 2, Fig. 3 are as shown in the seedling-cultivating tray partial sectional view of the utility model the first embodiment, and seedling-cultivating tray 50 of the present utility model is provided with the case 51 that plural number is predetermined arrangement mode configuration substantially on its disk body; Wherein: this seedling-cultivating tray 50 is provided with the recessed cup 52 that is convexly equipped with desired depth downwards in each case 51 places, so that the accommodation space that utilizes recessed cup 52 to form for splendid attire medium 30, and be provided with at least one open-work 53 in each recessed cup 52 places.

When implementing, this seedling-cultivating tray 50 can be provided with a plurality of open-works 53 (as shown in Figures 3 and 4) in recessed cup 52 bottom surfaces of each case 51, or as shown in Figure 5, recessed cup 52 walls in each case 51 are provided with a plurality of open-works 53, mainly utilize the covering property of recessed cup 52 to produce preferably fixation effect to medium 30, separately the design by open-work 53 allows the medium 30 in recessed cup 52 maintain due water conservation degree, and possesses preferably drainage and gas permeability.

In principle, seedling-cultivating tray of the present utility model, when using, medium 30 directly can be loaded in the middle of the recessed cup 52 formed accommodation spaces of case 51, again by the seedling of wanting to cultivate 20 (or seed) to the medium 30 entering in recessed cup 52, can carry out the cultivation operation of seedling, except the coated configuration that can see through recessed cup 52 produces preferably fixation effect medium 30, also can allow medium 30 maintain due water conservation degree, and under the effect of open-work 53, allow medium 30 possess preferably drainage and gas permeability.

Especially, when the seedling 20 in case 51 grows to predetermined extent, only seedling 20 need be extracted out in the recessed cup 52 of case 51 together with medium 30, can easily seedling 20 be moved into and dug in the soil in hole, cave together with medium 30, the seedling-cultivating tray of vacating can be reclaimed and uses afterwards, and can not produce any discarded object, not only compared with tool environmental protection effect, more can effectively reduce material, the cost of labor of seedling fostering operation.

Moreover, seedling-cultivating tray 50 of the present utility model is when concrete enforcement, can be as shown in Figures 3 and 4, further in recessed cup 52 bottoms of each case 51, be provided with at least one fin 54, mainly utilize fin 54 designs of recessed cup 52 bottoms, conveniently seedling 20 is shifted out in recessed cup 52 together with medium 30, and when seedling-cultivating tray 50 storehouses are taken in, conveniently take seedling-cultivating tray.

And, can further in the edge of each case 51, be formed with the oblique angle 55 that guiding irrigation water flows into recessed cup 52 as shown in Figure 6, utilize oblique angle 55 designs at case 51 edges, increase seedling-cultivating tray 50 and irrigate convenience; Certainly, whole seedling-cultivating tray 50 is with recessed cup 52 bottoms in each case 51

Be provided with at least one fin 54, and the oblique angle 55 that is formed with the recessed cup 52 of guiding irrigation water inflow in the edge of each case 51 is for good.

Moreover, no matter whether seedling-cultivating tray 50 of the present utility model is provided with at least one fin 54 in recessed cup 52 bottoms of each case 51, or in the edge of each case 51, be formed with the oblique angle 55 that guiding irrigation water flows into recessed cup 52, described seedling-cultivating tray 50 can form in disk body edge the flange 56 of a protrusion card predetermined altitude, can utilize flange 56 designs at disk body edge, stability when increase seedling-cultivating tray 50 ends are got, and can add in disk body edge seedling mark or manufacturer's mark, and its seedling-cultivating tray 50 materials be take PP or PE or PLA as good; And, can utilize the flange 56 that exceeds card to form a waterwall, as shown in Figure 7, make when irrigating, reduce irrigation water and run off.

Compare with traditional existing structure, the disclosed seedling-cultivating tray of the utility model, can produce following effect.

Claims

1. a seedling-cultivating tray, is characterized in that: on its disk body, be provided with the case that plural number is predetermined arrangement mode configuration; Wherein:

This seedling-cultivating tray is provided with the recessed cup that is convexly equipped with desired depth downwards in each case place, and is provided with at least one open-work in each recessed cup place.

2. seedling-cultivating tray as claimed in claim 1, is characterized in that, this seedling-cultivating tray is provided with at least one fin in the recessed cup bottom of each case.

3. seedling-cultivating tray as claimed in claim 1, is characterized in that, this seedling-cultivating tray is formed with the oblique angle that guiding irrigation water flows into recessed cup in the edge of each case.

4. seedling-cultivating tray as claimed in claim 1, is characterized in that, this seedling-cultivating tray is provided with at least one fin in the recessed cup bottom of each case; And, in the edge of each case, be formed with the oblique angle that guiding irrigation water flows into recessed cup.

5. the seedling-cultivating tray as described in as wherein arbitrary in claim 1 to 4, is characterized in that, this seedling-cultivating tray forms a flange that protrudes card predetermined altitude in disk body edge.

6. the seedling-cultivating tray as described in as wherein arbitrary in claim 1 to 4, is characterized in that, this seedling-cultivating tray material is PP or PE or PLA.