CN204031888U - Feed mechanism for seedling - Google Patents

Abstract

The utility model provides a kind of feed mechanism for seedling, espespecially a kind of feed mechanism for seedling be suitable for as breeding strains such as mushroom class, orchids, and it comprises a body, and this body has an opening and a spatial accommodation; Appropriate medium, is filled in spatial accommodation by opening, then it is closely sealed to tie vessel port ora terminalis by this sealer lid; Accordingly, sealer can be relied on to be packed by tool bacterium culture medium effective sealing, length, fruit body are stolen the phenomenons such as length, damage by disease and insect, air pollution, water loss and transport process are punctured and are occurred steathily to avoid mycelia, and effectively can reduce packaging volume and facilitate transport to carry, reduce unit price, the superiority such as Promote Competitive; And the utility model is directly torn sealer and can be planted, it is very convenient to open bag plantation.

Description

Feed mechanism for seedling

Technical field

The utility model relates to a kind of feed mechanism for seedling, espespecially can by the feed mechanism for seedling technical field of tool bacterium culture medium filling plantation.

Background technology

Plant for mushroom class, ask for an interview Fig. 1, the space pack arrangement of mushroom class is cultivated in plantation at present, and the medium 11 of tool bacterial classification loads in a space bag 10 by it, then clogs teething ring 13 with cotton 14 after space bag 10 opening 12 is inserted in a teething ring 13; Cover with after whole cultivation matrix 11 until the mycelia in space bag 1-, then cotton 14, teething ring 13 are taken out and cut open plastic bag and open bag, can cultivate (asking for an interview Fig. 2) by fruiting 15.

Although the use of structure tool packaging tool bacterium culture medium kind mushroom as above, in fact has following shortcoming and exists:

1, this space bag 10 is a plastic bag structure, causes and be easily punctured generation in transport process.

2, this space bag 10 opening 12 only clogs with cotton 14, cannot seal completely, so that inner mycelia is easily and contacting external air, causes mycelia in space bag easily to have long phenomenon steathily to occur, and the bacterium be subject in air and dirt mite infestationss and easily grow the shortcomings such as little fruit bat and exist.

3, this space bag 10 opening 12 only clogs moistening effect difference with cotton 14, and impact is opened in the future and contracted out mushroom growth.

When 4, opening bag for plantation, with instruments such as blades, space bagmouths open must be cut open again, open the not convenient property of bag.

5, this space bag is perspex bag, and volume is large, and coated medium exposes, and aesthetic property is not good, and the space bag of having planted must abandon and cannot recycle.Take a broad view of above-mentioned shortcoming, existing space bag plantation, needs to be further reviewed and seeks feasible solution in fact.

In view of this, after the utility model designer goes through improvement many times, finally complete a kind of mushroom class of this case feed mechanism for seedling utility model.

Utility model content

Therefore, the first object of the present utility model is providing a kind of avoiding to transport the feed mechanism for seedling without being punctured.

Second object of the present utility model, provides one bacterial classification effective sealing can be packed, and directly tears the feed mechanism for seedling can planting convenience.

3rd object of the present utility model is providing effectively a kind of and isolate from outer air, and mycelia can be avoided to steal long feed mechanism for seedling by complete for moisture preservation.

4th object of the present utility model, be providing one effectively to reduce packaging volume, facilitate transport to carry, reduce unit price and better aesthetic property, tool is to promote the feed mechanism for seedling of industrial competitiveness.

For achieving the above object, the technical solution adopted in the utility model is:

A kind of feed mechanism for seedling, is characterized in that, comprise:

One container, has a spatial accommodation and at least one opening;

Medium, fills in the spatial accommodation of container; And

The sealer equal with number of openings, is arranged at above this vessel port and locates, and closely sealed with the opening ora terminalis of this container.

In described feed mechanism for seedling, this sealer is a sealed monolithic sealer structure.

In described feed mechanism for seedling, this sealer is a permeability type sealer structure, this permeability type sealer structure comprises a upper sealing film, a lower sealing film and is positioned at the intermediate active charcoal non-woven cloth layer in the middle of upper and lower sealer, this upper sealing film side provides the first pore of strip distribution, the side that this lower sealing film differs from upper sealing film first pore provides the second pore that the strip that is communicated with spatial accommodation distributes, this first pore, intermediate active charcoal non-woven cloth layer and the second stomatal limiting value one air flow channel.

In described feed mechanism for seedling, this upper sealing film first pore surfaces is pasted with the sealer paster easily torn further.

Wherein, this medium is for containing mycelial medium, and this mycelium is for walking bacterium mycelia and in smashing shape completely.

For achieving the above object, the technical solution adopted in the utility model also comprises:

A kind of feed mechanism for seedling, it is characterized in that, it comprises a container, medium and two lids; This container is hollow tube, has a spatial accommodation and two openings, and this ducted body ring wall is plural perforate of outwards growing up for mycelia spaced apart up and down, and this plural perforate respectively to seal with a sealer; This medium fills in spatial accommodation; These two lids cover two openings at knot spatial accommodation two ends respectively, and these two lids have respectively provided plural pore is communicated with spatial accommodation.

In described feed mechanism for seedling, respectively the plural pore surfaces of this lid is pasted with the sealer paster easily torn further.

In described feed mechanism for seedling, this container section is circular or square.

In described feed mechanism for seedling, this container is made up of plastic cement, glass or wood materials.

Compare prior art; the real benefit that the utility model has: the container that the utility model can rely on tool to fix body is really held into the sealing of rear cooperation sealer for medium; the medium of tool bacterial classification effectively can be sealed packaging; and reach and intercept with outside air; with complete, moisture preservation is avoided stealing long, pollution; and be that plastic cement is made by container; having suitably fixing physique structure protection avoids transport process to be punctured; and directly sealer need not be torn and can plant by any instrument, it is also quite convenient that this novel plantation is opened on package operation.

Accompanying drawing explanation

Fig. 1 is existing structure schematic diagram;

Fig. 2 is that existing opening contracts out mushroom plantation schematic diagram;

Fig. 3 is the utility model perspective exploded view;

Fig. 4 is the utility model solid combination schematic diagram;

Fig. 5 is the utility model combination generalized section;

Fig. 6 be the utility model tear sealer open contract out mushroom plantation schematic diagram;

Fig. 7 is the utility model holding cup is that cultivation schematic diagram planted by decoration;

Fig. 8 is that the utility model has planted container bottom boring plantation other plant recycling schematic diagram;

Fig. 9 is the utility model second embodiment schematic diagram;

Figure 10 is the utility model the 3rd embodiment schematic diagram;

Figure 11 is the utility model the 3rd embodiment permeability type sealer perspective exploded view;

Figure 12 is the utility model the 3rd figure permeability type sealer combination generalized section;

Figure 13 is that the utility model the 3rd embodiment goes out bacterium growth schematic diagram;

Figure 14 is the utility model the 4th embodiment perspective exploded view;

Figure 15 is the utility model the 4th embodiment fruiting schematic diagram.

Description of reference numerals: 10 space bags; 11 medium; 12 openings; 13 teething rings; 14 cottons; 15 fruitings; 20,20A container; 21 openings; 22 spatial accommodations; 211 ora terminalis; 23 osculums; 30 medium; 40 sealers; 50 fruitings; 60 cups; X plant; 41 tearing protuberances; 70 containers; 71 medium; 72 sealers; 701 spatial accommodations; 702 openings; A growing space; 721 upper sealing films; 722 lower sealing films; 723 active carbon non-woven cloth layers; 724 first pores; 725 second pores; 726 sealer pasters; 80 containers; 82 two lids; 801 spatial accommodations; 802 openings; 803 perforates; 804 sealers; 822 sealer pasters; 50A Bao apricot mushroom; 50B glossy ganoderma mushroom; 50C red happiness mushroom.

Embodiment

In order to make examiner's feature of the present utility model more than you know, structure and effect, hereby coordinate following embodiment, graphic and figure number illustrate as after;

Refer to Fig. 3 to Fig. 5, the utility model is a kind of feed mechanism for seedling, comprises a container 20, appropriate medium 30 and a sealer 40 and forms, wherein:

One container 20, have in an opening 21 of connection and a spatial accommodation 22, figure and illustrate for cup, when not being limited according to this, its cross section can be difformity, as the various shape such as circular, square; And this container 20 is made up of plastic cement, glass or the material such as wooden.

Appropriate medium 30, it contains mycelial medium, loads in this spatial accommodation 22 by opening 21; Another person, this training base 30 will walk bacterium completely mycelium refill after smashing and fill in container 20.

One sealer 40, it is a sealed thin slice sealer, outer rim is convexly equipped with a tearing protuberance 41, be in the spatial accommodation 22 that medium 30 loads container 20 after, again this sealer 40 is arranged at above this container 20 opening 21 and locates, and closely sealed with this container 20 opening 21 ora terminalis 211, so the medium 30 of tool bacterial classification can be sealed and be packaged in container 20.Another this container 20A can two ends be also opening 21, then coordinates two sealers 40 to seal as shown in Figure 9, as long as and tear arbitrary sealer 40 and get final product fruiting 50 and plant.

Form by means of said structure, after the medium 30 of this tool bacterial classification loads the container 20 of plastic cups, namely body protection is suitably fixed by plastic cups container 20 tool, avoid because being punctured generation in transport process, and container 20 opening 21 seals so that sealer is closely sealed, can intercept completely with outside air again, effectively by complete for moisture preservation, stop mycelia, fruit body is grown steathily, infect, grow the facts generations such as little fruit bat damage by disease and insect, and this novel container 20 is a cup shape, relatively can reduced volume, be convenient for carrying and reduce the usefulness of unit price; Another person, when the utility model opens bag for plantation, do not need any instrument to assist, can plant (asking for an interview Fig. 6) by fruiting 50 as long as sealer 40 is directly torn, to open in bag plantation operation the also essence superiority such as quite convenient to promote, be thus also suitable as very much school's teaching material and use.

In addition, ask for an interview Fig. 7, the utility model container 20 can be a cup shape, thus cup-like containers 20 can be placed in the vessel such as larger general cup or pottery basin greenhouse, for cup 60 in figure, just become ornamental potted plant, have better aesthetic property; Another person, asks for an interview Fig. 8, when plantation completes, medium can be taken out add more than kitchen and make compost, then osculum 23 is bored in plastic cups container 20 bottom surface, reach the effect for other plant X plantation recycling.

Please continue and see Figure 10, the utility model feed mechanism for seedling the 3rd embodiment, it comprises a container 70, appropriate medium 71 and a sealer 72, this container 70 has spatial accommodation 701 and an opening 702, this appropriate medium 71 fills in spatial accommodation 701, this appropriate medium 71 is at least containing a kind of mycelium, and between this appropriate medium and opening, reserved suitable space forms a growing space A, and grows for such as orchid or Cordceps militaris, please continue and see Figure 11, this sealer 72 is a permeability type sealer, comprise a upper sealing film 721, one lower sealing film 722, and be positioned at, lower sealing film 721, 722 intermediate active charcoal non-woven cloth layers 723, this upper sealing film 721 side provides the first pore 724 of strip distribution, this lower sealing film 722 differs from upper sealing film 721 first pore 724 opposite side and provides the second pore 725 being communicated with strip with spatial accommodation 701 and distributing, make the first pore 724, intermediate active charcoal non-woven cloth layer 723 and the second pore 725 form an air flow channel (asking for an interview Figure 12), and air can be entered to be entered in spatial accommodation 701 by lower sealing film 722 second pore 725 through intermediate active charcoal non-woven cloth layer 723 by upper sealing film 721 first pore 724 again and (asks for an interview Figure 13), make to open sealer, can directly plantation can filtered air simultaneously in container, again, this upper sealing film 721 surface attaches the sealer paster 726 easily torn further again.

Please continue and see Figure 14, feed mechanism for seedling of the present utility model 4th embodiment, it comprises a container 80, appropriate medium 81 and two lids 82; This container 80, for being hollow tube, has spatial accommodation 801 and two openings 802, and this ducted body ring wall is plural perforate 803 of outwards growing up for mycelia spaced apart up and down, and each perforate 803 respectively to seal with a sealer 804; This appropriate medium 81 fills in spatial accommodation 801, and this medium 81 such as to have at the different strain of number perforate 803; Two lids 82, two openings 802 at lid knot spatial accommodation 801 two ends respectively, and each lid 82 middle position has respectively provided plural pore 821 is communicated with spatial accommodation 801, this each lid 82 surface attaches the sealer paster 822 easily torn further more again, as long as by attaching, the sealer paster 822 of each lid air-vent 821 and the sealer 804 of each perforate 803 are torn and can be provided as different mushroom bacterium fruitings such as Bao apricot mushroom 50A, glossy ganoderma mushroom 50B, red happiness mushroom 50C, plantation up and down.

More than illustrate the utility model just illustrative; and nonrestrictive, those of ordinary skill in the art understand, when not departing from the spirit and scope that claim limits; many amendments, change or equivalence can be made, but all will fall within protection domain of the present utility model.

Claims (4)

1. a feed mechanism for seedling, is characterized in that, comprises:

One container, has a spatial accommodation and at least one opening;

Medium, fills in the spatial accommodation of container; And

The sealer equal with number of openings, is arranged at above this vessel port and locates, and closely sealed with the opening ora terminalis of this container;

This sealer is a permeability type sealer structure, this permeability type sealer structure comprises a upper sealing film, a lower sealing film and is positioned at the intermediate active charcoal non-woven cloth layer in the middle of upper and lower sealer, this upper sealing film side provides the first pore of strip distribution, the side that this lower sealing film differs from upper sealing film first pore provides the second pore that the strip that is communicated with spatial accommodation distributes, this first pore, intermediate active charcoal non-woven cloth layer and the second stomatal limiting value one air flow channel.

2. feed mechanism for seedling as claimed in claim 1, it is characterized in that, this upper sealing film first pore surfaces is pasted with the sealer paster easily torn further.

3. feed mechanism for seedling as claimed in claim 1 or 2, is characterized in that, this container section is circular or square.

4. feed mechanism for seedling as claimed in claim 1 or 2, it is characterized in that, this container is made up of plastic cement, glass or wood materials.