Apparatus for cultivating organovegetables

The invention relates to a novel apparatus for cultivating organovegetables, and in particular, a novel apparatus for cultivating organovegetables which enables normal growth of vegetables by just supplying suitable amount of water without necessity to sowing, loosing earth, weeds killing, animal pests killing, fertilizing and the like.

Conventional vegetable planting methods are mostly operated according to a scheme comprising of loosing earth, sowing, weeds killing, animal pests killing, fertilizing, killing insects, harvesting and the like, with intervened tedious tasks as regular watering, weeds killing and the like, and thereby various vegetable scan be produced for edible purpose of mankind. However, owing to modern environmental sense and health considerations, uses of insecticide are extremely avoided, and hence organovegetables, being claimed as healthy, environmental protection, toxic-free, and free of residual chemical reagents, has become the most potential and popular vegetables in the 21st century. Furthermore, in a trend of eating PIY (plant-by-yourself) pollution-free vegetables, the family fine agriculture is prevailing increasingly. Although such family fine agriculture can prevent effectively contamination of pesticides, tedious tasks such as loosing earth, animal pests killing, fertilizing and the like are still needed during cultivating. In particular, as for fertilizing, amount of fertilizer can influence directly the growth of the plant, which leads to a problem to be eagerly solved, that is, how to let a fresh learner who is completely strange in agriculture manage effectively the works of weeds and animal pests killing and the timing and dosage of fertilizing for normal growth of plants. Moreover, due to reasons stated above, growth of plants can not be effectively controlled which influences date of harvesting, and thus results in a disadvantage of irregular harvesting and hence being not able to enjoy fresh vegetables at any time. In addition, in conventional sowing and fertilizing, seeds and fertilizers are been grasped and spread on the soil by hands, which not only always dirties hands after each operation, but also leads to unevenly distribution of seeds and fertilizers in the soil, which can result readily in uneven growing. Further, traditional routes of vegetables cultivation are carried out mostly on a farm land needing a wide land area such that a land becomes essential to cultivation, and also, in some regions or countries, no fertile land can be provided for cultivating plants and vegetables due to the barren earth quality therein, and thereby, the agriculture development in such regions is limited.

Accordingly, a first aspect of the present invention provides apparatus for cultivating organovegetables, comprising:

• a vegetable seeds paper membrane consisting of a lower paper membrane having one or more vegetable seeds equally spaced thereon, and an upper paper membrane covering said lower paper membrane with the seeds therebetween; and
• a position-fixing membrane, having holes provided thereon the positions of which correspond with those of the vegetable seeds on said vegetable seeds paper membrane,

   the apparatus has an insect-proof screen membrane, the insect-proof screen having a plurality of fine mesh holes therein, positioned over the position-fixing membrane

   cultivation being achieved by placing the vegetable seeds paper membrane having the vegetable seeds therein on soil or on a organic medium layer, wetting said paper membrane whereby said paper membrane is broken, and then covering the cultivating region with the position-fixing membrane and the insect-proof screen membrane thereon to guide the growth direction of the seeds.

A second aspect of the present invention provides a method of cultivating organovegetables using an apparatus having a vegetable seeds paper membrane, consisting of a lower paper membrane having one or more vegetable seeds equally spaced thereon, and an upper paper membrane covering said lower paper membrane with the seeds therebetween; a position-fixing membrane, having holes provided thereon in the positions of which correspond with those of the vegetable seeds on said vegetable seeds paper membrane, and an insect-proof screen membrane having a plurality of fine mesh holes therein, comprising the steps of placing the vegetable seeds paper membrane having the vegetable seeds therein on soil or on an organic medium layer, wetting said paper membrane whereby said paper membrane is broken, and then covering the cultivating region with the position-fixing membrane, and placing an insect-proof screen membrane over the position fixing membrane to guide the growth direction of the seeds.

The vegetable seeds paper membrane may cover a layer of organic medium layer which provides nutrients essential to the growth of vegetable seeds. Through adequate wetting, the vegetable seeds paper membrane will break and thus vegetable seeds therein can fall spontaneously into the organic medium layer which just can supply nutrients necessary for growth of vegetables, and therefore, vegetables can grow normally by supplying merely a suitable amount of water.

The position-fixing membrane provided on said vegetable seeds paper membrane can aid and direct the growth of vegetable, and also has an effect of inhibiting the growth of weeds surrounding the vegetable. Two edges of such position-fixing membrane may be bonded adhesively onto corresponding lower faces of two edges of the insect-proof screen membrane. The position-fixing membrane and the insect-proof screen membrane are used in conjunction. The insect-proof membrane has a number of fine venting holes thereon for passing air and water necessary for the growth of vegetables.

As vegetables grows, seeds emerge through the organic medium layer and are directed and positioned by the position-fixing membrane. Thereafter, since the insect-proof screen membrane is a thin and soft membrane, vegetables can grow upwardly against the membrane during their growth without being suppressed.

In addition, components in the apparatus for cultivating organovegetables, namely, the organic medium layer, the vegetable seeds paper membrane, the position-fixing membrane and the insect-proof screen membrane may be made by rolling into the form of a belt and stored in the form of a roll, and therefore, can be cut into a suitable size and used according to the requirement of cultivating space.

The organic medium layer used in the apparatus for cultivating organovegetables can solve the problem of the land essential to the cultivation of vegetables, and can be used according to suitable place, area of cultivating region and the like are required by the cultivator. The insect-proof screen membrane and the position-fixing membrane can be used to prevent the growing organovegetables from damaging by insects and the growing of weeds, which is the most important topic in the cultivation of organovegetables. Folding portions of the insect-proof screen membrane can provide a space needed during the growth of organovegetables such that organovegetables can grow upwardly against the insect-proof screen membrane and will not be suppressed thereby.

Alternatively, the organic medium layer can be eliminated, i.e., the apparatus for cultivating organovegetables can be comprised of a vegetable seeds paper membrane, a position-fixing membrane and an insect-proof screen membrane layer, and directly placed on the surface of the land for cultivating organovegetables without necessity to sowing, loosing earth, weeds killing, animal pests killing, fertilizing and the like.

An advantage of providing an organic medium layer in the apparatus for cultivating organovegetables is that, it has progressiveness in that a fertilizing step can be eliminated through supply nutrients by using the organic medium layer. Also, the organic medium layer can be prepared from garbage and wastes, which makes possible the reuse of wastes, and which constitutes the environmental protection practicability and cost saving characteristic of the invention. Furthermore, during cultivating vegetables by using the apparatus according to the invention, none of herbicides is needed for killing weeds and preventing insects so that soils, water and environment will not be polluted, and a nice cycle can be resulted.

Moreover, the novel apparatus for cultivating organovegetables according to the invention can save cost of cultivation, simplify agricultural process and solves shortness of manpower in farm as well as can prevent cultivator and farmer from risks of toxic harm and, meanwhile, mankind can benefit well from vegetables free of residual pesticides.

An embodiment of the present invention will be described by way of example and with reference to the accompanying drawing,

In which:

• Figure 1 is the exploded structural view of the novel apparatus for cultivating organovegetables according to the invention.
• Figure 2 is a schematic view showing the use of the novel apparatus for cultivating organovegetables according to the invention.
• Figure 3 is a partial enlarged schematic view of the novel apparatus for cultivating organovegetables according to the invention.
• Figure 4 is an exploded view of an alternate form of the novel apparatus for cultivating organovegetables according to the invention.
• Figure 5 is a schematic view of the vegetable seeds paper membrane which is used in the novel apparatus for cultivating organovegetables according to the invention and which is produced by rolling into the form of a roll.
• Figure 6 is a schematic view of the position-fixing membrane and the insect-proof screen membrane which are used in the novel apparatus for cultivating organovegetables according to the invention and which are produced by rolling into the form of a roll.
• Figure 7 is a schematic view of the novel apparatus for cultivating organovegetables according to the invention which is produced by rolling into the form of a roll.

Referring to Figure 1 through 3, which are the exploded, assembled and partial enlarged schematic views of the novel apparatus for cultivating organovegetables according to the invention, respectively. The novel apparatus of the invention comprises components of an organic medium layer 10, a vegetable seeds paper membrane 20, a position-fixing membrane 30 and an insect-proof screen membrane 40

Wherein, said organic medium layer 10 contains an appropriate amount of organic soil or organic medium for nourishing and also being the base for cultivating organovegetables; said vegetable seeds paper membrane 20 consists of a lower paper membrane for placing organovegetable seeds 25 on equal distance positions thereon while leaves suitable space and distance needed for their growth, and an upper membrane which covers said seeds and said lower paper membrane by being clamped therewith; and said position-fixing membrane 30 and said insect-proof screen membrane 40 are used through bonding therebetween, wherein, holes 33 corresponding to the seeds 25 on the vegetable seeds paper membrane 20 are provided on said position-fixing membrane 30 for supporting and directing the growth of the vegetable, the part without holes 33 suppresses upward growing of weeds, and bonding portions 36 are provided on edges of two sides of the position-fixing membrane 30 for bonding adhesively onto the corresponding edges of the insect-proof screen membrane 40, while fine venting holes 43 are provided on said insect-proof screen membrane 40 for passing air and water necessary for growth of vegetables and also for preventing insects, and folding portions 46 are provided on two sides of the insect-proof screen membrane for providing spaces needed for growth of organovegetables during cultivating such that they can grow upwardly against the insect-proof screen membrane 40 without limiting on growth thereof.

The vegetable seeds paper membrane 20 covers a layer of organic medium layer 10 which provides nutrients essential to the growth of vegetable seeds, through adequate wetting, the vegetable seeds paper membrane 20 will break and thus vegetable seeds 25 therein can fall spontaneously into the organic medium layer 10 which just can supply nutrients necessary for growth of vegetables, and therefore, vegetables can grow normally by supplying merely suitable amount of water.

The position-fixing membrane 30 provided on said vegetable seeds paper membrane 20 can aid and direct the growth of vegetable. Bonding portions 36 provided on two edges of such position-fixing membrane 30 is bonded adhesively onto corresponding lower faces of two edges of the insect-proof screen membrane 40. The position-fixing membrane 30 and the insect-proof screen membrane 40 are used in conjunction. The insect-proof screen membrane 40 has a number of fine venting holes 43 thereon for passing air and water necessary for the growth of vegetables. As vegetables grow, seeds 25 emerge through the organic medium layer 10 and are directed and positioned by the position-fixing membrane 30. Thereafter, since the insect-proof screen membrane 40 is a thin soft membrane, vegetables can grow upwardly against the membrane during their growth without being suppressed.

As an alternate form of the invention, the organic medium layer can be eliminated from the novel apparatus for cultivating organovegetables according to the invention, i.e., the novel apparatus for cultivating organovegetables can be comprised of a vegetable seeds paper membrane 20, a position-fixing membrane 30 and an insect-proof screen membrane layer 40 (see Figure 4). Theses three components can be respectively made by rolling into the form of a belt and stored in the form of a roll, and then directly placed on the surface of the land with one above another for cultivating organovegetables without necessity to sowing, loosing earth, weeds killing, animal pests killing, fertilizing and the like.

In addition, referring to Figures 5, 6 and 7, either two or three or all of the components in the novel apparatus for cultivating organovegetables according to the invention, namely, the organic medium layer 10, the vegetable seeds paper membrane 20, the position-fixing membrane 30 and the insect-proof screen membrane 40, can be made by rolling into the form of a belt and stored in the form of a roll, and therefore, can be cut into a suitable size and used according to the requirement of cultivating space.

The organic medium layer 10 used in the novel apparatus for cultivating organovegetables according to the invention can solve the problem of the land essential to the cultivation of vegetables, and can be used according to suitable space, area of cultivating region and the like as required by the cultivator. The insect-proof screen membrane 40 can be used to prevent the growing organovegetables from damaging by insects, which is the most important topic in the cultivation of organovegetables. Folding portions 46 of the insect-proof screen membrane 40 can provide a space needed during the growth of organovegetables such that organovegetables can grow upwardly against the insect-proof screen membrane 40 and will not be suppressed thereby.

Further, fine holes 43 provided on the insect-proof screen membrane 40 according to the invention have functions as venting, insect-proof and resistance to scrubbing by heavy rain, and hence can provide vegetable good environment and conditions for growing. The insect-proof screen membrane 40 is foldable which favors use thereof by users or storing thereof when it is not used.

Accordingly, the novel apparatus for cultivating organovegetables according to the invention, when used in the cultivation of organovegetables, has the following advantages:

• 1. Using of the novel apparatus for cultivating organovegetables according to the invention is not limited by cultivating land, and can adapted to cultivation on deserts, stone lands or poor soils.
• 2. Using of the novel apparatus for cultivating organovegetables according to the invention can eliminate the step of sowing, and can carried out the cultivation by just assembling in once in the order of an organic medium layer, a vegetable seed paper membrane, a position-fixing membrane and an insect-proof screen membrane into the apparatus according to the invention
• 3. Using of the novel apparatus for cultivating organovegetables according to the invention, the insect-proof screen membrane therein has functions as venting, insect-proof, and resistance to scrubbing by heavy rain. and hence can provide vegetables good environment and conditions for growing and thereby can have a good harvest.
• 4. Using of the novel apparatus for cultivating organovegetables according to the invention, the position-fixing membrane suppresses growing of weeds and eliminates consumption of fertilizers by weeds that influences the growing of organovegetables.
• 5. Using of the novel apparatus for cultivating organovegetables according to the invention, the step of fertilizing can be eliminated by supply nutrients through an organic medium layer, whereby, simplify cultivating process and thus exhibits progressiveness
• 6. Using of the novel apparatus for cultivating organovegetables according to the invention, the organic medium layer therein can be prepared from garbage and wastes, and thus, enables reuse of wastes, which exhibits environmental protection practicability and cost saving.