Equipment for Mini Watermelon cultivation in Strawberry Greenhouse

Abstract

In the case of strawberry cultivation facilities, strawberries are grown in winter and spring, but not in midsummer. Recently, most strawberries are grown using elevated cultivation, so in order to grow other crops, the elevated cultivation equipment must be removed. Since the period of non-cultivation is between May and August, other crops can only be grown for a short period, making it impossible to grow other crops alongside strawberries. To solve the above-mentioned problem, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by comprising: an elevated strawberry cultivation device composed of a cultivation bed and a cultivation support pole; a mini watermelon stem guiding device having a lower end connected to the cultivation support pole of the elevated strawberry cultivation device; and the mini watermelon stem guiding device comprising: a cultivation support pole connecting pipe; a stem guiding extension pipe provided to be extendably inserted into the interior of the cultivation support pole connecting pipe; and a pipe fixing pin that supports the stem extension pipe to the cultivation support pole connecting pipe by adjusting its height. The present invention has the effect of enabling crop rotation of mini watermelons and strawberries, which grow by extending their stems, at different times through the above-described configuration.

Description

Technology Field

[0001] The present invention relates to a device that enables the cultivation of other crops during periods when strawberries are not being grown in an existing elevated strawberry cultivation system. More specifically, it relates to a technology for crop rotation between strawberries and mini watermelons. Background Technology

[0002] Prior art prior to the filing of the present invention discloses a technology relating to a hop cultivation facility. This technology discloses a hop cultivation facility that can reduce the unit cost of hop cultivation by making it easy to install a guide line on which hop vines climb and to cut the guide line for hop harvesting, while simultaneously enabling experiential ecotourism in rural areas.

[0003] Another prior art discloses a watermelon cultivation device. This technology discloses a technique that improves the quality of watermelons by increasing the amount of sunlight the watermelons receive by guiding the watermelon vines upward so that the watermelons are grown at a certain height from the ground. Prior art literature

[0004] Registered Patent Publication 10-2215938 B1 Registered Patent Publication 10-1931586 B1 The problem to be solved

[0005] In the case of strawberry cultivation facilities, strawberries are grown in winter and spring, but not in midsummer. Recently, most strawberries are grown using elevated cultivation, so in order to grow other crops, the elevated cultivation equipment must be removed. Since the period of non-cultivation is between May and August, other crops can only be grown for a short period, making it impossible to grow other crops alongside strawberries.

[0006] The present invention aims to provide a method for increasing farm income and cultivating mini watermelons, which have high seasonal demand, together with strawberries in the same cultivation area. means of solving the problem

[0007] To solve the above-mentioned problem, the following means for solving the problem is provided.

[0008] An elevated strawberry cultivation device comprising a cultivation bed and a cultivation support pole; and

[0009] A mini watermelon stem guiding device having its lower end connected to the cultivation support rod of the above-described elevated strawberry cultivation device; and

[0010] The above mini watermelon stem guiding device comprises a cultivation support rod connecting pipe; and

[0011] A stem-guiding extension pipe provided by being inserted extendably into the interior of the above-mentioned cultivation support rod coupling pipe; and

[0012] The present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by having a pipe fixing pin that supports the stem extension pipe to the cultivation support rod connecting pipe at an adjustable height.

[0013] In addition, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by further including a horizontal support pipe in the cultivation support rod connecting pipe to support it so as not to tilt by connecting it horizontally to another cultivation support rod connecting pipe.

[0014] In addition, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by further providing a stem guiding roller that supports the mini watermelon stem by connecting a support wire to the upper end of the stem guiding extension pipe.

[0015] In addition, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by further providing a sunshade at the top of the stem-guiding extension pipe to prevent the surface of the mini watermelon from being burned by sunlight.

[0016] In addition, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized in that the cultivation bed is further equipped with a water supply pipe.

[0017] In the above-mentioned method of crop rotation between strawberries and mini watermelons using a device for mini watermelon crop rotation in an elevated strawberry greenhouse,

[0018] Strawberry cultivation completion stage of harvesting strawberries in April and removing strawberries from the cultivation bed; and

[0019] A mini watermelon planting step in which mini watermelon seedlings are transplanted into the cultivation bed after the above strawberry cultivation completion step; and

[0020] A mini watermelon cultivation step for cultivating the mini watermelon planted in the above mini watermelon planting step; and

[0021] A stem guiding cultivation step in which the stem of a mini watermelon is connected to the stem guiding roller in the mini watermelon cultivation step above to guide the stem; and

[0022] A mini watermelon stem training stage in which the stems of the mini watermelons are trained and the mini watermelons are trained in the above stem training stage; and

[0023] A mini watermelon harvesting step in which mini watermelons are cultivated and harvested while guiding stems in the mini watermelon stem guiding cultivation step; and

[0024] A step for terminating mini-watermelon cultivation and removing mini-watermelon stems and roots, in which mini-watermelon cultivation is terminated after harvesting mini-watermelons in the above mini-watermelon harvesting step; and

[0025] The present invention provides a method for cultivating strawberries using a device for mini-watermelon crop rotation in an elevated strawberry greenhouse, characterized by starting the autumn strawberry cultivation stage by transplanting strawberry seedlings into the cultivation bed to restart strawberry cultivation. Effects of the invention

[0026] The present invention has the effect of enabling crop rotation of mini watermelons and strawberries, which grow by extending their stems, at different times through the above-described configuration.

[0027] In addition, this invention is effective in improving farm income by rotating strawberries and mini watermelons. Brief explanation of the drawing

[0028] FIG. 1 is a perspective view of a strawberry elevated cultivation device in which a device for mini-watermelon crop rotation is installed in an elevated strawberry greenhouse according to the present invention. FIG. 2 is an explanatory diagram of a device for mini watermelon crop rotation in an elevated strawberry greenhouse to be installed in the elevated strawberry cultivation device of the present invention. FIG. 3 is an exploded perspective view illustrating the combination of a device for mini-watermelon crop rotation in an elevated strawberry greenhouse according to the present invention with an elevated strawberry cultivation device. FIG. 4 is a schematic diagram of cultivating mini watermelons in a device for mini watermelon crop rotation in an elevated strawberry greenhouse according to the present invention. Specific details for implementing the invention

[0029] The effects of the present invention are explained using the drawings as follows.

[0030] FIG. 1 is a perspective view of a strawberry elevated cultivation device in which a device for mini-watermelon crop rotation is installed in an elevated strawberry greenhouse according to the present invention. The cultivation bed is composed of a cultivation support rod that supports the cultivation bed, and the cultivation bed is provided with topsoil for cultivation and further provided with a water supply pipe for supplying water necessary for cultivation. A temperature control pipeline may be further provided below the topsoil of the cultivation bed so that strawberries do not freeze in winter and mini-watermelons do not have their roots damaged by heat in summer, and the temperature of the roots may be appropriately controlled for cultivation by circulating hot water in winter and cold water in summer.

[0031] FIG. 2 is an explanatory diagram of a device for mini-watermelon crop rotation in an elevated strawberry greenhouse to be installed in the elevated strawberry cultivation device of the present invention. Mini-watermelons are plants of the Cucurbitaceae family, and flowers bloom and fruits are produced on vines that grow as tendrils. The vines must be guided upwards for the fruits to grow well. Since existing elevated strawberry cultivation devices lack a vine guiding device, a mini-watermelon vine guiding device is additionally combined with the elevated strawberry cultivation device. The elevated strawberry cultivation device is equipped with a cultivation support rod, a cultivation support rod connecting pipe is connected to the cultivation support rod, and a vine guiding extension pipe is further provided inside. The cultivation support rod connecting pipe and the vine guiding extension pipe are fixed with pipe fixing pins by adjusting their lengths and used for guiding mini-watermelon vines.

[0032] FIG. 3 is an exploded perspective view illustrating the coupling of a device for mini watermelon crop rotation in an elevated strawberry greenhouse according to the present invention to an elevated strawberry cultivation device. A mini watermelon vine guiding device is coupled to the elevated strawberry cultivation device, a support wire is coupled between the vine guiding extension pipes, and a vine guiding roller is connected to the support wire to guide the vine according to the degree of vine growth and cultivate mini watermelons.

[0033] FIG. 4 is a schematic diagram of cultivating mini watermelons in a device for mini watermelon crop rotation in an elevated strawberry greenhouse according to the present invention. As the mini watermelons grow, the vines are guided vertically using a vine guiding roller. An additional sunshade may be used to block strong sunlight, and the sunshade is further equipped with a solar-powered insect repellent to turn on LED lights at night to attract insects and use an electric shock insect repellent to eliminate pests. During the day, the operation of the electric shock insect repellent is stopped to prevent bees from being injured.

[0034] The above-mentioned rope-guiding roller is configured such that a rope is wound around the roller, and the roller is rotated to pull the vine upward simply by pulling the rope, thereby allowing the vine to be guided conveniently.

[0035] The present invention relates to an invention that enables crop rotation by installing a guiding string for growing mini watermelons in an elevated cultivation device for growing strawberries.

[0036] The composition of the invention for exhibiting the above-mentioned effects is as follows.

[0037] An elevated strawberry cultivation device comprising a cultivation bed and a cultivation support pole; and

[0038] A mini watermelon stem guiding device having its lower end connected to the cultivation support rod of the above-described elevated strawberry cultivation device; and

[0039] The above mini watermelon stem guiding device comprises a cultivation support rod connecting pipe; and

[0040] A stem-guiding extension pipe provided by being inserted extendably into the interior of the above-mentioned cultivation support rod coupling pipe; and

[0041] The present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by having a pipe fixing pin that supports the stem extension pipe to the cultivation support rod connecting pipe at an adjustable height.

[0042] In addition, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by further including a horizontal support pipe in the cultivation support rod connecting pipe to support it so as not to tilt by connecting it horizontally to another cultivation support rod connecting pipe.

[0043] In addition, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by further providing a stem guiding roller that supports the mini watermelon stem by connecting a support wire to the upper end of the stem guiding extension pipe.

[0044] In addition, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by further providing a sunshade at the top of the stem-guiding extension pipe to prevent the surface of the mini watermelon from being burned by sunlight.

[0045] In addition, the present invention provides a device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized in that the cultivation bed is further equipped with a water supply pipe.

[0046] In the above-mentioned method of crop rotation between strawberries and mini watermelons using a device for mini watermelon crop rotation in an elevated strawberry greenhouse,

[0047] Strawberry cultivation completion stage of harvesting strawberries in April and removing strawberries from the cultivation bed; and

[0048] A mini watermelon planting step in which mini watermelon seedlings are transplanted into the cultivation bed after the above strawberry cultivation completion step; and

[0049] A mini watermelon cultivation step for cultivating the mini watermelon planted in the above mini watermelon planting step; and

[0050] A stem guiding cultivation step in which the stem of a mini watermelon is connected to the stem guiding roller in the mini watermelon cultivation step above to guide the stem; and

[0051] A mini watermelon stem training stage in which the stems of the mini watermelons are trained and the mini watermelons are trained in the above stem training stage; and

[0052] A mini watermelon harvesting step in which mini watermelons are cultivated and harvested while guiding stems in the mini watermelon stem guiding cultivation step; and

[0053] A step for terminating mini-watermelon cultivation and removing mini-watermelon stems and roots, in which mini-watermelon cultivation is terminated after harvesting mini-watermelons in the above mini-watermelon harvesting step; and

[0054] The present invention provides a method for cultivating strawberries using a device for mini-watermelon crop rotation in an elevated strawberry greenhouse, characterized by starting the autumn strawberry cultivation stage by transplanting strawberry seedlings into the cultivation bed to restart strawberry cultivation. Explanation of the symbols

[0055] 100: Device for mini watermelon crop rotation in an elevated strawberry greenhouse 110 : Cultivation bed 120 : Cultivation support pole 130 : Water supply pipe 200 : Mini watermelon vine lure device 210 : Cultivation support rod connecting pipe 220 : Stem training extension pipe 230 : Pipe fixing pin 240 : Horizontal support pipe 250 : Support wire 260 : Stem-attracting roller 270 : Sunshade

Claims

Claim 1 An elevated strawberry cultivation device comprising a cultivation bed and a cultivation support pole; and a mini watermelon stem guiding device having its lower end connected to the cultivation support pole of the elevated strawberry cultivation device; and the mini watermelon stem guiding device comprising: a cultivation support pole connecting pipe; and a stem guiding extension pipe provided to be inserted extendably into the interior of the cultivation support pole connecting pipe. A device for mini watermelon crop rotation in an elevated strawberry greenhouse, characterized by having a pipe fixing pin that supports the stem guiding extension pipe by adjusting its height to the cultivation support rod connecting pipe, a horizontal support pipe further provided on the cultivation support rod connecting pipe to be horizontally connected to another cultivation support rod connecting pipe so as not to tilt, a stem guiding roller further provided on the upper end of the stem guiding extension pipe to support the mini watermelon stem by connecting a support wire, a sunshade further provided on the upper end of the stem guiding extension pipe to prevent the surface of the mini watermelon from burning due to sunlight, a solar-powered insect repellent further provided on the sunshade to turn on an LED light at night to attract insects and remove pests using an electric shock insect repellent, and a water supply pipe further provided on the cultivation bed. Claim 2 delete Claim 3 delete Claim 4 delete Claim 5 delete Claim 6 A method for rotating strawberries and mini watermelons using a device for mini watermelon rotation in an elevated strawberry greenhouse according to claim 1, comprising: a strawberry cultivation completion step in which strawberries are harvested in April and removed from the cultivation bed; a mini watermelon planting step in which mini watermelon seedlings are transplanted into the cultivation bed after the strawberry cultivation completion step; a mini watermelon cultivation step in which the mini watermelons planted in the mini watermelon planting step are cultivated; a stem guiding cultivation step in which the stems of the mini watermelons are connected to a stem guiding roller to guide the stems in the mini watermelon cultivation step; a mini watermelon stem guiding cultivation step in which the stems of the mini watermelons are guided and the mini watermelons are cultivated in the stem guiding cultivation step; a mini watermelon harvesting step in which the stems of the mini watermelons are guided and the mini watermelons are cultivated and harvested in the mini watermelon stem guiding cultivation step; and a mini watermelon cultivation termination and mini watermelon stem and root removal step in which the mini watermelons are harvested in the mini watermelon harvesting step and the mini watermelon cultivation is terminated. A method for cultivating strawberries using a device for mini-watermelon crop rotation in an elevated strawberry greenhouse, characterized by starting the strawberry autumn cultivation start stage by transplanting strawberry seedlings into the cultivation bed above to restart strawberry cultivation.

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