CN202197633U - Plant automatic water replenishment device - Google Patents

Abstract

The utility model relates to a plant automatic water supply device, in particular to a kettle consisting of a body, an upper cover and a clapboard. Wherein the body side is equipped with a spillway hole, and it is equipped with a water injection portion to cover on, puts into this internal and the district of baffle and separates out first accommodation space and second accommodation space, and cover the upper cover after the earth is put into to first accommodation space and put into the flowerpot earth that needs protect again, only exposes this water injection portion, injects moisture content by water injection portion, then moisture sees through the infiltration hole on the baffle and supplies with moisture for the earth in the first accommodation space, sees through the spillway hole again and supplies with moisture to the earth in the flowerpot and make the plant obtain sufficient moisture. The utility model can save a large amount of water overflowed in the traditional watering process, can effectively store water by penetrating through the kettle, saves 80 percent of water consumption in the original method, and is a watering appliance which can save water considerably.

Description

Plant automatic water replenishment device

technical field

The utility model relates to an automatic plant water replenishing device which can save water when watering plants and can effectively store water.

Background technique

Generally, the flower pots for planting plants will be very dry in about 2 to 3 days on a sunny day, the soil in the pots will be dry and hard, and the soil near the edge of the flower pots will produce cracks. When watering, 80% of the water will flow directly from the cracks of the pot to the bottom and then flow out from the drainage holes, while the soil in the pot only has a thickness of about 5 cm on the surface and still retains humidity. The soil at the bottom of the flower pot that really needs water is still very Dry and hard, so that the plants have been growing in a harsh environment, causing most of the plants to slowly wither, yellow and leaves. Some flower pots have bases to improve the above shortcomings, but when the flower pots with bases run into the rainy season, the bottom of the flower pots will be kept in a very humid state for a long time, causing the roots of the plants to rot and die.

Although the above problems can be checked by manpower every day to see if the water in the flower pots is enough or too much, it takes too much time and energy. If a flower farmer needs to take care of hundreds of pots of plants a day, it will consume too much manpower With time, it is quite inefficient, so a simple and practical kettle that can automatically adjust the irrigation water volume is needed to meet today's needs.

Utility model content

In view of the problems existing in the above-mentioned watering, the present inventor actively worked on improvement in order to solve the above-mentioned problems, through continuous attempts and efforts, finally developed the utility model.

The automatic plant water supply device of the utility model has a body and a partition, and the partition partitions the inside of the body into a first accommodation space and a second accommodation space. A plurality of water seepage holes are opened at the lower edge of the dividing plate, and a height difference is formed between the water seepage holes and the top edge of the main body. The side edge of the body is provided with an overflow hole, and the side wall of the body is provided with at least two positioning slots for positioning the partition. In addition, it also includes an upper cover, the upper cover is set on the upper edge of the body, and a water injection part and a plurality of water injection holes are arranged on the top edge of the upper cover, and a gauze is arranged on the water injection part. Put the first accommodating space into the soil, cover it, and bury it in the soil of the flower pot that needs to be cared for. Only the water injection part is exposed, and water is injected from the water injection part, and the water seeps through the water seepage on the partition. The hole supplies water to the soil in the first accommodating space, and then supplies water to the soil in the flower pot through the overflow hole so that the plants can obtain sufficient water.

The utility model has multiple advantages: the plant automatic water replenishing device can be directly implanted in a circular or square existing flower pot or can be placed under road trees, gardens, vegetable gardens, park soil, golf course turf, or Neatly arranged in a large area. Water pipes can be added manually, or rainwater will flow in automatically when it rains. When the soil has sufficient humidity, the water in the kettle will be automatically reserved and stored, and it will water the plants when the humidity is insufficient. The humidity of the soil can be adjusted. When the plants are wet, we adjust to a place with more water supply, and when the plants are dry-tolerant, we adjust to a place with less water supply. The plant automatic water replenishment device placed in the flower pot can completely isolate the root of the plant and the water stored in the kettle, so the soil will not be too wet and the water content will be too high to cause root corruption. In addition, the materials of this utility model are all recycled materials, including the main body, upper cover, partitions, etc., and can be stacked and packaged separately. When needed, they can be combined into a plant automatic water replenishment device, which can save a lot of shipping costs and storage space.

Using the plant automatic water supply device to supply water can save a lot of wasted water during traditional watering and the water can be effectively stored through the kettle, so it is not necessary to water every day, only once a week or so, approx. It saves 80% of the water volume of the original watering method, and it is a very effective watering device for saving water in countries where water resources are extremely scarce.

Description of drawings

Fig. 1 is a perspective view showing an embodiment of the present invention.

Fig. 2 is a perspective view showing an embodiment of the partition board of the present invention inserted into the body.

Fig. 3 is a cross-sectional view showing the first use state of the utility model.

Fig. 4 is a cross-sectional view showing a second use state of the present invention.

Detailed ways

The features of the utility model can be clearly understood with reference to the detailed description of the accompanying drawings and the embodiments.

Referring to Fig. 1 and Fig. 2, the utility model plant automatic water supply device 1 has a body 12 and a partition 13, and the partition 13 separates the interior of the body 12 into a first accommodating space 123 and a second accommodating space. Space 124. A plurality of water seepage holes 131 are defined at the lower edge of the partition plate 13 , and a height difference is formed between the water seepage holes 131 and the top edge of the main body 12 . The side edge of the main body 12 is provided with an overflow hole 122 , and the side wall of the main body is provided with at least two positioning slots 121 for positioning the partition plate 13 . In addition, it also includes an upper cover 11, the upper cover 11 is set on the upper edge of the body 12, and a water injection part 111 and a plurality of water injection holes 112 are arranged on the top edge of the upper cover 11, and the water injection part is provided with There is a gauze 1111.

During use, firstly, the user decides the placement position of the partition board 13 according to the amount of water required by the plants to be cared for. With reference to Fig. 2, if the amount of water required by the plants is less, the positioning portion 132 of the partition 13 is placed in the rightmost slot of the positioning slot 121, and the partition 13 after positioning divides the accommodation space of the body 12 into The first accommodating space 123 and the second accommodating space 124 . After filling the first accommodating space 123 with soil, cover the upper cover 11 to bury the plant automatic water replenishment device 1 in the flower pot and only expose the water injection part 111 to the soil surface, as shown in FIG. 3 . Referring to Fig. 3 and Fig. 4, the way of water injection can inject water from the water injection part 111 into the second accommodating space 124, or flow into the water injection part 111 and the water injection hole 112 through the sloped soil when it rains, when the second accommodating space After the water in 124 is filled, the upper half of the moisture will start to slowly supply moisture to the soil in the first accommodating space 123 through the seepage holes 131 on the dividing plate 13, and because the first accommodating space 123 places The side of the main body 12 is provided with an overflow hole 122, so that the soil in the first accommodating space 123 is connected with the soil in the flower pot, so the moisture in the second accommodating space 124 will pass through the soil in the first accommodating space 123 Supply the soil of the flower pot, and then give the plant enough water. After the soil in the flower pot obtains sufficient moisture, the water in the second accommodating space 124 no longer passes through the soil in the first accommodating space 123 to supply the soil moisture of the flower pot until the soil in the flower pot is too dry Only then will the soil in the first accommodating space 123 pass through again, and the water in the second accommodating space 124 will be picked up from the seepage hole 131 by the siphon effect.

The key points of the utility model are: when the soil has sufficient humidity, the water in the kettle will be automatically kept and stored, and it will give water to the plants when the humidity is insufficient. The humidity of the soil can be adjusted, and the amount of soil in the first accommodating space 123 can be adjusted by the partition 13. When the plant is to change the environment in a humid environment, we will make the soil more in this place. The dry type is adjusted so that there is less soil there. In addition, the plant automatic water replenishment device placed in the flower pot can completely isolate the root of the plant and the water stored in the kettle, so the soil will not be too wet and the water content will be too high to cause root corruption.

Utilizing the plant automatic water replenishment device of the utility model for water supply can save a large amount of wasted water during traditional watering and can effectively store water through the kettle, so it is not necessary to water every day, and only needs to be watered once a week or so. , It can save about 80% of the water volume of the original watering method, and it is a very effective watering appliance for saving water in countries where water sources are extremely scarce.

Claims (5)

1. An automatic water replenishment device for plants, characterized in that the automatic water replenishment device for plants has a body and a partition, and the partition partitions the interior of the body into a first accommodation space and a second accommodation space, the A plurality of water seepage holes are opened at the lower edge of the partition, and the water seepage holes form a height difference with the top edge of the main body. 2. A plant automatic water replenishing device as claimed in claim 1, characterized in that, the device further comprises: a top cover, the top cover is set on the upper edge of the body, and the top edge of the top cover is properly There is a water injection part and several water injection holes. 3. The plant automatic water supply device according to claim 1, characterized in that, overflow holes are opened on the side edge of the main body. 4 . The plant automatic water supply device according to claim 1 , wherein at least two positioning slots are provided on the side wall of the main body for positioning the partition. 4 . 5. The plant automatic water replenishment device according to claim 2, characterized in that, the water injection part is provided with a gauze.

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