Structural improvements of plant cultivation racks

Abstract

This invention relates to a structural improvement of a plant cultivation rack. A water supply device is installed at at least two radially extending arms of the base frame. Each water supply device consists of multiple water supply components arranged at the bottom of each arm. Multiple planting seats are arranged longitudinally at intervals below each water supply component. One side of each longitudinally arranged planting seat is fixed to a pole, allowing each pole to be fixed to the side of each water supply component at the bottom of each arm. A shaft is located between at least two arms of the base frame, allowing each arm to rotate around the shaft when subjected to external force. This achieves the purpose of the base frame driving the multiple planting seats to rotate movably, improving the uniform illumination of each planting seat by external light sources.

Claims

1. An improved structure of a plant cultivation rack, comprising a base frame and a plurality of planting seats assembled at the base frame, wherein: The frame system includes at least two radially extending arms, each arm being equipped with a water supply device, which consists of a plurality of water supply components located at the bottom of each arm; the plurality of planting seats are arranged longitudinally at intervals below each water supply component, and one side of each longitudinally arranged plurality of planting seats is fixed to the pole body, so that each pole body is fixed to the side of each water supply component at the bottom of each arm.

2. The structural improvement of the plant cultivation rack as described in claim 1, wherein the base frame has a shaft at the middle of the at least two or more arms, so that the at least two or more arms extend radially outward from the shaft, and any two adjacent arms are arranged at equal or unequal intervals with the same or different angles, and each water supply component of the water supply device of each arm has a plurality of planting seats arranged adjacently at equal or unequal intervals below it.

3. The structural improvement of the plant cultivation rack as described in claim 2, wherein the shaft is a self-rotating shaft, and the plurality of arms are subjected to external forces (e.g., human push, wind or water drive) to allow the plurality of arms to rotate around the shaft.

4. The structural improvement of the plant cultivation rack as described in claim 2, wherein the water supply device is provided with a water supply channel located at the bottom of each arm, and each water supply channel is connected to a water supply pipe, which extends out of the outer side of the shaft and is connected to an external water supply tap, water tank or water storage tank.

5. The structural improvement of the plant cultivation rack as described in claim 1, wherein the plurality of plant seats each include a water inlet hole at the top and a drainage area at the bottom, so that the drainage area at the bottom of each adjacent plant seat is arranged in a longitudinally equidistant or non-equidistant manner with respect to the water inlet hole at the top of another plant seat, and the water inlet hole at the top of the uppermost plant seat is located below the water supply component.

6. The structural improvement of the plant cultivation rack as described in claim 5, wherein the plurality of planting seats are provided with hollow planting spaces between the water inlet and the drainage area, and the planting space is provided with a planting area located above the drainage area.

Images