The present invention is directed to a device and methods for efficient application of liquid treatment substances to oil palm fruit.

A seed planter capable of removing soil, which is capable of: forming holes in which seeds can be planted by applying downward pressure to soil furrows covered by vinyl and by removing the covered vinyl and soil all at once, and at the same time inserting a supply pipe into the formed holes such that the seeds, water, and a fertilizer can be selectively placed therein; enables the removed covered vinyl at a fixing pin and within a needle member; and has a measuring tape such that holes can be precisely formed at proper intervals for growing plants.

A seed planter capable of removing soil, which is capable of: forming holes in which seeds can be planted by applying downward pressure to soil furrows covered by vinyl and by removing the covered vinyl and soil all at once, and at the same time inserting a supply pipe into the formed holes such that the seeds, water, and a fertilizer can be selectively placed therein; enables the removed covered vinyl at a fixing pin and within a needle member; and has a measuring tape such that holes can be precisely formed at proper intervals for growing plants.

In an embodiment, a water recapture system comprises one or more trays having a bottom surface and one or more sidewalls extending upward from the bottom surface, wherein the bottom surface has at least one aperture extending therethrough. A platform configured to engage a top side of the one or more sidewalls, wherein the platform has a first tab and a second tab, wherein the first tab and the second tab extend outwardly from the platform. A coupler extending through the at least one aperture of the bottom surface, wherein one end of the coupler is exterior to the tray, and wherein a hose attached to the one end of the coupler, wherein the bottom surface of the tray is contoured, and wherein the contour of the bottom surface is biased towards the at least one aperture.

The present invention provides a liquid sprayer for plants having a wand with a gas supply tube for providing a flow of a pressurized gas and a liquid supply tube for providing a liquid to be sprayed. A discharge end of the gas supply tube and a discharge end of the liquid supply tube may be arranged so that the pressurized gas through the gas supply tube flows across the discharge end of the liquid supply tube thereby drawing or siphoning the liquid through the liquid supply tube into the flow of the pressurized gas for dispersal. The liquid and pressurized gas combine to create a fine mist or fog that provides a gentler and more even application over the plant surface.

A multi-functional garden tool having a first elongated cylindrical member and a second elongated cylindrical member. The elongated cylindrical members being configured and structured to receive water or such other aqueous liquids from an aqueous liquid source such that a user can apply the water, or other aqueous liquids, below a soil surface into the root zone of either potted plants or to garden plants. Additionally, the first and the second elongated cylindrical members of the multi-functional garden tool are configured and structured to give a user the ability to detachably attach a variety of tool heads to perform certain gardening tasks.

A multi-functional garden tool having a first elongated cylindrical member and a second elongated cylindrical member. The elongated cylindrical members being configured and structured to receive water or such other aqueous liquids from an aqueous liquid source such that a user can apply the water, or other aqueous liquids, below a soil surface into the root zone of either potted plants or to garden plants. Additionally, the first and the second elongated cylindrical members of the multi-functional garden tool are configured and structured to give a user the ability to detachably attach a variety of tool heads to perform certain gardening tasks.

The watering can 2 includes: a water storage 30 with a bottomed tubular shape including a bottom wall 31 and a side wall 32; and a spout 10 communicating with the water storage and allowing water to flow out of the water storage. The flow channel 15 of the spout has a plurality of recessed grooves 15g extending in parallel in a direction of water flow. A handle 50 is orthogonal to a front-rear direction in which the spout extends, the handle being bridged between right and left ends of the side wall. Spindles 50s provided at both ends of the handle are inserted into spindle holes (not illustrated) provided at right and left ends of the side wall, and the handle is rotatably attached to the side wall. A grip 60 is disposed at a rear end of the side wall.

The watering can 2 includes: a water storage 30 with a bottomed tubular shape including a bottom wall 31 and a side wall 32; and a spout 10 communicating with the water storage and allowing water to flow out of the water storage. The flow channel 15 of the spout has a plurality of recessed grooves 15g extending in parallel in a direction of water flow. A handle 50 is orthogonal to a front-rear direction in which the spout extends, the handle being bridged between right and left ends of the side wall. Spindles 50s provided at both ends of the handle are inserted into spindle holes (not illustrated) provided at right and left ends of the side wall, and the handle is rotatably attached to the side wall. A grip 60 is disposed at a rear end of the side wall.

An arrangement for filling watering cans (16), having a container (10) for receiving liquid, wherein the container is assigned a closable outlet and an in particular closable inlet. In this case, an effective cross section of the outlet may be larger than an effective cross section of the inlet.