Plant pot with detachable wick-based multi-layer moisture indication system

Abstract

A plant pot 1 comprising an integrated vertical window 2 running along a substantial portion of the pot height, a set of fixing elements positioned adjacent to the window formed of rails, slots, or gr

Description

DESCRIPTION Technical Field: The present invention relates to plant care devices, specifically a plant pot with a detachable wick component that visually indicates the moisture content of soil at multiple depths. This invention improves plant care by providing an intuitive and accurate method for monitoring soil moisture levels, reducing the risks of over or underwatering. Background: Soil moisture content is critical to healthy plant growth. Conventional plant pots typically do not provide a built-in mechanism for monitoring moisture, leading to guesswork by users. Existing moisture indicators, which are separate devices inserted into the soil, tend to only provide point-specific moisture readings and often deteriorate over time. This results in incomplete moisture profiles and unreliable readings. The present invention provides an integrated solution that offers multi-layer moisture readings throughout the soil profile, improving reliability and usability. Summary of the Invention: The invention is a plant pot (1) with a vertical viewing window (2) and a detachable slider component (3) designed to indicate moisture content at multiple depths. The pot itself features two vertical rails (4) that allow the detachable slider component (3) to be slotted into position directly behind the window. The slider component (3) is divided into three independent sections (5), each corresponding to a different soil layer—top, middle, and bottom. This ensures that moisture content can be viewed and monitored at varying levels within the soil. Each wick section is composed of: A transparent acetate strip (6): Allows visibility of the moisture content through the window (2). Hydrochromic film (7): A moisture-reactive film that changes from opaque to transparent when in contact with moisture, allowing visibility of the microfiber fabric beneath it. Microfiber fabric (8): Extends into the soil to wick moisture up through capillary action. The material is dyed or coloured and becomes visible as the hydrochromic film reacts to moisture. The microfiber layer is key to the wicking action, absorbing moisture from the soil and allowing a visual representation of moisture content. Detailed Description of the Invention: The pot (1) is constructed from durable, water-resistant materials and features an innovative design with the integrated vertical window (2), providing a clear view of the slider component (3). The rails (4) are built into the sides of the window, allowing the wick component to be easily inserted and removed for cleaning, maintenance, or replacement. The detachable slider component (3) fits tightly into the rails (4) of the pot. The detachable slider component (3) consists of two plastic parts: the slider front (9) and the slider back (10). The slider front (9) contains a series of window housings that hold the transparent acetate strip (6), allowing the observer to view the hydrochromic film (7) on the microfiber fabric (8). The slider back (10) extends into the pot, providing structural support for the microfiber fabric (8) as it wicks moisture from the potting medium. When assembled, the two components fit together, securely sandwiching the transparent acetate strip (6), hydrochromic film (7), and microfiber fabric (8) in place. The tight assembly to prevent the ingress of air. This ensures that the hydrochromic film (7) only reacts to soil moisture and is not prematurely dried by exposure to air in front of the window (2). Multi-Layer Moisture Monitoring: The wick is divided into three vertical sections (5), each separated to ensure that moisture readings at different depths are independent. The sections include: Top section: Monitors moisture at the top layer of the soil. Middle section: Monitors moisture at the mid-level of the soil. Bottom section: Monitors moisture at the base of the pot where water typically pools. Each section works independently of the others, allowing users to see distinct moisture levels across the entire height of the soil column. This enables more accurate plant care, as the moisture content can vary significantly at different depths. The microfiber fabric (8) in each section wicks moisture from the soil to the hydrochromic film (7), which changes colour based on moisture levels. As the soil becomes drier, the hydrochromic film reverts to opaque, indicating that watering is needed. This system provides a clear, visual indication of when the plant requires water. Description of the Drawings: • Figure 1: An isometric view of the plant pot (1) showing the vertical window (2) and the detachable slider component (3). • Figure 2: An isometric view of the plant pot (1) from the back showing the vertical window (2), detachable slider component (3), rails (4) and the three vertical sections (5) of the detachable slider component (3). • Figure 3: A cross-sectional view of the pot with the detachable slider component inserted, illustrating the clear window (2) and the three independent wick sections (5). • Figure 4: An exploded view of the detachable slider component (3), showing the transparent acetate strips (6), hydrochromic films (7), and microfiber fabric (8). • Figure 5: A cross-sectional view from above of the detachable slider component inserted into the pot rails (4) showing the microfiber layer (8) extending into the potting medium, wicking moisture, and altering the transparency of the attached hydrochromic film (7), therefore revealing the colour of microfiber fabric below, visible through the transparent acetate strip (6) and clear vertical window (2) in the pot.

Claims

1. A plant pot comprising:a. A container with an integrated vertical window running along a substantial portion of the pot's height;b. A set of fixing elements positioned adjacent to the window—such as rails, slots, grooves, or any other means of securing—to house a detachable slider component or, alternatively, an integrated wick system built directly into the structure of the pot;c. A slider component comprising three or more independent vertical sections, each section equipped with:o A fabric wicking layer that extends into the pot to absorb moisture from the soil at a specific depth;o A moisture-reactive material or coating associated with the fabric wicking layer, which reacts to moisture by changing its visual appearance;o A transparent acetate strip overlaying the moisture-reactive material to allow visual observation through the integrated vertical window;wherein the slider component is designed to measure and display moisture content at different soil depths corresponding to each independent vertical section.

2. The plant pot of claim 1, wherein the moisture-reactive material or coating changes between opaque and transparent states, or changes color, upon contact with moisture, visually indicating soil moisture levels through the window.

3. The plant pot of claim 1, wherein the fabric wicking layer absorbs moisture through capillary action, causing the associated moisture-reactive material or coating to change its visual appearance and provide an indication of the soil's moisture content at the corresponding depth.

4. The plant pot of claim 1, wherein the tight tolerance of the fixing elements and the slider component prevents premature drying of the moisture-reactive material or coating due to exposure to air outside the soil.

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