Eccogreen water dispenser which is capable of growing plants via wastewater recovery

Abstract

This invention is a device that offers a plant growing functionality by utilizing the wastewater accumulated from conventional water dispensers. The device supports the growth processes of plants with a mechanism that directs wastewater to the plant growing compartment, and an integrated LED lighting system. Furthermore, the hot and cold water taps are designed at a height inaccessible to small children, ensuring both safety and water conservation. The product offers a significant contribution to environmental sustainability while increasing user well-being. This innovative product, as an aesthetic and functional solution, has a wide application potential for both home users and public spaces.

Description

[0001] ECCOGREEN WATER DISPENSER WHICH IS CAPABLE OF GROWING PLANTS VIA WASTEWATER RECOVERY

[0002] Technological Field:

[0003] This invention is an innovative technological product which combines indoor design with environmental sustainability to integrate water dispensers with plant growing systems. It is innovated in order to improve indoor air quality, contribute to the water savings and offer an aesthetically pleasing functionality. The present invention supports indoor users in establishing a more meaningful relationship with natural elements, while also standing out as a solution that increases resource efficiency.

[0004] State of Art:

[0005] Conventional water dispensers are designed solely to provide drinking water, and in these systems, the waste water that accumulates in the reservoir, known as the drip tray, is generally considered unusable and is discharged as waste. Since no effective solution has been offered for the recovery of waste water, this poses a significant problem in terms of environmental sustainability. In addition, indoor plant growing systems are generally designed as standalone devices and fail to offer users with an integrated solution. Not combining these two systems means a gap in meeting sustainability principles and the user expectations in terms of aesthetics and functionality. Therefore, an integrated product that addresses these shortcomings with an environmentally friendly and user-friendly approach is needed. Furthermore, the height of the taps on conventional water dispensers is designed to be accessible to small children. Therefore, traditional water dispensers are of a size that could cause children to harm themselves with the hot water section or waste water by carelessly turning the taps on and off. With this new design, the height of the water dispenser's tap has been raised to a height that small children cannot reach, preventing both children from accidentally harming themselves and water wastage. Description of Invention:

[0006] The invention presents an innovative design that combines water dispensers with indoor plant growing systems. Designed to utilize excess water as is generated in conventional water dispensers, this system collects waste water in a lower compartment, allowing it to be used decoratively and functionally for plant growing. This prevents water waste and allows for the growing of plants that improve indoor air quality. Furthermore, this design enhances the user experience by optimizing plant growth processes with integrated LED lighting systems.

[0007] This product not only provides environmental and aesthetic benefits but also contributes to users adopting a sustainable lifestyle. Recycling wastewater in this way is an important step in reducing environmental impact, while providing users with the support they need for plant growing in an easy and practical way.

[0008] The invention is designed with a modular structure, allowing for the growing of a wide range of plants with different light modes and watering levels. In addition, mobile application integration enables users to remotely monitor plant care processes. Environmental sustainability can be taken to a higher level by increasing energy efficiency. The product can be implemented as an aesthetic and functional environmental solution in public areas such as airports, hospitals, offices, and similar spaces, as well as in specialized areas.

[0009] In conclusion, this invention offers an innovative approach both technologically and aesthetically, setting a model solution in terms of resource efficiency and environmental sustainability.

[0010] Description of Drawings:

[0011] The invention will be described with reference to the drawings enclosed herewith. This approach is adopted to ensure that the features of the invention are more clearly understood and evaluated. However, the configurations described herein are not intended to limit the scope of the invention. On the contrary, it is intended that the invention encompasses all embodiments, modifications, and equivalent configurations that may fall within the scope defined by the claims attached hereto. The details provided are intended solely to describe the preferred embodiments of the present invention and to provide the clearest and most easily understandable description of the methods, principles, and conceptual features of the invention.

[0012] In this context, the following drawings are numbered and labeled to facilitate invention to be understood easier.

[0013] Figure 1 : General schematic view of the inventive system.

[0014] Figure 2: Schematic view of the wastewater processing mechanism within the system.

[0015] Figure 3: Perspective view of the inventive system.

[0016] Figure 4: Front view of the inventive system.

[0017] Figure 5: Side view of the inventive system.

[0018] Figure 6: Top view of the inventive system subject.

[0019] These drawings are provided as a guide to better understand the technical features and innovative aspects of the invention, and have been prepared in compliance with the attached figures.

[0020] Legend:

[0021] 1. LED light section

[0022] 2. Hot and cold-water taps

[0023] 3. Drip Tray

[0024] 4. Drip tray upper compartment (cup holding section)

[0025] 5. Drip tray lower compartment

[0026] 6. Dispenser body

[0027] 7. Plant growing section

[0028] 8. Water Tank Section

[0029] Detailed Description of Invention:

[0030] The parts constituting the invention are basically provided in Figure 1: Water dispenser body (6), Tank compartment (8), Hot and cold-water taps (2), LED light section (1), Drip tray (3), Lower and upper sections of the drip tray (4-5), Plant growing compartment (7).

[0031] Water dispenser body (6) is designed to be taller than conventional water dispensers, and detailed dimensions are given in Figure 4. Tank compartment (8) is positioned in the lower section of the device, as in conventional dispensers. The height of the hot and cold-water taps (2) from the ground is set at 108 cm. This height is designed to be inaccessible, especially to children aged 4 and under, and is optimized for safety.

[0032] Drip tray (3) consists of two main parts: the upper compartment (4) and the lower compartment (5). As shown in Figure 2, the upper compartment (4) is designed to be removable when necessary and has a fully permeable structure. In this way, excess water is transferred to the lower compartment (5). Lower compartment (5) is designed to have small and sparse openings. These openings allow the excess water to flow in a dripping manner, reducing the flow rate. This feature makes it possible for the hot or cold water to reach a temperature level that will not harm the plants after waiting for a while.

[0033] Plant growing compartment (7) is designed as an oval opening with a user-friendly design approach. The compartment is optimized to provide a suitable area for plant growth. Inside, peat soil can be placed according to the user's preferences, or alternatively, soil types that have a lower risk of scattering, do not lead to pest growth, and offer practical use can be utilized. Such alternatives include coconut turf or ready-made plant growing substrates. These materials have sufficient nutrient and water retention capacity for healthy plant growth. The compartment is especially suitable for growing low-maintenance Mediterranean plants such as parsley and basil. These plants provide both an aesthetic and functional contribution to the kitchen. If users are utilizing the water dispenser in the kitchen, they can consume these greens fresh in their daily meals.

[0034] LED light section (1) is integrated into the water dispenser's existing electrical system to meet the light requirements of the plants. LED lights are designed to operate in different tones such as yellow, white, and daylight. Furthermore, they can offer various modes (e.g., a growth-focused light mode or an energy-saving mode) based on user preference. In the product development phase, the goal is to automate these settings with smart sensors. Sensors can optimize light levels by detecting the amount of light the plants require.

[0035] Remote adjustment features aim to allow users to easily control the LED lights and plant care. Although this feature is not currently available as a designed system, in later stages, it can be integrated with a mobile application via Wi-Fi or Bluetooth connection. It is planned for users to be able to change light modes through the application, track the humidity level of the plant growing compartment, and receive watering alerts when necessary.

[0036] The essential purpose of the design is to provide both aesthetic and functional use, while simultaneously offering a natural source of greenery in the user's kitchen and the recovery of wastewater.

Claims

CLAIMS1- The invention is a compact device that allows for the cultivation of plants by recovering wastewater, comprising;— a lower compartment (5) designed for utilizing the wastewater accumulated in traditional water dispensers, equipped with small and sparse openings,— a drip tray (3) consisting of a removable upper compartment (4) and the lower compartment (5),— a mechanism that directs this wastewater to the plant growing compartment (7) and provides controlled irrigation,— an integrated LED light section (1) that optimizes the amount of light in the plant growing area to support plant growth,— hot and cold-water taps (2) at a height inaccessible to children, and a water dispenser body(6).2- the device according to claim 1, comprising a soil compartment in the plant growing section(7) that allows the use of different soil types and prevents pest formation.3- the device according to claim 1, comprising Wi-Fi or Bluetooth connectivity that offers the possibility of controlling the LED light modes and the irrigation system via a mobile application.4- the device according to claim 1 , comprising a system that controls the temperature level of the water in the lower drip tray compartment (5), ensuring it is maintained at a suitable temperature to prevent damage to plant roots.5- the device according to claim 1, comprising an electrical system optimized to increase the energy efficiency of the water dispenser (6) and ensure long-term use.

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