TR201909360U3 - LIGHT WASHBASIN SYSTEM MADE OF POLYETHYLENE - Google Patents

Abstract

This invention; bathroom, kitchen, toilet, etc. It is about the development made in terms of illuminating the sinks in places to provide a more comfortable and aesthetic use.

Description

DESCRIPTION ILLUMINATED SINK SYSTEM MADE OF POLYETHYLENE Technical Field This invention relates to the development of a system that provides more comfortable and aesthetically pleasing use of sinks in bathrooms, kitchens, toilets, etc., by illuminating them. Previous Technical Today, sinks of various shapes and sizes are found in bathrooms, kitchens, toilets, etc. However, the fact that these sinks are made of expensive materials such as ceramic and granite, and that they do not have an LED light on them, makes it very difficult for users to see and use these sinks, especially at night when the electricity is cut off in the relevant place (home, workplace, hotel, restaurant, etc.). Furthermore, even if there is no power outage, those who only want to use the restroom for very simple things are forced to turn on the lights in the relevant place (home, workplace, hotel, restaurant, etc.), resulting in unnecessary energy consumption. Similarly, for example, if there is a power outage or someone else accidentally turns off the light while users are using the toilet, young children and the elderly may experience difficulties, and the extent of the problem can reach serious levels due to fear and panic attacks, especially for those with phobia of the dark.

Purpose of the Invention The purpose of this invention is to provide a cost advantage by producing sinks from polyethylene material, to facilitate transportation and installation, and to extend the lifespan of the product.

The aim of this invention is to make cleaning easier by ensuring that sinks are made of polyethylene material, thus preventing mold, rust, and limescale buildup.

The aim of this invention is to obtain a more economical and environmentally friendly product because it can be recycled when its lifespan ends or when it becomes unusable for any reason. The aim of this invention is to prevent users from experiencing problems by illuminating its surroundings when the lights in its environment go out for any reason (power outage, someone accidentally turning off the light, the bulb running out, etc.) thanks to its LED lighting.

The aim of this invention is to provide an aesthetically pleasing appearance through lighting with LED lights, and to create customized solutions for the user by using different colors of lighting.

The aim of this invention is to save energy by ensuring that the light only stays in the relevant area thanks to the motion sensor and photocell.

The aim of this invention is to enable integration with smart home systems and smartphones thanks to the Bluetooth used.

The aim of this invention is to contribute to increasing customer satisfaction in places such as hotels and restaurants, especially due to its aesthetic appearance and user-specific coloring features.

Explanation of Figures Figure-1: Schematic view of the product subject to the invention Explanation of references used in the figures Washbasin main body RGB LED lights Charging control unit Motion sensor Timer AC/DC collector 8. RGB modulator 9. Bluetooth system .Photocell Detailed Description of the Invention The product subject to the invention consists of a transparent or semi-transparent washbasin main body (1) made of polyethylene material. The production of the washbasin main body (1) from polyethylene material ensures that it is lightweight and durable, and also extends its service life. RGB LED lights (2) are installed on the washbasin main body (1) to illuminate the washbasin main body (1). RGB LED lights (2) can be placed in different locations on the sink body in varying numbers, depending on the request. Since the main body of the sink (1) is transparent or semi-transparent, when the RGB LED lights (2) are switched on, the main body of the sink (1) is illuminated and emits light into the surrounding environment, thus illuminating that environment as well. In the product in question, a battery (3) that powers the RGB LED lights has been added to the main body of the sink (1). Also, a charging control unit (4) that enables the battery to charge is located on the main body of the sink (1). Thanks to the charging control unit (4), the battery (3) can be charged while mains power is available and is always ready for use. This ensures that even in the event of any power interruption, the RGB LED lights (2) and therefore the main body of the sink (1) can continue to illuminate the relevant area. For users who only want to achieve an aesthetically pleasing appearance, the RGB LED lights (2) can be operated by drawing power only from the mains line if desired. The product in question has a motion sensor (5) on the front of the main body of the sink (1). Thanks to the motion sensor, when a user enters the area where the main body of the sink (1) is placed (bathroom, kitchen, toilet, etc.), motion is detected and the RGB LED lights (2) are automatically switched on for a predetermined period of time. In this way, since the lighting will only be on during use, the RGB LED lights (2) will not be unnecessarily turned on, thus preventing energy consumption. The motion sensor (5) can be placed in different sections depending on the need. Since the motion sensor (5) has a timer (6), the duration of the RGB LED lights (2) can be adjusted as desired. In the product in question, the main body of the sink (1) can include an AC/DC connector (7) so that the high current in the mains line does not directly reach the main body of the sink (1) and create a risk. In this way, the electrical current is transmitted to the main body of the sink (1) at low values.

The product in question has an RGB modulator (8) on the main body of the sink (1). Thanks to the RGB modulator (8), the RGB LED lights (2) and therefore the main body of the sink (1) can be lit/sparked in different colors depending on the user's request. The product in question has a Bluetooth system (9) on the main body of the sink (1). This allows the product in question to be integrated with smart home systems and smartphones. If desired, a photocell (10) can also be used on the main body of the sink (1). This prevents the RGB LED lights (2) from turning on during hours when daylight provides sufficient illumination, thus preventing unnecessary energy consumption.

Claims (1)

CLAIM This invention relates to the development of a system to provide more comfortable and aesthetically pleasing use of sinks in bathrooms, kitchens, toilets, etc. by illuminating them. CLAIMS . A polyethylene illuminated sink system, characterized by a transparent or semi-transparent sink main body (1) made of polyethylene material and RGB LEDs placed on the sink main body (1) to illuminate it. . A polyethylene illuminated sink system as described in Claim 1, characterized by containing at least one battery (3) that provides energy to the RGB LED lights. . A polyethylene illuminated sink system as described in Claim 1 or Claim 2, characterized by containing a motion sensor (5) that detects users in the environment where the product is installed and automatically turns on the RGB LED lights and thus the sink main body (1). The illuminated sink system made of polyethylene in System 1, System 2, or System 3 has the feature of containing a timer (6) on the motion sensor (5) so that the duration of the RGB LED lights (2) can be adjusted. The illuminated sink system made of polyethylene in System 1, System 2, System 3, or System 4 has the feature of containing an AC/DC connector (7) on the main body of the sink (1) so that the high current in the main line does not come directly to the main body of the sink (2) and create a risk. The illuminated sink system made of polyethylene in option 1, option 2, option 3, option 4, or option 5 is characterized by having a charging control unit (4) on the main body (1) of the sink that allows the battery (3) to be charged. The illuminated sink system made of polyethylene in option 1, option 2, option 3, option 4, option 5, or option 6 is characterized by having an RGB modulator (8) on the main body (1) of the sink to allow the RGB LED lighting (2) and therefore the main body (1) of the sink to light up/emittle light in different colors depending on the user's request. The system in option 1, option 2, option 3, option 4, option 5, or option 6 or the polyethylene illuminated sink system in option 7, the feature of which is that it includes a Bluetooth system (9) on the main body of the sink (1) to allow integration with smart home systems and smartphones. . The polyethylene illuminated sink system in option 1 or option 2 or option 3 or option 4 or option 57 or option 6 or option 7 or option 8, the feature of which is that it includes a photocell (10) placed on the main body of the sink (1) to prevent the RGB LED lights (2) from turning on during hours when daylight provides sufficient illumination and to prevent unnecessary energy consumption.