Solar Handle

Abstract

The invention is a solar-powered device that automatically switches on when there is no light, providing colored and / or white light to cabinets and furniture in outdoor and / or sunlit indoor spaces, enhancing their aesthetic appearance and making them look more stylish, while also serving as a lighting source at night. The design incorporates a small solar panel / Li-Po or Li-ion battery / LDR / resistor / diode / switch / special handle made of plastic or metallic material.

Description

1 TARIFF SOLAR HANDLE Technical Area This invention relates to the design of exterior and / or interior cabinets made of wood and / or other materials. The handles store energy throughout the day using solar power and automatically open in the dark. It automatically switches off in daylight and only lights up in the dark, providing illumination and an aesthetic appeal. It is related to giving an image. Previous Technique Conventional handles are designed to conform to their own forms and are placed on or around the lids. It is used by being installed flush, but the handle can be opened for lighting by opening the cover. Because it is closed, it is not possible to use the cable on the handle. Purpose of the Invention With a solar-powered handle, you can place a cabinet and / or shelf that receives sunlight without running any cables. storage areas where handles will be attached to any item in the dark when there is no light. It will turn on automatically, providing both a more stylish look and effective lighting. 15 This product will provide both a much more stylish look to your furniture and energy savings throughout the day. It uses the solar energy it has accumulated to create a dimly lit environment, providing both lighting and an aesthetically pleasing appearance. It is intended to be a handle that provides. Explaining the Figures The invention was designed with handles attached to achieve its purpose, and these 20 from shapes Figure 1 – Handle Design. Figure 2 – Internal Circuit Diagram of the Handle. Figure 3 – Handle Design and Circuit Assembly. Explanation of References in Figures 25 The parts in the figures are numbered, and their corresponding parts are shown below. Figure 1 – Created Empty Handle Design: (1) LDR Cavity, (2) Mounting Feet, (3) Switch Space, (4) Transparent Skylight, (5) Skylight Space, (6) Holding Space, (7) Circuit Space. Figure 2 – Circuit Components: (8) Solar Panel, (9) BC547 Transistor, (10) Lithium Battery, (11) Diode, (12) Photoresistor LDR, (13) Resistor, (14) Resistor, (15) LED, (16) Switch. 30 Figure 3 - Created Handle Design and Circuit Element Combination: (17) Circuit Elements, (18) Handle Design; Transparent skylight and Handle Body. 2 Disclosure of the Invention Solar Handle is sensitive to sunlight and other lights, and can automatically open in the dark. The circuit automatically switches off in bright light. (Figure 1: Handle Design and 35) Figure 2 shows the circuit diagram for the handle, which consists of two parts. The assembly is shown in Figure 3. The combination of the design (18) and circuit elements (17) is shown. Circuit Elements (17) Solar It is designed so that the panel (8) is on the top surface. The handle design is made to suit the circuit, and the LDR gap (1) in Figure 1; the LDR in Figure 2 It was made for (12). The Light Gap in Figure 1 (5); for the LED (15) in Figure 2 and Figure 40 Made for the Transparent Skylight (4) in Figure 1. Mounting Feet (2) in Figure 1; Solar handle screw or any desired bonding method, regardless of whether it's an adhesive or not, to the desired location. It is designed to be mounted in the area. The Grip Space (6) in Figure 1. The handle if hinged and / or if mounted on a rail system, to move the object to which it is mounted It has been created. Key Space (3) in Figure 1; Key (16) in Figure 2 is 45 It has been created. The Circuit Gap (7) in Figure 1 is; the other circuit elements in Figure 2. The solar panel (8) is on the top surface, while the BC547 (9), lithium battery (10), diode (11), and resistor (12), The resistor (13) will be located in the circuit gap (7) at the bottom of the solar panel (8). The transparent skylight (4) in Figure 1 is plastic that will not block the light emitted from the LED (15) in Figure 2. It can be made of transparent or glass material. 50 Solar handles give cabinets and handles a much more aesthetic look and allow them to enjoy the sun all day long. It automatically turns on in the dark, providing illumination, by storing its own energy. Thanks to the Ldr (12) in Figure 2, which is connected to the BC547 (9) in Figure 2 on the solar handle, in the light environment The LED (15) in Figure 2 is made to not emit light, and the solar handle has a capacity of 500 mah – 1200 mah. Lithium batteries (10) of different capacities as shown in Figure 2 can be used among the installed 55 The solar panel (8) shown in Figure 2 ensures that the batteries are charged throughout the day. In addition, the Ldr (12) in Figure 2 sees artificial light and LEDs are used even in indoor lighting. (15) closes automatically. Thus, the handles in the sunlit areas inside the house close automatically. It is available for use. If desired, the LDR Clearance (1) and Skylight Clearance (5) in Figure 1 can be cleared at different locations on the handle. It can be created by giving and the Led (15) and Ldr (12) in Figure 2 are on different sides of the handle cable It can be extended to create different models. This is shown in the figures. As a design and idea never before done, it only replaces photoresistor and light. By changing them, they are not perceived as different models, and the actual design circuit is inside the handle. By placing them in different regions, the Ldr (12) and Led (15) in Figure 2 are also in different regions. 65 3 If desired, light can be directed towards the end of the handle, or in any direction on the handle. Light can be provided. Application Method in Industry The invention is made of plastic using an injection molding machine and / or aluminum using the necessary CNC machines. The main handle bodies will be formed and produced from the bodies, and then the transparent skylight 70 The attachment can also be manufactured from glass and / or transparent plastic material and painted if desired. After the handle body is finalized with the necessary brightness and color options The circuit components will be attached to the handle by soldering and / or connecting them with wires. sealing elements such as silicone are applied to the edges and gaps. 75 It is designed to work while being protected against [temperature]. It is easy to produce in mass production and is both more stylish. It will provide illumination for an image and also in dark environments.

Claims

1 REQUESTS 1. The invention automatically switches on in the dark by utilizing the solar energy it has accumulated throughout the day. Product circuit elements (17) to provide light to the cover on which it is located and handle design (18) combination of solar handle on or inside; an Ldr a gap (1), a photoresistor Ldr (12) that detects light, a circuit gap (7), a solar 5 panel (8), two resistors (13) (14), a lithium battery (10), a skylight gap (5), in the dark at least one LED (15) that switches on automatically, one BC547 transistor (9), one switch blank (3), a switch (16), a diode (11), connecting feet (2), holding space (6) and a It consists of transparent light (4).

2. As in Claim 1, the product is an LDR 10 which enables the Ledin (15) to switch on automatically in the dark. (12), an LDR gap (1) that allows the LDR to face the external environment, if not desired The on / off switch (16) that prevents the LED from giving light in the dark, the switch Key slot (3) which allows the button to protrude to the outer surface, sun all day long lithium battery (10) which stores its energy and solar panel (8) which provides it are transparent transparent skylight made of material (4) and 15 that enables the skylight to be positioned here It has a skylight (5).

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