FUNCTIONAL SMART FLASHLIGHT

Abstract

The invention relates to a flashlight used for camping, outdoor activities, disaster situations, and general lighting purposes in the field of lighting devices and emergency equipment.

Description

1 TARIFF FUNCTIONAL SMART FLASHLIGHT Technical Area 5 The invention relates to lighting devices and emergency equipment for camping and outdoor activities. It relates to a flashlight used for disaster relief and general lighting purposes. The invention specifically involves a 10-inch light switch that automatically turns on and off by sensing the surrounding light level. It can also charge electronic devices via its built-in USB port, and is an SOS emergency device. capable of operating in radio mode and receiving AM and FM frequencies via a radio module. providing information via radio signals during emergencies or outdoor activities. It relates to a functional smart flashlight that enables this. State of the Art Flashlights are devices designed to provide a portable light source. Flashlights It typically consists of a light bulb, a reflector, a lens, and a battery compartment. The light bulb is the light source. The reflector directs and concentrates the light. Lens 20 It controls the scattering of light. A battery is used as the power source. Today, flashlights are generally used to provide illumination in dark environments. It is used especially for camping, hiking, emergencies and dark areas in homes. 25 preferred for lighting and working in hard-to-reach areas such as basements or attics. Traditional flashlights used in current technology provide ambient lighting. Apart from that, it does not fully meet the user's needs. Especially camping and The flashlight on users' smart devices can be used during outdoor activities or disaster situations. It is not possible to charge it via this method. This means users cannot charge their electronic devices. This requires providing a portable battery such as a power bank. Also, the current hand 30 Flashlight batteries are recharged or replaced depending on their type. This situation... This leads to difficulties in use and, especially in outdoor environments, to inconveniences. Furthermore... On the other hand, flashlights in current technology are particularly useful for communication in situations such as disasters. It is also not possible to use it as a tool. Therefore, in the known state of the art... A smart flashlight was needed. 35 2 In the literature review, an example of the current state of the technique is given. Document number TR2022 / 003012 can be shown. The aforementioned document concerns thermos containers and... It relates to a flashlight with a compass. The tip of the flashlight in question is connected to a thermos and a cup. It is equipped to meet the consumer's beverage needs. In addition, hand The flashlight has a compass, which helps the user with their need for direction. 5 However, the flashlight in question is designed to meet other needs of the user. It is not. In conclusion, the existence of the above problems and the inadequacy of the current solutions, This has made it necessary to make improvements in the technical field. 10 Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. It is about a functional smart flashlight that brings new advantages. 15 The main purpose of the invention is to automatically turn on and off by sensing the surrounding light level. by closing it off, it can be used in different scenarios such as camping, hiking, home use and emergencies. It provides practicality, extends battery life, and is especially useful when the user's hands are full. 20 that provide ease of use in situations or when they need to be used quickly to bring out a flashlight. The invention is designed to charge electronic devices via an integrated USB port. capable of and also long-term outdoor use via solar panels. A flashlight that eliminates the need for electrical energy in its use was developed in 25 to place. Another purpose of the invention is to provide visual warnings by operating in SOS emergency mode. The user will be noticed by rescue teams or people nearby in emergency situations. The goal is to produce a flashlight that enables this. 30 Another purpose of the invention is to transmit AM and FM frequencies via a radio module. by supporting users in emergency situations or outdoor activities with radio signals. enabling users to access information, weather reports, and emergency alerts. The goal is to produce a flashlight that enables this. 35 3 Another aim of the invention is to allow all functions to be controlled via a digital screen. to bring out a flashlight. To fulfill all the purposes mentioned above and those that can be derived from the detailed explanation. The invention; in the field of lighting devices and emergency equipment, camping, nature 5 These are flashlights used for activities, disaster situations, and general lighting purposes. - a body with at least one LED light source providing illumination at the front end, - located on the body and the LED light source adjusts the ambient light level. A light sensor that detects and automatically turns the LED light source on and off. - A blinking LED light around the LED light source, representing the SOS signal. A sequence of flashing lights provides the user with a visual warning and a call for help. The SOS mode light that enables it, - the radio module located on the fuselage that receives radio signals, - speaker that provides radio audio output from the radio module, - located on the body and controls the user's flashlight's high, low, and SOS 15 settings. enabling switching between different lighting modes, including the signal radio module that displays time and date information to the user digital screen that allows switching between stations, - located at the base of the body and supplying power to the flashlight. battery, 20 - located on the body and powered by the battery's electrical energy or at least one USB charging port that allows an electronic device to be charged, - a switch located on the body that turns the flashlight on and off. It is related to the fact that it includes an on / off switch. The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. This should be done taking that into consideration. Figures that will help understand the invention. Figure 1: Representative view of the flashlight that is the subject of the invention. 35 4 Explanation of Part References 10. Body 20. LED light source 30. Light sensor 5 40. SOS mode light 50. Radio module 60. Speaker 70. Digital display 80. Battery 10 90. USB charging port 100. Solar panel 110. Magnetic panel 120. On / off switch Detailed Description of the Invention In this detailed explanation, the preferred alternatives to the flashlight in question are only... to facilitate a better understanding of the subject and without creating any limiting effects. This is explained as follows. 20 Figure 1 shows a representative view of the flashlight that is the subject of the invention. Accordingly, the flashlight is the most In its basic form; it has an LED light source (20) at its front end and is held in the user's hand. a body (10), located on the body (10) and the LED light source (20) in the environment Light 25 which automatically switches the LED light source (20) on and off by sensing the light level. The sensor (30) is located around the LED light source (20) and represents the SOS signal. by flashing in a series of blinking strokes, it provides the user with visual assistance and warnings. The SOS mode light (40), which enables it to make a call, is located on the body (10) and radio module (50) receiving radio signals, radio sound from radio module (50) The speaker (60) that provides the output is located on the body (10) and is held by the user's hand 30 the flashlight switches between different lighting modes such as high, low, and SOS radio module (50) which provides the user with time and date information. Digital screen (70) that allows switching between stations, base of the fuselage (10) The battery (80) located in this part and which supplies the energy needs of the flashlight, the battery (80) USB 35 which enables charging of an electronic device via electrical energy. The charging port (90) is located on the outer surface of the body (10) and allows the battery (80) to be charged. and also solar power which provides power to the USB charging port (90). panel (100), located under the base surface of the body (10) and the metal of the flashlight Magnetic panel (110) which enables attachment to surfaces, located on the body (10) and the on / off switch (120) that turns the flashlight on and off It includes 5. The body of the flashlight, which forms the main structure of the invention and is held in the user's hand. (10) There is at least one LED light source (20) providing illumination at the front end. On the body (10), the LED light source (20) adjusts the ambient light level by sensing, at least one light that automatically switches the LED light source (20) on and off 10 It has a light sensor (30). The light sensor (30) continuously monitors the light level. and turns on the flashlight when the temperature drops below a certain threshold, and when it rises above it. It switches off the LED light by sensing the light level around the flashlight. Automatic switching on and off of the source (20) and for camping, hiking, home use and automatic operation in different scenarios such as emergencies, battery (80) life 15 extending it, especially when the user's hands are full or a quick Ease of use has been ensured when it needs to be used in this way. The flashlight is switched on by means of the on / off switch (120) located on the body (10). It is closing. 20 A flashing LED light source (20) around which the SOS signal is displayed. The series of flashing lights alerts the user with a visual warning, prompting them to call for help. There is an SOS mode light (40) that provides. The SOS mode light (40) A sequence of blinks representing the SOS signal in the international Morse code is 25. It works like this: SOS signal short-short-short, long-long-long, short-short-short. It appears as follows: This signal repeats cyclically, flashing continuously. It is fading away. On the fuselage (10) there is a radio module (50) that receives radio signals and radio 30 There is a speaker (60) that provides the output of the radio sound from the module (50). Thus users can obtain information via radio signals in emergency situations or during outdoor activities. This allows them to receive and monitor weather reports and emergency alerts. There is a digital display (70) on the body (10). The said digital display (70) is 35 It allows the user to control and regulate the operating mode of the flashlight. 6 Different lighting options such as high, low, and SOS can be selected on the flashlight via the digital display (70). radio stations in modes and from the radio module (50) receiving radio signals It can switch between them. At the same time, the user can see the digital screen (70). Time and date information is displayed. The battery (80) that powers the flashlight is located at the base of the body (10) The battery (80) is powered via the USB charging port (90). It can be charged via its own energy or via a solar panel (100). The USB charging port (90) passes through the battery (80), as well as the charging of an electronic device. It can also enable the solar panel located on the outer surface of the body (10). (100) charging the battery (80) and at the same time powering the USB charging port (90) It ensures that they are fed. Underneath the base surface of the housing (10), the flashlight can be attached to metal surfaces. There is a magnetic panel (110) that provides 15. The said magnetic panel (110) By fixing the flashlight in place, it provides both hands-free working and a wide area of ​​view. It is possible to provide lighting.

Claims

7 REQUESTS 1. Camping and nature in the field of lighting devices and emergency equipment. flashlights used for activities, disaster situations and general lighting purposes. and its feature is; 5 - at least one LED light source providing illumination at the front end (20) a body (10), - located on the body (10) and the LED light source (20) in the environment By sensing the light level, it automatically switches on the LED light source (20). light sensor that turns off (30), 10 - Located around the LED light source (20) and representing the SOS signal a visual warning to the user by flashing in a blinking sequence SOS mode light (40) which enables it to call for help, - radio module located on the body (10) and receiving radio signals (50), 15 - speaker (60) which provides radio sound output from radio module (50), - located on the body (10) and high on the user's flashlight, Switching between different lighting modes, including low light and SOS signal. a radio that enables it to do this, and displays the time and date information to the user. 20 from module (50) to switch between radio stations digital display (70), - located at the base of the body (10) and which provides the energy for the flashlight battery (80), - located on the body (10) and the battery (80) electrical energy at least one 25 that allows charging of an electronic device via or USB charging port (90), - located on the body (10) and turning the flashlight on and off It includes an on / off switch (120).

2. A flashlight conforming to Claim 1, whose characteristic is that the outer surface of the mentioned body (10) is 30 located and charging the battery (80) and also the USB charging port (90) It contains solar panels (100) that provide energy supply.

3. A flashlight conforming to Claim 1, whose characteristic is that the base of the mentioned body (10) located beneath the surface and enabling the flashlight to be attached to metal surfaces 35 It contains a magnetic panel (110) which provides

Images