MOTOR VEHICLE BATTERY CONDITION DETECTION TOOL

Abstract

This invention concerns a motor vehicle battery condition detection device, this invention relates to a device used to detect damage to a vehicle battery early. This equipment was developed using an Arduino module controller equipped with a power converter so that it can operate optimally. This tool is used to provide notifications to vehicle owners so they can take preventive measures to prevent serious problems from occurring in motor vehicles. This tool is used on all types of motor vehicles that have a power source from the battery. This tool can identify battery conditions in 3 criteria, namely, strong / normal, weak, and must be replaced. This tool is also able to provide voice notifications and large power indicators on the LED to the driver so that the driver can plan battery maintenance early.Not only that, the motor vehicle battery condition detection tool can be used as a learning medium for automotive and electronics vocational school students.

Description

MOTOR VEHICLE BATTERY CONDITION DETECTION TOOL Invention Engineering Field This invention concerns a vehicle battery condition detection device. motorized, more particularly, the present invention relates to a tool used to detect damage early on vehicle battery. Background of the Invention This equipment is developed using a controller in the form of an Arduino module equipped with a power converter so that can operate optimally. There are speakers and monitors LCD with seven segments that provides signals in the form of sound and displays the voltage on the battery. The battery is an important component which is required for motor vehicles. A motorbike need a battery to store electrical energy in the form of chemical energy, which will be used to supply energy electricity to the starter system, ignition system, lights and other electrical components. Automatically, the battery capacity problems will interfere with the performance and function of the vehicle motorized. Battery capacity is greatly influenced by the voltage supply produced. The lower the voltage produced by the battery, indicates that the battery condition is declining. See the importance of battery function, so a tool is needed that functions to provide early detection warnings of battery conditions. Battery condition warning is used as a precautionary measure battery maintenance by vehicle owners. This invention has been known and used for detect battery damage early so that it can be addressed as soon as possible. This tool is used to provide notification to vehicle owners so they can take preventive measures to prevent problems from occurring serious on motor vehicles. Technological inventions related to electricity motor vehicles, especially car batteries, have also disclosed as contained in patent number IDP0O00053317, date 07 - 09 - 2018 with the title device power distribution and battery pack diagnostic methods where It is stated that this tool has a switching function and provides a current signal when the power is cut off, but the invention still has shortcomings, namely that the tool can only provide a signal or indication of battery power when under load full or heavy vehicles. This tool cannot indicates battery power under all conditions. Not only that, This tool cannot provide notification when the battery power is low. Other inventions as disclosed in patent No. P00201403209, dated 02-06-2014 with the title of charging device power of motorbikes and vehicles that are able to show the level the power of a motorcycle battery where it is stated that The invention tool functions to charge the battery vehicles with battery current indicators. However, the invention there are still shortcomings in that the tool only can show signals according to the battery capacity. Weaknesses This tool is located on the signal / notification output. This tool only works when the battery is in an unloaded state. Not only that, the notification given is only in the form of a light without equipped with indicators so that the driver does not know the type maintenance that must be done. Other inventions as disclosed in patents United States International Number US 2015 / 0298630 Al, date 22-10-2015 with the title system for monitoring battery provided in vehicle where it is disclosed that the device of this invention has function to monitor battery condition at engine start motorized vehicles work especially during initial conditions using systems on motorized vehicles. However Thus the invention mentioned above still has weaknesses and limitations, including among others, are This tool can only detect the condition of the battery at the start of the vehicle working on a motorbike. Furthermore, the proposed invention is intended to overcome the problems stated above by means of use this tool on all types of motorized vehicles has a power source from the battery. This tool can identify battery condition in 3 criteria through data recording and display on the LCD power indicator with seven segments and this tool is also capable of providing sound notification and large power indicator on LED to drivers so that drivers are able to plan maintenance battery early. Brief Description of the Invention The main objective of this invention is to overcome pre-existing problems especially as a tool detecting the condition of a motor vehicle battery where a tool detection of motor vehicle battery condition according to the invention This consists of: — Speaker: - Aluminum Box: - Battery Input Terminal: - Aluminum Car Battery Lock Bracket: - LCD Power Indicator with seven segments, - Arduino module for main power converter, — Tanganj which is characterized by the series being assembled into one the unit of the above motor vehicle battery condition detection tool, using a controller in the form of an Arduino module equipped with power converter to operate optimally. Speaker and the LCD monitor with seven segments provides sound signals and displays the voltage on the battery. The power produced by the battery converted and identified by the main module system through the battery input terminal. The main battery power fluctuations are detected battery power with the help of converter module and control module Arduino. The power conversion results are displayed in numerical form. on the LCD power indicator with seven segments and notifications sound on the speaker. The sound notification will be different The intensity depends on the condition of the battery. Battery lock bracket components aluminum and aluminum box added for storage installation of the battery condition detection tool. Handle for ease of use tool transfer process. Another object of the present invention is a device used to detect early damage to the vehicle battery, more specifically as a tool to detect the condition of the vehicle battery motorized to detect strong and weak battery power. Short Description of Image Figure 1 is a perspective view of the tool. detection of motor vehicle battery condition according to the invention This. Complete Description of the Invention This invention will be fully described with reference to to the accompanying pictures. Referring to Figure 1, which shows a detailed image complete vehicle battery condition detection tool, which consists of: 1) Speaker whose function is to provide notification / warning in the form of sound / noise with active buzzer specifications that operate with a voltage of 5V, 2) Aluminum box which functions to protect the Arduino module made of aluminum and has a length of 19cm, width 12.1cm, and 13cm high, 3) Functioning battery input terminal as an intermediary for battery power that is distributed to the Arduino module with the specifications of the connector socket connection 2 pin PCB cable terminal and can withstand 5-24v load: 4) Aluminum battery lock bracket which functions as a holder speaker installation, LCD power indicator with seven segments, and Arduino module with specifications of 13cm height and width 12.1cm: 5) LCD power indicator with seven segments functions to display large numbers of battery power with TM1637 4 digit seven segment display type specifications for Arduino operating at 5v: 6) Arduino module for the main power converter which functions to change power 12v car battery to 5v and Arduino control module for battery power fluctuation detector with specifications that work on 12v voltage and arduino that can be operated with voltage S5v, 1) Handle that functions to make it easier the process of moving tools with PVC material specifications with 10 cm long. Referring to Figure 1, the method for implementing the invention This is the battery which is the main power supply for this tool then power conversion is carried out on the main module system through Battery input terminal (3). After that the power is recorded and displayed on the LCD Power Indicator with seven segments (5). The recorded data is then identified whether the battery is normal, weak, or requires replacement which is marked with notification / reminder sound using speaker. The system works first by reading and recording the voltage from the battery car, the data is then displayed on the Power Indicator LCD with seven segments (5). The data recorded then analyzed by the control system whether the battery is normal, if normal then the alarm that will sound on Speaker (1) will not will sound. if the battery is weak, the alarm will sound with low intensity. If the battery is repaired, it will be checked Check whether the battery is normal and if it is normal then the alarm will not sound. will sound, but if no repairs are made then the alarm will sound will continue to sound at low intensity. If the battery not normal and not weak then it shows that the battery need to be replaced with a notification sign that the alarm sounds with high intensity, if there is a battery replacement, it will Check again whether the battery used is normal, if it is normal then the alarm will not sound, if there is no replacement then The alarm will continue to sound at high intensity. This invention can be used to measure the condition of the battery. vehicle by connecting to a battery power source vehicle at the input terminal. The system will then perform data recording and display on the LCD Power Indicator with seven segments (5). The recorded data will be analyzed whether The battery is still good, needs to be repaired or replaced. If If the battery is still good, it will only display the value data on LCD Power Indicator with seven segments (5) only, but if needs to be repaired then the value data will appear and be heard notification sound on Speaker (1) low intensity reminder, If it needs to be changed, the value data will be displayed and heard. high intensity reminder sound. Arduino module for main power converter (6), converts 12Vv car battery power into 5V and Arduino control module for battery power fluctuation detector placed in the Aluminum Box (2) which will be installed on battery using the Aluminum Battery Lock Bracket (4) and can moved and lifted using the handle (7). From the description above it is clear that the results of this invention can provide benefits for the battery industry, spare part shops automotive, battery maintenance workshop and maintenance workshop motor vehicles, all motor vehicle owners and also Vocational High School (SMK) because it is practical and This efficient tool for detecting the condition of motor vehicle batteries can used on all types of motorized vehicles that use The main source of electricity is from the battery. Not only that, the tool Detecting the condition of a motor vehicle battery can be used as Learning media for automotive and electronics vocational school students. Urgency the need for this invention lies in early detection battery condition as a precaution for vehicle maintenance monitored. Potential added value regarding condition detection tools motor vehicle battery is located on the design that does not take up space, and is easy to use and This invention truly presents an improvement which very practical especially as a battery condition detection tool motor vehicle.

Claims

A tool for detecting the condition of a motor vehicle battery detecting the strength and weakness of the battery power which consists of: - speaker (1): — Aluminum box (2): - battery input terminal (3): — aluminum battery lock bracket (14): - LCD power indicator with seven segments (5): - arduino module for main power converter (6): — handle (1): which is characterized by the series being assembled into a single tool for detecting the condition of a motor vehicle battery above, using a controller in the form of an Arduino module equipped with a power converter to operate to the maximum. Speakers and LCD monitor with seven segment provides sound signals and displays voltage on the battery. The power generated by the battery is converted and identified by the main module system via the terminal Battery input. The main battery power is detected by fluctuations in battery power. with the help of converter module and Arduino control module. The power conversion results are displayed in numerical form on the LCD. power indicator with seven segments and sound notification on the speaker. The sound notification will vary in intensity according to the condition of the battery. Components of the aluminum battery bracket 1ock and Aluminum box added for tool installation Battery condition detection. Handle to facilitate the process tool transfer.

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