Claims:We Claim:
1)A remote monitoring of taxi meter based on wireless network comprising of;
a. Locating the user’s vehicle with the help of GPS;
b. tracking the location of the vehicle in the form of values such as latitude and longitude followed by transmission to the user using GSM modem through mobile network;
c. detecting alcohol consumption and identifying accident through sensors;
d. monitoring the sensor value and taxi meter from anywhere.
2)The remote monitoring of taxi meter based on wireless network as claimed in claim 1, wherein the said system use Ignition key to detect the theft and when theft is detected, GSM control app is used to control the vehicle remotely.
3) The remote monitoring of taxi meter based on wireless network as claimed in claim 1, wherein the said system with the Sensor values can be monitored by anyone from anywhere in the world.
4) The remote monitoring of taxi meter based on wireless network as claimed in claim 1, wherein the said system use database of the website for storing all the sensor values.
, Description:FIELD OF THE INVENTION:
The present invention relates to a monitoring of taxi meter based on wireless network. The present invention more particularly relates to a remote monitoring of taxi meter based on wireless network.
BACKGROUND OF THE INVENTION:
If we want a cab and if we want to go to a certain place via a particular route and reach within a certain time period, then we have to depend on the cab driver for any kind of certain information. We cannot expect any other information except the information is provided to us. Generally drivers do not give any correct information to us and use cab for their personal use.
Generally the usage of vehicle tracking system has been increased rapidly. taxi meters measure distance and time. They then convert those measurements into a fare. Taxi fares are set by the area the taxi cab operates in other words, it might cost more to travel the same distance or time in one city than it does in another. Fares may also change based on how many people are in the taxi, if the driver has to help user with user’s bags and if the taxi has to cross state or municipal lines to get user where user is going.
No matter where they operate, however, all taxi meters measure the distance a cab covers, plus any time spent waiting. That way, the driver gets compensated for time, so they don't lose out on money just because they're stuck in traffic. It's also why a cab ride from point A to point B may cost you more when there's traffic than when there's not, even if the distance covered is the same.
A taxi meter uses electric pulses to measure both distance and time. To get the distance traveled, the meter relies on a sensor attached to the cab's transmission. The sensor sends an electric pulse to the meter every time the cab travels a given distance. Inside the meter itself is a timer that sends out a pulse when a set amount of time passes. Pulses come from either sensor at intervals that are smaller than the fare interval.
So there is a need for such a system in which we can calculate the total distance travelled, time of the journey, speed of the cab, route adapted by the driver . The present invention is a cab monitoring system based on GPS. The present invention identifies the vehicle theft by implementing anti-system. Vehicle tracking system is beneficial in many ways such as providing security to the personal vehicles, taxis, cabs, school buses/cars and others. Vehicle tracking system is designed to know the position of the vehicle. Tracking system is developed by using GPS and GSM modules to locate the user’s vehicle easily. GPS module is used to track the location of the vehicle in the form of values such as latitude and longitude. These values are transmitted to the user using GSM modem through mobile network. Different sensors are used to detect alcohol consumption and to identify the accident. The Sensor values can be monitored by anyone from anywhere in the world. RFID technology is used to facilitate security to the vehicle tracking and anti-theft system. Ignition key is used to detect the theft and when theft is detected, GSM control app is used to control the vehicle remotely.
OBJECTS OF THE INVENTION:
The main object of the present invention is to provide a remote monitoring of taxi meter based on wireless network.
Another object of the present invention is to provide a system in which user can calculate the total distance travelled, time of the journey, speed of the cab, route adapted by the driver.
SUMMARY OF THE INVENTION:
Accordingly a remote monitoring of taxi meter based on wireless network is disclosed. A remote monitoring of taxi meter based on wireless network comprising of; Locating the user’s vehicle with the help of GPS; tracking the location of the vehicle in the form of values such as latitude and longitude followed by transmission to the user using GSM modem through mobile network; detecting alcohol consumption and identifying accident through sensors; and monitoring the sensor value from anywhere.
DESCRIPTION OF THE DRAWINGS:
Fig 1 is the flowchart for the remote monitoring of taxi meter based on wireless network.
DETAILED DESCRIPTION OF THE INVENTION WITH RESPECT TO DRAWINGS:
The present invention is a remote monitoring of taxi meter based on wireless network. The present invention provides a system in which user can calculate the total distance travelled, time of the journey, speed of the cab, route adapted by the driver. The present invention identifies the vehicle theft by implementing anti-system. Vehicle tracking system is beneficial in many ways such as providing security to the personal vehicles, taxis, cabs, school buses/cars and others. Vehicle tracking system is designed to know the position of the vehicle. Tracking system is developed by using GPS and GSM modules to locate the user’s vehicle easily. GPS module is used to track the location of the vehicle in the form of values such as latitude and longitude. The present invention is a cost effective, reliable, GPS based taximeter which gives effective results.
In one embodiment, the present invention provides an accurate measure of what the fare should be. A common taxi driver scam is to get more money from a fare by taking the long way. While that sometimes means taking a less-than-direct route, in egregious cases it can mean driving passengers around in circles. This type of scam usually only works on people who are unfamiliar with the city they're in. If you're traveling, keep a map handy and know the basics of the most direct route for where you want to go. Taximeter can calculate the most direct route and let user know what the fare should be. User can protect himself from scam like this by knowing the fare codes for the city and making sure the driver is using the right one. Fare codes should be posted in the cab. If you feel like the driver is using the wrong code, get their license information (which should also be posted in the cab) and report them to their city's taxi commission.
Taxi meters use objective measures to protect drivers and passengers. As long as user pay attention to the meter and know rights, there's no reason to worry that next cab ride will be anything less than wonderful.
In another embodiment, the present invention calculates the total distance travelled, time of the journey, speed of the cab, route adapted by the driver. The present invention is a cab monitoring system based on GPS. The present invention identifies the vehicle theft by implementing anti-system. Vehicle tracking system is beneficial in many ways such as providing security to the personal vehicles, taxis, cabs, school buses/cars and others. Vehicle tracking system is designed to know the position of the vehicle. Tracking system is developed by using GPS and GSM modules to locate the user’s vehicle easily. GPS module is used to track the location of the vehicle in the form of values such as latitude and longitude. These values are transmitted to the user using GSM modem through mobile network. Different sensors are used to detect alcohol consumption and to identify the accident. The Sensor values can be monitored by anyone from anywhere in the world. RFID technology is used to facilitate security to the vehicle tracking and anti-theft system. Ignition key is used to detect the theft and when theft is detected, GSM control app is used to control the vehicle remotely. Thus taxi meter is monitored from anywhere.
In another embodiment, A remote monitoring of taxi meter based on wireless network comprising of;
a. Locating the user’s vehicle with the help of GPS;
b. tracking the location of the vehicle in the form of values such as latitude and longitude followed by transmission to the user using GSM modem through mobile network;
c. detecting alcohol consumption and identifying accident through sensors;
d. monitoring the sensor value from anywhere and taxi meter .