A SMART BIKE SEAT

Abstract

ABSTRACT A SMART BIKE SEAT The smart bike seat comprises a reservoir tank (1) which is used to store the water in this tank for flow the water in to the copper tube and cool the bike seat or heat it up according to the temperature of the climate and after the function of temperature control the water again store in the reservoir tank. The Solenoid valve (2) used to flow the water when the heater mode is on it enable the valve and to flow the water to the copper tube via the heater. The heater is made up of the nichrome wire filament to produce the heat in the copper tube and it operates by the 12v relay module connected with the microcontroller operating voltage is 12v. The Copper tube (3) is connected with the solenoid valve and compressor and the nichrome wire is winded on this copper tube to heat the water for control the temperature. The compressor pump 12v (4) which is used to pump the water to the copper tube from the reservoir tank (1) and circulates the water until the temperature gets reached and also maintain the constant temperature for heat (30 to 33 degree)and for cooling (20 to 24 degree). Fig 1

Specification

Description:FORM 2

THE PATENTS ACT, 1970
(39 of 1970)
&
THE PATENTS RULES, 2003

COMPLETE SPECIFICATION
(See Section 10; rule 13)

TITLE OF THE INVENTION
A SMART BIKE SEAT


APPLICANT
K.RAMAKRISHNAN COLLEGE OF ENGINEERING
NH-45, Samayapuram,
Trichy, Tamilnadu, India- 621112


The following specification particularly describes the invention and the manner in which it is to be performed.
A SMART BIKE SEAT
TECHNICAL FIELD
The introduction of the smart bike seat which is used to control the temperature by using the IOT control with the help of the water via the copper tube and cool the bike seat and also heat the seat according to the weather climate with real time temperature monitoring also with voice control using IOT platform.
BACKGROUND
A seat without a temperature control system it will be a uncomfortable to the rider in the extreme weather it causes the more drawback during in the winter season the bike seat become very cold and give the numbness and also the stiffness of the seat will also increases in this condition the rider will have a lots of the health issue like joint pain , numbness and it will also has wet condition in the seat due to this the seat flexibility and the grip ness of the seat will be reduced it will surely leads to give the discomfort to the rider while riding with the ordinary seat in winter season. In the summer season the seat will absorbs the excess amount of the heat because of the cushion and the mattress are leads to absorbs the excess amount of the heat and also the bike seat colour is major disadvantage of the seat because the black will absorbs the large heat an it will take a time to exhaust the heat in the temperature and this will also reduces the grip of the seat and gives the irritating feel while driving the bike in summer season and increasing the sweating ,burning sensation will occurs and gives some health issue . especially in long trips this will increase the physical pain to the rider affecting their focus and comfort without temperature control of the seat in extreme condition it will uncomfortable and potentially un safe to the rider
The materials which are used in the bike is also have a major role to give a comfort to the driver because most of the materials in the bike seat are made of a leather, sponge , fiber etc..., it will be absorbs the heat easily and give burning feel and the sponge and they are using mobile while driving with map or any other purpose but there is no contact with mobile and seat . Traditional motorbike seats don't offer much flexibility in terms of adjusting for comfort, especially in extreme weather conditions. Lots of people may suffer in hot and cold weather during drive the bike and also in long travel there are lots of trouble will be faced by the people. In bike seat it will also have a comfort challenge with extreme climate in the region .it will also reduces the comfort level of the driver. Seat without temperature control system struggles to keep up with changing weather and give discomfort and in extreme climates the ordinary seat it will don't give the comfort to the rider without the cooling system.
OBJECTIVE OF THE INVENTION
The primary objective is to improves the comfort and the convenient of the bike riders by using the advanced technology is used in this smart bike seat. The ordinary bike seat didn't give the much flexibility in terms of adjusting the temperature for comfort , In the extreme weather condition a smart bike seat will solves the problems by the unique features like heating , cooling , voice command and IOT technology for remotely control allowing the rider to customize the seat temperature based on the surrounding environment.
Another objective is to control its temperature. in the summer season the normal will be discomfortable to the rider and in cold season the seat in the extreme cold and get over stiffness but using this smart bike seat the sensor will monitor the temperature of the seat an it can be adjustable remotely by using the IOT platform and also in the voice command in the mobile can adjust the weather like take the seat get heat or cold.
It will ensure the over long journey the riders can control the seat temperature using smartphone app, which provides the option for adjusting the temperature of the seat rather heat or cold condition and it will allow for a good riding experience while driving in this smart bike seat.
The smart bike seat is connected with the iot technology. it can control the temperature remotely riders can also adjust the temperature by the mobile app application and also with an features of the voice command to control the seat . to introducing this features easy to make quick adjustment of the seat temperature. Riders can control the seat function simply by speaking via the smartphone like "heat the seat" or "cool the seat". this is the main important features that's the seat have and makes the riders can focus on the road and improving the both safety and convenient. In future the smart bike seat system could automatically adjust based on the weather like hot or cold and this seat is made up of the waterproof and heat resistant material it can withstand in the different weather condition . It will solves the discomfort of the ordinary seat and they offers the riders an enhanced, customizable experience and convenient for both daily and long travelling of the riders.
SUMMARY
The seat includes built-in heating and cooling systems that can adjust the temperature based on the rider's preferences on the weather. This helps keep the seat cool in hot weather and warm in cold conditions, making long rides more comfortable. The smart seat can be controlled using a smartphone app or voice commands, allowing riders to easily change the seat's temperature without stopping or taking their hands off the handlebars. Voice control makes it even more convenient by letting the rider adjust the seat just by speaking simple commands.
Regular bike seats often become uncomfortable in hot or cold weather, but this seat has special heating and cooling systems built in. These systems allow the rider to control the seat's temperature, making it cooler during hot days and warmer in cold conditions. This is especially helpful for people who ride long distances or in extreme weather, as it ensures they stay comfortable throughout their journey.
A smart bike seat it has a IOT controlled system for control the temperature as cool down or heat the temperature of the seat according to the weather temperature it can sense it by using the temperature sensor and controlled by the micro controller via iot platform with open source app.
A Solenoid valve used to flow the water when the heater mode is on it enable the valve and to flow the water to the copper tube via the heater The heater is made up of the nichrome wire filament to produce the heat in the copper tube and it operates by the 12v relay module connected with the microcontroller operating voltage is 12v. the Copper tube is connected with the solenoid valve and compressor and the nichrome wire is winded on this copper tube to heat the water for control the temperature.
A Compressor pump 12v which is used to pump the water to the copper tube from the reservoir tank and circulates the water until the temperature gets reached and also maintain the constant temperature for heat and also for cooling Copper tube is major part used to control the temperature heat or cool the copper tube is important part in this seat the water is get heat or cold it will sucks out by the compressor pump and pump water.
The copper tube from the reservoir tank Is connected with the outlet of the copper tube for store the water again to the reservoir tank after temperature control. The Solenoid valve is used for cooling the seat and connected between the reservoir tank and the chiller part for flow the water to the chiller part by the compressor pump to cool the water.
A Chiller part is used for cool the water and pump the water to the copper tube by using the compressor pump. a reservoir tank has capacity to store the water to flow the water in the copper tube. solenoid valve has a 12v DC power supply has a various types used for enable the water flow to the tube in this smart bike seat.
The copper tube has In the zig zag form or various types of the method that used in this seat may be in vertical form according to the size of the seat it will change
compressor pump has a 12v power supply to suck and pump the water to the tube and maintains the input temperature from the microcontrol its can be used has a single channel relay for each function or the multi-channel can be also used a microcontroller is used in this smart bike seat like as a ESP32,ESP8266,Arduino varients, raspberry pi varients and a temperature sensor used in this seat are DHT11,DHT22 like temperature sensors are used for monitor the temperature of the in real time. It will works on the external battery connected with bike battery for rechargeable function the type of batteries can be used are lithium ion,lead acid batteries can be used. This smart bike seat can be accessed by the open source software app like esp rain maker, bylnk can be used to control this seat and easy to interface with it by the users and this smart bike seat can be made by all kind of the programming language must be built in to the microprocessor by the manufacturing side and ready to interfacing with the app the language of the coding for this are all type programming will be used. This technology helps make motorbike rides more enjoyable, especially for those who travel long distances or face changing weather conditions.
BRIEF DESCRIPTION OF THE DRAWINGS
[01] The reservoir tank which is used to store the water in this tank which occupies the less amount of the water in side about to 500ml of water can be store in this tank and flow the water to the copper tube.
[02] Solenoid valve is used to flow the water via the tube and operates on supply of the 12v by using the iot platform with help of the component of relay.
[03] Heater tube which is connected with the [02] Solenoid valve when the valve is open the water should be heated by the nichrome wire and flows to the copper tube by the compressor.
[04] The Compressor is used to flow the water to the copper tube from the reservoir tank both heat and cold water will flows through by this compressor pump.
[05] The copper tube is fitted on the seat in the form of the zig zag and water flows via the copper tube and stored again the tank and connected with the the compressor.
[06] Outlet tube is used to restore the water in tank again and again after the seat is heat or cold it stored in the same tank.
[07] Solenoid valve is connected with the chiller part in to help the water to flow via the chiller to cool the water.
[08] The chiller part is used to chill water the chiller element is inside this chiller and give the temperature of 24 to 30 degree of chillness by the compressor.
[09] The Solenoid valve is connected with the chiller outlet point after the flow of the water to the compressor it cut the flow of water to the pump by using relay with control of iot.
DETAILED DESCRIPTION
Bike driving is a most popular one which is used for transportation and enjoyment of riders but due to weather change and extreme climate, it makes uncomfortable to the drivers (i.e) seat temperature related. During winter season ,it has severe cold weather and it may discomfort to the rider while driving the motor bike because the seat is having the wet and freezing temperature leads to numbness or other health issues and it makes the ride uncomfortable and stiffness of material is reducing comfort of seat and has low flexibility. On the snowy region it would be wet and uncomfortable to sit. The materials which are used in the bike is also have a major role to give a comfort to the driver because most of the materials in the bike seat are made of a leather , sponge , fiber etc..., it will be absorbs the heat easily and give burning feel and the sponge and they are using mobile while driving with map or any other purpose but there is no contact with mobile and seat.
In this season lots of people may suffer in hot and cold weather during drive the bike and also in long travel there are lots of trouble will be faced by the people. In bike seat it will also have a comfort challenge with extreme climate in the region .it will also reduces the comfort level of the driver. The Smart Bike Seat is designed to enhance rider comfort in extreme weather conditions by providing IoT-controlled temperature adjustments. In cold weather, typical bike seats can become uncomfortably cold and leading to numbness and gives the too stiffness. During hot weather, seats absorb an excessive amount of heat, causing discomfort, burns, and reduced grip, which can impact rider safety.
The Smart Bike Seat solves these issues by allowing riders to control seat temperature via a mobile app, providing real-time adjustments. It maintains a comfortable temperature in both hot and cold climates, enhancing comfort and safety. This seat uses specially selected materials to improve comfort and reduce heat absorption, making long rides and extreme weather more manageable for riders and gives the convenience of riding.
This innovative solution aims to give the motorcycle seat comfort, providing a more enjoyable riding experience across all seasons while promoting rider well-being and safety.
The Smart Bike Seat introduces a to rider comfort and safety, particularly suited to those frequently riding in extreme weather conditions. Utilizing IoT technology, the seat can be remotely controlled to adjust its temperature, ensuring a comfortable experience regardless of outdoor temperatures. By reducing cold stiffness and excessive heat, the Smart Bike Seat minimizes risks like numbness, burns, dehydration, and seat slip, contributing to a safer ride. The seat's advanced materials not only resist heat absorption but also enhance flexibility and durability, making long journeys more comfortable and preventing wear. This innovation is poised to redefine motorbike seat standards, addressing challenges faced by riders in both hot and cold climates.
Thus there is a need to introduce a smart bike seat with iot (INTERNET OF THINGS) control for reducing the discomfort of the people while driving the bike with extreme climate by controlling the temperature heat or cold with an help of iot on mobile and get real time control of temperature and with made up of comfortable materials to make a people comfort when they are drive the motor bike and overcome the difficulties people facing during in extreme climate and overcome the disadvantage of the normal bike seat by using this smart bike seat during hot summer days, the seat can get very hot, making it hard for the rider to focus. On cold days, riders may feel chilly, which can be uncomfortable. Traditional bike seats do not have any options to change these conditions, leading to distractions and even accidents. The smart bike seat solves these issues by allowing riders to easily control the seat's temperature, ensuring a pleasant ride no matter the weather outside
The smart bike seat is designed to make every ride more enjoyable, regardless of weather conditions. For riders who frequently travel long distances or ride in varying climates, this seat offers a new level of comfort. By controlling the seat's temperature, they can avoid common discomforts like a hot or cold seat, which often make riding less pleasant. The seat's IoT features also allow for convenient, remote control, while voice recognition offers hands-free adjustments on the go.
Overall, the smart bike seat combines technology and practical benefits to address common issues faced by riders. It improves the riding experience by providing a more comfortable and adaptive seat. Whether used in summer or winter, this smart seat ensures a consistent and pleasant ride, making it a valuable addition for any motorcycle enthusiast. This project aims to bring an innovative edge to traditional motorcycle seats, blending comfort, technology, and ease of use for a modern riding experience.
This feature can be extremely beneficial for riders who experience various weather conditions, such as extreme heat in summer or cold temperatures in winter. With heating, the seat provides warmth in colder climates, preventing discomfort from sitting on a chilly seat. Similarly, the cooling function can reduce the heat of the seat on hot days, creating a more comfortable riding experience.
One of the main features of the smart bike seat is its IoT-controlled temperature system. This means that the seat has both heating and cooling systems built into it. Riders can change the temperature of the seat based on what they like and what the weather is like outside. The seat connects to a smartphone app, allowing riders to adjust the temperature remotely.
The smart seat is equipped with IoT (Internet of Things) technology, which connects it to a mobile app. Riders can use this app to control the seat's temperature from their phone, making adjustments quick and easy. With IoT integration, riders can set their desired temperature with just a few taps on their smartphone before they even start riding. This convenience means they can prepare for any weather conditions in advance, helping them stay comfortable throughout their journey. There are sensors that monitor its temperature. These sensors are essential because they ensure the seat remains at the user's chosen setting, whether for heating or cooling. If the temperature changes due to external conditions, such as sun exposure, the sensors detect this and adjust accordingly. This monitoring function is important as it prevents overheating or excessive cooling, ensuring the rider's comfort is maintained consistently.
The smart seat even more user-friendly, it includes voice recognition technology. With this feature, riders can control the seat's temperature hands-free while riding. For example, they can simply say, "Increase heat" or "Turn on cooling," and the seat will respond to these commands. Voice recognition allows riders to make adjustments without taking their hands off the handlebars, enhancing safety and convenience.
The seat is designed with several innovative features, including IoT-based control, temperature monitoring, and voice recognition.
The motive of the introduce of the smart bike seat is control the temperature in extreme temperature and more riders look for innovative products to enhance their riding experience, the demand for smart bike seats is expected to grow. The increasing popularity of electric and smart vehicles supports this potential, as riders become more familiar with using technology in their everyday lives
These elements are controlled by an IoT system that connects the seat to a smartphone app. Through the app, the rider can manually set the seat temperature or choose preset modes like "Cooling Mode" or "Heating Mode." The seat's temperature is monitored by sensors that detect the current temperature of the seat and the surrounding environment. This information is processed by the IoT system, which adjusts the seat's temperature automatically to maintain optimal comfort. The smart bike seat features a voice recognition system, allowing the rider to control the seat through voice commands. For example, the rider can say "Heat the seat" or "Cool the seat" to adjust the temperature. The voice control system enhances safety by allowing riders to make adjustments without needing to take their hands off the handlebars or stop the bike.
This smart bike seat as unique and important features that is made to fit many different types of motorbikes, making it accessible to a wide range of riders. The installation process is simple and does not require any special tools or complicated modifications. This means that riders with various types of bikes can benefit from the smart bike seat's advanced features. Whether someone has a cruiser, sportbike, or touring bike, they can easily upgrade to the smart bike seat and enjoy its advantages.
A smart bike seat it has a IOT controlled system for control the temperature as cooldown or heat the temperature of the seat according to the weather temperature it can sense it by using the temperature sensor (DHT11/DHT22)and controlled by the micro controller (ESP 32)via iot platform with open source app like esp rain maker the voice control access for the riders to enhance the performance of the seat and give the comfort to rider.
A reservoir tank (1) which is used to store the water in this tank for flow the water in to the copper tube and cool the bike seat or heat it up according to the temperature of the climate and after the function of temperature control the water again store in the reservoir tank. The Solenoid valve (2) used to flow the water when the heater mode is on it enable the valve and to flow the water to the copper tube via the heater The heater is made up of the nichrome wire filament to produce the heat in the copper tube and it operates by the 12v relay module connected with the microcontroller operating voltage is 12v.
A Copper tube (3) is connected with the solenoid valve and compressor and the nichrome wire is winded on this copper tube to heat the water for control the temperature. The Compressor pump 12v (4) which is used to pump the water to the copper tube from the reservoir tank(1) and circulates the water until the temperature gets reached and also maintain the constant temperature for heat (30 to 33 degree)and for cooling (20 to 24 degree) and the Copper tube(5) is major part used to control the temperature heat or cool the copper tube is important part in this seat the water is get heat or cold it will sucks out by the compressor pump(4) and pump water (6)the copper tube from the reservoir tank (1) Is connected with the outlet of the copper tube for store the water again to the reservoir tank (1) after temperature control.
A Solenoid valve is used for cooling the seat and connected between the reservoir tank (1)and the chiller part for flow the water to the chiller part by the compressor pump(4) to cool the water. A Chiller part (8) is used for cool the water and pump the water to the copper tube by using the compressor pump (4).
A reservoir tank has capacity of the 500ml to store the water to flow the water in the copper tube. in a solenoid valve has a 12v DC power supply has a various types used for enable the water flow to the tube and the copper tube has In the zig zag form or various types of the method that used in this seat may be in vertical form according to the size of the seat it will change.
The compressor pump has a 12v power supply to suck and pump the water to the tube and maintains the input temperature from the microcontroller and it control the components of the solenoid valve having the 12v dc supply and its can be used has a single channel relay for each function or the multi channel can be also used. in this smart bike seat as a ESP32,ESP8266,Arduino varients,raspberry pi varients mostly these kinds of the wifi module boards can used for this seat. the temperature sensor used in this seat are DHT11,DHT22 like temperature sensors are used for monitor the temperature of the in real time.
The battery used for this seat are also works In the bike battery and also it will works on the external battery connected with parallel connection of bike battery for rechargeable function the type of batteries can be used are lithium ion,lead acid batteries can be used for this smart bike seat can be accessed by the open source software app like esp rain maker, bylnk can be used to control this seat and easy to interface with it by the users.
The reservoir tank which is used to store the water in this tank which occupies the less amount of the water in side about to 250ml of water can be store in this tank and flow the water to the copper tube.Solenoid valve is used to flow the water via the tube and operates on supply of the 12v by using the iot platform with help of the component of relay. Heater tube which is connected with the [02] Solenoid valve when the valve is open the water should be heated by the nichrome wire and flows to the copper tube by the compressor.The Compressor is used to flow the water to the copper tube from the reservoir tank both heat and cold water will flows through by this compressor pump.
The copper tube is fitted on the seat in the form of the zig zag and water flows via the copper tube and stored again the tank and connected with the the compressor.Outlet tube is used to restore the water in tank again and again after the seat is heat or cold it stored in the same tank.Solenoid valve is connected with the chiller part in to help the water to flow via the chiller to cool the water.The chiller part is used to chill water the chiller element is inside this chiller and give the temperature of 24 to 30 degree of chillness by the compressor.
allowing riders to concentrate on the road ahead. The automatic adjustments and voice commands also help enhance safety by reducing the need for manual controls. With these features, the smart bike seat is an essential addition for riders who care about comfort and safety while riding.
One of the key features of the smart bike seat is the ability to control its temperature. In hot weather, seats can become uncomfortable due to heat buildup, while in cold conditions, they can get too cold to sit on comfortably. The smart bike seat solves this with built-in heating and cooling systems. Sensors monitor the temperature of the seat and the air around it, adjusting automatically or based on the rider's input to ensure the seat is always at a comfortable level. By keeping the rider comfortable, the smart bike seat enhances safety. Riders are less likely to be distracted by discomfort, allowing them to focus more on riding. The automatic temperature adjustments also mean that riders don't need to stop to manually change settings, making long trips more enjoyable and hassle-free.
The seat is made from waterproof and heat-resistant materials, making it durable in all weather conditions. It is also designed to be comfortable for long rides, with padding and an shape that reduces pressure points. Plus, it can be easily installed on many different motorbike models, so it's suitable for a wide range of riders. In summary, the smart bike seat offers a more comfortable and safer riding experience by allowing riders to control their seat temperature, either through an app or voice commands. This technology helps make motorbike rides more enjoyable, especially for those who travel long distances or face changing weather conditions












, Claims:CLAIMS
We claim,
1) The system of smart bike seat, comprising:
A smart bike seat it has a IOT controlled system for control the temperature as cool down or heat the temperature of the seat according to the weather temperature it can sense it by using the temperature sensor (DHT11/DHT22) and controlled by the micro controller (ESP 32)via iot platform with open source app like esp rain maker;
A voice control access for the riders to enhance the performance of the seat and give the comfort to rider. the Major components of the bike seat are 12v relay module, 12v solenoid valve, copper tube, reservoir tank(500ml), nichrome wire(heater), peltier(cooling), compressor pump 12v, battery 12v (lithium ion) these are materials used in the smart bike seat;
A reservoir tank (1) which is used to store the water in this tank for flow the water in to the copper tube and cool the bike seat or heat it up according to the temperature of the climate and after the function of temperature control the water again store in the reservoir tank;
A Solenoid valve (2) used to flow the water when the heater mode is on it enable the valve and to flow the water to the copper tube via the heater The heater is made up of the nichrome wire filament to produce the heat in the copper tube and it operates by the 12v relay module connected with the microcontroller operating voltage is 12v;
A Copper tube (3) is connected with the solenoid valve and compressor and the nichrome wire is winded on this copper tube to heat the water for control the temperature;
A Compressor pump 12v (4) which is used to pump the water to the copper tube from the reservoir tank(1) and circulates the water until the temperature gets reached and also maintain the constant temperature for heat (30 to 33 degree)and for cooling (20 to 24 degree);
A Copper tube(5) is major part used to control the temperature heat or cool the copper tube is important part in this seat the water is get heat or cold it will sucks out by the compressor pump(4) and pump water;
A the copper tube from the reservoir tank (1) Is connected with the outlet of the copper tube for store the water again to the reservoir tank (1) after temperature control;
A Solenoid valve is used for cooling the seat and connected between the reservoir tank (1)and the chiller part for flow the water to the chiller part by the compressor pump(4) to cool the water; and,
A Chiller part (8) is used for cool the water and pump the water to the copper tube by using the compressor pump (4).
2. The smart bike seat as claimed in claim 1, wherein a reservoir tank has capacity of the 500ml to store the water to flow the water in the copper tube.
3.The smart bike seat as claimed in claim 2, where in a solenoid valve has a 12v DC power supply has a various types used for enable the water flow to the tube in this smart bike seat.
4. The smart bike seat as claimed in claim 3, wherein a copper tube has In the zig zag form or various types of the method that used in this seat may be in vertical form according to the size of the seat.
5. The smart bike seat as claimed in claim 4, wherein a compressor pump has a 12v power supply to suck and pump the water to the tube and maintains the input temperature from the microcontroller.
6.The smart bike seat as claimed in claim 5, wherein a relay module is used In this seat having the 12v dc supply and its can be used has a single channel relay for each function or the multi-channel can be also used in this
7. The smart bike seat as claimed in claim 6, wherein a microcontroller is used in this smart bike seat as a ESP32,ESP8266,Arduino varients,raspberry pi varients mostly these kinds of the wifi module boards can used for this seat.
8. The smart bike seat as claimed in claim 7, wherein a temperature sensor used in this seat are DHT11,DHT22 like temperature sensors are used for monitor the temperature of the in real time.

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