REVIEW ON DESIGN AND DEVELOPMENT OF AUTOMATED HYDRAULIC JACK
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This document describes the design and development of an automated hydraulic jack system for automotive vehicles. It discusses how a conventional hydraulic jack requires manual operation, which can be difficult for some users. The proposed automated system would use an electric motor to power the hydraulic jack, allowing it to lift vehicles automatically. It provides details on the components and working principle of hydraulic jacks and how they could be automated. Field research was conducted to understand user needs. The automated system would save time and effort compared to manual jacks while being powered directly by the vehicle battery.
![International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072
© 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 596
REVIEW ON DESIGN AND DEVELOPMENT OF AUTOMATED HYDRAULIC
JACK
Arish A1, Arokiya sami Y1, Arunkumar G2
1Final year students, Department of Mechanical Engineering, Sathyabama Institute of Science and Technology,
Chennai, India.
2 Professor, Head of Department, Department of Mechanical Engineering, Sathyabama Institute of Science and
Technology, Chennai, India.
--------------------------------------------------------------------------***--------------------------------------------------------------------
ABSTRACT
The purpose of this study is to create an automated hydraulic jack system. A jack is a mechanical lifting device used to apply
greater force to lift heavy loads. A mechanical jack employs a screw thread for lifting heavy equipment. A hydraulic jack uses
hydraulic power. It is a tool that raises and lowers the automotive vehicle. The automated hydraulic jack will be useful to
elderly people and women who find it extremely difficult to physically operate the jack during any car breakdown. Whenever
the tire failure was occurred in the automotive vehicle, lifting the vehicle from ground surface is very difficult, it also involves
intense human effort and it is a more time taking process. For rectifying, this kind of problem an automated hydraulic jack
system helps to lift the vehicle automatically from the ground instead of conventional mechanical jack, which can save the
time and excess effort. The motive behind this work is instead of using an automated jack system which is the more power
produced and simple in design as compared to a conventional design. When compared to a pneumatic system, which runs on
compressible air, hydraulic systems have a greater lifting capacity since the hydraulic oil is incompressible. Major components
of this work include hydraulic jack, DC motor, hydraulic oil.
Key Words: Hydraulic jack, Automotive vehicles, motor, Automated operation, hydraulic oil, pascal law, ground clearance.
INTRODUCTION
In this work we are replacing normal conventional jack as automated hydraulic jack for lifting purpose in automotive
vehicle. In hydraulic device, power is transmitted by pushing the confined liquid. It is a mechanical function that operated
through force or liquid pressure. It is based on the principle of pascal’s law. The application of hydraulic system is usually
used in various fields like food industry, beverage industry, machinery industry, automotive industry, robotic arms, it can
withstand and lift heavy loads.
Normally we use bottle hydraulic jack, scissor jack for lifting vehicles. The ground clearance of a car should be considered
mainly during this operation. In this system they have replaced conventional hydraulic jack as inbuilt hydraulic jack and
they have integrated in the vehicle [1]. Following studies can also analyses the advantages of an integrated hydraulic jack
system over a conventional mechanical jack system. By examining the design of the prototype, it is possible to see that the
design of the built-in hydraulic jacks and also automated hydraulic jack is also investigated and adjusted to the necessary
extent [2]. The built-in self-jacking component is started by pressing the designated button on the dashboard. The built-in
hydraulic jack will be helpful to elderly people and ladies who find it extremely difficult to physically operate the jack
during any car breakdown. This hydraulic jack will have the ability to lift the wheels in accordance with our requirements;
for example, if we just need to lift two wheels, the cylinder will be moved as necessary on the rack with the help of the DC
motor [3].
Field Activity Survey
This kind of concept will be very useful in society, so our team interacted and questioned some types of peoples to know
what are the problems that they are facing while their tyre gets punctured in certain circumstances. A lady stated that, if
my car gets punctured, I face many difficulties and inconvenience. Also, she said that it is very difficult to operate lever
bottle hydraulic jack or some any kind of mechanical jack. We also interacted with one car driver. He stated that “we are
using cars for commercial purpose. so that the tyre quality will get depreciate day by day. Because of that many times car
will get puncture at out of city limit areas and remote areas, on that time, it is very difficult to find workshops, mechanic
shops. Many times, we changed the tyres in dark places. It will be very easy if any product is there for us to replace tyres in
a faster and automated manner”. Our team visited some car garages and workshops to discuss that if they are having any](https://image.slidesharecdn.com/irjet-v9i1092-221110074814-0b7a88ee/85/REVIEW-ON-DESIGN-AND-DEVELOPMENT-OF-AUTOMATED-HYDRAULIC-JACK-1-320.jpg)
![International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072
© 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 597
devices, instruments or any ideas to rectify the above problem. Through this field survey our project team got some useful
inputs for project ideas.
Overview of Hydraulic Jack
A hydraulic jack is a mechanical device used to lift heavy loads. It is a device that uses specific fluids to push against piston.
It works on the principle of pascal’s law. It states that the pressure applies on closed fluid is transmitted and undiminished
in every direction and acts with equal force and same area. In this system the use of oil act as a power transmission.
Hydraulic system is a good choice for lifting heavy machineries, it is more efficient compared to pneumatic set up
machines. Usage of hydraulic machineries in industries can achieve mass production and more efficiency. There are many
types of jacks like scissor jack, floor jack, highlight jack, hydraulic bottle jack. Among these hydraulic bottle jacks is
portable, cheaper, easy to use. The incorporated hydraulic car jack that is integrated with the automobile's current braking
system and can help in overcoming the drawbacks of the present mechanical jack offered in the vehicle. With the built-in
hydraulic jack, we can now lift the punctured side (tyre) of the car using piston cylinder arrangements that are welded to
the vehicle's chassis by applying pressure from the braking fluid, which was previously used just for braking [4]. The most
typical type of jack used for lifting is the hydraulic jack. With diverse electronic gadgets, the hydraulic jack has undergone a
number of changes. Safety, luxury, and comfort are prioritized with the aid of technology [5].
Pascal's law is the foundation for the hydraulic jack. The time and effort required to use the jacks that are currently on the
market make using jacks exceedingly challenging. Given below figure 1 and figure 2 represents the working of a simple
hydraulic jack.
10 F 10*(10F)
INPUT OUTPUT
Figure 1
Figure 2 Simple Hydraulic Jack Model](https://image.slidesharecdn.com/irjet-v9i1092-221110074814-0b7a88ee/85/REVIEW-ON-DESIGN-AND-DEVELOPMENT-OF-AUTOMATED-HYDRAULIC-JACK-2-320.jpg)
![International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072
© 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 599
Features of Automotive Jacks
There are many types of jacks available in the market to lift heavy load, jacks like floor jack, bottle jack, farm jack, scissor
jack, pneumatic jack and strand jack. But mostly many of the mentioned jacks required manual power, most of domestic
purpose jacks used man power only to operate. If any of this type of jack that can be work upon by automated manner for
domestic purpose it will be very useful.
pneumatic based jacks which will use the pressurised air to generate mechanical motion. A model pneumatic jack was
created and mounted on a four-wheeler to address the issue that existed with the traditional jack. This constructed model
consists of a small reciprocating air compressor that is powered by a battery used in a four-wheeler, an air tank that is
used to store compressed air, a pneumatic control valve that regulates air flow, and a double acting cylinder that serves as
a jack for lifting [6].
With the development of technology, we now make sure that any electronics equipment needs less space when in use. We
can "rotate" a four-wheeled vehicle, particularly one that resembles a car, to any degree utilising a hydraulic jack support
that is kept in the middle of the vehicle. This strategy can be utilised when there isn't enough room for the car to make a
"u" turn and when the road or path is too narrow to change directions [7].
Toggle or scissor jacks are straightforward devices used to lift and move heavy weights over short distances. A typical
toggle jack's power screw design lessens the force needed by the user to drive the mechanism. To lift the big loads at the
stable state under some special circumstances, a Toggle jack with a distinctive design is used. A nut is a stationary part
whereas a screw is a moving part. The market available car jacks have some drawbacks, including the need for greater
energy to operate, unsuitability for usage by women, and inability to be employed on uneven surfaces. As a result, this
design has been altered for the practicality and human factor considerations of the existing automobile jacks [8].
Working Principle
In normal conventional hydraulic jack, the intensity of pressure is transformed uniformly in all directions through a mass
of fluid. In this study, Pascal's Law Concept is used to examine the lift force. Also, this study analyses hydraulic system
components or hydraulic telescopic capabilities to better the hydraulic jack's capability. The simple automation work of
jack can be done with the motor drive mechanism [9]. The goal of this research is to design the hydraulic portable gadget
to facilitate the mechanics in car maintenance and repair notably a component of the bottom machine. The data collection
can be done by directly assessing the performance test of the portable automated hydraulic jack in automobiles and
compared with the original jack [10]. Also, some of the systems can be work by integrating the hydraulic principle to the
scissor-based jack, this will work by transferring the hydraulic pressure with the help of hydraulic cylinder to the scissor
jack mechanism, this will be useful for lifting the light weight automobiles for servicing or repair kind purpose, it can be
handled indoor as well as outdoor [11]. In order to assist the elderly and physically disabled, this project's automatic
hydraulic jack mechanism is more beneficial. So, they made an effort to seize the chance. This system can also be
integrated with wiper motor as a driving mechanism for operating hydraulic jack [12].
Conclusion
Automated jack system is a simple and compactable design, some of them can propose miniature inbuilt jack models, and
some of them can propose automated jack models. the reason why inbuilt jack system doesn’t have the tendency to
perform well is due to its additional weight in automobile and also ground clearance issues. These problems can be simply
rectified by installing a automated system in conventional hydraulic jack. A typical locomotive mechanism that can be able
to convert the output into reciprocating motion that will able to drive the jack into automated manner. Since it takes
power from car battery itself, so no any additional power source is required. it reduces man power, time saving, easy to
operate and able to lift the vehicle. By altering and improving the design modification and testing in future we can
integrate this system to power brakes also, so the hydraulic fluid will circulate for car brakes and also for power lifting.
References:
[1] Dr.Ramachandra C G, Krishna pavana, Shivraj Shet, Venugopal Reddy, Virupaxappa B (2013). Design and fabrication
of automotive hydraulic jack system form vehicles.
[2] Mayank Agarwal, Minti Geholt Thakur, Deepanshu Mahajan, Tejveer Singh Chahar (2018). Inbuilt hydraulic jack
system for four wheelers.](https://image.slidesharecdn.com/irjet-v9i1092-221110074814-0b7a88ee/85/REVIEW-ON-DESIGN-AND-DEVELOPMENT-OF-AUTOMATED-HYDRAULIC-JACK-4-320.jpg)
![International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072
© 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 600
[3] Shivangi Patidar, Shivam Patel, Naman Mehta, Vikas Ojha, Suveer Chandra Dubey (2021). Mechanism of inbuilt
automatic hydraulic jack used for light and heavy vehicles.
[4] Aditya Masiwal, Aman Kanungo,Ishan Rawlley, Devendra Jha, Ashutosh Singh, Dhruv Kumar, Ram Jatan Yadav
(2018). Design and fabrication of hydraulic jack system for four wheelers.
[5] Parth M Patel, Parth S patel, Vaibhav H Shah, Suril R Shah (2016). Automatic hydraulic jack inbuit in a four-wheeler.
[6] Atul A Dhawale, Rohitkumar R Gupta, Shubham A Gawande, Yogesh D Bate, V.S. Nikam (2017). Design and fabrication
automatic pneumatic inbuilt jack system by using fifth wheel parking system.
[7] D.Bhattacharya (2018). Hydraulic jack mechatronics for any angle rotation in four wheelers.
[8] Dhamak C.S., Bajaj D.S., V.S.Aher, G.S.Nikam (2015). Design and Standardization of toggle jack.
[9] Rinasa Agistya Anugrah, Putri Rachmawati (2021). Analysis of hydraulic system on portable electric hydraulic jack.
[10] P Rachmawati, I R Kurniawan (2019). Design of portable electric hydraulic jack for improving the productivity.
[11] Charlie J. Cano, Warlito M. Galita, Elmer I. Samoranos, Aloy Alino De Leon, (2022). Design and Fabrication of a
hydraulic motorcycle lifter.
[12] Durvesh Rohidas More, Aditya Arun Patil, Adesh Ananta Thakare, Nishank Rajesh Vartak, Md Saqib Ansari (2022).
Design and fabrication of motorized hydraulic jack system.
[13] Parameshwar Durge, Nitesh Thakur, Abhishek Ghawalkar, Sunil S.Patil (2019). Inbuilt motor operated screw jack and
automatic tyre inflation system.
[14] Shinde, Aishwarya B, Daphal, Pranitaa B, Nilange, Pratiksha S. Nanwatkar, R.K. (2016). Design and fabrication of
mechanical lift for transportation.
[15] Dhiraj P.Bhuwad, Roshan S. Kodare, Prathamesh R.Shetye, Priyanka P.Pawaskar (2016). Design and fabrication of
brake pedal operated hydraulic jack.
[16] Rakesh Y.Suryawanshi, Pranay S.Ramteke, Niraj Patil, Deepak Kumar, A.V. Vanalkar (2015). Design and fabrication of
hydraulic bearing puller and pusher.
[17] D Ramesh, A Thirumoorthy, K Kandasamy, S Suresh (2019). Hydraulic comportment puller.](https://image.slidesharecdn.com/irjet-v9i1092-221110074814-0b7a88ee/85/REVIEW-ON-DESIGN-AND-DEVELOPMENT-OF-AUTOMATED-HYDRAULIC-JACK-5-320.jpg)
REVIEW ON DESIGN AND DEVELOPMENT OF AUTOMATED HYDRAULIC JACK
- 1. International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072 © 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 596 REVIEW ON DESIGN AND DEVELOPMENT OF AUTOMATED HYDRAULIC JACK Arish A1, Arokiya sami Y1, Arunkumar G2 1Final year students, Department of Mechanical Engineering, Sathyabama Institute of Science and Technology, Chennai, India. 2 Professor, Head of Department, Department of Mechanical Engineering, Sathyabama Institute of Science and Technology, Chennai, India. --------------------------------------------------------------------------***-------------------------------------------------------------------- ABSTRACT The purpose of this study is to create an automated hydraulic jack system. A jack is a mechanical lifting device used to apply greater force to lift heavy loads. A mechanical jack employs a screw thread for lifting heavy equipment. A hydraulic jack uses hydraulic power. It is a tool that raises and lowers the automotive vehicle. The automated hydraulic jack will be useful to elderly people and women who find it extremely difficult to physically operate the jack during any car breakdown. Whenever the tire failure was occurred in the automotive vehicle, lifting the vehicle from ground surface is very difficult, it also involves intense human effort and it is a more time taking process. For rectifying, this kind of problem an automated hydraulic jack system helps to lift the vehicle automatically from the ground instead of conventional mechanical jack, which can save the time and excess effort. The motive behind this work is instead of using an automated jack system which is the more power produced and simple in design as compared to a conventional design. When compared to a pneumatic system, which runs on compressible air, hydraulic systems have a greater lifting capacity since the hydraulic oil is incompressible. Major components of this work include hydraulic jack, DC motor, hydraulic oil. Key Words: Hydraulic jack, Automotive vehicles, motor, Automated operation, hydraulic oil, pascal law, ground clearance. INTRODUCTION In this work we are replacing normal conventional jack as automated hydraulic jack for lifting purpose in automotive vehicle. In hydraulic device, power is transmitted by pushing the confined liquid. It is a mechanical function that operated through force or liquid pressure. It is based on the principle of pascal’s law. The application of hydraulic system is usually used in various fields like food industry, beverage industry, machinery industry, automotive industry, robotic arms, it can withstand and lift heavy loads. Normally we use bottle hydraulic jack, scissor jack for lifting vehicles. The ground clearance of a car should be considered mainly during this operation. In this system they have replaced conventional hydraulic jack as inbuilt hydraulic jack and they have integrated in the vehicle [1]. Following studies can also analyses the advantages of an integrated hydraulic jack system over a conventional mechanical jack system. By examining the design of the prototype, it is possible to see that the design of the built-in hydraulic jacks and also automated hydraulic jack is also investigated and adjusted to the necessary extent [2]. The built-in self-jacking component is started by pressing the designated button on the dashboard. The built-in hydraulic jack will be helpful to elderly people and ladies who find it extremely difficult to physically operate the jack during any car breakdown. This hydraulic jack will have the ability to lift the wheels in accordance with our requirements; for example, if we just need to lift two wheels, the cylinder will be moved as necessary on the rack with the help of the DC motor [3]. Field Activity Survey This kind of concept will be very useful in society, so our team interacted and questioned some types of peoples to know what are the problems that they are facing while their tyre gets punctured in certain circumstances. A lady stated that, if my car gets punctured, I face many difficulties and inconvenience. Also, she said that it is very difficult to operate lever bottle hydraulic jack or some any kind of mechanical jack. We also interacted with one car driver. He stated that “we are using cars for commercial purpose. so that the tyre quality will get depreciate day by day. Because of that many times car will get puncture at out of city limit areas and remote areas, on that time, it is very difficult to find workshops, mechanic shops. Many times, we changed the tyres in dark places. It will be very easy if any product is there for us to replace tyres in a faster and automated manner”. Our team visited some car garages and workshops to discuss that if they are having any
- 2. International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072 © 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 597 devices, instruments or any ideas to rectify the above problem. Through this field survey our project team got some useful inputs for project ideas. Overview of Hydraulic Jack A hydraulic jack is a mechanical device used to lift heavy loads. It is a device that uses specific fluids to push against piston. It works on the principle of pascal’s law. It states that the pressure applies on closed fluid is transmitted and undiminished in every direction and acts with equal force and same area. In this system the use of oil act as a power transmission. Hydraulic system is a good choice for lifting heavy machineries, it is more efficient compared to pneumatic set up machines. Usage of hydraulic machineries in industries can achieve mass production and more efficiency. There are many types of jacks like scissor jack, floor jack, highlight jack, hydraulic bottle jack. Among these hydraulic bottle jacks is portable, cheaper, easy to use. The incorporated hydraulic car jack that is integrated with the automobile's current braking system and can help in overcoming the drawbacks of the present mechanical jack offered in the vehicle. With the built-in hydraulic jack, we can now lift the punctured side (tyre) of the car using piston cylinder arrangements that are welded to the vehicle's chassis by applying pressure from the braking fluid, which was previously used just for braking [4]. The most typical type of jack used for lifting is the hydraulic jack. With diverse electronic gadgets, the hydraulic jack has undergone a number of changes. Safety, luxury, and comfort are prioritized with the aid of technology [5]. Pascal's law is the foundation for the hydraulic jack. The time and effort required to use the jacks that are currently on the market make using jacks exceedingly challenging. Given below figure 1 and figure 2 represents the working of a simple hydraulic jack. 10 F 10*(10F) INPUT OUTPUT Figure 1 Figure 2 Simple Hydraulic Jack Model
- 3. International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072 © 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 598 Relation Between Lifting Force and Piston Pump Force P1 =P2 (by pascal’s law which is pressure will be same at entry and exit) F1/A1 = F2/A2 F2 = F1*A2/A1 F2 = F1* π R2 2 / π R2 1 F2 = F1* R2 2 / R2 1 Whereas, P1 = P2 = Pressure F1 = Force on input piston pump F2 = Lifting Force on output piston A1 = Cross-sectional area of piston pump A2 = Cross-sectional area of piston valve in outlet pump R1 = Radius of input piston R2 = Radius of output piston Figure 3 Design Bending Moment Diagram for Hydraulic Jack Whereas, FILA → Force applied by input lever arm FOLA → Output force produced in the piston Summing moments about Point A; Σ MA = 0 = (FOLA * l1) – (FILA * l2) or (FOLA * l1) = (FILA * l2) or FOLA / FILA = l2 / l1
- 4. International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072 © 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 599 Features of Automotive Jacks There are many types of jacks available in the market to lift heavy load, jacks like floor jack, bottle jack, farm jack, scissor jack, pneumatic jack and strand jack. But mostly many of the mentioned jacks required manual power, most of domestic purpose jacks used man power only to operate. If any of this type of jack that can be work upon by automated manner for domestic purpose it will be very useful. pneumatic based jacks which will use the pressurised air to generate mechanical motion. A model pneumatic jack was created and mounted on a four-wheeler to address the issue that existed with the traditional jack. This constructed model consists of a small reciprocating air compressor that is powered by a battery used in a four-wheeler, an air tank that is used to store compressed air, a pneumatic control valve that regulates air flow, and a double acting cylinder that serves as a jack for lifting [6]. With the development of technology, we now make sure that any electronics equipment needs less space when in use. We can "rotate" a four-wheeled vehicle, particularly one that resembles a car, to any degree utilising a hydraulic jack support that is kept in the middle of the vehicle. This strategy can be utilised when there isn't enough room for the car to make a "u" turn and when the road or path is too narrow to change directions [7]. Toggle or scissor jacks are straightforward devices used to lift and move heavy weights over short distances. A typical toggle jack's power screw design lessens the force needed by the user to drive the mechanism. To lift the big loads at the stable state under some special circumstances, a Toggle jack with a distinctive design is used. A nut is a stationary part whereas a screw is a moving part. The market available car jacks have some drawbacks, including the need for greater energy to operate, unsuitability for usage by women, and inability to be employed on uneven surfaces. As a result, this design has been altered for the practicality and human factor considerations of the existing automobile jacks [8]. Working Principle In normal conventional hydraulic jack, the intensity of pressure is transformed uniformly in all directions through a mass of fluid. In this study, Pascal's Law Concept is used to examine the lift force. Also, this study analyses hydraulic system components or hydraulic telescopic capabilities to better the hydraulic jack's capability. The simple automation work of jack can be done with the motor drive mechanism [9]. The goal of this research is to design the hydraulic portable gadget to facilitate the mechanics in car maintenance and repair notably a component of the bottom machine. The data collection can be done by directly assessing the performance test of the portable automated hydraulic jack in automobiles and compared with the original jack [10]. Also, some of the systems can be work by integrating the hydraulic principle to the scissor-based jack, this will work by transferring the hydraulic pressure with the help of hydraulic cylinder to the scissor jack mechanism, this will be useful for lifting the light weight automobiles for servicing or repair kind purpose, it can be handled indoor as well as outdoor [11]. In order to assist the elderly and physically disabled, this project's automatic hydraulic jack mechanism is more beneficial. So, they made an effort to seize the chance. This system can also be integrated with wiper motor as a driving mechanism for operating hydraulic jack [12]. Conclusion Automated jack system is a simple and compactable design, some of them can propose miniature inbuilt jack models, and some of them can propose automated jack models. the reason why inbuilt jack system doesn’t have the tendency to perform well is due to its additional weight in automobile and also ground clearance issues. These problems can be simply rectified by installing a automated system in conventional hydraulic jack. A typical locomotive mechanism that can be able to convert the output into reciprocating motion that will able to drive the jack into automated manner. Since it takes power from car battery itself, so no any additional power source is required. it reduces man power, time saving, easy to operate and able to lift the vehicle. By altering and improving the design modification and testing in future we can integrate this system to power brakes also, so the hydraulic fluid will circulate for car brakes and also for power lifting. References: [1] Dr.Ramachandra C G, Krishna pavana, Shivraj Shet, Venugopal Reddy, Virupaxappa B (2013). Design and fabrication of automotive hydraulic jack system form vehicles. [2] Mayank Agarwal, Minti Geholt Thakur, Deepanshu Mahajan, Tejveer Singh Chahar (2018). Inbuilt hydraulic jack system for four wheelers.
- 5. International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 09 Issue: 10 | Oct 2022 www.irjet.net p-ISSN: 2395-0072 © 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 600 [3] Shivangi Patidar, Shivam Patel, Naman Mehta, Vikas Ojha, Suveer Chandra Dubey (2021). Mechanism of inbuilt automatic hydraulic jack used for light and heavy vehicles. [4] Aditya Masiwal, Aman Kanungo,Ishan Rawlley, Devendra Jha, Ashutosh Singh, Dhruv Kumar, Ram Jatan Yadav (2018). Design and fabrication of hydraulic jack system for four wheelers. [5] Parth M Patel, Parth S patel, Vaibhav H Shah, Suril R Shah (2016). Automatic hydraulic jack inbuit in a four-wheeler. [6] Atul A Dhawale, Rohitkumar R Gupta, Shubham A Gawande, Yogesh D Bate, V.S. Nikam (2017). Design and fabrication automatic pneumatic inbuilt jack system by using fifth wheel parking system. [7] D.Bhattacharya (2018). Hydraulic jack mechatronics for any angle rotation in four wheelers. [8] Dhamak C.S., Bajaj D.S., V.S.Aher, G.S.Nikam (2015). Design and Standardization of toggle jack. [9] Rinasa Agistya Anugrah, Putri Rachmawati (2021). Analysis of hydraulic system on portable electric hydraulic jack. [10] P Rachmawati, I R Kurniawan (2019). Design of portable electric hydraulic jack for improving the productivity. [11] Charlie J. Cano, Warlito M. Galita, Elmer I. Samoranos, Aloy Alino De Leon, (2022). Design and Fabrication of a hydraulic motorcycle lifter. [12] Durvesh Rohidas More, Aditya Arun Patil, Adesh Ananta Thakare, Nishank Rajesh Vartak, Md Saqib Ansari (2022). Design and fabrication of motorized hydraulic jack system. [13] Parameshwar Durge, Nitesh Thakur, Abhishek Ghawalkar, Sunil S.Patil (2019). Inbuilt motor operated screw jack and automatic tyre inflation system. [14] Shinde, Aishwarya B, Daphal, Pranitaa B, Nilange, Pratiksha S. Nanwatkar, R.K. (2016). Design and fabrication of mechanical lift for transportation. [15] Dhiraj P.Bhuwad, Roshan S. Kodare, Prathamesh R.Shetye, Priyanka P.Pawaskar (2016). Design and fabrication of brake pedal operated hydraulic jack. [16] Rakesh Y.Suryawanshi, Pranay S.Ramteke, Niraj Patil, Deepak Kumar, A.V. Vanalkar (2015). Design and fabrication of hydraulic bearing puller and pusher. [17] D Ramesh, A Thirumoorthy, K Kandasamy, S Suresh (2019). Hydraulic comportment puller.