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Tripplea Measure A Client Server Based Java Project

Trip plea measure is a client server based Java project chat application which is used to speed up the process of administration and office work. The idea behind this project is a chat application we use in daily life. Tripplea-Measure-A-Client-Server-Based-Java-Project

The main features for this chat server application project are it can run under very low configuration systems. This project is developed in windows and user with basic computer knowledge can also use this application. Using this application can reduce the cost of labor and reduce the usage of paper. 

This project has lot of scope for future development. 

Technical specifications for Trip plea Java Project.

This application is developed under windows platform which is one of the best options for easily implementing this project .Windows operating system will provide flexibility for the project.

This application is implemented using client –server architecture where client will interact with server through socket for data transfer. Client to client interaction is done through server which will act communicator between clients.

  This application is developed using java multithreading and multicasting features which are one of the best way for client server architecture applications.

When the user runs the messenger he/she see the two buttons on top of messenger screen. When he/she click on connect button the input name dialog appear. By entering his/her name user can connect to the server for chat.

User is provided with a graphical user interface for easy usage of the application which is one of the best designs provided for easy access.

 Technical feasibility for Tripplea Java Project.

Hardware Requirements

  • Processor                :       INTEL PENTIUM-IV   
  • RAM                        :       At least   128 MB
  • HDD                        :       At least 100 MB

Software Requirements

  • Platform                  :         Windows XP
  • Language                :         Java
  • RDBMS                    :         MS-Access
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Mobile service provider operations portal A Java project

Mobile service provider operations portal A Java project is a customer service provider concept which will reduce the work load for mobile service providers and provide better services and flexibility for costumers and company representatives. Mobile-service-provider-operations-portal-A-Java-project

Mobile service provider portal is a java based web application developed under windows xp operating system using sql database as a back end. Costumers and company representatives are provided with a user interface for accessing data. 

With this project mobile service providers can receive costumer requests and provide solutions within a short span of time. This project had been one of the best replacements of systems using excel sheets for data storing. 

Limitations in Existing System

In existing system data is managed using Microsoft excel sheets which can cause problems like miss management of data. While accessing old files can cause problems. Cost will be increased because of lot of human resource required for analyzing data which will lead to time taking process.

Proposed System

In order to overcome existing system issues new system is developed where system is designed using web browser. This web application will help to search data more accurately using modern technology. This application is allow multi-divisional, multi-department system handling that includes various services.

Services:

  • News & Updates
  • Call Management Services
  • Astrology
  • Entertainment
  • Sports
  • Travel

System Requirements for developing Mobile service provider Java project

Software Requirements 

  • Operating System                     :                  Windows XP/2003 or Linux/Solaris
  • User Interface                          :                  HTML, CSS
  • Client-side Scripting                 :                  JavaScript
  • Programming Language            :                  Java
  • Web Applications                      :                  JDBC, JNDI, Servlets, JSP
  • IDE/Workbench                        :                  Eclipse with MyEclipse Plug-in
  • Database                                  :                  Oracle/Access
  • Server Deployment                 :                  JBoss 

Hardware Requirements

  • Processor                                  :                  Pentium IV
  • Hard Disk                                 :                  40GB
  • RAM                                         :                  256MB.
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Robotic ARM Control Through Internet Lan for Patient Operation

Introduction:

India is still classified as a developing country and as such has a set of hurdles to be overcome in the medical field. This is because basic medical amenities haven’t been provided to towns and cities.

The project Robotic arm control through internet/LAN for patient operation designs a robotic arm with the aid of a micro controller and performs all these operations.

Patients face problems in terms of facilities meted out to them as well as availability of trained doctors. By using a robotic arm, all these problems can be eliminated and doctors from anywhere can perform the operation. Robots are flexible in nature and can perform a wide array of operations that can’t be realized solely by a doctor.

Working:

In this project Robotic arm control through internet/LAN for patient operation, an application will transmit the controlling data to a specific computer by sending corresponding IP address.

The Ethernet adapter configured with the specific IP address will receive the commands and send the information to micro controller via serial port.  This micro controller will control the robotic arm and sends appropriate signals to geared motor.

There is a micro controller in the robotic arm performing motor control operations. To view the patient’s status an RF camera is used and this is used to transmit it to the PC for the doctor to supervise. This project is mainly used to cut patient’s skin by high speed blades.

Conclusion:

     The use of computer-aided robots offers exact motion and path so as to reduce the side-effects of surgical meditation. Use of robots offer higher insight into the anatomy of patients to perform smaller incisions. In case of emergencies, by using a robotic arm a person’s life could be saved.

Download Robotic ARM Control Through Internet LAN for Patient Operation.

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Robotic Arm Mechanical Robotics Projects

Introduction:

The project “Robotic Arm Mechanical Robotics Projects” is used in place of a human hand to perform a set of functions. This robotic arm is programmable in nature and can be manipulated. The robotic arm is also referred to as anthropomorphic as it is very similar to that of a human hand.

In the existing systems, humans do most of the tasks involved in the manufacturing processes. However by using a robotic arm, welding, drilling and thermal spraying etc can be achieved.

In this project, a self-sufficient Robotic arm is fabricated by using components like micro controller and motors. This increases the speed of operations in the industry and reduces the complexity of operations. It also brings about an increase in profit and productivity making it very easy to shift hazardous materials.

ROBOTIC ARM Description:

In this project Robotic Arm, the necessary components of the structure like ICs, blocks and power supply are all assembled together on the PCB. The mechanical part of the robotic arm is designed using PVC pipes. This project’s proposed idea is to create real kits that can be used for demo purpose.

The main part of this project’s design is an AT89C51 micro controller which coordinates and controls the product’s actions. This micro controller is a high performance CMOS 8-bit microcomputer and has a flash memory of 4 kilobytes. It consumes low power and is erasable read only memory (PEROM). This specific micro controller in various types of embedded applications and is cost viable option.  An entire robot can be also made by utilizing the concept proposed her.

 Conclusion:

 This project has made use of various kinds of I/O devices and thus more programs can be stored to develop the functionality process. Robots are also stronger and can perform heavy weight operations. It can work continuously and thus possesses a lot of work potential.

Download ROBOTIC ARM Mechanical Robotics Projects.

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Remote Operated Fork Lift Btech BE Mechanical Final Report

Introduction:

The forklift in simple terms can be described as a device that can lift hundreds of kilograms. They are usually made of steel and depending on their capacity can support up to a few tons. They are mostly powered by gasoline, propane or electricity. Forklifts are used in ware houses mostly. By using forklifts, a person can move large amount of weight at once.

The project at hand “Remote Operated Fork Lift Btech BE Mechanical Final Report”, the forklift is designed with the latest technology and a prototype model is designed here. This project is connected by remote technology with the operator in a position to walk along the forklift improving his visibility and the container is placed accurately. This kind of forklift greatly improves the safety of the operator.

Description:

This project Remote operated forklift aims to create mechanical movements in a forklift as per command signals produced and passed through RF module designed remote. The controller chip generates the data code and transmitted as a modulated signal. The receiver on receiving the signal demodulates it and the output is given to a microcontroller unit assembled over the forklift. The controller controls the motors via the H-bridge as programmed.

The forklift designed in this project can move in all directions including reverse direction. In this project, a communication is set up between two points in space. The waves that are transmitted and received are radio waves.

Btech BE Mechanical Final Report Conclusion:

By implementing this project, the vehicle can move in any direction enabling rotational movement too. Also human errors can be eliminated. Since it is a machine it can carry heavy loads. This means more amount of cargo can be transported at a very small amount of time. This factor is hugely responsible in increasing the productivity. The project here can be implemented in warehouses and reduce the pressure on manpower resources.

Download Remote Operated Fork Lift Btech BE Mechanical Final Year Project Report

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Remote Controlled Electrically Operated Hydraulic Jack

Introduction to HYDRAULIC JACK:

Innovative changes have taken place in Fluid power technology and this is because electronic components are used to control hydraulic components. With the aid of technology, preference is now being given to luxury, comfort and safety. This Mechanical Engineering Final Year project “Remote Controlled Electrically Operated Hydraulic Jack” works on the principle of converting rotational motion of wiper motor into the resulting portion of hydraulic jack machine.

The wiper motor is in a cylindrical cage structure and it delivers maximum power by consuming easily available battery power. Power is available all the time hence it can be withdrawn instantly and safely. Alternate power is used. This mechanism is very useful for use by physically challenged people. This project is used in a wide array of engineering applications.

Description:

The project model Remote controlled electrically operated hydraulic jack is placed at the pre-specified points and then connected to the battery. The entire project is remote controlled. Once the buttons of the remote is used, the current flow through the wiper motor wall cause movement in output linkage. This linkage converts motor movement into wiper movement causing the hydraulic jack to move up and down.

The plunger, on which the force is acting, makes the circular pipe to transfer the hydraulic liquid from smaller to larger cylinder and a check valve prevents backflow. This larger cylinder lifts the load and is indicated on the piston of the hydraulic jack as a rise in its mean level. Once it reaches the lift position, it can be stopped and a specific task can be carried out. The pumping unit is equipped with a pressure valve and is automatically operated by central lock actuator.

Conclusion:

This project has successfully designed a model which is light-weight and compact in nature and is designed keeping in mind the needs of elder civilian and physically challenged people. The wiper motor used here can be replaced by a stepper motor to reduce cost and weight considerations.

Download Remote Controlled Electrically Operated Hydraulic Jack Project Report and Documentation.

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Regenerative Braking System Project For Mechanical Students

Introduction to Regenerative Braking System:

       A brake is a tool that enables in deceleration of a moving object; they use friction to convert kinetic energy into heat. Conventional braking systems use this mechanism. Once the brake pads rub against the wheels of the car, excessive heat energy is produced. The heat generated is lost into the air nearly accounting for about 30% of the car’s generated power. The project here “Regenerative Braking System Project For Mechanical Students” introduces a different braking technology.

         In this system, regenerative braking mechanism reuses the energy created by the braking process and uses this energy to charge the battery for further use. Generally the energy lost in the conventional use is transferred to the generator of the rotating wheel and is given to the battery. This saves a lot of energy.

Working:

        The driving system of the vehicle is responsible for most of the braking process. As soon as the driver steps onto the brake pedal of the vehicle (either hybrid or electrical), the brakes put the vehicle’s motor in the reverse mode enabling it to run backwards causing the wheels to slow down. While in the reverse mode, the motor operates as an electric generator feeding this electricity into the vehicle’s batteries.

     Most of the hybrid and electric vehicles in the market employ this technique to extend the life span of the battery pack. It is highly beneficial to use regenerative mechanism as it reduces pollution and also increases the engine life.

Conclusion:

        In this project Regenerative Braking system, the regenerative brake captures about half of the energy wasted and is utilized by the engine whereas in conventional brakes, 80% energy is wasted. Hence fuel consumption is reduced by 10 to 25 percent in regenerative braking. Not only this, speed of the vehicle is also greatly enhanced by this mechanism of braking.

Download Regenerative Braking System Engineering Final Year Project For Mechanical Students.

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Recruitment Agencies CSE Project

Recruitment Agencies CSE Project  is an alternate for manual existing manual process. As every sector is moving towards computerizing there services in order to achieve global goals. Human resource management system is one among them which is playing main role in maintaining database for employees. Recruitment-Agencies-CSE-Project

As major companies organizing hosting services of HRMS. This project explains about computerization of It Recruit system. Using this system manual work will be reduced to a large extent. This project increases flexibility, quick response, less processing time, non-diligence, fast recovery, robustness, reliability, scalability. 

As organizations are dependent on HRMS for maintaining database of their employees and recruiting information. This It Recruit project will provide services for fast and easy access which will satisfy all the requirements for client. 

Recruitment Agencies application is developed with a user-friendly interface using HTML language which is used for fast loading of the page. Design is implemented in the way that user can easy access the features of the webpage. Hyperlinks are provided for the user on every web page through which user can easy navigate from one page to other page with less risk. Each page is designed with new look so that user can easily understand the content of the page which will provide security. 

This application is developed in five modules where each module has its own features. Candidate module helps user to update there resumes details in to the site with few other features which are explained in project document in detail. 

Employee module is used to know details about their job availability and status of their job. 

Recruiter module main fucnationality is to update job details based on the job category which will be available for candidates and employee to submit their resumes. 

Admin module will have access to all modules to maintain entire website and remove unwanted information which is not related to website. 

Recruitment Agencies CSE Project System Specifications.

  • Hardware platform
  • Pentium III processor or higher
  • 256 MB RAM
  • Software specifications
  • Jboss 3.3, J2SDK 1.4
  • Oracle 8i
  • Internet Explorer5.0 or Mozilla.

Download CSE Recruitment Agencies CSE Project.

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Real Time Sequence Control System for Machines

Introduction:

               At some given set of conditions, we might need to switch on the machine or switch it off at a particular point of time. This can be done manually if the number of machines is less, say one or two. But if they are more in number, the process acquires a complex dimension.

Thus this Final Year Mechanical project “Real Time Sequence Control System for Machines” designs an event management system which has real time sequence control over machines.

        Real time sequence will produce the real time. The on and off time of every device is set by the switches. A microcontroller is employed to switch on and off the machine according to the set time as specified earlier. Browsing through the menu displayed on the LCD, the timings can be set. To connect the device to the microcontroller, relays are employed for connection.      

Working:

                The components used in this project Real time sequence control system for machines are microcontroller, LCD, RTC, rely, switches and buzzer. This system is an event management system implying that when an event occurs, the particular operation is performed. There are 4 switches in the project and these are used to navigate through the menu.

           The timings of devices are stored in RTC memory and the real time displayed on the LCD. If the RTC time equals the ON time of a particular system, the microcontroller will turn the relay off. The device is witched off and buzzer used to make a beep sound for any operation performed. Thus microcontroller will control all devices.

Conclusion:

         This project can be applied in various industries. Here a remote controller can be used in place of switches as a future enhancement. The microcontroller is based on ATMEL 89S52 and the software that is used for microcontroller programming is embedded C language.

Download Real Time Sequence Control System for Machines Project Report and Documentation.

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Radial Piston Engine Mechanical Final Student Project

Radial piston engine:

                     The Radial Piston Engine Mechanical Final Student Mechanical Project is a type of an internal combustion engine. In this system, the cylinders point away from the central crankshaft like the spokes of a wheel. This kind of arrangement is employed in aircraft engines before the arrival of turbo shaft and turbojet engines and is kind if reciprocating engine.

              The cylinders that are connected to the crankshaft are arranged in the form of a master-and-articulating-rod assembly. In this one cylinder is directly attached to the crankshaft whilst the other cylinders have their connecting rods attached to rings surrounding the master rod.

Piston:

       A piston in general terms is defined as a sliding plug that is closely fit into the cylinder’s bore. Its main function is to vary the volume occupied by the cylinder or in other words, exert a force on fluid inside the cylinder. The two-stroke and the four-stroke cycles are two ways that piston engine makes power. The two-stroke engine generates power in every crankshaft revolution while a four-stroke engine generates power in alternate revolutions. Two-stroke engines produce more pollution and are smaller than four-stroke engines.

Piston ring:

           Piston ring is an open end ring that fits into the groove of the outer diameter of piston of an engine of the internal combustion type. The piston rings have 3 main functions to perform. Firstly they seal the combustion chamber; secondly it supports the heat transfer from the piston of the engine to the cylinder wall. Thirdly it regulated the motor oil consumption.

        There is compression up to a few thousands of an inch in the gap of the piston ring when inside the cylinder. The majority of piston rings have 3 rings i.e. compression rings and oil control rings. Compression rings are employed for compression sealing while the oil control ring is uses to regulate the supply of oil to the liner responsible for lubrication.

Download Radial Piston Engine Mechanical Final Student Project Report and Documentation.