AN ADJUSTABLE STREET LIGHT SYSTEM

Abstract

ABSTRACT AN ADJUSTABLE STREET LIGHT SYSTEM The present invention introduces an innovative street lamp system designed to improve the functionality and maintenance of street lighting and also it improves the system features. The street lamp has a part that lets you move it up and down. A Ac stepper motor helps control the height exactly The system has an Ac stepper motor and a steel rod. The motor spins the rotor and the rotor attached with vertical teeth moulded rod attached in the ground and makes the steel rod go up and down. This helps you adjust the street lamp’s height smoothly and accurately The Control Switches system has switches that let you control the Ac stepper motor and it is used to easily adjusts the height of the street lamp. This makes it easy to change the lamp's position to match different lighting needs or conditions The improved system lets you adjust the lamps height accurately and it helps with lighting coverage and positioning and the servicing the light by moving the rod up and down to easy maintenance. 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
AN ADJUSTABLE STREET LIGHT SYSTEM


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.
AN ADJUSTABLE STREET LIGHT SYSTEM
TECHNICAL FIELD
The present invention relates to street lamp using an Ac Stepper motor. Specific to an adjustable street lamp mechanism that utilizes an Ac Stepper Motor and switches to facilitate vertical movement of the street lamp via a rotor attached with the teeth molded vertical rod fixed in the ground. This invention aims to enhance used to solve service problem in the street light and it also reduce the maintenance risk.
BACKGROUND
Over the past few years street lamp maintenance are not good because of maintenance risk and the weather changes cause the lamp repair Ac stepper motor is used to adjust the street lamp to solve the electrical and mechanical problem by the use of this Ac stepper motor - driven adjustable street light method.
Street lights are essential for ensuring safety and visibility on roadways, but maintaining and repairing them can be challenging. Traditional street light systems often require technicians to use ladders or lifts to access and service the lights, which can be time-consuming, expensive, and potentially hazardous.
Access Difficulties: Repairing or replacing components such as bulbs, sensors, or wiring often requires significant effort to reach the fixtures, especially those mounted on high poles. Safety Risks due to the use of ladders, bucket trucks, or cranes poses safety risks to maintenance personnel. The cost of changing the spare parts and need for specialized equipment and manpower can drive up the cost of maintenance and repairs.
OBJECT OF THE INVENTION
The primary object of the invention is to provide an innovative street light design that simplifies maintenance and repair processes by incorporating Ac stepper motors for automated adjustment of the lamp rod. Specifically, the invention aims to achieve the following objectives.
Another objective of the present invention is to facilitate Maintenance Access Enable the lamp rod to be moved up and down easily via Ac stepper motor control, allowing maintenance personnel to access and service the street light without the need for ladders, bucket trucks, or other specialized equipment.
Another objective of the present invention is to enhance Safety Reduce the risk of accidents and injuries associated with traditional maintenance methods by eliminating the need for workers to perform tasks at elevated heights or in hazardous conditions.
Another objective of the present invention is to reduce Maintenance Cost and the overall cost of maintenance by minimizing the need for extensive equipment and manpower, streamlining the repair process through automated adjustments.
Increase Durability and Reliability Ensure that the Ac stepper motors and associated
components are designed to withstand environmental factors such as weather conditions and temperature variations, thereby enhancing the longevity and reliability of the street light system.
SUMMARY
The proposed design for street lights integrates servo motors to facilitate easier maintenance and repair. This innovative approach allows the lamp rod to be adjusted vertically moved up and down using Ac stepper motors, which simplifies access to the light source. By automating the adjustment mechanism, the design aims to overcome traditional maintenance challenges, including difficult access, safety risks associated with working at heights, and high costs due to the need for specialized equipment. The incorporation of Ac stepper motors not only enhances safety and efficiency but also reduces overall maintenance costs. Additionally, the system is designed to be durable and reliable, with components capable of withstanding environmental conditions. This modern solution promises a more streamlined, cost-effective, and safer approach to street light maintenance.
The project introduces an innovative approach to street light maintenance by utilizing Ac stepper motors to automate the vertical adjustment of the lamp rod attached with rotor with AC stepper motor. This automation allows for perfect movement of the lamp rod from up and down, making it easier to access the light source for maintenance without requiring manual intervention. By reducing the need for technicians to work at elevated heights, the system enhances safety and minimizes associated risks. Additionally, the streamlined access afforded by Ac stepper motors lowers maintenance costs by reducing reliance on specialized equipment and labour.
Several key design considerations are crucial for successful implementation. Motor selection must focus on choosing an Ac stepper motor capable of handling the lamp rod's weight and movement requirements. A reliable control system is essential, potentially incorporating wireless controls and remote access to operate the Ac stepper motors efficiently. Finally, ensuring a stable and compatible power supply is vital for the consistent operation of the automated system.
BRIEF DESCRIPTION OF THE DRAWINGS
The other objects, features and advantages will occur to those skilled in the art from the following description of the preferred embodiment and the accompanying drawings in which:
Fig 1 illustrates the top view of the Ac stepper Motor-Driven Adjustable Street Light according to an embodiment of the present invention.
Fig 2 illustrates the side and back view of the Ac stepper Motor-Driven Adjustable Street Light according to an embodiment of the present invention.
List of reference numerals used in detailed description and drawings:
1-LED light, 2- Ac Stepper Motor, 3- Rotor & 4- Adjustable steel rod.
DETAILED DESCRIPTION
The proposed design involves integrating Ac stepper motors into street light systems to facilitate easier and more efficient maintenance. This design allows the lamp rod to be adjusted vertically moving up and down using Ac stepper motors. This idea used to simply access for repairs and maintenance, enhance safety, and reduce costs associated with street light maintenance.
The redesigned street light features a lamp rod attached with the rotor with Ac servo motor and it rotate vertically in the teeth fixed rod in the ground. These motors enable accurate vertical movement of the lamp rod, allowing it to be raised or lowered as needed. The system is designed to automate the adjustment process, eliminating the need for traditional methods such as ladders or bucket trucks and elevators.
Ac stepper motors are responsible for adjusting the vertical position of the lamp rod. They provide precise control over the movement, allowing for smooth and accurate adjustments. Motor must be chosen based on their torque, speed, and durability to handle the weight of the lamp rod and the demands of frequent adjustments.
The design of the lamp rod is attached with rotor fixing on motor on a vertical track or support structure that allows it to move up and down. It is attached to the Ac stepper motors through a system of gears, pulleys, or other mechanical linkages. Ac stepper motors move the lamp rod vertically along the track, enabling easy access to the light source for maintenance tasks.
The control system manages the operation of the Ac stepper motors. It may include wireless controls, timers, or remote access features to allow maintenance personnel to adjust the lamp rod from a safe location. The system should be user-friendly and reliable, providing precise control over the movement of the lamp rod. It may include feedback mechanisms to ensure accurate positioning. All the material components, including the Ac stepper motors, mechanical linkages, and support structures, must be constructed from materials that can withstand environmental conditions such as rain, wind, and temperature fluctuations. Protective enclosures or coatings may be used to safeguard the Ac stepper motors and other sensitive components from weather-related wear and tear.
Requirement for the Ac stepper motors require a stable and compatible power supply to function correctly. The power supply should be integrated with the existing street lighting infrastructure to ensure consistent performance. The system must be designed to operate efficiently with the existing electrical setup, including voltage and current specifications.
It is easy to automated system simplifies the process of accessing and adjusting the lamp rod, reducing the need for manual labour and heavy equipment. Maintenance personnel can control the lamp rod's position remotely, minimizing the need for physical intervention and enhancing safety.
By automating the adjustment process, the need for technicians to work at heights or use ladders is minimized, significantly reducing the risk of accidents. The control system should include features for emergency access, allowing for quick adjustments in case of urgent maintenance needs. An automated vertical adjustment makes maintenance tasks easier and faster. This reduces the time the street lamp is out of service, improving efficiency. By minimizing the need for manual work at high places, the system enhances safety. It also cuts down on the need for specialized tools and labor, lowering maintenance costs in the long run. The system uses durable parts and a steady power supply to ensure reliable operation. This means the street light stays functional and dependable. Overall, the system saves time, improves safety, and reduces costs 0f maintenance. The proposed design for street lights, incorporating Ac stepper motors for automated vertical adjustment, represents a significant advancement in maintenance technology. By addressing the challenges of traditional street light systems such as access difficulties, safety risks, and high costs-this innovative approach promises to enhance efficiency, safety, and cost-effectiveness in street light maintenance. The street lamp has a mechanism for adjusting its height vertically. This adjustment is done using an Ac stepper motor. The Ac stepper motor is accurate in controlling angles. It allows the lamps height to be finely tuned. The motor turns a steel rod to raise or lower the lamp. This helps in adjusting the light according to needs. It also addresses any issues with how the light is distributed.
The Ac stepper Motor and Switches system uses an Ac Stepper motor connected to switches to control how a street lamp moves up or down.
The motor adjusts the height of the lamp by turning a steel rod. This setup lets you make accurate changes to the lamp height, which can help adjust the lighting or fix problems with how the light spreads.
A steel rod helps move the street lamp up and down. A motor rotates the rotor, allowing the lamp to be raised or lowered.
The Problem Solving and Maintenance adjustable mechanism helps with street lighting by allowing you to change the position of the lamp up and down. This makes sure the light covers the area better and fixes problems like uneven lighting. It also lets you adjust the lamps height, which means you will not need to do as much manual work, making maintenance easier and cheaper.
The problem in the street light is change the repair light in the traditional method ladders used to change the bulb or the light by using the Ac stepper motor. the light is attached to moving steel rod attached with the rotor and rotor is attached in the Ac stepper motor and the motor travel up and down in the teeth rod that join the ground, and the teeth is molded in the vertical steel rod attached in the ground.
, Claims:CLAIMS
We Claim,
1. An AC stepper motor adjustable street light, comprising:
an Ac stepper motor is used to control the vertical positioning of the street lamp and the motor provides precise control over the height adjustments of the lamp attached with moving rod and the motor is connected to the gear system and the gear is rotate vertically in the rod with vertical tooth.
2. The AC stepper motor adjustable street light as claimed in claim 1, where in the mechanism of steel rod is vertical movement of the street lamp is facilitated by a steel rod connected to the Ac stepper motor, The motor rotates the gear and the gear attached with vertical tooth of the steel rod, which raises or lowers the lamp attached with moving rod as needed.
3. The AC stepper motor adjustable street light as claimed in claim 2, where in the switching system includes switches that allow operators to control the Ac stepper motor. These switches enable the adjustment of the lamp with moving rod to rotate up and down with the help of rotor in teeth.
4. The AC stepper motor adjustable street light as claimed in claim 3, where in the moving rod is connected to the rotor if the switches system is on it rotate the rotor fixed with the Ac stepper motor in vertically and the rotor have 10 number of teeth it moves in the vertical teeth and it has 50 teeth; it helps to rotate the moving rod to up and down attached with LED and the rod rotate from top to bottom with 55 second; and the rotor rotates at 10rps (rotation per second).

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