Safety Phone Holder with Solar Charger

• The document presents a project proposal for a "Safety Phone Holder with Solar Charger."

Project Overview

• Designed to meet the needs of drivers like food delivery personnel and daily motorcycle riders.
• Aims to enhance safety, convenience, and sustainability.
• Emphasizes eco-friendly technology.

Problem Statement

• Addresses challenges faced due to frequent smartphone use for navigation and communication.
• Issues include battery drain, difficulty accessing phones, and safety risks while riding.
• It aims to tackle the safety and environmental concerns of conventional charging methods for riders who are always on the go.

Proposed Solution

• Combines a secure phone holder with efficient solar charging capabilities.
• Mounts phones stably on motorcycles, which offers easy access to navigation and delivery apps.
• Has integrated solar charging, the feature allows continuous charging without external power sources.

Key Features

• Constructed using durable yet lightweight metal, suitable for daily rider usage.
• The ergonomic design ensures phones remain secure, even on varied surfaces.
• The design is weather-resistant features, including rain, heat, and dust.
• Includes solar charging, which allows continuous charging while in sunlight.

Benefits

• Offers hands-free navigation, reducing accident risks.
• Supports sustainable energy use.
• Enhances the user experience.

Objectives

• Develop an innovative "Safety Phone Holder with Solar Charger."
• Evaluate its durability and effectiveness.
• Assess rider acceptance of the design.

Questions to Explore

• How to enhance safety for riders using smartphones on journeys?
• Can the product reduce distractions during motorcycle rides?
• How adaptable is the design across different motorcycle types?
• What is the product’s potential impact on the market for accessories and in promoting green technology?
• What are feasible cost-effective production methods?
• How can the product’s safety, convenience, and effectiveness is conveyed through promotion?

Project Scope

• Targeted at motorcycle riders, especially delivery personnel.
• Focuses on enabling safe smartphone use with solar charging.
• Addresses issues like battery drain, theft, and safe usage.

Significance

• Prioritizes user safety.
• Promotes sustainable energy use.
• Reduces phone usage.
• Aims to improve rider comfort, safety, and promote eco-friendly habits, which aligning with practical, smart technology.

Operational Definitions

• Defines the "Safety Phone Holder with Solar Charger" as an innovative tool with two core functions which include a phone holder and a solar panel.
• The phone is securely attached to reduce disruption and safety issues during use, particularly in various weather conditions.
• Has solar energy conversion, the built-in solar charging converts incoming solar energy for energy, supporting wireless phone charging.

Summary

• Aims to create a secure, ergonomically designed phone holder with solar charging.
• Target users, who rely on their phones, particularly delivery personnel.
• Seeks to offer efficient, safe, and sustainable technology.

Literature Review

• Aimed at identifying previous studies related to the safety and effectiveness of the "Safety Phone Holder with Solar Charger".
• The study is to focus on identifying any research that offers services that were reviewed.
• Conducted in Mukah, Sibu, and Bintulu.

Previous Research

• Focuses on safety and effectiveness of using phone holders for food delivery.
• Prioritizes on safety, accessibility, and ease.
• Focuses on addressing the safety, productivity, and comfort.

Evaluation of Existing Phone Holders

• An institution, the Transport Research in Edinburgh showed that 40% of food couriers said that they are always distracted when using the phone to look for information.
• Offers improved productivity and safety and allows for better flexibility when working.
• Using phone holders decreases the amount of delivery time by up to 15% which results in more efficiency at work for couriers.

User Experience

• The study of Foodpanda shows that 75% from 500 of the couriers acknowledged that phone usage made them more productive and effective.
• Riders that have easy and reliable access to technology allows them to work for longer periods of time without getting exhausted.

Legislative Compliance

• The study of The National Road Safety Council revealed that couriers that use appropriate phone holders were more inclined to abide by road laws.

Study Conclusion

• Phone holders overall improved on the safety of riders from the studies mentioned above.
• These technologies are essential for couriers because of its capacity to ease problems while allowing for better movement and management while utilizing reliable tools.

Overall Study

• These studies have shown that phone chargers with solar has been developed in many forms to abide by customer needs, those more specifically of people whom are on motorcycles or whom work as delivery drivers.
• Solar chargers and phone holder enhance innovativeness, safety, and practicality for rider’s every day use which makes them more efficient.

Methodology and Design

• The phone charger serves as an assisting tool that enables people on motorcycles, especially couriers while they seek for directions making their every day objectives more reliable and convenient.
• Essential to alleviate battery deficiency, promoting safety and supplying simplicity for individuals whom are delivery drivers

Gathering and Breakdown Methods of Data

• Crucial data consolidation and investigation steps are: examining and receiving information from riders to improve on the design of phone holders to enhance the use of solar panels.

Methodology

• The study applies surveys in the form of scannable codes with the help of smartphones, with the specific purpose of getting immediate and useful information. Utilizes interviews to get in touch with riders directly to assemble critical observations and feedback.
• The interviews will entail getting close to riders to gain more insights.
• This approach improves the reliability of rider's responses gathered during field tests and interviews.

Design and Production

• The “Safety Phone Holder with Solar Charger'' is designed from the beginning for safety.
• It is constructed in stages, allowing the gradual and proper building of each phase.
• The design stages will include, planning, observation, designing, construction, testing, implementation, and maintenance.

Key Design Elements:

• To tackle issues associated with limited energy supply, the design of this tool include solar charging modules and a resilient phone mount to supply sufficient electrical flow and safe placement.
• The design will include safety which will guarantee firmness and reduced movement of a handheld device while in transport.
• It will provide a means for the rider to see from a convenient angle when the device is engaged on an engine.
• The objective is also to be easily deployed onto varying styles of bikes without the need of having too many steps or modifications.

Analyses and Tech

• Conduct a study to ensure the charger is in sync with consumer wants.

Analyses Requirements of User:

• It will accommodate continuous charging, allowing mobile phone to be completely powered.
• Stability elements such as resistance, and being firm.

Construction Requirements:

• Assuring solar power component is properly situated at the right spot so it can gain sunlight effectively.
• Using ABS plastic and gel material to build the charger allowing sturdinerss.

Building Strategies:

• Researching and deciding on material components.
• Draft design of the item for prototyping
• Testing.

Planning, Observation, and Design:

• The planning stage consists of a profound look into what the consumer will want
• Construction includes combining the items with a resilient base for safety
• After the product is designed, make tests to check durability and functionality.

Analysis and Assessment Phase:

• In the analysis stage, it is key to keep the customer needs as a priority using tests to check and assess customer input and data for potential improvements.
• These evaluations will include material selection, the product’s long life, and its solar and energy saving features.

Making the Product and Evaluating the Success:

• In constructing each new product unit, they will always keep the user’s use and satisfaction as top priority
• The most significant focus will always be the rider’s safety and user satisfaction through a design that is easy to use while still offering solar charging functions.
• The charger is constructed out of superior elements tested for the maximum degree of efficiency and safety. The studies will evaluate each part’s capability to withstand damage or be highly efficient.
• Each module will be extensively observed for its effectiveness, which includes power efficiency and user knowledge when testing it on the road.

Implementation and Servicing the Product:

• This will allow for the first exposure for potential buyers and allow its first trials to be conducted to collect user reviews.
• Each one will give their true feedback on the general practicality and features for possible refining.

Summary:

• Overall, each component will be looked over to guarantee its functions properly.
• These analyses and plans set the foundation in developing "Safety Phone Holder with Solar Charger" which provides safety and sustainability.