C. Clark Electrical

04/04/2026

27/02/2026

Did you know a science lecture helped start the movie industry?

In February 1888, Thomas Edison watched Eadweard Muybridge project moving images of animals in motion. Most people saw a fascinating scientific demonstration, a way to study movement frame by frame.

Edison saw something bigger.

He imagined motion pictures “doing for the eye what the phonograph had done for the ear.”

He pictured them teaching students in classrooms.

He believed this could help theater reach people who lived in rural areas or could never afford a stage ticket.

He saw short-form, visual storytelling becoming part of everyday life (Hello, Tiktok!)

It is true that moving pictures had already existed before this day. But Edison and his team would begin to build the technology, studios, and system that helped turned them into an industry.

02/09/2025

Liverpool absolutely smashed it this transfer window! 🤑

02/09/2025

"Show me a thoroughly satisfied man and I will show you failure." Thomas A Edison

02/09/2025

On this date in history, August 31, 1897, Thomas Edison was granted a U.S. patent for the kinetographic camera, a device that forever changed how we see the world.

Many know Edison for the light bulb, but his dream was to create something that would "do for the Eye what the Phonograph does for the Ear."

Working alongside his assistant, W.K.L. Dickson, Edison's team developed the technology to actually capture moving images on flexible celluloid film.

This camera was the machine that recorded the short films people watched in the Kinetoscope, the single-person viewing boxes that first introduced the public to the magic of motion pictures.

While the Kinetoscope viewer was patented earlier, the kinetographic camera covered by the August 31 patent was the key to making the production of these films possible on a larger scale.

The work done by Edison's team set technical standards that are still felt today. The 35mm film width they established remains a benchmark in the film industry.

These American inventions sparked a global revolution in entertainment, inspiring others like the Lumière brothers to create projectors for shared audience experiences.

From a single patent for a camera grew the entire motion picture industry, leading directly to the movies, television, and digital media we enjoy every day.

Sources: U.S. Patent Office records

02/09/2025

Customers, you’re not supposed to connect your own lights. Some of my phone calls are customers who try to install their own lights. 9/10 they call 📞 me. It’s not as expensive as you think. Installed correctly and tested to make sure they’re safe and sound. Starting from £35 per light. Call C Clark Electrical 07540877754 💡

02/09/2025

Not everyday you dissconnect a farm 2nd one in 15 years 🪴 💡 ⚡️ ⛔️ ⛔️

18/08/2025

Thomas Edison’s vision didn’t retire...it became a nonprofit.

Edison was more than an inventor. He was a leader, building teams of bright minds who worked together to solve the biggest problems of their time.

That spirit still lives on. At the Edison Innovation Foundation, we use his original Invention Factory in South Orange, NJ as the launchpad to inspire today’s students of all backgrounds to explore STEM careers and tackle the challenges of tomorrow

We carry his vision forward through national STEM contests, innovation awards, and the preservation of the very place where creativity once changed the world.

This , you can help keep Edison’s light shining. Your donation champions both the future AND the past: https://buff.ly/lUxuS24

13/08/2025

“A genius is often merely a talented person who has done all of his or her homework.” ✍️

Thomas A Edison

01/08/2025

tems are favored due to a combination of factors including cost-effectiveness, simplicity, and efficiency, making them the most practical choice for power distribution compared to systems with higher phase counts like 6 or 9. While increasing the number of phases could potentially offer smoother power delivery, the benefits are often outweighed by the increased complexity, cost, and potential for issues like harmonic distortion.
Here's a more detailed breakdown:
1. Cost and Complexity:
Fewer Components:
Three-phase systems require fewer components than higher-phase systems, leading to lower installation and maintenance costs, according to BTB Electric.
Simpler Equipment:
Three-phase equipment is generally simpler and more readily available than equipment for systems with more phases, according to a post on Quora.
Reduced Wiring:
While increasing the number of phases increases the number of wires needed for transmission, three-phase systems strike a balance between power delivery and wire usage.
2. Efficiency and Power Delivery:
Constant Power Delivery:
Three-phase systems offer a more consistent power delivery than single-phase systems, which experience pulsating power.
Optimized for Motors:
Three-phase motors are highly efficient and provide a smooth, rotating magnetic field, crucial for many industrial applications.
Diminishing Returns:
The efficiency gains from increasing the number of phases beyond three are often minimal, making the added complexity and cost not worthwhile, according to BTB Electric.
3. Practical Considerations:
Industry Standards:
The widespread adoption of three-phase systems means that most electrical equipment is designed for it, simplifying integration and reducing the need for specialized components.
Load Balancing:
Three-phase systems inherently help balance the electrical load across the phases, preventing overloading and improving overall system stability.
Neutral Current:
In a balanced three-phase system, the current in the neutral wire is typically zero, further simplifying wiring and reducing losses.
In essence, three-phase power offers a sweet spot in terms of cost, complexity, and efficiency, making it the most practical choice for widespread power distribution despite the theoretical possibilities of higher-phase systems.

01/08/2025

😆 comments 😄