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Guangzhou Prolight sound show time is coming! Thank you for all visiting to us!

This year, the most popular Union County traditional return, the annual holiday sound and light show hosted by the railway model club.
At the heart of the festival event is the club\'s huge, meticulous HO scale model train layout in.
Paul Mallery model railway center with convenient location
Use area of Union County Lenape Park, located east of Union Township Highway 22.
Bruce H, president of Freeholder, said: \"The holiday sound and light show is a wonderful holiday tradition for the whole family. The Railway Center is a unique community resource that everyone can enjoy . \"Bergen.
\"I still remember that I accepted my present with deep affection --
When he was young, he had grown up and was fascinated by the train model.
\"This year, the holiday sound and light show will begin on Friday, November.
24, from noon to 8m.
The show will be from 7-10 p. m.
10 on Friday. m. to 8 p. m.
Saturday and 11. m. to 6 p. m.
Sunday to December10.
\"The show is designed to capture imagination with the feeling of \'Where you\', and the layout itself is decades-
\"The long term labor of love is at the heart of our mission,\" said railway club president Tim McCormick . \".
Model Rail Club is committed to preserving and sharing the art of model rail while providing a unique window for the public to learn about the history of New Jersey
Penn Railroad corridor
The railway center is open to the public every Saturday throughout the year. every November, the layout is transformed into a living theater with sound and lighting effects and professional commentary.
From November, sound and light performances will be repeated every scheduled day. 24 to Dec. 10.
As long as attendees like to enjoy more than one show, they can stay and watch the elaborate N-
Zoom the layout and other monitors, eat something at the snack bar and stock up on the train
Themed holiday gifts for gift shops.
For the convenience of attendees with babies and children, there is also a play and rest area on site.
DISCOUNT pre-sale tickets for sound and light shows can be purchased online through the Railway Club website themodelrailclub. org/advance-show-tickets.
The pre-sale is $7.
For adults aged 16 and over, $00.
13-year-old-15, and $4.
Children aged 3-00-12.
Children under 3 years of age are free.
Attendees can also buy tickets at the railway center.
Tickets for future dates purchased at the railway center are discounted.
Tickets purchased on the day of attendance are at a regular price of $1.
Discount rate above 00.
The railway center ticket window is open at normal Saturday public time between 1 p. m. and 4 p. m. on Nov. 4, 11, and 18.
It is also open at the scheduled time for sound and light performances starting at noon on Friday, November.
The 24 th ended on December. 10.
Railway model Club Limitedis a non-
Through arrangements with the Union County Park and entertainment sector to build and operate the profit organization of the railway center.
Forty years ago, with the construction of the Lenape Park railway center, the work of the HO exhibition began, and since then it has been strengthened and expanded.
A major expansion is underway, which is actually twice the size of the original exhibition.
The Model Railroad Club has been part of Union County since it was founded in 1949 by Paul Mallery, the main model railroad company.
Today, it is one of the largest railway clubs in the region.
New members are welcome to join the railway model club.
The current members are on site during the visit time and they are happy to provide information about the club\'s activities.
Potential members can also request to join information via email in info @ tmrci. org.
All proceeds from the holiday sound and light show are used to fund the activities of the Railway Club.

Obviously, it\'s time to ban Edison\'s light bulbs.
European leaders, green experts and widely reported U. S. bulb provisionsS.
The Energy Independence and Safety Act of 2007 urgently pushed for the elimination of incandescent lamps.
The plan seems to be to convince everyone to switch to a compact fluorescent lamp (CFL)
It was a technology introduced in the 1930 s and perfected when the rocks were young, computers using vacuum tubes. What irony.
In the 21 st century, we will usher in a revolution in semiconductor lighting.
Semiconductor LEDs (LEDs)
In the end, we will have the ability to fundamentally change the entire lighting landscape, with amazing improvements in lighting efficiency and efficacy. The high-
Power LED comes directly from the same semiconductors, digital infrastructure, and intellectual property that bring us iPhones, laptops, hybrid cars, and xbox.
Although the word \"revolution\" depreciates due to excessive use, LED is only the third revolution in lighting technology since the fire broke out.
But that\'s okay.
Even Yahoo technicians are no exception!
Has jumped on the CFL-
The craze has launched a website called www. 18seconds.
Org encourages and calculates the benefits of replacing bulbs with current bulbsvaunted CFL. (
There must be a how-many-bloggers-to-change-a-light-
Make a light bulb joke somewhere. )
Wal-Mart\'s retail industry
Wal-Mart has promised to launch CFLs.
And, in desperation to cut demand,
Power companies are a loyal supplier of yesterday\'s solutions that they will promote and even give away.
So, why are you rushing to push them now?
Answer: energy.
About 12 billion electric lights on Earth use Edison bulbs;
The third one is in the United States. S.
So it takes about 2 trillion kilowatts to illuminate the world.
A few hours a year, or an hour.
The eighth of all electricity.
This requires a lot of fuel: nearly a billion tons of coal per year. In the U. S.
Half of them are actually coal. Or, in oil-
Equivalent clause, United StatesS.
On roads in the United States, the energy used by lighting is equivalent to 50% of the energy used by all cars.
What is the reason we arrived in this state?
It has been centuries since people were eager for lighting, and the real economic cost of lighting has completely collapsed.
Lighting a room today is 1,000 times cheaper than dawn in the 20 th century and 10,000 times cheaper than in 1850.
As a result, the appetite for the core product of lighting technology has soared.
Human consumption 40000 trillion lumenshours per year.
Focus on lumens, not bulbs, to understand the future.
So far, there are only three kinds of lighting techniques: fire, one is a torch, butter and candle, and the other is a whale and kerosene oil lamp;
The perfect electricity incand in 1879; and electric-
Induced Fluorescence was introduced by GE in 1938.
In 1962, GE engineer Nick holoniak invented the LED, marking the next fulcrum of lighting for thousands of years --
To the more common and cheaper troops.
Holonyak may eventually become more famous than Edison.
LEDs are made of various mixtures of \"compound\" semiconductors, mainly gallium and indium.
All the old forms of lighting use brute force to heat things up until it glows.
The main difference with LED is that photons are emitted by designing a precise semiconductor junction and by tuning to take advantage of the elegant and efficient quantum phenomenon of emitting photons.
A rough analogy: this is the quantum equivalent of using a propane lighter instead of rubbing a rod to make a fire.
By 1968, commercial LEDs were launched quickly.
The early bulbs flowed out of poor little lumens, ridiculously efficient, with less varlumens converted than the notorious inefficient incandescent lamps.
Nevertheless, they are enough to launch a revolution.
Tiny, solid, robust and very long-
Live LED is ideal for instruments and indicator lights (
And cheesy digital watches).
Over time, engineers quickly perfected the machines of photon semiconductors.
Today\'s led is 1,000 times more efficient than in 1968.
Comparable efficiency must be made by the world of semiconductors, etc.
Microprocessor citing Moore\'s law-
Named after Intel.
Founder Gordon E. Moore--
This indicates that the speed of the information processor is (
Or twice as cheap)
Every 18 months
The Led has followed a smaller one
Known photon equivalent known as Haitz\'s law, named after LED researcher Roland Haitz.
The law stipulates that the LED brightness is doubled every 18 to 24 months.
On the eve of the 20 th century, the first high
Brightness led appears.
Measured by key economy and environment
The meter lumens generated per watt, led is now about to exceed all the front dilution light sources.
LEDs have reached 100 lumens per watt, 200 visible.
Incandescent lamps are about 15 lumens per watt, and CFLs are about 80 lumens.
LED pioneer Corey passed a related milestone in last September to launch a small LED that produces 1,000 lumens, the output of standard bulbs, but the efficiency is almost five of standard bulbs
The application of the Led is followed closely by its increasing power and falling cost, from early instrument displays to traffic signals, car brake lights and interiors to rear
Lighting mobile phones and LCD screens (
Apple\'s new Macbook Air)
, Signature decorations (
2007 Christmas trees at the White House and Rockefeller Center
Chandelier of Buckingham Palace.
High global sales year-
Even before the invasion of 4 billion LEDs, the brightness led has totaled $40,000
Lumens market for general lighting.
The general lighting currently provided by incandescent lamps is roughly the same (
Dominant position in the residential market)
And fluorescent lamps (
Dominant position in commercial buildings).
With the decline in lumen power and cost, there is still one last obstacle for the led to overcome in order to overcome general lighting.
The reason why most people resist and will resist the use of CFLs is also hindering the adoption of LED (
Especially indoor lighting)
Is the quality of light.
It\'s too bad if you don\'t notice it.
For a wider range of applications, the CFLs must achieve the light quality of incandescent lamps.
All lumens are not more equal than all calories.
Eyes are as sensitive to quality as taste.
McDonald\'s 1,000 calories are not the same as 1,000-
Foie Gras.
CFL\'s 1,000 lumens are visually demanding and can make food (and people)
It looks ugly, compared to just 1,000 of Edison\'s incandesence.
Optical scientists cleverly named the visible mixture of colors presented in light as the color rendering index.
The CRI gold standard value is 100, which is the color of the pleasant Edison incandesence.
CRI below 90 is obviously annoying.
CFLs are produced and basically stay within the CRI 70 range due to physical and chemical reasons.
But LED lights have been accelerating the CRI curve.
For example, LED lighting equipment has just started selling 12-
Looks like a standard 60-92 CRI Watt product
Compared with CFL, the energy of indoor floodlights in Watt is reduced by 50%.
Others will follow. (
Corey recently announced the acquisition of LLF;
Fully disclosed, we are an investor in LLF. )
Add a very long life in the led benefits ledger.
Edison light bulbs burn 1,000 hours before the hammered metal filaments fall off.
CFLs reached 10,000 hours.
The Led lasted 50,000 hours and soon lasted 100,000 hours.
This alone feature is enough to make the led play a huge advantage in many applications, especially in outdoor and industrial environments, in reducing maintenance costs.
The small size of the LED optical chip allows another advantage of optical physics: Engineers can use small side lenses to make efficient extraction, direct and focused lumens possible to achieve useful lighting with less lumens-
And much less energy. -wasted.
The semiconductor properties of Led bring more benefits.
The Lumen can be controlled and modulated for color and space distribution to create smart lights that are adapted to the environment or needs.
The headlights or room lights can be spectral tuned according to the inherent differences in daytime, night and peripheral vision, thus providing more comfort and safety.
Led can also communicate through electronic modulation lumen.
The brake light can be spoken to the cruise control device of the trailing car;
The headlights talk to the Signpost to activate-
Car audio/video warning.
Opportunity is not by imagination, but by the speed of collapse.
So far, lighting experts will not notice the advantages of LED over CFL liabilities.
Fls contains a small amount of mercury.
Not a lot alone, but billions of dollars add up and no one really believes recycling will keep all Mercury away from landfill sites.
Also, do not expect more efficient incandescent lamps.
While they may never be able to beat LEDs, these new alternatives can match the CFLs and enjoy a huge advantage at a lower cost of capital in the case of occasional need for lumens
So, who is the LED player?
This dynamic and fast-growing market is full of opportunities.
As mentioned earlier, both Cree and GE are leaders, and although both are pioneers, the former is a pure drama and the latter is clearly not.
Siemens is a major non-
It has LED power supplies for Osram optoelectronic semiconductor and OSRAM Sylvania.
Another major participant is Royal Philips Electronics, whose number is
1 position in global lighting.
Not a pure game, but it\'s almost-
Fourth of its sales came from lighting.
Philips has been actively buying LED properties and Hewlett-
Lumileds lighting equipment in Packard/Agilent, 2005.
Philips also won the LED light pioneer color dynamics in 2006 (
$0. 791 billion)
And the TIR system of white LED technology.
If Philips gets rid of its low
It could become the undisputed dominant global product.
Pure game of 21 century lighting.
Included in the moving workers LED-
Zumtobel, Austria, has a long history of efficient lighting or smaller pure lighting
Like Dialight of England.
On the LED chip
There are also Seoul Semiconductor in terms of supply, as well as LED semiconductor tool manufacturers such as Aixtron and Emcore in Germany.
And Veeco Instruments in the United States. S.
Although many people have not yet reached anyone\'s sight, the ipo will certainly appear. Perhaps the U. K. -
Based on custom lighting (
Responsible for the public relations relocation of Buckingham Palace)
Recently merged with Los Angeles
Based on ledtrooper, will be the first.
Forecasts for the $12 billion LED market in four years may underestimate what will happen.
As Haitz\'s law continues to reduce costs, applications and markets will emerge in ways that cannot be expected.
Think about it, ranking first in the world.
6 billion people without modern lighting and electricity.
For developing countries, there is still a long way to go for modern cable grids and lighting.
Their lumen comes from fuel.
Burning Lights collectively consume an amazing 1.
3 million barrels of oil per day (
Equal to the total output of Qatar).
But combine (soon cheaper)
Solar cells and solar cells, will allow for a leap on cable, just as mobile phones allow to surpass landlines in areas where there is no cable in the world. A solar-
Battery LED lights can already generate lumens at a fraction of the cost of a kerosene lamp.
Right in front of us: a wireless lighting revolution, a phrase my daughter created when she came back from her work in rural Haiti, where she saw that wireless phones were easier to reach than wired phones.
In addition to investment opportunities, led\'s delightful light bulb tsunami has brought countless social benefits.
Government regulators and policy experts may be trying to claim that they are pushing a faster LED revolution with the CFL --centric ban-the-bulb movements.
But better technology will take over when it\'s ready.
Although this may not be tomorrow, LED-
Now can be the center of the future.
In any case, why would the market waste precious money on yesterday\'s technology on the eve of tomorrow? It won\'t. Mark P.
Mills is a physicist and colleague.
Founding partner of digital power capital, energy technology risk fund.
Mills is also working together.
The author of endless Wells: Twilight of fuel, virtue of waste, and why we will never run out of energy (
Basic Books 2005).
Mills may hold positions in companies discussed in this column and may provide technical assessment services for companies interested in the company.
You can contact him at @ digitalpower. com.
More energy intelligence columnsP.

The realm of event lighting has seen a dramatic evolution in recent years, and LED moving heads have taken center stage in revolutionizing the ambiance of live performances, stage productions, concerts, and various other events. These dynamic lighting devices not only enhance the visual appeal but also open up a vast array of creative opportunities for lighting designers. The following article delves into the intricacies and creative potential of LED moving heads, providing readers with comprehensive insights into their capabilities.

What Are LED Moving Heads?

LED moving heads are sophisticated lighting fixtures equipped with LED light sources and automated pan and tilt mechanisms. These fixtures can be remotely controlled to move in various directions and angles, allowing for intricate light shows and dynamic visual effects. The core functionality lies in their ability to produce vibrant and versatile lighting effects, utilizing features such as color mixing, gobo patterns, beams, and more.

At their heart, these LED fixtures use light-emitting diodes (LEDs), which offer numerous advantages over traditional lighting sources. LEDs are highly energy-efficient, have a longer lifespan, and provide a broader spectrum of colors without the need for additional color gels or filters. This makes them ideal for creating visually arresting effects while being conscious of energy consumption and maintenance costs.

Another standout feature of LED moving heads is their precision and flexibility in movement. Through sophisticated control software, these fixtures can execute complex and synchronized light shows with pinpoint accuracy. The pan (horizontal movement) and tilt (vertical movement) axes can cover a wide range, enabling sweeping movements, spot lighting, and everything in between. This mobility, combined with a range of customizable settings, empowers lighting designers to create immersive environments that captivate audiences.

Moreover, the digital control features of LED moving heads facilitate seamless integration with other stage elements, such as video projections and special effects. This interconnectedness allows for the creation of cohesive and synchronized performances where lighting becomes an active participant in the narrative, enhancing the overall storytelling and audience experience.

In essence, LED moving heads stand out as a revolutionary advancement in the world of lighting, bringing immense creative freedom and technical precision to stage designs, making them an indispensable tool for modern lighting professionals.

The Creative Potential of LED Moving Heads

The creative potential of LED moving heads is virtually limitless, providing lighting designers the tools to transform any space into a captivating visual spectacle. One of their primary strengths is their ability to produce an extensive palette of colors through RGB, RGBW, or CMY color mixing. This feature enables designers to tailor the lighting ambiance to match the mood, theme, and emotion of any given scene or performance.

In addition to color versatility, LED moving heads come with an array of gobo patterns. Gobos are stencils or templates placed inside the light fixture to project patterns or textures onto surfaces. Designers can utilize standard gobo patterns or custom-create them to match specific themes or narratives. The ability to shift between different gobos swiftly adds dynamic texture to lighting designs, transforming plain surfaces into intricate canvases of light.

Beam shaping and zoom features further enhance the creative scope of LED moving heads. The beam angle can be adjusted to produce sharp, narrow beams or wide, diffused washes. This adaptability is crucial when designing for different spaces and atmospheres, from intimate stage setups to expansive concert arenas. The combination of movement, color, and beam shaping creates a multi-dimensional lighting experience that can be choreographed to interact with performers and stage elements dynamically.

Special effects such as strobing, dimming, and rotational effects add another layer of creativity. Strobe effects can synchronize with the rhythm of music to heighten the energy of a performance, while smooth dimming allows for subtle transitions between scenes. Rotational effects, achieved through prisms or rotating gobos, create mesmerizing visuals that enhance the depth and complexity of the lighting design.

Moreover, the programmability of LED moving heads means that intricate lighting sequences can be pre-designed and executed flawlessly during performances. This not only ensures consistency but also provides the opportunity for experimentation and innovation in lighting choreography. As such, LED moving heads empower lighting designers to push the boundaries of creativity and bring their artistic vision to life with unmatched precision.

Applications of LED Moving Heads in Events

The applications of LED moving heads extend across a diverse range of events, each benefiting differently from their unique capabilities. In live music concerts, LED moving heads add an electrifying element to the show. They can be synchronized with music to create pulsating light displays that resonate with the audience. The ability to change colors, patterns, and movement in real-time allows lighting designers to customize the visual experience to complement the energy and style of each performance.

Theater productions also see significant benefits from using LED moving heads. In theater, lighting is not just illumination but a storytelling tool that sets the mood, directs attention, and transitions between scenes. The color flexibility and precise movement of LED moving heads enable lighting designers to craft nuanced and atmospheric lighting cues that align with the narrative flow, character arcs, and emotional beats of a play.

Corporate events and conferences leverage LED moving heads to create professional and engaging environments. When integrated with branding elements, these fixtures can reinforce brand identity through specific color schemes and visual motifs. They can also be used to highlight speakers, product demonstrations, and key areas of interest, ensuring that the audience's attention is directed where it's needed most.

Weddings and social gatherings are no strangers to the charm of LED moving heads. These events benefit immensely from the ability to craft customized lighting that enhances the venue's aesthetics and aligns with the event's theme. From romantic washes of color during dinner to dynamic light shows during the dance floor festivities, LED moving heads provide versatile solutions that elevate the overall ambiance.

Furthermore, LED moving heads are crucial in television and film production. Their lightweight and customizable features make them ideal for creating specific lighting setups required for different scenes. The precision control over color temperature and angle allows filmmakers to achieve the desired look and feel, whether replicating natural sunlight, creating dramatic shadows, or adding futuristic effects.

In essence, the versatility of LED moving heads makes them suitable for any event requiring professional lighting. Their ability to adapt to varying environments, themes, and performance styles ensures that they remain a relevant and invaluable tool across diverse event types.

Technological Advancements in LED Moving Heads

The evolution of LED moving heads has been marked by significant technological advancements, further amplifying their utility and creative potential. One of the most notable developments is the integration of wireless control systems. Traditional DMX (Digital Multiplex) control has evolved to include advanced wireless solutions, allowing for greater flexibility and ease of installation. This eliminates the need for extensive cabling, reducing setup time and enhancing the mobility of the lighting fixtures.

Another advancement is the improvement in LED technology itself. Modern LEDs are more efficient, produce less heat, and have a higher color rendering index (CRI), ensuring that colors appear more vivid and natural. This is particularly important in settings where accurate color representation is crucial, such as theater and television production.

The introduction of hybrid moving heads has also expanded the capabilities of these fixtures. Hybrid models combine multiple beam types, such as spot, wash, and beam, within a single fixture. This multifunctionality allows lighting designers to switch between different effects effortlessly, offering greater creative freedom and reducing the need for multiple fixtures.

Software and control interfaces have also seen significant advancements. Today's LED moving heads can be integrated with sophisticated lighting control software that allows for intricate programming and synchronization with other stage elements. Features like real-time feedback, 3D visualization, and automated light shows enable designers to plan, simulate, and execute complex lighting designs with unrivaled accuracy.

Moreover, advancements in cooling technology have addressed one of the common challenges associated with high-intensity LED lighting—heat dissipation. Modern cooling systems are more efficient and quieter, ensuring that LED moving heads operate smoothly without causing distractions or overheating issues.

Sustainability is another area where technological advancements have made a substantial impact. Modern LED moving heads are designed with energy efficiency in mind, consuming significantly less power than their traditional counterparts. This not only reduces operational costs but also aligns with the growing emphasis on environmentally responsible practices in the event production industry.

In summary, the technological progress in LED moving heads continues to push the boundaries of what's possible in event lighting. These advancements have resulted in more versatile, efficient, and user-friendly lighting solutions that empower designers to explore new horizons of creativity and innovation.

Choosing the Right LED Moving Head for Your Needs

Selecting the right LED moving head for a specific application involves considering several factors to ensure optimal performance and creative potential. The first factor to consider is the type of event or production. Different events have varying lighting requirements, and understanding the specific needs of your event will guide you in choosing the appropriate fixture. For instance, a concert may require powerful beam effects and rapid movement, while a theater production might prioritize color accuracy and smooth transitions.

Another crucial aspect is the fixture's brightness and throw distance. The brightness of an LED moving head is typically measured in lumens, and higher lumen ratings indicate more powerful light output. The throw distance, or the distance the light can effectively travel, is essential for large venues or outdoor events where the lighting needs to cover extensive areas. Ensuring that the selected moving head can achieve the desired throw distance and brightness is vital for a successful lighting design.

The versatility of the fixture is also a key consideration. Features such as zoom, beam shaping, and gobo options provide greater creative flexibility. Hybrid moving heads that offer multiple beam types in one fixture can be particularly advantageous, as they reduce the need for additional equipment and allow for seamless transitions between different lighting effects.

Control compatibility is another important factor. Ensure that the LED moving head can integrate with your existing lighting control system. Advanced features like wireless control, DMX compatibility, and software integration can significantly enhance the ease of programming and execution of your lighting design. Additionally, ease of use and user-friendly interfaces are important for efficient and effective operation.

Energy efficiency and sustainability should also be taken into account. Look for fixtures that offer high energy efficiency and have a long lifespan. This not only reduces operational costs but also aligns with sustainable practices. Consider the cooling system as well, ensuring that it efficiently manages heat dissipation without creating excessive noise or maintenance issues.

Finally, consider the build quality and reliability of the fixture. Investing in reputable brands and models with a track record of durability and performance ensures that your lighting equipment will withstand the rigors of frequent use and transport. Reading reviews and seeking recommendations from industry professionals can provide valuable insights into the reliability and performance of specific models.

In conclusion, choosing the right LED moving head involves a thoughtful evaluation of your specific needs, event type, and technical requirements. By considering factors such as brightness, versatility, control compatibility, energy efficiency, and build quality, you can select a fixture that not only meets your current demands but also provides room for creative exploration and future growth.

To summarize, LED moving heads have transformed the landscape of event lighting, offering unparalleled creative potential, versatility, and technological advancements. From their basic functionalities and inherent advantages to their diverse applications across various events, these fixtures empower lighting designers to craft mesmerizing visual experiences that captivate audiences. Technological enhancements continue to push the boundaries, ensuring that LED moving heads remain at the forefront of innovation in the industry.

Whether you're an event organizer, lighting designer, or simply an enthusiast, understanding the capabilities and choosing the right LED moving head can elevate your event's visual impact. As we look to the future, the evolution of LED moving heads promises even more exciting possibilities, making it an exciting time to explore and embrace this revolutionary lighting technology.