Moon Phase Lamp Uses Rotating Shade

The Moon has fascinated humanity for centuries. These days, though, it’s a trial and a bore to go outside and stare upwards to check on the natural satellite. Instead, why not bring the Moon to your bedside with this rotating phase lamp?

The build comes to us from [payasa_manandhar], who did a good job of replicating the Moon in both form and function. It’s based around a lithophane of the lunar surface, which adequately duplicates the Moon’s grey pockmarked visage thanks to topographical data sourced from NASA. It looks a treat when backlit from the inside. However, this is no mere ornamental lamp. With the aid of a stepper motor controlled by an Arduino, a shade inside the lamp actually rotates to shadow the Moon as per the appropriate phase.

It’s a build that is both fun and educational, in both the electronic and astronomical disciplines. We’ve seen some other great Moon lamps before, too.

Building A Giant Vacuum Tube Smart Lamp

Vacuum tubes are pretty, which is why they’re often showcased externally on exquisitely-expensive home Hi-Fi hardware. But if you just want to gaze at their beauty without making any noise, why not build this vacuum tube lamp from [Noel Törjék] instead?

[Noel] got into some creative reuse with this build, with the main body consisting of a bell jar and wooden bowls. The internal structure is then created from jar lids, wire, metal sheeting, steel rods, and galvanized wire mesh. Simple modelling techniques are used to assemble the internal parts of the “valve,” including the grid and the electrodes and so on. As for light, [Noel] employed a ZigBee LED driver that he could control over his smart home setup via a Philips Hue bridge.

The final result looks like an extra-large tube. Anyone who knows what it is will spot that it’s not a real one, but they’re also exactly the audience that will appreciate it for what it is. Everyone else will probably just think you’ve taken an interest in strange art-deco replica lighthouses. It’s not the first time we’ve seen replica valves around these parts, though, and we’re sure it won’t be the last!

LED Filament Lamp Is Subtle, Warm, And Elegant

Hackers have loved LEDs from day one, back when they gave us little more than a dim spot of colored light in the darkness. These days, they’re big, bright, and beautiful, and can be used to create some exquisite lighting fixtures. This lamp build from [lonesoulsurfer] is a great example of that.

The build uses LED filaments, which have grown popular for the way they emulate old-fashioned Edison filament bulbs. The filaments consist of tiny LEDs all in a row, covered in flexible material to allow them to act like a filament. They’ll happily power up from just 3V, and deliver great brightness and lovely warm light.

[lonesoulsurfer] bent up an elegant oval-shaped frame for the lamp, using common brass tubing. In the middle of the are two lengths of white plastic tubing with the LEDs inside. The brass is painted black, with the LEDs providing two bright glowing lines on the arms of the oval. The base is then made out of wood and copper tubing, providing a pop of material contrast to the rest of the frame.

It’s an elegant build, and one you can readily recreate at home. If you do so with enough finesse, it will stunt on anything Ikea or (Australian) Kmart has put out in the last decade, in both material quality and uniqueness. We do love a good lamp build around these parts, after all. Video after the break.

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A woman sits at a wooden table with a set of pedals attached. A large frame sits on top of the table with a lampshade form spinning in it and five strings run through an apparatus to the frame. A shelving unit with finished lampshades sits behind the woman.

Lanna Factory Makes You Work For Your Lampshade

While you could 3D print a lampshade, there’s something to be said for having a more active role in the process of creating an object. [THINKK Studio] has made custom lampshades as easy as riding a bike.

The Lanna Factory was inspired by the cotton ball string lamps sold by vendors in Thai flea markets. Bangkok-based [THINKK Studio] wanted to build a device to let anyone have a hand (and feet) in making a custom lampshade without any experience. Five spools of thread are routed through a “glue case” and onto a spindle holding a lampshade mold. Pedals control the wrapping speed and the location on the shade being wrapped is controlled with a hand wheel on the table.

Once the glue dries, the shade can be removed from the mold and fitted with the appropriate hardware. Giving the user control over the process means that each lampshade will be unique and the final product will mean that much more to the person who made it.

If you’re thinking this would be cooler in carbon fiber, than maybe you should checkout the X-Winder.

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Building A Lamp To Help With Seasonal Depression

The sun plays a big biological role in our lives, regulating our circadian rhythms and doing a whole bunch more as well. Some people find the reduced sunlight of the winter months to have negative emotional effects, and rely on artificial lighting to counteract this. [Samasrinivas] built a lamp of their own design for this very purpose.

The lamp is constructed around an abstract sculptural form made in air-dry clay. Light is provided via a string of Neopixel RGBW LEDs. Run by an Adafruit Feather Huzzah, they’re programmed to trigger with the sunrise to provide a bright light in the morning on grey days when the outside world isn’t quite delivering the same. The Adafruit queries an online weather API to get the right sunrise time every day without requiring user intervention. The lamp can also be programmed to provide warm light during later hours.

We’ve featured a few circadian lighting projects before, including one that goes for a whole-of-house effect with smart bulbs. For some, they’re a valuable way to help boost mood and maintain consistent sleep cycles. Video after the break.

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Simple Plywood Lamp Has Neat Hidden Switch

Shortly after the development of the electric light came the light switch, presumably. Of course, obvious switches are old-hat, and this neat lamp build from [Giovanni Aggiustatutto] goes with a design that’s altogether more coy.

The lamp itself is a minimalist modern design, with a cube-like body constructed out of plywood. It was easily constructed by simply stacking up several layers of plywood to create the form. Inside the housing, a bulb holder was installed hooked up to a Shelly smart relay to enable the lamp to be used as a smart device. The relay also has a switch input for direct control. This is hooked up to a micro-switch that is tucked into the base. Tilting the lamp to one side triggers the micro-switch and turns the lamp on and off as desired.

Overall, it’s a simple build that is elegant and functional. It eschews switches on the lamp cord and other fussy details, while featuring both smart control and a direct switch as well. We’ve featured some other great lamps before, too. Video after the break.

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Neon Lamps — Not Just For Pilot Lights

It’s easy to see why LEDs largely won out over neon bulbs for pilot light applications. But for all the practical utility of LEDs, they’re found largely lacking in at least one regard over their older indicator cousins: charm. Where LEDs are cold and flat, the gentle orange glow of a neon lamp brings a lot to the aesthetics party, especially in retro builds.

But looks aren’t the only thing these tiny glow lamps have going for them, and [David Lovett] shows off some of the surprising alternate uses for neon lamps in his new video. He starts with an exploration of the venerable NE-2 bulb, which has been around forever, detailing some of its interesting electrical properties, like the difference between the voltage needed to start the neon discharge and the voltage needed to maintain it. He also shows off some cool neon lamp tricks, like using them for all sorts of multi-vibrator circuits without anything but a few resistors and capacitors added in. The real fun begins when he breaks out the MTX90 tube, which is essentially a cold cathode thyratron. The addition of a simple control grid makes for some interesting circuits, like single-tube multi-vibrators.

The upshot of all these experiments is pretty clear to anyone who’s been following [David]’s channel, which is chock full of non-conventional uses for vacuum tubes. His efforts to build a “hollow state” computer would be greatly aided by neon lamp circuits such as these — not to mention how cool they’d make everything look.

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