Pype Pwr

This is Pype Pwr!

If you are interested in any of these devices, email Steve here.

Clean renewable electricity not based on fossil fuels, solar, wind or hydro

#1. Pype Pwr is the first device in our group of plans for sale and download on the Pype Pwr webpage. It is a new kind of energy generator using three metal tubes inside a 2 inch PVC pipe. When Pype Pwr is immersed in fresh water it creates substantial electrical power without any other ingredients. Pype Pwr is designed to recharge lithium ion power bank batteries or cell phones. The unit has many advantages, including:

  • No noise
  • No batteries
  • No chemicals
  • No moving parts
  •  Unlimited shelf life
  • Fast USB charge times
  • Won’t pollute groundwater
  • No oil, gasoline or propane
  • Easy to understand instructions
  • No limit on number of charge cycles
  • Will function any time; 24/7; day or night
  • No heat, smoke, fire, flame, soot or wood required
  • Functions anywhere, can be used in a moving vehicle
  • No breakdown in components from repeated charging cycles
  • Can recharge most cell phones or USB devices regardless of size
  • EMP resistant; no computers or microprocessors inside case housing
  • Safe, reuseable, sustainable and dependable electrical power generation
  • Works with any flowing or stationary fresh water above 32 F. or 0 degrees C
  • Will operate in tap water, streams, ponds, flooded cellars or a 5 gallon bucket

    Pype Pwr exists. It has been built and thoroughly and repeatedly tested in five gallon buckets and in a fresh water stream in Maine, USA. It does not use sunshine, wind, petroleum products or depend on the time of day. The power output is sustainable, repeatable, reliable and usable. Pype Pwr will recharge a power bank battery or cell phone in a few minutes.

    Downloadable plans for the DIY construction of all Pype Pwr items will soon be available for purchase.

    The Spyglass Flashlight for Preppers and Survivalists

#2. This is Spyglass, the second item in our Pype Pwr offering. Here are some of its qualities:

  • Low cost
  • Hands free
  • Small in size
  • Water resistant
  • Long battery life
  • Very light weight
  • No bulb to burn out
  • No batteries to replace
  • Can be mounted on hats or headware
  • Great illumination when walking or for emergency situations

Spyglass is so lightweight, it does not pull down on an eyeglass’s frame and does not disturb vision, even when driving. It is easily detachable. Because it does not require hands, it is great for reading in the dark. It does not cause headaches like headband units. Their tiny batteries do not last long and are rather expensive to replace. Assembly is not difficult. Spyglass has significant advantages over other sources of light such as  tubular aluminum flashlights, candles or light sticks. Only ordinary DIY skills are required for construction. A flexible cable connects the device to a remote battery. Below is a picture of the cable with an optional inline switch:

A cable was chosen to connect Spyglass to a battery because any battery weight attached to the eyeglass frame would destroy the lightweight qualities of the unit. Even small watch batteries would be excessively heavy, have very limited power capacity, and cost too much for their short lifespan. The best place for a battery of sufficient size and power is in a trouser pocket, purse or jacket. (The red strap keeps the glasses from slipping off, but is not part of the unit).

Spyglass may be powered from a Powersonic battery, (shown below), a power bank lithium-ion cell, or a nine-volt battery. The PowerSonic and power bank batteries are rechargeable, but ordinary nine-volt batteries are not.

This is a Powersonic 12 Volt battery, available at battery supply stores or online at Amazon.com. Their listing is a Powersonic PS-1208 12 Volt 0.8 AH battery. The battery dimensions are: 3-3/4 by 2-1/2 by 7/8 inches. The battery weighs 0.77 lbs. (0.35 kg). The price is $21.00 plus shipping cost. Powersonic’s life with Spyglass is approximately 18 hours.

This is a 2600 mA power bank lithium ion battery, (shown above.) It is 3-3/4 inches long and one inch wide. Some larger power banks have built in solar cells. Power banks are available at Walmart and many drug stores and retail outlets. They are rechargeable and lightweight. Because Spyglass draws very little power, this cell will last approximately four to six hours. If the Spyglass battery is recharged from a Pype-Pwr device or solar cell, the battery becomes an unlimited source of power independent of civilization. A Powersonic battery fits nicely in a jacket pocket or trousers. This common power bank is rated at 2200 mA, but larger models are rated at up to 20,000 mA.

A Pock-Its carrying pouch, (shown above) made by Nite-Ize was selected to contain the Powersonic battery. It is very durable nylon and is comfortable when worn on a belt. The Powersonic battery fits inside without pinching, and is easily removed. This pouch can be used inside a jacket without undue bulkiness or discomfort.

When walking, Spyglass projects an area of light approximately 28 inches in diameter in front of the user, and shines very well in rain or oncoming traffic. Merely a turn of the head points the light in the direction of vision. It is very easy to get used to wearing Spyglass. It may be mounted on the left side of the frame for left-handed people.

Spyglass could be attached to a hat or a ball cap if one does not wear glasses.

As a long-term survival light, for medical emergencies or covert operations, Spyglass “shines.” With a small solar cell or Pype-Pwr to recharge its battery, it is ideal for a bug-out-bag. The inventor reads with it at night, and it lights up a keyboard for typing in a dark room very well without disturbing others or having to energize a room light.

Another feature of Spyglass is its efficient use of battery power. Ordinary filament glass bulbs only convert two percent of their power into light. The rest is wasted as heat. An LED sends 98 percent of its power into photons of light, and only wastes two percent. There is no filament to burn out, and the life of the LED is perhaps 100,000 hours. An LED is made of plastic. There is no glass to break.

This photo (above) shows what Spyglass looks like in total darkness about five feet above the ground. Its effective range is about 75 feet, or 22 meters. Not bad for a piece of plastic the size of a pencil eraser!

A USB High Power Flashlight

We call this device Stubby.

#3. This is the third item in the Pype Pwr package of offered products. Stubby is an extremely high-power LED connected to a USB male plug. The device may be plugged into any power bank battery to make a really intense flashlight. It is very lightweight, water-resistant, compact and low cost. This led draws 600 milliamps and the angle of illumination is 40 degrees, which is a terrific dispersion for a handheld unit when walking, working on projects at night or an emergency situation. Stubby draws much more power than Spyglass, but the Spyglass led is a compromise between high power and long battery life. The distributor of the led sells five of them in a package for less than $10.00 USD plus shipping, so the led is not expensive.

Here is a picture of Stubby when connected to a power bank:

A 2200 mA power bank will only last two or three hours with this led, but the intensity of the light beam is tremendous. The power bank can easily be recharged from any wall socket adapter, automotive cigarette lighter plug, or Pype Pwr.

Camp Lamp

            

                          Camp Lamp with one extension          Camp  Lamp with two extensions                                                              for table use                                    for large area lighting

4. Camp Lamp is our fourth item in the Pype Pwr package.The unit is a low-cost “T” structure made of 1/2 inch tan colored rigid CPVC tubing. The top of the “T” is a crossarm approximately 13 inches (33 cm) long attached to a threaded rod screwed into the center of the crossarm. The length of the crossarm and the height of the threaded upright lengths can be adjusted to suit the application. A wide angle led is inserted into each end of the crossarm and secured with epoxy. Internal wires inside the crossarm connect each led to a central USB female connector protruding downward from the underside of the crossarm. The female USB terminal is shrouded by a downward pointing 1/2 inch heat shrink enclosure which protects the connections from rain. The leds at the ends of the crossarm also point downward when the crossarm is installed on the vertical threaded rod. The wider the distance between the leds, the greater the area of illumination The choice of leds is not critical, but the inventor has found one supplier who sells leds with a 120 degree angle of dispersion and sufficient intensity to seriously light up a picnic table or a circular area of about 30 feet (9 meters). Any power bank battery will power Camp Lamp for a considerable time because the unit functions on only 40 mA. A 2200 mA power bank will last for many hours.

The picture (above) shows the crossarm, rings at each end of the arm, and the heat shrink shroud in the center covering the USB connector.

The inventor attached a small ring of wire to each end of the crossarm. These rings are a convenient way to pass a length of twine or small cordage through the rings and hang the crossarm from a tree or other support.

                                             Ground spike screwed in              Four supporting rods     Power extension cable

Above are pictures of the threaded ground spike, supporting base and power cable.

The bottom of the threaded rod screws into a weighted base made from a large jar lid. It has screw in supports on four sides of the lid at 90 degree intervals around the circumference, and a center steel support. These are all submerged in hardened epoxy. A spike of threaded steel is shown screwed into the base bottom for insertion into the ground, but the four inserts on the sides of the base also support the four fiberglass threaded rods. The combination of the center steel spike and the four threaded rods gives solid support for Camp Lamp and ensures that the unit will not easily tip over if bumped or in windy conditions.

EMP Vault

#5. EMP Vault is our fifth item in our Pype Pwr list of offerings. It is a unique device designed to protect a USB power bank during and after an EMP attack. Whether the attack is man-made or from the sun, this enclosure is a thick steel defense.

To equip yourself with EMP Vault you will need:

One 1-1/4 inch by six inch galvanized length of pipe (called a pipe nipple), threaded at both ends. This can be purchased at some hardware stores or Home Depot. But some Home Depot stores also have a pipe cutting machine in their plumbing department. If they do not have this nipple in stock, you may be able to have them cut and thread a piece of 1-1/4 raw pipe from stock or a scrap piece. A junkyard may be a perfect place to find a discarded section of 1-1/4 inch pipe. If your Home Depot has a threading machine, they can cut threads on both ends for you. The galvanized coating retards rust formation on the pipe.

Two 1-1/4 inch galvanized pipe caps. Some hardware stores stock them. Home Depot should have them in stock.

A container of plumber’s pipe sealant used to waterproof pipe connections when threaded together. Any hardware store has this item. Apply a liberal coating to one or both threaded ends. Insert the power bank and/or other items and twist firmly to seal the contents. One cap has been deliberately tightened more than the other, so the looser end is marked with a magic marker pen or otherwise labeled.

If desired, a handle may be added to this vault by tightening two ty-wraps or twisting two lengths of stiff wire around a length of velcro at both ends as shown.

A six inch pipe is excessively long for a 2200 mA power bank, but other devices may be included inside, including Stubby and a wall plug charger or 12 volt automotive plug charger for charging the power bank. Home Depot stocks a miniature wall plug charger in their electrical department that will just fit inside this 1-1/4 inch pipe.

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