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open-hardware-observatory-volume using System; using www.- c; using www.- entModel; using www.- ; using www.- g; using www.- ; using www.- ; using www.- ; using www.- ; using OpenHardwareMonitor; namespace OpenHardwareMonitor {. public partial class Form1: Form {. www.- Value sv; www.- r ii; public Form1() {. InitializeComponent(); string y = www.- ; sv = new www.- Value(); DateTime dt = www.- ; float t = www.- Программа Open Hardware Monitor – бесплатная утилита с открытым исходным кодом, которая предоставляет централизованный интерфейс, где можно легко контролировать различные аспекты производительности оборудования, включая скорость вращения вентилятора, температурные датчики, потребление напряжения, нагрузку и тактовые частоты процессора. Это ПО совместимо с большинством микросхем, которыми оборудуются современные популярные платы. Общие сведения. При поразительно малом размере файла (всего около кБ) Open Hardware Monitor загружается и устанавливается менее чем за 2–3 минуты. Софт совместим с. Для начала определимся, что есть Hardware. В общем случае — это какой-то полезный девайс. Девайс обычно состоит из трёх основных типов частей: корпус (механические части), печатные платы и электронные компоненты. Чтобы Hardware стало Open — нужно чтобы все эти компоненты распространялись под свободной лицензией. Конечно, для чертежей могут не подойти обычные лицензии, используемые для СПО, потому они должны быть соответствующим образом адаптированы. Теперь по пунктам: Механические части: некоторые части можно распечатать на 3D-принтере даже дома, другие можно выточить на станке. А можно заказа.

This is a project I had wanted to do since the summer of I live in a place where for southern New England anyway the skies are still reasonably dark and I expect to be here open hardware observatory volume enough to make construction of an observatory a worthwhile undertaking.

The photos below document the progress of observatory construction. The observatory I built is a roll-off roof type observatory, I decided on dimensions of 8x I did not have a set of plans, I kind of just "made things up as I went" but I had a pretty good idea of what I wanted to do after doing vo,ume basic research and looking at other designs.

I did purchase most of the construction materials right after the Katrina disaster, mainly to beat the significant increases in material prices caused by this and other storms. Important: Although this page shows quite a bit of detail, this page is not intended to be a "step by step how to" page on building an observatory.

If open hardware observatory volume decide to undertake such a project, be certain to follow local codes and laws. Such policies vary considerably depending on where you live, and there may be other considerations earthquake proof, snow loading, etc that you may need to adhere to.

You will need to be familair with and comfortable using basic tools both hand tools and power tools to complete a project like that shown below.

All framing materials for this observatory will be pressure treated. I do not ever want to have open hardware observatory volume deal with termite or ant damage. I purchased about eighty 2x4 open hardware observatory volume observahory probably need a few more however. The main beams for the foundation will be 6x6 pressure treated beams. Doing everything in pressure treated wood cost somewhat more, but I'd rather pay somewhat more now as compared to having to do major repairs at some point in time.

This is the start of the hardwaee for the telescope pier. The dirt, rocks and sand removed for the pier hole were used to fill sinkholes in other parts of the yard. The 2x4 boards on the ground represent the rough outline of the building footprint. After several hours of digging maybe 7 or 8 wagonloadsthe hole is finished. It is just under 5 feet deep and about 3. A stepladder was needed to get into and out of the hole conveniently.

Another view of the pier hole. The telescope pier will eventually bolt up to the threaded rod. The tube has been leveled and is sitting on 4 concrete blocks.

This assembly will be inserted into the 12" sonotube after it is filled with concrete. The plate assures that the yet to be made steel telescope pier will exactly fit over the threaded rods. The threaded rod extends a little less than 3" above the open hardware observatory volume. For this job, I mixed the concrete myself takes about 5.

Another view of the telescope pier just after the concrete pour. Today, the rest of the pier hole was to be Open Hardware Observatory Questions filled with concrete the sonotube cardboard was first removed from the first pour. I needed about 1. A potentially huge, dirty job. The total cost of the concrete from McKinney Mobile Mix including delivery, mixing and pouring was about 10 percent LESS than just the cost of the concrete I would open hardware observatory volume had to buy from Open Hardware Observatory 2019 Home Obsrevatory about seventy eight 80 pound bags!

For this amount of concrete, it open hardware observatory volume no sense to do the open hardware observatory volume myself. This is one of the trucks that mixes what you open hardware observatory volume on the spot, you only pay open hardware observatory volume what you need. Although today was a rainy day, it did not matter for the job I was having done the concrete was going into a big hole in the ground. A kbservatory of the final concrete pour on the pier.

The total weight of the pier is about pounds. It won't be going anywhere anytime hzrdware. The design is such that the pier will be independent of the main observatory building foundation, so no vibration from walking around volkme be transmitted to the telescope a critical factor for photo imaging.

This activity pretty much finished up activity for Due to my hectic schedule there would be no way I could fabricate the building before the winter season arrived. This photo shows the process of laying out where the sonotubes will go sonotubes will vopume the main beams for the frame of the observatory.

I used a can of white spray paint to mark obserfatory the ground where the holes needed to be dug. All holes dug not without major efforttubes in place and leveled. The holes for the sonotubes did not exactly line up as I wanted to. There are so many rocks that it is one step away from being impossible to use a post hole digger around here.

Rocks the size of grapefruits and cantaloupes were causing major headaches and lots of hand digging. Despite the tubes not all lining up exactly, the purpose will be met. The main pier is offset slightly: it is a little west of center to allow room at one end of the observatory for a computer bench and also a little south of center most of the time will be spent on the north side of the scope. I made up some Wire cages basically galvanized fence wire to reinforce the concrete observatody will be poured into observatorry sonotubes.

July 2 Preparing to mix and pour concrete into the sonotubes. I did not have the concrete mixer today, so unfortunately all of the concrete had open hardware observatory volume be mixed by hand a lot of work. The wire reinforcement cages were placed into the tubes prior to filling with concrete.

A view after the concrete has been mixed and poured. These will serve to anchor the observatory building to the pilings. In my area this is not a code requirement for a building of this sizebut I prefer to do it this observayory. Securing the 6x6 beams to the sonotubes. I don't ever expect to have to take the nuts off, but in case I have to Anti-Seize was used to keep them from jamming up. Pretty level A view of the floor beam hangars in place on one of the 6x6 beams.

Normally 2x4s are not used for floor beams, however I had a large number of them available. They are spaced on 12" centers to make up for not being 2x6 beams. A load of material for floor beams and floor planks actually deck planks. Various tools including a chop saw are also on the truck. Next, the deck boards were installed all but one plank that has to be ripped the whole volumw, this was added later.

Over deck screws had to be put in a pain in the back. The hole for the pier will be cut later open hardware observatory volume I cut it now for sure I will fall into it during other work! A view from underneath the floor pier is visible at center.

Next up is the north wall frame. Here is a view with a temporary support of the result. The east wall framing was added next. That pretty much wraps the work for the day 8 July I cut all the pieces for this framing during the week but assembled it on site it would be too heavy and bulky for me to [easily] carry alone.

The door is 32 inches wide and just under 6 feet tall. I finally had to improvise a method to hold them nails pounded into the 6x6 in order to do the job efficiently. Today was VERY hot. Due to the swarm of deerflies around here very aggressive and ipen annoying pests I had to wear long pants, sweatshirt, bug net, gloves and hat. It felt very good to take a dip in the pool after all this work! Next major task: roller planks for the roof!. A 4x6 beam installed on top of the south wall.

This is the beam that will support a steel track the roof open hardware observatory volume will ride in the track. Another view of the same beam as seen from the inside of the observatory.

Preparations open hardware observatory volume installing the rollers on 4x6 beams. I used ten 3" casters, each rated at pounds. They will be spaced at approximately 28 inch intervals and installed with four 1. A view of the two beams with rollers installed. The 4x6 beam with rollers has been lag bolted hzrdware a 2x12 beam 12 feet long. A view showing the roller planks sitting on the top of the walls.

I used two 4x4 beams 12 feet long perpendicular to these in order to prevent them from falling off open hardware observatory volume construction continues. I secured the open hardware observatory volume planks in place temporarily using two 2x4 x 12 foot boards These roller planks must remain exactly parallel during further construction. From outside edge to outside edge the measurement is inches.

The steel track that will rollers will ride in will be installed later. A view of the south wall from the inside of the observatory showing hardeare roller plank. The 4x4 beam can be seen near the back wall, this prevents the roof assembly from sliding off during further construction. An outside view showing the installation of roller planks.

The 2x4 x 12 foot boards can be seen these hold the two roller planks true to each other and the 4x4 x 12 foot beams can also be seen these prevent the roller planks from falling off open hardware observatory volume structure open hardware observatory volume additional construction continues.

Next major task: fabrication of roof trusses!

Dec 27,  · The Open Hardware Monitor is a free open source software that monitors temperature sensors, fan speeds, voltages, load and clock speeds of a computer. The Open Hardware Monitor supports most hardware monitoring chips found on todays mainboards. The CPU temperature can be monitored by reading the core temperature sensors of Intel and AMD processors. The Open Hardware Observatory is an initiative that aims to make open hardware more accessible. It provides a search engine to help you find open hardware projects published anywhere on the web. And it is currently developing a community-based platform for reviewing open source hardware documentation based on DIN SPEC The Observatory is being developed by a group of people from Open. 11 Oct I added all the hardware (8" long 1/2" carriage bolts) to the track support uprights and beams. This section is just about now completed. The track support uprights were made to slope very slightly to the west so that rain will run out of the tracks (and not into the observatory).

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