Since '79 and '81 legalized receiving satellite signals in the United States in Federal Law; and hdtv channel's using any local antenna was the first adding, Competition to the now directv and dish net/then cable monopoly's of satellite lnbf combo antenna with STB the time it is made for the USA; the device used for reception only? and cb/ham for free? and radar is boated licensing+wire/less network comm. for home (router/sw) 10-100t and a/b/g/n norm. freq. band's un-tread on? This page is my how to use the air, to receive what is being sent through it (even electricity), it is your own air; and free air uses US Equipment to receive with, legally (and other Countries).

HOBBYSHOP

Free to air HD/SD signals (fta) - via Satellite Antenna DVB-S2 satellite receiver any of today's picture's hang from a wall for display using old or new HDTV; Local Antenna am/fm/ATSC; Sling w/IR output m2/350/500/proHD/new with any AI HDTV uses AD/DA is digital video input-output Amp w/speaker as SW and the alien's remote control a smartphone with internet/network connect; or a Computer using only capacitors/resistors/coils/diodes and mini-manu. totality chips single ended control/sensors/digital/analog (microphone) /optic conn. multi-gig moss/mem. minitures are part's; linux embedded routine very strong processor / network / storage / antenna to make STB; or any reality droid like a talking circle named mini-hal with light's the spy toy (or a Carnival/Circus ride or Park or Las Vegas sign) the System all works

Free is Shop motor CAR TRUCK BIKE RV CAMP is want of free electricity 12 vdc

Free RC BOAT/car/truck/plane registered control freq. plan flight plan uses battery if elec.; or battery and gas motor

free electricity via wind 24/7/365 / free electricity solar via panel avg. hrs. / free electricity via solar and Water avg. hrs. / free electricity via Water 24/7/365 / free electricity via gas generator 24/7/365 // free hot water via solar avg. hrs.

free solar heat oven/grill free control free local am/fm +digital hdtv free satellite tv free telescope free radar free space free universe is Einstein's and says "only one as far as i can see..." mode

Android/Satellite/Internet TV is internet and satellite fta HDTV hdmi (x.x) set-top box (STB); brand is the processor and memory with tuner(s) and type. Your android stuff is STB for satellite using GEOSATpro HDVR3500 and your local antenna fta and dvr/pvr/pause/rw channels received and TS video/audio HD filing for/on your hdtv channels you receive fta means legally free! Internet service must be available for "addons are IP satellite is G19". This is popcorn/butter/favorite beverage machine for HDTV; and has free to air satellite tv channels for as many as you want; one at a time; or switch typed system; for up to the 500 you can receive in English, or Spanish; or any languages you want; as you wanted 100- 1000 it for the other 10,000+mac moto mods and Internet FTA TV channels; it does that also, today, now, already had as we modified the whole picture into a HDTV as the displayed at home. Big screen's still rule the V/A universe; drive-in day's old. Add Sling in a stb; control the input at up to 1080p and your satellite record's 'n pauses; is controlled by the Smartphone/cellphone browser. Your cell is used for remote location's. At the Home Theatre, all of your homes function's and event's and data recorded as "the home"; for this app. is registered and scrambled HD key match, the sling name and work of art it is; is simply the best total access, total remote control vision/sound/microphone system; as who modded it since '92 to only work with THE reg. PC/MAC/iphone/ipad/remote pad computer's browser. Satellite TV FTA channel's have lasted digitally the same amount of time as a tech, and mobile just cannot make it up any better, but going on a trip is an motor and gas gen. of electricity, or plug in and others like a 4g link cost's @ distance from the tower for internet.

Hobby 2 = free to air Satellite Dish

from 24" to 12 or 14' needed feet

it is how the Cable and Satellite Companies receive many of their Broadcast's and channels they send back to their satellites (or cable) you get to receive; controlling what channels you can watch. Today, Cable has more channels and bandwidth, and demands for more; than either of the pie dish companies; but you need their cable (wire/glass) to your house or business.

A personal favorite of mine is getting caught watching free tv; avail. in the air with an antenna made for it, by the neighbor's. Make a diagram of the number of parts and locations of all of them for your neighbors to see as you plan any outdoor activity

4'-7.5' min. for lowest powered C Band, or any ku band and spots show in spectrum; foot old solid satellite dish antenna; any C or Ku or C/Ku or C + KU LNB/LNBf singles; or both; or twin; or dual; or LNB's; For KU only; a 48 inch (120 cm.) or less to 30", can be used for G19 Ku (easy as 1+2+3); plus your labor.

Using any satellite dish from 18" to 10' is how to source the STB the most fta signal's; what the equipment is designed to receive is made by the many manufacturer's of fta equipment made for US viewer's to use; that has the correct (newest) type of Free to Air DVB-S + S2 (satellite, digital video broadcast quality) or DVB-S2 (satellite, digital, to h.264 typing in bandwidth het the GEOSATpro HDVR3500) LNBf+satellite antenna aimed; dvb-s2 signal tuner's inside the STB. ATSC tuners (STB or HDTV) are required to tune local digital Free to air HD/SD channel's and need a local antenna (which is outside and aimed just like a satellite dish) plugged into them; even just a wire in the City may work, howecer. The STB (computer) and the cables and system then receive legal digital free to air tv programs and channels. The parts are many and listed, or required for each way you put your system together (ATSC recording computer for hdtv; stick usb2 is a local antenna for where the computer is). How many can a woman or man have? When interested investigate.

parts list:

1) dvb-s or dvb-s2 receiver; old analog receiver with motor controls and remote; any and all work with correct dish parts installed and hooked correctly to control wire (multi-leg) DISH AND LNB or LNBf; no matter how much they cost on G19 97W is only a single coax for 200 channels on KU Sized 30" dish.

2) (1) 24" KU Dish plate/toroid 48" min. C Band-no limit (40 feet) sized satellite dish antenna;; at least 1 (to 4-16) linear ku band universal 10600 or standard 10750 LO lnbf' (KU Band linear for G19 97W) or dual band 5150/10750; or 10750/5150 dual/single x 2.  or MOTOR; directv standard is 11250 lo ; as is dish ; all others are universal (10600 w/22khz. on or standard 10750 L.O.

3) (1) equipment list has dish/lnbf/sw combo; how you program and use your dvb-s/s2 receiver; (it has the selections in the antenna set-up/installation menu for memory of your "system"; and  write down every part you have in the system you have landed to use; and every part to it (parts/diagram / 3d software);

4) this is very important, and valuable experience in System design; and many computer programs are made for "drawing" your plans to value, or evaluation typical; insurance list's are for renters or owners

Example: (1) 7.9 foot satellite antenna - AMC 15 Static; center focused

                (3) C Band 5150 LNBF singles for amc15 (105W); amc3 (87W); Galaxy (91W); the choice is your's  (1) KU linear LNBf 24" worldtv directv satellite dish antenna (bigger is better; so 30" is better than 24"; and 36" is better than 30"; and 47" is better than 36" and 10 feet is less than 12 feet)

               (1) new .1db ku universal single lnbf 10.7-12.75; KU Band FTA Static dish aimed at G19;

               (this is where you add satellites and channels by acquiring lnbf/bracket; satellite dishes of different sizes)

               80 foot used coax; worked to 75 ohm connector; other length's required; for outdoor hook-up inside the connection box for the dish only; outside rated RG-6 coax; 75 ohm; 18/14 vdc to satellite dish; then LNBf used; or to switch setup using DISEq 1.0/1.1 SW for lnbf selection

                  (1) mount pipe; size; concrete if foundational base; wall mount pictures; etc.ETC ETC...

IE: please install the dish for the maximum number of satellites later on in this hobby practiced. This means, to get all satellites, the dish needs to be mounted horizontally (looks upsidedown) and the lnbf mounts need to be pointed to the satellites using the middle of the dish without shadowing the dish plate or directions; really. This kind is not in the directions! FTA or DBS dishes can actually be mounted inside if the dish plate can aim out the special window plate.

Final

(1) channel list written in your language; for the ku band g19 97w satellite of the channels from it that you have in your list for receiving. Basically; all parameters you find in the "info button a number of times" after scanning and customizing your own channel listing of those you watch and can use then (going through 200 channels to find one is harder).

The channels from the 3 c band satellites in the above listed equipment are FYI; or when you add them to your system. Do put them into your real channel list until it is a real c band dish with 3-lnbf's, whether you have a big dish or not (FYI).

A written list with the real installed equipment; and channels names and settings; (SW use, LNBf type used; and satellite name, FEC for each; TP's scanned into list; for each channel name in list; frequencies of each; etc. etc..

The design of the channel list; in your writing is what this project is about; as you learn and add FTA channels to a system; you will be using a big, ugly dish. The writing about it is available here. So are all the names of the channels; available from your spot on the map to the satellites has az/el feature online provided by NASA) and each satellite you receive on your list of satellite names and the channels then become your list; you want to receive ku band only as your first step, and other channels later you want to add. Write down the freq. and polarity; and symbol rate of each channel you want (C/Ku) and their PCR/VID/AID; (it works good using excel/openoffice text files also; plus prints if need be; raspberry pi2 PC). 

instructions:

A FTA satellite dish antenna AND mount pipe; AND outside coaxial cable; is mounted where a clear view of the G19 satellites location in space is compared to where you are in the US using the az/el calculator which is opensourced to the internet via javascript. This calculation is the angle using a compass; so that you can "see" a place that will allow reception of the satellite without ANYTHING in between (air only). Mount on the side of a building (wall); that can be used to allow reception by your new/old satellite dish. This direction and anglular line is different for every place in the USA. Take the reading of true south; and apply it to your compass; then point using your angle of elevation the satellite is located at from your home; a place for a new satellite dish.

A) The site survey is very important.

It determines which satellite or satellites are available from your "spot on the map"; and the installation spot; for an install to take place;

These are determined just with online information using the manual; and then applied for your location on earth compared to where the signal's needed are at in relation to the signals receiver/antenna of them. Many tool's are available for both satellite and local antenna system's; but you can first determine it "virtually" using angle measurement's and "how to use a compass" as the direction at the same time (AZ/EL); and can be compared from the spot on the map live from your space; aiming your eye from the spot to the point in space (the elevational line to some southern referenced satellite location 22k miles straight up at the equator; for US use only; do not ever look at the satellite when it is near or as the Sun). Look for g19; t5; intelsat v; names are at 97 West; geo-synchronous.

and the type of install that can be accomplished is planned and then the work begins. Installation planned is carried to the outside spot it can take place easily and safely. The dishes are then mounted where their "path" is in the design of the installed parts and pieces of equipment are then hooked to the wiring system and programmed. Your system (receiver) is also available to testing wire; lnbf; sw; as the finals approach to watching the Super Bowl; as it determines if the parts used; or that you want to use are working properly or not using its metering of signals it receives.

1) buy/receive/gain re-habitate; AS MANY SATELLITE DISHES and lnbf's typed also; AS YOU CAN; ALL OF 4 DIFFERENT SIZES (four different bands); (24/30 or 48" and 6 or 10 feet; in all new designs).

The bigger the dish, the more channels it can receive (more satellites at one time). Each dish is capable of receiving 5,000 channels; but each size easily receive 250 fta channels each, and very easily. A channel list gets very large only when you scan too much; or the old ones are not removed as changes occur. Keep your list to the ones you watch and always backup and re-set, or update in time; on your receiver/files/listed!

2) pick a new free to air receiver for purchase (or used); or buy a complete system in a box; including pro install kit; mount; 30" FTA dish, etc. DVB-S2 h.264/internet linear lnbf (or twin with multi-sw); 4 receiver's/STB's for 4 HDTV typed systems need local antenna and diplexer system supplies. Using the cable in you home needs electrical sense; and meter's need to be used to trace the routes to your tv's; throughout a home. Clear views of towers on hills/mountains (hatt's) are required; as is making the FM work better.

Newest for big dish almost required today as the broadcast industry buy's and uses new equipment). GeosatPro hdvr3500 are the newest typed FTA.

3) write down your channel list and satellites required for them and types of equipment to install/watch tv with.

You want from the satellite dishes you have to receive from; AND FINALLY INSTALL ALL YOU WROTE AND PLANNED FOR (and installed/still in plan). They are free to air channels on a satellite dish antenna; or a local antenna also! (then use a typed channel list for "metering" with your tv; write your channel list with the scanned already list channel's and aiming your dishes to each satellite. When using your receiver's user data and scan menu function; after lock you functionally installed it (you then watch the picture before you scan it because you are using scanned data; with DO NOT SCAN during "metering").

If you need a new channel listing; scan it singled by itself, then delete the old one, to keep your list current in time; then write the channel list data, named date change occured type data. 

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DMS International Dealer see the product's here - they have developed the Smartphone app. that is a satellite free to air meter for your cellphone...

This in the heyday (the TV is bigger, now 4k proj.); every year I plug in my big dish for anybody; they get a file that is their own system file. This system file, using the OS of "whatever"; is exactly like a computer you own file which in the old days was the only .SYS you owned. Think of your STB as another computer/machine you own that you want to see on your HDTV or networked display. This bit of info may be the most important fact you ever learn. A satellite dish is tuned using a receiver and the dish with lnbf as the combo aimed. 

Channel list for C Band testing

enter download area scan 248 is one satellite (97W) both polarity linear FTA G-19 KU band 2015 

windmill/generator project = Old windmill tower typical in early 1900's; typed at the time as a gov. water project = a tower of metal

OR HOMEMADE STEEL TOWER BASED WHEREVER FREESTANDING.

running 12vdc xxx; or whatever; it will be live; on a network;

meg-trol (wind blows, it is cont. rated output at battery level); and battery's X16

needs pulley from to turn faster mind like gears; as lawnmower stack uses to power the blade (centrifigal clutched stroker or automatic).

min. -> rpm = 800 (X6) = 4800 rpm on  alt. circuit; X2 or 3 using direct pulley type; effectively jumps power ratio (how fast the 13.8 regulator turns each load counting time turned @); ON/OFF button; BLADE LOCK/shut down circuit.

max. -> control of the turbine or amount of generated power is the load of a 24 hr. per day circuit, off grid

load-power used in daylight; predator control; pictures; 24 hrs. a day; 7 days a week; then it shuts off and charges day/nite too. internetdraw= lightsdraw= ; 24 hr. schedule 1) water pump 2) generator 1+2 (solar panel) 3) communications 4) Camera 5) motion's/detection sense (predator light or movig objects radar)  makes single machine made to be a hens keeper

max 

min

drawn load cont.

current rating from it goes directly to battery bank (number of batteries);

with brakes for max. typed windage (off button can be electric brakes, air cond. pulley on off) and aiming type motor to set-up power stroke; needs speedometer magnet wheel for determining power curve; of height and location. This is the wind blade controller, made to aim into the wind and sail power, the direction the load centers on at size.

and switch/iso circuit/electricity (120vac) on battery x 2+4; and inverter to 120ac @ wattage rating with margin.

isolated circuit; 

for pump and heat is an amount of water and light's; at chicken/bird coup  (no electricity at site) typed; and generator switch (keeps batteries charged from certain low level, then off at the 13.8/12vdc is drawer; for no wind mentality) plus video/audio to network for hen's keeper! 

rasberry pi2

Hobby 9b - Solar electric panel manu. space - for daylight uses avg. hrs.

US built by US Manufacturing is not available; but US Companies are standing with panels delivered from oversea's manu. Building your own panel on-site, flat at sized tooling at sheet size in construction? This requires the product to be pre-sized, then is sold direct to buyer in each build, or make for model. Contractors are buying flat panel solar electric @ what size is tooled. Gov. program is Home Electricity feedback (sunlight during daylight) full curve; Table's and length, final product is single panel at one of sizing output, it must be their controller and mounting and pre-made panels wired for each home/business. 

solder station robot material processed is listed - material handled solar cell@size; 

1) panel manufacuring requires 9002+ in solar Electron parts handling, clean enviroment, soldering together, and framing in static sense welded; and delicate work, where connections/statics are must; or tested for required power each panel sized from the materials; very imported today, needing US Manufacturing for the US?

2) per-piece (single cell in electric size) handled x per size manu. = one panel + control = output

3) Easy for Contractor's to say - not easy for them to say Manufactured in US

Hobby 9d - using a river/stream/creek with water turbine 24 hr. per day

Uses of turbines designed for water only and gravity to flow the water is used in every dam made by man or beaver. Streams with enough water flowing all the way to mega-watt builds; use gravity and water to make electricity; small scale here is as commercially small as 220 vac generator, so let's get started. A kirby from the junkyard can be run this way also; as it is a small "turbine"; the water must never get into alternator or circuit wiring.

The volume you can accrue from a slope is contained inside the turbine written to as the power flowing downhill as the water is how much you can get to flow (size of pipe); so the more that flows the more electricity it will make. 3" or 6" pipe and multiples is used for the volume is the matter at hand. How far downhill this pipe continues to determines how much power it will make, and how many revolutions of the generator will be applied; and how fast it must turn is the average needed to go 24/7 (a designed turbine gen.).

Hobby 9a - Steam turbine for generation of electricity for full daylight uses avg. hr. and coal/wood/gas for 24/7

If water sourced easily - Steam run's turbine, Sunlight makes heat for steam. This item because it fit's green and uses re-newable water sourced as the energies provide turbine to make electricity only emit's steamed water.

A) Small scale Steam turbine - this can be made from the junk yard

parts listed -

1) alternator - regulated 12.8 vdc and single battery; multi-battery; multi-alternator regulator multi-battery config.

2) old Kirby vac - the entire base and shaft and motor uses shaft exits dirt hose as turbine high speed shaft directly output steam also; needs mount that mitigates heat at shaft so exhaust does not directly hit alt. circuit. Multiplyed by the ability to directly drive 800 rpm to the loaded (20 amp max load) alternator with regulated circuit and wiring and battery controlling the load.

3) old thick small steel tank with large in/small out (like a pressurized steam pot; or nat. gas high pressure and heat type fitting or welded) and large valve reg. pressure to kirby impeller/fan and maintain an 800 rpm with the approach. This means amount of water in boiler; boiler output control should be auto; or on/off type where heat of boil pot determines max pressure and amount of water max. flowed maintains itself at the same time only turning to steam at maintained rate.

4) alternator is directly driven by kirby fan (no gears), speed reg. by steam reg.; the kirby's impeller needs to be the steel fan type; and does need exit of steam mitigation like cold water tank does within a still; the kirby will get very hot; and fail unless it is mounted in a cold water or cooling enviro.

3'-6' satellite dish/bowl, heat input carriage, manual focus gimbled (req. attn. by attending times for sun focus.

AC directly connect's to any vehicle's/ 12/24 alternator circuit/wire and the turbines attachment alt. plugs into vehicles 12/24 vdc wiring; as the item is a alternator with steam turbine directly connected. Just like a vacuum has, a turbine; this is small sized like a vacuum is, but directly run with steam to turbine alternator with reg. and 2 dc heavy wires.

Can be made as portable power using manual gimble for steam generation using alternator and included 12v batte; fits RV

2) Small scale Steam turbine

uses Motorola Sunseeker for steam from sunlight (controller of motor az/el 2-axis automatic gimble); and 10 foot satellite dish/bowl (or more sunlight please). The generation of electricity can be a full circuit contained with turbine for the power of steam only and auto-pilot full sunlight, light from dawn to dusk can go to 220 volt AC ascertain watt can go up to locomotive sized steam plant.

@ 24 hr. watt use of designed interface; wind; and panel and plant uses.

Coal/wood/or oil; plant is second steam generation chamber heat input for same axle same turbine (very fast bearings like a vac uses but stronger is single axle); same alternator directly connected circuit and batteries. Only need's 300-2000 rpm to load.

turbine -

Turbine's are made from single speed locked from rear axle/wheel ratio (6/4-1 ratio)

a transmission does this also as it needs 800 rpm as control of the load power curve (regulator does a load and till charged battery "loading"); as a turbine, it makes wheels turn faster and faster; the power needed at this turbine is a rating of the transmission of power, or speed required; the transmission does make itself a turbines.

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1 old golf cart and 2 12vdc batteries; old alternator/13.8vdc float pak; 1 old/new 120vac/240vac gas engine generator; 1 wind blade typed tower for wind typed and erected to pulley/belt 3 1/2 inch bearings; 2 at the top; bearing to the bottom shaft drive system; wind blades of half-barrel mounted to trailer axle/wheel/pulley with brake (12vdc) for power trip controls (off button) and switches that 1) turn generator on after turning off alternator connection is the switch; and needs starter motor for generator power on circuit iso;;bling; bling

hobby 8 = telescope controller

already with camera on the scope 0 lux; outside in a dome modern home in the woods (very low light) - uses astronomical chart for navigation external nav., it is the entry of LAT. and LON. your gps reading; that need's fine tuning as software already determines that is earth's spinning axis; your elevation above sea level is one, another is the earth's actual shape (geo) where you look from; fine to finer movement's follow all spacial known identifier's; and act as if they know earth, or can move to objects because of it; wind/cloud's/bumps are effective at destruction, so how well the device is made (for moving) determines how well it works. It must be very precise.

and gps is coord. to an asteroid as the game counter (single line to "an object"); because it found a blip seeker program has time perfect in clock modal. The Azimuth is used with the Elevation; single point aimed. this game is called asteroids, really only a screen, but they worked. Reality or really using scope and objectivity is much harder.

Re-determination will allow direction; or controlled following of the object; motored to; local change in data depends on only light reflected; or gained as the object.

The new Military grade scope that pulls the trigger is based on pointing to fire at moving object includes windage and distance; balistics of projectile; making the aim auto-pilot to the shooter. The bullet then goes to the intended target it accrues if the shooter using the scope can make it to the aiming of the trigger accrual's aimed point.

Manually, the amount of accuracy a telescope can accrue requires very fine "following" movements based on Astronomical data; your own GPS coordinates exact spot on the globe of earth in relation to the scopes ability to focus these typed distances. If the telescope moves its focus pointing; the distance aimed at is lost easily; as .1 inches = many many miles. This type focus also is continually moving in relation to the target's because of how the earth spins on its axis; and the distance to the object makes a certain space/time change Continuosly! Focusing even on the Moon (or an asteroid or planet or asteroid or galaxy) is very hard; as it moves in relation to the earth in its own continuum.

Take this experiment. Using your telescope, go to the nearest airport and find a viewpoint from a distance you can use low mileage focus of the telescope (one-2). Now using the telescope, follow as many planes as you can, manually and also focus. you can see this airport with many planes taking off and landing. This is time, abd if you stay trying, you will get it; it is hard to focus; and this depends on the len's used and camera (the eye) or data recorder just like a video camera focuses is using the right gear now; the video's focus depends on it, aim, distance, wind and sound, light/night.

(1) 555 timer board is about 5-19 other capacitors, power supply from battery; parts and var. resistor for each 5vdc servo; res./cap./5vdc;/coil/isolated one timer circuit for servo control (multiple speeds using speed control of rc car/truck);

runs forwards; backwards; left; or right; remove any limits moves the telescope mount using az/el programming and skilled at power supply. Gearing is a larger plate (lazy susan) round; with gear outside -> larger powerful 5vdc servo; both (2 axis); or DC typed positioner can control in larger size; forward is the aimed.

To make this item lock onto an object you find; it must be able to determine all the paths of space/time that has signal signature in the detection; or other effectively determining how fast; and what direction the object is traveling compared to where you are; path and of course; the object and the "other directions" it is found with (location/direction of the galaxy/galaxies is telescope; object moving down the road near or far compared to scope) it is compared with also. Then the object is really identified, and the "path" it is on can be followed. Geostationary satellite aiming is not as hard; because the equator (equatorial plane is used for satellite "spots that do not move" compared to earth. It just depends where the object has been placed in relation to earth as no other path is needed for it to be geostationary.

in recorded mode to network machine;

rasperry pi2; PC!

Hobby 5 - intruder/alert for "the space you are in" 

Using an 18" dbs directv dish for home radar as device antenna which carries data set to microprocessor for the real sense of object's and sizes and spy detection and listening; as a antenna to send/receive an audible frequency; and a motor you control spinning in high aimed place or go dual axis; it does the work.

And you can also detect any other droid; drone; but need's another sensor like laser (microwave) and need's registration and is a munition (used on boats type radar). Radar has many types for speed of and direction real time, a listening device recording is illegal to use in Court; but if it is "what it heard in any language"; using directional gain of sound; only sound radar; and legal (not the words, what i detect; it is a drone). This device only can detect items/animals within 5-ten yards (more) depending on the satellite dish used.

Really, a sound or sound wave, is called a radar device by making up a carrier wave that determines a direction the itemized list then is what it is looking for from area it is sensing; and can draw linear surfaces on top of a plane. A sensor is used as a directional gain aiming device by the small satellite dish; to set-up transmitted waves and their reception to a direction, and the echo received; which are the data set required to create a virtual interface showing what is located where the sensor has detected, like "human nearing door" or "bird on lawn" or "dog on sidewalk beware"; all sensed, or reported by the sensor; your own alert system.

But you can have radar for a home/business to see the drones they use; (instead of Sea Captain's type; on a boat it is called radar at sea level), if you want ; by using different collector's/transmitter's and your homes computer with an 18" dish spinning in a high place (aimed at your area, or spaces you live in); so small; using a sound device establishes the echo required; or low power laser's (IR and/or even just a lite at night and cmos camera) ................................................... these moving product's as small as this is into a dome on roof/tower for max. coverages. Same as a robot lawn mower or carpet vac robot uses; sense.

hobby 5 = solar oven from 18" satellite dish

cookin biscuits -> fatbacks "grill" needs polishing/freq. adjust focused from dish

1) 18" directv/dish net; satellite dish; no paint (labor of polish)...

2) 1 mil coated linearly spray for solar focusing (this is a spray-on "paint")

3) "collector assembly" enclosure to square metal box with door or grill typed; and input mounting cradle for focus movements manually at size/width from sun focal aimed at (gimble az/el free focus bearings); or hot water for a rv/camper

 if this works; an 18 inch dish will do more than 5 times better! In fact, a 3 foot dish will also as well as bigger or just a piece of mylar plastic shaped like a dish with a cradle is hot air oven burner. At larger size, and controlled auto-light during daylight hour's and full sunlight it is very hot; in the desert out of Lancaster, CA. in the Mohave is the same Science of the solar effect, and very large Steam.

 A Computer hobby

Today's Production of video/audio onto a screen

USING YOUR Old or New PC for any system; or to learn linux; or to program for any task is available with Microsoft product's or just accessing the memory and programming in the hardwares ports; or those item's debug; flash and fast memory each process they each can talk and work together if you try them on their merit's. Do program for each carefully, use proven practices and the memories of what it does do will grow.

HOME/Laptop COMPUTER -> KITS FOR ELECTRONICS EXPERIMENTATION 

It is 4 basic parts. Mostly Low Voltage. What can go wrong? Electricity even at 5 vdc is dangerous. Experiment with proper materials after training for each tool; and use safety equipment for each type of job (soldering, programming, wiring; etc.), use proven practices and design guidelines for the placed parts; and it will go PC@ utmost caution and safety procedures; and are required when working with electronics and electricity. 

Making your Computer a STB (set-top-box) source for your HDTV (picture for the hdtv) 

Old parts used- PCI-16 card ATSC; PC video card; video card w/ddr2; svid/dvi/rgb -> digital audio card digital spdif or optical; and Satellite DVB-S; usb-2; youtube account; 34 channel analog cable = 200 channel per node; cabling! All these parts have uses if plugged into an antenna; and still receive $tv free tv channels. They are parts installed into ATX cases; and require power supply and bus connections they can use to output to a video card and/or audio card/section of the main computers board. This is the old system and file; not routine. Resemblence to a "video/audio" midi is in the facts behind a cd/dvd rom; in order for the screen and speakers to work; they must mesh with the main board; or motherboard that has the digital sound outputs and the screen or screens meant to carry the video. LINUX machines are this same reality; and when they base their operations here (pc OS); you have internet tv, hd/sd tv, and networking asi qualities as the quality sent, or produced for each library of mems; and additional info like bottom lines and scrolling or advertising and creationary "toons" which are not reality, but based on creating (second life virtual reality; in the move to 3d video); or games Wii or xbux or ?. 

New- Multi-source HDMI; USB II PVR/DVR ; multi-channel input; multi-channel DVR; then III type STB; PC video card ddr3; DVB-S2 HD has been 8psk; then to codec's h.264; now 32psk hybrid LINUX STB w/ddr3; PCIe x4x8+ hdtv video input's; backwards compatible with older signals machine with optical digital audio output; digital audio outputs are from receiver/tuner card to computers optical input cabling! and converters; with diplexers and coax for ATSC/satellite; digital audio (optical) for Stereo/Amp/switch; multi-HDMI 2.0 inputs for UHD; IR input/output; directv/dish nodes; mini-projectors?; co means co.

Camera, lights, action = Video/Audio using tripod or monopod or very solid permanent mounting of camera and microphones within the area each serves. midi uses, 7.1 produced is like 7 seperate microphones; ea.. 

Files/types and applications and results = controls, video/audio production; formatting available becomes costly in applications choice; a Studio can mix the audio and video recording into a cut up product. Live production equipment, with Broadcast typed quality, with switching of, is the only thing costlier and used by local tv broadcasters. 

Today's internet tv is a source; but not even nearly as good as broadcast tv. 

Network Communication's is a viable course and is how a computer works today. Local Network switches; Router's; WIFI; and more than one computer is available to do any chore required.

1. Displays/Advertising/APPLE and video/audio HDMI 1.x and all the way into monitor's via 600x800/VGA
2. Programming skills for many "consumer products" require "inside" information; 
3. LINUX today for embedded operations and Commercial A/V in the studio or home
4. Open source production quality A/V software for PC
5. Movie Sets and Robotic Systems

Have you ever wondered how they make a "TV" program? 

Do you want to become the next Ted Turner and make your own TV programs and channels?

Have you wondered what products you need to make your own "Productions"?

Are you interested in the Technologies of Imaging, Editing, and Distributuion?

There are many places to look, reality is sitting here, because it is also the cost of the toy's, and designed for production is it. Professional compared to Commercial, it starts at the camera, with microphone; a real time record then is both the space they are in and this is the produced by "named here". If you look at the equipment, from a-z; it is worth it, even today is how much it cost from one to two of each. It is only changed to a tv picture with very expensive production equipment, and how it is produced then is how it is sold, and the media here can be Commercial or for the Home. Each provider of their channel's, or Production for their customers buys and sells this production is rated for Broadcast, they Provide it. Noticing differences in what is sold, like DVD or HD DVD or ATSC or HD Channel or Dolby 7.1 5.1 encoded. The production, the producer, produces, the provider is either a free tv Broadcaster ( or a pay tv channel provider; they Broadcast and provide the channels; on Cable or however; they have a secondary or re-Broadcast format you have paid for to them for whatever you watch; and the channel which has their production they have paid for sells the pre-pay of each channel; private cable tech is the same and names like Cox Comcast and the rest do the same, and re-broadcast with their own equipment; and it is theirs and who you pay for tv in your home.

The channel's that produce their own program's may also make movies, or buy movies and their pre-rated nest; their own productions are their own.

Using your computer for motor operations and switching of electrical or LV, like lights, camera's, and to hard drives, thumb drives of course is in many single part; machine's in general all are titled and insured also; a home robot experiment goes from a weather vane to energy usage audit's, and a robot vacuum; or just dim the light's mega-miss VR or even to just a picture from the internet. It is either produced for each media; like from dvd or hd dvd or 3d also; made for hdtv.

Your own Remote camera system; to look from afar into, and control; inside your functional home or business.

Make your computer at home, a security system for your Business by easily attaching system and programming your ports...

How to program any computer to do what you want it to do; any old PC; with ports like serial/parallel/2wire/etc.

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