IF THE COPY NEEDS TO SHOOT

IF THE COPY NEEDS TO SHOOTEven perfectly executed a valid copy of a military ship or self-propelled artillery loses much if its design does not allow to simulate the use of the main weapon of the prototype. But most known simulators does not provide the sound similarities with a shot or hampered their placement.

So, for the efficient operation of the simulator shooting need explosive mixture, but reserve it (for security purposes) should not be. Apparent contradiction helps to resolve… electrolysis! In the proposed device for the Nickel electrodes in mikroelektronische, a mixture of hydrogen with oxygen; the initial product is a saturated solution of washing soda. The cumulative size of the camera is approximately two times less than the volume of the tube, in which pupils at lessons of chemistry to blow up the hydrogen at the test of its purity, thus, the safety of using these devices is guaranteed. Surpluses accumulated in the combustion chamber of the gas mixture go out, as its volume communicates with the atmosphere.
Formed in the electrolysis gas mixture is fed through a screwed in cover cropped nipple needle into the combustion chamber, whose body is carved out of aluminum or bronze. In the “breech” portion of the camera put a swab of glass wool (it prevents the breakthrough of flame mikroelektroniki). The power of four series-connected elements of the “Mars” (6B). Ignition — spark.
 
To simulate shot voltage 6V through microchamber is supplied to the electrodes of the cell. In less than a minute (for subsequent “rounds” 20-30 C) the device is de-energized, then it is possible to supply voltage to the electronic ignition. The spark jumps between the ignition electrode and the combustion chamber wall.
 
Device to simulate shooting
 
The device for imitation of shooting:
1 – body of Mikroelektronika (plexiglass), 2 — cover (plexiglass), 3 — nipple needle, 4 — screw MH (4 PCs), 5 — electrode (Nickel plate), 6 — nipple rubber, 7 — cover of the combustion chamber (aluminum, bronze), 8 – camera body (duralumin, bronze), 9— bushing-insulator (PTFE), a 10 — electrode spark plugs, 11 —swab (glass wool), 12 — rubber gasket.
 

 
 
Diagram of electronic ignition
 
Circuit of electronic ignition.
Transformer T1 is wound on the W-shaped ferrite core with a cross section of 7X7 mm, coil 1 contains 40+40 turns of wire PEV-2 of 0.61 mm, coil II — 2500 turns of wire 0.1 mm. PESO the Transformer T2 is wound on the annular magnetic core 10X6X3 mm ferrite 3000 NM. The winding of I contains 3 turns of wire PEV-2 0,31 mm, a winding of II — 600 turns of 0,1 mm. PESO as transformer bobbin used TOR the ignition of a moped. Capacitors C3 and C4 type of MBM 160V, VSІ — the dynistor Д227И, VS2 — КУ101Г thyristor, resistors R1 – R3 type MT-0,25, VDІ — diode МД218, VT1 and VT2 transistors П202, C1 and C2 — electrolytic capacitors of the type K50-6.

 
 
The described device perfectly mimics the sound and flash (in the dark) shot. Is in operation since 1982 and has established itself as an effective, simple, reliable and safe. Service is about adding 40-50 “shots” a few drops of water in microelectronical.
 
DAVYDOV, V. YAKOVLEV, Chelyabinsk

Noticed mistape? Highlight it and press Ctrl+Enter, to inform us.

Recommend to read

  • Gas TANKGas TANK
    For works in chemical laboratory hydrogen is produced usually by the reaction of zinc with hydrochloric acid (HCL). Sometimes you need a small amount of gas, and 1 g of zinc makes about...
  • SIMPLE AND RELIABLESIMPLE AND RELIABLE
    Not often, but sometimes: spin rubber motor on the model, and suddenly it breaks. And it brings a lot of trouble. However, more recently, the fuselage of this "accident" is not suffering...

Spelling error report

The following text will be sent to our editors: