CN2443320Y

CN2443320Y - Automatic controller for salvo

Info

Publication number: CN2443320Y
Application number: CN 00210217
Authority: CN
Inventors: 杨义胜
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-09-04
Filing date: 2000-09-04
Publication date: 2001-08-15
Anticipated expiration: 2010-09-04

Abstract

The utility model relates to an automatic controller for a salvo, which is composed of an A set of electromagnetic direction changing valves, a B set of electromagnetic direction changing valves, a fast connecting part and a controller, wherein the A and the B sets of electromagnetic direction changing valves are respectively connected with a combustible gas inlet pipe and a combustion supporting gas inlet pipe. An electromagnetic direction changing valve pipeline is connected with fast connecting sockets, and the two ends of a gas guiding pipe are provided with fast connecting jacks. The controller is composed of a receiver, a programming decoder, a relay and an electric lighter, the relay is connected with the A and the B sets of electromagnetic direction changing valves by a circuit, and the programming decoder and the electric lighter are connected by a circuit. The receiver receives signals, the relay is controlled by the programming decoder in sequence, and the opening and the closing of the electromagnetic direction changing valves are controlled by the relay to control fuel supply and the sequence of lighting so as to realize automatic control.

Description

The salvo automaton

The utility model relates to salvo and gives gas and set off Whole Process Control Design of device and manufacturing technology.

Existing to set off salvo be that operating personnel add gasoline on gun muzzle, and single then big gun is manually given oxygen according to the order of sequence one by one, lights a fire at gun muzzle by hand, its shortcoming is: manual operations adds the quantity of fuel inequality, miso-fire occurs, operates cumbersome, time interval of firing is long, and operating personnel are dangerous.

The purpose of this utility model provides a kind of feeding from fuel and sets off overall process and control the salvo automaton of high safety automatically.

The purpose of this utility model is achieved in that by two groups of solenoid directional control valves of first, second and fast fitting and controller and constitutes, two groups of solenoid directional control valves of first, second connect flammable and combustion-supporting air inlet pipe respectively, the solenoid directional control valve pipeline connects fast combination hub, fast combination hub is placed on the cabinet panel, first and second liang of group reversal valves place respectively in two casings of first, second, and the wireway two ends are fast plug.Controller is made of receiver, programming decoder, relay and Electric spark ignitor, receiver, programming decoder, relay circuit plate place in the casing, two groups of solenoid directional control valve circuit of relay and first, second are connected, and the programming decoder also is connected with the Electric spark ignitor circuit.The receiver received signal, through programming decoder sequential control relay, the folding of relay control solenoid directional control valve, thus control fuel is supplied with control sparking order.

The utility model has the advantages that: adopt same circuit board that two groups of solenoid directional control valves of first, second are controlled, flammable and combustion-supporting two kinds of gases are fully mixed, how much control sound size by what give tolerance, burning thoroughly, and is pollution-free, no flue dust, produce the flame of 20～50cm at gun muzzle, reach desirable and look, listen effect, can realize firing continuously or organizing into groups and fire, build the celebration atmosphere.Adopt solenoid directional control valve control fuel to supply with check, guarantee safe in utilization.

Below in conjunction with drawings and Examples the utility model is described.

Fig. 1 is the utility model structural representation.

Fig. 2 is the utility model controller circuitry figure.

Fig. 3 is the utility model controller panel figure.

Fig. 4 is the utility model Electric spark ignitor circuit diagram.

This salvo automaton, constitute by two groups of solenoid directional control valves of first, second and fast fitting and controller, two groups of solenoid directional control valves 1 of first, second connect flammable and combustion-supporting air inlet pipe respectively, the solenoid directional control valve pipeline connects fast combination hub 2, fast combination hub is arranged on casing 3 panels 4, and first and second liang of group solenoid directional control valves place respectively in the two tanks, and wireway 5 two ends are fast plug 6, the fast combination hub of wireway one termination cabinet panel during work is on the fast combination hub on another termination gun tube.Controller is made of receiver, programming decoder, relay and Electric spark ignitor, receiver, programming decoder, relay circuit plate place in the casing, two groups of solenoid directional control valve circuit of relay and first, second are connected, the programming decoder also is connected with the Electric spark ignitor circuit, Electric spark ignitor is contained on the gun tube, the controller circuit board circuit as shown in Figure 2, the A of receiver module TMH96238C, B, C, D pin connect 2,3,21,22 pin of program decoder module respectively, the 12 pin ground connection of the E pin of receiver module TMH96238C and program decoder module CD4514.The F pin connecting resistance R of TMH96238C ₁, R ₁In addition two termination triode T ₁Base stage, T ₁Collector and emitter between be capacitor C ₁And resistance R ₂, colelctor electrode connects 1 pin and the resistance R of CD4514 ₃, grounded emitter.R ₃The other end and 24 pin of CD4514 meet chip 78C05, chip 78C05 goes up and connects capacitor C ₂, C ₃, C ₂, C ₃Other end ground connection, 78C05 meets diode D ₂Output, D ₂Another termination power, 9,10,8,7 pin of CD4514 connect the base stage of four triode T respectively, the grounded emitter of four triode T, the colelctor electrode of four triodes meets K respectively ₁, K ₂, K ₃, K ₄Four triggers.K ₁, K ₂, K ₃, K ₄Another termination D ₂Output, K ₁, K ₂, K ₃, K ₄On four diode D all in parallel ₁, K ₁, K ₂, K ₃, K ₄Meet auxiliary reclay KM ₁, KM ₂, KM ₃, KM ₄, KM ₁, KM ₂, KM ₃, KM ₄One termination D ₂Output, an end ground connection, another termination solenoid directional control valve KS ₁, KS ₂, KS ₃, KS ₄, KS ₁, KS ₂, KS ₃, KS ₄One termination D ₂Output, other end ground connection.5,6,4,18,17,20,19,14 pin of CD4514 connect the base stage of eight groups of triode T respectively, the grounded emitter of T, and the colelctor electrode of T meets K ₅, K ₆, K ₇, K ₈, K ₉, K ₁₀, K ₁₁, K ₁₂, K ₅, K ₆, K ₇, K ₈, K ₉, K ₁₀, K ₁₁, K ₁₂Last eight diode D respectively in parallel ₁The Electric spark ignitor circuit is T ₂Base stage meet K ₅, K ₆, K ₇, K ₈, K ₉, K ₁₀, K ₁₁, K ₁₂, T ₂Colelctor electrode through resistance R ₄Meet step-up transformer B with emitter stage ₁, B ₁A terminating diode D ₃, D ₃Output termination triode T ₃Emitter stage, resistance R ₆, capacitor C ₄, T ₃Base stage meet B ₁Ground connection, T ₃Colelctor electrode connecting resistance R ₅, R ₆, R ₅Other end ground connection, C ₄Another termination transformer B ₂Coil, transformer B ₂Secondary coil one end ground connection, a termination spark plug.

R ₁, T ₁, C ₁, R ₂Form mu balanced circuit and make program decoding CD4514 stable operating voltage, chip 78C05 and capacitor C ₂, C ₃Form anti-jamming circuit, D ₁For the damping diode is stablized triode T work.Receiver module TMH96238C received signal during work is controlled K after program decoding CD4514 sequencing ₁, K ₂, K ₃, K ₄, K ₅, K ₆, K ₇, K ₈, K ₉, K ₁₀, K ₁₁, K ₁₂Triode T ₂Receive K ₅, K ₆, K ₇, K ₈, K ₉, K ₁₀, K ₁₁, K ₁₂The signal that comes, T ₂And B ₁Form high-voltage pulse circuit, through diode D ₃Give capacitor C ₄Charging, triode T ₃Protect and end capacitor C ₄Discharge is at transformer B ₂Secondary coil on produce pulse voltage, discharge sparking.This device can realize fully that through testing effect is very good to gas igniting automation.

Claims

1, salvo automaton, it is characterized in that: constitute by two groups of solenoid directional control valves of first, second and fast fitting and controller, two groups of solenoid directional control valves of first, second [1] connect flammable and combustion-supporting air inlet pipe respectively, the solenoid directional control valve pipeline connects fast combination hub [2], wireway [5] two ends are fast plug [6], controller is made of receiver, programming decoder, relay and Electric spark ignitor, receiver, programming decoder, relay circuit plate place in the casing, two groups of solenoid directional control valve circuit of relay and first, second are connected, and the programming decoder also is connected with the Electric spark ignitor circuit.

2, salvo automaton according to claim 1 is characterized in that: fast combination hub is arranged on casing [3] panel [4], and two groups of solenoid directional control valves of first, second place in the two tanks respectively.

3, salvo automaton according to claim 1, it is characterized in that: the controller circuit board circuit is 2,3,21,22 pin that A, B, C, the D pin of receiver module TMH96238C connects the program decoder module respectively, the 12 pin ground connection of the E pin of receiver module TMH96238C and program decoder module CD4514, the F pin connecting resistance R of TMH96238C ₁, R ₁In addition two termination triode T ₁Base stage, T ₁Collector and emitter between be capacitor C ₁And resistance R ₂, colelctor electrode connects 1 pin and the resistance R of CD4514 ₃, grounded emitter, R ₃The other end and 24 pin of CD4514 meet chip 78C05, chip 78C05 goes up and connects capacitor C ₂, C ₃, C ₂, C ₃Other end ground connection, 78C05 meets diode D ₂Output, D ₂Another termination power, 9,10,8,7 pin of CD4514 connect the base stage of four triode T respectively, the grounded emitter of four triode T, the colelctor electrode of four triodes meets K respectively ₁, K ₂, K ₃, K ₄Four triggers, K ₁, K ₂, K ₃, K ₄Another termination D ₂Output, K ₁, K ₂, K ₃, K ₄On four diode D all in parallel ₁, K ₁, K ₂, K ₃, K ₄Meet auxiliary reclay KM ₁, KM ₂, KM ₃, KM ₄, KM ₁, KM ₂, KM ₃, KM ₄One termination D ₂Output, an end ground connection, another termination solenoid directional control valve KS ₁, KS ₂, KS ₃, KS ₄, KS ₁, KS ₂, KS ₃, KS ₄One termination D ₂Output, other end ground connection, 5,6,4,18,17,20,19,14 pin of CD4514 connect the base stage of eight groups of triode T respectively, the grounded emitter of T, the colelctor electrode of T meets K ₅, K ₆, K ₇, K ₈, K ₉, K ₁₀, K ₁₁, K ₁₂, K ₅, K ₆, K ₇, K ₈, K ₉, K ₁₀, K ₁₁, K ₁₂Last eight diode D respectively in parallel ₁

4, salvo automaton according to claim 1 is characterized in that: the Electric spark ignitor circuit is T ₂Base stage meet K ₅, K ₆, K ₇, K ₈, K ₉, K ₁₀, K ₁₁, K ₁₂, T ₂Colelctor electrode through resistance R ₄Meet step-up transformer B with emitter stage ₁, B ₁A terminating diode D ₃, D ₃Output termination triode T ₃Emitter stage, resistance R ₆, capacitor C ₄, T ₃Base stage meet B ₁Ground connection, T ₃Colelctor electrode connecting resistance R ₅, R ₆, R ₅Other end ground connection, C ₄Another termination transformer B ₂Coil, transformer B ₂Secondary coil one end ground connection, a termination spark plug.