CN2888297Y - High-pressure ion type igniter - Google Patents

Abstract

A high voltage ion igniter is an ignition device, overcomes the low ignition success rate and big influence under the natural circumstance and the industrial field in the common igniter. The igniter is composed of a lock screw, a fixed screw, a conductivity rod, a high volt ion output terminal, and a high volt ion producing module, a high volt producer, a driving module, an input wire terminal, and a high energy ion emitter. The working mechanism is that the industrial alternative current is rose to 2000volts by the voltage convertor and then becomes high volt plus ions, when the plus ions are stored to certain energy level, the high energy strong ion beam emits outwards and then to realize the ignition.

Description

High-pressure ion formula igniter

One, technical field: the utility model relates to a kind of igniter, especially high-pressure ion formula igniter.

Two, background technology: at present, conventional igniter is realized in the igniter arcing more than with high pressure generator industrial alternating current being boosted to ten thousand volts, to there be high-voltage line and High-Voltage Insulation to connect in the middle of it, intermediate link is many, safety coefficient is low, it is low to exist ignition success rate, is subjected to natural environment and industry spot to influence big shortcoming.

Three, summary of the invention: the purpose of this utility model provides a kind of natural environment and industry spot of not being subjected to be influenced, the high-pressure ion formula igniter that lighting rate is high, it has overcome conventional igniter, and to exist ignition success rate low, be subjected to natural environment and industry spot to influence big shortcoming, the purpose of this utility model is to realize like this, it is by lock screw, fixed screw, conducting rod, the high-pressure ion lead-out terminal, the high-pressure ion generation module, the high pressure generation module, driver module, the input wires terminal, the energetic ion emitter stage is formed by connecting, the high-pressure ion lead-out terminal is enclosed within on the conducting rod, and by lock screw, fixed screw is fixed; The high-pressure ion generation module is positioned at the lower end of conducting rod, and the high-pressure ion generation module is connected by circuit with the high pressure generation module: the high pressure generation module is connected by circuit with driver module; The input wires terminal is fixed on the housing, and the energetic ion emitter stage is positioned at the upper end of conducting rod.

Operation principle, it industrial alternating current after transformer is raised to two kilovolts treated become the high pressure carbonium to be stored into certain energy after outwards emission and form the high-energy intense ion beam and realize lighting a fire.

Advantage of the present utility model: the one, do not need the distribution source during igniting, not only saved the energy but also save material, the energy height, ionizable empty G﹠W etc., more can drop a hint by the also abundant burning torch of direct ionization; The 2nd, high-pressure ion formula igniter is directly guided to industrial electro to be needed the igniting position to become high-pressure ion to realize lighting a fire, do not have intermediate link, improved safety coefficient greatly; The 3rd, high-pressure ion formula igniter produces concentrated being potted in together boosting and producing carbonium, has not only improved various protective actions but also strengthened stability in use; The 4th, high-pressure ion formula igniter is the high-pressure ion cumulative, thus just do not exist ignitor to be subjected to the influence of carbon deposit and moisture, and the unsuccessful phenomenon of igniting appears.

Four, description of drawings: Fig. 1 is the structural representation of high-pressure ion formula igniter, among the figure 1, lock screw 2, fixed screw 3, conducting rod 4, high-pressure ion lead-out terminal 5, high-pressure ion generation module 6, high pressure generation module 7, driver module 8, input wires terminal 9, energetic ion emitter stage

Five, the specific embodiment: in Fig. 1, high-pressure ion lead-out terminal 4 is enclosed within on the conducting rod 3, and fixing by lock screw 1, fixed screw 2: high-pressure ion generation module 5 is positioned at the lower end of conducting rod 3, and high-pressure ion generation module 5 and high pressure generation module 6 are connected by circuit: high pressure generation module 6 and driver module 7 are connected by circuit; Input wires terminal 8 is fixed on the housing, and energetic ion emitter stage 9 is positioned at the upper end of conducting rod 3.

Claims (1)

1, high-pressure ion formula igniter, it is to be formed by connecting by lock screw (1), fixed screw (2), conducting rod (3), high-pressure ion lead-out terminal (4), high-pressure ion generation module (5), high pressure generation module (6), driver module (7), input wires terminal (8), energetic ion emitter stage (9), it is characterized in that: high-pressure ion lead-out terminal (4) is enclosed within on the conducting rod (3), and is fixed by lock screw (1), fixed screw (2); High-pressure ion generation module (5) is positioned at the lower end of conducting rod (3), and high-pressure ion generation module (5) is connected by circuit with high pressure generation module (6); High pressure generation module (6) is connected by circuit with driver module (7); Input wires terminal (8) is fixed on the housing, and energetic ion emitter stage (9) is positioned at the upper end of conducting rod (3).