KR20010083441A - Flash grenade launcher - Google Patents

Abstract

PURPOSE: A toy flash grenade launcher is provided to be safely and permanently used by realizing an explosion process using the intense light of a flash instead of chemical substances. CONSTITUTION: A toy flash grenade launcher is manufactured by using a xenon flash lamp. If the rear face of a grenade is adhered to a power supply panel in the rear face of a grenade launcher, current is charged in a condenser. If charge is completed, a charge completion lamp blinks. Upon applying a shock to the grenade, the shock poles(a dish shape anode and a spherical cathode) are connected to each other. Then, the energy charged in the condenser simultaneously flows to a discharge tube. The xenon gas is stimulated and intense light is emitted. According to the realization of an explosion process using the light, a danger of a fire is avoided. Maximum effect is obtained at night.

Description

Flash grenade launcher {.}

There are grenades that explode and emit intense light to temporarily blind the enemy's eyes, but they use chemical combustion (such as flares) and are a one-time fire hazard.

This invention is a toy for children, there is a grenade that makes a sound using a conventional gunpowder, but no bright light.

Instead of the explosion caused by the burning of chemicals, the intense light from the flash (xenon flash lamp) is used to create a grenade (or grenade) explosion process that creates safe and permanent toys.

Figure 1: Straight xenon flash lamp circuit diagram

Figure 2. Flash of disposable camera

Figure 3. Flash grenade

4. Flash grenade launcher

First, a description of the flash lamp used in the invention.

1 is a basic circuit diagram of a xenon flash lamp.

The circuit picture of FIG. 2 is taken separately of the xenon flash lamp installed in the disposable camera from the camera. When the battery (1.5 volt) is connected ('cathode', 'anode') and the 'charge switch (back of the circuit board)' is closed, the 'capacitor' is charged, and the 'charge complete indicator' blinks when completed. At this time, when the 'discharge switch' is closed, the energy accumulated in the capacitor passes through the 'discharge tube (xenon gas encapsulation)' as a function of the 'starting electrode', and forms a continuous spectrum from the ultraviolet region to the visible region through the visible ray. Will be This light is very similar to natural daylight, making it suitable for photography.

This invention relates to a toy grenade using the xenon flash lamp above.

Figure 3 shows the flash grenade. The power supply plate behind the grenade (top side in the figure) is the part that contacts the power supply plate behind the grenade launcher handle of FIG. 4 (the anode and the cathode of the charging electrode) to supply power to the flash circuit. The starting electrode is wound around the 'discharge tube', and the discharge electrode (anode, cathode) is inserted into the inside. The flash circuit is the same as the camera flash circuit of FIG. 2, and is equipped with a 'charge completion indicator' at one end. Below that, two 'impact poles' are connected, and the anode is shaped like a plate with a bottom drilled down, and the cathode floats through the 'buffer spring' and floats in the center of the 'shock anode'. At this time, the hole of the 'impact anode' should be smaller than the spherical 'shock cathode' diameter. When the current is supplied through the power supply plate and the capacitor is fully charged, the 'charge completion indicator' blinks. At this time, when the shock is applied to the front or side of the grenade, the spherical 'shock cathode' is shaken (spring compression or bending). Touches the plate-shaped 'impact anode' (when the 'discharge switch' in Fig. 2 is closed) to emit light from the discharge tube. The outer surface of the grenade is made of transparent plastic, and the 'charge completed indicator' flickers and the 'discharge tube' emits light clearly.

The operation sequence of the flash grenade launcher of FIG. 4 is to first hold the 'load handle' with the left hand and pull it so that the piston is caught in the 'clasp', then the grenade with the right hand, and the anode and cathode at the rear of the power supply plate. When plugged in, current is supplied from the battery inside the launcher handle to charge the condenser in the grenade (see Figure 2), and the charge complete indicator (see Figure 3) flashes when charging is complete. When the charged grenade is inserted into the launcher's entrance and the trigger is pulled, the grenade is fired by the spring's repulsive force, and when the grenade strikes the ground or an object, the 'discharge switch' (see Figs. 2 and 3) is automatically connected. The light emission occurs in the discharge tube. Grenade effects can also be obtained by throwing charged grenade directly without using a launcher.

It is a toy grenade that does not use gunpowder, and is shocked by a xenon flash lamp, which expels strong light to describe the explosion process.

Claims (2)

A grenade that flashes ('see Fig. 2') and emits intense light when impacted (see Fig. 3), and a grenade launcher to launch it (see Fig. 4). The flash grenade in claim 1 was manufactured using xenon flash lamps (see Figure 2) (see Figure 3), and the rear of the grenade adhered to the `` power supply plate '' at the rear of the grenade launcher. When the capacitor is charged with current (charge amount), the 'charge completion indicator' blinks when charging is completed, and when the grenade is impacted, the 'impact pole (plate anode and sphere cathode)' is connected ( 2 'has the same effect as the' discharge switch 'is connected.) The energy accumulated in the capacitor flows to the discharge tube at one time, stimulating xenon gas to give intense light.