TWM502149U - Cigarette lighter - Google Patents

Description

Cigarette lighter

This creation utilizes the principle of resistance heating. When the voltage supplied by the battery passes through the overheating coil of the appropriate resistance, the high heat generated is enough to ignite the cigarette to achieve the purpose of cigarette smoking. The creation also utilizes the function of the active infrared interrupter. When the infrared light emitted by the light-emitting diode inside the emitter end of the breaker stimulates the transistor at the receiving end, a message of passage or disconnection is obtained, and a foreign matter is blocked between the transmitting end and the receiving end, which will make the original The message is changed from a path to an open circuit, or a disconnection becomes a path, and these messages are converted by a relay to control the switch of the heating resistor to achieve the function of an automatic switch.

At present, cigarette lighters, some of which burn with flames to ignite cigarettes, are easy to cause danger, and some use the method of resistance to smoke, but still need manual switch, which is relatively troublesome and not easy to use. The product's automated texture has the following disadvantages:

1. Insufficient security.

2. More trouble.

3. The texture is not enough.

This creation uses the resistance heat to light the cigarette, so there is no flame, it is very stable and safe. In addition, this creation uses the interrupter as a switch, and does not require a separate manual switch. In addition to being completely automatic, it also has a simple and compact effect, so this creation has the following advantages:

1. Safe and reliable.

2. Automatic ignition.

3. Excellent texture.

101‧‧‧ Subject

102‧‧‧ battery case

103‧‧‧resistance

104‧‧‧Infrared Interrupter

105‧‧‧Relay

106‧‧‧ Cigarettes

Figure 1 is a combination of the creations.

Figure 2 is a diagram of the use of this creation.

Figure 3 is a circuit diagram of the creation.

A cigarette lighter, as shown in FIG. 1 , FIG. 2 and FIG. 3 , is a combination of a main body 101 , a battery case 102 , a resistor 103 , an infrared ray interrupter 104 , a relay 105 , etc . The cigarette lighter structure is configured, and the battery box 102, the resistor 103, the infrared ray interrupter 104 and the circuit space are arranged according to the mechanism. The battery box 102 is located inside the main body 101, and functions to supply power, and the power source is transmitted to the resistor 103 according to the circuit. The resistor 103 is heated to ignite the cigarette 106. The space in front of the resistor 103 is provided with an infrared ray interrupter 104, which functions as a power switch for controlling the resistor 103. Before the cigarette 106 contacts the resistor 103, it must first pass through the infrared ray breaker 104. The signal switch is activated to cause the resistor 103 to generate heat. When the cigarette 106 leaves the infrared ray interrupter 104, the receiving end receives the signal, terminates the power supply of the resistor 103, and the circuit is designed to connect the battery and the battery. The resistor 103 and the infrared ray interrupter 104, wherein the relay 105 on the circuit receives the infrared ray interrupter 104 and the power supply resistor 103 that receives the battery generates heat.

101‧‧‧ Subject

102‧‧‧ battery case

103‧‧‧resistance

104‧‧‧Infrared Interrupter

Claims (1)

A cigarette lighter comprises: a main body, a battery box, a resistor, an infrared ray interrupter, a relay and the like, wherein the main body constitutes a cigarette lighter structure, and the battery box, the resistor and the infrared ray interrupter are arranged according to the mechanism design. And the circuit space, the battery box is located inside the rear of the main body, its function is to provide power, the power is transmitted to the resistor according to the circuit, so that the resistance generates high heat, so as to ignite the cigarette, the space in front of the resistor is placed in the infrared interrupter, and the function is to control the power of the resistor Switch, before the cigarette touches the resistor, it must first pass through the infrared interrupter, touch its signal switch, so that the resistance heats up. When the cigarette leaves the infrared interrupter, the receiving end receives the signal, terminates the power supply of the resistor, and designs the connection of the circuit. A battery, a resistor, and an infrared ray interrupter, wherein the relay on the circuit receives an infrared ray interrupter and receives power from the battery to provide resistance heating.