CN100387084C - Mobile phone wireless control switch - Google Patents

Abstract

The present invention relates to a mobile phone wireless control switch which is operated by a mobile phone. The present invention has the tasks that the mobile phone wireless control switch greatly increases the wireless controlling distance and can send out signals to inform a user about the operating status to obtain remote wireless control switch; the mobile phone wireless control switch has a remote control type and a mechanical switch type, wherein the first remote control switch type comprises the mobile phone, a remote switch, a transformer, a relay, a thermistor, a resistor and a heater. When the mobile phone wireless control switch receives signals sent by the mobile phone, the vibration position of the mobile phone A1 is in a charged state and supplies the power to the remote control part A2 of the remote control switch. Frequency mixing signals are generated, the switch part A3 of the remote control switch is switched off to make circuits switched on. A power supply c1 starts to supply power, and a voltage transformer A4 starts to transform voltages through a thermistor R1. The relay Ao starts to switch off, which makes executive program keys of the mobile phone A1 switched on and makes reply signals generated. When the current passes through a resistor R2, a heater A7 starts to heat, the resistance value of a thermistor R1 is increased, the voltage transformer A4 is uncharged, and the relay A6 is switched on. When the current passes through an appliance A5 which starts to work, the tasks of the communication of circuits and return signals are completed. When the mobile phone A1 receives the signals sent by the mobile phone again, the mobile phone A1 supplies the power to the remote control part of a remote control switch A2, and the switch part A3 of the remote controller is switched on. Signals can not be reflected when circuits are switched on without current passing through, and therefore, the aim that the mobile phone wireless control switch.

Description

Mobile phone wireless control switch

technical field

The invention relates to a mobile phone wireless control switch operated by the mobile phone.

Background technique

In the current existing technology, the wireless control of the mobile phone wireless control switch mostly uses Bluetooth technology, infrared rays, and mixed frequencies. For example: In the news reports, Japan has a robot with mobile phone Bluetooth technology, and the control distance is 30 meters. When the United States is looking for terrorists, it has used wireless control cars, and the remote control is 300 meters away. Due to the short distance, it can be operated with eyes, and the remote control cannot be accurately controlled if the distance is long.

Contents of the invention

The task of the present invention is that the mobile phone wireless control switch greatly increases the distance of wireless control, and emits a signal to inform the user of its working status, thereby obtaining a remote wireless control switch.

The utility model relates to a mobile phone wireless control switch, which has two forms: a remote control switch type and a mechanical switch type. The first remote switch type includes: a mobile phone, a remote switch, a transformer, a relay, a thermistor, a resistor, and a heater. When the mobile phone wireless control switch receives the signal dialed by the mobile phone, the mobile phone A1 vibrates and is in a charged state, and supplies power to the remote control part A2 of the remote control switch. A mixed frequency signal is generated, the switch part A3 of the remote control switch is closed, and the circuit is connected. The power source c1 starts supplying power. After the thermistor R1, the transformer A4 starts to change voltage. Relay A6 starts to close. Turn on the execution program button of the mobile phone A1 to generate a reply signal. When the current passes through the resistor R2, the heater A7 starts to heat, the resistance of the thermistor R1 increases, the transformer A4 is not charged, the relay A6 is turned on, and when the current passes through the consumer A5, the consumer A5 starts to work. The task of connecting and returning the signal has just been completed. When the mobile phone A1 receives the signal dialed by the mobile phone again, the mobile phone A1 supplies power to the remote control part of the remote control switch of A2, and the switch part A3 of the remote control is turned on. The circuit is open, no current flows, and no signal is reflected. Thereby, the purpose of controlling the switch with the wireless control switch of the mobile phone is achieved. The second type of mechanical switch includes: a mobile phone, a mechanical switch, a transformer, a relay, a thermistor, a resistor, and a heater. When the mobile phone wireless control switch receives the signal dialed by the mobile phone, the mobile phone B1 vibrates and is in a charged state, and supplies power to the mechanical switch B2. The switch is closed and the circuit is completed. The power supply c2 starts supplying power. After the thermistor R1, the transformer B3 starts to change voltage. Relay B5 starts to close. Turn on the execution program button of the mobile phone B1 to generate a reply signal. When the current passes through the resistor R2, the heater B6 starts to heat, the resistance of the thermistor R1 increases, the transformer B3 is not charged, the relay B5 is turned on, and when the current passes through the consumer B4, the consumer B4 starts to work. The task of connecting and returning the signal has just been completed. When the mobile phone B1 receives the signal dialed by the mobile phone again, the mobile phone B1 supplies power to the B2 mechanical switch, and the switch B2 is turned on. The circuit is open, no current flows, and no signal is reflected. Thereby, the purpose of controlling the switch with the wireless control switch of the mobile phone is achieved. In the second mechanical switch type, the mechanical switch includes: a miniature motor, a pinion, a spring, a central shaft, a contact gear, and a wave base. The micro motor [4] rotates, and the pinion [3] rotates accordingly. Drive the contact gear [2]. Under the fixing of central axis [5], spring [6] compresses contact gear [2]. Because the wave base [1] is four undulating sectors, the contact gear [2] has a bevel, and there are two corresponding contacts on the sectors. When the miniature motor [4] rotates, it can form an opening and closing with the corresponding sector without contact, which constitutes a mechanical switch.

Because the mobile phone wireless control switch has two forms, it is to make up for each other's deficiencies. The remote switch type has the advantages of easy production and easy assembly. But the mixing signal is easy to crack and interfere, so it should be used more in toys. The mechanical switch type is not afraid of interference, but has high processing precision and great application value.

Description of drawings:

Below in conjunction with accompanying drawing, the present invention will be described in further detail with specific embodiment

Figure 1 is a remote control switch circuit diagram

Figure 2 is a mechanical switch circuit diagram

Figure 3. is the transmission principle of the mechanical switch

Specific embodiments: a mobile phone wireless control switch, which has two forms: a remote control switch type and a mechanical switch type.

The first remote switch type includes: a mobile phone, a remote switch, a transformer, a relay, a thermistor, a resistor, and a heater. When the wireless control switch of the mobile phone receives the signal dialed by the mobile phone, the vibration of the mobile phone A1 is in a charged state, and the output voltage of the positive and negative poles of the vibrator of the mobile phone is 1.5-4.2 volts. Supply power to the remote part A2 of the remote switch. The voltage of the remote control of the remote control switch is 1.5 volts. But the button should be connected directly and controlled by the power supply of the mobile phone. A mixed frequency signal is generated, the switch part A3 of the remote control switch is closed, and the circuit is connected. The power source c1 starts supplying power. The power supply is 220 volts. After the thermistor R1, the transformer A4 starts to change voltage. Relay A6 starts to close. Turn on the execution program button of the mobile phone A1 to generate a reply signal. When the current passes through the resistor R2, the heater A7 starts to heat, the resistance of the thermistor R1 increases, the transformer A4 is not charged, the relay A6 is turned on, and when the current passes through the consumer A5, the consumer A5 starts to work. The task of connecting and returning the signal has just been completed. When the mobile phone A1 receives the signal dialed by the mobile phone again, the mobile phone A1 supplies power to the remote control part of the remote control switch of A2, and the switch part A3 of the remote control is turned on. The circuit is open, no current flows, and no signal is reflected. Thereby, the purpose of controlling the switch with the wireless control switch of the mobile phone is achieved. The second mechanical switch type includes: a mobile phone, a mechanical switch, a transformer, a relay, a thermistor, a resistor, and a heater. When the mobile phone wireless control switch receives the signal dialed by the mobile phone, the mobile phone B1 vibrates and is in a charged state, and supplies power to the mechanical switch B2. The switch is closed and the circuit is completed. The power supply c2 starts supplying power. After the thermistor R1, the transformer B3 starts to change voltage. Relay B5 starts to close. Turn on the execution program button of the mobile phone B1 to generate a reply signal. When the current passes through the resistor R2, the heater B6 starts to heat, the resistance of the thermistor R1 increases, the transformer B3 is not charged, the relay B5 is turned on, and when the current passes through the consumer B4, the consumer B4 starts to work. The task of connecting and returning the signal has just been completed. When the mobile phone B1 receives the signal dialed by the mobile phone again, the mobile phone B1 supplies power to the B2 mechanical switch, and the switch B2 is turned on. The circuit is open, no current flows, and no signal is reflected. Thereby, the purpose of controlling the switch with the wireless control switch of the mobile phone is achieved. In the second mechanical switch type, the mechanical switch includes: a miniature motor, a pinion, a spring, a central shaft, a contact gear, and a wave base. The micro motor [4] rotates, and the pinion [3] rotates accordingly. Drive the contact gear [2]. Under the fixing of central axis [5], spring [6] compresses contact gear [2]. Because the wave base [1] is four undulating sectors, the contact gear [2] has a bevel, and there are two corresponding contacts on the sectors. When the miniature motor [4] rotates, it can form an opening and closing with the corresponding sector without contact, which constitutes a mechanical switch. The characteristic of Fig. 1 is: the mobile phone executes the program time - wire time = the working time of the remote control. The characteristic of Fig. 2 is; the power supply of the mobile phone + the wire time = the working time of the mechanical switch. These times are adjusted by the wire. On the basis of these principles, the mobile phone wireless control switch also has a voice prompt function. For example: ring tones of mobile phones; visual functions. For example: 3G network: not only control circuit, but also control program. For example: keyboards can be connected in groups. Complete the hardware facilities that the program cannot do.

Claims (4)

1. remote switch type mobile phone wireless control switch, comprise: a mobile phone, a remote control switch, a transformer, a relay, a thermistor, a resistance, a heater, when mobile phone wireless control switch is received the signal of mobile phone dialing, mobile phone (A1) vibration is in electriferous state, give remote control part (A2) power supply of remote control switch, produce mixed frequency signal, the switch sections of remote control switch (A3) closure, circuit is connected, power supply (c1) begins power supply, through thermistor (R1), transformer (A4) beginning transformation, relay (A6) beginning is closed, the executive program button of mobile phone (A1) is connected, produce return signal, when electric current process resistance (R2), heater (A7) begins heating, thermistor (R1) resistance increases, transformer (A4) is not charged, relay (A6) is opened, when electric current process electrical appliance (A5), electrical appliance (A5) is started working, and has just finished circuit and has connected task with inverse signal, when mobile phone (A1) when receiving that mobile phone dialing gets signal once more, the remote controller part (A2) of remote control switch is given in mobile phone (A1) power supply, the switch sections of remote controller (A3) is opened, and circuit is opened, and no current passes through, reflected signal not just, thus just reach purpose with remote switch type mobile phone wireless control switch control switch.

2. mechanical switch formula mobile phone wireless control switch, comprise: a mobile phone, a mechanical switch, a transformer, a relay, a thermistor, a resistance, a heater, when mechanical switch formula mobile phone wireless control switch is received the signal of mobile phone dialing, mobile phone (B1) vibration is in electriferous state, give mechanical switch (B2) power supply, switch closure, circuit is connected, power supply (c2) begins power supply, through thermistor (R1), transformer (B3) beginning transformation, relay (B5) beginning is closed, the executive program button of mobile phone (B1) is connected, produce return signal, when electric current process resistance (R2), heater (B6) begins heating, thermistor (R1) resistance increases, transformer (B3) is not charged, relay (B5) is opened, when electric current process electrical appliance (B4), electrical appliance (B4) is started working, just finished the task of circuit connection with inverse signal, when mobile phone (B1) when receiving that mobile phone dialing gets signal once more, mechanical switch (B2) is given in mobile phone (B1) power supply, mechanical switch (B2) is opened, circuit is opened, no current passes through, reflected signal not just, thereby just reach purpose with mechanical switch formula mobile phone wireless control switch control switch, in mechanical switch formula mobile phone wireless control switch, mechanical switch comprises: a micromotor, a pinion, a spring, an axis, a contact gear, a wave base, micromotor (4) rotates, pinion (3) is followed rotation, drive contact gear (2), fixing down of axis (5), spring (6) compresses contact gear (2), because wave base (1) is the fan-shaped of four fluctuatings, contact gear (2) has the oblique angle, two corresponding contacts is arranged, on fan-shaped when micromotor (4) rotates, can and not have the corresponding fan-shaped formation one of contact to open one and close, just constituted mechanical switch.

3. remote switch type mobile phone wireless control switch according to claim 1 is characterized in that: utilize remote control switch to realize the controlled in wireless of mobile phone.

4. mechanical switch formula mobile phone wireless control switch according to claim 2 is characterized in that: (1). utilize mechanical switch to realize the controlled in wireless of mobile phone, (2). and mechanical switch is to be the kind of drive with the micromotor.

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