TWI631030B - Charging system - Google Patents

Abstract

A charging system is mounted on a vehicle, the charging system comprising a main switch lock mounted on the vehicle, a power supply device electrically connected to the main switch and supplying power required by the vehicle, the charging system further comprising a main switch lock and a charging control device electrically connected to the power supply device, and a portable electronic device selectively connectable to the charging control device, wherein the voltage or current of the power supply device is less than or greater than that during charging of the portable electronic device A preset range value, or when the portable electronic device is not removed from the charging control device after the vehicle is turned off, the charging control device outputs a power abnormal warning signal or the device does not pull out the warning signal, so that the portable mobile device uses its own electric drive. A warning message is generated by its own speaker and/or screen.

Description

Charging system

The present invention relates to a charging system, and more particularly to a power supply device (battery) mounted on a vehicle for charging, and can be used when the vehicle is turned off and the user forgets to take away the portable electronic device or the power supply of the vehicle is abnormal. The speaker or screen provided by the portable electronic device itself generates a warning message to inform or remind the user that the portable electronic device is not taken or is abnormally charged.

With advanced technology, such as smart phones, notebooks, tablets, digital cameras, driving recorders. . . The advent of portable electronic devices has brought great changes to human life. Although these portable electronic devices bring us some convenience in life, these portable electronic devices rely on the power required by the battery supply. In the absence of an external power supply, generally portable electronic devices generally have a small volume in order to be portable, so the capacity of the battery cannot be too large, so generally portable electronic devices can only operate continuously for several hours. .

In order to solve such a problem, some operators provide a charging socket (such as a USB/universal serial bus) on a vehicle such as a vehicle, and provide a function of charging the portable mobile device by driving the vehicle, thereby extending the portability. The endurance of the mobile device. Since the vehicle is charging the portable mobile device using the battery (battery) provided by the vehicle, the operator can prevent the vehicle from being used due to the exhaustion of the power in the battery, and the charging control device is usually installed on the vehicle. The device usually sets the alarm in order to remind the user of the abnormal state. The indicator device generally uses a buzzer, an LED lamp, etc., when the battery power of the vehicle is insufficient, the charging control device can drive the warning device to generate an alert sound (buzzer) or a bright light (LED light) to remind the driver to drive the The battery power of the vehicle is not enough. In addition, in the state where the main switch lock of the vehicle is switched to the power of the non-conducting vehicle, if the portable electronic device is still electrically connected to the charging socket on the vehicle, the warning device is provided. A warning message will also be generated.

The charging control device equipped with the warning device can surely remind the vehicle that the driving power of the vehicle is not taken away or the portable electronic device that is being charged is not taken away (unplugged), but the charging control device directly configured with the warning device is Installed on the locomotive, the warning device will have a relatively high probability of being damaged due to wind, sun and rain. In detail, the warning device of the traditional charging control device will only be turned off in the vehicle and the portable electronic device The warning message will be generated when the power supply device is abnormal or not, so if the user does not forget to take away the portable electronic device every time the user uses the charging control device, the warning device of the conventional charging control device does not operate for most of the time, so It may cause that when the warning device of the conventional charging control device is damaged, the user charges the portable electronic device and forgets to take the portable electronic device after the vehicle is turned off, but the warning device of the traditional charging control device does not operate. The problem that the user did not find that his portable electronic device was not taken away together occurred. Moreover, the operation of the warning device of the charging control device also causes an increase in the battery power consumption of the vehicle, which further leads to a shortened battery life.

In order to solve the problem that the warning device is installed on the charging control device, which causes the vehicle battery to increase the power consumption or the warning device is not easily detected, the present invention provides a charging system installed on a vehicle, including: a main switch mounted on the vehicle Lock, the main switch lock can be operated as a powered state, a non-energized state or a locked state, a power supply device, mounted on the vehicle and with the main The switch lock is electrically connected, a charging control device is mounted on the vehicle and electrically connected to the main switch lock and the power supply device, and the charge control device includes an output unit.

Optionally, a portable electronic device is connected to the output unit. The portable electronic device includes a processing module and a connecting unit electrically connected to the processing module. The portable electronic device further includes a processing module. A first alarm device electrically connected to the battery and a rechargeable battery for supplying power of the portable electronic device, the portable electronic device can be electrically connected or connected to the output unit of the charging control device through the connection unit, and the main switch lock operation In a state in which the connection unit of the portable electronic device is electrically connected or connected to the power-on state, the charging control device charges the rechargeable battery of the portable electronic device and does not transmit a portable electronic device without warning signal. For the portable electronic device, when the main switch lock operation is in a non-energized state or a locked state and the connection unit of the portable electronic device is electrically connected or connected with the output unit, the charging control device does not operate the portable electronic device. Rechargeable battery charges and transmits portable electronic devices without warning signals to portable electronic devices in portable electronic devices The first warning device of the portable electronic device does not operate in a state in which the portable electronic device does not receive the warning signal, and the portable electronic device receives the portable electronic device without the warning signal. The processing module of the portable electronic device uses the electric power of the rechargeable battery to drive the first alarm to operate to generate a warning effect.

The charging control device further includes: a processing unit electrically connected between the output unit and the power supply device, a detecting unit electrically connected between the processing unit and the power supply device, and the detecting unit detecting the current or voltage of the power supply device Whether any one of them is lower than a preset range value, and the charging control device does not output a power abnormal warning signal to the portable state when the detecting unit detects that any one of the voltage or current is higher than the preset range value. Electronic device, in which the detecting unit detects that any one of the voltage or current is lower than the preset range value, The electric control device outputs a power abnormality warning signal to the portable electronic device. In the state that the portable electronic device does not receive the power abnormal warning signal, the first warning device of the portable electronic device does not operate, and the portable electronic device In a state in which the device receives the power abnormality warning signal, the processing module of the portable electronic device uses the electric power of the rechargeable battery to drive the first warning device to generate a warning effect.

The portable electronic device further includes a second alerter electrically connected to the processing module, and the second alerter is a display, and the portable electronic device can be carried in a state that the power electronic device does not receive the power abnormality warning signal. The second warning device of the electronic device does not operate. In the state that the portable electronic device receives the power abnormal warning signal, the processing module of the portable electronic device uses the electric power of the rechargeable battery to drive the second warning device to operate, and the display power is notified. Text and/or graphics that are too low.

The charging control device further includes: a temperature detecting unit electrically connected to the processing unit, wherein the temperature detecting unit detects that the temperature of the charging control device is higher or lower than a preset superheat value, and the charging control device is portable. When the electronic device is charged and the temperature detecting unit detects that the temperature of the charging control device is lower than the superheat value, the charging control device continuously charges the portable electronic device, and the charging control device charges the portable electronic device and the temperature detecting unit detects When the temperature of the charging control device is higher than the superheat value, the charging control device stops charging the portable electronic device and outputs a system overheat warning signal to the portable electronic device, and the processing module of the portable electronic device uses the rechargeable battery. The operation of the electric drive first warning device produces a warning effect.

The first warning device of the portable electronic device is a speaker, and the warning effect is the sound emitted by the speaker.

The invention will be more clearly understood from the following detailed description of exemplary embodiments of the invention.

10‧‧‧Charging system

20‧‧‧ Vehicles

22‧‧‧Power supply unit

24‧‧‧Main switch lock

26‧‧‧Charging control device

28‧‧‧Processing unit

30‧‧‧Detection unit

32‧‧‧Transfer unit

34‧‧‧Output unit

36‧‧‧Temperature detection unit

38‧‧‧Portable electronic devices

40‧‧‧Processing module

42‧‧‧ Connection unit

44‧‧‧Rechargeable battery

46‧‧‧First warning device

48‧‧‧Second warning device

Fig. 1 is a schematic view showing a charging system of a first embodiment of the present invention.

Fig. 2 is a reference diagram of the use of the charging system of the first embodiment of the present invention.

Figure 3 is a schematic view of a charging system in accordance with a first embodiment of the present invention.

The drawings are merely for the purpose of explaining the basic teachings, and the description of the number, the position, the relationship, and the size of the components of the embodiments will be explained or the technical skills will be read after reading and understanding the following description. In addition, after reading and understanding the following descriptions, changes in the exact dimensions and size ratios associated with specific forces, weights, strengths, and similar requirements are also industry skills.

In the different figures, the same reference numerals are used to designate the same or similar elements; in addition, please refer to the text such as "top", "bottom", "first", "second", "forward", "backward", "reverse" To "," "front", "back", "height", "twist", "length", "end", "side", "horizontal", "vertical", etc. and similar terms are only for the viewer The constructions in the figures are for reference only to aid in the description of the embodiments.

Referring to Figures 1 and 2, the charging system 10 of the present invention is applied to a vehicle 20 (e.g., a motorcycle, an automobile, etc.), the charging system 10 including a main switch lock 24 mounted on the vehicle 20, and A power supply unit 22, the main switch lock 24 is electrically connected to a power supply unit 22 (e.g., a battery/battery) that supplies power required to operate the vehicle 20, and the main switch lock 24 can be further used after unlocking with the correct key. Operating the main switch lock 24 to lock the vehicle 20 (eg, the steering faucet or steering wheel of the vehicle cannot be rotated), unlocking (eg, turning the steering faucet or steering wheel of the vehicle 20), conducting Or the power supply device 22 is not turned on, and the main switch lock 24 is operated in an on state, and the power supply device 22 supplies power to the vehicle 20 for each device that needs to be powered (for example, a lamp, a starter motor, an audio device, a driving computer, etc.) In a state where the main switch lock 24 is operated to be non-conducting, the circuit between the power supply device 22 and each of the devices 20 requiring power consumption forms an open circuit, and thus the power supply device 22 cannot supply power to the device in the vehicle 20 that requires power.

The charging system 10 further includes a charging control device 26 mounted on the vehicle 20, the charging control device 26 including a processing unit 28 electrically coupled to the main switch lock 24 and the power supply device 22, the power supply device 22 being transmitted through the processing unit 28 The charging control device 26 further includes a detecting unit 30 additionally connected between the processing unit 28 and the power supply device 22, and the detecting unit 30 is configured to detect the power supply device 22. The voltage value or the current value of the processing unit 28 determines whether the power supply device 22 is abnormal by detecting the voltage value or the current value of the power supply device 22. Taking the motorcycle as an example, the voltage value of the power supply device 22 should be normally between 11.5V and 18V. Therefore, the detecting unit 30 sets the voltage value 11.5V~18V to a preset range value (11.5V is the lower limit and 18V is the upper limit). When the voltage value of the power supply device 22 is less than 11.5V, the power supply device 22 may have remaining power. Insufficient, when the voltage value of the power supply device 22 is greater than 18V, it indicates that the power supply device 22 may have a charging abnormality or other problem, and accordingly, the voltage value of the power supply device 22 is between the preset ranges. The charge control device 26 can operate normally using the power provided by the power supply device 22 between the limits.

The charging control device 26 further includes a temperature detecting unit 36 electrically connected to the processing unit 28 and a converting unit 32. The charging control device 26 further includes an output unit 34 electrically connected to the converting unit 32, wherein the temperature detecting unit 36 is used to detect the temperature of the entire charging control device 26, and the temperature detecting unit 36 sets a superheat value. (eg 70 ° C). The conversion unit 32 converts the power provided by the power supply device 22 into a voltage and a current value suitable for charging a portable electronic device 38 (for example, a voltage value suitable for charging most smart phones is 5V, and the current value is 1A), the output unit 34 may be constituted by a universal serial bus (USB), and the output unit 34 may also be a transmitter of a wireless charging device.

The charging system 10 of the present invention further includes a portable electronic device 38 that is selectively rechargeablely coupled to the output unit 34. The portable electronic device 38 includes a processing module 40, and the portable electronic device 38 further A connection unit 42 electrically connected to the processing module 40, a rechargeable battery 44, a first alarm 46 and a second alarm 48 are provided. The connection unit 42 corresponds to the output unit 34 of the charging control unit 26 when the output is output. When the unit 34 is a universal serial bus, the connecting unit 42 is a universal serial bus that can be electrically connected to the output unit 34. When the output unit 34 is a transmitter of the wireless charging device, the connecting unit 42 is wirelessly charged. The receiver of the device, such as the connection unit 42 of the portable electronic device 38, can be wirelessly connected to the output unit 34 of the charging control device 26, and the rechargeable battery 44 is used to provide the entire portable electronic device 38 for operation. The first warning device 46 may be a speaker of the portable electronic device 38, and the second alarm device 48 may be a fluorescent device of the portable electronic device 38. screen. In addition, the portable electronic device 38 can be a smart phone, a notebook computer, a tablet computer, a digital camera, a driving recorder, and a satellite navigation device. . . Etc. Any one of them.

For convenience of explanation, it is assumed that the main switch lock 24 is operated in a non-conducting or locked state. In this state, the power supply device 22 does not supply power to the vehicle 20, but supplies power to the charging control device 26, and the charging control Device 26 detects main switch lock 2 When the 4 is in the non-conducting or locked state, the processing unit 28 does not output power to the converting unit 32 and the output unit 34, and further whether the output unit 34 is rechargeablely connected to the portable electronic device 38 (electrical connection or wireless connection) The charging control device 26 does not output a charging current to the portable electronic device 38.

It is assumed that the main switch lock 24 is in the on state and the connection unit 42 of the portable electronic device 38 is electrically connected to the output unit 34 of the charging control device 26 (universal serial bus) or wired (wireless charging), and the detecting unit 30 Detecting that the voltage or current value of the power supply device 22 is within a preset range value. Thus, the processing unit 28 of the charging control device 26 uses the power of the power supply device 22 to convert the power to the portable electronic device 38 through the conversion unit 32. The voltage and current are then output via the output unit 34, and the rechargeable battery 44 of the portable electronic device 38 is charged.

It is assumed that the main switch lock 24 is in the on state and the connection unit 42 of the portable electronic device 38 is electrically connected to the output unit 34 of the charging control device 26 (universal serial bus) or wired (wireless charging), and the detecting unit 30. Detecting that the voltage or current value of the power supply device 22 is lower than a preset range value, and thus the charging control device 26 determines that the power supply device 22 is abnormal in power (the residual power is too low), the charging control device 26 does not output power to the portable electronic device. The device 38 is charged, and the processing unit 28 of the charging control device 26 outputs a power abnormality warning signal to the portable electronic device 38. The processing module 40 of the portable electronic device 38 drives the first alarm 46 using the electric power of the rechargeable battery 44. A warning screen or text that generates a warning sound or warning light source and/or second warning device 48 to generate an electrical abnormality.

It is assumed that the main switch lock 24 is operated in an on state and the connection unit 42 of the portable electronic device 38 is electrically connected to the output unit 34 of the charging control device 26 (general sequence) The bus bar is connected or wired (wireless charging), and the detecting unit 30 detects that the voltage or current value of the power supply device 22 is higher than a preset range value, so that the charging control device 26 determines that the power of the power supply device 22 is abnormal (the power supply device 22) The charging control device 26 does not output power to charge the portable electronic device 38, and the processing unit 28 of the charging control device 26 outputs a power abnormality warning signal to the portable electronic device 38, and the portable electronic device 38 The processing module 40 uses the electric power of the rechargeable battery 44 to drive the first alarm 46 to generate an alert sound or a warning light source and/or a second warning device 48 to operate to generate an alarm or text of the power abnormality (as shown in FIG. 2).

Assuming that the main switch lock 24 is operated in a non-conducting or locked state and the connection unit 42 of the portable electronic device 38 is electrically connected to the output unit 34 of the charging control device 26 (general sequence bus), the processing unit 28 outputs a device not The warning signal is sent to the portable electronic device 38. The processing module 40 of the portable electronic device 38 uses the electric power of the rechargeable battery 44 to drive the first alarm 46 and/or the second alarm 48 to generate a prompting effect, for example, the first When the warning device 46 is a speaker, the first warning device 46 generates an alarm sound to remind the user that the portable electronic device is not pulled out. When the second warning device 48 is a screen, the second warning device 48 displays a screen or text of the warning message.

It is assumed that the main switch lock 24 is operated in a non-conducting or locked state and the connection unit 42 of the portable electronic device 38 is connected to the output unit 34 of the charging control device 26 (wireless charging) when the user does not have a portable electronic device. The device 38 carries away from the charging control device 26. Since the portable device is also within the range of the connection distance of the output unit 34 of the charging control device 26 (wirelessly charged transmitter), the charging control device 26 determines that the user is not carrying Walking the portable electronic device, and further processing unit 28 outputs a device The warning signal is sent to the portable electronic device 38. The processing module 40 of the portable electronic device 38 drives the first alarm device 46 to generate a prompt signal. For example, when the first warning device 46 is a speaker, the first warning device 46 generates an alarm sound. Remind users that the portable electronic device is not unplugged.

It is assumed that the main switch lock 24 is in the on state and the connection unit 42 of the portable electronic device 38 is not electrically connected to the output unit 34 of the charging control device 26 (universal sequence bus) or is not wired (wireless charging), so charging The control device 26 does not charge the portable electronic device 38. When the main switch 24 is further switched from the conductive state to the locked or non-conductive state, the charging control device 26 does not output the device without the warning signal to the portable device. Electronic device 38.

Assuming that the charging control device 26 charges the portable electronic device 38, if the temperature detecting unit 36 detects that the temperature of the charging control device 26 is lower than the superheat value, the charging control device 26 continues to charge the portable electronic device 38. If the temperature detecting unit 36 detects that the temperature of the charging control device 26 is higher than the superheat value, the charging control device 26 stops charging the portable electronic device 38 and outputs a system overheat warning signal to the portable electronic device 38. The processing module 40 of the portable electronic device 38 causes the first and/or second alerts 46, 48 to generate a warning message that the system is overheated using the power of the rechargeable battery 44.

It is worth mentioning that the first warning device 46 composed of the speaker can respectively alert the device to a warning message such as the device is not pulled out, the power is abnormal, or the system is overheated by different sounds or voices, and the second alarm device 48 composed of the screen is displayed. It can display warning messages such as text, graphics or continuous screens that cause the warning device to be unplugged, the power is abnormal, or the system is overheated.

In addition to the charging system 10 of the first embodiment shown in FIGS. 1 and 2, the present invention can also have other variations, such as the charging system 10 shown in FIG. 3, compared to the first embodiment. The charging system 10 of the embodiment is charged through the output unit 34 and the connecting unit 42 while transmitting the device unplugged warning signal, the system overheat warning signal, the power abnormal warning signal, and the charging system 10 of the second embodiment shown in FIG. The charging control device 26 further includes a transmitting unit 37 electrically coupled to the processing unit 28. The transmitting unit 37 is preferably a wireless transmitter. For example, the transmitting unit 37 can employ Bluetooth, WI-FI, GSM or other known wireless transmissions. In any of the technologies, the portable electronic device 38 further includes a receiving unit 49 electrically connected to the processing module 40. The corresponding transmitting unit 49 of the receiving unit 49 may preferably be a wireless receiver, such as a receiving unit. 49 may employ any of Bluetooth, WI-FI, GSM or other known wireless transmission technologies.

In the second embodiment, after the output unit 34 is electrically connected to the connection unit 42, it is only responsible for the charging operation of the rechargeable battery 44 of the portable electronic device 38. The charging control device 26 additionally transmits the device without the warning signal and the system through the transmitting unit 37. The overheat warning signal and/or the power abnormality warning signal (depending on the actual situation) is sent to the receiving unit 49, and the processing module 40 obtains the device unplugged warning signal, the system overheat warning signal and/or the power abnormality received from the receiving unit 49. The warning signal respectively drives the first and/or second warning devices 46, 48 to operate to generate a warning effect. When the transmitting unit 37 is a wireless transmitter, the transmitting unit 37 is configured to remove the warning signal, the system overheat warning signal and/or Or the power abnormality warning signal is converted into a wireless signal and transmitted to the receiving unit 49 for reception.

The charging controller 26 of the charging system 10 of the embodiments of the present invention does not have a warning device installed, so that the warning device mounted on the vehicle 20 can be prevented from being damaged due to wind, sun, rain (especially easily on the motorcycle).

The charging system 10 of various embodiments of the present invention uses the portable electronic device 38 The speaker or screen that is originally configured is used as the first or second warning device 46, 48. Since the portable electronic device 38 is used by the user, the speaker and the screen often operate, so the first or the first is not easy to occur. If the second warning device 46, 48 is damaged and the user does not know it, the user can be effectively reduced because the user is not reminded that the portable electronic device 38 has not been removed or the power supply device 22 is not provided because the warning device is not operated. The probability of problems such as power anomalies.

Moreover, the first and second warning devices 46, 48 of the portable electronic device 38 operate using the portable electronic device 38's own rechargeable battery 44, so that the power supply device 22 of the vehicle 20 is not used, and the charging can be effectively reduced. The power consumption of the control device 26 further reduces the adverse effect of the charge controller 26 on the service life of the power supply device 22 (reducing the service life).

The present invention disclosed in the specification is intended to be illustrative and not restrictive. The scope of the present invention is defined by the scope of the appended claims, and is not intended to

Claims (11)

A charging system, mounted on a vehicle, comprising: a main switch lock, mounted on the vehicle, the main switch lock can be operated as a powered state, a non-energized state or a locked state; a power supply device mounted on the vehicle and The main switch is electrically connected; a charging control device is mounted on the vehicle and electrically connected to the main switch lock and the power supply device, the charging control device includes an output unit; and a portable electronic device selectively connectable to the output unit The portable electronic device includes a processing module and a connection unit electrically connected to the processing module. The portable electronic device further includes a first alarm device electrically connected to the processing module and a portable electronic device. A rechargeable battery for power operation, the portable electronic device can be electrically connected or connected to the output unit of the charging control device through the connection unit; when the main switch lock operation is powered, and the connection unit and the output unit of the portable electronic device are electrically In the state of connection or connection, the charging control device charges the rechargeable battery of the portable electronic device and does not Sending a portable electronic device with a warning signal to the portable electronic device, and the main switch lock operation is in a non-energized state or a locked state, and the connection unit of the portable electronic device is electrically connected or connected with the output unit. The charging control device does not charge the rechargeable battery of the portable electronic device, and transmits the portable electronic device through the output unit and the connection unit to the portable electronic device, and the portable electronic device does not receive the portable device. In the state where the electronic device does not pull out the warning signal, the first warning device of the portable electronic device does not operate, and the portable electronic device can carry the portable electronic device without receiving the warning signal. The processing module of the electronic device uses the electric power of the rechargeable battery to drive the first alarm to operate to generate a warning effect. The charging system of claim 1, wherein the charging control device further comprises: a processing unit electrically connected between the output unit and the power supply device; and a detecting unit electrically connected between the processing unit and the power supply device The detecting unit detects whether any one of the current or voltage of the power supply device is lower than a preset range value; and when the detecting unit detects that any one of the voltage or current is higher than the preset range value, The charging control device does not output a power abnormality warning signal to the portable electronic device. When the detecting unit detects that any one of the voltage or current is lower than the preset range value, the charging control device transmits the output unit and the connecting unit. Outputting a power abnormality warning signal to the portable electronic device. When the portable electronic device does not receive the power abnormality warning signal, the first warning device of the portable electronic device does not operate, and the portable electronic device receives power. In the state of the abnormal warning signal, the processing module of the portable electronic device drives the first warning device using the electric power of the rechargeable battery Operation produces a warning effect. The charging system of claim 2, wherein the portable electronic device further comprises a second alert electrically connected to the processing module, the second alert is a display; and the portable electronic In the state that the device does not receive the power abnormality warning signal, the second warning device of the portable electronic device does not operate, and the portable electronic device receives the power abnormal warning signal, the portable electronic device The processing module uses the electric power of the rechargeable battery to drive the second alarm to display a text and/or graphic screen indicating that the power is too low. The charging system of claim 2, wherein the charging control device further comprises: a temperature detecting unit electrically connected to the processing unit, wherein the temperature detecting unit detects that the temperature of the charging control device is higher or lower than the pre-charge Setting a superheat value; when the charging control device charges the portable electronic device and the temperature detecting unit detects that the temperature of the charging control device is lower than the superheat value, the charging control device continuously charges the portable electronic device, and the charging control device When charging the portable electronic device and the temperature detecting unit detects that the temperature of the charging control device is higher than the superheat value, the charging control device stops charging the portable electronic device and outputs a system overheat warning signal through the output unit and the connecting unit. In the portable electronic device, the processing module of the portable electronic device uses the electric power of the rechargeable battery to drive the first warning device to generate a warning effect. The charging system of claim 1, wherein the first alerter of the portable electronic device is a speaker, and the warning effect is a sound emitted by the speaker. A charging system, mounted on a vehicle, comprising: a main switch lock, mounted on the vehicle, the main switch lock can be operated as a powered state, a non-energized state or a locked state; a power supply device mounted on the vehicle and The main switch is electrically connected; a charging control device is mounted on the vehicle and electrically connected to the main switch lock and the power supply device, The charging control device comprises an output unit and a transmitting unit; optionally, a portable electronic device that is rechargeablely connected to the output unit, the portable electronic device includes a processing module and a connection electrically connected to the processing module The portable electronic device further includes a first alarm electrically connected to the processing module and a rechargeable battery for supplying power to the portable electronic device, and the portable electronic device further includes a receiving unit corresponding to the transmitting unit. The portable electronic device can be electrically connected or connected to the output unit of the charging control device through the connecting unit; in a state where the main switch lock operation is in an energized state and the connecting unit of the portable electronic device is electrically connected or connected with the output unit The charging control device charges the rechargeable battery of the portable electronic device and does not transmit a portable electronic device without the warning signal to the portable electronic device, and the main switch lock operates in a non-energized state or a locked state and is portable. Charging control device in a state where the connection unit of the electronic device is electrically connected or connected to the output unit Charging the rechargeable battery of the portable electronic device and transmitting the portable electronic device through the transmitting unit and the receiving unit without sending the warning signal to the portable electronic device, and the portable electronic device does not receive the portable electronic device without warning In the state of the signal, the first warning device of the portable electronic device does not operate. In the state that the portable electronic device receives the warning signal of the portable electronic device, the processing module of the portable electronic device uses the rechargeable battery. The operation of the electric drive first warning device produces a warning effect. The charging system of claim 6, wherein the transmitting unit is a wireless transmitter, and the receiving unit is a wireless receiver. The charging system of claim 6, wherein the charging control device further comprises: a processing unit electrically connected between the output unit and the power supply device; and a detecting unit electrically connected between the processing unit and the power supply device The detecting unit detects whether any one of the current or voltage of the power supply device is lower than a preset range value; and when the detecting unit detects that any one of the voltage or current is higher than the preset range value, The charging control device does not output a power abnormality warning signal to the portable electronic device. When the detecting unit detects that any one of the voltage or current is lower than the preset range value, the charging control device transmits the output unit and the connecting unit. Outputting a power abnormality warning signal to the portable electronic device. When the portable electronic device does not receive the power abnormality warning signal, the first warning device of the portable electronic device does not operate, and the portable electronic device receives power. In the state of the abnormal warning signal, the processing module of the portable electronic device drives the first warning device using the electric power of the rechargeable battery Operation produces a warning effect. The charging system of claim 8, wherein the portable electronic device further comprises a second alerter electrically connected to the processing module, the second alerter being a display; and the portable electronic The second warning device of the portable electronic device does not operate when the device does not receive the power abnormal warning signal, and the processing module of the portable electronic device uses the charging state when the portable electronic device receives the power abnormal warning signal. The battery's electric drive operates the second alert to display a text and/or graphics screen that informs the power that it is too low. The charging system of claim 8, wherein the charging control device further comprises: a temperature detecting unit electrically connected to the processing unit, the temperature detecting unit detecting that the temperature of the charging control device is higher or lower than the pre-charge Setting a superheat value; when the charging control device charges the portable electronic device and the temperature detecting unit detects that the temperature of the charging control device is lower than the superheat value, the charging control device continuously charges the portable electronic device, and the charging control device When charging the portable electronic device and the temperature detecting unit detects that the temperature of the charging control device is higher than the superheat value, the charging control device stops charging the portable electronic device and outputs a system overheat warning signal through the output unit and the connecting unit. In the portable electronic device, the processing module of the portable electronic device uses the electric power of the rechargeable battery to drive the first warning device to generate a warning effect. The charging system of claim 6, wherein the first warning device of the portable electronic device is a speaker, and the warning effect is a sound emitted by the speaker.