TWM539735U - Power source device with wireless communication function - Google Patents

Description

Power supply unit with wireless communication function

The present invention relates to a power supply device with wireless communication function, in particular, the wireless communication module of the configured battery is used to detect the power supply status of the rechargeable battery unit, and the wireless transmission mode is transmitted to the portable display control unit for display. By means of notification, reminding the user, and the multifunctional headlight of the power supply unit is equipped with a charging connector, the portable display control unit can be charged by the power from the battery.

At present, the most commonly used internal combustion engine or engine of petrochemical fuel is used to generate the required mechanical power. However, the internal combustion engine or engine will emit various exhaust gases during use, which is not conducive to the quality of the ambient air, especially the densely populated metropolitan area. . Therefore, under the rise of global environmental awareness, governments, civil society, and industry are all committed to developing energy-saving, carbon-reducing, and low-pollution vehicles. Electric motors that use electricity as energy are quite potential options. At the same time, electric Bicycles, electric motors, and electric vehicles have been successfully introduced to the market.

However, the source of the above power is generally a battery, and the available power stored is limited by the volume and weight. Therefore, the user must pay attention to whether the power is sufficient before or during driving, otherwise the power is exhausted. Will be similar to failure, anchor, unable to continue driving and trapped, waiting for assistance.

In order to solve the above problem, taking an electric bicycle as an example, the conventional technology is to configure the display screen in front of the vehicle, and connect the battery with a physical connection line, and configure the power detector and the controller to detect the remaining power of the battery. And the controller transmits the power status to the display screen for display to the user. With the advancement of the electronics industry, the display screen has now been replaced by smart phones. However, the physical connection line requires an additional wiring process, which leads to the complexity and aesthetics of the overall structural design. At the same time, the physical connection line itself also increases the material cost, which is not conducive to market competition.

Moreover, the power of the smart phone itself is limited, so it is easy to cause the smart phone to shut down or fail due to insufficient power during driving, so that the user cannot know whether the battery of the motor still has enough power to continue driving.

Therefore, there is a need for a novel power supply device that provides wireless communication functions, in particular, using a wireless communication module of a battery in a power supply device to detect the power supply status of the rechargeable battery unit, and transmitting to the portable display unit by wireless transmission. And the display, to achieve the purpose of notification, reminding the user, and the multi-function headlight of the power supply device is configured with a charging connector, and the portable display control unit can be charged by using power from the battery, thereby solving the problem of the above-mentioned conventional technology.

The main purpose of the present invention is to provide a power supply device with wireless communication function, which is disposed in a vehicle, including a battery, a multi-function headlight, and is connected by a first connecting line to a battery, a multifunctional headlight, and is connected by a second connection. The line connects the battery and the electric motor. Therefore, the battery can supply power to the multifunctional headlights and the electric motor, so that the multifunctional headlights can display the functions of illumination and warning, and at the same time, the motor generates mechanical power to drive the vehicle, in particular, the multifunctional headlight can be The third connection line is further used to connect to the portable display control unit to provide a charging function.

Specifically, the battery comprises a rechargeable battery unit, a controller and a wireless communication module, wherein the rechargeable battery unit capable of multiple charging functions is connected and powered to the controller and the wireless communication module for control. The wireless communication module detects the power supply status of the rechargeable battery unit and transmits it to the portable display control unit for display by wireless transmission.

The wireless transmission method can include Bluetooth, and the portable display control unit includes a smart phone, a tablet, or an electronic device with display function. Therefore, the user can receive and display the power supply status and driving information of the rechargeable battery unit while performing the exclusive application by using the portable display control unit while riding the bicycle.

The application of the portable display control unit can display a pattern of at least one button, and provides a user to communicate with the controller by pressing, thereby controlling the output power of the vehicle to cope with different usage environments.

Further, the multifunctional headlight includes at least one forward light and at least one road surface a light, at least one side light, for generating forward light, road light, and lateral light, wherein the forward light is disposed directly in front of the multifunctional headlight, and the forward light emitted is directed forward. It can illuminate the road ahead. The road light is disposed obliquely downward in front of the multi-function headlight. It can produce a specific light pattern on the front ground. The user can observe the change of the light pattern to judge whether the road surface is flat or has obstacles. The lateral light is disposed on the side of the multifunctional headlight obliquely downward, and the light is directed toward the ground behind the slope, generating a plurality of specific light strips, indicating the lateral width of the vehicle, preventing the rear vehicle or the adjacent vehicle. Collide, collide, and chase. Therefore, the security can be greatly improved.

The multi-function headlights are also equipped with a charging connector, which is connected to the portable display control unit by a third connection line for charging purposes. Therefore, during the riding process, the portable display control unit itself is being charged at the same time, so that power shortage is not interrupted or failed, and the problem of limited power is fundamentally solved.

10‧‧‧Battery

12‧‧‧Rechargeable battery unit

14‧‧‧ Controller

16‧‧‧Wireless communication module

20‧‧‧Multifunctional headlights

21‧‧‧ forward lights

22‧‧‧Street lights

23‧‧‧ Lateral lights

24‧‧‧Charging connector

25‧‧‧ Driving Recorder

26‧‧‧ Horn

30‧‧‧Electric motor

40‧‧‧Portable display control unit

50‧‧‧ pedal

L1‧‧‧ first cable

L2‧‧‧second cable

L3‧‧‧ third cable

LT1‧‧‧ forward light

LT2‧‧‧Pavement Light

LT3‧‧‧lateral light

The first figure shows a perspective view of a power supply device having a wireless communication function according to the present embodiment.

The second figure shows a schematic diagram of the electrical connections between the electrical components in the first figure.

The third A diagram and the third B diagram respectively show schematic diagrams of the multi-function headlights in the present power supply device at different viewing angles.

The fourth figure shows a schematic diagram of the road light emitted by the multifunctional headlight in the third figure.

The fifth figure shows a schematic view of the lateral light emitted by the multifunctional headlight in the third figure.

The implementation of the present invention will be described in more detail below with reference to the drawings and component symbols, so that those skilled in the art can implement the present specification after studying the present specification.

Please refer to the first figure and the second figure at the same time. The first figure is a perspective view of the power supply device with wireless communication function in the creative embodiment, and the second figure is a schematic diagram of the electrical connection between the electrical components in the first figure. As shown in the first figure and the second figure, the wireless communication function of the present invention can be configured in a vehicle, such as an electric bicycle, an electric tricycle or an electric vehicle, to provide functions of power, lighting, warning, and charging, but it is necessary to pay attention to In order to facilitate the description of the features of the present creation, the following description will be exemplified by an electric bicycle, but is not limited thereto. The power supply device of the present invention includes a battery 10 and a multi-function headlight 20, wherein the battery 10 is respectively passed through A connection line L1, a second connection line L2 are connected to the multi-function headlight 20 and the motor 30 to provide power, and the multi-function headlight 20 is configured to be connected to the portable display control unit 40 via the third connection line L3. Provide the required power and charging capabilities. The electric motor 30 can be disposed on the front wheels of the vehicle, as shown in the figures, but can also be placed in the rear or intermediate position of the vehicle.

The battery 10 described above has a rechargeable battery unit 12, a controller 14 and a wireless communication module 16, and the rechargeable battery unit 12 having a multi-charge function is connected and powered to the controller 14 and the wireless communication module 16. Further, the controller 14 supplies power to the multi-function headlight 20 via the first connection line L1, and the multi-function headlight 20 supplies power to the portable display control unit 40 via the third connection line L3. In addition, the wireless communication module 16 can detect the power supply status of the rechargeable battery unit 12, and transmit the included power supply status and driving information to the portable display control unit 40 by using a wireless transmission mode, wherein the portable display control is performed. Unit 40 can be placed in the handle of the vehicle or in a location that is convenient for the user to operate. Therefore, the user can know the current power supply status of the rechargeable battery unit 12 via the portable display control unit 40 at any time without using the vehicle, without affecting the normal operation, in particular, the portable display control unit 40 and The batteries 10 are not wired in communication, so the general physical connection lines are saved, simplifying the overall system configuration.

Further, the multifunctional headlight 20 has a power input terminal VI and a power output terminal VO, wherein the power input terminal VI is connected to the controller 14 via the first connection line L1, and the power output terminal VO is via the third connection line. The L3 is connected to the portable display control unit 40.

The wireless transmission method may include Bluetooth, and the portable display control unit 40 includes a smart phone, a tablet computer, or an electronic device with a display function, and can be easily removed while the user is not riding the bicycle. go. Moreover, the portable display control unit 40 communicates with the wireless communication module 16 by executing a dedicated application (APP), and includes receiving and displaying the power supply status and driving information of the rechargeable battery unit 12.

In addition, the application executed by the portable display control unit 40 can also display a pattern of at least one button, and provide a user to communicate with the controller 14 by pressing, thereby controlling the output power of the vehicle. For example, the button pattern can be configured as a power switch button to turn the battery 10 power on or off, or multiple mode selection buttons can be configured, such as a fixed speed mode, a low power demand leisure mode, and a high power demand. Hill climbing mode or racing mode to cope with The same use environment. Specifically, the electric motor 30 is powered by the controller 14 to provide preset auxiliary power to drive the vehicle. For example, the vehicle can be configured with a foot pedal 50 for the user to step on, and the chain is driven by the foot pedal 50 and coupled to the rear wheel of the vehicle, so that the user applies the pedaling force to the foot pedal 50. At the same time, the controller 14 can sense the speed of the foot pedal 50 and detect the magnitude of the applied pedaling force, thereby adjusting the power output from the battery 10 to the motor 30, and appropriately controlling the auxiliary power to achieve the user's position. The set operating mode. That is, when the pedaling force is large or fast, the auxiliary power is increased, and when the pedaling force is small or slow, the auxiliary power is reduced. If it is set to the fixed speed mode, the auxiliary power is dynamically adjusted to maintain the fixed speed of the vehicle, wherein the fixed speed can be set by the user by the application of the portable display control unit 40.

More specifically, the multi-function headlight 20 is powered by the battery 10 to generate light to provide a lighting function, and also has an alerting and charging function, particularly as shown in FIGS. 3A and 3B, the multifunctional headlight 20 The invention includes at least one forward light 21, at least one street light 22, and at least one side light 23 for generating forward light LT1, road light LT2, and lateral light LT3, respectively. The forward light 21, the street light 22, and the lateral light 23 may be provided by a light emitting crystal.

The forward light 21 is disposed directly in front of the multi-function headlight 20, and the emitted forward light LT1 is directed straight ahead to illuminate the front road.

The street lamp 22 is disposed obliquely downward in front of the multifunctional headlight 20, and the emitted road light LT2 is mainly illuminated on the front ground. As shown in the fourth figure, a specific light pattern can be generated, such as a square grid. The shape allows the user to observe the change of the size and shape of the square to judge whether the road surface is flat or has obstacles, and to improve driving safety, especially when there is no road condition of the house or the store on the road or the surrounding area without the street lamp. In addition, the street light 22 can adjust the different distances of the front ground to match the rider's different riding speeds in time to achieve the safest driving.

The lateral light 23 is disposed on the side of the multifunctional headlight 20 obliquely downward, and the emitted lateral light LT3 is a ground facing obliquely rearward. As shown in FIG. 5, a specific plurality of light strips may be generated, such as In a parallel to the two straight lines in the forward direction, and the distance between the two straight lines is at least equal to the horizontal width of the vehicle, such as the horizontal width of the bicycle handle, or a plurality of light spots that are equal to the handle of the bicycle, the purpose is to indicate the traffic. The horizontal width of the tool can remind any surrounding car to prevent the collision, collision, and collision, including the surrounding cars, locomotives, and bicycles. especially, When a group of bicycles are traveling at night and at night without road lighting, because of the short distance between each other and the different driving speeds, if there is no proper lighting to achieve a visual reminder, it is likely to When the front car brakes or slows down, it is hit, collided, chased by the rear car, and even the entire team members are injured and injured.

Furthermore, the multi-function headlight 20 is further configured with a charging connector 24, such as located below the multi-function headlight 20, for interposing the third connecting line L3 to be connected to the portable display control unit 40, and passing through the first connecting line. L1 uses the power from the battery 10 to charge the portable display control unit 40, that is, the portable display can be used in addition to the preset function of the portable display control unit 40 during the bicycle riding process. The control unit 40 itself is being charged at the same time, so that power shortage or interruption or failure does not occur, and the problem of limited power in the conventional technology is fundamentally solved.

In addition, the portable display control unit 40 may further display an additionally configured button icon, such as a light control button icon, for controlling the operation of the forward light 21, the street light 22, and the lateral light 23, such as a switch or adjustment. brightness. Therefore, the user can directly control the light by directly operating the light control button icon during riding, which is very convenient in practical application and improves safety, and is quite industrially useful.

The multi-function headlight 20 can also be equipped with a driving recorder 25 and a horn 26, which are operated by the battery 10 to provide the required power, wherein the driving recorder 25 can record the driving image, and the horn 26 can make a sound when the general bell sounds. For example, the driving recorder 25 and the speaker 26 are controlled by the user operating the portable display control unit 40, for example, the anti-theft mode is set by the application. At this time, if the vehicle is moved for unknown reasons, Then, the horn of the multifunctional headlight 20 can be activated according to the distance that the vehicle is moved, and different alarm sounds are generated to exhibit the burglar warning function.

The power supply device with wireless communication function may include a power generating hub, which is disposed on the front wheel or the rear wheel to generate power for the multifunctional headlight 20, or directly put the action power on the handlebar, and directly supplies power to The portable display control unit 40, therefore, the portable display control unit 40 can obtain a more stable power source for charging.

In summary, the feature of the creation is that the wireless communication module of the battery is used to wirelessly transmit the power supply status of the rechargeable battery unit to the portable display control unit. The utility model can be used for notifying and reminding the user to save the connection wire between the battery and the portable display control unit, improving the convenience of use and simplifying the overall configuration. At the same time, the forward light, the street light and the side light of the multifunctional headlight can generate forward light, road light and lateral light, so as to facilitate the user to clear the road condition and remind the surrounding car to pay attention to prevent the collision. Collision, collision, and greatly increase security.

In particular, the multifunctional headlight is provided with a charging connector that utilizes power from the battery to supply power to the portable display control unit and charges the portable display control unit so that during the cycling process, the user can In addition to the preset functions of the portable display control unit, it can also be charged at the same time, which fundamentally solves the problem of limited power of the portable display control unit in the conventional technology.

The above description is only for the purpose of explaining the preferred embodiment of the present invention, and is not intended to impose any form of limitation on the creation, so that any modification or alteration of the creation made in the same creative spirit is provided. , should still be included in the scope of protection of this creative intent.

10‧‧‧Battery

20‧‧‧Multifunctional headlights

30‧‧‧Electric motor

40‧‧‧Portable display control unit

50‧‧‧ pedal

L1‧‧‧ first cable

L2‧‧‧second cable

L3‧‧‧ third cable

Claims (9)

A power supply device with wireless communication function is configured as a vehicle using a motor to generate a mechanical power source, comprising: a battery having a rechargeable battery unit, a controller and a wireless communication module, the rechargeable battery unit Connecting and supplying power to the controller and the wireless communication module; and a multifunctional headlight connected to the controller of the battery via a first connection line to obtain power and including at least one forward light, at least a street light and at least one side light for respectively generating a forward light, a road light and a side light, wherein the at least one forward light is disposed directly in front of the multifunctional headlight, and the forward direction The light is directed forward to illuminate the road ahead, and the at least one street light is disposed obliquely downward in front of the multifunctional headlight, and the road light generates a specific light pattern according to the front ground, so that the use Observing whether the road surface is flat or has an obstacle by observing the change of the light pattern, the at least one side light is disposed obliquely downward of the side of the multifunctional headlight, and the lateral direction a specific plurality of light strips are formed toward the obliquely rear ground to indicate the lateral width of the vehicle, wherein the controller is connected to an electric motor via a second connecting line and supplies power to the electric motor. The multifunctional headlight is connected to a portable display control unit by a third connecting line to provide power and charging, and the portable display control unit is implemented by executing an exclusive application (APP). The wireless communication module of the battery communicates, and the wireless communication module detects the power supply status of the rechargeable battery unit, and utilizes a And transmitting, by the wireless transmission mode, the power supply status and the train information to the portable display control unit, wherein the portable display control unit displays the at least one button graphic by executing the application to provide A user communicates with the controller by pressing the at least one button to control the output power of the vehicle, and the multifunctional headlight is further configured with a charging connector for inserting the third connecting line. The portable display control unit comprises a smart phone, a tablet computer or an electronic device with a display function. A power supply device having a wireless communication function according to claim 1 of the patent application, wherein the vehicle comprises an electric bicycle, an electric tricycle or an electric vehicle. The power supply device with wireless communication function according to claim 1 of the patent application, wherein the power supply mode of the battery includes a leisure mode with low power demand, a climbing mode with high power demand, or a racing mode. A power supply device having a wireless communication function according to claim 1 of the patent application, wherein the wireless transmission mode includes Bluetooth. According to the wireless communication function power supply device of claim 1, wherein the portable display control unit further displays an additional configuration of a button icon for controlling the forward light of the multifunctional headlight, the street light, Lateral lamp operation. A power supply device having wireless communication function according to claim 1 of the patent application scope, wherein The multi-function headlight is further configured with a line recorder and/or a speaker, and is operated by the battery providing the required power, the driving recorder is for recording a driving image, the speaker is for sounding, and the speaker The driving recorder and the speaker are controlled by being connected to the portable display control unit. The power supply device with wireless communication function according to claim 6 of the patent application, wherein the portable display control unit is set to the anti-theft mode through the application, and if the vehicle is moved, the application is based on the traffic The tool is moved by the distance and the horn is activated to generate an alarm sound to provide an anti-theft warning function. The power supply device with wireless communication function according to claim 1 of the patent application further includes a power generating drum disposed on a front wheel or a rear wheel of the vehicle for generating electricity and supplying power to the multifunctional headlight. The power supply device with wireless communication function according to claim 1 of the patent application further includes a mobile power source placed on the handle of the vehicle and powered to the portable display control unit.