TWM564538U - Projection device and vehicle intelligent lighting projection system - Google Patents

Abstract

The present invention discloses a projection device and a vehicle intelligent lighting projection system, the projection device comprising a projection component, a storage component, a sensing component and a control component. The storage component stores a plurality of image messages and a plurality of determination signals, and the plurality of image messages respectively correspond to the respective determination signals. The sensing component detects the body actuation of the carrier to generate at least one sensing signal. The control component is electrically connected to the projection component, the storage component and the sensing component. The control component receives at least one sensing signal and compares with each of the determining signals. When the control component determines that the at least one sensing signal meets one of the determining signals, the control component is The control projection component projects an image message corresponding to one of the determination signals.

Description

Projection device and vehicle intelligent lighting projection system

The present invention relates to a projection device and a vehicle intelligent illumination projection system, and more particularly to a projection device and a vehicle intelligent illumination projection system capable of providing a suitable light source by using a projection principle.

Various types of vehicles can greatly shorten the time spent between people and various items between the two places. It can enhance the convenience of people in daily life and the transportation of various goods, and is popular for many people to purchase and use. Various types of vehicles can be seen everywhere on the roads. Generally, various types of headlights, small lights, tail lights, direction lights, brake lights, etc. are provided in different types of vehicles. Under different conditions, the lamps of different positions are used to emit different colors of light, which can be used to remind other drivers or passers-by to pay attention to the location or driving direction of the vehicle, and also provide the driver with a dim, unclear sight or night driving. Irradiation road conditions ensure the safety of driving purposes.

Nowadays, the lights in front of the vehicle can provide the functions of the far-light and the close-light according to different road conditions and line-of-sight requirements, so that the operator can clearly observe the situation around the vehicle in poor light. However, the lights The switch between the high and low lights must be manually controlled by the operator. If the operator does not switch the lights to the current road conditions, such as the general urban area should switch to the lights, it will affect the driving of the incoming car, and then Affect driving safety.

As mentioned above, the author of this creation thinks about and designs a projection device and a vehicle intelligent lighting projection system to improve the lack of conventional technology. Promote the implementation and utilization of the industry.

In view of the above-mentioned problems of the prior art, the purpose of the present invention is to provide a projection device and a vehicle intelligent lighting projection system to solve the defects of the prior art.

According to the purpose of the present creation, a projection device is proposed which comprises a projection assembly, a storage assembly, a sensing assembly and a control assembly. The storage component stores a plurality of image messages and a plurality of determination signals, and the plurality of image messages respectively correspond to the respective determination signals. The sensing component detects the body actuation of the carrier to generate at least one sensing signal. The control component is electrically connected to the projection component, the storage component and the sensing component. The control component receives at least one sensing signal and compares with each of the determining signals. When the control component determines that the at least one sensing signal meets one of the determining signals, the control component is The control projection component projects an image message corresponding to one of the determination signals.

Preferably, the image information projected by the projection component can present a high beam effect.

Preferably, the image information projected by the projection component can exhibit a low beam effect.

Preferably, the storage component can store a plurality of tilt signals, and the projection device can further include a driving component that is movably connected to the projection component and electrically connected to the control component; wherein the control component determines that the at least one sensing signal meets the When a dip signal is output, the control component controls the drive assembly to adjust the projection angle of the projection assembly.

Preferably, the projection angle can be between 0 and 360 degrees.

According to the purpose of the present invention, a smart lighting projection system for a vehicle is further provided, which comprises a projection device and an electronic device. The projection device comprises a projection component, a storage component, a transceiver component and a control component. The projection assembly projects a beam of light color. Storage component storage A plurality of image messages and a plurality of judgment signals, and the plurality of image messages respectively correspond to the respective judgment signals. The control component is electrically connected to the projection component, the storage component, and the transceiver component. The electronic device communicates with the transceiver component, and the electronic device stores the control application. Wherein, when the control application generates a color control signal, and the control component receives and determines that the color control signal meets one of the determination signals via the transceiver component, the control component controls the projection component to project an image message corresponding to one of the determination signals. And the light color of the light beam projected by the projection component is converted into another light color.

Preferably, the light color and the other light color may be white light, blue light, yellow light or sunlight.

Preferably, the light color can be different from the other light color.

Preferably, the projection device further includes a sensing component electrically connected to the control component and detecting the body actuation of the carrier to generate at least one sensing signal; wherein the control component receives the at least one sensing signal and determines When at least one of the sensing signals meets one of the determination signals, the control component controls the projection component to project an image message corresponding to one of the determination signals.

Preferably, the image information projected by the projection component can present a high beam effect.

Preferably, the image information projected by the projection component can exhibit a low beam effect.

Preferably, the storage component can store a plurality of tilt signals, and the projection device can further include a driving component that is movably connected to the projection component and electrically connected to the control component; wherein the control component determines that the at least one sensing signal meets the When a dip signal is output, the control component controls the drive assembly to adjust the projection angle of the projection assembly.

Preferably, the projection angle can be between 0 and 360 degrees.

According to the purpose of the present invention, a smart lighting projection system for a vehicle is further provided, which comprises a projection device and an electronic device. The projection device comprises a projection component, a transceiver component, a storage component and a control component. The storage component stores a plurality of image messages. Control component Connect the projection component, the transceiver component and the storage component. The electronic device communicates with the transceiver component, and the electronic device stores the control application; wherein, when the control application generates the image control signal, and the control component receives and determines through the transceiver component that the image control signal conforms to one of the image messages, the control component According to the control projection component, one of the image messages is projected.

Preferably, the image message projected by the projection component can present a predetermined graphic.

Preferably, the predetermined graphic may include a text message.

Preferably, the storage component can store a plurality of determination signals, and the plurality of determination signals respectively correspond to the image information, and the projection device further includes a sensing component electrically connected to the control component and detecting the body actuation of the carrier. Generating at least one sensing signal; wherein, when the control component receives the at least one sensing signal and determines that the at least one sensing signal meets one of the determining signals, the control component controls the projection component to project an image corresponding to one of the determining signals message.

Preferably, the image information projected by the projection component can present a high beam effect.

Preferably, the image information projected by the projection component can exhibit a low beam effect.

Preferably, the storage component can store a plurality of tilt signals, and the projection device can further include a driving component that is movably connected to the projection component and electrically connected to the control component; wherein the control component determines that the at least one sensing signal meets the When a dip signal is output, the control component controls the drive assembly to adjust the projection angle of the projection assembly.

Preferably, the projection angle can be between 0 and 360 degrees.

Preferably, the projection component projects a light beam having a light color, and the storage component stores a plurality of determination signals, wherein the plurality of determination signals respectively correspond to the image information; wherein the control application generates a color control signal, and the control component transmits and receives the signal When the component receives and determines that the color control signal conforms to one of the determination signals, the control component controls the projection component to project an image message corresponding to one of the determination signals, so that the light of the beam projected by the projection component The color changes to another light color.

Preferably, the light color and the other light color may be white light, blue light, yellow light or sunlight.

Preferably, the light color can be different from the other light color.

As described above, the present projection device and the vehicle intelligent lighting projection system can detect the shaking and tilting of the vehicle body by the sensing component, and correspondingly control the projection component to project a projection suitable for the current road segment. The image is imaged, and the effect of high beam and low beam is generated on the road surface, or the effect of light left or right is achieved, and the effect of suitable lighting is achieved. Moreover, the creative intelligent lighting projection system of the vehicle also incorporates a handheld electronic device for the operator to instantly control the projection image projected by the projection component through the related application, or to control the projection of the projection component. The direction or angle of the light can further adjust the light color of the light beam projected by the projection component, thereby improving the convenience of the light control.

1‧‧‧Smart lighting projection system for vehicles

10‧‧‧projection device

100‧‧‧Projection components

101‧‧‧Storage components

101A‧‧‧Image Message

101B‧‧‧judging signal

101C‧‧‧ dip signal

102‧‧‧Sensing components

102A‧‧‧Sensior signal

103‧‧‧Control components

104‧‧‧Drive components

105‧‧‧Transceiver components

11‧‧‧Electronic devices

110‧‧‧Control application

110A‧‧‧Color control signal

110B‧‧‧Image Control Signal

Figure 1 is a block diagram showing an embodiment of a projection device of the present invention.

Figure 2 is a block diagram showing the first embodiment of the intelligent lighting projection system for a vehicle.

Figure 3 is a block diagram showing a second embodiment of the intelligent lighting projection system for a vehicle.

In order to understand the technical characteristics, content and advantages of the creation and the effects that can be achieved by the examiner, the author will use the drawings in detail and explain the following in the form of the examples, and the drawings used therein The subject matter is only for the purpose of indicating and supporting the manual. It must be the true proportion and precise configuration after the implementation of the creation. Therefore, the proportion of the attached drawings and the configuration relationship should not be limited to the scope of patents actually created in the actual implementation.

The embodiments of the projection device and the vehicle intelligent lighting projection system according to the present invention will be described below with reference to the related drawings. For the sake of understanding, the same components in the following embodiments are denoted by the same reference numerals.

Please refer to FIG. 1 , which is a block diagram of an embodiment of a projection device of the present invention. As shown, the projection device 10 includes a projection assembly 100, a storage assembly 101, a sensing assembly 102, and a control assembly 103. The storage component 101 stores a plurality of image messages 101A and a plurality of determination signals 101B, and the plurality of image messages 101A correspond to the respective determination signals 101B. The sensing component 102 detects the body actuation of the carrier to generate at least one sensing signal 102A. The control component 103 is electrically connected to the projection component 100, the storage component 101, and the sensing component 102. The control component 103 receives the at least one sensing signal 102 and compares with each of the determination signals 101B. The control component 103 determines that the at least one sensing signal 102 is consistent. When one of the determination signals 101B, the control component 103 controls the projection component 100 to project an image message 101A corresponding to one of the determination signals 101B.

Further, the image message 101A projected by the projection component 100 can exhibit a high beam effect. Conversely, the image message 101A projected by the projection assembly 100 can exhibit a low beam effect.

In particular, the present projection device 10 can be applied to any vehicle carrier, such as a car, a locomotive, etc., in the present embodiment, the locomotive is taken as an example, but not limited thereto. The projection device 10 of the present invention comprises a projection component 100, a storage component 101, a sensing component 102 and a control component 103. The projection component 100 can be a projection device, the storage component 101 can be a memory or a hard disk, and the sensing component 102 can be The gravity sensor or gyroscope, the control component 103 can be an Engine Control Unit (ECU). Stored in storage component 101 The plurality of image messages 101A and the plurality of determination signals 101B, the plurality of image messages 101A can be a plurality of types of projection images, and when projected on a road surface or a ground, the high beam, the low beam, the left source or the light can be presented. The source is right or the like, and the plurality of determination signals 101B can be preset parameters of the carrier offset. The control component 103 is electrically connected to the projection component 100, the storage component 101, and the sensing component 102 as a signal processing and control component.

Therefore, when the operator drives the locomotive, when the locomotive is riding through the mountain road, the sensing component 102 detects the body change of the locomotive, and generates at least one sensing signal 102A. Then, the control component 103 receives the at least one sensing signal 102A, and compares the at least one sensing signal 102A with the plurality of determining signals 101B. When the control component 103 determines that the at least one sensing signal 102A meets one of the determining signals 101B ( When the preset parameter of the signal indicates that the vehicle is in an uphill or downhill state, the control component 103 controls the projection component 100 to project an image message 101A corresponding to the determination signal 101B according to the determination signal 101B, for example, the mountain road needs The remote light is turned on, so the image message 101A projected by the projection component 100 exhibits a high beam effect on the road surface. In contrast, when the road section where the locomotive is riding is converted from a mountain road to a general road, the sensing component 102 generates another sensing signal 102A, and after the control component 103 determines that another sensing signal 102A meets another When the determination signal 101B (the preset parameter of the signal indicates that the vehicle is in a flat road state), the control component 103 controls the image message 101A projected by the projection component 100 to present a low beam effect on the road surface.

Further, the storage component 101 can store a plurality of tilt signals 101C, and the projection device 10 can further include a driving component 104 that is movably coupled to the projection component 100 and electrically connected to the control component 103; wherein, at the control component 103, at least When a sensing signal 102 conforms to one of the tilt signals 101C, the control component 103 controls the driving component 104 to adjust the projection angle of the projection assembly 100. Preferably, the projection angle can be between 0 and 360 degrees.

That is to say, the projection device 10 of the present invention can further set the driving component. The tilting signal 101C can be a carrier. The storage unit 101 can further store a plurality of tilt signals 101C. Pre-set parameters for cornering or tilting. Therefore, when the operator drives the locomotive to bend or encounter the road cavity, the sensing component 102 detects the up-and-down swing or the left-right tilt change of the locomotive body to generate at least one sensing signal 102A. Then, the control component 103 compares the at least one sensing signal 102A with the plurality of dip signals 101C, and determines that the at least one sensing signal 102A meets one of the dip signals 101C, and the control component 103 controls according to the dip signal 101C. The driving component 104 adjusts the projection angle a of the projection component 100. For example, when the locomotive turns right, the driving component 104 drives the projection component 100 to rotate to the right, and if the road surface is pitted, adjusts the projection elevation angle of the projection component 100 or Depth angle, to achieve the effect of suitable lighting. Wherein, the driving component 104 can drive the projection component 100 to rotate up and down and left and right in a 360 degree manner.

Please refer to FIG. 2 , which is a block diagram of the first embodiment of the intelligent lighting projection system for a vehicle, and please refer to FIG. 1 . As shown in the figure, the projection device of the present embodiment is similar to the operation of the same components described in the projection device of the above embodiment, and therefore will not be described herein. In the present embodiment, the vehicle intelligent lighting projection system 1 includes a projection device 10 and an electronic device 11. The projection device 10 includes a projection assembly 100, a storage assembly 101, a transceiver assembly 105, and a control assembly 103. Projection assembly 100 projects a beam of light having a color. The storage component 101 stores a plurality of image messages 101A and a plurality of determination signals 101B, and the plurality of image messages 101A correspond to the respective determination signals 101B. The control component 103 is electrically connected to the projection component 100, the storage component 101, and the transceiver component 105. The electronic device 11 is communicatively coupled to the transceiver component 105, and the electronic device 11 stores the control application 110. Wherein, when the control application 110 generates the color control signal 110A, and the control component 103 receives and determines that the color control signal 110A conforms to one of the determination signals 101B via the transceiver component 105, the control component 103 controls the projection component 100 to project corresponding thereto. a judgment signal 101B The image message 101A converts the light color of the light beam projected by the projection assembly 100 to another light color. Preferably, the light color and the other light color may be white light, blue light, yellow light or sunlight. Also, the light color can be different from the other light color.

For example, the intelligent lighting projection system 1 for a vehicle includes a projection device 10 and an electronic device 11. The projection device 10 can be the projection device described in the foregoing embodiment. The electronic device 11 can be a smart phone or a tablet. Such as portable electronic devices. The projection assembly 100 of the projection device 10 projects a light beam having a color of light. The storage unit 101 stores a plurality of image messages 101A and a plurality of determination signals 101B, and the plurality of image messages 101A respectively correspond to the determination signals 101B. The plurality of image messages 101A can be image images of different colors, a plurality of The determination signal 101B can be a color temperature parameter corresponding to different light colors. Moreover, the projection device 10 further includes a transceiver component 105, which can be a Bluetooth, Wifi or any communication receiving transceiver module. The electronic device 11 stores a control application 110 (such as an APP) that can control the operation of the projection device 10. Therefore, when the operator drives the locomotive, if the light color (such as color temperature) of the light beam projected by the projection component 100 is changed from white light to other light colors, the color control signal 110A can be generated by the control application 110, and The transceiver component 105 transmits to the control component 103, and causes the control component 103 to compare the color control signal 110A with the plurality of determination signals 101B. When the control component 103 determines that the color control signal 110A meets one of the determination signals 101B (such as yellow light). The control component 103 controls the projection component 100 to project the image message 101A corresponding to the determination signal 101B, so that the image message 101A overlaps with the original light source color of the projection component 100, thereby causing the projection component 100 to project The light color of the light beam is converted to another light color, such as from white light to yellow light, to achieve the effect of adjusting the light color of the light of the projection assembly 100.

Further, the projection device 10 further includes a sensing component 102 electrically connected to the control component 103 and detecting the body actuation of the carrier 2 to generate at least one sensing signal 102A; wherein the control component 103 receives at least one Sensing signal 102A and determining at least one When the sensing signal 102A meets one of the determination signals 101B, the control component 103 controls the projection component 100 to project an image message 101A corresponding to one of the determination signals 101B. Moreover, the image message 101A projected by the projection component 100 can exhibit a high beam effect. Conversely, the image message 101A projected by the projection assembly 100 can exhibit a low beam effect.

Furthermore, the storage component 101 can store a plurality of tilt signals 101C, and the projection device 10 can further include a driving component 104 that is movably coupled to the projection component 100 and electrically connected to the control component 103; wherein the control component 103 determines at least When a sensing signal 102A conforms to one of the tilt signals 101C, the control component 103 controls the driving component 104 to adjust the projection angle a of the projection assembly 100. The projection angle a is preferably between 0 and 360 degrees.

That is to say, the projection device 10 included in the vehicle intelligent lighting projection system 1 of the present embodiment can also have the functions and functions described in the projection device 10 of the foregoing embodiment.

Please refer to FIG. 3 , which is a block diagram of a second embodiment of the intelligent lighting projection system for a vehicle of the present invention, and please refer to FIG. 1 and FIG. 2 together. As shown in the figure, the intelligent lighting projection system for a vehicle in this embodiment is similar to the operation of the same components described in the projection device and the intelligent lighting projection system for a vehicle of the above embodiment, and therefore will not be described herein. However, it is worth mentioning that in the present embodiment, the vehicle intelligent lighting projection system 1 includes the projection device 10 and the electronic device 11. The projection device 10 includes a projection assembly 100, a transceiver assembly 105, a storage assembly 101, and a control assembly 103. The storage component 101 stores a plurality of image messages 101B. The control component 103 is electrically connected to the projection component 100, the transceiver component 105, and the storage component 101. The electronic device 11 is connected to the transceiver component 105, and the electronic device 11 stores the control application 110. The control application 110 generates the image control signal 110B, and the control component 103 receives and determines via the transceiver component 105 that the image control signal 110B conforms thereto. When an image message 110A, the control component 103 controls the projection component 100 accordingly. One of the image messages 101A is projected. Preferably, the image message 101A projected by the projection component 100 can present a predetermined graphic. Preferably, the predetermined graphic may include a text message.

Specifically, the difference between the vehicle intelligent lighting projection system 1 of the present embodiment and the vehicle intelligent lighting projection system 1 of the foregoing embodiment is that the operator can generate the image control signal 110B through the control application 110 of the electronic device 11. And transmitted to the control component 103 via the transceiver component 105. Next, the control component 103 compares the received image control signal 110B with a plurality of image messages 101B. When the image information 110A is met, the control component 103 controls the projection component 100 to project one of them. The image information 101A, the image formed by the image message 101A on the ground or the road surface may have any graphic, such as geometric figures, human figures, animal shapes or building shapes, and preferably may also contain characters such as warning words. The manner and technology of the comparison between the image control signal 110B and the image message 101B are conventional technologies, and are not particularly described herein.

Further, the storage component 101 can store a plurality of determination signals 101B, and the plurality of determination signals 101B respectively correspond to the image information 101A, and the projection device 10 further includes a sensing component 102 electrically connected to the control component 103 and detected The main body of the carrier 2 is activated to generate at least one sensing signal 102A. The control component 130 controls when the control component 103 receives the at least one sensing signal 102A and determines that the at least one sensing signal 102A meets one of the determining signals 101B. The projection component 100 projects an image message 101A corresponding to one of the determination signals 101B. Preferably, the image message 101A projected by the projection component 100 can exhibit a high beam effect. Conversely, the image message 101A projected by the projection assembly 100 can exhibit a low beam effect.

Further, the storage component 101 can store a plurality of tilt signals 101C, and the projection device 10 can further include a driving component 104 that is movably coupled to the projection component 100 and electrically connected to the control component 103; wherein, at the control component 103, at least a sense signal When 102A meets one of the tilt signals 101C, the control component 103 controls the drive assembly 104 to adjust the projection angle a of the projection assembly 100. The projection angle a is preferably between 0 and 360 degrees.

Further, the projection component 100 projects a light beam having a light color, and the storage component 101 stores a plurality of determination signals 101B, and the plurality of determination signals 101B respectively correspond to the image information 101A; wherein the control application 110 generates the color control signal 110A. When the control component 103 receives and determines that the color control signal 110A meets one of the determination signals 101B via the transceiver component 105, the control component 103 controls the projection component 100 to project the image message 101A corresponding to one of the determination signals 101B. The light color of the light beam projected by the projection assembly 100 is converted to another light color. Preferably, the light color and the other light color may be white light, blue light, yellow light or sunlight. Moreover, the light color can be different from the other light color.

As described above, the vehicle intelligent lighting projection system 1 of the present embodiment can also be provided with the functions and functions described in the projection device 10 and the vehicle intelligent lighting projection system 1 of the foregoing embodiment.

It is worth mentioning that the operator can switch the image message 101A projected by the projection component 100 by issuing a manipulation command by the control application 110, for example, an image message 101A that instantly switches the high beam effect or the low beam effect. Alternatively, the drive assembly 104 can be driven by the control assembly 103 to adjust the projection angle a of the projection assembly 100.

In addition, the image information 101A, the determination signal 101B, the tilt signal 101C, the sensing signal 102A, the color control signal 110A and the image control signal 110B, and the comparison techniques and methods between the signals are used in the above embodiments. For the prior art, it is not specifically described in this creation.

The above is intended to be illustrative only and not limiting. Any equivalent modification or change without departing from the spirit and scope of this creation shall be included in the attached application. Please be within the scope of the patent.

Claims (24)

a projection device, comprising: a projection component; a storage component, which stores a plurality of image messages and a plurality of determination signals, wherein the plurality of image messages respectively correspond to the determination signals; and a sensing component that detects one The body of the vehicle is activated to generate at least one sensing signal; and a control component electrically connected to the projection component, the storage component and the sensing component, the control component receiving the at least one sensing signal and each of the When the control component determines that the at least one sensing signal meets one of the determination signals, the control component controls the projection component to project the image message corresponding to one of the determination signals. The projection device of claim 1, wherein the image message projected by the projection component exhibits a high beam effect. The projection device of claim 1, wherein the image information projected by the projection component exhibits a low beam effect. The projection device of claim 1, wherein the storage component stores a plurality of tilt signals, and the projection device further comprises a driving component movably connecting the projection component and electrically connecting the control component And when the control component determines that the at least one sensing signal meets one of the tilt signals, the control component controls the driving component to adjust a projection angle of the projection component. The projection device of claim 4, wherein the projection angle is between 0 and 360 degrees. A smart lighting projection system for a vehicle, comprising: a projection device, comprising: a projection component that projects a light beam having a light color; and a storage component that stores a plurality of image messages and a plurality of determination signals, The plurality of image messages respectively correspond to the respective determining signals; a transceiver component; and a control component electrically connected to the projection component, the storage component and the transceiver component; and an electronic device communicatively connecting the transceiver component, The electronic device stores a control application; wherein, when the control application generates a color control signal, and the control component receives and determines that the color control signal meets one of the determination signals via the transceiver component, the control component The projection component is controlled to project the image message corresponding to one of the determination signals, so that the light color of the light beam projected by the projection component is converted into another light color. The vehicle intelligent lighting projection system according to claim 6, wherein the light color and the other light color are white light, blue light, yellow light or sunlight. The vehicle intelligent lighting projection system of claim 6, wherein the light color is different from the other light color system. The vehicle intelligent lighting projection system of claim 6, wherein the projection device further comprises a sensing component electrically connected to the control component and detecting a body actuation of the carrier to generate at least a sensing signal; wherein, when the control component receives the at least one sensing signal and determines that the at least one sensing signal meets one of the determining signals, the control component is Controlling the projection component to project the image message corresponding to one of the determination signals. The vehicle intelligent lighting projection system according to claim 9, wherein the image information projected by the projection component exhibits a high beam effect. The vehicle intelligent lighting projection system according to claim 9, wherein the image information projected by the projection component exhibits a low beam effect. The vehicular intelligent lighting projection system of claim 9, wherein the storage component stores a plurality of tilt signals, and the projection device further comprises a driving component movably connecting the projection component and electrically The control component is connected to the control component; wherein, when the control component determines that the at least one sensing signal meets one of the tilt signals, the control component controls the driving component to adjust a projection angle of the projection component. The vehicle intelligent lighting projection system according to claim 12, wherein the projection angle is between 0 and 360 degrees. A smart lighting projection system for a vehicle, comprising: a projection device comprising: a projection component; a transceiver component; a storage component storing a plurality of image messages; and a control component electrically connected to the projection a component, the transceiver component, and the storage component; An electronic device that communicates with the transceiver component, the electronic device stores a control application; wherein the control application generates an image control signal, and the control component receives and determines the image control signal via the transceiver component When one of the image messages is met, the control component controls the projection component to project one of the image messages. The vehicle intelligent lighting projection system of claim 14, wherein the image information projected by the projection component presents a predetermined pattern. The vehicle intelligent lighting projection system of claim 15, wherein the predetermined graphic comprises a text message. The vehicle intelligent lighting projection system of claim 14, wherein the storage component stores a plurality of determination signals, the plurality of determination signals respectively corresponding to the image information, and the projection device further comprises a sensing The component is electrically connected to the control component and detects a body actuation of a carrier to generate at least one sensing signal; wherein the control component receives the at least one sensing signal and determines that the at least one sensing signal is consistent When one of the determination signals, the control component controls the projection component to project the image message corresponding to one of the determination signals. The vehicle intelligent lighting projection system of claim 17, wherein the image information projected by the projection component exhibits a high beam effect. The intelligent lighting projection system for a vehicle according to claim 17, wherein the image information projected by the projection component is a low beam light effect. The vehicular intelligent lighting projection system of claim 17, wherein the storage component stores a plurality of tilt signals, and the projection device further comprises a driving component movably connecting the projection component and electrically The control component is connected to the control component; wherein, when the control component determines that the at least one sensing signal meets one of the tilt signals, the control component controls the driving component to adjust a projection angle of the projection component. The vehicle intelligent lighting projection system according to claim 20, wherein the projection angle is between 0 and 360 degrees. The vehicle intelligent lighting projection system of claim 14, wherein the projection component projects a light beam having a light color, and the storage component stores a plurality of determination signals, wherein the plurality of determination signals respectively correspond to the respective images. And a message, wherein the control component generates a color control signal, and the control component receives and determines that the color control signal meets one of the determination signals via the transceiver component, and the control component controls the projection component to project Corresponding to one of the image signals of the determination signal, the light color of the light beam projected by the projection component is converted into another light color. The vehicle intelligent lighting projection system of claim 22, wherein the light color and the other light color are white light, blue light, yellow light or sunlight. The vehicle intelligent lighting projection system of claim 22, wherein the light color is different from the other light color system.