TWM627737U - Rear-view mirror display system of motorcycle - Google Patents

Abstract

A locomotive rear-view mirror display system is connected with an electronic device, and the electronic device is used to provide external information, and the system is connected with a locomotive body having a rear-view mirror device, wherein the rear-view mirror device A display screen is combined with the upper part of the locomotive, and the external information provided by the electronic device is displayed through a circuit component connected to the display screen or externally connected, and the on-board controller inside the locomotive body can also receive the external information, and Then, the in-vehicle information and external information are sent to the circuit component to be displayed on the display screen.

Description

Locomotive rear mirror display system

This creation is related to a motorcycle rearview mirror display system, especially a motorcycle rearview mirror display system that can receive external information generated by an external electronic device and display it on a display screen combined with the motorcycle rearview mirror.

In general, the main function of the rearview mirror of a motorcycle is to rely on the reflected image of the rearview mirror to display the vehicle conditions of other vehicles approaching behind, so as to maintain the driving safety of the motorcycle. However, if more additional information can be displayed on the rearview mirror, it will be helpful for Locomotive drivers have more information to watch; Status information such as the speed, rotation speed, engine water temperature, mileage or fuel consumption of the locomotive is usually displayed on the driving faucet with a pointer related to the status information or a digital instrument panel. It is often impossible to look down at the content displayed on the dashboard display, so if this type of vehicle status information can be displayed on the rear-view mirror, it will be able to provide locomotive drivers with viewing at any time while driving.

In addition, in addition to on-board status information, many smart phones will provide driving-related APPs, so that locomotive drivers can view the external information displayed on the APP to have a clearer understanding of the road conditions or environment. It is actually very dangerous to watch the smartphone at any time while driving. Therefore, if the external information can also be displayed on the rearview mirror, as mentioned above, only the locomotive driver can really watch the smartphone at any time while driving. depending on its information content.

Therefore, this case can receive the external information generated by the external electronic device, and if it is connected to the locomotive body, it can also receive the on-board status information of the locomotive body, and finally display the received information on the display screen combined with the locomotive rear mirror. , so that the locomotive driver can more conveniently view its information content at any time during the driving process, so this creation should be an optimal solution.

The creation of a motorcycle rearview mirror display system is connected with an electronic device, and the electronic device is used to provide an external information, and the motorcycle rearview mirror display system is further connected with a motorcycle body having a rearview mirror device. Connection, wherein the locomotive rearview mirror display system includes: a display body, which is combined with the rearview mirror device, and the display system includes a display screen and a circuit component, and the circuit component is connected with the locomotive body. The circuit component is electrically connected, and the circuit component is connected with the electronic device through a wireless transmission mechanism, so as to receive the external information and display it on the display screen.

More specifically, the rear-view mirror device includes at least a casing and a mirror body, the display screen is used for attaching to any surface of the mirror body or fixed at the periphery of the mirror body, and the circuit The assembly is arranged between the casing and the mirror body.

More specifically, the circuit assembly includes: a power control unit for providing the display screen and the power required for the operation of the circuit assembly through the power supply of the locomotive body; a display control unit for driving the display The operation of the screen, and the information is displayed on the display screen; a transmission control unit is connected with the display control unit, and is connected with the electronic device through the wireless transmission mechanism to receive the external information and transmit it to The display control unit is used to display the external information on the display screen.

More specifically, the electronic device is a smart phone, a tablet computer or a handheld device, and the external information is GPS information, road condition information or climate information.

More specifically, the wireless transmission mechanism is Bluetooth or WIFI.

The creation of a motorcycle rearview mirror display system is connected with an electronic device, and the electronic device is used to provide an external information, and the motorcycle rearview mirror display system is further connected with a motorcycle body having a rearview mirror device. connection, wherein the locomotive rearview mirror display system includes: a display screen, which is combined with the rearview mirror device; and an electronic control device, which is externally connected to the rearview mirror device or the locomotive body, and the The electronic control device includes a circuit component, which is electrically connected with the display screen and the locomotive body, and the circuit component is connected with the electronic device through a wireless transmission mechanism for receiving the external information and displaying it on the display screen.

More specifically, the rear-view mirror device includes at least a casing and a mirror body, and the display screen is used for attaching to any surface of the mirror body or fixed at the periphery of the mirror body.

More specifically, the circuit assembly includes: a power control unit for providing the display screen and the power required for the operation of the circuit assembly through the power supply of the locomotive body; a display control unit for driving the display The operation of the screen, and the information is displayed on the display screen; a transmission control unit is connected with the display control unit, and is connected with the electronic device through the wireless transmission mechanism to receive the external information and transmit it to The display control unit is used to display the external information on the display screen.

More specifically, the electronic device is a smart phone, a tablet computer or a handheld device, and the external information is GPS information, road condition information or climate information.

More specifically, the wireless transmission mechanism is Bluetooth or WIFI.

The creation of a motorcycle rear view mirror display system is connected with an electronic device, and the electronic device is used to provide an external information, and the motorcycle rear view mirror display system is further connected with a rear view mirror device having a rear view mirror device. The locomotive body is connected to the locomotive body, wherein the locomotive rear-view mirror display system includes: a display screen, which is combined with the rear-view mirror device; an on-board controller, which is built in the locomotive body. The on-board controller Can receive the on-board information of the locomotive body, and can connect with the electronic device through a wireless transmission mechanism or a wired transmission mechanism to receive the external information, and the on-board controller can the on-board information and the external information output; and an electronic control device, which is externally connected to the rear mirror device or the locomotive body, and the electronic control device includes a circuit component, which is electrically connected to the locomotive body for receiving The in-vehicle information and the external information are displayed on the display screen.

More specifically, the rear-view mirror device includes at least a casing and a mirror body, and the display screen is used for attaching to any surface of the mirror body or fixed at the periphery of the mirror body.

More specifically, the in-vehicle controller includes at least a first transmission control unit for connecting with the electronic device through the wireless transmission mechanism or the wired transmission mechanism, and receiving the external information, and the in-vehicle The controller further outputs the vehicle information and the external information to the electronic control device.

More specifically, the circuit assembly at least includes: a power control unit for providing the display screen and the power required for the operation of the circuit assembly through the power supply of the locomotive body; a display control unit for driving the Display the operation of the screen and display the information on the display screen; a second transmission control unit is connected with the display control unit, and is connected with the locomotive body through the wired transmission mechanism for receiving the on-board information and the The external information is sent to the display control unit to display the vehicle information and the external information on the display screen.

More specifically, the electronic device is a smart phone, a tablet computer or a handheld device, and the external information is GPS information, road condition information or climate information, and the in-vehicle information is vehicle speed information, rotational speed information, Engine water temperature information, mileage information or fuel consumption information.

More specifically, the wireless transmission mechanism is Bluetooth or WIFI, and the wired transmission The transmission system is transmitted through a transmission line connection.

1: Locomotive body

11: Rear view mirror device

111: Shell

112: Mirror body

113: Display body

1131: Display screen

1132: Circuit Components

11321: Power Control Unit

11322: Display Control Unit

11323: Transmission Control Unit

114: Display screen

12: Vehicle Controller

121: The first transmission control unit

2: Electronic device

3: Electronic control device

31: Circuit Components

311: Power Control Unit

312: Display Control Unit

313: Transmission Control Unit

4: Electronic control device

41: Circuit Components

411: Power Control Unit

412: Display Control Unit

413: Second transmission control unit

5: External structure

6: Display the screen

[Fig. 1A] is a schematic diagram of the rear view mirror device of a conventional locomotive.

[Picture 1B] is a schematic diagram of the display screen of the motorcycle rear-view mirror display system of this creation.

[Fig. 2A] is a schematic diagram of the structure of the first implementation of the locomotive rear-view mirror display system of this creation.

[Fig. 2B] is a schematic diagram of the structure of the circuit components of the first implementation of the motorcycle rear-view mirror display system.

[Figure 3A] is a schematic diagram of the structure of the second implementation of the locomotive rear-view mirror display system of the present invention.

[Figure 3B] is a schematic diagram of the structure of the circuit components of the second implementation of the motorcycle rear-view mirror display system.

[Fig. 4A] is a schematic diagram of the structure of the third implementation of the locomotive rear-view mirror display system of this creation.

[Figure 4B] is a schematic diagram of part of the structure of the vehicle controller of the third implementation of the motorcycle rear-view mirror display system.

[Fig. 4C] is a schematic diagram of the structure of the circuit components of the third implementation of the motorcycle rear-view mirror display system.

[Picture 5] is a schematic diagram of another state setting of the display screen of the locomotive rear-view mirror display system of this creation.

Other technical contents, features and effects of the present invention will be clearly presented in the following detailed description of the preferred embodiment with reference to the drawings.

Please refer to Figures 1A and 1B, which are a schematic diagram of the rear-view mirror device of a locomotive and a schematic diagram of the setting of the display screen. It can be seen from the figures that part of the structure of this case is combined with the rear-view mirror device 11 of the locomotive body 1. The rear-view mirror device 11 includes a casing 111 and a mirror body 112, and the arrangement state of the display screen and the mirror body is as follows: (1) If the display screen is attached to the inside of the mirror body, part of the mirror surface of the mirror body combined with the display screen is transparent. Therefore, the content displayed on the display screen can be displayed, and the mirror system is a mirror formed by glass; (2) If the display screen is attached to the outside of the mirror body, the display screen is a light-transmitting display screen, and the mirror system is a mirror. The body must be formed by a reflective film; (3) If the display screen is attached to the outside of the mirror body, the display screen is a transparent seven-segment display, and the mirror system is a mirror formed of glass.

There are various implementations in this case. From the perspective of the first implementation, as shown in Figures 1B and 2A, the circuit is installed in the rearview mirror device 11 , and the display body 113 is combined with the rearview mirror device 11 . , and the display body 113 includes a display screen 1131 and a circuit component 1132 , the display screen 1131 is attached to the mirror body 112 , and the circuit component 1132 is disposed between the casing 111 and the mirror body 112 ; The circuit component 1132 can be connected to the locomotive body 1 through a wired connection (power cable), so as to be powered by the circuit of the locomotive body 1 or the battery, and the circuit component 1132 can be connected to the locomotive body 1 through a wireless transmission mechanism (Bluetooth or WIFI). The electronic device (for example, the electronic device is a smart phone, tablet computer or handheld device) is connected. In the case of a smart phone, an APP will be installed inside, and the external information generated by the APP (such as GPS information, road condition information) or climate information) can be received by the circuit component 1132 and displayed on the display screen 1131; as shown in FIG. 2B, the circuit component 1132 includes: (1) A power control unit 11321, which is used to provide the power required for the operation of the display screen 1131 and the circuit component 1132 through the power supply of the locomotive body 1; (2) A display control unit 11322, which is used to drive the display screen 1131 operates and displays information on the display screen 1131; (3) a transmission control unit 11323 is connected to the display control unit 11322 for connecting with the electronic device 2 through the wireless transmission mechanism, The external information is sent to the display control unit 11322 so that the display control unit 11322 displays the external information on the display screen 1131 .

Another embodiment of the present case, as shown in Figures 3A and 3B, is to externally connect the circuit (electronic control device 3) that drives the display screen 114, and the electronic control device 3 has a circuit component 31 inside. The circuit component 31 It can be connected to the locomotive body 1 through a wired connection (power cable), so as to be powered by the circuit of the locomotive body 1 or the battery, and the circuit component 31 can also be connected with the electronic device 2 by a wireless transmission mechanism, and the electronic device 2 The generated external information can be received by the circuit component 31 and displayed on the display screen 114 ; as shown in the figure, the circuit component 31 includes: (1) a power control unit 311 for passing through the locomotive body 1 The power supply provides the power required for the operation of the display screen 114 and the circuit component 31; (2) a display control unit 312 is used to drive the operation of the display screen 114 and display information on the display screen 114; (3) ) a transmission control unit 313 connected to the display control unit 312 for connecting with the electronic device 2 through the wireless transmission mechanism, and transmitting the external information to the display control unit 312 for display by the display The control unit 312 displays the external information on the display screen 114 superior.

The above two implementations both receive external information wirelessly through built-in or external circuit components, but there is another implementation in this case, as shown in Figures 4A, 4B and 4C, through The CAN BUS (on-board controller 12 ) of the locomotive body reads various parameters, and the different parameter acquisition and transmission mechanisms are as follows: (1) External information, wherein the on-board controller 12 has a first transmission control unit 121 for passing the The wireless transmission mechanism or the wired transmission mechanism is connected with the electronic device 2 (wireless means Bluetooth or WIFI, and wired means the transmission line is connected to the interface on the locomotive body 1 ) to receive the external signals generated by the electronic device 2 . (2) On-board information, the on-board controller 12 collects on-board information of the locomotive body 1 itself (such as vehicle speed, rotational speed, engine water temperature, mileage or fuel consumption and other status information); (3) Finally, the external information After being integrated with the on-board information, since the electronic control device 4 will be wired to the on-board controller 12 in the locomotive body 1 (transmission line/power line), information (external information and on-board information) can be transmitted to the electronic control device 4, and the The electronic control device 4 displays information on the display screen 114 .

In addition to transmitting information to the electronic control device 4, the locomotive body 1 can also supply power to the electronic control device 4 from the circuit of the locomotive body 1 or the battery. The circuit component 41 of the electronic control device 4 includes: (1) a power supply control unit 411, used to provide the power required for the operation of the display screen 114 and the circuit component 41 through the power supply of the locomotive body 1; (2) a display control unit 412, used to drive the operation of the display screen 114 and convert information displayed on the display screen 114; (3) a second transmission control unit 413 connected to the display control unit 412 for transmitting the The wired transmission mechanism connects with the locomotive body 1 and receives the on-board information and the external information, and transmits the on-board information and the external information to the display control unit 412, so that the display control unit 412 can use the on-board information and the external information. External information is displayed on the display screen 114 .

In addition to being combined with the mirror body, the display screen in this case can also be fixed at the periphery of the mirror body. As shown in FIG. 5 , the display screen 6 is fixed to the mirror body 112 through an external structure 5 . At the periphery, and the external structure 5 can be various forms of fixing elements, the rear-view mirror device 11 can be selected and used differently depending on the external shape.

When compared with other conventional technologies, the motorcycle rear-view mirror display system provided by this project has the following advantages:

(1) This creation can receive external information generated by external electronic devices, and if it is connected to the locomotive body, it can also receive the on-board status information of the locomotive body, and finally display the received information on the display combined with the rearview mirror of the locomotive On the screen, so that the locomotive driver can more conveniently view its information content at any time during the driving process.

(2) In this creation, the circuit components that drive the display screen can be externally connected or built into the locomotive rear-view mirror device, so as to facilitate the post-installation processing of various types of locomotives, and also facilitate the connection between the transmission line and the power line. Cable and line cable planning.

This creation has been disclosed above through the above-mentioned embodiments, but it is not intended to limit this creation. Anyone who is familiar with this technical field and has ordinary knowledge can understand the aforementioned technical features and embodiments of this creation without departing from the scope of this creation. Within the spirit and scope, some changes and modifications can be made, so the scope of patent protection of this creation shall be determined by the claims attached to this specification.

11: Rear view mirror device

111: Shell

112: Mirror body

1131: Display screen

Claims (16)

A locomotive rear-view mirror display system is connected with an electronic device, and the electronic device is used to provide an external information, and the locomotive rear-view mirror display system is further connected with a locomotive body having a rear-view mirror device , wherein the locomotive rearview mirror display system includes: a display body, which is combined with the rearview mirror device, and the display system includes a display screen and a circuit component, and the circuit component is electrically connected to the locomotive body. The circuit component is connected with the electronic device through a wireless transmission mechanism to receive the external information and display it on the display screen. The motorcycle rearview mirror display system as claimed in claim 1, wherein the rearview mirror device comprises at least a casing and a mirror body, and the display screen is used for attaching to any surface of the mirror body or being fixed on the mirror body. At the periphery of the mirror body, the circuit assembly is arranged between the housing and the mirror body. The locomotive rear-view mirror display system as claimed in claim 1, wherein the circuit component includes: a power control unit for providing the display screen and the power required for the operation of the circuit component through the power supply of the locomotive body; a a display control unit for driving the operation of the display screen and displaying information on the display screen; and a transmission control unit connected with the display control unit and connected with the electronic device through the wireless transmission mechanism , for receiving the external information and sending it to the display control unit to display the external information on the display screen. The motorcycle rearview mirror display system as claimed in claim 1, wherein the electronic device is a smart phone, a tablet computer or a handheld device, and the external information is GPS information, road condition information or climate information. The locomotive rear-view mirror display system as claimed in claim 1, wherein the wireless transmission mechanism is Bluetooth or WIFI. A locomotive rear-view mirror display system is connected with an electronic device, and the electronic device is used to provide an external information, and the locomotive rear-view mirror display system is further connected with a locomotive body having a rear-view mirror device , wherein the locomotive rear-view mirror display system includes: a display screen, which is combined with the rear-view mirror device; and an electronic control device, which is externally connected to the rear-view mirror device or the locomotive body. The control device includes a circuit component, the circuit component is electrically connected with the display screen and the locomotive body, and the circuit component is connected with the electronic device through a wireless transmission mechanism for receiving the external information and displaying it on on the display screen. The motorcycle rearview mirror display system as claimed in claim 6, wherein the rearview mirror device comprises at least a casing and a mirror body, and the display screen is used for attaching to any surface of the mirror body or being fixed on the mirror body. around the mirror body. The locomotive rear-view mirror display system as claimed in claim 6, wherein the circuit component comprises: a power control unit for providing the display screen and the power required for the operation of the circuit component through the power supply of the locomotive body; a a display control unit for driving the operation of the display screen and displaying information on the display screen; and a transmission control unit connected with the display control unit and connected with the electronic device through the wireless transmission mechanism , for receiving the external information and sending it to the display control unit to display the external information on the display screen. The motorcycle rearview mirror display system as claimed in claim 6, wherein the electronic device is a smart phone, a tablet computer or a handheld device, and the external information is GPS information, road condition information or climate information. The locomotive rear-view mirror display system as claimed in claim 6, wherein the wireless transmission mechanism is Bluetooth or WIFI. A locomotive rear-view mirror display system is connected with an electronic device, and the electronic device is used to provide an external information, and the locomotive rear-view mirror display system is further connected with a locomotive body having a rear-view mirror device , wherein the locomotive rear-view mirror display system includes: a display screen, which is combined with the rear-view mirror device; an on-board controller is built in the locomotive body, and the on-board controller can receive the locomotive body. in-vehicle information, which can be connected to the electronic device through a wireless transmission mechanism or a wired transmission mechanism to receive the external information, and the in-vehicle controller can output the in-vehicle information and the external information; and an electrical A control device is externally connected to the rearview mirror device or the locomotive body, and the electronic control device includes a circuit component that is electrically connected to the locomotive body for receiving the on-board information and the external information and displayed on the display screen. The motorcycle rearview mirror display system as claimed in claim 11, wherein the rearview mirror device comprises at least a casing and a mirror body, and the display screen is used for attaching to any surface of the mirror body or being fixed on the mirror body. around the mirror body. The locomotive rear-view mirror display system as claimed in claim 11, wherein the vehicle-mounted controller comprises at least a first transmission control unit for using the wireless transmission mechanism or the wired transmission mechanism It is connected with the electronic device and receives the external information, and the vehicle-mounted controller further outputs the vehicle-mounted information and the external information to the electronic control device. The locomotive rear-view mirror display system as claimed in claim 11, wherein the circuit component at least comprises: a power control unit for providing the display screen and the power required for the operation of the circuit component through the power supply of the locomotive body; a display control unit for driving the operation of the display screen and displaying information on the display screen; and a second transmission control unit connected with the display control unit and connected to the locomotive body through the wired transmission mechanism The connection is used to receive the vehicle information and the external information and transmit them to the display control unit, so as to display the vehicle information and the external information on the display screen. The locomotive rearview mirror display system as claimed in claim 11, wherein the electronic device is a smart phone, a tablet computer or a handheld device, and the external information is GPS information, road condition information or climate information, and the vehicle information It is vehicle speed information, speed information, engine water temperature information, driving mileage information or fuel consumption information. The locomotive rear-view mirror display system as claimed in claim 11, wherein the wireless transmission mechanism is Bluetooth or WIFI, and the wired transmission mechanism is connected through a transmission line for transmission.

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