TWI636908B - Electric vehicle cloud firmware software update system device - Google Patents

Abstract

The utility model relates to an electric vehicle cloud firmware software updating system device, which comprises: a cloud firmware software database, which is connected with a network and is provided with a notification updating device, and returns a current setting device, as a comparison confirmation identification code (ID) and The original version and the software update version; an electric vehicle; connected by a network and a cloud firmware database, and having a controller with a unique identification code (ID) and an original version; The interface, a wireless transmission interface, a function setting interface and a software update version; the cloud firmware software database is further provided with first to seventh determiners connected. With this system structure, the controller updates its software version and sends a message at any time, or through its function setting interface setting function and time recovery point, and restores, extracts and restores the set point.

Description

Electric vehicle cloud firmware software update system device

The invention relates to an updating system device, in particular to a device capable of connecting an electric vehicle controller with a cloud firmware database, updating a software update version and sending a message at any time, or setting a function and a time recovery point through a function setting interface thereof. The electric vehicle cloud firmware software update system device for returning, extracting and restoring the controller to the set point.

Due to the development of today's industry and commerce, most people like to use the two-stroke or four-stroke locomotive with strong mobility and using fossil fuels, although the more complete four-stroke locomotive is less able to burn, resulting in serious pollution. The locomotive is more environmentally friendly, but the locomotive using fossil fuels will cause air pollution to the earth. With the rise of environmental protection concepts and the development of electric vehicles and their safety, the majority of people have gradually changed the contaminated locomotives to The non-polluting electric car is used. However, the conventional electric car only uses the handle to rotate and has simple control power. There is no controller on the electric car that can set its favorite riding mode, and no cloud database can use wireless or The wired interface is connected to the electric vehicle, and it is impossible to restore or extract its settings and versions at any time. When the electric vehicle encounters different terrains and driving conditions, because it does not have any setting device, it can not be set to change and control the electric vehicle at all. Performance is the most suitable function, resulting in extremely uncomfortable use, It is extremely inconvenient to control the use of different terrains and driving conditions because of the inability to adjust its power. It is greatly impractical in terms of practicality. This is a breakthrough for the industry and consumers. The creator created this point as a consideration, and finally built a cloud firmware database connected to the controller of the electric vehicle. The controller of the electric vehicle has its own identification code (ID) and the original version. The updated version automatically updates the software update version and sends the update software message through the connection mode, or sets various functions and time recovery points of the personal preferences through the function setting interface, and can be used in the cloud firmware database. Restore, extract, or restore the set point through the connection mode and restore the electric vehicle cloud firmware firmware update system device of the electric vehicle.

In order to solve the above-mentioned deficiencies of the prior art, the main purpose of the present invention is to provide an electric vehicle cloud firmware software updating system device, which can establish a cloud firmware software database connected with an electric vehicle controller thereof, and an electric vehicle controller thereof. With its own identification code (ID) and original version and updated version, the controller automatically updates its software update version and sends updated software messages through the connection mode, in order to overcome the difficulties in the prior art.

A secondary object of the present invention is to provide an electric vehicle cloud firmware software updating system device, which can set various functions and time recovery points of personal preferences through the function setting interface, and can be restored and extracted to the cloud firmware software database.

Another object of the present invention is to provide an electric vehicle cloud firmware software updating system device, which can restore a set point through a connection mode and restore the controller of the electric vehicle.

Another object of the present invention is to provide an electric vehicle cloud firmware software updating system device, which can enable an electric vehicle to change and control functions according to different terrains and driving conditions.

A further object of the present invention is to provide an electric vehicle cloud firmware software updating system device, which effectively improves the comfort, mobility and convenience of use.

The problem to be solved by the present invention is that most people like to use a two-stroke or four-stroke locomotive that is highly mobile and uses fossil fuels, although the combustion is relatively complete, the four-stroke locomotive is less able to burn. The second-class locomotive with serious pollution is more environmentally friendly, but the locomotive using fossil fuel will generate air pollution for the earth, with the rise of environmental protection concept and electric The horsepower and safety development of the car has reached a mature stage. Most people gradually change the contaminated locomotive to a non-polluting electric car. However, the conventional electric car only uses the handle to rotate and simply controls the power. There is no controller that can set your favorite riding mode, and no cloud database can be connected to the electric car by wireless or wired interface, and it is impossible to restore or extract its settings and versions at any time. In the terrain and driving conditions, because there is no setting device, it is impossible to set the control electric vehicle to achieve the most suitable function, which makes the use extremely uncomfortable, and it is unable to adjust its force due to different terrain and driving conditions. The ability to operate without being maneuverable makes it extremely inconvenient to use, making it less useful in terms of practicality.

The technical means for solving the problem, in order to achieve the above object, the present invention provides an electric vehicle cloud firmware software updating system device, which comprises: a cloud firmware software database, which is connected to a network, and is provided with electricity for each other. The notification device and the current setting device are connected to the client and send the message to the client, and the cloud firmware database is provided with the comparison confirmation code (ID) and the original version and the software update version; The vehicle is connected to the cloud firmware software database by the network, and has a controller with a unique identification code (ID) and an original version; the controller is further provided with one of the electrical connections. The transmission interface, a wireless transmission interface, a function setting interface and a software update version, using the wired transmission interface or the wireless transmission interface, and the wireless small card connection personal computer (PC), will have the unique identification code (ID) and The original version of the controller is connected to the cloud firmware software library.

Further, the cloud firmware database of the present invention further includes a first judging unit and a second judging unit, wherein the first judging unit judges that the unique identification code (ID) and the original version are determined. Whether the controller is connected to the wireless network and connected to the controller having the unique identification code (ID) and the original version; and the second determiner is respectively associated with the first determiner and has a unique The identification code (ID) and the original version of the controller are connected to the first determiner, the first The second judging unit judges whether the controller having the unique identification code (ID) and the original version confirms the identification code (ID) and the original version of the controller into the connection mode with the cloud firmware database.

Further, the cloud firmware database of the present invention further includes a third determiner and a fourth determiner, wherein the third determiner determines the updated version of the software of the electric vehicle and the controller The cloud firmware database is compared with the updated version of the software, and the third determiner sends the message to the client with the connection mode and the notification update device of the cloud firmware database, and the fourth determination Connected to the fourth determiner to determine whether the old version of the software update of the electric vehicle is updated with the software update version, and update with the update software update version respectively and display whether to cancel the update notification and return to the connection The line mode is connected to the third determiner.

Preferably, the message transmitted by the notification update device of the cloud firmware database of the present invention is a mobile phone message or an APP message.

Further, the cloud firmware database of the present invention further includes a fifth determiner connected to the function setting interface of the controller of the electric vehicle, and the fifth determiner determines whether to restore the existing controller. The software updates the version and the function setting; the fifth determiner uses the current setting device of the cloud firmware database to restore the current firmware to the cloud firmware through the wireless transmission interface or the wired transmission interface. The database stores the current setting device and the connection between the function setting interface and the connection mode.

Preferably, in the controller of the electric vehicle of the present invention, the function setting interface sets the function of the controller by using a mobile phone APP or a window software.

Preferably, in the controller of the electric vehicle of the present invention, the function setting interface sets a speed limit or a wheel diameter or a slow start of the electric vehicle.

Further, the cloud firmware database of the present invention further includes a sixth determiner connected to the controller of the electric vehicle and a seventh determiner connected to the function setting interface of the controller, wherein the The sixth determiner determines whether to restore the set point, and the seventh determiner determines that Whether to restore the software update version and time setting of the controller; the seventh determiner uses the current firmware of the cloud firmware database to restore the current setting device and restore the memory through the wireless transmission interface or the wired transmission interface. The cloud firmware database and the function setting interface are connected to the connection mode; and the sixth determiner connected to the connection mode separately sets a set point through the wireless transmission interface or the wired transmission interface Return to the controller and connect to the function setting interface and the connection mode.

Preferably, the function setting interface of the present invention utilizes a mobile phone APP or a window software.

Preferably, in the controller of the electric vehicle of the present invention, the function setting interface sets a time recovery point.

According to the function of the prior art, the system structure can establish a cloud firmware database connected with the controller of the electric vehicle. The controller of the electric vehicle has its own identification code (ID) and the original version and the updated version. Automatically update the controller to update its software version and send update software messages through the connection mode, or set various functions and time recovery points of personal preferences through its function setting interface, and return to the cloud firmware software database for retrieval and extraction. , or restore the set point through the connection mode and restore the controller of the electric vehicle, the access, so that the electric vehicle can change the control function according to different terrain and driving conditions, effectively improving the comfort, mobility and convenience of the use, in line with the industry Utilization, novelty and advancement can be seen in its gains.

1‧‧‧Cloud firmware database

10‧‧‧Comparative identification code (ID) and original version

100‧‧‧Software update

11‧‧‧Notice update device

12‧‧‧Restore the current setting device

13‧‧‧First judge

14‧‧‧Second judge

141‧‧‧Connection mode

142‧‧‧ function setting interface

15‧‧‧ third judge

151‧‧‧Notify software updates by sending host messages or APP messages

16‧‧‧ fourth judge

161‧‧‧Update

17‧‧‧ fifth judge

171‧‧‧Restore

18‧‧‧ sixth judging

181‧‧‧Set point recovery

19‧‧‧ seventh judge

191‧‧‧Restore

2‧‧‧Network

3‧‧‧Electric vehicles

30‧‧‧Identification Code (ID)

300‧‧‧ original version

31‧‧‧ Controller

311‧‧‧Wired transmission interface

312‧‧‧Wireless transmission interface

313‧‧‧ function setting interface

314‧‧‧ Software update version

First Figure: An exploded perspective view of the present invention.

Second figure: a three-dimensional combination diagram of the present invention.

The third figure is a flow chart of the cloud firmware database of the invention and the controller of the electric vehicle entering the connection mode.

The fourth figure is a flowchart of the software update of the present invention.

Figure 5 is a flow chart of the software back-memory of the present invention.

Figure 6: Flowchart for setting up software recovery points.

The invention will be described with reference to the accompanying drawings, and the embodiments of the present invention are described in detail below, and the drawings used in the text are used to describe the features, the contents and the advantages of the invention. The subject matter is only for the purpose of illustration and description. It is not intended to be a true proportion and precise configuration after the implementation of the present invention. Therefore, the scope of the accompanying drawings and the configuration relationship should not be limited to the scope of the invention.

The advantages and features of the present invention, as well as the technical means of achieving the present invention, are described in more detail with reference to the exemplary embodiments and the accompanying drawings, and the present invention may be implemented in various forms and should not be construed as limited thereto. The embodiments of the present invention, and the embodiments of the present invention are intended to provide a more complete and complete and complete disclosure of the scope of the present invention, and The scope of the patent application is defined.

Unless otherwise defined, all terms (including technical and scientific terms) and proper nouns used hereinafter are used in the same meaning as commonly understood by those skilled in the art to which the invention belongs. Those terms defined by the dictionary should be understood to have the meaning consistent with the relevant fields, and unless explicitly defined in the following text, they will not be understood in terms of excessive idealization or excessive formality.

Referring to the first and second figures, which are perspective exploded views of the present invention and a three-dimensional combination view of the present invention, the electric vehicle cloud firmware update system device of the present invention includes a preferred embodiment. Cloud firmware software database 1, an electric car 3.

The cloud firmware database 1 is connected to the network 2, and is provided with a notification updating device 11 and a current setting device 12 for electrically transmitting and transmitting messages to the client. The cloud firmware database 1 is provided with a comparison confirmation code (ID), an original version 10, and a software update version 100.

One of the foregoing electric vehicles 3 is connected to the cloud firmware database 1 by the network 2, and is provided with a controller 31 having a unique identification code (ID) 30 and an original version 300; the controller 31 is separately provided. A wired transmission interface 311, a wireless transmission interface 312, a function setting interface 313 and a software update version 314 are connected to each other by using a wired transmission interface 311 or a wireless transmission interface 312, and a wireless small card is connected to the personal computer ( PC), the controller 31 having the unique identification code (ID) 30 and the original version 300 is connected to the cloud firmware software library 1.

Further, the cloud firmware database 1 of the present invention further includes a first judging unit 13 and a second judging unit 14 connected thereto, wherein the first judging unit 13 judges that the unique identification code (ID) 30 is original and The controller 31 of the version 300 is connected to the wireless network 2 and connected to the controller 31 having the unique identification code (ID) 30 and the original version 300; and the second determiner 14 is respectively associated with the first determiner 13 And a connection between the controller 31 having the unique identification code (ID) 30 and the original version 300 and the first determiner 13, the second determiner 14 determining the controller having the unique identification code (ID) 30 and the original version 300 31 Whether the identification code (ID) 30 and the original version 300 of the controller 31 are confirmed with the cloud firmware database 1 to enter the connection mode 141.

Further, the cloud firmware database 1 of the present invention further includes a third determiner 15 and a fourth determiner 16, wherein the third determiner 15 determines the software update version 314 of the controller 31 of the electric vehicle 3. Comparing with the cloud firmware database 1 to the software update version 100, the third determiner 15 is respectively sent to the client message with the connection mode 141 and the notification update device 11 of the cloud firmware database 1 The fourth determiner 16 is connected, and the fourth determiner 16 determines whether the old software update version 314 of the controller 31 of the electric vehicle 3 updates the software update version, and updates the update software version 161 with the update software update version, respectively, and displays whether to cancel the update notification. Returning to the connection between the connection mode 141 and the third determiner 15 Then, the message transmitted by the notification update device 11 of the cloud firmware database 1 is a mobile phone message or an APP message.

Further, the cloud firmware database 1 of the present invention further includes a fifth determiner 17 connected to the function setting interface 313 of the controller 31 of the electric vehicle 3, and the fifth determiner 17 determines whether to restore the controller. 31 existing software update version 314 and function setting; the fifth determiner 17 is respectively restored to the cloud firmware software database 1 through the wireless transmission interface 312 or the wired transmission interface 311, and the current setting device 12 and the function setting are restored. The interface 313 is connected to the connection mode 141, and the controller 31 of the electric vehicle 3 has a function setting interface 313 which uses the function of the mobile phone APP or the window software setting controller, and the controller 31 of the electric vehicle 3 has a function setting interface 313. The speed limit of the electric vehicle 3 or the wheel diameter or the slow start or the plurality of controllers 31 related to the electric vehicle 3 are set.

Further, the cloud firmware database 1 of the present invention further includes a sixth determiner 18 connected to the controller 31 of the electric vehicle 3 and a seventh determiner 19 connected to the function setting interface 313 of the controller 31, wherein The sixth determiner 18 determines whether to restore the set point, and the seventh determiner 19 determines whether to restore the software update version 314 and the time setting of the controller 31; the seventh determiner 19 is respectively connected to the wireless transmission interface 312. Or the wired transmission interface 311 is restored to the cloud firmware software database 1 and the connection between the current setting device 12 and the function setting interface 313 and the connection mode 141 is connected; and the sixth determiner 18 connected to the connection mode 141 is another The connection point is stored back to the controller 31 and the function setting interface 313 and the connection mode 141 through the wireless transmission interface 312 or the wired transmission interface 311, and the function setting interface 313 of the same controller 31 is utilized by the mobile APP or Windows software sets the time recovery point.

Please refer to the third figure, which is a flow chart of the cloud firmware database of the invention and the controller of the electric vehicle entering the connection mode. The invention is provided with a cloud firmware database 1 and an electric vehicle 3 There is a controller 31 having a unique identification code (ID) 30 and an original version 300, which first determines whether the wireless network 2 is connected via the first determiner 13, and if not, returns to the unique identification code (ID). 30 and the controller 31 of the original version 300, if it is judged by the first determiner 13 whether or not the wireless network 2 is connected Then, the second determiner 14 is determined whether to confirm the identification code (ID) 30 and the original version 300 of the controller 31 with the cloud firmware database 1, and if so, enter the connection mode 141; if not, then enter again The unique identification code (ID) 30 is between the controller 31 of the original version 300 and the first determiner 13.

Please refer to the fourth figure, which is a software update flowchart of the present invention; when the controller 31 of the electric vehicle 3 enters the connection mode 141, it first goes to the third determiner 15 to judge and the cloud firmware information. The library 1 compares the software update version 100, and returns to the connection mode 141 if it is the new software update version 314, and transmits the notification update device 11 by the cloud firmware software database 1 if it is the old software update version 314. The host message or APP message notifies the software update 151, and enters the fourth determiner 16 to determine whether to update the software update version 100, and if so, enters the update 161; if not, proceeds to display whether to cancel the update and the connection mode 141 and the third The controller 15 is connected to each other. As for the software update version 100 of the cloud firmware database 1 of the present invention, like WINDOWS, it will continue to develop new functions to provide the controller 31 of the sold electric vehicle 3, after confirmation. It will be updated to the latest version after the client (user) agrees.

Please refer to the fifth figure, which is a software storage flowchart of the present invention; when the controller 31 of the electric vehicle 3 enters the connection mode 141, it enters the function setting interface 142, which uses the mobile APP or the window software. And can set a plurality of controller functions such as speed limit, wheel diameter, slow start, etc. When the setting is completed, the fifth determiner 17 is entered to determine whether to restore the existing software update version 314 of the controller 31 and the function setting, and if so, Entering the memory 171 and returning to the cloud firmware firmware database 1 through the wireless transmission interface 312 or the wired transmission interface 311, and returning to the current setting device 12; if not, returning to the connection mode 141 and the function setting interface. Between 142.

Please refer to the sixth figure, which is a flowchart for setting the software recovery point. When the controller 31 of the electric vehicle 3 enters the connection mode 141, the function setting interface 142 is entered, which can be set by using the mobile APP or the window software. The time recovery point, when the setting is completed, enters the seventh determiner 19 to determine whether to restore the software update version 314 and the time point setting; if yes, enter the memory 191 and pass the wireless transmission medium. The surface 312 or the wired transmission interface 311 is restored to the cloud firmware firmware database 1 and stored in the current setting device 12; if not, it is returned to the connection mode 141 and the function setting interface 142; In addition to entering the function setting interface 142, the sixth judging device 18 is also determined to determine whether to restore the set point. If yes, the setting point is returned to the storage port 181, and the set point is returned to the controller through the wireless transmission interface 312 or the wired transmission interface 311. 31; if not, enter the connection mode 141 and the function setting interface 142.

By virtue of the system structure, the present invention can establish a cloud firmware software library 1 connected to the controller 31 of the electric vehicle 3, and the controller 31 of the electric vehicle 3 has its own identification code (ID) 30 and the original version 300 and software. The update version 314 automatically updates the software update version 314 and the update software message to the controller 31 through the connection mode 141, or sets various functions and time recovery points of the personal preference through the function setting interface 313, and more to the cloud. The firmware software database 1 is used for storing and extracting, or recovering the set point through the connection mode 141 and returning the controller 31 of the electric vehicle 3, and allowing the electric vehicle 3 to change and control functions according to different terrains and driving conditions. Effectively improve the comfort, mobility and convenience of its use, in line with the industrial use, novelty and progress, which shows its gains.

As can be seen from the above, the present invention has achieved the desired effect under the prior art structure, and is not familiar to those skilled in the art. Moreover, the present invention has not been disclosed before the application, and it has Novelty and progress have obviously met the requirements for the application of the invention patent, and the application for invention is filed according to law. You are requested to approve the application for the invention patent to encourage the invention.

The embodiments described above are merely illustrative of the technical spirit and the features of the present invention, and the objects of the present invention can be understood by those skilled in the art, and the scope of the present invention cannot be limited thereto. That is, the equivalent variations or modifications made by the spirit of the present invention should still be included in the scope of the present invention.

Claims (10)

The utility model relates to an electric vehicle cloud firmware software updating system device, which comprises: a cloud firmware software database, which is connected to a network, and is provided with a notification updating device and a storage device for electrically connecting to each other and transmitting a message to the client. Currently, the device is set, and the cloud firmware database is provided with a comparison confirmation code (ID) and an original version and a software update version; an electric vehicle; the network and the cloud firmware database are used by the network. The connection is provided with a controller having a unique identification code (ID) and an original version; the controller is further provided with a wired transmission interface, a wireless transmission interface, a function setting interface and a software update. The version uses the wired transmission interface or the wireless transmission interface to connect a personal computer (PC) with a wireless small card, and connects the controller having the unique identification code (ID) and the original version to the cloud firmware database. . The device for updating the cloud firmware of the electric vehicle according to the first aspect of the invention, wherein the cloud firmware database further includes a first judging device and a second judging device, wherein the first The determiner determines whether the controller having the unique identification code (ID) and the original version is connected to the wireless network, and is connected to the controller having the unique identification code (ID) and the original version; The second determiner is connected to the first determiner and the controller having the unique identification code (ID) and the original version, and the first determiner, and the second determiner determines that the unique The identification code (ID) and the original version of the controller confirm with the cloud firmware database that the identification code (ID) and the original version of the controller enter the connection mode. The device for updating the cloud firmware of the electric vehicle according to the first or the second aspect of the invention, wherein the cloud firmware database further includes a third determiner and a fourth determiner, wherein the The third determiner determines that the software update version of the controller of the electric vehicle is compared with the cloud firmware database to the software update version, and the third determiner system is respectively connected to the connection mode and through the cloud The notification update device of the body software database sends a message to the client to be connected to the fourth determiner, and the fourth determiner determines whether the updated version of the software of the electric vehicle of the electric vehicle is updated. The software updates the version and updates with the update software update version respectively and displays whether to cancel the update notification and return to the connection between the connection mode and the third determiner. The device for updating the cloud firmware of the electric vehicle according to the third aspect of the invention, wherein the message sent by the notification updating device of the cloud firmware database is a mobile phone message or an APP message. The device for updating the cloud firmware of the electric vehicle according to the first or the second aspect of the invention, wherein the cloud firmware database is further provided with the function setting interface of the controller of the electric vehicle. a fifth determiner, the fifth determiner determines whether to restore the software update version and the function setting of the controller; the fifth determiner uses the current firmware setting device of the cloud firmware database And returning to the cloud firmware software database through the wireless transmission interface or the wired transmission interface, and storing the current setting device, and connecting the function setting interface with the connection mode. The electric vehicle cloud firmware update system device of claim 5, wherein the controller of the electric vehicle sets the function of the controller by using a mobile phone APP or a window software. The electric vehicle cloud firmware update system device according to claim 6, wherein the controller of the electric vehicle has a function setting interface that sets a speed limit or a wheel diameter or a slow start of the electric vehicle. The device for updating the cloud firmware of the electric vehicle according to the first or the second aspect of the invention, wherein the cloud firmware database further includes a sixth determiner connected to the controller of the electric vehicle. And a seventh determiner connected to the function setting interface of the controller, wherein the sixth determiner determines whether to restore the set point, and the seventh determiner determines whether to restore the controller to the software update version. And the time setting; the seventh determiner uses the current firmware of the cloud firmware database to restore the current firmware to the cloud firmware through the wireless transmission interface or the wired transmission interface. The physical database and the function setting interface are connected to the connection mode; and the sixth determiner connected to the connection mode separately saves the set point to the through the wireless transmission interface or the wired transmission interface The controller and the function setting interface are connected to the connection mode. The device for updating the cloud firmware of the electric vehicle according to the eighth aspect of the invention, wherein the function setting interface uses a mobile phone APP or a window software. The electric vehicle cloud firmware software updating system device according to claim 9, wherein the controller of the electric vehicle has a function setting interface that sets a time recovery point.