TW201741161A - Self adjustable and changeable vehicle dashboard system allowing a driver to adjust and change a instrument interface displayed on a dashboard at any time according to personal requirements - Google Patents
Self adjustable and changeable vehicle dashboard system allowing a driver to adjust and change a instrument interface displayed on a dashboard at any time according to personal requirements Download PDFInfo
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Abstract
Description
本發明係關於一種車輛儀表板系統方面的技術領域,尤指一種可讓駕駛能依據個人需求隨時調整及變換儀表板上所顯示的儀表界面以即時掌控車況資訊,進而可提供駕駛一個方便舒適與安全的開車環境之可自行調整變換的車輛儀表板系統者。 The invention relates to a technical field of a vehicle dashboard system, in particular to a vehicle that can adjust and change the instrument interface displayed on the instrument panel according to individual needs to instantly control the vehicle condition information, thereby providing driving comfort and comfort. A self-adjusting vehicle dashboard system that can be self-adjusting in a safe driving environment.
一般傳統的車輛儀表板大都是將複數特定之儀表頭及複數燈泡安裝於預製有指示圖案之一板體上而成者,因此該傳統之儀表板上的儀表頭及指示燈的配置皆為固定型式的。最近汽機車輛的儀表板設計開始採用液晶螢幕取代傳統的儀表頭儀表板,然而該種習知的儀表板的版面卻仍是固定配置的型式,而無法由駕駛自行選擇儀表界面中各單元的種類或款式,甚至於該習知的儀表板上的液晶螢幕上更無法同時呈現顯示各種車況資訊(如:引擎轉速、水溫、油量、時速、行駛里程、……等)之儀表單元與其他功能視窗單元(如:導航視窗、倒車多視窗、行車紀錄視窗、音訊視窗、安全警示提醒視窗、……等),導致駕駛無法即時、有效及舒適地掌控車況及行車資訊,進而造成駕駛非常大的困擾。 Generally, the conventional vehicle dashboards are generally constructed by mounting a plurality of specific instrument heads and a plurality of bulbs on a plate prefabricated with an indication pattern. Therefore, the configuration of the instrument head and the indicator light on the conventional instrument panel are fixed. Type. Recently, the dashboard design of turbine vehicles has begun to replace the traditional instrument panel with LCD screens. However, the layout of such conventional dashboards is still a fixed configuration, and it is impossible to select the types of units in the instrument interface by driving. Or the style, even on the LCD screen of the conventional instrument panel, it is impossible to simultaneously display the instrument unit and other information showing various vehicle condition information (such as engine speed, water temperature, oil quantity, speed, mileage, etc.) Functional window units (eg navigation window, reversing multi-window, driving record window, audio window, safety alert reminder window, etc.), which makes driving unable to control the driving conditions and driving information in an instant, effective and comfortable manner, thus causing very large driving Troubled.
一般習知的車輛儀表板係存在著儀表單元的版面配置皆為固定型式,而無法由駕駛自行選擇儀表界面,進而造成駕駛無法即時、有效及舒適地掌控車況及行車資訊等問題。 In the conventional vehicle dashboard, the layout of the instrument unit is fixed, and the instrument interface cannot be selected by the driver, thereby causing problems such as driving, driving, and driving information that cannot be controlled immediately, effectively, and comfortably.
本發明係提供一種可自行調整變換的車輛儀表板系統,包括一偵測模組、一GPS模組、一影像擷取模組、一儀表板及一車輛電腦控制系統。其中,該偵測模組包含有設於車輛各部位之複數偵測器,可供偵測車輛各部位之狀況。該GPS模組係可接收全球定位衛星所傳送的相對位置資訊。該影像擷取模組係包含有設於車輛各部位之複數攝影鏡頭,可供擷取車輛各方向的影像。該儀表板係為一觸控式顯示器,其具有一儀表界面,該儀表界面包含一指示窗格、一主要窗格及一設定窗格。該指示窗格具有複數指示單元可供動態顯示車輛之狀況。該主要窗格具有複數儀表單元及複數功能視窗單元可供分別動態顯示各項行車資訊及顯示該複數攝影鏡頭所擷取的影像。該設定窗格具有複數設定單元,該複數設定單元之中包含有用於設定儀表界面之設定單元。該車輛電腦控制系統係整合有導航、倒車、行車記錄、音訊及安全警示功能,且儲存有數種不同樣式之內建儀表界面、指示單元、儀表單元及功能視窗單元,該車輛電腦控制系統連接該偵測模組、該GPS模組、該影像擷取模組及該儀表板,可接收及儲存該偵測模組、該GPS模組及該影像擷取模組之偵測結果、位置資訊及影像等資訊,然後將其作為相對應之儀表單元、指示單元 及功能視窗單元的動態顯示依據,並顯示於該儀表板的儀表界面上。當點選該設定窗格之中用於設定儀表界面的設定單元,便可透過該車輛電腦控制系統選擇該內建儀表界面的樣式,或是選擇各種樣式的儀表單元與功能視窗單元以自訂該儀表界面的顯示型式。 The invention provides a self-adjusting and transforming vehicle dashboard system, comprising a detection module, a GPS module, an image capture module, an instrument panel and a vehicle computer control system. The detection module includes a plurality of detectors disposed in various parts of the vehicle for detecting the condition of each part of the vehicle. The GPS module can receive relative position information transmitted by the global positioning satellite. The image capturing module includes a plurality of photographic lenses disposed in various parts of the vehicle for capturing images in various directions of the vehicle. The dashboard is a touch display having a meter interface including an indicator pane, a main pane and a setting pane. The indicator pane has a plurality of indicator units for dynamically displaying the condition of the vehicle. The main pane has a plurality of meter units and a plurality of function window units for dynamically displaying various driving information and displaying images captured by the plurality of photographic lenses. The setting pane has a plurality of setting units, and the setting unit includes a setting unit for setting a meter interface. The vehicle computer control system integrates navigation, reversing, driving records, audio and safety warning functions, and stores several different styles of built-in instrument interfaces, indicating units, meter units and function window units, and the vehicle computer control system is connected to the vehicle control system. The detection module, the GPS module, the image capture module and the instrument panel can receive and store the detection result, the location information and the detection result of the detection module, the GPS module and the image capture module. Information such as images, and then use it as the corresponding meter unit and indicator unit And the dynamic display basis of the function window unit is displayed on the instrument interface of the instrument panel. When the setting unit for setting the instrument interface in the setting pane is clicked, the style of the built-in instrument interface can be selected through the vehicle computer control system, or the meter unit and the function window unit of various styles can be selected to customize The display type of the instrument interface.
本發明所提供之可自行調整變換的車輛儀表板系統,可藉由點選該設定窗格之中用於設定儀表界面的設定單元,以透過該車輛電腦控制系統選擇該內建儀表界面的樣式或是選擇各種樣式的儀表單元與功能視窗單元以自訂該儀表界面的顯示型式,使得車輛駕駛因此能依據個人需求隨時調整及變換儀表板上所顯示的儀表界面的型式以利於即時掌控車況及行車資訊,進而提供駕駛一個方便舒適與安全的開車環境。 The self-adjusting and transforming vehicle dashboard system provided by the present invention can select a style of the built-in instrument interface through the vehicle computer control system by clicking a setting unit for setting a meter interface in the setting pane. Or select various styles of meter units and function window units to customize the display type of the meter interface, so that the vehicle can be adjusted and changed according to individual needs, and the type of the instrument interface displayed on the instrument panel can be adjusted at any time to facilitate real-time control of the vehicle condition and Driving information, which in turn provides a convenient, comfortable and safe driving environment.
10‧‧‧偵測模組 10‧‧‧Detection module
11‧‧‧GPS模組 11‧‧‧GPS module
12‧‧‧影像擷取模組 12‧‧‧Image capture module
20‧‧‧儀表板 20‧‧‧dashboard
21‧‧‧儀表界面 21‧‧‧ meter interface
21a‧‧‧內建儀表界面 21a‧‧‧ Built-in instrument interface
22‧‧‧指示窗格 22‧‧‧Instruction pane
220‧‧‧指示單元 220‧‧‧Instruction unit
23‧‧‧主要窗格 23‧‧‧ main pane
230‧‧‧儀表單元 230‧‧‧ instrument unit
231‧‧‧功能視窗單元 231‧‧‧Functional window unit
24‧‧‧設定窗格 24‧‧‧Setting pane
30‧‧‧車輛電腦控制系統 30‧‧‧Vehicle computer control system
40‧‧‧內建儀表界面選擇視窗 40‧‧‧ Built-in instrument interface selection window
41‧‧‧自訂鈕 41‧‧‧Custom button
42‧‧‧返回儀表界面鈕 42‧‧‧Return to the instrument interface button
43‧‧‧上頁鈕 43‧‧‧Up button
44‧‧‧下頁鈕 44‧‧‧Next button
50‧‧‧自訂選擇視窗 50‧‧‧Custom selection window
51‧‧‧頁籤窗格 51‧‧‧ tab pane
52‧‧‧元件選擇窗格 52‧‧‧Component selection pane
53‧‧‧群組單元 53‧‧‧Group unit
54‧‧‧背景顏色選擇窗格 54‧‧‧Background color selection pane
第1圖係本發明的系統架構示意圖。 Figure 1 is a schematic diagram of the system architecture of the present invention.
第2圖係本發明之操作流程示意圖。 Figure 2 is a schematic diagram of the operational flow of the present invention.
第3圖係本發明之儀表界面的示意圖。 Figure 3 is a schematic illustration of the instrument interface of the present invention.
第4圖係本發明之儀表界面顯示設定單元的示意圖。 Fig. 4 is a schematic view showing the meter interface display setting unit of the present invention.
第5圖係本發明之內建儀表界面選擇視窗示意圖。 Figure 5 is a schematic diagram of the selection window of the built-in instrument interface of the present invention.
第6圖係本發明之轉速表的自訂選擇視窗示意圖。 Figure 6 is a schematic view of a custom selection window of the tachometer of the present invention.
第7圖係本發明之時速表的自訂選擇視窗示意圖。 Figure 7 is a schematic diagram of a custom selection window of the speedometer of the present invention.
第8圖係本發明之油量表的自訂選擇視窗示意圖。 Figure 8 is a schematic view of a custom selection window of the oil gauge of the present invention.
第9圖係本發明之水溫表的自訂選擇視窗示意圖。 Figure 9 is a schematic view of a custom selection window of the water temperature gauge of the present invention.
第10圖係本發明之其他視窗的自訂選擇視窗示意圖。 Figure 10 is a schematic diagram of a custom selection window of other windows of the present invention.
第11圖係本發明之另一實施例。 Figure 11 is another embodiment of the present invention.
請參閱第1、3圖所示,係顯示本發明所述之可自行調整變換的車輛儀表板系統包括一偵測模組10、一GPS模組11、一影像擷取模組12、一儀表板20及一車輛電腦控制系統30,其中:該偵測模組10係包含有設於車輛各部位之複數偵測器,該複數偵測器係可供偵測車輛各部位之狀況,並將偵測結果的相關數位資訊傳輸給該車輛電腦控制系統30。 Please refer to the figures 1 and 3, which show that the self-adjusting and transforming vehicle dashboard system of the present invention includes a detecting module 10, a GPS module 11, an image capturing module 12, and a meter. The board 20 and a vehicle computer control system 30, wherein the detecting module 10 includes a plurality of detectors disposed in various parts of the vehicle, and the plurality of detectors are configured to detect the condition of each part of the vehicle, and The relevant digital information of the detection result is transmitted to the vehicle computer control system 30.
該GPS模組11係可接收全球定位衛星所傳送的位置資訊,並將相對位置的數位資訊傳輸給該車輛電腦控制系統30。 The GPS module 11 can receive location information transmitted by the global positioning satellite and transmit the digital information of the relative position to the vehicle computer control system 30.
該影像擷取模組12係包含有設於車輛各部位之複數攝影鏡頭可供擷取車輛各方向的影像(如:前方行車記錄影像、後方行車記錄影像、倒車影像、……等),並將相對應位置的影像數位資訊傳送給該車輛電腦控制系統30。 The image capturing module 12 includes a plurality of photographic lenses disposed in various parts of the vehicle for capturing images in various directions of the vehicle (eg, front driving recording images, rear driving recording images, reversing images, ..., etc.), and The image digital information of the corresponding position is transmitted to the vehicle computer control system 30.
該儀表板20係為一觸控式顯示器,其具有一儀表界面21可供顯示各項車況資訊,該儀表界面21包含一指示窗格22、一主要窗格23及一設定窗格24。該指示窗格22係具有複數指示單元220(如:方向指示燈、電源系統警示燈、機油壓力警示燈、引擎故障警示燈、低燃油油位警示燈、煞車系統警示燈……等)可供動態顯示車輛之狀況。該主要窗格23係顯示有複數儀表單元 230及複數功能視窗單元231,可供分別動態顯示各項行車資訊及顯示該複數攝影鏡頭所擷取的影像。該設定窗格24係具有複數設定單元240,該複數設定單元240包含有用於設定儀表界面21之設定單元240。 The instrument panel 20 is a touch-sensitive display having a meter interface 21 for displaying various vehicle condition information. The meter interface 21 includes an indication pane 22, a main pane 23 and a setting pane 24. The indicator pane 22 has a plurality of indicating units 220 (such as: a direction indicator, a power system warning light, an oil pressure warning light, an engine failure warning light, a low fuel level warning light, a brake system warning light, etc.) Dynamically display the condition of the vehicle. The main pane 23 shows a plurality of meter units The 230 and the plurality of function window units 231 are configured to dynamically display various driving information and display images captured by the plurality of photographic lenses. The setting pane 24 has a plurality of setting units 240, and the plurality of setting units 240 includes a setting unit 240 for setting the meter interface 21.
該車輛電腦控制系統30係整合有導航、倒車、行車記錄、音訊、安全警示、……等功能,該車輛電腦控制系統20儲存有數種不同樣式之內建儀表界面21a、指示單元220、儀表單元230及功能視窗單元231,且該車輛電腦控制系統30連接該偵測模組10、該GPS模組11、該影像擷取模組12及該儀表板20,可接收及儲存該偵測模組10所傳送出之車輛各部位狀況的數位資訊、該GPS模組11所傳送出之相關位置的數位資訊及該影像擷取模組12所傳送出之相對應位置的影像數位資訊,並將該些數位資訊作為相對應之儀表單元230、指示單元220及功能視窗單元231的動態顯示依據,及可供將該些儀表單元230、指示單元220及功能視窗單元231動態顯示於該儀表板20的儀表界面21上。 The vehicle computer control system 30 is integrated with navigation, reversing, driving records, audio, safety warnings, and the like. The vehicle computer control system 20 stores several different styles of built-in instrument interfaces 21a, indicating units 220, and meter units. And the function module 231, wherein the vehicle control system 30 is connected to the detection module 10, the GPS module 11, the image capture module 12 and the instrument panel 20, and can receive and store the detection module. 10 digit information of the status of each part of the transmitted vehicle, digital information of the relevant position transmitted by the GPS module 11, and image digital information of the corresponding position transmitted by the image capturing module 12, and the The digital information is used as a dynamic display basis of the corresponding meter unit 230, the indicating unit 220, and the function window unit 231, and the meter unit 230, the indicating unit 220, and the function window unit 231 are dynamically displayed on the instrument panel 20. On the instrument interface 21.
其中,當點選該設定窗格24之用於設定儀表界面21之設定單元240後,係可供透過該車輛電腦控制系統30選擇該內建儀表界面21a的樣式或是選擇各種樣式的儀表單元330及功能視窗單元331以自訂該儀表界面21的顯示型式。 When the setting unit 240 of the setting pane 24 for setting the meter interface 21 is clicked, the style of the built-in meter interface 21a can be selected through the vehicle computer control system 30 or the meter unit of various styles can be selected. 330 and function window unit 331 to customize the display format of the meter interface 21.
請配合參閱第2、3圖所示,係指出當車輛電源開關打開後,該儀表板20會顯示出預設或上次設定之該儀表界面21。同時,該車輛電腦控制系統30會透過該偵測模組10檢驗車輛的各 項狀態,檢查正確後該指示窗格22中的指示單元220會熄滅(如第3圖中所示灰色圖式)。在本例子中,該指示窗格22係位於該主要窗格23的上方,該設定窗格24係位於該主要窗格23的下方。 Please refer to Figures 2 and 3 to indicate that when the vehicle power switch is turned on, the instrument panel 20 will display the preset or last set of the meter interface 21. At the same time, the vehicle computer control system 30 will check each of the vehicles through the detection module 10. The item status, after checking correctly, the indication unit 220 in the indication pane 22 will be extinguished (as shown in the grey pattern in Fig. 3). In the present example, the indicator pane 22 is located above the main pane 23, which is located below the main pane 23.
請再配合參閱第4圖所示,該設定窗格24平時係未顯示該複數設定單元240,當以手指觸壓該設定窗格24的位置三秒以上時,該設定窗格24才會顯示該複數設定單元240十秒,十秒過後該複數設定單元240會自動隱藏,以避免短時間誤觸儀表板20而進入設定模式。 Referring to FIG. 4 again, the setting pane 24 does not display the plural setting unit 240. The setting pane 24 is displayed when the position of the setting pane 24 is touched by a finger for more than three seconds. The complex setting unit 240 is ten seconds. After ten seconds, the complex setting unit 240 automatically hides to avoid entering the setting mode by mistakenly touching the instrument panel 20 for a short time.
請再配合參閱第5圖所示,當點選該設定窗格24之中用於設定儀表界面21的設定單元240時,該儀表板20係顯示一內建儀表界面選擇視窗40。該內建儀表界面選擇視窗40包含有數個不同樣式之內建儀表界面21a、一自訂鈕41、一返回儀表界面鈕42、一上頁鈕43及一下頁鈕44。只要以手指直接點選按壓欲套用的內建儀表界面21a二秒以上,被點選之內建儀表界面21a便會直接套用到該儀表界面21上。而點選該自訂鈕41係可供自訂該儀表界面21的型式,點選該返回儀表界面鈕42係可返回至該儀表界面21,點選該上頁鈕43係可退回上一頁,點選該下頁鈕44係可進入下一頁。 Referring to FIG. 5 again, when the setting unit 240 for setting the meter interface 21 in the setting pane 24 is clicked, the instrument panel 20 displays a built-in meter interface selection window 40. The built-in instrument interface selection window 40 includes a plurality of different style built-in instrument interfaces 21a, a custom button 41, a return meter interface button 42, a top page button 43, and a page button 44. As long as the finger is used to directly press the built-in instrument interface 21a to be applied for more than two seconds, the selected built-in instrument interface 21a is directly applied to the meter interface 21. Clicking the custom button 41 is for customizing the type of the instrument interface 21, and clicking the return meter interface button 42 can return to the meter interface 21, and clicking the upper button button 43 can be returned to the previous page. Click the button on the next page to enter the next page.
請再配合參閱第6~10圖所示,當點選該自訂鈕41時,該儀表板20係顯示一自訂選擇視窗50。該自訂選擇視窗50包含一頁籤窗格51及一元件選擇窗格52。該頁籤窗格51包含複數群組單元53,該複數群組單元53包含一引擎轉速表、一時速表、一 油量表、一水溫表及其他視窗。該元件選擇窗格52係具有複數儀表單元230或功能視窗單元231可供點選,當點選其中一群組單元53時,該元件選擇窗格52係相對顯示數種對應該群組單元53之不同樣式的儀表單元230或功能視窗單元231。該複數功能視窗單元231係包含一導航視窗、一倒車視窗1、一倒車視窗2、一音訊視窗、一前方行車記錄視窗、一後方行車記錄視窗及一安全警示提醒視窗。 Please refer to FIGS. 6-10 again. When the custom button 41 is clicked, the instrument panel 20 displays a custom selection window 50. The custom selection window 50 includes a one-page pane 51 and a component selection pane 52. The tab pane 51 includes a plurality of group units 53 including an engine tachometer, a speedometer, and a Oil gauge, water temperature gauge and other windows. The component selection pane 52 has a plurality of meter units 230 or function window units 231 for clicking. When one of the group units 53 is clicked, the component selection pane 52 is oppositely displayed for the plurality of corresponding group units 53. Different styles of meter unit 230 or function window unit 231. The plurality of function window units 231 comprise a navigation window, a reverse window 1, a reverse window 2, an audio window, a front driving record window, a rear driving record window and a security warning window.
在該第6~9圖中,更可看出該自訂選擇視窗50可包含有一背景顏色選擇窗格54,該背景顏色選擇窗格54中係設有數種色塊可供點選以供用以改變儀表單元230的背景顏色。 In the sixth to ninth, it can be seen that the custom selection window 50 can include a background color selection pane 54 having a plurality of color blocks for selection for use in the background color selection pane 54. The background color of the meter unit 230 is changed.
如此,只要依序選擇該複數群組單元53中喜歡之儀表單元230或功能視窗單元231及選擇儀表單元230的的樣式及背景顏色後,車輛電腦控制系統30便會依選用的儀表單元230及功能視窗單元231自動幫駕駛做美工的配置(包含視窗大小、螢幕位置與搭配儀表板背景顏色的指針顏色),然後套用在儀表界面21上。而且,該車輛電腦控制系統30亦會記憶此儀表界面21的配置樣式,並儲存於於內建儀表界面選擇視窗40中,供日後快速選用,並於下回設定新儀表界面21前維持此畫面。 In this way, the vehicle computer control system 30 will select the meter unit 230 and the selected instrument unit 230 and the selection of the style and background color of the favorite meter unit 230 or the function window unit 231 and the selection meter unit 230. The function window unit 231 automatically assists the driver in the configuration of the artist (including the window size, the screen position and the pointer color of the background color of the instrument panel), and then applies to the meter interface 21. Moreover, the vehicle computer control system 30 also memorizes the configuration style of the instrument interface 21 and stores it in the built-in instrument interface selection window 40 for quick selection in the future, and maintains the screen before setting the new instrument interface 21 next time. .
請參閱第11圖所示,係為本發明之另一實施例,其之結構與上述實施例大致相同,差別僅在於本實施例中之該複數設定單元240之中包含有用於設定儀表界面21之顯示規則的設定單元240。點選該設定儀表界面21之顯示規則的設定單元240時, 係可設定及編輯各種觸發條件,使該車輛運行達到該觸發條件時,會透過該車輛電腦控制系統30自動將預定的內建儀表界面21a、儀表單元230或功能視窗單元231之其中任一者或複數者顯示於該儀表界面21上。 Referring to FIG. 11 , it is another embodiment of the present invention, and its structure is substantially the same as that of the above embodiment, except that the complex setting unit 240 in the embodiment includes a setting interface 21 for setting the meter. The setting unit 240 of the display rule. When the setting unit 240 for setting the display rule of the meter interface 21 is clicked, The triggering conditions can be set and edited, so that when the vehicle runs to the trigger condition, the predetermined built-in instrument interface 21a, the meter unit 230 or the function window unit 231 is automatically automatically transmitted through the vehicle computer control system 30. Or a plurality of persons are displayed on the meter interface 21.
10‧‧‧偵測模組 10‧‧‧Detection module
11‧‧‧GPS模組 11‧‧‧GPS module
12‧‧‧影像擷取模組 12‧‧‧Image capture module
20‧‧‧儀表板 20‧‧‧dashboard
21‧‧‧儀表界面 21‧‧‧ meter interface
21a‧‧‧內建儀表界面 21a‧‧‧ Built-in instrument interface
22‧‧‧指示窗格 22‧‧‧Instruction pane
220‧‧‧指示單元 220‧‧‧Instruction unit
23‧‧‧主要窗格 23‧‧‧ main pane
230‧‧‧儀表單元 230‧‧‧ instrument unit
231‧‧‧功能視窗單元 231‧‧‧Functional window unit
24‧‧‧設定窗格 24‧‧‧Setting pane
30‧‧‧車輛電腦控制系統 30‧‧‧Vehicle computer control system
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Cited By (4)
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CN109962895A (en) * | 2017-12-26 | 2019-07-02 | 比亚迪股份有限公司 | A kind of method and system, server and storage medium updating automobile instrument interface |
WO2019204958A1 (en) * | 2018-04-23 | 2019-10-31 | 陈秋燕 | Dash integration system |
CN110865746A (en) * | 2018-08-28 | 2020-03-06 | 上海擎感智能科技有限公司 | Automobile instrument display method and device, electronic terminal and medium |
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Families Citing this family (1)
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---|---|---|---|---|
TWI658253B (en) * | 2018-03-02 | 2019-05-01 | 光陽工業股份有限公司 | Navigation method and system for dynamic navigation based on real-time position of lead member |
Family Cites Families (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TW201325943A (en) * | 2011-12-30 | 2013-07-01 | Oriental Inst Technology | Virtual dashboard window control system for vehicle |
TWM493489U (en) * | 2014-08-19 | 2015-01-11 | Double Intelligence Technology Co | Replaceable dashboard module, and vehicle control system |
CN204605535U (en) * | 2015-05-13 | 2015-09-02 | 宁波格林美孚新材料科技有限公司 | A kind of interactive full touch-control dash unit |
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2016
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CN109962895A (en) * | 2017-12-26 | 2019-07-02 | 比亚迪股份有限公司 | A kind of method and system, server and storage medium updating automobile instrument interface |
CN109962895B (en) * | 2017-12-26 | 2021-01-19 | 比亚迪股份有限公司 | Method and system for updating automobile instrument interface, server and storage medium |
WO2019204958A1 (en) * | 2018-04-23 | 2019-10-31 | 陈秋燕 | Dash integration system |
CN110865746A (en) * | 2018-08-28 | 2020-03-06 | 上海擎感智能科技有限公司 | Automobile instrument display method and device, electronic terminal and medium |
CN115113786A (en) * | 2022-06-30 | 2022-09-27 | 南京懂玫驱动技术有限公司 | Instrument interaction method and device and vehicle |
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