TWM452792U - Hiking stepper with virtual reality simulation function - Google Patents
Hiking stepper with virtual reality simulation function Download PDFInfo
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- TWM452792U TWM452792U TW101224981U TW101224981U TWM452792U TW M452792 U TWM452792 U TW M452792U TW 101224981 U TW101224981 U TW 101224981U TW 101224981 U TW101224981 U TW 101224981U TW M452792 U TWM452792 U TW M452792U
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Description
本創作係為一種具實境模擬功能之登山踏步機,尤其是指一種利用登山踏步機與地理資訊系統作整合來挑選山景並同時產生出使用者運動時之腳步快慢的運動訊息,再配合攝影單元係事先擷取使用者影像並匯入電腦內進行運算處理,即可直接在顯示單元呈現出使用者位在該山景的擴增實境,讓使用者有身歷其境的臨場感及達到運動娛樂之目的。
This creation is a kind of climbing stepper with realistic simulation function, especially refers to a kind of sports information that uses the stepping machine to integrate with the geographic information system to select the mountain view and simultaneously generate the speed of the user's movement. The camera unit captures the user's image in advance and imports it into the computer for arithmetic processing. The user can display the user's presence in the augmented reality of the mountain view directly in the display unit, so that the user has an immersive presence and To achieve the purpose of sports and entertainment.
以往在天氣良好的情況下運動者大多會採取到戶外環境進行散步、健步快走或跑步等運動,而近幾年健身中心逐漸興起,其忙碌工作而無閒暇時間到戶外運動的人們因考量時間方便性,則選擇到健身中心去做室內運動,但在單調的環境中進行運動,雖可進行運動但在心境上仍無法完全得到紓解放鬆,因此近年來發展出一種具地形模擬功能之跑步機,如中華民國新型專利第579876號:「具地形模擬功能之跑步機」中,該具地形模擬功能之跑步機係在跑步機傳動裝置上裝設一姿態模擬裝置,以使運動者於跑步機上運動時,可藉此姿態模擬裝置達到於各種不同高低起伏之地形上跑步之效果,並反應至一互動式或虛擬實境電腦遊戲程式,藉此使得運動者可與此電腦遊戲程式產生互動,使運動者於室內運動同時,能彷彿於一模擬之環境中運動,但其虛擬實境內的人物影像僅限定為電腦遊戲程式產生之人物,而無法擷取使用者之真實影像,令使用者仍缺乏身歷其境之臨場感,是以,本創作係提供一種具實境模擬功能之登山踏步機,其係包含有一登山踏步機,該登山踏步機係包含有一踏板機構及一螢幕,一電腦係與登山踏步機相連結,該電腦內係包含有一地理資訊系統,而一攝影單元係與電腦相連結,其可事先擷取使用者影像並匯入電腦內進行運算處理,當使用者已在登山踏步機及電腦上設定完畢後,於使用登山踏步機之運動狀態下,該登山踏步機係將產生出的運動訊息傳送至電腦進行運算處理,並直接傳送至顯示單元呈現出使用者利用登山踏步機與地理資訊系統作整合挑選出的山景及使用者影像的擴增實境,讓使用者有身歷其境的臨場感及達到運動娛樂之效果。
In the past, in the case of good weather, most of the athletes will take the outdoor environment for walking, walking, walking or running. In recent years, the fitness center has gradually emerged. People who are busy working and have no leisure time to go outdoors are convenient for consideration. Sex, choose to go to the fitness center for indoor sports, but exercise in a monotonous environment, although it can be exercised but still can not fully relax and relax in the mood, so in recent years developed a treadmill with terrain simulation function For example, in the Republic of China New Patent No. 579876: "Treadmill with Terrain Simulation Function", the treadmill with terrain simulation function is equipped with a posture simulation device on the treadmill transmission device to enable the athlete to treadmill In the upper movement, the attitude simulation device can be used to achieve the running effect on various terrains of different heights and undulations, and react to an interactive or virtual reality computer game program, thereby enabling the athlete to interact with the computer game program. To enable the athlete to exercise indoors at the same time, it can be like moving in a simulated environment, but its virtual reality The character image is limited to the characters generated by the computer game program, and cannot capture the real image of the user, so that the user still lacks the sense of presence in the environment. Therefore, the creation department provides a mountain climbing step with realistic simulation function. The machine includes a climbing stepping machine, the climbing stepping machine includes a pedal mechanism and a screen, and a computer system is connected with the climbing stepping machine, the computer system includes a geographic information system, and a camera unit and a computer Connected, it can capture the user's image in advance and import it into the computer for calculation. After the user has set up on the climbing stepper and the computer, the climbing stepper is used in the exercise state of the climbing stepper. The generated motion message is transmitted to the computer for arithmetic processing, and directly transmitted to the display unit to present the augmented reality of the mountain view and the user image selected by the user using the climbing stepper and the geographic information system for use. The person has a sense of presence and the effect of sports and entertainment.
本創作之主要目的在提供一種具實境模擬功能之登山踏步機,其係包含有一登山踏步機、一電腦、一攝影單元及一顯示單元,該登山踏步機係包含有一踏板機構及一螢幕,該踏板機構係可供使用者進行踩踏運動,而螢幕係可控制運動模式,一電腦係與登山踏步機相連結,該電腦內係包含有一地理資訊系統,其係包含有一山景模式、一音效模式及一時間動態模式,而一攝影單元係與電腦相連結,其可事先擷取使用者影像並匯入電腦內進行運算處理,當使用者已在登山踏步機及電腦上設定完運動模式及山景模式後,於使用登山踏步機之運動狀態下,該登山踏步機係將產生出的腳步快慢之運動訊息傳送至電腦的地理資訊系統進行運算處理,並直接傳送至顯示單元呈現出使用者利用登山踏步機與地理資訊系統作整合挑選出的山景及使用者影像的擴增實境,讓使用者有身歷其境的臨場感及達到運動娛樂之效果。
有關本創作之具體構造及其實用功能,茲佐以圖式詳加說明如后。
The main purpose of the present invention is to provide a mountaineering stepping machine with a realistic simulation function, which comprises a climbing stepper, a computer, a photographing unit and a display unit, the stepping machine comprising a pedal mechanism and a screen. The pedal mechanism is for the user to perform the pedaling movement, and the screen system can control the movement mode. A computer system is connected with the climbing stepper. The computer system includes a geographic information system, and the system includes a mountain view mode and a sound effect. Mode and one-time dynamic mode, and a camera unit is connected to the computer, which can capture user images in advance and import them into a computer for arithmetic processing. When the user has set the sport mode on the climbing stepper and the computer, After the mountain view mode, in the exercise state using the climbing stepper, the climbing stepper transmits the motion information generated by the footsteps to the computer's geographic information system for arithmetic processing, and directly transmits to the display unit to present the user. Augmented reality of mountain and user images selected by using a stepping machine and a geographic information system. User thinking you immersive telepresence and achieve the effect of sports entertainment.
The specific structure of this creation and its practical functions are described in detail in the following figures.
為使更詳細了解本創作之結構,請參閱第一圖所示,本創作係為一種具實境模擬功能之登山踏步機1,其係包含有一登山踏步機1、一電腦2、一攝影單元3及一顯示單元4,該登山踏步機1係包含有一踏板機構及一螢幕10,該位於登山踏步機1下側之踏板機構係可供使用者6進行踩踏運動,於登山踏步機1前側之螢幕10係可控制運動模式,其運動模式包含有一登山模式11、一下山模式12、左右轉模式13,而一電腦2係以無線傳輸與登山踏步機1相連結(可參考第二圖),該電腦2內係包含有一地理資訊系統20,其係包含有一山景模式21、一音效模式22及一時間動態模式23,該山景模式21係包含全球地理山景、山景季節設定,其全球地理山景係可由衛星地圖影像、照片地圖影像、3D虛擬影像、GOOGLE MAP或GOOGLE EARTH來進行整合挑選,而音效模式22則可依據所挑選的山景之背景做出音效,時間動態模式23係依照四季、氣候或早晚的時間變化顯示出其山景畫面,一攝影單元3係與電腦2相連結,其可事先擷取使用者6影像並匯入電腦2內進行運算處理,當使用者6已在登山踏步機1及電腦2上設定完運動模式及山景模式21後,於使用登山踏步機1之運動狀態下,該登山踏步機1係將產生出的腳步快慢之運動訊息傳送至電腦2的地理資訊系統20進行運算處理,並直接傳送至顯示單元4,如第二圖所示,該顯示單元4係可為液晶螢幕或投影機,該投影機可投影至一布幕41(可參考第四圖)來呈現出使用者6利用登山踏步機1挑選出的山景及使用者6影像的擴增實境,且搭配電腦2上的地理資訊系統20會使登山踏步機1於登山模式11下,其踏板機構會具有上坡阻力,而於下山模式12下則會使踏板機構會具有下坡減阻力,在顛坡路段則會使踏板機構會產生震動之效果,讓使用者6有身歷其境的臨場感。
請參閱第三圖所示,登山踏步機1上係具有一螢幕10,該螢幕10上顯示有一登山踏步機操作主畫面14,其包含有一地理資訊系統之運動環境設定、一運動競賽設定、一運動管理設定及複數個控制按鈕,該地理資訊系統之運動環境設定係包含有一山景畫面以動態方式呈現、一啟動山景背景音效、一啟動山景依時間變化,其可讓使用者6複選前述地理資訊系統之運動環境設定,當將該山景畫面以動態方式呈現、啟動山景背景音效及一啟動山景依時間變化皆勾選時,其顯示單元4係顯示出以動態方式呈現的街景畫面及與該街景畫面相對應的音效,且依照四季、氣候或早晚的時間變化顯示出其街景畫面,而運動競賽設定係包含有一單人競賽、一雙人競賽、一多人競賽、一區域網路、一廣域網路,其可設定競賽人數及雲端網內與網外之網路設定來進行連線競賽,運動管理設定係包含一累積里程計數功能、一雲端資料同步、一消耗熱量計算、一飲水量建議、一GPS運動路徑紀錄,其可讓使用者6複選前述運動管理設定,而複數個控制按鈕係包含有一山景選擇鈕141、一執行鈕142及一拍照鈕143,其可讓使用者6按下該山景選擇鈕141來進行選擇山景,再按下執行鈕142完成切換山景,而當使用者6想留下擴增實境來紀念時,其可按下拍照鈕143進行拍照以留存影像,使用者6可直接操控該登山踏步機1上之螢幕10進而傳送指令至電腦2的地理資訊系統20,如第一及二圖所示。
當使用者6於運動競賽設定選擇雙人競賽或多人競賽時,如第三圖所示,其需同時勾選區域網路或廣域網路及雲端資料同步,讓使用者6可利用網路連線與他玩家進行連線競賽,其顯示單元4亦可顯示出電腦2內建之虛擬人物,當顯示單元4為投影機時,該投影機可投影至一布幕41來呈現出競賽時使用者6連線對戰的動作影像擴增實境,如第四圖所示,讓使用者6有身歷其境的臨場感及達到運動娛樂之效果。
請參閱第四圖,本創作之電腦2亦可利用一傳輸線5與登山踏步機1相連結。
綜上所述,本創作係提供一種具實境模擬功能之登山踏步機1,其係包含有一登山踏步機1、一電腦2、一攝影單元3及一顯示單元4,該登山踏步機1係包含有一踏板機構及一螢幕10,該踏板機構係可供使用者6進行踩踏運動,而螢幕10係可控制運動模式,一電腦2係與登山踏步機1相連結,該電腦2內係包含有一地理資訊系統20,其係包含有一山景模式21,而一攝影單元3係與電腦2相連結,其可事先擷取使用者6影像並匯入電腦2內進行運算處理,當使用者6已在登山踏步機1及電腦2上設定完運動模式及山景模式21後,於使用登山踏步機1之運動狀態下,該登山踏步機1係將產生出的腳步快慢之運動訊息傳送至電腦2的地理資訊系統20進行運算處理,並直接傳送至顯示單元4呈現出使用者6利用登山踏步機1與地理資訊系統20作整合挑選出的山景及使用者6影像的擴增實境,讓使用者6有身歷其境的臨場感及達到運動娛樂之效果。
In order to understand the structure of the creation in more detail, please refer to the first figure, which is a mountaineering stepper 1 with realistic simulation function, which includes a climbing stepper 1, a computer 2, and a photography unit. 3 and a display unit 4, the climbing stepper 1 includes a pedal mechanism and a screen 10, and the pedal mechanism on the lower side of the climbing stepper 1 is for the user 6 to perform a pedaling motion on the front side of the climbing stepper 1 The screen 10 system can control the sport mode, and the sport mode includes a mountain climbing mode 11, a mountain mode 12, a left and right turn mode 13, and a computer 2 system is connected with the climbing stepper 1 by wireless transmission (refer to the second figure). The computer 2 includes a geographic information system 20, which includes a mountain view mode 21, an audio effect mode 22, and a time dynamic mode 23, which includes a global geographic mountain view and a mountain view seasonal setting. The Global Geographic Mountain View can be integrated by satellite map imagery, photo map imagery, 3D virtual imagery, GOOGLE MAP or GOOGLE EARTH, while sound mode 22 can be based on the selected mountain view background. Effect, time dynamic mode 23 shows the mountain view according to the time of season, climate or morning and evening. A camera unit 3 is connected to the computer 2, which can capture the image of the user 6 and import it into the computer 2. In the arithmetic processing, when the user 6 has set the exercise mode and the mountain view mode 21 on the climbing stepper 1 and the computer 2, the stepping machine 1 will generate the footsteps in the exercise state using the climbing stepper 1. The fast and slow motion message is transmitted to the geographic information system 20 of the computer 2 for arithmetic processing and directly transmitted to the display unit 4. As shown in the second figure, the display unit 4 can be a liquid crystal screen or a projector, and the projector can be projected. To the screen 41 (refer to the fourth figure), the augmented reality of the mountain view and the user 6 image selected by the user 6 using the climbing stepper 1 is presented, and the geographic information system 20 on the computer 2 is used. When the climbing stepper 1 is in the climbing mode 11, the pedal mechanism will have an uphill resistance, and in the downhill mode 12, the pedal mechanism will have a downhill reducing resistance, and the downhill section will cause the pedal mechanism to vibrate. Effect 6 allows users to immersive telepresence pregnant.
Referring to the third figure, the climbing stepper 1 has a screen 10, and the screen 10 displays a main step 14 of the stepping machine operation, which includes a sports environment setting of the geographic information system, a sports competition setting, and a Motion management settings and a plurality of control buttons, the geographic environment system of the geographic information system includes a mountain view picture dynamically displayed, a mountain view background sound effect, and a mountain view change according to time, which can be used by the user 6 Selecting the sports environment setting of the aforementioned geographic information system, when the mountain view picture is dynamically presented, the mountain view background sound effect is activated, and the start mountain view is time-selected, the display unit 4 is displayed in a dynamic manner. The street view picture and the sound effect corresponding to the street view picture, and the street view picture is displayed according to the time change of the seasons, the climate or the morning and evening, and the sports competition setting includes a single person competition, a two-person competition, a multi-person competition, and a Regional network, a wide area network, which can set the number of contestants and the network settings in the cloud network and outside the network to conduct a connection competition. The management setting includes a cumulative mileage counting function, a cloud data synchronization, a calorie calculation, a drinking amount suggestion, and a GPS motion path record, which allows the user 6 to check the aforementioned motion management settings, and the plurality of control buttons are The utility model comprises a mountain view selection button 141, an execution button 142 and a camera button 143, which allows the user 6 to press the mountain view selection button 141 to select a mountain view, and then presses the execution button 142 to complete the switching of the mountain view. When the user 6 wants to leave the augmented reality to commemorate, he can press the camera button 143 to take a picture to retain the image, and the user 6 can directly control the screen 10 on the stepping machine 1 to transmit instructions to the computer 2. The geographic information system 20 is as shown in the first and second figures.
When user 6 selects a double or multiplayer competition in the sports competition setting, as shown in the third figure, it needs to check the regional network or WAN and cloud data synchronization at the same time, so that user 6 can use the network connection. In connection with his players, the display unit 4 can also display the virtual characters built in the computer 2. When the display unit 4 is a projector, the projector can be projected to a screen 41 to present the user during the competition. The action image of the 6-line battle is augmented, as shown in the fourth picture, so that the user 6 has an immersive presence and achieves the effect of sports entertainment.
Referring to the fourth figure, the computer 2 of the present invention can also be connected to the climbing stepper 1 by using a transmission line 5.
In summary, the present invention provides a mountaineering stepping machine 1 with a realistic simulation function, which comprises a climbing stepper 1, a computer 2, a camera unit 3 and a display unit 4, the climbing stepper 1 The utility model comprises a pedal mechanism and a screen 10, wherein the pedal mechanism is for the user 6 to perform the pedaling movement, and the screen 10 is capable of controlling the movement mode, and the computer 2 is connected with the climbing stepper 1. The computer 2 includes a The geographic information system 20 includes a mountain view mode 21, and a photographing unit 3 is connected to the computer 2, which can capture the image of the user 6 in advance and import it into the computer 2 for arithmetic processing. When the user 6 has After setting the sport mode and the mountain view mode 21 on the climbing stepper 1 and the computer 2, the climbing stepper 1 transmits the motion information of the generated footsteps to the computer 2 during the exercise state using the climbing stepper 1. The geographic information system 20 performs the arithmetic processing and directly transmits it to the display unit 4 to present the augmented reality of the mountain view and the user 6 image selected by the user 6 using the climbing step 1 and the geographic information system 20. In 6 pregnant with immersive telepresence and achieve the effect of sports entertainment.
(1)‧‧‧登山踏步機
(10)‧‧‧螢幕
(11)‧‧‧登山模式
(12)‧‧‧下山模式
(13)‧‧‧左右轉模式
(14)‧‧‧登山踏步機操作主畫面
(141)‧‧‧山景選擇鈕
(142)‧‧‧執行鈕
(143)‧‧‧拍照鈕
(2)‧‧‧電腦
(20)‧‧‧地理資訊系統
(21)‧‧‧山景模式
(22)‧‧‧音效模式
(23)‧‧‧時間動態模式
(3)‧‧‧攝影單元
(4)‧‧‧顯示單元
(41)‧‧‧布幕
(5)‧‧‧傳輸線
(6)‧‧‧使用者(1)‧‧‧Mountain stepper
(10) ‧‧‧screen
(11)‧‧‧ Mountaineering mode
(12) ‧‧‧ Downhill mode
(13) ‧‧‧ turn mode
(14) ‧‧‧Mountain stepper operation main screen
(141)‧‧‧ Mountain View Select Button
(142)‧‧‧Execution button
(143)‧‧‧Photo button
(2) ‧‧‧ computer
(20) ‧ ‧ Geographic Information System
(21)‧‧‧ Mountain View Mode
(22) ‧‧‧ sound mode
(23) ‧ ‧ time dynamic mode
(3) ‧‧‧Photographic unit
(4)‧‧‧Display unit
(41) ‧ ‧ ‧ curtain
(5) ‧‧‧ transmission line
(6) ‧‧‧ users
第一圖:本創作之流程方塊圖。
第二圖:係本創作之使用狀態示意圖。
第三圖:係本創作之登山踏步機螢幕顯示出登山踏步機操作主畫面示意圖。
第四圖:係本創作之另一使用狀態示意圖。
The first picture: the flow chart of this creation.
The second picture is a schematic diagram of the state of use of this creation.
The third picture: The screen of the climbing stepper shown in this creation shows the main screen of the operation of the climbing stepper.
The fourth picture is a schematic diagram of another use state of the present creation.
(1)‧‧‧登山踏步機 (1)‧‧‧Mountain stepper
(10)‧‧‧螢幕 (10) ‧‧‧screen
(2)‧‧‧電腦 (2) ‧‧‧ computer
(3)‧‧‧攝影單元 (3) ‧‧‧Photographic unit
(4)‧‧‧顯示單元 (4)‧‧‧Display unit
(6)‧‧‧使用者 (6) ‧‧‧ users
Claims (7)
Priority Applications (1)
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---|---|---|---|
TW101224981U TWM452792U (en) | 2012-12-24 | 2012-12-24 | Hiking stepper with virtual reality simulation function |
Applications Claiming Priority (1)
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TW101224981U TWM452792U (en) | 2012-12-24 | 2012-12-24 | Hiking stepper with virtual reality simulation function |
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109690448A (en) * | 2016-08-22 | 2019-04-26 | 姜头焕 | Virtual reality amusement equipment control method and system |
TWI694851B (en) * | 2015-02-20 | 2020-06-01 | 佐藤克男 | Image and gradient signal acquisition device for virtual running system and virtual running system |
RU2773616C1 (en) * | 2021-07-23 | 2022-06-06 | Алексей Анатольевич Бородин | Simulator for the development of motor functions of the limbs |
-
2012
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI694851B (en) * | 2015-02-20 | 2020-06-01 | 佐藤克男 | Image and gradient signal acquisition device for virtual running system and virtual running system |
CN109690448A (en) * | 2016-08-22 | 2019-04-26 | 姜头焕 | Virtual reality amusement equipment control method and system |
RU2773616C1 (en) * | 2021-07-23 | 2022-06-06 | Алексей Анатольевич Бородин | Simulator for the development of motor functions of the limbs |
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