TW201519936A - Fitness apparatus combined with cloud service and cloud service system thereof - Google Patents
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本發明關於一種健身器材，特別關於可讓不同使用者一同進行健身與競賽的健身器材與其雲端服務系統。
The present invention relates to a fitness device, and more particularly to a fitness device and a cloud service system that allow different users to perform fitness and competition together.
運動為維持身體健康的不二法門，然而現代人的生活相當的忙碌，很難天天撥出時間前往運動場進行運動，因此各式各樣的健身器材，如跑步機、健身腳踏車、踏步機、划船機等等室內運動器材，已廣泛進入居家生活。
然而，此室內健身器材，常見使用者於購買初期時，相當的熱衷勤奮使用，但經過一段時間，當使用者覺得枯燥乏味時，會降低其操作之意願，而導致使用率會大幅降低，使用者必須藉助電視、雜誌或手機等等娛樂媒體的輔助，以排解無聊，其無法專注於運動，不但會降低運動效果，且亦會增加運動受傷的風險，導致其最終結果，此室內健身器材會被拋棄於屋內一角，任其佈滿灰塵，而喪失其健身的效果。
顯然，上述習用健身器材，使用者容易感到厭倦，因此亦有人將健身器材結合實境影像而具互動效果，讓使用者在使用健身器材時，可以一邊健身一邊享受實境影像，然而此一方式，雖然一開始會讓使用者感到新鮮而增加使用率，但是實境影像，事實上僅是預先錄製的影像而已，雖是真實風景影像，但事實上不會有即時動態變化，使用者在反覆使用之後，依然會感到無聊而倦怠。
Exercise is the only way to maintain good health. However, modern people's life is quite busy. It is difficult to set aside time to go to the sports ground for exercise. Therefore, various fitness equipment such as treadmills, exercise bikes, steppers, and rowing boats are available. Machines and other indoor sports equipment have been widely used in home life.
However, this indoor fitness equipment, the common users in the initial stage of purchase, is quite enthusiastic and diligent to use, but after a period of time, when the user feels boring, it will reduce the willingness to operate, resulting in a significant reduction in the use rate. They must rely on the help of entertainment media such as TV, magazines or mobile phones to solve boredom. They can't concentrate on sports, which will not only reduce the exercise effect, but also increase the risk of sports injuries, leading to the final result. This indoor fitness equipment will Was abandoned in the corner of the house, let it be covered with dust, and lost its fitness effect.
Obviously, the above-mentioned conventional fitness equipment is easy for the user to feel bored. Therefore, some people have combined the fitness equipment with the reality image to have an interactive effect, so that the user can enjoy the physical image while exercising while using the fitness equipment, but this way Although the user will feel fresh and increase the usage at the beginning, the reality image is actually only a pre-recorded image. Although it is a real landscape image, there is no real dynamic change. The user repeats After using it, I still feel bored and tired.
本發明之目的即在於提供一種結合雲端服務之健身器材與其雲端服務系統，其可讓多人同時進行遊戲而產生競賽效果，以提高使用者的興致，同時達到健身與娛樂之雙重效果。
基於上述目的，本發明為一種結合雲端服務之健身器材與其雲端服務系統。其中，該雲端服務系統包含一收發伺服器、一運算伺服器與一儲存伺服器，而該健身器材包含一控制裝置、一健身單元、一傳輸模組與一顯示模組。
其中，該健身器材的該控制裝置根據使用者的操控，產生一操控訊號，該健身單元根據使用者的操作使用，產生一動力訊號，而該雲端服務系統的該儲存伺服器則儲存一資訊模型。
且該操控訊號與該動力訊號為經由該傳輸模組傳輸至該雲端服務系統的該收發伺服器，以讓該運算伺服器依據該健身器材的操控訊號與動力訊號來建立一運動模型，並結合該儲存伺服器所儲存的資訊模型，而產生一顯示訊號，其輸入該顯示模組，以產生互動式影像。
據此，本發明的雲端服務系統為結合若干健身器材使用，亦即，雲端服務系統為供若干健身器材連線，雲端服務系統的運算伺服器可以依據若干健身器材的操控訊號與動力訊號分別建立一運動模型，且結合儲存伺服器儲存的資訊模型，分別產生若干健身器材所指定視角的一顯示訊號，以分別輸入若干健身器材的顯示模組而產生互動式影像。也就是說，若干使用者分別使用若干健身器材即可透過雲端服務系統進行競賽，因而可增加健身的樂趣，有效提高健身的意願。
The object of the present invention is to provide a fitness equipment and a cloud service system combining the cloud service, which can enable a plurality of people to play games at the same time to generate a competition effect, thereby improving the user's interest and achieving the dual effects of fitness and entertainment.
Based on the above object, the present invention is a fitness equipment combined with a cloud service and a cloud service system thereof. The cloud service system includes a transceiver server, a computing server and a storage server, and the fitness device includes a control device, a fitness unit, a transmission module and a display module.
The control device of the fitness equipment generates a control signal according to the user's manipulation, and the fitness unit generates a power signal according to the operation of the user, and the storage server of the cloud service system stores an information model. .
And the control signal and the power signal are transmitted to the transceiver server of the cloud service system via the transmission module, so that the computing server establishes a motion model according to the control signal and the power signal of the fitness equipment, and combines The information model stored by the server is stored to generate a display signal that is input to the display module to generate an interactive image.
Accordingly, the cloud service system of the present invention is used in combination with a plurality of fitness equipments, that is, the cloud service system is connected for a plurality of fitness equipments, and the computing server of the cloud service system can be separately established according to the control signals and the power signals of the plurality of fitness equipments. A motion model, in combination with the information model stored in the storage server, respectively generates a display signal of a specified angle of view of the fitness equipment to input a plurality of display modules of the fitness equipment to generate an interactive image. In other words, several users can use a number of fitness equipment to compete through the cloud service system, thereby increasing the fun of fitness and effectively improving the willingness to exercise.
A‧‧‧健身器材
10‧‧‧控制裝置
11‧‧‧手把
111‧‧‧功能鍵組
112‧‧‧煞車裝置
12‧‧‧訊號傳輸介面
20‧‧‧健身單元
21‧‧‧座椅
22‧‧‧腳踏板
23‧‧‧飛輪
231‧‧‧轉速感測器
30‧‧‧傳輸模組
40‧‧‧顯示模組
50‧‧‧雲端服務系統
51‧‧‧收發伺服器
52‧‧‧運算伺服器
53‧‧‧儲存伺服器
60‧‧‧網際網路
70‧‧‧設定伺服器
71‧‧‧社群平台
72‧‧‧雲端服務系統群
72A、72B‧‧‧子雲端服務系統
73‧‧‧資料伺服器
74‧‧‧邏輯伺服器群
74A‧‧‧登入伺服器
74B‧‧‧遊戲伺服器
80‧‧‧隨身智慧型裝置
90、90A、90B‧‧‧運動模型
91‧‧‧資訊模型A‧‧‧ fitness equipment
10‧‧‧Control device
11‧‧‧handle
111‧‧‧ function key group
112‧‧‧ brake device
12‧‧‧Signal transmission interface
20‧‧‧ Fitness unit
21‧‧‧ seats
22‧‧‧ pedals
23‧‧‧Flywheel
231‧‧‧Speed Sensor
30‧‧‧Transmission module
40‧‧‧Display module
50‧‧‧Cloud Service System
51‧‧‧Receiving and receiving server
52‧‧‧ Computing Server
53‧‧‧Storage server
60‧‧‧Internet
70‧‧‧Setting the server
71‧‧‧Community Platform
72‧‧‧Cloud Service System Group
72A, 72B‧‧‧Sub-cloud service system
73‧‧‧Data Server
74‧‧‧Logical Server Group
74A‧‧‧Login server
74B‧‧‧game server
80‧‧‧ portable smart device
90, 90A, 90B‧‧‧ sports models
91‧‧‧Information model
圖1為本發明健身器材立體結構圖。
圖2為本發明健身器材局部上視圖。
圖3為本發明健身器材側視圖。
圖4為本發明的雲端服務系統圖。
圖5為本發明實施示意圖一。
圖6為本發明實施示意圖二。
圖7為本發明實施示意圖三。
圖8為本發明實施示意圖四。
圖9為本發明雲端服務系統另一實施示意圖。
1 is a perspective structural view of a fitness equipment of the present invention.
2 is a partial top view of the exercise equipment of the present invention.
Figure 3 is a side view of the exercise equipment of the present invention.
4 is a diagram of a cloud service system of the present invention.
Figure 5 is a schematic view of the first embodiment of the present invention.
Figure 6 is a schematic view of the second embodiment of the present invention.
Figure 7 is a schematic view of the third embodiment of the present invention.
Figure 8 is a schematic view of the fourth embodiment of the present invention.
FIG. 9 is a schematic diagram of another implementation of a cloud service system according to the present invention.
茲有關本發明的詳細內容及技術說明，現以實施例來作進一步說明，但應瞭解的是，該等實施例僅為例示說明之用，而不應被解釋為本發明實施之限制。
請參閱「圖1」、「圖2」與「圖3」所示，本發明的健身器材A，主要包括有一控制裝置10、一健身單元20、一傳輸模組30與一顯示模組40。
其中，該健身器材A的該控制裝置10根據使用者的操控，產生一操控訊號，該健身單元20根據使用者的操作使用，產生一動力訊號。
舉例來說，該健身單元20可以為健身腳踏車，其具有一座椅21、一腳踏板22與一飛輪23，使用者使用該健身單元20時，使用者為乘坐於該座椅21踩踏該腳踏板22而驅動該飛輪23轉動，該飛輪23設有一轉速感測器231，該轉速感測器231感測該飛輪23的轉速，而產生該動力訊號。
又本發明之轉速感測器231可以為採用磁簧開關感測器，主要是於飛輪23上設置感應導體，利用磁場變化，當感應導體經過磁簧開關感測器時，該磁簧開關感測器會感應到磁場變化，以每分鐘磁簧開關感測器之磁圈斷開(變化)次數，計算每分鐘飛輪23的轉動圈數，再配合輪軸直徑，即可測量出轉速與累積里程數。
又該控制裝置10可以為結合於該座椅21上，並可利用身體重心的偏移造成該座椅21的偏移與傾斜來控制該健身器材A(健身腳踏車)之煞車、轉向角度、油門轉動。或者，如圖所繪製，該控制裝置10可以為一手把11，並控制該健身器材A之煞車、轉向角度、油門轉動，並該手把11具有一功能鍵組111與一煞車裝置112，其中該功能鍵組111用以操控該健身器材A(健身腳踏車)，提供使用者選擇、確認、開始及移動等等的控制，而該煞車裝置112供煞車使用，且該煞車裝置112亦可受該控制裝置10的控制而自動啟動並控制煞車力道，以模擬健身腳踏車行駛於上坡路段之狀態。
另，該煞車裝置112可以為一雙夾式煞車，其為利用飛輪23旁的兩片煞車墊片夾住飛輪23，藉由摩擦力來產生一阻力；又該煞車裝置112亦可為一直接加壓式煞車，利用一片煞車墊片直接加壓於飛輪23上的摩擦力，來產生一阻力；再者，該煞車裝置112也可為一磁控式煞車，利用一磁鐵與飛輪23的接觸面產生一磁力而形成阻力，當磁鐵與飛輪23之間的接觸面積越大，其磁力越大，亦即阻力就越強，如上所述，凡是煞車裝置112可減緩或停止該飛輪23轉動的構造，皆屬本發明的可能實施方式。
又請一併參閱「圖4」、「圖5」、「圖6」與「圖7」所示，本發明的雲端服務系統50包含一收發伺服器51、一運算伺服器52與一儲存伺服器53，其中該雲端服務系統50的該儲存伺服器53儲存一資訊模型91。
且該健身器材A的該操控訊號與該動力訊號為經由該傳輸模組30傳輸至該雲端服務系統50的該收發伺服器51，進以讓該運算伺服器52依據該健身器材A的操控訊號與動力訊號以建立一運動模型90，並結合該儲存伺服器53所儲存的資訊模型91，而產生一顯示訊號輸入該顯示模組40，以產生互動式影像。且為了實施的便利性與整體美觀，該傳輸模組30可以為一無線網路，該傳輸模組30的實施方式可以為選自WiFi、WiMAX、LTE、UWB、ZigBee、藍芽、微波、紅外線與射頻的任一種。而該顯示模組40可以為一般的顯示器、電視機，或是具上網功能的智慧電視。
又雲端服務系統50為結合若干健身器材A使用，亦即，雲端服務系統50為供若干健身器材A連線，雲端服務系統50的運算伺服器52可以依據若干健身器材A的操控訊號與動力訊號分別建立一運動模型90，且結合儲存伺服器53儲存的資訊模型91，分別產生若干健身器材A所指定視角的一顯示訊號，以分別輸入若干健身器材A的顯示模組40而產生互動式影像。
上述，即為本發明所提供一種結合雲端服務之健身器材A與其雲端服務系統50各部構件，接著再以一較佳實施例，說明如下：
如「圖5」、「圖6」與「圖7」所示，使用者要操作本發明的健身器材A時，首先，健身器材A需要透過開發者所提供之驗證碼(如使用者帳號、密碼或PIN碼等)與雲端服務系統50取得連線，本發明雲端服務系統50的網路架構為以主從式網路(Client/Server)為最佳實施例，但不限於此，諸如多層式網路(Multi-tiers)或點對點式網路(Peer-to-Peer)之方式，皆可應用在本實施例中。
當使用者完成上述之連線，健身器材A即會發送一請求訊號給該雲端服務系統50之收發伺服器51，並將訊號傳送至運算伺服器52進行使用者身份驗證，身份驗證成功即從儲存伺服器53內讀取該使用者之參數，並且由收發伺服器51傳送給健身器材A，並允許使用者進行多人連線遊戲對戰遊戲，讓使用者可透過健身器材A的控制裝置10及顯示模組40，於該顯示模組40的介面中選擇、確認、開始、移動及煞車等控制，並經由傳輸模組30傳輸操控訊號，將欲處理之資料送至運算伺服器52進行分散式運算處理，舉例來說，儲存伺服器53內的資訊模型91可以內建多個角色人物外形，可供使用者選取(如圖5所示)。
而使用者於使用健身器材A時會透過該控制裝置10與該健身單元20分別產生操控訊號與動力訊號，並經由該傳輸模組30傳輸至該收發伺服器51。以讓該運算伺服器52依據收到的資料(動力訊號與操控訊號)建立一運動模型90，運算伺服器52再讀取儲存伺服器53內的資訊模型91(如：地圖資訊)，即可將運動模型90融合於資訊模型91中以形成一預估位置用以對應該健身器材A在資訊模型91中區域的位置與運動狀態，也就是說，運算伺服器52會產生健身器材A所指定視角的一顯示訊號，以輸入健身器材A的顯示模組40而產生互動式影像(如圖6所示)，而當使用者使用控制裝置10進行轉彎時，或是改變該健身單元20的操作強度時，即會產生新的操控訊號與新的動力訊號，而運算伺服器52即會依據新的操控訊號與新的動力訊號修正運動模型90，其再融合於資訊模型91中，即可產生新的顯示訊號，而產生新的互動式影像(如圖7所示)。
請再一併參閱「圖8」所示，為不同的使用者進行競賽時的畫面圖，其中不同的使用者為使用相同的資訊模型91，但是不同的使用者為具有不同的運動模型90A、90B，因而不同的使用者可以透過競賽追逐的過程所產生的刺激與榮譽感，吸引使用者使用健身器材A，且在使用健身器材A的過程中，達到健身的目標。
本發明的特色主要在於讓雲端服務系統50處理所有的邏輯運算，並且將所有的運算結果於執行結束後所產生的互動式影像傳送至該顯示模組40作顯示；該雲端服務系統50更可提供多位使用者進行連接，並且於雲端服務中進行各項多人遊戲競賽、社群互動、聊天通訊等多項雲端服務。
該儲存伺服器53除了用以建立或儲存使用者的各項參數，更可儲存其它雲端服務所需之資料及數據，例如多人線上對戰遊戲中所需要世界各地的實景地圖或虛擬地圖，該實景地圖可以用錄影拍照之方式，建立於儲存伺服器53內，並且提供使用者於健身車上模擬，有如騎乘當地之街道，而有身歷其境之感覺。
請參閱「圖9」所示，為本發明雲端服務系統另一實施方式，其中該控制裝置10更可以具有一訊號傳輸介面12，該訊號傳輸介面12可以為藍芽、USB介面等等，並供連結一隨身智慧型裝置80。又本發明可以具有一個雲端服務系統群72、一邏輯伺服器群74與一設定伺服器70，該設定伺服器70用於管理該雲端服務系統群72與該邏輯伺服器群74，以及兩者之間的連線協議，其可以新增新的雲端服務系統或邏輯伺服器，來增加容納使用者的容量，如圖示該雲端服務系統群72可以具有至少二個子雲端服務系統72A、72B。
或者該設定伺服器70可以用於增加服務的內容設定，如可以在邏輯伺服器群74內增加一個語音聊天伺服器，讓所有的使用者都可以透過雲端服務系統群72內的子雲端服務系統72A、72B，取得這個新的語音服務。
使用者經由子雲端服務系統72A、72B請求服務時，子雲端服務系統72A、72B會透過設定伺服器70的路由資訊，而與該邏輯伺服器群74連線，以執行服務工作。又該邏輯伺服器群74包含一登入伺服器74A與一遊戲伺服器74B，可以提供使用者登入與遊戲的服務。
又登入伺服器74A亦可與社群平台71連接，讓使用者可以直接以社群平台71的帳戶與密碼進行登錄，減少建立帳戶的麻煩。而遊戲伺服器74B可與一資料伺服器73進行資料的交換，以供儲存資料。
另該隨身智慧型裝置80可以是智慧型手機或平板電腦等等，可以取代作為顯示模組40使用，該隨身智慧型裝置80可以透過一網際網路60，透過雲端服務系統72A、72B進行連線，以增加使用的便利性。
如上所述，本發明可供若干使用者分別使用若干健身器材，透過本發明雲端服務系統進行競賽，更詳細的說，本發明可提供讓不同使用者一起進行多人競賽，透過競賽追逐過程所產生的刺激而增加新鮮感與吸引力，且本發明具交友、聊天與社群互動的功能，可增加健身的樂趣，有效提高健身的意願，避免反覆操作的乏味而影響使用興致。
The detailed description of the present invention and the technical description of the present invention are further illustrated by the accompanying drawings, but it should be understood that these embodiments are merely illustrative and not to be construed as limiting.
Please refer to FIG. 1 , FIG. 2 and FIG. 3 . The fitness equipment A of the present invention mainly includes a control device 10 , a fitness unit 20 , a transmission module 30 and a display module 40 .
The control device 10 of the fitness equipment A generates a control signal according to the user's operation, and the fitness unit 20 generates a power signal according to the operation of the user.
For example, the fitness unit 20 can be an exercise bicycle having a seat 21, a foot pedal 22 and a flywheel 23, and when the user uses the fitness unit 20, the user steps on the seat 21 The flywheel 23 is driven by the foot pedal 22, and the flywheel 23 is provided with a rotation speed sensor 231, and the rotation speed sensor 231 senses the rotation speed of the flywheel 23 to generate the power signal.
The speed sensor 231 of the present invention may be a reed switch sensor, which is mainly provided with an inductive conductor on the flywheel 23, and uses a magnetic field change. When the inductive conductor passes through the reed switch sensor, the reed switch sense The detector will sense the change of the magnetic field. Calculate the number of revolutions of the flywheel 23 per minute with the number of turns of the magnetic coil of the reed switch sensor per minute. Then, with the diameter of the axle, the speed and mileage can be measured. number.
Moreover, the control device 10 can be coupled to the seat 21, and can control the braking, steering angle, and throttle of the fitness equipment A (the exercise bicycle) by utilizing the offset and inclination of the seat 21 by the offset of the center of gravity of the body. Turn. Or, as shown in the figure, the control device 10 can be a handle 11 and control the braking, steering angle, and throttle rotation of the fitness equipment A, and the handle 11 has a function key set 111 and a braking device 112, wherein The function key set 111 is used to control the fitness equipment A (exercise bicycle), and provides control of user selection, confirmation, start and movement, etc., and the braking device 112 is used for braking, and the braking device 112 can also be controlled by the The control device 10 automatically activates and controls the braking force to simulate the state in which the exercise bicycle travels on the uphill section.
In addition, the braking device 112 can be a double-clip brake, which uses the two brake pads next to the flywheel 23 to clamp the flywheel 23 to generate a resistance by friction; and the braking device 112 can also be a direct The pressurized brake uses a frictional force of a brake pad to directly pressurize the flywheel 23 to generate a resistance; further, the brake device 112 can also be a magnetically controlled brake, using a magnet to contact the flywheel 23. The surface generates a magnetic force to form a resistance. When the contact area between the magnet and the flywheel 23 is larger, the magnetic force is larger, that is, the resistance is stronger. As described above, the braking device 112 can slow or stop the rotation of the flywheel 23. Constructions are possible embodiments of the invention.
Please also refer to FIG. 4, FIG. 5, FIG. 6 and FIG. 7. The cloud service system 50 of the present invention includes a transceiver server 51, a computing server 52 and a storage servo. The storage unit 53 of the cloud service system 50 stores an information model 91.
The control signal and the power signal of the fitness equipment A are transmitted to the transceiver server 51 of the cloud service system 50 via the transmission module 30, so that the computing server 52 can control the operation signal according to the fitness equipment A. And the power signal to establish a motion model 90, and in combination with the information model 91 stored in the storage server 53, a display signal is input to the display module 40 to generate an interactive image. The transmission module 30 can be a wireless network, and the implementation of the transmission module 30 can be selected from the group consisting of WiFi, WiMAX, LTE, UWB, ZigBee, Bluetooth, microwave, and infrared. Any of the types with RF. The display module 40 can be a general display, a television, or a smart TV with Internet access.
The cloud service system 50 is used in combination with a plurality of fitness equipments A. That is, the cloud service system 50 is connected to a plurality of fitness equipments A. The computing server 52 of the cloud service system 50 can be based on the control signals and power signals of the plurality of fitness equipment A. A motion model 90 is created, and a display signal of the specified angle of view of the fitness equipment A is generated by the information model 91 stored in the storage server 53 to respectively input the display modules 40 of the fitness equipment A to generate an interactive image. .
The above is a component of the fitness equipment A and the cloud service system 50 of the cloud service provided by the present invention, and then, according to a preferred embodiment, the following is explained:
As shown in "Figure 5", "Figure 6" and "Figure 7", when the user wants to operate the fitness equipment A of the present invention, first, the fitness equipment A needs to pass the verification code provided by the developer (such as the user account, The password or PIN code, etc. is connected to the cloud service system 50. The network architecture of the cloud service system 50 of the present invention is a master/slave network (Client/Server) as a preferred embodiment, but is not limited thereto, such as multiple layers. A mode of a multi-tiers or a peer-to-peer (Peer-to-Peer) can be applied to this embodiment.
When the user completes the above connection, the fitness equipment A sends a request signal to the transceiver server 51 of the cloud service system 50, and transmits the signal to the computing server 52 for user identity verification, and the identity verification succeeds. The storage server 53 reads the parameters of the user, and is transmitted by the transceiver server 51 to the fitness equipment A, and allows the user to play a multiplayer game, so that the user can pass the control device 10 of the fitness equipment A. And the display module 40 selects, confirms, starts, moves, and brakes the interface of the display module 40, and transmits the control signal through the transmission module 30, and sends the data to be processed to the computing server 52 for dispersion. For example, the information model 91 in the storage server 53 can be built into a plurality of characters and can be selected by the user (as shown in FIG. 5).
When the user uses the fitness equipment A, the control device 10 and the fitness unit 20 respectively generate a control signal and a power signal, and transmit the signal to the transceiver server 51 via the transmission module 30. The operation server 52 is configured to establish a motion model 90 according to the received data (the power signal and the control signal), and the operation server 52 reads the information model 91 (eg, map information) in the storage server 53. The motion model 90 is fused in the information model 91 to form an estimated position for corresponding to the position and motion state of the area of the fitness equipment A in the information model 91. That is, the computing server 52 generates the fitness equipment A designation. A display signal of the viewing angle is input to the display module 40 of the fitness equipment A to generate an interactive image (as shown in FIG. 6), and when the user uses the control device 10 to make a turn, or change the operation of the fitness unit 20 At the time of intensity, a new control signal and a new power signal are generated, and the computing server 52 corrects the motion model 90 according to the new control signal and the new power signal, which is then integrated into the information model 91 to generate The new display signal produces a new interactive image (as shown in Figure 7).
Please refer to the picture diagram of the competition for different users as shown in Figure 8. The different users use the same information model 91, but different users have different motion models 90A. 90B, so different users can attract the user to use the fitness equipment A through the stimulation and honor generated by the competition chase process, and achieve the fitness goal in the process of using the fitness equipment A.
The present invention is mainly characterized in that the cloud service system 50 processes all the logical operations, and transmits the interactive images generated by all the operation results after the execution to the display module 40 for display; the cloud service system 50 can further Provide multiple users to connect, and carry out various cloud services such as multiplayer game competition, community interaction, chat communication, etc. in the cloud service.
In addition to establishing or storing various parameters of the user, the storage server 53 can store data and data required by other cloud services, such as real-world maps or virtual maps required by the world in a multiplayer online game. The live map can be built in the storage server 53 by means of video photographing, and provides the user to simulate on the exercise bike, such as riding a local street, and having the feeling of being immersed in the environment.
Referring to FIG. 9 , another embodiment of the cloud service system of the present invention, wherein the control device 10 further has a signal transmission interface 12, and the signal transmission interface 12 can be a Bluetooth device, a USB interface, or the like. For connecting a portable smart device 80. The present invention may have a cloud service system group 72, a logical server group 74 and a setting server 70 for managing the cloud service system group 72 and the logical server group 74, and both. A connection protocol between the two may add a new cloud service system or logical server to increase the capacity of the user. As shown, the cloud service system group 72 may have at least two child cloud service systems 72A, 72B.
Alternatively, the setting server 70 can be used to increase the content setting of the service. For example, a voice chat server can be added to the logical server group 74 so that all users can access the sub-cloud service system in the cloud service system group 72. 72A, 72B, get this new voice service.
When the user requests the service through the child cloud service systems 72A, 72B, the child cloud service systems 72A, 72B connect to the logical server group 74 to perform the service work by setting the routing information of the server 70. In addition, the logical server group 74 includes a login server 74A and a game server 74B, which can provide a user login and game service.
The login server 74A can also be connected to the social platform 71, so that the user can directly log in with the account and password of the social platform 71, thereby reducing the trouble of establishing an account. The game server 74B can exchange data with a data server 73 for storing data.
The portable smart device 80 can be a smart phone or a tablet computer, etc., and can be used instead of being used as the display module 40. The portable smart device 80 can be connected through the cloud service system 72A, 72B through an internet 60. Line to increase the ease of use.
As described above, the present invention can be used by a plurality of users to separately use a plurality of fitness equipments to compete through the cloud service system of the present invention. In more detail, the present invention can provide a multi-player competition for different users to compete through the competition. The resulting stimulation increases freshness and appeal, and the present invention has the functions of making friends, chatting and interacting with the community, which can increase the fun of fitness, effectively improve the willingness to exercise, and avoid the tediousness of repeated operations and affect the use of interest.
A‧‧‧健身器材 A‧‧‧ fitness equipment
10‧‧‧控制裝置 10‧‧‧Control device
20‧‧‧健身單元 20‧‧‧ Fitness unit
30‧‧‧傳輸模組 30‧‧‧Transmission module
40‧‧‧顯示模組 40‧‧‧Display module
50‧‧‧雲端服務系統 50‧‧‧Cloud Service System
51‧‧‧收發伺服器 51‧‧‧Receiving and receiving server
52‧‧‧運算伺服器 52‧‧‧ Computing Server
53‧‧‧儲存伺服器 53‧‧‧Storage server
Claims (10)
一種結合雲端服務之健身器材，為讓使用者結合一雲端服務系統使用，該雲端服務系統包含一收發伺服器、一運算伺服器與一儲存伺服器，該健身器材包含：
一控制裝置，該控制裝置根據使用者的操控，產生一操控訊號；
一健身單元，該健身單元根據使用者的操作使用，產生一動力訊號；
一傳輸模組，該操控訊號與該動力訊號，經由該傳輸模組傳輸至該收發伺服器；以及
一顯示模組，該運算伺服器依據該健身器材的操控訊號與動力訊號以建立一運動模型 ，並結合該儲存伺服器所儲存的一資訊模型，而產生一顯示訊號輸入該顯示模組，以產生互動式影像。
A fitness equipment combined with a cloud service, in order to allow a user to use a cloud service system, the cloud service system includes a transceiver server, a computing server and a storage server, the fitness equipment includes:
a control device that generates a control signal according to a user's manipulation;
a fitness unit that uses a power signal according to a user's operation;
a transmission module, the control signal and the power signal are transmitted to the transceiver server via the transmission module; and a display module, the operation server establishes a motion model according to the operation signal and the power signal of the fitness equipment And combining the information model stored in the storage server to generate a display signal for inputting the display module to generate an interactive image.
一種雲端服務系統，供若干健身器材連線，該健身器材具有一控制裝置、一健身單元、一傳輸模組與一顯示模組，該雲端服務系統包含：
一收發伺服器，該收發伺服器經由該傳輸模組接收該控制裝置的一操控訊號與該健身單元的一動力訊號；
一運算伺服器，該運算伺服器依據該若干健身器材的操控訊號與動力訊號以建立一運動模型；一儲存伺服器，該儲存伺服器儲存一資訊模型，該運算伺服依據該運動模型與該資訊模型，分別產生該若干健身器材所指定視角的一顯示訊號，以分別輸入該若干健身器材的顯示模組而產生互動式影像。
A cloud service system for connecting a number of fitness equipments, the fitness equipment having a control device, a fitness unit, a transmission module and a display module, the cloud service system comprising:
a transceiver server, the transceiver server receives a control signal of the control device and a power signal of the fitness unit via the transmission module;
a computing server, the computing server is configured to establish a motion model according to the control signal and the power signal of the plurality of fitness equipment; and a storage server, wherein the storage server stores an information model, wherein the operation servo is based on the motion model and the information The model generates a display signal of the specified viewing angle of the plurality of fitness equipments to respectively input the display modules of the plurality of fitness equipments to generate an interactive image.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102141862A TW201519936A (en) | 2013-11-18 | 2013-11-18 | Fitness apparatus combined with cloud service and cloud service system thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102141862A TW201519936A (en) | 2013-11-18 | 2013-11-18 | Fitness apparatus combined with cloud service and cloud service system thereof |
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| Publication Number | Publication Date |
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| TW201519936A true TW201519936A (en) | 2015-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| TW102141862A TW201519936A (en) | 2013-11-18 | 2013-11-18 | Fitness apparatus combined with cloud service and cloud service system thereof |
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| TW (1) | TW201519936A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI683687B (en) * | 2016-03-28 | 2020-02-01 | 江國慶 | System of exercise healthy machine with virtual reality transmitting by cloud server |
| CN111408123A (en) * | 2020-02-27 | 2020-07-14 | 森晟(上海)科技有限公司 | Healthy motion guiding device |
-
2013
- 2013-11-18 TW TW102141862A patent/TW201519936A/en unknown
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI683687B (en) * | 2016-03-28 | 2020-02-01 | 江國慶 | System of exercise healthy machine with virtual reality transmitting by cloud server |
| CN111408123A (en) * | 2020-02-27 | 2020-07-14 | 森晟(上海)科技有限公司 | Healthy motion guiding device |
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