TW202045225A - Apparatus and exercising device - Google Patents

Apparatus and exercising device Download PDF

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Publication number
TW202045225A
TW202045225A TW109116685A TW109116685A TW202045225A TW 202045225 A TW202045225 A TW 202045225A TW 109116685 A TW109116685 A TW 109116685A TW 109116685 A TW109116685 A TW 109116685A TW 202045225 A TW202045225 A TW 202045225A
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Taiwan
Prior art keywords
exercise device
exercise
data
memory
user
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Application number
TW109116685A
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Chinese (zh)
Inventor
托瑪斯 哈波拉
海基 奈米恩
米可 瑪堤卡
艾瑞克 琳德曼
提摩 艾瑞克森
Original Assignee
芬蘭商亞瑪芬體育數字服務公司
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Priority claimed from US16/427,394 external-priority patent/US11541280B2/en
Application filed by 芬蘭商亞瑪芬體育數字服務公司 filed Critical 芬蘭商亞瑪芬體育數字服務公司
Publication of TW202045225A publication Critical patent/TW202045225A/en

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  • Health & Medical Sciences (AREA)
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Abstract

According to an example aspect of the present invention, there is provided an apparatus comprising at least one processing core, at least one memory including computer program code, the at least one memory and the computer program code being configured to, with the at least one processing core, cause the apparatus at least to receive a first signal from an exercising device, process the received signal, respond to the received signal by transmitting a second signal to the exercising device, and participate in a pairing process with the exercising device.

Description

設備及鍛鍊裝置Equipment and exercise equipment

本發明涉及一種設備，其包括至少一個處理核以及至少一個包括計算機程序代碼的存儲器。本發明的某些實施例涉及移動設備，例如手錶、平板電腦或智能手機。 此外，本發明還涉及一種鍛鍊裝置，其包括至少一個處理核以及至少一個包括計算機程序代碼的存儲器。本發明的某些實施例涉及一種鍛鍊裝置，例如測力計、健身房鍛鍊裝置、健身裝置、運動裝置，舉重裝置、鍛鍊自行車、跑步機、划船機或交叉訓練器。The present invention relates to a device that includes at least one processing core and at least one memory including computer program code. Certain embodiments of the invention involve mobile devices, such as watches, tablets, or smartphones. In addition, the present invention also relates to an exercise device, which includes at least one processing core and at least one memory including computer program code. Certain embodiments of the present invention relate to an exercise device, such as a dynamometer, gym exercise device, fitness device, exercise device, weight lifting device, exercise bike, treadmill, rowing machine, or cross trainer.

已知有不同的鍛鍊裝置，例如測力計、健身房鍛鍊裝置、健身裝置、運動裝置、舉重裝置、鍛鍊自行車、跑步機、划船機、交叉訓練器，等等。一些已知的鍛鍊裝置(例如，鍛鍊自行車或跑步機)通常裝配有內部顯示器、用戶界面和/或存儲器。此外，已知有各種可以存儲、處理和/或顯示信息的移動設備。這些移動設備通常包括用戶界面，例如觸摸屏、鍵盤或至少一個按鈕。這種設備的示例為智能手機、平板電腦、智能手錶和手錶。 用戶會話(例如，培訓會話)例如可以記錄在筆記本、電子表格或其他合適的介質中。所記錄的培訓會話允許進行更系統的培訓，並且可以根據由此生成的記錄來評估和跟蹤實現設定目標的進度。這樣的記錄可存儲為用於將來參考，例如評估個體由於訓練而取得的進度。活動會話可以包括訓練會話或另一種會話。 個人設備(例如，智能手錶、智能手機或智能珠寶)可配置為能形成用戶活動的記錄會話。這類記錄會話可能有助於管理身體訓練、兒童安全或專業用途。記錄會話(或者更普遍地說為基於傳感器的活動管理)可以是各種類型的，例如跑步、步行、滑雪、划獨木舟、閒逛或幫助老年人。 例如，可以使用個人計算機來查看記錄會話，其中可以將記錄從個人設備複製到個人計算機。例如，可以使用密碼和/或加密來保護個人計算機上的文件。 個人設備可具有傳感器，其例如可用於在用戶會話期間確定用戶的心跳速率。例如，稍後可使用個人計算機來觀察所記錄的用戶的心跳速率。 文獻FI 20155989公開了一種裝置，包括：存儲器，其配置為存儲第一類傳感器數據；至少一個處理核，其配置為至少部分地基於第一類傳感器數據來編譯消息，以使消息能從裝置中發出，在機器可讀指令的裝置中進行接收，以及使用機器可讀指令至少部分地基於傳感器數據導出估計的活動類型。Various exercise devices are known, such as ergometers, gym exercise devices, fitness devices, exercise devices, weight lifting devices, exercise bikes, treadmills, rowing machines, cross trainers, and so on. Some known exercise devices (e.g., exercise bikes or treadmills) are usually equipped with internal displays, user interfaces and/or memory. In addition, various mobile devices that can store, process, and/or display information are known. These mobile devices usually include a user interface, such as a touch screen, a keyboard, or at least one button. Examples of such devices are smart phones, tablets, smart watches, and watches. The user session (e.g., training session) may be recorded in a notebook, spreadsheet, or other suitable medium, for example. The recorded training sessions allow for more systematic training, and the resulting records can be used to evaluate and track the progress towards the set goals. Such records can be stored for future reference, for example to evaluate the progress of the individual as a result of training. The active session may include a training session or another kind of session. Personal devices (for example, smart watches, smart phones, or smart jewelry) can be configured to form recording sessions of user activities. This type of recording session may help manage physical training, child safety, or professional use. Recording sessions (or more generally sensor-based activity management) can be of various types, such as running, walking, skiing, canoeing, hanging out, or helping the elderly. For example, a personal computer can be used to view the recording session, where the recording can be copied from the personal device to the personal computer. For example, passwords and/or encryption can be used to protect files on personal computers. The personal device may have a sensor, which may be used, for example, to determine the user's heart rate during a user session. For example, a personal computer can be used later to observe the recorded heart rate of the user. The document FI 20155989 discloses a device including: a memory configured to store first-type sensor data; at least one processing core configured to compile a message based at least in part on the first-type sensor data, so that the message can be retrieved from the device Issued, received in a machine-readable instruction device, and used the machine-readable instruction to derive an estimated activity type based at least in part on sensor data.

本發明由獨立請求項的特徵所限制。在附屬請求項中限定了一些特定的實施例。 根據本發明的第一方面，提出了一種設備，包括至少一個處理核，以及包括計算機程序代碼的至少一個存儲器，該至少一個存儲器和計算機代碼配置為通過至少一個處理核來使得設備至少能從鍛鍊裝置處接收第一信號，對所接收的信號進行處理，通過將第二信號傳輸至鍛鍊裝置來對所接收的信號進行響應，以及參與與鍛鍊裝置的配對過程。 第一方面的各種實施例可包括以下列表中的至少一個特徵： - 所述設備能充當客戶端，其內容由所述鍛鍊裝置完全或至少部分地控制； - 所述設備配置為能對從所述鍛鍊裝置處接收到的程序代碼進行存儲和處理； - 所述設備能從所述鍛鍊裝置處接收參數和/或邏輯； - 所述設備能對從所述鍛鍊裝置處接收到的指令進行處理； - 所述設備能基於所接收的指令開始計算； - 所述設備能基於所接收的指令開始用戶界面方法； - 所述設備能從所述鍛鍊裝置處接收針對如何分析用戶的運動的方法或指令； - 可從服務器處接收所述方法； 所述設備為第一移動設備、手錶、平板電腦(計算機)、智能手錶，或智能手機； - 所述設備能對存儲於所述鍛鍊裝置的存儲器或第二移動設備(例如，平板電腦或智能手機)的存儲器中的音樂程序或音樂播放列表進行控制； - 所述設備配置為充當所述鍛鍊裝置的顯示器； - 所述設備配置為充當所述鍛鍊裝置的額外的顯示器； - 所述設備配置為充當所述鍛鍊裝置的用戶界面； - 所述設備配置為充當所述鍛鍊裝置的額外的用戶界面； - 所述設備配置為充當所述鍛鍊裝置的存儲器； - 所述設備配置為充當所述鍛鍊裝置的額外的存儲器； - 所述設備配置為在與所述鍛鍊裝置進行會話期間參與配對過程； - 所述會話基於所述設備和所述鍛鍊裝置的傳感器； - 所述設備配置為從所述鍛鍊裝置處接收傳感器數據，並將作為響應的輸入參數傳輸至所述鍛鍊裝置； - 所述設備能傳輸指令至所述鍛鍊裝置，例如以改變所述鍛鍊裝置的一部分的速度，改變所述鍛鍊裝置的阻力，或改變鍛鍊裝置的重量； - 所述設備配置為能在設備與鍛鍊裝置之間的距離在0m至10m之間、例如在5m至10m之間時接收第一信號，並傳輸第二信號； - 所述設備配置為傳輸數據至服務器； - 所述設備配置為從可穿戴式傳感器或任意其他外部傳感器處接收數據； - 所述設備配置為用於存儲從可穿戴式傳感器或任意其他外部傳感器處接收到的數據的至少一部分； - 在從可穿戴式傳感器或任意其他外部傳感器處接收到的數據中包含與傳感器數據相關的時間戳； - 所述設備的處理核能根據與傳感器數據相關的時間戳來布置傳感器數據的順序； - 所述設備配置為允許用戶對所獲得的傳感器數據中的至少一部分進行遠程讀取； - 所述設備配置為能控制所述鍛鍊裝置的參數或功能； - 所述設備能無線式發送和接收信號； - 所述設備配置為能發送傳感器數據和相關的時間戳至服務器和鍛鍊裝置中的至少一個，和/或從服務器和鍛鍊裝置中的至少一個處接收傳感器數據和相關的時間戳。 根據本發明的第二方面，提出了一種鍛鍊裝置，包括至少一個處理核，以及包括計算機程序代碼的至少一個存儲器，該至少一個存儲器和計算機程序代碼配置為通過至少一個處理核來使得鍛鍊裝置至少能將第一信號傳輸至設備，從該設備處接收第二信號，以及參與與鍛鍊裝置的配對。 第二方面的各種實施例可包括以下列表中的至少一個特徵： - 所述鍛鍊裝置能充當對所述設備的用戶界面有控制權的服務器； - 所述鍛鍊裝置配置為發送要由所述設備進行存儲和處理的程序代碼； - 所述鍛鍊裝置能將參數和/或邏輯傳輸至所述設備； - 所述鍛鍊裝置能傳輸指令至所述設備； - 所述鍛鍊裝置能接收經由所述設備的用戶界面已經輸入的數據； - 所述鍛鍊裝置能將針對如何分析用戶的運動的方法或指令傳輸至所述設備； - 所述鍛鍊裝置為測力計、健身房鍛鍊裝置、健身裝置、運動裝置，舉重裝置、鍛鍊自行車、跑步機、划船機，或交叉訓練器； - 所述鍛鍊裝置配置為傳輸數據至所述設備，所述數據顯示在所述設備的顯示器上； - 所述鍛鍊裝置配置為能在與所述設備進行會話期間參與配對過程； - 所述會話基於所述設備和鍛鍊裝置的傳感器； - 所述鍛鍊裝置配置為將傳感器數據傳輸至設備，以及從所述設備處接收作為響應的輸入參數； - 所述鍛鍊裝置能從所述設備處接收指令； - 所述鍛鍊裝置配置為在所述設備與鍛鍊裝置之間的距離在0m至10m之間、例如在5m至10m之間時發送第一信號，以及接收第二信號； - 所述鍛鍊裝置配置為用於發送數據至服務器； - 所述鍛鍊裝置配置為從可穿戴式傳感器或任意其他外部傳感器處接收數據； - 所述鍛鍊裝置配置為用於存儲從可穿戴式傳感器或任意其他外部傳感器處接收到的數據的至少一部分； - 在從可穿戴式傳感器或任意其他外部傳感器處接收到的數據中包含於傳感器數據相關的時間戳； - 所述鍛鍊裝置的處理核能根據與傳感器數據相關的時間戳來布置傳感器數據的順序； - 所述鍛鍊裝置配置為允許用戶對所獲得的的傳感器數據中的至少一部分進行遠程讀取； - 所述鍛鍊裝置能無線式發送和接收信號； - 所述鍛鍊裝置配置為能發送傳感器數據和相關的時間戳至服務器和設備中的至少一個，和/或從服務器和設備中的至少一個處接收傳感器數據和相關的時間戳。 通過本發明的某些實施例能得到顯著的優勢。本發明提供了一種設備和鍛鍊裝置，該設備包括至少一個處理核，以及包括計算機程序代碼的至少一個存儲器；該鍛鍊裝置包括至少一個處理核，以及包括計算機程序代碼的至少一個存儲器。該設備和鍛鍊裝置可至少臨時地形成一個單元，其中設備用作鍛鍊裝置的顯示器、用戶界面和/或存儲器。根據本發明的某些實施例，移動設備用作鍛鍊裝置的顯示器。在用戶會話的時間段內，移動設備可以用作鍛鍊裝置的唯一顯示器或額外的顯示器。根據本發明的某些其他實施例，移動設備用作鍛鍊裝置的用戶界面。在用戶會話的時間段內，移動設備可以用作鍛鍊裝置的唯一用戶界面或額外的用戶界面。 移動設備和鍛鍊裝置可以在用戶會話、訓練會話或運動會話期間臨時形成一個單元。根據一個實施例，與特定鍛鍊裝置相關的應用程序可以被存儲在用戶的移動設備的存儲器中。該應用程序的設置可以是個性化的。例如，當用戶將他/她的移動設備帶到健身房時，用戶可以使用他/她自己的個性化設置開始用戶會話。個性化設置例如可以包括有關年齡、體重、身高、性別、體重指數、最大運動能力、活動參數、之前的能量消耗以及最大心率的信息。另外，還可以在移動設備上存儲個性化運動指導參數，例如，能量消耗目標、心率區間、活動區間、無氧閾值、健身分類標識符，和/或脫水警告極限。還可以將由鍛鍊裝置的傳感器所確定的個性化數據存儲在移動設備的存儲器和/或互聯網中。此外，還可以將由移動設備的傳感器所確定的個性化數據存儲在移動設備的存儲器和/或互聯網中。然後，可以在用戶會話、訓練會話或運動會話之後的後續階段中對所確定的用戶數據(例如，運動數據或心跳速率數據)進行分析。當另一用戶在健身房中使用該健身裝置時，他/她的移動設備和健身裝置在另一個用戶會話期間臨時形成一個單元。該另一用戶可以使用個性化設置，並且可以將個性化數據存儲在相應的移動設備的存儲器和/或互聯網中，以進行進一步分析。因此，根據本發明的某些實施例，沒有必要在鍛鍊裝置的存儲器上存儲任何個性化數據。 根據另一實施例，不需要在諸如手錶之類的設備上安裝任何程序代碼，或僅需安裝最少量的程序代碼。該設備用作鍛鍊裝置的顯示器和/或用戶界面。過程由鍛鍊裝置或設備所控制。設備僅需要最低的系統要求。根據該實施例，輸入數據由鍛鍊裝置進行處理。設備與鍛鍊裝置之間的雙向通信鏈路可用於使鍛鍊裝置充當對用戶界面具有控制權的服務器，並使設備充當客戶端，其內容完全或至少部分地由鍛鍊裝置所控制。 根據本發明的至少一些實施例，可以提供舒適的用戶體驗。當用戶例如在健身房中更換鍛鍊裝置時，設備的顯示器上所顯示的信息也根據新的鍛鍊裝置而自動地改變。鍛鍊裝置還可以從服務器或通過互聯網接收其他數據。鍛鍊裝置可對外部傳感器數據進行分析，並且內容(例如，從傳感器數據導出的信息)可以自動地顯示在設備上。 根據某些實施例，臨時組合的單元可以共享分類任務。也就是說，鍛鍊裝置具有自己的分類任務以産生語義事件，例如“抬起”、“釋放”、“踩下”等。類似地，設備也具有自己的分類任務以産生語義事件。該系統會對用戶的動作進行更加全面的分析，例如以提供對用戶的生物力學準確性的更深入的理解。 本發明的某些實施例可應用於醫療保健、工業、工作環境、運動等領域中。The invention is limited by the characteristics of independent claims. Some specific embodiments are defined in the subsidiary claim. According to a first aspect of the present invention, a device is proposed, including at least one processing core, and at least one memory including computer program code, the at least one memory and the computer code are configured to enable the device to at least exercise The device receives the first signal, processes the received signal, responds to the received signal by transmitting the second signal to the exercise device, and participates in the pairing process with the exercise device. The various embodiments of the first aspect may include at least one feature in the following list: -The device can act as a client, the content of which is fully or at least partially controlled by the exercise device; -The device is configured to be able to store and process the program code received from the exercise device; -The equipment can receive parameters and/or logic from the exercise device; -The equipment can process instructions received from the exercise device; -The device can start calculations based on the received instructions; -The device can start the user interface method based on the received instruction; -The equipment can receive methods or instructions on how to analyze the user's movement from the exercise device; -The method can be received from the server; The device is a first mobile device, a watch, a tablet (computer), a smart watch, or a smart phone; -The device can control music programs or music playlists stored in the memory of the exercise device or the memory of a second mobile device (for example, a tablet computer or a smart phone); -The device is configured to act as a display of the exercise device; -The device is configured to act as an additional display for the exercise device; -The device is configured to act as a user interface of the exercise device; -The device is configured to act as an additional user interface of the exercise device; -The device is configured to act as a memory for the exercise device; -The device is configured to act as an additional memory for the exercise device; -The device is configured to participate in the pairing process during a session with the exercise device; -The session is based on the sensors of the equipment and the exercise device; -The device is configured to receive sensor data from the exercise device and transmit input parameters in response to the exercise device; -The equipment can transmit instructions to the exercise device, for example to change the speed of a part of the exercise device, change the resistance of the exercise device, or change the weight of the exercise device; -The equipment is configured to receive the first signal and transmit the second signal when the distance between the equipment and the exercise device is between 0m and 10m, for example, between 5m and 10m; -The device is configured to transmit data to the server; -The device is configured to receive data from a wearable sensor or any other external sensor; -The device is configured to store at least a part of data received from a wearable sensor or any other external sensor; -Include a time stamp related to the sensor data in the data received from the wearable sensor or any other external sensor; -The processing core of the device arranges the order of the sensor data according to the time stamp associated with the sensor data; -The device is configured to allow the user to remotely read at least a part of the obtained sensor data; -The equipment is configured to control the parameters or functions of the exercise device; -The device can send and receive signals wirelessly; -The device is configured to send sensor data and related time stamps to at least one of the server and the exercise device, and/or receive sensor data and related time stamps from at least one of the server and the exercise device. According to a second aspect of the present invention, an exercise device is proposed, including at least one processing core, and at least one memory including computer program code, the at least one memory and the computer program code are configured to enable the exercise device to at least It can transmit the first signal to the device, receive the second signal from the device, and participate in pairing with the exercise device. Various embodiments of the second aspect may include at least one feature in the following list: -The exercise device can act as a server that has control over the user interface of the device; -The exercise device is configured to send program code to be stored and processed by the device; -The exercise device can transmit parameters and/or logic to the equipment; -The exercise device can transmit instructions to the equipment; -The exercise device can receive data that has been entered via the user interface of the device; -The exercise device can transmit methods or instructions on how to analyze the user's movement to the device; -The exercise device is a dynamometer, gym exercise device, fitness device, exercise device, weightlifting device, exercise bike, treadmill, rowing machine, or cross trainer; -The exercise device is configured to transmit data to the equipment, and the data is displayed on the display of the equipment; -The exercise device is configured to be able to participate in the pairing process during a session with the device; -The session is based on the sensors of the equipment and exercise device; -The exercise device is configured to transmit sensor data to the device, and receive input parameters in response from the device; -The exercise device can receive instructions from the equipment; -The exercise device is configured to send a first signal and receive a second signal when the distance between the equipment and the exercise device is between 0m and 10m, for example, between 5m and 10m; -The exercise device is configured to send data to the server; -The exercise device is configured to receive data from a wearable sensor or any other external sensor; -The exercise device is configured to store at least a part of data received from a wearable sensor or any other external sensor; -Include the time stamp associated with the sensor data in the data received from the wearable sensor or any other external sensor; -The processing core of the exercise device arranges the order of the sensor data according to the time stamp related to the sensor data; -The exercise device is configured to allow the user to remotely read at least part of the obtained sensor data; -The exercise device can wirelessly send and receive signals; -The exercise device is configured to send sensor data and related time stamps to at least one of a server and a device, and/or receive sensor data and related time stamps from at least one of the server and the device. Significant advantages can be obtained through certain embodiments of the present invention. The present invention provides a device and an exercise device. The device includes at least one processing core and at least one memory including computer program code; the exercise device includes at least one processing core and at least one memory including computer program code. The equipment and the exercise device may at least temporarily form a unit, where the equipment is used as a display, a user interface and/or a memory of the exercise device. According to some embodiments of the present invention, the mobile device is used as a display of the exercise device. During the user session, the mobile device can be used as the sole display or an additional display of the exercise device. According to certain other embodiments of the present invention, the mobile device is used as a user interface of the exercise device. During the user session, the mobile device can be used as the sole user interface or additional user interface of the exercise device. Mobile devices and exercise devices can temporarily form a unit during a user session, training session, or sports session. According to one embodiment, an application related to a specific exercise device may be stored in the memory of the user's mobile device. The settings of the application can be personalized. For example, when the user brings his/her mobile device to the gym, the user can start a user session with his/her own personalized settings. The personalized settings may include, for example, information about age, weight, height, gender, body mass index, maximum exercise capacity, activity parameters, previous energy expenditure, and maximum heart rate. In addition, personalized exercise guidance parameters can also be stored on the mobile device, such as energy expenditure goal, heart rate interval, activity interval, anaerobic threshold, fitness classification identifier, and/or dehydration warning limit. It is also possible to store the personalized data determined by the sensor of the exercise device in the memory of the mobile device and/or the Internet. In addition, the personalized data determined by the sensor of the mobile device can also be stored in the memory of the mobile device and/or the Internet. Then, the determined user data (for example, exercise data or heart rate data) can be analyzed in a subsequent stage after the user session, training session, or sports session. When another user uses the fitness device in the gym, his/her mobile device and the fitness device temporarily form a unit during the session of the other user. The other user can use personalized settings, and can store the personalized data in the memory of the corresponding mobile device and/or the Internet for further analysis. Therefore, according to some embodiments of the present invention, it is not necessary to store any personalization data on the memory of the exercise device. According to another embodiment, there is no need to install any program code on a device such as a watch, or only a minimum amount of program code needs to be installed. The equipment is used as the display and/or user interface of the exercise device. The process is controlled by exercise equipment or equipment. The equipment requires only minimal system requirements. According to this embodiment, the input data is processed by the exercise device. The two-way communication link between the equipment and the exercise device can be used to make the exercise device act as a server that has control over the user interface and make the device act as a client, the content of which is fully or at least partially controlled by the exercise device. According to at least some embodiments of the present invention, a comfortable user experience can be provided. When a user changes an exercise device, for example, in a gym, the information displayed on the display of the device is also automatically changed according to the new exercise device. The exercise device can also receive other data from a server or via the Internet. The exercise device can analyze external sensor data, and content (for example, information derived from the sensor data) can be automatically displayed on the device. According to some embodiments, temporarily combined units can share classification tasks. In other words, the exercise device has its own classification task to generate semantic events, such as "lift", "release", "step on" and so on. Similarly, devices also have their own classification tasks to generate semantic events. The system will perform a more comprehensive analysis of the user's actions, for example, to provide a deeper understanding of the user's biomechanical accuracy. Certain embodiments of the present invention can be applied in the fields of healthcare, industry, work environment, sports, and the like.

在圖1中示出了根據本發明的至少某些實施例的設備1的示意性俯視圖。所示的設備1為手錶。設備1包括至少一個處理核，以及至少一個包括計算機程序代碼的存儲器。至少一個存儲器和計算機程序代碼配置為通過至少一個處理核使設備1至少能從鍛鍊裝置2處接收第一信號3，處理所接收的信號，通過將第二信號4傳輸至鍛鍊裝置2來對所接收的信號做出響應，以及參與與鍛鍊裝置2的配對過程5。 也就是說，當佩戴手錶1的用戶6位於鍛鍊裝置2的附近或開始使用鍛鍊裝置2時，手錶1和鍛鍊裝置開始相互通信。第一信號如箭頭3所示地從鍛鍊裝置2發送至手錶1。然後，由手錶1的處理核對所接收的信號3進行處理。隨後，第二信號如箭頭4所示地從手錶1傳輸至鍛鍊裝置2。該過程稱為配對5。此時可以在手錶1和鍛鍊裝置2之間傳輸手錶1與鍛鍊裝置2之間的數據。通常使用低功率的無線通信技術(例如，藍牙、低功耗藍牙，或Wibree)來傳輸數據。 如圖1所示的鍛鍊裝置2為跑步機。當用戶6在跑步機跑帶上跑步時，鍛鍊裝置2的跑步機跑帶可如箭頭8所示地以特定速度移動。同時，跑步者6的手臂如箭頭7所示地周期性運動。數據可以由手錶1的傳感器確定。這種所確定的數據的示例為心跳速率、某一時間段內的步數，或加速度數據。數據也可由鍛鍊裝置2的傳感器確定並傳輸至設備1。這種數據的一個示例為鍛鍊裝置2的跑步機跑帶的移動速度。關於跑步機跑帶的速度的信息可從鍛鍊裝置2傳輸至手錶1。接下來，關於跑步機跑帶的速度的信息可以顯示在手錶上。換句話說，手錶1配置為用作鍛鍊裝置2的顯示器。當然，由手錶1的至少一個傳感器所確定的數據也可顯示在手錶的顯示器上。用戶6還可選擇顯示哪個數據。 根據某些實施例，鍛鍊裝置2還可包括額外的顯示器，並且數據可以從手錶1傳輸至鍛鍊裝置2。用戶6可選擇在鍛鍊裝置2的顯示器上顯示哪個信息，以及同時在手錶1的顯示器上顯示哪個信息。換句話說，用戶6可選擇在手錶1的顯示器上顯示哪個傳感器數據，以及在鍛鍊裝置2的顯示器上顯示哪個傳感器數據。 根據某些其他實施例，設備1配置為在配對過程5之後控制鍛鍊裝置2的參數或功能。在所示的實施例中，用戶6可通過手錶1上的用戶界面來控制如箭頭8所示的鍛鍊裝置2的跑步機跑帶的速度。手錶1的用戶界面例如可以是觸摸屏或至少一個按鈕。用於改變跑步機跑帶的速度的用戶指令可從手錶1傳輸至鍛鍊裝置2，並由鍛鍊裝置2進行處理，從而使鍛鍊裝置2能改變跑步機跑帶的速度。根據該實施例，該過程通常由鍛鍊裝置2完全或至少部分地控制，使得不需要在移動設備1上安裝程序代碼，或僅需安裝最少量的程序代碼。移動設備1用作為鍛鍊裝置2的用戶界面。換句話說，設置有包括程序指令的計算機程序，其在被裝載到鍛鍊裝置2中時例如可確定用於移動設備1的圖形用戶界面數據。圖形用戶界面數據從鍛鍊裝置2無線傳輸至移動設備1，以在移動設備1上提供至少一個用戶界面功能。然後，與用戶輸入相對應的數據被接收和無線傳輸至鍛鍊裝置2。移動設備1僅需要最低的系統要求，例如關於處理能力和存儲容量。根據該實施例，輸入數據完全或至少部分地由鍛鍊裝置2處理。移動設備1與鍛鍊裝置2之間的雙向通信鏈路可用於允許鍛鍊裝置2充當對用戶界面具有控制權的服務器，並允許移動設備1充當客戶端，其中的內容完全或至少部分地由鍛鍊裝置2所控制。 當然，設備1和/或鍛鍊裝置2還可配置為用於存儲和處理從可穿戴式傳感器或任何其他外部傳感器(例如，MOVESENSE傳感器)處接收的傳感器數據。這種傳感器數據可以直接無線傳輸至設備1或鍛鍊裝置2，或者先無線傳輸至設備1再無線傳輸至鍛鍊裝置2。 根據某一實施例，諸如MOVESENSE傳感器之類的外部傳感器(未示出)附接到用戶身上，並連接至設備1，例如手錶1。當用戶來到鍛鍊裝置2處時，設備1自動顯示信息。同時，設備1從鍛鍊裝置2處接收指令。然而，鍛鍊裝置2還可從設備1和/或外部傳感器處接收數據。該數據例如可以包括個人數據、傳感器數據，和/或外部傳感器數據。數據通常由鍛鍊裝置2進行處理。這種用戶體驗是自動發生的。當用戶例如在健身房中更換鍛鍊裝置2時，在設備1的顯示器上所顯示的信息也自動地改變。另外，鍛鍊裝置2還可以從服務器處或通過互聯網來接收其他數據。外部傳感器數據可以由鍛鍊裝置進行分析，並且內容(例如，從傳感器數據中導出的信息)可以自動地顯示在設備1上。在這種情况下，鍛鍊裝置2可用於允許鍛鍊裝置2充當對用戶界面具有控制權的服務器，並且移動設備1充當客戶端，其內容完全或至少部分地由鍛鍊裝置2所控制。 在圖2中示出了根據本發明的至少某些實施例的另一設備1的示意性側視圖。所示的設備1為移動設備，例如平板電腦或其他移動設備。所示的鍛鍊裝置2為測力計或室內鍛鍊自行車。在結合圖1所述的配對過程之後，參數和/或邏輯(例如，應用程序)從鍛鍊裝置2傳輸至設備1。設備1配置為用於存儲和處理從鍛鍊裝置2接收的程序代碼。設備1配置為用作鍛鍊裝置2的顯示器。 例如，自行車賽道的視頻模擬可以顯示在設備1的顯示器上。因此，用戶6可以沿著模擬的賽道騎行。例如，鍛鍊裝置2的傳感器可確定用戶6的騎行速度。然後，鍛鍊裝置2的傳感器數據傳輸至設備1。傳感器數據可以用作為顯示在設備1上的視頻模擬的輸入數據。也就是說，用戶6可沿著虛擬賽道以變化的速度騎行。基於從鍛鍊裝置2的傳感器數據中獲得的速度數據來計算虛擬騎行模擬的顯示。另一方面，可以將數據從設備1傳輸至鍛鍊裝置2，從而使鍛鍊裝置改變參數。例如，可以提供存儲在應用程序中的虛擬賽道的高度數據。該高度數據可以用作為鍛鍊裝置2的隨時間變化的參數的輸入數據。當鍛鍊裝置2接收到數據時，它使得鍛鍊裝置2能在沿著虛擬賽道的騎行期間改變鍛鍊自行車的阻力。換句話說，可以模擬沿著虛擬賽道向上或向下騎行。鍛鍊裝置2配置為用於將傳感器數據傳輸至設備1，並從設備1接收作為響應的輸入參數。因此，可以模擬沿虛擬賽道(例如，環法自行車賽的道路)的騎行。 鍛鍊裝置2例如可位於健身房中，由此不同的用戶可沿著虛擬賽道騎行。當各個用戶將他/她自己的設備1帶到健身房時，對於各個用戶而言，可以通過應用程序來確定從虛擬賽道的起點到虛擬賽道的終點騎行的時間段。然後，可以將各個用戶的時間段從各自的設備1傳輸至鍛鍊裝置2，並存儲在鍛鍊裝置2的存儲器中。可以對不同的時間段進行排序和列出，以便用戶可以看到他/她的結果以及與其他用戶的結果的比較。因此，例如可以模擬自行車比賽。 當然，設備1也可僅用於顯示諸如騎行速度、騎行活動的時間長度或者選擇鍛鍊裝置2的騎行阻力之類的信息。 由鍛鍊裝置2的傳感器所確定的數據可以由設備1接收並存儲在設備1中。或者，由鍛鍊裝置2的傳感器確定的數據可以由設備接收並存儲在雲中。因此，用戶6可以在以後的階段通過讀取設備1的存儲器或查看互聯網中的網頁來分析所存儲的數據。 在圖3中示出了根據本發明的至少某些實施例的鍛鍊裝置2的示意性側視圖。在所示的實施例中，鍛鍊裝置2為划船機。設備1例如可以是平板電腦。鍛鍊裝置2包括至少一個處理核13，以及至少一個包括計算機程序代碼的存儲器14。至少一個存儲器14和計算機程序代碼配置為通過至少一個處理核13來使鍛鍊裝置2至少向設備1傳輸第一信號3，從設備1處接收第二信號4，以及與設備1進行配對5。 在配對過程5之後，可以從鍛鍊裝置2傳輸要由設備1存儲和處理的程序代碼。參數和/或邏輯(例如，規則引擎、應用程序、分類方法，或html網頁)例如可以被傳輸至設備。 例如，可以將應用程序傳輸至設備1。用戶可以在該應用程序的幫助下選擇訓練計劃。在訓練會話期間，鍛鍊裝置2例如可向設備1發送關於如何對用戶6的運動進行分析的方法或指令。可使用鍛鍊裝置2的傳感器來確定或記錄用戶的運動。鍛鍊裝置的這種傳感器的示例為力傳感器和加速度傳感器。由鍛鍊裝置2的傳感器所確定的數據可以顯示在設備1的顯示器15上。 用戶還可以使用設備1的用戶界面17來輸入數據。用戶界面17例如可以是觸摸屏、按鈕、鍵盤，或用於分析用戶的手勢的光學系統。鍛鍊裝置2能够接收已經通過設備1的用戶界面17所輸入的數據。鍛鍊裝置2能够從設備1處接收指令。例如，可以選擇另一訓練計劃。 根據某些實施例，根據至少一些實施例的第一鍛鍊裝置2和第一設備1形成第一單元，根據至少一些實施例的第二鍛鍊裝置2和第二設備1形成第二單元。第一單元和第二單元能够彼此通信。例如，可以模擬具有兩個座位的划艇的划船運動。在開始特定的訓練計劃之後，同時使用各自的鍛鍊裝置的兩個用戶必須同步他們的運動，以便劃動虛擬的划艇。然後，第一用戶虛擬地處於坐在另一人之前的那個人的位置上。因此，例如在冬天時候(此時因天氣條件而不可能使用真正的划艇進行訓練)，運動隊可以訓練划艇的划船運動。 在圖4中示出了根據本發明的至少某些實施例的另一設備1的示意性俯視圖。鍛鍊裝置2包括音頻系統9。在結合圖1如上文所述的配對過程5之後，可以使用手錶1形式的移動設備1來開始或停止音樂程序，控制音樂的音量，和/或選擇標題。根據該實施例，該過程通常可由鍛鍊裝置2完全或至少部分地控制，使得不需要在移動設備1上安裝程序代碼，或僅需安裝最少量的程序代碼。移動設備1用作為鍛鍊裝置2的用戶界面。換句話說，可以提供包括程序指令的計算機程序，其在裝載到鍛鍊裝置2中時例如可導致針對移動設備1確定圖形用戶界面數據。圖形用戶界面數據從鍛鍊裝置2無線傳輸至移動設備1，以在移動設備1上提供至少一個用戶界面功能。然後，與用戶輸入相對應的數據被接收和無線傳輸至鍛鍊裝置2。移動設備1僅需要最低的系統要求，例如關於處理能力和存儲器容量。根據該實施例，輸入數據由鍛鍊裝置2完全或至少部分地處理。移動設備1與鍛鍊裝置2之間的雙向通信鏈路可用於允許鍛鍊裝置2充當對用戶界面具有控制權的服務器，並允許移動設備1充當客戶端，其內容完全或至少部分地由鍛鍊裝置2所控制。 或者，所提供的諸如智能手機之類的另外的第二移動設備(未示出)可包括音頻系統。在這種情况下，在設備1與鍛鍊裝置2之間的配對過程5之後，可以使用手錶1來開始或停止音樂程序，控制音樂的音量，和/或選擇標題。換句話說，設備1可用於額外地控制另外的第二移動設備的功能。根據該實施例，該過程通常由第二移動設備完全或至少部分地控制，使得不需要在移動設備1(例如，手錶)中安裝程序代碼，或者僅需在其中安裝最少量的程序代碼。移動設備1用作第二移動設備的用戶界面。換句話說，提供有包括程序指令的計算機程序，其在被裝載到第二移動設備中時例如可導致針對移動設備1確定圖形用戶界面數據。圖形用戶界面數據從第二移動設備無線傳輸至移動設備1，以在移動設備1上提供至少一個用戶界面功能。然後，與用戶輸入相對應的數據被接收和無線傳輸至第二移動設備。移動設備1僅需要最低的系統要求，例如關於處理能力和存儲容量。根據該實施例，輸入數據完全或至少部分地由第二移動設備進行處理。移動設備1與第二移動設備之間的雙向通信鏈路可用於允許第二移動設備充當對用戶界面具有控制權的服務器，並允許移動設備1充當客戶端，其內容完全或至少部分地由第二移動設備所控制。 在圖5中示出了根據本發明的至少某些實施例的另一鍛鍊裝置2的示意性側視圖。所示的鍛鍊裝置2為室內鍛鍊自行車形式的測力計。鍛鍊裝置2包括至少一個處理核，以及至少一個包括計算機程序代碼的存儲器。至少一個存儲器和計算機程序代碼配置為通過至少一個處理核使鍛鍊裝置至少向設備1傳輸第一信號，從設備1接收第二信號，以及參與與設備1的配對。鍛鍊裝置2還包括視頻系統10。視頻系統10例如可以是電視、平板電腦，或個人電腦。移動設備1可用作為視頻系統10的遙控器。 手錶顯示為設備1。通常，鍛鍊裝置2配置為在設備1與鍛鍊裝置2之間的距離約為0m至10m時發送第一信號並接收第二信號。換句話說，當具有手錶1的用戶6移動靠近鍛鍊裝置2時，激活配對過程。在設備1與鍛鍊裝置2之間的配對過程之後，可以在設備1與鍛鍊裝置2之間傳輸數據。例如，用戶6可通過手錶1來選擇顯示於視頻系統10上的電視頻道。因此，手錶1可在騎行時用作為遙控器。或者，可將由設備1的傳感器獲得的數據(例如，心跳數據)以及由鍛鍊裝置2的傳感器獲得的數據(例如，速度數據)顯示在視頻系統10上。鍛鍊裝置2配置為在與設備1進行會話時參與配對過程。該會話基於設備1和鍛鍊裝置2的傳感器。 應當理解的是，所公開的本發明的實施例不限於本文所記載的特定結構、過程步驟或材料，而是可擴展至本領域的技術人員可以認識到的等同物。還應當理解的是，本文中所采用的術語僅用於描述特定的實施例，而無意於進行限制。 在整個說明書中，提及一個實施例或某一實施例意味著結合該實施例所描述的特定特徵、結構或特性包括在本發明的至少一個實施例中。因此，在整個說明書中各處出現的用語“在一個實施例中”或“在某一實施例中”並不一定都指代同一實施例。在使用諸如“大約”或“基本上”之類的術語來描述數值的情况下，也公開了確切的數值。 在本文中，為了方便起見，可以在共同的列表中呈現多個項目、結構元件，組成要素和/或材料。但是，這些列表應被解釋為列表中的每個成分均獨立地識別為單獨且唯一的成分。因此，在沒有相反說明的情况下，這種列表中的每個成分均不應僅基於它們出現在共同組中而被解釋為相同列表中的任何其他成分的實際等同物。另外，本發明的各種實施例和示例在這裏也可涉及其中各種部件的替代物。應當理解的是，這樣的實施例、示例和替代物不應被理解為彼此的實際等同物，而是應被認為是本發明的獨立和自主的表現。 此外，在一個或多個實施例中，所描述的特徵、結構或特性可以任何合適的方式組合。在本文描述中，提供了許多具體細節，例如長度、寬度、形狀等的示例，以便於對本發明的實施例進行充分理解。然而，相關領域的技術人員應當理解，本發明可以在沒有一個或多個特定細節的情况下，或者在利用其他方法、部件、材料等的情况下進行實施。另外，為了避免本發明的各方面不清楚，未對公知的結構、材料或操作進行詳細的顯示或描述。 儘管前述實施例在一個或多個特定應用中說明了本發明的原理，但是對於本領域的普通技術人員而言顯而易見的是，可以在不付出創造性勞動的情况下，不背離本發明的原理和概念地對方案的形式、使用和細節進行各種修改。因此，本發明不欲受到除了隨附的申請專利範圍之外的限制。 動詞“包括”和“包含”在本文中用作開放式限定，既不排除也不要求存在未提出的特徵。除非另有明確說明，否則附屬請求項中所記載的特徵可以相互自由組合。此外，應當理解的是，在本文中使用“一個”或“一種”(即，單數形式)並不排除複數形式。 工業應用性 本發明的至少某些實施例可在顯示由鍛鍊裝置的至少一個傳感器和移動設備的至少一個傳感器所確定的傳感器數據中進行工業應用。本發明的某些實施例適於應用在醫療保健、工業、工作環境、運動等領域中。In Fig. 1 is shown a schematic top view of a device 1 according to at least some embodiments of the invention. The device 1 shown is a watch. The device 1 includes at least one processing core and at least one memory including computer program codes. The at least one memory and the computer program code are configured to enable the equipment 1 to receive at least the first signal 3 from the exercise device 2 through at least one processing core, process the received signal, and transmit the second signal 4 to the exercise device 2 Respond to the received signal and participate in the pairing process 5 with the exercise device 2. That is, when the user 6 wearing the watch 1 is located near the exercise device 2 or starts to use the exercise device 2, the watch 1 and the exercise device start to communicate with each other. The first signal is sent from the exercise device 2 to the watch 1 as indicated by the arrow 3. Then, the received signal 3 is processed by the processing of the watch 1. Subsequently, the second signal is transmitted from the watch 1 to the exercise device 2 as indicated by the arrow 4. This process is called pairing 5. At this time, the data between the watch 1 and the exercise device 2 can be transmitted between the watch 1 and the exercise device 2. Generally, low-power wireless communication technologies (for example, Bluetooth, Bluetooth Low Energy, or Wibree) are used to transmit data. The exercise device 2 shown in Fig. 1 is a treadmill. When the user 6 runs on the treadmill belt, the treadmill belt of the exercise device 2 can move at a certain speed as shown by the arrow 8. At the same time, the arm of the runner 6 periodically moves as shown by the arrow 7. The data can be determined by the sensor of the watch 1. Examples of such determined data are heart rate, the number of steps in a certain period of time, or acceleration data. The data can also be determined by the sensors of the exercise device 2 and transmitted to the device 1. An example of such data is the moving speed of the treadmill belt of the exercise device 2. Information about the speed of the treadmill belt can be transmitted from the exercise device 2 to the watch 1. Next, information about the speed of the treadmill belt can be displayed on the watch. In other words, the watch 1 is configured to be used as a display of the exercise device 2. Of course, the data determined by at least one sensor of the watch 1 can also be displayed on the display of the watch. User 6 can also choose which data to display. According to some embodiments, the exercise device 2 may also include an additional display, and data may be transmitted from the watch 1 to the exercise device 2. The user 6 can select which information is displayed on the display of the exercise device 2 and which information is displayed on the display of the watch 1 at the same time. In other words, the user 6 can select which sensor data to display on the display of the watch 1 and which sensor data to display on the display of the exercise device 2. According to certain other embodiments, the device 1 is configured to control the parameters or functions of the exercise device 2 after the pairing process 5. In the illustrated embodiment, the user 6 can control the speed of the treadmill running belt of the exercise device 2 as shown by the arrow 8 through the user interface on the watch 1. The user interface of the watch 1 may be, for example, a touch screen or at least one button. The user instruction for changing the speed of the treadmill running belt can be transmitted from the watch 1 to the exercise device 2 and processed by the exercise device 2, so that the exercise device 2 can change the speed of the treadmill running belt. According to this embodiment, the process is usually fully or at least partially controlled by the exercise device 2, so that there is no need to install program code on the mobile device 1, or only a minimum amount of program code needs to be installed. The mobile device 1 is used as a user interface of the exercise device 2. In other words, a computer program including program instructions is provided, which when loaded into the exercise device 2 can determine, for example, graphical user interface data for the mobile device 1. The graphical user interface data is wirelessly transmitted from the exercise device 2 to the mobile device 1 to provide at least one user interface function on the mobile device 1. Then, the data corresponding to the user input is received and wirelessly transmitted to the exercise device 2. The mobile device 1 only needs minimum system requirements, for example regarding processing power and storage capacity. According to this embodiment, the input data is completely or at least partially processed by the exercise device 2. The two-way communication link between the mobile device 1 and the exercise device 2 can be used to allow the exercise device 2 to act as a server with control over the user interface, and to allow the mobile device 1 to act as a client, where the content is entirely or at least partially 2 controlled. Of course, the device 1 and/or the exercise device 2 may also be configured to store and process sensor data received from a wearable sensor or any other external sensor (for example, a MOVESENSE sensor). Such sensor data can be directly wirelessly transmitted to equipment 1 or exercise device 2, or wirelessly transmitted to equipment 1 and then to exercise device 2 wirelessly. According to a certain embodiment, an external sensor (not shown) such as a MOVESENSE sensor is attached to the user and connected to a device 1, such as a watch 1. When the user comes to the exercise device 2, the device 1 automatically displays information. At the same time, the equipment 1 receives instructions from the exercise device 2. However, the exercise device 2 may also receive data from the device 1 and/or external sensors. The data may include personal data, sensor data, and/or external sensor data, for example. The data is usually processed by the exercise device 2. This user experience happens automatically. When the user changes the exercise device 2 in a gym, for example, the information displayed on the display of the device 1 also automatically changes. In addition, the exercise device 2 can also receive other data from a server or via the Internet. The external sensor data can be analyzed by the exercise device, and the content (for example, information derived from the sensor data) can be automatically displayed on the device 1. In this case, the exercise device 2 can be used to allow the exercise device 2 to act as a server that has control over the user interface, and the mobile device 1 acts as a client, the content of which is fully or at least partially controlled by the exercise device 2. In Fig. 2 a schematic side view of another device 1 according to at least some embodiments of the invention is shown. The device 1 shown is a mobile device, such as a tablet computer or other mobile devices. The exercise device 2 shown is a dynamometer or an indoor exercise bicycle. After the pairing process described in connection with FIG. 1, parameters and/or logic (for example, an application program) are transferred from the exercise device 2 to the device 1. The device 1 is configured to store and process the program code received from the exercise device 2. The device 1 is configured to be used as a display of the exercise device 2. For example, a video simulation of a cycling track can be displayed on the display of device 1. Therefore, the user 6 can ride along the simulated track. For example, the sensor of the exercise device 2 may determine the riding speed of the user 6. Then, the sensor data of the exercise device 2 is transmitted to the device 1. The sensor data can be used as input data for the video simulation displayed on the device 1. That is, the user 6 can ride along the virtual race track at a varying speed. The display of the virtual cycling simulation is calculated based on the speed data obtained from the sensor data of the exercise device 2. On the other hand, it is possible to transfer data from the device 1 to the exercise device 2 so that the exercise device changes the parameters. For example, it is possible to provide height data of a virtual track stored in an application. The height data can be used as input data of the time-varying parameters of the exercise device 2. When the exercise device 2 receives the data, it enables the exercise device 2 to change the resistance of the exercise bike during riding along the virtual track. In other words, it can simulate riding up or down along a virtual track. The exercise device 2 is configured to transmit sensor data to the device 1 and receive input parameters from the device 1 in response. Therefore, it is possible to simulate riding along a virtual track (for example, the road of the Tour de France). The exercise device 2 may be located in a gym, for example, so that different users can ride along the virtual race track. When each user brings his/her own device 1 to the gym, for each user, the time period for riding from the start of the virtual race track to the end of the virtual race track can be determined by the application. Then, the time period of each user can be transmitted from the respective equipment 1 to the exercise device 2 and stored in the memory of the exercise device 2. The different time periods can be sorted and listed so that the user can see his/her results and comparison with other users' results. Therefore, for example, a bicycle race can be simulated. Of course, the device 1 may also be used only to display information such as the riding speed, the length of time of the riding activity, or the riding resistance of the exercise device 2 selected. The data determined by the sensor of the exercise device 2 may be received by the device 1 and stored in the device 1. Alternatively, the data determined by the sensor of the exercise device 2 may be received by the device and stored in the cloud. Therefore, the user 6 can analyze the stored data by reading the memory of the device 1 or viewing web pages on the Internet at a later stage. In Fig. 3, a schematic side view of an exercise device 2 according to at least some embodiments of the present invention is shown. In the illustrated embodiment, the exercise device 2 is a rowing machine. The device 1 may be a tablet computer, for example. The exercise device 2 includes at least one processing core 13 and at least one memory 14 including computer program codes. The at least one memory 14 and the computer program code are configured to enable the exercise device 2 to transmit at least the first signal 3 to the device 1, receive the second signal 4 from the device 1, and pair with the device 1 through the at least one processing core 13. After the pairing process 5, the program code to be stored and processed by the device 1 can be transmitted from the exercise device 2. Parameters and/or logic (e.g., rule engine, application, classification method, or html web page) can be transmitted to the device, for example. For example, the application can be transferred to device 1. The user can choose a training plan with the help of the app. During the training session, the exercise device 2 may, for example, send a method or instruction on how to analyze the movement of the user 6 to the device 1. The sensor of the exercise device 2 can be used to determine or record the user's movement. Examples of such sensors of exercise devices are force sensors and acceleration sensors. The data determined by the sensor of the exercise device 2 may be displayed on the display 15 of the device 1. The user can also use the user interface 17 of the device 1 to enter data. The user interface 17 may be, for example, a touch screen, a button, a keyboard, or an optical system for analyzing the user's gesture. The exercise device 2 can receive data that has been input through the user interface 17 of the device 1. The exercise device 2 can receive instructions from the equipment 1. For example, another training program can be selected. According to some embodiments, the first exercise device 2 and the first device 1 according to at least some embodiments form a first unit, and the second exercise device 2 and the second device 1 according to at least some embodiments form a second unit. The first unit and the second unit can communicate with each other. For example, the rowing motion of a rowing boat with two seats can be simulated. After starting a specific training program, two users using their respective exercise devices at the same time must synchronize their movements in order to paddle the virtual rowing boat. Then, the first user is virtually in the position of the person sitting in front of the other person. Therefore, for example, in winter (when it is impossible to use a real rowing boat for training due to weather conditions), the sports team can train the rowing sport of the rowing boat. In Fig. 4 a schematic top view of another device 1 according to at least some embodiments of the invention is shown. The exercise device 2 includes an audio system 9. After the pairing process 5 described above in conjunction with FIG. 1, the mobile device 1 in the form of a watch 1 can be used to start or stop a music program, control the volume of the music, and/or select a title. According to this embodiment, the process can usually be fully or at least partially controlled by the exercise device 2, so that there is no need to install program code on the mobile device 1, or only a minimum amount of program code needs to be installed. The mobile device 1 is used as a user interface of the exercise device 2. In other words, a computer program including program instructions may be provided, which when loaded into the exercise device 2 may, for example, cause the determination of graphical user interface data for the mobile device 1. The graphical user interface data is wirelessly transmitted from the exercise device 2 to the mobile device 1 to provide at least one user interface function on the mobile device 1. Then, the data corresponding to the user input is received and wirelessly transmitted to the exercise device 2. The mobile device 1 only needs minimum system requirements, for example regarding processing power and memory capacity. According to this embodiment, the input data is completely or at least partially processed by the exercise device 2. The two-way communication link between the mobile device 1 and the exercise device 2 can be used to allow the exercise device 2 to act as a server that has control over the user interface, and to allow the mobile device 1 to act as a client, whose content is wholly or at least partially owned by the exercise device 2 Controlled. Alternatively, the provided additional second mobile device (not shown) such as a smart phone may include an audio system. In this case, after the pairing process 5 between the device 1 and the exercise device 2, the watch 1 can be used to start or stop the music program, control the volume of the music, and/or select the title. In other words, the device 1 can be used to additionally control the functions of another second mobile device. According to this embodiment, the process is usually fully or at least partially controlled by the second mobile device, so that there is no need to install program code in the mobile device 1 (for example, a watch), or only a minimum amount of program code needs to be installed in it. The mobile device 1 serves as the user interface of the second mobile device. In other words, a computer program including program instructions is provided, which, when loaded into the second mobile device, can, for example, cause the determination of graphical user interface data for the mobile device 1. The graphical user interface data is wirelessly transmitted from the second mobile device to the mobile device 1 to provide at least one user interface function on the mobile device 1. Then, the data corresponding to the user input is received and wirelessly transmitted to the second mobile device. The mobile device 1 only needs minimum system requirements, for example regarding processing power and storage capacity. According to this embodiment, the input data is completely or at least partially processed by the second mobile device. The two-way communication link between the mobile device 1 and the second mobile device can be used to allow the second mobile device to act as a server that has control over the user interface, and to allow the mobile device 1 to act as a client, whose content is entirely or at least partially 2. Controlled by mobile devices. A schematic side view of another exercise device 2 according to at least some embodiments of the present invention is shown in FIG. 5. The exercise device 2 shown is a dynamometer in the form of an indoor exercise bicycle. The exercise device 2 includes at least one processing core, and at least one memory including computer program codes. The at least one memory and the computer program code are configured to enable the exercise device to transmit at least a first signal to the device 1, receive a second signal from the device 1, and participate in pairing with the device 1 through the at least one processing core. The exercise device 2 also includes a video system 10. The video system 10 may be, for example, a TV, a tablet computer, or a personal computer. The mobile device 1 can be used as a remote control for the video system 10. The watch is shown as device 1. Generally, the exercise device 2 is configured to transmit the first signal and receive the second signal when the distance between the equipment 1 and the exercise device 2 is about 0 m to 10 m. In other words, when the user 6 with the watch 1 moves closer to the exercise device 2, the pairing process is activated. After the pairing process between the device 1 and the exercise device 2, data can be transmitted between the device 1 and the exercise device 2. For example, the user 6 can use the watch 1 to select a TV channel displayed on the video system 10. Therefore, the watch 1 can be used as a remote control when riding. Alternatively, the data (for example, heartbeat data) obtained by the sensor of the device 1 and the data (for example, speed data) obtained by the sensor of the exercise device 2 may be displayed on the video system 10. The exercise device 2 is configured to participate in the pairing process when having a conversation with the device 1. The session is based on the sensors of device 1 and exercise device 2. It should be understood that the disclosed embodiments of the present invention are not limited to the specific structures, process steps or materials described herein, but can be extended to equivalents that can be recognized by those skilled in the art. It should also be understood that the terms used herein are only used to describe specific embodiments, and are not intended to limit. Throughout the specification, referring to an embodiment or a certain embodiment means that a specific feature, structure, or characteristic described in combination with the embodiment is included in at least one embodiment of the present invention. Therefore, the appearances of the terms "in one embodiment" or "in a certain embodiment" in various places throughout the specification do not necessarily all refer to the same embodiment. Where terms such as "about" or "substantially" are used to describe a value, the exact value is also disclosed. In this document, for convenience, multiple items, structural elements, constituent elements, and/or materials may be presented in a common list. However, these lists should be interpreted as each ingredient in the list is independently identified as a separate and unique ingredient. Therefore, unless otherwise stated, each ingredient in such a list should not be interpreted as an actual equivalent of any other ingredient in the same list based solely on their appearance in the common group. In addition, various embodiments and examples of the present invention may also be related to alternatives to various components therein. It should be understood that such embodiments, examples, and substitutes should not be construed as actual equivalents to each other, but should be construed as independent and autonomous manifestations of the present invention. In addition, in one or more embodiments, the described features, structures or characteristics can be combined in any suitable manner. In the description herein, many specific details are provided, such as examples of length, width, shape, etc., in order to fully understand the embodiments of the present invention. However, those skilled in the relevant art should understand that the present invention can be implemented without one or more specific details, or using other methods, components, materials, etc. In addition, in order to avoid unclear aspects of the present invention, well-known structures, materials, or operations are not shown or described in detail. Although the foregoing embodiments illustrate the principles of the present invention in one or more specific applications, it is obvious to those skilled in the art that the principles and principles of the present invention may not be deviated from without creative work. Conceptually modify the form, use and details of the scheme. Therefore, the present invention is not intended to be restricted except for the scope of the attached patent application. The verbs "include" and "include" are used as open-ended qualifications in this article, and neither exclude nor require the existence of unproposed features. Unless explicitly stated otherwise, the features recorded in the dependent claims can be freely combined with each other. In addition, it should be understood that the use of "a" or "an" (ie, the singular form) herein does not exclude the plural form. Industrial applicability At least some embodiments of the present invention may be industrially applied in displaying sensor data determined by at least one sensor of an exercise device and at least one sensor of a mobile device. Certain embodiments of the present invention are suitable for applications in the fields of healthcare, industry, work environment, sports, and the like.

1:設備 2:鍛鍊裝置 3:第一信號 4:第二信號 5:配對 6:用戶 7:箭頭 8:箭頭 9:音頻系統 10:視頻系統 11:設備的處理核 12:設備的存儲器 13:鍛鍊裝置的處理核 14:鍛鍊裝置的存儲器 15:顯示器 16:傳感器 17:用戶界面 18:服務器1: equipment 2: exercise device 3: The first signal 4: The second signal 5: pairing 6: users 7: Arrow 8: Arrow 9: Audio system 10: Video system 11: Processing core of equipment 12: device memory 13: Processing core of exercise device 14: The memory of the exercise device 15: display 16: sensor 17: User interface 18: server

[圖1]顯示了根據本發明的至少某些實施例的設備的示意性俯視圖； [圖2]顯示了根據本發明的至少某些實施例的另一設備的示意性側視圖； [圖3]顯示了根據本發明的至少某些實施例的鍛鍊裝置的示意性側視圖； [圖4]顯示了根據本發明的至少某些實施例的另一設備的示意性俯視圖；且 [圖5]顯示了根據本發明的至少某些實施例的另一鍛鍊裝置的示意性側視圖。[Figure 1] shows a schematic top view of a device according to at least some embodiments of the present invention; [Figure 2] shows a schematic side view of another device according to at least some embodiments of the present invention; [Figure 3] shows a schematic side view of an exercise device according to at least some embodiments of the present invention; [Figure 4] shows a schematic top view of another device according to at least some embodiments of the present invention; and [Fig. 5] A schematic side view showing another exercise device according to at least some embodiments of the present invention.

1:設備 1: equipment

2:鍛鍊裝置 2: exercise device

6:用戶 6: users

10:視頻系統 10: Video system

Claims (27)

一種設備(1)，包括至少一個處理核(11)，以及包括計算機程序代碼的至少一個存儲器(12)，所述至少一個存儲器(12)和計算機程序代碼配置為通過所述至少一個處理核(11)使得所述設備(1)至少能： - 從鍛鍊裝置(2)處接收第一信號(3)； - 對所接收的信號(3)進行處理； - 通過將第二信號(4)傳輸至所述鍛鍊裝置(2)而對所接收的信號(3)進行響應； - 參與與所述鍛鍊裝置(2)的配對過程(5)。A device (1) includes at least one processing core (11), and at least one memory (12) including computer program code, the at least one memory (12) and the computer program code are configured to pass through the at least one processing core ( 11) Make the device (1) at least: -Receive the first signal (3) from the exercise device (2); -Process the received signal (3); -Responding to the received signal (3) by transmitting the second signal (4) to the exercise device (2); -Participate in the pairing process (5) with the exercise device (2). 根據請求項1所述的設備(1)，其中，所述設備(1)能充當客戶端，其內容由所述鍛鍊裝置(2)完全或至少部分地控制。The device (1) according to claim 1, wherein the device (1) can act as a client, and its content is fully or at least partially controlled by the exercise device (2). 根據請求項1或2所述的設備(1)，其中，所述設備(1)配置為能對從所述鍛鍊裝置(2)處接收到的程序代碼進行存儲和處理。The device (1) according to claim 1 or 2, wherein the device (1) is configured to store and process the program code received from the exercise device (2). 根據請求項1所述的設備(1)，其中，所述設備(1)能從所述鍛鍊裝置(2)處接收參數和/或邏輯。The device (1) according to claim 1, wherein the device (1) can receive parameters and/or logic from the exercise device (2). 根據請求項1所述的設備(1)，其中，所述設備(1)能對從所述鍛鍊裝置(2)處接收到的指令進行處理。The device (1) according to claim 1, wherein the device (1) can process instructions received from the exercise device (2). 根據請求項5所述的設備(1)，其中，所述設備(1)能基於所接收的指令開始計算。The device (1) according to claim 5, wherein the device (1) can start calculation based on the received instruction. 根據請求項5或6所述的設備(1)，其中，所述設備(1)能基於所接收的指令開始用戶界面方法。The device (1) according to claim 5 or 6, wherein the device (1) can start a user interface method based on the received instruction. 根據請求項1所述的設備(1)，其中，所述設備(1)能從所述鍛鍊裝置(2)處接收針對如何分析用戶(6)的運動的方法或指令。The device (1) according to claim 1, wherein the device (1) can receive a method or instruction on how to analyze the movement of the user (6) from the exercise device (2). 根據請求項1所述的設備(1)，其中，所述設備(1)為第一移動設備、手錶、平板電腦，或智能手機。The device (1) according to claim 1, wherein the device (1) is a first mobile device, a watch, a tablet computer, or a smart phone. 根據請求項1所述的設備(1)，其中，所述設備(1)能對存儲於所述鍛鍊裝置的存儲器或第二移動設備的存儲器中的音樂程序或音樂播放列表進行控制。The device (1) according to claim 1, wherein the device (1) can control music programs or music playlists stored in the memory of the exercise device or the memory of the second mobile device. 根據請求項1所述的設備(1)，其中，所述設備(1)配置為充當所述鍛鍊裝置(2)的顯示器、用戶界面，和/或存儲器。The device (1) according to claim 1, wherein the device (1) is configured to serve as a display, a user interface, and/or a memory of the exercise device (2). 根據請求項1所述的設備(1)，其中，所述設備(1)配置為在與所述鍛鍊裝置(2)進行會話的期間參與配對過程(5)。The device (1) according to claim 1, wherein the device (1) is configured to participate in a pairing process (5) during a session with the exercise device (2). 根據請求項12所述的設備(1)，其中，所述會話基於所述設備(1)和所述鍛鍊裝置(2)的傳感器。The device (1) according to claim 12, wherein the conversation is based on sensors of the device (1) and the exercise device (2). 根據請求項1所述的設備(1)，其中，所述設備(1)配置為從所述鍛鍊裝置(2)處接收傳感器數據，並將作為響應的輸入參數傳輸至所述鍛鍊裝置(2)。The device (1) according to claim 1, wherein the device (1) is configured to receive sensor data from the exercise device (2), and transmit input parameters in response to the exercise device (2) ). 一種鍛鍊裝置(2)，包括至少一個處理核(13)，以及包括計算機程序代碼的至少一個存儲器(14)，所述至少一個存儲器(14)和計算機程序代碼配置為通過所述至少一個處理核(13)使所述鍛鍊裝置(2)至少能： - 將第一信號(3)傳輸至設備(1)； - 從所述設備(1)處接收第二信號(4)；以及 - 參與與所述設備(1)的配對(5)。An exercise device (2), comprising at least one processing core (13), and at least one memory (14) comprising computer program code, the at least one memory (14) and the computer program code are configured to pass through the at least one processing core (13) The exercise device (2) can at least: -Transmit the first signal (3) to the device (1); -Receiving a second signal (4) from the device (1); and -Participate in pairing (5) with the device (1). 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)能充當對所述設備(1)的用戶界面有控制權的服務器。The exercise device (2) according to claim 15, wherein the exercise device (2) can act as a server that has control over the user interface of the device (1). 根據請求項15或16所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)配置為發送要由所述設備(1)進行存儲和處理的程序代碼。The exercise device (2) according to claim 15 or 16, wherein the exercise device (2) is configured to send program codes to be stored and processed by the device (1). 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)能將參數和/或邏輯傳輸至所述設備(1)。The exercise device (2) according to claim 15, wherein the exercise device (2) can transmit parameters and/or logic to the device (1). 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)能傳輸指令至所述設備(1)。The exercise device (2) according to claim 15, wherein the exercise device (2) can transmit instructions to the equipment (1). 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)能接收經由所述設備(1)的用戶界面(17)已經輸入的數據。The exercise device (2) according to claim 15, wherein the exercise device (2) can receive data that has been input via a user interface (17) of the device (1). 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)能將針對如何分析用戶(6)的運動的方法或指令傳輸至所述設備(1)。The exercise device (2) according to claim 15, wherein the exercise device (2) can transmit a method or instruction on how to analyze the movement of the user (6) to the device (1). 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)為測力計、健身房鍛鍊裝置、健身裝置、運動裝置，舉重裝置、鍛鍊自行車、跑步機、划船機，或交叉訓練器。The exercise device (2) according to claim 15, wherein the exercise device (2) is a dynamometer, a gym exercise device, a fitness device, an exercise device, a weightlifting device, an exercise bike, a treadmill, a rowing machine, or Cross trainer. 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)配置為傳輸數據至所述設備(1)，所述數據顯示在所述設備(1)的顯示器(17)上。The exercise device (2) according to claim 15, wherein the exercise device (2) is configured to transmit data to the device (1), and the data is displayed on a display (17) of the device (1) on. 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)配置為能在與所述設備(1)進行會話期間參與配對過程(5)。The exercise device (2) according to claim 15, wherein the exercise device (2) is configured to be able to participate in the pairing process (5) during a session with the device (1). 根據請求項24所述的鍛鍊裝置(2)，其中，所述會話基於所述設備(1)和鍛鍊裝置(2)的傳感器。The exercise device (2) according to claim 24, wherein the conversation is based on the device (1) and sensors of the exercise device (2). 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)配置為將傳感器數據傳輸至設備(1)，以及從所述設備(1)處接收作為響應的輸入參數。The exercise device (2) according to claim 15, wherein the exercise device (2) is configured to transmit sensor data to a device (1) and receive input parameters as a response from the device (1). 根據請求項15所述的鍛鍊裝置(2)，其中，所述鍛鍊裝置(2)能從所述設備(1)處接收指令。The exercise device (2) according to claim 15, wherein the exercise device (2) can receive instructions from the equipment (1).
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