M379546 五、新型說明： 【新型所屬之技術領域】 本創作係關衿一種自行車裝置之設計，特別是關於一 種自行車用行動電話承置傳輸裝置。 【先前技術】 ，在油價不斷高漲的現代社會中，大多數國人漸漸的已 減少開車出門的頻率，甚至在上下班的交通工具選擇上，很 多人選擇不開車。加上近來節能減碳被人們所重視，很多人 在又通工具的選擇上乾脆以騎自行車或是搭乘大眾運輸工 具為主。尤其是自行車，不但在平日可以當作代步的工具， 到了週末假日，自行車更是一種休間運動。因此，各種運用 在自行車以及自行車使用者之感測裝置也應運而生。 目前裝設於自行車或使用者身上的各種感測裝置，大 多是用來偵測使用者騎乘自行車時之速度、距離、時間以及 使用者騎乘自行車時之生理狀態，例如：體溫、也虔、心跳 或熱量消耗等等，藉此幫助使用者在騎乘自行車的時候能了 解使用者及其自行車的狀況。 此外’隨著科技日新月異’行動電話的發展亦突飛猛 進’手機亦由卜收發話演變至今具有複合式功能，例如·· 上網、^請娛樂料，實不勝牧舉。由於行動電話之普遍 ，设今时達到人手-機的境界，因此如何將行動電話之特 性配合自行車及自行車使用者戌 丄^ Λ ]忒且加以應用，進而增 加迕夕貫用功能，實值得用心探討。 f新型内容】 本創作所欲解決之技術問題 舉凡该領域知識者皆能輕易了解，現有裝設於自行車 或使用者身上的各種感測裝置所感測並發出之信號，其信號 。弋/、行動電5舌所能接收之信號格式不盡相同，故如果單純 U订動電話與各種可應用在自行車及其使用者之感測 裝置作結合應用的話，其在信號格式之媒合上會有問題，行 動電話亦無法讀取感測裝置之感測信號。 雖然現今科技能在行動電話之主機板裝上系統整合晶 片或基頻晶片，使其能夠接收不同模式之信號，但其複雜的 相關製程整合技術及需辦增加的成本卻非摘作所願。M379546 V. New description: [New technical field] This creation is about the design of a bicycle device, especially for a mobile phone-mounted transmission device for bicycles. [Prior Art] In the modern society where oil prices are rising, most people have gradually reduced the frequency of driving out, and even in the choice of transportation to and from work, many people choose not to drive. In addition, energy conservation and carbon reduction have recently been valued by many people. Many people choose to use bicycles or public transportation tools. In particular, bicycles can be used as a means of transportation on weekdays. On weekends, bicycles are a kind of rest. Therefore, various sensing devices for bicycles and bicycle users have emerged. Currently, various sensing devices installed on a bicycle or a user are mostly used to detect the speed, distance, time, and physiological state of the user when riding the bicycle, for example, body temperature, and also , heartbeat or calorie consumption, etc., to help users understand the condition of the user and his bicycle while riding a bicycle. In addition, with the rapid development of technology, the development of mobile phones has also made rapid progress. The mobile phone has also evolved from the transceiver to the present, and has a multi-functional function. For example, the Internet and the entertainment materials are in full swing. Due to the prevalence of mobile phones, it is now the time to reach the state of manpower and machine. Therefore, how to combine the characteristics of mobile phones with bicycles and bicycle users, and to apply them, so as to increase the functionality of the mobile phone, it is worthwhile. Explore. f new content] The technical problem that this creation wants to solve. Anyone in this field can easily understand the signal that the various sensing devices installed on bicycles or users sense and send out signals.信号/, mobile power 5 tongues can receive different signal formats, so if the simple U-telephone is combined with various sensing devices that can be applied to bicycles and their users, its signal format is combined. There will be problems, and the mobile phone cannot read the sensing signal of the sensing device. Although today's technology can be equipped with a system-integrated wafer or baseband chip on a mobile phone's motherboard to enable it to receive signals from different modes, its complex process integration technology and the added cost are not desirable.
電話一下子就沒電，故如要作為行動電話配合自行車及自The phone has no power at once, so if you want to use the bicycle as a mobile phone,
瓜π热深得翰其耗費 話之電量相當大，故較長的使用時間就容易造成行動Melon π heat is so good that it consumes a lot of electricity, so long use time is easy to cause action
用者身上的各種感測裝置 I〜价卜，僅需藉 _換’即能使裝設於自行車或^ 所發出之朗㈣轉換成—般行 動電話能接收之格式並藉由行動電話之螢幕予以The various sensing devices on the user's body, the price, can be converted into a format that can be received by the mobile phone and can be received by the mobile phone. Give
電話之螢幕予以顯示。 種自行車用行動電話承 /^340 置傳輪裝置’用以改善習知行動電話直接藉由藍芽無線傳輸 感測4號，而造成行動電話耗電量大之缺點。 …、· 本創作解決問題之技術手段 本創作為解決習知技術之問題所採 -種自行車用行動電話承置物置.，包括有—承 t諕轉接模組，承置基座藉由—姓人纟 土 -選定位置，以承置行動電話；::二於自行車之 電話且包括有一感測信號接收介;:轉=:連接行動 介面。感測信號接收介面接收至少-感測信 接收;二測信號接收介面’以接收感測信號 式感測信#，、- j龜號’亚予以轉換為—行動電話訊號格 以接收疒；鳇仃動電5舌域傳輸介面耦接信號轉換單元，用 ===之信號傳輪埠傳輪至行動電話上，以讓使用者 匕仔知自仃車及本身之狀態。 本創射㈣先前技術之功效 用以承置用之技術手段，本創作之承置基座可 將一般感測信號轉換^行動電話，且由^信號轉接模組能 得行動電話僅•放行動電話訊號格以測信號，故使 模組連接於行。^在本_之*置基座中，料信號轉接 知設置在自一包/上，即能讀取相容之感測信號，解決習 仃車或其使用者身上之感測裝置所感測出之信 號因與行動電話能接收之信號格式 由行動電話讀取之缺點。 相问，而無法直接藉 在不改變現有行動電話之規格下，能使得 者左可Μ本創作輕鬆得知在騎自行切，設 = 其使用者身上之各觀測裝置所感_之行車速度、3或 =外=度或是其本身之生雜態料.，不需辦增加^多又 本，進而提升其實用性及利用性。 此外，本創作亦可改善現有具傷藍芽功能的行動電 =’/、猎由藍芽無線傳輸將感測信號傳輸至行動電話予以儲 存及顯示而造成耗電量相當大之缺點。 本創作所採用的具體實施例，將藉由以下之實施例及 附呈圖式作進一步之說明。 【實施方式】 笛同時參閱第1圖至第3圖所示…圖係顯示本創作 弟-霄施例之立體示意圖，第2圖係顯示本創作第一實施例 =部份立體分解圖’第3圖係顯示本創作第—實施例之系統 ，圖。本創作之自行車用行動電話承置傳輸裝置_包括 人Κ置基座1及一仏號轉接模组2。承置基座^藉由一結 :結構3結合於一自行車4之一選定位置，如圖所示，承置 土座1 ίτ'結合於自行車4之龍頭，且用以承置—^動電話5。 八在本1施例中’信號轉接模組2包括有—感測信號接 面21、—信號轉換單元22、-行動電話信號傳輸介面 J —溫度感測單元24及一高度感測單元25。感測信號接 收"面21行動電活#號傳輸介面23、溫度感測單元24 及向度感測單元25分別耦接信號轉換單元22，其中信號轉 接杈組2係裝設於驛似如圖所示之隨身碟内，而行動電話信 號傳輸介面23係為-資料傳輸介面，用以連接至行動電話 5之行動電話信號傳輸埠51。 感測信號接收介面21用以接收至少—感測信號，其中 之一感測信號係為-自行車速度感測信?虎si，係由至少一 设置於該自行車4之―預^位置之速度感測模組6所感測， 速度感測模組6包括有—速度感測單元61及 成 測單元61之傳輸介面62，速度感測單元61用以在自行j 灯進時感測出自行車4之行車速度，並發出該自行 測信號S1經由傳輸介面62無線傳輸 _ 之感測信號接收介面21。 另一感測k號係為一代表自行車 之生S2, ^ ❹之生理狀態 之生里關U S2,係由至少一設置於該自行車使 理=莫組7所感測，生理感測模組7包括有-生 7二，生理感測單元71之傳輸介面-， 生理感測W71用以感測自行車使用者U之生 生理感測信號S2可為體㈤产味 l 狀心故 日、古計”彳甘體姐^、心跳信號、血壓信號、執 1泊耗“唬之一或其組合，且- 感測信號S2經㈣輪介 :厂％ 71發出該生理 之感測信號接收介面21面72*線傳輪至該錢轉接模組2 其中速度感測模組6及生理感測模组 為藍芽無外線無線傳輸等等，舉凡該領域it M379546 皆可知悉，故在此不多加詳述。 在本創作中，信號轉接模組2之溫度感測單元24用以 將感測到之一溫度赛測信號S3傳送至信號轉換單元22,高 度感測單元2 5則將感測到之一高度感測信號S 4傳送至信號 轉換單元22，信號轉接模組2之感測信號接收介面21接收 到之自行車速度感測信號S卜生理感測信號S2之一或其組 合，係同樣地傳送至信號轉換單元22，由信號轉換單元22 將自行車速度感測信號S1、生理感測信號S2、溫度感測信 號S3及高度感測信號S4分別予以轉換為一行動電話訊號 格式感測信號S5，再傳送至行動電話信號傳輸介面23，行 動電話信號傳輸介面23再將行動電話訊號格式感測信號S5 傳輸至行動電話5。 凡具有通常知識者皆可輕易得知，行動電話5簡單包 括有行動電話信號傳輸埠5卜微處理器52及顯示單元兄， 行動電話5之行動電話信號傳輸埠51用以將連接行動電話 信號傳輸介面23所傳送之行動電話訊號格式感測信號W 傳輸至微處理器52，並經由微處理器52處理後，由顯示單 元53予以顯示’此時自行車使用❹便可由承置在承置基 座1上之行動電話5之顯示單元53得知自行車4之行車速 度、高度、室外溫度或是其本身之生理狀態。 ㈣㈣第4圖及第5圖所示’第4圖係顯示本創作 第二實施例之立體示意圖，第5圖係顯示本創作第二實施例 之系統方塊圖。此-實施例之自行車用行動電話承置傳輸裝 置職之組Μ件大致上與第—實施例相同，故相同之元 件乃標示以相同之元件編號，以資對應。其差異在於本實施 例之信號轉接模組2a更包括有一生理信號接收介面26，耦 接該栺號轉換單元22，係用以無線接收經由生理感測模組 7a之傳輸介面72a所傳送之生理感測信號S2，而速度感測 模組6a所發出之自行車速度感測信號S1則藉由傳輸介面 62a有線傳輸至信號轉接模組2a之感測信號接收介面21&。 由以上之實施例可知，本創作所提供之自行車用行動 電話承置傳輸裝置確具產業上之利用價值，故本創作業已符 合於專利之要件，以上之敘述僅為本創作之較佳實施例說 明’凡精於此項技藝者當可依據上述之朗而作其它種種之 改良，惟這些改變仍屬於本創作之創作精神及以下 專利範圍中。 【圖式簡單說明】 第1圖係顯示本創作第一實施例之立體示意圖； 第2圖係顯示本創作第—實施狀部份 第3圖係顯示本創作第—實蘭之系統方塊圖 第4圖係顯示本創作第二實施例之立體示意圖； 第5圖係顯示本創作第二實施例之系統方塊圖。 承置傳輪裝置 承置基座 信號轉接模組 【主要元件符號說明】 10〇 ' 100a 1 2 ' 2a M379546 21 、 21a 感測信號接收介面 22 信號轉換單元 23 行動電話信號傳輸介面 24 溫度感測單元 25 高度感測單元 26 生理信號接收介面 3 結合結構 4 自行車 5 行動電話 51 行動電話信號傳輸埠 52 微處理器 53 顯示單元 6 ' 6a 速度感測模組 61 ' 61a 速度感測單元 62 、 62a 傳輸介面 7、7a 生理感測模組 71 、 71a 生理感測單元 72 、 72a 傳輸介面 SI 自行車速度感測信號 S2 生理感測信號 S3 溫度感測信號 S4 高度感測信號 S5 行動電話訊號格式感測信號 U 使用者The screen of the phone is displayed. The bicycle mobile phone carrier/^340 is used to improve the conventional mobile phone to directly sense the number 4 by the Bluetooth wireless transmission, which causes the mobile phone to consume a large amount of power. ...,· The technical means to solve the problem in this creation. The creation of the bicycle is used to solve the problem of the conventional technology. The bicycle is equipped with a mobile phone, and includes a transfer module, and the base is provided by the base. Surnamed people - selected location to place a mobile phone;:: two on the bicycle phone and includes a sensing signal reception;: turn =: connect the action interface. The sensing signal receiving interface receives at least the sensing signal reception; the second signal receiving interface 'receives the sensing signal type sensing letter #,, -j turtle number' is converted into a mobile phone signal grid to receive the 疒; The power transmission 5 tongue-and-mouth transmission interface is coupled to the signal conversion unit, and the signal transmission wheel of the === is transmitted to the mobile phone to let the user know the state of the vehicle and itself. The purpose of the prior art (4) is to use the technical means of the prior art. The pedestal of the creation can convert the general sensing signal into a mobile phone, and the signal relay module can obtain the mobile phone only. The mobile phone signal grid is used to measure the signal, so the module is connected to the line. ^ In the _ of the pedestal, the material signal is known to be set on a package/on, which can read the compatible sensing signal and solve the sensing device of the limping car or its user. The signal is due to the shortcomings of the signal format that can be received by the mobile phone. Asked, but can not directly change the specifications of the existing mobile phone, can make it easy for the author to understand the creation of the ride, set = the speed of the observation device on the user's body, 3 Or = outside = degree or its own raw material. No need to increase the number of more and more, and thus improve its practicality and utilization. In addition, this creation can also improve the existing Bluetooth-enabled mobile power =’/. The hunting is transmitted by Bluetooth wireless transmission to the mobile phone for storage and display, resulting in considerable power consumption. The specific embodiments used in the present application will be further illustrated by the following examples and accompanying drawings. [Embodiment] At the same time, the flute is also shown in the first to third figures. The figure shows the three-dimensional diagram of the creation of the present invention, and the second figure shows the first embodiment of the creation = partial exploded view The figure 3 shows the system of the first embodiment of the present invention. The bicycle mobile phone receiving transmission device of the present invention includes a human base 1 and an nickname adapter module 2. The receiving base ^ is connected by a knot: the structure 3 is combined with a selected position of one of the bicycles 4, as shown in the figure, the bearing seat 1 ίτ' is coupled to the faucet of the bicycle 4, and is used for receiving the telephone 5. In the embodiment of the present invention, the 'signal switching module 2 includes a sensing signal interface 21, a signal conversion unit 22, a mobile telephone signal transmission interface J, a temperature sensing unit 24, and a height sensing unit 25. . The signal receiving unit 23, the temperature sensing unit 24 and the illuminance sensing unit 25 are respectively coupled to the signal converting unit 22, wherein the signal switching unit 2 is mounted on the symmetry signal. The mobile phone signal transmission interface 23 is a data transmission interface for connecting to the mobile phone signal transmission port 51 of the mobile phone 5 as shown in the figure. The sensing signal receiving interface 21 is configured to receive at least a sensing signal, wherein one of the sensing signals is a bicycle speed sensing signal, and the speed sense is set by at least one of the preset positions of the bicycle 4. The speed sensing module 6 includes a speed sensing unit 61 and a transmission interface 62 of the measuring unit 61. The speed sensing unit 61 is configured to sense the bicycle 4 when the self-j is turned on. The driving speed is sent, and the sensing signal receiving interface 21 is wirelessly transmitted via the transmission interface 62. Another sensing k is a representative of the bicycle S2, ^ 生理 physiological state of the life of the U S2, is set by at least one of the bicycle sense = Mo group 7 sensed, physiological sensing module 7 Including the sheng 7 2, the transmission interface of the physiological sensing unit 71, the physiological sensing W71 is used to sense the physiological sensing signal S2 of the bicycle user U can be a body (5) taste l l heart, day, ancient "彳甘体姐^, heartbeat signal, blood pressure signal, hold 1 berth" or one of its combinations, and - sense signal S2 via (four) wheel: factory% 71 sends the physiological sensing signal receiving interface 21 face 72* The line transfer wheel to the money transfer module 2, wherein the speed sensing module 6 and the physiological sensing module are Bluetooth wireless transmission without external lines, etc., the M379546 can be known in the field, so it is not detailed here. . In the present invention, the temperature sensing unit 24 of the signal switching module 2 is configured to transmit one of the temperature sensing signals S3 to the signal converting unit 22, and the height sensing unit 25 will sense one of the sensing units. The height sensing signal S 4 is transmitted to the signal conversion unit 22, and one or a combination of the bicycle speed sensing signal S and the physiological sensing signal S2 received by the sensing signal receiving interface 21 of the signal switching module 2 is similarly The signal is transmitted to the signal conversion unit 22, and the signal conversion unit 22 converts the bicycle speed sensing signal S1, the physiological sensing signal S2, the temperature sensing signal S3, and the height sensing signal S4 into a mobile phone signal format sensing signal S5, respectively. And then transmitted to the mobile phone signal transmission interface 23, and the mobile phone signal transmission interface 23 transmits the mobile phone signal format sensing signal S5 to the mobile phone 5. Anyone with ordinary knowledge can easily know that the mobile phone 5 simply includes a mobile phone signal transmission, a microprocessor 52, and a display unit brother. The mobile phone signal transmission port 51 of the mobile phone 5 is used to connect the mobile phone signal. The mobile phone signal format sensing signal W transmitted by the transmission interface 23 is transmitted to the microprocessor 52, and processed by the microprocessor 52, and then displayed by the display unit 53. At this time, the bicycle is used by the mounting base. The display unit 53 of the mobile phone 5 on the seat 1 knows the speed, height, outdoor temperature of the bicycle 4 or its own physiological state. (4) (4) Figs. 4 and 5 show a fourth perspective view showing the second embodiment of the present invention, and Fig. 5 is a system block diagram showing the second embodiment of the present creation. The components of the bicycle-equipped mobile phone-mounted transmission device of this embodiment are substantially the same as those of the first embodiment, and the same components are denoted by the same component numbers. The difference is that the signal switching module 2a of the embodiment further includes a physiological signal receiving interface 26 coupled to the nickname converting unit 22 for wirelessly receiving the transmission through the transmission interface 72a of the physiological sensing module 7a. The physiological sensing signal S2, and the bicycle speed sensing signal S1 sent by the speed sensing module 6a is wired and transmitted to the sensing signal receiving interface 21& of the signal switching module 2a through the transmission interface 62a. It can be seen from the above embodiments that the bicycle mobile phone receiving and transmitting device provided by the present invention has industrial use value, so the original operation has met the requirements of the patent, and the above description is only the preferred embodiment of the present invention. Explain that 'everyone who is skilled in this skill can make other improvements according to the above-mentioned lang, but these changes still belong to the creative spirit of this creation and the scope of the following patents. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the first embodiment of the present creation; Fig. 2 is a view showing the third block of the first embodiment of the present invention showing the system block diagram of the present creation 4 is a perspective view showing a second embodiment of the present creation; and FIG. 5 is a system block diagram showing a second embodiment of the present creation. Bearing transmission device pedestal signal adapter module [Main component symbol description] 10〇' 100a 1 2 ' 2a M379546 21 , 21a Sense signal receiving interface 22 Signal conversion unit 23 Mobile phone signal transmission interface 24 Temperature sense Measuring unit 25 height sensing unit 26 physiological signal receiving interface 3 combined structure 4 bicycle 5 mobile phone 51 mobile phone signal transmission 埠 52 microprocessor 53 display unit 6 ' 6a speed sensing module 61 ' 61a speed sensing unit 62 62a transmission interface 7, 7a physiological sensing module 71, 71a physiological sensing unit 72, 72a transmission interface SI bicycle speed sensing signal S2 physiological sensing signal S3 temperature sensing signal S4 height sensing signal S5 mobile phone signal format sense Signal U user