M328407 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種自行車電子裝置，特別是一種 可以顯示對應於騎乘距離的消耗熱量值的自行車電子裝置 【先前技術】M328407 VIII. New Description: [New Technical Field] The present invention relates to a bicycle electronic device, and more particularly to a bicycle electronic device capable of displaying a calorific value corresponding to a riding distance. [Prior Art]
由於現代人的飲食越來越精緻豐富，因而容易造成肥 胖、痛風等文明病，為了改善上述情況的發生，目前興起 一股運動養生風潮，鼓勵民眾多運動以保持健康的身體。 有鑑於此，自行車業者開發設計出一種安裝有一電腦的自 行車，透過電腦可以量測騎乘者所騎乘前進的距離，並轉 換計算出相對應之消耗熱量值（以卡路里為單位），經由電 腦螢幕輸出讓騎乘者得知其運動所消耗的熱量為多少。 然而，並非所有民眾都對於熱量值有很清楚的概念， 例如當螢幕顯示出2GG大卡時，騎乘者可能會有以下疑惑 ·· 200大卡究竟是多還是少？它代表的意義是什麼？這樣的 運動量是否絲？因此，上述裝配有電腦的自行車雖然可 以顯不出祕熱量的卡路里值，卻料無法讓騎乘者明確 知道該數值背後所代表的涵意，所以本案創作人針對上述 缺失進一步研發改良。 【新型内容】 因此’本㈣之目的’即在提供—種可 顯 示消耗熱量值，以及對應該熱量值之圖案的自行車電子裝 里^ η 5 M328407 -自本:型自行車電子裝置，包含··-顯示單元、 -圖孝=的行程谓測單元、-數值計算模組、 4七 >、、广果、、且，以及一電連接該顯示單元、數值計管桓 、、且'圖案資料模組的熱量圖案判斷模钽。 β介、 到的算模組電連接該行程侦測罩元而接收其，貞測 。兮圖：=，並將行程資料換算成騎乘者消耗的熱量值 比且^1杨組包括數個分別對應不同熱量值範圍而且 言wt^案區。該熱㈣案·模組接收該數值 =果汲所計算的熱量值並選取出對應該熱量值範圍的圖 ;、…再控制該圖案區提供其圖案並由該顯示單元顯示出 來0 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配σ參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 "Θ '、3 ’本新型自行車電子裝置之較佳實施例 ，是設置在一自行車的車體7上，該車體7包括一把手71 自把手71向下延伸並具有兩個間隔之安裝段721的前 叉72 (圖2只示出一個安裝段721 )、一設置在該等安裝段 721間並具有數條輻射狀排列的輪輻鋼絲731的輪圈73, 以及一用於將該輪圈73架設在前叉72之安裝段721上的 輪轂74’而該自行車電子裝置包含：一顯示單元1、一行 程偵測單元2、一數值計算模組3、一圖案資料模組4、一 熱量圖案判斷模組5,以及一按鍵單元6。 ^1328407 該顯示單元1包括一殼體11、一連結殼體11並將該殼 體11架設在該把手71上的組裝件12,以及一設置在該殼 體11上的面板13。該面板13可以顯示出騎乘里程、騎乘 時速、消耗熱量值等資訊。所述顯示單元1不需以架設在 車體7上為限制，亦可將其製作成隨身攜帶式。 該行程偵測單元2包括一個設置在其中一輪輻鋼絲731 上的磁性件21、一固定設置在其中一安裝段721上並偵測 磁性件21之磁場變化以輸出一脈波信號的感測器22，以及 一設置在該顯示單元1之殼體U中並用於接收該感測器22 之脈波信號的接收模組23。本實施例之磁性件21與感測器 22皆設置於前輪處，但實施時也可以設置於後輪。 所述磁性件21之具體例為一個磁鐵，並且會隨著輪圈 73轉動而相對該感測器22產生變化的磁場，該感測器22 偵測磁場變化之脈波數目而傳送到該接收模組23，所述脈 波數目即代表輪圈73轉動的圈數。而接收模組23與感測 器22間的信號傳輸方式，可以是無線信號傳輸也可以使用 有線信號傳輸的方式，本實施例中是以無線信號為例。 該數值計算模組3包括一個電連接該行程偵測單元2 之接收模組23的里程計算區31，以及一個電連接該里程計 算區31的熱量計算區32，所述里程計算區31可以依據預 先輸入之輪圈73直徑長度，將該接收模組幻接收到的輪 圈73轉動圈數換异出騎乘里程，並可依據騎乘時間計算出 騎乘速度。而該熱量計算區32依據騎乘里程計算出騎乘者 所消耗的熱量值，在本實施例中，是以下述定義來換算出 7 M328407 熱量：也歧每騎乘i公里的平均消耗熱量為26大卡，因 此，當該里程計算區31計算出騎乘里數為2公里時，㈣ 量計算區32即自動將2乘以26而計算出消耗熱量為^大 卡。 該圖案資料模組4包括數個分別對應不同熱量值範圍 的圖案區4卜每-圖案區41可讀供_個代純定熱量範 圍的食物圖案，例如其中-圖案區41彳以提供土司的圖案 ，是用於表示熱量50〜_大卡（keal)，其中—圖案區可 以提供優格的圖案，用於代表熱量18〇〜25〇大卡，另一圖 案區41可以提供冰祕圖案，用於表示熱量謂〜32〇大 卡，另外還有漢堡、麵包、熱狗、蛋糕圖案等用於表示不 同的熱里範圍。在貫施時並不限於本實施例所列舉之食物 圖案。 該熱量圖案判斷模組5電連接該顯示旱元丨、數值計算 f組3、圖案資料模組4以及按鍵單元6。該熱量圖案判斷 二、、、5接收上述熱置計异區32所計算的熱量值後，判斷該 熱里值所洛入的熱量值範圍並選取出對應該熱量值範圍的 圖案區41，再控制該圖案區41提供其圖案而顯示在該面板 13上。 該按鍵單元6電連接該等行程偵測單元2、數值計算模 、、且3，以及熱量圖案判斷模組5，並包括一電源鍵q與一 切換鍵62 ’該電源鍵61是用於啟動該自行車電子裝置，該 切換鍵62是藉由該等單元2與模組3、5來控制該顯示單 疋1切換其顯示資料’例如··面板13啟動後如果是預設在 M328407 顯示騎乘里程的畫面，則按一下該切換鍵62是可以顯示出 騎乘速度，再按一下可以顯示熱量值與對應之圖案。當然 ，該面板Π的預設晝面以及切換鍵62之切換使用方式不 限於此’例如，面板13亦可以於同一晝面上就同時顯示出 所有騎乘資訊，此時可省略設置該切換鍵62。 ”苓閱圖2、3、4，本新型在使用時，騎乘者首先按壓該 電源鍵61以驅使該自行車電子裝置啟動，該接收模組u 會隨時偵測該感測器22傳送而來的脈波信號，當脈波間距 k長日守，表示自行車不是在騎乘狀態，當脈波間距過短時 ，表不信號可能受到干擾，而脈波間距適當時，表示自行 車已在騎乘狀態。當自行車被騎乘前進時，該里程計算區 31自該接收模組23接收的輪圈73轉動圈數計算出騎乘里 程。以騎程10公里為例，該熱量計算區32會計算出消耗 熱里是10乘以26等於260大卡，而熱量圖案判斷模組5 判斷出260大卡是落入冰淇淋所代表的熱量範圍25〇〜32〇 大卡之間，故該熱量圖案判斷模組5自該圖案資料模組4 /、中圖案£ 41榻取出冰漠淋的圖案，並控制該顯示單 元1之面板13顯示出來（如圖4)。 此外，以騎程5公里為例，該熱量計算區32計算出消 耗熱$是5乘以26等於130大卡，此時，該熱量圖案判斷 杈組5判斷該熱量值所落入的範圍，是界於土司所代表的 熱里50〜100大卡，與一罐優格所代表的熱量ι8〇〜25〇大 卡間’但是130大卡是可以由兩片土司來代表，因此，該 熱量圖案判斷模組5自該圖案資料模組4中擷取出土司的 9 M328407 :案，並控制該顯示單元1之面板13顯示出兩片土司的圖 案。 說月的是，當騎乘者消耗的熱量較大，而無法藉 早」a r物圖案來代表時，該熱量圖案判斷模組5可以 。取單動員的圖案，並利用單一種類圖案之多個數量的 :總來=表總熱量值，當然，也可以擷取兩個以上的不同 ^案’精由兩種以上的食物熱量加總來代表某一較大的熱 s值。 此:卜’_當消耗熱量值累積至-定範圍時，該顯示單元1 :、貞丁出對應該熱量值的某—圖案，而且隨著騎乘里 加^乘者消耗的熱量愈大，當消耗熱量持續累積 ,、一個等、及乾圍時’該熱量圖案判斷模，且5會驅使該顯 1自動顯示出另一個代表更高熱量的圖案 增加，該顯示…會先顯示代表較低 =的土司、優格等圖帛，接著會出現冰淇淋、漢堡等圖 所以騎乘者由該等對應於消耗熱量之食 =騎乘里程、消耗熱量以及對應之食物的關係: 使用者看到消耗多少的熱量，即相t於兩片土司 =虽於-球冰淇淋所代表的熱量時，可以提升騎乘者= 艮物熱量的認知。故騎乘者—方面了解騎乘自行車相二 於消耗掉多少食物，以深切感受到其運動，—用 可以警禅自己如果過度享受美食時，就得再努:面也 才能消耗掉食物所囤積的熱量。 "行車 10 M328407 綜上所述，本新型藉由該圖案資料模組4設置有數個 圖案區41，而可以提供代表各種不同熱量值範圍之食物圖 案，且該熱量圖案判斷模組5可以判斷出與消耗熱量相應 的食物圖案，再擷取圖案並控制顯示於該面板上，故確 實達到本新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一局部的立體圖，顯示本新型自行車電子穿置 之一較佳實施例的部分構件安裝在一自行車之一把手上； 圖2是一局部的側視圖，顯示該較佳實施例與該自行 車的組裝關係； 圖3是該較佳實施例的功能方塊示意圖；及 圖4是該較佳實施例之一顯示單元的前視圖。 11 M328407 【主要元件符號說明】 1 ΚΦΚΦΚΦΚΦΚ ♦顯示單元 5 ♦… ......熱量圖案判斷 11 + *♦*♦«<» •殼體 模組 1 Κ«Χ«ΚΦΧ«- '组裝件 6…♦ ……按鍵單元 1 ΚΦΧΨΚΨΚ* Κ面板 61… ......電源鍵 •行程偵測單元 62… ……切換鍵 1 ΨΚΨΚΨΚΨΚ. •磁性件 ^ ♦ Κ ♦ Qt ♦ - ·" - 體 •感測器 71… ……把手 ΧΦΚ4-ΧΦΚ4·： •接收模組 72… ……前叉 3 +* + *Ψ*Φ**4 ‘數值計算模組 72卜 ......安裝段 里程計算區 73… ……輪圈 〇»(«K«-x + K« 熱量計算區 73卜 ......輪輻鋼絲 圖案資料模組 74… ......輪轂 ^ί" I Κ*ΧΦΚΦ*** 圖案區 m 12As the modern people's diet is more and more refined and rich, it is easy to cause fatal diseases such as fatness and gout. In order to improve the above situation, there is a wave of sports health and encourage people to exercise more to maintain a healthy body. In view of this, the bicycle industry has developed a bicycle equipped with a computer, which can measure the distance traveled by the rider through the computer and convert and calculate the corresponding calorie value (in calories) through the computer. The screen output lets the rider know what heat is being consumed by his movements. However, not all people have a clear concept of calorie value. For example, when the screen shows a 2GG card, the rider may have the following doubts. · Is the 200 card more or less? What does it mean? Is this amount of exercise silky? Therefore, although the above-mentioned bicycle equipped with a computer can not show the calorie value of the secret heat, it is not expected that the rider can clearly know the meaning behind the numerical value, so the creator of the case further develops and improves the above-mentioned deficiency. [New content] Therefore, the purpose of '(4) is to provide a type of bicycle electronic device that can display the calorific value and the pattern of the calorific value. η 5 M328407 - from this type: bicycle electronic device, including ·· - display unit, - diagnosing unit of graph xiao =, numerical calculation module, 4 seven>, wide fruit, and, and an electrical connection to the display unit, numerical meter tube, and 'pattern data The thermal pattern of the module is judged. The calculation module that is connected to the beta is electrically connected to the stroke detection cover element to receive it.兮 map: =, and the trip data is converted into the calorie value consumed by the rider. The ^1 Yang group includes several ranges corresponding to different calorific value ranges and the wt^ case area. The thermal (four) case module receives the value of the calorie value calculated by the value = fruit and selects a map corresponding to the range of caloric values; ... and then controls the pattern area to provide its pattern and is displayed by the display unit. The foregoing and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the accompanying drawings. "Θ', 3' A preferred embodiment of the bicycle electronic device of the present invention is disposed on a body 7 of a bicycle, the body 7 including a handle 71 extending downward from the handle 71 and having two spaced mounting sections a front fork 72 of the 721 (only one mounting section 721 is shown in FIG. 2), a rim 73 disposed between the mounting sections 721 and having a plurality of radially arranged spoke wires 731, and a rim for the rim The hub 74 is mounted on the mounting section 721 of the front fork 72. The bicycle electronic device comprises: a display unit 1, a stroke detecting unit 2, a numerical calculation module 3, a pattern data module 4, and a heat The pattern judging module 5 and a button unit 6. The display unit 1 includes a housing 11, an assembly 12 that connects the housing 11 and mounts the housing 11 on the handle 71, and a panel 13 disposed on the housing 11. The panel 13 can display information such as riding mileage, riding speed, and calorie consumption value. The display unit 1 is not limited to being mounted on the vehicle body 7, and may be made portable. The stroke detecting unit 2 includes a magnetic member 21 disposed on one of the spoke wires 731, a sensor fixedly disposed on one of the mounting portions 721 and detecting a magnetic field change of the magnetic member 21 to output a pulse wave signal. 22, and a receiving module 23 disposed in the housing U of the display unit 1 for receiving a pulse wave signal of the sensor 22. The magnetic member 21 and the sensor 22 of this embodiment are both disposed at the front wheel, but may be disposed on the rear wheel when implemented. A specific example of the magnetic member 21 is a magnet, and a varying magnetic field is generated with respect to the sensor 22 as the rim 73 rotates. The sensor 22 detects the number of pulse waves of the magnetic field change and transmits to the receiving. In the module 23, the number of pulses represents the number of turns of the rim 73. The signal transmission mode between the receiving module 23 and the sensor 22 may be a wireless signal transmission or a wired signal transmission. In this embodiment, a wireless signal is taken as an example. The numerical calculation module 3 includes a mileage calculation area 31 electrically connected to the reception module 23 of the stroke detection unit 2, and a heat calculation area 32 electrically connected to the mileage calculation area 31. The mileage calculation area 31 can be based on The length of the rim 73 is input in advance, and the number of rotations of the rim 73 received by the receiving module is changed to the riding distance, and the riding speed can be calculated according to the riding time. The calorie calculation area 32 calculates the calorie value consumed by the rider based on the ride mileage. In the present embodiment, the 7 M328407 heat is converted according to the following definition: the average calorie consumption per ride i km is also 26 kcal, therefore, when the mileage calculation area 31 calculates that the riding mileage is 2 kilometers, the (four) amount calculation area 32 automatically multiplies 2 by 26 to calculate the calorie consumption as a large card. The pattern data module 4 includes a plurality of pattern regions 4 respectively corresponding to different heat value ranges, and each of the pattern regions 41 can read a food pattern for a range of pure heat levels, for example, wherein the pattern region 41 is provided to provide the toast. The pattern is used to represent the heat 50~_keal, wherein the pattern area can provide a yoghurt pattern for representing a heat of 18 〇 25 25 〇, and the other pattern area 41 can provide an ice secret pattern. It is used to indicate that the heat is ~32〇 big card, and there are also burgers, breads, hot dogs, cake patterns, etc. to indicate different heat range. The application is not limited to the food pattern enumerated in this embodiment. The heat pattern judging module 5 is electrically connected to the display drought element, the numerical calculation f group 3, the pattern data module 4, and the button unit 6. The heat pattern determines that the heat value calculated by the heat metering zone 32 is received by the second, the second, and the fifth, and the heat value range of the heat value is determined, and the pattern area 41 corresponding to the heat value range is selected, and then The pattern area 41 is controlled to provide its pattern for display on the panel 13. The button unit 6 is electrically connected to the stroke detecting unit 2, the numerical calculation module, and 3, and the heat pattern determining module 5, and includes a power button q and a switch button 62. The power button 61 is used to start In the bicycle electronic device, the switch button 62 controls the display unit 1 by the unit 2 and the modules 3, 5 to switch its display data. For example, after the panel 13 is activated, if the preset is displayed on the M328407, the ride is displayed. For the mileage screen, press the switch button 62 to display the ride speed, and press it again to display the heat value and the corresponding pattern. Certainly, the preset face of the panel and the switching mode of the switch button 62 are not limited to this. For example, the panel 13 can also display all the riding information on the same side, and the switch can be omitted. 62. Referring to Figures 2, 3, and 4, when the present invention is in use, the rider first presses the power button 61 to activate the bicycle electronic device, and the receiving module u detects the sensor 22 to transmit at any time. The pulse wave signal, when the pulse wave spacing is long, indicates that the bicycle is not in the riding state. When the pulse wave spacing is too short, the signal is not disturbed, and when the pulse spacing is appropriate, the bicycle is already riding. When the bicycle is riding forward, the mileage calculation area 31 calculates the riding mileage from the number of rotations of the rim 73 received by the receiving module 23. Taking the riding distance of 10 kilometers as an example, the heat calculating area 32 calculates The heat consumption is 10 times 26 equals 260 calories, and the heat pattern judging module 5 judges that the 260 big card falls between the heat range represented by the ice cream 25 〇 32 32 〇, so the heat pattern judging mode The group 5 takes out the pattern of the ice desert from the pattern data module 4 /, the pattern of the film 41, and controls the panel 13 of the display unit 1 to be displayed (see Fig. 4). In addition, taking a ride of 5 kilometers as an example, The calorie calculation area 32 calculates the consumption heat $ is 5 times 26 At 130 calories, at this time, the heat pattern judges that the group 5 judges that the calorific value falls within the range of 50 to 100 calories represented by the toast, and the calories represented by a can of Yogurt ι8 〇~25〇大卡间' but the 130-calorie card can be represented by two pieces of toast. Therefore, the heat pattern judging module 5 extracts the 9 M328407: case of the toast from the pattern data module 4, and controls the The panel 13 of the display unit 1 displays a pattern of two pieces of toast. It is said that the heat pattern judging module 5 can be used when the rider consumes a large amount of heat and cannot be represented by an early "ar" pattern. Take a single mobilization pattern and use a number of single-type patterns: total to = total calorific value of the table, of course, you can also take more than two different cases ^ fine by more than two kinds of food calories Represents a larger thermal s value. This: When the calorie consumption value is accumulated to the -determined range, the display unit 1 :, the singer out of a certain pattern corresponding to the calorific value, and the greater the amount of heat consumed by the rider plus the rider, The calorie consumption continues to accumulate, one, and the like, and the heat pattern judges the mode, and 5 will drive the display 1 to automatically display another pattern representing a higher heat increase, the display ... will first display the lower = The toast, yog, etc., then there will be ice cream, hamburger, etc. so the rider corresponds to the calorie-consuming food = riding mileage, calories and the corresponding food: how much the user sees the consumption The heat, that is, the phase t in two pieces of toast = although the heat represented by the - ball ice cream can enhance the rider's awareness of the heat of the booty. Therefore, the rider knows how much food is consumed by riding a bicycle, so that he can feel the movement deeply. You can use it to seduce yourself. If you over-enjoy the food, you have to re-use the food to squander the food. The heat. "Drive 10 M328407 In summary, the present invention provides a plurality of pattern areas 41 by the pattern data module 4, and can provide food patterns representing various ranges of different heat values, and the heat pattern determination module 5 can judge The food pattern corresponding to the calorie consumption is extracted, and the pattern is captured and controlled to be displayed on the panel, so that the purpose of the novel is indeed achieved. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partial perspective view showing a part of a preferred embodiment of the bicycle electronic wearing device mounted on a handle of a bicycle; FIG. 2 is a partial side view showing the comparison FIG. 3 is a functional block diagram of the preferred embodiment; and FIG. 4 is a front view of a display unit of the preferred embodiment. 11 M328407 [Description of main component symbols] 1 ΚΦΚΦΚΦΚΦΚ ♦Display unit 5 ♦... ......Heat pattern judgment 11 + *♦*♦«<» • Housing module 1 Κ«Χ«ΚΦΧ«- 'Group Mounting 6...♦ ...... Button unit 1 ΚΦΧΨΚΨΚ* Κ panel 61... ...... Power button • Stroke detection unit 62... ...... Switching button 1 ΨΚΨΚΨΚΨΚ. • Magnetic parts ^ ♦ Κ ♦ Qt ♦ - ·" ; - Body • Sensor 71... ......Handle ΧΦΚ4-ΧΦΚ4·: • Receiver module 72... ...... Front fork 3 +* + *Ψ*Φ**4 'Numerical calculation module 72..... Installation section mileage calculation area 73... ...... rim 〇»(«K«-x + K« calorie calculation area 73... spoke wire pattern data module 74... ...... wheel ^ ί" I Κ*ΧΦΚΦ*** pattern area m 12