iVi^632l 五、新型說明： 【新型所屬之技術領域】 本創作係與自動上鍊盒有關，具趙而言，是一種利用感測單元來達到 檢知盒蓋的開闔狀態，加以控制馬達的作動，達到控制對機進行上鍊 或停止上鍊動作之自動上鍊盒。 【先前技術】 針對-種可隨著配戴者的手部動作達到自動上鍊產生動力的機械錶， 業界推出一自動上鍊盒。該上鍊盒的目的，一方面用以容置該機械鎮，另 —方面可在容置時對機械錄進行上鍊動作。 一般市面販售的自動上鍊盒包含一收置盒、一馬達、一微動開關、一 可調式計時裝置及一主機板，該收置盒内設置一旋轉座，該旋轉座由該馬 達帶動，該旋轉座下方設有一撥桿，並對應設置該微動開關，該微動開關 係連接一可調式計時裝置，該計時裝置係連接該主機板，供控制馬達作動 者β 可調式計時裝置可針對不同機械錶設定不同的上鍊時間，而該微動開 關及馬達亦會根據不同的設定時間加以調整本身的停止時間及轉動圈數， 令旋轉座在馬達的帶動下可依據不同廠牌的機械錶進行最適當的旋動，完 成最適當的上鍊工作；接著，該可調式計時裝置會反覆計時，令馬達按時 帶動或停止旋轉座以達反覆上鍊的動作，該上鍊盒即可達到自動上鍊之功 效。 上述可知，該可調式計時裝置完成時間的設定後，則會一直呈現反覆 計數態樣’供該馬達帶動旋轉座反覆做上鍊的動作》這樣設計概念使手錶 3 M426321 業者展售機雜時…旦蝴上鍊盒正對内£的機械職上鍊的動作，業 者無法取出職械錄。使用者若想取出正在上鍊中的機械錶，則需利用該 自動上鍊盒之一上鍊設定開關，該上鍊設定開關包含上鍊設定、馬達轉向 及電源控制，該上鍊設定用錢定上鍊的時間長度，該馬達轉向用以選擇 馬達的轉動方向’該電源控咖啸制電驗應的開啟或情，進一步將 自動上鍊S之上鍊設定_切換至電驗制，赠止電源供應後，則馬達 在沒有電源供應的情況下而停止轉動、上鍊，此時使时即可從上鍊盒取 下機械錶。使用者糾'恢復自動上較的自動上鍊功能，除須錄復電源 供應之外，仍要重新設定上鍊的時間長度及馬達的轉動方向才能讓自動 上鍊盒恢復自動上鍊的魏’使自動上鍊盒在整趙操作程序上相當繁璃且 不具便利性。 【新型内容】 本創作之主要目的提供-種具檢知功能之自動上鍊盒，藉由檢知盒蓋 的開闔狀態，加以控制馬達的作動。 為了達成上述目的，本創作提供一種具檢知功能之自動上鍊盒其包 含-盒體、-感測單元、-旋轉座一馬達及—控制模組，該级具有一 盒蓋及-盒座，該盒蓋與盒座蓋闔處魏置观測單元，以供檢知該盒蓋 與盒座之制·啟態樣’該旋轉座係設置在該盒趙_，供放置一鎮體， 該馬達連接該旋轉座，令該馬達可帶動該_座，達到上鍊的功效，該控 麵組電連接顧鮮Μ馬達，其具有—域纽料之叹理器；當 盒蓋開啟令纽呈職祕，__單元檢知該盒蓋敝雜態，使該 控制模組進一步控制馬達的作動。 4 M426321 上述可知，本創作可達成的主要功效在於使用者可在電源正常供應的 情況下，經由該感測單元檢知盒蓋開闔狀態後，進一步控制馬達的啟動或 停止，讓自動上鍊盒在整體操作上十分人性化》 【實施方式】 為便於說明本案於上述新型内容一欄中所表示的中心思想，兹以具體 實施例表達。實施例中各種不同物件係按適於例舉說明之比例，而非按實 際元件的比例予以繪製，合先敘明。 請參閱第一圖〜第三圖圖式所示，說明各組成要件之連接關係。本創作 提供一種具檢知功能之自動上鍊盒，其包含一盒體20、一旋轉座24 '一感 測單元30、一馬達4〇及一控制模組60。該盒體2〇具有一盒蓋2丨及一盒座22， 該盒蓋21與盒座Μ間設置一樞軸μ，該盒蓋21以該柩軸幻為轴心轉動藉 此，該盒蓋21兩端分別形成一固定端211及一活動端212。該盒蓋21鄰近樞 轴23設置一透明視窗213，供展示盒體20内擺設。 該盒座22具有一前板221及一後板222，該前板221與盒蓋21之活動端 212蓋闔，該後板222與盒蓋21之固定端211樞接，令該盒體2〇呈現開放或封 閉之態樣；該前板221端部係凸設該感測單元30，供檢知盒蓋21開啟或蓋闔 之態樣。該盒座22内置一中隔板223，用以設置該旋轉座24，且該中隔板223 具有-貫孔223卜又，該旋轉座％具有一軸座24卜該轴座加係對應該貫 孔2231以供連接該馬達4〇。該旋轉座24供容置一錶體8〇，本實施例為機械 錄。該中隔板223具有一前低後高的傾斜角度，供該旋轉座24對應盒蓋。之 透明視窗213。 該感測單元30用以檢知盒體20之盒蓋21開啟或蓋闔的態樣令感測單 5 M426321 元30產生一訊號變化’以供該控制模組60之控制參考》目前該感測單元3〇 分為接觸式及非接觸式兩種態樣，其最大差異僅在檢知的方式，但其達到 的功效仍屬一致’也就是會產生該訊號變化。接觸式之感測單元3〇如：微 動開關等’非接觸式之感測單元30如：磁簧開關、近接開關 '紅外線感測 開關、光電開關等，故接觸式或非接觸式之感測單元3〇皆可適用本創作， 本實施例之感測單元30採用態樣為接觸式之微動開關。 該馬達40具有一輸出軸41，該輸出轴41係枢穿在該盒體2〇的中隔板223 上，使該輸出軸41與旋轉座24之軸座241連接，令馬達40可帶動該旋轉座24。 鲁 該申隔板223進一步供設置控制模組60，該控制模組6〇電連接感測單元 30及馬達40 ’該控制模組60包含一 1C處理器61，該1C處理器61具有信號處 理程序，供控制感測單元30及馬達40之間的作動關係。請參閱第四圖，進 一步說明本創作之作動原理。 第四圖為盒體20開啟之態樣，使該感測單元30凸露於該前板221上。此 時，該感測單元30檢知該開啟態樣並產生訊號變化，經1C處理器61之信號 處理程序判斷此訊號變化後，該控制模組60即輸出訊號令馬達40停止作動。鲁 經由上述可知，當盒蓋開啟或蓋闔’則該感測單元產生訊號變化，經1C 處理器之信號處理程序判斷此訊號變化，該控制模組即輸出訊號用以控制 馬達的作動。此功效令使用者可不切斷供應電源的情況下，隨時取出或置 入自動上鍊盒内的錶體，讓自動上鍊盒在整體操作上具有十足的便利性。 雖然本案是以一個最佳實施例做說明，但精於此技藝者能在不脫離本 案精神與範訂做各種不卿式的改變 。以上所舉實施例僅用以說明本案 而以’非用以限制本案之範圍。舉凡不違本案精神所從事的種種修改或變 6 M426321 、 化，倶屬本案申請專利範圍。 【圖式簡單說明】 第一圖為本創作蓋闔之立體示意圖 第二圖為本創作開啟之立體示意圖 第三圖為本創作之剖面圖。 第四圖為本創作使用狀態之剖面圖 【主要元件符號說明】 • 自動上鍊盒10 .盒體20 . 盒蓋21 固定端211 活動端212 透明視窗213 盒座22 籲 前板221 後板222 中隔板223 貫孔2231 柩軸23 旋轉座24 轴座241 感測單元30 馬達40 輸出轴41 控制模組60 1C處理器61 錶體80 7iVi^632l V. New description: [New technical field] This creation department is related to the automatic winding box. For Zhao, it is a kind of sensing unit to detect the opening state of the lid and control the operation of the motor. , to achieve the automatic winding box to control the machine to wind up or stop the winding action. [Prior Art] An automatic winding case is introduced in the industry for a mechanical watch that can automatically power up with the wearer's hand movement. The purpose of the winding box is to accommodate the mechanical town on the one hand, and to perform the winding action on the mechanical record during the accommodation. The automatic winding box sold in the market comprises a storage box, a motor, a micro switch, an adjustable timing device and a main board. The rotating box is provided with a rotating base, and the rotating base is driven by the motor. A rotating lever is arranged under the rotating base, and the micro switch is correspondingly arranged. The micro-opening relationship is connected to an adjustable timing device, and the timing device is connected to the motherboard for controlling the motor actuator. The β adjustable timing device can be different for different machines. The table sets different winding times, and the micro switch and motor also adjust the stop time and the number of rotations according to different set times, so that the rotary seat can be driven by the motor according to the mechanical table of different brands. Appropriate rotation to complete the most appropriate winding work; then, the adjustable timing device will repeatedly time, so that the motor can drive or stop the rotating seat on time to achieve the action of rewinding, the upper chain box can be automatically The effect of the chain. As can be seen from the above, after the setting of the time of the adjustable timing device is completed, the design concept of the counter-counting state "for the motor to drive the rotating seat to perform the winding up" is always presented, so that the watch 3 M426321 exhibitors sell the machine... Once the wind-up chain box is facing the action of the mechanical job on the chain, the operator cannot take out the manual record. If the user wants to take out the mechanical watch in the winding, he needs to use one of the automatic winding boxes, the winding setting switch includes the winding setting, the motor steering and the power control, and the winding is set with money. The length of the chain is set, the motor is turned to select the direction of rotation of the motor. The power supply is controlled by the power supply, and the automatic chaining S is set to _ switch to the electrical verification system. After the power supply is stopped, the motor stops rotating and winding without the power supply, and the mechanical watch can be removed from the winding box at this time. The user corrects 'recovers the automatic self-winding function. In addition to recording the power supply, it is necessary to reset the length of the winding and the direction of rotation of the motor to restore the automatic winding of the automatic winding box. The automatic winding box is quite glazed and not convenient in the whole operation procedure. [New content] The main purpose of this creation is to provide an automatic winding-up box with a detection function to control the operation of the motor by detecting the opening state of the lid. In order to achieve the above object, the present invention provides an automatic winding box with a detecting function, comprising: a box body, a sensing unit, a rotating base, a motor and a control module, the stage having a lid and a box base The cover and the cover of the box cover are arranged to observe the cover and the frame of the box. The rotary seat is arranged in the box, for placing a town. The motor is connected to the rotating base, so that the motor can drive the _ seat to achieve the function of the upper chain, and the control surface group is electrically connected with the squid motor, which has a singularity device; when the cover is opened In the secret, the __ unit detects that the lid is in a miscellaneous state, so that the control module further controls the actuation of the motor. 4 M426321 As can be seen from the above, the main function of this creation is that the user can further control the start or stop of the motor after the cover unit is inspected by the sensing unit under the normal supply of the power supply, so that the automatic winding can be performed. The box is very user-friendly in its overall operation. [Embodiment] The central idea expressed in the column of the above novel content for convenience of explanation is expressed by a specific embodiment. The various items in the examples are drawn to scales as illustrated and not to the proportions of the actual elements. Please refer to the figure of the first figure to the third figure to illustrate the connection relationship of each component. The present invention provides an automatic winding box with a detecting function, which comprises a box body 20, a rotating base 24', a sensing unit 30, a motor 4A and a control module 60. The box body 2 has a cover 2 丨 and a box seat 22, and a pivot μ is disposed between the box cover 21 and the box base, and the box cover 21 is pivoted about the yaw axis, whereby the box A fixed end 211 and a movable end 212 are respectively formed at two ends of the cover 21. The cover 21 is provided with a transparent window 213 adjacent to the pivot shaft 23 for display in the display case 20. The box base 22 has a front plate 221 and a rear plate 222. The front plate 221 is closed with the movable end 212 of the cover 21. The rear plate 222 is pivotally connected to the fixed end 211 of the cover 21 to make the case 2 The 〇 is in an open or closed state; the sensing unit 30 is protruded from the end of the front plate 221 for detecting that the cover 21 is opened or closed. The box base 22 has a middle partition plate 223 for arranging the rotating base 24, and the middle partition plate 223 has a through hole 223, and the rotating base has a shaft seat 24 A hole 2231 is provided for connecting the motor 4''. The rotating base 24 is for receiving a body 8〇, which is a mechanical record in this embodiment. The middle partition 223 has a front lower rear height angle, and the rotary base 24 corresponds to the cover. Transparent window 213. The sensing unit 30 is configured to detect that the cover 21 of the casing 20 is opened or closed, so that the sensing unit 5 M426321 30 generates a signal change 'for the control reference of the control module 60. The measuring unit 3 is divided into two types: contact type and non-contact type. The biggest difference is only in the way of detection, but the effect achieved is still the same 'that is, the signal change will be generated. Contact type sensing unit 3 such as: micro-switch or the like 'non-contact type sensing unit 30 such as: reed switch, proximity switch 'infrared sensing switch, photoelectric switch, etc., so contact or non-contact sensing The unit 3 can be applied to the present invention. The sensing unit 30 of the embodiment adopts a contact type micro switch. The motor 40 has an output shaft 41 pivotally mounted on the intermediate partition 223 of the casing 2 such that the output shaft 41 is coupled to the shaft seat 241 of the rotating base 24, so that the motor 40 can drive the motor 40 Rotating seat 24. The Lushen partition 223 is further provided with a control module 60. The control module 6 is electrically connected to the sensing unit 30 and the motor 40. The control module 60 includes a 1C processor 61 having signal processing. A program for controlling the actuation relationship between the sensing unit 30 and the motor 40. Please refer to the fourth figure for further explanation of the operation of this creation. The fourth figure shows the state in which the casing 20 is opened, so that the sensing unit 30 is exposed on the front plate 221. At this time, the sensing unit 30 detects the open state and generates a signal change. After the signal processing program of the 1C processor 61 determines that the signal changes, the control module 60 outputs a signal to stop the motor 40 from operating. According to the above, when the cover is opened or the cover 则, the sensing unit generates a signal change, and the signal processing program of the 1C processor determines the signal change, and the control module outputs a signal for controlling the operation of the motor. This function allows the user to remove or place the body in the self-winding box at any time without cutting off the power supply, so that the automatic winding box is convenient for overall operation. Although the case is illustrated by a preferred embodiment, those skilled in the art can make various inconsistencies without departing from the spirit and scope of the present invention. The above embodiments are only intended to illustrate the present invention and are not intended to limit the scope of the present invention. Any modification or change that is not in violation of the spirit of the case 6 M426321, Hua, is the scope of patent application in this case. [Simple description of the diagram] The first picture is a three-dimensional schematic diagram of the creation cover. The second picture is a three-dimensional diagram of the creation of the creation. The third picture is a sectional view of the creation. The fourth figure is a cross-sectional view of the state of use of the creation [main symbol description] • self-winding box 10. box 20 . lid 21 fixed end 211 movable end 212 transparent window 213 box seat 22 front panel 221 rear panel 222 Middle partition 223 through hole 2231 柩 shaft 23 rotary seat 24 shaft seat 241 sensing unit 30 motor 40 output shaft 41 control module 60 1C processor 61 body 80 7