201042562 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種有關廢電池回收系統，特別指一種透過投入 廢電池來取得兒換獎品的廢電池回收機制。 【先前技術】 乾電池是一種攜帶式的能源，因此許多的電器產品都採用乾 電池做為預備電源，以利使用者在戶外時仍然可以藉由乾電池的 電源來繼續使用，因此’乾電池大量且廣泛地被使用。 由於乾電池為消耗品，當電池的能源耗盡或無法使用時都被 丟棄；廢電池未能被回收並妥善處理，而被隨意丟棄的結果，將 造成環境極大的污染，因此全球都在極力推行廢棄電池的回收與 處理。 目前，乾電池分類收集的回收雖有宣導，並設置各種回收桶， ^整體而言’回收比率不高，成效尚有待努力，因此，如果能夠 设什並提供一個較好的回收機制，勢必能夠有助於廢電池的回 乂減V廢電池被任意的丢棄，對減低環境污染必有很大的助 益。 爲解決上述課題’本案發明人設計出一種用回收廢電 作為獎勵與回饋的交易機制，本交易機制可以廣泛設置乾 電池回收換獎機，藉由該回收系統的裝置，期能有效解決上 述課顳。 201042562 【發明内容】 有鏗於此，本案發明人針對上述課題研發出一種廢電池回收 系統，其主要目的在於提供一種利用投入廢電池數量來取得爲換 品的獎勵與回饋交易機制，藉以鼓勵民眾做分類回收，提升廢乾 電池的回收率，以減少環境的污染。 為達上述目的，本案一種廢電池回收系統，包含有至少一回 收機，其設置於不同地點，用以回收廢電池，以及一遠端控制裝 Ο 置，其連結各回收機，用以控制各回收機的待機廣告、兒換獎品 資訊以及監視廢電池回收數量與兒換獎品的庫存量；其特徵在於 所述回收機包含：. 一機殼，其内部具有容置空間； 至少一投入口，其設於機殼上，用以提供不同種類廢電池投入； 至少一收集槽，其設置於機殼内部，用以收集不同種類的廢電池； G 至少一輸送管，其連接投入口與收集槽，用以輸送廢電池，輸送 管上更設置有一檢知器，用以檢知廢電池投入數量；. —顯示螢幕，其設於機殼上，用以顯示資訊，其下端設置有多數 個顯示燈，用以顯示回收廢電池數量； 一選擇按鍵，其設置於顯示螢幕下方’用以提供選擇兒換獎品； 至少一儲存部’其設置於機殼内部，用以儲存兒換獎品，該儲存 部至少包含有一個以上的滑執及一閥門所構成； 至少一取物槽’其設置於機殼下方，用以接收來自儲存部的兒換 201042562 獎姦及提供取出兒換獎；以及 一中央處理器，其設置於機殼内部，且具有電性連接檢知器、顯 示螢幕、選擇按鍵、儲存部以及遠端控制裝置，用以接收、轉換、 切換及傳送訊號。 藉此，提供一利用投入廢電池數量來取的兒換獎品的交易機 制，以鼓勵民眾回收電池，提升廢電池的回收率，進而減低環境 污染的效果。 根據上述構思，所述取物槽包含有一入口及一取物口；其中 所述入口位於閥門下方，用以承接兒換獎品；而所述取物口位於 機殼上，用以提供取出兒換獎品。 再根據上述構思，其中所述選擇按鍵包含有多數個對應顯示 螢幕下方顯示燈的按鍵’用以分別選擇顯示燈所標示的兒換獎品。 又根據上述構思，其中所述滑軌更包含至少一第一滑執、一 第二滑軌、一第三滑軌及一第四滑軌，其中所述第一滑軌下端設 置一閥門’用以控制第一滑軌下端的兒換獎品進入取物槽。又所 述第一滑軌與第二滑軌、第三滑軌、第四滑軌呈不同方向設置， 且各滑執呈一適當傾斜角度設置，用以使兒換獎品得以利用自動 滑行方式向前遞補。 本案發明藉由下列圖示與實施例說明，得更清楚的了解。 【實施方式】 呈現本案發明特徵與優點的典型實施例將在後段說明書中詳 201042562 細教述’惟本發明能夠在不同的態樣上具有各種變化，其皆不脫 離本發明的範圍，且其中說明及圖示在本發明實質上當做說明 用’而非用以限制本案的發明。 本案為一可以廣泛應用設置的一種廢電池回收系統，其整體 裝置結構簡單，且便於操作，透過本裝置自動化的交易機制，以 有效完成分類回收廢電池。 以下進一步說明本案的内容，然而本案回收系統可以應用的 技術並不限於說明書所提的實施例而&，其絲何適用本案技術 Ο 的結構、裝置及系統，在此皆可併入參考。 請參閱第-圖及第二圖所示，其中第一圖揭示本案較佳實施 例的-對-配置控制系統圖，第二圖揭示本案較佳實施例回收機 示意圖。如圖所示，所述系統主要由一回收機ίο及一遠端控制裝 置20所構成，其特徵在於所述回收機1〇包含：一機殼〗，其内 部具有容置空間；至少一投入口 U，其設於機殼101正面上方， 用以提供不同種類廢電池投入；至少一收集槽12，其設置於機殼 Ο 1〇1内部，用以收集不同種類的廢電池；至少一輸送管13，其連 接於投入口 11與收集槽12之間，用以輸送廢電池，輸送管13上 設置有檢知器14，用以檢知廢電池投入數量；一顯示螢幕15，其 設於機殼101正面’用以顯示資訊；一選擇按鍵16，其設置於顯 示螢幕15下方，用以提供選擇兒換獎品；至少一儲存部17，其設 置於機殼101内部，用以儲存兒換獎异；至少一取物槽18，其設 置於機殼101正面下方，所述取物槽18包含有一入口 ι81及一取 物口 182;其中所述入口 181位於閥門丨75下方，用以承接兒換獎 201042562 品；而取物口 182位於機殼1〇1上，用以提供取出兒換獎品；以 及一中央處理器19’其設置於機殼21内部，其具有電性連接檢知 器14、顯不螢幕15、選擇按鍵16、儲存部17以及遠端控制裝置 20，用以接收、轉換、切換及傳送訊號。 根據上述本案發明人構思’所述中央處理器19具有電性連接 一檢知器14、一顯示螢幕15、一選擇按鍵16、一儲存部17及一 遠端控制裝置20，其作用在於,：（1)將檢知器14測得的廢電池通 過訊號傳送給遠端控制裝置2〇，以統計收集槽丨2的廢電池回收 量。（2)將檢知廢電池通過的訊號轉換成訊號傳送到顯示螢幕15 下方的顯示燈151〜157上。（3)傳送遠端控制裝置20的待機廣告 及兒換獎品的訊號到顯示螢幕15。（4)將選擇按鍵16的訊號切換 成驅動訊號控制儲存部17的開關閥動作，以進行輸送兒換獎品。 (5)傳送每一儲存部17的驅動訊號傳給遠端控制裝置2〇，以統 計儲存部17的兒換獎品庫存量。 本案發明在實施時，再請參考第二圖所示，其揭示本案較佳 實施例回收機示意圖。所述回收機1〇的機殼1〇1呈箱型狀，其正 面設置有一投入口 11、一取物槽18、一顯示螢幕15及多數個按 鍵161〜167，其中所述顯示螢幕15下方更設置有多數個對應按鍵 161〜167的顯示燈151〜157，以作為顯示不同兒換獎品的訊號指示 燈；根據發明人構思，所述顯示燈151〜157上顯示有不同公司所 提供的公仔作為兒換獎品；而選擇按鍵16則依照顯示燈151〜157 設計配置有按鍵161〜167’用以選擇顯示燈151〜157所標示的兒換 獎品；當廢電池由投入口 11投入時，檢知器14會將量測訊號傳 201042562 送到中央處理器19轉換成訊號並選擇顯示燈151〜157其中之一亮 起顯示燈；根據發明人構思’選擇條件可事先設計於中央處理器 19，例如投入5顆廢電池顯示燈152亮燈，投入1〇顆廢電池顯示 燈153亮燈，投入15顆廢電池顯示燈153亮燈，投入2〇顆廢電 池顯示燈154亮燈，顯示燈155〜157則為累積顯示燈，而顯示燈 151為只回收不兒換獎品，·當顯示燈15M57任一燈亮起後按麼下 方的按鍵時，回收機10會將兒換獎品由儲存部17送至取物槽18; 而回收機10在待機狀態時，該顯示螢幕15則可以提供不同廠商 Ό 的各種廣告資訊。 再請參閱第三® ’其獅本案較佳實關廢電細收儲存配 置示意圖。所述輪送管13下方連接-收集槽12，用以收集存放廢 電池’上方連接-投人π 1卜用以提供投人廢電池，而輸送管13 上叹有檢知器14，用ά檢知廢電池投入數量訊號，並傳送到中 央處理器19轉換成麻傳送耐幕15下端__ 15卜157 之其中之-亮燈’侧者按下亮燈下方的按鍵後即可獲得兒換獎 又1參㈣四騎示’其揭示本案較佳實關兒換獎品翻 存輸送不意圖。所述兒換獎品的儲存部17包含有-第-滑I； 171第―滑軌172、—第三滑軌173、-第四滑軌174及-Κ 1 175其中所述閥門175設置於第一滑軌⑺下端且藉由中欢 ，器19控制開或獅動作軸轉第_滑軌I]下端的兒賴 、&取物槽18的入口 181進入取物槽18内，而使用者可 由取物槽18的取物口 182取出兒換獎品口6。本實施例第一滑 9 201042562 軌171與第二滑軌172、第三滑執173、第四滑執174呈不同方向 設置’且各滑軌呈一適當傾斜角度設置，用以使兒換獎品176得 以利用自動滑行方式向前遞補。該取物槽18包含有一入口 181及 一取物口 182’入口 181用以提供兒換獎品176進入，取物口 182 用以提供取出兒換獎品176。根據本發明人構思，所述兒換獎品 176可φς供各種不同公司標諸或名人公仔，如麥當勞公仔。 再請參考第五圖所示’其揭示本案較佳實施例的一對三配置 回收系統圖。根據本案發明人的構思，配合前述的基本結構配置 所設計的一對三回收控制系統只需利用一遠端控制裝置2〇連結各 f | 回收機10a〜10c的中央處理器19a〜19c就可同時監控各回收機 10a〜10c的廢電池收集槽12a〜12c回收數量與儲存部17a~17c兒換 獎品的庫存量’以便隨時提供資訊，因此可以適時清理回收電池 及補充兒換獎品，同時面收系統待機時，各顯示螢幕15a〜15c可 以藉由遠端控制裝置20控制提供赞助兒換獎品的廠商或非贊助礙 商做廣告。 綜上所述，本案提供的一種廢電池回收系統，主要利用投入 ◎ 廢電池數量來取的兒換獎品的交易機制，藉以鼓勵民眾回收電 池，提升廢電池的回收率’以達減低環境污染的效果。 而上述已經詳細敘述’本案廢電池回收系統的實施技術，當 不得以此技術限定本案實施的範圍，凡熟悉本技藝的等效變化及 修飾，仍應屬本案如附申請專利範圍所保護。 10 201042562 【圖式簡單說明】 第-圖：本案較佳實施例的—對—配置控制系統圖。 第二圖：本案較佳實施湘收機示意囷。 第二圖·本案較佳實施例廢電池回收儲存配置示意圖。 第四圖：本案較佳實施例兒換獎品儲存輸送示意圖。 第五圖：本案較佳實施例的一對三配置回收系統圖。 【主要元件符號說明】201042562 VI. Description of the Invention: [Technical Field] The present invention relates to a waste battery recovery system, and more particularly to a waste battery recovery mechanism for obtaining a prize for a prize by inputting a waste battery. [Prior Art] Dry battery is a kind of portable energy source. Therefore, many electrical products use dry batteries as a backup power source, so that users can continue to use the power of dry batteries when they are outdoors, so 'dry batteries are extensive and extensive. used. Since dry batteries are consumables, they are discarded when the energy of the battery is exhausted or unusable; the waste batteries are not recycled and properly disposed of, and the result of being discarded at will will cause great environmental pollution, so the world is pushing hard Waste battery recycling and disposal. At present, although the recycling of dry battery sorting collection has been announced, and various recycling bins are set up, ^ overall, the recycling rate is not high, and the results still need to be worked hard. Therefore, if it is possible to provide a better recycling mechanism, it is bound to be able to It helps the waste battery to be recycled and the V waste battery is discarded arbitrarily, which is of great help to reduce environmental pollution. In order to solve the above problems, the inventor of the present invention designed a trading mechanism that uses recycled electricity as a reward and feedback. This trading mechanism can widely set up a dry battery recycling and rewarding machine. With the device of the recycling system, the above-mentioned lessons can be effectively solved. . 201042562 [Summary content] In view of this, the inventor of the present invention developed a waste battery recycling system for the above-mentioned problems, and the main purpose thereof is to provide a reward and feedback transaction mechanism for using the amount of waste batteries to be used for the replacement of products, thereby encouraging the public. Classified recycling, improve the recycling rate of waste batteries to reduce environmental pollution. To achieve the above objective, a waste battery recovery system of the present invention includes at least one recovery machine disposed at different locations for recycling waste batteries, and a remote control device coupled to each of the recovery machines for controlling each The standby advertisement of the recycling machine, the information of the prize change, and the inventory quantity of the waste battery and the amount of the prize for the change of the prize; the recycling machine comprises: a casing having an accommodation space therein; at least one input port, It is disposed on the casing to provide different types of waste battery inputs; at least one collecting trough is disposed inside the casing for collecting different kinds of waste batteries; G at least one conveying pipe connecting the input port and the collecting trough The utility model is provided with a waste battery, and a detecting device is further arranged on the conveying pipe for detecting the quantity of the waste battery input; the display screen is arranged on the casing for displaying information, and the lower end is provided with a plurality of displays. a lamp for displaying the quantity of the recovered waste battery; a selection button, which is disposed below the display screen to provide a selection for a prize; at least one storage portion is disposed in the casing For storing prizes, the storage unit comprises at least one slipper and a valve; at least one picking trough 'is disposed under the casing for receiving the 201042562 award from the storage department And a central processor, which is disposed inside the casing and has an electrical connection detector, a display screen, a selection button, a storage unit, and a remote control device for receiving, converting, Switch and transmit signals. In this way, a trading mechanism for changing prizes by using the amount of waste batteries is provided to encourage people to recycle batteries and improve the recovery rate of used batteries, thereby reducing the effect of environmental pollution. According to the above concept, the take-up slot includes an inlet and a take-up port; wherein the inlet is located below the valve for receiving a prize for prize change; and the take-up opening is located on the casing for providing a take-out change prize. According to the above concept, the selection button includes a plurality of buttons </ br> corresponding to the display lamps below the display screen for respectively selecting the prizes indicated by the display lamps. According to the above concept, the slide rail further includes at least a first sliding handle, a second sliding rail, a third sliding rail and a fourth sliding rail, wherein the lower end of the first sliding rail is provided with a valve The prize is controlled by the child at the lower end of the first slide rail to enter the take-up slot. The first slide rail is disposed in different directions from the second slide rail, the third slide rail and the fourth slide rail, and each slide handle is disposed at an appropriate tilt angle for enabling the child to change the prize by using the automatic slide mode. Pre-delivery. The invention will be more clearly understood from the following description of the embodiments and embodiments. [Embodiment] Exemplary embodiments of the present invention will be described in detail in the following description. The present invention is capable of various modifications in various aspects without departing from the scope of the invention. The illustrations and illustrations are in fact illustrative of the invention and are not intended to limit the invention. This case is a waste battery recycling system that can be widely used. The overall device structure is simple and easy to operate. Through the automated trading mechanism of the device, the waste battery can be efficiently sorted and recycled. The contents of the present invention are further described below. However, the techniques applicable to the recovery system of the present invention are not limited to the embodiments described in the specification, and the structures, devices, and systems of the techniques of the present invention can be incorporated herein by reference. Referring to the first and second figures, the first figure discloses a -to-configuration control system diagram of the preferred embodiment of the present invention, and the second figure shows a schematic diagram of the recycling machine of the preferred embodiment of the present invention. As shown in the figure, the system is mainly composed of a recovery machine ίο and a remote control device 20, wherein the recovery machine 1 includes: a casing, which has an accommodation space therein; at least one input a port U, which is disposed above the front surface of the casing 101 for providing different types of waste battery inputs; at least one collecting tank 12 disposed inside the casing Ο1〇1 for collecting different kinds of waste batteries; at least one conveying a display tube 13 is connected between the input port 11 and the collecting tank 12 for transporting waste batteries, and the detecting tube 14 is provided with a detector 14 for detecting the amount of waste battery input; and a display screen 15 is provided for The front side of the casing 101 is used for displaying information; a selection button 16 is disposed under the display screen 15 for providing a selection of prizes; at least one storage portion 17 is disposed inside the casing 101 for storing The receiving slot 18 includes an inlet ι81 and a receiving port 182; wherein the inlet 181 is located below the valve 丨75 for receiving Change the prize 201042562; The port 182 is located on the casing 1〇1 for providing a take-out prize; and a central processing unit 19' is disposed inside the casing 21, and has an electrical connection detector 14, a display screen 15, and a selection button. 16. The storage unit 17 and the remote control unit 20 for receiving, converting, switching, and transmitting signals. According to the inventor of the present invention, the central processing unit 19 is electrically connected to a detector 14, a display screen 15, a selection button 16, a storage portion 17, and a remote control device 20, and the function thereof is: (1) The waste battery measured by the detector 14 is transmitted to the remote control device 2 by a signal to count the amount of waste battery recovered in the collection tank 2. (2) The signal for detecting the passage of the used battery is converted into a signal and transmitted to the display lamps 151 to 157 below the display screen 15. (3) The standby advertisement of the remote control device 20 and the signal for changing the prize are transmitted to the display screen 15. (4) The signal of the selection button 16 is switched to the switching valve operation of the drive signal control storage unit 17 to carry out the transfer of the prize. (5) The drive signal for transmitting each of the storage sections 17 is transmitted to the remote control device 2 to count the amount of the prize inventory of the storage section 17. When the invention of the present invention is implemented, please refer to the second figure, which discloses a schematic diagram of the recycling machine of the preferred embodiment of the present invention. The casing 1〇1 of the recycling machine 1 has a box shape, and an input port 11 , a receiving slot 18 , a display screen 15 and a plurality of buttons 161 167 167 are disposed on the front surface thereof, wherein the display screen 15 is below Further, a plurality of display lamps 151 to 157 corresponding to the buttons 161 to 167 are provided as signal indicators for displaying different prizes; according to the concept of the inventor, the display lamps 151 to 157 display dolls provided by different companies. The button 16 is designed to be equipped with buttons 161 to 167' for selecting the prizes indicated by the display lamps 151 to 157 according to the display lamps 151 to 157; when the waste battery is input from the input port 11, the check is performed. The controller 14 sends the measurement signal transmission 201042562 to the central processing unit 19 to convert the signal into a signal and selects one of the display lamps 151 to 157 to illuminate the display light; according to the inventor's concept, the selection condition can be designed in advance by the central processing unit 19, For example, five waste battery display lamps 152 are turned on, one waste battery display lamp 153 is turned on, 15 waste battery display lights 153 are turned on, and two waste battery display lights 154 are turned on, and the display light 155 is turned on. ~157 In order to accumulate the display light, the display light 151 is only for recycling, and when the display light 15M57 is turned on, the lower limit button is pressed, and the recovery machine 10 will send the prize change item from the storage unit 17 to the pickup. The slot 18; while the recycling machine 10 is in the standby state, the display screen 15 can provide various advertising information of different manufacturers. Please refer to the third ® ’ lion's case for better implementation of waste storage and storage configuration. The wheel-feeding pipe 13 is connected to the collecting tank 12 for collecting the waste battery. The upper connection-injection π 1 is used to provide the waste battery, and the conveying pipe 13 is sighed with the detecting device 14 for use. Detecting the waste battery input quantity signal, and transmitting it to the central processing unit 19 to convert it into the lower end of the hemp transmission screen 15 __ 15 157 - the lighting side is pressed by the button below the light to obtain the child change The prize is also 1 (four) four-ride show 'it reveals that the case is better than the change of prizes. The storage portion 17 of the prize-changing prize includes a -th-slip I; a 171th-slide 172, a third slide 173, a fourth slide 174, and a Κ 1 175, wherein the valve 175 is disposed at The lower end of a slide rail (7) and by the middle of the joy, the device 19 controls the opening of the lion or the action axis of the _ slide rail I], and the inlet 181 of the take-up slot 18 enters the take-up slot 18, and the user The prize-winning port 6 can be taken out from the take-up port 182 of the take-up slot 18. In this embodiment, the first slide 9 201042562 rail 171 and the second slide rail 172, the third slide 173, and the fourth slide 174 are disposed in different directions, and each slide rail is disposed at an appropriate tilt angle for the prize change. The 176 is able to advance forward by means of automatic taxiing. The access slot 18 includes an inlet 181 and an access port 182'. The inlet 181 is provided for the entry of the prize 176, and the access opening 182 is provided for the removal of the prize 176. According to the inventor's concept, the prize-winning prize 176 can be used for various company logos or celebrity dolls, such as McDonald's dolls. Referring again to the fifth figure, a schematic diagram of a one-to-three configuration recovery system of the preferred embodiment of the present invention is disclosed. According to the concept of the inventor of the present invention, the one-to-three recovery control system designed in accordance with the foregoing basic structural configuration only needs to use a remote control device 2 to connect the central processors 19a to 19c of the respective f | recovery machines 10a to 10c. At the same time, the amount of the waste battery collection tanks 12a to 12c of each of the recovery machines 10a to 10c is monitored and the inventory amount of the prizes of the storage units 17a to 17c is changed to provide information at any time, so that the battery can be cleaned and the prizes can be replenished at the same time. When the receiving system is in standby, each of the display screens 15a-15c can be advertised by the remote control device 20 to control the sponsor or non-sponsored merchant who provides the sponsored prize change. To sum up, the waste battery recycling system provided in this case mainly uses the trading mechanism of the prize-receiving prizes for the amount of waste batteries, so as to encourage the people to recycle the batteries and improve the recovery rate of waste batteries to reduce environmental pollution. effect. However, the above-mentioned detailed description of the implementation technology of the waste battery recycling system of this case, when the scope of the implementation of the present invention is not limited by this technology, the equivalent changes and modifications familiar to the present technology should still be protected by the scope of the patent application. 10 201042562 [Simplified description of the drawings] Fig.: A diagram of the configuration control system of the preferred embodiment of the present invention. The second picture: This is the preferred implementation of the case. The second figure is a schematic diagram of the waste battery recycling storage configuration of the preferred embodiment of the present invention. The fourth figure: a schematic diagram of the storage and transportation of prizes in the preferred embodiment of the present invention. Figure 5 is a diagram of a one-to-three configuration recovery system of the preferred embodiment of the present invention. [Main component symbol description]
回收機—— —10、10a〜l〇c 遠端控制裝置一20 投入口---- —11 收集槽 ---12、12a 〜12c 輸送管---- —13 檢知器------ -14 顯示螢幕-- —15 、 15a〜15c 選擇按鍵一- 16 儲存部—— —17、17a〜17c 取物槽 18 中央處理器一19、10a~19c 機殼 101 顯示燈---- —15M57 第一滑軌一 171 閥門------ —175 兒換獎βα ——176 入口------ —181 取物口------ 182 按鍵------ —161-167 第二滑軌--- 172 第三滑軌-- —173 第四滑軌 ----174Recycling machine——10,10a~l〇c Remote control device 20 inlets-----11 Collection tank---12, 12a~12c Duct-----13 Detector--- --- -14 Display Screen---15, 15a~15c Select Button One- 16 Storage Department——- 17,17a~17c Pick-up slot 18 CPU 19, 10a~19c Case 101 Display Light-- -- —15M57 First slide rail 171 valve ------ —175 children change prize βα —— 176 entrance —— —181 take the mouth ------ 182 button ---- -- —161-167 Second slide rail --- 172 Third slide rail --- 173 Fourth slide rail --- 174