M329281 八、新型說明： 【新型所屬之技術領域】 本創作係為一種充電系統，尤指一種可直接與網路連结之 遠端控制充電系統。 【先前技術】 目前，在便利商店中設置充電器以提供各式手機、電子設 備之可充電電池的充電服務已經相當普遍；而一般充電哭是透 過内部的微控制器來自動控制與處理整個充電程序，該充電器 可以在其顯示面板上來顯示電池電壓、充電時間、充電狀雜、 功能操作等相關充電資訊。而該微控制器會依據事先設定好的 程式與參數來自動執行整個充電程序，或是使用者經由充電器 之控制面板來鍵入充電程序中之相關控制設定，如電池的置入 與退出、電池電壓、充電時間設定、充電程序的啟動或是停止 等其他功能選項的設置。 該充電器在進入充電程序後，會與微控制器内部控制程式 之各個翏數值做比對，並根據程式來做相關邏輯判斷與控制， 以便依據不_電池電壓來進行充電程序中對應之參數設置， 使％^充電n在機獅作的執行、電源糕的提供、充電 的控制等均能準確無誤。 ^但疋，對於在微控制器内之控制程式中所設定的參數值可 =曰有而要縣、調整的時候，甚至可能會因為震動、停電、 内敎件故障或是其他不可預期的原因而與初始設定值不同， 6 M329281 一般當發生這樣的情叫，均該遣技術維修人㈣現場進行 $數；kJ£ H核對每個參數值是否正確，肚重新輸入設 定正確的參數值。 叹 對於设置在相錢n ’亦需安排岐的_週期來針對 充電器之相關設備元件、内部參數設定做整體之系統檢測，因 此1^要_卜的人力來管理與維護，且其充電ϋ設置的位置亦可 能因為各種不同的考量而經常有所異動。而技術維修人員經常 • 性，派遣來進行相關軟、硬體設備之維護檢修，對於公司而言 亦疋-項經營成本上的開銷與負擔，有時充電器的狀況只是因 充電器内部的設定值跑掉’只需花費數分鐘加以重新設定即 可’但工程人員卻要花上大量時間於往返的路途上非常不符 合經濟效益。 【新型内容】 本創作之主要目的即是提供—種可遠端控制之充電系統， • 卩解決習式充電器無法直接與網路進行連結的問題，並且可以 ^ 達到直接遠端控制充電器的功效。 本創作係-種充電系統，包括：—充電部、一終端部及一 遠端主機；該充電部_設有-充電器；該充電部與該終端部 均設有-傳輸模組，並藉由該相對應之傳輸模組來進行資料的 傳輸；該終端部_另設有-數據傳輪模組，據傳輸模組 可使得該終端部直接與網路來進行連結，並透過網路來傳送該 終端部之數據資料至該遠端主機或接收該遠端主機所傳送之數 7 M329281 據資料。 本創作使充電g具備直接細路連結的功能，並使維修人 員可直接於賴對充電n進行監控或是維修；為使減該項技 藝人士能瞭解本創作之目的與作用，茲藉由下述具體實施例， 並配合所附之圖式，詳加說明如後。 【實施方式】 請參閱第一圖，本創作係為一種充電系統(1)，包括：一充 電部(2)、一終端部(3)及一遠端主機(4)。該充電部設有一充電 控制模組(21)、一傳輸模組(51)、一資料傳輸模組(71)、一充電 器(22)、一控制面板(23)、一顯示控制模組、一顯示裝置；其中， 該顯示控制模組是使用一 AD轉換驅動裝置(24)，該顯示裝置是 使用一 LCD顯示螢幕(25)。該終端部(3)設有一終端控制模組 (31)、一傳輸模組(52)、一數據傳輪模組(61)、一資料傳輸模組 (72)，其中，該數據傳輸模組(61)設有一無線數據傳輸裝置(611) 與一有線數據傳輸裝置(612)。該遠端主機(4)設有一遠端處理機 (41)、一數據傳輸模組，其中，該數據傳輸模組是使用一有線數 據傳輸裝置(62)，而該數據傳輸模組亦可以使用無線數據傳輸裝 置。該些傳輸模組(51)(52)均設有一無線傳輸裝置(511)(521)與一 有線傳輸裝置(512)(522)。該充電部(2)與該終端部⑶均設有該傳 輸模組(51)(52)，其中，可以該無線傳輸裝置(511)(521)直接進行 彼此之間數據資料的無線傳輸’或是以該有線傳輸裝置 (512)(522)藉由線路的連結，來進行彼此之間數據資料的有線傳 M329281 輪。該終端部⑶設有該數據傳輸模組(61)與該遠端主機⑷設有 该有線數據傳輸裝置(62)來連結至網路(8)，以進行彼此之間遠 端數據資料的傳輸；該數據傳輸模組(61)可以使用該無線數據傳 輸裝置(611)以進行無線傳輸，或是使用該有線數據傳輸裝置 (612)藉由線路的連結，以進行有線傳輸。該充電部(2)與該終端 部⑶均設有該資料傳輸模組(71)(72)來連結至外部裝置，以進行 數據資料的傳輪。 該充電控制模組(21)與該充電部(2)之該資料傳輸模組 (71)、該傳輸模組(51)之間均有直接的連結控制；該終端控制模 組(31)與該終端部⑺之該資料傳輸模組(72)、該傳輸模組(52)、 該數據傳輪模組(61)之間均有直接的連結控制；該遠端處理機 (41)與該遠端主機(4)之該有線數據傳輸裝置(62)之間則有直接 的連結控制。而該些資料傳輸模組(71)(72)均設有一 USB傳輸介 面(711)(721)與一 RS232 傳輸介面(712)(722)，其中，該 RS232 傳輸介面(712)(722)亦可以替換成RS485傳輸介面來使用。 該充電部(2)之該充電器(22)則是用來容置由外部所置入之 充電電池，並經由該充電控制模組(21)來連結控制該充電器 (22)，以便該充電器(22)可以對該充電電池進行充電；且該充電 控制模組(21)亦連結至該控制面板(23)，藉以取得經由該控制面 板(23)所對應之控制設定輸入。該充電部(2)之該充電控制模組 (21)是經由該AD轉換驅動裝置(24)來連結至該LCD顯示榮幕 (25)。當使用者要使用該充電系統(1)對一充電電池進行充電 9 M329281 時’則必須先將該充電電池置放入該充電部(2)之充電器(22)， 則該充電控制模組(21)可以經由該充電器(22)對該充電電池做 基本的檢測，並可經由該AD轉換驅動裝置(24)的控制而在該 LCD顯示螢幕(25)顯示該充電電池的電池電壓、所餘電力存量、 充電所需時間等相關電池資訊，並進而顯示該充電器(22)的相關 操作提示來指示使用者操作該充電器(22)，而該使用者則可以藉 由該控制面板(23)來鍵入相對應之控制，此時，該充電控制模組 (21)亦會同時將該充電電池的相關電池資訊藉由該充電部(2)之 該無線傳輸模組(511)來傳送至設置於該充電部(2)附近之該終端 部⑶。 而該終端部(3)之該無線傳輸模組(521)接收到由該充電部 (2)之該無線傳輸模組(511)所傳送過來該充電電池相關的數據資 料後，則會將該數據資料直接傳送至該終端部(3)之該終端控制 模組(31)來對該數據資料進行相關的處理與控制，並經由該終端 部(3)之該有線數據傳輸裝置(612)來連結至另一數據傳輸模組 與遠端網路(8)，其中，該數據傳輸模組是使用一有線數據傳輸 裝置(63)並連接至一終端電腦(9)，而該數據傳輸模組亦可以使 用無線數據傳輸裝置。該遠端主機(4)之該遠端處理機(41)則可 以藉由該有線數據傳輸裝置(62)，經由網路(幻來接收由該終端 部⑶所傳送的數據資料。 該終端電腦⑼可以藉由與該終端部⑶之連結而取得該充 電系統(1)在整個充電程序過程中之相關數據資料，而配合該終 M329281 端電腦(9)内部之商務程式設計，該終端電腦(9)即可以對該充電 部(2)之该充電器(22)的使用紀錄而進行一般的銷售商務應用。 該終端部(3)之該終端控制模組(31)主要是負責控制與傳輸該充 電部(2)、該遠端主機(4)、該終端部(3)所連結之該終端電腦(9) 彼此之間數據資料的傳輸。 該遠端主機(4)之該遠端處理機(41)可以藉由該充電系統 (1)之相關數據資料的傳輪來監控、紀錄、該充電系統⑴的整個 充電程序；並可以遠端網路(8)控制與無線或是有線資料傳輸的 方式來對該充電系統(1)進行定_祕檢測、設定校正、資料 紀錄等之系統維護，除非遇有實際之機體故障、元件設備更新 等才需派遣技術人㈣場轉，因而可以大幅減少技術維修人 貝的負擔與路程往返之不必要的時間浪費，亦可以有效降低整 個充電系統(1)的營運維護成本。 上述實施例僅為說明本創作之原理及其功效，並非限制本 創作。因此習減技術之人姆上述實施舰進行修改及變化 仍不脫補狀精神。本具似紅_性、新颖性及 進步性，並符合新型專利要件，爰依法提起申請。 【圖式簡單說明】 第一圖係本創作充電系統之方塊示意圖。 【主要元件符號說明】 (1) 充電系統 (2) 充電部 11 M329281 (21) 充電控制模組 (22) 充電器 (23) 控制面板 (24) AD轉換驅動裝置 (25) LCD顯示螢幕 _ (3)終端部 ~ (31)終端控制模組 # (4)遠端主機 (41)遠端處理機 (51) 傳輸模組 (511) 無線傳輸裝置 (512) 有線傳輸裝置 (52) 傳輸模組 (521)無線傳輸裝置 φ (522)有線傳輸裝置 - (61)數據傳輸模組 (611) 無線數據傳輸裝置 (612) 有線數據傳輸裝置 (62) 有線數據傳輸裝置 (63) 有線數據傳輸裝置 (71)資料傳輸模組 (711)USB傳輸介面 12 M329281 (712)RS232傳輸介面 (72)資料傳輸模組 (721) USB傳輸介面 (722) RS232傳輸介面 (8) 網路 (9) 終端電腦M329281 VIII. New Description: [New Technology Field] This creation is a charging system, especially a remote control charging system that can be directly connected to the network. [Prior Art] At present, charging services for setting up chargers in convenience stores to provide rechargeable batteries for various mobile phones and electronic devices have become quite common; and general charging crying is to automatically control and process the entire charging through an internal microcontroller. Program, the charger can display battery voltage, charging time, charging status, function operation and other related charging information on its display panel. The microcontroller automatically executes the entire charging process according to the preset programs and parameters, or the user inputs the relevant control settings in the charging program via the control panel of the charger, such as battery insertion and withdrawal, and the battery. Settings for other function options such as voltage, charging time setting, charging program start or stop. After entering the charging program, the charger compares with each value of the internal control program of the microcontroller, and performs relevant logic judgment and control according to the program, so as to perform corresponding parameters in the charging program according to the non-battery voltage. Set, so that %^ charging n can be executed accurately in the execution of the machine lion, the power supply, and the charging control. ^However, the value of the parameter set in the control program in the microcontroller can be = when there is a county, when it is adjusted, it may even be due to vibration, power failure, internal failure or other unpredictable reasons. Different from the initial setting value, 6 M329281 Generally, when such a feeling occurs, the technical maintenance personnel (4) should perform the number on the spot; kJ£H check whether each parameter value is correct, and re-enter the correct parameter value. Sigh for the setting of the money n 'also need to arrange 岐 _ cycle to the overall device detection of the relevant device components and internal parameters of the charger, so 1 ^ _ _ manpower to manage and maintain, and its charging ϋ The location of the settings may also vary frequently due to various considerations. Technical maintenance personnel often send and dispatch to carry out maintenance and repair of related software and hardware equipment. For the company, it also costs and costs the operating costs. Sometimes the condition of the charger is only due to the internal setting of the charger. The value ran away 'it only takes a few minutes to reset it', but it takes a lot of time for engineers to spend a lot of time on the way back and forth. [New content] The main purpose of this creation is to provide a remotely controllable charging system, • to solve the problem that the student charger cannot be directly connected to the network, and can achieve direct remote control of the charger. efficacy. The present invention is a charging system comprising: a charging unit, a terminal unit and a remote host; the charging unit is provided with a charger; the charging unit and the terminal unit are both provided with a transmission module, and Data transmission is performed by the corresponding transmission module; the terminal part _ additionally has a data transmission wheel module, and the transmission module can directly connect the terminal part to the network and through the network Transmitting the data of the terminal part to the remote host or receiving the data transmitted by the remote host. This creation enables the charging g to have the function of direct fine-circuit connection, and allows the maintenance personnel to directly monitor or repair the charging n; in order to enable the person skilled in the art to understand the purpose and function of the creation, The specific embodiments are described in detail with reference to the accompanying drawings. [Embodiment] Referring to the first figure, the present invention is a charging system (1) comprising: a charging unit (2), a terminal unit (3) and a remote host (4). The charging unit is provided with a charging control module (21), a transmission module (51), a data transmission module (71), a charger (22), a control panel (23), a display control module, A display device; wherein the display control module uses an AD conversion driving device (24) that uses an LCD display screen (25). The terminal unit (3) is provided with a terminal control module (31), a transmission module (52), a data transmission wheel module (61), and a data transmission module (72), wherein the data transmission module (61) A wireless data transmission device (611) and a wired data transmission device (612) are provided. The remote host (4) is provided with a remote processing unit (41) and a data transmission module, wherein the data transmission module uses a wired data transmission device (62), and the data transmission module can also be used. Wireless data transmission device. The transmission modules (51) (52) are each provided with a wireless transmission device (511) (521) and a wired transmission device (512) (522). The charging unit (2) and the terminal unit (3) are respectively provided with the transmission module (51) (52), wherein the wireless transmission device (511) (521) can directly perform wireless transmission of data between each other' or The wired transmission device (512) (522) is connected by a line to perform cable transmission of M329281 rounds of data between each other. The terminal unit (3) is provided with the data transmission module (61) and the remote host (4) is provided with the wired data transmission device (62) to be connected to the network (8) for transmitting remote data data between each other. The data transmission module (61) can use the wireless data transmission device (611) for wireless transmission, or use the wired data transmission device (612) to connect by wire for wired transmission. The charging unit (2) and the terminal unit (3) are provided with the data transmission module (71) (72) for connection to an external device for carrying data data. The charging control module (21) and the data transmission module (71) of the charging unit (2) and the transmission module (51) have direct connection control; the terminal control module (31) and The data transmission module (72), the transmission module (52), and the data transmission module (61) of the terminal unit (7) have direct connection control; the remote processing unit (41) and the There is direct connection control between the wired data transmission devices (62) of the remote host (4). The data transmission modules (71) (72) are provided with a USB transmission interface (711) (721) and an RS232 transmission interface (712) (722), wherein the RS232 transmission interface (712) (722) is also Can be replaced with the RS485 transmission interface to use. The charger (22) of the charging unit (2) is configured to receive a rechargeable battery placed externally, and is connected to and control the charger (22) via the charging control module (21). The charger (22) can charge the rechargeable battery; and the charging control module (21) is also coupled to the control panel (23) to obtain a control setting input corresponding to the control panel (23). The charging control module (21) of the charging unit (2) is coupled to the LCD display screen (25) via the AD conversion driving unit (24). When the user wants to use the charging system (1) to charge a rechargeable battery 9 M329281, then the charging battery must be placed in the charger (22) of the charging unit (2), then the charging control module (21) The rechargeable battery can be substantially detected via the charger (22), and the battery voltage of the rechargeable battery can be displayed on the LCD display screen (25) via the control of the AD conversion driving device (24). Relevant battery information such as remaining power inventory, time required for charging, and the related operation prompt of the charger (22) to instruct the user to operate the charger (22), and the user can use the control panel (23) to enter the corresponding control, at this time, the charging control module (21) will also simultaneously charge the battery information of the rechargeable battery by the wireless transmission module (511) of the charging unit (2) It is sent to the terminal part (3) provided in the vicinity of the charging unit (2). After receiving the data related to the rechargeable battery by the wireless transmission module (511) of the charging unit (2), the wireless transmission module (521) of the terminal unit (3) will The data data is directly transmitted to the terminal control module (31) of the terminal unit (3) to perform related processing and control on the data data, and is transmitted via the wired data transmission device (612) of the terminal unit (3). Linked to another data transmission module and a remote network (8), wherein the data transmission module uses a wired data transmission device (63) and is connected to a terminal computer (9), and the data transmission module A wireless data transmission device can also be used. The remote processor (41) of the remote host (4) can receive data data transmitted by the terminal unit (3) via the network through the wired data transmission device (62). The terminal computer (9) The data of the charging system (1) during the entire charging process can be obtained by the connection with the terminal unit (3), and the business model of the internal M329281 computer (9) can be matched with the terminal computer ( 9) The general sales commerce application can be performed on the usage record of the charger (22) of the charging unit (2). The terminal control module (31) of the terminal unit (3) is mainly responsible for control and transmission. The charging unit (2), the remote host (4), and the terminal computer (9) connected to the terminal unit (3) transmit data data between each other. The remote processing of the remote host (4) The machine (41) can monitor, record, and charge the entire charging program of the charging system (1) by the transmission of the related data of the charging system (1); and can control the wireless or wired data with the remote network (8). The transmission method is used to determine the calibration system, setting correction, and data of the charging system (1). Such as system maintenance, unless there is an actual body failure, component equipment update, etc. need to send a technical person (four) field transfer, which can greatly reduce the burden of technical maintenance and the unnecessary time waste of travel, can also effectively reduce The operation and maintenance cost of the entire charging system (1). The above embodiment is only to explain the principle and function of this creation, and does not limit the creation. Therefore, the modification and change of the above-mentioned implementation ship of the subtractive technology is still not complementary. This article is similar to red _ sex, novelty and progressive, and in line with the new patent requirements, 提起 apply in accordance with the law. [Simple diagram of the diagram] The first diagram is a block diagram of the creation of the charging system. [Main component symbol description] ( 1) Charging system (2) Charging section 11 M329281 (21) Charging control module (22) Charger (23) Control panel (24) AD conversion drive (25) LCD display screen _ (3) Terminal section ~ (31 Terminal control module # (4) Remote host (41) Remote processor (51) Transmission module (511) Wireless transmission device (512) Wired transmission device (52) Transmission module (521) Wireless transmission device φ (5 22) Wired transmission device - (61) Data transmission module (611) Wireless data transmission device (612) Wired data transmission device (62) Wired data transmission device (63) Wired data transmission device (71) Data transmission module (711 ) USB transmission interface 12 M329281 (712) RS232 transmission interface (72) data transmission module (721) USB transmission interface (722) RS232 transmission interface (8) network (9) terminal computer