M398307 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種電連接器，尤指一種燈頭連接器之控 制系統。 【先前技術】 一般的燈泡係直接栓設於家中、各種工作場所或各種 營業場所中各區域天花板上的燈座，以提供使用者日常生 活中所需之照明功能，然而，為了提供各區域足夠的照明， 燈泡使用數目眾多，且分布廣泛，使用者無法監控各燈泡 的電力使用狀況，亦無法判斷燈泡是否老化該替換，若繼 銥使用已老化的燈泡，將使得其所在區域的照明程度降 低，更有甚者，將有燈泡燒毀或爆炸之虞。 【新型内容】 為解決現有燈泡使用過程中，使用者無法監控各燈泡 的電力使用狀況，而使用已過度老化之燈泡，將使照明度 降低，甚至發生危險的問題，本創作主要目的提供一種= 夠改進現有缺失之燈頭連接器之控制系統，使用者係能於中 控單元及時得知各燈泡的電力使用情％，讓使用者能確認 老化燈泡位置進行替換。 本創作所運用的技術手段係在於提供一種燈頭連接器 之控制系統，包含： -個以上的連接單元，各連接單元係包含—本體、一 M398307 接頭與一接座，該本體係包含— ία» 電路、一電連έ士 5咕 控制電路之微處理哭、一雷讳& 5 — 埂，至4 。。電連結至該控制電路的第一益線 通訊模組、一電連6士 …、、^ 連、··。至6亥才工制電路的電力模組 '與一電連 接至4控制電路的雷4每4 οπ 冤〜误組泫微處理器係内建有一連接 碼與-電力監視程序’㈣力模組係包含一電力 測量模組；又該接頭與該接座係分別與該本體連結，該接 座係電連接至該電力模組；以及 x _中抆早兀’其係包含-主機、-電連接至該主機的 眞不裝置與·一電遠描 $ —夕± At +/ν _ 連接至4主機的輸人裝置；其中該主機係 包含一與該第—無線通訊模組連結的第二無線通訊模組以 及電力貝料庫，該電力資料庫係包含有一連接單元識別 碼對照表，並内建有一電力監控程序； 上述各連接單元的微處理器執行該電力監視裎序’以 取得各微處理器的電力測量模組量得的電力資m，並將電 力資訊透過各微處判的第—無線通訊㈣㈣至主機的 第二無線通訊模組，由該主機執行該電力監控程序，依該 連接早7G識別碼對照表’將各連接單元的電力資訊存入該 電力貝料庫，並對應產生一顯示信號，送至該顯示裝置顯 示。 則述的燈頭連接器之控制系統，其中所述的電力資訊包 含有電阻、電流及消耗功率。 月1J述的燈頭連接器之控制系統，其中所述的電力資料庫 係額外儲存有—接座負載上限對照表，該電力模組係額外 包含—電力開關，該主機透過該第二無線通訊模組收到一 個前述的第一無線通訊模組回傳的電力資訊後，由該主機 4 M398307 讀取電力資料庫預設的接座負載上限對照纟，依對應於該 接座的負載量上限資料，判斷目$電力負載程度是否超過 上限，並於判斷電力負載程度超過上限後’產生—告警信 號與一控制信號，將該告警信號送至該顯示裝置顯二:^ 由該連接單元識別碼對照表取得連接單元的識別碼：透過 。亥主機的第二無線通訊模組，回傳該控制信號至對廣於該 連接單元識別碼的連接單元之第一無線通訊模M，傳二M398307 V. New description: [New technical field] This creation is about an electrical connector, especially a control system for a lamp connector. [Prior Art] A general light bulb is directly attached to a lamp holder on the ceiling of each area in a home, various workplaces, or various business places to provide the lighting functions required by the user in daily life, however, in order to provide sufficient areas for each area. Lighting, the number of bulbs used is large and widely distributed, users can not monitor the power usage of each bulb, and can not judge whether the bulb is aging or not. If the aging bulb is used, the illumination of the area will be reduced. What's more, there will be a burning or explosion of the bulb. [New content] In order to solve the problem of using the existing light bulbs, the user can not monitor the power usage of each light bulb, and the use of the over-aged light bulb will reduce the illumination and even cause dangerous problems. The main purpose of this creation is to provide a = The control system of the existing missing lamp connector can be improved, and the user can know the power usage of each light bulb in time in the central control unit, so that the user can confirm the position of the aged light bulb for replacement. The technical means used in this creation is to provide a control system for a lamp connector, comprising: - more than one connection unit, each connection unit comprising - a body, a M398307 connector and a socket, the system comprising - ία» The circuit, an electrician, the 5th control circuit, the micro-processing cry, a Thunder & 5 - 埂, to 4. . The first benefit line communication module electrically connected to the control circuit, an electrical connection of 6 ..., ^, , , . The power module of the 6-hour-only circuit is connected with a mine 4 that is electrically connected to the 4 control circuit. Every 4 οπ 冤~ erroneous group 泫 The microprocessor has a connection code and a power monitoring program (4) force module. The system includes a power measuring module; the connector and the socket are respectively connected to the body, the socket is electrically connected to the power module; and the x_中中抆's system includes a host, a The device connected to the host device and the device are connected to the input device of the 4 host; wherein the host system includes a second device connected to the first wireless communication module a wireless communication module and a power billet library, the power database includes a connection unit identification code comparison table, and a power monitoring program is built in; the microprocessor of each connecting unit executes the power monitoring sequence to obtain each The power measurement module of the microprocessor measures the power meter m, and transmits the power information to the second wireless communication module of the host through the first wireless communication (four) (4), and the host performs the power monitoring program. The connection is early 7G identification code comparison 'The power of each information is stored in the power connection unit shellfish material library, and correspondingly generates a display signal sent to the display device displays. The control system of the lamp connector, wherein the power information package contains resistance, current, and power consumption. The control system of the lamp connector of the first embodiment, wherein the power database additionally stores a socket load upper limit comparison table, the power module additionally includes a power switch, and the host transmits the second wireless communication mode After receiving the power information returned by the first wireless communication module, the host 4 M398307 reads the preset load limit of the power database, according to the load limit data corresponding to the socket. Judging whether the power load level exceeds the upper limit, and after determining that the power load level exceeds the upper limit, 'generating-alarm signal and a control signal, sending the alarm signal to the display device to display two: ^ by the connection unit identification code comparison The table obtains the identification code of the connected unit: through. The second wireless communication module of the host computer transmits back the control signal to the first wireless communication module M of the connection unit wider than the identification code of the connection unit, and transmits the second wireless communication module M
該微處理器’ #由該微處理器透過該控制電路，控制节電 力模組的電力開關，以中斷供電予該接座。 包 -述的燈頭連接器之控制系統，其中所述的主機係能於 :過：輸入裝置收到一輸入信號後’產生前述的控制信 ::該主機的第二無線通訊模組送至對應該第-無線通 =二送予該微處理器’再由該微處理器透過該控 電的動作電力模組的電力開關’對該接座做供、斷 各連接^4頭連接益之控制系統，其中所述的主機係能對 早凡做電力供應排程’於預設時間自動 控制信號，由咳主機的笼 生別述的 田忒主機的苐一無線通訊模組送至 無線通訊模組，爯值#早— ί應的Μ二 悮、，且，再傳达予該微處理器，再由兮 過該控制電路，控制汐雷 -W處理器透 铋制„玄電力杈組的電力開 供、斷電的動作。 對忒接座做 前述的燈頭連接器之控 座，規格可為Ε12、Ε14或Ε27:. 〃 “的接頭與接 本創作利用所提供的燈頭連接器之 的具體效益為： w不統’可以獲得 M398307 , 1‘本創作的接頭及接座分別與-燈座及一燈泡的燈頭 €連結後’能由該顯示裝置得知燈泡的電力使用狀況，讓 ' 使用者能得知何時該替換燈泡。 2. |創作的主機偵測到燈泡電力使用異常時，該主機 會送出前述的控制信號，以中斷供電予m μ ^ 意外發生’安全性大幅提高β • 3.本創作藉由前述的遙控系統與電力排程系統，能對 .燈泡做遙控及電力供應排程’於電力供應排程執行時，燈 拳泡會自動於使用者設定的時間開啟或關閉，故透過遙控= 電力供應排程，省去使用者需至各電燈開關設置處，對燈 泡作開啟或關閉的動作，省時又便利。 【實施方式】 為能詳細瞭解本創作的技術特徵及實用功效，並可依 照說明書的内容來實施，兹進一步以如圖式所示的較佳實 施例，詳細說明如后： —本創作所提供的插座之插孔電源獨立控制系統的較佳 實施例係如圖1至圖6所示，其係包含一車 _ 适按早7l10x5l — 中控單元20，其中： 〜 如圖1及圖2所示，該連接單元，〇係包含—本體^、 一接頭12與一接座13,該本體1 1係包含一 3 k制電路1 1 1、 一電連結至該控制電路111之微處理器 。 &、~電連結至 忒控制電路11 1的第一無線通訊模組彳 — k W; 電連結至該 控制電路1 1 1的電力模組114、盥一雷.*拉c ^•連接至該控制電路 111的電池模組1 1 5 ’該微處理器n 2俜 門迷有~連接單元 6 M398307 產生連接單元1 0電力資訊502 :該微處理器11 2於收 到電力使用數據後’藉以產生前述的電力資訊； 回報電力資訊5 0 3 :該微處理器1 12將該電力資訊， 藉由該第一無線通訊模組1彳3，傳送給該主機2 ]。 於本實施例中，該主機21執行電力監控程序之流程， 係包含有以下步驟： .，.只小计兴.刊断·该主機21透過該第二無線通訊模組 211接收該電力資訊後，依該連接單元識別碼對照表，將該 連接單元1〇的電力資訊存人該電力f料庫212，並對應產 生-顯示信號，該主機21將該顯示信號送至該顯示裝；22 顯不該電力f訊；同時’該主機21讀取該電力資料庫212 負載上限對照表’判斷目前是否有電量負載過 '或電流夏過大等異常，若是，則進入下一步驟； 告誓與發出控们”：該主機2 元1 0產生一 土趑护哜〜、丄丨r<之運接早 顯示…Μ 制信號’將該告警信號送至該 .、置2頦不，而該控制信號巳含 元的識別碼及中斷t ^ a 。^上限之連接單 無線通訊模組2Γ:::二主機透過該主機21的第二 專k 6玄4工制信號至該連接 匹配該識別碼的傳送單元接收。 ，由 因此，猎由主機21的電力監控 不裝置22得知該連 彳 <吏用者亥顯 況’且於伯測到該燈泡4〇電之燈=40的電力使用狀 送出前述的控制信號用異㊉時’該主機21會 於本實施例中，…電予該燈泡4〇。 以下步驟： 遠主機21執行遙控程序時，係包含有 8 M398307 號’係包含有以下步驟·· 接收遙控信號或控制信號，係由該第一無線通訊模組 11 3收到來自主機21的遙控信號或控制信號；及 控制接座13電源狀態，係依據已接收遙控信號或控制 信號的供應電源或中斷電源命令，驅動該電力開關]1々2啟 閉’使該接座1 3對燈泡進行供電或斷電。 本創作的接頭12及接座13分別與該燈座3〇及該燈泡 4〇 :燈頭電連結，並點亮該燈 包40 I，能由該顯示：置 22得知該燈泡4〇的電力使用狀況；如有燈 ,、 口宅化總 機21更可進一步伯，:目丨丨不丨丨分，说μ / π命丄/丄The microprocessor '#' passes through the control circuit to control the power switch of the power saving module to interrupt the power supply to the socket. The control system of the cap connector described above, wherein the host system can: after the input device receives an input signal, the following control message is generated: the second wireless communication module of the host is sent to the pair Should be the first - wireless pass = two to the microprocessor 'and then by the microprocessor through the power control of the power module's power switch' to the connection of the connection to the connection The system, wherein the host system can automatically control the signal at a preset time for the power supply scheduling, and send the wireless communication module to the wireless communication module by the wireless communication module of the field host of the coughing host. Group, 爯######################################################################################### The operation of power supply and power-off. For the socket of the above-mentioned lamp connector, the specifications can be Ε12, Ε14 or Ε27:. 〃 "The connector and the connector are created using the lamp connector provided. The specific benefits are: w not unified 'can get M398307, 1' this creation After the connector and the socket are respectively connected with the lamp holder and the lamp holder of the light bulb, the display device can know the power usage of the light bulb, so that the user can know when to replace the light bulb. 2. When the author of the creation detects that the lamp power usage is abnormal, the host will send out the aforementioned control signal to interrupt the power supply to m μ ^. Accidentality is greatly improved. [Safety is greatly improved β. 3. This creation is performed by the aforementioned remote control system. With the power scheduling system, the remote control and power supply scheduling of the bulb can be performed. When the power supply schedule is executed, the light boxing bubble will be automatically turned on or off at the time set by the user, so through the remote control = power supply scheduling, It saves time and convenience for the user to go to the setting of each light switch to turn the light bulb on or off. [Embodiment] In order to understand the technical features and practical functions of the present invention in detail, and in accordance with the contents of the specification, the following is further illustrated in the following preferred embodiments: The preferred embodiment of the jack power supply independent control system is as shown in FIG. 1 to FIG. 6 , which includes a car _ suitable for early 7 l10 x 5 l - central control unit 20, wherein: ~ as shown in FIG. 1 and FIG. The connection unit comprises a body, a connector 12 and a socket 13. The body 11 includes a 3 k circuit 1 1 1 and a microprocessor electrically coupled to the control circuit 111. &, the first wireless communication module 电-k W electrically connected to the 忒 control circuit 11 1; the power module 114 electrically connected to the control circuit 1 1 1 , 盥一雷.*拉c ^• connected to The battery module 1 1 5 ' of the control circuit 111 has a connection unit 6 M398307 to generate a connection unit 10 power information 502: the microprocessor 11 2 after receiving the power usage data' The power information is generated by the foregoing power information. The power information is transmitted to the host 2 by the first wireless communication module 1彳3. In this embodiment, the host 21 executes the power monitoring program, and the following steps are included: .., only the small device, the publication, the host 21 receives the power information through the second wireless communication module 211. According to the connection unit identification code comparison table, the power information of the connection unit 1〇 is stored in the power f-slot 212, and correspondingly generates a display signal, the host 21 sends the display signal to the display device; At the same time, the host 21 reads the power database 212 load upper limit comparison table to determine whether there is an abnormality such as a current load or an excessive summer current. If yes, proceed to the next step; Controls": The host 2 yuan 1 0 generates a bandit guard ~, 丄丨r<the operation is connected early...the signal 'send the alarm signal to the .., set 2, no, and the control signal识别 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The transmitting unit receives. The force monitoring non-device 22 knows that the 彳 彳 吏 吏 吏 且 且 且 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该In this embodiment, ... the electric light is applied to the bulb 4. The following steps: When the remote host 21 executes the remote control program, the system includes the 8 M398307 'system, which includes the following steps: · receiving the remote control signal or control signal, The first wireless communication module 11 receives a remote control signal or a control signal from the host 21; and controls the power state of the socket 13 to drive the power switch according to the power supply or the interrupt power command that has received the remote control signal or the control signal] 1々2 opening and closing' enables the socket 13 to supply or de-energize the bulb. The connector 12 and the socket 13 of the present invention are electrically connected to the socket 3 and the bulb 4: the lamp cap, respectively, and the light is turned on. Light package 40 I, can be seen by the display: set 22 to know the power usage of the bulb 4; if there is a light, the mouth of the main machine 21 can be further, the target is not divided, say μ / π命丄/丄
滅，使用者能得知替換該老化燈泡4〇之時機；此外，，wOff, the user can know when to replace the aging bulb 4; in addition, w
者，若在不脫離本創作所提技術特 術特徵的範圍内，利用本創 局。卩更動或修飾的等效實施例 作所揭示技術内容所作出局 並且未脫離本創作的技術特 特徵的範圍内。 並非對本創作 所屬技術領域中具有通常知識 效内容’均仍屬於本創作技術 10If you do not deviate from the technical characteristics of this creation, use this initiative. Equivalent embodiments of the invention may be made without departing from the technical characteristics of the present invention. It is not the usual knowledge content in the technical field of this creation.