W428444 五、新型說明： 【新型所屬之技術領域】 本創作是有關一種監視裝置及其嬰兒監視系統，特別是一種以特 定模式(Ad hoc mode)之無線通訊連線傳輸影像之監視裝置及其嬰兒監 視系統。 【先前技術】W428444 V. New description: [New technical field] The present invention relates to a monitoring device and an infant monitoring system thereof, and particularly to a monitoring device for transmitting images by wireless communication connection in a specific mode (Ad hoc mode) and an infant thereof monitoring system. [Prior Art]
嬰兒監視系統主要包含一監視裝置及一接收裝置。利用監視裝置 擷取嬰兒之影像並無線傳送至遠端之接收裝置，遠端父母即可藉由接 收裝置所顯示的影像得知嬰兒的最新情況。然而，習知之嬰兒監視系 統大多為一封閉系統，亦即監視裝置以及接收裝置是以廠商自行開發 的通訊協定進行無線傳輸。因此，使用者需同時購買同一廠商製造之 視裝置及接收裝置’彼此才能進行無線通訊，如此，導致使用者必 須花費較高的成本購置嬰兒監視系統。The infant monitoring system mainly comprises a monitoring device and a receiving device. Using the surveillance device to capture images of the baby and wirelessly transmit them to the remote receiving device, the remote parent can learn the latest status of the baby by displaying the image displayed by the receiving device. However, conventional infant monitoring systems are mostly a closed system, i.e., the monitoring device and the receiving device are wirelessly transmitted using a communication protocol developed by the manufacturer. Therefore, the user must simultaneously purchase the visual device and the receiving device manufactured by the same manufacturer to perform wireless communication with each other, so that the user must purchase the baby monitoring system at a high cost.
另一種習知之嬰兒監視系統則是將監視裝置連接至一區域網路， 任-包含網路通訊介面之接收裝置即可藉由與監視裝置建立網路通訊 連線而取㈣I然而，為了建置有線或無線區域網路，使用者必須 講置路由部。utef)、交換ii(switeh)或無線基地台 。如此，不僅增加使 者建置嬰兒監視纟制成本，且鱗奴對—般使时*言 常複雜的操作。 置嬰兒監視系統之成本以及簡化相 ‘上所述，如何降低使用者建 關操作便是目前極需努力的目標。 【新型内容】 3 線，訊連線’因此個者無需事鍵置區域網路，且能細較為簡便 的操作即可利用現有的網路裝置取得監視裝置所操取的影像。 本創作-實關之嬰兒監視系統包含—監視裝置以及—接收裝置 監視裝置設置於嬰兒之週邊，並包含—影像齡模組、—第_無線通 訊=組、-第-處理單元以及—第—電源模組。影像餘模組用以摘 取女兒之W像。第-無線通訊模組遵循IEEE說丨丨之通訊標準以傳 兒之祕。第—處理單元與影軸取模組以及第—無線通訊模组 =性連接，用以處理接收自影像麻模組之嬰兒之影像，並以第一無 姑通訊模組傳送。第-電源模組用以提供監視裝置運作時所需之電源。 ，，置包含-第二無線通訊模組、—顯示單元、—第二處理單元以 第_電源极組。第二無線通訊模組遵循赃e說^之通訊標準， =線通訊模組建立—特额式(Ad hGe mGde)之無線通訊連線， 接^兒之影像。顯示單元用靖示嬰兒之影像。第二處理單元與 線通賴組以及顯轉元紐連接，用以處理魏自第二無線 嬰兒之影像，並靖示單元加關示。第二電源模組用以 如供接收裝置運作時所需之電源。 本創作另-實施例之監視裝置用以與—接收裝置組成—嬰兒監視 錄Γ視裝置②置於—嬰兒之週邊，並包含—影像操取模組、一無 ^訊漁一處理單元以及—騎' 4彡像齡模組用以娜嬰 。無線通訊模組遵循趣8〇211之通訊標準，與接收裝置 。特疋域_^111〇邮之無線通訊連線，以傳送嬰兒之影像。 細嫌取触以及無線通賴組電㈣接，_處理接收 2像錄模叙之嬰兒之影像，並以無線通訊模組傳送至接收裝置加 1不。電賴朗以提供監視裝置運作時所需之電源。 以下勤具體魏例配合職_式詳加制，t更容魏解本 創作之目的、技_容、_及其輯缸魏。 【實施方式】 請參照圖1，本創作之一實施例之嬰兒監視系統包含一監視裝置i 以及一接收裝置2。監視裝置1是設置於嬰兒的週邊，用以擷取嬰兒的 影像，並將所擷取的影像無線傳送至接收裝置2。接收裝置2可顯示監 視裝置1所傳送的影像，以供父母了解嬰兒目前的狀態。 請參照圖2 ’於一實施例中，監視裝置丨主要包含一影像擷取模組 11、一第一無線通訊模組12、一第一處理單元U以及一第一電源模組 14 »影像擷取模組11用以擷取嬰兒的影像。舉例而言，影像擷取模組 11可為一電荷耦合元件(Charge Coupled Device ’ CCD)或一互補式金屬 氧化物半導體(Complementary Metal Oxide Semiconductor，CMOS)感測 器。第一無線通訊模組12遵循IEEE 8〇2 u系列之通訊標準以傳送影 像擷取模組11所擷取的影像。舉例而言，第一無線通訊模組12可為遵 循IEEE802.Ua/b/g/n等之通訊標準之無線通訊介面。第一處理單元13 與影像擷取模組11以及第—無線通訊模組12電性連接。第一處理單元 13可將影像擷取模組U所擷取到的影像進行編碼等適當之影像處理後， 以第一無線通訊模組12將影像傳送至接收裝置2。第一電源模組Μ則 提供監視裝置1運作時所需之電源。舉例而言，第—電源模組14可為 一電池模組或一外部電源，例如市電。 請參照圖3，於-實施例中，接收裝置2主要包含一第二無線通訊 楔組2卜-顯示單元22、一第二處理單元23以及—第二電源模組2松 第=無線通訊模組21亦遵循IEEE 8〇211之通訊標準以與第一無線通 峨組I2建立無線通訊連線。需注意者’為了簡化網路設定以讓使用 ^易於建立鱗軌連線，第二絲通爐組21是與第—無線通訊模 心特定模式㈤^⑽㈣之無線通訊連線’以接收監視裝们所掏 取的影像。第二處理單元23與第二無線通賴組21錢顯示單元U 電Ϊ連接第二處理單元23將第二無線通訊模組21所接收的影像進 仃解編碼等適當之影像處理後，以顯示單元22輪出監視裝置i所梅取 m^444 影像_嬰~ 時所需之電源侧而言，第二電提供接《置2運作 例如市電。 弟|源拉組24可為-電池或一外部電源， 依據上述架構’接收裝置2是遵德ΙΕΕΕ 802 式與藏^建絲舰_路魏，_ m準之= -支援_2·η通訊標準的接收裝置2皆能夠與監:== 訊連線以傳輸影像。舉例而言，接收、 、 广咖如平板電腦)、個人數位助理、筆記型電腦;動 =:需靖置監視裝置1即可組成-嬰兒=下額 外構置同一廠商之接收裝置的成本。此外:无:下額 7路連猶_，㈣ ^=網= 線的監視裝置即可，後續連線工作可由接收裝置 的軟體來完成，_大關化網路設定輯作。喊4或載入 ，參顧2 ’於-實施例中，監視裝置丨可包含_紅 八與第-處理單it 13電性連接。依據光感測 像，太而 如此，树#貞取模組u仍錢取到可供使用者辨識的 視影像’以避免因環境光線不足而限制本創作之嬰兒監“統 請-併參照_ 3，於-實施例中，監視裝置i更包含 其與第一處理單元^電性連接。麥克風16用以齡—聲426， 哭，其它異常的聲音。麥克風16所齡的聲音訊號 進订編碼等適當之音訊處理後，即以第—無線通訊模組 專达至接收裝置2。相對地，接收裝置2則包含一音訊輪 J與第^理單元23電性連接。音訊輸出單元25，例如外八，可輪出 收自監視裝置1所傳送的聲音訊號。如此，父母不僅可經由影^ 6 步了解嬰兒 斷嬰兒的概，且可由監減置！賴取之聲音訊號進 的狀況。 ~ —於一實施例中，接收裝置2可包含—麥克風26，其與第二處理單 =23電性連接。麥克風％可娜父母之一語音，並經第二處理單元 3進行編碼等適#音訊處理後，㈣二無線通賴組2 。7地，監視裝置丨可包含-音訊輪出單元17，其與第：：= 早το 13电性連接。音訊輸出單元17 ’例如.八，可輸出接收自接收裝 2所傳送的父母語音。如此，父母可在嬰兒時，在遠端以接收 裒置2傳送語音至監視裝置丨以安撫嬰兒的情緒。 於一實施财，監視裝置i可包含_音樂模组18，其與第一處理 單元13電性連接。舉例而言，音樂模組18可包含一音樂晶片、訊號 放大電路以及勢八等習知之電子元件，以播放一音樂(例如搖藍曲)供嬰U 兒跨聽。需注意者’音樂模组18之咖八可與音訊輸出單元U整合在 一起1於""實施射，接收裝置2可包含—使用者介面27，其與^二 處理單70 23電性連接。使用者介面27可供使用者輸入一控制指令， 例如音樂的播放以及選曲、音量控制，或者是監視襄置i之掏取影像 方向以及影像擷取模組的啟動/待命等操作。 / 於貫施例中，監視裝置1可包含—燈號19，其與第一處理單元 13電性連接。燈號19可指*出監視裝置【之相對應狀態，例如電源狀 況、網路連線狀況或其它異常狀況。 ，綜合上述’本創作之監視裝置及其嬰兒監視系統是以ffiEE 8〇2 ιι 通訊標準讀賴式(Ad hoe mode)建立監視裝置以及接收裝置間之無 線通訊連線，因此使用者無需事先建置無線輯網路，城夠以較為 簡便的操作即可利用現有的網路裝置(例如智慧型手機、平板電腦等 取得監視裝置所擷取的影像。 以上所述之實施舰是為說明本触之技術思想及特點，其目的 在使熟習此項技藝之人士能夠瞭解本創作之内容並據以實施，當不能 M428444 以之限定本創作之專利範圍，即大凡依本創作所揭示之精神所作之均 等變化或修飾，仍應涵蓋在本創作之專利範圍内。 M428444 【圖式簡單說明】 圖1為一示意圖，顯示本創作一實施例之嬰兒監視系統。 圖2為一方塊圖，顯示本創作一實施例之嬰兒監視系統之監視裝 置。 圖3為一方塊圖，顯示本創作一實施例之嬰兒監視系統之接收裝 置。 【主要元件符號說明】Another conventional baby monitoring system is to connect the monitoring device to a regional network, and any receiving device including the network communication interface can be obtained by establishing a network communication connection with the monitoring device (IV). However, in order to construct For wired or wireless local area networks, users must talk to the routing department. Utef), exchange ii (switeh) or wireless base station. In this way, not only does it increase the cost of creating a baby monitor, but the scales are often complicated. The cost of the baby surveillance system and the simplification phase ‘How to reduce the user-authorized operation is the goal that is currently in great need. [New content] 3 lines, communication lines, so there is no need to place a local area network, and the existing network device can be used to obtain images taken by the monitoring device. The creation-reality baby monitoring system includes a monitoring device and a receiving device monitoring device disposed around the baby, and includes an image age module, a _wireless communication=group, a first-processing unit, and a first- Power module. The image rest module is used to extract the W image of the daughter. The first-wireless communication module follows the IEEE's communication standard to convey the secret. The first processing unit and the shadow axis taking module and the first wireless communication module are sexually connected to process the image of the baby received from the image hemp module, and are transmitted by the first wireless communication module. The first power module is used to provide the power required for the monitoring device to operate. The second wireless communication module, the display unit, and the second processing unit are provided with a first power supply group. The second wireless communication module follows the communication standard of 赃e said ^, the communication module of the line is established - the wireless communication connection of the special type (Ad hGe mGde), and the image of the child is connected. The display unit uses the image of the baby. The second processing unit is connected to the line communication group and the display conversion element to process the image of Wei from the second wireless baby and to indicate the unit plus the indication. The second power module is used as a power source for the receiving device to operate. The monitoring device of the present invention is configured to be combined with the receiving device - the baby surveillance recording device 2 is placed around the baby, and includes an image manipulation module, a non-intelligence fish processing unit, and Ride the '4 彡 image age module for Na Ying. The wireless communication module follows the communication standard of the fun 8 211, and the receiving device. Special area _^111 〇 post wireless communication connection to transmit images of babies. The sneak peek and the wireless communication group (4) are connected, _ processing and receiving the image of the babies of the video recording module, and transmitting to the receiving device by the wireless communication module plus 1 no. Electric Lai Lang provides the power required to operate the monitoring unit. The following specific examples of Wei's work in conjunction with the _-type detailed system, t is more tolerant of the purpose of the creation of the creation, skills _ capacity, _ and its series of cylinders. Embodiments Referring to FIG. 1, an infant monitoring system according to an embodiment of the present invention includes a monitoring device i and a receiving device 2. The monitoring device 1 is disposed around the baby to capture images of the baby and wirelessly transmit the captured images to the receiving device 2. The receiving device 2 can display the image transmitted by the monitoring device 1 for the parent to know the current state of the baby. Referring to FIG. 2, in an embodiment, the monitoring device 丨 mainly includes an image capturing module 11 , a first wireless communication module 12 , a first processing unit U , and a first power module 14 . The module 11 is used to capture images of the baby. For example, the image capturing module 11 can be a Charge Coupled Device (CCD) or a Complementary Metal Oxide Semiconductor (CMOS) sensor. The first wireless communication module 12 follows the IEEE 8〇2 u series communication standard to transmit the image captured by the image capturing module 11. For example, the first wireless communication module 12 can be a wireless communication interface conforming to the communication standard of IEEE802.Ua/b/g/n. The first processing unit 13 is electrically connected to the image capturing module 11 and the first wireless communication module 12 . The first processing unit 13 can perform appropriate image processing such as encoding the image captured by the image capturing module U, and then transmit the image to the receiving device 2 by the first wireless communication module 12. The first power module provides the power required to operate the monitoring device 1. For example, the first power module 14 can be a battery module or an external power source, such as a utility power. Referring to FIG. 3, in the embodiment, the receiving device 2 mainly includes a second wireless communication wedge group 2, a display unit 22, a second processing unit 23, and a second power module 2, a second wireless communication module. Group 21 also follows the communication standard of IEEE 8〇211 to establish a wireless communication connection with the first wireless communication group I2. It should be noted that in order to simplify the network setting so that the use of ^ is easy to establish the squall connection, the second wire-through furnace group 21 is connected to the wireless communication module specific mode (5) ^ (10) (four) wireless communication connection to receive the monitoring device The images we captured. The second processing unit 23 and the second wireless communication unit 21 are connected to the second processing unit 23 to process the image received by the second wireless communication module 21 and perform appropriate image processing to display The unit 22 rotates the power supply side required for the monitoring device i to take the m^444 image_baby~, and the second power supply provides the "2" operation, for example, the commercial power. Brother|Source pull group 24 can be - battery or an external power supply, according to the above structure 'receiver 2 is Zunde 802 type and Tibetan built-in ship _ Lu Wei, _ m quasi == support_2·η communication The standard receiving device 2 can communicate with the monitor: == communication line to transmit images. For example, receiving, wide-chat (such as tablet), personal digital assistant, notebook computer; mobile =: need to monitor the device 1 can be composed - baby = the cost of the receiving device of the same manufacturer. In addition: None: The 7th road is connected to the _, (4) ^= network = line monitoring device, the subsequent connection work can be completed by the software of the receiving device, _ Daguan network setting. Shouting 4 or loading, in the embodiment 2, the monitoring device 丨 may include _ red 八 electrically connected to the first processing unit it 13 . According to the light sensing image, too, the tree # 模组 模组 u u u u 仍 仍 仍 仍 u u u u u u u u u u u u u u u u u u u u u u u u u u u u u u u 以避免3. In the embodiment, the monitoring device i further includes an electrical connection with the first processing unit. The microphone 16 is used for age-sound 426, crying, other abnormal sounds. The sound signal of the microphone 16 is subscribed and encoded. After the appropriate audio processing, the first wireless communication module is exclusively connected to the receiving device 2. In contrast, the receiving device 2 includes an audio wheel J electrically connected to the second processing unit 23. The audio output unit 25, for example In addition, the sound signal transmitted from the monitoring device 1 can be rotated out. Thus, the parent can not only understand the baby's broken baby through the shadow step 6, but also can monitor the situation of the sound signal that is taken. In an embodiment, the receiving device 2 can include a microphone 26 electrically connected to the second processing unit=23. The microphone is one of the parents of the voice, and is encoded by the second processing unit 3. After processing, (four) two wireless communication group 2 7. The monitoring device 丨 may include an audio wheeling unit 17 electrically connected to the :::= το 13. The audio output unit 17 ', for example, eight, may output the parental voice transmitted from the receiving device 2 In this way, the parent can transmit the voice to the monitoring device at the remote end by the receiving device 2 to appease the baby's mood at the remote end. In one implementation, the monitoring device i can include a music module 18, which is associated with the first processing. The unit 13 can be electrically connected. For example, the music module 18 can include a music chip, a signal amplifying circuit, and a conventional electronic component such as a potential music to play a piece of music (for example, a blue song) for the baby to listen to. Note that the music module 18 can be integrated with the audio output unit U in the "" implementation, the receiving device 2 can include a user interface 27, which is electrically connected to the second processing unit 70 23 The user interface 27 can be used by the user to input a control command, such as music playing and selection, volume control, or the image capturing direction of the monitoring device i and the activation/standby operation of the image capturing module. In the case of supervision The visual device 1 can include a light signal 19 that is electrically coupled to the first processing unit 13. The light signal 19 can refer to a corresponding state of the monitoring device, such as a power supply condition, a network connection condition, or other abnormal condition. The above-mentioned 'monitoring device and its baby monitoring system are based on the ffiEE 8〇2 ιι communication standard Ad hoe mode to establish a wireless communication connection between the monitoring device and the receiving device, so the user does not need to build in advance. With the wireless network, the city can use the existing network devices (such as smart phones, tablets, etc.) to obtain images captured by the monitoring device with a relatively simple operation. The implementation ship described above is for illustrative purposes. The technical idea and characteristics of the technology are aimed at enabling those skilled in the art to understand the content of the creation and implement it accordingly. When M428444 is not allowed to limit the scope of the patent, that is, the spirit of the creation is based on the spirit revealed by the creation. Equal changes or modifications should still be covered by the scope of this creation. M428444 [Simple Description of the Drawings] Fig. 1 is a schematic view showing an infant monitoring system of an embodiment of the present invention. Fig. 2 is a block diagram showing the monitoring device of the infant monitoring system of an embodiment of the present invention. Figure 3 is a block diagram showing the receiving device of the infant monitoring system of an embodiment of the present invention. [Main component symbol description]
1 監視裝置 11 影像操取模組 12 第一無線通訊模組 13 第一處理單元 14 第一電源模組 15 紅外線光源 16 麥克風 17 音訊輸出單元 18 音樂模組 19 燈號 2 接收裝置 21 第二無線通訊模組 22 顯示單元 23 第二處理單元 24 第二電源模組 25 音訊輸出單元 26 麥克風 27 使用者介面1 monitoring device 11 image processing module 12 first wireless communication module 13 first processing unit 14 first power module 15 infrared light source 16 microphone 17 audio output unit 18 music module 19 light 2 receiving device 21 second wireless Communication module 22 display unit 23 second processing unit 24 second power module 25 audio output unit 26 microphone 27 user interface