M364197 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種RFID智慧型冰箱，尤指一種將電子 標籤附著於盛裝食物之容器，而以辨識器利用RFID之辨識 技術，辨識每一電子標籤之資訊，並藉人機介面輸出或輸 入辨識資訊之設計者。 【先前技術】 按，用以保存及維持食物新鮮度之冰箱，可謂是家家 必備之電器，而忙碌的現代人為了方便，通常一次就採買 多天份之食物，回家後就直接就往冰箱裡塞；於是，冰箱 中通常會有忘記何時放入之食物，乃常常必須面對食物是 否已超過保存期限之問題；另，因冰箱中通常是塞滿各式 各樣的食物，往往要花點時間才能找出所要取出之食物， 到底是放置於哪個角落，故會延長冰箱之開門時間，致使 壓縮機必須提高運轉之時間，俾以維持必要之冷度，亦即 造成電力無謂之浪費。 次按，RFID 是「Radio Frequency Identification」 的縮寫，中文稱為「無線射頻辨識系統」，通常是由辨識器、 電子標籤與應用系統端所組成，其運作的原理係利用辨識 器發射無線電波，觸動感應範圍内的電子標籤，藉由電磁 感應產生電流，供應電子標籤上的晶片運作，並發出電磁 波回應辨識器，即可作為後端應用系統進一步處理、使用 或加值運用。 M364197 【新型内容】 本創作之主要目的，係欲提供_種卯11}智慧型冰箱， 而具有方便食物存取、保存期限及採購管理之功效。 本創作之另一目的，則具有節能之功效。 為達上述功效，本創作之結構特徵，係包括有： 數電子標籤，個別附著於數容器表面； ▲—辨Μ，設4於冰狀儲藏” 1透過無線電波 璜寫各容器所對應之電子標籤之數位資訊；以及 一人機介面，設置於冰箱而與該辨識器連接，並將其 輸入裝置與輸出裝置設置冰箱外表面，該輪出裝置顯示對 應於各容器之資訊，該輸人裝置則將資訊寫入各容器所對 應之電子標籤者。 此外’該人機介面進-步連接網路ϋ人機介面 為微電腦’而該輸入裝置為鍵盤，該輸出裝為螢幕，或令 該輸入裝置與輸出裝置為觸控螢幕。另，該㈣為杯、碗' 盤、鍋、壺、瓶、袋或夾子。 【實施方式】 首先，請參閲第一圖所示，本創作係包括有·· ±數電子標籤〇〇)，個別附著於夾子或杯、碗、盤、鍋、 壺、瓶、袋...等數容器（11)表面； 一辨識器（20)，設置於冰箱之儲藏空間，而透過無線 電波讀寫各容器（11)所對應之電子標籤（10)之數位資訊； 以及 ' ° ’ 一諸如微電腦之人機介面（30) ’設置於冰箱而與該辨 識器（2〇)連接，並將其輸入裝置（31)與輸出裝置（32)設置 M364197 冰箱外表面，該輸出裝置（32)顯示對應於各容器（U)之資 訊，該輸入裝置（32)則將資訊寫入各容器（11)所對應之電 子標籤（10) ·，其中，該輸入裝置（31)可為鍵盤，該輸出裝 置（32)可為螢幕，或令該輸人裝置（31)與輸出裝置（32)為 觸控螢幕者。 基於如是之構成，採購回家之各種食物甚至是藥品， 先分別以表面附著有電子標籤（10)之容器（11)予以盛裝， 再放入冰箱之儲藏空間中，該辨識器（20)即可感應各容器 (11)之放置位置，並顯示於該輸出裝置（32)，方便食物存 取之管理，可縮短冰箱之開門時間而節能；又，各容器（11) 所盛裝之食物，可由該輸入裝置（31)將諸如保存期限之資 訊，經該辨識器（20)寫入各容器（11)所對應之電子標籤 (1〇)，方便食物保存期限之管理，甚至可設定由輸出裝置 (32)適時提醒；另，該人機介面（3〇)可進一步連接網路， 而當不在家的時候，即可透過網路之連線而得知冰箱内有 無應補充之食物，方便食物採購之管理，甚至可透過網路 連線至賣場訂貨。 因此，本創作將電子標籤（10)附著於盛裝食物之容器 (11)，讓每一食物皆由一電子標籤（1〇)記載其資訊，而以 辨識器（20)利用RFID之辨識技術，辨識每一電子標籤（1〇) 之資訊，使用者則可藉人機介面（30)輸出或輸入辨識資 訊；是以’本創作具有方便食物存取、保存期限及採構管理 之功效。 综上所述，本創作所揭示之構造，為昔所無，且確能達 到功效之增進，並具可供產業利用性，完全符合新型專利要 -5- M364197 件，祈請貴審查委員核賜專利，以勵創新，無任德感。 惟，上述所揭露之圖式、說明，僅為本創作之較佳實施 例，大凡熟悉此項技藝人士，依本案精神範疇所作之修飾或 等效變化，仍應包括在本案申請專利範圍内。M364197 V. New Description: [New Technology Field] This creation is about an RFID smart refrigerator, especially a container that attaches an electronic label to a food container, and uses the identification technology of the identifier to identify each electron. The information of the label, and the designer who outputs or inputs the identification information through the human interface. [Prior Art] According to the refrigerator used to preserve and maintain the freshness of food, it is a must-have appliance for the family. For the convenience of busy modern people, they usually buy food for many days at a time. The refrigerator is stuffed; therefore, there is usually a food in the refrigerator that is forgotten when it is put in. It is often necessary to face the problem that the food has exceeded the shelf life; in addition, because the refrigerator is usually filled with a variety of foods, it is often necessary It takes some time to find out which food to be taken out, and which place it is placed in, so it will extend the opening time of the refrigerator, so that the compressor must be operated for a long time to maintain the necessary coldness, which means that the power is wasted. . Sub-press, RFID is the abbreviation of "Radio Frequency Identification", which is called "Radio Frequency Identification System" in Chinese. It is usually composed of recognizer, electronic tag and application system. The principle of operation is to use the identifier to transmit radio waves. Touching the electronic tag in the sensing range, generating current through electromagnetic induction, supplying the chip on the electronic tag, and emitting an electromagnetic wave response identifier, can be further processed, used or added as a back-end application system. M364197 [New Content] The main purpose of this creation is to provide a smart refrigerator with convenient food access, shelf life and procurement management. Another purpose of this creation is to save energy. In order to achieve the above effects, the structural features of the creation include: digital electronic labels, individually attached to the surface of several containers; ▲ - identification, set 4 in ice storage) 1 write the electrons corresponding to each container through radio waves a digital information of the tag; and a human-machine interface, disposed in the refrigerator and connected to the identifier, and the input device and the output device are disposed on the outer surface of the refrigerator, and the wheel-out device displays information corresponding to each container, and the input device is Write the information to the electronic tag corresponding to each container. In addition, 'the human-machine interface is connected to the network, the human-machine interface is a microcomputer' and the input device is a keyboard, the output is installed as a screen, or the input device is made The output device is a touch screen. In addition, the (4) is a cup, a bowl, a pan, a pot, a pot, a bottle, a bag or a clip. [Embodiment] First, as shown in the first figure, the creation system includes · ± number of electronic labels 〇〇), individually attached to the surface of the clip or cup, bowl, plate, pot, pot, bottle, bag, etc. (11); a recognizer (20), stored in the refrigerator Space through The line wave reads and writes the digital information of the electronic tag (10) corresponding to each container (11); and the '° ' a human-machine interface (30) such as a microcomputer is disposed in the refrigerator and connected to the identifier (2〇). And inputting the input device (31) and the output device (32) to the outer surface of the M364197 refrigerator, the output device (32) displaying information corresponding to each container (U), and the input device (32) writing information to each container (11) Corresponding electronic tag (10), wherein the input device (31) can be a keyboard, the output device (32) can be a screen, or the input device (31) and the output device (32) For those who touch the screen. Based on the composition, the various foods and even the medicines that are purchased from the home are firstly filled with the container (11) with the electronic label (10) attached to the surface, and then placed in the storage space of the refrigerator. The identifier (20) can sense the placement position of each container (11) and display it on the output device (32), facilitating the management of food access, shortening the opening time of the refrigerator and saving energy; and, each container (11) The food contained in the food can be input by the input device (3) 1) The information such as the shelf life is written into the electronic tag (1〇) corresponding to each container (11) via the identifier (20) to facilitate the management of the food shelf life, and even the output device (32) can be set in time. Remind; in addition, the human-machine interface (3〇) can be further connected to the Internet. When not at home, you can know whether there is any food to be replenished in the refrigerator through the connection of the Internet, which facilitates the management of food purchase. It can even be ordered through the Internet to the store. Therefore, this creation attaches the electronic tag (10) to the container (11) containing the food, so that each food is recorded by an electronic tag (1〇), and The identifier (20) uses RFID identification technology to identify the information of each electronic tag (1〇), and the user can output or input the identification information by using the human interface (30); , shelf life and the effectiveness of management. In summary, the structure revealed by this creation is unprecedented, and it can achieve the improvement of efficacy, and it can be used for industrial utilization. It fully complies with the new patent to be -5-M364197 pieces. Give patents to encourage innovation and no sense of morality. However, the above-mentioned drawings and descriptions are only preferred embodiments of the present invention. Modifications or equivalent changes made by those skilled in the art in accordance with the spirit of the case should still be included in the scope of the patent application.
-6 - M364197 【圖式簡單說明】 第一圖係本創作之結構說明圖。 【主要元件符號說明】 (10) 電子標籤 (11) 容器 (20)辨識器 (30) 人機介面 (31) 輸入裝置 (32) 輸出裝置-6 - M364197 [Simple description of the diagram] The first diagram is a structural description of the creation. [Explanation of main component symbols] (10) Electronic tag (11) Container (20) Identifier (30) Human machine interface (31) Input device (32) Output device
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