M247743 本創作係應用 自動感測之水龍頭 按，目前一般 任一型 頭之距 一設於 方能配 能完成 距離下 完成， 熟悉， 動感測 態之水龍頭 離則有不同 給水器内部 合不同之洗 ，而反覆測 才出水，因 而對於一般家庭之 需反覆進行此一調 給水之功能。 術領域】 水裝置，尤指 構。 種紅外線 新型所 於自動 結構改 【先 習知之 ，而於 ，因此 之旋紐 手台使 量水龍 此其於 屬之技 感測給 良之結 前技術 紅外線 不同場 於安裝 調整其 用，且 頭與手 調整之 使用者 整動作 感測給 所使用 後第一 給水器 其調整 之距離 過程係 ，對於 ’方能 水器， 之洗手 次使用 之感測 之程序 ’方能 需相當 操作機 達其於 係可使用於 台其與水龍 時，皆需藉 出水距離， 並非一次皆 決定於多少 之次數方能 械並非相當 使用時能自 而此種利用紅外線感測水龍頭之裝置，習知結構已有 揭示，如附件所示，該附件為台灣發明專利第486555號之 「自動水龍頭」，該發明係比較來自該光接收器的偵測輸 出與一參考值，當偵測輸出超過預定值時產生一沖水輸出 。然該發明卻未揭示該紅外線反射至接收器之值如何設定 ，但此一部份之結構對於此種紅外線水龍頭之如何運作卻 係相當重要，而本案申請人即係針對此點而提出本案。 【新型内容】 本創作自動感測給水裝置，其主要包括一水龍頭；一 洗滌槽’自该水龍頭接收水；一感測裝置，該感測裝置一M247743 This creation is based on automatic sensing of taps. At present, the distance between any type of tap is usually set at a distance that can be completed. Familiar, the taps in the dynamic sensing state have different water supply and different washing inside. However, water is produced repeatedly after repeated testing, so for ordinary households, it is necessary to repeatedly perform this function of adjusting the water supply. Technical Field] Water installations, especially structures. This new type of infrared is used to change the automatic structure. [Before you know it, and therefore, the knob handle makes the measuring dragon to measure its belonging technology to the good knot. The technology of infrared is different in the field of installation and adjustment. The user ’s hand-adjusted whole-motion sensing is the process of adjusting the distance of the first water supply device after use. For the “water-only water device, the procedure of sensing the use of hand washing time” can only be equivalent to the operating machine. It can be used for both Taiwan and water faucets. It is necessary to borrow the water distance. It is not necessary to determine how many times to use it. It is not a device that can use infrared to sense the faucet when it is not in use. The known structure has been revealed. As shown in the attachment, the attachment is the "automatic faucet" of Taiwan Invention Patent No. 486555. The invention compares the detection output from the optical receiver with a reference value. When the detection output exceeds a predetermined value, a punch is generated. Water output. However, the invention does not disclose how the value of the infrared reflection to the receiver is set, but the structure of this part is very important for how the infrared faucet works, and the applicant of this case proposes the case against this point. [New content] This creation automatically senses the water supply device, which mainly includes a faucet; a washing tank ’receives water from the faucet; a sensing device, the sensing device a
第5頁 M247743 、創作說明（2) 側設有一與水龍頭相接之進水σ 連續出水鈕，另側設有一出水3 ’與進水口同側再設有~ 收發模組，該收發模組包括有_ 而與出水口同側再設一 池組，該電池組係設置於感測聿t射端及一接收端；一電 置使用； '、置’俾提供電力予感測裝 此種紅外線感測水龍頭於 時），會自動執行距離感測，因〆重置時（第一次使用 洗滌槽底部之距離；而若遇有兩不需手動調整水龍頭與 知夕έ士媸，+ #批π门 而重新啟動，或重置時，習 知之結構，需針對不同之洗滌槽 \里且了白 改善了此一缺失。 3反覆作調整，而本創作即 【實施方式】 本創作係有關於一種自會7咸、、目，丨 _ 禋目動戊劂給水裝置，請參閱第一 二圖所不，适種自動感測給水裴置其主要包括一水龍頭 1 —洗務槽（2 〇)，自該水龍頭（i 〇)接收 7 ，一感測裝置（3 0 )，該感测裝置（3 〇 ) 一側設有 與水龍頭（1 0 )相接之進水口，與進水口同側再設有 連績出水鈕（4 0 ) ’另側設有_出水口 （ 5 〇 )，而 與出水口同側再設一收發模組（6 〇 )，該收發模組包括 有—發射端（6 1 )及一接收端（6 2 ); —電池組（7 〇 )，該電池組（7 0 )係設置於感測裝置（3 〇 )，俾 提供電力予感測裝置（3 0 )使用； 第七圖係本創作水龍頭沖水操作之流程圖，而當本創 作之紅外線感測裝置於第一次安裝啟動電源後，程式會自 動執行感測距離，如第四圖所示’該感測裝置收發模組之 第6頁 M247743Page 5 M247743, creation instructions (2) A continuous water inlet σ continuous water outlet button connected to the faucet is provided on the side, and a water outlet 3 'is provided on the other side and the same side as the water inlet is provided with a transceiver module. The transceiver module includes Yes _ And there is another pool on the same side as the water outlet. The battery pack is set on the sensing end and the receiving end; an electric device is used; When the faucet is measured at the time, the distance sensing will be performed automatically, because when it is reset (the distance from the bottom of the washing tank is used for the first time; if there are two, you do n’t need to manually adjust the faucet and Zhixizhishi 媸, + # 批 π When the door is restarted or reset, the conventional structure needs to be improved for different washing tanks. 3 Repeated adjustments, and this creation is [implementation] This creation is about a kind of Since the 7th, 6th, 6th, 5th, 5th, 5th and 5th, the water supply device of the pentamidine, please refer to the first and second figures, suitable for automatic sensing of water supply. It mainly includes a faucet 1—washing tank (20). Receive 7 from the faucet (i 0), a sensing device (30), the sensor The device (30) has a water inlet connected to the faucet (1 0) on one side, and a continuous water outlet button (40) on the same side as the water inlet. 'The water outlet (50) is provided on the other side. A transceiving module (60) is set on the same side as the water outlet, and the transceiving module includes a transmitting end (61) and a receiving end (62);-a battery pack (70), the battery pack (70) is set in the sensing device (30), and provides power to the sensing device (30) for use; The seventh figure is a flowchart of the flushing operation of the faucet of this creation, and the infrared sensing device of this creation After the power is installed for the first time, the program will automatically execute the sensing distance, as shown in the fourth figure. 'The sensing device transceiver module page 6 M247743
發射端會：洗滌槽底部發射出紅外線，當紅外線發射至洗 $槽底4柃，收發杈組之接收端會感測經物體表面反射回The transmitting end will: infrared light is emitted from the bottom of the washing tank. When the infrared light is transmitted to the bottom of the washing tank 4 柃, the receiving end of the transceiver group will sense the reflection back through the surface of the object.
^之、、、x外線。而省接收端所接收反射之紅外線反射率為X ，此時收叙权組内之儲存器會儲存接收反射率X，·因此當 有物體置於出水口下方時’ f亥收發模組之發射端發出之紅 外線照射到物體上時，一部分之紅外線會被物體反射，而 此時接收端所收到的紅外線反射率小於χ，則出水口會進 行沖水，如第五圖；若接收端感測到之反射率非小於X， 則不會。 而為避免因洗滌槽之髒污而影響紅外線之反射率，因 此該反射率X之設定可向上、下調整，若反射率小於某一 區間之值時，進行沖水。 又，若洗滌槽有一物體置於出水口下時，該接收端所 接收之紅外線反射率會小於χ，而會造成出水口不斷出水 ，而本創作於感測裝置内之控制單元可設定連續出水時間 ，於連續出水到達其設定之時間即會自動停止出水，達^ 可節省水資源之功效。然若使用者需長時間用水，則可按 壓感測裝置所設之連續出水钮，即可達到連續出水之上 刀 >又 而當該感測裝置被拔取（如維修），或遇停電再重新啟 動電力後，該感測裝置則會重覆以上之動作，重新感测收 發模組與洗滌槽之距離，再記錄於感測裝置之儲存器内。 本創作紅外線感測水龍頭於啟動或重置時（第一次使 用時），會自動執行距離感測，因此不需手動調整水龍顯 M247743 四、創作說明（4) 與洗滌槽底部之距離；而若遇有需重新啟動，或重置時， 習知之結構，需針對不同之洗滌槽反覆作調整，而本創作 即改善了此一缺失。 而本創作紅外線自動感測給水裝置，其除可如第一至 五圖為外加式外，也可為與水龍頭呈一體式，即如第六圖 所示，其可埋設於水龍頭内，而當有物體置於水龍頭出水 口下方時，該感測裝置之發射端於發出紅外線後，接收端 所收到之反射率小於感測裝置内之儲存值時，則該出水口 會進行沖水之動作。 由上所述者僅為用以解釋本創作之較佳實施例，並非 企圖據以對本創作作任何形式上之限制，是以，凡有在相 同之創作精神下所作有關本創作之任何修飾或比 應包括在本創作意圖保護之範疇。 白 綜上所述’本創作自動感測給水裝 用實用成本效益上，確實是完全符合以=所： =所揭路之結構創作亦是具有前所未有的創^而 以其具有「新穎性」應無疑慮，*本創作可/::“塞所 具功效之增進，因此亦具有「進辣 ^知結構更 ί利法有關新型專利之申請要件的規定，；；=合我國 申請’並敬請鈞局早曰審查，並：依法提起專利^ Of ,,, x outside line. The infrared reflectance of the reflection received by the provincial receiving end is X. At this time, the storage in the reclamation right group will store the received reflectance X. Therefore, when there is an object placed under the water outlet, the emission of the fhai transceiver module When the infrared rays emitted by the end are irradiated on the object, part of the infrared rays will be reflected by the object, and at this time the infrared reflectance received by the receiving end is less than χ, the water outlet will flush, as shown in the fifth figure; The measured reflectance is not less than X, but not. In order to avoid the influence of the reflectivity of infrared rays due to the dirt of the washing tank, the setting of the reflectivity X can be adjusted upwards and downwards. If the reflectivity is less than a certain value, flush the water. In addition, if an object in the washing tank is placed under the water outlet, the infrared reflectance received by the receiving end will be less than χ, which will cause continuous water outlet, and the control unit created in the sensing device can set continuous water outlet. Time, the water will stop automatically when the continuous water reaches its set time, which can save the effect of water resources. However, if the user needs to use water for a long time, he can press the continuous water discharge button set on the sensing device to reach the continuous water outlet knife. When the sensing device is unplugged (such as maintenance), or in case of power failure After the power is restarted, the sensing device repeats the above actions, re-sensing the distance between the transceiver module and the washing tank, and recording it in the storage of the sensing device. This creative infrared sensing faucet automatically performs distance sensing when it is started or reset (the first time it is used), so there is no need to manually adjust the water display M247743 IV. Creation Instructions (4) The distance from the bottom of the sink; and If there is a need to restart or reset, the known structure needs to be adjusted repeatedly for different sinks, and this creation improves this deficiency. The infrared automatic sensing water supply device of this creation, in addition to the external type as shown in the first to fifth figures, can also be integrated with the faucet, that is, as shown in the sixth figure, it can be buried in the faucet, and when When an object is placed below the water outlet of the faucet, after the transmitting end of the sensing device emits infrared rays, when the reflectance received by the receiving end is less than the stored value in the sensing device, the water outlet will perform a flushing action. . The above are only for explaining the preferred embodiment of the creation, and are not intended to restrict the creation in any form. Therefore, any modification or Comparison should be included in the scope of this creative intention. The comprehensive cost-effectiveness of this creative automatic sensing water supply installation is indeed in full compliance with Bai Suo's: The structural creation of the exposed road is also an unprecedented innovation ^ and it has a "newness" application There is no doubt that * this creation can / :: "the enhancement of the effectiveness of the plug, so it also has" advanced knowledge structure, more favorable laws and requirements for new patent application requirements; Jun Bureau said earlier and filed a lawsuit:
第8頁 M247743 圖式簡單說明 本創作的較佳實施例可以配合所附的圖式而作一更加 詳細的說明，俾使審查委員對於本創作可以獲致更進一步 之瞭解，其中： A、 主要元件符號說明： 1 0 _ — 一水龍頭 2 0---洗滌槽 3 0---感測裝置 4 0---連續出水鈕 5 0---出水口 6 0 — 一 _收發模組 6 1 —一一發射端 6 2---接收端 7 0 — — _電池組 B、 圖式編號說明： 第一圖係本創作之結構組合示意圖； 第二圖係本創作之仰視圖； 第三至五圖係本創作之使用狀態連續作動圖； 第六圖係本創作之第二實施例示意圖；以及 第七圖係本創作沖水之流程圖。M247743 Schematic illustration on page 8 The preferred embodiment of this creation can be explained in more detail in conjunction with the attached drawings, so that the reviewers can gain a better understanding of this creation, of which: A. Main components Explanation of symbols: 1 0 _ — one faucet 2 0 --- sink 3 0 --- sensing device 4 0 --- continuous water outlet button 5 0 --- water outlet 6 0 — one _ transceiver module 6 1 — 11 Transmitting end 6 2 --- Receiving end 7 0 — — _Battery pack B, Drawing number description: The first picture is a schematic diagram of the structure of this creation; the second picture is a bottom view of this creation; third to fifth The drawing is a continuous action drawing of the use state of this creation; the sixth drawing is a schematic diagram of the second embodiment of this creation; and the seventh drawing is a flowchart of flushing of this creation.
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