M345886 八、新型說明： 【新型所屬之技術領域】 本創作係-種電風扇，尤其是一種以觸控方式 關及功能操作的電風扇。 汗 【先前技術】 古觸控電風扇挾其開關方便的優勢，已然成為電風扇的 主流。然，觸控電風扇的種類雖然很多，但仍有許多尚待 改進的缺點。例如，公開號為200736504之TW發明專利 申：案揭示一觸控式電該觸控式電扇具有一‘扇網以 及後扇網，其中，該前扇網與該後扇網表面塗佈絕緣漆， :後扇網連接一電容後與一感測晶片連接，當人體接：該 前扇網或後扇網後，感測晶片則開啟或關閉電風扇。而由 於前扇網與後扇網表面塗佈絕緣漆，致使前扇網與後扇網 無2形成一導電迴路，讓使用者常感受到觸控開關的效果 不靈敏，且接觸前扇網與後扇網的靈敏度不相同。另外， 則述的觸控式電扇其感測晶片係安裝於其風扇馬達的位 置:而其控制模組卻安裝在一底座，因此，導致其間的組 裝複雜且需要額外的配線導線。 【新型内容】 為了解決先前技術觸控靈敏性不良且觸控部位靈敏度 不均以及需要額外配線線路的問題，本創作係以一導電片 接觸前扇網與後扇網，且後扇網直接電性接觸控制模組， M345886 讓整體的靈敏度有效提升，遠 n 達到改善觸控靈敏度不佳以及 減少配線線路的目的。 本創作提供一種安+縮批田6 文王觸控風扇，其包含一電風扇馬 模組以及一控制模組，其中； 該電風扇馬達模組接受栌制 又仏制進仃擺頭以及風速切換， 其包含一殼體、一馬達太_、 運本把、一風扇葉片、一導電後扇網、 -導電前扇網、一固定圈、一扇網導電片以及一接電導電 ^片，該馬達本體固定於該殼體内，該風扇葉片固定套設於 石亥馬達本體之一轉動軸，該導 y 豕等電後扇網以及導電前扇網外 形對應且以蓋固定圈相互奈人 签u 互套σ而形成一容置空間，該風扇 葉片可活動置於該容置空間内， ^ μ冷電後扇網固疋於該殼 ’其特徵在於： δ亥扇網導電片鎖合於古玄部_ w 门… H又體内部’而該導電後扇網於 固疋s亥殼體後與該扇網導電片 电5f生接觸，且該接電導電片 係固定夾制於該固定圈之内# 帝‘ 之内衣面以及該導電後扇網與該導 ^ 扇網之間’並分別盘^ ^ ^ 沾冰 I、孩^電别扇網與該導電後扇網電 性接觸；以及 5亥控制权組包含一微虑採曰μ、，π μ ^ 政處理日日片以及分別與該微處理晶 片電性連接之一馬達驅動元件、一 觸摈日日片、一電源壓降 迴路以及一輸入按鍵，其中： 該W處理晶片内部包含痛童 _ 匕3複數個控制功能選項，每 一種控制功能選項可驅動該馬遠 杜+ # _ — 巧這驅動兀件、該聲音輸出元 千或该顯示元件進行一種對應動作； 該馬達驅動元件與該馬達本體電性連接，其接受 M345886 該微處理晶片之控制’配合其中之一控制 風速切換或一擺頭動作； 、員進行一 該觸摸晶片與該扇網導電片電性連接 電後扇網或該導電前扇網受人體觸碰時，輪出—感…亥導 予該微處理晶片’使該微處理晶片透 ：測：號 關閉該馬達本體； ’廷驅動7G件而 肖電《降迴路與—外部㈣電 ^外部電源之輸出電力㈣後輸出至該微處理晶片以及將5亥 該輸人按鍵係接受觸發而操控該微處 執仃其令之一控制功能選項。 乃、擇 進一步地，該控制模組包含： 號；一聲音輸出元件接受該微處理晶片之控制輸出聲音訊 號二：示元件接受該微處理晶片之控制輸出-顯示訊 :紅外線接受器’該紅外線接受器與該微處理晶片電 接’其接受一紅外線遙护：哭啼 “虎，使该楗處理晶片 谭轨仃其中之一控制功能選項。 /、 "亥‘曰輸出單元為一蜂鳴器或一揚聲器。 其中’該觸摸晶片係串聯-電容後，與該扇網導電片 %丨王$要。 片命匕"亥導電則扇網與該導電後扇網透過該接電導電 电眭連接，且該導電後扇網係固定於該殼體時，透過該 Γ甩片與该觸摸晶片電性連接，由於該導電前、後扇 7 M345886 大為提升人為觸摸控制的 不同的缺點。 網與該觸摸晶片電性連接完整， 靈敏度，且免除接觸區域靈敏度 【實施方式】 ^月二考f圖〜第四圖’其為本創作之安全觸控風扇 的軏‘貝施例’其包含一電風扇馬達模組(以及 模組（20)。 利 該電風扇馬達模組（10)包含一殼體⑴）、一馬達本體 (12)、-風扇葉片(13)、一導電後扇網(14)、一導電前扇網 (15)、一固定圈（16)、一扇網導電片（17)以及一接電導電片 (18)。 該馬達本體（12)固定設於該殼體（11)内部，其可依據 設計而為可轉動擺頭的馬達組。 該風扇葉片（13)固定套設於該馬達本體（12)之一轉動 轴心’其於該馬達本體（彳2)受到驅動後而轉動。 該導電後扇網（14)固定設於該殼體（11)，並與該導電 前扇網（15)外形鏡像相對且互相套合，且該導電後扇網（14) 與該導電前扇網（1 5)套合後，其内部形成一容置空間用以 容納該風扇葉片（13)，讓該風扇葉片（13)自由轉動。其中， 邊導電後扇網（1 4)係以該固定圈（1 6)而與該導電前扇網（^ 5) 固定套合。 該扇網導電片（17)係鎖合於該殼體（1 1)内部，並於該 導電後扇網（14)固定安裝於該殼體（11)後，與該導電後扇 網（14)電性接觸，本較佳實施例之該扇網導電片（彳7)係鎖 M345886 合於該殼體（11)内之後，以—螺絲貫穿將該導電後扇網⑽ 後鎖合於該殼體⑴）於該扇網導電片（17)之對應位置，使 該導電後扇網（14)固定於該殼體⑴）時，同時與㈣網導 電片（1 7)呈電性接觸。 該接料電片（18)係為-導電片體，其設於該固定圈 (16)之w衣面，其於該導電後扇網與該導電前扇網 (15)以該固定圈(16)相互緊配套合時，分別與該導電後扇 網（14)以及該導電前扇網（15)電性接觸。 4控制板組（20)係為設於一座體内部的電路模組，其 包含-微處理晶片(21)以及分別與該微處理晶片(2”電性 連接之-馬達驅動元件（22)、—觸摸日日日M23)、—電源壓 降沿路（24)、-聲音輸出元件（25)、—顯示元件（26)、一輸 入按鍵（27)以及一紅外線接收器（28)。 / U處理日日片（21)内部設有複數個控制功能選項，並 接受=部訊號之輸人後，選擇執行其中—個控制功能選項 :進订對應的控制功能’該控制功能選項可包含關機、開 機、強風、中風、弱風、擺頭、停止擺頭…等。 、該馬達驅動元件（22)之輸入端與該微處理晶片（21)電 =連接’其輸出端則與該馬達本體（12)電性連接，其輸出 σ 3複數個控制讯唬輸出線，本較佳實施例之該馬達 驅動元件（22)包含五個不同的控制訊號輸出線（α〜ε)均分 別電性連接至該馬達本體（12)，且該控制訊號輸出線可包 =碩控制訊號線（Α)、強風控制訊號線⑻、中風控制訊 號線⑹、弱m請_)以及—共極㈣訊號_)， 9 M345886 其分別控制該馬達本體（12)進 ;進仃獯頭以及風速調整功能。 ό亥觸摸晶片（23)連接一電宏 、 、 後’透過該扇網導電片Π 7) 與邊導電後扇網（14)以及該m + a 導電前扇網（15)電性連接，立 於該導電後扇網（U)或該導雷A芦 八 …仆於/ “扇網(15)受人體接觸後之 包合、交化，輸出一感測姝果 ^ ^ 果讯唬給該微處理晶片（21)，使 該微處理晶片（21)關M兮民、去’ 災 護的目的。 ㈣馬相動元件（22)，達到安全保 該電源塵降迴路（24)其輸出端與一外部電源連接，立 將外部電源之電源輸出予以 八 曰μ 牛裊登/瓜後，輸入至該微處理 曰曰片（叫以供該控制模組（20)内部的電子元件操作所需之 電力。 該聲音輸出元件（25)可為 接受δ亥k處理晶片（21)之驅動 音輸出元件（25)可於該微處理 (1 2)於進行風速間切換之同時 警示使用者。 一蜂鳴器或為一揚聲器，其 產生聲音輸出，例如，該聲 晶片（21)於驅動該馬達本體 ’產生不同的音頻輸出，以 該顯示元件（26)可為單一發光二極體或模組或一液晶 顯：電子顯示器，其接受該微處理晶片(2”之控制，顯示 特疋讯息予使用者’例如目前風速、擺頭狀態·.等。 該輸入按鍵（27)係可為薄膜按鍵或為—機械按鍵，直 接受使用者以按壓的操作方式，供該微處理晶片(2”於控 制功能選項之内進行切換。 該紅外線接收器（28)係為可接收-紅外線遙控器（3〇) 所輪出之外部紅外線訊號的接收裝置’其於接收訊號後轉 M345886 ’使該微處理 以驅動與其連 、風速切換、 換所接受之訊號而輸出至該微處理晶片（2i) 晶片（21)可於各控制功能選項間進行切換， 接之各種組件執行對應的動作，例如開關機 擺頭...等。 使用時，使用者可以透過該輪入按鍵（27)、該紅外線 、控印_該微處理晶片（2υ進行訊號輸人，使該微處 理晶片（21)得於各控制功能選項進行控制動作之切換。當 人體接觸該導電前、後扇網（14、15)時，該微處理晶片⑺) 則透過該馬達驅動元件（22)而關閉該馬達本體（12)，讓手 指小於該導電前、後扇網（14、15)的使用者（例如小朋友） 可免於於其使用過程而讓該風扇葉片（13)傷及其手指。 【圖式簡單說明】 第一圖為本創作較佳實施例之立體圖。 第二圖為本創作較佳實施例之局部分解圖。 第三圖為本創作較佳實施例之一接電導電片之使用示 意圖。 第四圖為本創作較佳實施例之一控制模組之電路方塊 【主要元件符號說明】 (1 0)電風扇馬達模組 (11)殼體 (1 2)馬達本體 π M345886 (13) 風扇葉片 (14) 導電後扇網 (1 5)導電前扇網 (16) 固定圈 (17) 扇網導電片 (18) 接電導電片 (20) 控制模組 (21) 微處理晶片 (22) 馬達驅動元件 (23) 觸摸晶片 (24) 電源壓降迴路 (25) 聲音輸出元件 (26) 顯示元件 (27) 輸入按鍵 (28) 紅外線接收器 (30)紅外線遙控器 12M345886 VIII. New description: [New technical field] This is a kind of electric fan, especially an electric fan that is controlled by touch and function. Khan [Previous technology] The advantages of the ancient touch electric fan and its convenient switch have become the mainstream of electric fans. However, although there are many types of touch electric fans, there are still many shortcomings that need to be improved. For example, the TW invention patent publication No. 200736504 discloses that a touch-type electric fan has a 'fan net and a rear fan net, wherein the front fan net and the rear fan net are coated with an insulating varnish. After the rear fan network is connected to a capacitor, it is connected to a sensing chip. When the human body is connected to the front or rear fan network, the sensing chip turns the electric fan on or off. Because the front fan net and the rear fan net are coated with insulating varnish, the front fan net and the rear fan net do not form a conductive loop, so that the user often feels that the touch switch is insensitive, and contacts the front fan net and The sensitivity of the rear fan mesh is not the same. In addition, the touch panel of the touch panel is mounted at its fan motor position: its control module is mounted on a base, thereby causing a complicated assembly and requiring additional wiring wires. [New content] In order to solve the problem that the prior art touch sensitivity is poor and the sensitivity of the touch part is uneven and the additional wiring line is needed, the present invention contacts the front fan net and the rear fan net with a conductive sheet, and the rear fan net is directly charged. Sexual contact control module, M345886 makes the overall sensitivity increase effectively, far improving the touch sensitivity and reducing the wiring line. The present invention provides an An + shrinking batch 6 Wenwang touch fan, which comprises an electric fan horse module and a control module, wherein the electric fan motor module receives the twisting and twisting oscillating head and the wind speed switching The utility model comprises a casing, a motor _, a carrier, a fan blade, a conductive rear fan net, a conductive front fan net, a fixed ring, a mesh conductive piece and a conductive conductive piece. The motor body is fixed in the casing, and the fan blade is fixedly disposed on a rotating shaft of the stone-walled motor body, and the fan-shaped mesh and the conductive front fan-net shape correspond to each other and are fixed by the cover fixing ring. u splicing σ to form an accommodating space, the fan blade can be moved in the accommodating space, ^ μ after the cold electricity, the fan net is fixed to the shell ′, characterized in that: δ 扇 扇 导电 导电 导电The ancient basal part _ w door ... H is inside the body 'and the conductive rear fan net is in contact with the fan conductive sheet 5f after the solid housing, and the electrically conductive sheet is fixedly clamped to the fixing Inside the circle #帝's underwear face and between the conductive rear fan net and the guide fan net ' The disk ^ ^ ^ 冰冰 I, the child's electric fan network and the conductive rear fan network electrical contact; and the 5 hai control group contains a slight care 曰μ, π μ ^ political processing day and film and respectively Electrically connecting one of the motor driving component, the one-touch day chip, the power supply voltage drop circuit and an input button to the micro-processing chip, wherein: the W-processing chip includes a plurality of control function options for the painful child _ 匕 3 Each of the control function options can drive the Ma Yuan Du + # _ - the driving device, the sound output element or the display element performs a corresponding action; the motor driving element is electrically connected to the motor body, which accepts M345886 The control of the micro-processed wafer is combined with one of the control of the wind speed switching or the swinging motion; the member performs a touch wafer and is electrically connected to the conductive sheet of the fan net after the fan net or the conductive front fan net is touched by the human body , turn out - the sense ... the guide to the micro-processed wafer 'to make the micro-processed wafer through: test: number close the motor body; 'Ting drive 7G pieces and Xiao electric "down loop and - external (four) electric ^ external power output (Iv) After the power is output to the microprocessor chip and the input keys 5 Hai trigger control system to accept the microprocessor so that one of its execution Ding control options. Further, the control module includes: a number; an audio output component receives the control output audio signal of the microchip: the component receives the control output of the microchip - display message: infrared receiver 'the infrared The receiver is electrically connected to the microprocessor chip. It accepts an infrared remote protection: crying "the tiger, making the 楗 processing chip Tan 仃 one of the control function options. /, "Hai' 曰 output unit for a beep Or a speaker. The 'the touch chip is connected in series-capacitance, and the conductive film of the fan net is more than $. The life of the chip is quoting the "the conductive fan network and the conductive rear fan network through the electrically conductive electric When the conductive rear fan network is fixed to the casing, the bake piece is electrically connected to the touch chip, and the conductive front and rear fans 7 M345886 greatly improve the different disadvantages of the human touch control. The electrical connection between the net and the touch chip is complete, the sensitivity, and the sensitivity of the contact area is eliminated. [Embodiment] ^月二考f图〜四图' is the creation of a safe touch fan The utility model comprises an electric fan motor module (and a module (20). The electric fan motor module (10) comprises a casing (1)), a motor body (12), a fan blade (13), and a conductive a fan net (14), a conductive front fan net (15), a fixed ring (16), a mesh conductive sheet (17), and an electrically conductive sheet (18). The motor body (12) is fixedly disposed on the fan The inside of the casing (11) is a motor group that can be rotated according to the design. The fan blade (13) is fixedly sleeved on one of the rotating shafts of the motor body (12), and the motor body (彳) 2) rotating after being driven. The conductive rear fan net (14) is fixedly disposed on the casing (11), and mirrored and aligned with the outer shape of the conductive front fan net (15), and the conductive rear fan net (14) After being engaged with the conductive front fan net (15), an accommodating space is formed therein for accommodating the fan blade (13) to allow the fan blade (13) to rotate freely. The mesh (14) is fixedly engaged with the conductive front fan (^5) by the fixing ring (16). The fan mesh conductive piece (17) is locked inside the casing (1 1). And after the conductive rear fan net (14) is fixedly mounted on the casing (11), electrically contacting the conductive rear fan net (14), and the fan mesh conductive sheet (彳7) of the preferred embodiment is After the lock M345886 is assembled in the casing (11), the conductive rear fan net (10) is rear-locked to the casing (1) at a corresponding position of the fan mesh conductive piece (17) by using a screw to make the conductive When the fan net (14) is fixed to the casing (1)), it is in electrical contact with the (four) mesh conductive sheet (17). The receiving electric piece (18) is a conductive sheet body, and is disposed on the fixing ring. (16) a clothing surface, when the conductive rear fan net and the conductive front fan net (15) are tightly coupled with the fixing ring (16), respectively, and the conductive rear fan net (14) and the conductive The front fan net (15) is in electrical contact. The control board group (20) is a circuit module disposed inside the body, and includes a micro-processing chip (21) and a motor driving component (22) electrically connected to the micro-processing chip (2", respectively. - Touch day and day M23), power supply voltage drop (24), - sound output component (25), display component (26), an input button (27), and an infrared receiver (28). There are a plurality of control function options in the daily film (21), and after accepting the input of the signal, select the control function option: the corresponding control function is selected. The control function option can include shutdown and power on. , strong wind, stroke, weak wind, swinging head, stopping the swing head, etc., the input end of the motor driving component (22) is electrically connected to the micro-processed wafer (21), and the output end thereof is connected to the motor body (12) An electrical connection, the output σ 3 of a plurality of control signal output lines, the motor drive component (22) of the preferred embodiment comprises five different control signal output lines (α ε ε) electrically connected to The motor body (12), and the control signal output line can be packaged Signal line (Α), strong wind control signal line (8), stroke control signal line (6), weak m please _) and - common pole (four) signal _), 9 M345886 respectively control the motor body (12) into; And the wind speed adjustment function. The ό海 touch chip (23) is connected to an electric macro, and then 'through the fan conductive sheet Π 7) and the side conductive rear fan net (14) and the m + a conductive front fan net (15) Electrical connection, standing on the conductive rear fan net (U) or the guide mine A A8... Servant / "fan net (15) after the human body contact, the integration, output a sensory effect ^ ^ The micro-processing chip (21) is sent to the micro-processing chip (21) to shut down the M-people and go to the disaster prevention purpose. (4) The horse phase moving component (22) is safe to ensure that the power supply dust fall circuit (24) has its output terminal connected to an external power source, and the power output of the external power source is set to be 曰 曰 / / 瓜The micro-processing chip (called the power required for the operation of the electronic components inside the control module (20). The sound output element (25) can be a driving sound output element that accepts the δH processing wafer (21) ( 25) The user can be alerted while the micro-processing (12) switches between wind speeds. A buzzer or a speaker generates a sound output, for example, the sound chip (21) drives the motor body' Producing different audio outputs, the display component (26) can be a single light emitting diode or module or a liquid crystal display: an electronic display that accepts the control of the microchip (2) to display special messages to the user 'For example, current wind speed, swing head state, etc.. The input button (27) can be a membrane button or a mechanical button, which is directly pressed by the user to provide the micro-processed wafer (2" in the control function. Cut within the options The infrared receiver (28) is a receiving device that can receive the external infrared signal that is rotated by the infrared remote control (3〇). After receiving the signal, the device transmits M345886 to enable the microprocessor to drive the wind speed. Switching and changing the received signals to the microprocessor chip (2i) The chip (21) can be switched between the various control function options, and the various components perform corresponding actions, such as switching heads. In use, the user can use the wheel-in button (27), the infrared ray, the control chip _ the micro-processing chip (2 υ signal input, the micro-processing chip (21) is controlled by various control function options. Switching. When the human body contacts the conductive front and rear fan nets (14, 15), the micro-processed wafer (7) is turned off by the motor driving element (22) to make the finger smaller than the conductive front, The user of the rear fan net (14, 15) (such as a child) can be free from the use of the fan blade (13) and his finger. [Simplified illustration] The first figure is a better implementation of the creation Stereogram The second figure is a partially exploded view of a preferred embodiment of the present invention. The third figure is a schematic diagram of the use of a conductive conductive sheet according to a preferred embodiment of the present invention. The fourth figure is a control module of a preferred embodiment of the present invention. Circuit block [Main component symbol description] (1 0) Electric fan motor module (11) Housing (1 2) Motor body π M345886 (13) Fan blade (14) Conductive rear fan net (1 5) Conductive front fan Mesh (16) Retaining ring (17) Fan mesh conductive piece (18) Conductive conductive piece (20) Control module (21) Micro processing chip (22) Motor drive element (23) Touch chip (24) Power supply voltage drop circuit (25) Sound output component (26) Display component (27) Input button (28) Infrared receiver (30) Infrared remote control 12