M259504 捌、新型說明： 【新型所屬之技術領域】 本案一種多功能熱風電動梳涉及梳理頭髮用的電動梳、電熱風梳和電吹風，用於 梳理頭髮時達到一邊自動吹溫風或熱風或無風狀態，一邊可正轉或逆轉並調節快慢轉 速，來梳理頭髮和捲髮。 【先前技術】 以往的電熱風梳，是一種用電熱吹熱風梳理頭髮的工具，電熱風梳結構主要由梳子 外殼、梳齒、手把、電發熱裝置、電動吹風裝置等組成，它具有開動時，自動吹熱風梳 理頭髮的特點。 電吹風，是一種用電熱吹熱風或冷風的梳理頭髮的補助工具，電動梳結構主要由風 筒外殻、手把、.電發熱裝置、電動吹風裝置等組成，它具有開動時，自動轉動梳理頭髮 的特點。 * 以上幾種梳理頭髮工具，因簡單易操作，效果顯著，目前在國內外家庭、美容美髮 '行業廣泛使用或正在興起。但功能單一，造成梳理頭髮使用工具偏多，無法一次同時實 現達到多個目的。‘ 【新型内容】 目的意在克服上述現有技術的不足，提出一種能一邊自動吹溫風或熱風或無風狀 態，一邊可正轉或逆轉並調節快慢轉速的多功能熱風電動梳。 實現上述目的的技術方案:一種多功能熱風電動梳，它包括梳子機構、配備梳理長 髮時用的大梳套機構和附件風筒外殼組成。所述梳子機構由帶出氣孔的梳子外殼，外設 置有梳齒或集毛束，內設置有電發熱裝置、其後部設置有電動吹風裝置、尾部設置有連 接手把轉動插頭裝置。 所述連接手把轉動插頭裝置由帶入氣孔的梳子連接後罩、兩個呈對稱安置的扣位元按 鈕、兩個壓力彈簧和轉動連接插頭組成，轉動連接插頭安置在梳子連接後罩的中心軸孔 •內固定。 所述轉動連接插頭由連接插頭底座、連接插頭管、.連接端子（A)、絕緣套管（A)、 連接插頭管（B)、連接端子（B)、連接插頭轉軸和絕緣六角扭頭組成，通過連接插頭轉 軸的後部連結固定絕緣六角扭頭，通過連接插頭轉軸的前部轉軸沈槽插上固定連接端子 (B)，再套上並固定絕緣套管，然後再套上並固定連接插頭管，在連接插頭管（A)前 側面部的扣位上插入並固定連接端子（A )，再套上並固定連接插頭底座。所述連接插 頭底座、絕緣套管和絕緣六角扭頭使用絕緣耐磨材料製成；連接插頭管、連接端子（A)、 連接端子（B)和連接插頭轉軸使用耐磨導電金屬材料製成。 所述的電發熱裝置由風輸送導向套管和電發熱體組成，電發熱體固定在風輸送導向 套管內部。電動吹風裝置有風扇馬達、風扇馬達座、風扇組成，風扇馬達固定在風扇馬 達座內部，再將風扇固定在風扇馬達的轉動軸上，然後將風扇馬達座的前端面與電發熱 裝置的風輸送導向套管的後端面連接固定。 所述功能手把機構由左手把外殼、右手把外殼、其前部的圓孔內設置有含油粉末 合金軸承，其內部設置有：前部爲連接梳子轉動插座裝置，在連接梳子轉動插座裝置後M259504 新型 Description of new type: [Technical field to which the new type belongs] The multifunctional hot air electric comb of the present case relates to an electric comb, an electric hot air comb and a hair dryer for combing hair, and is used to automatically blow warm air or hot air or no wind when combing hair State, one side can turn forward or reverse and adjust the speed of slow and fast to comb hair and curls. [Previous technology] The conventional electric hot air comb is a tool for combing hair with electric hot air. The structure of the electric hot air comb is mainly composed of a comb shell, a comb tooth, a handle, an electric heating device, and an electric hair dryer. , Automatically blowing hot air to comb the characteristics of hair. The electric hair dryer is a supplementary tool for combing hair by using electric heat to blow hot or cold wind. The structure of the electric comb is mainly composed of a fan casing, a handle, an electric heating device, an electric hair dryer, and the like. Hair characteristics. * The above-mentioned combing hair tools are simple and easy to operate, and have significant effects. They are currently widely used or are rising in domestic and foreign families and beauty salons. However, the single function results in too many tools for combing hair, which cannot achieve multiple purposes at the same time. ‘[New content] The purpose is to overcome the shortcomings of the above-mentioned prior art, and propose a multifunctional hot air electric comb that can automatically turn warm or hot air or no wind state, and can forward or reverse and adjust the speed of rotation. A technical solution to achieve the above object: a multifunctional hot-air electric comb, comprising a comb mechanism, a large comb sleeve mechanism for combing long hair, and an accessory fan casing. The comb mechanism is composed of a comb shell with an air vent, externally provided with comb teeth or hair bundles, an electric heating device is arranged inside, an electric hair dryer is arranged at the rear, and a rotary handle plug device is arranged at the tail. The connecting handle rotary plug device is composed of a comb-connected rear cover with an air inlet, two buckle buttons arranged symmetrically, two pressure springs, and a rotary connection plug. The rotary connection plug is arranged in the center of the comb-connected rear cover. Shaft hole • Internal fixing. The rotating connecting plug is composed of a connecting plug base, a connecting plug tube, a connecting terminal (A), an insulating sleeve (A), a connecting plug tube (B), a connecting terminal (B), a connecting plug shaft and an insulating hexagonal torsion. The insulated hexagonal torsion head is connected and fixed through the rear part of the connecting plug shaft, and the fixed connection terminal (B) is inserted through the front shaft sinking groove of the connecting plug shaft, and then the insulating sleeve is put on and fixed, and then the plug tube is put on and fixed, Insert and fix the connection terminal (A) on the buckle on the front side of the connection plug pipe (A), and then cover and fix the connection plug base. The base of the connecting plug, the insulating sleeve and the insulating hexagonal torsion are made of an insulating and wear-resistant material; the connecting plug tube, the connecting terminal (A), the connecting terminal (B) and the connecting plug shaft are made of a wear-resistant conductive metal material. The electric heating device is composed of a wind-conveying guide sleeve and an electric heating element, and the electric heating element is fixed inside the wind-conveying guide sleeve. The electric blower is composed of a fan motor, a fan motor base, and a fan. The fan motor is fixed inside the fan motor base, and then the fan is fixed on the rotating shaft of the fan motor. Then, the front end surface of the fan motor base and the wind of the electric heating device are conveyed. The rear end of the guide sleeve is connected and fixed. The functional handle mechanism is composed of a left handle housing, a right handle housing, and an oil-containing powder alloy bearing is arranged in a circular hole at the front thereof. The inner part is provided with: the front part is connected with the comb rotating socket device, and after the comb is rotated with the socket device
M259504 胗正幼…月次IM259504 Tong Zhengyou ... months I
• I 部設置有電動轉動裝置，在電動轉動裝置下部設置有調節轉速及正逆轉向功||襄^了功一——^ 能調節裝置，尾部設置有整流變壓器裝置。 所述連接梳子轉動插座裝置由轉動連接插座、兩個安全保護滑塊、兩個壓力彈簧、 連接彈片（A)、連接彈片（B)和定位彈扣組成。兩個安全保護滑塊分別安置在轉動連 接插座內部導向孔兩側的滑動槽內呈對稱直線排列，兩個安全保護滑塊的後部分S頓著 兩個壓力彈簧’以使兩個安全保護滑塊保持彈性活力，通過連接彈片（A)和連接彈片 (B)的一側彈片腳·，分別插入轉動連接插座相應槽位元，再將定位彈扣的兩彈腳扣入 、 轉動連接插座的兩定位孔內。 所述電動轉動裝置由傳動馬達、馬達支架、兩顆固定螺絲、傳動齒輪（A)、兩個 ： 爲一組的四個減速齒輪、傳動齒輪（B )、傳動六角扭套、減速傳動座組成。馬達支架通 過兩顆固定螺絲定位於傳動馬達前端面，傳動齒輪（A)套固定於傳動馬達的前傳動軸 上，兩個減速齒輪分別套在傳動六角扭套的兩定位軸上，再將傳動六角扭套放入減速傳 動座的內部底端，兩個減速齒輪分別套在傳動齒輪（B)的兩定位軸上，再將傳動齒輪 (B)放入減速傳動座的傳動六角扭套的後部，再將:減速傳動座後端面接上傳動馬達上 的馬達支架的前端面。 .• Part I is equipped with an electric rotating device, and the lower part of the electric rotating device is provided with an adjustable speed and forward and reverse steering work. The connecting comb rotating socket device is composed of a rotating connecting socket, two safety protection sliders, two pressure springs, a connecting elastic piece (A), a connecting elastic piece (B), and a positioning elastic buckle. The two safety protection sliders are arranged symmetrically and linearly in the sliding grooves on both sides of the inner guide hole of the rotary connection socket. The rear part of the two safety protection sliders holds two pressure springs to make the two safety protection sliders. The block maintains elasticity and vitality. By connecting the shrapnel feet of one side of the shrapnel (A) and the shrapnel (B), insert the corresponding slots of the rotary connection socket, and then push the two spring feet of the positioning spring buckle into and rotate the connection socket. Two positioning holes. The electric rotating device is composed of a transmission motor, a motor bracket, two fixing screws, a transmission gear (A), and two: a group of four reduction gears, a transmission gear (B), a transmission hexagonal torsion sleeve, and a reduction transmission seat. . The motor bracket is positioned on the front surface of the transmission motor by two fixing screws. The transmission gear (A) is fixed on the front transmission shaft of the transmission motor. The two reduction gears are respectively placed on the two positioning shafts of the transmission hex torsion sleeve. The hexagonal torsion sleeve is placed on the inner bottom end of the reduction transmission base, and the two reduction gears are respectively placed on the two positioning shafts of the transmission gear (B), and then the transmission gear (B) is placed in the rear of the transmission hexagonal torsion sleeve of the reduction transmission base. Then, connect the rear end surface of the reduction gear transmission base to the front surface of the motor bracket on the transmission motor. .
〜 所述調節轉速及正逆轉向功能裝置由調節轉速功能裝置、調節轉速按鍵、$專換方向 I 開關和轉換方向推鍵，組成，在調節轉速功能裝置的下方設置有調節轉速按鍵，在調節轉 速功能裝置的PCB電路板上設置有轉換方向開關，轉換方向推鍵固定在轉換方向開關的 推制上。 所述功能調節裝置由單排三檔開關、功能開關推鍵、二級管組成，單排三檔開關的 輸出腳分爲開關引出腳（A )、開關引出腳（B )、開關引出腳（C)、開關引出腳（D)， 功能開關推鍵固定在單排三檔開關的推制上，二級管的兩引出腳分別焊接在雙排三檔開 關的開關引出腳（A)和開關引出腳（B)上。 所述整流變壓器裝置是由電子整流開關或矽鋼片整流變壓器製成。 所述配備梳理長髮用的大梳套機構由大梳外殼、梳齒或植入集毛束、密閉氣蓋和定 位小軸組成，大梳外殼的外部設置有梳齒或集毛束，並設置有出氣孔，大梳外殼的尾部 設置有轉動密閉氣蓋，通過定位小軸進行定位和轉動密閉氣蓋，另大梳外殼兩側面端上 分別設置有導向和定位用的筋條，使用時可滑插入或拔出梳子機構的梳子外殼上設置的 對應兩條定位長凹坑槽。 ( 所述梳子機構、功能手把機構是兩相對獨立組合部件，通過梳子機構尾部的連接手 把轉動插頭插入,經功倉g手把機構前端面孔內的含油粉末合金軸承，進入轉動連接插的導 向孔，然後頂彈開兩個帶斜面的安全保護滑塊向兩側後移，分別壓縮安全保護滑塊後部的 兩個壓力彈簧行程，到達其設置內部的連接梳子轉動插座裝置的轉動連接插座的內孔定 位’實現轉動插頭的連接插頭管與連接梳子轉動插座裝置的連接彈片(B)的彈舌接觸導 通’實現轉動插頭的連接插頭轉軸與連接梳子轉動插座裝置的連接彈片（A)的彈舌接 觸導通，實現轉動插頭的絕緣六角扭頭的環形定位凹槽被連接梳子轉動插座裝置的定位 •彈扣的兩個彈弓卡位卡住定位，實現轉動插頭的絕緣六角扭頭的六角扭頭部定位與電動 轉動裝置的傳動六角扭套的六角凹坑槽內，達到傳遞扭力的作用。反之拔出時轉動插頭 的絕-六角扭頭的環形定位凹槽彈脫出連接梳子轉動插座裝置的定位彈扣的兩個彈弓 卡位元’轉動插頭的連接插頭管和連接插頭轉軸與連接梳子轉動插座裝置的相應的連接 彈片完全脫離，同時也實現轉動插頭的絕緣六角扭頭的六角扭頭與電動轉動裝置的傳動 六角扭套的六角凹坑槽相脫離，被頂彈開兩個帶斜面的安全保護滑塊，在兩個壓縮了行 程的壓力彈簧反彈下，恢復原來閉合狀態。 M259504 和 ^ j 採用上述技術方案，本案多功能熱風電動梳有益的技術效果在於：1、通逼梳子機' 構、功能手把機構和配備梳理長髮用的大梳套機構及附件風筒外殼的有機結合，實現根 據自己需要，可一邊自動吹溫風或熱風或無風狀態，一邊可正轉或逆轉並調節快慢轉 速，來梳理頭髮和捲髮，若需要專門吹風，通過風筒外殼替換梳子外殼，即可當電吹風 使用，操作簡單舒適，省時省事，適合現代生活氣息。2、冷熱風多功能電動梳設計簡 潔、周全、操作方便、實用性強。3、組合結構，獨立性高，便於收藏和維修保養。綜 上所述，本實用新型是結構簡單、巧妙、實用性強。 M259504 ?) !° 【實施方式】 、… 結合圖一至十八，一種多功能熱風電動梳’由梳子機構、配備梳理長髮時用的大 梳套機構和附件風筒外殼組成，其中： 梳子機構包括帶出氣孔的梳子外殻〇4 ’外設置有梳齒或集毛束64 ’內部設置有風 輸送導向套管05、風輸送導向套管05的內腔安置著電發熱體06、風輸送導向套管05 後端面連接固定的風扇馬達座、風扇馬達座10內部安置著風扇馬達09、風扇馬達09 的轉動軸上固定的風扇13、風扇馬達座1〇的兩外側面定位槽分別安置兩個呈對稱的扣 位元按紐12和兩個壓力彈簧11、梳子外殼後端面安置的梳子連接後罩15、梳子連 接後罩15上設置的梳子入氣孔65、安置在梳子連接後罩15的中心軸孔內的轉動連接插 頭69、兩個固定梳子外殼04於梳子連接後罩15的扣位元按鈕12 ’電發熱體06上的橋 堆二級管07的輸出正極引腳與風扇馬達09的輸入正極導通連接，電發熱體06上的橋 堆二級管07的輸出負極引腳與風扇馬達〇9的輸入負極導通連接，一端導通連接電發熱 體06的輸入端子另一端導通連接轉動連接插頭69的連接端子（A ) 19的連線（A ) 22、 —端導通連接電發熱體06的輸出端子另一端導通連接轉動連接插頭69的連接端子（B) 71的連線（B) 17。圖十所示是一種轉動連接插頭的爆炸結構，包括連接頭底座14、連 接插頭管16、連接端子（B) 71、絕緣套管18、連接端子（B) 19、連接插頭轉軸20和 絕緣六角扭頭21組成，通過連接插頭轉軸20的後部連結固定絕緣六角扭頭21，通過連 接插頭轉軸20的前部軸套上絕緣套管，通過連接插頭轉軸20的前部轉軸沈槽插上固定 連接端子（A) 19，再套上並固定連接插頭管16，在連接插頭管16.前側面部的扣位上插 入並固定連接端子（B) 71，再套上並固定連接插頭底座14 〇功能手把機構包括左手把 外殼48、右手把外殼60、.左手把外殻48下部安置的左手把護蓋47、右手把外殼60上 部安置的右手把護蓋32、左手把外殼48前部的半圓孔定位槽安置的含油粉末合金軸承 23、左手把外殼48內部和含油粉末合金軸承23後端面並同軸心線安置的連接梳子轉動 插座裝置的轉動連接插座26、在轉動連接插座26後部並同軸心線安置的電動轉動裝置 的減速傳動座33、在減速傳動座33下部安置的調節轉速功能裝置36、調節轉速功能裝 置36下方安置的調節轉速按鍵37、在調節轉速功能裝置的PCB電路板上安置的轉換方 向開關34、轉換方向開關34的推制上安置的轉換方向推鍵35、左手把外殼48內部和 動轉動裝置的傳動馬達46後部安置的功能調節裝置的單排三檔開關57，左手把外殼48 尾部安置的整流變壓器裝置51、五顆固定左手把外殻48於右手把外殻60的M2X12自 攻螺絲38、左手把外殼48尾部安置的兩個輸出引線分別連接整流變壓器裝置51的輸入 火線接點和輸入零線接點的電源線52。一端導通連接調節轉速功能裝置36的輸出負極 另一端導通傳動馬達46的輸入負極的連線（C) 39、一端導通連接調節轉速功能裝置36 的輸入負極另一端導通整流變壓器裝置50的輸出負極的連線（D) 56、一端導通連接整 流變壓器裝置50的輸入零線接點另一端導通連接彈片（B ) 28的連線（E) 30、一端 導通連接整流變壓器裝置5〇的輸入火線接點另一端導通連接單排三檔開關57的開關引 出腳（C) 73的連線（F) 54、一端導通連接調節轉速功能裝置36的輸入正極另一端導 通整流變壓器裝置50的輸出正極的連線（G) 50、一端導通連接單排三檔開關57的開 關引出腳（A) 53另一端導通連接彈片（A) 27的連線（H) 31、一端導通連接調節轉 速功能裝置36的輸出正極另一端導通傳動馬達46的輸入正極的連線（I) 49。 圖十二和圖十五所示是一種連接梳子轉動插座裝置的結構。包括轉動連接插座26、 連接彈片（A) 27、連接彈片（B) 28、兩個安全保護滑塊25、兩個壓力彈簧24、定位 彈扣29。兩個安全保護滑塊25分別安置在轉動連接插座26內部導向孔兩側的滑動槽內 M259504 ，卜 呈對稱直線排列，兩個安全保護滑塊25的後部分別頂著兩個壓力彈_ 24 ,以使兩 個安全保護滑塊25保持彈性活力，通過連接彈片（A) 27和連接彈片（B) 28的一側 彈片腳，分別插入轉動連接插座26相應槽位元，再將定位彈扣29的兩彈腳扣入轉動連 接插座26的兩定位孔內。 圖十三所示是一種電動轉動裝置的爆炸結構。包括傳動馬達46、馬達支架45、兩頼 固定M3X6機械螺絲44、傳動齒輪 (A) 43、兩個爲一組的四個減速齒輪40、傳動齒輪（：8)42、傳動六角扭套41、減速 傳動座33組成。馬達支架45通過兩顆M3X6機械螺絲44固定於傳動馬達46的前端面， 傳動齒輪（A) 43固定於傳動馬達46的前傳動軸上，兩個減速齒輪40分別套在傳動六 角扭套41的兩定位軸上，再將傳動六角扭套41放入減速傳動座33的內部底端，將兩 個減速齒輪40分別套在傳動齒輪（B) 42的兩定位軸上，再將傳動齒輪（B) 42放入 減速傳動座33的傳動六角扭套Μ的後部，再將減速傳動座33後端面連接到傳動馬達 • 46上的馬達支架45的前端面。 · 圖十四所示是一種功能調節裝置的連接結構。包括單排三檔開關57、功能開關推鍵 、58和二級管55組成，單排三檔開關57的輸出腳分爲開關引出腳（Α) 53、開關引出腳 (Β) 59、開關引出腳（C) 73、開關引出腳（D) 74，功能開關推鍵58固定在單排三 檔開關57的推制上，二級管55的兩引出腳分別焊接在單排三檔開關55的開關引出腳 (Α) 53和開關引出腳（Β) 59上。 這樣功能調節裝置的單排三檔開關57能産生三檔功能：功能開關推制鍵58推到第 一檔時，發熱體交流電路的火線是開路狀態，風扇直流電路是通過發熱體交流鼋路上的 橋堆二級管07整流成直流電供給，屬並聯電路，同樣處開路狀態， .風扇13停止工作鼓風。功能開關推制鍵58推到第二檔時，發熱體交流電路的火線雖是 閉路狀態但經二級管55單向過濾交流電，電發熱體06造成功率減半，風扇直流電路通 過發熱體交流電路上的橋堆二級管07整流成直流電供給，電路閉路狀態，産生風扇馬 達09和風扇13開始工作鼓風，梳子的出氣孔吹出溫風;功能開關推制鍵58推到第三 檔時，發熱體交流電路的火線是閉路狀態，風扇直流電路是閉路狀態，産生風扇馬達09 和風扇13開始工作鼓風，梳子的出氣孔吹出熱風。 梳子機構、功能手把機構是兩相對獨立組合部件，通過梳子機構尾部的連接手把轉 .動插頭69插入經功能手把機構前端面孔內的含油粉末合金軸承23 ,進入轉動連接插26 的導向孔，然後頂彈開兩個帶斜面的安全保護滑塊25向兩側後移，分別壓縮安全保護滑 塊25後部的雨個壓力彈簧24行程，到達其設置內部的連接梳子轉動插座裝置的轉動連 接插座26的內孔定位，實現轉動插頭69的連接插頭管16與連接梳子轉動插座裝置的 連接彈片（Β) 28的彈舌接觸導通，實現轉動插頭69的連接插頭轉軸20與連接梳子轉 動插座裝置的連接彈片（Α) 27的彈舌接觸導通，實現轉動插頭69的絕緣六角扭頭21 的環形定位凹槽7〇被連接梳子轉動插座裝置的定位彈扣29的兩個彈弓卡位72卡住定 位，實現轉動插頭69的絕緣六角扭頭21的六角扭頭部定位與電動轉動裝置的傳動六角 扭套41的六角凹坑槽內，達到傳遞扭力的作用。反之拔出時，轉動插頭69的絕緣六角 扭頭21的環形定位凹槽70彈脫出連接梳子轉動插座裝置的定位彈扣29的兩個彈弓卡 位元72，轉動插頭69的連接插頭管16和連接插頭轉軸20與連接梳子轉動插座裝置的 所有相應的連接彈片完全脫離，同時實現轉動插頭69的絕緣六角扭頭21的六角扭頭也 與電動轉動裝置的傳動六角扭套41的六角凹坑槽脫離，被頂彈開兩個帶斜面的安全保 護滑塊25，在兩個壓縮了行程的壓力彈簧24·反彈下，恢復原來閉合狀態。 配備梳理長髮用的大梳套機構包括：大梳外殼01、大梳齒或集毛束62、密閉氣蓋 - f修 p / M259504 '本勿叫~ The speed adjustment and forward and reverse steering function device is composed of speed adjustment function device, speed adjustment button, $ special change direction I switch and direction change push button. A speed adjustment button is provided below the speed adjustment function device, A speed change function device is provided with a change direction switch on the PCB circuit board, and the change direction push button is fixed on the push of the change direction switch. The function adjusting device is composed of a single-row third-gear switch, a function switch push button, and a diode. The output pins of the single-row third-gear switch are divided into a switch pin (A), a switch pin (B), and a switch pin ( C), switch pin (D), the push button of the function switch is fixed on the single row of the third gear switch, the two pins of the diode are welded to the switch pin (A) and the switch of the double row third gear Take out the foot (B). The rectifier transformer device is made of an electronic rectifier switch or a silicon steel sheet rectifier transformer. The large comb cover mechanism for combing long hair is composed of a large comb shell, comb teeth or implanted hair collection bundles, a closed air cap and a positioning small shaft. The outside of the large comb housing is provided with comb teeth or hair collection bundles, and There are air vents. The tail of the large comb shell is provided with a rotary air-tight cover. The positioning and rotation of the air-tight air cap are achieved by positioning small shafts. The two sides of the large comb shell are provided with ribs for guiding and positioning. Corresponding to two positioning long concave grooves provided on the comb shell of the comb mechanism which can be slid in or pulled out. (The comb mechanism and functional handle mechanism are two relatively independent combined components. The rotary plug is inserted through the connecting handle at the rear of the comb mechanism, and the oil-containing powder alloy bearing in the front face of the handle mechanism of the handlebar g enters the rotary connection plug. Guide holes, then pop open the two safety protection sliders with bevels and move backwards to both sides, compressing the two pressure spring strokes at the rear of the safety protection sliders, respectively, to reach the internal connection of the rotary connection socket of the comb rotation socket device The positioning of the inner hole of the 'implements the connecting plug tube of the rotary plug and the spring contact of the connecting spring (B) of the rotating socket device of the comb to achieve the contact of the connecting spring of the connecting plug of the rotating plug and the connecting spring of the rotating socket device of the comb (A). The spring tongue contacts and conducts to realize the ring-shaped positioning groove of the insulated hexagonal twist head of the rotating plug. The positioning of the rotating socket device of the comb is connected. The two slingshots of the buckle are locked and positioned to realize the positioning of the hexagonal twist head of the insulated hexagonal twist head of the rotary plug. With the hexagonal recessed groove of the driving hexagonal torsion sleeve of the electric rotating device, the function of transmitting torque is achieved. Conversely, the ring-shaped positioning groove of the absolute hexagonal twist head of the rotating plug when pulled out springs off the two slingshot slots of the positioning spring of the comb rotating socket device, and the connecting plug tube of the rotating plug and the connecting shaft of the plug and the connecting comb The corresponding connecting springs of the rotary socket device are completely disengaged, and at the same time, the hexagonal twist head of the insulated hexagonal twist head of the rotary plug is separated from the hexagonal recess groove of the transmission hexagonal torque sleeve of the electric rotary device. The protection slider is restored to its original closed state under the rebound of two compression springs that have compressed the stroke. M259504 and ^ j adopt the above technical solution. The beneficial technical effects of the multifunctional hot air electric comb in this case are as follows: The organic combination of the function handle mechanism and the large combing mechanism equipped with combing long hair and the accessory fan casing, to realize the automatic blowing of warm air or hot air or no wind while adjusting forward or reverse and adjust according to your own needs Speed up and down to comb your hair and curls. If you need a special blower, replace the comb shell with a hairdryer shell. The use of a hair dryer is simple and comfortable to operate, saves time and effort, and is suitable for modern life. 2. The hot and cold air multifunctional electric comb has a simple, comprehensive design, convenient operation and strong practicality. 3. The combined structure has high independence and is convenient for storage and maintenance. Maintenance. In summary, the utility model is simple in structure, ingenious, and highly practical. M259504?)! ° [Embodiment], ... With reference to Figures 1 to 18, a multifunctional hot air electric comb is composed of a comb mechanism and a comb The comb mechanism used for long hair and the accessory fan casing are composed of the following: The comb mechanism includes a comb casing with air vents. 4 'Outside is provided with comb teeth or hair bundles. 05 、 Electric heating element is installed in the inner cavity of the wind conveying guide sleeve 05. The fan conveying sleeve 05 is fixed to the rear end face of the fan motor holder. The fan motor holder 10 is provided with the rotation shafts of the fan motor 09 and the fan motor 09. Two fixed positioning buttons 12 and two pressure springs 11 and the rear end face of the comb housing are respectively arranged on the two outer side positioning grooves of the fixed fan 13 and the fan motor base 10. The comb is connected to the rear cover 15; the comb air inlet 65 provided on the comb is connected to the rear cover 15; the rotary connection plug 69 disposed in the central shaft hole of the comb is connected to the rear cover 15; the two fixed comb shells 04 are connected to the comb to the rear cover 15 button button 12 'The positive output pin of the bridge stack diode 07 on the electric heating element 06 is connected to the positive input of the fan motor 09, and the negative output pin of the bridge stack diode 07 on the electric heating element 06 The pin is connected to the input negative pole of the fan motor 09, one end is connected to the input terminal of the electric heating body 06, and the other end is connected to the connection terminal (A) of the connection plug 69 (A). The other end of the output terminal of the electric heating element 06 is electrically connected to the connection (B) 17 of the connection terminal (B) 71 of the rotary connection plug 69. Figure 10 shows an explosive structure of a rotary connection plug, including a connector base 14, a connection plug tube 16, a connection terminal (B) 71, an insulation sleeve 18, a connection terminal (B) 19, a connection plug shaft 20, and an insulation hexagon. The torsion 21 is composed of an insulated hexagonal torsion 21 connected to the rear of the plug shaft 20, and an insulating sleeve is sleeved on the front shaft of the plug shaft 20, and a fixed connection terminal is inserted through the front shaft sink of the plug shaft 20 ( A) 19, then put and fix the connecting plug tube 16, insert and fix the connecting terminal (B) 71 to the buckle on the front side of the connecting plug tube 16. Put on and fix the connecting plug base 14 〇Functional handle The mechanism includes a left handle housing 48, a right handle housing 60, a left handle cover 47 placed under the left handle housing 48, a right handle cover 32 placed above the right handle housing 60, and a semi-circular hole in the front of the left handle housing 48. The oil-containing powder alloy bearing 23 arranged in the groove, the inside of the left-hand handle housing 48 and the rear end surface of the oil-containing powder alloy bearing 23 and the coaxial cable are connected to the rotary comb socket of the rotary socket device. Connected to the rear of the socket 26 and placed on the coaxial drive of the electric rotating device of the reduction gear transmission seat 33, the speed adjustment function device 36 disposed below the reduction gear transmission 33, the speed adjustment function button 37 placed below the speed adjustment function device 36, the speed adjustment function A function direction adjusting device 34 disposed on the PCB circuit board of the device, a direction changing push button 35 disposed on the push of the direction changing switch 34, a left-hand handle housing 48, and a function adjusting device disposed at the rear of the driving motor 46 of the rotary device Third-row switch 57, left-handed housing 48, rectifier transformer device installed at the rear, five M2X12 self-tapping screws 38 fixing the left-handed housing 48 to the right-handed housing 60, and two output leads placed at the rear of the left-handed housing 48 The power line 52 of the input live line contact and the input neutral line contact of the rectifier transformer device 51 are respectively connected. One end is connected to the output negative pole of the speed regulation function device 36 and the other end is connected to the input negative pole of the drive motor 46 (C) 39. One end is connected to the input negative pole of the speed regulation function device 36 and the other end is connected to the output negative pole of the rectifier transformer device 50. Connection (D) 56, one end is connected to the input neutral line contact of the rectifier transformer device 50, and the other end is connected to the shrapnel (B) 28 connection (E) 30, one end is connected to the input live wire contact of the rectifier transformer device 50 The other end is connected to the switch lead (C) 73 of the single-row third-position switch 57 (F) 54. One end is connected to the input positive pole of the speed adjustment function device 36 and the other end is connected to the output positive pole of the rectifier transformer device 50. (G) 50. One end is connected to the switch lead pin of the single row third gear switch 57 (A) 53 The other end is connected to the connection of the shrapnel (A) 27 (H) 31. One end is connected to the positive output of the speed adjustment function device 36 The other end is connected to the connection (I) 49 of the input positive pole of the transmission motor 46. Figures 12 and 15 show the structure of a comb rotating socket device. Including rotating connecting socket 26, connecting elastic piece (A) 27, connecting elastic piece (B) 28, two safety protection sliders 25, two pressure springs 24, and positioning elastic buckle 29. The two safety protection sliders 25 are respectively placed in the sliding grooves M259504 on both sides of the inner guide hole of the rotary connection socket 26, and are arranged in a symmetrical and straight line. The rear of the two safety protection sliders 25 respectively bear two pressure bombs _ 24 In order to keep the two safety protection sliders 25 resilient and viable, through the spring pins on one side of the connection spring (A) 27 and the connection spring (B) 28, respectively insert the corresponding slots of the rotary connection socket 26, and then position the spring buckle. Two elastic feet of 29 are buckled into two positioning holes of the rotary connection socket 26. Figure 13 shows the explosion structure of an electric rotating device. Including transmission motor 46, motor bracket 45, two fixed M3X6 mechanical screws 44, transmission gear (A) 43, two reduction gears 40 as a set of two, transmission gear (8) 42, transmission hexagonal torsion sleeve 41, The reduction gear transmission base 33 is composed. The motor bracket 45 is fixed to the front surface of the transmission motor 46 by two M3X6 machine screws 44. The transmission gear (A) 43 is fixed to the front transmission shaft of the transmission motor 46. The two reduction gears 40 are respectively placed on the transmission hex torsion sleeve 41. On the two positioning shafts, put the transmission hexagonal torsion sleeve 41 into the inner bottom end of the reduction transmission seat 33, and place the two reduction gears 40 on the two positioning shafts of the transmission gear (B) 42, respectively, and then place the transmission gear (B ) 42 Insert the rear part of the transmission hex twist sleeve M of the reduction gear mount 33, and then connect the rear end surface of the reduction gear mount 33 to the front end surface of the motor bracket 45 on the transmission motor 46. · Figure 14 shows the connection structure of a function adjustment device. It consists of single row third gear switch 57, function switch push button, 58 and secondary tube 55. The output pins of single row third gear switch 57 are divided into switch pin (Α) 53, switch pin (B) 59, and switch pin. Pin (C) 73, switch pin (D) 74, the function switch push button 58 is fixed to the push of the single-row third-position switch 57, and the two lead pins of the secondary tube 55 are welded to the single-row third-position switch 55, respectively. Switch extraction pin (Α) 53 and switch extraction pin (B) 59. In this way, the single-row third-position switch 57 of the function adjustment device can generate the third-position function: When the function switch push button 58 is pushed to the first position, the hot wire of the AC circuit of the heating element is open, and the DC circuit of the fan passes through the AC of the heating element. The bridge reactor diode 07 is rectified into a DC power supply, which belongs to a parallel circuit and is also in an open circuit state. The fan 13 stops working and blows air. When the function switch push button 58 is pushed to the second gear, although the hot line of the AC circuit of the heating element is closed, the AC power is unidirectionally filtered by the secondary tube 55. The electric heating element 06 causes the power to be halved, and the fan DC circuit passes the AC power of the heating element. The bridge reactor diode 07 on the road is rectified into DC power supply, the circuit is closed, and the fan motor 09 and fan 13 start to blow air, and the comb air outlet blows warm air; when the function switch push button 58 is pushed to the third gear, The hot wire of the AC circuit of the heating element is in a closed circuit state, and the DC circuit of the fan is in a closed circuit state. The fan motor 09 and the fan 13 start to work and the hot air is blown out from the air outlet of the comb. The comb mechanism and functional handle mechanism are two relatively independent combined components, which are turned by the connecting handle at the tail of the comb mechanism. The moving plug 69 is inserted into the oil-containing powder alloy bearing 23 in the front face of the functional handle mechanism and enters the guide of the rotary connection insert 26 Hole, and then spring off the two safety protection sliders 25 with bevels to both sides and move backwards, compressing the rain pressure springs 24 of the rear of the safety protection sliders 25, respectively, to reach the inside of the installation. The inner hole of the connecting socket 26 is positioned so that the connecting plug tube 16 of the rotating plug 69 and the connecting spring (B) 28 of the connecting comb rotating socket device are in contact with each other, and the connecting plug shaft 20 of the rotating plug 69 and the connecting comb rotating socket are realized. The spring tongue of the device's connection spring (A) 27 is in contact with each other, and the ring-shaped positioning groove 70 of the insulating hexagonal torsion 21 of the rotating plug 69 is locked by the two slingshot latches 72 of the positioning spring 29 of the comb rotating socket device. Positioning to realize the positioning of the hexagonal torsion head of the insulated hexagonal torsion 21 of the rotary plug 69 and the hexagonal recess of the driving hexagonal torsion sleeve 41 of the electric rotating device In the pit, the effect of transmitting torque is achieved. Conversely, when pulled out, the ring-shaped positioning groove 70 of the insulating hexagonal torsion 21 of the rotary plug 69 pops out of the two slingshot card slots 72 of the positioning spring buckle 29 connected to the comb rotation socket device, and the plug tube 16 of the rotary plug 69 and The connecting plug rotating shaft 20 is completely separated from all the corresponding connecting springs of the connecting comb rotating socket device, and at the same time, the hexagonal torsion of the insulated hexagonal torsion 21 of the rotating plug 69 is also separated from the hexagonal recess of the driving hexagonal sleeve 41 of the electric rotating device. The two safety protection sliders 25 with bevels are ejected by the top, and the two compression springs 24 · that have compressed their strokes rebound and return to the original closed state. Equipped with a large comb cover mechanism for combing long hair, including: large comb shell 01, large comb teeth or hair collection 62, closed air cap-f repair p / M259504
J IJ I
I 02和定位小軸03組成，大梳外殼01的外部設置有成排的大梳齒或秦毛束一一」 設置有大梳出氣孔61，大梳外殼01的尾部設置有轉動密閉氣蓋02，通過定位小軸03 將轉動密閉氣蓋02定位於大梳外殼01的定位凹坑槽內，大梳外殻01側面的兩端上分 別設置有導向和定位用的凸筋條67，使用時可滑插入或拔出梳子機構的梳子外殼04上 設置的對應兩條定位凹坑槽68。 工作過程：操作前，先將熱風多功能電動梳的梳子機構尾部的連接手把轉動插頭69 對準功能手把機構前端面含油粉末合金軸承23的內孔，插入到達轉動插頭69的絕緣六 ' 角扭頭21的環形定位凹槽70被連接梳子轉動插座裝置的定位彈扣29的兩個彈弓卡位 72卡住定位，若梳理長髮或捲曲長髮，再將大梳套機構的轉動密閉氣蓋02從大梳外殻 . 01的尾部翻轉打開，將大梳外殼01側面的兩端上分別設置有導向和定位用的凸筋條67 ~ 對準梳子機構的梳子外殼04上設置的對應兩條定位凹坑槽68滑插到位，然後將冷熱風 多功能電動梳的電源線52接通交流電源。當功能開關推制鍵58推到第一檔時，電發熱 體交流電路的火線和風扇直流電路是開路狀態，電發熱體06和風扇馬達09處於停機狀 態，當將控制調節轉速功能裝置36的調節轉速按鍵37按壓前端部時，轉動直流電路輸 出到電動轉動裝置的傳動馬達46工作電壓較高，得到的傳動馬達46工作輸出轉速相應 較高，經傳動齒輪（A) 43、一組減速齒輪40、傳動齒輪（B ) 42、另一組減速齒輪40、. _ 傳動六角扭套41、減速傳動座33的行星齒輪箱四級減速，經傳動六角扭套41傳遞給梳 子的轉速也相應較快；反之按壓後端部時，轉動直流電路輸出到電動轉動裝置的傳動馬. 達46工作電壓較低，得到的傳動馬達46工作輸出轉速相應較低，經傳動齒輪（A) 43、 .一組減速齒輪40、傳動齒輪（B) 42、另一組減速齒輪40、傳動六角扭套41、減速傳· 動座33的行星齒輪箱四級減速，經傳動六角扭套41傳遞給梳子的轉速也相應較慢。當 轉換方向開關34的推制上安置的轉換方向推鍵35推到左檔時，梳子的旋轉方向爲順時 針方向旋轉；反之推到右檔時，搞子的旋轉方向爲逆時針方向旋轉。功能開關推制鍵58 推到第二檔時，發熱體交流電路的火線雖是閉路狀態但經二級管55過濾交流波，電發 熱體06造成功率減半，風扇直流電路是閉路狀態，産生風扇馬達09和風扇13開始工 作鼓風，冷風從梳子連接後罩15的梳子入氣孔65進入連接後罩.15內部，經風扇馬達 座10通過風輸送導向套管05，受到風輸送導向套管05內部安置的電發熱體06的預熱 變成溫風，到達梳子外殼04的內部，再經梳子外殼04設置的各個梳子出氣孔63輸出 溫風。若梳子外殻04套著大梳套機構，則從梳子外殼04設置的部分梳子出氣孔63輸 _ 出溫風，還須再經大梳外殼〇1設置的大梳出氣孔61輸出溫風。當將控制調節轉速功能 _ 裝置36的調節轉速按鍵37按壓前端部時，轉動直流電路輸出到電動轉動裝置的傳動馬 達46工作電壓較高，得到的傳動馬達45工作輸出轉速相應較高，經傳動齒輪（A ) 43、 一組減速齒輪40、傳動齒輪（B) 42、另一組減速齒輪40、傳動六角扭套41、減速傳 動座33的行星齒輪箱四級減速，經傳動六角扭套41傳遞給梳子的轉速也相應較快；反 之按壓後端部時，轉動直流電路輸出到電動轉動裝置的傳動馬達46工作電壓較低，得 ^ 到的傳動馬達46工作輸出轉速相鹰$交低，經傳動齒輪（A) 43、一組減速齒輪40、傳 動齒輪（B) 42、另一組減速齒輪40、傳動六角扭套41、減速傳動座33的行星齒輪箱 ‘: 四級減速，經傳動六角扭套41傳遞給梳子的轉速也相應較慢。當轉換方向開關34的推 制上安置的轉換方向推鍵35推到左檔時，梳子的ίί轉方向爲順時針方向旋轉；,反之推 到右檔時，梳子的旋轉方向爲逆時針方向旋轉。功能開關推制鍵58推到第三檔時，發 熱體交流電路的火線是閉路狀態，風扇直流電路是閉路狀態’産生風扇馬達〇9和風扇 13開始工作鼓風，冷風從梳子連接後罩15的梳子入氣孔65進入連接後罩15內部，經 風扇馬達座10通過風輸送導向套管〇5，受到風輸送導向套管〇5內部安置的電發熱體 j - 9) Ί- !) M259504 〇6的預熱變成熱風’到達梳子外殼〇4的內部，再經梳子外殼〇4設置的各個梳子出_ 63輸出溫風。若梳子外殼〇4套著大梳套機構，則從梳子外殼04設置的部分梳子出氣 孔63輸出熱風，還須再經大梳外殼01設置的大梳出氣孔61輸出熱風。當將控制調節 轉速功肖έ裝置36的調節轉速按鍵37按壓前端部時，轉動直流電路輸出到電動轉動裝置 的傳動馬達46工作電壓較高，得到的傳動馬達46工作輸出轉速相應較高，經傳動齒輪 (A ) 43、一組減速齒輪40、傳動齒輪（Β ) 42、另一組減速齒輪40、傳動六角扭套41、 減速傳動座33的行星齒輪箱四級減速，經傳動六角扭套41傳遞給梳子的轉速也相應較 快；反之按壓後端部時，轉動直流電路輸出到電動轉動裝置的傳動馬達46工作電壓較 低，得到的傳動馬達46工作輸出轉速相應較低，經傳動齒輪（A) 43、一組減速齒輪 40、傳動齒輪（B) 42、另一組減速齒輪40、傳動六角扭套4卜減速傳動座33的行星 齒輪箱四級減速，經傳動六角扭套41傳遞給梳子的轉速也相應較慢。當轉換方向開關 34的推制上安置的轉換方向推鍵35推到左檔時’梳子的旋轉方向爲順時針方向旋轉； 反之推到右檔時，梳子的旋轉方向爲逆時針方向旋轉。當操作完成需要停止工作時’鬆 開對控制調節轉速功能裝置36的調節轉速按鍵37的按壓，轉動直流電路爲開路狀態’， 梳子停止轉達；功能開關推制鍵58按原來步驟退回，使整機處於待命狀態，將冷熱風 多功能電動梳的電源線52斷開交流電源’拔出梳子機構。 M259504 【圖式簡單說明】 圖一是一種多功能熱風電動梳的前側視結構示意圖。 圖二是圖一的爆炸結構示意圖。 圖三是圖一的使用插拔功能結構示意圖。 圖四是圖一的前視結構示意圖。 圖五是圖一的俯視結構示意圖。 圖六是圖一的卸下大梳套機構的後側視結構示意圖。 吹風的前側視 圖七是圖一的梳子機構主要部件剖析的演示風的吸入、輸送 結構示意圖。 圖八是圖一的梳子機構的爆炸結構示意圖。 圖九是圖一的打開上蓋的前側視結構示意圖。 圖十是圖一的轉動連接插頭的爆炸結構示意圖。 圖十一是圖一的連接手把轉動插頭裝置的主要部件剖析結構示意圖。 圖十二是圖一的連接梳子轉動插座裝置的前側視結構示意圖。 圖十三是圖一的電動轉動裝置的爆炸結構示意圖。 圖十四是圖一的功能調節裝置的連接結構示意圖。 圖十五是圖十二的連接梳子轉動插座裝置爆炸結構示意圖。 圖十六是圖十二的梳子機構的使用裝卸功能結構示意圖。 圖十七是圖一·的風筒外殼替換梳子外殼結構示意圖。 圖十八是圖十七的風筒機構的使用裝卸功能結構示意圖。 【主要元件符號說明】 οι:長髮植毛保護套. 03:檔風片的插銷. 06:電發熱體 12:配件拆裝按鈕. 32:手柄飾片· 37:轉速開關. 46:傳動馬達 51:整流變壓器 58:熱風控制開關. 62.64:尼龍及豬鬃毛. 02雁毛保護套的擋風片 04:植毛梳子芯. 09:風扇馬達 15:進風座. 35:轉向開關. 40:減速齒輪 48:左手柄. 52:電源插頭線 60:右手柄.I 02 and positioning small shaft 03, large comb housing 01 is provided with rows of large comb teeth or Qin hair bundles one by one ". Large comb air vents 61 are provided, and the tail of the large comb housing 01 is provided with a rotary airtight cover. 02, by positioning the small shaft 03, the rotary airtight cover 02 is positioned in the positioning recess groove of the large comb casing 01, and the two ends of the side of the large comb casing 01 are respectively provided with guiding and positioning ribs 67 for use. The corresponding two positioning recessed grooves 68 provided on the comb housing 04 of the comb mechanism can be slid in or pulled out. Working process: Before operation, first align the connecting handle 69 on the tail of the comb mechanism of the hot-air multifunctional electric comb with the inner hole of the oil-containing powder alloy bearing 23 on the front side of the handle mechanism, and insert the insulation six that reaches the rotating plug 69 ' The annular positioning groove 70 of the angle twist head 21 is locked in position by the two slingshot latches 72 of the positioning spring buckle 29 connected to the comb rotation socket device. If combing long hair or curling long hair, the rotation of the large comb sleeve mechanism is hermetically sealed. The cover 02 is opened from the large comb housing 01. The tail of the large comb housing 01 is flipped open. The two ends of the side of the large comb housing 01 are provided with guiding and positioning ribs 67 ~ aligned with the corresponding two provided on the comb housing 04 of the comb mechanism. The positioning recess grooves 68 are slid into place, and then the power cord 52 of the hot and cold air multifunctional electric comb is connected to the AC power source. When the function switch push button 58 is pushed to the first gear, the hot wire of the AC circuit of the electric heating element and the DC circuit of the fan are in an open state, and the electric heating element 06 and the fan motor 09 are in a stopped state. When the speed adjustment button 37 presses the front end, the working voltage of the driving motor 46 of the rotating DC circuit output to the electric rotating device is relatively high. The obtained driving motor 46 has a correspondingly high working output speed. After the driving gear (A) 43, a set of reduction gears 40. Transmission gear (B) 42. Another set of reduction gears 40.. _ Transmission hexagonal torsion sleeve 41, planetary gear box of reduction transmission seat 33, four-stage reduction. Fast; conversely, when the rear end is pressed, the rotating DC circuit outputs to the driving horse of the electric rotating device. The working voltage of up to 46 is relatively low, and the working output speed of the obtained driving motor 46 is correspondingly low, via the transmission gear (A) 43, Group of reduction gear 40, transmission gear (B) 42, another group of reduction gear 40, transmission hexagonal torsion sleeve 41, planetary gear box of reduction transmission · moving seat 33, four-stage reduction, The speed at which the sleeve 41 transmits to the comb is correspondingly slower. When the change direction push key 35 provided on the push of the change direction switch 34 is pushed to the left position, the comb rotation direction is clockwise; otherwise, when the right direction is pushed, the rotation direction of the comb is rotated counterclockwise. When the function switch push button 58 is pushed to the second gear, although the hot wire of the heating circuit's AC circuit is in a closed state, the AC wave is filtered by the secondary tube 55. The electric heating element 06 causes the power to be halved, and the fan DC circuit is in a closed state. The fan motor 09 and the fan 13 start to work, and the cold air enters the rear cover 15 from the comb inlet hole 65 of the rear cover 15 to the comb. The inside of the 15 is passed through the fan motor base 10 through the wind conveying guide sleeve 05, and the wind conveying guide sleeve is received. The preheating of the electric heating element 06 arranged inside 05 becomes warm air, reaches the inside of the comb shell 04, and then outputs the warm air through the comb air outlets 63 provided in the comb shell 04. If the comb casing 04 is equipped with a large comb sleeve mechanism, warm air is output from a part of the comb air outlets 63 provided in the comb casing 04, and the warm air must be output through the large comb air outlets 61 provided in the large comb casing 04. When the speed control button 37 of the control speed adjustment function _ device 36 is pressed on the front end, the working voltage of the driving motor 46 of the rotating DC circuit output to the electric rotating device is higher, and the obtained driving motor 45 has a corresponding higher working output speed. Gear (A) 43, one set of reduction gear 40, transmission gear (B) 42, another set of reduction gear 40, transmission hexagonal torsion sleeve 41, planetary gear box of reduction transmission seat 33, four-stage reduction, via transmission hexagonal torsion sleeve 41 The rotation speed transmitted to the comb is also relatively fast; otherwise, when the rear end is pressed, the working voltage of the driving motor 46 of the rotating DC circuit output to the electric rotating device is low, and the working output speed of the driving motor 46 obtained is relatively low. Planetary gearbox via transmission gear (A) 43, one set of reduction gear 40, transmission gear (B) 42, another set of reduction gear 40, transmission hexagonal torsion sleeve 41, reduction drive seat 33 ': four-stage reduction, transmission The rotation speed of the hexagonal torsion sleeve 41 to the comb is correspondingly slower. When the change direction push button 35 provided on the push of the change direction switch 34 is pushed to the left position, the rotation direction of the comb is rotated clockwise; otherwise, when pushed to the right position, the rotation direction of the comb is rotated counterclockwise. . When the function switch push button 58 is pushed to the third gear, the hot wire of the AC circuit of the heating element is in a closed state, and the DC circuit of the fan is in a closed state. The fan motor 09 and the fan 13 start to work, and the cold air is connected from the comb to the rear cover 15 The comb air inlet 65 enters the interior of the rear cover 15 and passes through the fan motor base 10 through the wind conveying guide sleeve 〇5, and is received by the wind conveying guide sleeve 〇5 The electric heating element j-9) Ί-!) M259504 〇 The preheating of 6 turns into hot air 'and reaches the inside of the comb shell 04, and then each comb set by the comb shell 04 outputs _63 warm air. If the comb housing 04 is equipped with a large comb cover mechanism, hot air is output from a part of the comb outlet holes 63 provided in the comb housing 04, and hot air must be output through the large comb outlet holes 61 provided in the large comb housing 01. When the adjusting speed control button 37 of the speed adjusting work device 36 is pressed to the front end, the working voltage of the driving motor 46 of the rotating DC circuit output to the electric rotating device is relatively high. Transmission gear (A) 43, one set of reduction gear 40, transmission gear (B) 42, another set of reduction gear 40, transmission hexagonal torsion sleeve 41, planetary gear box of reduction transmission seat 33, four-stage reduction, via transmission hexagonal torsion sleeve 41 The speed of transmission to the comb is also relatively fast; otherwise, when the rear end is pressed, the working voltage of the driving motor 46 of the rotating DC circuit output to the electric rotating device is lower, and the obtained driving motor 46 has a corresponding lower working output speed. (A) 43, a set of reduction gears 40, transmission gears (B) 42, another set of reduction gears 40, a hexagonal torsion sleeve 4 and a planetary gearbox with a reduction gearing seat 33, four-stage reduction, transmitted via a transmission hexagonal torsion sleeve 41 The speed of the comb is correspondingly slower. When the change direction push button 35 provided on the push of the change direction switch 34 is pushed to the left position, the comb rotation direction is clockwise; otherwise, when the right direction is pushed, the comb rotation direction is counterclockwise rotation. When the operation is completed and the work needs to be stopped, 'release the pressing of the speed control button 37 for controlling the speed control function 36 and turn the DC circuit to an open circuit state', and the comb stops conveying; the function switch push button 58 returns according to the original steps to make the whole The machine is in a standby state, and the power cord 52 of the hot and cold air multifunctional electric comb is disconnected from the AC power source, and the comb mechanism is pulled out. M259504 [Brief description of the drawings] Figure 1 is a schematic structural view of the front side of a multifunctional hot air electric comb. Figure 2 is a schematic diagram of the explosion structure of Figure 1. FIG. 3 is a schematic diagram of the structure using the plug-in function of FIG. 1. FIG. 4 is a schematic front view structure of FIG. 1. FIG. 5 is a schematic top plan view of FIG. 1. FIG. 6 is a schematic rear structural view of the large comb removing mechanism of FIG. 1. FIG. Front view of the blower Figure 7 is a schematic diagram of the structure of the suction and conveyance of the wind through the analysis of the main components of the comb mechanism of Figure 1. FIG. 8 is a schematic diagram of an exploded structure of the comb mechanism of FIG. 1. FIG. 9 is a schematic structural view of the front side of the upper cover with the cover of FIG. 1 opened. FIG. 10 is an exploded schematic view of the rotary connection plug of FIG. 1. FIG. 11 is a schematic structural diagram of the main components of the rotary plug device of the connecting handle of FIG. 1. FIG. 12 is a schematic structural view of the front side of the rotating comb socket device connected to the comb of FIG. 1. FIG. FIG. 13 is a schematic exploded view of the electric rotating device of FIG. 1. FIG. 14 is a schematic diagram of a connection structure of the function adjusting device of FIG. 1. FIG. 15 is an exploded schematic view of the connecting comb rotating socket device of FIG. 12. FIG. 16 is a functional structural diagram of the comb mechanism of FIG. 12 in use. FIG. 17 is a structural diagram of the comb casing replaced by the fan casing of FIG. FIG. 18 is a functional structural schematic diagram of the air cylinder mechanism of FIG. 17 in use. [Description of main component symbols] οι: Long hair hair protection cover. 03: Pin of windshield. 06: Electric heating element 12: Accessory disassembly button. 32: Handle trim. 37: Speed switch. 46: Transmission motor 51 : Rectifier transformer 58: Hot air control switch. 62.64: Nylon and bristles. 02 Wind shield of goose feather protection 04: Hair planting comb core. 09: Fan motor 15: Air inlet seat. 35: Steering switch. 40: Reducer 48: left handle. 52: power plug cable 60: right handle.