201249364 六、發明說明： L 明戶斤4軒々貝3 發明領域 本發明係有關於一種用以使頭髮乾燥之吹風機。 C先前技術3 發明背景 用以使頭髮乾燥之吹風機一般採用於具有吹出口之殼 體内收容有送風器及加熱器之結構，此送風器從設於殼體 之取入口將空氣取入，並將之朝吹出口送出。然後，藉加 熱器加熱送往此吹出口之空氣，在吹出口產生溫風，使用 者藉將此溫風吹拂頭髮一定時間，而使頭髮乾燥。 先行技術文獻 專利文獻 專利文獻1日本專利公開公報平6-335407號 【韻^明内穷】 發明概要 發明欲解決之課題 然而，以上述之吹風機使頭髮乾燥時，有靠近吹出口 之部^之料過於絲，頭f受損之問題。 疋文本發明以提供可防止頭髮之過度乾燥之吹風機 為課題。 用以解決課題之手段 有殼體 本發明之吹風機係為解決上述課題而發明者，其包含 运風器、加熱器、蒸氣產生器、蒸氣加熱機構及 201249364 蒸氣導管，該殼體係形成有用以從外部取入空氣之取入 口、及將空氣往外部吹出之吹出口者；該送風器係設於前 述殼體内，從前述取入口取入空氣且將該空氣送至前述吹 出口者；該加熱器係設於前述殼體内，將送至前述吹出口 之空氣加熱者；該蒸氣產生器係設於前述殼體之外部，使 蒸氣產生者；該蒸氣加熱機構係設於前述殼體内，並且藉 由連結管與前述蒸氣產生器連結，以將從前述連結管所送 達之蒸氣加熱者；該蒸氣導管係將業經以前述蒸氣加熱機 構加熱之蒸氣送至前述吹出口者。 由於上述吹風機構造成以蒸氣產生器產生之蒸氣藉由 蒸氣導管與以送風器及加熱器產生之溫風一同從吹出口吹 出，故可一面給予頭髮水分，一面使頭髮乾燥，而可防止 頭髮之過度乾燥。藉此，可防止頭髮受損，又，亦可抑制 在頭髮之靜電之產生。再者，由於上述吹風機於殼體内設 有用以將從連結管送達之蒸氣加熱之蒸氣加熱機構，故即 使通過連結管之蒸氣含有水滴時，亦可藉蒸氣加熱機構使 此水滴蒸發，而可防止從吹出口吹出水滴。 又，蒸氣吹風機亦可更包含有設於前述連結管，並且 調整通過連結管之蒸氣之流量的流量調整部。此外，「設於 連結管」係不僅指設於連結管之途中，亦包含設於蒸氣產 生器與連結管間等、連結管之端部之情形。 又，在上述吹風機中，前述蒸氣加熱機構於内部形成 有將蒸氣從連結管送往蒸氣導管之蒸氣通路，此蒸氣通路 具有沿著蒸氣之行進方向延伸且前端封閉之端閉部。根據 4 201249364 * 此結構，由於通過連結管之蒸氣含有水滴時，此水滴可進 入端閉部，而使水滴停留在蒸氣加熱機構内較長之時間， 故可使水滴確實地蒸發。 又，在上述吹風機中，前述連結管於連結管本體之周 圍捲繞有電熱線。根據此結構，由於可將以蒸氣產生器所 產生之蒸氣一面在連結管内加熱，一面送至蒸氣加熱機 構，故可抑制蒸氣之一部份在連結管内冷卻而形成為水滴。 發明效果 根據本發明，可防止頭髮之過度乾燥。 圖式簡單說明 第1圖係本發明實施形態之吹風機之側面截面圖。 第2圖係本發明實施形態之蒸氣加熱機構之側面截面 圖。 第3圖係本發明實施形態之蒸氣加熱機構之平面截面 圖。 第4圖係本發明實施形態之蒸氣產生器之正面圖。 C 方包方式3 用以實施發明之形態 以下，就本發明之吹風機之實施形態，一面參照圖式， 一面說明。 如第1圖所示，本實施形態之吹風機1包含有殼體2、設 於此殼體2内之送風機3及第1加熱器4。又，於殼體2内亦設 有蒸氣加熱機構6及蒸氣導管7，此蒸氣加熱機構6藉由連結 管8與設於殼體2之外部之蒸氣產生器9連結。 201249364 如第1圖所示，殼體2形成有用以將空氣取入至内部之 取入口 2丨、及用以將從取入口 21所取入之空氣吹出至外部 之吹出口 22。於此吹出口 22安裝有吹出口蓋221，於取入口 21裝設有用以防止塵埃侵入殼體2内之取入口過濾器211。 又，殼體2亦可安裝有用以調整從吹出口 22吹出之空氣之擴 展之罩23。 如第1圖所示，殼體2於内部設有送風器3及第1加熱器 4,並於為使用者握持之握持部24設有用以切換控制送風器 3之風量之送風器開關25、及用以進行第1加熱器4之開啟關 閉控制之加熱器開關26。又，於殼體2之握持部24設有用以 使蒸氣產生之蒸氣開關27，藉切換此蒸氣開關27之開啟關 閉，而進行後述蒸氣電磁閥11之開關。送風器3係藉以馬達 31驅動，而從取入口 21將空氣取入至殼體2内並將此空氣送 至吹出口 22者，送風器開關25藉切換成強/弱/關，可調整其 風量。第1加熱器4係配置於送風器3與吹出口 22間，將以送 風器3輸送之空氣加熱者，並構造成其熱量按送風器3之風 量增大。 蒸氣加熱機構6係用以將通過内部之蒸氣加熱者，如第 1圖所示，設於殼體2内，並且與朝吹出口 22延伸之蒸氣導 管7連結。如第2圖及第3圖所示，蒸氣加熱機構6具有第2加 熱器61a、61b，並於此第2加熱器61a、61b間形成有蒸氣通 路62。如第3圖所示，此蒸氣通路62具有用以導入從連結管 8輸送之蒸氣之入口 62卜及用以將蒸氣往蒸氣導管7送出之 出口 622。又，蒸氣通路62具有複數分歧部623，並形成有 6 201249364 • 從此分歧部6 2 3沿著蒸氣之行進方向D延伸且前端封閉之端 閉部624。此外，吹風機1内之蒸氣加熱機構6構造成藉吹風 機1之電源連接於後述蒸氣產生部91，而於蒸氣產生部91之 電源為ON狀態時，持續運作。蒸氣加熱機構6之材質非特 別限定者，可使用鋁、銅合金等熱傳導佳且耐熱、耐腐蝕 性佳之物。 如第1圖所示，蒸氣產生器9與上述蒸氣加熱機構6藉由 連結管8連結，於此蒸氣產生器9與連結管8之連接部份設有 用以調節送至蒸氣電磁閥11、及連結管8之蒸氣之流量的流 量調整部10。流量調整部10具有具圓錐形閥體，而可進行 開度之微調整之針閥101，此針閥101之開度可以流量調整 旋鈕102調整。連結管8係於連結管本體之周圍捲繞電熱 線，並構造成當後述蒸氣產生部91之電源為ON時便運作之 熱軟管，將從蒸氣產生器9送達之蒸氣加熱。 如第4圖所示，蒸氣產生器9具有蒸氣產生部91、藉由 供給管92連結於此蒸氣產生部91之水槽93。水槽93構造成 將筒式水槽94以可裝卸之方式安裝，而可從此筒式水槽94 供給水。於供給管92設有電磁泵921、填充有離子交換樹脂 之軟水器922、及止回閥923，水槽93内之水以電磁泵921吸 起而供至蒸氣產生部91。 蒸氣產生部91可將從水槽93供給之水貯存於内部，且 如第4圖所示，具有用以探測内部之水位之水位探測器 911、及用以探測内部之壓力之壓力探測器912。此蒸氣產 生部91更具有用以將内部之水加熱而使其蒸發之第3加熱 201249364 窃913，此第3力σ熱器913構造成當水位探測器pi!探測蒸氣 產生部91内之水位已到預定值時，便作動，當壓力探測器 912探測蒸氟產生部91内之壓力超過預定值時，便停止。此 外，當因一歧問題而形成異常壓力時，便開放設於蒸氣產 生部91上部之安全閥914，以將蒸氣產生部91内之蒸氣排 出。又，於菸氣產生部91亦設有具有電動排水閥915之排水 管916、及探測内部之溫度之值溫器917 ,於蒸氣產生部91 之使用後，暫時關掉電源，再來電時，當恆溫器917探測蒸 氣產生部91内之溫度已充分降低時，便開放電動排水閥 915，以從桃水管916排出蒸氣產生部91内之水。 接著，沭如上述構成之吹風機1之使用方法及作動作說 明。 使用上述吹風機時，將已預先裝有水之水槽94安裝於 蒸氣產生器9之水槽93，將水供至水槽93，並且，以流量調 整旋鈕102調綮針閥101之開度’設定從蒸氣產生器9送至連 結管8之蒸氣之流量。接著，令蒸氣產生部91之電源為〇Ν， 使蒸氣產生器91、蒸氣加熱機構6、及連結管8作動。在此 狀態下，令殼體2之送風器開關25為「強」或「弱」，並且 開啟加熱器開關26’同時，開啟蒸氣開關27(第1圖）。此外， 關於從蒸氣產生器9送至連結管8之蒸氣之流量，可以流量 調整旋鈕102適宜調整。 如此，藉令送風器開關25為「強」或「弱」，並且開啟 殼體2之加熱器開關26，送風器3可以馬達31驅動，以此送 風器3從取入口 21將空氣取入至殼體2内，將此空氣朝吹出 8 201249364 * 口 22送。送往吹出口 22之空氣以第1加熱器4加熱，形成為 溫風而從吹出口 22吹出。 又，藉開啟蒸氣開關27，開放蒸氣電磁閥11，藉由内 部已加熱至120°C〜150°C之連結管，將蒸氣從蒸氣產生器9 送往蒸氣加熱機構6。到達蒸氣加熱機構6之蒸氣從入口 621 進入蒸氣通路62，一面以已加熱至150〜180°C之第2加熱器 61 a、61 b加熱，一面朝出口 622移動。此外，以蒸氣產生器 9產生之蒸氣之一部份於到達蒸氣加熱機構6之期間凝聚， 而有從連結管8送達之蒸氣含有水滴W之情形，此蒸氣所含 之水滴W到達蒸氣通路62之分歧部623後，往端閉部624前 進，在端閉部624内加熱而蒸發（第3圖）。如此，由於即使從 連結管8送達之蒸氣含有水滴時，此水滴於通過蒸氣通路62 之期間仍形成為蒸氣，故從蒸氣加熱機構6僅送出蒸氣。然 後，此蒸氣通過蒸氣導管7，從吹出口22與溫風一同吹出。 將如此從吹出口 22吹出之溫風及蒸氣吹拂頭髮，一面 給予適度之水分，一面使頭髮乾燥。若頭髮充分乾燥後， 關閉送風器開關25及加熱器開關26，而使送風器3及第1加 熱器4之作動停止（第1圖）。又，關閉蒸氣開關27,封閉蒸氣 電磁閥11，而使蒸氣之喷出停止。 此外，當如上述在開啟加熱器開關26之狀態下使用 時，從吹出口 22吹出溫風，而當關閉加熱器開關26，並且 令送風器開關25為「強」或「弱」時，不加熱從送風器3送 往吹出口 22之空氣，而從吹出口 22吹出冷風。 如以上，本實施形態之吹風機1可使以蒸氣產生器9產 201249364 生之蒸氣從吹出口 22與以送風器3及第1加熱器4產生之溫 風一同吹出。藉此，由於可防止頭髮之過度乾燥，故可防 止頭髮受損，又，亦可抑制頭髮之靜電之產生。再者，此 吹風機1即使從連結管8輸送之蒸氣含有水滴時，亦可以蒸 氣加熱機構6使此水滴確實地蒸發，而可防止水滴濺到頭 髮。 以上，就本發明之實施形態作了說明，本發明非限於 該等者，只要不脫離本發明之旨趣，可進行各種變更。舉 例言之，在上述實施形態中，於蒸氣加熱機構6形成有具有 端閉部624之蒸氣通路62，只要在蒸氣加熱機構6内，使蒸 氣所含之水滴蒸發，便不限於此，亦可不於蒸氣通路62形 成端閉部624。 又，在上述實施形態中，連結管8係於連結管本體之周 圍捲繞有電熱線之熱軟管，只要可將在蒸氣產生器9所產生 之蒸氣送至蒸氣加熱機構6便可，舉例言之，亦可使用不含 電熱線之鐵氟隆軟管、矽、或彎曲自如且具耐熱、耐蒸氣 性，並足以对壓之物等作為連結管8。 又，在上述實施形態之吹風機1中，為可使冷風產生， 構造成可以加熱器開關26控制第1加熱器4開啟關閉，舉例 言之，亦可構造成第1加熱器4與送風器3連動而作動，而僅 使溫風產生。 I：圖式簡單說明1 第1圖係本發明實施形態之吹風機之側面截面圖。 第2圖係本發明實施形態之蒸氣加熱機構之側面截面 10 201249364 . 圖。 第3圖係本發明實施形態之蒸氣加熱機構之平面截面 圖。 第4圖係本發明實施形態之蒸氣產生器之正面圖。 【主要元件符號說明】 1...吹風機 62...蒸氣通路 2...殼體 91...蒸氣產生部 3...送風器 92...供給管 4...第1加熱器 93...水槽 6...蒸氣加熱機構 94···筒式水槽 7...蒸氣導管 101...針閥 8...連結管 102...流量調整旋鈕 9...蒸氣產生器 211...取入口過濾器 10...流量調整部 221...取出口蓋 11...蒸氣電磁閥 621...入口 21..·取入口 622…出口 22...吹出口 623...分歧部 23…罩 624...端閉部 24...握持部 911...水位探測器 25...送風器開關 912…壓力探測器 26...加熱器開關 913…第3加熱器 27...蒸氣開關 914...安全閥 31...馬達 915...電動排水閥 61a，61b...第2加熱器 916...排水管 201249364 917.. .恆溫器 923...止回閥 921.. .電磁泵 D···蒸氣之行進方向 922.. .軟水器 12201249364 VI. INSTRUCTIONS: L Minghu Jin 4 Xuan Mussel 3 Field of the Invention The present invention relates to a hair dryer for drying hair. C. Prior Art 3 Background of the Invention A hair dryer for drying hair is generally used in a housing having a blowout port, in which a blower and a heater are housed, and the blower takes in air from an inlet provided at the casing, and Send it out to the blowout. Then, the air sent to the air outlet is heated by the heater to generate a warm air at the air outlet, and the user blows the hair for a certain period of time to dry the hair. PRIOR ART DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PATENT DOCUMENT PRIOR ART PROBLEM TO BE SOLVED BY THE INVENTION The material is too silky and the head f is damaged. The invention is directed to providing a hair dryer that prevents excessive drying of the hair. Means for Solving the Problem A casing of the present invention is invented to solve the above problems, and includes an air cooler, a heater, a steam generator, a steam heating mechanism, and a 201249364 vapor conduit, and the casing is formed to be useful. An external inlet for taking in air and a blower for blowing air to the outside; the blower is disposed in the casing, and takes in air from the intake port and sends the air to the blower; the heating The device is disposed in the casing and is heated to the air outlet of the air outlet; the steam generator is disposed outside the casing to enable a steam generator; the steam heating mechanism is disposed in the casing And connecting the steam generator to the steam generator by a connecting pipe to heat the steam sent from the connecting pipe; the steam pipe is sent to the blower by steam heated by the steam heating mechanism. Since the above-described blowing mechanism causes the steam generated by the steam generator to be blown out from the air outlet by the steam duct together with the warm air generated by the air blower and the heater, the hair can be moistened while the hair is dried, and the hair can be prevented. Excessively dry. Thereby, damage to the hair can be prevented, and static electricity generated in the hair can be suppressed. Furthermore, since the hair dryer is provided with a steam heating mechanism for heating the steam sent from the connecting pipe in the casing, even if the water containing the water passing through the connecting pipe contains water droplets, the water can be evaporated by the steam heating mechanism. Prevent water droplets from being blown out from the air outlet. Further, the steam blower may further include a flow rate adjusting unit provided in the connecting pipe and adjusting a flow rate of the steam passing through the connecting pipe. In addition, the term "provided in the connecting pipe" refers to not only the way of connecting the pipe but also the end portion of the connecting pipe between the steam generator and the connecting pipe. Further, in the above-described hair dryer, the steam heating means has therein a vapor passage for conveying steam from the connection pipe to the steam conduit, and the vapor passage has an end portion which extends in the traveling direction of the vapor and whose front end is closed. According to the structure of 4 201249364 *, since the water droplets passing through the connecting tube contain water droplets, the water droplets can enter the end closing portion, and the water droplets stay in the steam heating mechanism for a long time, so that the water droplets can be surely evaporated. Further, in the above hair dryer, the connecting pipe is wound with a heating wire around the connecting pipe body. According to this configuration, since the vapor generated by the steam generator can be sent to the steam heating mechanism while being heated in the connecting pipe, it is possible to suppress a part of the steam from being cooled in the connecting pipe to form a water drop. EFFECT OF THE INVENTION According to the present invention, excessive drying of hair can be prevented. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side cross-sectional view showing a hair dryer according to an embodiment of the present invention. Fig. 2 is a side sectional view showing a steam heating mechanism according to an embodiment of the present invention. Fig. 3 is a plan sectional view showing a steam heating mechanism according to an embodiment of the present invention. Figure 4 is a front elevational view of a steam generator in accordance with an embodiment of the present invention. C-Bag Method 3 Embodiment for Carrying Out the Invention Hereinafter, an embodiment of the hair dryer of the present invention will be described with reference to the drawings. As shown in Fig. 1, the hair dryer 1 of the present embodiment includes a casing 2, a blower 3 provided in the casing 2, and a first heater 4. Further, a vapor heating mechanism 6 and a vapor conduit 7 are provided in the casing 2, and the vapor heating mechanism 6 is coupled to a steam generator 9 provided outside the casing 2 via a connecting pipe 8. 201249364 As shown in Fig. 1, the casing 2 is formed with an inlet port 2 for taking in air into the interior, and an outlet port 22 for blowing air taken in from the inlet port 21 to the outside. The air outlet 22 is provided with an air outlet cover 221, and the inlet 21 is provided with an inlet filter 211 for preventing dust from entering the housing 2. Further, the casing 2 may be provided with a cover 23 for adjusting the expansion of the air blown from the air outlet 22. As shown in Fig. 1, the casing 2 is provided with a blower 3 and a first heater 4 therein, and a grip switch 24 for the user to hold the air blower switch for controlling the air volume of the blower 3 is provided. 25. A heater switch 26 for performing the opening and closing control of the first heater 4. Further, the grip portion 24 of the casing 2 is provided with a steam switch 27 for generating steam, and by switching the opening and closing of the steam switch 27, the steam solenoid valve 11 to be described later is switched. The blower 3 is driven by the motor 31, and air is taken into the casing 2 from the intake port 21 and sent to the blower outlet 22, and the blower switch 25 can be adjusted by switching to strong/weak/closed. Air volume. The first heater 4 is disposed between the blower 3 and the air outlet 22, and heats the air sent by the air blower 3 to increase the amount of heat according to the air volume of the air blower 3. The steam heating mechanism 6 is for heating the steam passing through the inside, and is provided in the casing 2 as shown in Fig. 1, and is connected to the vapor conduit 7 extending toward the outlet port 22. As shown in Figs. 2 and 3, the steam heating mechanism 6 has the second heaters 61a and 61b, and the steam passage 62 is formed between the second heaters 61a and 61b. As shown in Fig. 3, the vapor passage 62 has an inlet 62 for introducing steam transported from the connecting pipe 8, and an outlet 622 for discharging steam to the steam conduit 7. Further, the vapor passage 62 has a plurality of branch portions 623 and is formed with 6 201249364. The end portion 624 which extends from the branch portion 6 2 3 in the traveling direction D of the vapor and which is closed at the front end. Further, the steam heating mechanism 6 in the blower 1 is configured to be connected to a steam generating portion 91 to be described later by a power source of the blower 1, and to continue operation when the power of the steam generating portion 91 is in an ON state. The material of the steam heating mechanism 6 is not particularly limited, and aluminum or a copper alloy can be used, which is excellent in heat conduction and heat resistance and corrosion resistance. As shown in Fig. 1, the steam generator 9 and the steam heating mechanism 6 are connected by a connecting pipe 8, and a connecting portion of the steam generator 9 and the connecting pipe 8 is provided for adjusting the steam solenoid valve 11, and The flow rate adjusting unit 10 that connects the flow rate of the steam of the tube 8. The flow rate adjusting portion 10 has a needle valve 101 having a conical valve body and fine adjustment of the opening degree, and the opening degree of the needle valve 101 can be adjusted by the flow rate adjusting knob 102. The connecting pipe 8 is formed by winding a heating wire around the connecting pipe main body, and is configured to heat the steam which is supplied from the steam generator 9 when the power of the steam generating portion 91 to be described later is turned ON. As shown in Fig. 4, the steam generator 9 has a steam generating portion 91 and a water tank 93 connected to the steam generating portion 91 via a supply pipe 92. The water tank 93 is configured to be detachably mounted to the canister 94, and water can be supplied from the canister 94. The supply pipe 92 is provided with an electromagnetic pump 921, a water softener 922 filled with an ion exchange resin, and a check valve 923, and the water in the water tank 93 is sucked by the electromagnetic pump 921 and supplied to the steam generating portion 91. The steam generating portion 91 can store the water supplied from the water tank 93 therein, and as shown in Fig. 4, has a water level detector 911 for detecting the internal water level, and a pressure detector 912 for detecting the internal pressure. The steam generating portion 91 further has a third heating 201249364 913 for heating the internal water to evaporate, and the third force sigma heater 913 is configured to detect the water level in the steam generating portion 91 when the water level detector pi! When the predetermined value has been reached, the pressure detector 912 detects that the pressure in the vaporized fluorine generating portion 91 exceeds a predetermined value, and then stops. Further, when an abnormal pressure is formed due to a problem, the safety valve 914 provided at the upper portion of the steam generating portion 91 is opened to discharge the vapor in the steam generating portion 91. Further, the flue gas generating unit 91 is also provided with a drain pipe 916 having an electric drain valve 915 and a temperature detector 917 for detecting the temperature inside. After the steam generating unit 91 is used, the power is temporarily turned off, and when the call is made, When the thermostat 917 detects that the temperature in the steam generating portion 91 has sufficiently decreased, the electric drain valve 915 is opened to discharge the water in the steam generating portion 91 from the peach water pipe 916. Next, a method of using the hair dryer 1 configured as described above and an operation description will be described. When the hair dryer described above is used, the water tank 94 having the water in advance is attached to the water tank 93 of the steam generator 9, the water is supplied to the water tank 93, and the opening degree of the needle valve 101 is adjusted by the flow rate adjustment knob 102. The flow rate of the steam sent to the connecting pipe 8 by the generator 9. Next, the power source of the steam generating unit 91 is 〇Ν, and the steam generator 91, the steam heating mechanism 6, and the connecting pipe 8 are actuated. In this state, the blower switch 25 of the casing 2 is made "strong" or "weak", and the heater switch 26' is turned on while the steam switch 27 is turned on (Fig. 1). Further, the flow rate of the steam sent from the steam generator 9 to the connecting pipe 8 can be appropriately adjusted by the flow rate adjusting knob 102. Thus, the blower switch 25 is made "strong" or "weak", and the heater switch 26 of the casing 2 is opened, and the blower 3 can be driven by the motor 31, whereby the blower 3 takes in air from the inlet 21 In the casing 2, this air is sent toward the outlet 24 201249364 * port 22. The air sent to the air outlet 22 is heated by the first heater 4, and is formed into a warm air and blown out from the air outlet 22. Further, by opening the steam switch 27, the steam solenoid valve 11 is opened, and the vapor is sent from the steam generator 9 to the steam heating mechanism 6 by the connecting pipe which has been heated to 120 ° C to 150 ° C inside. The vapor that has reached the steam heating mechanism 6 enters the vapor passage 62 from the inlet 621, and is heated toward the outlet 622 while being heated by the second heaters 61a, 61b heated to 150 to 180 °C. Further, a part of the vapor generated by the steam generator 9 is agglomerated while reaching the vapor heating mechanism 6, and the vapor supplied from the connecting pipe 8 contains the water droplet W, and the water droplet W contained in the vapor reaches the vapor passage 62. After the branch portion 623, the end portion 624 is advanced, and is heated in the end portion 624 to evaporate (Fig. 3). As described above, even if the vapor supplied from the connecting pipe 8 contains water droplets, the water droplets are formed into vapor during the passage of the vapor passage 62, so that only the steam is sent from the steam heating mechanism 6. Then, this vapor passes through the vapor conduit 7, and is blown out from the outlet 22 together with the warm air. The warm air and the steam blown out from the air outlet 22 are blown to the hair, and the hair is dried while giving appropriate moisture. When the hair is sufficiently dried, the blower switch 25 and the heater switch 26 are turned off, and the operation of the blower 3 and the first heater 4 is stopped (Fig. 1). Further, the steam switch 27 is closed, and the vapor solenoid valve 11 is closed to stop the discharge of the vapor. Further, when the heater switch 26 is turned on as described above, the warm air is blown from the air outlet 22, and when the heater switch 26 is turned off and the blower switch 25 is "strong" or "weak", The air sent from the air blower 3 to the air outlet 22 is heated, and the cold air is blown from the air outlet 22. As described above, in the hair dryer 1 of the present embodiment, the steam generated by the steam generator 9 can be blown out from the air outlet 22 together with the warm air generated by the air blower 3 and the first heater 4. Thereby, since the hair is prevented from being excessively dried, the hair can be prevented from being damaged, and the generation of static electricity of the hair can be suppressed. Further, even if the hair dryer 1 contains water droplets from the vapor transported from the connecting pipe 8, the steam heating means 6 can surely evaporate the water droplets, thereby preventing the water droplets from splashing. The embodiments of the present invention have been described above, and the present invention is not limited thereto, and various modifications can be made without departing from the scope of the present invention. For example, in the above embodiment, the vapor passage 62 having the end closing portion 624 is formed in the steam heating mechanism 6, and the water droplets contained in the vapor are evaporated in the steam heating mechanism 6, which is not limited thereto, and may not be used. An end closing portion 624 is formed in the vapor passage 62. Further, in the above embodiment, the connecting pipe 8 is a heat hose in which a heating wire is wound around the connecting pipe main body, and the steam generated in the steam generator 9 can be sent to the steam heating mechanism 6, for example. In other words, it is also possible to use a Teflon hose without a heating wire, a crucible, or a bending heat-resistant and heat-resistant, vapor-resistant property, and a pressing member or the like as the connecting pipe 8. Further, in the hair dryer 1 of the above-described embodiment, in order to generate cold air, the heater switch 26 can be configured to control the first heater 4 to be turned on and off. For example, the first heater 4 and the blower 3 can be configured. Acting in conjunction, but only the warm wind. I: BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side cross-sectional view showing a hair dryer according to an embodiment of the present invention. Fig. 2 is a side cross section of a steam heating mechanism according to an embodiment of the present invention. 10 201249364 . Fig. 3 is a plan sectional view showing a steam heating mechanism according to an embodiment of the present invention. Figure 4 is a front elevational view of a steam generator in accordance with an embodiment of the present invention. [Description of main component symbols] 1...Blower 62...Vapor path 2...Casing 91...Vapor generating unit 3...Air blower 92...Supply pipe 4...First heater 93...sink 6...steam heating mechanism 94···tubular water tank 7...vapor duct 101...needle valve 8...connection tube 102...flow adjustment knob 9...vapor generation 211...take inlet filter 10...flow adjustment unit 221...take outlet cover 11...vapor solenoid valve 621...inlet 21..take inlet 622...outlet 22...outlet 623 ...divided portion 23...cover 624...end closed portion 24...grip portion 911...water level detector 25...air blower switch 912...pressure detector 26...heater switch 913... Third heater 27...vapor switch 914...safety valve 31...motor 915...electric drain valve 61a,61b...second heater 916...drain pipe 201249364 917.. 923... check valve 921.. electromagnetic pump D··· steam travel direction 922.. softener 12