201115409 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種滑鼠，尤指一種能產生蒸氣之滑鼠，該滑 鼠之殼體内係設有一液體容置腔、一發熱元件及一導引管，當使 用者將水、藥水、芳香液、精油或中草藥液等液體注入該液體容 置腔後，該液體容置腔中的發熱元件即可對該液體容置腔内之液 體持續加熱，進而產生蒸氣，且使該蒸氣經由該導引管之導引， 而擴散至該殼體外，以增加該滑鼠周遭環境的濕度，並可令使用 者皮膚能達到保溼的效果。 【先前技術】 、按’隨著資訊科技及電子產業的蓬勃發展，電腦之發展亦極 為迅速’不但麵繁多，價格亦日益低廉，著實為人們的日常生 活帶來了莫大的便繼，而廣為人們所接受，—般而言，電腦均 係配置連射-傳麟鼠，以做用者關由握持並移動傳統滑 鼠，而達到控制電腦螢幕上的游標位置之目的’然而傳統滑鼠本 身僅具有控_鍵及感應裝置，並不具有產生蒸氣之功能，因 在㈣繼空聰工作_長時間操作電 暴雨在^者的皮膚(如：嘴唇、臉部或手部皮膚)長時間 錢㈣的低溫及低濕度的環境，導致皮膚散失過多的 ^、生皮膚乾燥、龜裂，進而影響血液循環，使皮膚失去 =3等為=上述之情況發生’使用者必須另行準備鯓液 的皮膚犯相保_效果；_，#皮膚保缸作結束之後，= 201115409 常使用者會絲難射_分納，鱗料致賴者於下 =次欲補m濕液以騎域聽工作時，必須花費時間分別找 哥保魏與噴霧罐，而造成使用者極大的因擾。 +综上所述傳統，月賊並不具有產生蒸氣之功能，而保濕液及 贺霧罐又存在魏納不㈣缺點，如此將造成使时賴擾以及 皮膚保濕效果不彰’·另—方面，在電腦所衍生之眾多周邊裝置中 (如錢難、揚聲器及印表機···等），尤以滑鼠最常為使 用者所使用，且位於使用者觸手可及的位置，因此，開發出一種 魅縫狀財，能對制者所注人之㈣持續加熱，進而產 生…、氣且使該条氣擴散至該殼體外，以增加該滑鼠周遭環境的 濕度’令·者暴露在魏中的皮魏達聰_效果，以隨時 滿足使用者在皮膚保濕上的實際需求，即成為本發明在此虽欲探 討之一重要課題。 【發明内容】 办—有鑒於前述之問題與缺點，發明人乃根據多年實務經驗及研 ，貫驗’終於開魏計財發明之—缝產生蒸氣之滑鼠，以期 猎由本發明’能有效解決前述諸多問題。 ^發明之—目的，储供—種能產生蒸氣之滑IL，該滑鼠包 =一设體、一電路板、一液體容置腔、一發熱元件及一旋動導引 官呈其中該殼體之頂面分前設有-第-注水口及-開〇,其内 則具有一容置空間，該電路板係被容納於該容置空間中，且貼附 至該取體之底面，該液體容置腔係設於該容置空間中，且能容納 疋里之液體，其内壁面係由隔熱材質所構成，該液體容置腔之 201115409 頂面上分別設有一第二注水口及一蒸氣導引口，該第二注水口係 藉一中空官體’與該第一注水口相連通’以令使用者能將液體經 由該第一注水口，注入至該液體容置腔内，該蒸氣導引口係設於 該液體容置腔之頂面上對應於該開口之位置，該發熱元件係設於 該液體容置納，且藉由-導細與該電路油電氣連接，以接 文來自該電秘之電流，而產生熱量，使該發熱元件溫度上升， 該旋動導引管之兩端係設有相互連通之二通氣口，該旋動導引管 之底Φ鄰近容置腔之蒸氣導引口的位置係呈弧形，且該旋 動導弓」管之兩對應側係樞設至該開σ之兩對應内緣，以使該旋動 導引官之底面能覆蓋該蒸氣導引σ，且將該蒸氣導引口完全封 閉’或使該旋動導引管在被轉動至一預定角度的狀態下，其一端 =通^能被轉動至對應於該蒸氣料Π的位置，進而使該旋動 ^引S與該③氣導引口相連通；如此，在使用者將該液體(如：水、 ，水、芳香液、精油、中草藥液等)經由該第—注水口注入該液體 容置腔後，即能將該旋動導引管轉動 氣口能被触峨於該辦㈣位置，此時，2= 讀=產生之熱量，會對該液體容置朗之液體持續加熱，進而 產生蒸氣’故當該㈣容置朗之蒸㈣力累削大於該殼體外 之大氣壓力時，該統即會經由職動料管之料，而擴散至 該殼體外’以增加該滑鼠周遭環境的濕度，令使用者臉部能達到 保座t果’另’若該液體中内含保健成份，使用者尚能藉由吸 入該瘵氣，而達到養生保健的醫療效果。 為便貴審查委員能對本發明目的、技術特徵及其功效，做 更進-步之認識與瞭解，兹舉實施例配合圖式，詳細說明如下·· 201115409 【實施方式】 本發明係一種能產生蒸氣之滑鼠’請參閱第1及2圖所示， 在本發明之第一較佳實施例中’該滑鼠10包括一殼體11、一電 路板12、一液體容置腔13、一發熱元件Η及一旋動導引管15， 其中該殼體11之頂面分別穿設有一第一注水口 111及一開口 112，該殼體11内係具有一容置空間113。 承上所述’該電路板12係被容納於該殼體11之容置空間i j3 中，且貼附至該殼體11之底面，該電路板12係藉由一連接線121 而與一電腦裝置18(如：個人電腦或筆記型電腦)相電氣連接，以 接受來自該電腦裝置18之電流，該液體容置腔13係設於該容置 空間113中，且能容納一定量之液體，其内壁面係由隔熱材質所 構成(如：喊、玻璃、聚丙烯樹脂、乙稀基醋樹脂或聚四氣乙婦 樹脂等）’該液體容置腔13之頂面上分别設有一第二注水口 131 及瘵氣導引口 m，該第二注水口 131係藉一中空管體與該 第-注水口出相連通，以令使用者能驗體經由該第一注水口 in—’注入至該液體容置腔13内’該蒸氣導引口 132得設於該液 體谷置腔13之頂面上對應於該開口 112之位置，該發熱元件μ ㈣容置腔㈣，且藉由—導線17而與該電路板η 相電氣連接，以接受來自該電路叔 之電流，而產生熱量，使 該發熱7C件14之溫度上升。 復請參閱第1及2圖所示，兮絲 ,a ^ ^ 碇動導引官15之兩端係設有 相互連通之二通氣口 15丨，該旋 哿勖V引官15之底面鄰近該液體容 置腔13之瘵氣導引口 132的位罟 置係壬弧形，且該旋動導引管15 201115409 之兩對應側係樞設至該開口 112之兩對應内緣，以使該旋動導引 管15之底面能覆蓋該蒸氣導引口 132，且將該蒸氣導引口 132完 全封閉’或使該旋動導引管15在被轉動至一預定角度的狀態下， 其一端之通氣口 151能被轉動至對應於該蒸氣導引口 132的位 置，進而使該旋動導引管15與該蒸氣導引口 132相連通。 如此，在使用者將該液體(如：水、藥水、芳香液、精油、中 草藥液等)經由該第一注水口 1]tl注入該液體容置腔13後，即能 將該旋動導引管15轉動一預定角度，使其一端之通氣口 151能 被轉動至對應於該蒸氣導引口 132的位置，此時，由於該發熱元 件14所產生之熱量，會對該液體容置腔13内之液體持續加熱， 進而產生蒸氣，故當該液體容置腔13内之蒸氣壓力累積到大於 該殼體11外之大氣壓力時，該蒸氣即會經由該旋動導引管15之 導引，而擴散至該殼體11之外，以達到增加該滑鼠1〇周遭環境 的濕度’令使用者的皮膚能達到保溼的效果。 另，若該液體中内含疾病治療劑或保健成份(如：氣管擴張 劑、芳香精油或中草藥液），使用者尚能將該滑氡1〇移至接近其 口鼻之位置，並藉由吸入該蒸氣，而達到疾病治療或養生保健的 醫療效果。 此外，在本實施例中，該滑鼠10尚包括一氣密检體19，該 氣密栓體19之一端設有螺牙，以藉由該螺牙與該第一注水口 U1 内所設之一螺母相螺合，而氣密地封閉住該第一注水口 m，如 此，當該液體容置腔13内之液體量不足時，使用者即可將該氣 密栓體19自該第一注水口 ill中取出，並在液體經由該第一注 水口 111注入至該液體容置腔13之後，使用者即可使該氣密栓 201115409 螺牙與該第一注水口 U1内所設之該螺母相螺合， 發^件14對該液體容置腔13内之液體持續加熱，進 崎’由於職密栓體19之1係氣密地封閉住該第 一/水口 11卜因此能阻擋該魏，使其不致經由該第一注水口 ⑴而逸峻贿η之外，轴驗免錢的 14的能源浪費。 知…凡1千 冬發明之其他實施例中，該凝動導引管IS内尚可咬 f-風扇(未圖示），該風扇係藉由另一導線與該電路板η相電氣 =，以接受來自該電路板12之電流，並轉動產生氣流，進而 驅該液體谷置腔Π内之蒸氣能經由該旋動導引管Μ之導引， 而加速擴散至該殼體11之外。 产力，印，閲第3圖所示，在本發明之第二較佳實施例中，該 ㈣栓體29亦可*-彈性材料製成，且能藉由嵌人該第一注水 口 m之内緣，而氣紐封閉住該第—注水口⑴；該氣密检體 29△與該第-財σ in 之連財式衫以螺合或嵌合為限，按 凡能氣密地封閉住該第一注水口 m之氣密栓體29,均可為本發 明所使用之氣Φ检體29，合先陳明。 μ復請參閱第3圖所示，在本發明之第二較佳實施例中，該中 工g體26内认有-止回閥26卜以使該液體僅能經該中空管體 26流入至絲體容置腔13内，如此，織體容置腔13内之液體 就無法經由射空管體26，而自該第—絲口 iu喊出該殼體 11之外；如此，當該液體容置腔13内之液體因角度傾斜或受到 震堡而人該中空管體26内時’該液體將受到該中空管體26内 的止回閥261的止擔，而不致由該中空管體…流出該殼體u之 201115409 外，避免使用者清理上的困擾。 按’前述實施财所_續彙及贿，僅林發明之較佳 具體實施例，不應視為本翻之關，按凡任何熟悉本發明相關 7頁域之人士依據本發明所揭露之技術内容，可輕易思及之變化 或結構之修#，或·其他結構或裝置加以實現之等效變化，均 應屬不脫離本發明之保護範缚。 【圖式簡單說明】 # 第1 ®縣發明之帛—難實_之示意圖； 第2圖係本發明之第一較佳實施例之另一示意圖；及 第3圖係本發明之帛二較佳實蝴之示意圖。 【主要元件符號說明】 滑鼠 ........ 殼體 ........ 電路板 ........ 液體容置腔 ........ 發熱元件 ........ 旋動導引管 ........ 申空管體 ........ 導線 ........ 電腦装置 ........ 氣密栓體 ........ 第一注水口 . 10 11 12 13 14 15 16、26 17 18 19 > 29 111 201115409 開口 112 容置空間 .................. 113 連接線 121 第二注水口 .................. 131 蒸氣導引口 .................. 132 通氣口 151 止回閥 261 10201115409 VI. Description of the Invention: [Technical Field] The present invention relates to a mouse, and more particularly to a mouse capable of generating a vapor, the housing of the mouse being provided with a liquid receiving chamber, a heating element and a guiding tube, when a user injects a liquid such as water, syrup, aroma, essential oil or a Chinese herbal medicine into the liquid accommodating chamber, the heating element in the liquid accommodating chamber can accommodate the liquid in the chamber The heating is continued to generate steam, and the vapor is guided to the outside of the casing through the guiding tube to increase the humidity of the environment around the mouse, and the skin of the user can achieve the moisturizing effect. [Previous technology], according to the booming development of information technology and electronics industry, the development of computers is also extremely rapid. Not only is there a lot of things, but the prices are also getting lower and lower, which really brings great convenience to people's daily life. For the sake of people's acceptance, in general, the computer is equipped with a continuous shooting-passing mouse, so that the user can hold and move the traditional mouse to control the position of the cursor on the computer screen. However, the traditional mouse It only has the control button and the sensing device, and does not have the function of generating steam, because it is used in the skin of the person's skin (such as the lips, face or hand skin) for a long time. The low temperature and low humidity environment of money (4) causes excessive skin loss, dry skin, cracks, and thus affects blood circulation, causing loss of skin = 3, etc. = The above situation occurs. 'Users must prepare sputum separately. Skin guilty _ effect; _, # skin after the end of the cylinder, = 201115409 often users will be difficult to shoot _ points, squad to rely on the next = time to fill m wet liquid to ride the field to listen to work, Must spend Time were looking for brother Paul Wei and spray cans, causing users significantly due to interference. + In summary of the tradition, the thief does not have the function of generating steam, and the moisturizing liquid and the mist can have the disadvantages of Weiner (four), which will cause the sensation of the time and the moisturizing effect of the skin. In many peripheral devices derived from computers (such as money, speakers, printers, etc.), especially the mouse is most commonly used by users, and is located at the user's reach, therefore, Developed a kind of charm-like wealth, which can be heated by the makers (4) to continuously heat, thereby generating ..., gas and diffusing the strip to the outside of the casing to increase the humidity of the environment around the mouse. In Wei Wei's Pi Wei Da Cong _ effect, in order to meet the actual needs of the user's skin moisturizing at any time, it is an important subject to be explored here. SUMMARY OF THE INVENTION In view of the above problems and shortcomings, the inventors have based on years of practical experience and research, and have consistently tested and finally discovered the invention of Wei Jicai, which creates a vapor-producing mouse, in order to effectively solve the aforementioned problems. problem. ^Inventive---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The top surface of the body is provided with a first-injection port and a opening, and an accommodating space is arranged therein, and the circuit board is accommodated in the accommodating space and attached to the bottom surface of the body. The liquid accommodating cavity is disposed in the accommodating space and can accommodate the liquid in the raft, and the inner wall surface is formed by the heat insulating material, and the second liquid inlet is respectively arranged on the top surface of the liquid accommodating cavity 201115409 And a vapor inlet port, the second water injection port is connected to the first water injection port by a hollow body to enable a user to inject liquid into the liquid receiving cavity through the first water injection port. The vapor guiding port is disposed on a top surface of the liquid receiving cavity corresponding to the opening, the heating element is disposed in the liquid receiving body, and is electrically connected to the circuit oil by a guide wire. Receiving heat from the electric current, generating heat to raise the temperature of the heating element, the rotation guide The two ends of the guiding tube are provided with two venting ports, and the bottom of the rotating guiding tube is adjacent to the position of the vapor guiding port of the accommodating cavity, and the two sides of the rotating guiding tube are The corresponding side is pivoted to the two corresponding inner edges of the opening σ, so that the bottom surface of the rotating guide can cover the vapor guiding σ, and the vapor guiding port is completely closed or the guiding When the tube is rotated to a predetermined angle, one end of the tube is rotated to a position corresponding to the vapor material, thereby causing the rotation guide S to communicate with the three gas introduction port; After the user injects the liquid (such as water, water, fragrance, essential oil, Chinese herbal medicine, etc.) into the liquid receiving chamber through the first water injection port, the rotating guide tube can be rotated. Touching the position of the office (4), at this time, 2 = reading = the generated heat, the liquid will be continuously heated to the liquid, and then the steam will be generated, so when the (four) is placed, the steaming (four) force is more than the When the atmospheric pressure is outside the casing, the system will diffuse to the outside of the casing through the material of the working fluid pipe to increase the slip. Humidity of the surrounding environment, so that the user can achieve retention seat face fruit t 'other' if the liquid composition contains health, the user can still Zhai by suction into the air, to achieve medical effects of health care. For the purpose of the present invention, it is possible to make a further step-by-step understanding and understanding of the present invention, and the following is a detailed description of the following embodiments: 201115409 [Embodiment] The present invention is capable of producing "Vacuum Mouse", as shown in Figures 1 and 2, in the first preferred embodiment of the present invention, the mouse 10 includes a housing 11, a circuit board 12, a liquid receiving chamber 13, and a The heating element Η and a rotating guiding tube 15 are respectively disposed on the top surface of the housing 11 with a first water filling port 111 and an opening 112. The housing 11 has an accommodating space 113 therein. The circuit board 12 is housed in the accommodating space i j3 of the housing 11 and attached to the bottom surface of the housing 11. The circuit board 12 is connected to the bottom surface of the housing 11 by a connecting line 121. The computer device 18 (such as a personal computer or a notebook computer) is electrically connected to receive current from the computer device 18. The liquid receiving chamber 13 is disposed in the accommodating space 113 and can accommodate a certain amount of liquid. The inner wall surface is composed of an insulating material (for example, shouting, glass, polypropylene resin, vinyl vinegar resin or polytetrafluoroethylene resin), and the top surface of the liquid accommodating chamber 13 is respectively provided with one The second water injection port 131 and the helium gas introduction port m are connected to the first water injection port by a hollow pipe body so that the user can pass the first water injection port in 'injecting into the liquid accommodating chamber 13', the vapor guiding port 132 is disposed on a top surface of the liquid valley chamber 13 corresponding to the opening 112, and the heating element μ (4) accommodates the cavity (4), and Electrically connected to the circuit board η by a wire 17 to receive a current from the circuit, resulting in The heat causes the temperature of the heat generating 7C member 14 to rise. Referring to Figures 1 and 2, the ends of the guides 15 are provided with two vents 15 相互 which are connected to each other. The bottom surface of the slewing ring V is adjacent to the venting port 15 The position of the helium gas guiding port 132 of the liquid accommodating chamber 13 is curved, and the two corresponding sides of the rotating guiding tube 15 201115409 are pivoted to the two corresponding inner edges of the opening 112, so that the The bottom surface of the swirling guide tube 15 can cover the vapor guiding port 132, and completely close the vapor guiding port 132 or the rotating guiding tube 15 can be rotated to a predetermined angle. The vent 151 can be rotated to a position corresponding to the vapor guiding port 132, thereby allowing the rotary guiding tube 15 to communicate with the vapor guiding port 132. In this way, after the user injects the liquid (eg, water, syrup, fragrance, essential oil, Chinese herbal medicine, etc.) into the liquid accommodating chamber 13 via the first water inlet 1], the rotation guide can be guided. The tube 15 is rotated by a predetermined angle so that the vent 151 at one end thereof can be rotated to a position corresponding to the vapor guiding port 132. At this time, due to the heat generated by the heating element 14, the liquid accommodating chamber 13 is received. The liquid in the liquid is continuously heated to generate steam, so that when the vapor pressure in the liquid accommodating chamber 13 is accumulated to be greater than the atmospheric pressure outside the casing 11, the vapor is guided through the swirling guide tube 15. And diffusing outside the casing 11 to increase the humidity of the environment around the mouse', so that the user's skin can achieve the moisturizing effect. In addition, if the liquid contains a therapeutic agent or a health-care component (such as a tracheal dilator, an aromatic oil or a Chinese herbal medicine), the user can still move the slider to a position close to his mouth and nose, and by Inhalation of the vapor to achieve medical effects of disease treatment or health care. In addition, in the embodiment, the mouse 10 further includes an airtight sample 19, and one end of the airtight plug body 19 is provided with a thread to provide one of the screw holes and the first water inlet U1. The nut phase is screwed, and the first water inlet m is hermetically sealed. Thus, when the amount of liquid in the liquid receiving chamber 13 is insufficient, the user can press the airtight plug 19 from the first water inlet. After the ill is taken out, and after the liquid is injected into the liquid receiving chamber 13 through the first water filling port 111, the user can screw the airtight plug 201115409 screw with the nut provided in the first water inlet U1. The hair piece 14 continuously heats the liquid in the liquid accommodating chamber 13, and the inlet block 19 is hermetically sealed by the first water hole 11 so that the Wei can be blocked. Except for the first water injection port (1), the energy waste of the 14 money-free 14 is saved. In other embodiments of the invention, the condensing guide tube IS can also bite an f-fan (not shown), and the fan is electrically connected to the circuit board η by another wire. The current from the circuit board 12 is received and rotated to generate a gas flow, thereby driving the vapor in the liquid chamber to be guided by the rotary guide tube to accelerate the diffusion outside the housing 11. Productivity, Printing, and Figure 3, in a second preferred embodiment of the present invention, the (four) plug body 29 can also be made of an elastic material, and can be embedded by the first water inlet m The inner edge, and the gas button closes the first water injection port (1); the airtight sample 29 △ is limited to the screw-in or fitting of the first-fashioned vesting body, and can be airtightly The airtight plug 29 that closes the first water inlet m can be used for the gas Φ specimen 29 used in the present invention. Referring to FIG. 3, in the second preferred embodiment of the present invention, the check valve 26 is recognized in the middle body 26 so that the liquid can only pass through the hollow body 26. Flowing into the silk body accommodating cavity 13, so that the liquid in the woven body accommodating cavity 13 cannot pass through the ejector tube 26, and the outside of the casing 11 is shouted from the first wire opening iu; The liquid in the liquid accommodating chamber 13 is inclined by the angle or subjected to the earthquake. When the hollow tube body 26 is inside, the liquid will be stopped by the check valve 261 in the hollow tube body 26 without being stopped. The hollow tube body ... flows out of the housing u of 201115409, to avoid user troubles. According to the above-mentioned implementation of the financial _ renewed exchange and bribery, only the preferred embodiment of the invention, should not be regarded as the basis of this, according to any of the persons familiar with the 7 pages of the present invention according to the technology disclosed in the present invention. The contents, the changes that can be easily considered, or the structural modifications, or equivalent changes made by other structures or devices, are not to be construed as a departure from the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a schematic view of a first preferred embodiment of the present invention; and FIG. 3 is a second schematic view of the first preferred embodiment of the present invention; Schematic of the real butterfly. [Main component symbol description] Mouse........ Shell........ Circuit board........ Liquid accommodating chamber........ Heating element ........ Rotating guide tube........ Shenkong tube body........ Wire........ Computer device...... .. airtight plug........ first water inlet. 10 11 12 13 14 15 16,26 17 18 19 > 29 111 201115409 opening 112 accommodation space .......... ........ 113 Connection line 121 Second water inlet..................131 Vapor guide port........... ....... 132 vent 151 check valve 261 10