M419360 五、新型說明： 【新型所屬之技術領域】 )，尤 本創作有，—難合样姐的耳機結構 指-種將麥克風及耳機整合為一體的耳機結構。 【先前技術】 隨著3C通訊的發達與電子通訊產品的便利 便 動毛騎或疋使用網路通訊時，亦常會使用耳機盘 風來作為溝通的媒介。現有的耳機已有整=的二 ，，以達到單-裝置可收音及播音的效果，讓使 惟，習知整合有麥克風的耳機，將♦八 於一耳機殼體内，♦八所產生的聲音音波振動，會 殼體傳遞至麥克風，進而使麥克風受到此音波的干擾，而 使^端受話方接聽時產生不必要的噪音，嚴重影響通話 的品質。 緣是，本創作人有感上述缺失之可改善，乃特潛心研 究亚配合學理之，終於提出—種設計合理且有效改盖 上述缺失之本創作。 σ 【新型内容】 &本;IHt之主要目的在於提供—種整合有麥克風的耳機 、、，。構㈠’可達到抗噪音的效果，以提升通話的品質。 本創作實施例提供一種整合有麥克風的耳機結構（― f 殼體’該殼體㈣形成有容置空間，該殼體具 一出曰孔，一喇叭，該喇叭設置於該殼體的容置空間内； 一麥克風，該麥克風為—種收音裝置，設置於該殼體的容 ' 3/11 置空間内；以及一 ,該麥克風一姓二支 >位置，該支撐位置設置於該殼體内 設置於該容置於該切位置上，使該麥克風懸空的 本創作可料以T錢的致果. 本創作麥克風以支撐二· 麥克風外緣大却\叉存位息支撐懸空的設置於殼體内， 較佳的隔振、、^間隔設置，以提供麥克風 ，不會由扭场你衡效果因此喇叭所產生的聲音音波振動 升通話的ΓΪ。遞至麥克風’可達到抗嗓音的效果，以提 閱以進—步暸解本創作的特徵及技術内容，請參 ::關本創作的詳細說明與附圖，然而所附圖式僅提 二考與說邮，並非絲對本創作加 【貫施方式】 〔第一實施例〕 請參閱圖1至圖6,本創作提供一種整合有麥克風的耳 機結構（-），包括-殼體1、-外八2、一麥克風3、一抵 耳件4及一支撐位置5,其中殼體1以塑膠等材質製成，其 材質並不限制，在本實施例中殼體丨是以丙烯腈/丁二烯/ 笨乙烯共聚物(ABS)硬質塑膠製成。殼體1可具有一第—半 设Π及一弟二半殼12,第一半般11及第二半殼a利用螺 絲鎖接、卡接或黏接等方式組合’但殼體1的構造並不限 制’也可為其他形式的一件式、兩件式或多件式構造。 殼體1内部形成有容置空間13及固定部μ，容置空間 13可用以容納制。八2、麥克風3、抵耳件4及支樓位置5等 。固定部14為一凸出於殼體1内壁的構造，其構造並不限· 制，在本實施例中固定部14為環設於殼體1内壁的板體， 4/11 M419360 部中間部位。殼體卜端具有—出音孔η 用者耳道内t按端鍵出ΐ孔15以設於殼⑸插入使 式耳機,在使二(:=為最佳。本實施例為-種耳塞 之用蚪可將其塞置於使用者耳道内。 位置St置於殼體1的容置空間13内，設置的 離出立孔iW’在本貫施例中會八2設於容置空間13内遠 音腔：，用以^故於容置空間13内進—步設置有-，八 ^ 6 ° 且右一㈣/ 成’其材質並不限制，私音腔6 ,二3 導音62，腔體61為-底部形成開口狀 的中空體，腔體61可設置於容置空間】3⑽後部，導音 62 -端連接於腔體61，導音幻另一端延伸至出音孔μ處 。外八2設置於腔體61内部，外八2所產生的聲音即可利 用腔體61收集，並經由導音62導引至出音孔15。 麥克風（拾音器）3為—種收音裝置，設置於殼體1的 容置空間U内’麥克風3特質及構造並不限制，在本實 施例中麥克風3為-種振動式麥克風、收音式麥克風，其 為一銅管件’可呈圓形、方形或扁形管體，麥克風3形狀 也不限制。麥克風3可設置於容置空間13内的前部，麥克 風3與外八音腔6分別設於容置空間13内的下部及上部， 使麥克風3與咖A音腔6、势八2適#的區隔。私2及麥 克風3分別以導線（圖略）連接於—電路單元7，且於 殼體1。的按鍵孔16安裝有-按鍵71，按鍵71電性連接於 電路單元7 ’可利用按鍵71的按壓控制耳機的接聽 單元7及按鍵7〗也可付省略或以其他方式取代。 本創作的耳機結構可應用於有線耳機或無線耳機、藍 5/11 M419360 芽耳機等’如應用於有線耳機可於電路單元7連接適 訊號線（圖略）’如應用於無線耳機、藍芽耳機則可於 單元7設置無線收發電路。 —抵耳件4以塑膠等材質製成，其材質並不限制，在 實施例中抵耳件4也是以ABS硬質塑膠製成，其為—狐米 殼體。抵耳件4接觸麥克風3，且抵耳件4可通過殼體】的 -開孔Π而伸出殼體i外’使抵耳件4可抵觸使用者耳 。抵耳件4的構造並秘制，在本實闕巾，抵耳件4設 有-套孔41，套孔41形狀與麥克風3外形相對應，抵耳件 的套孔41套設於麥克風3上，使抵耳件以 風3。另抵耳件4也可予以省略。 克 ^樓位置5 _料軟性材質製成，其材f並不限制 科5設置於殼體1與麥克風3之間，將麥克風3 於殼體1的容置空間13内，亦即麥克風3遠離 置5的部分與殼體1形成間隔，而呈懸空狀態。支 :位置5的構造並不限制，在本實施例中 核形體，其外緣環設有一固定# 51，固一描^ 置5呈 =部14，使支_=:=: 或==:其:的卡接方式或是_鎖接 撐孔Τ位置5具有—支撐孔52，麥克風3 —端插置於支 3得⑽^麥克風3 —端設置於支撐位置5上，使麥克風 卞从懸空的設置於容置空間13内， 的隔振、緩Μ要麥克風3較佳 .凸哗52] 2内緣也可進—步的設有數個 功得則㈠凸點521的數量最佳但不限於三個.，該些凸點 抵觸於麥克風3外緣，以提供麥克風3更佳的隔振 6/11 、緩衝效果。 本創作的耳機結構能塞置於使用者耳道内，接收隨身 手機、電話機等電子產品的電子訊號，用以將 弘子械轉變成音波訊號，且傳送至伽、2喊生聲音， JL通過伽Y音腔6導㈣幻所產生的聲音至出音孔， 進而傳遞至使用者耳巾。抵耳件4能抵觸於使用者的耳道 ，壁’並與耳道内壁緊密的接觸’使抵耳件4及麥克風3 能，應及触發聲時產生的振動，並將喊吸收傳遞至電 路單元7，以振動式麥克風3做為音訊接收裝置，可減少因 外在環境所產生的噪音。 〔第二實施例〕 晴參閱圖7，在本實施例中，揭示喇0八2設置於殼體^ 的容置空間13内鄰近出音孔15處。因此上述的喇叭音腔6 可予以省略，喇叭2所產生的聲音可直接傳送至出音孔15 〇 〔第三實施例〕 請參閱圖8，在本實施例中，揭示本創作耳機結構可設 置於一頭盔8上，該頭盔8可為各種運動用或騎乘機車、 腳踏車用的安全頭盔。 本創作主要將麥克風3以支樓位置5支樓懸空的設置 於殼體1内’麥克風3外緣大部分是與殼體1形成間隔設 置，亦即麥克風3可形成浮動式的設置，以提供麥克風3 較佳的隔振、緩衝效果。因此喇A 2所產生的聲音音波振 動’不會由殼體1傳遞至麥克風3，可達到抗噪音的咬果， 以提升通話的品質。 再者，本創作可設置喇叭音腔6將喇叭2所產生的聲 • 7/1] 2所產生的聲音干擾到麥 且可達到去回音的效果， 音導引至出音孔15，以避免喇叭 克風3，也可達到抗噪音的效果， 以提升通話的品質。 創作惟Γ上所述僅為梢作之實施例，非意欲侷限本 ΐ作的專聽·圍，轉凡抑本難朗書及圖式内 2為的等效變化，均同理冑包含於本創作的權利保護範 圍内，合予陳明。 已 【圖式簡單說明】 圖1為本_整合有麥錢的耳機結狀立體分解 )。 圖2為本創作整合有麥克風的耳機結構之立體分解圖（二 圖3為本創作整合有麥克風的耳機結構之立體組合圖。 圖4為本創作整合有麥克風的耳機結構之剖視圖（一） 圖5為本創作整合有麥克風的耳機結構之剖視圖（二）。 圖6為本創作整合有麥克風的耳機結構之立體外觀圖。 圖7為本創作整合有麥克風的耳機結構另—實施例之示音 圖。 圖8為本創作整合有麥克風的耳機結構又一實施例之示音 圖。 【主要元件符號說明】 1殼體 11第一半殼 12·第二半殼 · 13容置空間 8/11 M419360 14固定部 15出音孑L 16按鍵孔 17開孔 2 0刺口八 3麥克風 4抵耳件 41套孔 5支撐位置 51固定槽 52支撐孔 521凸點 6制°八音腔 61腔體 62導音 7電路單元 71按鍵 8頭盔M419360 V. New description: [New technology field]), especially created by the company, the headphone structure of the difficult-to-shoulder sister refers to the earphone structure that integrates the microphone and the earphone into one. [Prior Art] With the development of 3C communication and the convenience of electronic communication products, it is often used as a medium of communication when using the network communication. The existing earphones have the whole two, in order to achieve the single-device audio and broadcast effects, so that the earphones integrated with the microphone will be ♦ eight in one earphone housing, ♦ eight The sound of the sound is vibrated, and the casing is transmitted to the microphone, so that the microphone is disturbed by the sound wave, and the unnecessary noise is generated when the receiver receives the call, which seriously affects the quality of the call. The reason is that this creator feels that the above-mentioned deficiencies can be improved. He is particularly eager to study the theory of sub-coordination, and finally proposes a design that is reasonable and effective to cover the above-mentioned lack of creation. σ [new content] &this; IHt's main purpose is to provide a headset with integrated microphone,,,. The structure (a) can achieve anti-noise effects to improve the quality of the call. The present invention provides an earphone structure integrated with a microphone (“f housing”. The housing (4) is formed with an accommodating space, the housing has a boring hole, a horn, and the horn is disposed in the housing. a microphone, the microphone is a sound collecting device disposed in the volume '3/11 space of the casing; and one, the microphone has a second name > position, the supporting position is set in the casing The creation is placed in the cutting position, so that the creation of the microphone can be expected to be caused by the T money. The creation microphone supports the second microphone and the outer edge of the microphone is supported by the support. Inside the casing, better vibration isolation, and spacing are provided to provide a microphone, so that the effect of the sound wave of the horn is increased by the twisting field, and the sound of the sound of the horn is raised. The hand is delivered to the microphone to achieve the anti-sound effect. In order to learn more about the characteristics and technical content of this creation, please refer to:: Detailed description and drawings of Guanben's creation. However, the drawing only mentions the second test and the post, not the silk to the creation. Method of implementation] Example] Referring to FIG. 1 to FIG. 6, the present invention provides an earphone structure (-) integrated with a microphone, including - a housing 1, an outer eight, a microphone 3, an abutting member 4, and a supporting position 5. The casing 1 is made of a material such as plastic, and the material thereof is not limited. In the embodiment, the casing 丨 is made of acrylonitrile/butadiene/polystyrene (ABS) hard plastic. The first half of the first and the second half of the shell a are combined by screwing, snapping or gluing, but the structure of the housing 1 is not limited. It can also be of other forms of one-piece, two-piece or multi-piece construction. The housing 1 is internally formed with an accommodating space 13 and a fixing portion μ, and the accommodating space 13 can be used for housing. The ear piece 4 and the branch position 5, etc. The fixing portion 14 is a structure protruding from the inner wall of the casing 1, and the structure thereof is not limited. In the embodiment, the fixing portion 14 is annularly disposed on the inner wall of the casing 1. Plate body, 4/11 M419360 middle part. The shell end has - sound hole η. In the ear canal of the user, press the end key to pull out the hole 15 to insert the cover (5) into the earphone. The second (:= is the best. The embodiment is a type of earplug which can be plugged into the ear canal of the user. The position St is placed in the accommodating space 13 of the housing 1, and the vertical hole is provided. In the present embodiment, the second sound chamber 8 is set in the accommodating space 13 for the remote sound chamber: for the reason, the input space in the accommodating space 13 is set to -, eight ^ 6 ° and the right one (four) / into ' The material is not limited, the private sound chamber 6, the second and third sound guide 62, the cavity 61 is a hollow body with an open bottom, the cavity 61 can be disposed at the rear of the accommodating space] 3 (10), and the 62-end of the sound guide is connected The cavity 61, the other end of the sound guide extends to the sound hole μ. The outer eighth 2 is disposed inside the cavity 61, and the sound generated by the outer eighth is collected by the cavity 61 and guided to the sound guide 62. Sound hole 15. The microphone (pickup) 3 is a sound pickup device, and is disposed in the accommodating space U of the casing 1. The characteristics and structure of the microphone 3 are not limited. In the embodiment, the microphone 3 is a vibrating microphone and a radio microphone. It is a copper tube member 'can be a circular, square or flat tube body, and the shape of the microphone 3 is not limited. The microphone 3 can be disposed in the front portion of the accommodating space 13, and the microphone 3 and the outer octave chamber 6 are respectively disposed at the lower portion and the upper portion of the accommodating space 13, so that the microphone 3 and the coffee A sound chamber 6 and the potential eight 2 are suitable. Separation. The private 2 and the microphone 3 are connected to the circuit unit 7 by wires (not shown) and respectively to the casing 1. The button hole 16 is provided with a - button 71. The button 71 is electrically connected to the circuit unit 7'. The button 7 can be controlled by the pressing of the button 71. The button 7 and the button 7 can also be omitted or otherwise replaced. The earphone structure of the present invention can be applied to a wired earphone or a wireless earphone, a blue 5/11 M419360 bud earphone, etc. 'If applied to a wired earphone, the suitable signal line can be connected to the circuit unit 7 (not shown), such as for wireless earphones, blue buds. The earphone can set the wireless transceiver circuit in unit 7. The earing member 4 is made of a material such as plastic, and the material thereof is not limited. In the embodiment, the abutting member 4 is also made of ABS hard plastic, which is a fox-shell. The abutment member 4 contacts the microphone 3, and the abutment member 4 can protrude out of the housing i through the opening of the housing, so that the abutment member 4 can interfere with the user's ear. The earing member 4 is constructed and secreted. In the actual scarf, the earing member 4 is provided with a sleeve hole 41. The shape of the sleeve hole 41 corresponds to the outer shape of the microphone 3. The sleeve hole 41 of the earpiece is sleeved on the microphone 3. On the top, make the earpieces wind 3 . The other ear piece 4 can also be omitted. The position of the floor is made of soft material, and the material f is not limited to be disposed between the casing 1 and the microphone 3, and the microphone 3 is placed in the accommodating space 13 of the casing 1, that is, the microphone 3 is far away. The portion of the portion 5 is spaced apart from the casing 1 and is in a suspended state. Branch: The configuration of the position 5 is not limited. In the embodiment, the core shape has a fixed edge 51 on the outer edge ring, and the fixed portion 5 is the portion 14 so that the branch _=:=: or ==: The card connection mode or the _lock connection hole Τ position 5 has a support hole 52, the microphone 3 is inserted into the branch 3 (10) ^ the microphone 3 end is disposed at the support position 5, so that the microphone 卞 is suspended The vibration isolation and buffering microphone 3 disposed in the accommodating space 13 is preferably provided. The inner edge of the bulge 52] 2 can also be provided with several functions. The number of the bumps 521 is optimal but not limited. Three. These bumps are in contact with the outer edge of the microphone 3 to provide better vibration isolation 6/11 and buffering effect of the microphone 3. The earphone structure of the present invention can be placed in the ear canal of the user, and receives the electronic signal of the electronic products such as the mobile phone and the telephone, and is used to convert the electronic device into a sound wave signal, and transmits it to the gamma, 2 shouting sound, and JL passes the gamma Y. The sound produced by the sound chamber 6 (4) is audible to the sound hole, and then transmitted to the earphone of the user. The earing member 4 can resist the ear canal of the user, and the wall 'and close contact with the inner wall of the ear canal' enables the earing member 4 and the microphone 3 to respond to the vibration generated when the sound is triggered, and transmits the shatter absorption to the circuit. The unit 7 uses the vibrating microphone 3 as an audio receiving device to reduce noise generated by the external environment. [Second Embodiment] Referring to Fig. 7, in the present embodiment, the embossing bar 8 is disposed in the accommodating space 13 of the casing ^ adjacent to the sound hole 15. Therefore, the speaker cavity 6 can be omitted, and the sound generated by the speaker 2 can be directly transmitted to the sound hole 15 第三 [Third embodiment] Referring to FIG. 8, in the embodiment, the structure of the earphone can be set. On a helmet 8, the helmet 8 can be a safety helmet for various sports or riding locomotives and bicycles. The present invention mainly places the microphone 3 in the housing 1 with the 5th floor of the branch position suspended. The outer edge of the microphone 3 is mostly spaced apart from the housing 1, that is, the microphone 3 can be formed into a floating arrangement to provide Microphone 3 has better vibration isolation and buffering effect. Therefore, the sound sound vibration generated by the Ra A 2 is not transmitted from the casing 1 to the microphone 3, and the noise-resistant bite can be achieved to improve the quality of the call. Furthermore, the creation can set the speaker cavity 6 to disturb the sound generated by the sound generated by the speaker 2 to the wheat and can achieve the effect of echo cancellation, and the sound is guided to the sound hole 15 to avoid The horn wind 3 can also achieve anti-noise effect to improve the quality of the call. The creation is only an example of the tipping method. It is not intended to limit the monotony of the book. It is equivalent to the equivalent change of the book and the equivalent of the pattern. Within the scope of the protection of this creation, Chen Ming is included. [Simplified description of the figure] Figure 1 is a stereoscopic decomposition of the earphones with integrated money. Fig. 2 is an exploded perspective view of the earphone structure integrated with the microphone (Fig. 3 is a three-dimensional combination diagram of the earphone structure integrated with the microphone. Fig. 4 is a cross-sectional view of the earphone structure integrated with the microphone (1) 5 is a cross-sectional view of the earphone structure integrated with the microphone (2). Fig. 6 is a perspective view of the earphone structure integrated with the microphone. Fig. 7 is a schematic diagram of the earphone structure integrated with the microphone. Fig. 8 is a sound diagram of another embodiment of an earphone structure incorporating a microphone. [Main component symbol description] 1 housing 11 first half shell 12 · second half shell · 13 housing space 8/11 M419360 14 fixing part 15 sound 孑 L 16 button hole 17 opening 2 0 spur mouth 8 3 microphone 4 to the ear piece 41 set hole 5 support position 51 fixing groove 52 support hole 521 bump 6 system octave cavity 61 cavity 62 guide 7 circuit unit 71 button 8 helmet