五、新型說明： 【新型所屬之技術領域】 本創係關於一種安全帽，尤指一種可連接音源裝置及 支援無線通訊功能之安全帽。 【先前技術】 機車騎士在騎乘機車面臨手機來電時，為避免單手接 聽及同時料所可能發生的危險，應先暫停路邊並先脫除 戴之女王巾目才能接聽來電，對機車騎士而言操作相當不 更雖，、、;' 市面上亦有連接手機的耳機及麥克風通訊配件可 =選，，使用者在不須直接操作手機的情況下接聽來電， 考里到夕數騎乘者是在配戴安全帽的情況下欲接聽來 電要將耳機及麥克風配件置入於安全帽内進行通訊仍是 相當不便。 另一方面，當機車駕駛人欲與後方的附載座人在行車 =通話時，因受到安全帽阻隔 '車輛前進及周圍環境嗓音 等因素影響’多數時候無法清楚辨識對方之說話内容對 機車騎士而έ，現有之安全帽設計並無法滿足其在對話、 溝通方面的需求，顯然有待改善。 【新型内容】 由前述說明可知現有安全帽的設計雖可保護使用者免 於頭部撞擊而降低傷害，但在使用者面臨到接聽來電或與 他人對淡時’ 5見有設計係造成許多不便且無法滿足使用者 3 M403226 所需。為此’本創作之主要目的係提供一種多媒體暨通訊 功能之安全帽’係可接收外部音源信號並支援無線通信功 能，方便使用者在配戴安全帽時能與他人溝通對談。 為達成前述目的，本創作多媒體暨通訊功能之安全帽 係包含有： 一安全帽本體； , 複數功能鍵’係設於該安全帽本體以供使用者操作而 執行複數功能； 鲁一麥克風，係固接於該安全帽本體並接收使用者說話 時之語音信號； 耳機’係設在安全帽本體内側以播放聲音； 一控制電路板，係設於該安全帽本體内部且連接該複 數功能鍵、該麥克風及該耳機，該控制電路板係可無線接 收外部聲音信號並利該耳機播放，且可將使用者說話之扭 音信號轉換為無線信號並對外廣播。 藉由前述架構，使用者可藉由觸壓不同的功能鍵而開 # 啟所需的功能，經由該控制電路板所具備之無線信號收發 能力，在不須直接操作行動電話的狀態下接聽或掛斷來 電，並能與配戴相同安全帽者達成無線對話；除了以功能 鍵直接操控之外，本創作亦可經由學習模式而讓使用者自 行制定快速操作，例如利用車輛之方向燈或煞車燈的啟閉 動作及頻率而控制接聽或掛斷來電。 【實施方式】 清參考第- 二圖所示，為本創作多媒體暨通訊功能 4 M403226 之安全帽，包含有一安全帽本體（1〇)、複數功能鍵 (21)〜(24)、一音源輸入孔（25)、一麥克風（26)、耳機（27)、 方向指示燈（28)、煞車指示燈（29)及一控制電路板，其中， »玄控制電路板係埋設在安全帽本體（1 〇)内部。 該複數功忐鍵（21)〜（24)係設於安全帽本體㈠〇)上以供 配载者觸S且連接該控帝】電路板，在本實施例Μ系以四顆 設於安全帽本體（1〇)側面的功能鍵（21)〜（24)為例說明，各 功能鍵（21)〜（24)所負責的功能於後面將逐一詳細說明。 該音源輸入孔（25)係設於安全帽本體（1〇)且連接該控 制電路板，外部音源裝置（如攜帶型數位隨身聽）可透過一 音源傳輸線連接至該音源輸入孔（25)，將音源信號傳送至 該控制電路板。該麥克風（26)亦是固接在安全帽本體（1〇) 上且連接該控制電路板，用以接收駕駛人說話時之語音信 號；耳機（27)可設在安全帽本體（1〇)内側對應於使用者耳 郤的位置，以輸出聲音信號讓配戴者聽取。該方向指示燈（28) 及煞車指示燈（29)係隨著車輛上的方向燈及煞車燈同步動 作，其中，該方向指示燈（28)係設在安全帽本體（1〇)的左 右兩側，煞車指示燈（29)則可設在安全帽本體（1〇)的後側。 如第三圖所示’該控制電路板上係具有： 一中央處理器（30)，係連接前述功能鍵（21)〜（24)以接 收使用者的操作指令； 曰Λ處理杈組（31)，係連接該中央處理器（3〇)的輸 入端，該音訊處理模組（31)可接收來自麥克風（26)的聲音 k號及透過該音源輸入孔（25)取得外部音源裝置（1〇〇)提供 的音源信號，經過音訊處理模組（31)處理而欲輸出之聲音 5 M403226 係輸出至耳機（27)而播放出來； 一無線信號處理模組（32) ’係連接該音訊處理模組 (31)，該無線信號處理模組（32)包含有一藍牙模組（32〇)、 一燈號狀態接收模組（322)及一射頻（RF)通訊模組（324)， 其中’該藍牙模組（320)係負責與外部手機進行無線雙向通 訊，透過該音訊處理模組（31)的處理及中央處理器（3〇)的 • 控制’可將手機的來電信號傳送至耳機（27)輸出或將麥克 風（26)所接收的聲音傳送至手機，燈號狀態揍收模組（322) • 則是接收車輛燈號的控制狀態而啟動相對應的功能，該通 δίΐ模組（324)則是允許與另一使用者所配載的安全帽進行溝 通。 前述燈號狀態接收模組（322)可接收並判斷一左方向燈 啟動信號、一右方向燈啟動信號或一尾燈及煞車燈啟動信 號，其中，如第四圖所示，該左方向燈啟動信號係由一左 方向燈無線發射模組（201)傳送出，該左方向燈無線發模組 .(201)裝設在機車左方向燈燈座内，當駕駛人開啟左方向燈 _ 日^電力會傳送至機車的左方向燈燈座以點亮燈泡，該左 方向燈無線發射模組（201)同時獲得工作電力而發射出左方 向燈啟動信號；同理，該右方向燈啟動信號係由一右方向 燈無線發射模組（202)所發射，該右方向燈無線發射模組 (202)設於機車的右方向燈燈座内，該尾燈及煞車燈啟動信 號係設於尾燈或煞車燈燈座内部的一尾燈及煞車燈無線發 射及中繼模組（203)所傳出。該燈號狀態接收模組（322)將 根據各燈號之狀態傳送信號至中央處理器（3〇)，使中央處 理器（30)啟動對應的功能，例如啟動安全帽本體⑽）上的 6 M403226 方向指示燈（28)或煞車指示燈（29)，或於駕駛人快速按壓 左煞車把手兩下時’該左方向燈無線發射模組（2〇 1)便能發 射出兩短暫的無線信號，中央處理器（30)經由燈號狀態接 收模組（322)接收此無線信號後’即控制藍牙模組（32〇)接 聽/掛斷來電》 本創作除了可允許配載者經由藍牙模組（32〇)直接與行 動電話热線通訊之外，另支援多人對談功能。如第五圖所 示，當機車騎乘者與其後座乘客皆配戴本創作時，係可藉 φ 由功能鍵（21)〜（24)的操作啟動雙人對話的功能，雙向利用 各自的射頻通訊模組（324)達成無線通訊；此外，騎乘本車 的駕駛者亦可與其它車輛的駕駛者，利用該尾燈及煞車燈 無線及中繼模組（2〇3)作為信號中繼站而達成通訊。 前述設於安全帽本體（1 〇)上的各功能鍵（21)〜（24>可依 據需求而設計，以下說明係針對各功能鍵（21)〜（24)給予一 種可行的操作態樣。 第一功能鍵（21): 1 ·於藍牙功能開啟時，按 聽外部音源裝置的音樂，立 下可接聽電話（若此時有收 則音樂淡出）。 2 ·行動電話通話中時，V. New description: [New technical field] This is a kind of helmet, especially a helmet that can connect sound source devices and support wireless communication functions. [Prior Art] When a locomotive rider faces a mobile phone call, in order to avoid the danger of one-handed answering and simultaneous material feeding, the roadside should be suspended and the Queen's towel should be removed before the caller can answer the call. In fact, the operation is quite different, however,; 'There are also headsets and microphone communication accessories connected to the mobile phone in the market can be selected, the user can answer the call without directly operating the mobile phone, It is quite inconvenient to place a headset and a microphone accessory in a helmet for communication when wearing a helmet. On the other hand, when the locomotive driver wants to drive with the rear seated person = when talking, due to the impact of the safety helmet blocking the 'vehicle forward and the surrounding environment', most of the time it is impossible to clearly identify the other party's speech to the locomotive knight. Alas, the existing hard hat design does not meet its needs for dialogue and communication, and it is obviously necessary to improve. [New content] It can be seen from the above description that the design of the existing helmet can protect the user from the impact of the head and reduce the damage. However, when the user faces the call or the other person, the design system is inconvenient. It is not available for user 3 M403226. To this end, the main purpose of this creation is to provide a multimedia and communication function helmet that can receive external audio signals and support wireless communication functions, so that users can communicate with others when wearing a helmet. In order to achieve the foregoing objectives, the security cap of the multimedia and communication function includes: a helmet body; and a plurality of function keys are disposed on the helmet body for the user to perform a plurality of functions; Fixed to the helmet body and receiving a voice signal when the user speaks; the earphone ' is disposed inside the helmet body to play sound; a control circuit board is disposed inside the helmet body and connected to the plurality of function keys, The microphone and the earphone, the control circuit board can wirelessly receive an external sound signal and play the earphone, and can convert the twisted sound signal spoken by the user into a wireless signal and broadcast to the outside. With the foregoing architecture, the user can open the required function by pressing different function keys, and can receive or not directly operate the mobile phone through the wireless signal transceiving capability of the control circuit board. Hang up the call and reach a wireless conversation with the same helmet. In addition to direct manipulation with the function keys, this creation allows the user to make quick actions via the learning mode, such as using the direction lights or brakes of the vehicle. The light is turned on and off and the frequency is controlled to answer or hang up the incoming call. [Embodiment] As shown in the second and second figures, the hard hat of the multimedia and communication function 4 M403226 includes a helmet body (1〇), a plurality of function keys (21)~(24), and a sound source input. A hole (25), a microphone (26), an earphone (27), a direction indicator (28), a brake indicator light (29), and a control circuit board, wherein: the "Xuan control circuit board is embedded in the helmet body (1 〇) Internal. The plurality of function keys (21) to (24) are provided on the main body (1) of the helmet to allow the carrier to touch the S and connect the control board. In this embodiment, the system is set to four. The function keys (21) to (24) on the side of the cap body (1 〇) are taken as an example, and the functions that the function keys (21) to (24) are responsible for will be described in detail later. The sound source input hole (25) is connected to the helmet body (1〇) and connected to the control circuit board, and an external sound source device (such as a portable digital walkman) can be connected to the sound source input hole (25) through a sound source transmission line. The source signal is transmitted to the control board. The microphone (26) is also fixed on the helmet body (1〇) and connected to the control circuit board for receiving a voice signal when the driver speaks; the earphone (27) can be disposed on the helmet body (1〇) The inner side corresponds to the position of the user's ear to output a sound signal for the wearer to listen to. The direction indicator light (28) and the brake indicator light (29) are synchronized with the direction light and the brake light on the vehicle, wherein the direction indicator light (28) is disposed on the left and right sides of the helmet body (1〇). On the side, the brake indicator light (29) can be placed on the rear side of the helmet body (1〇). As shown in the third figure, the control circuit board has: a central processing unit (30) that connects the aforementioned function keys (21) to (24) to receive an operation instruction of the user; Is connected to the input end of the central processing unit (3〇), the audio processing module (31) can receive the sound k number from the microphone (26) and obtain an external sound source device through the sound source input hole (25) (1) 〇〇) The supplied sound source signal is processed by the audio processing module (31) and the sound to be output 5 M403226 is output to the earphone (27) and played out; a wireless signal processing module (32) 'connects the audio processing The module (31), the wireless signal processing module (32) comprises a Bluetooth module (32〇), a signal status receiving module (322) and a radio frequency (RF) communication module (324), wherein The Bluetooth module (320) is responsible for wireless two-way communication with an external mobile phone, and the call signal of the mobile phone can be transmitted to the earphone through the processing of the audio processing module (31) and the control of the central processing unit (3). 27) Output or transmit the sound received by the microphone (26) The mobile phone, the light state state collection module (322) • is to receive the corresponding control function of the vehicle light number, and the pass-through module (324) is allowed to be safely loaded with another user. Cap to communicate. The light state receiving module (322) can receive and determine a left direction light start signal, a right direction light start signal or a tail light and a brake light start signal, wherein the left direction light is activated as shown in the fourth figure. The signal is transmitted by a left-direction light wireless transmitting module (201), and the left-direction light wireless transmitting module (201) is installed in the left-right light socket of the locomotive, when the driver turns on the left direction light _ day ^ The power is transmitted to the left direction lamp holder of the locomotive to illuminate the lamp. The left direction lamp wireless transmitting module (201) simultaneously obtains the working power and emits the left direction lamp start signal; similarly, the right direction lamp starts the signal system. The right direction light wireless transmitting module (202) is disposed in the right direction light socket of the locomotive, and the tail light and the brake light starting signal are set in the tail light or the brake A tail light inside the lamp holder and a wireless transmission and relay module (203) of the brake light are transmitted. The signal status receiving module (322) will transmit a signal to the central processing unit (3〇) according to the status of each light signal, so that the central processing unit (30) activates a corresponding function, such as starting the 6 on the helmet body (10). M403226 Direction indicator (28) or brake indicator (29), or when the driver quickly presses the left handle twice, 'The left direction wireless transmitter module (2〇1) can emit two short wireless signals. After the central processor (30) receives the wireless signal via the light state receiving module (322), the control module (32〇) picks up/hangs the incoming call. In addition to allowing the carrier to pass the Bluetooth module. (32〇) In addition to direct communication with the mobile phone hotline, it also supports multi-person conversation function. As shown in the fifth figure, when both the locomotive rider and the rear seat passenger are wearing the original creation, the function of the double dialogue can be initiated by the operation of the function keys (21)~(24), and the respective radio frequency is utilized in both directions. The communication module (324) achieves wireless communication; in addition, the driver riding the vehicle can also use the taillight and the brake light wireless and relay module (2〇3) as the signal relay station to reach the driver of the other vehicle. communication. Each of the function keys (21) to (24) provided on the main body of the helmet (1) can be designed according to requirements, and the following description gives a feasible operation mode for each of the function keys (21) to (24). The first function button (21): 1 · When the Bluetooth function is turned on, press to listen to the music of the external source device, and set the answering phone (if the music is received at this time, the music fades out) 2 · During the mobile phone call,
全帽的來電内容。 ’按1下可掛斷電話（若原先有收 則音樂恢復）。 ’快按2下可末碼重播。 無線信號配對，在第一安全帽 安全帽上的功能鍵可接聽來電，但 一安全帽通訊，且無法聽到第一安 7 5. 通話中有插播時，按彳τ 7 β + 下可接聽該通插播來電。 6. 在插播來電仍在通話時， 按1下可切換到原來電通 ‘再二人按壓1下則可抖齡 B5 ·* 掛斷原來電通話並轉回接聽插播 〇 7.當插播電話變為主通話時，按 第二功能鍵（22): 1 ·長按3秒，可開啟或關閉藍牙/耳機/外部音源。Full cap caller content. ‘Press 1 to hang up the phone (if the original is received, the music will be restored). ‘Quickly press 2 to replay the last code. Wireless signal pairing, the function key on the first helmet cap can answer the call, but a hard hat communicates, and the first security cannot be heard. 5. When there is a call in the call, press 彳τ 7 β + to answer the call. Pass the call. 6. When the incoming call is still in the call, press 1 to switch to the original one. 'Two more people press 1 to shake the age B5 ·* Hang up the original call and return to answer the call. 7. When the intercom call becomes During the main call, press the second function button (22): 1 • Press and hold for 3 seconds to turn the Bluetooth/Headphone/External source on or off.
J·夬按2下兩頂女全帽之間達成語音通訊配對連結。 3 ·在兩頂女王φ目已經達成語音通訊配對連結下按1 下以切除配對連結(或當任何一方向有行動電話來電時，於 接通來錢，會暫切兩帽間的語音通訊配對，當結束行動 電話來電後，自動恢復兩帽間的語音通訊配對。 4.兩頂女全巾自已經具有語音通訊配對下，且其中—方 =在與行動電話通話中，按1下可把語音通訊配對帽加入 行動電6舌通話中’形成三方通話’再& 1 T可恢復到第— 功能鍵（21)的第4項操作。J·夬 presses 2 to make a voice communication match between the two female full caps. 3 · Press the 1 button under the voice communication matching link of the two top queens to cut off the pairing link (or when there is a mobile phone call in any direction, the money will be connected and the voice communication pairing between the two caps will be temporarily cut. After the end of the mobile phone call, the voice communication pairing between the two caps is automatically resumed. 4. The two women's full towel has already had the voice communication pairing, and the party=in the mobile phone call, press 1 to press The voice communication pairing cap is added to the mobile power 6 tongue call 'forming a three-party call' and then 1 T can be restored to the fourth operation of the first function key (21).
話， 來電 下可掛斷該通話。 5·包含兩頂安全帽已經言音通訊配對下，行動電話來 電時’按1下可拒接來電。 第三功能鍵（23): 1 -長按3秒’可開啟或關閉設於安全帽本體（彳〇)上的 方向指示燈（28)/煞車指示燈（29)功能。 2·按1下可切換方向指示燈（28)/煞車指示燈（29)為 閃燈模式。 3·行動電話通話中插播，按1下可接聽該通插播，再 按1下可掛斷插播。 8 M403226 下可切回至插 在與行動電活之主來電通話時，按 播來電。 5 雷兩頂安全帽已經具有語音通訊配對的情況下… 仃動電、活來電時，快按2 廣播仏# + 了把目則接收的外部音源信號 ”播口對方收聽，使對 々月匕刀予自己正在聆聽的音樂，再 按2下則關閉此分享功能。 第四功能鍵（24) 長& 3秒’可開啟/關閉尾燈及煞車燈無線及中繼If you have an incoming call, you can hang up the call. 5. Include two caps that have been paired with voice communication. When the mobile phone comes in, press 1 to reject the call. The third function button (23): 1 - Long press for 3 seconds' to turn on or off the direction indicator (28) / brake indicator (29) function provided on the helmet body (彳〇). 2. Press 1 to switch the direction indicator (28) / brake indicator (29) to flash mode. 3. Insert the mobile phone during the call, press 1 to answer the call, and press 1 to hang up. 8 M403226 can be switched back to plug in. When the main call to the mobile phone is in progress, press to call. 5 Ray two top helmets already have voice communication pairing... When you are on the move or live call, press 2 broadcast 仏# + to receive the external source signal received by the target. Knive the music you are listening to, press 2 again to turn off the sharing function. 4th function key (24) Long & 3 seconds 'can turn on/off taillights and brake lights wireless and relay
果·且〇3)，以啟動無線通話中繼功能，於開啟日寺，安全帽 會自動與該尾燈及煞車燈盔 π , …深夂甲繼杈組完成信號配對， 預設為聽取模式’僅能聽取它車廣播出來的信號。 2·在啟動無線通話中繼功能時，按彳下可加入盥它車 的通訊而可發言對話，若再按]下則回到上述聽取模式。 3·快按2下’可把本帽接收的外部音源信號對外廣播， 若再快按2下則取消此功能。 (快按3 了，係開啟學習模式，使用者可自行定義以 何種煞車按壓頻率/左右方向燈號而控制語音通訊功能 (如接聽/掛斷功能）。 综上所述，本創作多媒體暨通訊功能之安全帽可以讓 配戴使賴駕歇者快&地接聽㈣電話m經由無線傳 輸與其後座乘客方便對話，當多人集體出遊組成車隊時， 可透過無線中繼的方式，令不同車輛的機車騎士互相對話 溝通，除了以功能鍵直接操控之外，使用者亦可自行設定 决速刼作方式，利用車輛之方向燈或煞車燈的啟閉動作而 控制安全帽直接接聽或掛斷來電。 9 M403226 【圖式簡單說明】 第一圖：本創作之一立體圖。 第二圖：本創作之一後視平面圖。 第三圖：本創作之電路功能方塊圖。 第四圖：本創作於車輛燈座内設置一無線發射模組之 示意圖。 第五圖：本創作另一使用方式之示意圖。 【主要元件符號說明】 (10)安全帽本體 (21)〜（24)功能鍵 (2 5)音源輸入孔 (26) 麥克風 (27) 耳機 (28) 方向指示燈 (29) 煞車指示燈 (31)音訊處理模組 (320)藍牙模組 組（324)射頻通訊模組 (30) 中央處理器 (3 2)無線模組 (322)燈號狀態接收 (100)外部音源裝置 (201) 左方向燈無線發射模組 (202) 右方向燈無線發射模組 (203) 尾燈及煞車燈無線及中繼模組Fruit·and 〇3), to activate the wireless call relay function, in the opening of the temple, the helmet will automatically match the taillights and the brake lights π, ... the deep 夂 杈 杈 group completes the signal pairing, preset to the listening mode' Only listen to the signals broadcast by its car. 2. When the wireless call relay function is activated, press the button to join the communication of the car and speak the conversation. If you press the button again, return to the above listening mode. 3. Press 2 times to turn on the external source signal received by the cap. If you press 2 again, the function will be canceled. (Quickly press 3, the learning mode is enabled, the user can define the type of braking frequency/left and right direction lights to control the voice communication function (such as answering/hanging function). In summary, the multimedia creation of this creation The communication function of the helmet can make the wearer fast and listen to the phone. (4) The phone m can communicate with the passengers on the back seat via wireless transmission. When a group of people travels to form a team, they can use wireless relay. The locomotive knights of different vehicles communicate with each other. In addition to the direct control of the function keys, the user can also set the speed control mode by himself, and use the direction lights of the vehicle or the opening and closing action of the brake lights to control the helmet to directly answer or hang. 9 M403226 [Simple description of the picture] The first picture: one of the three-dimensional picture of the creation. The second picture: one of the rear view of the creation. The third picture: the circuit function block diagram of the creation. The fourth picture: this A schematic diagram of setting up a wireless transmitting module in a vehicle lamp holder. Fig. 5: Schematic diagram of another usage mode of the creation. [Description of main component symbols] (10) Cap body (21) ~ (24) function keys (2 5) audio input hole (26) microphone (27) earphone (28) direction indicator (29) brake indicator (31) audio processing module (320) Bluetooth mode Group (324) RF communication module (30) Central processing unit (3 2) Wireless module (322) Light status receiving (100) External sound source device (201) Left direction light wireless transmitting module (202) Right direction Light wireless transmitter module (203) tail light and brake light wireless and relay module