M380789 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種服飾，且特別是有關於一種可產 生回饋的感知服飾。 【先前技術】 隨著科技的發展，紡織品在日常生活中的應用開始由 衣物穿著領域擴展至其他領域。人們對紡織品的要求不再 偈限於保暖的功能，紡織廠商及業者亦希望將紡織品與不 同領域的技術結合，進而提高紡織品的附加價值，使得紡 織品的應用更為靈活。 【新型内容】 因此本新型的目的就是在提供一種回饋式感知服飾， 用以在感知到特定訊號時產生回饋。 依照本新型之一實施例，提出一種回饋式感知服飾， 其包含服飾本體、設置於服飾本體上之至少一感知接收 器、設置於服飾本體上之至少一回饋產生器，以及設置於 服飾本體上連接感知接收器及回饋產生器之控制單元，以 在感知接收器接收到感知訊號後，作動回饋產生器。 感知接收器可為心跳感測器，心跳感測器包含一組兩 區域可導電型態之電極布或電極貼片，電極布或電極貼片 設置於相對應心臟兩侧。感知接收器可為溫度感測器，溫 度感測器可為電阻式感溫元件或是半導體感溫元件。回饋 產生器可以為震動馬達、一組兩區域可導電型態之電極布 3 或電極貼片、或是光產生器。控制單元更包含有無線傳輸 模組’無線傳輸模組設置於服飾本體，控制單元藉由無線 傳輸模組與電腦主機連接。其中服飾本體可為背心、上衣、 帽子、頭套、袖套或褲子。服飾本體包含鬆緊調整元件， 藉由鬆緊調整元件使服飾本體服贴於穿戴者。回饋產生器 之數量可為多數個’回饋產生器為對應多個方位設置於服 飾本體上。控制單元可更包含有重力加速度感測器，重力 加速度感測器設置於脲飾本體'回饋式感知服飾更包含電 源供應器與控制單元連接，服飾本體包含口袋，電源供應 器設置於口袋中。 本新型之另一態樣為一種回饋式感知服飾，用以接收 一訊號主機發出之訊號並產生回饋，該回饋式感知服飾包 含服飾本體、設置於服飾本體上之訊號接收器，用以接收 該訊號主機之訊號、設置於服飾本體上之回饋產生器，以 及設置於服飾本體上連接訊號接收器及回饋產生器之控制 單元，以在訊號接收器接收到訊號主機發出之訊號後’作 動回饋產生器。訊號接收器可為用以接收特定波長之光波 的光感測器，特定波長可為7〇〇nm至2000nm。感知接收 器可為用以接收特定編碼之無線電波的無線電波感測器。 回饋產生器可為震動馬達、一組兩區域可導電型態之電極 布或電極貼片，或是光產生器。控制單元更包含無線傳輸 模組，無線傳輸模組設置於服飾本體，控制單元藉由無線 傳輸模組與電腦主機連接。控制單元更包含有設置於服飾 本體之定位裝置，定位裝置可為全球定位系統（global positioning system ; GPS)。服卿本體可為背心、上衣、帽 =、頭套、袖套或褲子。服飾本體包含有鬆緊調整元件， 藉由鬆緊調整元件使服飾本體服貼於穿戴者。其中回饋產 生器之數量可為多數個，回饋產生器為對應多個方位設置 於服飾本體上。控制單元可更包含有重力加速度感測器， 重力加速度感測器设置於服飾本體。回饋式感知服飾更包 含電源供應器與控制單元連接，服飾本體包含口袋，電源 供應器設置於口袋中。 回饋式感知服飾可以在接收到特定訊號時作動回饋產 生器，進而產生回饋至穿戴者或是外界。回饋式感知服飾 除應用在射擊遊戲或軍事遊戲而增添遊戲的趣味性之外， 更可應用在救生設備藉以指引逃生方向，或是應用在看護 毁備藉以提示外界穿戴者的生理情形。 【實施方式】 以下將以圖式及詳細說明清楚說明本新型之精神，任 何所屬技術領域t具有通常知識者在瞭解本新型之較佳實 施例後，當可由本新型所教示之技術，加以改變及修飾， 其並不脫離本新型之精神與範圍。 請參照第1A圖與第1；8圖，其係分別繪示本新型之回 饋式感知服飾第一實施例的正視圖與後視圖。回饋式感知 服飾1〇〇包含有服飾本體110、設置於服飾本體11〇上之 至少一感知接收器12〇、設置於服飾本體上之至少一 回饋產生器130，及設置於服飾本體11〇上之控制單元 140。其中控制單几140分別與感知接收器12〇及回饋產生 器130連接’以在接收到感知接收ϋ 120接收到特定的感 知訊號時’作動回饋產生器13〇,使得回饋產生器13〇發 出回饋至穿戴者。 x _ 本實施例中之回饋產生器130可為光產生器，如發光 〜極體模組，或者，回饋產生器130可為發聲元件，如麥 克風或揚聲器等。感知接收器120可為心跳感測器，舉例 而s ’感知接收器120包含有一組兩區域可導電型態之電 拖布或疋電極貼片，此兩電極布或是電極貼片分別設置於 相對應心臟兩側，藉以偵測穿戴者的心跳頻率，並將資料 傳送至控制單元140中。當感知接收器120感知到穿戴者 =心跳頻率滿足設定的條件時，如過高或是過低時，控制 單元140便可作動回饋產生器130發光或是發出聲音提示 外界》 曰’、 又或者，在其他實施例中感知接收器12〇可為溫度感 測器，如為電阻式感溫元件或是半導體感溫元件等知 接收器120所設置的位置較佳地為與穿戴者接觸，以偵測 穿戴者的體溫，並將資料傳送至控制單元14〇之中。當感 知接收器120感知到穿戴者的體溫達到設定的條件時，如 體溫過高或是過低時，控制單元14〇可作動回饋產生器13〇 發光或發出聲音，以提示外界。 回饋式感知服飾100中包含有電源供應器15〇。服飾 本體110上具有口袋160，電源供應器15〇設置於口袋16〇 之中，並與控制單元140連接。回饋式感知服飾1〇〇更包 含有集線環170，其中感知接收器12〇及回饋產生器13〇 之線路可以藉由集線環170整理之後再與控制單元14〇連 接，使得理線較為容易。 M380789 回饋產生器130亦可用以發出回饋至穿戴者，舉例而 言，回饋產生器130可為震動馬達，用以在感知接收器no 接收到特定之感知訊號時，發出震動傳至穿戴者。或者， 回饋產生器130亦可為一組兩區域可導電之電極布或電極 貼片，以在感知接收器120接收到特定的感知訊號時，發 - 出微量電流刺激穿戴者。 . 回馈式感知服飾100之控制單元140可更包含有無線 傳輸模組142，控制單元140為設置於服飾本體11〇。控制 • 單元14〇為透過無線傳輸模組142與遠端之電腦主機連 接，以將感知接收器120所接收到的資料傳送至電腦主機 之中。控制單元140中可更包含有重力加速度感剩器144, 重力加速度感測器144為設置於服飾本體11〇，以感應穿 戴者的移動狀況。重力加速度感測器144所感應到穿戴者 - 的移動狀況可經由無線傳輸模組142傳送至電腦主機。 參照第2圖，其係繪示本新型之回饋式感知服飾第二 實施例之展開圖。為了使回饋式感知服飾2〇〇符合不同穿 籲 戴者的體型’回饋式感知服飾200除了服飾本體21〇、咸 知接收器220、回饋產生器23〇、控制單元24〇之外，更1 含有設置於服飾本體210上之鬆緊調整元件25〇。鬆緊調 整元件2S0包含有可相互黏貼的魔鬼鼓，魔纽為言^置在 服飾本體210的表面’以透過調整鬆緊調整元件25〇之魔 錄之枯合位置，使得回饋式感知服飾細穿 穿戴者的體型。 13 參照第3圖’其係繪示本新型之回饋式感知服飾第三實 施例的展開圖。本實施例中之回饋式感知服飾，為用以 7 M380789 接收一訊號主機390所發出之訊號並產生回饋。回饋式感 知服飾300包含服飾本體310、設置於服飾本體310上之 至少一訊號接收器320 '設置於服飾本體310上之回饋產 生器330、及設置於服飾本體310上之控制單元340。控制 單元340分別與訊號接收器320與回饋產生器330連接， 以在訊號接收器320接收到訊號主機390所發出之訊號 後、作動回饋產生器330。 回饋式感知服飾3〇〇可以應用在遊戲中。舉例而言， 訊號主機390可以為發出特定波長光線的遊戲用光束槍， 如波長在700nm至200〇nm之間的近紅外線。對應的訊號 接收器320則為接收此特定波長之光波的光感測器。訊號 接收器320與回饋產生器330則可以分布在對應於人體要 害之處或是特定位置。回饋產生器330可為產生震動之震 動馬達。或者，回饋產生器330可為用以發出微量電流之 一組兩區域可導電型態之電極布或電極貼片。或者，回饋 產生器330亦可為光產生器。在其他實施例中，回饋產生 器330更可以為可發出聲音的元件，如為麥克風、揚聲器 等，以發出聲音達到警示或是提醒的作用。 參與遊戲者穿上回饋式感知服飾300進行遊戲，當交 戰雙方進行遊戲的過程中，有人以如光束搶之訊號主機390 擊中對方的要害處或是特定位置時，設置於要害處的訊號 接收器320便會感應到此特定波長的光波，而發出訊號至 控制單元340 ’當控制單元340接收到此訊號時，便會作 動回饋產生器330使回饋產生器330產生回饋而提示穿戴 者被擊中。 8 M380789 控制單元340中包含有設置於服飾本體31〇的定位裝 置342，定位裝置342可以為全球定位系統（gl〇bal positioning system ; GPS)，用以提供穿戴者的所在位置。 控制單元340中更包含有重力加速度感測器344，用以提 供穿戴者的移動情形，當穿戴者作出閃避的動作時，控制 單元340可以結合訊號接收器32〇與重力加速度感測器344 的資料決定是否作動回饋產圭器330。 控制單元340更包含有無線傳輸模組346，以將訊號 接收器320、回饋產生器33〇、定位裝置342及重力加速度 感測器344的資料傳送至遠端的電腦主機，而在電腦主機 上顯不個別參與遊戲者的狀態。相對地，電腦主機亦可下 達才曰令至控制单元340，而作動回饋產生器330。 訊號接收器320可更包含有用以接收特定編碼之無線 電波的無線電波感測器。對應之訊號主機39〇則包含有產 生此特定編碼之無線電波的無線電波產生器，其可以設置 在指定區域，此指定區域可以被定義地雷區或是加分區 等。當穿戴者經過上述特定區域時，訊號接收器32〇會接 收到此特疋編碼的無線電波，而發出訊號至控制單元， 使得控制單元340產生對應的動作，如經過地雷區時作動 回饋產生器330而視為陣亡，或是在經過加分區時提供加 分訊息給電腦主機等。 參照第4圖，其係繪示本新型之回饋式感知服飾第四 實施例之上視圖。回饋式感知服飾4〇〇包含有服飾本體 410、設置於服飾本體41〇上之訊號接收器42〇、設置於服 飾本體410上之回饋產生器43〇，及設置於服飾本體41〇 9 上與訊號接收器420及回饋產生器430連接之控制單元 440。本實施例中之回饋產生器43〇為對應於不同方位設置 在服飾本體410上。 控制單元440可包含有定位裝置442與無線傳輸模組 444 ’以透過無線傳輸模組444與電腦主機溝通，並將穿戴 者的仇置提供給電腦主機。電腦主機所發出的指引訊號亦 可藉由無線傳輸模組444傳送至控制單元440，而作動對 應於指引訊號所提視之方向的回饋產生器430,如正前方 的回饋產生器430，使得穿戴者依照回饋產生器430所指 引的方位前進。 本實施例之回饋式感知服飾400可應用在軍事遊戲或 是救生設備中，藉由電腦主機或是定點設置的訊號源將訊 號傳送至控制單元440，而作動對應之回饋產生器430以 指引穿戴者的移動方向。同樣地，回饋式感知服飾400可 更包含有如魔鬼氈或是彈性帶等鬆緊調整元件，使得回饋 式感知服飾400能適合不同穿戴者的體型。 雖然上述實施例中之回饋式感知服飾均是以背心作為 範例’但在實際應用上，回饋式感知服飾的服飾本體可以 為背心、上衣、帽子、頭套、袖套或褲子等。回饋式感知 服飾可以在接收到特定訊號時作動回饋產生器，進而產生 回館至穿戴者或是外界。回饋式感知服飾除應用在射擊遊 戲或軍事遊戲而增添遊戲的趣味性之外，更可應用在救生 設備藉以指弓丨逃生方向，或是應用在看護設備藉以提示外 界穿戴者的生理情形。 雖然本新型已以一較佳實施例揭露如上’然其並非用 M380789 以限定本新型，任何熟習此技藝者，在不脫離本新型之精 神和範圍内，當可作各種之更動與潤飾，因此本新型之保 護範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 為讓本新型之上述和其他目的、特徵、優點與實施例 能更明顯易懂，所附圖式之詳細說明如下：M380789 V. New description: [New technical field] The present invention relates to a kind of clothing, and in particular to a kind of perceived clothing that can produce feedback. [Prior Art] With the development of technology, the application of textiles in daily life began to expand from the field of clothing wear to other fields. The demand for textiles is no longer limited to the function of warmth. Textile manufacturers and operators also want to combine textiles with technologies in different fields to increase the added value of textiles and make textile applications more flexible. [New content] Therefore, the purpose of the present invention is to provide a feedback-type sensing apparel for generating feedback when a specific signal is sensed. According to an embodiment of the present invention, a feedback-type sensing apparel is provided, which includes an apparel body, at least one sensing receiver disposed on the apparel body, at least one feedback generator disposed on the apparel body, and disposed on the apparel body. A control unit that connects the sensing receiver and the feedback generator to actuate the feedback generator after the sensing receiver receives the sensing signal. The perceptual receiver can be a heartbeat sensor, and the heartbeat sensor comprises a set of two-region conductive patterns of electrode pads or electrode patches, and the electrode pads or electrode patches are disposed on opposite sides of the corresponding heart. The sensing receiver can be a temperature sensor, and the temperature sensor can be a resistive temperature sensing element or a semiconductor temperature sensing element. The feedback generator can be a vibration motor, a set of two-area electrically conductive electrode pads 3 or electrode patches, or a light generator. The control unit further includes a wireless transmission module. The wireless transmission module is disposed on the clothing body, and the control unit is connected to the computer host through the wireless transmission module. The body of the garment can be a vest, a top, a hat, a headgear, a sleeve or a pair of pants. The garment body includes an elastic adjustment element that is attached to the wearer by the elastic adjustment element. The number of feedback generators can be a plurality of 'feedback generators' disposed on the clothing body for a plurality of orientations. The control unit may further comprise a gravity acceleration sensor, the gravity acceleration sensor being disposed on the urea body. The feedback sense garment further comprises a power supply and a control unit connection, the body of the garment comprises a pocket, and the power supply is disposed in the pocket. Another aspect of the present invention is a feedback-sensing apparel for receiving a signal from a signal host and generating feedback. The feedback-type sensing apparel includes an apparel body and a signal receiver disposed on the apparel body for receiving the a signal of the signal host, a feedback generator disposed on the body of the device, and a control unit connected to the device body and connected to the signal receiver and the feedback generator to generate a feedback signal after the signal receiver receives the signal from the signal host Device. The signal receiver can be a light sensor for receiving light waves of a specific wavelength, and the specific wavelength can be from 7 〇〇 nm to 2000 nm. The perceptual receiver can be a radio wave sensor for receiving a particular encoded radio wave. The feedback generator can be a vibration motor, a set of two-area electrically conductive electrode pads or electrode patches, or a light generator. The control unit further includes a wireless transmission module, and the wireless transmission module is disposed on the clothing body, and the control unit is connected to the computer host through the wireless transmission module. The control unit further includes a positioning device disposed on the body of the garment, and the positioning device can be a global positioning system (GPS). The body of the clothing can be a vest, a top, a hat =, a headgear, a sleeve or a pair of pants. The garment body includes an elastic adjustment element that is attached to the wearer by the elastic adjustment element. The number of feedback generators may be a plurality, and the feedback generator is disposed on the body of the garment for a plurality of orientations. The control unit may further include a gravity acceleration sensor, and the gravity acceleration sensor is disposed on the clothing body. The feedback-sensing apparel further includes a power supply connected to the control unit, the body of the garment includes a pocket, and the power supply is disposed in the pocket. The feedback-aware apparel can actuate the feedback generator when it receives a specific signal, and then generate feedback to the wearer or the outside world. In addition to the fun of the game, it can be applied to life-saving equipment to guide the direction of escape, or to apply to the physical situation of the outside wearer. BRIEF DESCRIPTION OF THE DRAWINGS The spirit of the present invention will be clearly described in the following drawings and detailed description. Any one of ordinary skill in the art will be able to change the teachings of the present invention. And modifications, which do not depart from the spirit and scope of the present invention. Please refer to FIG. 1A and FIG. 1 and FIG. 8 , which are respectively a front view and a rear view of the first embodiment of the feedback-type sensing garment of the present invention. The feedback-sensing apparel 1 includes an apparel body 110, at least one sensing receiver 12 disposed on the apparel body 11A, at least one feedback generator 130 disposed on the apparel body, and disposed on the apparel body 11 Control unit 140. The control unit 140 is respectively connected to the sensing receiver 12 and the feedback generator 130 to actuate the feedback generator 13A when receiving the sensing signal received by the sensing receiver 120, so that the feedback generator 13 sends feedback. To the wearer. x _ The feedback generator 130 in this embodiment may be a light generator such as a light-emitting body module, or the feedback generator 130 may be a sounding element such as a microphone or a speaker. The sensing receiver 120 can be a heartbeat sensor. For example, the sensing receiver 120 includes a set of two-area electrically conductive type electric or sputum electrode patches. The two electrode cloths or the electrode patches are respectively disposed on the phase. Corresponding to both sides of the heart, the heart rate of the wearer is detected and the data is transmitted to the control unit 140. When the sensing receiver 120 senses that the wearer=heartbeat frequency meets the set condition, such as too high or too low, the control unit 140 can actuate the feedback generator 130 to emit light or emit an audible prompt to the outside world, or In other embodiments, the sensing receiver 12 can be a temperature sensor, such as a resistive temperature sensing element or a semiconductor temperature sensing element. The position of the receiver 120 is preferably in contact with the wearer. The wearer's body temperature is detected and the data is transmitted to the control unit 14A. When the sensing receiver 120 senses that the body temperature of the wearer reaches the set condition, if the body temperature is too high or too low, the control unit 14 can actuate the feedback generator 13 to emit light or emit a sound to prompt the outside world. The feedback-sensing apparel 100 includes a power supply 15〇. The garment body 110 has a pocket 160, and a power supply 15 is disposed in the pocket 16A and connected to the control unit 140. The feedback-sensing apparel 1 includes a hub ring 170, wherein the lines of the sensing receiver 12〇 and the feedback generator 13〇 can be collated by the hub ring 170 and then connected to the control unit 14〇, making the cable easier. The M380789 feedback generator 130 can also be used to send feedback to the wearer. For example, the feedback generator 130 can be a vibration motor for transmitting a shock to the wearer when the sensor receiver no receives a particular sensory signal. Alternatively, the feedback generator 130 can also be a set of two-area electrically conductive electrode pads or electrode patches to emit a small amount of current to stimulate the wearer when the sensing receiver 120 receives a particular sensory signal. The control unit 140 of the feedback-aware apparel 100 may further include a wireless transmission module 142, and the control unit 140 is disposed on the apparel body 11A. The control unit 14 is connected to the remote computer host through the wireless transmission module 142 to transmit the data received by the sensing receiver 120 to the computer host. The control unit 140 may further include a gravity acceleration sensor 144, and the gravity acceleration sensor 144 is disposed on the clothing body 11A to sense the movement condition of the wearer. The movement condition of the wearer-sensing by the gravity acceleration sensor 144 can be transmitted to the host computer via the wireless transmission module 142. Referring to Fig. 2, there is shown an expanded view of a second embodiment of the feedback-feeding apparel of the present invention. In order to make the feedback-sensing apparel 2〇〇 conform to the different wearer's body shape, the feedback-sensing apparel 200 is in addition to the costume body 21〇, the salty receiver 220, the feedback generator 23〇, and the control unit 24〇, The elastic adjusting element 25 is disposed on the garment body 210. The elastic adjusting element 2S0 includes a devil drum that can be attached to each other, and the magic button is placed on the surface of the clothing body 210 to pass through the adjusted position of the magical adjustment element 25, so that the feedback-type sensing wear is worn. The size of the person. 13 Referring to Fig. 3, there is shown an expanded view of a third embodiment of the feedback-feeding apparel of the present invention. The feedback-aware apparel in this embodiment is used to receive the signal sent by a signal host 390 by 7 M380789 and generate feedback. The feedback-sensing apparel 300 includes an apparel body 310, a feedback generator 330 disposed on the apparel body 310 and at least one signal receiver 320, and a control unit 340 disposed on the apparel body 310. The control unit 340 is connected to the signal receiver 320 and the feedback generator 330, respectively, to actuate the feedback generator 330 after the signal receiver 320 receives the signal from the signal host 390. The feedback-aware apparel 3〇〇 can be applied to the game. For example, the signal master 390 can be a game beam gun that emits light of a particular wavelength, such as near infrared light having a wavelength between 700 nm and 200 〇 nm. The corresponding signal receiver 320 is a light sensor that receives light waves of this particular wavelength. The signal receiver 320 and the feedback generator 330 can be distributed at a location corresponding to a human body or a specific location. The feedback generator 330 can be a vibrating motor that generates vibration. Alternatively, the feedback generator 330 can be a set of two-area electrically conductive electrode cloth or electrode patches for emitting a small amount of current. Alternatively, the feedback generator 330 can also be a light generator. In other embodiments, the feedback generator 330 can be a component that can emit sound, such as a microphone, a speaker, etc., to emit a sound to alert or remind. The participating players put on the feedback-aware apparel 300 to play the game. When the two parties engage in the game, when someone hits the key or specific position of the opponent with the signal 390, the signal is received at the critical location. The device 320 senses the light wave of the specific wavelength and sends a signal to the control unit 340. When the control unit 340 receives the signal, the feedback generator 330 is activated to cause the feedback generator 330 to generate feedback to prompt the wearer to be hit. in. 8 M380789 The control unit 340 includes a positioning device 342 disposed on the clothing body 31〇. The positioning device 342 can be a global positioning system (GPS) to provide a position of the wearer. The control unit 340 further includes a gravity acceleration sensor 344 for providing a movement situation of the wearer. When the wearer performs the action of dodging, the control unit 340 can combine the signal receiver 32 with the gravity acceleration sensor 344. The data determines whether or not to activate the feedback device 330. The control unit 340 further includes a wireless transmission module 346 for transmitting the data of the signal receiver 320, the feedback generator 33, the positioning device 342, and the gravity acceleration sensor 344 to the remote computer host, and on the computer host. It is not the state of the player who participates in the game. In contrast, the host computer can also issue a command to the control unit 340 to activate the feedback generator 330. The signal receiver 320 can further include a radio wave sensor useful for receiving a particular encoded radio wave. The corresponding signal host 39A includes a radio wave generator that generates radio waves of the specific code, which can be set in a designated area, which can be defined as a minefield or a partition. When the wearer passes through the specific area, the signal receiver 32 receives the specially encoded radio wave and sends a signal to the control unit, so that the control unit 340 generates a corresponding action, such as when the minefield passes the feedback generator. 330 is considered to be in a row, or to provide a bonus message to the host computer when the partition is added. Referring to Fig. 4, there is shown a top view of a fourth embodiment of the feedback sense garment of the present invention. The feedback-sensing apparel 4 includes an apparel body 410, a signal receiver 42 disposed on the apparel body 41A, a feedback generator 43A disposed on the apparel body 410, and a clothing body 41〇9 disposed on the apparel body 41〇 The signal receiver 420 and the feedback generator 430 are connected to the control unit 440. The feedback generator 43 in this embodiment is disposed on the apparel body 410 corresponding to different orientations. The control unit 440 can include a positioning device 442 and a wireless transmission module 444' to communicate with the host computer through the wireless transmission module 444, and provide the wearer's hatred to the computer host. The guidance signal sent by the host computer can also be transmitted to the control unit 440 via the wireless transmission module 444, and the feedback generator 430 corresponding to the direction of the guidance signal is actuated, such as the feedback generator 430 directly in front, so that the wearer is worn. The player proceeds in accordance with the orientation indicated by the feedback generator 430. The feedback-sensing apparel 400 of the present embodiment can be applied to a military game or a life-saving device, and the signal is transmitted to the control unit 440 by a computer host or a fixed-point signal source, and the corresponding feedback generator 430 is actuated to guide the wearer. The direction of movement. Similarly, the feedback-sensing apparel 400 may further include elastic adjustment elements such as a devil felt or an elastic band, so that the feedback-sensing apparel 400 can be adapted to the shape of different wearers. Although the feedback-sensing apparel in the above embodiments is a vest as an example, but in practical applications, the apparel body of the feedback-aware apparel may be a vest, a jacket, a hat, a headgear, a sleeve or a trousers. Responsive Perception Apparel can actuate the feedback generator when it receives a specific signal, and then generate a return to the wearer or the outside world. In addition to the interest of the game in the shooting game or military game, the feedback-aware apparel can be applied to the escape direction of the life-saving device or to the physical condition of the wearer by the care device. Although the present invention has been described in a preferred embodiment as described above, it is not intended to limit the present invention, and any skilled person skilled in the art can make various modifications and retouchings without departing from the spirit and scope of the present invention. The scope of protection of this new type is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood.
第1A圖與第1B圖係分別繪示本新型之回饋式感知服 飾第一實施例的正視圖與後視圖。 第2圖係繪示本新型之回饋式感知服飾第二實施例之 展開圖。 第3圖係繪示本新型之回饋式感知服飾第三實施例的 示意圖。 第4圖係繪示本新型之回饋式感知服飾第四實施例之 上視圖。 【主要元件符號說明】 100 ··回饋式感知服飾 110 :服飾本體 120 :感知接收器 130 :回饋產生器 140 :控制單元 142 :無線傳輸模組 144 :重力加速度感測器 300 :回饋式感知服飾 310 :服飾本體 320 :訊號接收器 330 :回饋產生器 340 :控制單元 342 :定位裝置 344 :重力加速度感測器 M380789 150 :電源供應器 160 : 口袋 170 :集線環 200 :回饋式感知服飾 210 :服飾本體 220 :感知接收器 230 :回饋產生器 240 :控制單元 250 :鬆緊調整元件 346 :無線傳輸模組 390 :訊號主機 400 :回饋式感知服飾 410 :服飾本體 420 :訊號接收器 430 :回饋產生器 440 :控制單元 442 :定位裝置 444 :無線傳輸模組 121A and 1B are respectively a front view and a rear view showing a first embodiment of the feedback-type sensing device of the present invention. Fig. 2 is a development view showing a second embodiment of the feedback-type sensing garment of the present invention. Fig. 3 is a schematic view showing a third embodiment of the feedback-type sensing garment of the present invention. Fig. 4 is a top plan view showing a fourth embodiment of the feedback-type sensing garment of the present invention. [Main component symbol description] 100 ··Feedback-sensing apparel 110: Apparel body 120: Perceptual receiver 130: Feedback generator 140: Control unit 142: Wireless transmission module 144: Gravity acceleration sensor 300: Feedback-aware clothing 310: Apparel body 320: Signal receiver 330: Feedback generator 340: Control unit 342: Positioning device 344: Gravity acceleration sensor M380789 150: Power supply 160: Pocket 170: Hub ring 200: Feedback-aware apparel 210: Apparel body 220: Perceptual receiver 230: feedback generator 240: Control unit 250: Elastic adjustment element 346: Wireless transmission module 390: Signal host 400: Feedback-aware apparel 410: Apparel body 420: Signal receiver 430: Feedback generation 440: control unit 442: positioning device 444: wireless transmission module 12