TWM548453U - Smart clothing - Google Patents
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- TWM548453U TWM548453U TW106207744U TW106207744U TWM548453U TW M548453 U TWM548453 U TW M548453U TW 106207744 U TW106207744 U TW 106207744U TW 106207744 U TW106207744 U TW 106207744U TW M548453 U TWM548453 U TW M548453U
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Description
本創作係有關於一種智慧服,尤指涉及一種利用彈性加壓區僅與衣物本體背面內側壁部分輪廓透過結合部相結合,其餘部分不相連,不需使衣物本體具有緊身壓縮之特性即可與使用者緊密貼合而能有效提高穩定性,使偵測所得數據更趨穩定且準確,特別係指可達到讓使用者穿著寬鬆舒服的衣物本體在舒適且可自由伸展肢體活動之情形下,隨時偵測並獲得穩定、準確之生理訊號,而不會造成生活上之不方便者。The present invention relates to a smart suit, in particular to an elastic pressing zone which is only combined with the contour of the inner side wall portion of the back of the garment body through the joint portion, and the remaining portions are not connected, and the body of the garment does not need to be tightly compressed. Closely integrated with the user can effectively improve the stability and make the detected data more stable and accurate, especially in the case that the user can wear the loose and comfortable body of the garment in a comfortable and freely stretchable limb. Detect and obtain stable and accurate physiological signals at any time without causing inconvenience in life.
按,傳統穿戴型生理偵測器,如心跳錶、心跳帶之款式,有分為胸帶、無胸帶、手臂式(Scosche Rhythm)、或手腕式(Mio Alpha)等多種心率偵測器。此種生理偵測器穿戴於被偵測者身上,以偵測被偵測者之生理訊號(如心率、呼吸或計步),並利用張力調整裝置,依據被偵測者體型差異調整生理偵測元件與皮膚接觸之壓力,進而正確偵測被偵測者生理訊號。此種穿戴型生理偵測器雖以張力系統控制穿戴型生理偵測器之伸縮彈性束縛力,惟,於運動偵測時仍然產生電極片微小滑移,因而造成雜訊或異常訊號之產生,因此常常要將電極片施以很大的固定力量,例如穿戴式的手錶、手臂式/胸帶式心跳帶等要穿戴的很緊以使電極與身體之間不會有相對移動,但是被偵測者會不舒服,且實際上又無法得到良好的信號或穩定的電流刺激(經皮神經電刺激(TENS)或電擊),反而是加壓的束縛力將會導致被偵測者活動的自由度受到限制。故,ㄧ般習用之穿戴型生理偵測器係無法符合使用者於實際使用時之所需。 鑑此,本案創作人曾提出一種將偵測模組設在衣物背側內面,利用背部這個比較不會太常移動之部位,達到讓被偵測者可在舒適且自由活動之情形下,偵測取得較為穩定且準確之生理訊號。然而,此結構設計需搭載在緊身衣物上,利用緊身衣物壓縮的特性使偵測模組可與被偵測者緊密貼合而進行相關生理訊號之偵測,因此該結構設計無法使用在寬鬆衣物上,對於不喜歡身體的背部及腰部被緊緊裏住,容易讓人感覺卡卡緊緊的不舒服而言,將不適用。 因此,為改善上述之缺失,本案之創作人特潛心研究,開發出一種「智慧服」,以有效改善習用之缺點。According to traditional wearable physiological detectors, such as heartbeat and heartbeat, there are various heart rate detectors, such as chest strap, chestless strap, Scosche Rhythm, or Mio Alpha. The physiological detector is worn on the subject to detect the physiological signal (such as heart rate, breathing or step counting) of the detected person, and uses the tension adjusting device to adjust the physiological detection according to the difference in the body shape of the detected person. The pressure of the component in contact with the skin is measured, thereby correctly detecting the physiological signal of the detected person. Although the wearable physiological detector controls the telescopic elastic binding force of the wearable physiological detector by the tension system, the micro-slip of the electrode piece is still generated during the motion detection, thereby causing noise or abnormal signals. Therefore, it is often necessary to apply a large fixing force to the electrode sheet, such as a wearable watch, an arm/chest belt type heartbeat belt, etc., to be worn tightly so that there is no relative movement between the electrode and the body, but it is detected. The tester will be uncomfortable, and in fact can not get a good signal or stable current stimulation (transcutaneous electrical nerve stimulation (TENS) or electric shock), but the pressure of the binding force will lead to the freedom of the subject to move. Degree is limited. Therefore, the wearable physiological detector used in the past cannot meet the needs of the user in actual use. In view of this, the creator of the case has proposed to set the detection module on the inner side of the back side of the garment, and use the back part which is not too often moved, so that the subject can be comfortably and freely active. The detection obtains a relatively stable and accurate physiological signal. However, this structural design needs to be mounted on tight clothing. The compression of the tight clothing allows the detection module to closely match the detected person to detect the physiological signal. Therefore, the structural design cannot be used in loose clothing. On the other hand, it is not suitable for the uncomfortable feeling that the back and waist of the body are not tight. Therefore, in order to improve the above-mentioned shortcomings, the creators of this case have devoted themselves to research and developed a "smart suit" to effectively improve the shortcomings of the application.
本創作之主要目的係在於,克服習知技藝所遭遇之上述問題並提供一種利用彈性加壓區僅與衣物本體背面內側壁之肩膀與腋下透過結合部相結合,其餘部分不相連,使偵測模組可透過局部設在衣物本體背面內側壁上之彈性加壓區而與使用者位於肋骨上方的背部肌膚穩固接觸,不需使衣物本體具有緊身壓縮之特性即可與使用者緊密貼合而能有效提高穩定性,再配合背部也是比較不會太常移動之部位,相輔之下可使偵測所得數據更趨穩定且準確,因此可達到讓使用者穿著寬鬆舒服的衣物本體在舒適且可自由伸展肢體活動之情形下,隨時偵測並獲得穩定、準確之生理訊號,而不會造成生活上不方便之智慧服。 為達以上之目的,本創作係一種智慧服,係包括:一衣物本體,可供使用者穿戴,在該衣物本體上對應於人體背部位置之內側壁上設有一貼附層,其對應設置為自內側壁領口下方兩側分別向下延伸至肋骨上方處呈倒V型,且該內側壁與該貼附層之間設有一彈性加壓區,該彈性加壓區與該內側壁部分輪廓相吻合且相疊於該內側壁上,並於相疊之部分輪廓車縫形成一結合部,而該彈性加壓區與該貼附層之間係形成有空隙;至少一偵測模組,係與該貼附層相結合且位於該彈性加壓區與該貼附層之間,而該偵測模組設有一接觸面,該接觸面係結合於該貼附層下方,用以偵測該使用者之生理訊號;一無線收發器,係設置於該衣物本體上對應於人體背部位置之外側壁,用以無線通訊連接於該偵測模組,以接收並轉發該使用者之生理訊號;一伺服器,係與該無線收發器連接,其包括一運算單元、一生理資料庫及一雲端通訊單元,且該生理資料庫及該雲端通訊單元分別與該運算單元連接,該運算單元用以接收並分析該使用者之生理訊號以產生不同數值範圍來呈現該使用者之一生理資訊來表示其生理狀態;以及一行動裝置,其與該伺服器透過該雲端通訊單元接收該生理資訊,該行動裝置內部具有一應用程式(APP)形態載入之生理狀態檢視程式,用以提供該使用者檢視該生理資訊,並在該生理資訊顯示異常時,即時提供警示訊息。 於本創作上述實施例中,該衣物本體係由導電性纖維構造物所構成,該無線收發器可設置於該衣物本體任何位置以接收該偵測模組藉由該導電性纖維構造物所傳導之生理訊號。 於本創作上述實施例中,該無線收發器係為藍芽、紅外線或無線網路之其中任一者。 於本創作上述實施例中,該偵測模組係設有偵測該使用者身體表層生理訊號之電極片,而該生理訊號係包含體溫、心跳、脈搏、呼吸、姿勢、及步數。 於本創作上述實施例中,該偵測模組係設有微控制器,該微控制器係與該電極片連接,以透過該微控制器來感應該電極片之變化者。 於本創作上述實施例中,該貼附層係設有至少一與該空隙相對應之窗孔,且該偵測模組之接觸面係外露於該貼附層之窗孔外。 於本創作上述實施例中,該偵測模組與該貼附層之間係以黏扣帶或磁吸元件相互結合或分開為活動式形態者。 於本創作上述實施例中,該偵測模組與該貼附層之間係以縫合或黏膠相互結合為固定形態者。 於本創作上述實施例中,該彈性加壓區係自該衣物本體之內側壁圍繞領口經兩側肩膀延伸交會於背部且自該背部岔開延伸至兩側腋下中線。 於本創作上述實施例中,該彈性加壓區輪廓型態可為X形、倒V形、或幾何形輪廓型態。 於本創作上述實施例中,該彈性加壓區係由彈性材料所製。 於本創作上述實施例中,該彈性加壓區係為鬆緊帶、聚氨酯纖維、橡膠、針織布料或萊卡布。 於本創作上述實施例中,該彈性加壓區係具有導電材料。 於本創作上述實施例中,該導電材料包含一導電紗或一種具一導電紗之紗組合。 於本創作上述實施例中,該導電紗為金屬長絲、含金屬長絲材料、設有一金屬鍍層之長絲或其組合,以及由導電紗與紡織品紗加捻、糾纏、或捲繞造成之混合物。 於本創作上述實施例中,該衣物本體之外側壁對應該偵測模組與該貼附層位置處,係形成對應的浮凸壓花紋印,令該衣物本體構成外觀之浮凸立體壓花紋印視覺者。The main purpose of the present invention is to overcome the above problems encountered in the prior art and to provide a combination of the shoulder and the underarm joint of the inner side wall of the garment body by the elastic pressing zone, and the rest are not connected, so that the detection is The test module can be firmly contacted with the back skin of the user above the rib through an elastic pressing zone partially disposed on the inner side wall of the back side of the garment body, and can be closely fitted to the user without the characteristics of tight compression of the garment body. It can effectively improve the stability, and the back is also a part that does not move too often. With the help of the detection, the data can be more stable and accurate, so that the user can wear the loose and comfortable clothes body in comfort. In the case of freely stretching the limbs, it is possible to detect and obtain stable and accurate physiological signals at any time without causing inconvenience in life. For the purpose of the above, the present invention is a smart suit comprising: a garment body for the user to wear, and an attachment layer on the inner side wall of the garment body corresponding to the back position of the human body, the corresponding setting is An elastic V-shaped region is disposed between the inner side wall and the affixing layer, and an elastic pressing region is disposed between the inner side wall and the affixing layer. Forming and overlapping on the inner side wall, and forming a joint portion in the overlapping portion of the contour seam, and forming a gap between the elastic pressing portion and the attaching layer; at least one detecting module In combination with the adhesive layer and between the elastic pressing zone and the attaching layer, the detecting module is provided with a contact surface, and the contact surface is coupled under the attaching layer for detecting the a physiological signal of the user; a wireless transceiver disposed on the outer side of the body of the garment corresponding to the back of the human body for wireless communication to the detection module to receive and forward the physiological signal of the user; a server, and the wireless receiver The transmitter is connected to the computing unit, a physiological database, and a cloud communication unit, and the physiological database and the cloud communication unit are respectively connected to the computing unit, and the computing unit is configured to receive and analyze the physiological state of the user. The signal generates a different value range to present physiological information of the user to indicate its physiological state; and a mobile device that receives the physiological information with the server through the cloud communication unit, the mobile device having an application program therein ( The APP) morphologically loaded physiological state viewing program is configured to provide the user with the physiological information and to provide an alert message immediately when the physiological information is abnormal. In the above embodiment, the clothing system is composed of a conductive fiber structure, and the wireless transceiver can be disposed at any position of the clothing body to receive the detection module and be conducted by the conductive fiber structure. Physiological signal. In the above embodiment of the present creation, the wireless transceiver is any one of a Bluetooth, infrared or wireless network. In the above embodiment, the detection module is provided with an electrode sheet for detecting a physiological signal of the surface of the user's body, and the physiological signal includes body temperature, heartbeat, pulse, breath, posture, and number of steps. In the above embodiment, the detection module is provided with a microcontroller, and the microcontroller is connected to the electrode sheet to sense the change of the electrode sheet through the microcontroller. In the above embodiment, the attachment layer is provided with at least one aperture corresponding to the gap, and the contact surface of the detection module is exposed outside the aperture of the attachment layer. In the above embodiment of the present invention, the detecting module and the attaching layer are bonded or separated into a movable form by a fastening tape or a magnetic element. In the above embodiment of the present invention, the detecting module and the attaching layer are combined with each other by a stitch or an adhesive. In the above embodiment of the present invention, the elastic pressing zone extends from the inner side wall of the garment body around the neckline through the shoulders of both sides to the back and extends from the back to the lower midline of both sides. In the above embodiment of the present invention, the elastic pressurization zone profile may be an X-shaped, inverted V-shaped, or geometric profile. In the above embodiment of the present creation, the elastic pressurizing zone is made of an elastic material. In the above embodiment of the present creation, the elastic pressing zone is an elastic band, a polyurethane fiber, a rubber, a knitted fabric or a lycra. In the above embodiment of the present creation, the elastic pressurizing zone has a conductive material. In the above embodiment of the present invention, the conductive material comprises a conductive yarn or a combination of yarns having a conductive yarn. In the above embodiment of the present invention, the conductive yarn is a metal filament, a metal filament-containing material, a filament provided with a metal coating or a combination thereof, and is twisted, entangled, or wound by the conductive yarn and the textile yarn. mixture. In the above embodiment of the present invention, the outer side wall of the garment body corresponds to the position of the detecting module and the attaching layer, and a corresponding embossing embossing pattern is formed, so that the body of the garment constitutes an embossed three-dimensional embossing of the appearance. Printed by the visual person.
請參閱『第1圖~第3圖』所示,係分別為本創作一具體實施例之智慧服正面示意圖、本創作一具體實施例之智慧服背面示意圖、及本創作一具體實施例第1圖之A-A剖面示意圖。如圖所示:本創作係一種智慧服100,係包括一衣物本體10、至少一偵測模組 20、一無線收發器30、一伺服器40、以及一行動裝置50所構成。 上述所提之衣物本體10係由導電性纖維構造物所構成,可供使用者穿戴。在該衣物本體10背面對應於人體背部位置之內側壁上設有一貼附層11,其對應設置為自內側壁領口下方兩側分別向下延伸至肋骨上方處呈倒V型,且該內側壁與該貼附層11之間設有一彈性加壓區12,該彈性加壓區12與該內側壁部分輪廓相吻合且相疊於該內側壁上,並於相疊之部分輪廓車縫形成一結合部13,而該彈性加壓區12與該貼附層11之間係形成有空隙14,並且,該貼附層11係設有至少一與該空隙14相對應之窗孔111,且於本實施例中,該偵測模組20之接觸面21係外露於該貼附層11之窗孔111外,直接接觸使用者之肌膚面;當然,本創作亦可進一步在該偵測模組20之接觸面21與使用者之肌膚面之間隔一層布料作間接接觸,端視使用者需求作變化。此外,該衣物本體10背面具有該內側壁與對應於該內側壁之外側壁,該外側壁上與對應於該偵測模組20與該貼附層11位置處,係形成對應的浮凸壓花紋印15(如翅膀、花、或開花之植物等),令該衣物本體10構成外觀之浮凸立體壓花紋印視覺者,兼具量測與美觀功效。其中該彈性加壓區係由彈性材料所製,例如鬆緊帶、聚氨酯纖維、橡膠、針織布料或萊卡布。另外,該彈性加壓區上可以包含導電材料,例如使用導電紗或具有導電紗之紗組合,並與不導電之紡織品紗加捻、糾纏、或捲繞造成之混合物。此導電紗也可不限於一般性而設以一金屬鍍層,或包含金屬長絲、含金屬長絲材料、設有金屬鍍層之長絲或其組合。 該偵測模組20係與該貼附層11相結合且位於該彈性加壓區12與該貼附層11之間,而該偵測模組20設有一接觸面21,該接觸面21係結合於該貼附層11下方。其中,該偵測模組20可具有防水性,其與該貼附層11之間可以縫合或黏膠相互結合為固定形態者;而當該偵測模組20不具有防水性時,為避免該衣物本體1清洗時造成該偵測模組20短路損壞,或因拉扯而易造成該偵測模組20斷路等問題,該偵測模組20與該貼附層11之間亦可以黏扣帶或磁吸元件相互結合或分開為活動式形態者,可方便該衣物本體10水洗時將該偵測模組20自該衣物本體10上移開。 該無線收發器30係為藍芽、紅外線或無線網路等其中任一者,可搭配該衣物本體1背面之浮凸壓花紋印15形成為圓形或星星等饒富設計性之形狀。該無線收發器30係與該偵測模組20無線通訊連接,並可設置於該衣物本體10背面外側壁任何位置;本實施例以在肋骨上方為較佳位置。 該伺服器40係與該無線收發器30連接,其包括一運算單元41、一生理資料庫42及一雲端通訊單元43,且該生理資料庫42及該雲端通訊單元43分別與該運算單元41連接。 該行動裝置50係透過該雲端通訊單元43與該伺服器40連接,該行動裝置50內部並具有一應用程式(APP)形態載入之生理狀態檢視程式。如是,藉由上述揭露之裝置構成一全新之智慧服100。 本創作所提彈性加壓區12輪廓型態可為X形、倒V形、或幾何形輪廓型態,本實施例係以X狀交錯之輪廓型態為例,呈X形區域分佈之彈性加壓區12,係自衣物本體10之內側壁圍繞領口經兩側肩膀延伸交會於背部且自該背部岔開延伸至兩側腋下中線,而與該內側壁之肩膀中線及腋下中線輪廓相疊合,並經車縫各形成一結合部13。另外,本創作所提偵測模組20係可依彈性加壓區12之不同輪廓型態而相對設置於衣物本體10背面內側壁任何位置,而本實施例係以在肋骨上方為較佳位置。當運用時,使用者穿戴該衣物本體10後,由於彈性加壓區12僅與衣物本體10背面內側壁之肩膀與腋下透過結合部13相結合,其餘部分不相連,使偵測模組20可透過局部設在衣物本體10背面內側壁上之彈性加壓區12而與使用者位於肋骨上方的背部肌膚穩固接觸,利用偵測模組20設有一微控制器22,及一與該微控制器22連接之電極片23,該電極片23可偵測使用者身體表層生理訊號,包含體溫、心跳、脈搏、呼吸、姿勢(站立、行走、坐立、及摔跤等通知)、及步數,透過該微控制器22來感應該電極片23之變化,並將此生理訊號藉由內含導電材料之彈性加壓區12,經過導電性纖維構造物所構成之衣物本體1傳導給無線收發器30,由該無線收發器30接收並轉發該使用者之生理訊號至該伺服器40。 該伺服器40為搭載有運算能力之中央處理器(Central Processing Unit, CPU)、微控制器(Micro Control Unit, MCU)或微處理器(Micro Processing Unit, MPU)之個人電腦或工業電腦(Industrial PC, IPC)。該伺服器40可經由網路接收無線收發器30所傳送之使用者之生理訊號,由其運算單元41分析該使用者之生理訊號以產生不同數值範圍來呈現該使用者之一生理資訊來表示其生理狀態,同時將所得生理資訊透過雲端通訊單元43上傳至行動裝置50,該行動裝置50可為筆記型電腦、智慧型手機、平板電腦、或穿戴式裝置,可透過載入之生理狀態檢視程式,供使用者查看其生理資訊,並在該生理資訊顯示異常時,即時提供警示訊息,且進一步供醫院檢視使用者身體的生理狀態以作參考,同時可將此生理資訊儲存於生理資料庫42。 藉此,本創作可不需使衣物本體10具有緊身壓縮之特性即可與使用者緊密貼合而能有效提高穩定性,再配合背部也是比較不會太常移動之部位,相輔之下可使偵測所得數據更趨穩定且準確,因此可達到讓使用者穿著寬鬆舒服的衣物本體10在舒適且可自由伸展肢體活動之情形下,隨時偵測並獲得穩定、準確之生理訊號,而不會造成生活上之不方便。 綜上所述,本創作係一種智慧服,可有效改善習用之種種缺點,利用彈性加壓區僅與衣物本體背面內側壁之肩膀與腋下透過結合部相結合,其餘部分不相連,使偵測模組可透過局部設在衣物本體背面內側壁上之彈性加壓區而與使用者位於肋骨上方的背部肌膚穩固接觸,不需使衣物本體具有緊身壓縮之特性即可與使用者緊密貼合而能有效提高穩定性,再配合背部也是比較不會太常移動之部位,相輔之下可使偵測所得數據更趨穩定且準確,因此可達到讓使用者穿著寬鬆舒服的衣物本體在舒適且可自由伸展肢體活動之情形下,隨時偵測並獲得穩定、準確之生理訊號,而不會造成生活上之不方便,進而使本創作之□生能更進步、更實用、更符合使用者之所須,確已符合新型專利申請之要件,爰依法提出專利申請。 惟以上所述者,僅為本創作之較佳實施例而已,當不能以此限定本創作實施之範圍;故,凡依本創作申請專利範圍及新型說明書內容所作之簡單的等效變化與修飾,皆應仍屬本創作專利涵蓋之範圍內。Please refer to FIG. 1 to FIG. 3 for a front view of a smart device according to a specific embodiment of the present invention, a schematic view of a smart device on the basis of a specific embodiment of the present invention, and a first embodiment of the present invention. A schematic cross-sectional view of the AA. As shown in the figure, the present invention is a smart suit 100 comprising a garment body 10, at least one detection module 20, a wireless transceiver 30, a server 40, and a mobile device 50. The above-mentioned garment body 10 is composed of a conductive fiber structure and can be worn by a user. An adhesive layer 11 is disposed on the inner side wall of the back of the garment body 10 corresponding to the back position of the human body, and is correspondingly disposed to extend downward from the lower side of the neckline of the inner side wall to an upper V-shaped portion above the rib, and the inner side wall An elastic pressing zone 12 is disposed between the adhesive layer 12 and the elastic pressing zone 12 is contoured on the inner side wall and overlaps the inner side wall, and forms a contour on the overlapping portions. a joint portion 13 , and a gap 14 is formed between the elastic pressing portion 12 and the attaching layer 11 , and the attaching layer 11 is provided with at least one window 111 corresponding to the gap 14 , and In this embodiment, the contact surface 21 of the detecting module 20 is exposed outside the window 111 of the attaching layer 11 and directly contacts the skin surface of the user; of course, the creation can be further implemented in the detecting module. The contact surface 21 of the 20 is in contact with the skin surface of the user in a layer of cloth for indirect contact, depending on the needs of the user. In addition, the back side of the garment body 10 has the inner side wall and the outer side wall corresponding to the inner side wall, and the outer side wall and the position corresponding to the detecting module 20 and the attaching layer 11 form a corresponding embossing pressure. The pattern print 15 (such as a wing, a flower, or a flowering plant, etc.) makes the body 10 of the garment constitute a embossed three-dimensional embossed impression of the appearance, and has both measurement and aesthetic effects. Wherein the elastic pressing zone is made of an elastic material such as an elastic band, a polyurethane fiber, a rubber, a knitted fabric or a lycra. Alternatively, the elastic pressurizing zone may comprise a conductive material, such as a mixture of conductive yarns or yarns having conductive yarns, and twisted, entangled, or wound with a non-conductive textile yarn. The conductive yarn may also be provided with a metal plating layer or a metal filament, a metal-containing filament material, or a metal-plated filament or a combination thereof. The detection module 20 is coupled to the attachment layer 11 and located between the elastic pressing zone 12 and the attachment layer 11. The detection module 20 is provided with a contact surface 21, and the contact surface 21 is Bonded to the underside of the attachment layer 11. The detecting module 20 can be waterproof, and can be stitched or glued to the fixed layer 11 to form a fixed form; and when the detecting module 20 is not waterproof, to avoid The cleaning of the detection module 20 during the cleaning of the clothing body 1 or the disconnection of the detection module 20 due to pulling, the detection module 20 and the attachment layer 11 can also be glued. The belt or the magnetic element is combined with each other or separated into a movable form, which facilitates removal of the detection module 20 from the garment body 10 when the garment body 10 is washed. The wireless transceiver 30 is any one of a Bluetooth, an infrared ray, or a wireless network. The embossed embossed pattern 15 on the back side of the body 1 can be formed into a shape such as a circle or a star. The wireless transceiver 30 is wirelessly connected to the detection module 20 and can be disposed at any position on the outer side wall of the back of the garment body 10; this embodiment is preferably positioned above the ribs. The server 40 is connected to the wireless transceiver 30, and includes an operation unit 41, a physiological database 42 and a cloud communication unit 43, and the physiological database 42 and the cloud communication unit 43 are respectively associated with the operation unit 41. connection. The mobile device 50 is connected to the server 40 through the cloud communication unit 43. The mobile device 50 has an application state (APP) form loading physiological state view program. If so, a new smart suit 100 is constructed by the above disclosed device. The outline of the elastic pressing zone 12 in the present invention may be an X-shaped, inverted V-shaped, or geometrically contoured type. In this embodiment, the X-shaped staggered contour type is taken as an example, and the elasticity of the X-shaped area distribution is obtained. The pressing zone 12 extends from the inner side wall of the garment body 10 around the neckline through the shoulders of both sides to the back and extends from the back to the lower midline of the lower side, and the shoulder line and the armpit of the inner side wall The contours of the center line are superposed and each of them forms a joint portion 13 through the seam. In addition, the detection module 20 of the present invention can be disposed at any position on the inner side wall of the back of the garment body 10 according to different contour patterns of the elastic pressing region 12, and the embodiment is preferably positioned above the ribs. . When the user wears the body 10 of the garment, the elastic pressing zone 12 is only combined with the shoulder and the underarm coupling portion 13 of the inner side wall of the back of the garment body 10, and the remaining portions are not connected, so that the detecting module 20 is The elastic pressing region 12 partially disposed on the inner side wall of the back surface of the garment body 10 can be stably contacted with the back skin of the user above the rib. The detecting module 20 is provided with a microcontroller 22, and a micro control The electrode 22 is connected to the electrode piece 23, and the electrode piece 23 can detect the physiological signal of the surface of the user body, including body temperature, heartbeat, pulse, breathing, posture (notification of standing, walking, sitting, and wrestling), and the number of steps. The change of the electrode sheet 23 is sensed by the microcontroller 22, and the physiological signal is transmitted to the wireless transceiver through the elastic pressing region 12 containing the conductive material, and the clothing body 1 formed by the conductive fiber structure is transmitted to the wireless transceiver. 30. The wireless transceiver 30 receives and forwards the physiological signal of the user to the server 40. The server 40 is a personal computer or an industrial computer (Central Processing Unit (CPU), a Micro Control Unit (MCU), or a Micro Processing Unit (MPU) equipped with a computing capability (Industrial) PC, IPC). The server 40 can receive the physiological signal of the user transmitted by the wireless transceiver 30 via the network, and the computing unit 41 analyzes the physiological signal of the user to generate different numerical ranges to present physiological information of the user. The physiological state is simultaneously uploaded to the mobile device 50 through the cloud communication unit 43. The mobile device 50 can be a notebook computer, a smart phone, a tablet computer, or a wearable device, and can be loaded through the physiological state view. a program for the user to view the physiological information, and immediately provide a warning message when the physiological information is abnormal, and further for the hospital to examine the physiological state of the user's body for reference, and to store the physiological information in the physiological database. 42. Therefore, the creation of the garment body 10 can be closely adhered to the user without the characteristics of tight compression, and the stability can be effectively improved, and the back portion is also relatively less moving. The detected data is more stable and accurate, so that the user can wear a loose and comfortable body 10 to detect and obtain stable and accurate physiological signals at any time without comfort and freely extending the limbs. It is inconvenient in life. In summary, this creation is a kind of smart clothes, which can effectively improve various shortcomings of the use. The elastic pressing zone is only combined with the shoulder and the underarm joint of the inner side wall of the back of the garment body, and the rest is not connected, so that the detection is made. The test module can be firmly contacted with the back skin of the user above the rib through an elastic pressing zone partially disposed on the inner side wall of the back side of the garment body, and can be closely fitted to the user without the characteristics of tight compression of the garment body. It can effectively improve the stability, and the back is also a part that does not move too often. With the help of the detection, the data can be more stable and accurate, so that the user can wear the loose and comfortable clothes body in comfort. In the case of free extension of physical activity, it is possible to detect and obtain stable and accurate physiological signals at any time without causing inconvenience in life, thereby making the creation of this creation more progressive, more practical and more user-friendly. It must meet the requirements of the new patent application and submit a patent application according to law. However, the above descriptions are only preferred embodiments of the present invention, and the scope of the present invention cannot be limited by this; therefore, the simple equivalent changes and modifications made by the scope of the patent application and the contents of the new manual are All should remain within the scope of this creation patent.
100‧‧‧智慧服
10‧‧‧衣物本體
11‧‧‧貼附層
111‧‧‧窗孔
12‧‧‧彈性加壓區
13‧‧‧結合部
14‧‧‧空隙
15‧‧‧浮凸壓花紋印
20‧‧‧偵測模組
21‧‧‧接觸面
22‧‧‧微控制器
23‧‧‧電極片
30‧‧‧無線收發器
40‧‧‧伺服器
41‧‧‧運算單元
42‧‧‧生理資料庫
43‧‧‧雲端通訊單元
50‧‧‧行動裝置100‧‧‧Smart clothes
10‧‧‧ clothing body
11‧‧‧ Attachment
111‧‧‧ window hole
12‧‧‧Elastic compression zone
13‧‧‧Combination Department
14‧‧‧ gap
15‧‧‧Floating embossing
20‧‧‧Detection module
21‧‧‧Contact surface
22‧‧‧Microcontroller
23‧‧‧electrode
30‧‧‧Wireless transceiver
40‧‧‧Server
41‧‧‧ arithmetic unit
42‧‧‧Physical database
43‧‧‧Cloud Communication Unit
50‧‧‧ mobile devices
第1圖,係本創作一具體實施例之智慧服正面示意圖。 第2圖,係本創作一具體實施例之智慧服背面示意圖。 第3圖,係本創作一具體實施例第1圖之A-A剖面示意圖。Fig. 1 is a front view of a smart suit of a specific embodiment of the present invention. Fig. 2 is a schematic view showing the back of a smart suit according to a specific embodiment of the present invention. Fig. 3 is a cross-sectional view taken along line A-A of Fig. 1 of a specific embodiment of the present invention.
100‧‧‧智慧服 100‧‧‧Smart clothes
10‧‧‧衣物本體 10‧‧‧ clothing body
11‧‧‧貼附層 11‧‧‧ Attachment
111‧‧‧窗孔 111‧‧‧ window hole
12‧‧‧彈性加壓區 12‧‧‧Elastic compression zone
13‧‧‧結合部 13‧‧‧Combination Department
20‧‧‧偵測模組 20‧‧‧Detection module
21‧‧‧接觸面 21‧‧‧Contact surface
22‧‧‧微控制器 22‧‧‧Microcontroller
23‧‧‧電極片 23‧‧‧electrode
30‧‧‧無線收發器 30‧‧‧Wireless transceiver
40‧‧‧伺服器 40‧‧‧Server
41‧‧‧運算單元 41‧‧‧ arithmetic unit
42‧‧‧生理資料庫 42‧‧‧Physical database
43‧‧‧雲端通訊單元 43‧‧‧Cloud Communication Unit
50‧‧‧行動裝置 50‧‧‧ mobile devices
Claims (9)
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TW106207744U TWM548453U (en) | 2017-05-31 | 2017-05-31 | Smart clothing |
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Cited By (1)
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CN110547777A (en) * | 2018-05-31 | 2019-12-10 | 三司达企业股份有限公司 | Intelligent clothes |
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2017
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CN110547777A (en) * | 2018-05-31 | 2019-12-10 | 三司达企业股份有限公司 | Intelligent clothes |
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