M314590 八、新型說明： 【新型所屬之技術領域】 本創作係-種具防水賴:之生理細器，尤指—機細元件麟在殼體 中，該偵測元件係透過導電柱體及預先混合編織於手套内之導電線路與生理量 測器電性連接在-起，以方便使用者穿戴，且在清洗時不需拆卸生理備測器， 而節省拆卸時間之裝置者。 【先前技術】 按，隨著物質生活之提昇以及對健康之重視，促使人們於閒暇之餘經常利 Φ用各式之量測器材，以作為隨時檢知目前身體之狀況，進而為自己體能作一適 當之調整與注意；常見之檢測項目之一即是心跳之量測。 而一般習知穿戴式心跳量測器，請參照第i圖所示，其設有一手套1〇〇，該 手套100上設有一生理量測器110,該生理量測器11〇係用來量測心跳之用，且 该生理量測器110上設有一顯示幕m，該顯示幕ln係用來顯示心跳值用，另， 該生理量_ 110接設有—導電線路112,該導電線路112另_端接設有一組光 源偵測器130 (該光源偵測器包含有一光源發射器及接收器），且該手套1〇〇 一 端延伸至與手指相對區域，該區域上套設有手指套12〇，使用時，必須先將手套 φ 1〇0穿戴在手掌上，再將手指套120套住手指後，將光源偵測器130塞進手指套 中，透過光源之發射與反射來偵測人體之心跳，如此一來，因必須將光源偵 測器130塞入手指套120巾，造成穿戴不便，且因生理量測器11〇係固定在手 套100表面無法清洗，在使用上非常不理想。 【新型内容】 創作目的： 本創作之創作人有鑑於上述習用裝置，使用者於穿戴及清洗上不便之缺 點，因此乃針對其癥結所在，開始著手純謀求改善，補其所缺，以期尋求一 項合理解決之道，經過無數次之研析、設計，終於完成本創作之具防水結構之 生理偵測器。 M314590 而本創作之目的’即在提供一種具防水結構之生理偵測器，該生理綱 器係設於手套榻上與手指姆之區域，又，魅理侧壯設有—密封式殼 體’該设體中包覆有铜元件’且該殼體中預先埋設有導電柱體，該導電枉體 係口疋在手套本n上’並分別與+套本體之導電線路及細元件冑接又， 於手套本體上與手背相對之區域設有導電接點，該導電接點係與手套本體上之 導電線路連接’料電触上並與—生理量測器紐連接，减生理量測器係 將經細元件_人體後之生理各種現象與以處理運算，如此一來，生理量測 器透過導電赫、導躲_細耕錢性連接，@此制者使科穿戴更 為練外生理細器之細元件係被包餘密封之殼體巾，在清洗時， •不需拆卸下來，在清潔時更為容易。 本創作之再—目的’在提供—種具防水結構之生理細H，該等導電柱體 之-端係以-體成型方式埋設於底座内，其另一端則凸露於殼體外，並以焊接 方式固定於手套本體上之導電孔。 本創作之X目的’在提供—種具P林結構之生理細器，該等導電柱體 凸路於破體外之-端藉由一具有導電性之固定件固定在手套本體上，該固定件 係與導電柱體互為相配合之铆釘與套環。 本創作之S目的’在提供—種具防水結構之生__，該等導電柱體 籲凸露於底座外之-端藉由一具有導電性之固定件固定在手套本體上，該固定件 • · 係與導電柱體互為相配合之公、母螺絲。 本創作之3目的’在提供—種具防水轉之生_，該彳貞測元件為 一光源接收/發射器，以作為量測血氧濃度之用。 本創作之另-目的，在提供—種具防水結構之生理侧[其手套本體上 之導電線路可與構成手套本體之纖維混織在一起。 【實施方式】 本創作係-種具防水結構之生理細器，請參照第2、％、3圖所示，該 生理個II魏-手套本體1G上，該手套本體1G可由任何_材料所製 M314590 成，其絲賴在伽者手上，且在該手套本體1G上辭背相對之區域設 電接點11，該等導電接點u係由導電材料製成；另，在手套本體1〇上連接有 -生理量測㈣，該生理制！！ 20雜經細人體後之生理各種現象與以處^ 運算，又，該生理量測器20表面設有一顯示幕21，該顯示幕21係用_^所 偵測到之數值用，且該生理量測器20上設有電連接件22，該電連接件四係連 接在導電接點11上以作電性連接。 μ 再者，該手套本體10在任-手指相對區域（於本實施例為開設在中指相對 區域上）設有導電線路12，鮮f線路12細具有導紐之纖祕合編織於手 套本體10内，且該導電線路12並與導電接點u相連接，且該導電線路12並 •與生理細器30接觸(於本實施例之生理細器為-組光源接收/發射器，係用 來偵測人體之血氧濃度用），該生理偵測器30上設有底座31，該底座31上埋設 有-個以上之導電柱體32 (於本實施例係於射出成型時一體包覆於底座内），= 導電柱體32之一端凸露於底座31外（於本實施例為一向内伸入之螺母），且詨 導電柱體32之另-端則與在底a 31上之細元件33電性接觸，該偵測元件犯 並設有光源接收/發射器331，且該偵測元件33上設有接點332，該接點332恰 與導電柱體32在電性相連接位置上，且該底座31上蓋合有一蓋體34，該蓋體 34透過超音舰合方式與底座31密合在-起，形成-密封式殼體，使外面之水 φ 氣無法進入其中，而保護其中之偵測元件33，且該蓋體34上設有一透明區域 -341 (如第3、4圖所示），該透明區域341與光源接收/發射器331相對，以利 光源發射/接收器331之光線發射及接收之用。 此外，於手套本體10上之導電線路12與生理偵測器3〇在相對位置上設有 至少-金屬導電孔121，該金屬導電孔⑵分別穿套有固定件4〇 (於本實施例 為與導電柱體相配合之公螺牙，惟熟悉該項技藝者，可依導電柱體之不同而相 互配合，如為铆釘與套環，或將導電柱體直接焊接於導電孔上），該等固定件4〇 可透過金屬導電孔121而與導電柱體32結合，使生理偵測器3〇固定在手套本 體10表面上，並與導電線路12作電性連接（如第5圖所示）。 使用時，凊參照第2、4、5圖所示，透過密封之殼體，使手套本體iq在清 7 M314590 洗時，不需要將生理偵測器3G拆卸下來再與 省時間。 ，，在使用時，非常簡便及節 綜上所述，本創作具防水結構之生理_器 測身體，以作為使用者隨時檢知目前身體之狀況，進=易確實’更能精準量 調整與注意，完全符合新型專利要件，特爰依法提出申請$體能作一適當之 【圖式簡單說明】M314590 VIII, new description: [New technology field] This creation department - a kind of waterproof device: a thin device in the shell, the detection element is transmitted through the conductive cylinder and The conductive wire mixed in the glove is electrically connected with the physiological measuring device to facilitate the user to wear, and the device that saves the disassembly time without disassembling the physiological tester during cleaning. [Prior Art] According to the improvement of material life and the importance of health, people are encouraged to use various types of measuring equipment in their spare time to detect the current physical condition at any time, and then to make their own physical fitness. A proper adjustment and attention; one of the common detection items is the measurement of heartbeat. For the conventional wearable heartbeat measuring device, please refer to the figure i, which is provided with a glove 1 , the glove 100 is provided with a physiological measuring device 110, and the physiological measuring device 11 is used for measuring For measuring the heartbeat, the physiological measuring device 110 is provided with a display screen m for displaying the heartbeat value. Further, the physiological quantity _110 is connected with the conductive line 112, and the conductive line 112 is connected. The other end is provided with a set of light source detectors 130 (the light source detector comprises a light source emitter and a receiver), and one end of the glove extends to an area opposite to the finger, and the area is provided with a finger Set 12 inches, when using, you must first wear the glove φ 1〇0 on the palm of your hand, then put the finger sleeve 120 around your finger, then insert the light source detector 130 into the finger sleeve, and detect through the emission and reflection of the light source. The heartbeat of the human body is measured. In this way, since the light source detector 130 must be inserted into the finger cover 120, the wearing is inconvenient, and the physiological measuring device 11 is fixed on the surface of the glove 100 and cannot be cleaned. ideal. [New content] Purpose of creation: The creators of this creation have the shortcomings of the user's inconvenience in wearing and cleaning in view of the above-mentioned conventional devices. Therefore, it is aimed at the crux of the problem and began to seek to improve and fill the gap. The reasonable solution of the item, after countless times of research and design, finally completed the physiological detector with waterproof structure. M314590 and the purpose of this creation is to provide a physiological detector with a waterproof structure, which is set on the glove couch and the finger area, and the charm side is provided with a sealed shell. The device is covered with a copper component ′, and a conductive pillar is embedded in the casing, and the conductive raft system is smashed on the glove body and is respectively connected to the conductive circuit and the thin component of the body of the sleeve. A conductive contact is arranged on the body of the glove opposite to the back of the hand, and the conductive contact is connected with the conductive line on the glove body, and the electrical contact is connected with the physiological measuring device, and the physiological measuring device is After the thin components _ the physiological phenomenon of the human body and the processing operation, as a result, the physiological measuring device through the conductive He, the guide hide _ fine tillage connection, @本制使科 wear more practice external physiological device The thin components are sealed by the enveloping shell towel. When cleaning, • no need to disassemble, it is easier to clean. The purpose of this creation is to provide a physiologically fine H with a waterproof structure. The ends of the conductive cylinders are embedded in the base in a body-forming manner, and the other end is exposed outside the casing, and The welding method is fixed to the conductive hole on the glove body. The purpose of the X object of the present invention is to provide a physiological structure with a P-structure, and the conductive cylinder is convexly fixed at the end of the body to be fixed on the glove body by a fixing member having conductivity, the fixing member The rivet and the collar are matched with the conductive cylinders. The purpose of this creation is to provide a waterproof structure. The conductive cylinders are protruded from the outside of the base and fixed to the glove body by a conductive fixing member. • · Male and female screws that are matched with the conductive cylinders. The purpose of this creation is to provide a waterproof receiver, which is a light source receiver/transmitter for measuring blood oxygen concentration. Another object of the present invention is to provide a physiological side with a waterproof structure [the conductive lines on the body of the glove can be woven together with the fibers constituting the body of the glove. [Embodiment] This creative department - a physiological device with a waterproof structure, please refer to the second, %, and 3 figures. On the physiological body II-glove body 1G, the glove body 1G can be made of any material. M314590 is formed in the hand of the gamma, and the electrical contact 11 is provided on the opposite side of the glove body 1G. The conductive contacts u are made of a conductive material; and, in the glove body 1〇 The connection is connected - physiological measurement (four), the physiological system! ! 20 The physiological phenomenon of the human body after the fine body is calculated and the operation is performed. Further, the surface of the physiological measuring device 20 is provided with a display screen 21, and the display screen 21 is used for the value detected by the _^, and the physiological The measuring device 20 is provided with electrical connectors 22 which are connected to the conductive contacts 11 for electrical connection. Further, the glove body 10 is provided with a conductive line 12 in a finger-to-finger relative region (in the present embodiment, on the opposite side of the middle finger), and the fresh f-line 12 has a fine guide and is woven into the glove body 10. And the conductive line 12 is connected to the conductive contact u, and the conductive line 12 is in contact with the physiological thinner 30 (the physiological device in the embodiment is a group light source receiving/transmitting device, which is used for detecting For measuring the blood oxygen concentration of the human body, the physiological detector 30 is provided with a base 31, and the base 31 is embedded with more than one conductive pillar 32 (in this embodiment, it is integrally wrapped on the base during injection molding). Inside, = one end of the conductive cylinder 32 is exposed outside the base 31 (in the present embodiment, a nut extending inwardly), and the other end of the conductive pillar 32 and the thin component on the bottom a 31 In the electrical contact, the detecting component is provided with a light source receiving/transmitting device 331, and the detecting component 33 is provided with a contact 332 which is electrically connected to the conductive pillar 32. And the base 31 is covered with a cover body 34, and the cover body 34 is closely adhered to the base 31 by means of supersonic shipbuilding. - forming a sealed housing such that the outer water φ gas cannot enter therein, and the detecting element 33 is protected therein, and the cover 34 is provided with a transparent area - 341 (as shown in Figures 3 and 4). The transparent area 341 is opposite to the light source receiving/transmitting unit 331 for facilitating light emission and reception by the light source transmitting/receiving unit 331. In addition, the conductive line 12 on the glove body 10 and the physiological detector 3 are provided with at least a metal conductive hole 121 at a relative position, and the metal conductive hole (2) is respectively sleeved with a fixing member 4 (in this embodiment, The male screw which is matched with the conductive cylinder, but those skilled in the art can cooperate with each other according to the different conductive pillars, such as a rivet and a collar, or directly solder the conductive pillar to the conductive hole) The fixing member 4 is coupled to the conductive post 32 through the metal conductive hole 121, and the physiological detector 3 is fixed on the surface of the glove body 10 and electrically connected to the conductive line 12 (as shown in FIG. 5). ). When in use, as shown in Figures 2, 4, and 5, when the glove body iq is washed in the clear M 7390 through the sealed casing, it is not necessary to disassemble the physiological detector 3G and save time. In use, it is very simple and comprehensive. The creation of the body has a waterproof structure to measure the body, as a user to detect the current state of the body at any time, and it is more accurate and accurate. Note that it is in full compliance with the new patent requirements, and it is advisable to apply for the physical fitness according to law.
第1圖係習用裝置之示意圖。 第2圖係本創作使用時之立體示意圖。 第2A圖係本創作之生理摘測器安裝在手套本體之放大示意圖。 第3圖係本創作實施例之生理侧器之立體分解示意圖。 第4圖係本創作之生理偵測器與手套本體部分區域結合之立體示意圖 第5圖係本創作之生理偵測器固定在手套上之斷面示意圖。 【主要元件符號說明】 手套本體 10 導電接點 11 導電線路 12 金屬導電孔 121 生理量測器 20 顯示幕 21 電連接件 22 生理偵測器 30 底座 31 導電柱體 32 偵測元件 33 光源接收/發射器 331 接點 332 8 M314590 蓋體 34 透明區域 341 固定件 40Figure 1 is a schematic view of a conventional device. Figure 2 is a three-dimensional diagram of the use of this creation. Fig. 2A is an enlarged schematic view showing the physiological extractor of the present invention installed on the glove body. Fig. 3 is a perspective exploded view of the physiological side device of the present embodiment. Fig. 4 is a perspective view showing the combination of the physiological detector of the present invention and a part of the glove body. Fig. 5 is a schematic cross-sectional view showing the physiological detector of the present invention fixed on the glove. [Main component symbol description] Glove body 10 Conductive contact 11 Conductive line 12 Metal conductive hole 121 Physiological measuring device 20 Display screen 21 Electrical connector 22 Physiological detector 30 Base 31 Conducting cylinder 32 Detection element 33 Light source receiving / Transmitter 331 Contact 332 8 M314590 Cover 34 Transparent Area 341 Fixing member 40