201002380 八、發明說明： 【發明所屬之技術領域】 本發明係關於一種冶療疼痛舒緩貼片，尤指一種電子 電路與機體外觀一體成形之簡易結構亦兼具可貼附於人體 上，並有可彎折特性需求之軟性防水防水一片式電子低週 波脈衝貼片，可應用於各種治療與纾緩人體疼痛之電子貼 片。 【先前技術】 按，在長時間的工作下或是在激烈運動後，常常會有 身體魷痛的狀況發生，然而根據國内外文獻與美國食品暨 藥物貧理局（Food and Drug Administration ; FDA )所證實201002380 VIII. Description of the Invention: [Technical Field] The present invention relates to a pain relief patch for medical treatment, in particular, a simple structure in which an electronic circuit and an external appearance of the body are integrally formed, and can be attached to the human body, and has Soft waterproof and waterproof one-piece electronic low-frequency pulse patch that can be used for bending characteristics, can be applied to various electronic patches for treating and relieving human pain. [Prior Art] According to the long-term work or after intense exercise, there are often physical painful conditions, but according to domestic and foreign literature and the US Food and Drug Administration (FDA) Confirmed
/、揭路的諸多貝料，均表示低週波用於冶療疼痛舒緩經具 有其效能’是故在此不針對其功效多作贅述。也正因如此， 市面上大部分的低週波按摩器均包含有—與人體接觸之導 、及透過導線與導電布電性連接之功能選擇控制器 所構成，’然而有導線會造成使用者操作上的不冑，更有甚 者因為有透過導線進行傳導所以有距離的限制，當患者距 離主機有-段距離時就相#不便於使用。 。此外，具有功能選擇控制器以及導電布之低週波按摩 有夕種週波頻率控制功能，其製造成本相對較 力月匕選擇控制器具有—定之體積，並不便於攜帶外 5 201002380 出使用，故此類之低週波按摩器難以堪成實用。 因此’一種無線可攜帶式低週波冶療器即被發展出 來。如中華民國新型專利246840號隨意貼電子針灸器結構 所術，其係利用一塑膠硬殼體將電池與輸出電路（部）組裝 於其内再藉由金屬扣件與導電貼片再做結合，但由於人體 表面之各部位均具有不同之弧度，故硬殼主機體必需與貼 片分離並藉助金屬扣件先固定於導電貼片上而再將其固定 於人體之特定位置，非常的不方便，亦增加施做覆雜度並 降低消費者使用意願難以堪稱實用，此外更因為元件較多 會增加更多的生產成本，此外由於是金屬扣件會有不易繞 折的問題將會產生使用者操作不便。 上所述’如何在簡化材料結構單元不增加製造成本 的則提下’使無線可攜式低週波冶療器能達到使用更方便 之功效且能夠不使用任何金屬扣件結合機體與傳導貼片形 成軟性防水一體成型之方便 考方向。 為具有實用性之思 【發明内容】 為了解決上述的問題，★欲 喊本發明提出了-種軟性防水一 片式電子低週波脈衝貼片，在 部具有電源及具有正負二極電1衝件下隱藏内 極電抓脈衝輸出之電可 貼附於人體各部位上，且主 司立任意 ，、主要結構特色係於頂部一片式無 6 201002380/, Jielu's many shell materials, all of which indicate that low-frequency waves are used to treat pain relief and have their effectiveness. Therefore, we do not elaborate on their efficacy here. For this reason, most of the low-frequency massagers on the market consist of a function-selecting controller that is in contact with the human body and electrically connected through a conductive wire. 'However, there are wires that cause the user to operate. It is not easy to use, because there is a limitation of distance because there is conduction through the wire. When the patient has a distance from the host, it is inconvenient to use. . In addition, the low-frequency massage with the function selection controller and the conductive cloth has the circumstance frequency control function, and the manufacturing cost is relatively constant. The controller has a certain volume, which is not convenient for carrying the external 5 201002380, so this class The low-frequency massager is difficult to use. Therefore, a wireless portable low-frequency medicinal device was developed. For example, in the Republic of China, the new patent No. 246840 is a self-adhesive electronic acupuncture structure, which uses a plastic hard case to assemble the battery and the output circuit (part), and then combines the metal fastener with the conductive patch. However, since all parts of the human body surface have different curvatures, the hard shell main body must be separated from the patch and fixed to the conductive patch by the metal fastener, and then fixed to a specific position of the human body, which is very inconvenient. It is also difficult to increase the application of the product and reduce the consumer's willingness to use it. In addition, more components will increase the production cost, and the problem that the metal fastener will be difficult to wrap will be used. The operation is inconvenient. As described above, 'how to simplify the material structure unit without increasing the manufacturing cost, the wireless portable low-frequency treatment device can achieve the convenience of use and can be combined with the body and the conductive patch without using any metal fasteners. It is convenient to test the direction of soft waterproofing. In order to solve the above problems, the present invention proposes a soft waterproof one-piece electronic low-frequency pulse patch, which has a power supply and has a positive and negative dipole electric 1 punch. The electric power of the inner pole electric catching pulse output can be attached to various parts of the human body, and the main division is arbitrary, and the main structural features are on the top one without the type 6 201002380
片式外觀體内並又兼具有可彎折性， 來進行貼合’使用起來非f簡易方便 可接受程度。 接縫一體成形軟質結構體内將 出單元隱藏分佈於二區域結構 組將其電性連接為一體，底部 料將頂、底部膠合一體完成一 開關來控制貼片之整體動作。 電源供應單元以及低週波輸 體内，其間再利用軟質排線 運用一可彎折但無伸縮性材 片式形體’並利用二組按壓 由於機體電路隱藏於軟質一 故可以對應人體曲線 更大幅增加了使用者 根據本發明所揭露之—種軟性防水一片式電子低週波 脈衝貼片，係包含有：—軟質上蓋本體，《内係具有一第 各置空間以及-第二容置空間，—電源供應單元，係配 置於名第一谷置空間内冑’用以提供該電子低週波貼片動 作時所需之電力，-第-按壓開Μ，係配置於該第一容置 工間内之该電源供應單元上方，用以控制該電源供應單元 之動作，一支撐架結構，係配置於該第二容置空間内部， 用以支撐該第二容置空間此外也可輸出該電子低週波貼片 動作時之低週波電流脈衝，一第二按壓開關，係配置於該 第二容置空間内之該電源供應#元上彳，用以控制該支撐 架結構之動作，一第一極低週波輸出單元區，係配置於該 電源供應單元之下方，一第二極低週波輸出單元區，係配 置於該支撐架結構之下方，一軟質排線組，係連接於該第 7 201002380 一極低週波輸出單元區以及該第二極低週波輸出單元區之 間’以及一耦合軟臈，係包覆於該軟質上蓋本體下方，且 該輕合軟膜上係對應該第一極低週波輸出單元區以及該第 二極低週波輸出單元區而配置有一第一開口以及第二開口 並在该導電軟膜兩側各設有一第一極耦合傳導貼片與第一 極耦合傳導貼片。藉此，可使本發明之軟性防水一片式電 子低週波脈衝貼片達到降低製造成本以及使用方便之功敦 者。 本發明之實施例，即在提供一種軟性防水一片式電子 低週波脈衝貼片之製造方法’該方法包括下列步驟： 提供-軟質上蓋本體，且該軟質上蓋本體内係具有一 第一容置空間以及一第二容置空Μ，接著將-電源供應單 元配置於該第一容置空間⑽，用以提供該軟性防水一片 式電子低週波脈衝貼片動作時所需之電力，然後將一第— 按壓開關配置於該第一容晉由 谷置二間内之該電源供應單元上 方，用以控制該電源供應單元之動作，並將一支樓 配置於該第二容置空間内部， 用以輸出該軟性防水一片式 電子低週波脈衝貼片動作時之柄、田 牙之低週波電流脈衝，再將一第 二按壓開關配置於該第二交罢办bb 谷置二間内之該支撐架結構上 方，用以控制該支撐架結構之叙 構之動作，跟著將一第一極低週 波輸出單元區配置於該電源供瘫M _ ％早元之下方，再將一第二 8 201002380 極低週波輸出單元區配置於該支撐架結構之下方，然後將 一軟質排線組電性連接於該第一極低週波輸出單元區以及 該第二極低週波輸出單元區之間，以及最後將一耦合軟膜 包覆於該軟質上蓋本體下方，並於該耦合軟臈上對應該第 一極低週波輸出單元區以及該第二極低週波輸出單元區配 置有一第一開口以及第二開口。 有關本發明之詳細内容及技術，茲說明如下： 【實施方式】 第1圖與第2圖分別為本發明軟性防水一片式電子低 週波脈衝貼片之結構分解圖與本發明軟性防水一片式電子 低週波脈衝貼片之侧面剖示圖，如圖所示： 本發明之軟性防水一片式電子低週波脈衝貼片1〇，係 包含有一軟質上蓋本體11做為外殼，其材質可為軟性防水 矽膠或TPU材質兩者中任選其一。軟質上蓋本體丨丨内具 有一第一容置空間12以及一第二容置空間13。第一容置 空間12内配置有一電源供應單元14，用以提供該軟性防 水一片式電子低週波脈衝貼片1 〇動作時所需之電力。第一 谷置空間12内之電源供應單元1 4上方係配置有一第一按 壓開關15,用以控制電源供應單元14之動作。電源供應 單元14之下方係配置一第一極低週波輸出單元區17〇 第一谷置空間13内部係配置有—低週波輸出單元16 9 201002380 用以輸出該電子低週波貼片動作時之低週波電流脈衝。第 一令置空間1 3内之支撐架結構丨6上方係配置有一第二按 壓開關151用以控制該支撐架結構16之動作’支撐架結構 16之下方係配置有一第二極輸出單元區18。於第一極低週 波輸出單元區1 7以及第二極低週波輸出單元區i 8之間係 配置一軟質排線組19’用以使第—極低週波輸出單元區17 以及第二極低週波輸出單元區丨8之間形成電性連接。軟質 上蓋本體11下方係包覆一材質為飽和多元脂（PET)之耦合 軟膜20，且耦合軟膜20上係對應第一極低週波輸出單元 區17以及第二極低週波輸出單元區a而配置有—第—開 口 201以及第二開口 202，使第一極低週波輸出單元區 以及第一極低週波輸出單元區18之特定部位透過第一開 口 201以及第二開口 202而外露，可直接與第一極麵合傳 導貼片21與第一極搞合傳導貼片22進行導電耗合，並可 直接貼附於皮膚上。 上述之第一耗合導電軟膜20之材質係為飽和多元脂 單面絕緣自黏形態另一背面印刷導電材料。 由於本發明軟性防水一片式電子低週波脈衝貼片1〇 係利用軟質上蓋本體11當作外殼以及耦合軟膜20包覆於 軟質上蓋本體11下方，且第一極低週波輸出單元區17以 及第二極低週波輸出單元區1 8之間係配置一軟質排線組 10 201002380 19，因此具有可彎折之特性，可以配合使用者身體各部位 之弧度來彎折貼附，並不需要利用束帶綑綁來將其定位。 此外，由力本發明軟,)·生防水一片 < 電子低週波脈衝貼 片10係將電源供應單元14以及支撐架結構16結合於軟質 上蓋本體11 Θ S此體積較一般的低週波按冑胃大幅減 小，不但製造成本低廉，更具有便於攜帶使用之功效，故 使用一次後即可拋棄’非常方便實用。 當使用者於使用本發明之軟性防水一片&電子低週波 脈衝貼片10時，於將其貼附於特定部位後，即可按下第一 按壓開關15使電源供應單元14透過第一極低週波輸出單 元區17、軟質排線組19、第二極低週波輸出單元區18提 供支撐架結構16產生電子脈衝（低週波）所需之電力。此 時’電源供應單元14、第一極低週波輸出單元區17、軟質 排線組19、第二極低週波輸出單元區18以及支 ' :6將形成一電性迴路，而第-極低週波輸出單元區17與 第一極低週波輪出單元區18於耦合軟膜2〇上第—開口 以及第二開° 202之外露部位將與第-極麵合傳導貼片21 及第二極輕合傳導貼片22對應人體恰好形成壇路之負極 與正極，使低週波輸出單元16產生之電子脈衝（低週波）傳 达至人體，達到止痛與復健治療之目的。 另’由於相合軟膜20係用於黏附於人體，因此於未使 201002380 用時’就應富避免其盥外《办尸从* 〃外界空氣接觸而附著穢物，使其黏 附力降低，故可於耦合軟膜 ζυ汁砰更可配置—保護貼層， 用以使耦合軟膜20與外部空氣隔離，避免穢物附著。 又’第-極低週波輸出翠元區17係為一雙面層之印刷電路 板（PCB)或〇層之印刷電路板中之任—者，其中上層可配 置零件，下層以格狀型態直接供與第一極傳導貼片麵合 用。故其上方得以與電源供應單元14 之透過第-開…外露部分得以形成一電極且同理下方 ^㈣㈣㈣單Μ 18係為一雙面層之印刷電路板 (PCB)多層之印刷電路板中之任—者，其中上層可配置零 件，下層以格狀型態直接供與第一極傳導貼片麵合用。故 其上方得以與支撐架結構電性連接，且其下方之透過第二 開口 202之外露部分得以形成一電極。 第一極低週波輸出單元區17與第二極低週波輸出單元區 18透過第―開口加與第二開口 202所曝露之區域會進行 一格狀處理’再者，電源供應單元14可為—叙扣電池與鐘 電池中之任—者。 止痛治療用之電子脈衝波形分為：⑴密波:常用於止 痛、鎮靜、緩解肌肉和血管痙攣以及針刺麻醉等；（2)疏波: 常用：治療癢症、各種肌肉、關節，帶、肌腱的損傷等·， (3)疏密波：是疏波、密波自動交替出現的—種波形，常用於 12 201002380 止痛、扭挫傷、關節周圍炎、氣血運行障礙、坐骨神經痛 面癱、肌無力、局料傷等·盘波··是脈沖波幅按鑛齒 形自動出現改變的起伏波’可用於刺激膈神經作人工電動 呼吸、搶救呼吸衰竭，並有提高神經肌肉興奮性、調整經 絡功能、改善氣血循環等作用；（5)斷續波：是有節律地時 斷，時續自動改變的一種疏波，f用於治療痿症、癱疾， 也可用作電肌體操訓練。因此本發明之抛棄式電子脈衝貼 片〇亦可利用調整其内支擇架結構工6之輸出波形來達到 各種止痛治㈣㈣子脈衝波形n使用者即可針對 其症狀來購買其所需之低週波波形對應之軟性防水一片式 電子低週波脈衝貼片10,相當的人性化。 請參閲第3圖，係為本發明軟性防水一片式電子低週 波脈衝貼片之製造方法流程圖，如圖所示：首先提供一軟 質上蓋本體，且該軟質上蓋本體内係具有一第一容置空間 、及第一谷置空間（s 10);將一電源供應單元配置於該第 一容置空間㈣，用以提供該軟性防水-片式電子低週波 脈衝貼片動作時所需之電力(S 11);將-第-按壓開關配置 於3亥第—容置空間内之該電源供應單元上方，用以控制該 電源仏應早兀之動作(S12)，將一支撐架結構配置於該第二 二置工間内部’用以輸出該軟性防水-片式電子低週波脈 衝貼片動作時之低週波電流脈衝(S13);將一第二按壓開關 201002380 配置於該第二容置空間内之該支撐架結構上方，用以控制 該支撐架結構之動作(S14)，將一第一極低週波輸出單元區 配置於該電源供應單元之下方(S15);將一第二極低週波輸 出單元區配置於該低週波輸出單元之下方（s〗6) ·將一軟質 排線組電性連接於該第—極低週波輸出單元區以及該第二 極低週波輸出單元區之間（S17)，以及最後將—輕合軟膜包 覆於該軟質上蓋本體下方，並於該麵合軟膜上對應該第一 極低週波輸出單元區以及該第二極低週波輸出單元區配置 有一第一開口以及第二開口（S18)，並結束本流程。 其中上述之該軟質上蓋本體之材質可從係為軟性防水 矽膠與TPU材質中# @ A ^ > 中任選其一，而該耦合軟膜之材質係為飽 和多元脂單面絕緣自黏形態另一背面印刷導電材料，此外 電源ί、應單兀係為一鈕扣電池與鋰電池中之任—者。 π上述之第-極低週波輸出單元區與第二極低週波輸出 早元區係可係為-雙面層之印刷電路板與多層之印刷電路 板中之任-者’其中上層可配 ^ +件下層以格狀型態直 接供與第一極傳導貼片耦合用。 =之低週波輸出翠元之輸出形態係為單向双 之任—者’其中上層可配置零件，下層以格狀型 心接供與第一極傳導貼片耦合用。 接著請參閱到第4圖，為本發明軟性防水—片式電子 201002380 低週波脈衝貼片另一實施例之方塊圖。 如圖所示，軟性防水一片式電子低週波脈衝貼片3 0， 内有一軟質上蓋模組3 i，而該軟質上蓋模組3丨其内係具 有一谷置模組32 ,而該容置模組32更包含：一電池供應 早το 33，用以提供該軟性防水一片式電子低週波貼片3〇 動作時所需之電力，還有一低週波輸出單元34，用以輸出 f該軟性防水一片式電子低週波貼片30動作時之低週波電 衝還有傳導單元35，用於傳導電力與低週波電流 脈衝至透過-開口並在一導電軟膜下設有一麵合傳導貼片 進而接觸使用者之患部，來舒緩使用者的不適，最後還設 有—開關36 1來開啟該軟性防水—片式電子低週波脈衝 貼片30，並可控制該低週波之強度。 雖然本發明以前述之較佳實施例揭露如上，然其並非 :限定本發明，任何熟習此技藝者，在不脫離本發明之 精神和範圍内，當可作些許之更動與潤飾，因此本發明之 '、蒦範圍田視後附之申請專利範圍所界定者為準。 15 201002380 【圖式簡單說明】 第1圖為本發明軟性防水一片式電子低週波脈衝貼片之結構分解 圖， 第2圖為本發明軟性防水一片式電子低週波脈衝貼片之側面剖示 圖； 第3圖$本發明軟性防水一片式電子低週波脈衝貼片之製造方法 流程圖；以及 第4圖林發明軟性防水—片式電子低週波脈衝貼片另—實施例 之方塊圖。 201002380The appearance of the sheet is also flexible and can be used for the fit. It is not easy to use and is acceptable. The joint integrally formed soft structure body is hidden in the two-area structure group and electrically connected into one body, and the bottom material is glued to the top and bottom to complete a switch to control the overall action of the patch. The power supply unit and the low-frequency transmission body, in which the flexible cable is used to use a bendable but non-stretchable material, and the two sets of presses are used to hide the softness of the body circuit, so that the human body curve can be greatly increased. The soft waterproof one-piece electronic low-frequency pulse patch disclosed by the user according to the present invention comprises: a soft upper cover body, "the inner system has a first space and a second accommodating space," The supply unit is disposed in the first valley space, the power required to provide the electronic low-frequency patch action, and the first-pressing opening is disposed in the first housing space. The power supply unit is configured to control the operation of the power supply unit. A support frame structure is disposed in the second accommodating space for supporting the second accommodating space, and the electronic low-frequency wave sticker is also outputted. a low-cycle current pulse during the action of the chip, and a second push switch disposed on the power supply source in the second accommodating space for controlling the movement of the support frame structure a first very low-frequency output unit area is disposed under the power supply unit, and a second-pole low-cycle output unit area is disposed under the support frame structure, and a soft cable group is connected to The seventh 201002380 one pole low frequency output unit area and the second pole low frequency output unit area 'and a coupling soft raft are wrapped under the soft upper cover body, and the light and soft membrane is corresponding to the first a first low-frequency output unit region and the second-pole low-frequency output unit region are disposed with a first opening and a second opening, and a first-pole coupling conductive patch is disposed on both sides of the conductive flexible film and coupled to the first pole Patch. Thereby, the soft waterproof one-piece electronic low-frequency pulse patch of the present invention can be made to reduce the manufacturing cost and the convenience of use. An embodiment of the present invention provides a method for manufacturing a soft waterproof one-piece electronic low-frequency pulse patch. The method includes the following steps: providing a soft upper cover body, and the soft upper cover body has a first accommodating space And a second accommodating space, and then the power supply unit is disposed in the first accommodating space (10) for providing the power required for the soft waterproof one-piece electronic low-frequency pulse patch operation, and then - a push switch is disposed above the power supply unit in the first room of the second room, for controlling the action of the power supply unit, and arranging a building in the second accommodating space for Outputting the low-cycle current pulse of the handle and the field tooth of the soft waterproof one-piece electronic low-frequency pulse patch, and then arranging a second push switch in the second frame of the second intersection bb valley Above the structure, the action of controlling the structure of the support frame is followed by arranging a first very low-frequency output unit area under the power supply M _ % early, and then 8 201002380 The extremely low frequency output unit area is disposed under the support frame structure, and then a soft cable group is electrically connected between the first pole low frequency output unit area and the second pole low frequency output unit area. And finally, a coupling soft film is wrapped under the soft upper cover body, and a first opening and a second are disposed on the coupling soft disk corresponding to the first pole low frequency output unit region and the second pole low frequency output unit region Opening. The details and the technology of the present invention are as follows: [Embodiment] FIG. 1 and FIG. 2 are respectively a structural exploded view of a soft waterproof one-piece electronic low-frequency pulse patch of the present invention and a soft waterproof one-piece electronic body of the present invention. A side cross-sectional view of the low-frequency pulse patch, as shown in the figure: The soft waterproof one-piece electronic low-frequency pulse patch 1 of the present invention comprises a soft upper cover body 11 as a casing, and the material thereof can be a soft waterproof silicone rubber. Or one of the TPU materials. The soft upper cover body has a first accommodating space 12 and a second accommodating space 13. A power supply unit 14 is disposed in the first accommodating space 12 for providing power required for the soft water-proof one-piece electronic low-frequency pulse patch 1 〇. A first push switch 15 is disposed above the power supply unit 14 in the first valley 12 for controlling the operation of the power supply unit 14. The first low-frequency output unit area 17 is disposed under the power supply unit 14 . The first valley space 13 is internally configured with a low-cycle output unit 16 9 201002380 for outputting the low-frequency patch action of the electronic low-frequency patch. Cycle current pulse. A second push switch 151 is disposed above the support frame structure 6 in the first installation space 13 for controlling the action of the support frame structure. The lower portion of the support frame structure 16 is provided with a second pole output unit region 18 . A soft cable group 19' is disposed between the first pole low-cycle output unit region 17 and the second pole low-cycle output unit region i8 for making the first-low-low-cycle output unit region 17 and the second pole extremely low. An electrical connection is formed between the peripheral output unit regions 丨8. The soft upper cover body 11 is covered with a coupling soft film 20 made of saturated poly (PET), and the coupling soft film 20 is disposed corresponding to the first pole low-cycle output unit region 17 and the second-pole low-cycle output unit region a. The first opening 201 and the second opening 202 are formed such that the first low-frequency output unit region and the specific portion of the first-pole low-frequency output unit region 18 are exposed through the first opening 201 and the second opening 202, and can directly The first pole facet conductive patch 21 and the first pole engage the conductive patch 22 for electrical conduction and can be directly attached to the skin. The material of the first consumable conductive soft film 20 is a saturated multi-component single-sided insulating self-adhesive form and another back printed conductive material. Since the soft waterproof one-piece electronic low-frequency pulse patch 1 of the present invention is covered by the soft upper cover body 11 as a casing and a coupling soft film 20 under the soft upper cover body 11, and the first pole low-cycle output unit area 17 and the second A soft cable assembly group 10 201002380 19 is disposed between the extremely low frequency output unit regions 18, so that it has the characteristics of being bendable, and can be bent and attached in accordance with the curvature of each part of the user's body, and does not need to use the strap. Bundle to position it. In addition, by the invention, the invention is soft, a raw waterproof piece < the electronic low-frequency pulse patch 10 is used to couple the power supply unit 14 and the support structure 16 to the soft upper cover body 11 Θ S, which is a relatively low-frequency peripheral button. The stomach is greatly reduced, not only is the manufacturing cost low, but also has the effect of being easy to carry and use, so it can be discarded after one use, which is very convenient and practical. When the user uses the soft waterproof sheet & electronic low-frequency pulse patch 10 of the present invention, after attaching it to a specific portion, the first push switch 15 can be pressed to pass the power supply unit 14 through the first pole. The low frequency output unit region 17, the soft cable group 19, and the second pole low frequency output unit region 18 provide the power required by the support frame structure 16 to generate electronic pulses (low frequency). At this time, the power supply unit 14, the first pole low-cycle output unit region 17, the soft cable group 19, the second-pole low-cycle output unit region 18, and the branch '6 will form an electrical loop, and the first-low The circumferential output unit region 17 and the first pole low-period wheel-out unit region 18 are on the coupling soft film 2, and the first opening and the second opening 202 are exposed, and the first-pole surface conduction patch 21 and the second pole are light. The conductive patch 22 corresponds to the human body to form the negative pole and the positive pole of the temple, and the electronic pulse (low frequency) generated by the low-frequency output unit 16 is transmitted to the human body to achieve the purpose of pain relief and rehabilitation treatment. In addition, because the compatible soft film 20 is used to adhere to the human body, it should be used to avoid the sputum when it is not used for 201002380. "The corpse is attached to the air from the outside, and the adhesion is reduced. The coupling soft film is more configurable - a protective layer to isolate the coupling film 20 from the outside air to prevent the adhesion of the object. And the 'first-very low-frequency output Cuiyuan District 17 series is a double-sided printed circuit board (PCB) or a printed circuit board of the enamel layer, where the upper layer can be configured, and the lower layer is in a lattice pattern. Directly used in conjunction with the first pole conductive patch surface. Therefore, the upper portion of the power supply unit 14 can be formed with an exposed portion of the power supply unit 14 and the lower portion of the (4) (4) (4) unit 18 is a double-sided printed circuit board (PCB) multilayer printed circuit board. Any one, wherein the upper layer is configurable, and the lower layer is directly used in combination with the first pole conductive patch surface in a lattice pattern. Therefore, the upper portion thereof is electrically connected to the support frame structure, and the exposed portion of the lower portion through the second opening 202 is formed to form an electrode. The first pole low-cycle output unit region 17 and the second-pole low-cycle output unit region 18 are subjected to a lattice processing through the region where the first opening and the second opening 202 are exposed. Further, the power supply unit 14 may be - Depending on the battery and the clock battery. Electron pulse waveforms for pain relief treatment are divided into: (1) dense wave: commonly used for pain relief, sedation, muscle and vasospasm, and acupuncture anesthesia; (2) sparse wave: commonly used: treatment of itching, various muscles, joints, belts, Damage of tendon, etc., (3) Dense wave: It is a wave that automatically alternates between sparse wave and dense wave. It is commonly used for 12 201002380 Analgesic, contusion, periarticular inflammation, dysfunction of blood and blood, sciatica facial paralysis, muscle Inability, bureau damage, etc. · Disk wave · is the pulse wave amplitude automatically changes according to the ore shape of the 'undulating wave' can be used to stimulate the phrenic nerve for artificial electric breathing, rescue respiratory failure, and improve neuromuscular excitability, adjust the meridian function Improve blood circulation and other effects; (5) Intermittent wave: It is a kind of sparse wave that is rhythmically broken and intermittently changed automatically. f is used to treat snoring and dysentery. It can also be used as electromuscular gymnastics training. Therefore, the disposable electronic pulse patch 本 of the present invention can also adjust the output waveform of the internal support structure 6 to achieve various analgesic treatments. (4) (4) The sub-pulse waveform n users can purchase the required low for their symptoms. The soft wave-proof one-piece electronic low-frequency pulse patch 10 corresponding to the waveform of the wave is quite humanized. Please refer to FIG. 3 , which is a flow chart of a method for manufacturing a soft waterproof one-piece electronic low-frequency pulse patch according to the present invention. As shown in the figure, a soft upper cover body is first provided, and the soft upper cover body has a first body. a housing space and a first valley space (s 10); a power supply unit is disposed in the first housing space (4) for providing the soft waterproof-chip electronic low-frequency pulse patch operation Power (S11); the first-push switch is disposed above the power supply unit in the 3H-the accommodating space for controlling the action of the power supply (S12), and configuring a support frame structure a low-cycle current pulse for outputting the soft waterproof-chip electronic low-frequency pulse patch operation in the second two-station (S13); and a second push switch 201002380 being disposed in the second housing Above the support frame structure in the space, for controlling the action of the support frame structure (S14), a first very low frequency output unit area is disposed below the power supply unit (S15); The peripheral output unit area is configured in the low cycle Below the output unit (s) 6) - a soft cable group is electrically connected between the first-pole low-cycle output unit region and the second-pole low-cycle output unit region (S17), and finally - light a soft film is wrapped under the soft upper cover body, and a first opening and a second opening are disposed on the surface soft film corresponding to the first pole low frequency output unit region and the second pole low frequency output unit region (S18) And end this process. The material of the soft upper cover body may be selected from the group consisting of soft waterproof silicone and TPU material # @ A ^ >, and the material of the coupling soft film is saturated multi-fat single-sided insulation self-adhesive form A back printed conductive material, in addition to the power supply, should be a button battery and lithium battery. The above-mentioned first-very low-cycle output unit region and the second-pole low-cycle output early-earth zone may be any one of a double-sided printed circuit board and a multi-layer printed circuit board, wherein the upper layer can be equipped with ^ The lower layer is directly coupled to the first pole conductive patch in a lattice pattern. = The output form of the low-frequency output Cuiyuan is a one-way dual---where the upper layer is configurable, and the lower layer is connected to the first-pole conductive patch by the lattice-shaped core. Next, please refer to FIG. 4, which is a block diagram of another embodiment of the soft waterproof-chip electronic 201002380 low-frequency pulse patch of the present invention. As shown in the figure, the soft waterproof one-piece electronic low-frequency pulse patch 30 has a soft upper cover module 3 i, and the soft upper cover module 3 has a valley module 32 therein, and the housing is provided. The module 32 further includes: a battery supply early το 33 for providing the power required for the soft waterproof one-piece electronic low-frequency patch 3 〇 action, and a low-cycle output unit 34 for outputting the soft waterproof The low-frequency electric impulse of the one-piece electronic low-frequency patch 30 also has a conducting unit 35 for conducting electric power and low-cycle current pulses to the transmissive-opening and providing a conductive patch under a conductive soft film for contact use. The affected part is used to relieve the user's discomfort. Finally, a switch 36 1 is provided to open the soft waterproof-slice electronic low-frequency pulse patch 30, and the intensity of the low cycle can be controlled. While the present invention has been described above in its preferred embodiments, the present invention is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The ', 蒦 田 田 田 。 。 。 。 。 。 。 。 。 。 。 。 。 15 201002380 [Simple diagram of the diagram] Figure 1 is a structural exploded view of a soft waterproof electronic low-frequency pulse patch of the present invention, and Figure 2 is a side cross-sectional view of the soft waterproof one-piece electronic low-frequency pulse patch of the present invention. Fig. 3 is a flow chart showing the manufacturing method of the soft waterproof one-piece electronic low-frequency pulse patch of the present invention; and the block diagram of the fourth embodiment of the soft waterproof-chip electronic low-frequency pulse patch. 201002380
示符號說明】 10 ： 軟性防水一片式 11 ： 軟質上蓋本體 12 ： 第一容置空間 13 ： 第二容置空間 14 ： 電源供應單元 15 ： 第一按壓開關 151 ： 第二按壓開關 16 ： 支撐架結構 17 ： 第一極低週波輸 18 ： 第二極低週波輸 19 ： 軟質排線組 20 ： 耦合軟膜 201 ： 第一開口 202 ： 第二開口 21 ： 第一極耦合傳導 22 ： 第二極耦合傳導 30 ： 軟性防水一片式 31 ： 軟質上蓋模組 32 ： 容置模組 33 ： 電池供應單元 34 ： 低週波輸出單元 35 ： 傳導單元 36 ： 開關 步驟 10 〜18 出單元區 出單元區 電子低週波脈衝貼片 貼片 貼片 電子低週波脈衝貼片 17Explanation of symbols: 10 : Soft waterproof one piece 11 : Soft upper cover body 12 : First accommodation space 13 : Second accommodation space 14 : Power supply unit 15 : First push switch 151 : Second push switch 16 : Support frame Structure 17: First very low frequency transmission 18: Second pole low frequency transmission 19: Soft cable group 20: Coupling membrane 201: First opening 202: Second opening 21: First pole coupling conduction 22: Second pole coupling Conduction 30 : Soft waterproof one piece 31 : Soft upper cover module 32 : accommodating module 33 : Battery supply unit 34 : Low frequency output unit 35 : Conducting unit 36 : Switching steps 10 ~ 18 Out unit area out unit area electronic low frequency Pulse patch patch SMD electronic low frequency pulse patch 17