M334438 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種可確實避免水氣滲入其内部的電鐵 式控制器之防水結構改良。 【先前技術】 ， 電繞式控制器係一種穿設有一電纜，以電纟覽連接設於 其内部的電子裝置，其中例如電纜式浮球控制器，係一種 用於偵測與警示液位之高度的設備，其於一殼體裝設有一 > 開關閘，該開關閘包含有一壓球及一感應開關，另以一電 繞穿設該殼體而與該開關閘相接，當將該浮球控制器設於 一容置空間内，且該容置空間内逐漸蓄積有液體時，浮球 控制器會逐漸傾斜上浮，使得其内部的壓球滑動，繼而歷 觸該感應開關以發出訊號，警示使用者該空間内的液位變 化情形，此外，又如設置於戶外的監視攝影機，其為了防 止攝影機因受風吹、日曬或雨淋而故障，亦是將攝影機等 的相關電子裝置設於一殼體中，以將殼體連同電子裝置設 於一定點’另以一電纟覽穿設該殼體而與内部的電子裝置相 接’使遠％子裝置可精電纟覽輸入電力或是由電纟覽輸出書 • 面，因電纜式控制器經常需要置於水中使用或是裝設於會 遭受雨淋的環境中，且内部又裝設有電子裝置，故如何避 免水氣由電纜穿設之處進入殼體内部，以防止水氣破壞電 子裝置，實為一重要課題。 現有技術之電纜式控制器殼體與電纜間的防水結構主 要係於殼體上凸起形成一具有穿孔的穿設部，，以供前述電 5 M334438 纔穿設，穿設部之内壁面與電境外側面間套設有一〇型迫 緊環，以固定電纜與穿設部間的相對位置，接著，更進一 步於穿^部與電纜之間灌注有防水膠，以達到防水的目 的。 唯此現有技術殼體與電纜間的防水固定方式，雖然可 、以防止水氣由殼體與電纜的相接處滲入底座中，但因電纜 係為種由多根官徑較小的電線一同設於一管徑較大的管 體内^所組成，而電線内部亦裝設有多根銅線，因此相鄰 ί的電線之間以及相鄰的銅線之間仍存在有水氣得以渗流的 間隙，此外，灌注於穿設部與電纜之間的防水膠需等待一 段長時間（約六小時），待其硬化密合後，方能繼續之後 的加工步驟，著實浪費時間，故現有技術之電纜式控制器 之防水結構確有其待改善之處。 【新型内容】 本創作之主要目的在於提供一種電纜式控制器之防水 結構改良，希藉此設計改善先前既有之電纜式控制器仍會 _有水氣由電纜或電線之管體内部滲流至其底座中，且須等 待一段長時間待防水膠硬化後方得以繼續加工的缺點。 為了達到上述的創作目的，本創作所運用的技術手段 係於一電纜式控制器之電纜的一端處，將靠近該處的電線 之管體截下一段，使裡面的銅線露出，接著於電纜該端環 繞該鋼線之露出處套設一塑膠製的軟質套筒，並於該套筒 内4 >主防水膠，另於套筒外側面環繞成型有凸環，以緊密 抵頂於穿設部之内壁面。 6 M334438 本創作的優點在於，其藉套筒固定防水膠之位置，防 止其任意流動，因此無論防水膠硬化與否，皆可進行下一 ^的、、且裝知序’無需花費時間等待防水膠的硬化，而且， 因防水膠於電繞之端部填滿了電線間以及電線内部之銅線 門之間p家酉己合套筒外部凸5裒緊密抵頂於穿設部之内壁 '面，可完全隔絕此電纜式控制器之内部與外部之液體的流 通有效避免因水氣渗入其中而破壞内部的電子元件。 ^ 【實施方式】 _ I見第—及二圖所示，本創作之電繞式控制器之防水 結構改良以一電纜式浮球控制器為例，其包括有一殼體、 一電子裝置（30)及一電纜（40)，其中： 配合第三圖所示，該殼體包含有一底座（1〇)及一上蓋 (20)，底座（1〇)内凹成型有一容置空間，且一端面呈一開 口，上蓋（20)蓋設於底座（1〇)之開口端上，其頂面中央凸 起形成有一穿設部（21)，該穿設部（21)的頂面貫穿成型有 一穿孔（22)，上蓋（20)底面靠近周緣處配合底座（1〇)開口 ' 之形狀環繞延伸形成有一嵌板（23)，嵌板（23)外側面上環 繞成型有一凹槽（24)，凹槽（24)内設有一墊圈（25)，以使 上盍（20)與底座（1〇)相互蓋合時能緊密接合； 電子裝置（30)設於底座（1〇)之容置空間中； 進一步參見第四圖所示，電纜（40)緊密穿設於上蓋（2〇) 之牙设部（21)的穿孔（22)中，其係於一中空管體内裝設有 複數根電線（41)，另包含有一套筒（42)及一擋止塊（43); 该電線（41)突伸出電繞（4 0)的一端，其係於一中空管 M334438 體内裝設有複數根銅線（411 )，該銅線（411 )用以與電子裝 置（30)電性相接，於每一電線（41)靠近電纜（4〇)之端部處 截下一小段管體，使其内部的銅線（411A)露出； 該套筒（42)以軟質的塑膠所製成，其一端面緊密套設 於電鏡（40)端部而環設於該電線（41)露出銅線（411 a)處的 周圍’另一端面配合電線（41)的數量而成型有複數個通孔 (421)’以供電線（41)分別穿設於其中，接著於套筒（42) 内部灌注有一層防水膠（422)，俾藉防水膠（422)於該處填 _ 滿電纜（40)與電線（41)間以及電線（41)内部之銅線（411A) 間之間隙，待其硬化後，可有效避免水氣由電纜（4〇)與電 線（41)之官體内部滲流至底座中，套筒（42)外側周緣 環繞成型有一凸環（423)，藉該凸環（423)緊靠於穿設部（21) 之内壁面，以進一步防止水氣由電纜（4〇)與穿設部（21)之 穿孔（2 2 )間滲入底座（1 〇 )内部； 该擋止塊（43)配合電線（41)之數量於其周緣成型有複 數個可供電線（41)卡扣於其間的嵌槽（431)，藉此使電線 • ⑷)形成彎折而卡掣於上蓋⑵)之内壁面，避免電纜(4〇) 因受到外力過度拉扯而造成電線（41)之銅線（411)與電子 I置（30)間接觸不良。 【圖式簡單說明】 第一圖為本創作之立體外觀圖。 第二圖為本創作之側視剖面圖。 第三圖為本創作之立體分解圖。 第四圖為本創作部分元件之立體分解圖。 M334438 【主要元件符號說明】 (10)底座 (20)上蓋 (21)穿設部 (22)穿孔 (2 3 )彼板 (24)凹槽 (25)墊圈 (30)電子裝置 (40)電纜 (41)電線 (411)(411A)銅線 (42)套筒 (421)通孔 (422)防水膠 (423)凸環 (43)擋止塊 (431)嵌槽M334438 VIII. New description: [New technical field] This creation is about a waterproof structure improvement of an electric iron controller that can surely prevent moisture from penetrating into the interior. [Prior Art] The electric wound controller is an electronic device that is provided with a cable to electrically connect the inside of the device, wherein, for example, a cable type float controller is used for detecting and alerting liquid level. a height device, which is provided with a switch gate in a casing, the switch gate includes a pressure ball and an inductive switch, and an electric winding is connected to the casing to be connected to the switch gate. When the float controller is disposed in an accommodating space, and the liquid gradually accumulates in the accommodating space, the float controller gradually tilts upward, causing the internal ball to slide, and then touches the sensor switch to emit a signal. To warn the user of the change in the liquid level in the space, and in addition to the outdoor surveillance camera, in order to prevent the camera from being damaged by wind, sun or rain, it is also to set the relevant electronic device such as a camera. In a casing, the casing and the electronic device are disposed at a certain point, and the casing is connected to the internal electronic device by an electric power to make the far-input device capable of viewing the input power. Or by Electric output book • Face, because the cable controller often needs to be placed in the water or installed in an environment that will be exposed to rain, and the interior is equipped with electronic devices, so how to avoid water and gas from the cable It is an important issue to enter the inside of the casing to prevent water vapor from damaging the electronic device. The waterproof structure between the cable controller casing and the cable of the prior art is mainly formed on the casing to form a piercing portion having a perforation for the electric 5 M334438 to be worn, and the inner wall surface of the piercing portion is A pair of pressing ring is arranged on the outer side of the electric environment to fix the relative position between the cable and the wearing portion, and then further, a waterproof glue is poured between the wearing portion and the cable to achieve waterproofing. However, the waterproof fixing method between the prior art housing and the cable can prevent the moisture from penetrating into the base from the interface between the housing and the cable, but the cable is made of a plurality of wires having a smaller official diameter. It is composed of a tube with a large diameter, and a plurality of copper wires are installed inside the wire. Therefore, water vapor is still observed between adjacent wires and adjacent copper wires. In addition, in addition, the waterproof glue poured between the piercing portion and the cable needs to wait for a long time (about six hours), and after it is hardened and sealed, the processing step can be continued, which is a waste of time, so the prior art The waterproof structure of the cable controller does have something to be improved. [New content] The main purpose of this creation is to provide a waterproof structure improvement of the cable controller. It is designed to improve the existing cable controller. The water vapor is leaked from the inside of the cable or wire. In the base, it has to wait for a long time to wait until the waterproof rubber is hardened before it can continue processing. In order to achieve the above-mentioned creative purpose, the technical means used in the creation is at one end of a cable of a cable controller, and the pipe body of the wire close to the wire is cut off to expose the copper wire inside, and then the cable is exposed. The end is surrounded by a soft sleeve made of plastic around the exposed portion of the steel wire, and the main waterproof glue is disposed in the sleeve, and a convex ring is formed around the outer side of the sleeve to closely penetrate the top. The inner wall of the part. 6 M334438 The advantage of this creation is that it fixes the position of the waterproof glue by the sleeve to prevent it from flowing arbitrarily. Therefore, no matter whether the waterproof glue is hardened or not, the next one can be carried out, and the order is not required. The hardening of the glue, and, because the waterproof rubber is filled at the end of the electric winding, the wire between the wires and the copper wire door inside the wire is p-closed and the outer convex portion of the sleeve is close to the inner wall of the wearing portion. The surface can completely isolate the flow of the liquid inside and outside the cable controller to effectively prevent the internal electronic components from being damaged by the infiltration of moisture. ^ [Embodiment] _ I See the first and second figures, the waterproof structure of the electric winding controller of the present invention is improved by taking a cable type floating ball controller as an example, which comprises a casing and an electronic device (30). And a cable (40), wherein: as shown in the third figure, the housing comprises a base (1〇) and an upper cover (20), and the base (1〇) is concavely formed with an accommodating space and an end surface An opening is formed, and the upper cover (20) is disposed on the open end of the base (1〇), and a through portion (21) is formed on the top surface of the top surface, and a through hole is formed through the top surface of the through portion (21). (22) A bottom plate (23) is formed around the bottom surface of the upper cover (20) so as to fit around the periphery of the base (1) opening, and a groove (24) is formed around the outer surface of the cover plate (23). A washer (25) is disposed in the slot (24) to enable the upper jaw (20) and the base (1) to be tightly engaged with each other; the electronic device (30) is disposed in the receiving space of the base (1) Further referring to the fourth figure, the cable (40) is tightly passed through the through hole (22) of the upper part (2) of the upper cover (2), which is tied to The hollow tube is provided with a plurality of wires (41), and further comprises a sleeve (42) and a stop block (43); the wire (41) protrudes from one end of the electric winding (40), A plurality of copper wires (411) are mounted on a hollow tube M334438, and the copper wires (411) are electrically connected to the electronic device (30), and each wire (41) is close to the cable (4).小) a small section of the tube is cut at the end to expose the inner copper wire (411A); the sleeve (42) is made of soft plastic, and one end face is tightly sleeved at the end of the electron microscope (40) And a plurality of through holes (421) formed by the plurality of through holes (421) formed by the number of the other end fitting wires (41) at the portion where the electric wires (41) are exposed at the exposed wires (411a) are respectively worn by the power supply wires (41) It is disposed therein, and then a layer of waterproof glue (422) is poured into the sleeve (42), and the waterproof glue (422) is used to fill the gap between the full cable (40) and the electric wire (41) and the inside of the electric wire (41). The gap between the copper wires (411A), after it is hardened, can effectively prevent the water vapor from seeping into the base from the inside of the body of the cable (4〇) and the wire (41), and the outer circumference of the sleeve (42) surrounds The type has a convex ring (423), and the convex ring (423) abuts against the inner wall surface of the through portion (21) to further prevent water vapor from being perforated by the cable (4〇) and the through portion (21) (2) 2) infiltrating into the interior of the base (1 〇); the blocking block (43) is formed with a plurality of fitting grooves (431) on the periphery thereof for the electric wires (41) to be buckled at the periphery thereof. This causes the wire (4)) to be bent and jammed on the inner wall surface of the upper cover (2) to prevent the cable (4) from being pulled by the external force and causing the copper wire (411) and the electron I (30) of the wire (41). Poor contact. [Simple description of the diagram] The first picture is a three-dimensional appearance of the creation. The second picture is a side cross-sectional view of the creation. The third picture is a three-dimensional exploded view of the creation. The fourth figure is an exploded perspective view of some of the components of the creation. M334438 [Description of main component symbols] (10) Base (20) Upper cover (21) Piercing section (22) Perforation (2 3) Plate (24) Groove (25) Washer (30) Electronic device (40) Cable ( 41) Wire (411) (411A) Copper wire (42) Sleeve (421) Through hole (422) Waterproof glue (423) Coil ring (43) Stop block (431) Insert groove