M414015 \ 五、新型說明： 【新型所屬之技術領域】 本創作涉及-種可有效增加接地的放電效率之 地棒改良」設計者。 丧 【先前技術】 自從科學家富® ^(Benjamin Frankl in)姐風 閃電電極後，科學家就不斷發現電極的奥密與用途，也認 日常生活中’地球體積的龐大可視為—她巨大(幾乎^ 大)的電容’其電位相對幾乎維持不變，因此常被用;; 電位（電位零），可承載餘的電極，於是我触財的電= 地後’有較安全的參考t位，且萬—和高電位接觸，可將電流 流放於大地，減少人員及電器可能的傷害，也可將打雷的強大 電極導入太地。 目前以接地棒將建築物的異常電流做為導人大地的媒介 ’而接地棒的導電效率就攸使用數量及成本的經濟效益 • ，接地棒以直桿狀最為普遍，然而，其直徑小，入土的接觸 面積少’放流電極面也無法擴展’故而所使用的數量就會增 加’成本也隨之增加，況此種接地棒與電極導體連接接時， 有者以火搶熔合，有者以炼接模具施以火藥熔合，施工麻煩 又頗不經濟’實有改善之必要。 【新型内容】 丰創作「接地棒改良」，主要係提高接地棒將電流導入 3 地底效率之設計者。 本創作「接地棒改良」，其設有至少有兩呈直角而設之 接觸件’於各_件_巾端形祕㈣，且畴大於凸部 寬度’藉此增加其接觸面_及具有廣佈導電放流的方向。 本創作「接地棒改良」’於後部設有孔位，係可提供電 極導體以螺合g]位，翻腳又經濟的效果。 本創作「接地棒改良」，於兩接觸件相鄰之頂端，向各 接觸件側邊上傾斜而形成尖銳狀，方便深埋入土者。 【實施方式】 本創作「接地棒改良」，如第一圖所示之實施例，其基 本係至少有兩直板狀之接觸件41、42,且互呈直角而設， 兩接觸件41、42形成一彎角邊60，於前端1〇以彎角邊6〇 頂端11朝上傾往各接觸件41、42之側邊43而呈斜邊狀a ’形成尖銳狀’以方便深埋入土。 於各接觸件41、42之中端20形成鋸齒邊50，此鋸齒 邊50成連續凹部51與凸部52,其中，凹部51之寬度大於 凸部52之寬度，如此可得較佳的地底接觸面以及電極放流 效果。 在各接觸件41、42之後端30，係設有孔位31，此孔 位31係可提供與電極導體70鎖固之用，如第三圖所示，係 以夹制片71 —端將電極導體固定，另一端提供如螺絲之 固定元件72固定於後端30上。藉此，不僅施工簡單也經濟 ，而免除傳統以火藥熔接的方式。 如第二圖所示，為本創作「接地棒改良」實施之狀況， 其係整個埋人地下，將電極導體則出串連數多電極棒， 以將建築物之異常電流導人接地棒，因此接地棒具有較佳 的地底接觸面以絲齒邊5〇的電極放流效果故而可不必 像傳統施工方式’採密集按設κ桿形接地棒的作法。 综上所述，本創作「接地棒改良」，切確提供一簡單且 導流電極效輕又轉之設計，銳法提專利β申於之 〇 【圖式簡單說明】 第—圖：為本創作之立體實施例示意圖。 第二圖：為本創作埋入地下之示意圖。 第二圖：為本創作之後部之放大實施例圖。 【主要元件符號說明】 10.··..·前端 11……頂端 12.··斜邊 2〇......中端 30.·.，·*後端 31…孔位 41·····*第一接觸件42….··第二接觸件43…··.側邊 5〇......鋸齒邊 51......凹部 52......凸部 60·*·..·彎角邊 7〇······電極導體力….··夾制片72··..·.固定元件M414015 \ V. New description: [New technical field] This creation involves a designer who can effectively increase the discharge efficiency of grounding. Funeral [Prior Art] Since the scientist's Benjamin Frankl in, the scientist has continuously discovered the mystery and use of the electrode, and also recognizes the large volume of the earth in daily life as - she is huge (almost ^ The large capacitor's potential is almost constant, so it is often used;; the potential (potential zero) can carry the remaining electrode, so I touch the electricity = the ground has a safer reference t bit, and 10,000 - contact with high potential, can flow current to the earth, reduce the possible damage of personnel and electrical appliances, can also be introduced into the ground. At present, the grounding rod is used to use the abnormal current of the building as the medium to guide the earth', and the conductive efficiency of the grounding rod is the economic benefit of the quantity and cost. The grounding rod is most common in the shape of a straight rod, however, its diameter is small. The contact area of the soil is small, and the surface of the discharge electrode cannot be expanded. Therefore, the amount used will increase. The cost will also increase. When the ground rod is connected to the electrode conductor, some of them will be fused by fire. The welding mold is applied with gunpowder fusion, and the construction is troublesome and uneconomical. [New content] Feng creation "grounding rod improvement" is mainly to improve the efficiency of the ground rod to introduce current into the bottom of the ground. The creation of the "grounding rod improvement" is provided with at least two contact members at right angles to each of the _ pieces _ the end of the towel (4), and the domain is larger than the width of the convex portion to increase the contact surface _ and have a wide The direction in which the cloth is discharged. The creation of "Ground Rod Improvement" has a hole in the rear, which provides an electrode conductor to screw the g] position, which is economical. The creation of the "grounding rod improvement" is formed at the top end of the two contact members, and is inclined toward the side of each contact member to form a sharp shape, which is convenient for deep burial. [Embodiment] The present invention "grounding rod improvement", as shown in the first embodiment, is basically at least two straight-plate-shaped contact members 41, 42 which are disposed at right angles to each other, and the two contact members 41, 42 A corner edge 60 is formed, and the tip end 11 is inclined upward toward the side edge 43 of each of the contact members 41 and 42 by a curved edge 6〇, and is formed in a bevel shape a′ to form a sharp shape to facilitate deep burial. The serrations 50 are formed in the ends 20 of the contact members 41, 42. The serrations 50 are continuous recesses 51 and projections 52. The width of the recesses 51 is greater than the width of the projections 52, so that better ground contact is obtained. Surface and electrode discharge effect. At the rear end 30 of each of the contacts 41, 42 is provided a hole position 31, which is provided for locking with the electrode conductor 70, as shown in the third figure, the end of the clamping piece 71 will be The electrode conductor is fixed, and the other end is provided with a fixing member 72 such as a screw fixed to the rear end 30. In this way, not only is the construction simple and economical, but the traditional way of welding with gunpowder is eliminated. As shown in the second figure, the implementation of the "grounding rod improvement" for this creation is buried underground, and the electrode conductors are connected in series with multiple electrode rods to guide the abnormal current of the building to the ground rod. Therefore, the ground rod has a better ground contact surface with the electrode discharge effect of the wire edge 5 故, so that it is not necessary to use the conventional construction method to intensively set the κ rod-shaped ground rod. In summary, the creation of the "grounding rod improvement" is to provide a simple and light-conducting electrode design that is light and turn, and the sharp method of patenting is applied to the [simplified description]. A schematic diagram of a three-dimensional embodiment of the creation. The second picture: a schematic diagram of the underground buried for the creation. Figure 2: A magnified embodiment of the post-creation. [Description of main component symbols] 10.·····Front end 11...Top 12.··Beveled edge 2〇...Middle end 30.·.,·*Back end 31... Hole position 41·· ···*First contact 42....··Second contact 43...···. Side 5〇...Zig edge 51...Concave 52...convex Department 60·*·..·Bend corner 7〇······Electrode conductor force....·· Clip sheet 72·····.Fixed component