201233251 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種用以將接地對象物接地之接地裝置。 【先前技術】 於用以貯藏揮發性之有機溶劑之容器、或被施加高電壓 之裝置中，有時連接有用以防止帶電、進行除電之接地裝 置。 藉由接地，例如能夠於處理有機溶劑時，防止因容器帶 電而產生靜電從而使有機溶劑著火之情況，或例如能夠對 被施加高電壓之裝置進行除電從而防止觸電。 作為此種接地裝置，提出有如下接地裝置，該接地裝置 例如包括經由接地線而接地之接地棒、經由絕緣物而連結 於接地棒並且經由導線而接地之輔助電極、及設置於導線 之中途之顯示燈，使輔助電極連同接地棒一併抵接於高電 壓箱，形成自電源起經由顯示燈、導線、輔助電極、高電 壓相、接地棒、接地線、大地電位部而回到電源之閉迴 路，藉此使顯示燈點亮（例如，參照下述專利文獻丨）^ 根據該接地裝置，若高電壓箱並未藉由接地棒而接地， 則顯示燈會滅燈。因此，可容易確認高電壓箱藉由接地棒 而接地之情況。 先行技術文獻 專利文獻 專利文獻1·曰本專利特開平9_219226號公報 【發明内容】 15354I.doc 201233251 發明所欲解決之問題 然而，於上述專利文獻丨之接地裝置中，為了確認高電 壓箱藉由接地棒而接地’必需使接地棒與輔助電極之兩者 抵接於高電壓箱，從而要將接地棒與輔助電極隔開間隔而 平行配置。 因此’因障礙物之干擾等，會發生如下情形：僅接地棒 及辅助電極中之-者抵接於高電壓箱’而另—者未抵接於 高電塵箱。這樣，例如，於接地棒抵接於高電壓箱而輔助 電極未抵接於高電壓箱之情形時，無論高電壓箱是否藉由 接地棒而接地，顯示燈均會滅燈，從而會產生無法確認高 電壓箱藉由接地棒而接地之不良情況。 對此’本發明之目的在於提供—種能夠確實地檢測接地 對象物接地之接地裝置。 解決問題之技術手段 本發明之接地裝置之特徵在於：其係用以將接地對象物 接地者，且包括：接地側配線；檢測側配線，其對於上述 接也側配線通常為不導通；安裝構件，其係設置於上述接 地側配線及上述檢測側配線之—端部藉由安裝於上述接 地對象物而使上述接地側配線與上述檢測側配線導通；接 地構件，其係設置於上述接地側配線及上述檢測側配線之 另端部，且用以接地；及檢測機構，其係連接於上述檢 測側配線，對上述檢測側配線之導通進行檢測。 «•亥接地裝置於通常為不導通之狀態下包括接地側配線、 及L 3檢測機構之檢測側配線，接地側配線與檢測側配線 153541.doc 201233251 係藉由將設置於接地側配線及檢測側配線之一端部之安裝 構件安裝於接地對象物而導通。又，於接地側配線及檢測 側配線之另一端部設置有接地構件。 因此’藉由將安裝構件安裝於接地對象物，來確保接地 對象物與接地側配線及檢測側配故之導通。 、 藉此’形成自檢測側配線起依次經由接地對象物、接地 側配線而到達接地構件之串聯電路，藉由檢測機構對檢測 侧配線之導通進行檢測，從而能夠確實地檢測接地對象物 藉由接地側配線而接地。 又，於本發明之接地裝置中，較佳為上述安裝構件包 括第1通電構件，其係連接於上述接地側配線之一端 4 ’第2通f構件’其係以對於上述第丨通電構件隔著間隔 而對向配置之方式連接於上述檢測側配線之一端部，且於 上述安裝構件安裝於上述接地對象物時，與上述第丨通電 構件導通；及絕緣構件，其係使上述第丨通電構件與上述 第2通電構件之間通常為絕緣；且以於上述第i通電構件與 上述第2通电構件之間夾住上述接地對象物之方式安裝， 藉此相對於上述接地對象物進行位置固定。 . 於該接地裝置中，安裝構件藉由以於第1通電構件與第2 通電構件之間夾住接地對象物之方式安裝，而相對於接地 對象物進行位置固定。 因此，於將安裝構件安裝於接地對象物時，於接地對象 物之大致相同之部位之兩側，可將第1通電構件與第2通電 構件進行位置固定。 J5354l.doc 201233251 並且，第1通電構件與第2通電構件之間通常為藉由絕緣 構件而絕緣。 因此，於將安裝構件安裝於接地對象物時，經由接地對 象物而使第1通電構件與第2通電構件確實地導通。 其結果，能夠更確實地檢測接地對象物藉由接地側配線 而接地。 又，於本發明之接地裝置中，較佳為上述第丨通電構件 係將上述接地對象物自一側夾住之第丨夾持構件，上述第2 通電構件係將上述接地對象物自另一側夾住之第2夾持構 件’上述絕緣構件為將上述第1夾持構件及上述第2夾持構 件於同軸上旋轉自如地進行支持之支持構件。 於該接地裝置中，可藉由第i夾持構件自一側夾住接地 對象物’並藉由第2夾持構件自另一側夾住接地對象物。 因此’能夠確實地將接地對象物夾於第1夾持構件與第2 夾持構件之間》 又’於本發明之接地裝置中，較佳為上述檢測機構包括 於檢測到上述檢測侧配線之導通時點亮之顯示燈。 於該接地裝置中’能夠藉由顯示燈之點亮來確認檢測機 構檢測到檢測側配線之導通。 又’於本發明之接地裝置中，較佳為上述檢測機構包括 於檢測到上述檢測侧配線之導通時發出檢測音之檢測音發 生裝置。 於該接地裝置中’能夠藉由來自檢測音發生裝置之檢測 音而確認檢測機構檢測到檢測側配線之導通。 153541.doc β 201233251 發明之效果 根據本發明之接地裝置，能夠確實地檢測接地對象物藉 由接地側配線而接地。 【實施方式】 圖1係表示作為本發明之接地裝置之一例之接地線之概 略構成圖。圖2係圖1所示之接地線之安裝側夾具之放大 圖。圖3係圖1所示之接地線之接地側夾具之放大圖。 如圖1所示，接地線丨為用以將用以收容揮發性之有機溶 劑等之金屬製的容器C等接地之電纜，一側端部（一端部， 以下相同）連接於作為接地對象物之一例之容器c，另一側 端部（另一端部，以下相同）連接於鐵柱等接地電位構件 接地線1包括作為安裝構件之一例之安裝側夾具2、作為 接地構件之-例之接地側<具3、接地側配線4、及檢測側 配線5。 安裝側夾具2設置於接地線1之一端部。 如圖2所示，安裝側夹具2包括： 夾持構件11，斟於笙,+ u 再1千之第1 作為第2'㈣ 件11隔開間隔而對向配置之 例之支持第2夾持構件12,及料絕緣構件之一 向(:-丈ΓΓ::1方由金屬等導電性材料而形成為在長度方 (剖面大致u字形狀）㈣m相同）上延伸之桿狀 端部，在對向方向(第iV於第〗夾持構件u之長度方向- 夹持構件11與第2夹持構件12之對 I5354J.doc 201233251 向方向，以下相同）内表面形成有鋸齒狀之防滑部“。 第2爽持構件12由金屬等導電性材料而形成為在長度方 向上延伸且比第1夹持構件丨丨短之桿狀（剖面大致^字形 狀）。又，於第2夾持構件12之長度方向一端部在對向方 向内表面形成有鑛齒狀之防滑部丨8。 支持構件13包括第1支持構件14及第2支持構件^。 第1支持構件14包含絕緣性之樹脂，且一體地包括第1被 覆部16及第1連結部17。 第1被覆部16形成為沿長度方向延伸之大致筒形狀内 部插通有第1夾持構件11之長度方向另一端部。藉此第丄 夾持構件11之長度方向另一端部藉由第丨被覆部i6所被 覆。 第1連結部17形成為頂部彎曲之大致三角形之平板形 狀，自第1被覆部16之對向方向内表面朝對向方向内側突 出。又，於第1連結部17 ,沿寬度方向（與長度方向及對向 方向之兩方向正交之方向，以下相同）而貫通形成有貫通 孔19。 第2支持構件1 5與第1支持構件14同樣地，包含絕緣性之 樹脂，且一體地包括第2被覆部20與第2連結部21。 第2被覆部20形成為沿長度方向延伸之大致筒形狀。 又’於第2被覆部20之長度方向一端部，插入有第2炎持構 件12之長度方向另一端部。藉此’第2夾持構件丨丨之長度 方向另一端部藉由第2被覆部20所被覆。 第2連結部21係與第1連結部17同樣地，形成為頂部彎曲 153541.doc -8-201233251 VI. Description of the Invention: [Technical Field] The present invention relates to a grounding device for grounding a grounded object. [Prior Art] In a container for storing a volatile organic solvent or a device to which a high voltage is applied, a grounding device for preventing electrification and removing electricity may be connected. By grounding, for example, when the organic solvent is treated, it is possible to prevent the static electricity from being generated by charging the container to cause the organic solvent to ignite, or for example, to remove the device to which the high voltage is applied, thereby preventing electric shock. As such a grounding device, there is proposed a grounding device including, for example, a grounding rod that is grounded via a grounding wire, an auxiliary electrode that is connected to a grounding rod via an insulator and grounded via a wire, and is disposed in the middle of the wire. The display lamp is connected to the high voltage box together with the grounding rod, and is formed by the display lamp, the wire, the auxiliary electrode, the high voltage phase, the grounding bar, the grounding wire, and the ground potential portion from the power source to return to the power supply. The circuit thereby illuminates the indicator lamp (for example, refer to the following patent document). According to the grounding device, if the high voltage box is not grounded by the grounding rod, the indicator lamp is turned off. Therefore, it is easy to confirm that the high voltage box is grounded by the grounding rod. [Problems to be Solved by the Invention] In the grounding device of the above-mentioned patent document, in order to confirm the high voltage box, by the method of the present invention, the patent document is disclosed in Japanese Laid-Open Patent Publication No. Hei 9-219226. The grounding rod and the grounding 'must make the ground rod and the auxiliary electrode abut against the high voltage box, so that the ground rod and the auxiliary electrode are spaced apart and arranged in parallel. Therefore, due to disturbance of an obstacle or the like, there is a case where only one of the ground rod and the auxiliary electrode abuts against the high voltage box and the other does not abut the high dust box. Thus, for example, when the ground rod abuts against the high voltage box and the auxiliary electrode does not abut the high voltage box, the display light is turned off regardless of whether the high voltage box is grounded by the ground rod, and thus the Confirm that the high voltage box is grounded by the grounding rod. The object of the present invention is to provide a grounding device capable of reliably detecting the grounding of a grounded object. Means for Solving the Problems The grounding device of the present invention is characterized in that it is used to ground a grounded object, and includes: a ground-side wiring; a detecting-side wiring which is generally non-conductive to the above-mentioned wiring; the mounting member The ground-side wiring and the detection-side wiring are connected to the grounding object to electrically connect the ground-side wiring and the detection-side wiring, and the grounding member is provided on the ground-side wiring. And the other end of the detection side wiring is used for grounding; and the detecting means is connected to the detection side wiring, and detects conduction of the detection side wiring. «•Hai grounding device includes the ground side wiring and the detection side wiring of the L 3 detecting mechanism in a normally non-conducting state, and the ground side wiring and the detecting side wiring 153541.doc 201233251 are provided on the ground side wiring and detection. The mounting member at one end of the side wiring is attached to the grounding object and is electrically connected. Further, a grounding member is provided at the other end portion of the ground side wiring and the detecting side wiring. Therefore, by attaching the mounting member to the grounded object, it is ensured that the grounded object is electrically connected to the ground side wiring and the detecting side. In this way, by forming a series circuit that reaches the grounding member via the grounding object and the grounding side wiring in order from the detecting side wiring, the detecting means detects the conduction of the detecting side wiring, thereby reliably detecting the grounded object. Ground the ground side wiring. Further, in the grounding device of the present invention, preferably, the mounting member includes a first conducting member connected to one end of the ground-side wiring 4', and a second through-f member 'separating the second energizing member One end of the detection side wiring is connected to the end portion of the detection side wiring, and is electrically connected to the second power supply member when the mounting member is attached to the grounding object; and the insulating member is configured to energize the third power supply The member is normally insulated from the second current-carrying member, and is attached to the grounding object between the i-th conductive member and the second conductive member, thereby fixing the ground target . In the grounding device, the mounting member is attached so as to sandwich the grounding object between the first conducting member and the second conducting member, and is fixed in position with respect to the grounded object. Therefore, when the mounting member is attached to the grounding object, the first conducting member and the second energizing member can be fixed in position on both sides of substantially the same portion of the grounding object. J5354l.doc 201233251 Further, the first conducting member and the second conducting member are usually insulated by an insulating member. Therefore, when the mounting member is attached to the grounding object, the first conducting member and the second conducting member are surely electrically connected via the grounded object. As a result, it is possible to more reliably detect that the grounded object is grounded by the ground side wiring. Further, in the grounding device of the present invention, preferably, the second energizing member is a second clamping member that sandwiches the grounding object from one side, and the second energizing member is configured to ground the object from another The second holding member of the side sandwiching member is a supporting member that rotatably supports the first holding member and the second holding member coaxially. In the grounding device, the grounding object can be sandwiched from one side by the i-th holding member, and the grounding object can be sandwiched by the second holding member from the other side. Therefore, it is possible to positively sandwich the grounding object between the first holding member and the second holding member. In the grounding device of the present invention, preferably, the detecting means is included in the detection of the detecting side wiring. A light that illuminates when turned on. In the grounding device, it can be confirmed by the illumination of the indicator lamp that the detection mechanism detects the conduction of the detection side wiring. Further, in the grounding device of the present invention, preferably, the detecting means includes a detecting sound generating means for emitting a detecting sound when the detecting side wiring is turned on. In the grounding device, it is possible to confirm that the detecting means detects the conduction of the detecting side wiring by the detecting sound from the detecting sound generating means. According to the grounding device of the present invention, it is possible to reliably detect that the grounded object is grounded by the ground side wiring. [Embodiment] FIG. 1 is a schematic configuration diagram showing a grounding wire as an example of a grounding device of the present invention. Fig. 2 is an enlarged view of the mounting side jig of the grounding wire shown in Fig. 1. Fig. 3 is an enlarged view of the ground side clamp of the grounding wire shown in Fig. 1. As shown in Fig. 1, the grounding wire 丨 is a cable for grounding a container C such as a metal for accommodating a volatile organic solvent, and the one end portion (one end portion, the same below) is connected to the grounding object. In the container c of one example, the other end portion (the other end portion, the same applies hereinafter) is connected to the ground potential member such as the iron post. The grounding wire 1 includes the mounting side jig 2 as an example of the mounting member, and the grounding member as an example of the grounding member. The side <3, the ground side wiring 4, and the detection side wiring 5. The mounting side jig 2 is provided at one end of the grounding wire 1. As shown in Fig. 2, the mounting side jig 2 includes: a holding member 11, which is 笙, + u, and a thousandth of the first, and the second 'fourth piece 11 is spaced apart from each other to support the second example. One of the holding member 12 and one of the material insulating members is formed of a conductive material such as a metal to form a rod-shaped end portion extending in the longitudinal direction (the cross-sectional substantially u-shaped) (four) m is the same. In the opposite direction (the iV is in the longitudinal direction of the first holding member u - the pair of the holding member 11 and the second holding member 12 is in the direction of I5354J.doc 201233251, the same applies hereinafter), the inner surface is formed with a serrated anti-slip portion" The second holding member 12 is formed of a conductive material such as metal to form a rod shape (a substantially cross-sectional shape) that extends in the longitudinal direction and is shorter than the first holding member. Further, the second holding member is formed in the second holding member. A non-slip portion 8 having a mineral tooth shape is formed on the inner surface in the opposite direction at one end portion in the longitudinal direction of the support member 13. The support member 13 includes the first support member 14 and the second support member 2. The first support member 14 includes an insulating resin. The first covering portion 16 and the first connecting portion 17 are integrally included. The first covering portion 16 is formed along the length direction The other end portion of the first holding member 11 in the longitudinal direction is inserted into the substantially cylindrical shape, and the other end portion of the second holding member 11 in the longitudinal direction is covered by the second covering portion i6. The first connecting portion 17 The flat plate shape of the substantially triangular shape which is curved at the top is protruded inward in the opposing direction from the inner surface of the first covering portion 16 in the opposing direction. Further, in the width direction (the length direction and the opposite direction) in the first connecting portion 17 The through hole 19 is formed through the through hole 19 in the direction in which the two directions are orthogonal to each other. The second support member 15 includes an insulating resin in the same manner as the first support member 14 and integrally includes the second covering portion 20 and The second connecting portion 21 is formed in a substantially cylindrical shape extending in the longitudinal direction. Further, the other end portion of the second inflaming member 12 in the longitudinal direction is inserted into one end portion of the second covering portion 20 in the longitudinal direction. The other end portion of the second holding member 长度 in the longitudinal direction is covered by the second covering portion 20. The second connecting portion 21 is formed as a top curved portion 153541.doc - similarly to the first connecting portion 17 - 8-
201233251 之大致一角形之平板形狀，自第2被覆部2〇之對向方向内 表面朝對向方向内側突出。又，於第2連結部21，沿寬度 方向而貫通形成有貫通孔19。 又，於第2被覆部20内，設置有開關電極22、開關24、 及作為顯示燈之一例之LED25。 開關電極22由與第2夾持構件12相同之材料而形成為比 第2夾持構件12短之桿狀。X，開關電極係以其長度方 向端°卩由第2被覆部20之長度方向另一端部所被覆、並 ^其長度方向另一端部自第2被覆部2〇之長度方向另一端 P露出之方式’於長度方向上與第2夹持構件12隔開間隔 而插入至第2被覆部20之長度方向另一端部。 ，開關24為包含金屬等導電性構件、且在對向方向上可進 退之大致圓筒形狀之按鈕開關，冑由未圖示之彈簧等施壓 構件等施壓’以通常為朝第2連結部21之相反側而自第2被 覆部2〇突出(伸出)之方式設置。又，開關24以於對向方向 上，與第2夾持構件12之長度方向另一端部、及開關電極 2 2之長度方向一端部相科a + j 丨相對向之方式’配置於第2被覆部2〇 之長度方向另一端部。 開關24抵抗未圖示之施壓構件之施壓力而被朝向第2被 覆部2〇按壓，藉此退避至第2被覆部20内(⑽狀態）。由 此，開關24與第2夾持構件12 千12之長度方向另一端部、及開 關電極22之長度方向—端邻 而P接觸，從而第2夾持構件12及 開關電極2 2經由開關2 4而相互電性連接。 又’對於開關24而言，芒缸队A 1 右解除朝向第2被覆部20之按 153541.doc 201233251 壓’則藉由未圖示之施壓構件之施壓力而自第2被覆部2〇 内伸出（OFF狀態）》由此，開關24自第2夾持構件12之長户 方向另一端部、及開關電極22之長度方向一端部離開，從 而第2夾持構件1 2及開關電極22之電性連接被解除。 LED25以於對向方向上與第2夾持構件12之長度方向另 一端部對向之方式配置，且與第2夾持構件12之長度方向 另一端部電性連接。LED25連同開關24 —併構成檢測機 構。 而且’第1被覆部16與第2被覆部20以於寬度方向上投影 時第1連結部17及第2連結部21之各貫通孔19重合之方式， 將兩第1連結部1 7及兩第2連結部2 1重疊並組合。 而且’轉動軸23沿寬度方向相對旋轉自如地插通於各貫 通孔19中。藉此，第1夾持構件11及第2夾持構件12均以轉 動軸2 3為支點而旋轉自如地受到支持。又，第1被覆部叉6 及第2被覆部20藉由未圖示之彈簧等施壓構件而施壓，以 使第1夾持構件11及第2夾持構件12之一端部相互接近。 再者，第1夾持構件11及第2夾持構件12藉由未圖示之止 動件’以s亥專之一端部彼此隔開微小間隔而對向之方式受 到規制。藉此’第1夾持構件11之一端部與第2夾持構件12 之一端部之間通常為絕緣。 又’第1夾持構件11之另一端部與第2夾持構件12之另一 端部之間藉由支持構件13而絕緣。 即’第1炎持構件11與第2夾持構件12之間通常為藉由支 持構件13而絕緣。而且，當於第1夹持構件丨！之一端部與 -10- i5354I.doc 201233251 第2夾持構件12之一端部之間，夾住比上述微小間隔厚之 導體時’第1夾持構件11與第2夾持構件12導通。 於安裝側夾具2，若將第1夹持構件11及第2夾持構件π 之另一端部抵抗未圖示之施壓構件之施壓力而朝對向方向 内側按壓’則第1夾持構件11及第2夾持構件12以轉動軸23 為支點進行轉動’從而第丨夾持構件丨丨及第2夾持構件12之 一端部相互離開。 又’若解除朝向第1夾持構件11及第2夾持構件12之另一 i^部之按壓’則藉由未圖示之施麼構件之施壓力，第1夹 持構件11及第2夾持構件12以轉動軸23為支點進行轉動， 從而第1夾持構件11及第2夾持構件12之一端部相互接近。 接地側夾具3設置於接地線1之另一端部（參照圖丨）。 如圖3所示，接地側夾具3包括：第1夾持構件3丨，對於 第1夾持構件3 1隔開間隔而對向配置之第2夾持構件32，及 支持構件33。 第1夾持構件31及第2夾持構件32係與第丨夾持構件丨丨同 樣地，由金屬等導電性材料而形成為在長度方向上延伸之 桿狀（剖面視大致u字形狀卜又，於第i夾持構件31及第2 夹持構件32之長度方向另一端部，在該等之對向方向内表 面形成有鋸齒狀之防滑部3 8。 支持構件33包括第〗支持構件34及第2支持構件35。 第1支持構件34及第2支持構件35分別包含絕緣性之樹 脂，且一體地包括被覆部36與連結部37。 被覆部36形成為沿長度方向延伸之大致筒形狀.，内部插 153541.doc -II - 201233251 通有第1夾持構件31或第2夾持構件32之一端部。藉此，第 1夾持構件31或第2夾持構件32之一端部藉由被覆部％所被 覆。 連結部37形成為頂部彎曲之大致三角形之平板形狀，自 被覆部36之對向方向内表面朝對向方向内側突出。又於 連結部3 7沿寬度方向而貫通形成有貫通孔3 9。 而且，第1支持構件34及第2支持構件35以於寬度方向上 投影時各貫通孔39重合之方式，將各連結部”重疊並組 合。 而且，轉動軸40沿寬度方向相對旋轉自如地插通於各貫 通孔39中。藉此，第}夾持構件31及第2夾持構件32均以轉 動軸40為支點而旋轉自如地受到支持。又，兩被覆部刊藉 由未圖示之彈簧等施壓構件而施壓，以使第丨夾持構件31 及第2夹持構件32之另一端部相互接近。 再者，第1夾持構件31及第2夾持構件32藉由未圖示之止 動件，以該等之另一端部彼此隔開微小間隔而對向之方式 又到規制。藉此，第1夾持構件3丨之另一端部與第2失持構 件32之另一端部之間絕緣。 又，第1夾持構件31之一端部與第2夹持構件32之一端部 之間藉由支持構件33而絕緣。 即’第1夾持構件3 1與第2夾持構件32之間通常為藉由支 持構件33而絕緣。而且，當於第！夾持構件3 !之另—端部 與第2夾持構件32之另一端部之間夾住比上述微小間隔厚 之導體時，第1夾持構件31與第2夾持構件32導通。 153541.docThe substantially flat plate shape of 201233251 protrudes inward in the opposing direction from the inner surface of the second covering portion 2's opposing direction. Further, in the second connecting portion 21, a through hole 19 is formed to penetrate in the width direction. Further, in the second covering portion 20, a switch electrode 22, a switch 24, and an LED 25 as an example of a display lamp are provided. The switch electrode 22 is formed in a rod shape shorter than the second holding member 12 by the same material as that of the second holding member 12. X, the switch electrode is covered by the other end portion in the longitudinal direction of the second covering portion 20 at the longitudinal end thereof, and the other end portion in the longitudinal direction is exposed from the other end P of the second covering portion 2A in the longitudinal direction. The method is inserted into the other end portion of the second covering portion 20 in the longitudinal direction at a distance from the second holding member 12 in the longitudinal direction. The switch 24 is a substantially cylindrical push button switch that includes a conductive member such as a metal and that can advance and retreat in the opposing direction, and is pressed by a pressing member such as a spring (not shown) to be normally connected to the second link. The opposite side of the portion 21 is provided so as to protrude (extend) from the second covering portion 2〇. Further, the switch 24 is disposed in the opposite direction to the other end portion of the second holding member 12 in the longitudinal direction and the one end portion of the switch electrode 22 in the longitudinal direction. The other end portion of the covering portion 2 is in the longitudinal direction. The switch 24 is pressed against the second covering portion 2〇 against the pressing force of the pressing member (not shown), thereby being retracted into the second covering portion 20 (the state of (10)). Thereby, the switch 24 is in contact with the other end portion of the second holding member 12 in the longitudinal direction and the longitudinal direction end of the switch electrode 22, and the second holding member 12 and the switching electrode 2 2 are connected via the switch 2 4 and electrically connected to each other. Further, in the case of the switch 24, the right side of the armor cylinder A 1 is released toward the second covering portion 20 by 153541.doc 201233251, and the pressure is applied from the second covering portion 2 by the pressing force of the pressing member (not shown). Inwardly extending (OFF state), the switch 24 is separated from the other end portion of the second holding member 12 in the longitudinal direction and the one end portion of the switch electrode 22 in the longitudinal direction, so that the second holding member 12 and the switching electrode The electrical connection of 22 is released. The LED 25 is disposed to face the other end portion of the second holding member 12 in the longitudinal direction in the opposing direction, and is electrically connected to the other end portion of the second holding member 12 in the longitudinal direction. The LED 25 together with the switch 24 constitutes a detection mechanism. When the first covering portion 16 and the second covering portion 20 are projected in the width direction, the first connecting portion 17 and the through holes 19 of the second connecting portion 21 overlap each other, and the two first connecting portions 17 and 2 are The second joint portions 2 1 are overlapped and combined. Further, the 'rotation shaft 23' is rotatably inserted into each of the through holes 19 in the width direction. Thereby, both the first holding member 11 and the second holding member 12 are rotatably supported by the rotation shaft 2 3 as a fulcrum. Further, the first covering portion fork 6 and the second covering portion 20 are pressed by a pressing member such as a spring (not shown) so that one end portions of the first holding member 11 and the second holding member 12 are close to each other. Further, the first holding member 11 and the second holding member 12 are regulated by a stopper (not shown) so that one end portion of the first holding member is opposed to each other with a slight gap therebetween. Thereby, the one end portion of the first holding member 11 and one end portion of the second holding member 12 are normally insulated from each other. Further, the other end portion of the first holding member 11 and the other end portion of the second holding member 12 are insulated by the support member 13. That is, the first illuminating member 11 and the second holding member 12 are usually insulated by the supporting member 13. Moreover, it is the first holding member 丨! When the one end portion and the one end portion of the second holding member 12 are sandwiched between the ends of the second holding member 12, the first holding member 11 and the second holding member 12 are electrically connected. When the other end portions of the first holding member 11 and the second holding member π are pressed against the pressing force of a pressing member (not shown) in the mounting side jig 2, the first holding member is pressed in the opposite direction. 11 and the second holding member 12 are rotated by the rotation shaft 23 as a fulcrum, so that one end of the second clamping member 丨丨 and the second holding member 12 are separated from each other. Further, when the pressing of the other of the first holding member 11 and the second holding member 12 is released, the first holding member 11 and the second member are pressed by the pressing member (not shown). The holding member 12 rotates with the rotation shaft 23 as a fulcrum, and one end portions of the first holding member 11 and the second holding member 12 are close to each other. The ground side jig 3 is provided at the other end of the ground line 1 (see FIG. As shown in Fig. 3, the ground-side jig 3 includes a first holding member 3A, a second holding member 32 disposed to face the first holding member 31 with a space therebetween, and a support member 33. Similarly to the second clamping member 丨丨, the first holding member 31 and the second holding member 32 are formed of a conductive material such as metal to form a rod shape extending in the longitudinal direction (a cross-sectional view of a substantially U shape) Further, at the other end portion of the i-th clamping member 31 and the second holding member 32 in the longitudinal direction, a serrated anti-slip portion 38 is formed on the inner surface in the opposite direction. The supporting member 33 includes the first supporting member. 34 and the second support member 35. Each of the first support member 34 and the second support member 35 includes an insulating resin, and integrally includes a covering portion 36 and a connecting portion 37. The covering portion 36 is formed as a substantially continuous tube extending in the longitudinal direction. Shape, internal insertion 153541.doc -II - 201233251 One end of the first holding member 31 or the second holding member 32 is provided. Thereby, one end of the first holding member 31 or the second holding member 32 The connecting portion 37 is formed in a substantially triangular flat plate shape in which the top portion is curved, and protrudes inward in the opposing direction from the inner surface of the covering portion 36 in the opposing direction, and penetrates the connecting portion 37 in the width direction. A through hole 3 9 is formed. Moreover, the first support In the member 34 and the second support member 35, the respective connecting portions are superimposed and combined so that the through holes 39 are overlapped when projected in the width direction. Further, the rotating shaft 40 is rotatably inserted into each of the through holes in the width direction. In the meantime, the second holding member 31 and the second holding member 32 are rotatably supported by the rotating shaft 40 as a fulcrum. Further, the two covering portions are pressed by a spring or the like (not shown). The pressure is applied so that the other end portions of the second clamping member 31 and the second holding member 32 are close to each other. Further, the first holding member 31 and the second holding member 32 are stopped by a not shown. The other end portions of the first holding member 3 are opposite to each other at the other end portion of the second holding member 32. Further, one end portion of the first holding member 31 and one end portion of the second holding member 32 are insulated by the support member 33. That is, the first holding member 31 and the second holding member 32 are insulated. The space is usually insulated by the support member 33. Moreover, when the other end portion of the second clamping member 3! When the conductor having a thickness smaller than the above-described minute interval is sandwiched between the other end portions of the member 32, the first holding member 31 and the second holding member 32 are electrically connected. 153541.doc
201233251 於接地側夾具3，若將第1夾持構件3 1及第2夾持構件32 之一端部抵抗未圖示之施壓構件之施壓力而朝對向方向内 側按壓’則第1夾持構件31及第2失持構件32以轉動軸4〇為 支點進行轉動，從而第i夾持構件3丨及第2夹持構件32之另 一端部相互離開。 又’若解除朝向第1夾持構件3 1及第2夾持構件32之一端 部之按壓’則藉由未圖示之施壓構件之施壓力，使第1夾 持構件3 1及第2夾持構件3 2以轉動軸4 0為支點進行轉動， 從而第1夹持構件31及第2夾持構件32之另一端部相互接 近0 接地側配線4為長導線，藉由將包含銅等金屬之線由樹 脂等絕緣體被覆而形成。 接地側配線4係一端部連接於安裝側夾具2之第1夾持構 件11之長度方向另一端部，另一端部連接於接地側夹具3 之第1夾持構件31之長度方向一端部。 檢測側配線5為與接地側配線4相同之長導線，藉由將包 含銅等金屬之線由樹脂等絕緣體被覆而形成。 檢測側配線5係一端部連接於安裝側夾具2之第2夾持構 件12之長度方向另一端部，另一端部連接於接地側夾具3 之第2夾持構件32之長度方向-端部。又，於檢測側配線5 之中途，設置有作為LED25之電源之電池4】。 而且，於接地線！之使用狀態下，以於第丨夾持構件^與 第2夾持構件12之間夾住容器c之一部分之方式，將安裝側 夾具2安裝於容器C。即，第u持構件！】自對向方向一側 153541.doc -13- 201233251 夹住容器C，第2夾持構件12自斟 丹丨丁以目對向方向另一侧夾住容器 C。 ° 又’以於第1炎持構件31與第2夾持構件32之間夹住接地 電位構件Ε之一部分之方式，將接地側夾具3安裝於接地電 位構件Ε。 藉此，安裝側夾具2被位置固定於容器c，接地側夾具3 被位置固定於接地電位構件Ε。 其次’參照圖4對接地線1之作用進行說明。 圖4係用以說明圖1所示之接地線之接地之電路圖。 接地線1係於使用狀態下’如圖4所示，於容器c與接地 電位構件Ε之間，形成有：自安裝側夾具2之第丨夾持構件 11起經由接地側配線4而到達接地侧失具3之第丨夾持構件 3 1之接地側線，及自接地側夾具3之第2夾持構件3 2起經由 檢測側配線5而到達安裝側夾具2之第2夾持構件1 2之檢測 側線。 而且，第1夾持構件11與第2夾持構件12經由容器C而導 通’並且第1夾持構件3 1與第2夾持構件32經由接地電位構 件E而導通。 藉此，於容器C與接地電位構件E之間，形成有包含安 裝側夾具2、接地側配線4、接地側夾具3、及檢測側配線5 之串聯電路。 再者，檢測側線因開關24通常為為OFF狀態，故而不導 通。因此，LED25滅燈。 而且’為了確認接地側線之導通，將開關24設為ON。 153541.doc 6 201233251 由此，確保檢測側線之導通。從而，來自電池41之電流流 經串聯電路，LED25點亮。 如此，藉由LED25之點亮能夠確認接地側線之導通。 根據此種接地線1 ’於通常為不導通之狀態下包括接地 側配線4 '及連接有開關24及LED25之檢測側配線5，接地 側配線4與檢測侧配線5係將安裝侧夾具2安裝於容器c後， 藉由開關24之ON而導通。 因此’將安裝側夾具2安裝於容器c後，藉由開關24之 ON，而能夠確保容器c與接地側配線4及檢測側配線5之導 通。 藉此’形成有自檢測側配線5起經由容器c、接地側配線 4而到達接地側夾具3之串聯電路。 其結果為，能夠藉由基於開關242〇N2LED252點亮來 對檢測側配線5之導通進行檢測，從而能夠確實地檢測容 器C藉由接地側配線4而接地。 又，根據此種接地線1，安裝側夾具2以於第丨夾持構件 11與第2夾持構件12之間夾住容器c之方式安裝，藉此相對 於容器C進行位置固定。 因此，於將安裝側夾具2安裝於容器C時，於容器c之大 致相同部位之兩側’可將第i失持構件"與第2夾持構㈣ 進行位置固定。 由 並且，第1夾持構件Π與第2夾持構件12之間通常為藉 支持構件13而絕緣。 9 因此，於將安裝側夾具2安裝於容器€時，經由容器匸而 15354I.doc 201233251 使第1夾持構件11與第2夾持構件12確實地導通。 其結果為，能夠更確實地檢測容器C藉由接地側配線4而 接地。 又’根據此種接地線1 ’能夠藉由第1夾持構件1 1自對向 方向一側夾住容器C，藉由第2夾持構件12自對向方向另一 側夾住容器C。 因此’能夠確實地將容器C夾持於第1夾持構件丨丨與第2 夾持構件12之間。 又，根據此種接地線1，能夠容易地藉由LED25之點亮 來確認檢測側配線5之導通。 進而，根據此種接地線1，因開關24及1£1)25與裝置側 夾具2—體地設置’故而可提高操作性。 再者，於上述實施形態中，於安裝側夾具2之第2支持構 件15内設置有開關24&LED25，但亦可將開關24及1丑叱5 設置於檢測側配線5。 包括接地側夾具3，但亦可不 於上迷赏施形態中 包括接地側夾具3 ’而直接將接地側配線4及檢測側配線$ 之另一端部電性連接於接地電位構件£ ^ 又，於上述實施形態中，包括LED25，但亦可代替 LED25 ’或者-併包括咖25及作為檢測音發生裝置之— 例之5己憶有檢測音之揚聲器。 關於檢測音，例如列舉㈣音等警告 導通之聲音錄音等。 根據此種接地線〗，能奶益 此夠藉由來自揚聲器之檢測音而確 15354i.doc 201233251 ⑽檢測機構已檢測到檢測側配線5之導通。 再者，上述發明係4乍為本發明之例示之實施形態而提 供，其僅為例示，並非係限定性解釋者。本技術領域之業 者月白之本發明之變形例包含於後述專利請求範圍中。 產業上之可利用性 本發明之接地裝置於用以貯藏揮發性之有機溶劑之容 器、或被施加高電壓之裝置等之各種產業領域中，能夠廣 泛應用於用來防止帶電、進行除電之用途中。 【圖式簡單說明】 圖1係表示作為本發明之接地裝置之一例之接地線之概 略構成圖。 圖2係表示圖1所示之接地線之安裝側夾具之放大圖。 圖3係圖1所示之接地線之接地側夾具之放大圖。 圖4係用以說明圖1所示之接地線之接地之電路圖。 【主要元件符號說明】 1 接地線 2 安裝側夾具 3 接地側夾具 4 接地側配線 5 檢測側配線 11、31 第1夾持構件 12 ' 32 第2夾持構件 13、33 支持構件 14、34 第1支持構件 153541.doc •17- 201233251 15 ' 35 第2支持構件 16 第1被覆部 17 第1連結部 18、 38 防滑部 19、 39 貫通孔 20 第2被覆部 21 第2連結部 22 開關電極 23 ' 40 轉動軸 24 開關 25 LED 36 被覆部 37 連結部 41 電池 C 容器 Ε 接地電位構件 153541.doc -18- β201233251 When the one end portion of the first holding member 31 and the second holding member 32 is pressed against the pressing force of a pressing member (not shown) in the grounding side jig 3, the first clamping is performed in the opposite direction. The member 31 and the second lost member 32 are rotated about the rotation axis 4〇, and the other ends of the i-th clamping member 3丨 and the second holding member 32 are separated from each other. Further, when the pressing of the one end portion of the first holding member 31 and the second holding member 32 is released, the first holding member 3 1 and the second member are pressed by the pressing force of a pressing member (not shown). The holding member 32 rotates with the rotation shaft 40 as a fulcrum, and the other end portions of the first holding member 31 and the second holding member 32 are close to each other. The ground-side wiring 4 is a long wire, and copper is included. The metal wire is formed by coating an insulator such as a resin. One end of the ground-side wiring 4 is connected to the other end portion of the first clamp member 11 in the longitudinal direction of the mounting-side jig 2, and the other end is connected to one end portion of the first clamp member 31 of the ground-side clamp 3 in the longitudinal direction. The detecting side wiring 5 is a long electric wire which is the same as the ground side wiring 4, and is formed by coating a metal wire such as copper with an insulator such as a resin. One end of the detecting side wiring 5 is connected to the other end portion of the second holding member 12 of the mounting side jig 2 in the longitudinal direction, and the other end portion is connected to the longitudinal direction end portion of the second holding member 32 of the ground side jig 3. Further, a battery 4 as a power source of the LED 25 is provided in the middle of the detection side wiring 5. And, on the ground wire! In the use state, the mounting side jig 2 is attached to the container C so that one of the containers c is sandwiched between the second clamping member 2 and the second holding member 12. That is, the u holding member! 】 Self-opposing direction side 153541.doc -13- 201233251 The container C is clamped, and the second holding member 12 is clamped to the container C from the other side in the opposite direction. ° The ground side clamp 3 is attached to the ground potential member 方式 so that one of the ground potential members 夹 is sandwiched between the first absorbing member 31 and the second holding member 32. Thereby, the mounting side jig 2 is fixed to the container c, and the ground side jig 3 is fixed to the ground potential member Ε. Next, the action of the grounding wire 1 will be described with reference to Fig. 4 . 4 is a circuit diagram for explaining the grounding of the ground line shown in FIG. 1. When the grounding wire 1 is in use, as shown in FIG. 4, between the container c and the ground potential member ,, the second clamping member 11 of the mounting side jig 2 is grounded via the grounding side wiring 4 to reach the ground. The grounding side line of the second clamping member 31 of the side loss 3 and the second holding member 2 from the second clamping member 32 of the grounding side clamp 3 reach the mounting side clamp 2 via the detection side wiring 5 The detection side line. Further, the first sandwiching member 11 and the second sandwiching member 12 are electrically connected via the container C, and the first sandwiching member 31 and the second sandwiching member 32 are electrically connected via the ground potential member E. Thereby, a series circuit including the mounting side jig 2, the ground side wiring 4, the ground side jig 3, and the detecting side wiring 5 is formed between the container C and the ground potential member E. Further, since the detection side line is normally in the OFF state due to the switch 24, it is not turned on. Therefore, the LED 25 is turned off. Further, in order to confirm the conduction of the ground side line, the switch 24 is turned ON. 153541.doc 6 201233251 Thereby, it is ensured that the detection of the side line is turned on. Thereby, the current from the battery 41 flows through the series circuit, and the LED 25 lights up. In this way, the conduction of the ground side line can be confirmed by the lighting of the LED 25. According to the grounding wire 1', the grounding side wiring 4' and the detecting side wiring 5 to which the switch 24 and the LED 25 are connected are normally provided in a non-conducting state, and the grounding side wiring 4 and the detecting side wiring 5 are mounted on the mounting side jig 2 After the container c, it is turned on by the ON of the switch 24. Therefore, when the mounting side jig 2 is attached to the container c, the ON of the switch 24 can ensure the conduction between the container c and the ground side wiring 4 and the detecting side wiring 5. In this way, a series circuit that reaches the ground side jig 3 via the container c and the ground side wiring 4 from the detection side wiring 5 is formed. As a result, it is possible to detect the conduction of the detection side wiring 5 by the lighting of the switch 242 〇 N2 LED 252, and it is possible to reliably detect that the container C is grounded by the ground side wiring 4 . Further, according to the grounding wire 1, the attachment-side jig 2 is attached so that the container c is sandwiched between the second clamp member 11 and the second clamp member 12, whereby the position is fixed with respect to the container C. Therefore, when the mounting side jig 2 is attached to the container C, the i-th holding member " and the second holding structure (4) can be fixed in position on both sides of the same portion of the container c. Further, the first holding member Π and the second holding member 12 are normally insulated by the support member 13. Therefore, when the mounting side jig 2 is attached to the container, the first holding member 11 and the second holding member 12 are surely electrically connected via the container 15 15354I.doc 201233251. As a result, it is possible to more reliably detect that the container C is grounded by the ground-side wiring 4. Further, according to the grounding wire 1', the container C can be sandwiched by the first holding member 1 1 from the opposite direction, and the container C can be sandwiched by the second holding member 12 from the other side in the opposing direction. Therefore, the container C can be surely held between the first holding member 丨丨 and the second holding member 12. Further, according to such a ground line 1, the conduction of the detection side wiring 5 can be easily confirmed by the lighting of the LED 25. Further, according to such a grounding wire 1, since the switches 24 and 1£1) 25 are integrally provided with the apparatus side jig 2, the operability can be improved. Further, in the above embodiment, the switch 24 & LED 25 is provided in the second supporting member 15 of the mounting side jig 2, but the switches 24 and 1 may be provided on the detecting side wiring 5. Including the grounding side clamp 3, the grounding side wiring 4 and the other end of the detecting side wiring $ may be directly electrically connected to the grounding potential member without further including the grounding side clamp 3'. In the above embodiment, the LED 25 is included, but it is also possible to replace the LED 25' or - and include the coffee maker 25 and the sound-detecting device. For the detection sound, for example, a sound recording such as a (four) sound is given. According to this grounding wire, it is possible to confirm the detection of the detecting side wiring 5 by the detecting sound from the speaker. 15354i.doc 201233251 (10) The detecting mechanism has detected the conduction of the detecting side wiring 5. Furthermore, the invention is described by way of example only, and is not intended to be limiting. Modifications of the present invention by those skilled in the art are included in the scope of the patent claims described later. INDUSTRIAL APPLICABILITY The grounding device of the present invention can be widely applied to various applications such as a container for storing a volatile organic solvent or a device for applying a high voltage, etc., for the purpose of preventing charging and performing static elimination. in. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a configuration of a grounding wire as an example of a grounding device of the present invention. Fig. 2 is an enlarged view showing the mounting side jig of the grounding wire shown in Fig. 1. Fig. 3 is an enlarged view of the ground side clamp of the grounding wire shown in Fig. 1. 4 is a circuit diagram for explaining the grounding of the ground line shown in FIG. 1. [Description of main component symbols] 1 Grounding wire 2 Mounting side clamp 3 Grounding side clamp 4 Grounding side wiring 5 Detection side wirings 11, 31 First holding member 12' 32 Second holding members 13, 33 Supporting members 14, 34 1 support member 153541.doc • 17- 201233251 15 ' 35 second support member 16 first cover portion 17 first joint portion 18, 38 anti-slip portion 19, 39 through hole 20 second cover portion 21 second joint portion 22 switch electrode 23 ' 40 Rotary shaft 24 Switch 25 LED 36 Covered part 37 Connection part 41 Battery C Container 接地 Ground potential member 153541.doc -18- β