201218559 六、發明說明： 【發明所屬之技術領域】 本發明是㈣於—種將㉔(tmlley)絕緣㈣電力唆 電性連接的賴ϋ。 【先前技術】 重二在t如圖、^所不，為了通過集電裝置11向吊升起 2 Γ^Γ相移動設備6供_㈣架空絕緣線 導體的 護套（sh响部的槽内設有 =口；，在樹脂製的絕緣件上’導體從護 才丁號 疋將木空絕緣線電性連接到作為一次側的雷 f線3上的連接器，作為該連接器，ΐ二：: 1所示的結構。該連接3β 川寻⑴文獻 ¥ 1 11❹鑽削(drill)工具等切除 導二緣件而將導體剝出，將該剝出的 2用如子板和小螺场1S)“，從而將端子板固定到導 此外’在專利文獻2中，公開了不 將架空絕緣線連接到電力線上的技術。在= =第:架空絕緣線插入到供電端子的對置的‘ 抵;=;線:從護套部_導 9由擰到第二11部中的螺栓來推壓 覆套和將導體相對於第-?貞部而固定。 專利文獻1 :日本特開2001 — 334847號公報 專利文獻2 :曰本特開平8-175231號公報 4 201218559 的力二獻1中，需要進行架空絕緣線的端部 由該推壓， 顎部的摩擦力難以穩定’处 ^:此，導體與第一 子的接觸不良。結果，有可能發生導體與供電端 【發明内容】 接器本況而做出的，目的是提供-種連 按》。月匕刃即’將^空絕緣線的導體 量，並且能夠防止端子與導體的接觸不良 的勞動 能夠f器的特徵在於，在 絕緣線的護套部的槽開口 =二與從架空 推壓部件，將該接觸部從與上述導體‘ 接推壓。 训向導體侧直 此外，優選的是，具備抵接部，盥 上述綱件經由上述接觸部及導體推壓的== 接；以輯置部，與魏接部對置錢㈤^位的外面抵 在上述對置部上設有上述推壓部件。、·㈣為一體’ 此外，優選的是，在上述抵接部上 、 部側突出的前端尖銳的突起。.。上述護套 ，外’優相是，上述推壓部件由螺栓構成 被從兵上舰料相反—爾人獅 栓的頭部與對置部之間設有彈簧塾圈(職㈣。中在該螺 201218559201218559 VI. Description of the Invention: [Technical Field to Which the Invention Is Ascribed] The present invention is (iv) a type in which 24 (tmlley) insulation (four) electric power is electrically connected. [Prior Art] In the case of t, as shown in Fig. 2, in order to pass the current collecting device 11 to the hoisting mobile device 6 for _ (four) overhead insulated wire conductor sheath (sh in the groove of the ring portion) Having a = port; on the resin-made insulating member, the conductor is electrically connected to the connector of the lightning-proof wire as the primary side, as the connector, the second connector :: 1 shows the structure. The connection 3β Chuan Xun (1) literature ¥ 1 11 ❹ drilling (drill) tool, etc. cut off the two edge pieces to strip the conductor, the stripped 2 used as a daughter board and small stud 1S) ", thereby fixing the terminal block to the guide further" In Patent Document 2, a technique of not connecting the overhead insulated wire to the power line is disclosed. In the == the first: the overhead insulated wire is inserted into the opposite of the power supply terminal' ;;=; 线: The sheath is pushed from the sheath portion _ guide 9 by the bolt screwed into the second portion 11 and the conductor is fixed relative to the first ridge portion. Patent Document 1: Japanese Patent Laid-Open 2001- Patent Document 2, No. 334,847, JP-A-H08-175231, No. 8-175231, No. 8-175231 The pressing force is difficult to stabilize the friction of the crotch portion. Here, the contact between the conductor and the first sub-piece is poor. As a result, it may happen that the conductor and the power supply end are in the present state. Providing - kind of double-clicking. The moon blade is the amount of conductor that will be insulated and can prevent the contact between the terminal and the conductor. The feature of the device is that the slot opening in the sheath portion of the insulated wire = And the pressing member is pressed from the overhead member, and the contact portion is pressed from the conductor. The training guide body is straight, and preferably, the contact portion is provided, and the member is pressed by the contact portion and the conductor. == Connected; in the set-up part, the outer part of the opposite part of the Wei (the fifth) is placed on the opposite side of the opposite part, and the above-mentioned pressing part is provided. (4) as one. In addition, it is preferable that a sharp protrusion at the front end of the joint portion and the side portion. The above-mentioned sheath, the outer 'excellent phase is that the above-mentioned pressing member is composed of a bolt and is opposite to the head of the lion's bolt. There is a spring ring between the ministry (job (4). The middle in the snail 201218559
此外，優選的是，具備固定部件配置部 配置部配置有固定部件，該固定部件具 、疋部件 述對置部，在該固定部件配置部上設^面=述抵接部和上 長度方向外側並承接上述固定部件的承接'述5蒦套部的 此外，優選的是，具備多個上述固定^ P 定部件配置部，定部件配= 【發明的效果】 在本發明令，能夠節賓將架空絕緣線的導 ，的勞動量，並且能夠防止端子料:1出的加 【實施方式】 牧’不良。 基於附圖來說明本發明。另外，以 明的情況。此外，在以下的各結構的說明^圖?來說 進行說明’將架空絕緣線2的長度方 妾时的插人方向作為後側，將其相反 行說明，將架空絕緣線2的寬 :為别側來進 進行說明。 ）寬度方向作為左右方向（橫向） 連接接器1如圖2所示’將架空絕緣線2 逆賴由魏構成的電力線3上 圖15)進行供電的供電系統中使用在獅㈣6 (參照 ft善=15所不’架空絕緣線2通過集電裝置11來針由 =機構成的移動設備6進行供電。另外，；= 絕緣線2的供雷斜免 # 待木二 夠在自動倉座hi 定於吊升起重機，本發明能 動4或立體停車場等的其他適當的領域使用。 6 201218559 JO / 1 JjJlf 架空絕緣線2如圖12的上圖所示，具有將厚度方向作 為上下方向的多個帶㈣導體8和收存這些導體8的樹脂 製的絕緣件9。 在絕缘件9上，左右排列形成有多列（在圖示例中是 3列）向下方開口的大致“]，，$狀的護套部iQa〜i〇c， 各護套部10a〜l〇c遍及絕缘件9的長度方向而形成。 在形成於各護套部l〇a〜l〇c内的向下方開口的槽 内’導體8在將上面抵接在護套部咖〜他的底部37上 的狀態下遍及長度方向而設置著。各導體8在左右方向上 隔開-定的間隔而設置著’下面的寬度方向中央部成為從 護套部10a〜10c的槽開口 7露出的露出面。以下，將該露 出面記載成導體露出面12。 連接器1除了將条空絕緣線2電性連接到電力線3上 的功能以外，還具備保持架空絕緣線2的端部的功能，如 圖2所示，作為絕緣體使用。 連接器1具備主體14和安裝在主體14上的蓋18。如 圖10所示，在主體14上，按照對應的每個護套部1〇&〜 l〇c而設有固定部件15a〜15c’在各固定部件15a〜15c上 設有由螺栓構成的推壓部件π。此外，在主體14上，按 照每個固定部件15a〜15c而設有端子l6a〜16e。 如圖5所示，在主體14上，形成有朝向作為絕 線2側的前方而開口的插入凹處19。在插入凹‘處'19中由 前方插入有架空絕緣線2的端部。 #圖3 (b)戶斤#，插入凹處19的除了前端部以外的 201218559 部分由沿左右排列而形成的多個孔22a〜22c構成。孔22a 〜22c形成為與架空絕緣線2所具有的護套部l〇a〜10c相 同的數量，如果在插入凹處19中插入架空絕緣線2，則在 各孔22a〜22c中配置架空絕緣線2的對應的護套部10a〜 10c 〇 各孔22a〜22c的前後方向的一部分成為截面積比其 他部分大的固定部件配置部23a〜23c。將各孔22a〜22c 的相鄰於固定部件配置部23a〜23c的前方的部分設為前 孔部25a〜25c。在各孔22a〜22c的固定部件配置部23a 〜23c的内周面與比其小一圈的前孔部25a〜25c的内周面 之間形成有階差。遍及這些固定部件配置部23a〜23c的前 緣的階差面向後方、即，面向護套部10a〜10c的長度方向 外側，且構成固定部件15a〜15c的前端面所抵接的承接面 部26 〇 在各固定部件配置部23a〜23c的下面形成有工具插 入口 28。各固定部件配置部23a〜23c中的位于左右方向 的兩外側的固定部件配置部23a、23c位于孔22a、22c的 後端部，在這些固定部件配置部23a、23c的後面分别形成 有端子導出口 29a、29c。位于左右方向的中央的固定部件 配置部23b位于孔22b的前後方向的中部。如果將在孔22b 中相鄰于固定部件配置部23b的後方的部分設為後孔部 27，則在後孔部27的下面形成有端子導出口 29b。孔22b 的後端被形成在主體14上的抵接壁30所封閉。 在沿左右方向定位在各固定部件配置部23a〜23c上 8 201218559Further, it is preferable that the fixing member arranging portion arranging portion is provided with a fixing member, the fixing member member and the cymbal member arranging the opposing portion, and the fixing member arranging portion is provided with a surface, an abutting portion, and an outer side in the upper longitudinal direction. In addition, it is preferable to provide a plurality of the above-described fixing member arrangement portions, and to fix the components. The amount of labor of the overhead insulated wire, and the ability to prevent the terminal material: 1 out of the [Embodiment] The invention will be described based on the drawings. In addition, the case of Ming. In addition, in the following description of each structure, the description will be given of 'the insertion direction when the length of the overhead insulated wire 2 is squared as the rear side, and the opposite side will be described. The width of the overhead insulated wire 2 is: Do not go to the side to explain. The width direction is used as the left and right direction (lateral direction). The connector 1 is used in the power supply system for supplying power to the power supply system of Fig. 2, which is based on the power line 3 of the Wei. =15 is not 'overhead insulated wire 2 through the current collecting device 11 to the mobile device 6 composed of = machine for power supply. In addition; = insulated wire 2 of the supply of oblique oblique exemption #待木二 enough in the automatic warehouse In the hoisting crane, the other applicable fields such as the active 4 or the three-dimensional parking lot of the present invention are used. 6 201218559 JO / 1 JjJlf The overhead insulated wire 2 has a plurality of belts having the thickness direction as the vertical direction as shown in the upper diagram of FIG. (4) The conductor 8 and the resin insulating member 9 in which the conductors 8 are housed. In the insulating member 9, a plurality of rows (three columns in the illustrated example) are formed to be vertically opened, and the shape is "", The sheath portions iQa to i〇c are formed in the longitudinal direction of the insulating member 9. The sheath portions 10a to 10c are formed in the slots that are formed in the respective sheath portions 10a to 10c. The inner conductor 8 is in a state of abutting on the jacket portion to his bottom portion 37. In the longitudinal direction, the conductors 8 are provided at an interval of a predetermined interval in the left-right direction, and the central portion in the width direction of the lower surface is an exposed surface exposed from the slot opening 7 of the sheath portions 10a to 10c. The exposed surface is described as a conductor exposed surface 12. The connector 1 has a function of holding the end portion of the overhead insulated wire 2 in addition to the function of electrically connecting the insulated wire 2 to the power line 3, as shown in FIG. The connector 1 is provided with a main body 14 and a cover 18 attached to the main body 14. As shown in Fig. 10, the main body 14 is fixed in accordance with each of the corresponding sheath portions 1〇&~1〇c The members 15a to 15c' are provided with pressing members π made of bolts on the respective fixing members 15a to 15c. Further, the main bodies 14 are provided with terminals l6a to 16e for each of the fixing members 15a to 15c. As shown, on the main body 14, an insertion recess 19 opening toward the front as the side of the skein 2 is formed. At the insertion recess '19, the end of the overhead insulated wire 2 is inserted from the front. #图3 ( b) 计#, inserting the recesses 19 in addition to the front end of the 201218559 It is constituted by a plurality of holes 22a to 22c which are formed to be arranged side by side. The holes 22a to 22c are formed in the same number as the sheath portions 10a to 10c of the overhead insulated wire 2, if an overhead is inserted in the insertion recess 19. In the insulated wire 2, the corresponding sheath portions 10a to 10c of the overhead insulated wire 2 are disposed in the respective holes 22a to 22c. A part of the holes 22a to 22c in the front-rear direction is a fixing member arranging portion 23a having a larger cross-sectional area than the other portions. 〜23c. The portions of the respective holes 22a to 22c that are adjacent to the front of the fixing member arranging portions 23a to 23c are the front hole portions 25a to 25c. A step is formed between the inner circumferential surface of the fixing member arranging portions 23a to 23c of each of the holes 22a to 22c and the inner circumferential surface of the front hole portions 25a to 25c which are smaller than one turn. The step faces of the leading edges of the fixing member arranging portions 23a to 23c face the rear, that is, the outer faces of the sheath portions 10a to 10c in the longitudinal direction, and the receiving faces 26 that constitute the distal end faces of the fixing members 15a to 15c 〇 A tool insertion opening 28 is formed on the lower surface of each of the fixing member arranging portions 23a to 23c. Among the fixing member arranging portions 23a to 23c, the fixing member arranging portions 23a and 23c located on the outer sides in the left-right direction are located at the rear end portions of the holes 22a and 22c, and terminal guides are formed behind the fixing member arranging portions 23a and 23c, respectively. Exits 29a, 29c. The fixing member arranging portion 23b located at the center in the left-right direction is located at the center in the front-rear direction of the hole 22b. When the portion adjacent to the rear of the fixing member arranging portion 23b in the hole 22b is the rear hole portion 27, the terminal opening and closing port 29b is formed on the lower surface of the rear hole portion 27. The rear end of the hole 22b is closed by the abutment wall 30 formed on the main body 14. Positioned in each of the fixing member arranging portions 23a to 23c in the left-right direction 8 201218559
— -- r-I 的狀態下將蚊部件15a〜…載置到卫具插人口 28的左 右兩側缘上’該固定部件15a〜15c的前端面如圖丨丨所示， 對置于承接面部26。 乂各固定部件15a〜15c是金屬製，如圖4所示，形成為 前後開口的縱長矩形筒狀，具備上下的片部35a、35b和左 右的片部35c、35d。在各固定部件15a〜l5c的下片部35b 上，沿前後方向形成有多個（在圖4中是兩個）上下 的螺孔31。 如圖1所示，在固定部件15a〜15c的各螺孔31中， 從下方經由彈簧墊圈44擰入推壓部件17，該推壓部件17 的頭部43經由工具插入口 28而在下方露出。 /在固定部件15a〜15c的上片部35a的寬度方向中央部 〆成有向下方大出的抵接部36。即’上述的下片部35b構 f對置于抵接部36的對置部20’該對置部2〇與抵接部％ 体地形成。另外，本實施方式的固定部件15a〜15c是截 矩形框状’但固定部件l5a〜15c只要是一體地形成護 套部10a〜l〇c所抵接的抵接部36和對置于它的下片部 35b的結構就可以，例如，截面的形狀也可以是“〕，，* 状等的適當的形狀。 子 在抵接部36的下面，沿前後方向設有多個朝下方突出 的金屬製的突起32,這些突起32都設在對置於螺孔31的 仇置。各突起32形成為前端尖銳的圓錐狀。 、各端子16a〜16c由相同大小且相同形狀的端子板構 成如圖8所示，各端子16a〜16c由將厚度方向作為左右 201218559 方向的L子狀的端子板構成，向前方突出的一個片部構成 與導體露出面12接觸的接觸部38，從接觸部38的後端部 以直角突出的另一個片部構成電力線連接部39。在電力線 連接部39上，開設有用來安裝電力線3的端部的螺栓41 用的孔42。 如圖3(a)和圖3(b)所示，在主體ι4的夾著插入凹處 19的兩側形成有前後貫通的插通孔45。在各插通孔45中， 如圖6(a)和圖6(b)所示，插通著前後較長的長螺栓46，各 長螺栓46藉由用設在其前側的兩個螺母(nm)47來夾入主 體14以相對於主體14而被固定著。 為了用連接器1來保持架空絕緣線2的端部，例如， 如以下這樣操作。 首先，將從後方插入了端子16a〜的接觸部38的 固定部件15a〜15c配置到對應的固定部件配置部23a〜 23c中。此時，端子16a〜16c的接觸部38配置在固定部 件15a〜15c的抵接部36與擰入在該固定部件15a〜15(ί的 各螺孔31中的推壓部件17的前端面之間。此外，端子 16a、16c將電力線連接部39侧從端子導出口 2%、2处向 主體14的後方拉出，使電力線連接部39向上方或下方的 某一方突出。此外，端子16b使電力線連接部39從端子導 出口 29b向主體14的下方突出。 接著，如圖5所示，在主體14的插入凹處19中插入 架空絕緣線2的端部。該架空絕緣線2如圖12的下圖所 示，預先將架空絕緣線2的端部的護套部恤〜1〇c間的部 201218559 Γ=2 各護套部10a〜10c插入到對應的孔 产19 /亩二，緣線2如圖11所示，插入在插入凹 處19中，直到棱套部10b的後端面與抵接壁3〇 接，由此，各護套部1〇a〜1〇c及導體8配置在子則二 16c山的接觸部38與固定部件以〜⑸的抵接部从之^ 該端子16a〜16c配置於對應的固定部件l5a〜ye内。 接著，將擰入至固定部件15a〜15c的各螺孔^ 推壓部件17 (螺栓）_部43朝向使推㈣件 =3 8側接近的方向旋轉’如圖i那樣用各推壓部件^的 則端面將接觸部38向導體8侧推壓。該推壓 :使=頭部43從工具插入口 28插入的 等 的工具來進行。 ; 如圖1所示那樣進行將上述推壓部# 17擰入的摔作， 直到在推壓部件17的頭部43與對置部2〇的下面之間被壓 縮的彈簧_ 44變平’由此，減部件π被擰入了規定 量0 如果這樣將推壓部件17擰入，則接觸部38被導體露 出面12推壓，並且被接觸部38經由導體8向抵接部％ 側推壓的護套部l〇a〜1()e的底部37與固定部件i5a〜以 的抵接部36抵接。此外’設在抵接部36上的各突起In the state of rI, the mosquito parts 15a to 15 are placed on the left and right side edges of the guard plug population 28. The front end faces of the fixing members 15a to 15c are shown as shown in FIG. . Each of the fixing members 15a to 15c is made of metal. As shown in Fig. 4, the fixing members 15a to 15c are formed in a vertically long rectangular tubular shape which is open to the front and rear, and includes upper and lower sheet portions 35a and 35b and left and right sheet portions 35c and 35d. On the lower piece portion 35b of each of the fixing members 15a to 15c, a plurality of (two in Fig. 4) screw holes 31 are formed in the front-rear direction. As shown in Fig. 1, in each of the screw holes 31 of the fixing members 15a to 15c, the pressing member 17 is screwed from below via a spring washer 44, and the head portion 43 of the pressing member 17 is exposed below via the tool insertion opening 28. . / The center portion in the width direction of the upper piece portion 35a of the fixing members 15a to 15c is formed with a contact portion 36 that is formed downward. That is, the above-mentioned lower piece portion 35b is opposed to the opposing portion 20' of the abutting portion 36, and the opposing portion 2' is formed integrally with the abutting portion. Further, the fixing members 15a to 15c of the present embodiment have a truncated rectangular frame shape. However, the fixing members 15a to 15c integrally form the abutting portion 36 against which the sheath portions 10a to 10c abut and which are opposed to each other. The structure of the lower piece portion 35b may be, for example, the shape of the cross section may be an appropriate shape such as "], *, etc. The sub-members are provided with a plurality of metal protruding downward in the front-rear direction on the lower surface of the abutting portion 36. The protrusions 32 are formed on the screw holes 31. The protrusions 32 are formed in a sharp conical shape at the front end. Each of the terminals 16a to 16c is formed of a terminal plate of the same size and the same shape as shown in the figure. As shown in FIG. 8, each of the terminals 16a to 16c is formed of an L-shaped terminal plate having a thickness direction of the left and right 201218559 directions, and one piece projecting forwardly constitutes a contact portion 38 that comes into contact with the conductor exposed surface 12, and the contact portion 38 is formed from the contact portion 38. The other end portion of the rear end portion that protrudes at a right angle constitutes the power line connecting portion 39. The power line connecting portion 39 is provided with a hole 42 for the bolt 41 for mounting the end portion of the electric power line 3. As shown in Fig. 3(a) and Fig. 3 (b) shows the insertion recess in the main body ι4 Inserting through holes 45 are formed on both sides of the front and rear. In each of the insertion holes 45, as shown in Figs. 6(a) and 6(b), long and long bolts 46 are inserted through the front and rear. The bolt 46 is fixed to the main body 14 by being sandwiched by two nuts (nm) 47 provided on the front side thereof with respect to the main body 14. In order to hold the end of the overhead insulated wire 2 with the connector 1, for example, First, the fixing members 15a to 15c in which the contact portions 38 of the terminals 16a to 16 are inserted from the rear are disposed in the corresponding fixing member arranging portions 23a to 23c. At this time, the contact portions 38 of the terminals 16a to 16c are disposed at The abutting portions 36 of the fixing members 15a to 15c are screwed between the distal end faces of the pressing members 17 of the screw holes 31 of the fixing members 15a to 15a. Further, the terminals 16a and 16c connect the power line connecting portion 39. The side is pulled out from the terminal outlet 2%, 2 to the rear of the main body 14, and the power line connecting portion 39 is protruded upward or downward. Further, the terminal 16b causes the power line connecting portion 39 to pass from the terminal conducting port 29b to the main body 14. Next, as shown in FIG. 5, the insertion recess is inserted into the insertion recess 19 of the main body 14. The end portion of the edge line 2. The overhead insulated wire 2 is as shown in the lower diagram of Fig. 12, and the portion between the sheath portion of the overhead insulated wire 2 is preliminarily connected to the portion of the sheath portion of the insulated wire 2 201218559 Γ = 2 10a to 10c are inserted into the corresponding holes to produce 19/mu two, and the edge line 2 is inserted into the insertion recess 19 as shown in Fig. 11, until the rear end surface of the ferrule portion 10b is spliced to the abutting wall 3, thereby Each of the sheath portions 1a1 to 1〇c and the conductor 8 are disposed in the contact portion 38 of the sub-slide 16c mountain and the abutting portion of the fixing member to the (5) portion is disposed from the terminal 16a to 16c to the corresponding fixing member 15a. ~ye inside. Next, each of the screw holes 29 (bolt) portion 43 screwed into the fixing members 15a to 15c is rotated in a direction in which the push (four) member = 38 side is approached, and each pressing member is used as shown in Fig. i. Then, the end surface pushes the contact portion 38 toward the side of the guide body 8. This pressing is performed by a tool such as the head 43 inserted from the tool insertion opening 28. As shown in FIG. 1, the above-described pressing portion #17 is screwed in until the spring _44 compressed between the head portion 43 of the pressing member 17 and the lower surface of the opposing portion 2〇 is flattened' Thereby, the reducing member π is screwed into the predetermined amount 0. When the pressing member 17 is screwed in, the contact portion 38 is pressed by the conductor exposed surface 12, and the contact portion 38 is pushed toward the abutting portion % via the conductor 8. The bottom portion 37 of the pressed sheath portion 10a~1()e abuts against the abutting portion 36 of the fixing member i5a-. Further, each protrusion provided on the abutting portion 36
穿透樹脂製的護套部l〇a〜10c的底部37而咬入到導體8 中。 S 藉由以上所述，端子16a〜16C的接觸部38被夾入並 固定在對應的導體8與設在©定部件15a〜…上的各推壓 11 201218559 電H的^面之間，將端子16a〜16c與對應的導體8 定導丄 ., . A f套。P 10a〜1〇c的底部37，結果，將架★絕 ，，彖線2的端部相對於主體14而固定。 、二’ 使用=!^述架空絕緣線2的端部駐體14如圖7那樣 為了將;體梁等的建築構件5上。 腹Μ運結在建病構件5上，將固定在主 此：i ί螺栓4 6的後侧穿通到梁等的建築構件5中，將這 :長建築構件5更靠後侧的部分穿通到盤酱 、且，在各長螺栓46上安裝螺母48，在各 46上’在使盤簧13的後端與設於長螺检46上的螺母48 狀Ϊ下使該盤簧13的前端彈性地與建築構件5的後 、。…此二主體14及保持在主體14上的架空絕緣線 2被向成為建築構件5側的後側拉伸。同樣，設在架*絕 ，線2的相反側的端部上的主體14也連結在建築構t 一由此」將架空絕緣線2在被向長度方向的兩側拉伸的 狀悲下架設在賴構件5間。架設後的架线緣線2的張 力藉由使螺母48相對於各長螺栓46沿前後方向移動、 節盤簧13的壓縮量來進行調節。 勒而凋 在將架空絕緣線2架設後，在從主體14突出的各 16a〜16c的電力線連接部39上連接設在電力線3的^ 上的連接端子40。該連接藉由將連接端子4〇抵接在從I 體14向上方或下方突出的電力線連接部％的側面上 連接端子40及穿通到電力線連接部％的孔42中的螺检 12 201218559 41壓接來進行。 —^裏，由於各端子16a〜16c的電力線連接部39從主 體犬出所以可以使電力線3從電力線連接部39引出 勺方向士 ® 7所示那樣為前後方向，或如圖所示那樣為 上下方向。即，電力線3的引出方向的自由度較高，能夠 對應於各魏I環境。 、=外，端子16a、l6c的電力線連接部39的突出方向 可以藉由變更將料⑽、16e電性連_架空絕緣線2 上時的朝向來選擇上下的哪一個。因此，例如，如圖6(b) 那樣使兩側的端子.16a、16e的電力線連接部外朝上突出 並且使中央的端子16b的電力線連接部39朝下突出等，能 夠將沿左右排列的端子16a〜16c的電力線連接部％的上 下位置錯開。如果這樣，則當連接在各端子16的電力線連 接。卩39上的電力線3較粗時，能夠防止連接在相鄰的端子 16a〜16c上的電力線3彼此干涉，還能夠實現連接器i的 小型化。此外，如圖13所示，也可以使全部的端子丨如〜 16c的電力線連接部39朝下突出，在此情況下，能夠僅從 下側進行將電力線3連接到電力線連接部％上的操作，操 作性提高。 此外’藉由如圖6 (b)那樣將各固定部件i5a〜15c 配置在沿前後方向錯開的位置上，各端子16a〜16c的電力 線連接部39的前後方向的位置也錯開。因此，更不易_^生 連接在各端子16a〜16c的電力線連接部39上的電力線3 彼此的干涉。 13 201218559 並且，在如上述那樣在各端子l6a〜16c的電力線連接 部39上連接電力線3之後，在主體14上，如圖2所示那 樣I拆裝地安裝著蓋18。藉由該蓋18，將端子16a〜16c、 固定部件15a〜15c和各推壓部件17的從主體14露出的部 分以及連接在各料16a〜16e上的電力線3的連接端子 40覆蓋。 本實把方式的連接器！藉由使能夠連接電力線3的端 子16a〜16c的接觸部38與從架空絕緣線2的護套部i〇a 的槽開口 7露出的導體露出面12接觸，能夠將導體 端子16a〜16c電性連接。因此，不需要如以往那樣進 空纟巴緣線2的絕緣件9而將導體8剝出的操作， 月t* 地將架空絕緣線2電性連接到端子⑹〜—上。 ^ 一^μ " 1隹ί部件17夾著接觸部38而位於與導體8相 觸部L 將接觸部38朝向導體8側直接推壓，將接 部件17 51導體露出面12上。在此情況T，在從推壓 二能夠將露出面12之間不存在護套部1Ga〜1〇C，所 因而，°处翻枯。P 38以適當的力推壓在導體露出面12上。 柊力稃：二$導體露出面12與接觸部38之間產生的摩 擦力穩疋’能夠防止導 予 此外，在護套部=^子心〜⑹的接觸不良。 部件17經由接觸^c1〇C的底部37，具備與由推壓 抵接部36。因此° At糾及導體8推壓的部位的外面抵接的 部37夹入到t壓^將導體8與護套部術〜他的底 之間，能夠藉由導。牛7推_接觸部38與抵接部36 體8以較強的力來推壓該接觸部38。此 14 201218559 外’對置於抵接部36的對置部2〇與抵接部％ 一體地步 成，在該對置部20設有減部件17，所 : 件數，能夠實現連接器i的成本削減。 此1 ’在抵接部36上’形成有向護套部10a〜心側 犬出的則端尖銳的突起32。因此，使突起3 ，經由接觸部38及導體8向抵接料側推= 套=施:他的底部37及導體δ中，能夠將護套部心 〜l〇c及導體8相對於抵接部36牢固地保持。 架空絕緣線2上施加有張力的情況下，護套部！二⑽ 難以從各固定部件l5a〜15c拔出，這是有效的。 此外’推壓部件17由從與抵接部36相反一側摔入到 對置部20中的螺栓41構成，在該螺栓41的頭部㈣對 置部20之間設有彈簧墊圈44。這樣，在將螺检41掉入而 進打接觸部38 _壓時，藉由視覺來顺 τ 壓縮狀態，能夠使螺栓41的擰人量為—定而將接觸部％ 以大致-㈣力推壓在導體8上。因而，能夠更可靠地防 止端子16a〜16c與導體8的連接不良。 此外，在固定部件配置部23a〜23c上，設有面向護套 部l〇a〜l〇c的長度方向外側而承接固定部件i5a〜1^的 。因此，在架設架空絕緣線2時或移動設備6 的使用時等，在護套部l〇a〜10c上作用有張力時，能夠由 與固定部件15a〜15e的前端面抵接的承接面部％承受該 張力。此外，由於能夠如上述那樣藉由將導體8和護套部 10a〜l〇c的底#37夾入到被推壓部件17推屋的接觸部兇 與抵接部36之間來保持架空絕緣線2，所以能夠如本實施 15 201218559. 方式那樣將連接器1作為絕緣體而使用。 此外，具備多個設有推壓部件17的固定部件15a〜 15c’在每個固定部件15a〜15c設有固定部件配置部23& 〜23c’該固定部件配置部23a〜23c設有承接面部％。因 此，能夠藉由設在各固定部件配置部23a〜23c上的承接面 部26來承受作用在具有多個護套部1〇a〜1〇c的架空絕緣 線2上的張力，對於張力阻止的可靠性及安全性可提高。 以上，說明了本發明的優選的實施方式，但本發明並 不限定於這雜定的實施方式，能夠不脫離後述的申請專 利範圍而進行各_更及變形，其可以說也屬The bottom portion 37 of the sheath portions 10a to 10c made of resin penetrates into the conductor 8. S, by the above, the contact portions 38 of the terminals 16a to 16C are sandwiched and fixed between the corresponding conductor 8 and the respective faces of the presses 11 201218559 which are provided on the © fixed members 15a to The terminals 16a to 16c and the corresponding conductor 8 are guided by 丄., . The bottom portion 37 of P 10a to 1〇c, as a result, the end portion of the twisted wire 2 is fixed with respect to the main body 14. The second end of the overhead insulated wire 2 is shown in Fig. 7 for the construction member 5 such as a body beam. The abdomen is transported to the diseased member 5, and is fixed to the main member: the rear side of the i ί bolt 46 is passed through to the building member 5 of the beam or the like, and the portion of the long building member 5 is further passed to the rear side. In the disc sauce, a nut 48 is attached to each of the long bolts 46, and the front end of the coil spring 13 is elasticized at the rear end of the coil spring 13 and the nut 48 provided on the long thread check 46. The ground and the rear of the building member 5. The two main bodies 14 and the overhead insulated wire 2 held on the main body 14 are stretched toward the rear side which is the side of the building member 5. Similarly, the main body 14 provided on the opposite end of the wire 2 is also connected to the building structure t, thereby erecting the overhead insulated wire 2 in the longitudinal direction. In the 5 members. The tension of the wire edge 2 after the erection is adjusted by moving the nut 48 in the front-rear direction with respect to each of the long bolts 46 and the amount of compression of the disk spring 13. After the overhead insulated wires 2 are laid, the connection terminals 40 provided on the power lines 3 are connected to the power line connecting portions 39 of the respective 16a to 16c protruding from the main body 14. The connection is made by abutting the connection terminal 4A on the side of the power line connection portion % protruding upward or downward from the I body 14, and connecting the terminal 40 and the hole 42 penetrating into the hole 42 of the power line connection portion %. Come on. In the case where the power line connecting portion 39 of each of the terminals 16a to 16c is ejected from the main body, the power line 3 can be led out from the power line connecting portion 39 as indicated by the direction of the spoon, as shown in Fig. 7, or as shown in the figure. direction. That is, the degree of freedom in the direction in which the power line 3 is drawn is high, and it can correspond to each Wei I environment. In addition, the direction in which the power line connecting portion 39 of the terminals 16a and 16c protrudes can be selected by changing the orientation when the materials (10) and 16e are electrically connected to the overhead insulated wire 2. Therefore, for example, as shown in FIG. 6(b), the power line connecting portions of the terminals 16a and 16e on both sides are protruded upward, and the power line connecting portion 39 of the center terminal 16b is protruded downward or the like, and can be arranged side by side. The vertical position of the power line connecting portion % of the terminals 16a to 16c is shifted. If so, the power lines connected to the respective terminals 16 are connected. When the power line 3 on the 卩39 is thick, it is possible to prevent the power lines 3 connected to the adjacent terminals 16a to 16c from interfering with each other, and it is also possible to reduce the size of the connector i. Further, as shown in Fig. 13, all of the terminals, such as the power line connecting portion 39 of ～16c, may be protruded downward. In this case, the operation of connecting the power line 3 to the power line connecting portion % can be performed only from the lower side. , operability is improved. Further, by arranging the respective fixing members i5a to 15c at positions shifted in the front-rear direction as shown in Fig. 6(b), the positions of the power line connecting portions 39 of the respective terminals 16a to 16c in the front-rear direction are also shifted. Therefore, it is more difficult to interfere with the electric power lines 3 connected to the power line connecting portions 39 of the respective terminals 16a to 16c. 13 201218559 Further, after the power line 3 is connected to the power line connecting portion 39 of each of the terminals l6a to 16c as described above, the cover 18 is attached to the main body 14 as shown in Fig. 2 . The terminals 18a to 16c, the fixing members 15a to 15c, and the portions of the pressing members 17 exposed from the main body 14 and the connection terminals 40 of the electric power lines 3 connected to the respective materials 16a to 16e are covered by the cover 18. This is the way to connect the connector! The contact portions 38 that can connect the terminals 16a to 16c of the power line 3 are in contact with the conductor exposed surface 12 exposed from the slot opening 7 of the sheath portion i〇a of the overhead insulated wire 2, whereby the conductor terminals 16a to 16c can be electrically connected. connection. Therefore, it is not necessary to open the insulating member 9 of the rim line 2 and peel the conductor 8 as in the prior art, and the overhead insulated wire 2 is electrically connected to the terminal (6) ～ on the month t*. ^一μμ1 The member 17 is placed in contact with the conductor 8 with the contact portion 38 interposed therebetween. The contact portion 38 is directly pressed toward the conductor 8 side, and the conductor 17 51 is exposed on the conductor surface 12. In this case T, the sheath portion 1Ga to 1C can be absent between the exposed faces 12 from the pressing force 2, and thus the portion is turned over. P 38 is pressed against the conductor exposed surface 12 with an appropriate force.柊 稃 稃 稃 稃 稃 二 二 二 二 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体 导体The member 17 is provided with a pressing abutting portion 36 via the bottom portion 37 of the contact hole c1〇C. Therefore, the portion A which is abutted against the outer portion of the portion where the conductor 8 is pressed is sandwiched between the conductor 8 and the sheath portion to the bottom thereof, and can be guided. The cow 7 push-contact portion 38 and the abutting portion 36 body 8 push the contact portion 38 with a strong force. In the case of the opposite portion 2 of the abutting portion 36, the abutting portion 2 is integrally formed with the abutting portion %, and the opposing portion 20 is provided with a reducing member 17, which is capable of realizing the connector i. Cost reduction. The 1' is formed on the abutting portion 36 by a sharp projection 32 which is pointed out from the sheath portion 10a to the side of the heart. Therefore, the protrusion 3 can be pushed to the abutting side via the contact portion 38 and the conductor 8 = the bottom portion 37 and the conductor δ can be used to abut the sheath core portion l1c and the conductor 8 The portion 36 is firmly held. When the tension is applied to the overhead insulated wire 2, the sheath portion! It is effective that the two (10) are difficult to pull out from the respective fixing members 15a to 15c. Further, the pressing member 17 is constituted by a bolt 41 which is dropped into the opposing portion 20 from the side opposite to the abutting portion 36, and a spring washer 44 is provided between the opposing portions 20 of the head portion (4) of the bolt 41. In this way, when the screw test 41 is dropped and the contact portion 38 is pressed, the state of the bolt 41 can be stabilized by the visual direction, and the contact amount of the bolt 41 can be set to be approximately - (four) force. Pressed on the conductor 8. Therefore, it is possible to more reliably prevent the connection failure between the terminals 16a to 16c and the conductor 8. Further, the fixing member arranging portions 23a to 23c are provided with the fixing members i5a to 1b facing the outer side in the longitudinal direction of the sheath portions 10a to 10c. Therefore, when the overhead insulated wire 2 is installed or when the mobile device 6 is used, etc., when the tension acts on the sheath portions 10a to 10c, the receiving face portion that can abut against the distal end faces of the fixing members 15a to 15e Withstand this tension. Further, since the conductor 8 and the bottom #37 of the sheath portions 10a to 10c can be sandwiched between the contact portion of the push member 17 and the abutting portion 36 as described above, the overhead insulation can be maintained. Since the wire 2 is used, the connector 1 can be used as an insulator as in the embodiment 15 201218559. Further, the fixing members 15a to 15c' including a plurality of pressing members 17 are provided with fixing member arranging portions 23 & 23c' for each of the fixing members 15a to 15c. The fixing member arranging portions 23a to 23c are provided with a receiving face % . Therefore, the tension acting on the overhead insulated wire 2 having the plurality of sheath portions 1a to 1〇c can be received by the receiving surface portion 26 provided on each of the fixing member arranging portions 23a to 23c, and is prevented by the tension. Reliability and safety can be improved. The preferred embodiments of the present invention have been described above, but the present invention is not limited to the embodiments described above, and various modifications and variations can be made without departing from the scope of the application patents described below.
技術範圍内。 十如n J 【圖式簡單說明】 圖1是本發明的實施方式的連接器的主要部分的剖視 圖 圖2是表示使用連㈣來架設架空絕緣線的狀態的立 的立„坳)表示主體’圖3 (a)是從底面側觀察 的立體圖，圖3 (b)是水平剖視圖。 圖4是固定部件的立體圖。 圖疋表示在主體中插入架空絕緣線的狀況的立 圍0 f表示將架空絕緣線連接在主體上& 。圖7 ^主疋I視圖圖6(b)是從下側觀察的立體圖 疋表示彳之上側觀察將電力線連接到設在主體上纟 端子上的狀態的立體圖。 ㈣I在主體上€ 16 201218559 圖8疋架空絕緣線、設有推壓部件的固定部件、 端子的分解立體圖。 圖9是表示省略了長螺栓及蓋的 接器的後視圖。 圖示的施工狀態的連 圖=表示用主體保持架空絕緣線的狀態的立體圖。 圖11疋用主體保持架空絕緣線時的切口剖視圖。 圖12是表示架空絕緣線的端部的加工前和加工 狀況的立體圖。 1夂j 圖13是表示使電線連接部朝向同 端子的狀態的立體圖。 一方向地安裝全部 圖14是表示沿縱向將電力線從端子拉出的狀況的侧 圖15是表示以往的連接器的施工狀態 【主要元件符號說明】 的立體圖 3 :電力線 7 :槽開口 8 :導體 l〇a =護套部 10b :護套部 10c :護套部 12 ·露出面 16a =端子 16b :端子 16c ’·端子 17 :推壓部件 38 :接觸部 17Within the technical scope. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional view showing a main portion of a connector according to an embodiment of the present invention. FIG. 2 is a perspective view showing a state in which a continuous insulated wire is used to erect an overhead insulated wire. Fig. 3 (a) is a perspective view as seen from the bottom surface side, and Fig. 3 (b) is a horizontal sectional view. Fig. 4 is a perspective view of the fixing member. Fig. 4 is a perspective view showing a state in which an overhead insulated wire is inserted into the main body. The insulated wire is connected to the main body & Fig. 7 is a perspective view from the lower side, and is a perspective view showing a state in which the power line is connected to the terminal provided on the main body. (4) I is on the main body € 16 201218559 Fig. 8 is an exploded perspective view of the overhead insulated wire, the fixing member provided with the pressing member, and the terminal. Fig. 9 is a rear view showing the connector in which the long bolt and the cover are omitted. Fig. 11 is a perspective view showing a state in which an overhead insulated wire is held by a main body. Fig. 11 is a cross-sectional view showing a state in which an overhead insulated wire is held by a main body. Fig. 12 is a view showing a state before processing and processing of an end portion of an overhead insulated wire. Fig. 13 is a perspective view showing a state in which the electric wire connection portion is directed to the same terminal. Fig. 14 is a view showing a state in which the power line is pulled out from the terminal in the longitudinal direction. Fig. 15 is a view showing a conventional connection. Construction state of the device [Description of main component symbols] 3: Power line 7: Slot opening 8: Conductor l〇a = Sheath portion 10b: Sheath portion 10c: Sheath portion 12 · Exposure surface 16a = Terminal 16b: Terminal 16c '·Terminal 17 : Pushing member 38 : Contact portion 17