CN104868413A - Electrical junction box - Google Patents
Electrical junction box Download PDFInfo
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- CN104868413A CN104868413A CN201510087927.8A CN201510087927A CN104868413A CN 104868413 A CN104868413 A CN 104868413A CN 201510087927 A CN201510087927 A CN 201510087927A CN 104868413 A CN104868413 A CN 104868413A
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Abstract
本发明提供一种电气接线箱，在预定的汇流条容纳槽中容纳1个汇流条或将1个汇流条一分为二而成的形状的2个汇流条，能够容易地判别被容纳在所述预定的汇流条容纳槽中的汇流条是所述1个汇流条还是所述2个汇流条。电气接线箱(1B)包括：块部(2)；2个汇流条(3a、3b)，其容纳在块部2的汇流条容纳槽(25)中。在汇流条容纳槽(25)上设置有贯通孔(4)，其用于判别被容纳在该汇流条容纳部(25)中的汇流条是1个汇流条还是将1个汇流条一分为二而成的形状的2个汇流条(3a、3b)。贯通孔(4)设置在如下的位置：在汇流条(25)中容纳有2个汇流条(3a、3b)时，位于该2个汇流条(3a、3b)的端部之间的空间。
The present invention provides an electrical junction box that accommodates one bus bar or two bus bars in a shape obtained by dividing one bus bar into two in a predetermined bus bar storage groove, and can easily distinguish whether it is accommodated in the two bus bars. Whether the bus bar in the predetermined bus bar receiving groove is the one bus bar or the two bus bars. An electrical junction box (1B) includes: a block portion (2); A through hole (4) is provided on the bus bar accommodation groove (25), which is used to judge whether the bus bar accommodated in the bus bar accommodation part (25) is one bus bar or one bus bar divided into two parts. Two bus bars (3a, 3b) in the form of two. The through hole (4) is provided in a space between the ends of the two bus bars (3a, 3b) when the two bus bars (3a, 3b) are accommodated in the bus bar (25).
Description
技术领域technical field
本发明涉及一种搭载在汽车上并主要进行电源分配的电气接线箱。The present invention relates to an electrical junction box mounted on an automobile and mainly performing power distribution.
背景技术Background technique
存在各种构造的搭载在汽车上的电气接线箱，例如，公知如专利文献1所公开的电气接线箱那样的构造的电气接线箱，其包括：块部，其设置有汇流条容纳槽；及汇流条，其被容纳在所述汇流条容纳槽中。另外，图6～9所示的2个种类的电气接线箱是本申请的发明人所发明的非公知的电气接线箱，其包括：块部，其设置有汇流条容纳槽；及汇流条，其被容纳着所述汇流条容纳槽中。There are various configurations of electrical junction boxes mounted on automobiles, for example, an electrical junction box of a configuration such as that disclosed in Patent Document 1 is known, which includes: a block portion provided with a bus bar accommodating groove; and A bus bar is accommodated in the bus bar receiving groove. In addition, the two types of electrical junction boxes shown in FIGS. 6 to 9 are unknown electrical junction boxes invented by the inventors of the present application, and include: a block portion provided with a bus bar receiving groove; and a bus bar, It is received in the bus bar receiving groove.
图6所示的电气接线箱301A包括：合成树脂制的块部302；多个电子部件，其装载在该块部302的上表面侧；及多条电线和多个汇流条，该多条电线和多个汇流条插入在块部302的下表面侧。图6中的附图标记21是熔丝装载部，附图标记22是继电器装载部。另外，附图标记25是多个汇流条容纳槽之中的1个。附图标记3是被容纳在所述汇流条容纳槽25中的汇流条。The electrical junction box 301A shown in FIG. 6 includes: a block portion 302 made of synthetic resin; a plurality of electronic components mounted on the upper surface side of the block portion 302; and a plurality of electric wires and a plurality of bus bars, the plurality of electric wires And a plurality of bus bars are inserted on the lower surface side of the block portion 302 . Reference numeral 21 in FIG. 6 is a fuse mounting portion, and reference numeral 22 is a relay mounting portion. In addition, reference numeral 25 is one of a plurality of bus bar accommodation grooves. Reference numeral 3 is a bus bar accommodated in the bus bar accommodating groove 25 .
所述汇流条3具有：一对电源线连接部31、32，其配置在该汇流条3的两端；及多个熔丝连接部33，其在该一对电源线连接部31、32之间排列成1列。电源线连接部31、32是与被插入在块部302的下表面侧的电源线连接的部位。在电气接线箱301A中，在一对电源线连接部31、32的任一者上连接电源线。熔丝连接部33与被装载在块部302的上表面侧的熔丝装载部21上的熔丝连接。附图标记34是使设置在块部32上的矛状部卡止的卡止孔。The bus bar 3 has: a pair of power line connection parts 31, 32 disposed at both ends of the bus bar 3; and a plurality of fuse connection parts 33 between the pair of power line connection parts 31, 32. Arranged in 1 row. The power cord connection parts 31 and 32 are parts connected to a power cord inserted into the lower surface side of the block part 302 . In the electrical connection box 301A, a power line is connected to any one of the pair of power line connection parts 31 and 32 . The fuse connection portion 33 is connected to a fuse mounted on the fuse mounting portion 21 on the upper surface side of the block portion 302 . Reference numeral 34 is a locking hole for locking a lance provided on the block portion 32 .
图8所示的电气接线箱301B包括：块部302，其与所述电气接线箱301A所使用的块部相同；多个电子零件，其装载在该块部302的上表面侧；及多条电线和多个汇流条，该多条电线和多个汇流条插入在块部302的下表面侧。图8中的附图标记3a、3b是被容纳在汇流条容纳槽25中的汇流条。这2个汇流条3a、3b是将电气接线箱301A所使用的汇流条3在其中央一分为二而成的形状的汇流条。在电气接线箱301B中，在一个汇流条3a的电源线连接部31和另一个汇流条3b的电源线连接部32这两者上连接电源线。这2条电源线分别与不同系统的电源连接。The electrical junction box 301B shown in FIG. 8 includes: a block portion 302, which is the same as the block portion used in the electrical junction box 301A; a plurality of electronic parts, which are loaded on the upper surface side of the block portion 302; and a plurality of Electric wires and a plurality of bus bars are inserted on the lower surface side of the block portion 302 . Reference numerals 3 a , 3 b in FIG. 8 are bus bars accommodated in the bus bar accommodation groove 25 . These two bus bars 3 a and 3 b are bus bars 3 used in the electrical junction box 301A, and are formed by dividing the bus bar 3 into two at the center. In the electrical junction box 301B, a power line is connected to both the power line connection portion 31 of one bus bar 3 a and the power line connection portion 32 of the other bus bar 3 b. These two power cables are respectively connected to the power supplies of different systems.
现有技术文献prior art literature
专利文献patent documents
专利文献1：日本特开2013-223367号公报Patent Document 1: Japanese Patent Laid-Open No. 2013-223367
发明内容Contents of the invention
本发明欲解决的技术问题The technical problem that the present invention intends to solve
在上述的2种电气接线箱301A、301B的组装工厂中，需要判别被容纳在汇流条容纳槽25中的汇流条是1个汇流条3还是2个汇流条3a、3b。然而，在电气接线箱301A、301B中，如图7、9所示，在从块部302的上表面侧进行目视确认的情况下，不能判别被容纳在汇流条容纳槽25中的汇流条是1个汇流条3还是2个汇流条3a、3b。因此，具有如下的问题：不得不从块部302的下表面侧进行目视确认来判别，但是，由于在块部302的下表面侧具有多条电线，因此，难以看到汇流条容纳槽25内，难以进行判别作业。In an assembly factory of the above-mentioned two types of electrical junction boxes 301A, 301B, it is necessary to determine whether the bus bar housed in the bus bar housing groove 25 is one bus bar 3 or two bus bars 3a, 3b. However, in the electrical junction boxes 301A and 301B, as shown in FIGS. 7 and 9 , when visually confirming from the upper surface side of the block portion 302 , it is impossible to distinguish the bus bar housed in the bus bar housing groove 25 Is it one bus bar 3 or two bus bars 3a, 3b. Therefore, there is a problem that it is necessary to visually confirm and distinguish from the lower surface side of the block portion 302, but since there are many electric wires on the lower surface side of the block portion 302, it is difficult to see the bus bar accommodating groove 25. Inside, it is difficult to carry out discrimination work.
用于解决问题的技术方案Technical solutions for problem solving
所以，本发明的目的在于提供一种电气接线箱，其在预定的汇流条容纳槽中容纳1个汇流条或将1个汇流条一分为二而成的形状的2个汇流条，其中，能够容易判别被容纳在所述预定的汇流条容纳槽中的汇流条是所述1个汇流条还是所述2个汇流条。Therefore, an object of the present invention is to provide an electrical junction box that accommodates one bus bar or two bus bars in a shape obtained by dividing one bus bar into two in a predetermined bus bar housing groove, wherein, It can be easily determined whether the bus bar housed in the predetermined bus bar housing groove is the one bus bar or the two bus bars.
技术方案1所述的发明是一种电气接线箱，所述电气连接箱包括：块部，其设置有汇流条容纳槽；及汇流条，其容纳在所述汇流条容纳槽中，在预定的汇流条容纳槽中容纳1个汇流条或者将所述1个汇流条一分为二而成的形状的2个汇流条，所述电气接线箱的特征在于，在所述预定的汇流条容纳槽上设置有贯通孔，所述贯通孔用于判别被容纳在该预定的汇流条容纳槽中的汇流条是所述1个汇流条还是所述2个汇流条，所述贯通孔设置在如下位置：在所述预定的汇流条容纳槽中容纳有所述2个汇流条时，位于该2个汇流条的端部之间的空间。The invention described in claim 1 is an electrical junction box comprising: a block portion provided with a bus bar accommodating groove; and a bus bar accommodated in the bus bar accommodating groove at a predetermined One bus bar or two bus bars in a shape obtained by dividing the one bus bar into two are accommodated in the bus bar receiving groove, and the electric junction box is characterized in that, in the predetermined bus bar receiving groove, A through hole is provided on the upper part, and the through hole is used to judge whether the bus bar accommodated in the predetermined bus bar receiving groove is the one bus bar or the two bus bars, and the through hole is arranged at the following position : When the two bus bars are accommodated in the predetermined bus bar accommodation groove, the space is located between the ends of the two bus bars.
发明效果Invention effect
根据技术方案1所述的发明，在所述预定的汇流条容纳槽上设置有贯通孔，该贯通孔用于判别被容纳在该预定的容纳槽中的汇流条是所述1个汇流条还是所述2个汇流条，所述贯通孔设置在如下的位置：在所述预定的汇流条容纳槽中容纳有所述2个汇流条时，位于该2个汇流条的端部之间的空间，因此，通过作业员目视贯通孔、或者使用照相机进行确认、或者将判别装置的销插入到贯通孔中，从而能够容易地判别被容纳在预定的汇流条容纳槽中的汇流条是1个汇流条还是2个汇流条。According to the invention described in claim 1, a through hole is provided in the predetermined bus bar accommodation groove, and the through hole is used to determine whether the bus bar accommodated in the predetermined accommodation groove is the one bus bar or the bus bar. For the two bus bars, the through hole is provided at a position where, when the two bus bars are accommodated in the predetermined bus bar receiving groove, the space between the ends of the two bus bars Therefore, by visually checking the through hole, by checking with a camera, or by inserting the pin of the judging device into the through hole, it can be easily judged that one bus bar is accommodated in a predetermined bus bar housing groove. A bus bar is again 2 bus bars.
附图说明Description of drawings
图1是构成本发明的第1实施方式的电气接线箱的块部及1个汇流条的立体图。1 is a perspective view of a block portion and one bus bar constituting an electrical junction box according to a first embodiment of the present invention.
图2是从下表面侧观察图1所示的块部的立体图。Fig. 2 is a perspective view of the block portion shown in Fig. 1 viewed from the lower surface side.
图3是在图1所示的块部上安装有1个汇流条时的A部的立体图。Fig. 3 is a perspective view of part A when one bus bar is attached to the block part shown in Fig. 1 .
图4是构成本发明的第2实施方式的电气接线箱的块部及2个汇流条的立体图。4 is a perspective view of a block portion and two bus bars constituting an electrical junction box according to a second embodiment of the present invention.
图5是在图4所示的块部上安装有2个汇流条时的B部的立体图。Fig. 5 is a perspective view of part B when two bus bars are attached to the block part shown in Fig. 4 .
图6是构成参考例的电气接线箱的块部及1个汇流条的立体图。6 is a perspective view of a block portion and one bus bar constituting the electrical junction box of a reference example.
图7是在图6所示的块部上安装有1个汇流条时的C部的立体图。Fig. 7 is a perspective view of part C when one bus bar is attached to the block part shown in Fig. 6 .
图8是构成参考例的电气接线箱的块部及2个汇流条的立体图。Fig. 8 is a perspective view of a block portion and two bus bars constituting an electrical junction box of a reference example.
图9是在图8所示的块部上安装有2个汇流条时的D部的立体图。Fig. 9 is a perspective view of part D when two bus bars are attached to the block part shown in Fig. 8 .
附图标记说明Explanation of reference signs
1A、1B 电气接线箱1A, 1B electrical junction box
2 块部2 blocks
3 汇流条(1个汇流条)3 bus bars (1 bus bar)
4 贯通孔4 through holes
25 汇流条容纳槽(预定的汇流条容纳槽)25 Bus Bar Receiving Groove (Predetermined Bus Bar Receiving Groove)
具体实施方式Detailed ways
本发明的“电气接线箱”是搭载在汽车上并主要进行电源分配的电气接线箱，所述电气接线箱包括：块部，其设置有汇流条容纳槽；及汇流条，其被容纳在所述汇流条容纳槽中。另外，本发明的“电气接线箱”在预定的汇流条容纳槽中容纳1个汇流条或将所述1个汇流条一分为二而成的形状的2个汇流条。以下，将在预定的汇流条容纳槽中容纳有1个汇流条的电气接线箱作为第1实施方式，使用图1～3进行说明，将在预定的汇流条容纳槽中容纳有2个汇流条的电气接线箱作为第2实施方式，使用图4～5进行说明。The "electrical junction box" of the present invention is an electrical junction box mounted on an automobile and mainly performs power distribution. The electrical junction box includes: a block part provided with a bus bar receiving groove; in the bus bar housing described above. In addition, the "electrical junction box" of the present invention accommodates one bus bar or two bus bars in a shape obtained by dividing the one bus bar into two in a predetermined bus bar housing groove. Hereinafter, an electrical junction box in which one bus bar is accommodated in a predetermined bus bar storage groove will be described as a first embodiment using FIGS. 1 to 3 , and two bus bars are accommodated in a predetermined bus bar storage groove The electrical junction box of the present invention will be described as a second embodiment using FIGS. 4 to 5 .
(第1实施方式)(first embodiment)
如图1所示，本发明的第1实施方式的电气接线箱1A包括：合成树脂制的块部2；多个电子部件，其装载在该块部2的上表面侧；多条电线及多个汇流条，该多条电线及多个汇流条插入在块部2的下表面侧；及上盖，其安装在块部2的上表面侧。此外，块部2的“上表面”及“下表面”是以图1的上下方向为基准的本说明书中的称呼，未必一定与实际上将电气接线箱1A搭载在汽车上的状态下的“上表面”、“下表面”一致。As shown in FIG. 1 , an electrical junction box 1A according to a first embodiment of the present invention includes: a block portion 2 made of synthetic resin; a plurality of electronic components mounted on the upper surface side of the block portion 2 ; a bus bar, the plurality of electric wires and a plurality of bus bars inserted on the lower surface side of the block portion 2; and an upper cover installed on the upper surface side of the block portion 2. In addition, the "upper surface" and "lower surface" of the block portion 2 are terms in this specification based on the vertical direction of FIG. The upper surface" and "lower surface" are consistent.
如图1所示，在块部2的上表面侧设置有多个电子部件装载部。图1中的附图标记21是熔丝装载部，附图标记22是继电器装载部。另外，附图标记4是后述的用于判别被容纳在汇流条容纳槽25中的汇流条的种类的贯通孔。As shown in FIG. 1 , a plurality of electronic component mounting portions are provided on the upper surface side of the block portion 2 . Reference numeral 21 in FIG. 1 is a fuse mounting portion, and reference numeral 22 is a relay mounting portion. In addition, reference numeral 4 is a through-hole for discriminating the type of the bus bar accommodated in the bus bar accommodating groove 25 to be described later.
如图2所示，在块部2的下表面侧设置有多个汇流条容纳槽25～27及多个电线容纳部23、24。汇流条容纳槽25相当于权利要求书所记载的“预定的汇流条容纳槽”。在电线容纳部23中插入与电源侧连接的电线(即电源线)的端部及设置于该端部的连接器。该电线容纳部23在汇流条容纳槽25的两端各设置有1个，并与汇流条容纳槽25连通。在电线容纳部24中插入电线的端部及设置于该端部的端子金属件。As shown in FIG. 2 , a plurality of bus bar accommodating grooves 25 to 27 and a plurality of wire accommodating portions 23 and 24 are provided on the lower surface side of the block portion 2 . The bus bar storage groove 25 corresponds to the "predetermined bus bar storage groove" described in the claims. An end portion of an electric wire connected to the power supply side (that is, a power cord) and a connector provided at the end portion are inserted into the electric wire housing portion 23 . The electric wire housing portions 23 are provided one at each end of the bus bar housing groove 25 and communicate with the bus bar housing groove 25 . An end portion of an electric wire and a terminal metal fitting provided at the end portion are inserted into the electric wire accommodating portion 24 .
所述熔丝装载部21与位于该熔丝装载部21的下方的汇流条容纳槽25～27及电线容纳部24连通。所述继电器装载部22与位于该继电器装载部22的下方的电线容纳部24连通。The fuse loading portion 21 communicates with the bus bar receiving grooves 25 - 27 and the wire receiving portion 24 located below the fuse loading portion 21 . The relay loading portion 22 communicates with the wire receiving portion 24 located below the relay loading portion 22 .
在该电气接线箱1A中，在汇流条容纳槽25中，容纳图1所示的1个汇流条3。汇流条3具有：一对电源线连接部31、32，其配置在该汇流条3的两端；及多个熔丝连接部33，其在这一对电源线连接部31、32之间配列为1列。另外，附图标记34是使设置在块部2上的矛状部卡止的卡止孔。In this electrical junction box 1A, one bus bar 3 shown in FIG. 1 is accommodated in the bus bar housing groove 25 . The bus bar 3 has: a pair of power line connection parts 31, 32 arranged at both ends of the bus bar 3; and a plurality of fuse connection parts 33 arranged between the pair of power line connection parts 31, 32 for 1 column. In addition, reference numeral 34 is a locking hole for locking a lance provided in the block portion 2 .
所述一对电源线连接部31、32分别配置在上述的一对电线容纳部23内。各电源线容纳部31、32被形成为能够连接于上述的电源线连接器，但是，在电气接线箱1A中，在一对电源线连接部31、32之中的任一者上连接电源线连接器，不使用另一者。The pair of power cord connecting portions 31 and 32 are respectively arranged in the above-mentioned pair of electric wire receiving portions 23 . Each power cord accommodating part 31, 32 is formed so that it can be connected to the above-mentioned power cord connector, however, in the electrical junction box 1A, the power cord is connected to either one of the pair of power cord connection parts 31, 32 connector, do not use the other.
所述多个熔丝连接部33分别配置在位于汇流条容纳槽25的上方的多个熔丝装载部21内，与装置在该熔丝装载部21的各熔丝连接。The plurality of fuse connection parts 33 are respectively disposed in the plurality of fuse loading parts 21 above the bus bar receiving groove 25 , and are connected to the fuses installed in the fuse loading parts 21 .
在所述汇流条容纳槽25上设置有贯通孔4，该贯通孔4用于判别被容纳在该汇流条容纳槽25中的汇流条是上述的汇流条3还是将该汇流条3一分为二而成的2个汇流条3a、3b(参照图4。在第2实施方式中详细说明)。贯通孔4在块部2的上表面上开口。另外，贯通孔4设置在如下的位置：在汇流条容纳槽25中容纳有2个汇流条3a、3b时，位于该2个汇流条3a、3b的端部之间的空间。A through hole 4 is provided on the bus bar receiving groove 25, and the through hole 4 is used to judge whether the bus bar accommodated in the bus bar receiving groove 25 is the above-mentioned bus bar 3 or the bus bar 3 is divided into two parts. Two bus bars 3a and 3b formed in two (refer to FIG. 4. Details will be described in the second embodiment). The through hole 4 opens on the upper surface of the block portion 2 . In addition, the through-hole 4 is provided in a space between the ends of the two bus bars 3 a , 3 b when the two bus bars 3 a , 3 b are accommodated in the bus bar housing groove 25 .
在所述构成的电气接线箱1A中，如图3所示，能够容易地从贯通孔4判别在汇流条容纳槽25中容纳有汇流条。作为该判别方法，能够使用作业员从块部2的上表面侧目视贯通孔4的方法、或者使用照相机来确认的方法、或者将判别装置的销从块部2的上表面侧插入到贯通孔4中的方法等。In the electrical junction box 1A having the above configuration, as shown in FIG. 3 , it can be easily determined from the through hole 4 that the bus bar is housed in the bus bar housing groove 25 . As this discrimination method, a method in which an operator visually observes the through-hole 4 from the upper surface side of the block portion 2, or a method of checking with a camera, or inserting a pin of the discrimination device into the through-hole from the upper surface side of the block portion 2 can be used. The method in 4 et al.
如图4、5所示，本发明的第2实施方式的电气接线箱1B包括：块部2，其与第1实施方式的电气接线箱1A所使用的块部相同；多个电子部件，其装载在该块部2的上表面侧；多条电线及多个汇流条，该多条电线及多个汇流条插入在块部2的下表面侧；及上盖，其安装在块部2的上表面侧。此外，在图4～5中，对于与上述的第1实施方式相同的构成部分，标注相同的附图标记，省略说明。As shown in FIGS. 4 and 5 , an electrical junction box 1B according to a second embodiment of the present invention includes: a block portion 2 that is the same as that used in the electrical junction box 1A according to the first embodiment; Loaded on the upper surface side of the block portion 2; a plurality of electric wires and a plurality of bus bars inserted into the lower surface side of the block portion 2; and an upper cover mounted on the block portion 2 upper surface side. In addition, in FIGS. 4 to 5 , the same components as in the above-mentioned first embodiment are assigned the same reference numerals, and description thereof will be omitted.
在该电气接线箱1B中，在汇流条容纳槽25中容纳图4所示的2个汇流条3a、3b。这2个汇流条3、3b是将第1实施方式的电气接线箱1A所使用的汇流条3在其中央一分为二而成的形状的汇流条。详细地说明，2个汇流条3a、3b是将汇流条3的位于中央部的贯通孔4的部分(参照图3)冲裁(去除)而得到的汇流条。在电气接线箱1B中，在一个汇流条3a的电源线连接部31和另一个汇流条3b的电源线连接部32这两者上连接电源线的连接器。这2条电源线分别与不同系统的电源(例如电池盒与交流发电机)连接。In this electrical junction box 1B, two bus bars 3 a , 3 b shown in FIG. 4 are accommodated in a bus bar accommodation groove 25 . These two bus bars 3, 3b are bus bars 3 of a shape obtained by dividing the bus bar 3 used in the electrical junction box 1A of the first embodiment into two at the center. Described in detail, the two bus bars 3 a and 3 b are obtained by punching out (removing) the portion of the through hole 4 located in the center of the bus bar 3 (see FIG. 3 ). In the electrical connection box 1B, the connector of the power line is connected to both the power line connection portion 31 of one bus bar 3 a and the power line connection portion 32 of the other bus bar 3 b. These two power lines are respectively connected to power sources of different systems (such as battery box and alternator).
在所述构成的电气接线箱1B中，如图5所示，能够容易地从贯通孔4判别在汇流条容纳槽25中容纳有2个汇流条3a、3b。该判别方法与第1实施方式同样。即，在第1实施方式的电气接线箱1A中，如图3所示，汇流条3的中央部位于贯通孔4处，但是，在第2实施方式的电气接线箱1B中，如图5所示，存在的不同点是，贯通孔4处什么也没有(贯通孔4设置在2个汇流条3a、3b的端部之间的空间的位置)，因此，能够判别在汇流条容纳槽25中容纳有2个汇流条3a、3b。In the electrical junction box 1B having the above configuration, as shown in FIG. 5 , it can be easily recognized from the through hole 4 that the two bus bars 3 a , 3 b are housed in the bus bar housing groove 25 . This discrimination method is the same as that of the first embodiment. That is, in the electrical junction box 1A of the first embodiment, as shown in FIG. As shown, there is a difference in that there is nothing at the through hole 4 (the through hole 4 is provided at the position of the space between the ends of the two bus bars 3a, 3b), so it can be determined that the bus bar receiving groove 25 Two bus bars 3a, 3b are accommodated.
此外，上述的实施方式只不过是本发明的代表性的形态，本发明不限定于实施方式。即，能够在不脱离本发明的要点的范围内进行各种变形来实施。In addition, the above-mentioned embodiment is only a representative form of this invention, and this invention is not limited to an embodiment. That is, various deformation|transformation can be implemented in the range which does not deviate from the summary of this invention.
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| JP2014-030905 | 2014-02-20 | ||
| JP2014030905A JP6309301B2 (en) | 2014-02-20 | 2014-02-20 | Electrical junction box |
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| CN104868413A true CN104868413A (en) | 2015-08-26 |
| CN104868413B CN104868413B (en) | 2017-10-31 |
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Cited By (1)
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|---|---|---|---|---|
| CN111918492A (en) * | 2019-05-10 | 2020-11-10 | 矢崎总业株式会社 | Electrical connection box |
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Also Published As
| Publication number | Publication date |
|---|---|
| JP6309301B2 (en) | 2018-04-11 |
| CN104868413B (en) | 2017-10-31 |
| JP2015156751A (en) | 2015-08-27 |
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