DE102010015885B4 - Electrical distribution box - Google Patents

Abstract

A vertical distribution type electrical distribution box in which an electrical distribution box body (12) is disposed opposite to a vertical wall portion of a vehicle body panel (14), wherein a plurality of attachment leg portions (16, 18) project from the electric distribution box body (12) and the electric distribution box body (12 ) is attached to the vehicle body panel (14) by the attachment leg portions (16, 18), at least one of the attachment leg portions (16, 18) being formed as a separate structure to the electrical distribution box body (12); the separate attachment leg portion is provided at one end with a vehicle body panel mounting portion (46) and at the other end between a bottom surface of the other end and an upper end of the electrical manifold body (12) with a releasable engagement portion; and the separate attachment leg portion is provided on an upper surface with at least one drain groove (44) extending from the other end to the one end and open to the vehicle body panel (14) side.

Description

This invention relates to an electrical distribution box for mounting in a motor vehicle or the like, and more particularly, to an electric distribution box having an electric distribution box body having a waterproofing structure.

Usually, an electrical distribution box is provided in an electric circuit of a motor vehicle or the like. A wiring board, a control board, etc. are installed in the electric distribution box. The electrical distribution box is installed in a suitable position in the motor vehicle, for example in the passenger compartment or in the engine compartment.

An electrical circuit is severely damaged by water entering the electrical distribution box. Consequently, an arrangement location of the electrical distribution box in the motor vehicle is selected so that no water enters the electrical distribution box. However, it is very difficult to completely prevent water from entering the electrical distribution box.

To eliminate this problem, the beats JP 2000-13957 A a waterproofing structure in which a large waterproof lid is disposed on the electric junction box to cover an entire upper part of the electric junction box.

However, when the large waterproof cover is attached to the electric distribution box, it becomes impossible to avoid various problems such as an increase in the number of parts, an increase in manufacturing cost, and an increase in assembling steps. Further, since the large waterproof cover necessitates a large space for installing the electric distribution box in the automobile, it becomes difficult to practically use the waterproof cover.

Further, even if the waterproof cover covers the entire upper part of the electric distribution box, it is impossible to prevent water, for example, rain running down on the vehicle body, from reaching the electric distribution box. In other words, even if the waterproof cover can prevent water from hitting directly on the electric junction box, since the electrical junction box is fixed to the vehicle body panel, it is impossible to prevent rain water running on the vehicle body from coming to one Attachment section, for example, a clip to go from there to reach the electrical distribution box.

There is a vertical-type electrical distribution box in which an electric distribution box body faces a vertical wall portion of a vehicle body panel such as a partition wall or a side wall disposed in a foot space in front of a front seat of the passenger compartment. Since the electric distribution box is attached to the vehicle body panel by a bracket protruding from the electric box body in an electric distribution box of the vertical arrangement type, it is difficult to use an arrangement as in the above JP 2000-13957 A which connects clips which protrude from peripheries of a housing and a watertight cover.

The US 2004 0043647 A1 discloses an electrical distribution box in which an electrical distribution box body is attachable to a vehicle body panel having two attachment leg portions projecting from the electrical distribution box body, the electrical box body being attachable to the vehicle body panel by the attachment leg portions, the attachment leg portions being a separate structure from the electrical box body Distributor housing body are formed, and wherein the separate Anbringbeinabschnitt is provided at one end with a mounting portion for the vehicle body panel and at the other end between a lower surface of the other end and an upper end of the electrical distributor housing body with a releasable engagement portion.

The DE 10 2004 058 242 A1 describes a junction box assembly having a main body on which an electrical circuit is disposed and having at least one socket electrically coupled to the electrical circuit, a first cover covering a surface of the main body on which the electrical circuit is disposed a second cover covering another surface of the main body facing the one surface and having a plug associated with the at least one socket and a coupling unit securing the main body and the second cover to each other.

The DE 601 01 937 T2 describes an electric connection box having a terminal box body, a cable connecting portion for connecting cables provided on a surface of the terminal box body, and a waterproof cover for covering the cable connecting portion, which has a cover body with an opening formed in one side, and a cover-side wall portion which, together with the surface of the terminal box body, comprises a cable accommodating space for accommodating the cables and a portion for leading the cables out of the waterproof cover, the cover body being slidably movable in the plane of the surface of the terminal box body and the cover-side wall portion one side of the terminal box body is provided so as to close the opening.

In view of this, it is an object of the present invention to provide a vertical distribution type electrical distribution box having a novel structure such that water traveling on a vehicle body panel can be effectively prevented from hitting the electric distribution box body.

The solution of this object is achieved by the features specified in claim 1, wherein the dependent claims have advantageous developments of the invention to the content.

Thus, generally speaking, the present invention is directed to a vertical-type electrical distribution box wherein an electrical distribution box body is disposed opposite to a vertical wall portion of a vehicle body panel with a plurality of application leg portions projecting from the electric distribution box body and the electrical box body attached to the vehicle body panel by the attachment leg portions , Furthermore, at least one of the attachment leg portions is formed as a separate structure to the electric manifold body; the separate attachment leg portion is provided at one end with a mounting portion for the vehicle body panel and at the other end between a lower surface of the other end and an upper end of the electric manifold body with a removable engagement portion; the separate attachment leg portion is provided on an upper surface with at least one drain groove extending from the other end to the one end and open to the side of the vehicle body panel.

Since the drain groove on the upper surface of the separate attachment leg portion extends from the side of the other end of the leg portion to the one end side and is open on the side of the vehicle body panel, it is possible to remove water from the vehicle body panel to the separate attachment leg portion running, to flow toward the side of the vehicle body panel through the drain well. Thus, it is possible to prevent water flowing from the vehicle body panel to the separate application leg portion from reaching the electrical manifold body.

The electric distribution box may preferably use a structure in which the separate attachment leg portion on the vehicle body panel mounting portion is provided with an abutment plate to be superimposed on the vertical wall portion of the vehicle body panel, with the abutment plate fixed to the vehicle body panel and the abutment plate secured to an upper body End surface is provided with a Wasserblockiervorsprung which is spaced from the vehicle body panel and extending parallel to the vehicle body panel. Consequently, by the water blocking projection on the upper end surface of the abutment plate, it is possible to prevent water from flowing from the vehicle body panel to the separate application leg portion.

The electric distribution box may preferably use a structure in which the drain groove is provided in a central part in the width direction of an upper surface of the separate attachment leg portion and an upper surface of the separate attachment leg portion inclines toward the drain groove in the width direction from opposite sides. Thus, it is possible to effectively introduce water flowing on the separate application leg portion into the drain groove.

Furthermore, the electric distribution box may preferably use a structure in which the drain recess is provided with a water blocking wall at one end on one side of the electric distribution box body. Thus, it is possible to prevent water, which accumulates in the drain groove, from flowing down onto the electric manifold body.

Furthermore, the electric distribution box may preferably use a structure in which a bottom surface of the drain groove slopes downward from a side of the electric distribution box body toward a side of the vehicle body panel. Thus, it is possible to effectively dissipate water accumulated in the drain pit toward the side of the vehicle body panel.

In addition, the electric distribution box may preferably use a structure in which the separate attachment leg portion is provided at the other end with a portion of increased width covering the entire upper end surface of the electric distribution box body and with an engagement portion between a lower surface of the increased width portion and a portion top end of the electrical distribution box body is provided. Thus, it is possible to effectively prevent water flowing on the separate application leg portion from reaching the electric distribution box.

Further, the electric distribution box may preferably use a structure in which the separate application leg portion gradually increases in size size from one end for attachment to the vehicle body panel to the other end for attachment to the electric distribution box body. That is, since the separate attachment leg portion increases in width and thus in the flow path area, it is possible to prevent water from reaching the electric manifold body even if water flows on the upper surface of the separate attachment leg portion toward the side of the electric manifold body.

Also, the electric distribution box may use a structure in which the separate attachment leg portion has a coupling plate portion extending in a horizontal direction between opposite surfaces of the vehicle body panel and the electric distribution box body. Thus, it is possible to maintain a clearance between the electric distribution box body and the vehicle body panel. Therefore, even if water flows on the upper surface of the separate attachment leg portion toward the side of the electric distribution box, it is possible to prevent the water from reaching the electric distribution box body.

The invention will now be described in detail with reference to the accompanying drawings.

It shows:

1 a plan view of an embodiment of an electrical distribution box according to the present invention;

2 a side view of the electrical distributor housing from the top in 1 ago;

3 an enlarged longitudinal sectional view of a substantial part of the electrical distributor housing along line III-III in 1 ;

4 an enlarged longitudinal sectional view of a substantial part of the electrical distribution box along line IV-IV in 1 wherein an installed state of the electrical distribution box is shown on a vehicle body panel;

5 a bottom view of a portion of the electrical distribution box body which forms the electrical distribution box of the present invention, wherein an enlarged view of an engagement locking portion is shown;

6 a plan view of a clamp which forms the electrical distribution box of the present invention;

7 a view from the front on the bracket of 6 ; and

8th a longitudinal sectional view through the bracket along line VIII-VIII in 6 ,

Arrangements of the present invention for achieving the above object will be described below. It should be noted that components used in the subsequent arrangements can be combined with each other as far as is possible.

Referring now to the drawings, an embodiment of an electrical distribution box according to the present invention will now be described in detail for a better explanation of the invention.

The 1 to 4 show an electrical distribution box 10 an embodiment of the present invention. The electrical distributor housing 10 is a vertical-type electrical distribution box in which an electrical distribution box body 12 on a vehicle body panel 14 (please refer 4 ) by means of two cantilever struts or brackets 16 and 18 attached, which serve as mounting leg sections, wherein the electrical distributor housing body 12 to a vertical wall portion of the vehicle body panel 14 lies. In the following, refer to 1 an upper and lower direction, respectively, a substantially vertical direction.

More specifically, the electric distribution box body 12 contains according to 4 a hollow housing in which a wiring board, etc. are included. The housing has a rectangular inner housing part 20 and a rectangular outer housing part 26 with a peripheral wall 24 on which is larger than a peripheral wall 22 of the inner housing part 20 is. The inner and outer housing parts 20 and 26 are superimposed on the respective opening sides and joined together so that the peripheral wall 22 of the inner housing part 20 into the interior of the peripheral wall 24 of the outer housing part 26 fits (see 3 ). In the housing are connection terminals for connection to external circuits to electrical Lines provided in the electrical distribution box body 12 are located.

The electrical distribution box body 12 (outer housing part 26 ) is on each short side panel 28 with a passer-by 30 provided, which protrudes in the longitudinal direction from a central part of. In the present embodiment, a fitting rib 30 coming from the perimeter wall 22 of the inner housing part 20 protrudes, in a notch 32 the peripheral wall 24 of the outer housing part 26 used and the pass rib 30 is from an outer peripheral wall surface (outer peripheral wall surface of the electric distribution box body 12 ) of the peripheral wall 24 of the outer housing part 26 in front. Furthermore, each short side panel 28 on opposite sides with respect to the fitting rib 30 in the longitudinal direction with engagement locking portions 34 Mistake.

Each engagement locking portion 34 has a block shape projecting from the short-side wall surface as a whole. The engagement lock portion 34 is at a protruding end surface with a central recess 36 provided, which extends in the height direction of the short-side wall surface. A plate-shaped elastic engagement part 38 ( 3 ) is in the central recess 36 arranged. The plate-like elastic engaging part 38 is a cantilever-type elastic member extending from one end of the central recess 36 extends in the longitudinal direction to the other end (the right side opposite to a bottom surface of the electric distribution box body 12 in 3 ).

The engagement lock portion 34 is with housing-side engaging recesses 42 and 42 provided at sections which have opposite side walls 40 and 40 the central recess 36 define. The housing engagement recesses 42 and 42 are on opposite side panels (opposite sides of the short side panel 28 in the circumferential direction) of the engagement locking portion 34 open and extend parallel to the central recess 36 , The housing-side engagement recess 42 is on one end side in the height direction of the short-side wall surface 28 (on an insertion side of the brackets 16 and 18 as described later).

With regard to further details of the embodiment of, inter alia, the engagement locking portion 34 be on the parallel and simultaneous application with the priority of JP 2009-063571 dated 16.03.2009; the full disclosure is hereby incorporated by reference.

The separate brackets 16 and 18 be attached to the electrical distribution box body 12 grown. The electrical distribution box body 12 is about the brackets 16 and 18 on the vehicle body panel 14 attached so that the upper and lower direction in 1 becomes a vertical direction and the right and left direction a horizontal direction, wherein the bottom surface of the inner housing part 20 opposite the vertical wall portion of the vehicle body panel 14 lies. That is, the electrical distribution box 10 is a vertical-type electrical distribution box of the vehicle body panel 14 is worn in a vertical orientation.

In the present embodiment, when the electric distribution box 10 on the vertical wall portion of the vehicle body panel 14 is attached, the upper bracket 16 with drain recesses 44 Mistake. Below is the upper bracket 16 with reference to the 6 to 8th described.

The clip 16 is integral with opposite ends of a body portion 50 arranged, which serves as a connecting plate portion and has a sheet-side fixing portion 46 as the attachment portion on the vehicle body panel 14 serves and a housing-side attachment portion 48 for attachment to the electrical distribution box body 12 on.

The sheet-side fixing portion 48 has a bearing plate 44 for covering a fastening seat 52 on the vehicle body panel 14 , The investment plate 54 is with a bolt opening 56 Mistake. When a bolt enters the bolt hole 54 is introduced, the sheet-side fixing portion 46 fixed to the vehicle body panel (see 4 ). The investment plate 54 is at its upper end surface with a water blocking projection 58 provided, which extends along an edge opposite to the contact surface.

The body section 50 extends substantially in the vertical direction of the contact plate 54 the sheet-side fixing portion 46 , A width dimension of the body portion 50 gradually enlarges with progressive extension to the distal end.

In the present embodiment, reinforcing ribs extend 60 and 60 along opposite edges in the width direction of the body portion 50 and bridge between the bearing plate 54 and the body part 50 , This improves the strength of the clip 16 ,

The body section 50 is at a protruding end with the housing-side fixing portion 48 Mistake. The housing-side attachment portion 48 expands towards opposite sides of the body portion 50 in the width direction. In particular, in the present embodiment, the housing-side attachment portion 48 a size which is an entire short or narrow wall surface 28 of the electrical distributor housing body 12 covered. The housing-side attachment portion 48 defines a section of increased width.

The housing-side attachment portion 48 is on its lower surface with a receiving recess 62 ( 7 ) provided at a position corresponding to the fixing rib 30 of the electrical distributor housing body 12 is arranged.

The recording well 62 has a cross section corresponding to that of the fixing rib 30 and extends straight to the Vorstehrichtung the body portion 50 (A mounting direction on the electrical distribution box body 12 ). The recording well 62 is open in the direction of protrusion on opposite sides.

Furthermore, the housing-side fixing portion 48 on a lower surface with locking engagement portions 64 and 6 provided with respect to the receiving recess 62 in the widthwise direction on opposite sides (in a right and left direction in FIG 7 ) are arranged. Each locking engagement section 64 is seen on opposite sides in the width direction with a pair of clip-side engaging recesses 66 and 66 provided, which is rectilinear in the mounting direction of the electrical distributor housing body 12 extend. wall sections 68 and 68 stand from the clip-side engaging recesses 66 and 66 on opposite sides in the width direction of the locking engagement portion 64 in front. The clip-side engagement recesses 66 and 66 extend in the width direction of the locking engagement portion 64 inside and have opposite openings.

Each locking engagement section 64 is in a central part in the width direction with an engagement recess 70 provided between a pair of the clip-side engagement recesses 66 and 66 extends. The intervention recess 70 is at one end (attachment end to the electrical distribution box body 12 ) with an engaging projection 72 provided projecting from a recess bottom surface.

The clip is still on 16 on an upper surface with a central projection 74 of which a central portion in the width direction is substantially constant in cross section from the abutment plate 54 the sheet-side fixing portion 46 to the extension end of the housing-side fixing portion 48 has and is straight in the direction of extension of the body section 50 extends. The drain wells 44 extend along the central projection 74 on opposite sides of the projection 74 in its width direction.

The drain well 44 is with a water blocking wall 76 at one end of the housing-side fixing portion 48 Mistake. Furthermore, the drain recess passes 44 at one end of the sheet-side fixing portion 46 the investment plate 54 in the thickness direction. An opening end surface of the drain recess 44 in the investment plate 54 is closer to the side of the water blocking wall 76 as the contact surface of the contact plate 54 with the attachment point 52 and is from the vehicle body panel 14 spaced. In addition, a bottom surface of the drain recess 44 with a slight downward slope from the housing-side mounting portion 48 in the direction of sheet-metal attachment section 46 Mistake. Furthermore, the upper surface of the bracket 16 two downward slopes in the direction of drain well 44 in the width direction on opposite sides of the central projection 74 on.

If the upper bracket 16 at the electrical distribution box body 12 is attached, the passer-by 30 of the housing body 12 with the receiving recess 62 in the bracket 16 brought together and the engagement locking portion 34 of the housing body 12 becomes with the locking engagement projection 64 the bracket 16 brought together.

The upper bracket 16 is applied to the electrical distribution box body 12 attached by the following steps: the upper bracket 16 gets on the electrical distributor housing body 12 from the bottom surface side in the height direction of the case body 12 postponed; the connecting ribs 30 be in the recording pits 62 from the bottom surface side of the case body 12 introduced; the connecting ribs 30 be with the recording pits 62 brought together; the engagement lock portions 34 be in the engaging wells 70 in the locking engagement sections 64 introduced; and the engagement lock portions 34 be with the engaging pits 70 in the locking engagement sections 64 brought together.

For this, again, the parallel and simultaneous application with the priority of JP 2009-063571 dated 16.03.2009, whose disclosure content is fully incorporated by reference.

As described above, the fastening ribs are located 30 at one end opposite to the insertion side of the engagement ribs 30 in the receiving recess 62 if the upper bracket 16 at the electrical distribution box body 12 is appropriate. Furthermore, a side wall of the bracket-side engagement recess 66 in each locking engagement section 64 into the pair of housing-side engaging recesses 66 in each locking engagement section 64 used. Furthermore, the plate-like elastic parts 38 at the engagement projections 72 established. Thus, it is possible to prevent the upper bracket 16 in the removal direction of the electrical distribution box 12 emotional. When the plate-like elastic parts 38 at the engagement projections 72 can be locked, every elastic part 38 from every interventional advantage 72 be solved by a free end of the elastic part 38 towards the bottom surface of the engagement recess 70 is elastically deformed.

It will be understood from the above description that the engagement locking protrusions 34 and latch engagement sections 64 Form engagement portions in the present embodiment. Furthermore, if the upper bracket 16 at the electrical distribution box body 12 is attached, covers the housing-side mounting portion 48 the entire narrow-sided wall surface 28 of the electrical distributor housing body 12 from (compare. 1 - 3 ). Furthermore, if the upper bracket 16 on the vehicle body panel 14 is attached, the bottom surface of each drain well 44 in the direction of the vehicle body panel 14 inclined and the drain well 44 is toward the side of the vehicle body panel 14 open. An opening end surface of each drain well 44 in the direction of the vehicle body panel 14 is from the vehicle body panel 14 spaced (see 4 ).

Although the lower bracket 18 from the upper bracket 16 With respect to the external appearance, the attachment structure is the lower bracket 18 same as that of the upper bracket 16 , The lower bracket 18 is with a bolt opening 80 ( 1 ) in a mounting plate section 78 provided at a certain position to the vehicle body panel 14 is created. If a fixing bolt in the bolt hole 80 is introduced, the lower bracket 18 on the vehicle body panel 14 established.

If the electrical distribution box 10 on the vehicle body panel 14 is attached, lies the upper bracket 16 above the electrical distribution box body 12 and the drain wells 44 are located on the upper surface of the upper bracket 16 , Because the drain wells 44 in the direction of the vehicle body panel 14 open, water can be removed from the vehicle body panel 14 on the upper bracket 16 flows, over the drain wells 44 to the vehicle body panel 14 be dissipated. Thus, it is possible to prevent water from being applied to the electric distribution box body 12 meets.

Especially, in the present embodiment, the drain pits 44 along the central projection 74 are provided and the upper bracket 16 is provided on its upper surface with the downwardly extending surfaces, seen in the width direction from opposite sides to the drain recesses 44 run (see 1 and 7 ), it is possible to effectively collect the water from the vehicle body panel 14 to the upper bracket 16 flows and to the drain wells 44 respectively.

Because one end of each drain well 44 on the part of the electrical distribution box body 12 at the water blocking wall 76 is completed, it is possible to prevent water that is in the drain wells 44 has collected on the electrical distribution box body 12 flows.

Because the floor surface of each drain well continues 44 the slope down towards the vehicle body panel 14 has, it is possible that water, which is in the drain recesses 44 has collected, without resistance in the direction of the vehicle body panel 14 can flow.

Furthermore, in the present embodiment, a width dimension of the body portion 50 from the sheet-side fixing portion 46 to the housing-side attachment portion 48 gradually increases and the flow path area is made large, can be prevented, even if water, on the upper surface of the body portion 50 is present, in the direction of the electrical distributor housing body 12 flows, then this water the electrical distributor housing body 12 reached.

Further, in the present embodiment, the housing-side fixing portion 48 the entire narrow-sided wall surface 28 of the electrical distributor housing body 12 covered, it is possible to effectively prevent water on the electrical distribution box body 12 falls.

Furthermore, in the present embodiment, the water blocking protrusion 58 at the edge opposite the vehicle body panel 14 at the upper end of the bearing plate 54 is present, it is possible to prevent on the vehicle body panel 14 running water on the body section 50 flows.

For example, although the embodiment of the present invention has been described, the engaging portion is not limited to the structure according to the above embodiment. Also, the shape, number and arrangement position of the drain pit may be selected differently than in the embodiment. There are free design options.

Furthermore, the upper surface of the upper bracket 16 down from the housing-side attachment portion 48 to the sheet-metal mounting portion 46 like the drain well 44 be inclined. Thus, it is possible to more effectively prevent water from being poured down onto the electric box body 12 meets.

To that extent, a vertical-type electrical distribution box can be effectively prevented from water flowing down on a vehicle body panel coming down on the electric box body by providing an attachment leg portion separately from the electric box body and at one end with a vehicle body panel mounting portion at the other end between a lower surface of said other end and an upper surface of the electric distribution box body is provided with releasable engaging portions. The Anbringbeinabschnitt is at an upper

Surface provided with at least one drain recess extending from one end to the other end and is open to the side of the vehicle body panel.

LIST OF REFERENCE NUMBERS

10

Electrical distribution box

12

Electric distributor housing body

14

Vehicle body panel

16

Clamp (attachment leg section)

18

Clamp (attachment leg section)

34

Engagement lock portion (engagement portion)

44

drain recess

46

Sheet metal attachment section (mounting section for vehicle body panel)

48

Housing side attachment section (enlarged width section)

50

Body section (connecting plate section)

54

bearing plate

60

Water blocking projection

66

Lock engaging portion (engaging portion)

76

Water blocking wall

Claims (7)

An electrical distribution box of the vertical arrangement type in which an electrical distribution box body ( 12 ) relative to a vertical wall portion of a vehicle body panel ( 14 ), wherein a plurality of application leg sections ( 16 . 18 ) from the electrical distribution box body ( 12 ) and the electrical distribution box body ( 12 ) on the vehicle body panel ( 14 ) by the Anbringbeinabschnitte ( 16 . 18 ), wherein at least one of the attachment leg sections ( 16 . 18 ) as a separate structure to the electrical distribution box body ( 12 ) is trained; the separate application leg portion at one end with a mounting portion ( 46 ) for the vehicle body panel ( 14 ) and at the other end between a lower surface of the other end and an upper end of the electric manifold body ( 12 ) is provided with a releasable engagement portion; and the separate application leg portion on an upper surface with at least one drain recess ( 44 ) extending from the other end to the one end and to the side of the vehicle body panel (FIG. 14 ) is open. Electrical distributor housing according to claim 1, characterized in that the separate application leg section on the attachment section ( 46 ) for the vehicle body panel ( 14 ) with a contact plate ( 54 ) for application to the vertical wall portion of the vehicle body panel ( 14 ), the abutment plate ( 54 ) on the vehicle body panel ( 14 ) and the abutment plate at an upper end surface with a Wasserblockiervorsprung ( 58 ) provided by the vehicle body panel ( 14 ) and parallel to the vehicle body panel ( 14 ). Electrical distributor housing according to claim 1 or 2, characterized in that the drain recess ( 44 ) in the width direction of an upper surface of the separate attachment leg portion is disposed in a central part, wherein an upper surface of the separate attachment leg portion is inclined from opposite sides in the width direction toward the drain groove. Electrical distributor housing according to one of claims 1 to 3, characterized in that the drain recess ( 44 ) with a water blocking wall ( 76 ) at one end on the side of the electrical distribution box body ( 12 ) is provided. Electrical distributor housing according to one of claims 1 to 4, characterized in that a bottom surface of the drain recess ( 44 ) from one side of the electrical distribution box body ( 12 ) to a side of the vehicle body panel ( 14 ) is inclined downwards. Electrical distributor housing according to one of claims 1 to 5, characterized in that the separate Anbringbeinabschnitt in its width dimension gradually from an end for attachment to the vehicle body panel ( 14 ) to the other end for attachment to the electrical distribution box body ( 12 ) enlarged. Electrical distributor housing according to one of Claims 1 to 6, characterized in that the separate application leg section comprises a connecting plate section ( 50 ) located between opposite surfaces of the vehicle body panel ( 14 ) and the electrical distribution box body ( 12 ) extends in the horizontal direction.

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