JPH09193659A - Automobile door sealing body fitting device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To insert a fitting clip efficiently into a sliding insert hole provided in a holding panel and prevent the fall of the fitting clip. SOLUTION: A holding panel 5 with a door sealing body 6 is provided with a sliding insert hole 20 for inserting a fitting clip 9. The sliding insert hole 20 is formed into nearly key hole shape provided with a clip insert hole part 21 of almost complete round shape and an clip holding hole part 22 of oblong hole shape. The inner diameter of the clip insert hole part 21 is set to such a dimension that the axis 11 of a fitting clip 9 can be inserted without being limited by a rotating direction position and that a hole engaging piece 12 of the fitting clip 9 is locked. The minor axis of the clip holding hole part 22 is set to such a dimension that the axis 11 of the fitting clip 9 is nonrotatable and that the hole engaging piece 12 of the fitting clip 9 is locked. The fitting clip 9 can be inserted without adjusting its direction and slided after the insertion of the fitting clip 9, and the fitting clip does not fall from the sliding insert hole 20 even if the fitting clip 9 is rotated.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vehicle door seal attachment device for attaching a door seal body, which comes into contact with a door glass attached to an automobile door, to a door panel side.

[0002]

2. Description of the Related Art Generally, as shown in FIG. 4, a door glass 2 is mounted on a door panel 2 provided on a side surface of an automobile 1 so as to be vertically movable.
Is housed inside the door panel 2 by a drive source (not shown) or driven so as to project upward from the upper edge of the door panel 2.

At this time, a door frame 4 is fixed to the upper edge of the door panel 2 along the upper edge of the door panel 2 as shown in FIG. A holding panel 5 is fitted so as to surround the door frame 4. A door seal body 6 made of an elongated lip member is integrally provided on the upper edge of the holding panel 5, and the door seal body 6 is
The door glass 3 is configured to be in close contact with the outer surface of the vehicle for sealing.

On the other hand, the inside panel 5 of the holding panel 5
A slide insertion hole 7 is formed in a in the shape of an elongated hole, and the slide insertion hole 7 overlaps with a fixing hole 8 provided on the door frame 4 side of the holding panel 5. Wearing is done. The mounting clip 9 inserted through the slide insertion hole 7 of the holding panel 5 is fitted and locked in the fixing hole 8 on the door frame 4 side, whereby the holding panel 5 is mounted. The door seal body 6 is configured to be held via the.

At this time, the slide insertion hole 7 provided in the holding panel 5 is formed in a long hole shape having a long diameter in the longitudinal direction (horizontal direction) of the vehicle so as to absorb a mounting dimension error and the like. By adjusting the position of the holding panel 5 in the longitudinal direction of the slide insertion hole 7, the slide insertion hole 7 on the holding panel 5 side can be always overlapped with the fixed hole 8 side on the door frame 4 side.

The mounting clip 9 is particularly shown in FIG.
As shown in (a) and (b), a substantially hemispherical head 10, a shaft core 11 extending from the head 10, and a large number of sheets arranged in parallel in the axial direction of the shaft core 11. Hole engaging piece 12 provided
And Of these, the shaft core 11 is made of a hard resin material having a substantially cross-shaped cross section, and its tip portion is formed in a tip tower shape. Further, each of the hole engaging pieces 12 is formed of a substantially square front elastic member that extends like a blade from the shaft core 11 toward the outer side in the radial direction. That is, the head 10
It extends so as to taper toward the side.

When such a mounting clip 9 is inserted into the fixing hole 8 side of the door frame 4 through the slide insertion hole 7 of the holding panel 5, the hole engaging piece 12 of the mounting clip 9 is slidably inserted. The holes 7 and the fixing holes 8 come into contact with the opening edges of the holes 7 while being bent toward the head 10, and enter the opening 7 immediately after passing through the fixing holes 8 to return to the original position. As a result, the mounting clip 9 is locked and the holding panel 5 is fixed.

The holding panel 5 thus mounted on the door panel 2 side has a mounting clip 9 when assembled.
Is conveyed in a state of being inserted into the slide insertion hole 7, and the holding panel 5 with the attachment clip 9 attached is supplied to the assembly line and assembled by the above-described procedure.

[0009]

However, in the mounting structure of the holding panel 5 in the above-mentioned conventional device, the slide insertion hole 7 of the holding panel 5 is formed by a simple long hole, and therefore the holding panel 5 is held for the following reason. The mounting clip 9 may fall off from the slide insertion hole 7 of the holding panel 5 when the panel 5 is transported or when assembled.

Before describing the reason why the mounting clip 9 falls off the slide insertion hole 7, the dimensions of each part of the mounting clip 9 and the slide insertion hole 7 are defined as follows. First, as shown in FIG. 6, the shaft core 1 of the mounting clip 9
1, the outer end 11 on one side of the cross-shaped cross section
The distance between a and 11a, that is, the maximum outer diameter of the shaft core 11, is D, and four outer ends 11a and 11 having a cross-shaped cross section are formed.
a, 11a, 11a, a pair of adjacent outer ends 11
a set of parallel lines 11 obtained by connecting a and 11a together
Let E be the distance between b and 11b, that is, the minimum outer diameter of the shaft core 11.

Next, for each hole engaging piece 12 of the mounting clip 9, the length of one side of the substantially square shape, that is, the minimum outer diameter of this hole engaging piece 12 is the maximum outer diameter of the shaft core 11 described above. It is set to the same D. Further, the pair of outer ends 12a, 12a of the hole engaging pieces 12 in a substantially square diagonal direction.
The distance between them, that is, the maximum outer diameter of the hole engaging piece 12 is F.

On the other hand, as shown in FIGS. 7 and 8, with respect to the slide insertion hole 7 of the holding panel 5, the length of the straight line portion in the major axis direction of the elongated hole shape, that is, the longitudinal direction is B1, and the elongated hole shape is obtained. The shortest diameter of the above, that is, the inner diameter in the hole width direction orthogonal to the longitudinal direction is A1.

When the dimensions of each part of the mounting clip 9 and the slide insertion hole 7 are defined in this way, in the above-mentioned conventional apparatus, first, the minor axis A1 of the slide insertion hole 7 is the maximum of the shaft core 11 of the mounting clip 9. It is set larger than the outer diameter D (A1> D in FIG. 7B) and larger than the minimum outer diameter E of the shaft core 11 (A1> E in FIG. 7A). Therefore, when the mounting clip 9 is inserted into the slide insertion hole 7, the shaft core 11 may be in the state of "x" on the front side as shown in FIG. 7 (a), or the shaft core 11 as shown in FIG. 7 (b). Even if 11 is in the front “+” state, the shaft core 11 of the mounting clip 9 should interfere with the linear opening edge 7a of the slide insertion hole 7 regardless of the position in the rotation direction in any state. It can be inserted without.

On the other hand, as shown in FIG. 7A, the maximum outer diameter F of each hole engaging piece 12 in the mounting clip 9 is set larger than the minor diameter A1 of the slide insertion hole 7 (F>
A1), as shown in FIG. 7A, if the hole engaging piece 12 of the mounting clip 9 is set to the front “◇” state with respect to the slide insertion hole 7, a pair of diagonally connecting holes of the hole engaging piece 12 is formed. The corners 12a, 12a are engaged with the opening edge 7a of the slide insertion hole 7, so that the mounting clip 9 is locked. It should be noted that, when the mounting clip 9 is inserted into the slide insertion hole 7 in the state of FIG. Hole engaging piece 12 in clip 9
Corners 12a, 12a of the opening edge 7 of the slide insertion hole 7
a, but these corners 12a, 1
The portion 2a is inserted into the slide insertion hole 7 while being bent toward the head portion 10 and is opened immediately after penetrating to return to the original position, whereby the attachment clip 9 is brought into a locked state.

However, even if the mounting clip 9 is in the locked state as shown in FIG. 7 (a), the mounting clip 9 is rotated by about 45 ° for some reason, and as shown in FIG. 7 (b). The shaft core 11 is in the state of “+” on the front side, and the hole engaging piece 12
Is in the state of the front “□”, the hole engagement piece 12 does not engage with the opening edge 7 a of the slide insertion hole 7. This is because the length of one side of the hole engaging piece 12 of the mounting clip 9 that is a substantially square shape, that is, the minimum outer diameter D of the hole engaging piece 12 is set to be smaller than the minor diameter A1 of the slide insertion hole 7. Therefore, in this state, the attachment clip 9 will fall out of the slide insertion hole 7 during transportation or the like.

In order to solve such a problem of the attachment clip 9 coming off, in the apparatus shown in FIG. 8, the shortest diameter of the long hole of the slide insertion hole 7, that is, the minimum inner diameter A1 in the hole width direction orthogonal to the longitudinal direction. However, it is narrower than that of FIG. 7 described above, and the minimum inner diameter A1 of the slide insertion hole 7 is set smaller than the maximum outer diameter D of the shaft core 11 in the mounting clip 9 (A1 <D). That is, the minimum inner diameter A1 of the slide insertion hole 7 is set to a dimension between the maximum outer diameter D and the minimum outer diameter E of the shaft core 11 (E <A1 <
D).

According to the apparatus shown in FIG. 8, the minimum outer diameter E of the shaft core 11 in the mounting clip 9 is smaller than the minimum inner diameter A1 of the slide insertion hole 7 (E <A1).
As shown in FIG. 8A, the shaft core 11 in the mounting clip 9
Is set to the front "x" state, the mounting clip 9 can be inserted into the slide insertion hole 7, and after insertion, the pair of corner portions 12a on the diagonal line of the hole engaging piece 12 of the mounting clip 9 are inserted. , 12a are engaged with the opening edge 7a of the slide insertion hole 7, and the mounting clip 9 is locked.

Further, according to this apparatus, the slide insertion hole 7
Since the minimum inner diameter A1 of the mounting clip 9 is smaller than the maximum outer diameter D of the shaft core 11 in the mounting clip 9 (D> A1), the mounting clip 9 tries to rotate from the state of FIG. 8 (a) to the state of FIG. 8 (b). Also, the outer end 11a of the shaft core 11 has the slide insertion hole 7
Since the rotation is blocked by interfering with the linear opening edge 7a, the mounting clip 9 is maintained in the state of FIG. 8 (a).

However, in the apparatus according to FIG. 8 as described above, there is a problem in that the insertion of the attachment clip 9 is directional, and the attachment workability is deteriorated. That is, as described above, when the mounting clip 9 is inserted with the shaft core 11 in the front “x” state (the state of FIG. 8A), the mounting clip 9 is slid and inserted without causing interference of the shaft core 11. It can be inserted into the hole 7, but
As shown in FIG. 8B, even when the mounting clip 9 is inserted with the shaft core 11 in the front “+” state, the maximum outer diameter D of the shaft core 11 of the mounting clip 9 is larger than that of the slide insertion hole 7. Since it is larger than the minimum inner diameter A1 (D> A1), the shaft core 11 interferes with the linear opening edge 7a of the slide insertion hole 7, and the attachment clip 9 cannot be inserted into the slide insertion hole 7. .

Therefore, according to the present invention, the mounting clip can be inserted into the slide insertion hole provided in the holding panel, and at the same time, the mounting clip can be inserted into the slide insertion hole regardless of the orientation of the mounting clip. An object of the present invention is to provide a mounting device for a vehicle door seal body in which the mounting clip is always in a locked state and does not fall off if it is inserted into the inside.

[0021]

In order to achieve the above object, the present invention provides a door glass mounted on a door panel of an automobile, a door seal body arranged so as to be in close contact with the outer surface of the door glass, and the door seal. A holding panel attached to the door panel while integrally including a body, a slide insertion hole penetratingly formed in the holding panel in a long hole shape, and a holding panel fixed to the door panel side through the slide insertion hole And a mounting clip that has a predetermined maximum outer diameter D and a minimum outer diameter E and that extends radially outward from the shaft core and has a predetermined maximum diameter. In a mounting device for an automobile door seal body, comprising: a hole engaging piece having an outer diameter F and a minimum outer diameter D, the slide insertion hole is for inserting a substantially perfect circular clip having a predetermined inner diameter A. A substantially keyhole-shaped hole having a long hole-shaped clip position adjusting hole portion having a predetermined major axis and a minor axis C and extending so as to communicate with the clip inserting hole section. The inner diameter A of the clip insertion hole has a dimension (D <A <F) larger than the maximum outer diameter D of the shaft core of the mounting clip and smaller than the maximum outer diameter F of the hole engaging piece of the mounting clip. In addition, the minor diameter C of the clip position adjusting hole has a dimension smaller than the maximum outer diameter D of the shaft core in the mounting clip and larger than the minimum outer diameter E of the shaft core (D>C> E). ing.

According to the present invention having such a configuration,
The inner diameter A of the substantially circular clip insertion hole forming the slide insertion hole is the maximum outer diameter D of the shaft core in the mounting clip.
Since it is larger (D <A), the shaft center of the mounting clip can be inserted without interfering with the circular opening edge of the clip insertion hole portion in the slide insertion hole regardless of the rotational position of the shaft center. Therefore, the attachment clip can be inserted without having directivity with respect to the clip insertion hole portion of the slide insertion hole. In the mounting clip thus inserted into the clip insertion hole of the slide insertion hole, the hole engaging piece of the mounting clip engages with the circular opening edge of the clip insertion hole of the slide insertion hole. Then
It is retained as it is without falling off. This is because the maximum outer diameter F of the hole engaging piece in the mounting clip is set to be larger than the inner diameter A of the clip insertion hole portion of the slide insertion hole (F> A).

The attachment clip inserted through the clip insertion hole portion of the slide insertion hole as described above is for adjusting the clip position of the slide insertion hole when the shaft center of the attachment clip is in the front "+". It is not slid into the hole. This is because the minor diameter C of the clip position adjusting hole portion of the slide insertion hole is set to be smaller than the maximum outer diameter D of the shaft core in the mounting clip (C
<D), even if an attempt is made to slide to the clip position adjustment hole side of the slide insertion hole with the mounting clip shaft core in the “+” position on the front side, the outer end of the mounting clip shaft core will slide into the slide insertion hole. This is because it interferes with the linear opening edge of the clip position adjusting hole.

On the other hand, when the shaft center of the mounting clip in the clip insertion hole portion of the slide insertion hole is rotated to change the shaft core from the front "+" state to the front "x" state, the mounting clip shaft core Since the minimum outer diameter E is set smaller than the minor diameter C of the clip position adjusting hole of the slide insertion hole (E <C), the mounting clip slides into the clip position adjusting hole of the slide insertion hole. It will be possible.
This is because, in this case, the outer end of the shaft center of the mounting clip does not interfere with the linear opening edge of the clip position adjusting hole portion of the slide insertion hole. That is, with such a rotational direction position, the position of the mounting clip is adjusted, and an assembly error or the like can be absorbed.

Further, the mounting clip slid and moved to the clip position adjusting hole side of the slide insertion hole as described above hardly rotates from the state where the shaft core is in the front "x", and is in the state as it is. Held in. this is,
The minor diameter C of the clip position adjustment hole of the slide insertion hole is
This is because the setting is set to be smaller than the maximum outer diameter D of the shaft center of the mounting clip (C <D), and even if the mounting clip tries to rotate, the outer end of the shaft center interferes with the opening edge of the slide insertion hole to rotate. By being blocked.

In this state, the maximum outer diameter F of the hole engaging piece in the mounting clip is set to be larger than the short diameter C of the clip position adjusting hole portion of the slide insertion hole (F> C). The hole engaging piece of the clip always engages with the linear opening edge of the clip position adjusting hole portion of the slide insertion hole, and therefore the mounting clip is held on the holding panel side without falling off.

[0027]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of a mounting device for a vehicle door seal body according to the present invention will be described in detail below with reference to the drawings. Description of the embodiment of the present invention shown in FIGS. 1, 2 and 3 will be omitted by assigning the same reference numerals to the same components as those of the conventional device shown in FIG. However, since the present invention is characterized by the shape of the slide insertion hole 20 provided in the holding panel 5, the slide insertion hole 20 will be described in detail below. Since the mounting clip 9 is the same as that shown in FIG. 6 of the related art, the description thereof will be omitted.

As shown in FIGS. 1, 2 and 3, the slide insertion hole 20 provided in the holding panel 5 is
The clip insertion hole 21 is formed in a substantially key-like shape and has a substantially inner diameter A, and the clip insertion hole 21 extends in a substantially horizontal direction so as to communicate with the clip insertion hole 21. And an elongated hole 22 for adjusting the clip position.

Of these, the inner diameter A of the circular opening edge 21a of the clip insertion hole 21 is set to be larger than the maximum outer diameter D (see FIG. 6) of the shaft core 11 of the mounting clip 9 (D < A). Further, the inner diameter A of the clip insertion hole portion 21 is equal to the hole engagement piece 1 of the mounting clip 9.
2 is set to a size smaller than the maximum outer diameter F (A <
F).

On the other hand, the clip position adjusting hole portion 22 of the slide insertion hole 20 has an elongated hole shape having a predetermined major axis and minor axis C, and a pair of parallel linear opening edges extending in a substantially horizontal state. 22a, 22a are provided so as to be joined to a middle portion of the circular opening edge 21a of the clip insertion hole portion 21, and both openings are in communication with each other.

At this time, the clip position adjusting hole 2 is provided.
The minor axis C of 2 is set to be smaller than the maximum outer diameter D of the shaft core 11 in the mounting clip 9 (C <D). The minor diameter C of the clip position adjusting hole 22 is set to be larger than the minimum outer diameter E of the shaft core 11 of the mounting clip 9 (C> E).

As a matter of course, the slide insertion hole 2
In the entire key-shaped hole in which the clip position adjusting hole 21 of 0 and the clip inserting hole 22 are combined, the overall length B in the longitudinal direction is set to be larger than the inner diameter A of the clip inserting hole 21. (B> A).

According to the embodiment having such a configuration, the inner diameter A of the substantially circular clip insertion hole portion 21 forming the slide insertion hole 20 is the maximum outer diameter D of the shaft core 11 in the mounting clip 9. Since it is larger (D <A), the shaft core 11 of the mounting clip 9 interferes with the circular opening edge 21a of the clip insertion hole portion 21 of the slide insertion hole 20 regardless of the position of the shaft core 11 in the rotation direction. It can be inserted without doing. Therefore, the attachment clip 9 can be inserted without having directivity with respect to the clip insertion hole portion 21 of the slide insertion hole 20.

The mounting clip 9 thus inserted into the clip insertion hole portion 21 of the slide insertion hole 20 is
The hole engaging piece 12 of the mounting clip 9 is the circular opening edge 21a of the clip inserting hole portion 21 on the slide inserting hole 20 side.
And is held as it is without falling off. This is the maximum outer diameter F of the hole engagement piece 12 in the mounting clip 9.
However, the clip insertion hole 2 in the slide insertion hole 20
This is because it is set larger than the inner diameter A of 1 (F>
A).

When the attachment clip 9 is inserted into the clip insertion hole 21 of the slide insertion hole 20, the four corners 1 of the hole engagement piece 12 of the attachment clip 9 are inserted.
2a interferes with the opening edge 21a of the clip insertion hole portion 21, but each of these corner portions 12a has a head portion 10a.
It is inserted in the clip insertion hole portion 21 while being bent in the direction, is opened immediately after penetrating, and returns to the original position.

Further, as described above, the slide insertion hole 2
The attachment clip 9 inserted through the clip insertion hole 21 of 0 is slid to the clip position adjustment hole 22 side of the slide insertion hole 20 when the axis 11 of the attachment clip 9 is in the front “+” state. It will not be done. This is because the minor axis C of the clip position adjusting hole portion 22 in the slide insertion hole 20 is the axial center 11 of the mounting clip 9.
Is smaller than the maximum outer diameter D of (C <
D), even if the shaft 11 of the mounting clip 9 is slid toward the clip position adjusting hole portion 22 side of the slide insertion hole 20 while the shaft 11 of the mounting clip 9 is in the front "+" position, The end 11a is a straight opening edge 22a of the clip position adjusting hole portion 22 in the slide insertion hole 20.
Because it will interfere with.

On the other hand, when the shaft core 11 of the mounting clip 9 in the clip insertion hole portion 21 of the slide insertion hole 20 is rotated to change the shaft core 11 from the front "+" state to the front "x" state, Since the minimum outer diameter E of the shaft core 11 of the mounting clip 9 is set to be smaller than the minor diameter C of the clip position adjusting hole portion 21 in the slide insertion hole 20 (E <C), the slide insertion hole 20 The mounting clip 9 can be slid toward the inside of the clip position adjusting hole 22. This is because, in this case, the outer end 11a of the shaft core 11 of the mounting clip 9 does not interfere with the linear opening edge 22a of the clip position adjusting hole portion 22 in the slide insertion hole 20. This allows the mounting clip 9
Since the position of is adjusted, it is possible to absorb an assembly error and the like.

In this way, the mounting clip 9 slid and moved to the clip position adjusting hole 22 side of the slide insertion hole 20, the shaft core 11 hardly rotates from the state of the front "x", and the mounting clip 9 remains as it is. Held in a state. This is because the minor axis C of the clip position adjusting hole portion 22 in the slide insertion hole 20 is the axial center 11 of the mounting clip 9.
This is because it is set smaller than the maximum outer diameter D of (C
<D), even if the mounting clip 9 tries to rotate, the shaft core 11
This is because the outer end 11a interferes with the linear opening edge 22a of the clip position adjusting hole portion 22 in the slide insertion hole 20 to prevent rotation.

At this time, the maximum outer diameter F of the hole engaging piece 12 in the mounting clip 9 is set larger than the minor diameter C of the clip position adjusting hole portion 22 in the slide insertion hole 20 (F> C). ), The hole engaging piece 12 of the mounting clip 9 always engages with the linear opening edge 22a of the clip position adjusting hole portion 22 in the slide insertion hole 20, so that the mounting clip 9 does not fall off. Retained.

Although the invention made by the present inventor has been specifically described based on the embodiment, the invention is not limited to the above-mentioned embodiment, and various modifications can be made without departing from the scope of the invention. Needless to say. For example, the above-described embodiment is a device for fixing the midway portion in the longitudinal direction of the door seal body to the door body at several places, but the present invention is not limited to this.
The same can be applied to the holding panel integrally fixed with the end cap that fixes the terminal portion of the door seal body.

[0041]

As described above, the attachment device for a vehicle door seal body according to the present invention is provided with a holding panel having a door seal body for adjusting a substantially circular clip insertion hole and a long hole clip position. A slide insertion hole having a substantially keyhole shape having a hole portion is provided, and the inner diameter of the clip insertion hole portion can be inserted without the axial center of the mounting clip being limited to the position in the rotational direction. The size of the engagement piece is set so that the clip is adjusted, and the minor axis of the clip position adjustment hole is set so that the shaft center of the mounting clip cannot rotate.
In addition, since the hole engaging piece of the mounting clip is set to be locked, the mounting clip can be inserted into the slide insertion hole of the holding panel without adjusting the direction of the mounting clip. After the insertion, the slide movement is possible, and even if the attachment clip rotates, it can be prevented from dropping from the slide insertion hole. Therefore, according to the present invention, it is possible to prevent the attachment clip from falling off while improving the insertion workability of the attachment clip, and it is possible to enhance the reliability of the attachment device of the vehicle door seal body.

[Brief description of the drawings]

FIG. 1 is an exploded perspective view showing the structure of an attachment device for an automobile door seal body according to an embodiment of the present invention.

FIG. 2 is an explanatory front view showing an enlarged slide insertion hole of a holding panel in the device shown in FIG.

FIG. 3 is a front explanatory view showing a state in which a mounting clip is inserted into the slide insertion hole shown in FIG.

FIG. 4 is an external perspective view showing an automobile to which the present invention is applied.

FIG. 5 is an exploded perspective view showing the structure of a conventional vehicle door seal attachment device.

FIG. 6 shows a structure of a mounting clip,
(A) is a side surface explanatory view, (b) is sectional explanatory drawing which follows the BB line in (a).

FIG. 7 is a front enlarged explanatory view showing an engagement state between a slide insertion hole and a mounting clip in a conventional vehicle door seal body mounting device.

FIG. 8 is an enlarged front view showing a state of engagement between a slide insertion hole and a mounting clip in an improved proposal for a conventional vehicle door seal body mounting device.

[Explanation of symbols]

 5 Holding Panel 9 Mounting Clip 11 Shaft Core 12 Hole Engaging Piece 20 Slide Inserting Hole 21 Clip Inserting Hole 22 Clip Position Adjusting Hole A Inner Diameter of Clip Inserting Hole D Maximum Shaft Core Outer Diameter F Hole Engagement Maximum outside diameter of one piece C Minor diameter of hole for adjusting clip position E Minimum outside diameter of shaft core

Claims (5)

[Claims] 1. A door glass mounted on a door panel of an automobile, a door seal body arranged so as to be in close contact with an outer surface of the door glass, and a holding panel attached to the door panel while integrally including the door seal body. And a slide insertion hole penetratingly formed in the holding panel in a long hole shape, and a mounting clip penetrating the slide insertion hole to fix the holding panel to the door panel side. Predetermined maximum outer diameter D and minimum outer diameter E
Attachment of an automobile door seal body including a shaft core provided with a shaft engagement piece, and a hole engagement piece extending outward from the shaft core in a radial direction and having a predetermined maximum outer diameter F and minimum outer diameter D. In the apparatus, the slide insertion hole extends so as to communicate with a substantially circular clip insertion hole having a predetermined inner diameter A and a predetermined major diameter and a short diameter C. And a substantially keyhole shape having a long hole-shaped clip position adjusting hole portion, and the inside diameter A of the clip inserting hole portion is larger than the maximum outer diameter D of the shaft core of the mounting clip, and It has a size (D <A <F) smaller than the maximum outer diameter F of the hole engaging piece, and the short diameter C of the clip position adjusting hole is larger than the maximum outer diameter D of the shaft core in the mounting clip. Small and larger than the minimum outer diameter E of the shaft core (D>> Mounting device for an automobile door seal body characterized by having a E). 2. The full length diameter B of the slide insertion hole in the longitudinal direction in which the clip position adjustment hole portion and the clip insertion hole portion of the slide insertion hole described in claim 1 are combined.
Is larger than the inner diameter A of the clip insertion hole (B>
A device for mounting a door seal body for an automobile, which has A). 3. A mounting device for an automobile door seal body, wherein the shaft center of the mounting clip according to claim 1 has a substantially cross-shaped cross section. 4. The maximum outer diameter D of the shaft core of the mounting clip according to claim 3 is calculated from the distance between the outer ends of the four outer ends in the cross shape, which are diagonal to each other. In addition, the minimum outer diameter E of the shaft core is composed of a distance between a pair of parallel lines formed by connecting two adjacent outer ends of the four outer ends in the cross-shaped substantially cross shape. An attachment device for automobile door seals. 5. The hole engaging piece of the mounting clip according to claim 1 extends radially outward from the axis of the mounting clip and tapers in a direction opposite to the mounting clip insertion direction. An attachment device for a vehicle door seal body, which is made of a flexible elastic member having a substantially square front surface inclined to the front.