JPS59171734A - Weather strip for car having glass guide - Google Patents

Abstract

PURPOSE:To facilitate fixing of a guide member by separately molding a synthetic resin guide member having a bent recess corresponding with projected form of an outerlip then integrally mounting said member at proper position on the outerlip. CONSTITUTION:A guide member 14 made of hard resin such as nylon resin is adhered to the projected projected section of an outerlip 13b. A bent recess 14a corresponding with the shape of projected section of outerlip 13b is formed on the bottom face of said guide member 14. Adhesives is applied on the projected section of the outerlip 13b to adhere the recess 14a of said guide member 14.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a weatherstrip with crowbars attached to the periphery of a door mounting opening of an automobile.

, shown in Figure 1/--Todotsubu Kuramadera cb, door crow 2 protruding upward from the door 1,1 yen.

2 hits the stopper hole 3, and at the same time the device M is inserted.
The weather l-IJ tube has the structure shown in FIG. That is, as shown in FIG. 2, the mounting body f) i. What the heck is K with Shishi Nell-4? The weatherstrip main body 6 is attached to the 9t h retainer 5, and the weatherstrip main body 6 has a main lip Oa with a large hollow part and an outer lip with a small hollow part. 6
b and force/ran. The outer lip 6b rises as shown in the figure and opens the window.
The vehicle was in a toppled state, and the door glass G crashed into the city limits from the top end.

In addition, the glass guide 7 is placed directly in front of the first part of the outer litho 76b. 1, 1, 3, if there is a slight deviation from the construction outside 1 rule, C' is the correct i.
＞Z hV: EC 组zu;”υJ is screaming. In addition, the crow guide 7 is on the upper side, 1 side +, z) i, H length jd outside case, when the car is moving, the 1/m car outside guide 11 becomes shell pressure vC (
It also has 1 and 1 and 2 as stoppers to prevent the door glass from moving.

MiT N's Crow Sword Id 7
It is impossible to make this material rigid and rigid on the outer lip 6b once it is connected to the outer lip 6b, for example, at the middle Q' steep point. To deal with this, I
As shown in Fig. 3, the weatherstrip main body 6 is cut at an arbitrary midpoint along the cutting line 8.9, and a hard synthetic resin material 10 such as nylon is attached to it. Rubber 11 is molded using a separate can mold, and while it is inserted into the Esast II tube body 6 marked with = and +, the 9 faces of the cut line 8° are vulcanized and bonded to form a glass guide. Alternatively, by using the retainer 5 shown in FIG. 2, a separate glass guide portion with one end inserted into the space between the retainer 5 and the outer lip 6b is provided, and the retainer 5 is mounted on the shoulder. method was used. However, in the case of a 911 person, there is a cost increase due to the increase in installation man-hours, and in the case of a 911 person, the 4g IJ brother of the crow guide member is used as a guide, which increases the production cost, and the search for a countermeasure. There were drawbacks such as the fact that the work was self-extinguishing.

The present invention eliminates the 11 points of tension that exist when installing the glass guide of the conventional door weather strip as described above, and makes it possible to install the glass guide with a simple operation.
The object of the present invention is to provide a M glass guide member and a weather strip to which the glass guide member is attached.

The details of the present invention will be explained below with reference to the drawings.

That is, FIG. 4 is a perspective view showing the first tie/lip 13a of the present invention, in which the integrally extruded weather strip main body 13 has a large hollow part as in the conventional case and has a tie/lip 13a. , small hollow part 1. f outer lip J
31) and an outlet base 13C.

The protrusion of the outer lip 13b is covered with nylon I and B'?
i W1 prefecture Kitaisei Kite club row consisting of 11 pieces'■
4 is in contact with this guide member 14.
1iIJj5 has a bent recess i+5J4a on the lower surface of the shaped part as shown in FIG. The following steps are followed when adhering the kite member 14. i+j generally one weather strip book 13
ff The rubber used is generally ethylene polybrene rubber or olefin rubber to improve weather resistance.
It is chemically stable because it is mainly composed of γ-accepting agents, etc., so its bending force is extremely low compared to other proboscises. Therefore, in carrying out the present invention, after chlorinating the surface of the outer lip 13b and the area where the guide member 14 is to be attached with a hydrochloric acid-based chemical, approximately 185 ml of water is removed.
Surface activation is performed by irradiating with 0X Shiba radiation.

After that, a cyanoacrylate treatment layer agent or a urethane treatment layer #:
By applying the mixture using a reagent and fitting the outer lip 43b made of the above-mentioned material h1, a very solid bonding layer is completed.

FIG. 6 shows another implementation νl of nine lights, with the kite member j5 on the outer lip and the eye 1 on rtr on jb.
After applying the same treatment as the 1i self-fired IJ, the retainer 16 was used to remove the fixed state. The kite member 156 also has a bent recess 1 on the ν mouth 1 plate surface shown in FIG.
The anchor fJls15b that is connected to 5a and extends forward by 1 has the form 1>lj L, and the anchor 1! : +b outside 1111 of weather strip body 13
While bending the retainer 16 along the shape, insert the i'i! of the retainer 16 from above. The result is that the part is subjected to a force of 1" pressure F Ltffl W. In this case, since the guide member 1b is fixed using not only the preservative but also the pressing effect of the retainer 16, it is possible to produce a solid-collapsed young rice on its own.

As explained above, the automatic military weather strip with glass kite according to the present invention is a combination of weather strips with bent recesses corresponding to the protruding shape of the outer lip protruding from the side. The guide member is molded separately, and the iron layer is integrally formed on the outer lip of the Li!16e.The feature is that it is an I4 structure, compared to the kite member mounting structure of the Li!111. It has the great advantage of reducing the cost and mechanical efficiency due to less man-hours and requiring fewer operations during installation.The guide member can be manufactured by following the molding method. easy to understand,
In addition, the present invention has been made possible by making one weather strip bamboo, which was said to be difficult to cut with one VC, by making it a strong resin-based bamboo. 1 Series Glass Guide N Weatherstrip 7i
% LH, 0 which is effective when used as a dual-purpose door weather strip.

[Brief explanation of the drawing]

Figure 1 is an external reading diagram of a car, Figure 2 is n-II of Figure 1
Figure 3 is a clear view along line F, Figure 3 shows the state of the conventional glass kite bow; 61A is a cross-sectional view showing an example of the present invention, and FIG. 7 is a % phase 1! shown in FIG. 6. It is a perspective view which shows the shape of the kite member which came out at /11. J:3・Weather strip body, ``3a Main lip, +:+b・Outer lip, J4. 15...Guide portion, 14a, 15a-Four bent parts, 15b Anchor T: iIS %16...Retainer. Figure 4 Figure 6 Figure 5

Claims (1)

[Claims] (1) Valve the four openings of the door gate and the LCQ retainer, close the door crow, and make the door crow protrude outward from the height of 1. Is the outer lip formed? Door Uniday Strip "41 ■ City Theater Rib・Extra 1 Rules ICi'
4' When the door glass is stopped, the top edge of the door glass is added to the door weather strip. Strip 4 (body 1; the exposed shape of the protruding outer rib and the concave t4is 14-r/) IF tj
lJ wayUr bX j'6 し buj Bow・I
J"i '11) IW: dThe kite member is integrally attached to the above-mentioned outer lip.