JP4667302B2 - Outer mirror - Google Patents

Description

  The present invention relates to an outer mirror mounted on a vehicle such as an automobile.

2. Description of the Related Art Conventionally, in an outer mirror of a vehicle such as an automobile, a technique in which a blinker lamp is built in the outer mirror is known (for example, see Patent Document 1).
This outer mirror has a two-piece structure including a housing main body and a housing cover. A winker lamp is disposed between the housing main body and the housing cover, and the winker lamp is housed by an opening formed in the housing cover. It is comprised so that it may be exposed to a cover.

By the way, since the blinker lamp is exposed to the front portion of the housing cover through the opening, the traveling wind easily flows into the housing cover through the gap in the opening, and the whistling sound that is an annoying wind noise is likely to be generated.
Therefore, conventionally, as shown in FIG. 10, a seal material 3 made of a material such as urethane foam is attached to the peripheral portion 2 a of the winker lamp 2 facing the opening edge 1 a inside the housing cover 1. The gap was closed with this sealing material 3. In such an outer mirror, since the gap is closed by interposing the sealing material 3, traveling wind that causes whistling noise is prevented from entering the housing cover 1. Become. The blinker lamp 2 is attached to the housing body 4.

JP 2002-96684 A

  However, in the above-described conventional outer mirror, since the whistling noise is prevented by interposing a sealing material, there is a problem in that it takes time to attach the sealing material and the assembly is complicated. . In particular, if there is a deviation in the position where the sealing material is applied, the effect of preventing the generation of whistling noise will be reduced, or the sealing material will be exposed from the opening and the appearance will be impaired. Careful work was required for pasting.

  In addition, the sealing material needs to be cut into a square shape, and there is a problem in terms of cost and resource saving because a wasteful portion appears.

  This is not limited to the outer mirror in which the winker lamp is exposed at the opening of the housing cover, but the assembly part is exposed at the opening provided in the appearance member (housing cover or the like) that constitutes the outer appearance of the outer mirror. The same applies to the outer mirror constructed as described above.

  The present invention has been made in view of such circumstances, and an outer mirror in which a blinker lamp is exposed in an opening of a housing cover, or an outer in which an assembly part is exposed in an opening provided in an external member constituting the appearance. An object of the present invention is to provide an outer mirror that can reduce the generation of whistling noise, has high productivity, and can achieve cost reduction.

In order to achieve the above object, an outer mirror of the present invention includes a housing body in which a rear-viewing mirror is accommodated in a rear portion, a housing cover attached to the front portion of the housing body, the housing body, and the housing cover. And a blinker lamp having a curved horizontally long surface exposed along a curved horizontally elongated hole-shaped opening formed between the front portion of the housing cover and the side of the cover. the Uinkaran provided integrally molded elastic piece flop, in a state of arranging the winker lamp between the housing cover and the housing body, in a state where the elastic piece is deformed on the front surface of the front Symbol housing cover by being in close contact, between the housing cover and the winker lamps being adapted to be closed The winker lamp includes a lamp unit, and a bottomed lamp cover for covering the sides from the back of the lamp unit, wherein the elastic piece is provided on the side of the lamp cover of the winker lamps, It is characterized by extending from the front end of the side portion of the lamp cover toward the side so as to be in close contact with the portion near the opening edge portion of the housing cover that becomes the opposing surface.

  According to this outer mirror, when the winker lamp is disposed between the housing body and the housing cover, the elastic piece integrally formed on one of the winker lamp and the housing cover is provided with the winker lamp and the housing cover. It is in close contact with the other surface in a deformed state, and the space between the housing cover and the blinker lamp is closed. Therefore, the traveling wind does not enter the housing cover through the gap of the opening, and the generation of whistling noise due to the traveling wind is reduced.

The winker lamp includes a lamp portion and a bottomed lamp cover that covers a side portion from a back portion of the lamp portion, and the elastic piece is provided on a side portion of the lamp cover of the winker lamp. cages, because it is configured to extend toward the side from the tip side of said lamp cover to close contact with the surface against vicinities of the opening edge portion of the housing cover to be opposed surface, the housing In a state where the blinker lamp is disposed between the main body and the housing cover, the elastic piece extending from the tip of the side portion of the lamp cover to the side faces the portion near the opening edge portion of the housing cover which becomes the opposing surface. In this manner, the space between the housing cover and the blinker lamp is closed.

The thickness of the elastic pieces, it is preferable to thin configurations than the thickness of the vicinity position of the opening edge portion serving as part of close contact.
Such According to the outer mirror, the thickness of the elastic piece, if thinner than the thickness of the vicinity position of the opening edge portion serving as part of the adhesion, the elastic piece is easily deformed in response to site of contact, the housing It becomes easy to block well between a cover and a blinker lamp. Therefore, the generation of whistling noise due to the traveling wind is effectively reduced.

The outer mirror of the present invention is disposed between a housing body in which a rear-viewing mirror is accommodated in a rear part, a housing cover attached to the front part of the housing body, and the housing body and the housing cover. A blinker lamp having a curved laterally long surface exposed along a curved laterally long hole-shaped opening formed from the front part of the housing cover to the side of the cover, the outer mirror comprising: In the state where the integrally formed elastic piece is provided and the winker lamp is disposed between the housing main body and the housing cover, the elastic piece is in close contact with the surface of the winker lamp in a deformed state, Between the housing cover and the winker lamp, the winker lamp is closed. Is provided with a shoulder portion that opposes the opening edge portion of the housing cover, and the elastic piece is provided in the vicinity of the opening edge portion of the housing cover, and is opposed to the shoulder portion of the winker lamp that is the opposing surface. It extends from the vicinity of the opening edge portion toward the shoulder portion of the winker lamp so as to be closely attached in a planar shape .

According to this outer mirror, when the winker lamp is disposed between the housing body and the housing cover, the elastic piece integrally formed with the housing cover is brought into close contact with the surface of the winker lamp in a deformed state. And the blinker lamp are blocked. Therefore, the traveling wind does not enter the housing cover through the gap of the opening, and the generation of whistling noise due to the traveling wind is reduced.
The winker lamp includes a shoulder portion that opposes the opening edge portion of the housing cover, and the elastic piece is provided in the vicinity of the opening edge portion of the housing cover, and the shoulder of the winker lamp serving as an opposing surface. The winker lamp is arranged between the housing main body and the housing cover since it extends from the vicinity of the opening edge portion toward the shoulder portion of the winker lamp so as to be in close contact with the portion in a planar shape. In this state, the elastic piece extending from the vicinity of the opening edge portion of the housing cover toward the shoulder portion of the winker lamp closely adheres to the shoulder portion of the winker lamp serving as the opposing surface, thereby The space between the cover and the blinker lamp is closed. Therefore, the traveling wind does not enter the housing cover through the gap of the opening, and the generation of whistling noise due to the traveling wind is reduced.

  According to the present invention, in the outer mirror in which the blinker lamp is exposed in the opening of the housing cover or in the outer mirror in which the assembly part is exposed in the opening provided in the external member constituting the external appearance, whistling noise is generated. An outer mirror that can be reduced, has high productivity, and can realize cost reduction is obtained.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the description, “front and rear”, “left and right”, and “up and down” are based on a state in which the outer mirror is attached to the vehicle body. In the following embodiments, an outer mirror in which a blinker lamp (one aspect of an assembly part) is exposed at an opening of a housing cover will be described.
1 is an external perspective view showing an outer mirror according to an embodiment of the present invention, FIG. 2 is a developed perspective view of the housing body and the housing cover, and FIG. 3A is a view of the housing cover from the rear side. FIGS. 3B and 3C are cross-sectional views for explaining the attachment of the blinker lamp to the housing cover.

  The outer mirror according to the present embodiment is a so-called door mirror attached to a side door of a car body of an automobile, and as shown in FIG. 1, a mirror base 10 that projects from a side surface of a side door or the like toward the side thereof. The mirror housing H is attached to the mirror base 10. A rear-viewing mirror 40 is accommodated in the rear opening Ha of the rear part of the mirror housing H, and a blinker lamp 50 is provided in a part extending from the front part H1 to the side part H2 of the mirror housing H. The mirror housing H has a two-piece structure including a housing body 20 and a housing cover 30, and a blinker lamp 50 is disposed between the housing body 20 and the housing cover 30. The outer mirror according to the present embodiment is an electric retractable type, and the mirror housing H is rotatably attached to a shaft (not shown) fixed to the protruding portion 10a of the mirror base 10.

Hereinafter, each part will be described in detail.
The mirror base 10 is made of synthetic resin, and is fixed to a mounting seat (not shown) formed at the front end of a side door (not shown).
The mirror housing H is made of synthetic resin and has a two-piece structure including the housing body 20 and the housing cover 30 as described above. The housing body 20 is made of a material such as ASA resin, and the housing cover 30 is made of a material such as ABS resin.

  As shown in FIG. 2, the housing body 20 has a plurality of holes 22 a formed in the front thereof, and a plurality of holes 22 a projecting from the inner surface of the housing cover 30 are formed in the plurality of holes 22 a. The housing cover 30 is attached to the front portion of the housing body 20 by locking the elastic locking pieces 32a (partially shown). In the attached state, the housing cover 30 is fixed in a state in which the positional deviation in the vertical and horizontal directions with respect to the housing body 20 is suppressed by the elastic force of the elastic locking piece 32a.

  The housing cover 30 has a curved laterally long opening 37 formed from the front part 31a to the cover side part 31b. The opening 37 exposes the lamp portion 51 of the turn signal lamp 50 disposed between the housing body 20 and the housing cover 30 (see FIG. 1). That is, the housing cover 30 has a structure in which the cover side portion 31b is not cut out by the opening 37 and is integrally connected.

As shown in FIGS. 3 (b) and 4 (a), the blinker lamp 50 includes a lamp portion 51 and a bottom surface of the lamp portion 51 (the rear surface when the outer mirror is attached to the vehicle body) to the side surface (same as above). A bottomed lamp cover 52 that covers the upper surface and the lower surface, and has a curved shape that can be disposed between the housing body 20 and the housing cover 30 (both see FIG. 2; the same applies hereinafter).
The lamp portion 51 has a base portion 51a welded to the lamp cover 52 and a curved laterally long portion (curved laterally long surface) 51b exposed along the opening 37 of the housing cover 30, and around the curved laterally long portion 51b. A shoulder part (opposing part) 51c formed on the inner side of the housing cover 30 faces the opening edge 37a (see FIG. 3A) inside the housing cover 30.
In addition, a light source 53 is disposed at the base end portion of the lamp portion 51 as shown in FIGS. As the light source 53, for example, an LED (Light Emitting Diode) is used.

  The lamp cover 52 is made of, for example, a material such as ASA resin, and has a bottomed shape covering the side surface from the bottom surface of the lamp portion 51 as shown in FIG. 3B, and includes a bottom portion 52a and a side portion 52b. ing. The base portion 51a of the lamp portion 51 is welded and fixed to the bottom portion 52a. As shown in FIG. 3C, the side portion 52b prevents the melted resin from flowing out at the time of welding. A welding groove 52c is formed between the lamp portion 51 and the side portion 52b.

As shown in FIG. 3B, the side portion 52b is provided with an elastic piece 54 at the tip portion by integral molding. The elastic piece 54 is extended from the front end of the side portion 52b toward the side (outward) so as to be in close contact with the portion 37b in the vicinity of the opening edge portion 37a of the housing cover 30 serving as a facing surface. Yes.
The elastic piece 54 is deformed when pressed by the vicinity 37b of the opening edge 37a of the housing cover 30 and bends corresponding to the inclination of the vicinity 37b of the opening edge 37a. In a bent state, it is elastic and comes into close contact with the vicinity 37b of the opening edge 37a.
In this embodiment, the thickness of the elastic piece 54 is made thinner than the thickness of the vicinity portion 37b of the opening edge portion 37a that becomes a close contact portion, and the elastic piece 54 is elastic in the process of being pressed by the vicinity portion 37b of the opening edge portion 37a. The piece 54 is easily deformed. Thus, the elastic piece 54 comes into surface contact with the vicinity 37b of the opening edge 37a in the process of pressing the elastic piece 54 against the vicinity 37b of the opening edge 37a. Therefore, stress does not concentrate in a narrow range of the vicinity portion 37b of the opening edge portion 37a, and the vicinity portion 37b of the opening edge portion 37a is pressed but hardly deformed. As a result, the appearance of the housing cover 30 is not impaired. Further, since the elastic piece 54 is in surface contact with the vicinity 37b of the opening edge 37a, the space between the housing cover 30 and the winker lamp 50 is well closed.

Further, as shown in FIG. 3B, the elastic piece 54 is formed with an angle so that the tip of the elastic piece 54 comes into contact with the vicinity 37b of the opening edge 37a first.
Furthermore, the elastic piece 54 is provided in a range where the traveling wind enters through the gap S between the opening 37 and the blinker lamp 50 when the elastic piece 54 is not provided. The elastic piece 54 may be provided entirely along the side portion 52b of the lamp cover 52.

Next, the assembly and operation of the outer mirror having such a configuration will be described.
In assembling the outer mirror, first, as shown in FIG. 2, the winker lamp 50 is fixed to the housing body 20 by using a fixing means such as a screw (not shown), and then the housing cover 30 is put on the housing mirror 30 to cover the housing. This can be done by locking the plurality of elastic locking pieces 32a of the housing cover 30 to the plurality of holes 22a of the main body 20, respectively.
When the housing cover 30 is fixed to the housing body 20, as described above, the elastic piece 54 provided on the winker lamp 50 is in close contact with the vicinity 37 b of the opening edge 37 a of the housing cover 30. Therefore, the following effects can be obtained.

That is, as shown in FIG. 5A, the elastic piece 54 is in close contact with the vicinity 37b of the opening edge 37a, so that the traveling wind does not enter through the gap S between the opening 37 and the blinker lamp 50. This reduces the generation of whistling sounds.
In addition, since the elastic piece 54 is formed by integral molding, there is no need to separately perform processing for preventing whistling noise during assembly, and a conventional sealing material can be used to reduce whistling noise. Since it is not necessary at all, the number of parts is reduced, there is no trouble in assembling, and there is no need for careful assembly work. Therefore, productivity is high and cost reduction can be realized.
Further, since the elastic piece 54 is formed at an angle so that the tip of the elastic piece 54 comes into contact with the vicinity 37b of the opening edge portion 37a first, the housing cover 30 is mounted on the winker lamp 50 as described above. In the process of being covered, this gradually presses against the vicinity 37b of the opening edge 37a, and the advantage of increasing the degree of adhesion is obtained. Therefore, the generation of whistling noise is further reduced.

  Further, since the elastic piece 54 is provided in a range where the traveling wind enters through the gap S between the opening 37 and the winker lamp 50 when the elastic piece 54 is not provided, the whistling sound can be efficiently reduced. . As shown in FIG. 5B, in the outer mirror of the present embodiment, the traveling wind hitting the front portion H1 side of the housing cover 30 then flows toward the side portion H2 side of the housing cover 30. The flow of airflow is formed. As a result, as the traveling speed of the vehicle (not shown) becomes higher, the traveling wind does not flow into the gap S1 located on the side H2 side of the housing cover 30, and even if the traveling wind flows, the whistle blows. There are very few things that do not cause noise. Therefore, even if the elastic piece 54 is not actively provided at a portion corresponding to this region, no whistling sound is generated. It should be noted that an elastic piece 54 may be provided at a portion corresponding to the gap S1 so that the traveling wind is blocked by the entire side portion 52b of the lamp cover 52.

FIG. 6 is an explanatory view showing a modification of the present invention. As shown in FIG. 6A, in this modification, an elastic piece 55 is provided by integral molding in the vicinity 37b of the opening edge 37a of the housing cover 30 toward the opening 37. As shown to (b), it is comprised so that the front end side of the elastic piece 55 may each closely_contact | adhere to the shoulder part 51c of the blinker lamp 50 in planar shape. As a result, the traveling wind does not enter through the gap S between the opening 37 and the blinker lamp 50. This reduces the generation of whistling sounds.
In addition, since the elastic piece 55 is formed by integral molding, there is no need to separately perform processing for preventing whistling noise during assembly, and a conventional sealing material can be used to reduce whistling noise. Since it is not necessary at all, the number of parts is reduced, there is no trouble in assembling, and there is no need for careful assembly work. Therefore, productivity is high and cost reduction can be realized.

  The elastic piece 55 is formed with an angle from the vicinity 37b of the opening edge 37a toward the shoulder 51c so that the tip of the elastic piece 55 comes into contact with the shoulder 51c of the winker lamp 50 first. Thereby, in the process in which the housing cover 30 is put on the winker lamp 50, the elastic piece 55 gradually presses against the shoulder portion 51c of the winker lamp 50, and the advantage that the degree of adhesion is increased can be obtained. Therefore, the generation of whistling noise is further reduced.

  The angle of the elastic piece 55 can be variously set as long as it is an angle close to the shoulder 51c in a planar shape. Further, in this example, as shown in FIG. 6B, the elastic piece 55 is configured to cover the welding groove 52c provided in the winker lamp 50 in a state where the elastic piece 55 is pressed against the shoulder 51c. However, the welding groove 52c may be opened.

  Further, as shown in FIG. 5B, the elastic piece 55 may be provided only in a range where the traveling wind enters through the gap S between the opening 37 and the blinker lamp 50. You may provide in the vicinity part 37b of the opening edge part 37a so that it may contact | adhere to the whole side part 52b.

FIGS. 7A and 7B are reference examples in which elastic pieces 55 ′ are brought into close contact with the side portions 52 b of the lamp cover 52 of the winker lamp 50 in a planar shape.
In this example, the distance L1 between the tip portions of the elastic piece 55 ′ is made smaller than the width L2 of the lamp cover 52, so that when the blinker lamp 50 is disposed between the elastic pieces 55 ′, the opposing surface The elastic pieces 55 ′ are in close contact with the side portions 52 b of the turn signal lamp 50.

  Further, the thickness of the elastic piece 55 ′ is made thinner than the thickness of the side portion 52 b that is a close contact portion, and the elastic piece 55 ′ is easily deformed in the process of being pressed by the side portion 52 b. Thereby, in the process in which the elastic piece 55 ′ is pressed against the side portion 52 b, the elastic piece 55 ′ is in good surface contact with the side portion 52 b and comes into close contact therewith. For this reason, traveling wind does not enter through the gap S between the opening 37 and the blinker lamp 50. This reduces the generation of whistling sounds.

  The elastic piece 55 ′ is formed at an angle so that the tip of the elastic piece 55 ′ comes into contact with the side portion 52 b first. In this example, the elastic piece 55 ′ is formed so as to have an angle orthogonal to the side portion 52b. However, the elastic piece 55 ′ is not limited to this, and the elastic piece 55 ′ is planar with respect to the side portion 52b. Various angles can be set as long as they are in close contact with each other.

As mentioned above, although embodiment which concerns on this invention was described, it is also possible to change these further variously and to use.
For example, the elastic piece 54 is not limited to the one provided at the tip of the side portion 52b, and may be formed integrally from a portion other than the tip portion toward the vicinity portion 37b of the opening edge portion 37a. A plurality of elastic pieces 54 and 55 may be provided on one side or both sides.

  In the embodiment, the outer mirror in which the blinker lamp 50 is exposed in the opening 37 of the housing cover 30 has been described. However, the outer mirror is not limited to this, and the outer appearance of the housing main body 20 and the housing cover 30 constituting the outer appearance is not limited thereto. An outer mirror including a member, an opening provided in the exterior member, and an assembly part attached so as to be exposed along the opening, and is integrally formed with one of the exterior member and the assembly part The elastic piece is provided, and the elastic piece is in close contact with the other surface of the external member and the assembled part so that the space between the external member and the assembled part is closed. Also good.

  Here, the assembly part refers to a part applied to the outer mirror, for example, a camera device that is incorporated in the outer mirror and projects the side of the vehicle body or the front of the vehicle body, or is incorporated in the outer mirror. An illuminating device or the like for illuminating around the feet on the road surface below the outer mirror when riding or after the vehicle is included, and a single member is also included. Even when these assembled parts are assembled to the outer mirror, the elastic piece integrally formed on one of the external member and the assembled part is provided on the other surface of the external member and the assembled part. The contact is made in a deformed state, and the space between the external member and the housing cover of the assembly part is closed. Therefore, there is an advantage that the traveling wind does not enter the outer mirror through the gap between the openings, and the generation of whistling noise due to the traveling wind is reduced.

  The inventors conducted a wind tunnel experiment on the above-described embodiment by the following method as to whether or not the whistling sound is actually reduced. That is, it is configured in the same manner as the outer mirror of the embodiment except that an outer mirror having an extension piece 5 mm extending on the side portion 52b of the winker lamp 50 and an elastic piece 54 such as this are not formed. Using the outer mirror as a comparative example, these were mounted on the front side doors of automobiles of the same vehicle type, and wind noise was measured by applying wind imitating running wind generated during automobile running.

  In addition, an experiment was conducted in which the wind noise was measured by changing the mounting angle of the outer mirror with respect to the front side door. As shown in FIG. 8 (a), the mounting angles are ± 5 degrees, ± 5 degrees from the predetermined mounting angle of the outer mirror to the front side door in the horizontal direction and the vertical direction, respectively, as shown in the following tables. The whistling sound when measured by 10 degrees and ± 15 degrees was measured. The numerical values in the table below indicate the degree of occurrence of whistling noise, and the numerical value “0” indicates a state where no whistling noise is generated. As the numerical value gradually increases, This represents a state where the occurrence is significant. Here, the numerical value “0” indicates a “good” state because no whistling sound is generated, and the numerical values “1” to “2.5” slightly generate the whistling sound, but are more than the comparative example. It shows a state of being “allowed” after being reduced, and a value of “2.5” or more shows a state of being “impossible” that is not reduced much compared to the comparative example due to the whistling sound.

  The measurement result of this experiment is shown in FIG. 8 (b), and the measurement result of the comparative example is shown in FIG. 8 (c). As apparent from FIG. 8 (b), in the embodiment, the state is good even if the angle is changed to any angle, and the wind noise (the whistling sound) of the so-called “pea” is not generated. confirmed. On the other hand, as is apparent from FIG. 8C, in the comparative example, not only the predetermined mounting state but also the state where the angle was changed was not possible.

  9A shows that the outer mirror of the embodiment measured in FIG. 8B shows the shoulder portion 51c of the blinker lamp 50 and the opening edge portion 37a of the housing cover 30 than the outer mirror. This is a configuration in which the interval is widened. As is clear from FIG. 9A, the state is good in almost the entire region except when the mounting angle is changed by +10 degrees upward, and a so-called “peep” high wind noise (the whistling sound) is generated. Confirmed not.

  Here, the measurement result in the outer mirror of the modified example shown in FIGS. 6 (a) and 6 (b) is shown in FIG. 9 (b). In the outer mirror, as described above, the elastic piece 55 is provided in the vicinity 37b of the opening edge portion 37a of the housing cover 30, and the elastic piece 55 closes the space between the housing cover 30 and the blinker lamp 50. Is. As is clear from FIG. 9B, it was confirmed that the state was good even if the angle was changed to any angle, and that a so-called “pea” high-pitched wind noise (flute sound) was not generated.

It is an external appearance perspective view which shows the outer mirror which concerns on one Embodiment of this invention. It is the expansion | deployment perspective view which similarly expanded the housing main body and the housing cover. (A) is the perspective view which looked at the housing cover from the rear side, (b) (c) is sectional drawing for demonstrating attachment of the blinker lamp with respect to a housing cover. (A) is a perspective view of a blinker lamp, (b) is a top view similarly, (c) is a side view from the arrow direction in FIG.4 (b). (A) is an expanded sectional view of the principal part, (b) is the schematic diagram which showed the mode of the running wind which hits a housing cover. (A) (b) is sectional drawing for demonstrating attachment of the blinker lamp with respect to the housing cover of a modification. (A) (b) is sectional drawing which shows a reference example. (A) is explanatory drawing which shows the change direction of the mounting angle of a mirror housing, (b) is a table | surface and graph which show the measurement result of a wind noise, (c) is a table and graph which shows the measurement result of a wind noise in a comparative example. is there. (A) and (b) are the table | surface and graph which show the measurement result of the wind noise in a modification. It is explanatory drawing of a prior art.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Mirror base 20 Housing main body 30 Housing cover 37 Opening part 37a Opening edge part 37b Neighboring part 40 Mirror 50 Winker lamp 51 Lamp part 51b Curved horizontal part 51c Shoulder part 52 Lamp cover 52a Bottom part 52b Side part 52c Welding groove 54 Elastic piece 55 Elasticity Piece H mirror housing S gap

Claims (3)

A housing main body in which a rear-viewing mirror is accommodated at the rear, a housing cover attached to the front of the housing main body, and disposed between the housing main body and the housing cover, and covers from the front of the housing cover A turn signal lamp having a curved horizontally long surface exposed along a curved horizontally elongated hole-shaped opening formed over the side part, and an outer mirror comprising:
The Uinkaran provided integrally molded elastic piece flop, in a state of arranging the winker lamp between the housing cover and the housing body, the adhesion in a state in which the elastic piece is deformed on the front surface of the front Symbol housing cover By being done, between the housing cover and the blinker lamp is closed ,
The winker lamp includes a lamp portion and a bottomed lamp cover that covers a side portion from a back portion of the lamp portion,
The elastic piece is provided on a side portion of the lamp cover of the winker lamp, and the side portion of the lamp cover is in close contact with a portion near the opening edge portion of the housing cover that is a facing surface. An outer mirror characterized in that it extends from the tip of the lens toward the side. The outer mirror according to claim 1, wherein the thickness of the elastic pieces, characterized in that less than the thickness of the vicinity position of the opening edge portion serving as part of close contact. A housing main body in which a rear-viewing mirror is accommodated at the rear, a housing cover attached to the front of the housing main body, and disposed between the housing main body and the housing cover, and covers from the front of the housing cover A turn signal lamp having a curved horizontally long surface exposed along a curved horizontally elongated hole-shaped opening formed over the side part, and an outer mirror comprising:
Before SL provided integrally molded elastic piece to the housing cover, in a state of arranging the winker lamp between the housing cover and the housing body, the adhesion in a state in which the elastic piece is deformed to the surface of the Uinkaran flop By being done, between the housing cover and the blinker lamp is closed ,
The winker lamp includes a shoulder portion facing an opening edge portion of the housing cover,
The elastic piece is provided in the vicinity of the opening edge portion of the housing cover, and the winker from the vicinity of the opening edge portion is in close contact with the shoulder portion of the winker lamp serving as a facing surface. An outer mirror characterized by extending toward the shoulder of the lamp.

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