JP2002264649A - Vehicle sun visor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a vehicle sun visor having a structure for enlarging a light-blocking area. SOLUTION: The vehicle sun visor 1 includes an arm 4 mounted on a vehicle ceiling panel 10, and a visor body 2 rotatably attached to the arm 4 to rotate between a stored position in which it is raised to the ceiling panel 10 and a light-blocking position where it is lowered. An enlarging visor body 3, together with the visor body 2, is attached to the arm 4 in such a manner as to be rotatable between the stored position where it is raised to the panel 10 and the light-blocking position where it is lowered. When the enlarging visor body 3, together with the visor body 2, is in the light-blocking position, the light- blocking area is enlarged according to the enlarging visor body 3.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sun visor for a vehicle which is mounted on a vehicle such as an automobile and used to block light.

[0002]

2. Description of the Related Art Generally, a sun visor for a vehicle is provided with an arm mounted on a vehicle ceiling panel, a storage position which is rotatably mounted on the arm and is raised toward the vehicle ceiling panel, and a light blocking position which is lowered downward. And a visor body that rotates between the two. The light entering the vehicle is blocked by setting the visor body to the light blocking position, but the light blocking ability is limited by the area of the visor body and the movement (rotation) distance of the visor body. for that reason,
Depending on the light irradiation angle and the physique of the occupant, it was sometimes impossible to sufficiently block light. Therefore, conventionally, there has been a sun visor for a vehicle in which an extension plate is mounted in a visor body in order to improve a light blocking ability. The expansion plate is a plate member that is mounted in the visor body so as to be able to advance and retreat, and can be pulled out from the lower surface, the left side surface, or the right side surface of the visor body at the light blocking position. By pulling out the expansion plate, the light shielding area of the vehicle sun visor is expanded, and the light shielding ability is improved. However, this structure was complicated. For example, inside the visor body, it is necessary to provide a storage portion for storing the expansion plate, a rail for moving the expansion plate forward and backward, and a stopper for preventing the expansion plate from jumping out by its own weight. . For this reason, there have been problems such as a problem that the visor body has a complicated structure and a component cost is increased, a thickness of the visor body is increased, and a strength of the visor body in a thickness direction is weakened.

[0003]

SUMMARY OF THE INVENTION In view of the above problems, an object of the present invention is to provide a sun visor for a vehicle having a structure for extending a light shielding area.

[0004]

In order to solve the above-mentioned problems, the present invention is directed to a vehicle sun visor having a configuration as described in the above claims. Claim 1
According to the invention described in (1), the extended visor body is mounted on the arm for mounting the visor body on the vehicle ceiling panel together with the visor body so as to be rotatable between the storage position and the light blocking position. When the extension visor is in the light shielding position together with the visor body, the extension visor extends the light shielding area in accordance with the extension visor. That is, the light shielding area is expanded by the light shielding area according to the extended visor body in addition to the light shielding area by the visor body.
For example, when the place where light is shielded by the visor body is completely different from the place where light is shielded by the extended visor body, the light shield area is the light shield area of the extended visor body added to the light shield area of the visor body. Therefore, the light-shielding area of the vehicle sun visor is expanded by the expansion visor body, so that it is possible to sufficiently shield light from various light irradiation angles and occupant physiques. In addition, "the light-shielding area is expanded in accordance with the extension visor body" may be anything as long as the extension visor body shields a place in the visor body where light is not shaded. And may partially overlap.

Further, according to the present invention, the light shielding area can be expanded by an easy structure. That is, since the extension visor body is a constituent member different from the visor body, the structure of the visor body need not be complicated by the extension visor body. For example, there is no need for a structure for accommodating an expansion plate or the like inside the visor body as in the related art. Moreover, the extension visor body is mounted on the vehicle ceiling panel using the arm of the visor body which has been provided conventionally. Therefore, the extension visor body is mounted on the vehicle ceiling panel without increasing the number of parts. Therefore, the sun visor for a vehicle has a simple structure and a configuration in which the number of parts is small and the light shielding area can be expanded. Thus, the vehicle sun visor can be manufactured at low cost.

The "storage position" does not indicate one location, but indicates an area, and the "light-shielding position" does not indicate one location, but indicates an area. Therefore, the visor body and the extended visor body may be in the same area on the vehicle ceiling panel side, and may be in a form in which each is rotated to a storage position, which is another place, or the visor body and the extended visor body, In the same area lowered downward, the respective areas may be rotated to light shielding positions which are different places.

According to the second aspect of the present invention, the vehicle is rotatably mounted on the ceiling panel of the vehicle, between a storage position raised toward the vehicle ceiling panel and a light-shielding position lowered downward. The visor body includes a rotating visor body and an extended visor body. When the extended visor body is in the light shielding position together with the visor body, the light shielding area is extended along at least one side of the peripheral portion of the visor body according to the extended visor body. Therefore, the light shielding area is expanded by the light shielding area according to the extended visor body in addition to the conventional light shielding area by the visor body. Therefore, the light-shielding area of the vehicle sun visor is expanded by the expansion visor body, so that it is possible to sufficiently shield light from various light irradiation angles and occupant physiques.

Further, when the extension visor body and the visor body are together in the light shielding position, they extend along at least one side of the peripheral edge of the visor body. There is no (small) gap between them, and light hardly leaks from the gap. Therefore, light can be satisfactorily shielded. Moreover, the expansion visor body efficiently expands the light shielding area. That is, since the extension visor body is along the visor body, the light-shielding place by the visor body and the light-shielding place by the extension visor body have no or little overlapping area. Therefore, the light-shielding area expanded by the extension visor body is almost equal to the light-shielding area of the extension visor body, and the extension visor body can efficiently increase the light-shielding area with a small shape.

Further, since the extension visor body has a shape along the visor body, when the extension visor body is along the visor body, the extension visor body becomes integral with the visor body in appearance. Therefore, the appearance of the extended visor body and the visor body is good. Further, according to the present invention, the light shielding area can be expanded by an easy structure. That is, since the extension visor body is a constituent member different from the visor body, the structure of the visor body need not be complicated by the extension visor body. For example, there is no need to provide an extension plate or the like inside the visor body. Therefore, the structure of the vehicle sun visor has an easy structure, and the vehicle sun visor can be manufactured at low cost.

The visor body and the extended visor body only need to be configured so that they can rotate between the storage position and the light shielding position. For example, each of the visor bodies and the extension visor bodies can be rotatably mounted on an arm separately mounted on a vehicle ceiling panel. There is a form in which both members are rotatably mounted on one arm mounted on the vehicle ceiling panel, and both members are rotated with respect to the arm.

According to the third aspect of the present invention, when both members of the visor body and the extended visor body are simultaneously turned to the light blocking position from the state where both members are in the storage position, the two members are engaged with each other. At least one of the two members is provided with an engaging portion for simultaneously rotating both members when one of the two members is rotated. Therefore, if one of the members of the visor body and the extended visor body is in the storage position and one of the members is rotated, the engaging portion engages the two members, and the other member that is not rotated also rotates. Move. Therefore, the occupant can easily rotate both members from the storage position to the light blocking position, and the vehicle sun visor is easy to use.

[0012] The term "engagement between the two members" means that the engaging portion mounted on one contacts the other and holds and latches the other. Any configuration may be used as long as the other is linked. For example, there are the following forms. The visor body has an engaging portion projecting toward the extended visor body, and the engaging portion engages with the front, back, or side surface of the extended visor body, or an engaging portion such as a spring from which the visor body can protrude. A configuration in which the engaging portion protrudes and engages with the extended visor body, or the visor body has a slidable engaging portion, and the engaging portion is slid to the extended visor body side to thereby extend the extended visor body. Or a form in which the engaging portion is provided on the extension visor body side. When the visor main body and the extended visor body are simultaneously set at the light shielding position, the light shielding area is the largest, and it is frequently used.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings. As shown in FIG. 1, a vehicle sun visor 1 is mounted on a vehicle ceiling panel 10 above the driver's seat and the front passenger seat. This vehicle sun visor 1
A visor main body 2 having a plate shape, an extended visor body 3 formed in a substantially U shape along the periphery of the visor main body 2, and an arm 4 for mounting these to a vehicle ceiling panel 10 are mainly configured.

The arm 4 has a horizontal axis 40 and a vertical axis 41 as shown in FIG.
The visor body 2 and the extension visor body 3 are rotatably mounted on the visor body 0. Therefore, the visor body 2 and the extended visor body 3
The storage position is raised to the vehicle ceiling panel 10 as shown in FIG. 1 by rotating about the horizontal axis 40 as an axis, and the storage position is lowered from the vehicle ceiling panel 10 to the windshield 11 side. Respectively. In other words, the visor body 2 and the extended visor body 3
With the same axis as the rotation axis, the rotation is performed at the positions arranged side by side. The longitudinal end 41 of the arm 4 is rotatably attached to the vehicle ceiling panel 10 (see FIG. 1) via the bracket 5 at the distal end. Therefore, when the vertical axis 41 is rotated about the axis, the horizontal axis 40 is rotated from the windshield 11 side to the side glass 12 side. The visor body 2 and the extended visor body 3 are also moved from the light shielding position (position on the side of the windshield 11) along the horizontal axis 40 to the side glass 12.
Pivots to the side position.

As shown in FIG. 3, the visor body 2 has a core member 20 formed in a hollow plate shape, and a skin 21 is mounted on the surface of the core member 20. An arm support member 22 for rotatably supporting the horizontal shaft 40 of the arm 4 is attached inside the upper right end of the core member 20.
The horizontal shaft 40 is supported by the arm support member 22 by inserting the horizontal shaft 40 into the through hole provided in the second support 2. As a result, the visor body 2 is rotatable about the horizontal axis 40.

As shown in FIGS. 4 and 5, an upper central portion of the arm support member 22 is formed in an opening shape to expose the horizontal shaft 40, and a leaf spring 23 is attached to the opening.
The leaf spring 23 has a substantially U-shaped cross section, and both ends on the opening side are attached to the arm support member 22. The horizontal axis 40 is inserted into the leaf spring 23. However, since the width of the leaf spring 23 is smaller than the diameter of the horizontal axis 40, the leaf spring 23 is elastically expanded by the horizontal axis 40. Therefore, when rotating the visor body 2, friction acts between the horizontal shaft 40 and the leaf spring 23, and the visor body 2 is rotated with a sense of moderation.

As shown in FIG. 5, the horizontal axis 40 is provided with a chamfered portion 40a which is chamfered and formed in a planar shape. When the visor main body 2 is rotated between the light shielding position and the storage position, the chamfered portion 40a rotates relatively to the leaf spring 23. And the chamfered part 40a is a leaf spring
In the case where the leaf spring 23 comes into contact with the leaf spring 3, the expansion width of the leaf spring 23 is the smallest. Therefore, the leaf spring 23 and the horizontal axis 40
The leaf spring 23 and the chamfer 40 are formed by the elastic force of the leaf spring 23.
a comes into contact with the leaf spring 23 and the horizontal axis 40.
Obtains an urging force that is relatively rotating. When the chamfered portion 40a contacts the leaf spring 23, the visor body 2
Is the state of the storage position. That is, the visor body 2 is urged to the storage position by the leaf spring 23.

A tubular support shaft 42 is mounted on the left side of the upper end of the visor body 2 at a position aligned with the axis of the horizontal shaft 40, as shown in FIG. The support shaft 42 is detachably hooked on a hook 43 fixed to the vehicle ceiling panel 10 as shown in FIG. When the support shaft 42 is hooked on the hook 43, the support shaft 42 can rotate with respect to the hook 43. As the support shaft 42 rotates with respect to the hook 43, the visor body 2 rotates with respect to the vehicle ceiling panel 10. Therefore, when the visor body 2 rotates between the storage position and the light blocking position, the visor body 2 rotates about the horizontal axis 40 and the support shaft 42 as the rotation axis.

As shown in FIGS. 1 and 2, the extended visor body 3 has a substantially U-shape along the peripheral edges of the right end, the lower end, and the left end of the visor body 2. In other words, the extended visor body 3 except for the pivot end side of the visor body 2
It is formed in a shape surrounding the visor body 2. Further, the thickness, the core material structure, and the skin material of the extended visor body 3 are substantially the same as those of the visor main body 2 as described below, and a sense of unity with the visor main body 2 is obtained.

The extended visor body 3 has a core member 30 formed in a hollow plate shape as shown in FIG.
1 is attached. An arm support member 32 for rotatably supporting the horizontal axis 40 of the arm 4 is attached inside the upper right end side of the core member 30 as shown in FIG. The horizontal shaft 40 is supported by the arm support member 32 by inserting the horizontal shaft 40 into the through hole. Thereby, the extended visor body 3 is rotatable about the horizontal axis 40.

Further, as shown in FIG.
The upper central portion has an opening to expose the horizontal axis 40, and a leaf spring 33 is attached to this opening. The leaf spring 33 has the same shape and action as the leaf spring 23 in the visor body 2 (see FIG. 5), and when rotating the extended visor body 3 with respect to the horizontal axis 40, 40 and leaf spring 3
Friction acts between the three, giving a sense of moderation. In addition, leaf spring 33
Generates an urging force due to its elastic force and the chamfered portion 40a of the horizontal axis 40, and urges the extended visor body 3 to the storage position.

FIG. 4 shows a position aligned with the axis of the abscissa 40 and on the inner surface on the left side of the extension visor body 3.
As shown in FIG. 5, a cylindrical hole groove 52 is provided. The hole groove 52 opens an inner side surface which is an opposing surface side of the visor main body 2. As shown in FIG. 4, the horizontal axis 40 is also provided on the outer surface of the visor body 2 facing the hole groove 52.
A cylindrical hole groove 51 is provided at a position aligned with the axis of the hole. The hole groove 51 opens an outer side surface which is an opposing surface side of the extended visor body 3. Grooves 51, 5
As shown in FIG. 4, a cylindrical shaft 50 is mounted on 2, and the extended visor body 3 and the visor main body 2 are rotatably mounted by the shaft 50. Therefore, when the extension visor body 3 rotates between the storage position and the light blocking position,
The shaft body 50 and the horizontal axis 40 rotate about a rotation axis. In addition, it can be said that the shaft body 50 is provided on the extended visor body 3 or the visor main body 2.

As shown in FIG. 3, the extension visor body 3 has substantially the same thickness as that of the visor body 2, and when the extension visor body 3 and the visor body 2 are along, the configuration of the visor body 2 The surface (front surface, back surface) and the constituent surface of the extended visor body 3 are substantially on the same plane. As shown in FIG. 3, the extended visor body 3 is provided with a recess 34 along the inner periphery, that is, along the peripheral side of the visor body 2. And the recess 34
Has an opening on the side (lower side) facing the occupant in the storage position and on the inner peripheral side. Due to the concave portion 34, the thickness of the inner peripheral side of the extension visor body 3 is reduced, and when the visor body 2 and the extension visor body 3 are both in the storage positions as shown in FIG. 3, the visor body 2 and the extension visor body 3 The edge of the visor body 2 is exposed due to the difference in the thickness of the visor. Therefore, when the visor body 2 and the extended visor body 3 are in the storage position and only the visor body 2 is turned to the light blocking position, the occupant inserts a finger or the like into the recess 34 and grasps the edge of the visor body 2. The visor body 2 can be lowered to the light shielding position.

The inner peripheral side surface of the extended visor body 3
As shown in FIG. 2, the visor body 2 has an engaging portion 35 protruding toward the visor body 2 side. The engagement portion 35 is provided on a surface side facing the vehicle ceiling panel 10 in the storage position. Then, in a state where both members of the extended visor body 3 and the visor main body 2 are in the storage position as shown in FIG. 3, the engagement portion 35 comes into contact with the surface of the visor main body 2 facing the vehicle ceiling panel 10.
Therefore, when only the extended visor body 3 is rotated downward in a state where both members of the visor body 2 and the extended visor body 3 are in the storage position as shown in FIG. The visor body 2 is engaged (contacted) and the visor body 2 is lowered. Therefore, the visor main body 2 is rotated by the engagement portion 35, and the occupant can rotate both members at once by rotating the extended visor body 3.

The sun visor 1 for a vehicle is configured as described above. Therefore, the occupant can shield the light by various methods when attempting to shield the light. That is, as shown in FIG. 1, only the visor body 2 is in the light blocking position and the extended visor body 3 is in the storage position, and as shown in FIG. 2, both the visor body 2 and the extended visor body 3 are in the light blocking position. In this state, both the visor main body 2 and the extended visor body 3 are set to the side positions as indicated by the imaginary lines in FIG. Therefore, the occupant can easily block the light even when the light irradiation angle is different or depending on the physique of the occupant. Moreover, the light shielding area can be changed to be expanded by the expansion visor body 3 or to be a light shielding area of only the visor body 2.

Further, light can be efficiently shielded by the shape of the extended visor body 3. That is, the extended visor body 3
Is formed along the periphery of the visor body 2, so that when the extended visor body 3 is along the visor body 2, the space between the extended visor body 3 and the visor body 2 becomes narrower, and light leaking from between the two members And the light shielding place is integrated, so that it is easy to use. Moreover, the engaging portion 35 provided on the extension visor body 3
Engages (contacts) with the visor body 2, the gap between the two members is reduced by the engagement portion 35, and light leaking from between the two members is further reduced.

Further, the visor body 2 and the extended visor body 3 can be easily rotated. That is, when both members of the visor body 2 and the extended visor body 3 are both in the storage position as shown in FIG. 3 and the two members are rotated to the light shielding position, only the extended visor body 3 is rotated. , The engaging portion 35 engages the extended visor body 3 and the visor body 2, and the engaging portion 3
5 rotates the visor body 2. As a result, by rotating one member, both members can be simultaneously rotated. When only the visor body 2 is rotated from the state shown in FIG.
Can be held, so that only the visor body 2 can be easily rotated.

Since the extended visor body 3 and the visor body 2 are both mounted on the vehicle ceiling panel 10 by the same arm 4, by rotating the arm 4 about the longitudinal axis 41, both members can be easily connected. At the same time, it can rotate to the side glass 12 side. The extended visor body 3 includes an arm 4 and a shaft body 5.
The extended visor body 3 can be stably rotated because it is configured to be rotatable by the two axes 0.

Further, the configuration for expanding the light shielding area can be achieved with a simple configuration. That is, since the extension visor body 3 has a structure different from that of the visor body 2, there is no need to provide a complicated structure having an extension plate inside the visor body 2 as in the related art. 3 can be configured by an easy structure. In addition, since the extended visor body 3 and the visor body 2 are both mounted on the vehicle ceiling panel 10 by the same arm 4, members can be shared. Therefore, the vehicle sun visor 1 can suppress an increase in cost by simplifying the configuration and preventing an increase in the number of parts.

The present invention is not limited to the above embodiment, but may be a vehicle sun visor 6 having a structure shown in FIG. As shown in FIG. 6, the vehicle sun visor 6 includes a visor body 60 and an extended visor body 6 similar to the above-described embodiment.
And 1. The visor body 60 and the extended visor body 61
Are core members 62 and 64 each formed in a hollow plate shape,
Skins 63, 65 attached to the outer surfaces of the core members 62, 64. At the outer peripheral end of the visor main body 60, an engaging portion 66 protruding toward the extended visor body 61 is provided.
The engaging portion 66 is provided between the visor body 60 and the extended visor body 61.
Are in contact with the occupant-facing surface of the extended visor body 61 in a state where both members are in the storage position.

Therefore, the visor main body 60 and the extended visor body 61 can be rotated in conjunction with each other by the engaging portion 66. That is, the visor body 60 and the extended visor body 61
From the state where both members are in the storage position as shown in FIG. 6,
When rotating both members to the light blocking position, the extended visor body 61
May be rotated. By rotating the extension visor body 61, the engaging portion 66 engages with the extension visor body 61,
The visor main body 60 is connected to the extended visor body 61 via the engaging portion 66.
Receive power from. Thereby, the visor main body 60 is rotated together with the extended visor body 61 toward the light shielding position. Therefore, the occupant can simultaneously rotate the visor body 60 and the extended visor body 61 from the storage position to the light blocking position.

Further, the occupant can easily turn the visor main body 60 to the light shielding position by the engagement portion 66. That is, even when both members of the visor body 60 and the extended visor body 61 are in the storage position, the engagement portion 66 is exposed as shown in FIG. Therefore, the occupant can hook the end portion of the engaging portion 66 with a finger or the like, thereby easily turning only the visor main body 60 to the light blocking position.

The present invention is not limited to the above two embodiments, but may be the following embodiments. (1) In the above embodiment, the extended visor bodies 3 and 61 are formed in a substantially U-shape along three peripheral edges of the visor bodies 2 and 60.
The shape may be along one side of the visor body 60, for example, only along the right side, only the left side, or only the lower side of the visor body 2 in FIG. Alternatively, the shape may be along two sides. Also in this case, the light-shielding area is expanded by the expansion visor body, and the light-shielding part of the expansion visor body is integrated with the light-shielding part of the visor body, so that light is easily shielded. (2) In the above embodiment, the extended visor bodies 3, 61
However, both right and left sides are mounted by the arm 4 and the shaft body 50. However, a configuration in which the extension visor body is mounted on both left and right sides by shafts may be used. That is, the shaft body 50 in FIG. 2 is also provided on the right side of the extended visor body, and the extended visor body and the visor body are rotatably mounted by the two left and right shaft bodies. However, in this case, it is difficult to make the rotation axis of the visor body (the axis of the arm) and the rotation axis of the extended visor body the same.
It is preferable that the rotation axis of the extension visor body is shifted downward from the rotation axis of the visor body. That is, the shaft body is provided below the mounting position of the shaft body 50 in FIG. In addition, it can be said that the extended visor body of this embodiment is mounted on the vehicle ceiling panel via the shaft body and the visor body. (3) In the above embodiment, the visor main bodies 2 and 60 and the extended visor bodies 3 and 61 are formed in a hollow plate shape, but may be a solid plate shape made of a foam material or the like. Good.

[0034]

According to the sun visor for a vehicle according to the present invention, since the extended visor body is provided, the light shielding area can be easily expanded by the extended visor body.

[Brief description of the drawings]

FIG. 1 is a perspective view of a vehicle sun visor according to an embodiment, showing a state in which a visor body of a vehicle sun visor is in a light blocking position and an extended visor body is in a stowed position; It is a figure showing the movement state of an expansion visor object.

FIG. 2 is a perspective view of a sun visor for a vehicle, showing a state in which both a visor main body and an extended visor body are at a light blocking position.

FIG. 3 is a cross-sectional view of the visor main body and the extended visor body taken along the line AA in FIG. 1, showing a state in which both the visor main body and the extended visor body are in a storage position.

FIG. 4 is an enlarged view of a partly broken cross-section of FIG. 2, showing a state in which an arm is mounted on a visor body or an extended visor body, and a shaft body being mounted on the visor body or the extended visor body. FIG.

FIG. 5 is a cross-sectional view taken along the line BB of FIG. 2, showing a state in which the arm is supported by a leaf spring and an arm supporting member.

FIG. 6 is a cross-sectional view showing another embodiment, and is a view corresponding to FIG. 3;

[Explanation of symbols]

 1,6 ... sun visor for vehicle 2,60 ... visor body 3,61 ... extended visor body 4 ... arm 5 ... bracket 10 ... vehicle ceiling panel 11 ... front glass 12 ... side glass 20,30,62,64 ... core 21, 31, 63, 65 ... skin 22, 32 ... arm support member 23, 33 ... leaf spring 34 ... recess 35, 66 ... engagement part 40 ... horizontal axis 41 ... vertical axis 42 ... support axis 43 ... hook 50 ... shaft body 51 , 52 ... hole groove

Claims (3)

[Claims] An arm mounted on a vehicle ceiling panel;
A sun visor for a vehicle, comprising: a visor body rotatably mounted on the arm, the visor body rotating between a storage position raised to the vehicle ceiling panel side and a light-shielded position lowered. On the arm, an extended visor body together with the visor main body is rotatably mounted between a storage position raised to the vehicle ceiling panel side and a light-shielded position lowered downward. A sun visor for a vehicle, wherein when the extended visor body and the visor body are in the light shielding position, a light shielding area is extended according to the extended visor body. 2. A visor main body which is rotatably mounted on a vehicle ceiling panel and which pivots between a storage position raised toward the vehicle ceiling panel and a light-shielding position lowered downward. A visor body, wherein the extended visor body, when in the light shielding position together with the visor body, extends a light shielding area along at least one side of a peripheral portion of the visor body according to the extended visor body. A sun visor for a vehicle, comprising: 3. The sun visor for a vehicle according to claim 1, wherein both members of the visor body and the extended visor body are simultaneously moved to the light shielding position from a state where both members are in the storage position. An engagement portion for simultaneously rotating the two members when the two members are engaged to rotate one of the two members is provided on at least one of the two members; A sun visor for a vehicle, comprising: