KR200267318Y1 - Sunshade apparatus for vehicle - Google Patents

Abstract

The present invention relates to a sunshade for a vehicle, comprising: a casing formed along at least one side edge of a loop so as to form an accommodation space therein and an outlet formed in one side in a longitudinal direction toward an outside of the vehicle; A winding frame having a cylindrical shape having a winding surface formed on the periphery of the casing and being disposed along the longitudinal direction and at least the winding surface is rotated and is arranged to be movable in a predetermined width along the horizontal direction toward the outlet; A sunshade formed in a rectangular shape with a flexible member, one side of which is fixed to the winding frame and the other side of which is wound on a circumferential surface of the winding frame; A drive spring member for rotationally driving the winding frame such that the shade film is wound around the winding frame by the elastic force accumulated when the shade film is taken out; At least one push button mechanism having a push button formed on the side along the longitudinal direction of the rack, the pinion meshed with the rack portion and the forward and reverse rotation, and interlocked during the forward and reverse rotation of the pinion approach and spaced apart The winding frame is provided with a rotating arm which is rotated so as to be rotated, a one-way clutch member coupled to one of the rotating shaft and the rotating arm and having a tooth portion formed on an outer circumferential surface thereof, and a stopping gear engaged with the tooth portion of the one-way clutch member. It characterized in that it comprises a winding frame rotation inhibiting portion to suppress the rotation of the. Thereby, a vehicle shading device is provided which can quickly and easily withdraw and withdraw the sunshade without the help of others.

Description

Vehicle sunshade {SUNSHADE APPARATUS FOR VEHICLE}

The present invention relates to a vehicle sunshade, and more particularly, to a vehicle sunshade that can be quickly and easily withdrawal and withdrawal of the sunshade without the help of others.

Vehicle awning device is installed in the roof of the vehicle is a device for blocking the inflow of sunlight or rain in the interior space of the vehicle. Such a vehicle shading device includes a casing forming an accommodation space therein, a winding frame rotatably received inside the casing, and a sunshade cloth or sunshade wound around the winding frame (hereinafter referred to as sunshade unified). And a spring member which rotates the winding frame as opposed to the time of taking out so that the window is wound around the awning with the elastic force accumulated at the time of withdrawing the sunshade.

As such a vehicular shading device for a vehicle, Korean Unexamined Utility Model Publication No. 97-51351 (published on September 8, 1997) discloses a "vehicle versatile vehicle curtain".

By the way, in such a conventional vehicle sunshade, the casing in which the take-up frame is accommodated each manufacturing type for each vehicle type to have a length corresponding to the length of the loop of each vehicle manufactured in different sizes for each manufacturer and vehicle type There is a problem that the manufacturing cost is increased because it must be manufactured. In addition, the distribution process has to be stored in a separate place so that different casings do not mix with each other, there is a problem that a lot of difficulties in inventory management.

In the conventional vehicle shade device, there is no means for fixing the shade screen at a desired time point at which the curtain screen is drawn out, and thus the drawn curtain screen always has a tensile force in the winding direction. There is a problem in that it is difficult to install a supporting stand.

Accordingly, an object of the present invention is to provide a vehicle shading device that can quickly and easily withdraw and withdraw the sunshade without the help of others.

1 is a perspective view of a state of use of the vehicle shade device according to an embodiment of the present invention,

2 is a plan view of the development of the sunshade of the sunshade of FIG.

3 is a perspective view of an open state of the casing of the sunshade of FIG.

4 is an enlarged view of the second pushbutton mechanism region of FIG. 3;

5 is an exploded perspective view of the main part of FIG. 3;

6 is a front view of FIG. 4,

7 is a side view of the second pushbutton mechanism region of FIG. 6;

8 is a side view of the rotation arm region of FIG. 6;

FIG. 9 is a view illustrating a coupling relationship between the support and the sunscreen of FIG. 1.

Explanation of symbols on the main parts of the drawings

12: upper casing 16: lower casing

26: Volume 1 support frame 27,29: shaft work

28: second winding frame support 31: winding frame

32: cylindrical member 36: fixed shaft member

37a: fixed shaft 38: rotating shaft member

39a: axis of rotation 39c: extension

39e: Jam Jaw 41: Sunshade

42: support base receiving portion 45: first support

47: second support 49: insertion portion

51: driving spring member 62: first push button mechanism

63b, 65b: push button section 64: second pushbutton mechanism

66: rack tooth 67: pinion

71: Rotating arm 73: Stopping gear

75: one-way clutch member 77: arm support

78: support protrusion 79: arm spring member

According to the present invention, and the casing disposed along at least one edge of the loop to form a receiving space therein and the outlet formed in the longitudinal direction on one side toward the outside of the vehicle; A winding frame having a cylindrical shape having a winding surface formed on the periphery of the casing and being disposed along the longitudinal direction and at least the winding surface is rotated and is arranged to be movable in a predetermined width along the horizontal direction toward the outlet; A sunshade formed in a rectangular shape with a flexible member, one side of which is fixed to the winding frame and the other side of which is wound on a circumferential surface of the winding frame; A drive spring member for rotationally driving the winding frame such that the shade film is wound around the winding frame by the elastic force accumulated when the shade film is taken out; Upon initial flow of the take-up frame to the take-out side, the contact pressure is reduced to the take-up frame, and the take-up frame returns to the initial position after subsequent pressing so that the take-up flow flows to the take-out side, and the take-up frame returns to the initial position. At least one push button mechanism having a push button formed along the rack tooth portion, the pinion meshed with the rack tooth portion and the forward and reverse rotation, interlocking during the forward and reverse rotation of the pinion is rotated to approach and spaced apart A one-way clutch member coupled to any one of an arm, the rotary shaft and the pivot arm to enable the winding frame to be rotated in the extraction direction of the sunshade membrane and to prevent rotation in the winding direction and having teeth formed on an outer circumferential surface thereof; Engaged with the teeth of the one-way clutch member on the other of the rotating shaft and the pivot arm Provided with a topping gear is achieved by a vehicle sunshade device characterized by comprising: a take-up frame inhibit rotation to suppress the rotation of the take-up frame.

Here, the winding frame, the cylindrical member is fixed to one side of the awning film, and the relative movement with respect to the cylindrical member and coupled to one end of the cylindrical member so as to be integrally movable fixed to rotate the cylindrical member It is preferable to include a shaft member, and a rotating shaft member which is integrally rotatably coupled with the cylindrical member at the opposite end of the fixed shaft member and capable of flowing integrally with the cylindrical member.

The rotating shaft member is formed with an extension extending inwardly along the longitudinal direction of the cylindrical member, the driving spring member is one end is fixed to one of the rotating shaft member and the winding frame to be integrally rotatable and the other end is It is effective to be fixed to the fixed shaft member.

Further comprising a pair of supports for supporting the end of the awning film to a predetermined height, The awning film is inserted through the insertion hole and the support along the width direction so that the ends of the support can be inserted into both side edge area of the end portion of the pull-out side It is effective that the support receiving portion is formed so that it can be inserted.

In addition, the casing, the intermediate connecting portion disposed in the central area along the longitudinal direction of one side edge of the loop, and both sides of each end is disposed so as to overlap the intermediate connecting portion predetermined ends so that the length can be adjusted for the intermediate connecting portion It is preferable to include.

Hereinafter, with reference to the accompanying drawings will be described in detail the present invention.

1 is a perspective view of a state of use of the vehicle awning device according to an embodiment of the present invention, Figure 2 is a plan view of the development of the awning film of the awning device of Figure 1, Figure 3 is an open state of the casing of the awning device of Figure 1 4 is an enlarged view of the second pushbutton mechanism region of FIG. 3, FIG. 5 is an enlarged exploded perspective view of FIG. 3, FIG. 6 is a front view of FIG. 4, and FIG. 7 is a second view of FIG. 6. It is a side view of the pushbutton mechanism area, FIG. 8 is a side view of the rotation arm area of FIG. 6, and FIG. 9 is a view showing the coupling relationship between the support and the shading film of FIG. As shown in these figures, bones disposed along the front-rear direction of the vehicle 3 at both edges of the roof 5 of the vehicle 3 so as to form a predetermined shade in both regions of the vehicle 3. Vehicle shade device 10 according to an embodiment of the invention is provided. Each vehicle shade device 10 is integrally connected to each other by a pair of connecting rods 81 arranged along the width direction of the vehicle 3.

The vehicle sunshade 10 is formed so that the receiving space is formed inside the outlet 13 on one side and the outlet 13 is fixed on the upper surface of the roof 5 of the vehicle 3 to the outside. A casing 11, a winding frame 31 which is rotatably supported and rotatably supported at the same time as the inside of the casing 11 in the outlet port 13 along the horizontal direction, and wound around the winding frame 31 and the outlet opening ( 13 is drawn out to extend along the width direction of the vehicle 3 to form a shade on one side of the vehicle 3, and the end of the shade film 41 after withdrawing the shade film 41 from the ground A driving spring for winding the awning film 41 around the winding frame 31 by the pair of first and second supports 45 and 47 supporting a predetermined height and the elastic force accumulated during the extraction of the awning film 41. In the direction in which the sunshade film 41 is wound by the elastic force of the member 51 and the driving spring member 51 at the time of withdrawal of the sunshade film 41 at the time of initial pressurization. It is configured to include a winding frame rotation suppressing portion 61 to suppress the rotation of the winding frame 31, and to allow the winding frame 31 to rotate in the direction in which the sunshade film 41 is wound around during subsequent pressurization. have.

The casing 11 includes an upper casing 16 fixedly supported on the upper surface of the loop 5 and an upper portion rotatably coupled to the lower casing 16 to form an accommodation space between the casing 11 and the lower casing 16. The casing 12 is provided. At one edge of the upper casing 12 and the lower casing 16, an outlet 13 is formed so that the awning film 41 can be drawn out, and the lower casing is formed at the opposite edge of the outlet 13 of the upper casing 12. A cutout 17 is cut out to accommodate the end of the connecting table 81 connected to the 16.

The lower casing 16 and the upper casing 12 have both side portions 18a, 18b, 14a, and 14b so that the length can be adjusted according to the length or width along the front and rear directions of the roof 5 of the vehicle 3; It consists of intermediate connection part 18c, 14c, and each side part 18a, 18b, 14a, 14b is arrange | positioned so that a predetermined length section may overlap with intermediate connection part 18c, 14c. In the overlapping area, a plurality of screws 19 are coupled so that they can be fixed integrally with each other after length adjustment.

An outlet 13 is formed at one edge of the lower casing 16, and one end of the connecting table 81 is fixedly coupled to the opposite edge of the outlet 13. Rotating shaft support portions 22 are formed in both regions along the longitudinal direction to accommodate the pivot shafts 17 protruding at both edges of the upper casing 12, and the pivot shaft support portions 22 are respectively pivot shafts. The ball is penetrated.

A pair of first and second winding frame supporting portions protruding from the upper surface of the lower casing 16 to support the winding frame 31 in one region of each pivot shaft support portion 22 along the width direction of the vehicle 3 ( 26 and 28 are formed to face each other, and the first and second winding frame supports 26 and 28 have a long hole axial hole 29 so that the winding frame 31 can flow along the front and rear directions of the vehicle 3. ) Are each penetrated.

The winding frame 31 has a cylindrical member 32 having a cutout portion 34 cut in one end along the longitudinal direction so that one end of the sunshade film 41 can be inserted and fixed to one side of the cylindrical member 32. A fixed shaft member 36 which is coupled to allow relative movement and has a fixed shaft 37a formed to extend in the longitudinal direction of the cylindrical member 32, and is integral with the cylindrical member 32 on the opposite side of the fixed shaft member 36; Rotational shaft member 38 is rotatably coupled to the rotary shaft 39a is formed to extend along the longitudinal direction of the cylindrical member (32).

The bearing member 33 is interposed between the fixed shaft member 36 and the cylindrical member 32 to allow relative rotational movement, and the fixed shaft member 36 can be pressed into the inner ring of the bearing member 33. The coupling portion 37b formed to have a circular cross-sectional shape and a fixed shaft 37a having a rectangular cross-sectional shape on one side of the coupling portion 37b. A spring fixing portion 37c is formed in the end region of the coupling portion 37b so that one end of the driving spring member 51 can be fixed.

The rotary shaft member 38 has a circular cross-sectional insert portion 39b which is rotatably inserted and coupled to one side of the cylindrical member 32, and a circular cross-sectional rotary shaft formed to extend on one side of the insert portion 39b. 39a is provided. On one side of the insertion portion (39b) is formed an extension portion (39c) extending in the longitudinal direction to the inner side of the cylindrical member 32, one end of the driving spring member 51 on the circumferential surface of the extension portion (39c) A spring fixing portion 39d is formed to be fixed. The insertion part 39b is inserted into the cutout portion 34 of the cylindrical member 32 so that the locking jaw 39e protrudes so that the rotary shaft member 38 can be integrally rotated with the cylindrical member 32. The stopping gear 73 is rotatably coupled to 39a so as to be engaged with the one-way clutch member to be described later.

Shading film 41 is formed of a flexible member that can block the sunlight, it is more preferable to have a waterproof. One end of the sunshade film 41 is formed to have an expanded thickness compared to the width of the cutout 34 so as to be fixed to the interior of the cylindrical member 32, the other end is drawn out through the cutout 34 It is wound around the cylindrical member 32 in the form. A support accommodating portion 42 is formed at the lead end side so that the first and second supports 45 and 47 which are reduced in the lengthwise direction and are integrally coupled to each other are accommodated. Inserted holes 44 are formed at both end corner regions adjacent to the support receiving portion 42 so that the upper ends of the respective support members 45 and 47 can be inserted into and coupled with each other.

Each support (45,47) is formed in the form of a telescopic bar to be stretchable along the longitudinal direction, the upper end of each support (45, 47) pin portion to be inserted into the insertion hole 44 of the sunshade (41) (46,48) are formed, respectively. In the lower region of the second support 47, an insertion portion 49 having a reduced width is formed at a lower end of the first support 45 to be inserted.

On the other hand, in the second winding frame support 28, winding frame rotation to selectively limit the rotation of the winding frame 31 to be fixed and maintained in a state in which the shade film 41 is drawn out at a desired point after withdrawal of the shade film 41 The suppressing part 61 is provided.

The winding frame rotation suppressing portion 61 is reduced during the initial pulling of the winding frame 31 toward the outlet opening 13 on one side of the first and second winding frame supporting portions 26 and 28 so that the winding frame 31 is drawn out. The first and second pushbutton mechanisms 62 and 64 and the reduction of the respective pushbutton mechanisms 62 and 64 so as to flow to the (13) side and extend upon a subsequent pull to return the winding frame 31 to the initial position. And a rotation arm 71 pivoting so as to approach and space the winding frame 31 in conjunction with the extension motion, a stopping gear 73 integrally rotatably coupled to the rotation shaft 39a, and a stopping gear 73 Tooth 76 is formed on the outer diameter surface so as to be engaged with the rotating arm 71 and is coupled to the rotational end of the pivot arm 71 to allow rotation of the awning film 41 of the stopper gear 73 in the extraction direction and the awning film The one-way clutch member 75 which suppresses rotation of the winding frame 31 in the winding direction of the 41 is comprised.

The first and second pushbutton mechanisms 62 and 64 are fixed to one side of the first and second winding frame supports 26 and 28 along the flow directions of the fixed shaft member 36 and the rotary shaft member 38, respectively. The main body 63a and 65a to be coupled, and the push button portion 63b which is predeterminedly accommodated in the main body 63a and 65a at the first press on one side of the main body 63a and 65a and protrudes from the main body 63a and 65a at the next press. And 65b).

On the upper surface of the push button portion 65b of the second pushbutton mechanism 64, the rack tooth portion 66 is formed to be exposed to the outside of the main body 65a along the longitudinal direction, and the pinch 67 on the rack tooth portion 66. ) Is rotatably engaged. An electric gear 68 is engaged with one side of the pinion 67, and a drive gear 69 that is rotatably coupled to one end of the rotation arm 71 is engaged with the electric gear 68. As shown in FIG.

An arm support portion 77 protruding from the lower casing 16 is formed on the inner side of the second winding frame support portion 28 so as to rotatably support the pivoting arm 71. One side of the arm support portion 77 is formed. At the same time as limiting the rotation of the rotational arm 71, a support protrusion 78 for supporting the rotational arm 71 is formed. One side of the support protrusion 78 is provided with an arm spring member 79 for applying an elastic force so that the rotating arm 71 is rotated in the direction in which the stopping gear 73 and the one-way clutch member 75 approaches each other.

By such a configuration, the length of the lower casing 16 is adjusted to be fastened with a screw 19 so as to correspond to the length of the front and rear directions of the roof 5 of the vehicle 3 to be installed, and both side edges of the roof 5 are fastened. The lower casing 16 disposed in accordance with the connecting rod 81 is integrally connected to each other. The combined lower casing 16 is fixedly coupled to the loop 5 with a fixing bracket (not shown), and the upper casing. The rotational shafts 17 formed on both sides of (12) are inserted into and coupled to the rotational shaft holes to adjust the length thereof, and then the overlapping region is fastened with screws 19.

The awning film 41 and the cylindrical member 32 are mutually coupled so that the locking portion 44 of the awning film 41 is disposed inside the cylindrical member 32, and the awning film 41 is wound around the cylindrical member 32. Let's do it. One end of the driving spring member 51 is fixed to the spring fixing portion 37c of the fixed shaft member 36, and the fixed shaft member 36 is coupled to one end of the cylindrical member 32 via the bearing member 33. do.

An extension portion 39c is inserted from the opposite end of the cylindrical member 32 along the axial direction of the drive spring member 51, and the other end of the drive spring member 51 is formed on the extension portion 39c. Fixed). The stopper gear 73 is coupled to the rotating shaft 39a, and the fixed shaft 37a and the rotating shaft 39a are inserted into and coupled to the shaft holes 27 and 29 formed in the first and second winding frame supports 26 and 28. The join is complete.

On the other hand, in the case where the shade film 41 is to be taken out and a shade is formed on one side of the vehicle 3, the upper casing 12 is rotated and opened, and the end of the shade film 41 is along the width direction of the vehicle 3. When pulling and moving, the take-up frame 31 is rotated about the rotation shaft 39a and the vehicle membrane 41 is released. At this time, the driving spring member 51 disposed inside the cylindrical member 32 is wound around the extension portion 39c to accumulate elastic force.

Pulling the sunscreen 41 slightly faster and faster than the time when the take-up frame 31 is pulled toward the outlet 13 side, the fixed shaft 37a and the rotating shaft 39a along the shaft hole 27, 29 toward the outlet 13 side. The push buttons 63b and 65b of the first and second pushbutton mechanisms 62 and 64, which are in contact with the fixed shaft 37a and the rotating shaft 39a, respectively, are pressed, and the corresponding bodies 63a and 65a. Is withdrawn into the interior.

When the push button portions 63b and 65b are moved in the withdrawal direction, the pinion 67 engaged with the rack tooth 66 of the push button 65b is rotated along the counterclockwise direction of the drawing, and the pinion 67 is engaged. The electric gear 68 and the drive gear 69 are rotated clockwise and counterclockwise, respectively. Rotating arm 71 is integrally rotated with the drive gear 69 is rotated along the counterclockwise direction of the drawing, the one-way clutch member 75 provided at the end is engaged with the stopping gear 73 The winding frame 31 is suppressed from rotating in the direction in which the sunshade film 41 is wound around.

With the supporters 45 and 47 accommodated at the ends of the sunshade 41 being drawn out so that the supporters 45 and 47 extend, the lower ends of the supports 45 and 47 are fixed to the ground and the supports 45 and 47 are supported. ) Is inserted into the insertion hole 44 of the sunshade 41. Next, the other end of the fixing string 43 is fixed while binding one end of the fixing string 43 to the upper ends of the supporting members 45 and 47 so that the sunscreen 41 is pulled.

On the other hand, when the sunshade 41 is to be withdrawn into the casing 11 so as to be wound around the winding frame 31, first the support 45, 47 in the state to be reduced in the longitudinal direction, respectively, the first support The insertion portion 49 of the second support 47 is inserted into the rear end of the 45, and the combination thereof is inserted into the support receiving portion 42 formed at the end of the shade film 41. Next, the end of the sunshade (41) is pulled a little faster than when pulling out and slowly remove the pulling force slowly. Then, each push button portion 63b, 65b in contact with the fixed shaft 37a and the rotating shaft 39a, respectively, is inserted into the main body 63a, 65a so that the locked state of the pushbutton portions 63b, 65b is prevented. While being released, the fixed shaft 37a and the rotating shaft 39a which protrude so as to extend with respect to the main bodies 63a and 65a, and are in contact with each push button portion 63b and 65b are returned to their initial positions.

When the push button portion 65b of the second pushbutton mechanism 64 is inserted into the main body 65a, the rack tooth portion 66 moves in a state spaced apart from the pinion 67, and the rotating arm 71 The one-way clutch member 75 is pressed by the stopping gear 73 and rotates in a clockwise direction. When the locking state of the push button portions 63b and 65b is released and the push button portions 63b and 65b protrude so as to extend from the main bodies 63a and 65a, the pivot arm 71 is caused by the elastic force of the arm spring member 79. It rotates again counterclockwise. When the pinion 67 is rotated in the clockwise direction by the rack tooth 66, the pivot arm 71 is also rotated in the clockwise direction, and the arm spring member 79 is compressed to accumulate elastic force.

On the other hand, in the process of returning to the initial position by the first and second pushbutton mechanisms 62 and 64, when the engagement state of the stopping gear 73 and the one-way clutch member 75 is released, the take-up frame 31 ) Is rotated in the opposite direction as the drawing time by the elastic force of the driving spring member 51, and the awning film 41 is wound around the winding frame 31.

In the above-described and illustrated embodiments, a case in which the sunshade is installed in each side edge of the roof of the vehicle is described as an example. However, the sunshade may be installed only at one edge of the loop, and the The sunshade or the four edges may be configured such that the shade device is installed.

As described above, according to the present invention, the casing is formed in the receiving space therein and the outlet is formed on one side, and the winding frame that is rotatably received at the same time flowable to the outlet side in the casing, and a flexible member in a rectangular shape It is formed and the one side is fixed to the winding frame and the other side is the awning film wound on the circumferential surface of the winding frame, the drive spring member so that the awning film is wound around the winding frame with the elastic force accumulated during the withdrawal of the awning film, and withdrawal of the awning film By removing the sunshade without the help of others by providing a rotation inhibiting means for suppressing the rotation in the direction in which the sunshade is wound around the winding frame at the time of the initial press so that the take-up frame flows afterwards. There is provided a vehicular shading device that can facilitate withdrawal quickly and easily.

In addition, according to the present invention, the length of the casing can be adjusted to produce a variety of casing corresponding to the vehicle type, so each manufacturing mold must be manufactured separately accordingly, and the casing must be managed so as not to mix with each vehicle in the distribution process. Therefore, it is not easy to manage such as occupy a lot of space, and as a result, unlike the conventional manufacturing and management costs have increased, the vehicle awning device that can facilitate manufacturing and management and can reduce costs Is provided.

Claims (6)

A casing which forms an accommodation space therein and is disposed along at least one edge of the loop such that the outlet formed in one side in the longitudinal direction faces the outside of the vehicle; A winding frame having a cylindrical shape having a winding surface formed on the periphery of the casing and being disposed along the longitudinal direction and at least the winding surface is rotated and is arranged to be movable in a predetermined width along the horizontal direction toward the outlet; A sunshade formed in a rectangular shape with a flexible member, one side of which is fixed to the winding frame and the other side of which is wound on a circumferential surface of the winding frame; A drive spring member for rotationally driving the winding frame such that the shade film is wound around the winding frame by the elastic force accumulated when the shade film is taken out; Upon initial flow of the take-up frame to the take-out side, the contact pressure is reduced to the take-up frame, and the take-up frame returns to the initial position after subsequent pressing so that the take-up flow flows to the take-out side, and the take-up frame returns to the initial position. At least one push button mechanism having a push button formed along the rack tooth portion, the pinion meshed with the rack tooth portion and the forward and reverse rotation, interlocking during the forward and reverse rotation of the pinion is rotated to approach and spaced apart A one-way clutch member coupled to any one of an arm, the rotary shaft and the pivot arm to enable the winding frame to be rotated in the extraction direction of the sunshade membrane and to prevent rotation in the winding direction and having teeth formed on an outer circumferential surface thereof; Engaged with the teeth of the one-way clutch member on the other of the rotating shaft and the pivot arm The vehicle sunshade device characterized by comprising: a take-up frame inhibit rotation to suppress the rotation of the take-up frame provided with a topping gear. The method of claim 1, The winding frame includes a cylindrical member on which one side of the sunshade is fixed, and a fixed shaft member coupled to one end of the cylindrical member to allow relative movement with the cylindrical member and to be integrally movable. And a rotating shaft member which is integrally rotatably coupled to the cylindrical member at the opposite end of the fixed shaft member and which is integrally rotatable at the same time. The method of claim 2, The rotating shaft member is formed with an extension extending inwardly along the longitudinal direction of the cylindrical member, the driving spring member is one end is fixed to one of the rotating shaft member and the winding frame to be integrally rotatable and the other end is Vehicle shade device, characterized in that fixed to the fixed shaft member. delete The method of claim 1, It further comprises a pair of supports for supporting the end of the awning film to a predetermined height, the awning film is inserted through the insertion hole and the support along the width direction so that the ends of the support can be inserted into both side edge area of the end portion of the withdrawal side Vehicle shade device characterized in that the support receiving portion is formed to be inserted. The method according to any one of claims 1 to 5, The casing includes an intermediate connection part disposed in a central area along a longitudinal direction of one edge of the loop, and both sides of which one end is disposed to overlap with the intermediate connection part so as to be length-adjustable with respect to the intermediate connection part. A sunshade for a vehicle, characterized in that.