JP2017030587A - Sunshade setting tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a sunshade setting tool allowed to be retrofitted to a sun visor and fitted to the other vehicle, easily housed, and allowed to be used even when the sun visor has a vanity mirror.SOLUTION: This sunshade setting tool is provided with: a base body BS having a binding band 3 secured to the rear surface of a substrate 1 and a first magnet body 22 and a second magnet body 21 integrated on a substrate front surface 1S side; a sunshade sheet member 4 having a longitudinal folding area 45 and a plurality of horizontal folding areas 46 with a horizontal length set smaller than a horizontal length a of the substrate by folding left and right half-divided parts 41, 42 about the longitudinal folding area; a first plate piece 71 of a ferrimagnetic body, which is integrated on the rear surface 4R side of the sheet member, and magnetically attracted to the first magnet body to maintain the developed state of both half-divided parts; and a second plate piece 72 of the ferromagnetic body, which is integrated at a part facing the second magnet body on the rear surface side of the sheet member folded and stacked on the substrate.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a sunshade set that can be attached to a sun visor of a vehicle as a sunshade cover such as a handle or a seat.

When exposed to direct sunlight under hot weather, the steering wheel and the shift knob may become so hot that they cannot be touched, and the seat may be hot, so the sunshade is effectively utilized.
A sunshade that folds and stores in a bellows shape when not in use, spreads on an instrument panel when used, and has its upper portion locked to a windshield with a locking tool has become widespread. However, in reality, there are many cases where it takes time to lock the upper part of the sunshade to the locking member and simply leans it on the instrument panel. And even if it is folded when not in use, it must be secured, and it has become a nuisance when not in use.
Under such circumstances, an invention of an automobile sunshade structure that does not take up space when not in use has been proposed (for example, Patent Document 1).

JP 2000-247145 A

  However, Patent Document 1 has a sunshade structure in which the sunshade is integrated into the sun visor, and is difficult to be retrofitted. Even if it is retrofitted with a sunshade structure in which a sunshade is housed in the sunvisor and a cover for closing the housing is provided, it is necessary to replace the sunshade together with the sunvisor. If there are multiple cars in a family, it will be inconvenient to replace all of them. Furthermore, even if the sunshade is stored in the storage part after use, since a part of the sunshade is fixed to the sun visor, the hand must be extended and stored in the passenger compartment, which is quite difficult. In addition, a vanity mirror may be attached to the sunshade, but the sunshade structure of Patent Document 1 is difficult to cope with.

  The present invention solves the above-mentioned problem, can be attached to and detached from the sun visor after retrofitting, can be attached to other vehicles, and can be easily stored, and even if the sun visor has a vanity mirror. An object of the present invention is to provide a sunshade set that can be used.

  In order to achieve the above object, the gist of the invention described in claim 1 is that a binding band is fixed to the back surface of the substrate, the first magnet body is integrated laterally along the lower edge of the substrate surface side, and the substrate surface is integrated. By having a base body integrated with the second magnet body in the lateral direction along the upper edge of the side, and a vertical fold area in the vertical direction in the center, and folding the left and right halves around the vertical fold area A sunshade sheet member having a lateral length smaller than the lateral length of the substrate and having a plurality of lateral fold areas, and an upper edge portion along the upper edge of the left and right half portions on the back side of the sheet member, A ferromagnetic first plate piece that is integrated with each of the developed upper edges and is magnetically attracted to the first magnet body so that both halved parts are held in the developed state; And superimposing with the surface side of the parts facing each other, the first In a state in which the first plate piece of one halved portion is magnetically attracted to the magnet body, the first plate piece is folded so as to be wound in the lateral fold area, and the first member is stacked on the substrate on the back surface side of the sheet member. And a ferromagnetic second plate piece integrated with a portion facing the two magnet body. A sunshade set device according to a second aspect of the present invention is the seat member area according to the first aspect, wherein the region of the sheet member has the lateral fold area at the lower portion of the upper edge portion and the development upper edge portion, and extends downward therefrom. The sheet-like core material is further provided to be integrated into the surface side area of the sheet member partitioned by the horizontal fold area and the vertical fold area. A sunshade set tool according to a third aspect of the present invention is the sunshade set according to the first or second aspect, wherein the sheet member is rectangular, while the substrate is a square frame, and a rectangular opening is provided in the central area thereof. To do. A sunshade set according to a fourth aspect of the present invention is the sunshade set according to the second or third aspect, wherein the base body includes a plurality of the first magnet bodies separated from each other and integrated with the substrate, and a plurality of the second magnet bodies connected to each other. It is separated and integrated with the substrate, and among the core materials, the left and right second-stage core materials arranged on the lower side from the upper edge portion and the development upper edge portion are integrated. The second plate piece is bonded and integrated to the back side portion of the sheet member.

  The sunshade set tool of the present invention does not take up space when not in use, can be attached to and removed from the sun visor, and can be shared with the driver's seat and front passenger seat or with other vehicles, Of course, it can be easily stored using the magnetic force of the magnet body, and it can also be used for vanity mirrors.

In one form of the sunshade set tool of the present invention, the sunshade body is an exploded perspective view showing the back side. FIG. 2 is a perspective view in which the sunshade body of FIG. 1 is the front side and the base body is attached to the sun visor. FIG. 3 is a front perspective view of the sunshade body of FIG. 2 folded and held on a base body. It is the perspective view which separated the 2nd plate piece from the magnetic force of the 2nd magnet body from FIG. FIG. 5 is a perspective view in which a joint state between a developed first stage portion and a developed third stage portion in FIG. 4 is developed. It is the perspective view which looked at FIG. 5 from the substrate back side. It is the front view which expand | deployed the joining state of the expansion | deployment 2nd step part in FIG. 5, and the expansion | deployment 3rd step part, and also expanded both the halved parts. It is explanatory drawing which attaches a sunshade set tool to a sun visor. (A) is a view taken along line IX-IX in FIG. 7, and (b) is a partially enlarged view of (a). FIG. 4 is a view taken along the line X-X in FIG. 3. It is the front view which changed the attachment position of the sunshade main body of FIG. 7, and made it for front passenger seats.

  Hereinafter, the sunshade set according to the present invention will be described in detail. 1 to 11 show one embodiment of the sunshade set according to the present invention. FIG. 1 is an exploded perspective view of the sunshade body, FIG. 2 is a perspective view in which the base body of FIG. 1 is attached to the sun visor, and FIG. FIG. 4 is a perspective view in which the second plate piece is separated from FIG. 3 against the magnetic force of the second magnet body, and FIG. FIG. 6 is a perspective view in which the joint state between the developed first stage portion and the developed third stage portion in FIG. 6 is developed, FIG. 6 is a perspective view of FIG. 5 viewed from the back side of the substrate, and FIG. FIG. 8 is an explanatory view of attaching the sunshade set tool to the sun visor, and FIG. 9 is a diagram IX of FIG. -View taken along line IX, (b) is a partially enlarged view of (b), FIG. 10 is a view taken along line XX of FIG. 3, and FIG. It is the front view which changed the attachment position of the sunshade main body and made it for passenger seats. In order to make the drawings easy to understand, FIG. 2 omits the illustration of the sheet material 6 in the sunshade body SH, and emphasizes the thickness of each component such as the substrate 1, the sheet member 4, and the first plate 71. Draw large.

The sunshade set tool includes a base body BS and a sunshade body SH.
The base body BS includes a substrate 1, a binding band 3, a first magnet body 22, and a magnet body 2 of a second magnet body 21. The base body BS fixes the binding band 3 to the back surface of the substrate 1, and integrates the first magnet body 22 in the lateral direction along the lower edge 14 on the substrate surface 1S side, and laterally moves along the upper edge 13 on the substrate surface 1S side. It is an attachment fixture to the sun visor 9 in which the second magnet body 21 is integrated in the direction.

As shown in FIG. 2, the substrate 1 is a horizontally-long rectangular base plate that matches the size of the sun visor 9. It is sufficient if it is made of synthetic resin, wood, paper, etc. and has some shape retention. However, for mounting in vehicles, it is preferable to reduce the weight with foamed cardboard or cardboard rather than solid resin molded articles. For example, a foamed board of styrene board that is lightweight and difficult to bend and has excellent shape retention is preferable, and this is also used for the substrate 1 of the present embodiment.
The board | substrate 1 here is a rectangular frame symmetrical, and the rectangular opening part 10 is provided in the center area. This is because the vanity mirror 910 of the sun visor 9 can be used even when the substrate 1 is attached to the sun visor 9. The binding band 3 is fixed to both sides of the substrate 1 of the square frame as shown in FIG.

The binding band 3 is a belt-shaped resin band. Each of the pair of binding bands 3 is divided into two parts, and the base end portion of the upper band portion 32 is fixed to the upper edge 13 side frame on the back surface of the square frame substrate 1, and the tip portion protrudes upward. Further, the base end portion of the lower band portion 33 is fixed to the frame on the lower edge 14 side, and the distal end portion projects downward.
Here, the “back surface of the substrate 1” and “back surface side” in the present invention refer to FIG. 8 in which the sun visor 9 is lowered and put into use, and the occupant attaches the sun shade body SH to the sun visor 9 from the vehicle interior. “The surface of the substrate 1” and “the surface side” facing the sun visor 9 are referred to, and “the surface of the substrate 1” and “the surface side” indicate “the surface of the substrate 1” and “the surface side” facing the occupant. Regarding the sunshade body SH, the “front side” means that the sunshade set shown in FIG. 7 in which the sunshade body SH is attached to the base body BS is viewed from the occupant sitting in the driver's seat on the driver side sunvisor 9. In the front view of FIG. 7, the surface on the paper surface side is meant. Further, “upper side” and “lower side” refer to “upper side of paper” and “lower side of paper” in the front view of the sunshade set tool of FIG.
As shown in FIG. 1, a pair of hook-and-loop fasteners 37 and 38 are bonded and integrated to the binding band 3 on the surface of the front end portion of the upper band portion 32 and the back surface of the front end portion of the lower band portion 33. Therefore, the substrate 1 can be simply attached and held on the sun visor 9 simply by winding the binding band 3 around the sun visor 9 as shown in FIG.

The magnet body 2 is a permanent magnet, and here the external shape is a disk shape. The magnet constituting the magnet body 2 is a solid magnet (or flexible magnet), and the magnet is preferably a rare earth magnet or a rare earth iron magnet including a rare earth such as Nd or Sm having a strong magnetic force. Is adopted. The magnet body 2 includes a first magnet body 22 and a second magnet body 21.
The first magnet body 22 is embedded and integrated in the lateral direction along the lower edge 14 on the substrate surface 1S side. A plurality (seven in FIG. 1) of first magnet bodies 22 are separated from each other at a predetermined pitch and integrated so as to cover the entire area along the lower edge 14 of the substrate as shown in FIG. Each first magnet body 22 is in a symmetrical position, and the surface on which the substrate surface 1S and the first magnet body 22 appear on the substrate surface 1S side is flush. As shown in FIG. 7 and FIG. 11, the halved parts 41, 42 developed left and right are attracted by the magnetic force by joining (or close proximity) between the first magnet body 22 and a first plate piece 71 to be described later. Maintained.

  The second magnet body 21 is a disk-shaped metal product made of a permanent magnet, and is integrated in the lateral direction along the upper edge 13 on the substrate surface 1S side. Specifically, a plurality (seven in FIG. 1) of second magnet bodies 21 are arranged at a predetermined pitch apart from each other as shown in FIG. 1 so as to cover the entire region in the lateral direction along the upper edge 13 on the substrate surface 1S side. Is done. Each second magnet body 21 is also in a symmetrical position, and the surface appearing on the substrate surface 1S side of the second magnet body 21 is also flush with the substrate surface 1S. In order to prevent the second magnet body 21 and the first magnet body 22 from falling off the substrate 1, a film can be applied to the substrate surface 1S so as to cover it.

  The sunshade body SH has a vertical fold area 45 in the vertical direction at the center, and the horizontal length 2L is set to be the horizontal length of the substrate 1 by folding the left and right halves 41 and 42 around the vertical fold area 45. It is a sheet-like or plate-like member that is smaller than a. Further, it has a plurality of lateral fold areas 46, and one side edge of one half portion is aligned with one side edge 1c of the substrate 1 as shown in FIG. 7, and the upper edge portion 410 of the half portion is the substrate. The longitudinal length of the folded body 4K that is magnetically attracted to the first magnet body 22 on the surface 1S side and is folded in the lateral fold area 46 is equal to or less than the longitudinal length b of the substrate 1 (FIG. 10). The “horizontal length” of the sunshade main body SH and the substrate 1 in the present invention refers to the length in the horizontal direction of the paper surface in the front view of FIG. 7 when the sunshade main body SH is in an unfolded state. 7 is the length in the vertical direction of each sheet.

  The sunshade body SH includes a sunshade sheet member 4, a core material 5, and a surface side sheet material 6. The sheet member 4 is rectangular and has the same size as the front view size of the sunshade body SH. The 1c sheet member 4 has a bendable sheet shape, has a vertical fold area 45 in the center in the center, and folds the left and right halves 41, 42 around the vertical fold area 45, The lateral length L is smaller than the lateral length a of the substrate 1. The length L of the sheet member 4 that is folded in the vertical fold area 45 is preferably ½ or more and 2/3 or less of the lateral length a of the substrate 1 (FIG. 2). This is because this range is easy to handle and the effect of preventing sunlight is obtained. A plurality of lateral fold areas 46 are provided. Since the sheet member 4 is overlapped with the front surface sides of the halved portions 41 and 42 facing each other, the sheet member 4 is folded so as to be wound in the horizontal fold region 46. Both are foldable towards both sides. A first plate piece 71 to be described later is integrated with the upper edge portion 410 and the developed upper edge portion 420 along the upper edge of the left and right half portions 41 and 42, respectively, and attracts magnetic force to the first magnet body 22. Thus, both the halved portions 41 and 42 are held in the unfolded state on the substrate 1.

The sheet member 4 of the present embodiment is an aluminum vapor-deposited sheet (including an aluminum vapor-deposited film), and is a sheet-like body having high reflectivity, flexibility, and excellent bending resistance. The sheet member 4 can be folded from anywhere. Therefore, a core material as a shape-retaining material corresponding to the size of the folded body 4K on the surface of the sheet member 4 so that the sheet member 4 can be smoothly folded only in the necessary portions of the vertical fold area 45 and the horizontal fold area 46. 5 is pasted. The sheet member 4 has a horizontal fold area 46 at the lower part of the upper edge 410 and the developed upper edge part 420, and is a region of the sheet member 4 extending downward from the horizontal fold area 46. A sheet-like core material 5 having a waist is bonded and integrated on the surface of the sheet member 4 so as to be partitioned by 46 and the vertical fold area 45.
The sunshade body SH is a sheet divided into a rectangular sheet member 4 having a front view size of the sunshade body SH expanded as shown in FIGS. 7 and 9, a vertical fold area 45, and a horizontal fold area 46 in the unfolded state. A rectangular thin plate core material 5 adhered to the surface side of the member 4, and a surface side sheet material 6 sandwiching the core material 5 with the sheet member 4 in a sandwich shape. A core material 5 as a shape-retaining material is sandwiched between the sheet member 4 and the sheet material 6 and becomes a literal core material located in the middle of both. In the region of the sheet member 4 that extends downward from the upper edge portion 410, a space for the vertical fold region 45 and the horizontal fold region 46 is provided, and the sheet member is sized to match the shape of the folded body 4K in plan view. A plate-like sheet-like core material 5 is stuck to the surface 4S side of the 4. This is because the folding in the vertical fold area 45 and the horizontal fold area 46 can be performed smoothly. Let the sheet surface side which opposes windshield FG at the time of use be the sheet | seat member 4 by which aluminum vapor deposition was carried out. The sheet material 6 has substantially the same size as the portion of the sheet member 4 disposed below the upper edge portion 410 (b in FIG. 9). In addition to the sheet, the sheet of the sheet material 6 and the sheet member 4 includes a film.
One vertical fold area 45 makes the left and right halves 41 and 42 the same size, and the vertical fold area 45 becomes a symmetrical axis as shown in FIG. 7, and both halves 41 and 42 are line symmetric. It becomes goods. The lateral length L of the right half portion 41 is set to be smaller than the lateral length a of the substrate 1 as shown in the figure, while the both lateral portions 41 and 42 are set larger than the lateral length a of the substrate 1. Here, the right half portion 41 is a half portion arranged on the right side when viewed from the driver seat in FIG. 7 in which the sunshade body SH is attached to the driver seat sun visor and is in a set state. Three horizontal fold areas 46 are provided, and the length between the horizontal fold areas 46 is matched with the vertical length b of the substrate 1. Although it is divided into four in the vertical direction by the horizontal fold area 46, the upper edge portion 410 and the developed upper edge portion 420 do not adhere the core material 5, and the total of the core material 5 is six in total as shown in FIG.
In FIG. 1 and FIG. 2, in the right half portion 41, the first step portion 411 extends downward from the upper edge portion 410 through a horizontal fold, and further from the first step portion 411 through the horizontal fold. A third step portion 413 extends from the second step portion 412 and the second step portion 412. In FIG. 1, since the back surface 4R of the sheet member 4 appears, the left and right display is reversed. Then, the other left half portion 42 extends from the right half portion 41 via the vertical fold region 45. In detail, the development upper edge 420 extends from the upper edge portion 410 through the vertical fold area 45, the development first step portion 421 from the first step portion 411, and the development second step portion 422 from the second step portion 412. The developed third stage part 423 extends from the third stage part 413 through the longitudinal fold area 45, respectively. The sunshade body SH is left-right symmetric and vertically asymmetric. Reference numerals 43 and 44 denote the upper and lower edges of the sunshade body SH.
The first plate piece 71 is integrally fixed to each of the upper edge portion 410 and the development upper edge portion 420 of the halved portions.

  The first plate piece 71 is integrated with the upper edge portion 410 and the development upper edge portion 420 along the upper edge of the left and right half portions 41, 42, respectively, and magnetically attracts to the first magnet body 22, Both halves 41, 42 are ferromagnetic plate pieces that are held by the first magnet body 22 in the unfolded state of FIGS. A strip-like first plate piece 71 slightly shorter than the upper edge length L of the half-split portions 41, 42 is formed along the top edges of the half-split portions 41, 42 on the sheet member back surface 4R side as shown in FIG. Each surface is attached and integrated. A ferromagnetic material is a substance that is strongly attracted to a magnet, such as iron, nickel, cobalt, and alloys thereof. As the first plate piece 71 of the present embodiment, a plate piece obtained by cutting an iron thin plate into an elongated rectangular plate is used, one surface of a double-sided tape is attached to the plate piece, and the other surface is the back surface of the sheet member 4. Thus, they are attached to the left and right upper edge portions 410 and the developed upper edge portion 420 so as to be integrated with the sheet member 4. If an adhesive is used instead of the pressure-sensitive adhesive, the integration of both becomes stronger and more preferable. When an iron plate piece is used as the first plate piece 71, the developed left edge portion 42 of the unfolded left half portion 42 sways or droops the developed upper edge 420 of the left half portion 42 protruding outward from the substrate 1 as shown in FIG. Therefore, there is an effect that the sunshade body SH can be kept in a largely opened state.

  Incidentally, a ferrite tape piece molded from a synthetic resin (or iron powder-containing rubber) containing low-priced iron powder can also be used as the first plate piece 71. The first plate piece 71 referred to in the present invention and the plate pieces of the second plate piece 72 described later include a tape piece. For example, the release material is peeled off from the composite ferrite tape piece in which the adhesive layer and the release material are laminated on one surface of the ferrite tape piece formed with iron powder-containing fat (or iron powder-containing rubber), and the adhesive When the ferrite tape piece with the adhesive layer is formed so that the layer faces the back surface along the upper edge of the other half portion and can be bonded and integrated on the surface, the first plate piece 71 on the back surface of the sunshade body SH The integration work becomes easier and more preferable. Iron powder is iron powder or iron compound powder. The release material refers to release paper and release film. In addition, when a ferrite tape piece is used for the first plate piece 71, a shape-retaining member that does not cause the developed upper edge 420 to bend or sag is required.

The second plate piece 72 is overlapped so that the left and right half portions 41 and 42 face each other, and the first plate piece 71 of one half portion is magnetically attracted to the first magnet body 22. A ferromagnetic plate integrated in a portion facing the second magnet body 21 on the back surface 4R side of the sheet member 4 which is folded in a state so as to be wound in a horizontal fold area 46 and placed on the substrate 1 It is a piece. The second plate piece 72 of the present embodiment is bonded and integrated along the upper edge of the second step portion 412 and the development second step portion 422 related to the halved portions 41 and 42 on the back side of the sunshade body SH. It is an elongated rectangular plate. In the core material 5, a second plate piece is formed on the back surface side portion of the sheet member 4 in which the left and right second-stage core materials 5 that are arranged two below the upper edge portion 410 and the development upper edge portion 420 are integrated. 72 is bonded and integrated. Similarly to the first plate piece 71, the second plate piece 72 also has one surface of a double-sided tape adhered to the plate piece 7 of an iron elongated rectangular plate, the other surface being the back surface of the sunshade body SH, and the second step portion. 412 is attached to the developed second stage portion 422 and integrated with the sunshade body SH.
After the two halves 41 and 42 are overlapped, the folded body 4K is folded in the lateral fold area 46 so as to be wound as shown in FIGS. 5 to 4, and further folded as shown in FIG. However, it is configured such that the second plate piece 72 and the second magnet body 21 are locked to the substrate 1 by magnetic attraction by joining or proximity. By the series of folding, the second plate piece 72 appearing on the back surface of the second step portion 412 related to the folded body 4K in FIG. 3 and the second magnet body 21 arranged along the upper edge 13 of the substrate surface 1S face each other. The folded body 4K is locked and held on the substrate 1 by the magnetic force adsorption of the second magnet body 21 while maintaining the state of FIG.

  1 to 9 is attached to the driver seat side of the right handle, it can be attached to the passenger seat side. In such a case, instead of FIG. 7 in which the right edge of the sunshade body SH is aligned with the right edge of the substrate 1, the left edge of the sunshade body SH is aligned with the left edge of the substrate 1 as shown in FIG. . It is possible to prevent the passenger seat from becoming hot under hot weather.

  The sunshade setting tool constructed in this way is used to fix the base body BS around the sun visor 9 with the binding band 3 when the sunshade body SH is required as a sunshade cover such as a handle or a shift knob on a day with strong sunlight. The sunshade set can be easily installed. It can be retrofitted and detachably attached to the car without using custom specifications at the time of car purchase as in Patent Document 1. Even when a family has multiple cars, the sunshade set can be interchanged and attached to other cars. Since the base body BS and the sunshade body SH are separate and symmetrical, they can be used both as a driver seat and a passenger seat.

The base body BS, the sunshade body SH, the first plate piece 71, and the second plate piece 72 are provided, and the sunshade body SH is folded horizontally by folding the left and right halves 41 and 42 around the vertical fold. The length L is smaller than the lateral length a of the substrate 1, and both of the halved portions 41, 42 developed on the left and right sides are magnetically attracted by joining or proximity of the first magnet body 22 and the first plate piece 71. Because it is maintained in its unfolded state, it can be secured as a sunshade cover such as a handle or shift knob, and even when the car is exposed to direct sunlight under hot weather, the handle and shift knob become so hot that they cannot be touched. Can be avoided. Fully fulfills the role of the sunshade body SH. If the left edge of the sheet member 4 is aligned with the left edge of the substrate 1 as shown in FIG. 11 and the first plate piece 71 is magnetically attracted to the first magnet body 22 to suspend the sunshade body SH, the passenger side sun Attaching to the visor 9 can prevent the passenger seat from becoming hot.
Further, since the lateral fold area 46 of the upper edge portion 410 and the development upper edge portion 420 is freely bendable, the first plate piece 71 can be attached to the first magnet body 22 regardless of the angle of the sun visor 9 of the vehicle. The sunshade body SH can be attached to and maintained on the substrate 1 by magnetic adsorption to the substrate 1, which is extremely excellent. The present invention is not intended to lower the vehicle interior temperature, but facilitates re-operation after stopping under hot weather, and prevents the seat from becoming hot. It can also be made thinner and thinner.

Further, the halves 41 and 42 are overlapped so that the front sides face each other, and are folded so as to be wound in the lateral fold area 46, and the first plate piece 71 is magnetically adsorbed to the first magnet body 22, The folding body 4K of the sunshade main body SH that is placed on top of each other is provided with a second plate piece 72 made of a ferromagnetic material integrated with a portion facing the second magnet body 21, and the second plate piece 72 and the second magnet body. Since it is configured to be locked to the substrate 1 by magnetic force adsorption by joining to or close to 21, it does not take up space when not in use. The conventional sunshade body SH is folded in a bellows shape when not in use and stored in the rear seat or the like. However, when an occupant gets on the rear seat, the storage location of the sunshade body SH must be searched again. there were.
On the other hand, the sunshade setting tool of the present invention is mounted on the sun visor 9 as shown in FIG. 3 and then folded and then lifted up to lift the vehicle body above the windshield FG as shown in FIG. It is brought to the roof 82. Since it is attached to the ceiling side of the sun visor 9, it does not take up space and is not troubled by the place of placement. Since it is hidden by the sun visor 9, it is not obstructive and does not hinder driving. In addition, since the vertical fold area 45 and the horizontal fold area 46 are provided in the sunshade body SH as shown in FIG. 7, the sunshade body SH can be smoothly folded into the folded body 4K while being attached to the sun visor 9. Since the second plate piece 72 made of a ferromagnetic material is integrated with the folded body 4K on a portion facing the second magnet body 21 when placed on the substrate 1, the second magnet body 21 and the second magnet body 21 The force with which the plate piece 72 attracts the magnetic force helps the formation of the folded body 4K, and facilitates the work of folding and storing the foldable body 4K while being attached to the sun visor 9. In addition to the formation of the vertical fold region 45 and the horizontal fold region 46 that facilitate folding, the second magnet body 21 can smoothly store the sunshade body SH by an autonomous action by magnetic force. The sunshade set can run while maintaining this compact storage state. Of course, while it can be locked to the substrate surface 1S by magnetic force adsorption in the state of the folded body 4K, since it is magnetic force adsorption, the sunshade body SH with the first plate piece 71 and the second plate piece 72 from the substrate 1 resists the magnetic force. Can also be removed. It is easy to use.

  Further, the sheet member 4 has a horizontal fold area 46 at a lower portion of the upper edge portion 410 and the development upper edge portion 420, and is a region of the sheet member 4 extending downward from the horizontal fold area 46. When the sheet-like core material 5 is integrated with the surface side area of the sheet member 4 divided into the vertical fold area 45 and the vertical fold area 45, the folding in the vertical fold area 45 and the horizontal fold area 46 is smoothly carried. Workability is further improved. In addition, when the sheet material 6 is provided on the surface side of the sunshade body SH, if the surface of the sheet material 6 is provided with a picture, a pattern, a pattern, or a figure of a character or the like, it becomes a sunshade body SH that produces playfulness. .

  On the other hand, when the sunshade body SH is deployed and used from the stowed state, the occupant resists the magnetic force of the second magnet body 21 using the notch 15 after the sun visor 9 is tilted as shown in FIG. By pulling the folded body 4K toward the user, the second step portion 412 in which the second plate piece 72 is integrated can be easily separated from the substrate 1 as shown in FIG. If it can be expanded, the right half portion 41 is instantaneously expanded by gravity, and then the left half portion 42 is spread to the exposed portion of the substrate 1 with a light touch by the occupant. The first plate piece 71 is attracted and attracted by the magnetic force, and the sunshade body SH is deployed as shown in FIG. After the third stage portion 413 and the developed third stage portion 423 of FIG. 5 are hung, the development setting of the sunshade body SH is the first magnet body 22 in which the left and right halves 41 and 42 are located around the vertical fold area 45. Easy to operate because of different quantity. Even when the sunshade body SH in the housed state is used, it does not take time and takes time. Utilizing the magnetic force generated by the magnets of the first magnet body 22, the second magnet body 21, the first plate piece 71, and the second plate piece 72, as described above, it is easy to accommodate and deploy.

More specifically, if the substrate 1 is a rectangular frame and a rectangular opening 10 is provided in the central area, the vanity mirror 910 provided in the sun visor 9 can be used continuously. Since the binding band 3 is disposed on the back side of the vanity mirror 910, it does not get in the way and the position of the vanity mirror 910 depending on the vehicle type is not limited. The installation of the vanity mirror 910 is not canceled when the sunshade body SH is attached as in Patent Document 1. The present invention allows both to coexist and enhances passenger satisfaction.
In addition, since the sunshade set is attached to the sun visor 9, the sun visor 9 is lowered so as to face the windshield FG as shown in FIG. If the member 92 is rotated along the side window, it is possible to easily prevent the sunlight from entering from the side window by adjusting the magnetic force attracting position of the first plate piece 71 to the first magnet body 22.
As such, the present sunshade set device has a number of excellent effects and is extremely useful.

  The present invention is not limited to those shown in the above-described embodiment, and various modifications can be made within the scope of the present invention depending on the purpose and application. Shape, size, number, material, material of base body BS, substrate 1, first magnet body 22, second magnet body 21, binding band 3, sunshade body SH, first plate piece 71, second plate piece 72, etc. Etc. can be suitably selected according to the application.

1 substrate 1R back surface (back surface of substrate)
1S surface (substrate surface)
DESCRIPTION OF SYMBOLS 21 2nd magnet body 22 1st magnet body 3 Binding band 4 Sheet member 41, 42 Half split part 410 Upper edge part 420 Unfolding upper edge part 45 Vertical fold area 46 Horizontal fold area 5 Core material 52 2nd step core material 71 First plate piece 72 Second plate piece

Claims (4)

A base body in which a binding band is fixed to the back surface of the substrate, the first magnet body is integrated in the lateral direction along the lower edge of the substrate surface side, and the second magnet body is integrated in the lateral direction along the upper edge of the substrate surface side. When,
It has a vertical fold area in the vertical direction at the center, and by folding the left and right halves around the vertical fold area, the horizontal length becomes smaller than the horizontal length of the substrate, and there are a plurality of horizontal fold areas. A sunshade sheet member;
On the back side of the sheet member, the upper edge portion along the upper edge of the left and right halved portions, and the development upper edge portion are respectively integrated, magnetically attracted to the first magnet body, both halved portions are A first plate of ferromagnetic material to be held in an unfolded state;
The left and right halves are superposed with their surface sides facing each other, and the first plate piece of one halved part is magnetically attracted to the first magnet body so as to be wound in the lateral fold region. And a ferromagnetic second plate piece integrated with a portion facing the second magnet body on the back side of the sheet member which is folded on the substrate and placed on the substrate. Sunshade set tool. An area of the sheet member that has the horizontal fold area at the lower portion of the upper edge and the developed upper edge, and extends downward from the area, and is divided into the horizontal fold area and the vertical fold area. The sunshade set tool according to claim 1, further comprising sheet-like core members that are respectively integrated with the formed surface-side area of the sheet member. The sunshade set according to claim 1 or 2, wherein the sheet member is rectangular, while the substrate is a square frame, and a rectangular opening is provided in a central area thereof. The base body includes a plurality of the first magnet bodies separated from each other and integrated with the substrate, and a plurality of the second magnet bodies separated from each other and integrated with the substrate. Among them, the second plate piece is integrally bonded to the back side portion of the sheet member in which the left and right second-stage core members that are arranged two lower sides from the upper edge portion and the development upper edge portion are integrated The sunshade set tool according to claim 2 or 3, wherein

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