JP2017001459A - Sunshade setting tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a sunshade setting tool, installable/removable to/from a sun visor by post-installation, installable even in the other car, easy in storage, and capable of coping with its use even if a vanity mirror exists in the sun visor.SOLUTION: A sunshade setting tool comprises a plate-like substrate 2, a belt-like binding band 3, a sunshade 4 formed in a sheet shape or a plate shape, providing a vertical fold line 45 in the center, folding back left-right half-split parts 41 and 42, becoming smaller in the lateral length than the substrate 2 and becoming equal to or smaller than that of the vertical length of the substrate 2 by folding up by a plurality of lateral fold lines 46, a first magnet body 62 and a second magnet body 61 on the substrate surface 2S side, a first plate piece 51 of a ferromagnetic body opposed to the first magnet body 62 when expanding the half-split part 42 and a second plate piece 52 of a ferromagnetic body opposed to the second magnet body 61, and the laterally expanded half-split part 42 is maintained in its expansion state by magnetic force attraction, and a folding-back body 4K is locked on the substrate 2 by the magnetic force attraction.SELECTED DRAWING: Figure 1

Description

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

When exposed to direct sunlight in hot weather, the handle and shift knob may become so hot that they cannot be touched, and sunshades are used effectively.
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. A sunshade structure in which a sunshade is housed in the sunvisor main body and a cover for closing the housing is provided, and even if it is retrofitted, it is necessary to replace the whole 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 for this purpose.

In order to achieve the above object, the gist of the invention described in claim 1 is that a plate-like substrate, a band-like binding band fixed to the back surface of the substrate, a sheet-like or plate-like, and a longitudinal direction in the center. And the left and right halves are folded around the vertical fold so that the lateral length is smaller than the lateral length of the substrate, and one side edge of one of the halves is disposed on the substrate. The upper part of the halved part is fixed to the lower part on the substrate surface side in accordance with one side edge, and a plurality of horizontal folds are provided. A sunshade to be described below, a first magnet body integrated with an exposed portion on the substrate surface side that projects laterally outward from a fixed portion of the substrate to which one of the halves is fixed, and a substrate surface side Second magnet body integrated on top When the other half portion is deployed, the first half piece of the ferromagnetic material integrated with the backside portion of the sunshade facing the first magnet body is overlapped with both half portions, A folded body of the sunshade that is folded so as to be wound at a lateral fold and is placed on the substrate, and a ferromagnetic second plate piece integrated with a portion facing the second magnet body. The other half of the halved portion that is expanded to the left and right is maintained in its unfolded state by magnetic adsorption by joining or proximity of the first magnet body and the first plate piece, while the halved portions are overlapped. Further, the folded body that is folded so as to be wound at a lateral fold is locked to the substrate by magnetic force adsorption by joining or proximity of the second plate piece and the second magnet body. To sunshade set tool That.
The sunshade set according to a second aspect of the present invention is the sunshade set according to the first aspect, wherein a rectangular opening is provided in the central region of the substrate, and the binding band is fixed to the back surface of the substrate on both outer sides of the opening. It is characterized by. A sunshade set device according to a third aspect of the present invention is the sunshade setting tool according to the first or second aspect, wherein the sunshade has a sheet member whose upper part is fixed to the lower part on the substrate surface side, and a gap for the vertical fold and the horizontal fold, And a plate-like sheet-like core material adhered to the surface side of the sheet member in a size that matches the shape of the folded body in plan view.

  The sunshade set of the present invention does not take up space when not in use, can be attached to and removed from the sun visor, can be shared with other vehicles, and is deployed using the magnetic force of the magnet body Needless to say, it can be easily stored, and in addition, it can be used for vanity mirrors.

It is one form of the sunshade set tool of this invention, and is a surface side perspective view of the state which folded the sunshade. It is a back surface side perspective view of FIG. It is the perspective view which separated the 2nd plate piece from the magnetic force of the 2nd magnet body from FIG. It is the perspective view which developed the joining state of the deployment first step part and the development third step part in FIG. It is the perspective view which looked at FIG. 4 from the substrate back side. FIG. 5 is a front view in which the joint state between the developed second stage part and the developed third stage part in FIG. It is explanatory drawing which attaches a sunshade set tool to a sun visor. (A) is the VIII-VIII arrow directional view of FIG. 6, (b) is the elements on larger scale of (a). It is the IX-IX arrow directional view of FIG. It is explanatory drawing which attaches the sunshade set tool of the other aspect instead of FIG. 6 to a sun visor.

  Hereinafter, the sunshade set according to the present invention will be described in detail. 1 to 10 show one embodiment of the sunshade set according to the present invention. FIG. 1 is a front perspective view of the sunshade folded, FIG. 2 is a rear perspective view of FIG. 1, and FIG. 3 is the state of FIG. FIG. 4 is a perspective view in which the joint state of the developed first stage part and the developed third stage part in FIG. 3 is developed, FIG. 5 is a perspective view of FIG. 4 as viewed from the back side of the substrate, and FIG. 6 is a front view in which the joint state of the developed second stage part and the developed third stage part in FIG. 7 is an explanatory diagram for attaching the sunshade setting tool to the sun visor, FIG. 8 is a view taken along the line VIII-VIII in FIG. 6, (B) is a partially enlarged view of (A), and FIG. FIG. 10 is an explanatory view of attaching a sunshade set of another embodiment instead of FIG. 6 to the sun visor. Each drawing is drawn with a large emphasis on the thickness of each component such as the substrate 2 and the first plate piece 51 for easy understanding of the drawings.

The sunshade setting tool 1 includes a substrate 2, a binding band 3, a sunshade 4, a magnet body 6, a first plate piece 51, and a second plate piece 52.
The substrate 2 is a horizontally long rectangular base plate that matches the size of the sun visor 9 as shown in FIG. It is sufficient if it is made of synthetic resin or paper 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 2 of the present embodiment.
Reference numeral 25 denotes an upper edge 23 of the fixing portion 21 of the substrate 2, and shows a concave notch 25 provided substantially at the center of the binding band 3. By using the notch 25, the folded body 4K (described later in detail) locked and held on the substrate 2 is easily developed on the sunshade 4 that spreads as shown in FIG.

The binding band 3 is a belt-shaped resin band. The binding band 3 is the back surface 2R of the substrate 2 and the band center portion 31 is fixed to the intermediate portion in the lateral direction, and the upper band tip 32 protrudes from the substrate upper edge 23 as shown in FIG. The lower band tip 33 protrudes from the lower edge 24.
Here, the “back surface 2R of the substrate 2” and “back surface side” in the present invention refer to FIG. 7 in which the sun visor 9 is lowered and put into use, and the occupant attaches the sun shade 4 to the sun visor 9 from the passenger compartment. The “surface of the substrate 2” and the “surface side” facing the sun visor 9 are indicated, and the “surface 2S” and “surface side” of the substrate 2 indicate “surface of the substrate 2” and “surface side” facing the occupant. In addition, regarding the sunshade 4, “surface side” means a surface of the sunshade setting tool 1 in FIG. Further, “upper side” and “lower side” refer to “upper side of paper” and “lower side of paper” in the front view of the sunshade setting tool 1 of FIG.
As shown in FIG. 7, a pair of hook-and-loop fasteners 37 and 38 are bonded and integrated to the binding band 3 on the surface of the upper band distal end portion 32 and the back surface of the lower band distal end portion 33, respectively. Therefore, the substrate 2 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 FIGS.

  The sunshade 4 is provided with a vertical fold 45 in the center in the center, and the horizontal length is made smaller than the horizontal length of the substrate 2 by folding the left and right halves 41 and 42 around the vertical fold 45. It is a sheet-like or plate-like member. One side edge 4c of one half portion 41 is aligned with one side edge 2c of the substrate 2 as shown in FIG. 6, and an upper portion 41u of the half portion 41 is fixed to a lower portion 2Sd on the substrate surface 2S side. The horizontal fold 46 is provided and is folded at the horizontal fold 46 so as to be equal to or less than the vertical length of the substrate 2 (however, at least 1/2 or more of the vertical length of the substrate 2). The “horizontal length” of the sunshade 4 and the substrate 2 in the present invention refers to the length in the horizontal direction of the paper surface in the front view of FIG. 6 when the sunshade 4 is in the unfolded state. It refers to the length in the vertical direction of each page.

In the unfolded state, the sunshade 4 of the present embodiment has a rectangular sheet member 47 having a size in front view of the sunshade 4 expanded as shown in FIGS. 6 and 8, and a gap between the vertical fold 45 and the horizontal fold 46. A core member 48 made of a rectangular thin plate that is divided into a plurality of pieces and adhered to the surface side of the sheet member 47, and a surface side sheet member 49 that sandwiches the core member 48 with the sheet member 47 in a sandwich shape. A sheet member 47 having an upper portion 41u fixed to the lower portion 2Sd on the substrate surface 2S side, a gap for the vertical fold 45 and the horizontal fold 46, and a size that matches the shape of the folded body 4K in plan view, And a plate-like sheet-like core material 48 attached to the front surface side of the member 47 so that the folding can be smoothly performed by the vertical fold 45 or the horizontal fold 46. A sheet member 47 having a sheet surface facing the windshield 7 deposited on aluminum during use or a sheet member 47 made of a reflective material having an aluminum foil attached thereto is more preferable, and this embodiment also uses a sheet member 47 deposited with aluminum. . This is because it is effective for cutting radiant heat from the sun. The sheet material 49 is substantially the same size as the sheet member 47. The sheet of the sheet material 49 includes a film in addition to the sheet.
The left and right halves 41 and 42 are made the same size, and the half folds 41 and 42 are made symmetrical with respect to the longitudinal fold 45 as the center line as shown in FIG. In FIG. 6, the lateral length of the right half portion 41 is made smaller than the lateral length of the substrate 2 as shown, while if both the half portions 41 and 42 are expanded, the lateral length of the substrate 2 becomes larger. Three horizontal fold lines 46 are provided, and the core member 48 is divided into four in the vertical direction by the horizontal fold lines 46. The total number of cores 48 is eight as shown in FIG. 6, except that only the two cores 48 arranged at the uppermost stage are approximately half as long as the other cores 48. Adjust to the vertical length of.

  The sunshade 4 is the right half portion 41 in FIG. 6, and the upper portion 41u with the uppermost core member 48 becomes the upper portion 41u of one half portion (right half portion) 41 and the lower portion on the substrate surface 2S side. It is fixed to 2Sd with an adhesive or the like. A first step portion 411 extends downward from the upper portion 41u through a horizontal fold line 46, and further from the first step portion 411 through the horizontal fold line 46 to a second step portion 412 and from the second step portion 412 to the third step portion. A step portion 413 extends. The lower edge of the upper portion 41u and the lower edge 24 of the substrate 2 substantially coincide. Then, the other left half portion 42 extends from the right half portion 41 via the vertical fold 45. Specifically, the development uppermost stage portion 420 extends from the upper portion 41u through the vertical fold 45, the development first stage portion 421 from the first stage portion 411, the development second stage portion 422 from the second stage portion 412, and the third stage portion 422. A developed third step portion 423 extends from the step portion 413 through the vertical fold 45. Reference numerals 43 and 44 denote the upper and lower edges of the sunshade.

The magnet body 6 is a permanent magnet, and here the external shape is a disk shape. The magnet constituting the magnet body 6 is a solid magnet (or flexible magnet), and the magnet is preferably a rare earth magnet or a rare earth iron magnet containing a rare earth such as Nd or Sm having a strong magnetic force. Is adopted. The magnet body 6 includes a first magnet body 62 and a second magnet body 61.
The first magnet body 62 is integrated with the exposed portion 22 on the side of the substrate surface 2S projecting laterally outward from the fixed portion 21 of the substrate 2 to which one of the half portions 41 (the right half portion in FIG. 6) is fixed. Is done. In FIG. 6, the substrate 2 to which the right half portion 41 (one half portion) is fixed is the exposed portion 22 from the fixing portion 21 toward the other side edge 2 f, and the first magnet body 62 along the lower edge 24 thereof. Are embedded and integrated in the substrate 2. The surface where the substrate surface 2S and the first magnet body 62 appear on the substrate surface 2S side is flush. A plurality (three in this case) of the first magnet bodies 62 are arranged on the exposed portion 22 below the substrate 2 at a predetermined pitch as shown in the figure. The other 42 of the half-divided portion that is expanded to the left and right is maintained in its expanded state by magnetic force adsorption by the joining (or proximity) of the first magnet body 62 and the first plate piece 51.

  The second magnet body 61 is a disk-shaped metal product made of a permanent magnet, and is embedded and integrated in the upper part on the substrate surface 2S side. Specifically, a plurality (in this case, five) are arranged at a predetermined pitch along the upper edge 23 of the substrate above the fixing portion 21 of the substrate 2 as shown in the figure. The surface appearing on the substrate surface 2S side of the second magnet body 61 is also flush with the substrate surface 2S. In order to prevent the second magnet body 61 and the first magnet body 61 from falling off the substrate 2, a film can be applied to the substrate surface 2S so as to cover it.

  The first plate piece 51 is integrated with a portion on the back surface 4R side of the sunshade 4 facing the first magnet body 62 when the other half portion 42 (the left half portion in FIG. 6) is unfolded. It is a plate of the body. In FIG. 6, the first plate piece 51 in the form of a strip that is substantially equal to the upper edge length of the other half portion 42 is pasted on the surface along the upper edge of the left half portion 42 on the sunshade back surface 2R side. Integrated. A ferromagnetic material is a substance that is strongly attracted to a magnet, such as iron, nickel, cobalt, and alloys thereof. The first plate piece 51 of the present embodiment uses a plate piece obtained by cutting an iron thin plate into an elongated rectangular plate, one surface of a double-sided tape is attached to the plate piece, and the other surface is a sunshade back surface 4R. The sunshade 4 is integrated with the unfolded uppermost portion 420. 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 for the first plate piece 51, the upper left edge portion 42 protruding outward from the substrate 2 is not twisted or drooped by the developed left half portion 42, so that the sunshade 4 is enlarged. There is an effect that can maintain the expanded state.

  By the way, when the core member 48 is present on the sunshade 4 as in the present embodiment, the upper edge portion of the left half portion 42 protruding outward from the substrate 2 is swung or drooped as described above in FIG. Do not do. Therefore, 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 51. The plate pieces of the first plate piece 51 and the second plate piece 52 described later in the present invention 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 layer is a ferrite tape piece with an adhesive layer that faces the back surface along the upper edge of the other half portion 42 and can be integrally bonded to that surface, the first plate piece 51 to the sunshade back surface 4R. 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.

The second plate piece 52 is a folded body 4K of the sunshade 4 that is overlapped with the two halves 41 and 42, folded so as to be wound around the horizontal fold 46, and placed on the substrate 2, and the second magnet body 61 It is a ferromagnetic plate piece that is integrated with the opposing parts. The second plate piece 52 of the present embodiment is bonded and integrated along the upper edge of the second step portion 412 related to one half portion 41 (the right half portion in FIG. 6) on the sunshade back surface 4R side. It is an elongated rectangular plate. Similarly to the first plate piece 51, the second plate piece 52 of the present embodiment also has one surface of a double-sided tape attached to a plate piece of an elongated rectangular plate made of iron, and the other surface is a sunshade back surface 4R. The sunshade 4 is integrated with the step 412.
After the two halves 41 and 42 are overlapped, the folded body 4K is folded at the horizontal fold 46 so as to be wound as shown in FIGS. 4 to 3, and further folded as shown in FIG. The second plate piece 52 and the second magnet body 61 are engaged with or adsorbed by the magnetic force to be engaged with the substrate 2. A second plate piece 52 that appears on the back surface 4R of the second step portion 412 related to the folded body 4K in FIG. 1 and a second magnet body 61 arranged along the upper edge 23 of the substrate surface 2S by a series of folding. The folded body 4K is locked and held on the substrate 2 while maintaining the state shown in FIG.
The sunshade set 1 shown in FIGS. 1 to 9 is attached to the driver's seat side of the right handle. A symmetrical product on the right (not shown) will be prepared.

  FIG. 10 shows a sunshade set tool 1 according to another embodiment instead of FIG. There is a case in which a vanity mirror 910 used when a woman applies makeup as shown in the figure is provided on the back side of the sun visor 9. In FIG. 10, the sunshade set tool 1 in which a rectangular opening 20 is provided in the central area of the substrate 2 corresponding to the vanity mirror 910 and the binding band 3 is fixed to the substrate back surface 2R on both outer sides of the opening 20 respectively. Illustrated. The use of the equipment vanity mirror 910 is ensured, and the sunshade setting tool 1 can be attached to the sun visor 9. In FIG. 10, the other configuration is the same as that of the sunshade setting tool 1 of FIGS. 10, the same reference numerals as those in FIGS. 1 to 9 denote the same or corresponding parts.

  The sunshade setting tool 1 configured in this manner secures the binding band 3 to the back surface 2R of the substrate 2. Therefore, when the sunshade 4 is necessary as a sunshade cover such as a handle or a shift knob on a day with strong sunlight, the binding band 3 is used. 3, the sunshade set 1 can be easily attached to the sun visor 9. 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 a plurality of vehicles, the sunshade set 1 can be interchanged and attached to another vehicle.

  The substrate 2, the sunshade 4, the first magnet body 61, the second magnet body 62, the first plate piece 51, and the second plate piece 52 are provided. By folding 41 and 42, the lateral length is smaller than the lateral length of the substrate 2, and the other of the halved portions 42 developed left and right is joined to the first magnet body 62 and the first plate piece 51. Because it is maintained in its unfolded state due to magnetic adsorption due to proximity, it can be secured as a sunshade cover such as a handle or shift knob, and even if the car is exposed to direct sunlight under hot weather, the handle and shift knob can not be touched You can avoid the situation of getting too hot. Fully fulfills its role as Sunshade 4. Incidentally, the object of the present invention is not to lower the passenger compartment temperature, but to facilitate re-operation after stopping under hot weather, so that the sunshade 4 can be reduced in weight and thickness.

Also, the second magnet body 61 integrated with the upper part 2Su on the substrate surface 2S side and the halved parts 41, 42 are overlapped, further folded so as to be wound around the horizontal fold 46, and the sunshade placed on the substrate 2 4 is provided with a ferromagnetic second plate piece 52 that is integrated with a portion facing the second magnet body 61, and the halves 41 and 42 are overlapped, and further, a horizontal fold 46 The folded body 4K that is folded so as to be wound on the substrate 2 is configured to be locked to the substrate 2 by the magnetic adsorption by the joining or proximity of the second plate piece 52 and the second magnet body 61, so that it is not used. Sometimes you do n’t take up space. The conventional sunshade 4 was folded in a bellows shape when not in use and stored in the rear seat or the like. However, when the occupant got on the rear seat, it was difficult to find the storage location of the sunshade 4 again. .
On the other hand, the sunshade setting tool 1 of the present invention is mounted on the sun visor 9 as shown in FIG. 1 and then folded up and then lifted up to lift the vehicle above the windshield 7 as shown in FIG. It is brought to the body roof 8. 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. Further, since the sunshade 4 is provided with the vertical fold 45 and the horizontal fold 46, it can be smoothly folded into the folded body 4K while being attached to the sun visor 9 as shown in FIG. In addition, since the second magnet body 61 is integrated with the substrate 2 and the second plate piece 52 is integrated with the sunshade 4, it can be locked to the substrate surface 2S by magnetic force adsorption in the folded body 4K. In the folded body 4K, when placed on the substrate 2, a second plate piece 52 of a ferromagnetic material is disposed at a portion facing the second magnet body 61, and this is integrated with the sunshade 3. The force with which the magnet body 61 and the second plate piece 52 attract each other helps the formation of the folded body 4K, and facilitates the work of folding and storing it small while attached to the sun visor 9. In addition to the formation of the vertical fold 45 and the horizontal fold 46 that facilitate folding, the second magnet body 61 can smoothly store the sunshade 4 in the vehicle interior by the autonomous action of magnetic force. The sunshade set tool 1 can travel while maintaining this compact storage state. Conventionally, in many cases, the sun visor is placed on the rear seat in order to make it easier to take out the sun visor by using it. In such a case, when the occupant got into the rear seat, he was suddenly forced to change the sun visor, but he did not fall into such a situation.

  Further, the sunshade 4 has a sheet member 47 whose upper portion is fixed to the lower part on the substrate surface 2S side, and a gap for the vertical fold 45 and the horizontal fold 46, and has a plan view shape of the folded body 4K. When the sheet-like core material 48 is attached to the surface side of the sheet member 47 so as to be matched, folding at the positions of the vertical fold 45 and the horizontal fold 46 is smoothly carried and the work is performed. The characteristics are further improved. In addition, when the sheet material 49 is provided on the surface 4S side of the sunshade 4, if the surface of the sheet material 49 is provided with a picture, a pattern, a pattern, or a figure of a character or the like, the sunshade 4 that produces playfulness can be obtained.

  On the other hand, when the sunshade 4 is deployed and used from the stowed state, after the sun visor 9 is tilted as shown in FIG. 7, the occupant resists the magnetic force of the second magnet body 61 using the notch 25. If the folded body 4K is pulled toward itself, the second step portion 412 in which the second plate pieces 52 are integrated can be easily separated from the substrate 2 as shown in FIG. If it can be expanded, the right half portion 41 is instantaneously expanded by gravity, and then the first magnet body 62 is obtained if the passenger spreads the left half portion 42 to the exposed portion 22 side of the substrate 2 with a light touch. The first plate 51 is attracted and attracted by the magnetic force, and the sunshade 4 is unfolded as shown in FIG. Even when the sunshade 4 in the storage state is used, it does not take time and does not take time. Using the magnetic force generated by the magnets of the first magnet body 62, the second magnet body 61, the first plate piece 51, and the second plate piece 52, as well as deployment, storage is easy as described above.

More specifically, as shown in FIG. 10, a rectangular opening 20 is provided in the central area of the substrate 2, and the sunshade set tool 1 in which the binding band 3 is fixed to the substrate rear surface 2R on both outer sides of the opening 20, respectively. Then, even if the sun visor 9 is equipped with the vanity mirror 910, the vanity mirror 910 can be continuously used by combining the opening 20 with the vanity mirror 910. The installation of the vanity mirror 910 is not canceled when the sunshade 4 is attached as in Patent Document 1. The present invention allows both to coexist and enhances passenger satisfaction.
In addition, since the sunshade set 1 is attached to the sun visor 9, the sun visor 9 is lowered so as to face the windshield 7 as shown in FIGS. If the nine rod-shaped support members 92 are rotated along the side window, it is possible to easily prevent the sunlight from entering. Of course, it is more preferable that the sheet material 49 is a reflective material on which aluminum vapor deposition or the like is applied, as in the case of the sheet member 47, for such a use product.
Thus, this sunshade set tool 1 exhibits 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. The shape, size, number, material, material, etc. of the substrate 2, the binding band 3, the sunshade 4, the first plate piece 51, the second plate piece 52, the first magnet body 62, the second magnet body 61, etc. are adapted to the application. Can be selected as appropriate.

DESCRIPTION OF SYMBOLS 1 Sunshade set tool 2 Board | substrate 20 Opening part 3 Binding band 4 Sunshade 41 One half part (right side half part of FIG. 6)
42. The other half part (the left half part and the other half part in FIG. 6)
45 Vertical fold 46 Horizontal fold 47 Sheet member 48 Core material 51 First plate piece 52 Second plate piece 61 Second magnet body 62 First magnet body

Claims (3)

A plate-like substrate;
A band-like binding band fixed to the back surface of the substrate;
In the form of a sheet or plate, a vertical longitudinal fold is provided in the center, and by folding the left and right halves around the vertical fold, the lateral length is smaller than the lateral length of the substrate, and One side edge of one half portion is aligned with one side edge of the substrate, the upper portion of the half portion is fixed to the lower portion on the substrate surface side, and a plurality of horizontal folds are provided. A sunshade that is equal to or less than the vertical length of the substrate by folding, and
A first magnet body integrated with an exposed portion on the substrate surface side that projects laterally outward from the fixed portion of the substrate to which the one half portion is fixed;
A second magnet body integrated with the upper part of the substrate surface side;
A first plate piece of a ferromagnetic material integrated with a portion on the back side of the sunshade facing the first magnet body when the other half-split portion is deployed;
A ferromagnet integrated with a portion facing the second magnet body, with the halves of the sunshade superposed on both halves and folded at the transverse fold, and laid on the substrate. A second plate piece,
The other of the halved parts expanded left and right is maintained in its expanded state by magnetic force adsorption by joining or proximity of the first magnet body and the first plate piece, while the two halved parts are overlapped, Further, the folded body that is folded so as to be wound in a lateral fold is locked to the substrate by magnetic force adsorption by joining or proximity of the second plate piece and the second magnet body. Sunshade set tool. The sunshade set tool according to claim 1, wherein a rectangular opening is provided in a central area of the substrate, and the binding band is fixed to the back surface of the substrate outside both the openings. The sunshade is sized to fit a sheet member whose upper part is fixed to the lower part on the substrate surface side, a gap for the vertical fold line and the horizontal fold line, and to match the shape of the folded body in plan view, The sunshade set tool according to claim 1 or 2, comprising a plate-like sheet-like core material adhered to the surface side of the sheet member.

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