JP2013244828A - Panel device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a panel device good in appearance and sound insulating performance and superior in working efficiency.SOLUTION: A panel body 1 in a panel device fixes a first panel 3 and a second panel 5. The first panel 3 has a first design wall 3a and a flange 3b, which form a first design face 30. The second panel 5 has a second design wall 5a and a guide part 5d. The second panel 5 is elastically deformable. In the panel device, when fixing the first panel 3 to the panel body 1, by slidingly contacting the flange 3b with the guide part 5d, the second panel deforms elastically, and the second panel 5 falls off from the first design face 30. As the first panel 3 is fixed to the panel body 1, in the panel device, the flange 3b and the guide part 5d are hidden by the second panel 5, and the flange 3b and the guide part 5d are in a falling-off state.

Description

  The present invention relates to a panel device.

  A panel device disclosed in Patent Document 1 is known as a panel device that constitutes the interior of a vehicle. This panel device includes a first panel as a lid and a second panel as a member to be attached. The first panel has a first design wall whose surface is the first design surface, and an engagement claw and an engagement piece that rise from the first design wall so as to be orthogonal to the first design surface and are hidden by the second panel Part.

  On the other hand, the second panel is concealed by the second design wall whose surface is the second design surface and the second design wall, and is engaged while the first panel is moving in the fixing direction toward the second panel. While guiding the claw and the engaging piece portion, it has an engaging receiving portion and a concave portion for locking them. The engagement receiving part is located in the recess.

  In this panel device, when the first panel is moved in the fixing direction toward the recess formed in the second panel, the engaging claw and the engaging piece are locked to the engaging receiving portion while being elastically deformed. The That is, in this panel device, it is possible to fix the first panel to the second panel simply by moving the first panel in the fixing direction.

  Further, in this panel device, the first panel is fixed to the recess of the second panel, so that the engagement portion between the first panel and the second panel, that is, the engagement claw, the engagement piece portion, and the engagement receiver. The part is concealed by the second panel or the second design surface. For this reason, according to this panel apparatus, it is also possible to increase the beauty of the interior and the like.

JP-A-7-291051

  However, in the conventional panel device, when the first panel is moved in the fixing direction, the surface of the second design wall, i.e., the second panel, by the engagement pawls and the engagement pieces in addition to the first panel itself. There is a concern that the second design surface may be damaged. As described above, since the aesthetics of the interior and the like is deteriorated by scratching the second design surface, in this panel device, when the first panel is fixed to the second panel, the operator is more carefully operated. Is required to do. However, in this case, the efficiency of assembling work such as interior is reduced, and as a result, the manufacturing cost of the vehicle and the like increases.

  Further, in this panel device, when the first panel is fixed to the concave portion of the second panel, the engaging claw and the engaging piece portion are locked to the engaging receiving portion. Thereby, the vibration generated in one of the first panel or the second panel is easily transmitted to the other first panel or the second panel through the engaging claw, the engaging piece portion, and the engaging receiving portion. For this reason, in this panel device, noise due to resonance of the first panel and the second panel is likely to increase.

  The present invention has been made in view of the above-described conventional situation, and an object to be solved is to provide a panel device having high aesthetics and soundproofing properties and excellent work efficiency.

The panel device of the present invention includes a panel body,
A first panel that has a first design surface and is fixed to the panel body by being moved in a fixing direction toward the panel body;
A panel device comprising: a second panel having a second design surface, located near the panel body, and elastically deformed by the first panel when the first panel is moved in the fixing direction. ,
The first panel has a first design wall whose surface is the first design surface, and a regulating portion that rises from the first design wall and is hidden by the second panel,
The second panel is concealed by the second design wall whose surface is the second design surface and the second panel, and guides the restricting portion while the first panel is moving in the fixing direction. Has a guide part to
The restricting portion and the guide portion are configured so that the restricting portion and the guide portion slide so that the second panel is separated from the first design surface while the first panel is moving in the fixing direction. When the first panel is fixed to the panel body, the second panel is released from the state of being separated from the first design surface by sliding contact between the restricting portion and the guide portion. (Claim 1).

  In this panel device, the first panel can be fixed to the panel body by moving the first panel in the fixing direction toward the panel body. And while the 1st panel is moving to a fixed direction, a 2nd panel leaves | separates from the 1st design surface of a 1st panel because a control part and a guide part slidably contact. For this reason, in this panel device, the first design surface is hardly damaged by the second panel. Moreover, in this panel apparatus, the 2nd design surface of a 1st panel is hard to be damaged by a 1st panel and a control part similarly.

  In this panel device, the guide portion is concealed by the second panel, and the first panel is fixed to the panel body, so that the restricting portion is also concealed by the second design wall of the second panel. For this reason, even if the restricting portion and the guide portion are in sliding contact with each other, even if they are damaged, in the state where the first panel is fixed to the panel body, the restricting portion and the guide portion are exposed to the outside of the panel device. Therefore, the aesthetics of the first design surface and the second design surface, and thus the aesthetics of the interior of the vehicle in which the panel device is adopted can be increased.

  Furthermore, in this panel device, an operator or the like simply moves the first panel in the fixing direction to bring the regulating portion and the guide portion into sliding contact with each other, while preventing damage to the first design surface and the second design surface. The first panel can be fixed to the panel body. For this reason, in this panel apparatus, the burden of the operator etc. at the time of an assembly | attachment operation | work can be reduced.

  In this panel device, when the first panel is fixed to the panel body, the state in which the second panel is separated from the first design surface is released by the sliding contact between the restricting portion and the guide portion. Thereby, in this panel apparatus, the vibration produced in one side of the 1st panel or the 2nd panel becomes difficult to be transmitted to the other 1st panel or 2nd panel through a regulation part and a guide part. For this reason, in this panel device, the first panel and the second panel are less likely to resonate, and noise generation can be suppressed.

  Therefore, this panel device has high aesthetics and soundproofing properties and excellent work efficiency.

  In the panel device of the present invention, the second panel forms a moving space in which the first panel can move in the fixing direction by elastic deformation, and if the first panel is fixed to the panel body, the moving space is reduced by elastic restoring force. (Claim 2).

  In this case, the first panel can be easily moved in the fixing direction by the moving space formed by the elastic deformation of the second panel. Thereby, the first panel can be easily fixed to the panel body, and the first design surface and the second design surface can be more suitably prevented from being damaged.

  Further, the moving space is reduced when the first panel is fixed to the panel body. That is, since the elastically deformed second panel returns to the original position, the first design surface and the second design surface can be brought close to each other in a state where the first panel is fixed to the panel body. Thereby, in this panel apparatus, it becomes possible to form the shape where the 1st design wall and the 2nd design wall continue. For this reason, the interior etc. formed by this panel apparatus will exhibit a more beautiful aesthetics.

  Furthermore, in this panel device, in order to secure the above-described movement space when the first panel is fixed to the panel body, it is possible to suppress limiting the shape of the second panel more than necessary, and the shape of the second panel, As a result, it is possible to relax the restriction on the shape of the interior or the like formed by the panel device.

  In the panel device of the present invention, it is preferable that the first design wall extends vertically, and the restriction portion is a flange provided at a lower end of the first design wall. In this case, the restricting portion can be easily formed. For this reason, it becomes possible to reduce the manufacturing cost of a panel apparatus.

  This panel device has high aesthetics and soundproofing properties and is excellent in work efficiency.

It is a partial expansion perspective view which shows the instrument panel comprised by the panel apparatus of an Example. It is a partial expansion perspective view which shows the positional relationship of a 1st panel and a 2nd panel regarding the panel apparatus of an Example. It is sectional drawing of the III-III 'direction in FIG. It is sectional drawing which concerns on the panel apparatus of an Example and shows the state of the elastic deformation of the 2nd panel at the time of fixation of a 1st panel.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments embodying the present invention will be described below with reference to the drawings.

(Example)
The instrument panel shown in FIG. 1 is configured by the panel device of the embodiment, and is provided in the vehicle interior CR of the vehicle. The panel device (instrument panel) includes a panel body 1, a first panel 3, and a second panel 5. A console panel 7 provided in a console box (not shown) is connected to the instrument panel.

  The panel body 1 extends in the left-right direction of the passenger compartment CR, and mainly constitutes the upper part of the instrument panel. The second panel 5 extends in the front-rear direction of the passenger compartment CR, and is located in the vicinity of the panel body 1 so as to mainly constitute the lower part of the instrument panel. The front end portion of the console panel 7 is connected to the rear end portion of the second panel 5. The first panel 3 is disposed between the panel body 1 and the second panel 5.

  The panel body 1 is made of resin. The panel body 1 functions as a skeleton of the instrument panel and can fix the first panel 3 and the second panel 5. The panel body 1 is fixed to the vehicle via a fixing portion (not shown). Further, the panel body 1 is provided with a mounting portion 1a for fixing other panel members (not shown) to the panel body 1, and also operates vehicle running, air conditioning in the cabin CR, and the like. Mounting holes 1b and 1c for fixing various auxiliary machine members (not shown) to the panel body 1 are formed.

  As shown in FIG. 2, the first panel 3 is made of resin and has a substantially rectangular shape. The first panel 3 includes a first design wall 3a, a flange 3b as a restricting portion, and first and second engaging protrusions 3c and 3d shown in FIG. In addition, it is also possible to comprise the 1st panel 3 with a timber, a metal plate, etc. Further, the first design wall 3a, the flange 3b, and the first and second engaging protrusions 3c and 3d can be formed of different materials.

  As shown in FIG. 2, the first design wall 3 a is formed to extend in the vertical direction and the front-rear direction of the first panel 3. The surface of the first design wall 3a is painted and decorated. The surface of the first design wall 3 a constitutes the first design surface 30 of the first panel 3.

  The flange 3b is provided at the lower end of the first design wall 3a. As shown in FIG. 3, the flange 3b extends in the left-right direction of the first panel 3 while being orthogonal to the first design surface 30, and is formed so as to rise from the first design wall 3a. Further, the flange 3 b is formed along the outer periphery of the first design wall 3 a, that is, along the first design surface 30.

  Further, the flange 3b is formed so as to be untargeted between the left side portion and the right side portion of the first panel 3. And the shape of the flange 3b in the left side part of the 1st panel 3 is formed in the shape in alignment with the said 2nd panel 5 while it is a shape in alignment with said 1st design surface 30. As shown in FIG. Further, the left front end portion 300 of the flange 3b is formed so as to rise from the first design wall 3a most in the flange 3b, that is, to extend leftward from the first design wall 3a. On the other hand, an escape portion 3e is formed at the left rear end portion of the flange 3b. The escape portion 3e has a smaller rise than the other portion on the left side of the flange 3b.

  The first engaging protrusion 3 c is formed at the lower end of the first panel 3 and at the left front end of the first panel 3. On the other hand, the second engagement protrusion 3 d is formed at the lower right end of the first panel 3 at the lower end of the first panel 3. The first engagement protrusion 3c and the second engagement protrusion 3d are formed so as to be able to be inserted into the first engagement hole 1d and the second engagement hole 1e formed in the panel body 1, respectively. The arrangement positions and shapes of the first and second engagement protrusions 3c and 3d are appropriately designed according to the shape of the first panel 3 and the arrangement positions and shapes of the first and second engagement holes 1d and 1e.

  As shown in FIG. 2, the second panel 5 is made of resin and can be elastically deformed. The 2nd panel 5 and the panel main body 1 can be connected through the connection part which is not shown in figure. The second panel 5 includes a second design wall 5a, an opening 5b, a connection portion 5c, and a guide portion 5d shown in FIG. As shown in FIG. 2, the second panel 5 has recesses 5e and 5f. In these recesses 5e and 5f, an accessory box or the like (not shown) can be arranged.

  The second design wall 5a is formed so as to extend in the vertical direction and the front-rear direction of the second panel 5. The surface of the second design wall 5 a constitutes the second design surface 50 of the second panel 5.

  The opening 5b is provided at the upper part on the front end side of the second panel 5, and is formed to be continuous with the upper part of the second design wall 5a. The opening 5b has a substantially wedge shape in which the opening width becomes narrower from the front end side of the second panel 5 toward the rear end side of the second panel 5, and the first panel 3 can be inserted therein. ing. Moreover, as shown in FIG. 3, the guide piece 5g is formed in the location which becomes the rear-end side of the guide part 5d in the 2nd panel 5. As shown in FIG. A guide protrusion 5j extending toward the flange 3b is formed inside the guide piece 5g. That is, the guide part 5d is formed including the guide piece 5g and the guide protrusion 5j. In FIG. 3, the guide piece 5g is indicated by a dotted line for easy understanding of the positional relationship between the guide piece 5g and the guide protrusion 5j. The same applies to FIG.

  As shown in FIG. 2, the connection portion 5 c is provided on the rear end side of the second panel 5. Attachment holes 5h, 5i and the like are formed in the connection portion 5c. Through these attachment holes 5h, 5i, etc., the second panel 5 can be connected to the console panel 7 shown in FIG.

  As shown in FIG. 3, the guide 5d is formed inside the second panel 5, that is, inside the second design wall 5a, and is located in the opening 5b. That is, the guide portion 5d is substantially concealed by the second design wall 5a, and, as shown in FIG. 2, when the first panel 3 is disposed in the opening portion 5c, from the outside of the second panel 5. The parts other than the guide piece 5g cannot be visually recognized. As shown in FIG. 1, the guide piece 5 g cannot be viewed from the outside of the second panel 5 when the second panel 5 is connected to the console panel 7. The guide piece 5g may be omitted by forming the guide protrusion 5j on the inside of the guide portion 5d.

  As shown in FIG. 1, the console panel 7 extends in the front-rear direction of the passenger compartment CR. The console panel 7 is formed so as to be geometrically integrated with the second panel 5 by being connected to the rear end side of the second panel 5. Further, the console panel 7 is formed with a notch 7a having a shape along the first design wall 3a and a drink holder 7b.

  The panel body 1, the first, second panels 3, 5 and the console panel 7 configured as described above are assembled by the operator as follows.

  First, the panel body 1 and the second panel 5 are connected via a connection portion (not shown). As a result, the second panel 5 is fixed below the panel body 1. Next, the first panel 3 is fixed to the panel body 1.

  In order to fix the first panel 3 to the panel body 1, the first panel 3 is moved in the fixing direction toward the panel body 1. Specifically, in this panel device (instrument panel), the first panel 3 is moved from the rear end side to the front end side of the opening 5b (second panel 5) with the first panel 3 inserted into the opening 5b. Move to. Such a moving direction of the first panel 3 is a fixing direction in the panel device.

  Here, as described above, the opening 5b has a substantially wedge shape, and the opening width on the rear end side is narrower than the opening width on the front end side. For this reason, when inserting the first panel 3 into the opening 5b, as shown in FIG. 4, the flange 3b is guided by the guide piece 5g, and the first panel 3 is inserted from the diagonally right rear with respect to the opening 5b. Insert into the opening 5b. At this time, since the first panel 3 is disposed obliquely rearward to the right with respect to the opening 5b, the guide protrusion 5j formed inside the guide piece 5g is in contact with the flange 3b (excluding the escape portion 3e). The left front end portion 300 of the flange 3b is in contact with the inner side of the second design wall 5a (the inner side of the second panel 5) while in contact therewith. In this state, by moving the first panel 3 in the fixing direction, the second panel 5 is elastically deformed in the direction of the white arrow in the figure, and the flange 3b and the guide portion 5d are in sliding contact. That is, when the first panel 3 is moved in the fixing direction in the opening 5b, the second panel 5 is pressed by the flange 3b and elastically deformed, so that the second panel 5 is the first design surface of the first panel 3. It will be in a state of separating from 30. For this reason, in this panel apparatus, when moving the 1st panel 3 toward the panel main body 1, the clearance gap produced between the upper part of the 2nd design wall 5a which is the periphery of the opening part 5b, and the 1st design surface 30 is produced. Becomes wider. This gap becomes a moving space when the first panel is moved in the fixing direction at the opening 5b.

  Further, by moving the first panel 3 in the fixing direction within the opening 5b, the first and second engaging projections 3c, 3d are respectively attached to the mounting holes 1d, 1e formed in the panel body 1. It is inserted and locked. Thereby, as shown in FIG. 3, the first panel 3 is fixed to the panel body 1.

  Thus, by fixing the 1st panel 3 to the panel main body 1, in the opening part 5b, the flange 3b and the guide part 5d will be in the state which left | separated at least in the left-right direction of the vehicle. In other words, in this panel device, the mounting holes 1d, 1e and the first, second, and second engagements are provided so that the first panel 3 can be fixed to the panel body 1 at a position where the flange 3b and the guide portion 5d are separated from each other. The mating protrusions 3c and 3d are respectively designed.

  Here, since the flange 3b and the guide portion 5d are separated from each other, the guide protrusion 5j disposed in the guide piece 5g formed on the rear end side of the guide portion 5d is pressed by the flange 3b. At the same time, when the guide portion 5d is pressed by the left front end portion 300 of the flange 3b, the gap between the upper portion of the first design wall 5a and the first design surface 30 is widened when the first panel 3 is fixed. Thus, the second panel 5 that has been elastically deformed returns to its original state by the elastic restoring force. At this time, the left front end portion 300 of the flange 3b is separated from the guide portion 5d, and the guide protrusion 5j is separated from the escape portion 3e of the flange 3d. For this reason, in the state in which the first panel 3 is fixed to the panel main body 1, the moving space is narrowed.

  After the fixing of the first panel 3 to the panel body 1 is completed, as shown in FIG. 1, the second panel 5 and the console panel 7 are passed through the mounting holes 5h and 5i formed in the connection portion 5c shown in FIG. Connect with. Thus, the assembly of the first, second panels 3 and 5 to the panel body 1 and the assembly of the console panel 7 to the second panel 5 are completed. Then, an instrument panel is completed by fixing another panel member, an auxiliary machine member, etc. to attachment part 1a, attachment hole 1d, and 1e.

  Thus, in this panel device, the first panel 3 can be fixed to the panel body 1 by moving the first panel 3 in the fixing direction toward the panel body 1. And while the 1st panel 3 is moving to a fixing direction, the 2nd panel 5 leaves | separates from the 1st design surface 30 of the 1st panel 3 because the flange 3b and the guide part 5d contact. For this reason, in this panel apparatus, when fixing the 1st panel 3 to the panel main body 1, it is the 1st design surface by the 2nd design wall 5a of the part corresponding to the 2nd design wall 5a, especially the periphery of the opening part 5b. 30 is hard to be damaged. For this reason, it becomes difficult for the coating applied to the first design surface 30 to be damaged or peeled off. Further, in this panel device, the second design surface 50 of the second panel 5, in particular, the second design surface 50 corresponding to the periphery of the opening 5b is also hardly damaged by the first panel 3 and its flange 3b. It has become.

  Furthermore, in this panel device, the guide panel 5d is concealed by the second panel 5 by being formed inside the second panel 5, and the first panel 3 is fixed to the panel body 1, The flange 3b is also substantially concealed by the second design wall 5a of the second panel 5. For this reason, even if the flange 3b and the guide portion 5d are in sliding contact with each other, even if they are damaged, in the state where the first panel 3 is fixed to the panel body 1, the left side portion and the guide portion of these flanges 3b. 5d is not exposed to the outside of the panel device, that is, the instrument panel. Further, since the console panel 7 is connected to the second panel 5, the guide piece 5 g in addition to the right side portion and the rear end portion of the flange 3 b is also concealed by the console panel 7, so that these are also external to the instrument panel. Will not be exposed. For this reason, the aesthetics of the 1st design surface 30 and the 2nd design surface 50, ie, the aesthetics of the instrument panel comprised by this panel apparatus, are high. For this reason, according to this panel device, it is possible to enhance the aesthetic appearance of the passenger compartment CR.

  Further, in this panel device, the first design surface 30 and the second design surface 50 are damaged only by the operator or the like moving the first panel 3 in the fixing direction and sliding the flange 3b and the guide portion 5d. It is possible to fix the first panel 3 to the panel body 1 while preventing this. For this reason, with this panel device, it is possible to reduce the burden on the operator during assembly work.

  And in this panel apparatus, if the 1st panel 3 is fixed to the panel main body 1, the flange 3b and the guide part 5d will separate in the opening part 5b at least in the left-right direction of a vehicle. Thereby, in this panel apparatus, the vibration which arose in one side of the 1st panel 3 or the 2nd panel 5 passes through the flange 3b and the guide part 5d (inside the 2nd design wall 5a), and the other 1st panel 3 or 2nd panel. 5 is difficult to be transmitted. For this reason, in this panel apparatus, it becomes difficult for the 1st panel 3 and the 2nd panel 5 to resonate, and generation | occurrence | production of a noise can be suppressed.

  Therefore, the panel device of the embodiment has high aesthetics and soundproofing properties and is excellent in work efficiency.

  In particular, in this panel device, the second panel 5 is elastic if the first panel 3 is fixed to the panel body 1 while the above-mentioned moving space in which the first panel 3 can move in the fixing direction is formed by elastic deformation. The moving space is reduced by the restoring force.

  For this reason, in this panel apparatus, it is easy to move the 1st panel 3 to a fixed direction within the opening part 5b by movement space. Thereby, in this panel device, the first panel 3 can be easily fixed to the panel body 1 and the first design surface 30 and the second design surface 50 are suitably prevented from being damaged.

  In addition, a relief portion 3e is formed at the left rear end portion of the flange 3b, and is configured to allow restoration of elastic deformation in the portion where the guide protrusion 5j is formed. For this reason, the moving space is reduced when the first panel 3 is fixed to the panel body 1. That is, since the elastically deformed second panel 5 returns to the original position, it occurs between the upper portion of the second design wall 5 a and the first design surface 30 in a state where the first panel 3 is fixed to the panel body 1. The gap is narrowed, and the first design surface 30 and the second design surface 50 can be brought close to each other. Thereby, in this panel apparatus, it is possible to form a shape in which the first design wall 30 and the second design wall 50 are continuous. For this reason, the instrument panel formed by this panel apparatus exhibits an excellent aesthetic appearance, and the aesthetic appearance of the passenger compartment CR is high.

  Further, in this panel device, the first design wall 3a is formed to extend vertically and horizontally, and the restricting portion is a flange 3b provided at the lower end of the first design wall 3a. For this reason, it becomes possible to easily form the restricting portion in the first panel 3. For this reason, it is possible to reduce the manufacturing cost of the panel device. Further, in a state where the first panel 3 is fixed to the panel body 1, the flange 3b is positioned in the opening 5b. For this reason, in a vehicle provided with this instrument panel, even if cards or the like are sandwiched in the gap between the upper portion of the second design wall 5a and the first design surface 30, these cards or the like Is held by the flange 3b, so that it is prevented from falling below the opening 5b beyond the flange 3b. For this reason, the convenience of an instrument panel is also high.

  While the present invention has been described with reference to the embodiments, it is needless to say that the present invention is not limited to the above-described embodiments and can be appropriately modified and applied without departing from the spirit thereof.

  For example, a plurality of guide protrusions 5j may be formed on the guide piece 5g, and a plurality of guide protrusions 5j may be formed along the guide part 5d. In these cases, the height of each guide projection 5j may be reduced toward the front end of the opening 5b.

  Moreover, you may comprise the other interior member (lining of a door etc.) of the compartment CR by the panel apparatus of an Example. Moreover, you may comprise vehicle exterior members (bumpers etc.) with this panel apparatus. Furthermore, not only a vehicle but this panel apparatus may comprise furniture and the like in addition to interior and exterior members of buildings.

  The present invention is applicable to furniture and the like in addition to interior members and exterior members such as vehicles and buildings.

DESCRIPTION OF SYMBOLS 1 ... Panel main body 3 ... 1st panel 3a ... 1st design wall 3b ... Flange (regulation part)
5 ... 2nd panel 5a ... 2nd design wall 5d ... Guide part 30 ... 1st design surface 50 ... 2nd design surface

Claims (3)

The panel body,
A first panel that has a first design surface and is fixed to the panel body by being moved in a fixing direction toward the panel body;
A panel device comprising: a second panel having a second design surface, located near the panel body, and elastically deformed by the first panel when the first panel is moved in the fixing direction. ,
The first panel has a first design wall whose surface is the first design surface, and a regulating portion that rises from the first design wall and is hidden by the second panel,
The second panel is concealed by the second design wall whose surface is the second design surface and the second panel, and guides the restricting portion while the first panel is moving in the fixing direction. Has a guide part to
The restricting portion and the guide portion are configured so that the restricting portion and the guide portion slide so that the second panel is separated from the first design surface while the first panel is moving in the fixing direction. When the first panel is fixed to the panel body, the second panel is released from the state of being separated from the first design surface by sliding contact between the restricting portion and the guide portion. Panel device characterized by being made.   The second panel forms a moving space in which the first panel is movable in the fixing direction by elastic deformation, and reduces the moving space by an elastic restoring force when the first panel is fixed to the panel body. The panel device according to claim 1, which is a device.   The panel device according to claim 1, wherein the first design wall extends vertically, and the restricting portion is a flange provided at a lower end of the first design wall.

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