JP2019104367A - Vehicle seat - Google Patents

Abstract

To prevent a seat cover in a state of integrated adhesion to a seat pad from peeling off due to the inflation of a bladder when the bladder is disposed on the rear side of the seat cover.SOLUTION: A seat 10 includes: a top plate part 20A having a concave top plate surface that supports the body of a seating person; and bladders 24 that cause pressing force with inflation to act on the top plate part 20A from the rear. The top plate part 20A includes: a back pad 22 supporting the body of the seating person elastically; a back cover 23 coated by being bonded to the surface of the back pad 22 integrally; a panel frame 21 supporting the back pad 22 from the rear; and hangers 25 hanging the back pad 22 on the panel frame 21. The bladders 24 are arranged between the back pad 22 and the panel frame 21, and the hangers 25 hang, on the panel frame 21, peripheral regions B2 separate from arrangement regions B1 of the bladders 24 in the back pad 22.SELECTED DRAWING: Figure 5

Description

  The present invention relates to a vehicle seat. More specifically, the present invention relates to a vehicle seat having a top plate portion having a concave top plate surface for supporting the body of a seated person, and a bladder for applying a pressing force to the top plate portion from the back side accompanying expansion.

  Heretofore, in a vehicle seat, it is known that a massage bladder is disposed between a seat pad elastically supporting a seated person's body and a seat cover placed on the surface of the seat pad. (Patent Document 1). The above-described seat cover is integrally adhered to the above-described seat pad except for the above-described area where the bladder is disposed, so that the seat cover is attached in a form that does not prevent the expansion of the bladder. .

JP, 2014-83916, A

  In the above-mentioned prior art, since the expansion of the bladder receives a force in the direction in which the seat cover is pulled away from the seat pad, there is a risk that the adhesive state to the seat pad may be peeled off. The present invention has been made to solve the above problems, and the problem to be solved by the present invention is that even if the bladder is disposed on the back side of the seat cover, the seat cover is a sheet due to the expansion of the bladder. The object of the present invention is to appropriately suppress peeling from the integral adhesion state with the pad.

  In order to solve the above-mentioned subject, the vehicle seat of the present invention takes the following measures.

  A first invention is a vehicle seat having a top plate portion having a concave top plate surface for supporting a seated occupant's body, and a bladder for applying a pressing force to the top plate portion from the back side accompanying the expansion. A seat pad elastically supporting the seat occupant's body, a seat cover integrally adhered to the surface of the seat pad for covering, a seat base for supporting the seat pad from the back side, and a seat pad And a hanger for hanging the seat base on the seat base. A bladder is disposed between the seat pad and the seat base, and a hanger is suspended on the seat base in a peripheral area out of the bladder placement area of the seat pad.

  According to the first aspect of the present invention, even when the seat cover is pressed from the back side by the expansion of the bladder, it is not a force that is pulled away from the seat pad, but a force that maintains close contact with the seat pad. Therefore, even if the bladder is disposed on the back side of the seat cover, it is possible to appropriately suppress that the seat cover is detached from the integral adhesion state with the seat pad due to the expansion of the bladder. In addition, the seat cover can be controlled so as to expand only in a local area centered on the area where the bladder is disposed, and the top plate surface is concaved when the expansion of the bladder is narrowed. It can be put back into shape properly.

  The second invention has the following configuration in the first invention described above. The seat pad comprises a fiber pad.

  According to the second aspect of the invention, since the hanger can be strongly engaged with the sheet pad itself made of the fiber pad, the sheet pad can be strongly suspended from the sheet base without adding a reinforcing material such as the back base cloth. The configuration can be In addition, the seat pad can be configured to have high air permeability.

  The third invention is the following configuration in the above-described second invention. The sheet base is also made of a fiber pad, and the fiber pad constituting the sheet pad is stacked on the fiber pad constituting the sheet base in a laminated manner and suspended by a hanger.

  According to the third aspect of the present invention, it is possible to appropriately elastically support the seated person's body by the elastic support structure having a large pad thickness by the seat pad made of the fiber pad and the seat base.

FIG. 1 is a perspective view showing a schematic configuration of a vehicle seat of Example 1; It is a front view of FIG. It is a top view of FIG. It is the IV-IV sectional view taken on the line of FIG. It is sectional drawing showing the state which the bladder expanded from FIG.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

<< About the composition of the vehicle seat >>
First, the configuration of the seat 10 (seat for vehicle) of the first embodiment will be described using FIGS. 1 to 5. In addition, in the following description, when showing each direction, such as front and rear, upper and lower, right and left, shall point out each direction shown in each figure.

  As shown in FIG. 1, the seat 10 of the present embodiment is configured as a car seat, and includes a seat back 20 serving as a backrest portion of a seated person and a seat cushion 30 serving as a seating portion. It is assumed. The lower ends of the left and right sides of the seat back 20 are connected to and supported by the rear ends of the left and right sides of the seat cushion 30, respectively. The seat cushion 30 is connected to and supported by the floor of the vehicle.

<< About the composition of seat back 20 >>
The above-described seat back 20 is set at the front of the panel frame 21 and the metal plate-like panel frame 21 forming the strength member, as shown in FIG. The basic structure is a back pad 22 composed of a supporting fiber pad, and a fabric back cover 23 coated so as to be integrally bonded to the entire surface of the back pad 22 to form a design surface of the seat back 20. Is configured. Furthermore, the above-described seat back 20 has a plurality of bladders 24 that can apply pressing force accompanying the expansion from the back side to the top plate portion 20A supporting the body of the seated person from the back side, and places of the back pad 22 And a plurality of suspension rubbers 25 for suspending the back side.

  The panel frame 21 described above is disposed with the panel surface facing the front side of the seat over substantially the entire area of the back side area of the top plate portion 20A described above, and is made of metal (not shown) around the periphery. The frame is welded and reinforced. The back pad 22 is formed of a fiber pad formed by intertwining resin fibers in a three-dimensional manner, and the above-described back cover 23 is integrally attached to the surface by an adhesive or hot melt. .

  The back pad 22 described above is set at the front of the panel frame 21 described above, and the upper, lower, left, and right peripheral edge portions of the back cover 23 attached to the front surface are from the outer peripheral side of the panel frame 21 to the back side. And is fixed to the panel frame 21 via the back cover 23. With the above configuration, the back pad 22 forms the basic shape of the back cover 23 attached to the surface thereof to form the top plate surface shape of the top plate portion 20A of the seatback 20.

  The top plate surface shape of the top plate portion 20A formed by the above-described back pad 22 is convexly curved while supporting the seater's back so as to be covered by the concave surface 20Aa recessed to the rear side in a concave curve shape. It is formed in a curved shape having an approximately S-shape in a side view supported by a convex surface 20Ab that bulges forward in a shape. In the back pad 22 described above, the height of one fiber pad having a substantially constant thickness is from the back-to-back area of the concave surface 20Aa supporting the back of the seated occupant to the lower end of the back-to-back area of the convex surface 20Ab supporting the waist. It is provided to extend in a continuous form in the direction. Then, in the back and back region of the convex surface 20Ab of the back pad 22 described above, another back surface pad 22A made of a fiber pad having another substantially constant thickness is laminated on the back side of the provided fiber pad. It is piled up and provided.

  The back pad 22A described above is joined to the above-described back pad 22 on the front side in a form in which the respective places are superimposed in a stacked manner by the plurality of suspending rubbers 25 described above. And the back pad 22 mentioned above is made into the state by which the location of that place was elastically suspended by the panel frame 21 which exists in the back side by several hanging rubbers 25 mentioned above. Specifically, in the back pad 22 described above, the surrounding area B2 out of the arrangement area B1 of the plurality of bladders 24 described later disposed on the back surface is located on the back side by the plurality of hanging rubbers 25 described above The panel frame 21 is elastically suspended.

  As shown in FIG. 2 and FIG. 4, the plurality of bladders 24 described above are disposed in a pair at left and right positions at three positions in the height direction on the back surface of the back pad 22 described above. Specifically, as shown in FIG. 4, each of the bladders 24 described above includes the back and back region of the concave surface 20Aa, the back and back region near the apex of the convex surface 20Ab, and the back and back region between them. A pair of right and left pairs are disposed at three positions in the height direction.

  Of the pair of left and right bladders 24 described above, the two bladders 24 disposed in the back and back region of the concave surface 20Aa respectively have the back and back region of the concave surface 20Aa on which the back surface pad 22A of the back pad 22 described above is not stacked. , And is attached to the back surface of the back pad 22 in a superimposed manner. In addition, the remaining four bladders 24 are respectively disposed in the area where the back surface pad 22A is stacked on the back side of the back pad 22 described above, and are sandwiched between the back pad 22 and the back surface pad 22A. It is arranged.

  The back pad 22 to which the above-mentioned each bladder 24 is attached has a panel frame on the back side of the surrounding area B2 out of the arrangement area B1 of the each bladder 24 by the plurality of hanging rubbers 25 described above It is in a state of being elastically suspended at 21. Specifically, each of the above-mentioned suspension rubbers 25 is directly coupled to the fiber portion of the fiber pad constituting the back pad 22 and the panel frame 21 so as to elastically suspend the fiber pad itself to the panel frame 21. It is configured.

  Further, in the region where the back surface pad 22A is laminated on the back side of the back pad 22, each suspension rubber 25 is directly coupled to the fiber pad forming the back pad 22 and the fiber pad forming the back surface pad 22A and the panel frame 21 respectively. Thus, while the back pad 22 and the back surface pad 22A are connected to each other in a layered manner, they are elastically suspended on the panel frame 21. Specifically, as shown in FIG. 2, each of the above-mentioned suspension rubbers 25 is provided with each surrounding area B2 deviated to the left and right sides of the arrangement area B1 of each bladder 24 and the arrangement area B1 of each bladder 24 vertically. Each of the peripheral regions B2 separated on both sides is provided so as to be hung on the panel frame 21 respectively.

  Each of the bladders 24 attached to the back surface of the back pad 22 described above receives the supply of compressed air from a blower pump (not shown) connected thereto as shown in FIG. As a result, the seat occupant's body is pressed from the back side to give a massage effect or perform a lumber support function.

  Specifically, when the bladders 24 expand, the back pads 22 on the front side are pressed from the back side and pushed out together with the back cover 23 in a convexly curved shape toward the front side. At that time, the back pad 22 is configured to expand to the front side while each bladder 24 receives support from the back side by the panel frame 21 or the back surface pad 22A, so the pressing force by the expansion of each bladder 24 is It can be properly communicated to the front side.

  More specifically, since the back pad 22 is suspended from the placement area B1 of the respective bladders 24 by the respective suspension rubbers 25 at the portions of the surrounding area B2 by the respective suspension rubbers 25, Only the local area centering on the arrangement area B1 of the is expanded to the front side. Thereby, the swelling shape of the arrangement area B1 relative to the general surface area (peripheral area B2) not provided at the time of expansion of each bladder 24 can be relatively highlighted, and the massage accompanying the expansion of each bladder 24 The effects and lumber support effects can be appropriately enhanced. More specifically, since each hanging rubber 25 elastically suspends the back pad 22 with respect to the panel frame 21, the elastic action of the hanging rubber 25 does not apply an excessive load to the back pad 22. Can be properly applied to the back side.

  Further, as shown in FIG. 4, the back pad 22 has a concave surface 20 Aa before expansion of the bladders 24 due to the suspension force of the suspension rubbers 25 as shown in FIG. 4 by the expansion of the bladders 24 being narrowed. It is returned to the state of forming the top plate surface shape having. Therefore, even if the seat back 20 is configured to have the concave surface 20Aa in the top plate surface shape, the expansion of each bladder 24 may cause the concave shape of the concave surface 20Aa to be pushed out in a convex shape and not be returned. Absent. Further, since each bladder 24 is provided on the back side of the concave surface 20Aa, in these areas, a back against the swelling of each bladder 24 is compared with the area where the bladder 24 is provided on the back side of the convex surface 20Ab. Since the resistance by the support of the pads 22 and the back cover 23 is reduced, the bladders 24 can be expanded more greatly.

  When the back pad 22 and the back pad 22A described above are made of fiber pads, the elastic support structure of the seat back 20 has a high air permeability, and a fan (not shown) distributed through the seat back 20 is used. The wind delivered from the vehicle can be spread over a wide range in the seat back 20, and the wind can be blown out from the back cover 23 toward the seat occupant's body through the back pad 22 and the back pad 22A. .

<< About the composition of the seat cushion 30 >>
Similarly, as shown in FIG. 4, the seat cushion 30 is set on the metal plate-shaped panel frame 31 forming the strength member and the upper portion of the panel frame 31 to elastically support the seated person's body from the lower side. The basic structure is made up of a cushion pad 32 made of a fiber pad and a cushion cover 33 made of a fabric covered in a state of being integrally bonded to the entire surface of the cushion pad 32 and forming a design surface of the seat cushion 30. It is configured. Furthermore, the seat cushion 30 described above has a plurality of bladders 34 that can apply pressing force accompanying the expansion from the back side to the top plate portion 30A supporting the body of the seated person from the lower side, and places of the cushion pad 32 And a plurality of suspending rubbers 35 for suspending the back side.

  The panel frame 31 described above is disposed so that the panel surface is directed to the upper side of the sheet over substantially the entire area on the back side of the top plate portion 30A described above, and a metal (not shown) The frame is welded and reinforced. The cushion pad 32 is formed of a fiber pad formed by intertwining resin fibers in a three-dimensional manner, and the cushion cover 33 described above is integrally attached to the surface thereof by an adhesive or hot melt. .

  The cushion pad 32 described above is set on the upper portion of the panel frame 31 described above, and the front, rear, left, and right peripheral edge portions of the cushion cover 33 attached to the surface thereof are respectively from the outer peripheral side of the panel frame 31 to the back By being pulled in and fixed, the panel frame 31 is attached via the cushion cover 33. With the above configuration, the cushion pad 32 forms a basic shape of the cushion cover 33 attached to the surface thereof, and forms a top plate surface shape of the top plate portion 30A of the seat cushion 30.

  The top plate surface shape of the top plate portion 30A formed by the cushion pad 32 described above supports the seater's buttocks so as to be covered by the concave surface 30Aa recessed downward in a concave curved shape, while the thighs of the seater Is supported by a convex surface 30Ab that bulges upward in a convexly curved shape, and is formed in a curved shape having an approximately S-shape in a side view. The cushion pad 32 described above is a single fiber pad having a substantially constant thickness from the back-to-back area of the concave surface 30Aa supporting the buttocks of the seated occupant to the lower end of the back-to-back area of the convex surface 30Ab supporting the thighs. Are provided so as to extend in a continuous form in the front-rear direction. Then, in the back and back region of the concave surface 30Aa of the cushion pad 32 described above, another back surface pad 32A consisting of another substantially uniform plate thickness is laminated on the back side of the provided fiber pad. It is piled up and provided.

  The back pad 32A described above is joined to the cushion pad 32 on the front side described above in a form in which the respective places are superimposed in a stacked manner by the plurality of suspending rubbers 35 described above. And the cushion pad 32 mentioned above is made into the state by which the location of that place was elastically suspended by the panel frame 31 which exists on the back side by several hanging rubbers 35 mentioned above. Specifically, in the cushion pad 32 described above, the surrounding area C2 out of the arrangement area C1 of the plurality of bladders 34 described later disposed on the back surface is located on the back side by the plurality of hanging rubbers 35 described above The panel frame 31 is elastically suspended.

  As shown in FIG. 3 and FIG. 4, the plurality of bladders 34 described above are disposed in a pair at left and right positions at two positions in the front-rear direction on the back surface of the cushion pad 32 described above. Specifically, as shown in FIG. 4, each of the bladders 34 described above has two portions in the front-rear direction of the back and back region of the inclined surface extending upward in the front convex shape of the convex surface 30Ab and the back and back region of the concave surface 30Aa. The left and right pairs are disposed at the positions of.

  Of the pair of left and right bladders 34, the two bladders 34 disposed in the back and back region of the slope extending upward in the forward direction of the convex surface 30Ab are respectively laminated with the back surface pads 32A of the cushion pad 32 described above. In the back-to-back region of the convex surface 30Ab, the cushion pad 32 is attached to the back surface of the cushion pad 32 in a superimposed manner. The remaining two bladders 34 are respectively disposed in the area where the back surface pad 32A is stacked on the back side of the cushion pad 32 described above, and are sandwiched between the cushion pad 32 and the back surface pad 32A. It is arranged.

  The cushion pad 32 to which the bladders 34 are attached has a panel frame on the back side of the peripheral region C2 outside the disposition region C1 of the bladder 34 by the plurality of hanging rubbers 35 described above It is supposed to be elastically suspended at 31. Specifically, each of the hanging rubbers 35 described above is directly coupled to the fiber portion of the fiber pad constituting the cushion pad 32 and the panel frame 31 so as to elastically suspend the fiber pad itself to the panel frame 31. It is configured.

  Further, in the region where the back surface pad 32A is laminated on the back side of the cushion pad 32, each suspension rubber 35 is directly coupled to the fiber pad forming the cushion pad 32 and the fiber pad forming the back surface pad 32A and the panel frame 31 respectively. As a result, the cushion pad 32 and the back surface pad 32A are connected to each other in a laminated manner, and are elastically suspended on the panel frame 31. Specifically, as shown in FIG. 3, each of the above-mentioned suspension rubbers 35 has a surrounding area C2 outside the arrangement area C1 of each bladder 34 on the left and right, and an arrangement area C1 of each bladder 34 Each surrounding area C2 separated on both sides is provided so as to be hung on the panel frame 31 respectively.

  Each of the bladders 34 attached to the back surface of the cushion pad 32 described above receives the supply of compressed air from a blower pump (not shown) connected thereto as shown in FIG. The pressure is applied to the seat occupant's body from the back side to give a massage effect or to increase the pressure dispersion property.

  Specifically, when the bladders 34 expand, the cushion pads 32 on the front side thereof are pressed from the back side and pushed out together with the cushion cover 33 in a form of being convexly curved toward the front side. At that time, the cushion pad 32 is configured to expand to the front side while each bladder 34 receives support from the back side by the panel frame 31 or the back surface pad 32A, so the pressing force by the expansion of each bladder 34 is It can be properly communicated to the front side.

  More specifically, since the cushion pad 32 is suspended by the suspension rubber 35 on the panel frame 31 on the back side by the respective suspension rubbers 35, the respective bladders 34 are separated from the disposition area C 1 of the respective bladders 34. Only the local area centering on the arrangement area C1 of the is expanded to the front side. Thereby, the swelling shape of the disposition area C1 relative to the non-arranged general surface area (peripheral area C2) at the time of inflation of each bladder 34 can be made relatively conspicuous, and the massage accompanying the expansion of each bladder 34 It is possible to appropriately enhance the effects and the pressure distribution effect. More specifically, since each suspension rubber 35 elastically suspends the cushion pad 32 with respect to the panel frame 31, the elastic action of the suspension rubber 35 does not apply an excessive load to the cushion pad 32. Can be properly applied to the back side.

  Further, as shown in FIG. 4, the cushion pad 32 has a concave surface 30 Aa before the bladders 34 expand due to the suspension force of the suspension rubbers 35 as shown in FIG. It is returned to the state of forming the top plate surface shape having. Therefore, even if the seat cushion 30 is configured to have the concave surface 30Aa in the top plate surface shape, the expansion of each bladder 34 may cause the concave shape of the concave surface 30Aa to be pushed out in a convex shape and not be returned. Absent. Further, since each bladder 34 is provided on the back side of the concave surface 30Aa, a cushion against the swelling of each bladder 34 is provided in these areas as compared with the area where the bladder 34 is provided on the back side of the convex surface 30Ab. Since the resistance by the support of the pads 32 and the cushion cover 33 is reduced, the bladders 34 can be expanded more greatly.

  The cushioning pad 32 and the back surface pad 32A described above are made of fiber pads, so that the elastic supporting structure of the seat cushion 30 has a high air permeability, and a fan (not shown) distributed through the seat cushion 30 is used. The wind delivered from the vehicle can be spread over a wide range in the seat cushion 30, and the wind can be blown out from the cushion cover 33 toward the seat occupant's body through the cushion pad 32 and the back surface pad 32A. .

Summary
Summarizing the above, the seat 10 of this embodiment has the following configuration. That is, a top plate portion (20A, 30A) having a concave top plate surface for supporting a seated person's body, and a bladder (24, 34) which applies a pressing force to the top plate portion (20A, 30A) from the back side as it is expanded. And a vehicle seat (10). A seat cover in which top plates (20A, 30A) are integrally bonded to the surface of a seat pad (22, 32) that elastically supports the seated occupant's body and the surface of the seat pad (22, 32) (23, 33), a seat base (21 (22A), 31 (32A)) for supporting the seat pad (22, 32) from the back side, and the seat pad (22, 32) as the seat base (21 (22A), 31 (32A)) and a hanging tool (25, 35) to be hung. A bladder (24, 34) is disposed between the seat pad (22, 32) and the seat base (21 (22A), 31 (32A)), and a hanger (25, 35) is placed on the seat pad (22, 32). The surrounding area (B2, C2) which deviates from the arrangement area (B1, C1) of the bladder (24, 34) is suspended to the sheet base (21 (22 A), 31 (32 A)).

  With such a configuration, even if the seat cover (23, 33) is pressed from the back side by the expansion of the bladder (24, 34), it is not a force that is pulled away from the seat pad (22, 32), It becomes the structure which receives the force which maintains a close_contact | adherence state with a seat pad (22, 32). Therefore, even if the bladders (24, 34) are disposed on the back side of the seat cover (23, 33), the seat cover (23, 33) will expand with the seat pads (22, 32) due to the expansion of the bladders (24, 34). It is possible to appropriately suppress peeling from the integral adhesion state of In addition, the seat cover (23, 33) is controlled to expand only in a local area centered on the arrangement area (B1, C1) of the bladder (24, 34) by the hanger (25, 35) It is possible to properly return the top surface to a concave shape when the expansion of the bladder (24, 34) is narrowed.

  Also, the seat pad (22, 32) comprises a fiber pad. With such a configuration, the hanger (25, 35) can be strongly engaged with the seat pad (22, 32) consisting of the fiber pad, so that a reinforcing material such as a back base cloth is added. Thus, the seat pad (22, 32) can be strongly supported by the seat base (21 (22A), 31 (32A)). In addition, the seat pad (22, 32) can be configured to have high air permeability.

  In addition, the sheet base also comprises fiber pads (22A, 32A), and the fiber pads constituting the sheet pads (22, 32) are stacked on the fiber pads constituting the sheet base (22A, 32A) in a laminated manner to 25, 35) are suspended. With such a configuration, the seat pad (22, 32) made of fiber pad and the seat base (22A, 32A) appropriately support the body of the seated person by the elastic support structure having a large pad thickness. can do.

<< Other Embodiments >>
As mentioned above, although embodiment of this invention was described using one Example, this invention can be implemented with various forms other than the said Example. For example, the configuration according to the vehicle seat of the present invention can be widely applied not only to vehicles other than cars such as railways, but also to seats used for various vehicles such as aircrafts and ships. Further, the configuration of the present invention can be widely applied to other seat structures such as a headrest and an ottoman, in addition to the seat back and seat cushion of a vehicle seat.

  Further, the seat pad elastically supporting the seated person's body may be made of a molded foam material of urethane in addition to the fiber pad. At that time, in order to secure the structural strength for hanging the seat pad by the hanger, a reinforcing material such as a back base cloth is set on the sheet pad, and the seat pad is hung on the back side via the back base cloth. It is also good.

  In addition to the elastic material such as rubber, the hanger may be made of a low extensible member such as a hanging cotton cloth.

10 seat (vehicle seat)
20 seat back 20A top plate 20Aa concave 20Ab convex 21 panel frame (seat base)
22 back pad (seat pad)
22A back pad (seat base)
23 back cover (seat cover)
24 brad 25 hanging rubber
30 seat cushion 30A top plate 30Aa concave 30Ab convex 31 panel frame (seat base)
32 cushion pad (seat pad)
32A back pad (seat base)
33 Cushion cover (seat cover)
34 Bladder 35 Hanging rubber (hanging gear)
B1 installation area B2 peripheral area C1 installation area C2 peripheral area

Claims (3)

A vehicle seat having a top plate portion having a concave top plate surface for supporting a seated person's body, and a bladder for applying a pressing force to the top plate portion from the back side as it is expanded,
A seat pad resiliently supporting the seat occupant's body, a seat cover integrally adhered to and coated on a surface of the seat pad, and a seat base supporting the seat pad from the back side And a hanger for suspending the seat pad on the seat base,
The vehicle seat according to claim 1, wherein the bladder is disposed between the seat pad and the seat base, and the hanger is suspended on the seat base in a peripheral area of the seat pad that is out of the placement area of the bladder. A vehicle seat according to claim 1, wherein
A vehicle seat wherein the seat pad comprises a fiber pad. A vehicle seat according to claim 2, wherein
The sheet for a vehicle, wherein the sheet base is also composed of a fiber pad, and the fiber pad constituting the sheet pad is stacked on the fiber pad constituting the sheet base in a stacked manner and suspended by the hanger.

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