JP4984556B2 - Car movable floor equipment - Google Patents

Description

  The present invention relates to a movable floor device for an automobile in which a floor board that covers the upper surface of a vehicle body floor is installed at a foot portion of an occupant seated on an occupant seat so as to be movable up and down.

Conventionally, for example, as shown in Patent Document 1 below, a vehicle body floor (floor panel) constituting a floor portion of a vehicle body and a region on the vehicle body floor and below a foot pedal such as a brake pedal are arranged. There has been proposed a movable floor device including an installed floor board (movable floor) and an elevating drive mechanism for elevating and driving the floor board with respect to the vehicle body floor. According to the movable floor device disclosed in Patent Document 1, the operability of the foot pedal can be improved by moving the floor board up and down in accordance with the occupant's physique and the like.
Japanese Patent Laid-Open No. 2005-178581

  By the way, in the vehicle provided with the movable floor device as described above, it is desirable to cover both the vehicle body floor and the floor board with a floor mat from the viewpoint of maintaining a good appearance of the floor portion. Specifically, in Patent Document 1, the floor board and the surrounding vehicle body floor are continuously covered with a floor mat (see FIG. 5 of the same document). However, if this is done, the floor mat may be pulled or dragged along with the raising / lowering operation of the floor board, which may hinder the smooth raising / lowering operation of the floor board.

  The present invention has been made in view of the circumstances as described above, and improves the appearance of a floor portion by covering both a vehicle body floor and a floor board installed on the vehicle body floor so as to be movable up and down with a floor mat. Another object of the present invention is to provide a movable floor device for an automobile that can achieve both the smoothing of the lifting operation of the floor board.

In order to solve the above-mentioned problems, the present invention is a movable floor device for an automobile in which a floor board covering the upper surface of a vehicle body floor is installed at a foot portion of an occupant seated on an occupant seat so as to be movable up and down. The floor board has a front board whose front end is supported by the vehicle body floor, and a rear boat that is foldably connected to the rear end of the front board. The mountain starts from the connecting part of both boards. It is configured to be driven up and down while being folded in a fold shape, and a vehicle body floor mat covering the upper surface of the vehicle body floor is laid, and on the floor board is the vehicle body floor mat. It is laying separate mat floorboards, the mat for the floor board, especially that it is laid so as to continuously cover the rear boat and the front board of the floorboard It is an (claim 1).

According to the present invention, the upper surface of the floor board installed on the vehicle body floor so as to be movable up and down is covered with the floor board mat configured separately from the vehicle body floor mat covering the upper surface of the vehicle body floor. The floor board mat that independently covers only the floor board can easily follow the raising and lowering operation of the floor board. As a result, floor mats (car body floor mats and floor board mats) are laid on both the car body floor and the floor board to improve the appearance of the floor section and to smoothly raise and lower the floor board. It is possible to achieve both.
In addition, the floor board is composed of a front board and a rear board that are connected so as to be bendable, and the floor board is lifted and lowered while being folded in a mountain fold shape starting from the connecting portion of both boards. There is an advantage that the installation height of the floorboard can be adjusted easily and appropriately without causing a situation in which the front end portion or the rear end portion of the floorboard is greatly displaced up and down and a large gap is generated in the portion. And, by continuously covering the front board and the rear board constituting the floor board with the floor board mat, it is possible to conceal the connecting part of these boards and maintain the appearance of the floor part well. It is possible to effectively prevent a step or the like from being generated on the mounting surface on which the passenger's feet are mounted.

  The vehicle body floor mat covers the upper surface of the vehicle body floor including the region located below the floor board, and is laid so as to continuously cover the region and other regions. (Claim 2).

  As described above, when the area located below the floor board in the upper surface of the vehicle body floor is also covered with the vehicle body floor mat and the area is continuously covered with the other areas, It is possible to prevent a large opening of the car body floor mat from being formed at a lower position, and effectively prevent foreign matter such as gravel from entering between the car body floor mat and the car body floor through the opening. There is an advantage that you can.

  In this case, it is preferable that an insulator having a predetermined thickness is provided only on the lower surface of the body floor mat among the body floor mat and the floor board mat.

  In this way, when an insulator is installed only on the lower surface of the vehicle body floor mat and the insulator is not installed on the lower surface of the floor board mat that overlaps the vehicle body floor mat in plan view, A situation where the height of the upper surface of the floorboard mat (the mounting surface at the foot of the occupant) becomes unnecessarily high due to the double installation of the insulators while ensuring sufficient sound insulation, etc. Therefore, there is an advantage that the comfort and riding comfort in the passenger compartment can be maintained in a good state.

  In the present invention, the floor board is driven so as to move up and down in a substantially vertical direction when viewed from the front, and is installed so as to extend in a substantially vertical direction in the vicinity of both ends in the vehicle width direction of the floor board. It is preferable that the vehicle body floor mat is laid along the surface portion.

  In this way, the floor board is raised and lowered in the substantially vertical direction when viewed from the front, and the vehicle body floor mat is laid along the vertical surface portion extending in the substantially vertical direction adjacent to both ends of the floor board in the vehicle width direction. In this case, the floor board can be moved up and down while maintaining a small gap between the vehicle body floor mat and both ends of the floor board. This is advantageous in that it can effectively prevent such a situation and can maintain the appearance of the floor portion well.

  When the floor board is installed so as to cover the area between the floor tunnel installed at the center in the vehicle width direction of the vehicle body and the side sill installed on the side of the vehicle body, these floor tunnel and side sill Preferably, the vertical surface portion is formed by the side wall surface portion.

  In this way, the gap between the both ends of the floor board installed between the side sill and the floor tunnel of the vehicle body and the body floor mat laid along the side wall surface portion of the side sill and the floor tunnel is a small value. The floor board can be lifted and lowered while maintaining the above. Moreover, since the said floor board can be installed so that the width direction substantially whole region between the said side sill and a floor tunnel may be covered, the mounting surface in which a passenger | crew's foot | base is mounted can be ensured more widely.

  As described above, according to the present invention, the appearance of the floor portion is improved by covering both the vehicle body floor and the floorboard installed on the vehicle body floor so as to be movable up and down, and raising and lowering the floorboard. It is possible to provide a movable floor device for an automobile that can achieve both smooth operation.

  1 to 3 show an embodiment of a movable floor device for an automobile according to the present invention. This movable floor device includes a side sill 1 installed to extend in the front-rear direction on both left and right sides of the vehicle body, a floor tunnel 2 installed to extend in the front-rear direction at the center in the width direction of the vehicle body, and the floor. A vehicle body floor 3 installed between the tunnel 2 and the side sill 1 and a floor board 5 covering the upper surface of the vehicle body floor 3 located at the feet of the passenger seated on the passenger seat 4 such as a driver's seat are provided. Under the floor board 5, an elevating drive mechanism 6 for moving the floor board 5 up and down with respect to the vehicle body floor 3 is disposed.

  The vehicle body floor 3 includes a toe board portion 8 extending rearward from the lower end of the dash panel 7 and a substantially flat floor bottom 9 extending continuously from the rear end to the rear side of the vehicle body. have. Among them, a foot pedal including an accelerator pedal 11 and a brake pedal 12 operated by a driver is installed above the toe board portion 8, and a footrest 13 is installed on a side portion thereof.

  As shown in FIGS. 5 and 7, an insulator 62 (mel sheet) having sound insulation and heat insulation functions and a vehicle body floor mat 60 covering the upper surface are laid on the upper surface of the vehicle body floor 3. Among them, the insulator 62 is configured by laminating a skin material such as a nonwoven fabric on a porous material such as felt, glass wool, polyurethane foam, etc., and one vehicle body floor mat 60 includes, for example, a pile material and It has at least a surface layer mat material made of a backing material or the like, and an auxiliary material made of felt, rubber material or the like is bonded to the surface layer mat material as necessary. In each drawing other than FIGS. 5 and 7, the insulator 62 and the vehicle body floor mat 60 are omitted.

  The vehicle body floor mat 60 is laid so as to cover substantially the entire surface of the vehicle body floor 3 including the region located below the floor board 5 in the upper surface of the vehicle body floor 3. Further, as shown in FIG. 7, the vehicle body floor mat 60 is laid so as to cover the side sill 1 and the floor tunnel 2. The side sill 1 and the floor tunnel 2 are formed with vertical surface portions 1a, 2a extending in a substantially vertical direction close to both ends in the vehicle width direction of the floor board 5 by the side wall surface portions. The vehicle body floor mat 60 is laid along 1a and 2a. When there is a member that is directly fixed to the vehicle body floor 3 such as a hinge member 14 or a guide rail 25 described later, the body floor mat 60 is cut out at a portion corresponding to the installation location. It has become.

  As shown in FIGS. 4 and 5, the floor board 5 includes a front board 15 whose front end portion is pivotally supported by the toe board portion 8 of the vehicle body floor 3 by a hinge member 14 and a hinge member 16 at the rear end portion thereof. The rear board 17 is connected so as to be bent. The front board 15 has a toe board corresponding part 18 inclined to the front as well as the toe board part 8 of the vehicle body floor 3, and a floor bottom corresponding part 19 extending to the rear side of the vehicle body continuously from the rear end part, As a result, they are formed in a reverse shape when viewed from the side. A front portion of the front board 15, that is, a toe board corresponding portion 18, is installed so as to extend below a foot pedal composed of the accelerator pedal 11, the brake pedal 12, and the like, and on the side portion thereof, the footrest 13. An avoidance portion 20 is provided that is cut out so as to avoid interference.

  Further, the front board 15 is formed with a recessed portion 21 that is recessed downward except for the rear side portion, and an impact absorbing member made of an elastic body such as a urethane foam material or a synthetic rubber material is formed in the recessed portion 21. The shock absorbing member 22 is arranged so as to cover the upper surface of the floor board 5 across the toe board corresponding part 18 and the floor bottom corresponding part 19 of the front board 15 by being disposed and bonded. The impact absorbing member 22 is disposed in substantially the entire vehicle width direction of the floor board 5 by setting the width dimension thereof to be substantially the same as that of the floor board 5, and the thickness of the impact absorbing member 22. Is set to be substantially the same as the recessed amount of the recessed portion 21, the upper surface portion of the shock absorbing member 22 and the upper surface portion of the floor board 5 continuous to the recessed portion 21, specifically, the front board 15. The rear side portion is set at substantially the same height.

  On the upper surface of the floor board 5, a floor board mat 23, which is made of a surface mat material made of, for example, a pile material and a backing material and is configured separately from the vehicle body floor mat 60, is installed. Has been. The floor board mat 23 includes the front board 15 (more specifically, the upper surface portion of the shock absorbing member 22 disposed in the recessed portion 21 and the rear side portion of the floor bottom corresponding portion 19), It is formed in a size that can continuously cover the rear board 17 connected thereto.

  The width dimension of the rear board 17 of the floor board 5 is set so as to cover substantially the entire area between the side sill 1 and the floor tunnel 2 disposed at a position corresponding to the floor bottom 9 of the vehicle body floor 3. Has been. In addition, the occupant seat 4 including a driver's seat and the like is installed behind the installation portion of the floor board 5, and a cross member 24 for connecting the floor tunnel 2 and the side sill 1 is arranged below the front end portion thereof. It is installed. A pair of left and right guide rails 25 that slidably support the rear end portion of the rear board 17 are installed on the front side of the cross member 24.

  As shown in FIGS. 5 and 6, the guide rail 25 is made of a U-shaped cross section mounted on the vehicle body floor 3 via a bracket 26, and projects from the lower surface of the rear end portion of the rear board 17. The constructed grommet 27 is configured to hold a slider 28 that is detachably locked. The slider 28 is slid along the guide rail 25 in accordance with the upward / downward displacement of the floor board 5 to be described later, so that the rear end portion of the rear board 17 is moved back and forth while being supported by the guide rail 25. It is like that.

  As shown in FIGS. 5 and 11, the lift drive mechanism 6 for the floor board 5 includes a pair of left and right drive links 31 pivoted on the lower surface of the rear end of the front board 15 and both front and rear ends of the vehicle body. A pair of left and right screw shafts 32 rotatably supported on the upper surface of the floor 3 through bearing members, a drive cable 33 for rotationally driving the screw shaft 32, and the vehicle body floor 3 are screwed onto the screw shaft 32 and The slide block 34 is slidably supported along the upper surface of the slide block 34, and the base end portion of the drive link 31 is pivotally supported on the side surface of the slide block 34.

  The drive cable 33 is a flexible cylindrical body in which a cable material capable of transmitting a rotational force is rotatably held, and the rotational force input from the seat position adjusting mechanism 38 is applied as described later. The screw shaft 32 is configured to be transmitted. When the screw shaft 32 is driven to rotate in accordance with the rotational force, the slide block 34 is screwed along the screw shaft 32 to the front side of the vehicle body, so that the rear end portion of the drive link 31 is While being pushed forward, the front end portion of the drive link 31 is pushed up correspondingly. As a result, the drive link 31 shifts from the lying state to the standing state, and the rear side portion of the front board 15 is pushed upward via the drive link 31, so that the front board is supported with the hinge member 14 as a fulcrum. 15 is oscillated and displaced from the lowered position shown in FIG. 1 to the raised position shown in FIG.

  On the other hand, since the rear side board 17 of the floor board 5 is connected to the rear end part of the front side board 15 by the hinge member 16, the rear side board 17 corresponds to the upward movement of the front side board 15. The front side portion of 17 is pushed upward, and the rear end portion is supported by the vehicle body floor 3 by the guide rail 25 and is moved to the front side of the vehicle body. Thereby, the connection part of the said front board 15 and the rear board 17 raises, and it will transfer to the state by which the floor board 5 was folded in the mountain fold shape by the side view from the said connection part.

  Further, when the screw shaft 32 is reversely driven by the drive cable 33, when the slide block 34 moves to the rear side of the vehicle body along the screw shaft 32, the drive link 31 shifts from the standing state to the lying state. The rear side of the front board 15 swings and displaces from the raised position shown in FIG. 5 to the lowered position shown in FIG. 1, and the rear board 17 moves to the lowered position along the vehicle body floor 3. .

  The floor board 5 that is driven up and down as described above moves up and down in the vertical direction when viewed from the front. At this time, on both sides in the vehicle width direction of the floor board 5, as shown in FIG. 7, the vertical surface portions 1 a and 2 a made up of the side wall surfaces of the side sill 1 and the floor tunnel 2 are arranged in the vehicle width direction of the floor board 5. Since it is installed close to both ends, the floor board is disposed between the vehicle body floor mat 60 laid along the vertical surface portions 1a and 2a and both ends of the floor board 5 in the vehicle width direction. Regardless of the vertical position of 5, a substantially constant gap is formed.

  The occupant seat 4 is a separate type seat separately installed on the driver seat side and the passenger seat side in the front part of the passenger compartment. The seat cushion 35 that constitutes the seating surface of the occupant, and the seat cushion 35 A seat back 36 that rises upward from the rear end portion and a headrest 37 attached to the upper end portion of the seat back 36, and a seat position adjusting mechanism 38 provided on the vehicle body floor 3, The vertical position and the installation angle with respect to the vehicle body floor 3 are supported in an adjustable manner.

  As shown in FIGS. 8 and 9, the seat position adjusting mechanism 38 includes a pair of left and right guide rails 39 installed on the vehicle body floor 3 in an upwardly inclined state, and a seat cushion 35 along the guide rails 39. Slide drive means 40 that slides in the front-rear direction of the vehicle body, and tilt means 41 that moves the rear end of the seat cushion 35 up and down in conjunction with the forward and backward movement of the seat cushion 35.

  The seat cushion 35 has a cushion frame 42 disposed so as to cover the main body (cushion material) from below, and below the cushion frame 42 is a U-shaped member having an open upper surface. The guide rail 39 is provided. Inside the guide rail 39, a slider 44 having a projecting piece 45 protruding on the upper surface is slidably disposed, and an upper end portion of the projecting piece 45 is connected to a lower portion of the cushion frame 42 via a connecting pin 46. It is pivotally supported. The slider 44 is formed with a screw hole into which the screw shaft 47 of the slide driving means 40 is screwed.

  The screw shaft 47 of the slide drive means 40 is disposed in the guide rail 39, and both front and rear end portions are rotatably supported by bearing members, and the rear end portion is driven via a power transmission cable (not shown). It is connected to the motor. A driving force is transmitted from the drive motor to the screw shaft 47 via a power transmission cable, and the screw shaft 47 is driven to rotate so that the slider 44 is screwed along the guide rail 39. It is configured. A driving cable 48 that transmits a driving force to the lifting drive mechanism 6 of the floor board 5 is connected to the front end portion of the screw shaft 47 via a coupling 49.

  The tilt means 41 of the seat position adjusting mechanism 38 includes a support plate 50 protruding below the rear portion of the cushion frame 42, a guide plate 51 fixed to the side surface of the guide rail 25 and vertically installed, The guide plate 51 has a guide pin 52 projecting from the support plate 50, and the guide plate 51 is formed with a guide groove 53 having an upwardly inclined portion, and the guide pin 52 slides along the guide groove 53. It is supported freely. Then, the slider 44 is screwed by the screw shaft 47 of the slide drive means 40 and the front portion of the seat cushion 35 moves back and forth along the guide rail 25 in the guide groove 53 of the guide plate 51. As the guide pin 52 slides along, the rear portion of the seat cushion 35 is driven up and down.

  For example, when the seat cushion 35 is slid and displaced from the rear position shown in FIGS. 1 and 8 to the front position shown in FIG. 10 by the slide driving means 40, the front portion of the seat cushion 35 extends along the guide rail 39. The guide pin 52 slides to the front side of the vehicle body along the guide groove 53 of the guide plate 51, and the rear end portion of the seat cushion 35 is pushed up to raise the seat cushion 35. Swings and displaces. As a result, according to the forward movement of the seat cushion 35, the inclination angle with respect to the horizontal plane is gradually reduced, and the seat cushion 35 is placed in a nearly horizontal installation state. It will be displaced closer.

  When a short occupant A is seated on the occupant seat 4, the occupant seat 4 is moved to the front side of the vehicle body by operating an operation switch (not shown) to activate the drive motor of the slide drive means 40. When the slide displacement is performed, the front portion of the seat cushion 35 rises along the guide rail 25 and the rear portion of the seat cushion 35 is pushed up as shown in FIG. The hip point representing the movement of the occupant A matches the height of the occupant A so that the line of sight of the occupant A coincides with the appropriate line L. Further, the rear end portion of the seat cushion 35 is pushed up according to the forward movement of the occupant seat 4 so that the installation angle becomes almost horizontal, so that the foot length is shortened according to the height. Since the tall person A is seated in a state where the knee is largely bent and the lower part of the knee is suspended at a predetermined angle, it is possible to prevent the feet from being separated from the floor surface.

  On the other hand, when the tall occupant B is seated on the occupant seat 4, if the occupant seat 4 is slid to the rear side of the vehicle body by the slide drive means 40, as shown in FIG. The front portion of the seat cushion 35 is lowered along the guide rail 25 and the rear portion of the seat cushion 35 is pushed down. Therefore, the hip point representing the seating center of the occupant B with respect to the seat cushion 35 corresponds to the height of the occupant B. Then, the line of sight of the occupant B coincides with the appropriate line L by moving downward in the rear part. Further, when the seat cushion 35 is in a forwardly inclined state in accordance with the rearward movement of the occupant seat 4, the tall person B whose leg length increases according to the height decreases the knee bending angle. Then, since the lower part of the knee is extended forward, a stable seating posture can be obtained.

  The driving cable 48 for transmitting the driving force of the slide driving means 40 to the lifting / lowering driving mechanism 6 of the floor board 5 is made of a cable material rotatably supported by a flexible outer cylinder, and its distal end portion 11 is introduced into the first transmission box 61 as shown in FIG. In the first transmission box 61, as shown in FIG. 12, a worm gear 62 is connected to the tip end portion of the drive cable 48 and rotates integrally therewith, and a worm wheel 63 rotated by the worm gear 62. The worm wheel 63 is formed with an engagement hole into which a spline shaft 65 projecting from the lower second transmission box 64 is inserted and engaged. The rotational force of the drive cable 48 is transmitted to the worm wheel 63 via the worm gear 62, whereby the worm wheel 63 is rotationally driven and the rotational force is transmitted to the second transmission via the spline shaft 65. It is transmitted to the box 64.

  In the second transmission box 64, a first bevel gear 66 that rotates integrally with the spline shaft 65, and a second bevel gear 67 that is rotationally driven by the first bevel gear 66 are disposed. The second bevel gear 67 is fixed so that the drive cable 33 of the elevating drive mechanism 6 rotates integrally, so that the rotational force of the second bevel gear 67 is applied to the drive cable 33 of the elevating drive mechanism 6. It is configured to be transmitted. Note that a reduction mechanism comprising the worm gear 62 and the worm wheel 63 is disposed between the drive cable 48 of the slide drive means 40 and the drive cable 33 of the elevating drive mechanism 6 so that the slide drive means. When the rotational drive force is transmitted from the 40 drive cables 48 to the drive cable 33 of the lift drive mechanism 6, the rotational speed is reduced to about 1/10.

  The second transmission box 64 is disposed on the front side of the cross member 24 disposed on the front side of the occupant seat 4 and is fixed to the vehicle body floor 3 with mounting bolts. In a state where the one transmission box 61 is overlaid, these are integrally connected by a connecting bolt. Further, when the second transmission box 64 and the first transmission box 61 are bolted, the spline shaft 65 is inserted into the engagement hole of the worm wheel 63 provided in the first transmission box 61. By doing so, they are connected together.

  When the slider 44 is screwed by the slide driving means 40 and the seat cushion 35 is moved back and forth along the guide rail 25, the driving force is applied to the driving cable 48 and the first and second transmission boxes 61 and 64. , The drive cable 33 and the screw shaft 32 are driven to rotate, and the slide block 34 is screwed in the longitudinal direction of the vehicle body. 31 is configured to shift from the lying state to the standing state, or from the standing state to the lying state, and the rear side portion of the front board 15 is driven up and down.

  For example, when the short stature person A sits on the occupant seat 4, when the occupant seat 4 is moved to the front side of the vehicle body, the drive link 31 shifts from the lying state to the standing state in conjunction with this, The rear side portion of the front board 15 of the floor board 5 is displaced to the raised position shown in FIGS. On the other hand, when the tall person B is seated on the occupant seat 4, when the occupant seat 4 is moved to the rear side of the vehicle body, the drive link 31 shifts from the standing state to the lying state in conjunction with this. The rear side of the front board 15 of the floor board 5 is displaced to the lowered position shown in FIG. Thus, the installation height of the floor board 5 on which the occupant's buttocks are placed is adjusted to a position suitable for the length of the legs of the occupants A and B.

  As described above, according to the above configuration, the upper surface of the floor board 5 installed on the vehicle body floor 3 so as to be movable up and down is configured separately from the vehicle body floor mat 60 covering the upper surface of the vehicle body floor 3. Since the floorboard mat 23 is covered, the floorboard mat 23 that independently covers only the floorboard 5 can easily follow the raising / lowering operation of the floorboard 5. As a result, the floor mat (the vehicle body floor mat 60 and the floor board mat 23) is laid on both the vehicle body floor 3 and the floor board 5 to improve the appearance of the floor portion and to smoothly move the floor board 5 up and down. It becomes possible to make it compatible without problems.

  Further, as in the above embodiment, the area located below the floor board 5 on the upper surface of the vehicle body floor 3 is also covered with the vehicle body floor mat 60, and the area is continuously covered with the other areas. In this case, it is possible to prevent a large opening of the vehicle body floor mat 60 from being formed at a position below the floor board 5, and gravel between the vehicle body floor mat 60 and the vehicle body floor 3 through the opening. There is an advantage that it is possible to effectively prevent a situation where a foreign object enters.

  Further, as in the above embodiment, the insulator 62 is installed only on the lower surface of the vehicle body floor mat 60, and the insulator 62 is not installed on the lower surface of the floorboard mat 23 that overlaps the vehicle body floor mat 60 in plan view. In such a case, the upper surface of the floor board mat 23 (the mounting surface of the feet of the occupant) is caused by the double installation of the insulator 62 while ensuring sufficient sound insulation of the floor portion. ) Can be prevented from becoming unnecessarily high, and there is an advantage that the comfort and riding comfort in the passenger compartment can be maintained in a good state.

  Further, as in the above-described embodiment, the floor board 5 is raised and lowered in the vertical direction when viewed from the front, and along the vertical surface portions 1a and 2a extending in the substantially vertical direction in proximity to both ends of the floor board 5 in the vehicle width direction. When the vehicle body floor mat 60 is laid, the floor board 5 can be raised and lowered while maintaining a small gap between the vehicle body floor mat 60 and both ends of the floor board 5. Therefore, there is an advantage that it is possible to effectively prevent a foreign matter such as dust from entering through the gap and to maintain a good appearance of the floor portion.

  Further, as in the above embodiment, the side sill 1 of the vehicle body and the side walls of the floor tunnel 2 are installed so as to extend in a substantially vertical direction, and the vertical surface portions 1 a and 2 a are formed by the side wall surface portions of the side sill 1 and the floor tunnel 2. In this case, both end portions of the floor board 5 installed so as to cover substantially the entire width direction between the side sill 1 and the floor tunnel 2, and the side wall surface portions (vertical surface portions 1a, 2a) of the side sill 1 and the floor tunnel 2 are used. The floor board 5 can be lifted and lowered while maintaining a small gap with the vehicle body floor mat 60 laid along the line. That is, when the floor tunnel 2 is formed in a constricted shape similar to a floor tunnel in a conventional vehicle, the gap between the side wall surface portion of the floor tunnel 2 and the floor board 5 increases as the floor board 5 rises. As a result, there is an increased risk of foreign matter such as dust entering from the enlarged gap, and the appearance of the floor portion is also impaired. Even in this case, for example, if the width dimension of the floor board 5 is enlarged by protruding the side portion of the floor board 5 sideways as the floor board 5 is raised, the above problem can be solved. However, the mechanism for enlarging the width dimension of the floor board 5 becomes complicated, and problems such as an increase in cost occur. On the other hand, according to the above-described embodiment, the gap between both ends of the floor board 5 can be maintained at a small value with a simple and rational configuration, and foreign matter can be prevented from entering from the gap and the appearance can be improved. It can be planned.

  Moreover, in the said embodiment, the floor board 5 is comprised from the front side board 15 and the rear side board 17 connected so that bending was possible, and it is the above-mentioned while folding in the mountain fold shape from the connection part of both these boards 15 and 17 as the starting point. Since the floor board 5 is moved up and down, the installation height of the floor board 5 does not occur without causing a situation that the front end portion or the rear end portion of the floor board 5 is greatly moved up and down and a large gap is generated in the portion. Can be adjusted easily and appropriately.

  That is, the floor board 5 is connected to the front board 15 whose front end portion is supported by the vehicle body floor and the rear end portion of the front board 15 so as to be bent via a connecting member including a hinge member 16. Since the installation height of the floor board 5 is adjusted by dividing it into the board 17 and moving the connecting portions of the boards 15 and 17 up and down, for example, a single board floor board having a large area Unlike the case where the installation height of the floorboard 5 is adjusted by moving the other end up and down with the one end as a fulcrum, the front end or rear end of the floorboard 5 is The installation height of the floor board 5 can be adjusted appropriately without causing a situation in which the gap between the part and the vehicle body floor 3 is greatly changed due to large displacement.In addition, there is an advantage that the floor board 5 can be easily lifted and lowered with a small driving force as compared with the case where the single floor board is driven up and down to adjust the installation height.

  Furthermore, in the above embodiment, since the front board 15 and the rear board 17 constituting the floor board 5 are continuously covered by the floor board mat 23, the connecting portion between these boards 15 and 17 is provided. There is an advantage that the appearance of the floor portion can be maintained well by concealing and that a step or the like can be effectively prevented from occurring on the placement surface on which the occupant's feet are placed.

  Moreover, in the said embodiment, since the impact-absorbing member 22 which consists of elastic bodies, such as a foaming urethane material or a synthetic rubber material, was arrange | positioned on the upper surface of the said floor board 5 by which installation height is adjusted according to a passenger | crew's physique etc. When a vehicle collision accident occurs in a state where the occupant seated on the occupant seat 4 has the buttocks or the like placed on the floor board 5 on the shock absorbing member 22, the occupant is disengaged from the floor board 5. The impact load acting on the buttocks and the like can be absorbed by the impact absorbing member 22, thereby advantageously protecting the occupant's lower limbs. In particular, as shown in the above-described embodiment, when the shock absorbing member 22 is provided in substantially the entire vehicle width direction of the floor board 5, the installation width of the shock absorbing member 22 having the shock load absorbing function is provided. Can be secured sufficiently to effectively protect the lower limbs of the occupant.

  Furthermore, in the above embodiment, the recessed portion 21 recessed downward is formed in the front portion of the floor board 5, specifically, the front board 15, and the impact absorbing member 22 is disposed in the recessed portion 21. Even when the shock absorbing member 22 having a predetermined thickness is provided only in the front portion of the floor board 5, it is possible to prevent a large step from being formed on the upper end surface of the floor board 5, and to form the upper end surface flat. There is an advantage that you can. In addition, when a load that pushes the shock absorbing member 22 backward is input in the event of a vehicle collision, the rear end of the shock absorbing member 22 is brought into contact with the step formed at the rear end of the recessed portion 21. By doing so, it is possible to prevent the rearward movement of the shock absorbing member 22 and stabilize the mounting state.

  In particular, as shown in the above embodiment, the upper surface portion of the impact absorbing member 22 disposed in the recessed portion 21 and the upper surface portion of the floor board 5 continuous to the recessed portion 21, specifically, the front board 15 When the rear side portion and the rear side board 17 are set to substantially the same height, it is uncomfortable when moving the foot placed on the floor board 5 while ensuring a sufficient thickness of the shock absorbing member 22. Can be suppressed, and the operability when the accelerator pedal 11 or the like is operated can be effectively improved.

  Furthermore, in the above-described embodiment, the upper surface portion of the shock absorbing member 22 disposed in the recessed portion 21 and the upper surface portion of the floor board 5 continuous to the recessed portion 21 (the rear side portion and the rear board 17 of the front board 15). ) Is continuously provided, and the upper end surface of the floor board 5 is effectively flattened to cause a sense of incongruity when moving the foot placed thereon. Etc. can be further suppressed.

  In the above embodiment, the insulator 62 is installed only on the lower surface of the vehicle body floor mat 60, and the insulator 62 is not installed on the lower surface of the floor board mat 23. If there is no particular problem, the insulator 62 may be installed on both the lower surface of the vehicle body floor mat 60 and the lower surface of the floor board mat 23. Contrary to the above embodiment, the insulator 62 installed on the lower surface of the vehicle body floor mat 60 may be omitted, and the insulator 62 installed on the lower surface of the floor board mat 23.

  In the above embodiment, the front board 15 and the rear board 17 constituting the floor board 5 are continuously covered by the single floor board mat 23. However, the front board 15 and the rear board are used. If the conspicuous step difference or the like does not occur at the connecting portion to the front board 17, the front board 15 and the rear board 17 may be covered with different floor board mats.

  The floor board 5 is replaced with an embodiment configured to drive the floor board 5 up and down by transmitting a rotational driving force from the driving cable 48 of the slide driving means 40 to the driving cable 33 of the up and down driving mechanism 6. It is also possible to have a structure provided with a dedicated drive source for driving up and down. However, as shown in the above-described embodiment, the position of the occupant seat 4 and the installation height of the floor board 5 can be adjusted simultaneously with a simple configuration when driven up and down using a single drive source (drive motor). This is reasonable.

It is explanatory drawing which shows embodiment of the movable floor apparatus of the motor vehicle which concerns on this invention. It is a top view which shows the structure of the principal part of a movable floor apparatus. It is a perspective view which shows the structure of the principal part of a movable floor apparatus. It is a disassembled perspective view which shows the specific structure of a floor board. It is a figure which shows the structure of the principal part of a movable floor apparatus. It is front sectional drawing which shows the support structure of the rear side part of a floor board. It is front sectional drawing which shows the II cross section in FIG. It is side surface sectional drawing which shows the structure of a sheet position adjustment mechanism. It is front sectional drawing which shows the structure of a sheet | seat position adjustment mechanism. It is a side view which shows the state which moved the passenger | crew seat forward. It is a perspective view which shows the specific structure of a power transmission mechanism. It is sectional drawing which shows the specific structure of a power transmission mechanism.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Side sill 1a Vertical surface part 2 Floor tunnel 2a Vertical surface part 3 Vehicle body floor 4 Crew seat 5 Floor board 15 Front side board 17 Rear side board 23 Floor board mat 60 Car body floor mat 62 Insulator

Claims (5)

A movable floor device of an automobile in which a floor board covering an upper surface of a vehicle body floor is installed to be capable of ascending and descending at a foot portion of an occupant seated on an occupant seat,
The floor board has a front board whose front end is supported by the vehicle body floor, and a rear boat that is foldably connected to the rear end of the front board. The mountain starts from the connecting part of both boards. It is configured to be driven up and down while being folded in a fold shape,
On the vehicle body floor, a vehicle floor mat that covers the upper surface is laid,
The floor board has a floor board mat that is separate from the body floor mat ,
The movable floor apparatus for an automobile, wherein the floorboard mat is laid so as to continuously cover a front board and a rear boat of the floorboard . In the movable floor apparatus of the motor vehicle according to claim 1,
The vehicle body floor mat covers the upper surface of the vehicle body floor including the region located below the floor board, and is laid so as to continuously cover the region and other regions. A movable floor device of an automobile characterized by the above. The movable floor apparatus for an automobile according to claim 2,
A movable floor apparatus for an automobile, wherein an insulator having a predetermined thickness is installed only on a lower surface of the body floor mat among the body floor mat and the floor board mat. In the movable floor apparatus of the motor vehicle according to any one of claims 1 to 3,
The floor board is driven so as to move up and down in a substantially vertical direction when viewed from the front, and the vehicle body extends along a vertical surface portion installed so as to extend in a substantially vertical direction adjacent to both ends of the floor board in the vehicle width direction. A movable floor apparatus for an automobile, wherein a floor mat is laid. The movable floor apparatus for an automobile according to claim 4,
The floor board is installed so as to cover a region between a floor tunnel installed in the vehicle width direction center portion of the vehicle body and a side sill installed on a side portion of the vehicle body,
A movable floor apparatus for an automobile, wherein the vertical surface portion is formed by the side wall surface portions of the floor tunnel and the side sill.

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