JP6362918B2 - Unfoldable storage for rescue vehicle - Google Patents

Description

  The present invention relates to a deployable storage box equipped in a loading space in a rescue vehicle for loading materials and equipment such as tools and heading to the site in order to rescue victims of disasters and accidents.

Fire fighting organizations in each region are equipped with rescue work vehicles that load materials and equipment such as spreaders that push down collapsed and heavy objects and cutters that cut them in the event of a disaster or accident. As an invention relating to such a rescue work vehicle, the following Patent Document 1 describes the one shown in FIG .

  This rescue work vehicle is provided with a loading platform 52 partitioned behind the cabin 51. The loading platform 52 is sequentially provided with loading spaces 53, 54, 55 from the front to the rear so as to face both sides. It has been. Further, a loading space 56 located in the back of the loading space 53 on both sides and loading spaces 57 and 58 located in the back of the loading spaces 54 and 55 and arranged in the front and rear are provided in the intermediate portion in the width direction of the loading platform 52. ing.

  The loading space 53 is provided with a deployable storage. In this storage, a box-shaped shelf 60 that stores a relatively small material and equipment that is used frequently is stored between the storage position in the loading space 53 and the unfolded position that is pulled out from the loading space 53. It can be moved with.

  The shelf 60 is pivotally supported on a frame portion of the stacking space 53 by a support shaft 61 having one side portion extending in the vertical direction, and the orientation of the shelf 60 is approximately 90 ° between the retracted state and the unfolded state. It changes so that the position in the height direction does not change.

  In addition, a relatively large material that cannot be stored in the shelf 60 is stored in the stacking space 56 that is located behind the loading space 53, and when the material is taken out, the shelf 60 is in an unfolded state. Has been. In addition, a pump and a water tank are accommodated in the loading spaces 57 and 58 located at the center and the rear of the loading platform 52, respectively.

Japanese Patent No. 4485832

However, in the unfoldable storage as described above, when the shelf body 60 is in the unfolded state, one side portion of the shelf body 60 blocks a part of the opening surface of the stacking space 53, so There is a problem that the access space to the space 56 is limited, and it is difficult to take out materials and equipment from the loading space 56.

  Then, this invention makes it a subject to provide the expansion | deployment-type storage which can take out materials and equipment easily from a loading space.

  In order to solve the above problems, the present invention is provided in a loading space facing a side surface of a rescue work vehicle, and a shelf for storing materials and equipment is stored in the loading space, and is unfolded from the loading space. The unfoldable storage that can be moved between the position of the state is configured as follows.

That is , by connecting the horizontal frame of the shelf and the frame portion of the loading space via a horizontal arm and a link rod, a horizontal parallel link mechanism is configured, and the direction of the shelf and the position in the height direction are set. In the unfolded state, the shelf body was moved to one side and supported by the horizontal arm in the unfolded state.

In the unfoldable storage according to the above invention , since the shelf is supported by moving to one side from the stored state in the unfolded state, when the shelf is unfolded, an access space to the back loading space is widely secured, The equipment can be easily taken out from the back loading space, and the equipment can be easily stored in the back loading space.

External perspective view of rescue vehicle The perspective view which shows the shelf storage state of the expandable storage which concerns on embodiment of this invention Schematic plan view The perspective view which shows a shelf expansion state same as the above Schematic plan view Top view showing the loading platform layout of a rescue vehicle equipped with a conventional unfoldable storage

  The rescue work vehicle shown in FIG. 1 includes a loading platform 52 that is partitioned behind the cabin 51. In the openings of the loading spaces 53 and 54 facing both sides of the loading platform 52, shutters 62 and A door step 63 is provided which is positioned below and swings between a vertical state and a horizontal state. The door step 63 can be used as a step in the horizontal state.

For deployment stow bins equipped to form rescue work vehicle as shown in FIG. 1 will be described with reference to embodiments of the present invention in FIGS. 2-5.

The deployment stow bins are equipped Intention upward the loading space 53 facing the right side of the rescue work vehicles, the Tanatai 11 for housing the equipment, as shown in FIGS. 2 and 3, the loading space 53 As shown in FIGS. 4 and 5 , the storage position can be moved between the stored position and the unfolded position pulled out from the loading space 53.

  In order to enable the movement as described above, the center part of the upper and lower horizontal frames of the shelf 11 and the mounting plate 53b on one side of the stacking space 53 are wide plate-shaped laterally bent at the intermediate part. The bracket 14 and the stacking space 53 are connected at connecting points 12 a and 12 b that rotate via the arm 12, and extend rearward from a portion closer to the other side than the connecting point 12 a with the horizontal arm 12 of the lower frame of the shelf 11. The bracket 53c extending forward from the rear frame portion is connected by connecting points 13a and 13b that rotate via the link rod 13.

  The axis 12c that connects the connecting points 12a and 12b at both ends of the horizontal arm 12 and the axis 13c that connects the connecting points 13a and 13b at both ends of the link rod 13 are parallel and of equal length. A link mechanism is configured.

  A handle 15 is provided at the lower front portion of the shelf 11, and a lever-type lock mechanism 16 that fixes the shelf 11 in the retracted state is provided at the base of the lower lateral arm 12.

  In the shelf 11 of such a deployable storage, lighter cables, lobes, and the like are stored as compared with hydraulic rescue devices and the like.

In the deployed stow bins as described above, when used to rescue the equipment housed in the loading space 56 located at the back of the loading space 53, open the opening of the loading space 53, FIG. 2 and FIG. as shown in 3, the rack member 11 of a storage state, with the lever operation of the lock mechanism 16, to release the Tanatai 11, pull the rack member 11 to the front holding the handle 15, FIGS. 4 and 5 As shown in FIG. 4, the shelf 1 is pulled out of the loading space 53 to be in an unfolded state.

  With such a movement operation of the shelf body 11, the orientation of the shelf body 11 and the position in the height direction do not change between the stored state and the expanded state, and in the expanded state, the shelf body 11 is one side from the stored state. And is supported by the lateral arm 12.

  In the unfoldable storage as described above, the shelf 11 is moved and supported from one side to the other side in the unfolded state, and therefore, when the shelf 11 is unfolded, the access space to the back loading space 56 is wide. Thus, the equipment can be easily taken out from the back loading space 56, and the equipment can be easily stored in the back loading space 56.

  In addition, even if the shelf 11 is in the unfolded state, it does not overhang from the side of the rescue work vehicle loading platform 52, so that the materials and equipment should be taken in and out without almost hindering the traffic on the road where the rescue work vehicle is parked. Can do.

DESCRIPTION OF SYMBOLS 1 Shelf body 11 Shelf body 12 Horizontal arm 12a, 12b Connection point 12c Axis 13 Link rod 13a, 13b Connection point 13c Axis 14 Bracket 15 Handle 16 Lock mechanism 51 Cabin 52 Carriage 53, 54, 56 Loading space 53a, 53b Mounting plate 53c Bracket 62 Shutter 63 Door step

Claims (1)

The shelf (11), which is provided in the loading space (53) facing the side of the rescue work vehicle and stores materials and equipment, is pulled out of the storage position stored in the loading space (53) and the loading space (53). In the unfoldable storage that can move between the unfolded position,
By connecting the horizontal frame of the shelf (11) and the frame portion of the loading space (53) via the horizontal arm (12) and the link rod (13), a horizontal parallel link mechanism is configured,
The direction of the shelf (11) and the position in the height direction do not change between the retracted state and the deployed state.In the deployed state, the shelf (11) moves from the retracted state to one side, and the horizontal arm (12 The unfoldable storage for rescue vehicles, which is supported by

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