JP4724153B2 - Storage space remodeling method for elevator type multi-story parking system - Google Patents

Description

  INDUSTRIAL APPLICABILITY The present invention is used to perform modification to change the arrangement pitch of shelves in the storage space of an elevator-type three-dimensional parking apparatus that stores and parks vehicles on shelves provided in multiple stages in the vertical direction in the storage space in the building. The present invention relates to a storage space remodeling method for an elevator type multi-story parking apparatus.

  As one of the facilities for efficiently parking a vehicle on a limited site, an elevator type (elevating and traversing type) three-dimensional parking apparatus is known. As one example of such an elevator type three-dimensional parking apparatus, there is a type in which a vehicle to be stored is placed on a pallet and then transported together with the pallet, as schematically shown in FIG.

  That is, in the elevator type three-dimensional parking apparatus shown in FIG. 13, the lift hoistway 3 that communicates with the entrance / exit 2 is formed in the vertical direction in the center of the building 1. A storage space (vehicle compartment space) 4 is formed at a position sandwiching the hoistway 3 between the left and right in the building 1, and the left and right storage spaces 4 have a longitudinal length of a pallet 5 on which a vehicle 8 is mounted. Shelf 7 with transfer device 6 that can carry both ends in the direction is provided in multiple stages in the vertical direction at the required arrangement pitch. Further, a lift device (lift cage) 9 provided with a lateral feed device 10 capable of cooperating with the transfer device 6 of each shelf 7 is arranged in the lift hoistway 3, and is placed at the top in the building 1. The lift cage 9 can move up and down the lift hoistway 3 by suspending and supporting the chain 12 of the hoisting apparatus 11 installed and lifting and lowering the chain 12.

  Further, a turning device 13 for turning the stored vehicle 8 is installed below the portion of the loading / unloading port 2 which is the lowest position of the lift hoistway 3. Thus, when the vehicle 8 is mounted on the pallet 5 set on the turning device 13, the turning device 13 is turned 90 ° and suspended to a position below the upper surface level of the turning device 13. The lift device 9 is lifted to raise the pallet 5 to the position of the shelf 7 at the required stage, and then the vehicle 8 is traversed along with the pallet 5 by operating the transverse feed device 10 provided in the lift device 9. It is made to store on the shelf 7 (for example, refer patent document 1).

  On the other hand, when leaving the parked vehicle 8, the operation procedure opposite to that in the case of warehousing may be performed.

  The shelves 7 provided in multiple stages in the storage space 4 in the elevator type multi-story parking apparatus are normally supported by the configuration as shown in FIG. That is, among the four corners of the left and right storage spaces 4, the H-shaped steel columns of the building 1 respectively disposed at two corners closer to the left and right outer sides corresponding to the four corners of the building 1. 14, one end portion serving as a base end portion of the shelf mounting bracket 15 extending in the front-rear and horizontal directions arranged in multiple stages at a predetermined arrangement pitch in the vertical direction is fixed to the flange surface on the left and right sides closer to the center of the building 1 in FIG. The other end, which is the tip of each shelf mounting bracket 15, protrudes to the inside of the storage space 4 with a required dimension.

  Further, H-shaped steel shelf columns 16 extending in the vertical direction are provided at the front and rear end positions on both the left and right sides of the lift hoistway 3 which are the two left and right corners of the left and right storage spaces 4. In addition, a shelf extending in the front-rear horizontal direction arranged in multiple stages at the same arrangement pitch as the shelf mounting brackets 15 attached to the column 14 in the vertical direction on the front and rear flange surfaces facing the inside of the storage space 4 in the shelf column 16 One end of the mounting bracket 17 on the base end side is fixed, and the other end serving as the tip of each shelf mounting bracket 17 protrudes to the inside of the storage space 4 by a required dimension.

  Furthermore, the shelf mounting bracket 15 attached to the column 14 arranged in the left-right direction at the same height position in the storage space 4 and the shelf 7 extending in the left-right direction above the shelf mounting bracket 17 attached to the shelf column 16 are provided. Both ends in the longitudinal direction are placed and attached. Other components that are the same as those shown in FIG.

  Although not shown, the column 14 is generally formed by connecting a plurality of H-shaped steels having a required length dimension in the vertical direction via a splice plate, and The length dimension of each H-section steel is appropriately set so that the connecting portion between the H-section steels via the splice plate does not interfere with the installation position of each shelf mounting bracket 15 in the vertical direction of each pillar 14. is there. Further, the building 1 connects adjacent ones of the pillars 14 at the four corners in the horizontal direction via the beam members arranged at the required intervals in the vertical direction, and between the beam members and the pillars 14. In this case, the gusset provided for attaching the brace to the flange surface of each column 14 is disposed at a position avoiding the installation position of each shelf mounting bracket 15 on each column 14. It is like that.

  By the way, when the elevator type multi-story parking apparatus as described above was initially developed, vehicles having a vehicle height of less than 1550 mm (hereinafter referred to as ordinary cars) were widely used as passenger cars. The arrangement pitch of the shelves 7 arranged in the vertical direction in the storage space 4 in the building 1 is usually set to a dimension slightly larger than 1600 mm for the purpose of accommodating the ordinary vehicle. There were many.

  In recent years, however, so-called high roof vehicles, including vehicle heights exceeding 1550 mm, are increasing, including light vehicles.

  For this purpose, the storage space in the building is provided with a shelf for storing an ordinary car and a shelf for storing a high roof car having a larger vertical pitch than the shelf for storing the ordinary car in advance. An elevator type three-dimensional parking apparatus that can accommodate both ordinary vehicles and high roof vehicles has been considered (for example, see Patent Document 2).

Japanese Utility Model Publication No. 7-40930 JP 2004-270351 A

  However, there are existing elevator type multi-story parking devices that are constructed for the purpose of storing only ordinary cars and are not intended for storing high-roof vehicles. In such existing elevator type multi-story parking devices, In recent years, the storage space 4 in the building 1 has increased in recent years as described above because the shelves 7 are often arranged in the vertical direction at an arrangement pitch slightly exceeding 1600 mm corresponding to the height of the ordinary vehicle. It has become impossible to store a high roof car. Therefore, there is a concern that the availability factor may decrease as the vehicles that can be stored are limited to ordinary vehicles.

  Therefore, in recent years, it has been desired that the existing elevator type multi-story parking apparatus constructed for the purpose of storing only the ordinary vehicle is modified so that a high roof vehicle can be stored.

  However, a specific remodeling method for remodeling so that a high roof car can be accommodated for an elevator type three-dimensional parking apparatus of a type that accommodates only ordinary cars as described above has not been proposed in the past. Is real.

  Therefore, the present invention relates to a storage space in the building of the elevator type multilevel parking apparatus, part of shelves provided in multiple stages in the vertical direction at an arrangement pitch for storing ordinary vehicles as vehicles with low vehicle heights or It is an object of the present invention to provide a storage space remodeling method for an elevator type multi-story parking apparatus in which the entire arrangement pitch can be remodeled so that a high roof car as a vehicle having a high vehicle height can be stored.

In order to solve the above-described problem, the present invention provides a vehicle for a vehicle in which a shelf mounting bracket is stored in the storage space on the pillars disposed in the two corners of the storage space in the building corresponding to claim 1. A shelf mounting bracket is attached to shelf columns disposed in two corners of the storage space, arranged in multiple stages in the vertical direction at an arrangement pitch corresponding to the height, and protruding to the inside of the storage space. Each shelf mounting bracket that is mounted in multiple stages in the vertical direction at the same arrangement pitch as the shelf mounting brackets mounted on the pillars and is mounted so as to protrude to the inside of the storage space, and attached to the pillars at the same height position Arbitrary area in the storage space of the elevator type multi-story parking apparatus in which shelves are provided in multiple stages at the above arrangement pitch on the shelf mounting brackets to be attached to the shelf pillars Remove the plurality of shelves that are continuous in the vertical direction of the shelves provided in the multi-stage, further cut the portion protruding to the inside of the storage space of the existing shelf mounting bracket corresponding to the removed shelves, The vertical part extending in the vertical direction, the horizontal part extending in one side direction from the end of the vertical part, and the middle part of the vertical part projecting in the other direction in the area from which the plurality of continuous shelves in the vertical direction are removed. A bracket mounting bracket having a bracket body to be attached is newly attached to the pillar so that the horizontal portions thereof are arranged at equal intervals with each other by attaching the horizontal part to the pillar , and then attached to the pillar. In addition, a shelf is newly attached to the shelf mounting bracket of each stage, and the newly attached shelf is attached at an arrangement pitch different from the original arrangement pitch before the shelf is removed.

Further, a vehicle in which the vertical arrangement pitch of the shelf newly attached to each step of the shelf mounting bracket newly attached to the column corresponding to claim 2 is higher than the vehicle height of the original vehicle. Attach it at an arrangement pitch corresponding to.

Further, in a region removed shelves plurality of stages that successively in the vertical direction corresponding to claim 3, provided with a shelf less than the number of stages of the removed number of stages in the arrangement pitch equal intervals, the arrangement pitch, An arrangement pitch corresponding to a vehicle having a vehicle height higher than that of the original vehicle is set.

Furthermore, pillar region removed shelves plurality of stages that successively in the vertical direction corresponding to claim 4, with less than the number of stages of the removed number of stages, the rack mounting brackets at equal intervals of arrangement pitch A new shelf is attached to the shelf mounting bracket of each step newly attached to the pillar, and the arrangement pitch of the shelves corresponds to a vehicle whose vehicle height is higher than the height of the original vehicle. So that the arrangement pitch is the same.

In the above configuration, newly out of the shelf mount bracket attached to the pillar, the rack mounting bracket vertical position in the column is a position similar to the splicing plate installation point, in the vertical direction in the longer dimension than the vertical dimension of the splice plate a vertical portion extending, as a made of the extension building horizontal section, respectively it to one direction from the upper and lower ends of the vertical portion, the bracket body to leave collision from vertical intermediate position of the vertical portion to the other direction The upper and lower horizontal portions of the shelf mounting bracket are attached to both the upper and lower sides of the splice plate installation location in the pillar , and the shelf is attached to the bracket body of the shelf mounting bracket .

Similarly, in the above-described structure, new of the shelf mount bracket attached to the pillar, the rack mounting bracket vertical position in the column is the same position as the gusset installation location, and extension building vertical portion in the vertical direction, the vertical portion structure consisting of an extending building horizontal portion from the lower portion to the one direction, the bracket body and out collision from vertical intermediate position of the vertical portion to the other direction, a connecting member provided on the upper end of the vertical portion as, the horizontal portion of the shelf mount bracket is attached to the storage space closer position than the gusset installation position in the column, it contains a portion that protrudes toward the inside of the storage space of the existing shelf mounting brackets directly above Symbol gusset spaces cut to leave a short projection piece within, to attach the connecting member to the protruding piece.

In each of the above-described configurations, the shelf mounting bracket to be newly attached to the column is configured to project the positioning member at a required position on the side surface of the shelf mounting bracket attached to the column, and the positioning member is stored in the column. The shelf mounting bracket is fixed to the column in a state where it is in contact with the edge on the space side.

According to the shelf remodeling method for an elevator type multilevel parking apparatus of the present invention, the following excellent effects are exhibited.
(1) The shelf mounting brackets are arranged in multiple stages in the vertical direction at the arrangement pitch corresponding to the vehicle height of the vehicle stored in the storage space on the pillars arranged at the two corners of the storage space in the building. Mounted so that it protrudes to the inside of the storage space, and the shelf mounting brackets are arranged on the remaining two corners of the storage space, the shelf mounting brackets are arranged at the same arrangement pitch as the shelf mounting brackets mounted on the columns. It is arranged in multiple stages in the direction and attached so as to protrude inside the storage space, and above the shelf mounting brackets attached to the columns and the shelf mounting brackets attached to the shelf columns at the same height, A plurality of continuations in the vertical direction of the shelves provided in the multi-stage in an arbitrary area in the storage space of the elevator type multilevel parking apparatus in which shelves are provided in multi-stages at an arrangement pitch In addition, the portion of the existing shelf mounting bracket corresponding to the removed shelf is cut out of the storage space, and then the plurality of shelves continuous in the vertical direction are removed. , shelf mounting brackets having a bracket body that protrudes from the middle position of the horizontal portion and the vertical portion extending in the one direction from an end portion of the vertical portion and the vertical portion extending vertically to the other direction, the horizontal portion By newly attaching to the pillar, it is newly attached to the pillar so that the arrangement pitch is equal to each other, and then a shelf is newly attached to the shelf mounting bracket of each step attached to the pillar. A configuration in which newly installed shelves are attached at an arrangement pitch that is different from the original arrangement pitch before removing the shelves, more specifically, the shelf mounting brackets of each stage newly attached to the pillars A configuration in which the shelves newly attached to the rack are attached at an arrangement pitch corresponding to a vehicle whose vertical arrangement pitch is higher than the original vehicle height, or continuous in the vertical direction In the area from which the plurality of shelves are removed, shelves with a number of steps smaller than the number of removed shelves are provided at an equally spaced arrangement pitch, and the arrangement pitch is higher than the height of the original vehicle. Arrangement pitch corresponding to the vehicle, more specifically, in an area where a plurality of vertical shelves are removed, the arrangement pitch is evenly spaced with a number of stages smaller than the number of removed shelves. So that the shelf mounting bracket is newly attached to the pillar, and the shelf is newly attached to the shelf mounting bracket of each stage newly attached to the pillar, and the arrangement pitch of the shelf is set higher than the height of the vehicle height of the original vehicle. For vehicles with high vehicle height For example, the arrangement of the storage space shelves of the existing elevator type multi-story parking apparatus that is constructed assuming that only a vehicle with a low vehicle height is accommodated is arranged with a high vehicle height. The arrangement pitch in the vertical direction in which the vehicle can be stored can be set, and the storage space of the existing elevator type three-dimensional parking apparatus can be modified so that the vehicle with the high vehicle height can be stored.
(2) Among the shelf mounting brackets newly attached to the pillar, the shelf mounting bracket whose vertical position in the pillar is the same position as the splice plate installation position extends in the vertical direction with a dimension longer than the vertical dimension of the splice plate. The shelf mounting bracket includes a vertical portion, a horizontal portion extending in one side direction from both upper and lower end portions of the vertical portion, and a bracket body protruding in the other side direction from a midway position in the vertical direction of the vertical portion. The upper and lower horizontal portions of the column are attached to both the upper and lower sides of the splice plate installation portion of the column, and the shelf is mounted on the bracket body of the shelf mounting bracket, thereby configuring the column of the column. A new shelf mounting bracket is installed on the storage space side of the connection location via the steel splice plate. It can and reliably attached to the.
(3) Among the shelf mounting brackets to be newly attached to the pillar, the shelf mounting bracket whose vertical position in the pillar is the same position as the gusset installation location is arranged from the vertical portion extending in the vertical direction and the lower end portion of the vertical portion. The shelf mounting bracket includes: a horizontal portion extending in the lateral direction; a bracket body protruding in the other side direction from the vertical position of the vertical portion; and a connecting member provided at an upper end portion of the vertical portion. The horizontal portion is attached to a position closer to the storage space than the gusset installation position on the pillar, and the portion protruding to the inside of the storage space of the existing shelf mounting bracket immediately above the gusset is left as a short protruding piece in the storage space. And the connecting member is attached to the projecting piece, so that the storage space for the installation location of the gusset in the column is obtained. To the scan side, it is possible to attach the new shelf mounting bracket easily and reliably. Moreover, even if the mounting dimension of the horizontal portion with respect to the pillar is limited by the presence of gussets, the load acting on the shelf mounting bracket is transmitted to the protruding piece formed by cutting the existing shelf mounting bracket. It becomes possible to support.
(4) A shelf mounting bracket to be newly attached to the pillar is configured by projecting a positioning member at a required position on the side surface of the shelf mounting bracket to be attached to the pillar. By fixing the shelf mounting bracket to the column in a state of being in contact with the edge portion, the amount of protrusion of the shelf mounting bracket newly attached to the column to the inside of the storage space can be initially provided. It is possible to easily and reliably set the protrusion amount corresponding to the shelf mounting bracket.

  The best mode for carrying out the present invention will be described below with reference to the drawings.

  FIG. 1 (a) (b) to FIG. 6 (b) (b) show an embodiment of a storage space remodeling method for an elevator type multi-story parking apparatus according to the present invention. As shown in FIG. 13, as shown in FIG. 13, a vertical lift hoistway 3 (see FIG. 13) communicating with the entrance / exit 2 is provided in the center of the building 1, and the lift hoistway 3 In each storage space 4 formed in the left and right positions, the square pillars 14 and the shelf pillars 16 of each storage space 4 are made to correspond to the height of a normal vehicle as a vehicle having a low vehicle height in the vertical direction. The shelf mounting brackets 15 and 17 are mounted in multiple stages at an arrangement pitch slightly exceeding 1600 mm, and the shelf 7 is mounted on the shelf mounting brackets 15 and 17 at the same height, respectively. 7 normal car 18 with pallet 5 In an existing elevator type multi-story parking apparatus that can be delivered, first, in each of the storage spaces 4, a plurality of required shelves from the first floor portion of the building 1 where the entrance / exit 2 is provided upward. A plurality of shelves 7 arranged in the vertical direction above and below the remaining shelves 7 are removed so that only 7 remains.

  Next, as shown in FIG. 1 (B) and FIG. 2 (B), the number of the shelves 7 arranged in the vertical direction is removed, for example, one step less than the number of steps of the removed shelves 7. The shelves 7a having the number of stages are arranged so as to be substantially equidistant in the vertical direction, and are newly attached to the pillars 14 and the shelf pillars 16 via the shelf mounting brackets 19, 20, 21, and 22.

  More specifically, first, in each storage space 4 in the existing elevator type multi-story parking apparatus, for example, among the existing shelves 7 provided in 20 steps in the vertical direction, 5 steps upward from the first floor portion of the building 1. The shelf 7, which is continuously arranged in the vertical direction of the first to fourth stages so as to leave the seventh, ninth, twelfth and seventeenth stages of the shelf 7, and the sixth to eighth stages. Shelf 7 arranged in three steps in the vertical direction of the stage, shelf 7 arranged in two stages in the vertical direction of the 10th and 11th stages, and the 13th to 16th stages The shelves 7 that are arranged in four steps in the vertical direction and the shelves 7 that are arranged in three steps in the vertical direction of the 18th to 20th steps are respectively removed.

  Next, among the shelf mounting brackets 15 attached to the pillar 14 in multiple stages in the vertical direction, the removed 1st to 4th stages, 6th to 8th stages, 10th to 11th stages, 13th to 16th stages, The portions of the shelf mounting brackets 15 corresponding to the respective shelves 7 on the 18th to 20th stages are protruded to the inside of the storage space 4. At this time, the position where the shelf mounting bracket 21 is to be newly attached to the pillar 14 in the later step is the same as that of the gusset 24 provided on the flange surface of the pillar 14 in order to connect the brace 23 of the building 1. For the height position, the shelf mounting bracket 15 located immediately above, that is, each of the fourth, eighth, sixteenth and twentieth shelf mounting brackets in FIG. 15 is cut while leaving a short protruding piece 15a protruding inward of the storage space 4 so that the state shown in FIG. Thereby, the connecting member 21d of the shelf mounting bracket 21 described later can be connected to the protruding piece 15a.

  Similarly, with respect to the shelf mounting brackets 17 attached to the shelf column 16 in multiple stages in the vertical direction, the removed 1st to 4th stages, 6th to 8th stages, 10th to 11th stages, and 13th to 16th stages. The portion of the shelf mounting bracket 17 corresponding to each of the 18th to 20th shelves 7 that protrudes to the inside of the storage space 4 is changed from a state indicated by a one-dot chain line to a state indicated by a solid line in FIG. Cut each so that

  Next, the first to fourth stages, the sixth to eighth stages, the tenth to eleventh stages, the thirteenth to sixteenth stages, and the 18th to 18th stages that are continuously arranged in the vertical direction in the pillar 14 and the shelf pillar 16. In each area from which each of the 20th shelf 7 is removed, shelf mounting brackets 19, 20, 21, and 22 having a number of steps less than the number of the removed shelf 7 are newly added at approximately equal intervals in the vertical direction. Install.

  More specifically, among the shelf mounting brackets 19, 20, 21 newly attached to the column 14, those adjacent to the vertical direction of the H-section steel constituting the column 14 in the vertical direction of the column 14. As shown in FIGS. 3 (A) and 3 (B), the shelf mounting bracket 19 that is newly attached to a portion that is connected to each other via the splice plate 25 and a portion different from the installation location of the gusset 24 is The shape extends in the horizontal direction as required. Further, a flat plate-like positioning member 26 extending in the vertical direction is provided at a required portion in the longitudinal direction on the side surface of the shelf mounting bracket 19 on the side to be attached to the column 14 so as to protrude in the perpendicular direction. . As a result, the shelf mounting bracket 19 has a base end portion that is more proximal than the positioning member 26 in a state where the positioning member 26 is in contact with one end edge in the front-rear direction facing the inside of the storage space 4 of the column 14. By bringing the side surface of one end in the longitudinal direction of the shelf mounting bracket 19 that is closer to the flange surface of the column 14 and then welding and fixing the one end in the longitudinal direction to the flange surface of the column 14. The other end side, which is the front end side of the shelf mounting bracket 19, can be arranged inside the storage space 4 so as to protrude in the same manner as the existing shelf mounting bracket 15.

  Of the shelf mounting brackets 19, 20, 21 newly attached to the column 14, the vertical positions to be disposed are adjacent to each other in the vertical direction of the H-section steel constituting the column 14. As shown in FIGS. 4A and 4B, the shelf mounting bracket 20 at the same position as the connected splice plate 25 has a vertical portion 20b longer than the vertical dimension of the splice plate 25 and the vertical portion 20b. A horizontal portion 20c that is horizontally projected from one end in the front-rear direction to one side in the front-rear direction so as to correspond to the width of the flange surface of the column 14, and a front-rear direction from a required portion in the up-down direction of the vertical portion 20b. The bracket body 20a is projected to the other side in the required dimension horizontally. Further, a flat plate-like positioning member 26 extending in the vertical direction is provided at a required position in the longitudinal direction on the side of the upper and lower horizontal portion 20c on the side to be attached to the column 14 so as to protrude in the perpendicular direction. is there. Thereby, the shelf mounting bracket 20 is in a state in which the positioning member 26 provided in each horizontal portion 20c is in contact with one end edge in the front-rear direction facing the inside of the storage space 4 of the column 14, The side surface of one longitudinal end portion closer to the base end portion than the positioning member 26 in each of the upper and lower horizontal portions 20c is brought into contact with the flange surface of the column 14 at the upper and lower side positions of the splice plate 25, and thereafter By fixing each horizontal portion 20c to the flange surface of the column 14 by welding, the bracket body 20a can be attached to the existing shelf mounting bracket 15 even at the installation location of the splice plate 25 in the column 14. In the same manner as described above, the storage space 4 can be arranged so as to protrude inside.

  Further, among the shelf mounting brackets 19, 20, and 21 newly attached to the column 14, the shelf mounting position in which the vertical position to be disposed is the same as the gusset 24 provided on the flange surface of the column 14. As shown in FIGS. 5 (a) and 5 (b), the bracket 21 has a vertical portion 21b extending in the vertical direction and a vertical portion 21b extending from the lower end portion of the vertical portion 21b in the front-rear direction to the inside of the storage space 4 of the column 14. The horizontal portion 21c that protrudes horizontally corresponding to the horizontal dimension from the one end edge in the front-rear direction facing the flange to the installation location of the gusset 24 on the flange surface, and the other part in the front-rear direction from the vertical required portion of the vertical portion 21b The bracket main body 21a protruded horizontally with the required dimension, and the vertical portion on the side of the upper end of the vertical portion 21b on the same side as the side of the horizontal portion 21c attached to the column 14 Than 1c is a structure consisting of a connecting member 21d attached to the required dimensions protrude upward. Further, a flat plate-like positioning member 26 extending in the vertical direction is provided at a required portion in the longitudinal direction on the side surface of the horizontal portion 21c that is to be attached to the column 14 so as to protrude in the perpendicular direction. Thereby, the shelf mounting bracket 21 is configured so that the positioning member 26 provided on the horizontal portion 21c is in contact with the one end edge in the front-rear direction facing the inside of the storage space 4 of the column 14 in the horizontal direction. The side surface of the portion 21c is brought into contact with the position closer to the storage space 4 than the gusset 24 on the flange surface of the column 14, and the connecting member 21d is positioned immediately above the gusset 24 as described above. 15 is cut into the inside of the storage space 4 to be brought into contact with the side surface of the protruding piece 15a, and then the horizontal portion 21c is brought into contact with the flange surface of the column 14 and the connecting member. 21d is welded and fixed to the projecting piece 15a, so that the bracket book can be installed even in the installation place of the gusset 24 in the column 14. 21a and are also available disposed state of being protruded to the same manner the inside of the storage space 4 and rack mounting bracket 15 of the existing. Further, the mounting dimension of the horizontal portion 21c with respect to the flange surface of the column 14 is limited to the storage space 4 closer to the gusset 24, but the load acting from the shelf 7a attached to the bracket body 21a is the vertical portion. The existing shelf mounting bracket 15 can be transmitted to and supported by the protruding piece 15a formed by cutting the existing shelf mounting bracket 15 through the connecting member 21d and the connecting member 21d.

  Each shelf mounting bracket 22 to be newly attached to the shelf column 16 has a bracket main body at one end which is a base end side of a bracket main body 22a extending in the front-rear and horizontal directions as shown in FIGS. A rectangular plate-shaped mounting member 22b that is perpendicular to the longitudinal direction of 22a and projects in the vertical and horizontal directions from the bracket body 22a by a required dimension is integrally mounted. Thereby, the shelf mounting bracket 22 brings the surface of the mounting member 22b on the side opposite to the bracket body 22a into contact with the flange surface facing the inside of the storage space 4 at the predetermined position in the vertical direction of the shelf column 16 described above. After that, the mounting member 22b is welded and fixed to the shelf column 16, so that the bracket body 22a can be arranged in a state of protruding into the storage space 4 in the same manner as the existing shelf mounting bracket 17. It is.

  After the new shelf mounting brackets 19, 20, 21, and 22 are attached to the column 14 and the shelf column 16 as described above, the shelf mounting bracket 19 or 20 or 21 newly installed on the column 14, and the shelf column A shelf 7 a having the same configuration as that of the existing shelf 7 is attached to the upper side of the corresponding ones of the shelf mounting brackets 22 newly installed in 16.

  In FIGS. 1A to 1B, the same components as those shown in FIGS. 13 and 14 are denoted by the same reference numerals.

  According to the above-described storage space remodeling method for the elevator type multi-story parking apparatus, in the storage space 4 of the building 1, among the shelves 7 arranged at an arrangement pitch of about 1600 mm in the vertical direction, two or three in the vertical direction. In the region where the shelves 7 that have been arranged continuously or four steps are removed, shelves 7a that are one step lower than the number of the removed shelves 7 are newly provided at substantially equal intervals in the vertical direction, for example, At the place where the first shelf 7a was newly installed in the area where the two-tier shelf 7 was removed, the vertical arrangement pitch of the newly installed shelf 7a and the existing shelf 7 immediately below it was about 1600 mm. Compared to the initial arrangement pitch of the shelves 7, it can be enlarged by about 800 mm. Similarly, in a place where two-stage shelves 7a are newly installed at almost equal intervals in the area where the three-stage shelves 7 have been removed, the vertical arrangement pitch between the newly-installed shelves 7a and the existing shelves 7 immediately below them Can be enlarged by about 530 mm in comparison with the initial arrangement pitch of the shelves 7. In addition, in a place where a three-stage shelf 7a is newly installed at almost equal intervals in the area where the four-stage shelf 7 is removed, the vertical arrangement pitch between the newly installed shelf 7a and the existing shelf 7 immediately below the newly arranged shelf 7a is set. As compared with the initial arrangement pitch of the shelves 7, it can be enlarged by about 400 mm.

  Therefore, the arrangement pitch of the shelves 7 and 7a arranged in the vertical direction in the storage space 4 in the building 1 and the height dimension of the first floor portion of the building 1 can be expanded to at least close to 2000 mm. As shown in FIGS. 1 (b) and 2 (b), the high roof car 18a having a vehicle height of about 1800 mm that could not be stored in the original shelf 7 installed at an arrangement pitch of about 1600 mm is The storage space 4 can be stored in the shelves 7 and 7a.

  As described above, when the height dimension of the entrance / exit 2 (see FIG. 13) in the elevator type multilevel parking apparatus is set lower than the vehicle height of the high roof vehicle 18a, the height of the entrance / exit 2 is set. By performing the construction for appropriately increasing the size, it is possible to provide an elevator type three-dimensional parking apparatus that can accommodate the high roof vehicle 18a.

  In the above description, among the existing shelves 7 arranged in the storage space 4 in the vertical direction at a required pitch, the shelves 7 arranged in two to four steps in the vertical direction are removed and removed. However, the reason for removing the shelves 7 arranged continuously in two or more stages is that, in order to provide the shelves 7a with one stage less than the number of removed stages in the area from which the shelves 7 are removed, at least This is because it is necessary to remove the two shelves 7, and at the same time, to secure a larger number of shelves 7, 7 a finally arranged in the vertical direction in the storage space 4 within a range not to be halved. It is. On the other hand, the number of steps when removing the shelves 7 continuously arranged in the vertical direction is set to 4 or less when the shelves that are continuous for 5 or more steps are removed and the number of shelves 7 that remain without being removed is reduced. As the number of work required for the shelf remodeling work of the three-dimensional parking apparatus increases, and in the area where the shelf 7 is removed, a new shelf 7a having a number of steps less than the number of removed steps may be newly provided at substantially equal intervals. This is because the vertical arrangement pitch of the newly provided shelf 7a and the shelf 7 immediately below the shelf 7a is not greatly expanded from the vertical arrangement pitch of the shelf 7 before the removal. However, if the amount of expansion of the desired shelf arrangement pitch is not so large with respect to the vertical arrangement pitch of the existing shelves 7, the shelves 7 continuously arranged in five or more stages in the vertical direction are removed. May be.

  Next, FIGS. 7 (a) (b) to 10 (a) (b) show other embodiments of the present invention, and FIGS. 1 (a) (b) to 6 (a) ( In the same procedure as shown in (b), the required shelf 7 is removed from the column 14 and the shelf column 16 and the portion of the shelf mounting brackets 15 and 17 corresponding to the removed shelf 7 protrudes inside the storage space 4 , The new shelf mounting brackets 19, 20, 21 are arranged on the pillar 14 and the shelf pillar 16 at substantially equal intervals in the vertical direction so that the number of stages is one less than the number of the removed shelves 7. And 22 are fixed to each of the column 14 and the shelf column 16 by bolting in place of the configuration in which the brackets 22 and 22 are fixed by welding, respectively. It is a thing.

  Specifically, among the shelf mounting brackets 19, 20, 21 newly attached to the column 14, the shelf mounting bracket 19 disposed at a position different from both the splice plate 25 and the gusset 24 in the vertical direction of the column 14 is As shown in FIGS. 7A and 7B, in a configuration similar to that shown in FIGS. 3A and 3B, a plurality of bolt holes are formed in one end portion serving as a base end portion of the shelf mounting bracket 19. 27. For example, two bolt holes 27 are formed at required intervals in the longitudinal direction. Other configurations are the same as those shown in FIGS. 3A and 3B, and the same components are denoted by the same reference numerals. Thereby, when attaching the said shelf mounting bracket 19 to the pillar 14, the flange part of the location used as the attachment position of the said shelf mounting bracket 19 in the up-down direction of the said pillar 14 in the shelf remodeling construction site of an elevator type three-dimensional parking apparatus In addition, a bolt hole 28 corresponding to the bolt hole 27 of the shelf mounting bracket 19 is drilled using a hydraulic drilling device or the like, and the bolt hole 28 provided in the flange portion of the column 14 is inserted into the bolt hole 28 of the shelf 14. After the positions of the bolt holes 27 are adjusted, the nuts 30 are tightened on the bolts 29 inserted into both the bolt holes 27 and 28, so that the shelf mounting bracket 19 is attached to the shelf shown in FIGS. The arrangement can be fixed to the column 14 in the same manner as the mounting bracket 19.

  Of the shelf mounting brackets 19, 20, 21 that are newly attached to the column 14, the shelf mounting bracket 20 in which the vertical position to be disposed is the same position as the splice plate 25 provided on the column 14. As shown in FIGS. 8A and 8B, in a configuration similar to that shown in FIGS. 4A and 4B, a plurality of bolt holes 27, for example, the horizontal portions are formed in the upper and lower horizontal portions 20c. The two bolt holes 27 are formed in the longitudinal direction 20c at a required interval. Other configurations are the same as those shown in FIGS. 4A and 4B, and the same components are denoted by the same reference numerals. As a result, when the shelf mounting bracket 20 is attached to the pillar 14, the upper and lower horizontal portions 20c are located at both upper and lower positions of the splice plate 25 in the pillar 14 at the shelf remodeling work site of the elevator type multilevel parking apparatus. Bolt holes 28 corresponding to the bolt holes 27 are respectively drilled using a hydraulic drilling device or the like, and the upper and lower horizontal portions 20c of the shelf mounting bracket 20 are respectively inserted into the bolt holes 28 provided in the flange portion of the column 14. After the position of the bolt hole 27 is adjusted, the nut 30 is tightened to the bolt 29 inserted through both the bolt holes 27 and 28, whereby the shelf mounting bracket 20 is shown in FIGS. The same arrangement as that of the shelf mounting bracket 20 can be fixed to the column 14.

  Further, among the shelf mounting brackets 19, 20, 21 newly attached to the column 14, the shelf mounting bracket 21 in which the vertical position to be disposed is the same position as the gusset 24 provided on the column 14. As shown in FIGS. 9 (A) and 9 (B), in the same configuration as shown in FIGS. 5 (A) and 5 (B), the connecting member 21d attached to the upper end of the horizontal portion 21c and the vertical portion 21b is connected to the bolt. Each of the holes 27 is formed. Other configurations are the same as those shown in FIGS. 5A and 5B, and the same components are denoted by the same reference numerals. Thereby, when attaching the said shelf mounting bracket 21 to the pillar 14, the side of the gusset 24 used as the attachment position of the horizontal part 21c of the said shelf mounting bracket 21 in the said pillar 14 in the shelf remodeling construction site of an elevator type multilevel parking apparatus The shelf mounting bracket 21 is formed on the flange 15 and the projecting piece 15a formed when the portion of the existing shelf mounting bracket 15 located immediately above the gusset 24 projecting to the inside of the storage space 4 is cut out. Bolt holes 28 corresponding to the bolt holes 27 of the horizontal portion 21c and the connecting member 21d are respectively drilled using a hydraulic drilling device or the like, and the bolt holes 28 of the flange portion of the pillar 14 and the protruding pieces 15a After the positions of the horizontal portion 21c of the shelf mounting bracket 21 and the bolt holes 27 of the connecting member 21d are respectively aligned with the bolt holes 28, both By fixing the nut 30 to the bolt 29 inserted through the bolt holes 27 and 28, the shelf mounting bracket 21 is fixed to the column 14 in the same arrangement as the shelf mounting bracket 21 shown in FIGS. You can do that.

  Furthermore, each shelf mounting bracket 22 to be newly attached to the shelf column 16 has a configuration similar to that shown in FIGS. 6A and 6B, as shown in FIGS. Bolt holes 27 are formed in the required plural places, for example, the four corners of the mounting member 22b. Other configurations are the same as those shown in FIGS. 6A and 6B, and the same components are denoted by the same reference numerals. Thus, when the shelf mounting bracket 22 is attached to the shelf column 16, the vertical position required as the mounting position of the shelf mounting bracket 22 on the shelf column 16 is changed at the shelf remodeling work site of the elevator type multilevel parking apparatus. Bolt holes 28 corresponding to the bolt holes 27 of the mounting member 22b of the shelf mounting bracket 22 are formed in the flange portion using a hydraulic drilling device or the like, and the bolt holes 28 provided in the flange portion of the shelf column 16 are provided. Further, after adjusting the position of the bolt hole 27 of the mounting member 22b of the shelf mounting bracket 22, the nut 30 is tightened to the bolt 29 inserted into both the bolt holes 27 and 28, whereby the shelf mounting bracket 22 is It can be fixed to the shelf column 16 with the same arrangement as the shelf mounting bracket 22 shown in FIGS.

  After the shelf mounting brackets 19, 20, 21 and 22 are attached to the pillar 14 and the shelf pillar 16 as described above, the shelf attachment bracket 19 or 20 or 21 newly attached to the pillar 14 and the shelf pillar, respectively. What is necessary is just to make it attach the shelf 7 to the upper side of what was distribute | arranged to the same height position of the shelf attachment bracket 22 newly attached to 16. FIG.

  Also according to this embodiment, the same effect as that of the above embodiment can be obtained.

  By the way, in the above, the bolt holes 28 provided for attaching the new shelf mounting brackets 19, 20, 21, and 22 to the pillar 14 and the shelf pillar 16 are all hydraulically operated at the shelf remodeling work site of the elevator type three-dimensional parking apparatus. Although it was described as being drilled using a punching device or the like, when constructing an elevator type multilevel parking device, the column 14 and the shelf column 16 are approximately 1600 mm in the vertical direction depending on the height of the ordinary vehicle 18. In addition to providing the rack mounting brackets 15 and 17 with the arrangement pitch of the rack mounting brackets 19, 20, 21 and 22 as described above, the high roof car 18 a can be stored in the columns 14 and 16. Bolt holes 28 for bolting in a state where they are arranged at such an arrangement pitch may be drilled in advance. In this way, an elevator of a type in which shelves 7 are initially provided in the storage space 4 with an arrangement pitch of about 1600 mm corresponding to the height of the ordinary vehicle 18 in the vertical direction assuming that only the ordinary vehicle 18 is accommodated. Remodeling work for remodeling the three-dimensional parking apparatus so that the high roof vehicle 18a can be accommodated can be made easier.

  Next, FIGS. 11 (a) and 12 (b) and FIG. 12 (a) and (b) show still another embodiment of the present invention. Similarly to FIG. 13, FIGS. As shown in (a), a vertical lift hoistway 3 (see FIG. 13) communicating with the entrance / exit port 2 is provided at the center of the building 1 and is formed at the left and right positions of the lift hoistway 3. In each storage space 4, shelf mounting brackets 15 and 17 are arranged on the square pillars 14 and shelf pillars 16 of each storage space 4 at an arrangement pitch slightly above 1600 mm corresponding to the height of a normal vehicle in the vertical direction. Each of them is mounted in multiple stages, and the shelf 7 is mounted on the upper side of the shelf mounting brackets 15 and 17 at the same height so that the ordinary car 18 can be stored together with the pallet 5 in the shelf 7 of each stage. A certain existing elevator type parking As for the apparatus, as shown in FIGS. 11 (b) and 12 (b), first, in the storage space 4, the first shelf 7 immediately above the first floor portion of the building 1 where the entrance / exit 2 is provided. And the portion of the shelf mounting brackets 15 and 17 attached to the column 14 and the shelf column 16 corresponding to the first-stage shelf 7 is protruded to the inside of the storage space 4. Next, in order to ensure a height dimension that allows the high roof car 18a to enter the first floor portion of the building 1, a position higher than the cut first-stage shelf mounting bracket 15 in the pillar 14 by a predetermined dimension is shown in FIG. (A) A shelf mounting bracket 19 similar to that shown in (B) is newly attached. Similarly, a shelf mounting bracket 22 similar to that shown in FIGS. 6A and 6B is newly mounted at a position higher than the cut first-stage shelf mounting bracket 17 in the shelf column 16 by a predetermined dimension. Next, a shelf 7a similar to the conventional shelf 7 is provided above the shelf mounting brackets 19 and 22 newly provided on the column 14 and the shelf column 16, respectively.

  Further, among the shelves 7 arranged in the vertical direction in the storage space 4, the even-numbered shelves 7, for example, 2, 4, 6, 8, and 10th shelves 7 are removed, and the removed shelves 7 correspond to the removed shelves 7. Thus, the portions of the shelf mounting brackets 15 and 17 attached to the column 14 and the shelf column 16 that protrude to the inside of the storage space 4 are cut.

  According to the present embodiment, the vertical arrangement pitch of the shelves 7 and 7a located immediately below the removed even-numbered shelves 7 can be enlarged nearly twice, In the shelves 7 and 7a whose vertical arrangement pitch is enlarged, it is possible to store the high roof vehicle 18a having a vehicle height of about 1800 mm, which could not be stored in the initial arrangement pitch of the shelves 7.

  Therefore, when the height dimension of the entrance / exit 2 (see FIG. 13) in the elevator type multilevel parking apparatus is set lower than the vehicle height of the high roof car 18a, the height of the entrance / exit 2 is set. By performing the construction for appropriately expanding the dimensions, the existing elevator type multi-story parking apparatus can be modified to accommodate the storage of the high roof car 18a.

  The present invention is not limited to the above-described embodiment. In the embodiment shown in FIGS. 1 (A) (B) to 6 (B) (B), the storage space 4 is arranged in the vertical direction. In addition, although a method for allowing the high roof car 18a to be stored for all the shelves has been shown, the original shelves that are partially arranged in the storage space 4 in the vertical direction at an arrangement pitch for storing the normal cars 18 are shown. 7 may be left as it is.

  The number and arrangement of the bolts 29 for attaching the shelf mounting brackets 19, 20, 21 and 22 to the columns 14 and the shelf columns 16 in the embodiment of FIGS. , May be changed as appropriate.

  Further, when attaching each of the shelf mounting brackets 19, 20, 21, and 22 to the column 14 and the shelf column 16, welding and bolting may be partially used appropriately.

  In the embodiments of FIGS. 11A and 11B and FIGS. 12A and 12B, the arrangement pitch is increased only for the shelf 7 below the storage space 4. However, the arrangement pitch is increased. The shelves may be the shelves 7 of any part of the storage space 4 such as the upper part of the storage space 4 or the middle part in the vertical direction. Therefore, the even-numbered shelves 7 may be removed in accordance with the reference positions of the shelves 7 to be left. Further, the arrangement pitch may be expanded by removing every other shelf 7 for all the shelves 7 arranged in the vertical direction of the storage space 4.

  The size and arrangement of the column 14, the shelf column 16, and the shelf mounting brackets 15, 17, 19, 20, 21, and 22 in the above embodiments are for convenience of illustration. Therefore, you may change suitably the size and arrangement | positioning of said each member.

  If the present invention is an elevator-type parking apparatus of a type that includes shelves 7 arranged in multiple stages at an arrangement pitch for ordinary vehicles in the vertical direction in the storage space 4, it has shelves 7 having a number of stages other than that shown in the figure. The present invention may be applied to a shelf remodeling work for any type of elevator parking device, such as an elevator parking device of any type, and further, such as an upper boarding type and an intermediate boarding type.

  Of course, various changes can be made without departing from the scope of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 shows an embodiment of a storage space remodeling method for an elevator type multi-story parking apparatus according to the present invention. It is a general | schematic cutting side view which shows each of these states. Fig. 1 shows the contents of the work on the shelf column by the storage space modification method of Fig. 1. (a) is the state before the shelf modification work, (b) is the roughly cut side view showing the state after the shelf modification work FIG. The shelf mounting bracket newly attached to a pillar by the storage space remodeling method of FIG. 1 and an example of the mounting procedure are shown. (A) is a schematic side view, (B) is a view in the direction of arrows AA in (A). It is. It shows another example of another shelf mounting bracket to be newly attached to the pillar by the storage space remodeling method of FIG. 1 and its mounting procedure, (A) is a schematic side view, (B) is a BB direction arrow of (A) FIG. FIG. 2 shows another example of a shelf mounting bracket that is newly attached to the pillar by the storage space remodeling method of FIG. 1 and an example of its mounting procedure. (A) is a schematic side view, (B) is a CC direction of (A). It is an arrow view. FIG. 2 shows an example of a shelf mounting bracket that is newly attached to a shelf column by the storage space remodeling method of FIG. 1 and an installation procedure thereof, (A) is a schematic side view, (B) is a view in the direction of DD in (A). FIG. 3A and 3B show a mounting procedure different from the mounting procedure of the shelf mounting bracket to the pillar shown in FIG. 3, wherein FIG. 3A is a schematic side view, and FIG. FIG. 5 shows an attachment procedure different from the attachment procedure of the shelf mounting bracket to the pillar shown in FIG. 4, (A) is a schematic side view, and (B) is a view taken in the direction of arrows F-F in (A). 5A and 5B show a mounting procedure different from the mounting procedure of the shelf mounting bracket to the pillar shown in FIG. 5, wherein FIG. 5A is a schematic side view, and FIG. FIG. 7 shows an attachment procedure different from the attachment procedure of the shelf mounting bracket to the shelf column shown in FIG. 6, (A) is a schematic side view, and (B) is a view taken in the direction of arrows HH in (A). FIG. 5 shows still another embodiment of the present invention, in which (A) shows a state before a shelf remodeling work in a column portion, and (B) shows a state after a shelf remodeling work in the same part. It is. FIG. 11 shows the contents of the work in the shelf column portion by the storage space modification method of FIG. 11, (a) is a state before the shelf modification work, (b) is a schematic cut side view showing the state after the shelf modification work FIG. It is a cut side view showing an outline of an example of an elevator type three-dimensional parking apparatus. It is a schematic diagram which shows the support structure of the shelf in the storage space of an elevator type three-dimensional parking apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Building 4 Storage space 7, 7a Shelf 14 Pillar 15 Shelf mounting bracket 15a Protruding piece 16 Shelf pillar 17 Shelf mounting bracket 18 Normal vehicle (vehicle with low vehicle height)
18a High roof car (vehicle with high height)
DESCRIPTION OF SYMBOLS 19 Shelf mounting bracket 20 Shelf mounting bracket 20a Bracket main body 20b Vertical portion 20c Horizontal portion 21 Shelf mounting bracket 21a Bracket main body 21b Vertical portion 21c Horizontal portion 21d Connecting member 22 Shelf mounting bracket 25 Splice plate 24 Gusset 26 Positioning member

Claims (7)

Rack mounting brackets are arranged in multiple stages in the vertical direction at an arrangement pitch corresponding to the vehicle height of the vehicle stored in the storage space on the pillars arranged at the two corners of the storage space in the building, and Mounted so that it protrudes inward, the shelf mounting brackets are arranged at the two remaining corners of the storage space, and the shelf mounting brackets are arranged in multiple stages in the vertical direction at the same arrangement pitch as the shelf mounting brackets mounted on the columns. At the above arrangement pitch in the vertical direction on each shelf mounting bracket to be attached to the pillar and the shelf mounting bracket to be attached to the shelf pillar. A plurality of shelves that are continuous in the vertical direction of the shelves provided in the multistage of any area in the storage space of the elevator type multilevel parking apparatus in which shelves are provided in multiple stages. Further, cut the portion of the existing shelf mounting bracket corresponding to the removed shelf that protrudes to the inside of the storage space, and then in the region where the plurality of shelves continuous in the vertical direction are removed, the vertical direction A shelf mounting bracket having a vertical portion extending in a horizontal direction, a horizontal portion extending in one side direction from an end portion of the vertical portion, and a bracket body protruding in the other side direction from a midway position of the vertical portion , the horizontal portion serving as the column By newly attaching, it is newly attached to the above-mentioned pillars so that the arrangement pitch is equally spaced from each other, and thereafter, a shelf is newly attached to each shelf attaching bracket of each step attached to the newly attached pillar, and the newly attached A method for remodeling a storage space for an elevator type multi-story parking apparatus, wherein the shelves are attached at an arrangement pitch different from the original arrangement pitch before the shelves are removed.   The shelf newly attached to the shelf mounting bracket of each step newly attached to the pillar is attached at an arrangement pitch corresponding to a vehicle whose vertical arrangement pitch is higher than the original vehicle height. The storage space remodeling method of the elevator type | mold three-dimensional parking apparatus of Claim 1 to do.   In a region where a plurality of shelves that are continuous in the vertical direction are removed, shelves with a number of steps smaller than the number of steps of the removed shelves are provided at an equally spaced arrangement pitch, and the arrangement pitch is higher than the height of the vehicle of the original vehicle. The method for remodeling a storage space for an elevator type three-dimensional parking apparatus according to claim 1 or 2, wherein an arrangement pitch corresponding to a vehicle having a high vehicle height is used.   Attach the shelf mounting brackets to the pillars so that the arrangement pitch is evenly spaced with the number of stages less than the number of the removed shelves in the area where the multiple shelves continuous in the vertical direction are removed. A shelf is newly attached to each of the mounted shelf mounting brackets, and the arrangement pitch of the shelves is set to an arrangement pitch corresponding to a vehicle having a vehicle height higher than that of the original vehicle. A method for remodeling a storage space of the elevator type three-dimensional parking apparatus according to claim 1.   Among the shelf mounting brackets newly attached to the pillar, the shelf mounting bracket whose vertical position in the pillar is the same as the position where the splice plate is installed is a vertical portion extending in the vertical direction with a dimension longer than the vertical dimension of the splice plate. The vertical portion of the shelf mounting bracket includes: a horizontal portion extending in one side direction from both upper and lower end portions of the vertical portion; and a bracket body protruding in the other side direction from a midway position in the vertical direction of the vertical portion. 5. The elevator type solid according to claim 1, wherein the horizontal portion is attached to both the upper and lower sides of the splice plate installation portion of the pillar, and the shelf is attached to the bracket body of the shelf attachment bracket. How to remodel the storage space for parking equipment.   Among the shelf mounting brackets that are newly attached to the pillar, the shelf mounting bracket whose vertical position in the pillar is the same position as the gusset installation location, the vertical portion extending in the vertical direction, and one side direction from the lower end portion of the vertical portion The horizontal portion of the shelf mounting bracket includes a horizontal portion that extends, a bracket body that protrudes in the other side direction from a midway position in the vertical direction of the vertical portion, and a connecting member that is provided at the upper end of the vertical portion. Is mounted at a position closer to the storage space than the gusset installation position on the pillar, and the portion protruding to the inside of the storage space of the existing shelf mounting bracket immediately above the gusset is cut so as to leave a short protruding piece in the storage space. 5. A storage space for an elevator type three-dimensional parking apparatus according to claim 1, wherein the connecting member is attached to the protruding piece. Remodeling method.   The shelf mounting bracket to be newly attached to the pillar is configured by projecting a positioning member on the side surface of the shelf mounting bracket to be attached to the pillar, and the positioning member is brought into contact with the edge of the pillar on the storage space side. The method for remodeling the storage space of the elevator type three-dimensional parking apparatus according to claim 1, wherein the shelf mounting bracket is fixed to the pillar in a state of being made.

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