JPH0726775A - Rail traversing type storing apparatus - Google Patents

Abstract

PURPOSE:To provide a rail traversing type storing apparatus with high efficiency, by which automobiles can be stored in 100% of a automobile storing part of the storing apparatus. CONSTITUTION:A storing frame body 1 has storing chambers 2 arranged with 4 stages X 4 rows, that is, 16 storing chambers, and a loading table 3 is stored in such a manner as to be moved forward and backward in every storing chamber 2. A traversing frame 5 is formed by a longitudinal square frame body which covers one row X four stages of the storing frame body 1, and provided in such a manner as to move laterally in front of the storing frame body 1. Elevating supports 18, 19 are provided in such a manner as to elevate on the elevating rail parts 8, 9 of the traversing frame 5. A loading table support part 21 is fixed and supported at the rear part thereof in the cantilever state by the elevating supports 18, 19 on the lower sides of the elevating supports 18, 19 and disposed in such a manner as to project in front of the traversing frame 5. The elevating supports 18, 19 and the loading table support part 21 are suspended in such a manner as to move up and down elevating rail parts 8, 9.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a storage device capable of storing a large number of automobiles and the like, and more specifically, it is characterized in that an elevating rail for supporting and guiding the elevating movement of a mounting base is laterally moved. The present invention relates to a rail laterally moving storage device. The following description will be made assuming that the present invention is used in a parking device.

[0002]

2. Description of the Related Art There has been a traverse type (puzzle type) as shown in FIG. This is a parking device that moves each of the mounting bases horizontally and vertically, and always keeps a vertical row except for the top row open for loading and unloading of vehicles.

[0003]

The parking device described in the above-mentioned prior art has the following problems. (1) A car could not be stored unless a vertical line except the top row was always open. The problem related to this will be described with respect to a four-stage parking device of a traverse type. The two-row type has eight storable parts, of which five can be used as a storage room (storage ratio 62.5%). Three
In the row type, there are 12 storable parts, 9 of which can be used as a storage room (storage ratio 75%).
The 4-row type has 16 storable parts, 13 of which are
The unit can be used as a storage room (storage ratio 81.25%). The 6-row type has 24 storable parts, 21 of which can be used as a storage room (storage ratio 8
7.5 percent). That is, in the case of the four-stage type, the storage portion for three cars cannot be used, and there is a problem in terms of efficient parking lot management. (2) Cars must be mounted on the parking device by row for each car. For example, there is a width and depth where only one car can enter (Fig. 6) or a mounting place as shown in Fig. 19. It is difficult to install in a place where there is a step in the storage place, and there was a problem in terms of flexibility to accommodate other site conditions. (3) Since a drive unit for moving the mounting base must be provided for each mounting base, the cost is high, and maintenance is required because maintenance and inspection of many driving units and wires are required. Was not. The present invention has been made in view of the above problems of the conventional technique, and its purpose will be described below. (1) The vehicle can be installed in the vehicle-storable portion of the storage device.
An object of the present invention is to provide a highly efficient rail lateral movement type storage device capable of storing 0%. (2) It is an object of the present invention to provide a railway laterally movable storage device that can be manufactured at low cost because it can be manufactured inexpensively with a small number of elevators, motors, and hanging wires. (3) It is an object of the present invention to provide a rail laterally moving storage device that can be used even in a narrow space where a vehicle cannot turn. (4) An object of the present invention is to provide a flexible lateral traverse storage device that can be installed in a place where the conventional parking device cannot.

[0004]

In order to solve the above problems of the prior art, the rail laterally moving type storage device of the present invention has the following configuration. (1) The rail laterally moving storage device according to claim 1 comprises a mounting base for mounting an automobile or the like, a storage chamber in which the mounting base is movable back and forth, and the storage chambers are provided in a plurality of rows laterally. A storage frame body to be configured, a lateral movement frame guide rail provided at an appropriate location of the storage frame body or in the vicinity of the storage frame body, and in front of the storage frame body guided by the horizontal movement frame guide rail. A laterally movable frame that is laterally movable, an elevating and lowering rail portion provided on the laterally moving frame, an elevating and lowering support body that is supported and guided by the elevating and lowering rail portion to move up and down, and the mounting table is mounted or supported. In order to achieve this, the mounting table support portion provided on this elevating support body and the above are configured. (2) The rail laterally moving storage device according to claim 2 is provided with a mounting base for mounting an automobile or the like, a storage chamber in which the mounting base is movable back and forth, and the storage chambers are provided in a plurality of rows laterally. It has a configured storage frame body, a lateral movement frame guide rail provided at an appropriate location of the storage frame body or in the vicinity of the storage frame body, and a downward elevating rail portion provided below the storage frame body. A fixed rail portion, a lateral movement frame provided above the fixed rail portion so as to be laterally movable in front of the storage frame body by being guided by the lateral movement frame guide rail, and the fixed rail portion on the lateral movement frame. Upper elevating rail portion provided so as to form a collinear rail with the lower elevating rail portion of the vehicle, an elevating support body that is vertically moved by being supported and guided by the upper elevating rail portion or the lower elevating rail portion, and the elevating support. Mounted to mount or support the mounting base on the body A mounting table supporting portion that is, is constructed as above. The storage frame body described in (1) and (2) has a straight straight line laterally, a curved line inward or outward, and a substantially L-shaped corner portion curved. It goes without saying that what you are doing is included. Further, the lateral movement frame guide rail provided in the substantially L-shaped storage body is curved along a curved portion of the corner of the substantially L-shaped storage body to guide the lateral movement frame, and the like, is also included in the present invention. It is a thing.

[0005]

Since the present invention is constructed as described above, it operates as described below (the following is an example of operation, and its pattern differs depending on how the device is set). (1) The rail laterally moving storage device according to claim 1 operates as follows when the vertical movement of the lifting support and the mounting base support is performed only at the uppermost stage and the vehicle mounting location is set to one location. (A) The horizontal movement frame moves to a row (hereinafter referred to as "instruction row") having a desired storage room (hereinafter referred to as "instruction storage room") while being guided by the horizontal movement frame guide rail and stops. (B) Being supported and guided by the elevating rail portion of the lateral movement frame, the elevating support body and the mounting base support portion descend and move, and stop in front of the instruction storage chamber. (C) The mounting table stored in the instruction storage chamber moves forward, exits from the storage chamber, moves to the mounting table support portion, and is supported horizontally (may not be horizontal) on the lateral movement frame. (D) The elevating support and the mounting base support move up and stop at the uppermost stage of the storage frame. (E) The laterally moving frame moves laterally while being guided by the laterally moving frame guide rail, and stops at the row of the mounting place (hereinafter referred to as "mounting row"). (F) Supported by the elevating rail of the lateral movement frame, the elevating support and the mounting base support descend while moving the mounting base horizontally, and stop at the mounting location. (G) Mount the car by, for example, riding a car on it. (H) Being supported and guided by the elevating rail section of the lateral movement frame, the elevating support body and the mounting base support section ascend in a state of horizontally supporting the vehicle and stop at the uppermost stage. (I) The lateral movement frame moves laterally while being guided by the lateral movement frame guide rail, and stops at the instruction line. (E) The elevating rail of the lateral movement frame supports and guides the elevating support, the mounting base support, and the mounting base on which the vehicle is mounted to descend and stop in front of the instruction storage chamber. (Le) Move to the back with the vehicle mounted,
It goes out from the mount support and is stored in the storage room. (2) In the rail lateral movement type storage device of claim 2, when the vertical movement of the lifting support and the mounting base support is set only to the uppermost stage, and the vehicle mounting place is set to one place (this is the fixed rail part). It becomes the installation place) It works as follows. (B) The horizontal movement frame moves to the instruction line with the instruction storage room and stops while being guided by the horizontal movement frame guide rail. (B) Being supported and guided by the elevating rail portion of the lateral movement frame, the elevating support body and the mounting base support portion descend and move, and stop in front of the instruction storage chamber. (C) The mounting table stored in the instruction storage chamber moves forward, exits from the storage chamber, moves to the mounting table support portion, and is horizontally supported on the lateral movement frame. (D) The elevating support and the mounting base support move up and stop at the uppermost stage of the storage frame. (E) The lateral movement frame moves laterally while being guided by the lateral movement frame guide rail, and stops at the mounting row (on the fixed rail). (F) While the elevating support body and the mounting base support part support the mounting base horizontally, the elevating rail part of the lateral movement frame supports and guides the descent, and further the lower elevating rail part of the fixed rail part supports and guides it. Stop at the loading location. (G) Mount the car by, for example, riding a car on it. (H) With the elevating support and the mount support supporting the vehicle horizontally, it is supported and guided by the lower elevating rail of the fixed rail, and further is supported and guided by the elevating rail of the lateral movement frame. Then stop at the top. (I) The lateral movement frame moves laterally while being guided by the lateral movement frame guide rail, and stops at the instruction line. (G) The elevating and lowering support is guided by the elevating and lowering rail portion of the laterally moving frame, and the elevating and lowering support moves down and stops in front of the instruction storage chamber. (Le) Move to the back with the vehicle mounted,
It goes out from the mount support and is stored in the storage room.

[0006]

Embodiments of the present invention will be described with reference to the drawings. However, unless otherwise specified, the components and their shapes and types, sizes, numbers, and their relative arrangements described in this example are intended to limit the scope of the present invention to only those components. It's not an example, it's just an example.

Embodiment 1 FIG. 1 is a front view showing Embodiment 1 of the present invention, FIG. 2 is a side view showing the same embodiment, and FIG. 3 is a front view showing a state in which an automobile of the same embodiment is stored in a storage room. FIG. 4 is a side view showing a state in which a vehicle according to the same embodiment is stored in a storage room, and FIG. 5 is a side view showing a mounting base and a vehicle of the same embodiment moving from the mounting base support portion to the storage room. It is a top view which shows the example of installation of the same Example. The storage frame 1 is one in which the storage chambers 2 are arranged in 4 rows and 4 columns.
There are 16 storage chambers, and the mounting bases 3 are stored in all the storage chambers 2 so as to be movable back and forth. All storage rooms 2
Is provided with an appropriate number of guide rollers 4 for smoothly moving the mounting table 3 back and forth, and some of these guide rollers 4 are driven by a motor or the like. An upper lateral movement frame guide rail 6 for laterally supporting and guiding the lateral movement frame 5 is provided on the upper part of the storage frame body 1, and a lateral movement frame 5 for supporting and guiding the lateral movement frame 5 on the lower front part of the storage frame body 1. A lower lateral movement frame guide rail 7 is provided laterally. The laterally moving frame 5 is formed of a vertically long quadrangular frame body that covers one row and four stages of the storage frame body 1, and both side columns are U-shaped lifting rail portions 8 and 9. The upper part of the lateral movement frame 5 is extended rearward in an inverted L shape, and an appropriate number of upper guide lateral rollers 10 are provided at the end thereof. At the bottom of the horizontal movement frame 5, a lower guide vertical roller 11
And an appropriate number of lower guide horizontal rollers 12 are provided. An appropriate number of auxiliary rollers 13 are provided on the backs of the elevating rail portions 8 and 9 of the lateral movement frame 5 so that the front beams 14 of the storage frame body 1 serve as rails. A drive roller 15 for horizontally moving the horizontal moving frame 5 is provided below the head of the horizontal moving frame 5, and a drive motor 16 for driving the drive roller 15 is provided. An elevator 17 is provided on the upper front part of the lateral movement frame 5. Elevating supports 18, 19 are provided on the elevating rail portions 8, 9 of the lateral movement frame 5 so as to be able to move up and down.
A support roller 20 is provided at 19 above and below the front and rear of the elevating supports 18, 19. Lift support 18,1
At the lower part of 9, a mounting base support portion 21 is fixedly supported in a cantilevered state at the rear portion thereof on the elevating and lowering support bodies 18 and 19, and protrudes forward of the lateral movement frame 5. Mounting base support 2
1 is provided with an appropriate number of guide rollers 22 for moving the mounting table 3 back and forth smoothly, and some of these guide rollers 22 are driven by a motor or the like. The upper portions of the lifting supports 18 and 19 are connected by beams 23, the wires 24 of the elevator 17 are attached to the beams 23, and the lifting supports 18 and 19 and the mounting base support 21 move the lifting rails 8 and 9 up and down. Suspended as much as possible. The upper guide horizontal roller 10 is attached to the upper horizontal moving frame guide rail 6 of the storage frame body 1, and the lower guide vertical roller 11 is attached to the lower horizontal move frame guide rail 7.
The lower guide lateral roller 12 is mounted, and the lateral movement frame 5 is provided in the front part of the storage frame body 1 so as to be laterally movable. As shown in FIG. 3, a car can be stored in the entire storable space. In addition, the front passage of the storage frame can be used as a passage because there is usually no obstacle, so it is installed in the factory where material trucks pass, in the housing complex where people and automobiles pass, and above the sidewalk. It is most suitable for storing from the road in a storage room. Further, the loading place or the shipping place can be set to a specific place or a plurality of places, so that various conditions can be flexibly dealt with. In addition, since it is possible to reduce the number of loading locations and shipping locations to one or to a minimum, if a mechanism that changes the direction of the vehicle, such as rotating the loading platform at the loading location, is provided, the minimum number can be used. . Further, by providing the drive device for all the front and rear movements of the mounting base on the mounting base support part side, the drive system and the electric system can all be integrated into the lateral movement frame, which is cheaper and has good maintainability. It can be a device. A chain block or the like may be used as an elevator.

Embodiment 2 FIG. 7 is a front view showing a usage state of Embodiment 2 of the present invention, and FIG.
[Fig. 4] is a side view showing a usage state of the same embodiment. The storage frame 25 is one in which the storage chambers 2 are arranged in four rows and four columns, the first row has four storage chambers 2, and the second, third, and fourth rows are two rows.
The third, fourth, and third stages are configured by the storage chamber 2, and the first stage is a self-propelled storage chamber 26 in which a vehicle is self-propelled to enter and leave. The mounting table 3 is stored in the 13 storage chambers 2 excluding the self-propelled storage chamber 26 so as to be movable back and forth. The storage chamber 2 of 13 is provided with an appropriate number of guide rollers 4 for smoothly moving the mounting table 3 back and forth, and some of these guide rollers 4 are driven by a motor or the like. An upper lateral movement frame guide rail 28 for supporting and guiding the lateral movement frame 27 is provided laterally on the upper part of the storage frame body 25, and a lateral movement is provided on the front part of the first-stage upper beam of the storage frame body 25. A lower lateral movement frame guide rail 29 for supporting and guiding the frame 27 is provided laterally.
The right and left columns of the first row and the first stage of the storage frame body 25 include a lower elevating rail portion 31, which is an inward U-shaped inner portion,
32 is provided, and these 31 and 32 form the fixed rail portion 30. The lateral movement frame 27 is a row 3 of the storage frame body 25.
It is composed of a quadrangular frame that covers the steps, and the columns on both sides are U-shaped upper elevating rail portions 34 and 35. When the upper elevating rail portions 34 and 35 and the lower elevating rail portions 31 and 32 overlap, they form a collinear rail, and support and guide the up and down movement of the up and down supports 18 and 19. The other parts of the lateral movement frame 27, the configurations and relationships of the elevating and lowering supports 18, 19 and the mounting base support 21 are the same as those in the first embodiment, and will be omitted. The upper guide horizontal roller 10 is placed on the upper horizontal moving frame guide rail 28 of the storage frame body 25, and the lowermost auxiliary roller 13 is aligned with the lower horizontal moving frame guide rail 29.
A lateral movement frame 27 is provided at the front of the storage frame body 25 so as to be laterally movable. The lateral movement frame 27 laterally moves above the first stage of the storage frame body 25. Reference numeral 33 denotes an auxiliary roller provided on the back portion of the mounting base support portion 21 so as to travel on the front surface of the upper elevating rail portions 34 and 35.

Embodiment 3 FIG. 9 is a front view showing a usage state of Embodiment 3 of the present invention, FIG.
0 is a front view showing a usage state of the same embodiment, and FIG. 11 is a side view showing a usage state of the same embodiment. The storage frame body 36 has the storage chambers 2 arranged in one row and four rows, and is composed of four storage chambers 2 in which a mounting table 3 is stored so as to be movable back and forth. This storage frame body 36 is installed on the roof of the building. An upper lateral movement frame guide rail 38 for laterally supporting and guiding the lateral movement frame 37 is laterally provided on the upper portion of the storage frame body 36. Below the first-row storage chamber 2, a pair of U-shaped columns stand up from the surface of the earth, and the U-shaped part facing the inside of the columns is the lower elevating rail portion 39,
40, which constitutes the fixed rail portion 41. The lateral movement frame 37 is formed of a rectangular frame body that covers one row of the storage frame body 36, and the upper and lower rail portions 4 having U-shaped columns on both sides.
2, 43, and the upper and lower rail parts 42, 43
An appropriate number of lower support rollers 44 are provided on the lower back surface of the
The lower support roller 44 travels on the front portion of the lower beam 45 of the storage frame body 36. Upper elevating rail portions 42 and 43 and lower elevating rail portion 3
When 9 and 40 are overlapped with each other, they form the same rail, and the lifting support 1
Supports and guides the vertical movement of 8 and 19. The other parts of the lateral movement frame 37, and the configurations and relationships of the elevating and lowering supports 18, 19 and the mounting base support 21 are the same as those in the first embodiment, and therefore will be omitted. The upper guide horizontal roller 1 is attached to the upper horizontal moving frame guide rail 38 of the storage frame 36.
0 is mounted, and a lateral movement frame 37 is provided in the front part of the storage frame body 36 so as to be laterally movable.

Embodiment 4 FIG. 12 is a perspective view showing an embodiment of a lift support and a mounting base support. In the U-shaped lifting rails 47, 48 provided on the side columns of the lateral movement frame 46, the lifting supports 49, 5 are provided.
0 is provided so that it can move up and down. Lift support 49, 50
Two upper support rollers 51 are vertically provided on the front and rear portions of the upper part of the vehicle, and two lower support rollers 52 are vertically provided on the front and rear parts of the lower and lower supports 49 and 50. There is.
A roller 53 is provided on the upper and lower parts outside the lifting supports 49, 50.
Is provided. At the bottom of the lifting support 49, 50,
The mounting base support portion 54 is fixedly supported in a cantilevered state at the rear portion thereof on the elevating and lowering support bodies 49 and 50, and is provided so as to project in front of the lateral movement frame 46. The mounting base support portion 54 is provided with a mounting base mounting portion 56 for guiding and mounting the mounting base 55,
Several guide rollers 57 for moving and guiding the mounting base 55 are provided on both sides of the mounting base mounting portion 56. The guide roller 57 is driven by a drive motor 58. Behind the mounting base support 54, below the elevation supports 49, 50, on the front side of the elevating supports 49, 50, are beam shelters 59, 59 for avoiding the lower beams of the lateral movement frame 46 and lowering the mounting support 54 to the ground. Is provided. On the side of the mounting base support portion 54, entry assistance portions 61, 61 for assisting entry of an automobile are provided. The upper portions of the elevating supports 49 and 50 are connected by a beam 60, and the beam 60 is connected to the wire 24 of the elevator to suspend the elevating supports 49 and 50 and the mount base 54.

Embodiment 5 FIG. 13 is a perspective view showing an embodiment of an elevating support and a mounting base support. U-shaped lifting rail portion 6 of the lateral movement frame 62
Elevating supports 65, 66 are provided at 3, 64 (one of which is omitted in the drawing) so that the elevating rail portions 63, 64 can be elevated. Two upper support rollers 67 are vertically provided on the upper front portions of the elevating supports 65 and 66, two lower support rollers 68 are vertically provided on the lower rear portions, and rollers 69 are provided on the upper and lower portions outside the side portions. Is provided. Lift support 65, 66
The mounting base supporting portions 70 and 71 are provided in the lower portion of the mounting base supporting portions 70 and 71, and the lower portions of the mounting base supporting portions 70 and 71 are connected to each other. Guide mounting grooves 73 for guiding and supporting the mounting table 72 are provided in the mounting table supporting portions 70, 71, and guide supports for guiding and supporting the mounting table 72 are provided in upper and lower parts of the guide supporting groove 73. An appropriate number of rollers 74 are provided. Lift support 6
The upper portions of 5, 66 are connected by a beam 75, and wire guide rollers 76, 77 are provided on both sides of the upper portion of the beam 75.
The wire 24 of the lift passes through the wire rollers 76 and 77 to suspend the lift supports 65 and 66. The mounting base 72 includes a mounting portion 80 on which wheels are mounted and a lifting support 6
Support guide portions 78 and 79 provided on both sides of the mounting portion 80, which are supported and guided by the guide support grooves 73 of 5, 66, a passenger assistance portion 81 provided at a front portion of the mounting portion 80, and a mounting portion. 80
It comprises a stopper portion 82 provided at the rear portion for stopping the forward movement of the mounting table 72. The mounting table 72 moves up and down while being cantilevered by the lifting supports 70 and 71.
The automobile is vertically mounted on the mounting portion 80, and the mounting base 72 is moved backward while being guided and supported by the upper and lower guide support rollers 74 in the guide support groove 73, and is vertically stored in the loading storage room.

Sixth Embodiment FIG. 14 is a partial sectional side view showing a sixth embodiment. The basic configuration of this embodiment is the same as that of the third embodiment. The storage frame body 83 is configured such that the storage chambers 2 are arranged in one row and a plurality of rows.
An appropriate number of rollers 85 for moving the mounting table 84 back and forth are provided in the lower part of the storage chamber 2, and these rollers 85 are connected to a drive motor 86 and a chain 87.
The mounting base 84 is mounted on the roller 85 so as to be movable back and forth,
It is stored in the storage room 2. In this example, the storage room 2 is installed on the roof of the building. An upper lateral movement frame guide rail 88 for guiding the lateral movement frame 93 is provided above the storage frame body 83.
It is provided laterally at an appropriate angle toward the rear. A lower lateral movement frame guide rail 89 for guiding the lateral movement frame 93 is provided laterally below the front portion of the storage frame body 83. Below the storage chamber 2 in the first row, lower elevating rail portions 90, 91 composed of a pair of U-shaped columns from the ground surface.
And the lower elevating rail portions 90 and 91 constitute a fixed rail portion 92. The lateral movement frame 93 is formed of a quadrangular frame body that covers one row of the storage frame body 83, and the columns on both sides are U-shaped upper elevating rail portions 94 and 95. Upper beam to the upper rear 1
09, and a lower beam 110 is provided behind the lower part. An appropriate number of guide horizontal rollers 96 are provided on the back surface of the upper beam 109 of the lateral movement frame 93, and the guide horizontal rollers 96 travel on the front surface of the upper beam of the storage frame body 83. An appropriate number of guide lateral rollers 97 are provided on the back surface of the lower beam 110 of the lateral movement frame 93, and the guide lateral rollers 97 travel on the front surface of the lower beam of the storage frame body 83. At the bottom of the lateral movement frame 93, there is a lower guide vertical roller 9
The lower guide vertical roller 98 runs on the lower horizontal moving frame guide rail 89. An appropriate number of upper guide support rollers 99 are provided behind the head of the lateral movement frame 93,
This upper guide support roller 99 is an upper horizontal moving frame guide rail 88.
Is supported and guided by the upper lateral movement frame guide rail 88. An appropriate number of driving rollers 100 are provided below the head of the lateral movement frame 93.
0 is connected by the drive motor 101 and the chain 102, and the lateral movement frame 93 is laterally moved with the upper part of the front upper beam 103 of the storage frame 83 as a rail. Elevators 104 are installed above the columns on both sides of the lateral movement frame 93, and the wire 24
Is wound. When the upper elevating rail portions 94 and 95 and the lower elevating rail portions 90 and 91 overlap, they form a collinear rail, and support and guide the up and down movement of the up and down supports 105 and 106. A support roller 107, is provided above the front part of the elevating supports 105, 106.
107 is attached with an appropriate gap, support rollers 108, 108 are attached with an appropriate gap below the rear part, and guide rollers 1 are attached above and below the outside of the side part.
11, 111 are attached. Lift support 10
At the lower part of 5, 106, a mounting base support portion 113 is provided, the rear portion of which is fixedly supported by the elevating and lowering support bodies 105, 106 in a cantilevered support state and protrudes forward of the lateral movement frame 93. The mount base support 113 is provided with an appropriate number of guide rollers 114 for smoothly moving the mount 84 back and forth, and some of these guide rollers 114 are connected to the drive motor 116 by a chain 115. It is driven and rotated to move the mounting base 84 back and forth. The upper portions of the elevating supports 105 and 106 are connected by a beam, and the tip of the wire 24 is attached to the upper portion of the beam. An upper guide supporting roller 99 is supported and guided by an upper horizontal moving frame guide rail 88 of the storage frame 83, and a lower guide vertical roller 98 is supported by a lower horizontal moving frame guide rail 89, and a horizontal moving frame 93 is supported.
Is provided on the front part of the storage frame 83 so as to be laterally movable.
Reference numeral 112 is a power receiving / receiving unit that is composed of a conductive rail and a moving terminal.

Embodiment 7 FIG. 15 is a perspective view showing Embodiment 7 of the present invention, FIG. 16 is a sectional view showing a state of a wheel stopper before landing of the same embodiment, FIG.
FIG. 4 is a cross-sectional view showing a state of a wheel stopper landing on the ground in the same embodiment. Two upper support rollers 119 are vertically provided on the upper side of the elevating and lowering supports 117 and 118.
Two lower support rollers 120 are vertically provided on the lower side of 17, 118. The mounting base support part 121 is fixedly supported on the lower portions of the elevating and lowering supports 117 and 118 in a cantilevered manner, and is provided so as to connect the lower parts of the elevating and lowering supports 117 and 118 and project in front of the lateral movement frame 122. . A guide roller 1 for guiding the mounting table 123 is mounted on the mounting table supporting portion 121.
24 are provided in an appropriate number. Behind the mounting table 123, a wheel stopper 126 for stopping the wheel 125 of the automobile is provided. The wheel stopper 126 has a wheel fixing hole 127 into which the wheel 125 sinks and is fixed, a guide hole 128 that penetrates the wheel fixing hole 127 below, and a wheel fixing hole 127 that vertically extends inside the wheel fixing hole 127. It is composed of a wheel mounting plate 129 on which wheels 125 movably mounted are mounted. A curved concave portion 130 is provided on the wheel mounting plate 129 to facilitate the accommodation of the wheel 125. Mounting stand 1
The support member 1 that supports the wheel mounting plate 129 from the guide hole 128 when the mounting base 123 lands on the rear side of the mounting base support portion 121 corresponding to the portion where the wheel stopper 126 of 23 stops.
31 is provided. The support member 131 is provided movably up and down in a through hole 132 formed in the rear of the mounting base support 121, and a part of the lower part of the support member 131 is downward from the lower surface of the mounting base support 121. It is sticking out.
Before the mounting base support part 121 lands on the ground, the support member 13
1 landed and this 131 descent stopped, and the mount support 1
As 21 descends, the upper surface of the support member 131 goes above the mounting base support 121, enters the guide hole 128 of the mounting base 123, and goes further upward, and the wheel mounting plate 129 is supported by the support member 131 from below. The descent stopped,
The mounting base support portion 121 and the mounting base 123 further descend and the wheel mounting plate 129 goes upward. When the mounting base supporting portion 121 and the mounting base 123 land, the upper part of the wheel mounting plate 129 is the upper surface of the mounting base 123. It will be the same height. Mounting base support 1
21 and the mounting base 123 go up first, and the wheel mounting plate 1
29 is relatively sunk. That is, when the vehicle is mounted on the mounting base 123, the upper portion of the wheel mounting plate 129 is at the same height as the upper surface of the mounting base 123, so that the vehicle can be smoothly mounted on the mounting base. When the mounting base support 121 and the mounting base 123 rise, the wheel mounting plate 1
29 sinks and forms steps 133 and 134 in front of and behind the wheel 125, which prevents the wheel 125 from getting over and prevents the vehicle from moving on the mounting base. The upper portions of the lifting supports 117 and 118 are connected by a beam 135, and the tip of the wire 24 of the elevator is attached to the upper portion of the beam 135.

Embodiment 8 FIG. 18 is a side view showing Embodiment 8. Storage frame 136
The storage chambers 137 are arranged in a plurality of four rows, and a mounting table 138 is stored in the second, third, and fourth storage chambers 137 so as to be movable back and forth. The second, third and fourth storage chambers 137 are provided with an appropriate number of guide rollers 139 for smoothly moving the mounting table 138 back and forth.
The front beam and the rear beam on the upper part of the storage frame body 136 are the horizontal movement frame 14
Upper lateral movement frame guide rail 141 for supporting and guiding 0
142, a back lateral movement frame guide rail 143 is provided above the back of the storage frame body 136, and a lower lateral movement frame for supporting and guiding the lateral movement frame 140 on the lower front ground of the storage frame body 136. Guide rails 144 and 145 are laid in parallel in a front-back relationship. The lateral movement frame 140 is composed of a vertically long quadrangular frame body that covers one row and four steps of the storage frame body 136, and has two columns in front and rear, and the columns are U-shaped lifting rail portions 146 and 146. 147, this 14
The other two columns, which are symmetric to 6, 147, serve as elevator rail sections 1478 and 149. An upper part of the lateral movement frame 140 is extended backward in an inverted L shape, and an upper guide roller 151 driven by a motor 150 is provided at a front portion thereof so as to travel on the upper lateral movement frame guide rail 141, and a rear portion thereof. Is provided so that an upper guide roller 153 driven by a motor 152 travels on an upper lateral movement frame guide rail 142.
An upper rear end of the lateral movement frame 140 is provided so that it falls downward and a rear guide roller 154 travels on the back lateral movement frame guide rail 143. An appropriate number of lower guide rollers 155 that run on the lower horizontal move frame guide rails 144 and 145 are provided below the horizontal move frame 140.
6 is driven. Horizontal movement frame 14
An elevator 157 is provided in the frontal region of 0. The elevation rail portions 146 and 147 of the lateral movement frame 140 and the elevation rail portion 1
Elevating supports 158 and 159 are provided on the elevating supports 158 and 159, respectively, and support rollers 160 are provided on the elevating supports 158 and 159 above and below the elevating supports 158 and 159, respectively. , 147 and the lifting rail 148,
An appropriate number is provided so as to be supported and guided by 149. A mount base support portion 161 is fixedly supported in a cantilever state on the lower portions of the elevating and lowering supports 158 and 159 by the elevating and lowering supports 158 and 159 in a cantilevered manner and protrudes forward of the lateral movement frame 140. . The mount base support 161 is provided with an appropriate number of guide rollers for moving the mount 138 smoothly back and forth. Lift support 158, 159
Are connected to each other by a beam, which is attached to the end of the wire 24 of the elevator 157. Storage frame 13
A lateral movement frame 140 is provided at the front of 6 so as to be laterally movable. Since the lateral movement frame is made strong as a whole and the motor and rollers for laterally moving the lateral movement frame are also provided at a large number of places, a large vehicle such as a bus can be stably stored.

Ninth Embodiment FIG. 19 is a schematic front view showing a usage state of the ninth embodiment. The storage frame 162 is one in which the storage chambers 2 are arranged in 3 rows and 3 columns, and is composed of 9 storage chambers 2, and a mounting table (not shown in the drawing) is stored in the storage chambers 2 so as to be movable back and forth. There is. A mounting location 163 is set at the left end of the uppermost stage of the storage frame body 162, and the uppermost stage of the storage frame body 162 is extended laterally up to this point, and the lateral movement frame 164 can travel to the mounting location. At the uppermost stage of the storage frame body 162, the horizontal movement frame 16
4 is attached so that it can move laterally. A pair of U-shaped columns stand up from the surface of the ground in all rows from the first step to the second step, forming downward elevating rail sections 165, 166 and forming fixed rail sections 167, 168, 169. ing.

[0017]

Since the present invention is constructed as described above, the following effects can be obtained.
The common advantages of the rail laterally moving storage device according to claim 1 and claim 2 are: (1) Since the vehicle can be stored in all the storage chambers that form the storage frame, highly efficient parking is not possible. Car management is possible. (2) It is an object of the present invention to provide a railway laterally movable storage device that can be manufactured at low cost because it can be manufactured inexpensively with a small number of elevators, motors, and hanging wires. In particular, since only one or two wires need to be used, maintenance and inspection of the wire can be performed in a short time, careful inspection can be performed, and safety can be improved. As the exchange of the wire is 1-2,
Preparation, transportation, and exchange can be done in a short time by a small number of people. Therefore, the replacement wire fee and the replacement fee can be reduced, and the maintenance cost after purchase and installation can be reduced. In addition, the wires can be exchanged while the car is stored in the storage room, and this can be done in a short time, so that there is little trouble to the user. (3) It can be installed in a narrow space where the car cannot turn, and the front of the storage frame is used only when the car is in and out, so the front of the storage frame can be used as a passage. It is very convenient in factories where many materials are moved and transported. The rail laterally moving storage device according to claim 2 can obtain the following effects in addition to the above effects. In other words, it can be installed on buildings that cannot be installed with conventional parking equipment, on alleys, on walls, on sidewalks, under banks, on rivers, etc. It is very convenient as it can be used as a parking lot.

[Brief description of drawings]

FIG. 1 is a front view showing a first embodiment.

FIG. 2 is a side view showing the first embodiment.

FIG. 3 is a front view of the vehicle according to the first embodiment stored in a storage room.

FIG. 4 is a side view of the vehicle showing the first embodiment stored in a storage room.

FIG. 5 is a side view showing the mounting base and the vehicle of the first embodiment moving from the mounting base support portion to the storage chamber.

FIG. 6 is a plan view showing an installation example of the first embodiment.

FIG. 7 is a front view showing a usage state of the second embodiment.

FIG. 8 is a side view showing a usage state of the second embodiment.

FIG. 9 is a front view showing a usage state of the third embodiment.

FIG. 10 is a front view showing a usage state of the third embodiment.

FIG. 11 is a side view showing a usage state of the third embodiment.

FIG. 12 is a perspective view showing an embodiment of a lift support and a mounting base support.

FIG. 13 is a perspective view showing another example of the lifting support and the mounting base support.

FIG. 14 is a partial cross-sectional side view showing a sixth embodiment.

FIG. 15 is a perspective view showing a seventh embodiment.

FIG. 16 is a cross-sectional view showing a state of a wheel stopper before landing according to the seventh embodiment.

FIG. 17 is a cross-sectional view showing a state of a wheel stopper landing on the ground according to a seventh embodiment.

FIG. 18 is a side view showing the eighth embodiment.

FIG. 19 is a schematic front view showing a usage state of the ninth embodiment.

FIG. 20 is a front view showing a conventional technique.

[Explanation of symbols]

 1 ------ Storage frame body 2 ------- Storage room 3 --------- Mounting base 4 --------- Guidance roller 5 --------- Horizontal movement frame 6 --- ----- Upper horizontal moving frame guide rail 7 ------- Lower horizontal moving frame guide rail 8 ------ Elevating rail section 9 -------- Up-and-down rail section 10 ------ Guide horizontal roller 11 -------- Lower guide vertical roller 12 -------- Lower guide horizontal roller 13 -------- Auxiliary roller 14 -------- Front beam 15 -------- Drive roller 16- ----- Drive motor 17 ----- Elevator 18 ----- Elevation support 19 ----- Elevation support 20 --- Support roller 21 --- Mounting table support 22 ----- Guidance roller 23 ------ Beam 24 ----- Wire 25 --- --- Storage frame body 26 --- --- Self-propelled storage chamber 27 --- --- Horizontal movement frame 28 −− --- Upper horizontal moving frame guide rail 29 -------- Lower horizontal moving frame guide rail 30 ----- Fixed rail portion 31 ----- Lower elevating rail portion 32 ----Lower elevating rail portion 33 ----- Auxiliary roller 34 -------- Upper elevation rail section 35 -------- Upper elevation rail section 36 -------- Storage frame body 37 -------- Horizontal movement frame 38 ----- -Upper lateral movement frame guide rail 39 -------- Lower lifting rail 40 ----- Lower rail 41 ----- Fixed rail 42 --- Upper rail 43 --- --- Upward elevating rail section 44 -------- Lower support roller 45 -------- Lower beam 46 -------- Horizontal moving frame 47 -------- Elevating rail section 48 -------- Elevating rail section 49 ----- Elevating support body 50 ----- Elevating support body 51 ----- Upper support roller 52 ----- Lower support roller 5 −−−−− Roller 54 −−−−− Mounting base support part 55 −−−−− Mounting base 56 −−−−− Mounting base mounting part 57 −−−−− Guide roller 58 −−−−− Drive motor 59 ----- beam shelter 60 ------ beam 61 ------ entry assistance part 62 -------- horizontal moving frame 63 ----- elevating rail part 64 ---- -Elevating rail section 65 -------- Elevating support body 66 -------- Elevating support body 67 -------- Upper support roller 68 -------- Lower support roller 69 -------- Colo 70 --- --- Mounting base support 71 -------- Mounting base support 72 -------- Mounting base 73 -------- Guide support groove 74 -------- Guide support roller 75 -------- Beam 76 -------- Wire guide roller 77 -------- Wire guide roller 78 -------- Support guide section 79 -------- Support guide section 80 --- Part 81 -------- Entrance assisting part 82 -------- Stopper part 83 ---- Storage frame body 84 ---- Mounting base 85 ---- Roller 86 ----- Drive Motor 87 -------- Chain 88 -------- Upper horizontal moving frame guide rail 89 ----- Lower horizontal moving frame guide rail 90 ------ Down elevating rail section 91 ------ Down elevating Rail section 92 -------- Fixed rail section 93 -------- Horizontal moving frame 94 -------- Upper elevation rail section 95 ----- Upper elevation rail section 96 ----- Guide lateral roller 97 ----- Horizontal guide roller 98 -------- Lower guide vertical roller 99 -------- Upper guide support roller 100 ----- Drive roller 101 ----- Drive motor 102 ----- Chain 103- --- Front upper beam 104 --- Elevator 105 ---- Lift support 106 --- Lift Holding body 107 --- Supporting roller 108 --- Supporting roller 109 ----- Upper beam 110 --- Lower beam 111 --- Guide roller 112 --- Power input / incoming section 113 --- -Mounting base support 114 --- Guide roller 115 --- Chain 116 --- Drive motor 117 --- Elevation support 118 --- Elevation support 119 --- Upper support roller 120 ----- Lower support roller 121 ---- Mounting table support section 122 ---- Transverse frame 123 ---- Mounting table 124 --- Guide roller 125 --- Wheel 126 --- Wheel Stop 127 --- Wheel fixing hole 128 --- Guide hole 129 --- Wheel mounting plate 130 --- Recess 131 --- Supporting member 132 --- Through hole 133- --- Step 134 ----- Step 135 ----- Beam 36 ---- Storage frame body 137 ---- Storage room 138 ---- Mounting base 139 ---- Guide roller 140 ---- Lateral movement frame 141 ---- Upper lateral movement frame guide rail 142- --- Upper horizontal moving frame guide rail 143 ---- Back horizontal moving frame guide rail 144 ---- Lower horizontal moving frame guide rail 145 ---- Lower horizontal moving frame guide rail 146 ---- Elevating rail section 147 ---- elevation rail part 148 ---- elevation rail part 149 ---- elevation rail part 150 ----- motor 151 ----- upper guide roller 152 ---- motor 153 ---- upper part Guide roller 154 --- rear guide roller 155 ---- lower guide roller 156 ---- motor 157 ---- elevator 158 ---- elevation support 159 ---- elevation support 160 --- -Support roller 161 --- Support part 162 ---- Storage frame body 163 --- Mounting place 164 --- Horizontal moving frame 165 --- Lower elevating rail part 166 --- Lower elevating track part 167 --- Fixed rail Part 168 --- fixed rail part 169 ----- fixed rail part

Claims (2)

[Claims] 1. A mounting base for mounting an automobile or the like, a storage chamber provided with the mounting base so as to be movable back and forth, a storage frame body configured by arranging the storage chambers in a plurality of rows laterally, and the storage. A lateral movement frame guide rail provided at an appropriate position of the frame body or in the vicinity of the storage frame body, and a lateral movement provided so as to be laterally movable in front of the storage frame body by being guided by the lateral movement frame guide rail. A frame, an elevating rail section provided on the laterally moving frame, an elevating support body that moves up and down while being supported and guided by the elevating rail section, and an elevating support body for mounting or supporting the mounting table. A rail laterally moving storage device, which is configured as described above, and a mounting base support portion. 2. A mounting base for mounting an automobile or the like, a storage chamber provided with the mounting base so as to be movable back and forth, a storage frame body having a plurality of storage chambers arranged laterally, and the storage. A lateral movement frame guide rail provided at an appropriate place of the frame body or in the vicinity of the storage frame body, a fixed rail portion having a lower elevating rail portion provided below the storage frame body, and a fixed rail portion of the fixed rail portion. A horizontal moving frame which is guided upward by the horizontal moving frame guide rail so as to be able to move laterally in front of the storage frame body, and a line which is on the same line as the lower elevating rail part of the fixed rail part is provided on the horizontal moving frame. An upper elevating rail portion provided so as to configure, an elevating support body which moves up and down while being supported and guided by the upper elevating rail portion or the lower elevating rail portion, and the mounting table is mounted or supported on the elevating support body. With the mounting base support attached for Rail lateral mobile storage system, characterized in that the construction described above.