JPS60500368A - storage structure - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] Name of invention Storage pipe structure Background of the invention l) Field of invention The present invention relates to a rotating storage structure. The present invention is applicable to vehicles (e.g. cars, cars). It can also be used as a storage or parking structure for containers, components etc. It can also be used as a storage structure for documents, files or other items.

2) Prior art Storage and retrieval of goods is an important issue, and the necessary storage facilities are provided by the company's operating funds. It requires a very large investment of capital to the extent that financing has to be decided upon. The storage device Make the space as efficient as possible and make it easy to access and retrieve items stored there. must be able to do so quickly.

The need for adequate parking facilities for motor vehicles is one of the issues faced by authorities in cities around the world. That's a problem. Above ground or underground? Automatic to build a car parking lot for dual storage on both sides It costs a lot of money per car, making it a very expensive VC, and generally it is a ramp way and a parking lot. A considerable amount of space is required to provide a live way. British Patent No. 2071 630 and British Patent No. 2,030,550. Structures were proposed as a solution. However, these are limited to only two cars A horizontal point is required at each loading entrance for loading and unloading. The best method of use is to load and unload at the same time. must be carried out. Furthermore, in order to support monuments that are completely filled, In order to achieve this, the central shaft and bearing must be made extremely heavy.

Disclosure of invention SUMMARY OF THE INVENTION It is an object of the present invention to provide an efficient and space efficient storage structure. be.

Another object of the present invention is to speedily load articles and retrieve stored articles. This provides a storage structure that can be used.

Another object of the present invention is to automatically store predetermined articles on the original storage table. It provides a storage structure.

In the first embodiment, the present invention has a circular main frame and a main frame for storing articles. multiple storage zones and at least one outer section of the main frame for rotation around a central axis. A support mechanism for supporting a portion, a rotation mechanism for rotating the main frame, and a The main frame rotates to selectively move the load zone between the loading and unloading positions. a rotating storage structure comprising a retention mechanism that engages and supports items in the storage zone when It's in the body.

In the second embodiment, the present invention provides a small amount of the outer circumference of the main frame to rotate around the central axis. A support mechanism for supporting at least a portion of the main frame, a rotation mechanism for rotating the main frame, and a storage mechanism. A series of cylindrical support frames arranged between the circular ends of the main frame forming the zone, and the main frame rotating. It rotates within the support frame so that it can horizontally support the loaded item on the support stand. The supports can be mounted and each support can be selectively moved to the loading and unloading positions. A rotating storage structure consisting of a main frame that is rotated for transfer.

The support frame forming the storage zone consists of a pair of circular rings or rails arranged coaxially on the main frame. The support base is supported on a circular ring. As a variation The storage zone may have edges of e.g. circular, square, rectangular, hexagonal or other geometric shapes. Multiple tubes or pipes (tubes or pipes) (tubes or pipes) They can be welded together or connected with a connecting piece. ) can be provided. Wear. The tube or pipe has a structure that supports the article horizontally within the pipe when the main frame rotates. Provide a support for holding the item, or use a mechanism or locking device to secure the item. A structure can be provided.

The main frame is divided into a plurality of concentric sub-frames, one of which is installed within the other and can be rotated separately. Each sub-frame is a circular loading platform that can be rotated around the axial layer of the structure. It has a belt.

The support mechanism for supporting the main frame is a bearing that engages with the outer periphery of the main frame on the underside of the main frame. It includes at least a curved rail or track that supports the rolls or balls.

The rotation mechanism for rotating the middle frame or sub-frame is, for example, a support bearing roller and a main frame. between VC tension rope or cable drive mechanism, rank and bunion drive mechanism or A friction drive mechanism may be included. Identify each loading zone with its loading location and unloading location. selective positioning (loading and unloading positions are 180 degrees) Since they are located far apart, if VC loading is being carried out in one loading zone, The loading zone on the opposite side can be crushed and unloaded. ) Rotate the main frame Equipped with an indexing motor.

To move the goods to the loading position or to move the goods from the f'a unloading position. A rampway or plant form may be provided for the purpose of As a modified example Forklifts or other suitable handling equipment for loading or unloading goods. can be used.

Brief description of the drawing The figures show embodiments of the present invention; the first figure is a front view of the first embodiment of the present invention; Figure 2 is a front view of the support structure consisting of the outer subframe, partially shown in cross section, and Figure 3 is the front view of the support structure consisting of the outer sub-frame. A sectional view taken along line 3-3 VC in the figure, Figure 4 shows the support structure between the inner sub-frame and the outer sub-frame. Figure 5 is a cross-sectional view taken along line 5-5 in Figure 4, Figure 6 is the outer frame of the outer sub-frame. 7 is a side view of the inner frame of the outer sub-frame, and Fig. 8 is a side view of the outer frame of the inner sub-frame. A surface measurement view, FIG. 9 is a front view of the automatic restoring support, and FIG. 10 is a schematic diagram of the second embodiment of the present invention. FIG. 11 is a schematic side view of a second embodiment of the invention.

invention'? :Best form of implementation 1-9, the structure 10 is suitable as a parking structure for a motor vehicle or a boat. , a part of which is buried underground, and the surface of the ground is indicated by diagonal lines 11.

The J'if body 10 has a plurality of straight lines connected at regular intervals by horizontal crossbeams 14. It has a support frame 12 having a solid body 13.

A pair of concentric subframes 15 and 16 are installed within the support frame 12, and each It is divided into 17 storage zones.

2, 3, and 6, the outer sub-frame 15 has a pair of circular outer frames with an H-shaped cross section. It has a side ring 18, which ring 1818 is supported by an inner rail 19 and a tension brace. are connected to each other. A pair of inner rings coaxial with and aligned with the outer ring 18 The ring 21 is connected to the outer ring 18 from an arm 22Vc extending radially, and is disconnected. When the inner rings 21 and 21 with the H-shaped surfaces are also placed on the horizontal rails, the tension retainer 24 (see Fig. 7) ) are connected to each other by.

4, 5, and 8, the inner sub-frame 16 has a horizontal 7-rule and a tension brace. It has a pair of circular outer rings 5 with a new surface H shape connected to each other from 27VC. The ring δ is provided with radial arms extending in the shape of a cross 1c on its inside.

Regarding FIG. 2 and FIG. A curved track 4 is provided with a gap, and the core curved track 4 has an H-shaped cross section; It is attached to the upright body 13 and the cross beam 14 by suitable brackets 301C. outside A track 4 is provided to support the outer secondary frame 15 as the side secondary frame 15 rotates within the structure 10. and the outer ring 18 are provided with rollers 31 at regular intervals. has a shaft In order to dispose the roller 31 movably in the groove U, there is a gap between the track 4 and the ring 18. It is equipped with a pair of spacer ring studs. The weight of the outer sub-frame 15 is due to the large roller bearing The image is transmitted to the circular path 4 by rollers 31 in a manner similar to that shown in FIG.

The outer ring 5 of the inner sub-frame 16 and the inner ring of the outer sub-frame 15 are connected at each end of the structure. It has a circular orbit between it and ■. These tracks have an H-shaped cross section. , is mounted on the upright body 13 and cross beam 14 by suitable bracketing. vinegar The rollers 31 arranged at regular intervals from the pacer ring 321C are connected to the inner sub-frame 16 and the outer The weight of the side frame 15 is supported and the weight is transmitted to the structure.

By using the circular track 29.35, the vertical center support shaft for the sub-frames 1.5 and 16 can be used. The need to be present is removed.

With regard to FIG. 9, the circular rings 18, 21, 25 and the radially extending arms 22, 28 Vc At each end of the fixed sub-frame, a circular channel member is used to create a duplicate inside each sub-frame. A number of storage zones 17 are formed.

The automatic restoring stands provided in each storage zone are connected to each other via a horizontal beam 39Vc. It has a pair of parallel wheel support tracks. The car is attached to the shaft 41 provided on the lower side between the tracks. The wheel 40 is installed so that it can be rotated and transmitted, and the wheel 40 is installed inside the circular groove member when the subframe rotates. Run with

In order to rotate the inner sub-frame and the outer sub-frame separately, the latch drive mechanism is fitted with a vinyl plate. It can be used as a driving groove, consisting of a rank, but outside the outer sub-frame or Appropriate fittings provided on one side of both the inner rings 18 and 21 and the outer ring part of the inner subframe Each drive cable 42 is engaged with a sheave 43, and the cable 42 is provided on the structure. It is preferable to run the hook around the moving drum on each electric motor (not shown). . Each motor is adjacent to the rampway or plant form indicated by a dash-dotted line. Indexing control mechanism for moving each storage platform 37 to each loading and unloading position The cable can have a tensile force supported at one point in the cable path It can be tensioned by each idler wheel attached with a weight.

In use, each storage stand 37 is loaded onto a rampway or plant form 44. Rotate the inner and outer sub-frames individually or separately to move them to the horizontal position. let This protects the vehicle from tripping over the loading ramp or platform. It can be driven onto the nozzle 37 or vice versa. After that, pickled someone's car Rotate the sub-frame for direct or debt delivery.

As soon as a car is pulled out from the storage stand 37, another car is stored in the storage stand 37. Loading and waste for each sub-frame, Western ramp way matabo pla The contact forms 44 can be aligned with good accuracy. As a modified example, A rampway or platform fixture at the same height and opposite the axis of rotation of the structure. It can also be prepared on the side.

In an example application, the vehicle loads the boat onto the storage platform 37 and They can be lifted and placed into the sub-frame using a suitable lifting mechanism.

At the port, large amounts of water are available to allow boats to navigate close to the structure. You can see a waterway filled with...

Although the structure 10 has two concentric subframes 15 and 16, there is no effective parking space. Three or more subframes can be provided to increase the number of spaces.

By using a self-righting storage stand, the car is held horizontally when the sub-frame rotates. can be done.

The above-mentioned VC parking structure for cars was explained, but the structure can be , can be used to store loading pallets or ship containers, etc. Since the principles of the invention can be applied over a wide range of scales, by reducing Used for example in library or archives to store office files or books. can be used.

Regarding the second embodiment shown in Figures 10 and 11, 400 million bodies (equity) are stacked on top of each other. It has a plurality of W51 which are twisted or melted.

The main frame consists of a pair of end rings 52 and a central ring 53 around a tube 51. . The rings 52 and 53 are moved by rollers 54 arranged at regular intervals on a curved track 55. It is supported in the manner described below. One that makes frictional contact with rings 52 and 53 or more rollers 54 to rotate the structure.

Items can be stored on a self-recovery storage stand similar to the one shown in Figure 9. or tube 51 vC and tightened or locked in place 11. Can be done. Since the structure v′i is limited to the inside of the pipe, it looks like a beer barrel. Particularly suitable for storing cylindrical objects, the objects can be loaded anywhere in the structure. It can be loaded or unloaded.

The structure can be divided into a series of concentric subframes, each of which can be fitted with multiple tubes. Then, the sub-frame can be rotated separately using the method described in the first example.

The present invention has an effective space for easy loading and unloading as shown in the embodiment. Although the storage structure has been described, it is not within the scope of the present invention as described in the claims. Various modifications and changes may be made without departing from the above.

international search report

Claims (1)

[Claims] 1) A circular main frame, multiple storage zones provided within the main frame for storing items, and an axis line. A support that supports at least a portion of the outer circumference of the main frame for rotation around the center! shoulders and main frame A rotary mechanism that rotates the main frame and engages and holds the article in the storage zone when the main frame rotates. selectively moving a storage zone consisting of a holding mechanism to loading and unloading positions; A rotating storage structure that rotates the main frame for storage purposes. 2) Supporting the main frame and at least part of the outer periphery of the main frame for rotation around the axis. the supporting aircraft front that rotates the main frame, the rotary rear wing that rotates the main frame, and the circular end of the main frame that forms the storage zone. A series of cylindrical support frames provided between the parts and a main frame that supports the article horizontally when rotated Rotatable to the supporting frame [installed article storage rack] A rotary storage book structure whose main frame is rotated for selective movement between loading and unloading positions. . 3) The main frame has multiple concentric sub-frames that can be rotated separately, and the sub-frames can be rotated. Claim 2 in which a support mechanism extends around each sub-frame to provide effective support. The structure described in 4) Each sub-frame is provided with at least one circular ring at each end of the sub-frame, supporting machine 41 1 includes the outer periphery or inner periphery of the circumferential ring (which has a circular track and rotatably supports the sub-frame) Bearing rollers or bearing balls are placed on the circular track that engages the circumferential ring. The structure according to claim 3, which is arranged at regular intervals. 5) Place a storage zone around each sub-frame and extending through the length of the sub-frame so that each The support frame of the tube zone is formed from circular tracks arranged coaxially at each end of the sub-frame. A structure according to claim 3. 6) Each storage zone shall be equipped with a self-righting storage platform mounted on wheels engaged with a circular track. A structure according to claim 5. 7) For each subframe! In front of the pivot, it passes around the secondary frame or is operatively engaged with the secondary frame. and a cable looped around the motor-driven drum; The structure according to claim 3, which is provided with a tension mechanism that maintains the tension in the tension state. body. 8) Install the loading plant form or rack at the loading and unloading positions for each sub-frame. The structure according to claim 3, comprising a pumpway. 9) Each support frame is equipped with a tube or pipe parallel to the axis of the main frame, and the tube or pipe is Claim 2, in which a holding mechanism for engaging and holding the product is disposed on the tube or pipe. The structure described in section. 10) Tubes or pipes are provided in a separately rotatable concentric sub-frame provided within the main frame. The book according to claim 9.