JPS5859104A - Load carrier in apparatus for arranging and housing document or the like - Google Patents

Abstract

PURPOSE:To permit a document box to be easily taken out of a ducument arranging rack having the deep depth by constituting a document box carrier supported by a load carrier to be extended and contracted from the load carrier horizontally. CONSTITUTION:When a ducument box C is taken out of an arranging rack B, a movable body 1 is moved to a predetermined position, then a load carrier 6 is moved to the height of a rack carrier D in which a document to be taken out is kept and an intermediate movable body 8 of the load carrier 6 is slid to project left or right from a base body 7. Then, since a gear shaft 16 is also moved, a small diameter pinion gear 15 fixed to the shaft 16 is rotated while engaging a lower rack gear body 10 and a large diameter pinion gear 14 integral with the gear 15 sends out forcibly left an upper rack gear body 13 so that a document box carrier 9 is largely projected from the base body 7. Thus, the document box carrier 9 can be inserted into the innermost depth of the desired arranging rack.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a cargo receiving device for automatically taking out or storing document cases from a sorting shelf for storing documents, etc., and its purpose is to accommodate documents that are placed between narrow sorting shelves. To obtain a cargo receiving device having a telescopic mechanism capable of reliably and quickly receiving a letter @-.

The structure of the present invention will be explained in detail with reference to embodiments shown in the drawings.

The moving body (1) has a base (model φ) erected on the base (2). Wheels (4) that can run are attached, and the model (3) is equipped with a loading platform (6) that can be moved up and down guided by guide rails. ) movement is automatically controlled by a control device within the mobile body or manually controlled. The cargo receiving platform (6) K is slidably attached to the base (1) so that the intermediate moving body (8) can move in and out from left to right, and the book-case receiving body (2) is mounted on the intermediate moving body (m). It is installed so that it can slide freely so that it can appear and disappear from the left and right. In addition, a lower rack tooth body protruding from the upper surface of the base body (7) is provided, and a chain wheel (11) (11") is installed at both left and right ends of the side surface of the lower rack tooth body ■. A chain is wound around both chain wheels (11) (11°), and one chain wheel (■) is connected to a prime mover (not shown). An upper rack tooth body extending in the left-right direction is provided protrudingly, and the upper rack tooth body uK
A large-diameter binion gear a◆ is engaged, a small-diameter binion gear 4 is engaged with the lower rack gear body, and both large and small pinion shafts are integrally fixed to the gear shaft, and the middle gear shaft is fixed to the gear shaft. The movable body (11 is rotatably pivoted at the center thereof, and is also pivoted to a mounting fin protruding from the chain ring.Although not shown, large and small binions 14aS are integrally fixed to the gear shaft. The gear shaft is rotatably mounted in the center of the intermediate moving body (8), and the gear shaft is connected to a large and small pinion pinion 4.
(2) It may be rotatably attached to the intermediate moving body (frame) and both ends thereof may be fixed to the center of the intermediate moving body (frame).

Note that (6) is a document surface containing Mori document cards, etc., which is formed on a sorting shelf (B), and is placed and stored in nine or more shelf holders Φ), which are classified and stored respectively.

Next, to explain the usage condition, if you do not take out the document surface tc> from the sorting shelf (B), after moving the moving object (11 Body (2
) at a height j, then move to the loading platform (61 chain ■
For example, when the intermediate moving body side rotates to the left, the intermediate moving body side slides so as to protrude to the left of the base body a), and the gear shaft also moves to the left. The pinion gear rotates while meshing with the special upper rack tooth body, and the pinion gear shaft, which has a large diameter and is integral with the pinion gear, forcibly sends out the upper rack tooth body opening to the left, so that both document receivers (9)
protrudes largely from the base (7). The amount of protrusion is determined by the diameter ratio of the small-diameter pinion gear 6s and the large-diameter pinion gear shaft. Therefore, both document receivers (9) can be inserted deep into the target document surface (C). Document side
c) Once both document receivers (→) have been inserted into the lower surface, raise the receiver platform (6) slightly, then reverse the chain action and rotate it to the right again, and this time the intermediate moving body (8) toward the base (7), the large-diameter binion gear A4 forcibly returns the upper rack teeth to the right (1), so that both document receivers (
9) can be returned to the state in which the document surface (C) is placed 1 - ÷ on the base (7), and the intermediate moving body (intermediate moving body) and both document receivers (9) protrude from the side of the loading platform. Since it is not installed, the loading platform (
6) can be moved up and down or the movable body (11) can be moved to take out the target document surface (0).

In addition, place the document side (C) on both document receivers (9) on the storage rack (when storing it in the storage shelf 81, follow the above operation on the receiving tray 16) and perform the reverse operation L7. Just do it. In addition, in the above case, both document receivers (the first one protrudes to the left from the receiving tray 16+, but if the chain ■ is rotated to the right, the document receivers (9)
protrudes to the right, and the document side of the right sorting shelf (In) allows you to take out and store phrases.

As described above, in the cargo receiving device of the present invention, the document box body can be protruded over a large width from the cargo receiving platform via the intermediate moving body, so even deep document surfaces can be reliably placed from the bottom surface, and both the left and right sides can be placed. It has excellent effects such as being able to reduce the width of the loading dock, thereby reducing the spacing between shelves, and increasing the number of shelves installed per unit area. It is.

[Brief explanation of the drawing]

Fig. 1 is a schematic plan view of the storage unit of the document storage room in which the present invention is used, Fig. 2 is a side view, Fig. 3 is a front vertical sectional view of the main part of the cargo receiving platform, and Fig. 4 is a Similarly, side longitudinal sectional view,
The row in Figure 5 also shows a partially cutaway slope view.

Claims (1)

[Claims] A device for organizing and storing documents, etc., with a loading platform mounted on a movable body that can move on rails so that it can move up and down! In the above, an intermediate moving body is provided on the loading platform base, and a document case holder is provided on the intermediate moving body 1 so as to be able to slide in and out of the left and right, and a 1iK lower rack tooth body is provided on the base, and a document case holder is provided on the intermediate moving body. An upper rack gear is provided on the lower surface, a gear shaft having a small-diameter binion gear that meshes with the lower rack gear and a large-diameter binion gear that meshes with the upper rack body is mounted on the intermediate moving body, and the base A cargo receiving device in which the gear shaft is attached to a rotationally driven chain wound and stretched between the left and right ends of the cargo receiving device.