JPS5948309A - Rotary rack - Google Patents

Abstract

PURPOSE:To simplify the construction and operation of a rotary rack, by composing the rack of plural frames, each of which has plural cargo carriers at plural levels and can be moved in an elliptic passage and by providing a cargo put-in/out unit which indludes a vertically movable fork and is located at the returning curve of the elliptic passage. CONSTITUTION:A rotary rack comprises numerous frames 3, each of which has cargo carriers 2 at plural levels, and a driver 5 for moving the frames in an elliptic passage 4. The frames 3 are guided with wheels 6 on a rail 7. A cargo put-in/out unit 8 is provided in the face of the returning curve of the elliptic passage 4. The unit 8 comprises a right and left pillars 9, a vertically moved frame 10, which is guided by the pillars, a movable rest 11 provided on the frame and movable rightward and leftward thereon, and a fork 12 provided on the rest and movable in and out forward and backward. A cargo 16 is transferred from a conveyor 15 onto the fork 12 by a carry-in conveyor 13 and put on a predetermined carrier 2 by the fork.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a frame body having a plurality of cargo receiving parts in the vertical direction, and arranges a plurality of frames movably along an elliptical path to form a rotating shelf, This relates to a rotating shelving system (f#) in which a loading/unloading device is disposed opposite the reversing path portion of the oval path.

The desired point in this type of carousel equipment is that the cargo can be quickly loaded onto the carousel by the loading/unloading device;
Simplifying the structure and operation of loading/unloading equipment;
etc.

An object of the present invention is to satisfy the above-mentioned desired points.

In order to achieve the above object, in the present invention, a frame body having a plurality of cargo receiving parts is provided in the downward direction of 1-6, and a plurality of frames are arranged in a direction 6'+2 that can be moved along an elliptical path and rotated. A loading/unloading device is arranged opposite to the inverted length r of the oval path, and the loading/unloading device is connected to a support, and a 5-II lowering frame guided by the support, It consists of a movable base that is provided on this elevating frame so that it can be moved left and right, and a fork that is provided on this movable base so that it can move forward and backward. According to this configuration, the structure and operation can be simplified from a single movable platform type having a fork compared to, for example, a two-device type in which one for carrying in and one for carrying out are provided separately.

Furthermore, the loading/unloading device can quickly carry the load onto the rotating shelf.

Hereinafter, one embodiment of the present invention will be described based on the drawing buttons. In FIGS. 1 and 2, (1) is a rotating shelf, which includes a large number of frames (3) having a plurality of vertically (three stages in the example) receiving parts (2), and these frames (3). a drive device (5) disposed at the top for integrally moving along the oval path (4);
and a rail (7) arranged on the floor to guide the wheels (0) attached to the lower part of the frame (3). (8) is a loading/unloading device disposed opposite to the reversing route portion of the oval route (4), which includes a pair of left and right columns (0), and an elevator frame OI guided by these columns (9); It is composed of a movable base 0) which is provided on this elevating frame 01 so as to be movable left and right, and a fork H which is provided at the center θ of this movable base so that it can move forward and backward. 01 is a loading conveyor, θ→ is a loading conveyor, and these are connected to a main conveyor θQ which is installed in parallel. 09 indicates the load. This load (for example, as shown in Figs. 3 and 4, a pallet) 0'i) and a test object such as a facsimile machine placed on this pallet 0't), Said palette O? ) is attached with a current collector plate θ1. Note that the current collector plate o1 is configured to be connectable to the test object 01 via, for example, an outlet provided on the pallet 0′i), and the load receiving portion (2) has a pair of left and right load receiving surfaces (20a) ( 2ob), and furthermore, slope guide surfaces (21a) (21b) are formed that extend obliquely upward from both ends of the receiving surfaces (20a) (20b). It will be placed. L
Sea urchin 4H complete. Then, the receiver r, +t, (2)
In the inner part of the chamber, there is provided a controller pu+ having a supply gas L inlet. The collection plate 0 of the pallet 07) can be connected to this supply T'Lt-r'-. Ml notation
Pair 1-7 allows entry from the front side.

First, the work of carrying in cargo OQ will be explained. Possible filb unit CI+
) is placed opposite the loading conveyor Q3, and by the combination of the egress and withdrawal 1ij1 of the forks 0 and the folding movement of the lifting frame 0, the loads O on the loading conveyor 0;) are moved to the movable platform (II
) pull it up. Then, the load θ9 on the fork (!i-) is transferred to the empty cargo receiving part (2) by the 9.1 combination of the raising and lowering movement of the bird and the arrival and departure of the fork. j,: (;μ Tasaku jv3 is the reverse operation to the above, and the load in υ (-1 fist is possible ■mu I
Take it out onto the J platform 00, and then move the movable platform O◇ horizontally 1ijI
This is done by moving the conveyor I and facing the unloading conveyor θ→. During such work, the NOOK O-mount can be inserted from the front side between the cargo receiving surfaces (20a) (20+), and the feeder is installed at the back of the cargo receiving section (2). Therefore, the fork θ force is 11
The lowering of the collector 1 and 1 can be carried out without affecting (/3, etc.). Being able to reduce the J shallow means that the height between the 4;i receiving parts (S) in the vertical direction can be reduced, however, and the rotary shelf (1) can be configured compactly by 1'J.

Furthermore, by arranging the feeder (c) at the inner part of the container l' portion (2), the feeder r11: lees 1 will be concentrated on the frame (3) side and will fit better. When the load θ12 is carried into the load receiving part ('l) as described above, the IJ1 supply is 7.
Current collector plate (11 automatically connects 112
'l C7, therefore the test object 11A (11 is; fp S7
'i, will be aged with,

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, in which 1st 4 is a side view, 2nd figure is a plan view, 8th figure 1 is a plan view of the main part, and 4th figure is a front view of the same. (1)・・・・・・・・・Rotating shelf, (2)・・・・・・
...Receiving section, 1) ...... Frame, (4).
......Oval path, (8)... Loading/unloading device, (9)...... Support column, (1
...Elevating frame, 00...--Movable platform, 0...
・・・・・・Fork, otorch, loading conveyor, θ0・・・・・・grain unloading conveyor, (
11G...Cargo, agent Yoshihiro Morimoto

Claims (1)

[Claims] 1. A frame body having a plurality of cargo receiving parts in the vertical direction is provided, and this frame body i? Move along the elliptical meridian1i7ITU rit3
A plurality of loading and unloading devices are arranged to form a rotating shelf, and a loading and unloading device is installed opposite to the reversing path portion of the oval path, and the loading and unloading device is guided by a support and a support. Elevating frame and l1lJ installed on this elevating frame at 1'il that can be moved left and right.
A rotary shelf equipment comprising a movable base and forks provided on the movable base for 11 functions of front and rear egress and egress.