Self-locking double-station storage device

Abstract

The invention discloses a self-locking type double-station storage device, and belongs to the field of mechanical process equipment. The device is used for rotating manufactured thin ring pieces out of a discharging port of the device to a 180-degree safe position so that workers can unload the thin ring pieces conveniently. By means of the rotatable working table, the station on the side where materials are fully received and stored and the idle station on the other side where discharging is completed are converted, station conversion only needs to stir the swing rod and rotate the working table, in the rotating process of the working table, the swing rod can be automatically clamped into the groove of the working table to lock the working table, and the needed station is obtained. According to the self-locking type double-station material storage device, discharging can be achieved under the non-stop condition, the production efficiency is improved, and meanwhile the safety of operators is improved.

Description

(I) Technical field

[0001] The technical field involved in this patent belongs to the field of mechanical process equipment. With this device, thin ring sheets continuously discharged from the equipment side are stacked and stored, while the operator on the other side can transport the finished materials. This device can realize the two operations of storage and unloading without stopping the machine, which can improve production efficiency and the safety of operators. (II) Background technology

[0002] When manufacturing motors, the armature core is made of thin plate materials, which are stacked after being punched. Due to the large amount of thin plate annular punching sheets and the fast punching speed of the equipment, the problem of untimely placement and transportation of the punched finished products is more prominent. If the equipment is stopped for placement and operation, it will obviously affect the production efficiency. (III) Summary of the invention

[0003] The stacking and untimely transfer of the punched thin ring sheets (12) at the discharge port will definitely affect the production efficiency. The self-locking double-station storage device of the present invention can solve this problem. The self-locking double-station storage device is composed of a centering guide column (1), a keyway workbench (2), a base (3), a bearing (4), a swing rod (6), a hinge seat (7), a pin shaft (8), and a connecting shaft (9). The base (3) and the connecting shaft (9) are assembled together with bolts (10), the bearing (4) is installed in the connecting shaft (9), the hinge seat (7) is installed on the connecting shaft (9) with two bolts (11), the pin shaft (8) is inserted into the hole of the hinge seat (7) to connect the swing rod (6) and the hinge seat (7), the cotter pin (5) is placed on the pin shaft (8), and then the keyway workbench (2) is installed on the outer ring of the bearing (4), and finally the centering guide columns (1) are inserted into both sides of the keyway workbench (2) to complete the assembly of the self-locking double-station storage device. When in use, the swing rod (6) is inserted into the key slot at the center of the key slot workbench (2) to lock the key slot workbench (2). At this time, the swing rod (6) is moved to the 180-degree position, and the key slot workbench (2) is rotated 180 degrees. The swing rod (6) automatically falls into the key slot at the center of the key slot workbench (2) under the action of gravity to lock the key slot workbench (2). If the position needs to be changed, the same operation can be performed.

[0004] This patented structure is reliable and easy to operate. It can realize the timely transfer of sheet materials without stopping the equipment, greatly improving production efficiency. (IV) Description of the drawings

[0005] Figure 1 : Self-locking double-station storage device structure, Figure 2: Structure of workbench with keyway (2), in the figure: 1-centering guide column, 2-workbench with keyway, 3-base, 4-bearing, 5-opening pin, 6-swing rod, 7-hinge seat, 8-pin shaft, 9-connecting shaft, 10-bolt, 11-bolt, 12-thin ring sheet (V) Specific implementation methods

[0006] The centering guide column (1), the connecting shaft (9), and the swing rod (6) are made of round steel, and the keyway workbench (2), the base (3), and the hinge seat (7) are made of steel plates. The base (3) and the connecting shaft (9) are assembled together by bolts (10), the bearing (4) is installed in the connecting shaft (9), the hinge seat (7) is installed on the connecting shaft (9) by two bolts (11), the pin shaft (8) is inserted into the hole of the hinge seat (7) to connect the swing rod (6) and the hinge seat (7), the cotter pin (5) is put into the pin shaft (8), and then the keyway workbench (2) is installed on the outer ring of the bearing (4), and finally the centering guide columns (1) are inserted into both sides of the keyway workbench (2) to complete the assembly of the self-locking double-station storage device. When in use, the swing rod (6) is inserted into the keyway at the center of the keyway workbench (2), the keyway workbench (2) is locked, and the device is placed at the material outlet of the equipment to receive the material. After the prepared thin ring slices (12) are fully received, the swing rod (6) is moved to the 180-degree position, and the keyway workbench (2) is rotated 180 degrees. When the thin ring slices (12) are rotated out, the swing rod (6) automatically falls into the keyway at the center of the keyway workbench (2) under the action of gravity, and the keyway workbench (2) is locked again. At this time, the empty centering guide column (1) on one side continues to receive the finished material, and the centering guide column (1) on the other side with full material performs the unloading operation. If the position needs to be changed, the same operation can be performed.

Claims

1. Self-locking double-station storage device, characterized by: The invention comprises a centering guide column (1), a worktable with a keyway (2), a base (3), a bearing (4), a swing rod (6), a hinge seat (7), a pin shaft (8), and a connecting shaft (9). The base (3) and the connecting shaft (9) are assembled together by bolts (10), the bearing (4) is installed in the connecting shaft (9), the hinge seat (7) is installed on the connecting shaft (9) by two bolts (11), the pin shaft (8) is inserted into the hole of the hinge seat (7) to connect the swing rod (6) and the hinge seat (7), a split pin (5) is put into the pin shaft (8), the worktable with a keyway (2) is then installed on the outer ring of the bearing (4), and finally the centering guide columns (1) are inserted into both sides of the worktable with a keyway (2) to complete the assembly of the self-locking double-station material storage device. When in use, the swing rod (6) is inserted into the key slot at the center of the key slot workbench (2) to lock the key slot workbench (2). At this time, the swing rod (6) is moved to the 180-degree position, and the key slot workbench (2) is rotated 180 degrees. The swing rod (6) automatically falls into the key slot at the center of the key slot workbench (2) under the action of gravity to lock the key slot workbench (2). If the position needs to be changed, the same operation can be performed.

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