Sheet metal storage system

Abstract

This invention relates to a sheet metal storage system, comprising: a frame, a linear guide assembly, a lifting transmission device, a storage cabinet assembly, and a driven storage cabinet locking unit. The storage cabinet assembly includes a driving storage cabinet and at least one driven storage cabinet. The driving storage cabinet can lift all the driven storage cabinets on the frame for lifting and lowering. When any one of the driven storage cabinets is selected and lifted to the set height of the driven storage cabinet locking unit, the locking unit locks the selected driven storage cabinet. The driving storage cabinet then descends, causing the next layer of storage cabinets to descend to a material retrieval height, creating a material retrieval gap that allows material retrieval operations to be performed between the storage cabinet layers of the storage cabinet assembly. This improves the overall storage density and space efficiency.

Claims

1. A sheet metal storage system, comprising: a vertical frame, a linear guide assembly, a lifting transmission device, a storage cabinet assembly, and a driven storage cabinet locking unit; the storage cabinet assembly includes a driving storage cabinet and at least one driven storage cabinet; the linear guide assembly includes at least one fixed guide member and a plurality of movable guide members, the movable guide members being linearly movable relative to the fixed guide member, the fixed guide member being vertically mounted on the vertical frame, and the movable guide members being fixed to the driving storage cabinet and the driven storage cabinet; the lifting transmission device fixing its power output end to the driving storage cabinet; the driving storage cabinet being mounted on the vertical frame using the linear guide assembly, and stacked layer by layer above the driving storage cabinet, and being able to be lifted and lowered by the lifting of the driving storage cabinet, and the driven storage cabinet having a locking part; The driven storage locker unit is mounted on the upright. The driven storage locker unit has a movable locking part, which is locked to the fixed locking part. In this way, the transmission storage can lift all the driven storages on the upright and raise and lower them. Select any one of the driven storages and raise it to the set height of the driven storage locker unit, so that the driven storage locker unit locks the selected driven storage. The transmission storage can then lower, causing the storage of the next layer of the selected driven storage to fall to a material retrieval height, creating a material retrieval gap that allows material retrieval operations to be performed between the storage layers of the storage group.

2. The sheet metal storage system as described in claim 1, wherein, The fixed guide component of the linear guide assembly is a slide rail, and the movable guide component is a slider.

3. The sheet metal storage system as described in claim 1, wherein, The lifting transmission device is a screw transmission device. A screw is installed vertically on the frame using a support base. The screw is connected to a motor via a coupling. The screw is fitted with a screw sleeve, which is fixed to the transmission cabinet as the power output end of the lifting transmission device.

4. The sheet metal storage system as described in claim 1, wherein, The driven storage locker locking unit is a pneumatic cylinder, and the piston rod of the pneumatic cylinder serves as the movable locking part; the driven storage locker has a slot as the fixed locking part, and the piston rod is inserted into the slot to form a locking relationship.

5. The sheet metal storage system as described in claim 1, wherein, The transmission storage cabinet and each of the driven storage cabinets are equipped with material basket conveying wheels and material basket guide rails.

6. The sheet metal storage system as described in any one of claims 1 to 5, wherein, The frame is also equipped with a transmission storage lock unit, which has a second movable locking part and a second fixed locking part. The second movable locking part and the second fixed locking part are locked together.

7. The sheet metal storage system as described in claim 6, wherein, The locking unit of the transmission storage tank is a pneumatic cylinder, and the piston rod of the pneumatic cylinder serves as the second movable locking part; the transmission storage tank has a slot as the second fixed locking part, and the piston rod is inserted into the slot to form a locking relationship.

8. The sheet metal storage system as described in claim 6, wherein, The linear guide assembly, the lifting transmission device, the storage tank assembly, the driven storage tank locking unit, and the transmission storage tank locking unit are mirror images of each other on the upright frame.

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