3results about How to "Increase effective storage capacity" patented technology

The utility model relates to a waste mulching film pickup device. The core structure of the waste mulching film pickup device comprises a pickup mechanism and a temporary storage box which are arranged side by side. A supporting frame is arranged on the lower portion of the device, one side of the supporting frame is connected with a matching frame connected with a driving device, and supporting wheels are arranged below the matching frame to reduce frictional resistance during moving. The picking mechanism is composed of a plurality of chain driving components which are connected with one another through a synchronizing shaft I, and picking claws are installed on the outer sides of the chain driving components and used for pushing the waste mulching films to be stacked and smoothly transferring the waste mulching films to a temporary storage box. The supporting plates are arranged between the adjacent chain driving components, and the supporting plates effectively prevent the mulching film from being in direct contact with the chain links, so that the winding phenomenon is avoided. Soil leakage holes are formed in the supporting plate, a vibration device is installed on the inner side of the chain driving component, the supporting plate is driven to vibrate through rotation of the cam, so that soil is separated from a mulching film, the soil is prevented from entering the temporary storage box along with the mulching film, and therefore cleaning inconvenience is reduced, and the load of the temporary storage box is relieved.

The utility model discloses a spiral flow guide type grain feeding multi-point distribution device relates to the field of large and medium-sized grain depot, which is characterized by the following: a spiral flow guide assembly is arranged in the center of the inner cavity of the grain storage silo and is connected to the feeding port at the top of the silo and the discharging port at the bottom of the silo. The spiral flow guide assembly interferes with and guides the free-fall process of the grain entering the silo, so that a part of the grain bounces off the rebound assembly due to collision and then pops out through multiple discharge windows and scatters in different positions in the silo, forming a multi-point uniform distribution of the feeding. This solves the problem of natural classification, improves the effective storage capacity and the efficiency of entering the silo. Another part of the grain continues to fall and then passes through multiple rebound assemblies multiple times for speed buffering before falling along the spiral trajectory in a slow and step-by-step manner. This greatly reduces the impact between particles, effectively reduces grain damage, reduces the generation of broken powder, avoids the filling of powder between grain particles, and affects the subsequent ventilation, air exchange and insecticidal effect of grain storage, avoids mold and insect growth, and improves the quality of grain storage.

A storage device is disclosed. The storage device can include storage for data. A host interface can receive a write request from a host at the storage device. The write request can include a first data chunk and a first data identifier (ID). A first category ID determiner circuit can determine a first category ID for the first data chunk. A first mapping table can map the first data ID to the first category ID.