Patent classifications
B65B1/22
AUTOMATED TRANSPORT OF CROPS
A harvesting vehicle including harvesters configured to pick crops. The harvesting vehicle also can include a crop fluid transporter configured to float and transport the crops in a fluid on the harvesting vehicle. Other embodiments are described.
AUTOMATED TRANSPORT OF CROPS
A harvesting vehicle including harvesters configured to pick crops. The harvesting vehicle also can include a crop fluid transporter configured to float and transport the crops in a fluid on the harvesting vehicle. Other embodiments are described.
AUTOMATED INSPECTION OF CROPS
A system including one or more inspectors each configured to automatically inspect crops individually to classify the crops into a classification including two or more classes. The system also can include one or more respective separators associated with each of the one or more inspectors. The one or more respective separators can be configured to automatically physically separate the crops into two or more areas based on the classification. Other embodiments are described.
AUTOMATED INSPECTION OF CROPS
A system including one or more inspectors each configured to automatically inspect crops individually to classify the crops into a classification including two or more classes. The system also can include one or more respective separators associated with each of the one or more inspectors. The one or more respective separators can be configured to automatically physically separate the crops into two or more areas based on the classification. Other embodiments are described.
System and method for filling a container with fragile fruit
A method including transporting fragile fruit into a hopper. The method also includes transferring the fragile fruit from the hopper into a container that is at least partially submerged in a fluid. The method additionally includes raising the container out of the fluid while the fragile fruit are within the container. Other embodiments are described.
System and method for filling a container with fragile fruit
A method including transporting fragile fruit into a hopper. The method also includes transferring the fragile fruit from the hopper into a container that is at least partially submerged in a fluid. The method additionally includes raising the container out of the fluid while the fragile fruit are within the container. Other embodiments are described.
Apparatus and method for compacting packages filled with bulk material
A compacting device and method is provided for compacting bulk material in an open package, the compacting device including a poker compactor accommodated on a carrier device. The poker compactor includes a gas-permeable outer wall connected with a suction duct. The poker compactor is suitable to be inserted into an open package for the poker compactor to come into contact with the bulk material to degas and compact the bulk material in the open package. The poker compactor has a longitudinal axis around which it is pivotally accommodated.
Apparatus and method for compacting packages filled with bulk material
A compacting device and method is provided for compacting bulk material in an open package, the compacting device including a poker compactor accommodated on a carrier device. The poker compactor includes a gas-permeable outer wall connected with a suction duct. The poker compactor is suitable to be inserted into an open package for the poker compactor to come into contact with the bulk material to degas and compact the bulk material in the open package. The poker compactor has a longitudinal axis around which it is pivotally accommodated.
VIBRATION FILL PROCESS FOR SOLID CHEMISTRIES
A system including a vessel for containing a fill material and a vibration source connected to the vessel. The vibration source can increase a bulk density of the fill material. A fill material ratio can be defined as a particle density of the fill material divided by the bulk density of the fill material after vibration. After the vibration source increases the bulk density of the fill material, the fill material ratio can range from about 0.15 to about 0.75.
VIBRATION FILL PROCESS FOR SOLID CHEMISTRIES
A system including a vessel for containing a fill material and a vibration source connected to the vessel. The vibration source can increase a bulk density of the fill material. A fill material ratio can be defined as a particle density of the fill material divided by the bulk density of the fill material after vibration. After the vibration source increases the bulk density of the fill material, the fill material ratio can range from about 0.15 to about 0.75.