Other

Deere + Company

Dwight A Sibley

Duane L Sibley

Dale R Dolberg

James Hentges

A branding iron stove comprises a body having an upright longitudinal extent so as to provide an elongated upright heating compartment closed by upper and lower ends. The body has an elongated upright opening therethrough for providing access to the heating compartment. A first branding iron support is attached to the body and provides a first plurality of vertically spaced-apart locations for receiving and holding a plurality of branding iron rods, the first plurality of spaced-apart locations being disposed outwardly away from the body. A second branding iron support is attached to the body and provides a second plurality of spaced-apart locations disposed adjacent to the opening for receiving and holding a plurality of branding iron rods. The first and second spaced-apart locations are cooperatively constructed and arranged to receive and hold the plurality of branding irons in a vertical array of generally horizontal positions. The first and second branding iron supports are disposed relative to the opening so that branding irons placed in spaced-apart locations will be located adjacent to a first upright side of the opening.

Collapsible portable branding stove

The apparatus forms and wraps fibrous bulk material or the like into bales and comprises bale forming apparatus for forming the material into an elongated continuous mass and plastic film wrapping apparatus. The bale forming apparatus has a bale-forming compartment with an infeed end and a discharge end, and material flow restricting apparatus located between the infeed and discharge ends for resisting the movement of the material. The wrapping apparatus in the form of a compressed bale wrapper that applies a sheet of plastic film around each bale while maintaining the bale in a compressed form. While the bale wrapper operates on discrete bales, separated from the elongated mass produced from the bale-forming means, the bale-forming means continues to produce an uninterrupted compressed mass of material. The bale wrapping system comprises a bale transfer compartment oriented in line with the bale-forming compartment and in communication with the bale-forming compartment discharge end for receiving the compacted mass of material, and a material flow resisting apparatus for resisting the movement of the mass of material from the bale-forming compartment into the bale transfer compartment so as to maintain the mass of material in the bale transfer compartment in a state of compaction, and a plastic film wrap-applying assembly for wrapping discrete bales in a sheet of plastic film, and bale transfer means for transferring discrete bales from the bale transfer compartment into the wrap-applying assembly.

Apparatus for baling bulk fibrous material

A baler for forming parallelepiped bales includes an auger compactor located within a mainly cylindrical auger housing having a rear transition section including four corner feed structures spaced equally about the auger housing longitudinal axis. Each corner feed structure is defined by a pair of walls joined to define a corner which leads to a respective corner of a rectangular cross section bale-forming chamber at the rear end of the auger housing. The junction of one of the walls of each corner structure with the cylindrical auger housing is generally oriented so as to be crosswise to the direction of the auger flighting as it passes beneath the junction. A stripper plate is located along each junction, which occurs at the downstream side of the associated corner feed structure, as considered in the direction of rotation of the auger, for stripping material from the outer part of the auger flighting so that it enters the corner feed structure. The stripper plates also serve to support the rear end of the auger.

Specially shaped auger compactor housing section for effecting even

The apparatus of this invention forms and binds fibrous bulk material or the like into bales and comprises bale forming apparatus for forming the material into an elongated continuous mass. The bale forming apparatus has a bale-forming compartment with an infeed end and a discharge end, and material flow restricting apparatus located between the infeed and discharge ends for resisting the movement of the material. Auger feeding apparatus for conveying the material into the infeed end of said bale-forming compartment, and bale binding apparatus for receiving the mass of material from the discharge end of said bale-forming compartment and binding said mass into discrete bales, are provided. The improvement of this invention comprises the provision of compacting roller apparatus so constructed and arranged with respect to the auger feeding apparatus whereby material is conveyed through said compacting roller apparatus into said bale-forming compartment and compacted against the mass of material at the bale-forming compartment infeed end. The compacting roller apparatus and the material flow restricting apparatus cooperatively function to create the mass of material in a compacted condition with material being added to the mass of material at the bale-forming compartment infeed end and compressed thereinto by the compacting roller apparatus.

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Nashua, MT, United States of America

Dwight A Sibley