A mushroom compost compacting assembly includes a feed hopper unit, a mixer unit, a conveyor unit and a compactor unit all of which are separate and distinct from each other. The units are detachably connected to each other so that the units could be assembled at the mushroom house itself adjacent to the mushroom beds. Compost would be fed to the hopper unit and then to the mixer unit which would spread the compost and feed some of the compost to the conveyor unit with the remaining compost being fed to the compactor unit. The compactor unit includes a series of compactor drums for compacting the compost. The compost fed into the conveyor unit would be discharged directly on the netting of a mushroom bed while the compacted compost from the compactor unit would be delivered to the mushroom bed directly on the compost delivered by the conveyor.
Combined Digger And Mushroom Compost Compacting Assembly
A combined digger and compost compacting assembly comprises a digger unit and a compacting unit. The digger unit has a drive shaft which includes a plurality of outwardly extending digger tines for digging into the compost in a mushroom bed as the assembly is moved longitudinally from one end of the bed to the opposite of the bed. The compacting unit includes at least one roller for compacting the compost after the digging tines have dug through the compost. The digger unit and the compacting unit are detachably mounted together for joint movement during the compost treating operation. The units can be separated from each other and moved independently of each other to a different mushroom bed after the compost treating operation has been completed.
The interior of a mushroom house is sterilized by applying ozone into the interior of the mushroom house around compost in receptacles in the mushroom house. The ozone is applied prior to the spawning step in the growing of the mushrooms.
Ozone is applied to the interior of a mushroom house through use of an ozone generator which preferably communicates with an air conditioner so that the ozone flows from the ozone generator through the air conditioner and into the mushroom house. The ozone is applied during various stages of a mushroom growing process.
Ozone is applied to the interior of a mushroom house through use of an ozone generator which preferably communicates with an air conditioner so that the ozone flows from the ozone generator through the air conditioner and into the mushroom house. The ozone is applied during various stages of a mushroom growing process.
Digger For Facilitating The Application Of A Supplement To A Mushroom Bed
A digger for facilitating the application of a supplement to a mushroom bed includes a shroud having a top wall and side walls. A motor driven shaft is mounted to the side walls with the plurality of digging tines extending generally radially outwardly from the shaft. Supplement is conveyed from a compartment mounted to the shroud and toward the area of the mushroom bed where the tines are digging into the bed.
Digger For Facilitating The Application Of A Material To A Mushroom Bed
A digger for facilitating the application of a material to a mushroom bed includes a feed system wherein a metering shaft is provided in the compartment or hopper for the material. The metering shaft contains sets of supply pockets which receives the material to be conveyed to distribution heads. The digger also includes a digging shaft connected to a drive shaft by improved structure.