Abstract: A method for combatting plant fungi in a plant, which comprises applying to the seeds or tubers of the plant, an effective amount of a fungicidal composition comprising a fungicidally effective amount of a 2-alkoxyiminoacetamide compound, optionally in admixture with one or both of an alkylene bis-dithiocarbamate complex salt and a thiophanate compound. Fungicidal compositions comprising a fungicidally effective amount of a 2-alkoxyiminoacetamide compound, an alkylene bis-dithiocarbamate complex salt, and a thiophanate compound, are also described.

Abstract: A method for combatting plant fungi in a plant, which comprises applying to the seeds or tubers of the plant, an effective amount of a fungicidal composition comprising a fungicidally effective amount of a 2-alkoxyiminoacetamide compound, optionally in admixture with one or both of an alkylene bis-dithiocarbamate complex salt and a thiophanate compound. Fungicidal compositions comprising a fungicidally effective amount of a 2-alkoxyimino-acetamide compound, an alkylene bis-dithiocarbamate complex salt, and a thiophanate compound, are also described.

Abstract: A seed coating apparatus for applying a coating fluid to seeds, consists of a seed input, a housing connected to the seed input, the housing having a seed output, a rotating seed dispersing member within the housing receiving seed from the seed input, a device adapted to produce a moving air curtain between the seed dispersing member and the seed output, whereby coating fluid applied to the seeds is kept within the seed coating apparatus by the moving air curtain, a rotating fluid dispensing member between the air curtain producing device and the seed output, and a source of coating fluid entering the housing. The rotating fluid dispensing member may preferably be a rotating bowl with apertures arranged vertically along the periphery, so that the fluid is dispensed along a vertical axis.

Abstract: A crosscut sampler with an auger cleanout comprising a housing insertable into a gravity feed flow duct containing a flowing stream of dry material, a pelican with a receiving slot movably mounted within the housing for transversely transversing the stream to collect a sample, and an auger on the bottom of the pelican for withdrawing all of the sample from the pelican.

Abstract: A sampler for insertion in a flow duct carrying a stream of dry particulate material, including a housing with a sample head traversing the stream of flowing material and being movable within the head across the breadth of the stream of flowing material; a rotary disc in the bottom wall of the housing mounting the sample head; the mounting disc having a protective flange or ledge over the seal and thrust bearing at the periphery of the disc as to fully protect the seal and bearing ring against deteriorating effect of the particulate material; a sample spout extending through and rotatably mounted in the rotary mounting disc and being connected with the sample head for delivering samples of the material to the exterior of the housing; a rotary actuator for revolving the disc first in one direction and then the other; and a slide rod attached to the sample spout and moving through a slide block maintaining the sample head in predetermined upstream orientation facing the inlet of the housing.

Abstract: A liquid chemical treatment measuring device as for metering treated chemicals for agricultural seeds. A housing containing a disc-like rotor sandwiched between stationary discs or headers, there being flat faces between the rotary disc and the stationary headers or discs. A rotary disc has a multiplicity of measuring chambers extending endways through its thickness. The stationary discs have supply and recirculation manifold grooves opposite each other and confronting the measuring chambers of the revolving disc, and also an inlet port and an overflow port producing continuous flushing of the measuring chambers and supply and recirculation grooves. The stationary discs or headers also have discharge and relief manifold grooves opposite each other and draining the liquid chemical treatment from the measuring chambers of the revolving rotor and supplying air into the chambers to allow rapid draining.

Abstract: A sampler for dry material flowing under pressure in a flow duct including a tubular housing, mounting an air cylinder, the piston rod of which connects to a sample tube which is extendible from the housing and into the flow line, the sample tube having a plug forming an obstruction in its rear portion, the forward portion of the sample tube having a material receiving slot in one side facing upstream in the flow duct, and a bleed port on the downstream side of the sample tube adjacent the receiving slot, the sample tube having a discharge port adjacent the front face of the plug in the sample tube and aligned with an outlet opening in the tubular housing and with an outlet spout to which a sample collecting container may be attached, and a seal in the tubular housing spanning entirely across the receiving port and discharge port and the space therebetween on the sample tube and confronting the fluid pressure in the sample tube as the sample tube is withdrawn, until the discharge port opens to the outlet open

Abstract: A sealed housing having entrance and exit ports at its upper and lower surfaces for connection into a vertically extending gravity spout, with a collecting head mounted within the housing for swinging movement across the central flow passage extending from the entrance port to the exit port. The collecting head has an elongate opening confronting the entrance port, such that particulate matter flowing through the housing will be collected within the interior of the collecting head and passed out of the housing through a discharge tube, for sampling. Rotary air cylinders disposed on top of the sealed housing adjacent the entrance port effect swinging movement of the collecting head about an axis parallel to that of the central flow passage, such that the collecting head passes entirely through the particulate flow, from one side of the product stream to the other, thereby assuring a representative sample.

Abstract: A method of treating of peanut seeds with a fungicide effective against seed-borne pathogens consisting in treating the seeds with a suspension including oil as a base and also including active chemicals in the form of finely ground particles carried by the oil in the suspension and allowing the seeds to dry with the result that a coating including active chemicals remains on the seeds to minimize chemical dust related environmental and physical problems. The slurry contains a balance of non-phytotoxic mineral oil, water and solid materials providing the active ingredients, and emulsifiers. The seeds have a dried coating embracing and at least partially penetrating the testa of the seed and producing thorough contact with the entire periphery of the seed, the coating containing at least one fungicide effective against the seed-borne pathogens.

Abstract: A method of treatment of peanut seeds with a fungicide effective against seed-borne pathogens consisting in treating the seeds with a suspension including oil as a base and also including active chemicals in the form of finely ground particles carried by the oil in the suspension and allowing the seeds to dry with the result that a coating including active chemicals remains on the seeds to minimize chemical dust related environmental and physical problems. The seeds have a dried coating embracing and at least partially penetrating the testa of the seed and producing thorough contact with the entire periphery of the seed, the coating containing at least one fungicide effective against the seed-borne pathogens.

Abstract: A peanut treating machine including a supply bin with a hopper bottom, a peanut distributing conical plate distributing peanuts into an annular curtain of free falling peanuts; a high speed rotor with upper and lower discs from which liquid chemical treatment is emitted, the upper disc having larger diameter than the lower disc and having flutes which are substantially deeper in an axial direction than the lower disc; and the upper disc having holes near its inner periphery to provide for the flow of liquid chemical treatment downwardly through the holes so that the liquid chemical treatment is emitted from both top and bottom surfaces of the upper disc in fine particles.

Abstract: A positive displacement pump for metering liquid chemicals and applying such chemicals into grains such as seed being conveyed through a screw conveyor, the pump including a reciprocating rod operated by an eccentric cam on the screw conveyor shaft, the pump rod having a shoulder and a stop carried by the housing to limit the length of movement of the rod, the stop being a rotary cam having flat surfaces, of varied distances from the cam axis and controlled by a hand operated knob.

Abstract: A crosscut sampler particularly useful for obtaining samples of flowing granular or particulate material in a pneumatic conveying system including a sample collecting head in a housing connected with the material conveying pipes, the head having a slot-shaped opening extending transversely across the flow passage of granular materials, there being a closure to seal the head and prevent entrance of materials between sampling cycles, the closure for the entrance to the head including a valve element within the head interior and movable into and out of obstructing relation with the entrance to the head, and an air cylinder on the head to operate the closure, the head being mounted on a slide for movement in the housing across the flow passage of flowing materials, and a collecting container to receive the samples from the head.

Abstract: A crosscut sampler attachable into the conveying pipes of a pneumatic or gravity system and including an elongate sample collecting head having a slot-like entrance port and facing the entrance opening of the housing, the head being elongate and tapering divergently from said entrance port and being mounted on a slidable mounting tube slidably extending through the sidewall of the housing; there being a closure to lie flush against the front face of the housing and tightly seal the slot-like entrance when the head is in rest position, an air cylinder for moving the head and mounting tube transversely of the flow passage in the housing and a collecting container for the samples of granular or particulate material.

Abstract: An improvement in an apparatus for treating seeds or other particles with a liquid. The apparatus includes a receiving chamber for receiving particles and liquid, and means for conveying consecutive batches of particles and liquid to the receiving chamber. Liquid is metered in batches through a liquid metering means which includes a container and a cyclic container transport. The latter is responsive to the conveyance of batches of particles to the receiving chamber and cycles the container between a dip position in a supply of treating liquid and a dumping position in which a batch of liquid is conveyed to the receiving chamber. The transport orients the container in its dip position so as to drain the container when the level of treating liquid recedes below the container. The retention of treating liquid in the container when the apparatus is not in use is thus avoided.

Abstract: Seed treating and conveying apparatus including a screw conveyor with an auger and an auger shaft operating within the auger tube and driven by a motor, an eccentric or cam rotated in direct relation to the rate of rotation of the auger shaft and operating a reciprocating positive displacement metering pump, the displacement of the impeller rod of the pump being adjustable to vary the quantity of liquid treating material applied to the seed in the auger tube during each revolution of the auger.