Abstract: A container holds fluids, such as motor oil, and is sized to hold about one quart or one liter. The container has a rectangular base portion, and a top portion is formed integral with the base portion, the top portion being shaped like an offset, inverted funnel. The top portion has an opening forming a mouth, an outside edge of the mouth being in substantial alignment with a first side of the base portion. A concave, arcuate top panel extends from an opposing second side of the base portion to the mouth, and the top panel has a ridge along the center of its length for increasing top load strength and for providing a flow channel for fluid within the container.

Abstract: A package, with a nozzle, a chamber, a cap which fits over the nozzle, and a pin attached to the interior of the cap which fits into the opening of the nozzle, for storing and dispensing a liquid, having an improved closure mechanism comprising at least one rectangular stopping member and at least one rectangular band in the interior of the cap and at least one guide flange on the nozzle. The package also has a plurality of guide ribs located around the nozzle to aid in the proper placement of the cap. The package is designed to be leak proof, nonclogging, able to dispense the liquid precisely, and can be easily opened even when the pin has bonded to the opening of the nozzle without breaking or shearing the pin.

Abstract: To add toner to the toner hopper of an electrostatic reproduction machine without contaminating either the operator or the interior of the machine, an improved toner bottle and receiver coact so as to eliminate or minimize the danger of generating toner clouds or spilling toner during the loading operation. The bottle has a body and a cap rotatably mounted on one end of the body. The body has a plurality of locating and locking lugs which coact with corresponding channels in the receiver so that the bottle can be inserted into the receiver in only one position. When a closed toner bottle is inserted into the receiver, a lip serves both to position the cap relative to an inlet opening of the receiver, and to retain the cap in this position as the body is rotated so that openings in the body and cap are aligned with the inlet opening; a suitable mechanism stops the body when the three openings are aligned.