Continental Plastic Containers, Inc.

Continental Packaging Company, Inc.

Leonard A Blomquist

George F Bartimes

John L Avery

John Avery

John M Ross

Michael J Racanelli

Stephen B McDonald

John Dezio

This relates to the provision of a container having as an integral part thereof a separate pickup tube so that the neck finish of the container has the usual mouth together with a pickup tube mouth. A conventional spray pump has the vent and pickup passage portion thereof replaced by a replacement assembly which will interlock with the container neck finish between the two mouths in a manner to orient the pump with respect to the container. The replacement assembly includes a combined vent and pickup member and a separately formed backup disc which are interlocked relative to one another for selectively positioning the backup disc with respect to the combined vent and pickup member and thus with respect to the pump. The backup disc, in turn, has projecting legs which interlock with the container neck finish. The backup disc has several possible positions with respect to the combined vent and pickup member.

Pump replacement assembly

This relates to a labeller for applying simultaneously two labels to a dual cavity mold half. The labeller is especially constructed to receive a pair of labels from a pair of adjacent label magazines and then move one of the labels towards the other so as to reduce the overall width of the pair of labels. This permits the pair of labels to be moved between a pair of mold halves within the limited space available and thereafter be rotated for alignment with the dual cavities of the mold half for positioning within the dual cavities. Basically speaking, the labeller includes a support member having mounted thereon a pair of carriers for separate movement towards and away from one another. The carriers are moved such that one normally remains fixed after a label is picked up by pickup heads carried thereby while the other carrier is moved towards the first carrier so as to move the labels together. The labeller is mounted in offset relation away from the mold half which is to receive the labels so that the labels may now be swung into alignment with the cavities of the mold half by pivoting the labeller. After this occurs, both carriers are actuated so as to separate the labels and to align the labels with the mold cavities, after which the labeller is advanced towards the mold cavities to position the labels within the respective mold cavities.

In-mold labellers for a dual cavity mold

A valve assembly which may be incorporated in a pump and container arrangement so as to permit the dispensing of liquid from the container when the container is in an inverted position as well as when the container is in its normal upright position. The valve assembly is primarily formed by a disc which has formed as part thereof a valve unit. The valve unit, in turn, is provided with a vent passage therethrough which is normally closed in the inverted position of the unit and a liquid passage which is normally closed in the upright position of the valve assembly. The liquid passage is opened by the weight of the liquid within the container on the ball check valve thereof when the container is inverted.

Valve assembly for inverted dispensing from a container with a pump

This relates to an apparatus for applying labels to inner and outer mold halves of a Ferris wheel type blow molding machine. Most particularly, it relates to the substitution of extensible fluid motors for rotary motors wherein a saving of transverse dimensional spacing results, thereby permitting the two label transfer apparatuses to be in closer circumferentially adjacent relation and thereby permitting the proper timing of the applications of labels to relatively short blow molds. This abstract forms no part of the specification of this application and is not to be construed as limiting the claims of the application.

Apparatus for applying a label to an open mold half

This relates to the forming of a seal between a container and a top element, such as a fitment, wherein the seal is subjected to a high top loading of a nature wherein conventional gasket materials, such as plastisols, will unduly flow and result in leakage. In lieu of the conventional gasket material, a hot melt material is utilized with the hot melt material being in a flowable state when the fitment is applied to the container and held in place by a mechanical interlock between the fitment and the container so as to cause an extrusion and flowing of certain of the hot melt material wherein the hot melt material functions both as a gasket and as a support to eliminate or restrain movement between the fitment and the container due to top loading. A special dispensing head is also provided for applying a controlled volume of hot melt material to each fitment in a preselected pattern.

Process of applying a top element to a container utilizing a hot melt

This relates to a label separator which is operative to separate a foremost label from a stack of labels in advance of such label being picked by a picker so as to assure that only one label is picked at a time and that the other labels in a stack of labels will not be disturbed. One end or edge portion of a foremost label is displaced relative to the remainder of the stack and after a gap has been formed between the displaced label and the next adjacent label in the stack, a blade enters in between these two labels so as to separate completely the foremost label from the remaining labels in the stack. The apparatus which effects the initial displacement has associated therewith a label support whereby the displaced label remains supported in its original alignment for reception by the picker.

Label separator

This relates to the mounting of a label magazine in a manner wherein labels carried by such label magazine may be rotated or slewed about a line extending axially of the label magazine through the center of a label. The slew control device is used to effect such rotation and thus orientation of a label so as properly to position the label for transfer. In the preferred usage of the slew control device, each label is transferred into a blow mold half and proper orientation of a label with respect to a blow mold half cavity is obtained utilizing the slew control device. This abstract forms no part of the specification of this application and is not to be construed as limiting the claims of the application.

Slew control mounting device for label magazine

This relates to a label applicator for applying labels to mold cavities of rotating mold units. The label applicator is fixed relative to moving mold units and includes an extensible fluid motor which carries a pick-up head or suction head for moving the suction head in a straight line direction and return. The extensible fluid motor is carried by a shaft for oscillation between a label pick-up position and a label deposit position. The extensible fluid motor is carried by a bracket which, in turn, is carried by a shaft of a rotary actuator which is constructed to oscillate between two fixed positions which are spaced apart a preselected angular distance. There is incorporated with the rotary actuator a decelerator for rapidly, yet smoothly, decelerating rotation of the bracket carrying the extensible fluid motor. Suitable sensor means are provided for timing the actuation of the label applicator in accordance with the position of a mold cavity into which a label is to be placed.

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Joliet, IL, United States of America

Leonard A Blomquist