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Constantine W Kulig

from Narragansett, RI
Deceased

Constantine Kulig Phones & Addresses

  • 33 Wanda St, Narragansett, RI 02882 (401) 789-3387
  • Boynton Beach, FL
  • Windsor, CT
  • Palm Beach, FL

Publications

Us Patents

Mold Cooling Arrangement For Use In A Glassware Forming Machine

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US Patent:
46907033, Sep 1, 1987
Filed:
Apr 18, 1986
Appl. No.:
6/853538
Inventors:
Constantine W. Kulig - Windsor CT
Assignee:
Emhart Industries, Inc. - Farmington CT
International Classification:
C03B 938
US Classification:
65265
Abstract:
A mold arrangement for a glassware forming machine in which the side portions of the mold have vertically extending cooling passages therein which communicate through a bottom plate and a distributor plate with a plenum chamber. The plenum chamber has openings which have a vertical interface with openings in the machine frame for passage of cooling air.

Straight Line Glass Gob Shear

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US Patent:
48139947, Mar 21, 1989
Filed:
Apr 2, 1987
Appl. No.:
7/033553
Inventors:
Constantine W. Kulig - Windsor CT
Assignee:
Emhart Industries, Inc. - Farmington CT
International Classification:
G03B 712
US Classification:
65334
Abstract:
This relates to improvements in drives for shears, particularly shears for severing gobs from a glass runner. All of the drives incorporate a drive pinion for reciprocating racks which are secured to slides of the shear. The pinion is rotated first in one direction and then in the opposite direction to cause the blades of the shear to first move together and shear a gob, and then move back to the original position. Suitable reversing motors may be utilized, including an electrical servomotor or suitable hydraulic motor. On the other hand, the drive motor may be of the unidirectional type and an oscillating drive member may be incorporated in the drive system for converting the one-directional drive of the motor to an oscillating or reversing output. In addition, the drive of the pinion may be supplemented by a double-acting air motor which is connected to one of the racks. The air motor or cylinder will provide the primary motor power for the shear, but the velocity thereof will be controlled by the servomotor or like motor which is connected to the pinions through a nonreversing drive.

Deflector Adjustment For A Glassware Forming Machine

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US Patent:
45668949, Jan 28, 1986
Filed:
May 20, 1985
Appl. No.:
6/736514
Inventors:
Constantine W. Kulig - Windsor CT
Charles M. Kingsbury - Unionville CT
Bruce R. Beckwith - Unionville CT
Assignee:
Emhart Industries, Inc. - Farmington CT
International Classification:
C03B 714
US Classification:
65304
Abstract:
A four axis adjustment mechanism is disclosed for adjusting the orientation of the deflector of the delivery system of a rotating table type of glassware forming machine. The orientation of the deflector is adjustable as it oscillates along a predetermined arcuate path relative to its deflector axis in order to properly position the deflector over a corresponding continuously moving blank mold. These adjustments are termed radial, radial tilt, peripheral and peripheral tilt.

Straight Line Shear

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US Patent:
46996435, Oct 13, 1987
Filed:
May 7, 1985
Appl. No.:
6/731300
Inventors:
Constantine W. Kulig - Windsor CT
Assignee:
Emhart Industries, Inc. - Farmington CT
International Classification:
C03B 710
US Classification:
65332
Abstract:
This relates to improvements in drives for shears, particularly shears for severing gobs from a glass runner. All of the drives incorporate a drive pinion for reciprocating racks which are secured to slides of the shear. The pinion is rotated first in one direction and then in the opposite direction to cause the blades of the shear to first move together and shear a gob, and then move back to the original position. Suitable reversing motors may be utilized, including an electrical servomotor or suitable hydraulic motor. On the other hand, the drive motor may be of the unidirectional type and an oscillating drive member may be incorporated in the drive system for converting the one-directional drive of the motor to an oscillating or reversing output. In addition, the drive of the pinion may be supplemented by a double-acting air motor which is connected to one of the racks. The air motor or cylinder will provide the primary motor power for the shear, but the velocity thereof will be controlled by the servomotor or like motor which is connected to the pinions through a nonreversing drive.

Glass Container Transfer Mechanism

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US Patent:
47764481, Oct 11, 1988
Filed:
Sep 30, 1987
Appl. No.:
7/103080
Inventors:
Constantine W. Kulig - Windsor CT
Assignee:
Emhart Industries, Inc. - Farmington CT
International Classification:
B65G 4726
US Classification:
1984771
Abstract:
Glass containers are pushed from an infeed conveyor through an arcuate path to a cross conveyor by pushers which have L-shaped fingers which are advanced to an advanced position to engage the containers and which can automatically reorient to maintain the container perfectly centered within the fingers until the container is displaced to a deposit location. The fingers are then pivotally displaced away from the container and subsequently repositioned at the advanced position.

Stationary Tube Holder And Revolving Rotor Assemby For A Glass Spout Bowl

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US Patent:
47174129, Jan 5, 1988
Filed:
Dec 8, 1986
Appl. No.:
6/939399
Inventors:
Constantine W. Kulig - Windsor CT
Assignee:
Emhart Industries, Inc. - Farmington CT
International Classification:
C03B 708
US Classification:
65327
Abstract:
A stationary tube holder and revolving rotor assembly which is to be used in conjunction with a glass spout bowl. The assembly includes a stationary tube holder assembly which has elongated horizontally extending arm for supporting a tube at one end and a counterweight at the other, a revolving rotor assembly which has an elongated horizontally extending arm for supporting a rotor at one end and a counterweight at the other, and a compound X, Y, slide assembly. A vertical spacer is secured between the compound X, Y slide assembly and the elongated tube holder assembly arm for supporting the stationary tube holder assembly. The spacer includes a jack screw for elevating the tube holder assembly relative to the compound X, Y slide assembly. A vertical post is secured at its bottom end to the compound X, Y slide assembly, and at its top slidingly extends through an extended bushing in the stationary tube holder assembly arm. The post additionally is interconnected with this rotor assembly and can raise or lower this assembly.

Electronic Glass Feeder Plunger Operating Mechanism

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US Patent:
45511632, Nov 5, 1985
Filed:
Jun 4, 1984
Appl. No.:
6/616638
Inventors:
Robert J. Duga - Enfield CT
Constantine W. Kulig - Windsor CT
Robert L. Doughty - West Hartford CT
Robert J. Douglas - North Granby CT
Robert P. Andersen - Monroe CT
Assignee:
Emhart Industries, Inc. - Farmington CT
International Classification:
C03B 708
US Classification:
65129
Abstract:
A glass feeder plunger operating mechanism driven by an electric motor controlled by a programmable computer programmed to drive the motor in a predetermined manner in order to generate a predetermined motion profile of one or more glass feeder plungers. The plungers are secured to the end of a cantilevered lateral support bracket which is cyclically and vertically reciprocated by cyclical oscillations of the electric motor. The output shaft of the motor is connected to a ball screw in threaded engagement with a ball nut which is secured to a member connected to the plunger support bracket. The plunger support bracket is attached to a moveable vertical support shaft which maintains plunger alignment during the range of motion. The operating mechanism is attached to a frame which is adjustable in two dimensions to facilitate alignment of the plungers with their respective orifices. Air cylinders are provided to counter-balance the weight of the members being vertically reciprocated.

Apparatus For The Inspection Of Glassware For Leaners And Chokes

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US Patent:
45800456, Apr 1, 1986
Filed:
Apr 22, 1985
Appl. No.:
6/725509
Inventors:
Constantine W. Kulig - Windsor CT
Assignee:
Emhart Industries, Inc. - Farmington CT
International Classification:
G01N 2100
US Classification:
250223B
Abstract:
An inspection device is disclosed for inspecting glass containers for leaners and chokes as they are moved continuously past a single work station. The invention utilizes a video camera and processing circuits for determining the size of the opening of the finish of each container as well as the extent of its lean relative to predetermined acceptable limits. Containers having excessive lean or choke are rejected.
Constantine W Kulig from Narragansett, RIDeceased Get Report