Jack M Olich

20040189007, Sep 30, 2004

Mar 31, 2004

10/814720

Jack Olich - Mahopac NY, US

F16L055/00

285/353000

A flexible or flared tube connecting devices for handling gas or fluids has a threaded or snap-fit components for quickly attaching and detaching a coupling while achieving an effective seal that is not prone to leaking or breakdown due to weak sealing force or over-tightening of coupling components with resultant over-stressing of seal components. A spring applies compression force to a sealing body whereby the force applied from the spring is the sole source of compression force and is not susceptible to distortion due to over-tightening of the coupling.

20050096695, May 5, 2005

Nov 3, 2003

10/698109

Jack Olich - Mahopac NY, US

A61D001/00
A61B017/08

606213000

A seal for use in a cannula or tube, such as a surgical trocar cannula, is adapted to form a pressure barrier seal between two spaces and is adapted to accommodate a wide range of instrument diameters and objects passed therethrough. The present invention is directed to a generally cylindrical seal plug made of flexible foam materials and having a central orifice extending through along a central axis. In the preferred embodiments, the foam material is preferably a flexible foam material such as polyurethane foam.

20050196287, Sep 8, 2005

Nov 3, 2004

10/980857

Jack Olich - Mahopac NY, US

F04F001/06

417119000, 222212000, 222386000

A syringe having an elastic sleeve which defines a fluid chamber, and a plunger positioned within the elastic sleeve. The outer diameter of the plunger is greater than the inner diameter of the elastic sleeve such that the plunger elastically deforms the sleeve during use. A syringe pump system is also provided.

54544076, Oct 3, 1995

Aug 5, 1994

8/244329

Mark Huza - Mount Vernon NY
Michael Pesce - Mahopac NY
Jack M. Olich - Mahopac NY

Diba Industries Inc. - Danbury CT

B65B 3100

141 10

Apparatus and method are provided for the essentially automatic filling with pressurized ambient air of non-elastic inflatable objects to predetermined overpressures; and operate through the creation and sensing of a fluidic effect in the inflatable object attendant the filling of the same, the discontinuation of that fluidic effect when the inflatable object has been filled to the predetermined overpressure, the sensing of the discontinuation of the fluidic effect and the discontinuation of the supply of pressurized air to the inflatable object in response thereto. Provisions are made for adjustment in the predetermined overpressure to which the inflatable object is filled, and for reversing the operation of the apparatus and method to deflate inflated objects for re-use. The apparatus and method are particularly adapted to the filling of non-elastic dunnage bags in situ in cargo shipping containers to protect shock sensitive cargoes, and to the deflation of the same at the point of cargo destination for economic dunnage bag re-use.

40972372, Jun 27, 1978

Mar 4, 1977

5/774560

Bruce J. Oberhardt - Hartsdale NY
Jack Olich - Mahopac NY

Technicon Instruments Corporation - Tarrytown NY

G01N 2102
G01N 3102
G01N 3122
G01N 3316

23230B

A method for determining a volume of red cells in a blood sample. The method includes the steps of flowing along a conduit a predetermined volume of the sample, introducing an agglutinating reagent and a predetermined volume of a dye into the conduit to mix with the sample and agglutinate the red cells, the dye being of known concentration on the introduction thereof, decanting the agglutinated red cells from the conduit, and colorimetrically measuring the concentration of the dye in the conduit, the agglutinating reagent being characterized by a relatively high positive electrical charge and the dye being water soluble and characterized by not penetrating said cells and not forming a precipitate with the agglutinating reagent or with the soluble components of the sample and not lysing the cells or altering the volume of the cells.

40280560, Jun 7, 1977

Apr 20, 1976

5/678778

Lloyd R. Snyder - Yorktown Heights NY
Bruce J. Oberhardt - Hartsdale NY
Jack Olich - Mahopac NY

Technicon Instruments Corporation - Tarrytown NY

B01D 4300
B01L 1100
G01N 3300
G01N 3316

23230B

Apparatus and a method of separating a particulate portion as defined herein from a mixture including a liquid portion, including introducing the mixture into a stream of wash solution flowing along an open bore of a conduit, the wash solution having immiscible fluid segments therein, and subsequent to a separating step, collecting at least one of the aforesaid portions. Combined with these steps is the step of permeating over a period of time the internal surface of the aforementioned conduit with at least the aforementioned liquid portion. This retards the flow of the liquid portion which progressively lags behind the particulate portion until the two portions are separated by the segmented wash solution. Either or both portions may be collected, and when collected, the particulates are in washed condition. The aforementioned separation may be achieved on-line in a sample analyzer, and either or both collected portions may be reacted on-line with a reactant, and at least one product of the reaction may be analyzed on-line.

54944201, Feb 27, 1996

May 31, 1994

8/250538

James A. Mawhirt - Brooklyn NY
Jack M. Olich - Mahopac NY
Mark Huza - Mount Vernon NY

Diba Industries, Inc. - Danbury CT

F04B 706

417500

A self-aligning connection between a rotary and reciprocating pump piston allows relative radial movement between the pump piston and the rotary cam. The self-aligning connection is formed by a pin carried by the rotary cam and is positioned in a radial recess located in the pump piston. An improved drive for the rotary cam is perfected by a cam follower pin supported from the housing by a roller bearing race which is pressed fitted within a bore formed by the pump housing. The pump piston abuts a TEFLON pad located in the pump cylinder to reduce dead space and insure that the pump produces accurate volumes. The employment of different plastic materials between the rotary cam and the pump housing provides an improved bearing surface.