Saint-gobain Performance Plastics Corporation

Alcon, Inc.

Furon Company

Peter N Nguyen

Kenji A Kingsford

Alexander N Artsyukhovich

T Scott Rowe

Bruno X Lassalas

Thomas J Sievers

Tom J Sievers

Dennis S Kwiecinski

An optical fiber detector, and a method and system for optical fiber detection are disclosed. One embodiment comprises a receptacle, to receive and position an optical fiber connector, an infra-red ('IR') source for providing an incident IR beam onto a cross-sectional face of an optical fiber and a cross-sectional face of the optical fiber connector, and an IR detector for receiving a reflected IR beam from the face of the optical fiber and the face of the optical fiber connector and generating a detector signal representative of the intensity of the reflected IR beam, wherein the intensity of the reflected IR beam is representative of the presence and type of the optical fiber. It is contemplated that the optical fiber detector of this invention can be implemented or incorporated in any machine or system requiring connection of an optical fiber to a light source.

Optical fiber detection method and system

Fittings of this invention comprise a body having a substantially hollow transport passage extending between a body first end and a body second end. The fitting body ends are adapted to accommodate attachment with respective fluid handling devices. The fitting has a hexagonal outside surface portion for grasping and rotating the fitting. An interlocking attachment member is disposed along an outside surface of the fitting body and is adapted to form an interlocking attachment with a complementary member of a fluid handling device when the fitting is connected thereto. The interlocking attachment member comprises a plurality of ratchet teeth that are configured to register with a complementary fluid handling device member. The fitting body first end includes a tongue that is configured to provide an interference fit within a groove in a fluid handling device opening to provide a leak-tight seal between the fitting the fluid handling device.

Universal interlocking fitting

A dispense head assembly comprise a housing, and a body having a fluid inlet and outlet attached to the housing. A piston is disposed within the body and housing and is attached at one end to an actuating handle. A poppet/diaphragm is attached to the opposite piston end and includes an imperforate head, a thin-walled sleeve that extends axially away from the head, and a tongue that defines a terminal edge of the sleeve and that forms a leak-tight interference seal with the body. The poppet/diaphragm sleeve is rolled between opposite piston and assembly wall surfaces to provide open- and closed-flow poppet/diaphragm movement. A dip tube adapter is releasibly attached to the housing and body. A tongue and groove seal arrangement is used to form a leak-tight interference seal therebetween. A dip tube is attached to the second adapter body end to provide fluid pick-up from a fluid container to the dispense head assembly. A retainer ring is attached to the adapter body, and a handle mount is pivotably attached to the ring. The handle mount registers with the dispense head body when it is attached to the adapter, thereby providing a pivot end to the handle to permit piston movement and related open- and closed-flow poppet/diaphragm assembly operation.

Dispense head assembly

Fluid handling devices comprise a body having a fluid passage therethrough and a fluid inlet and outlet at passage ends. The body is formed from a non-metallic material in a number of different forms, e.g., pipe fittings, pipes, valves and the like. The body includes weldable stubs that extend outwardly therefrom that are designed to facilitate welded attachment with the weldable stubs of an adjacent fluid handling device. To facilitate accurate rotational positioning of the device vis-a-vis other adjacent devices, one or more alignment marks are positioned along the device surface. The alignment marks are positioned on the device to provide an indication of rotational position of the device about an axis running through at least one of the weldable stubs. In one embodiment, the alignment marks are integral with and placed along an outside surface of the device body. In another embodiment, the alignment marks are integral with and placed along an outside surface of the weld stubs. The number of alignment marks placed on the fluid handling device can vary depending on the particular fluid handling device geometry and application. Devices of this invention can also include stubs that are specially engineered having a compact design to facilitate welding installation by providing a desired weld crush. Additionally, devices of this invention can also include a measuring reference point integral with the body for providing a measuring point between adjacently arranged fluid handling devices.

Rotationally orientable fluid handling devices

A coupling system comprises a first coupling member having a tongue that projects axially a distance therefrom, and a second coupling member that is threadable attached to the first coupling member. The tongue is inserted within a groove disposed within a second coupling member body. The tongue is axially displaced within the groove by rotation of one of the first or second coupling member relative to the non-rotated coupling member to form a leak-tight seal therebetween. At least one of the first or second coupling member body includes a hollow passage that extends axially therethrough. An elastomeric member is disposed within the groove and is interposed between a base portion of the groove and an end portion of the tongue. The elastomeric member is sufficiently compressible to enable further axial displacement of the tongue within the groove after the leak-tight seal is achieved, thereby providing rotatable adjustment of the first and second coupling members vis-a-vis one another while maintaining such leak-tight seal. The elastomeric member enables the first or second coupling member to be rotatably adjusted from 1 to 360 degrees or more vis-avis the other, after contact between the tongue and elastomeric member, to achieve a desired orientation between the fluid handling members coupling members.

Growing community of inventors

Garden Grove, CA, United States of America

Peter N Nguyen