Advanced Biomaterial Systems, Inc.

Other

Illinois Tool Works Inc.

Pitney Bowes Inc.

The Lee Company

Damian Bianchi

Donald E Barker

Roy B Bogert

James W Nelson

Linda M Trebing

John P Carr

Kenneth R Gleason

John P Miller

Jeffrey G Cartin

Serge Doyen

Joseph Riccitelli

Benjamin E Greenfield

Jeffrey W Jolie

Dave Courcy

David M Wheeler

An installation tool for installing an insert into a bore having a bore material, the insert having a fluid component disposed within a housing, the installation tool including: an outer tool member and an inner tool member, the inner tool member being concentric with, smaller in diameter than, and slidingly engaged within the outer tool member, the inner tool member being configured to axially drive the insert into the bore; wherein an upper end of the outer tool member forms and defines a blind cavity between the inner tool member at one end of the blind cavity and a cavity end wall at an opposing end of the blind cavity; wherein a resilient biasing member is disposed within the blind cavity, the resilient biasing member being configured to provide an axial load on the inner tool member.

Method of and device for installing a component in a bore

By providing a plurality of cylindrically shaped tube members nested together in coaxially aligned relationship, with each tube member being connected to a separate and independent control segment, with the control segments being constructed for raising and lowering the associated tube segment, an easily produced, reliable, dependable, and highly portable telescopically extendable and retractable multi-element system is realized. In the preferred embodiment, each control segment incorporates a separate endless loop drive belt which is cooperatively associated with a pair of pulleys mounted at opposed ends of the segment. Furthermore, each control segment is interconnected to the endless loop drive belt of an adjacent segment for causing all of the segments to move simultaneously in response to the initial movement of a first control segment.

Readily extendible telescopic lifting system

Apparatus and methods for mixing and dispensing components. The methods and apparatus of the invention are particularly advantageous to manually mix the components of radiopaque bone cement and inject the resulting radiopaque bone cement into skeletal structures. The manually actuated apparatus of the invention comprises: (1) a sealed mixing chamber for mixing components; (2) a dispensing chamber isolated from the sealed mixing chamber; (3) a controllable portal to open a flow path between the sealed mixing chamber and the dispensing chamber so that the dispensing chamber can receive the mixed components after they are mixed; and (4) a drive mechanism associated with the dispensing chamber to force the mixed contents from the dispensing chamber.

Apparatus for mixing and dispensing components

Apparatus and methods for mixing and dispensing components. The methods and apparatus of the invention are particularly advantageous to mix the components of radiopaque bone cement and inject the resulting radiopaque bone cement into skeletal structures. The apparatus of the invention comprises: (1) a sealed mixing chamber for mixing components; (2) a dispensing chamber isolated from the sealed mixing chamber; (3) a controllable portal to open a flow path between the sealed mixing chamber and the dispensing chamber so that the dispensing chamber can receive the mixed components after they are mixed; and (4) a drive mechanism associated with the dispensing chamber to force the mixed contents from the dispensing chamber.

A top registration transport mechanism and method for a mailing machine is provided. The transport mechanism includes one or more displaceable rollers that have a diameter larger than the drive/idler rollers. A semi-elastic belt is looped around the drive/idler rollers and displaceable rollers. The larger diameter of the displaceable rollers causes a portion of the transport belt in the area of the displaceable rollers to be slightly raised. The registration plate can contact the raised portion of the belt to displace the belt and displaceable rollers, thereby ensuring that very thin mail pieces can be effectively processed by the transport. As thicker mail pieces traverse the transport, the displaceable rollers can be further displaced before the entire transport mechanism must be displaced to maintain registration of the mail piece against the bottom of the registration plate.

Transport mechanism and method for a mailing machine

Apparatus and method for displaying bulk items and selectively dispensing a designated quantity of the bulk items from a multiplicity of the bulk items upon demand includes containing a multiplicity of bulk items in a volume of the bulk items within a bin and simultaneously conveying bulk items in a horizontal direction toward one end of the bin, adjacent the bottom of the bin, and in a vertically upward direction, adjacent the one end of the bin, to move bulk items from the volume of bulk items to an elevated dispensing outlet, in response to a demand, while at the same time tumbling the bulk items within the volume to separate the bulk items from one another for delivery of the designated quantity of individual, discrete selected bulk items to the dispensing outlet.

Modular bulk display and dispensing apparatus and method

An intelligent fluid delivery system and method for controlling fluid delivery and monitoring parameters of fluid usage in a fluid jet printing system. The intelligent fluid delivery system (IFDS) includes the controls and electronic of the base station and fluid bottle. The replaceable base station, or nest, includes a micro-controller, independent of the main controller of the main printing system, for controlling fluid delivery and fluid management. The intelligent fluid delivery system provides a detection mechanism so that it can be ascertained with near certainty that an inserted fluid bottle is an appropriate fluid bottle having a fluid media that is compatible with the fluid jet printing system (e.g., within the specifications of the printing system and suitable for use with the other components of the ink jet printing system). The micro-controller of the intelligent fluid delivery system may be programmed to record and store information relating to the fluid bottle and the fluid media that may be useful when servicing the printing system. The intelligent fluid delivery system also improves the reliability of fluid delivery and fluid management, and hence, the overall performance of the fluid jet printing system by preventing/reducing the use of unknown or non-compatible fluid media. The intelligent fluid delivery system provides an improved fluid delivery system with controlled metering of fluid media, recording capability for the fluid delivery function(s), wireless communication of information between the base station and the fluid bottle, and can also provide communication of status and other information between the base station micro-controller and the main printing system (e.g., OEM provided) controller.

Growing community of inventors

Durham, CT, United States of America

Damian Bianchi