Hewlett-packard Company

Other

Abbvie Inc.

James M Cameron

John A Underwood

Norman E Pawlowski

John A Barinaga, Jr

Winthrop D Childers

Steven B Elgee

Kenneth R Williams

Rhonda Lynn Wilson

John A Barinaga

James E Clark

Susan M Hmelar

Eric L Gasvoda

Tod S Heiles

Bret K Taylor

Mark J Hauck

S Dana Seccombe

Wolfgang Fraunhofer

Linas P Laurusonis

Robert L Battey

Ngoc-Diep T Nguyen

Gary L Miller

John Sturman

Juan-Antonio Sabate Saumell

A wearable automatic injection device is provided for administering a final medicament to a patient. The wearable automatic injection device comprises a housing, an injection assembly for injecting the patient with the final medicament, a container holding a bulk intermediate medicament and a diluent to be mixed to form the medicament, and a mixing mechanism for mixing the bulk intermediate medicament and the diluent in the container to form the final medicament prior. A system for administering a final medicament to a patient is also provided. The system comprises a container, a mixing mechanism for mixing a bulk intermediate medicament and a diluent in the container to form the final medicament, and a wearable automatic injection device configured to receive the container.

Wearable automatic injection system and apparatus

A carriage, driven along a carriage rod, rests on the carriage rod at carriage V-bearings. The V-bearing connection is open at the bottom. A magnetic preloader applies a magnetic force biasing the carriage toward the carriage rod. A roller coupled to the carriage runs along a track surface away from the carriage rod. At high slew velocities, a local discontinuity, such as a bump, encountered by the roller causes an acceleration of the roller away from the track surface. The upward rotation causes a torque rotating the carriage around the carriage rod. A magnetic restoring torque is applied in the vicinity of the roller to keep the roller running smoothly along the track surface.

Carriage bearing preloader and antirotation restoring force for reducing carriage vibration

An ink container that includes a collapsible ink reservoir having first a side and a second side that are opposing, a first spiral conductive coil attached to the first side, a second spiral conductive coil attached to the second side, stiffeners disposed over the first and second coils, and a pressure vessel for pressurizing the outside of the ink reservoir.

Ink container with an inductive ink level sense

In the preferred embodiment, an inkjet printer includes a replaceable print cartridge which is inserted into a scanning carriage. An ink tube extends from the scanning carriage to a separate ink supply located within the printer. A fluid interconnect on the print cartridge connects to a fluid interconnect on the carriage when the print cartridge is inserted into the carriage to complete the fluid connection between the external ink supply and the print cartridge. In one embodiment, the fluid interconnection is made between the print cartridge and the ink tube simply by placing the print cartridge into a stall in the scanning carriage. A pressure regulator, which may be internal or external to the print cartridge, regulates the flow of ink from the external ink supply to the print cartridge. The external ink supply may be pressurized or non-pressurized.

Inkjet printer with off-axis ink supply

A module for a printing composition delivery system of a printing device that is a separable unit from the printing composition delivery system is disclosed. An embodiment of the module includes a printing composition supply station connector, a printing member connector, and a flexible conduit. The printing composition supply station connector is releasably attached to a printing composition supply station of the printing composition delivery system and has a coupler fluidly connectable to a printing composition supply of the printing composition supply station. The printing member connector is releasably attached to the printing device and has a coupler fluidly connectable to the printing member. The flexible conduit includes a first end fluidly connected to the coupler of the printing composition supply station connector and a second end fluidly connected to the coupler of the printing member connector to supply printing composition from the printing composition supply to the printing member. The module may additionally include a housing covering a portion of the coupler of the printing member connector and enclosing a portion of the flexible conduit adjacent the printing member connector. The printing composition supply station connector, the printing member connector, the flexible conduit, and the housing, if present, are a separable unit from the printing composition delivery system. A method of installing and removing the module is also disclosed.

Replaceable module for a printing composition delivery system of a

The present invention is a replaceable ink container for use with a printing apparatus. The printing apparatus of the type having out of ink detection. The replaceable ink container includes a fluid reservoir having an outlet. The outlet is configured for connection to a fluid inlet associated with the printing apparatus. Also included in the replaceable ink container is an actuator engagement device for engaging an actuator associated with the printing apparatus. The actuator is of the type that is movable between a first position wherein an out of ink signal is generated and a second position. The actuator engagement device is disposed and arranged to engage the actuator to prevent movement of the actuator from the second position to the first position thereby preventing the out of ink signal.

Ink container configured for use with a printing device having an

An ink supply for an ink-jet printer is provided with a main reservoir, which is typically maintained at ambient pressure. The main reservoir is coupled to a variable volume chamber via a one-way valve which allows the flow of ink from the reservoir to the chamber and prevents the flow of ink from the chamber to the reservoir. The chamber is coupled to a fluid outlet which is normally closed to prevent the flow of ink. However, when the ink supply is installed in a printer, the fluid outlet establishes a fluid connection between the chamber and the printer. The chamber is part of a pump provided with the ink supply that can be actuated to supply ink from the reservoir to the printer. The volume of the chamber can be monitored during actuation of the pump to detect when the quantity of ink within the ink supply is low.

Out-of-ink sensing system for an ink-jet printer

An inkjet printing mechanism has an inkjet printhead which controllably ejects multiple ink droplets and a carriage to carry the printhead. The carriage is designed to move the printhead through a print zone to a service station where the printhead is serviced. During a servicing mode of operation, the printhead ejects ink droplets at the service station to clear the printhead nozzle orifices prior to printing. A reservoir is provided at the service station to collect the ink droplets ejected from the printhead during the servicing mode. A venturi passageway is also positioned at the service station adjacent to the reservoir. The venturi passageway guides the ink droplets ejected from the printhead into the reservoir.

Venturi spittoon system to control inkjet aerosol

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Portland, OR, United States of America

James M Cameron