Becton Dickinson and Company Limited

Other

Mccormick & Company, Inc.

General Mills, Inc.

Seb S.a.

Heineken Supply Chain B.v.

The Hershey Company

David Richard Stonehouse

Sandra K Hand

William Marshall

Tracie L C Wilson

Mark A Follman

Tracie Lynn Wilson

David Morrison Russell

Andrew Macleod

John Antony Stephenson

Jonathan Hogwood

Donald Scott Peebles

Timothy Michael Wood

Eric D Listenberger

Ian Dunckley

Sheryl S Brunken

David William Neil Edington

Craig Harvey Nelson

Adrian Mordue

John Coppendale

Scott Fedor

Benjamin Erland Impey

Rolland Lorbach

Michael J Newman

Philip Theaker

Carys Eleri Lee

Frances Brindle

David Livingstone

Paul Nigel Marsh

Marcus R Plato

Thomas Miller

Wilbert Paulus Schoenmakers

Philip Russell Fawcus

Anthony D Gaylor

Steven Jonathan Clarke

Stuart Michael Ruan Jones

Wilbert Paulus Johanna Maria Schoenmakers

Lawrence Lee Williams

Michel François Marie Robin

Carys Eleri Lloyd

Mark Humphries

A particulate sprayer includes a gas reservoir to hold a gas, a liquid reservoir to hold a product, and a low pressure section including an exit opening connected to the liquid reservoir. The product includes a liquid and solid particles. The low pressure section transports gas released from the gas reservoir over the exit opening. The product is drawn, pushed, or drawn and pushed from the exit opening into the transported gas to create a spray of the product to be sprayed from the particulate sprayer.

Particulate sprayer

A pen needle shield system according to the invention comprises at least an injection end shield positioned on the injection side of the hub, shielding the injection end of the needle after an injection, or in the event of an accidental triggering. The injection end shield is compressed toward the hub against the pressure of a biasing spring. The injection end shield engages a sleeve, which is arranged coaxially on the hub such that after the injection is administered the biasing spring pushes the injection end shield to cover the injection end of the needle, carrying the sleeve with it. The sleeve engages the hub, locking out the injection end shield in a position in which the injection end of the needle is covered by the injection end shield. The system also may incorporate a non-injection end shield that engages with the hub when a pen injector is unscrewed from the hub to lock out the non-injection end shield in the position protecting the non-injection end of the needle.

Safety pen needle with passive safety shield system

A safety shield system for a pen needle according to the invention has a first passive safety shield for the injection end of a needle, covering the needle before and after use, and a second passive safety shield for the non-injection end of the needle, covering the non-injection end of the needle before and after use, and locking in the covering position when the pen injector is removed.

Safety shield system for an injection pen needle

A pen needle according to the invention comprises a needle hub having a recess for a pen injector and vial. When the pen injector is loaded into the hub, the needle cannula mounted in the hub pierces the septum of the vial. A non-patient end (non-injection end) shield positioned in the hub member engages the pen injector and travels with the pen injector when the pen injector is removed, to shield the non-patient of the needle. The shield is locked into place securing the person administering the injection from accidental injury from the non-patient end of the needle.

Safety pen needle with non-injection end passive safety features

Chilling device for beverage container

Growing community of inventors

Cambridge, United Kingdom

David Richard Stonehouse