Fillmaster Systems, LLC

Other

Hrp Technology, Inc.

Stuart R Amos

Kevin Barnes

Michael Seay

Kevin Kubit

Adam Delecki

Brad Humbert

Joshua Barnes

William Alan George

Christopher A Dykes

John Kohlman

Automatic flavoring and water dispensing systems are disclosed. The systems may be used to add flavorings to medications, and to reconstitute medications by adding water. The systems include multiple flavoring containers communicating with a valve assembly that controls the type and amount of each flavoring to be delivered during a dispensing operation. Water for reconstitution purposes may be provided through the flavoring valve assembly and/or through a separate valve. An input device such as a code scanner may be used to input data regarding the type of medication to be flavored into the system, and a flavoring formulary may be used to provide multiple flavoring options. The dispensing system allows for automatic dispensing of medication flavorings and/or reconstitution water from a single unit.

Automatic reconstitution water dispensing systems for medications

Valve assemblies for use in automatic flavoring dispensing systems

Medication flavoring dispenser

Automatic flavoring and water dispensing systems for medications

A rotary valve having inner and outer sleeves includes multiple ports configured to provide pressure and vacuum pulses when the sleeves are rotated with respect to each other. A source of pressure and vacuum is connected to the rotary valve, and the inner sleeve is rotated to generate pressure and vacuum pulses. The alternating pressure and vacuum pulses may be used to remove obstructions in conduits such as piping systems. The rotary valve may also provide static positions where no vacuum or pressure is available. The valve may be motor driven and the pressure/vacuum pulse frequency may be controlled based upon the relative speed of rotation of the sleeves.

Rotary fluid flow valve

A device for alternately applying pressure and vacuum to pipes in order to remove or prevent build-up of undesirable coatings inside the pipes is disclosed. The device includes a pressure and vacuum source connected to a plenum having a hose attached to the plenum at a proximal end and a control mechanism attached to the hose near a distal end. The control mechanism is operable to control the plenum to rapidly switch between variable amounts of vacuum and pressure to the hose. The plenum may also be controlled to supply neither vacuum nor pressure to the hose. The device may be used in a wide variety of settings, including industrial, commercial, marine hospitality industry, and household settings.

Method and apparatus for unclogging flow systems

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Phoenix, MD, United States of America

Stuart R Amos