Scott Paper Company

Johns Hopkins University

American Cyanamid Company

Louis Hoffman Associates Inc.

Charles B Sanders

Louis S Hoffman

William Bohmer

Martha E Kerch

Ralph J DeVito

Richard D Watkins

Brian R Langille

Marc Shanko

Bart J Zoltan

Clark F Bow

Ralph J Devito

Beth L Laube

George K Adams, Iii

Ralph DeVito

Walter Harrington

Clark Bow

Improved, compact apparatus for use in inhaling pharmaceutical aerosols. The apparatus increases aerosol deposition to the bronchiolus while it limits deposition in the oropharynx. The volumetric flow rate is limited by the use of orifices in the far end of the rigid holding chamber. The invention is also designed to make it easy for the patient to inhale the medication at the proper point in his respiratory cycle. Besides the rigid holding chamber the apparatus of the invention utilizes a unique and compact integrated flow meter to deliver to the patient a volume of unmedicated ambient air before the inhalation of the medicine containing aerosol. When the apparatus is not in use, it folds up, so that some of the integrated flow meter apparatus, and the mouthpiece are located inside the rigid holding chamber thereby minimizing the size of the device.

Medication delivery system phase two

The present invention provides a method and apparatus for continuous delivery of a liquid from individual liquid holding containers to a common discharge outlet. A bulk package is adapted to removably store a plurality of sealed liquid containers in predetermined positions within the package. The top surface of the package defines a plurality of openings for exposing the tops of the individual containers stored within the package. A removable lid includes a plurality of sharp discharge outlets or hollow spikes corresponding in number and disposed in alignment with the openings defined on the top surface of the package. The sharp discharge outlets extend from the lower surface of the lid, and are employed to puncture the openings in the individual containers stored within the package. The lid itself defines a hollow chamber providing a reservoir for receiving the flow of liquid from the individual containers. A harness support is provided to encase the outer periphery of the package and includes a clamp for driving the top lid into the upper surface of the package for puncturing the sealed openings of the individual containers stored within the package. The package can be supported by the harness in an inverted position to result in simultaneous flow of liquid from the individual containers into the hollow reservoir defined in the lid.

Method and apparatus for simultaneous and continuous delivery of liquids

The disclosure relates to an apparatus for dispensing sheet material such as paper towels. The dispensing apparatus when activated dispenses sheet material for a predetermined time which results in a predetermined length of sheet material being dispensed. The dispensing apparatus is actuated in response to the proximity of a portion of a hand of a user to the dispensing apparatus without the hand of a user contacting the apparatus. The dispensing apparatus dispenses sheet material from a roll of material by means of an electrical motor operating for a predetermined time to advance a predetermined length of the sheet material. The motor for advancing a predetermined length of the sheet material can be battery powered. The housing of the dispensing apparatus has a modular frame having a first compartment for the means for advancing the sheet material and a second compartment for the means for activating the advancing means. The dispensing apparatus can include means for storing energy for energizing the advancing means in response to the withdrawal of sheet material from the dispensing apparatus by a user.

Apparatus for dispensing sheet material

Electrical batteries are integrated with a disposable container of flowable material for powering a dispensing apparatus. The disposable container includes a deformable chamber for containing a predetermined quantity of material to be dispensed, and an electrically energized actuating member deforms the chamber for dispensing the flowable material. The dispensing apparatus is actuated by a photocell system which electrically energizes the actuating member in response to the proximity of a user to the dispensing apparatus without the user contacting the apparatus. The photocell system normally is inactive, and is rendered active by a sensor for detecting the proximity of a user to the apparatus.

Electrically operated dispensing apparatus and disposable container

Growing community of inventors

Cedar Grove, NJ, United States of America

Charles B Sanders