Tannas Company

Packaging Resources Incorporated

Other

Huhtamaki Holding, Inc.

Joseph S Trombley

Theodore W Selby

James R Cotter

Donald A Tomalia

Marc J Hildebrandt

Eric B Schaper

Jeffrey E Parker

Richard H Hall

Gregory C Miiller

Christopher John Rudy

Michael A Tubbs

Gregory C Miller

A molded plastic cup comprising a generally cylindrical body portion, a rim and a handle, and a method of forming the cup. The body portion has an open upper end, and the rim extends radially outwardly from the perimeter of the open end of the body portion. The handle is formed as an integral part of the cup. The handle extends outwardly from substantially diametrically opposed portions of the rim and then along the rim on one side of the cup between the diametrically opposed portions. The end portions of the handle extend from the rim, and are sufficiently flexible to allow the handle to be bent upwardly from the rim so that the handle arches diametrically across the upper end of the cup. The entire cup is thermoformed from a single sheet of plastic.

Plastic cup with integral handle and method of forming plastic cup with integral handle

Integrated cooling, heating food preparation system has a food containing volume; a device to refrigerate food in that volume; a device to cook the refrigerated food in the same volume; and, optionally, a device to keep warm and/or refrigerate the cooked food in the same volume. The system is suitably controlled, preferably by remote control activation, for a few examples, through a public exchange computer communications system or by radio. The system can be embodied in a form in which the food containing/heating unit is placed in a pre-existing or modified refrigeration cabinet.

Integrated cooling, heating food preparation system

Integral handle for plastic container

A molded plastic beverage cup comprising a generally cylindrical body portion, a rim and a handle, and a method of forming the cup. The body portion has an open upper end, and the rim extends radially outwardly from the perimeter of the open end of the body portion. The handle is formed as an integral part of the cup. The handle extends outwardly from substantially diametrically opposed portions of the rim and then along the rim on one side of the cup between the diametrically opposed portions. The end portions of the handle extend from the rim, and are sufficiently flexible to allow the handle to be bent upwardly from the rim so that the handle arches diametrically across the upper end of the cup. The entire cup is thermoformed from a single sheet of plastic.

Plastic beverage cup with integral handle and method of forming plastic

Oven, for example, embodied as a foam tester, can heat and cool circulating gas, and hence, contained sample containers, rapidly. A volume for containing coolant material is provided for cooling the oven volume is provided apart from the oven volume, and the cooling volume is adapted to contain cooling material, at least during operation of the cooling cycle. Optionally, the cooling volume can be closed off from the oven volume when the device is in heating mode and opened when in cooling mode, but preferably, it is not but has a drainable liquid, for example, water, cooling system installed in the cooling volume. The device may have an air plume; preferably however, it has such a plume eliminated with high circulation blowing and mixing of the bath gas, for example, air, provided. Accessories such as a removable drain tray, and so forth, may be added. The exemplary devices are particularly useful for testing for the foaming characteristics of liquids, and the principles of the cooling volume can be applied to cabinet ovens in general. As an option, gel or cooling other than liquid in radiator cooling, for example, solid state cooling, may be employed. Test methodology can include injection of a gas to include a preheated gas, for example, air, into an oleaginous liquid sample, for example, oil or transmission fluid, especially having standardized, predetermined level(s) of contaminant(s).

Rapidly cyclable foam testing oven

Apparatus for sample volatilization and collection has a housing which includes volatilization and collection equipment mounting adaptation(s) and a pressure gage for monitoring internal pressure of such equipment. The housing can contain power and/or power line(s) to include for heating the equipment and/or providing a vacuum for the equipment, and/or a device for providing an internal vacuum for the equipment; additional condition monitoring gage(s), and so forth. The apparatus can include the equipment, which can be especially adapted for Noack-type testing.

Noack-type test unit

Test unit for volatilization and collection of oil

Foam tester device, which is useful for testing the foaming of liquids at elevated temperatures, has an insulated cabinet containing a temperature-regulatable volume; a heater capable of heating a gas for the volume; a feature to circulate heated gas in the volume; an access system such that sample container(s), each capable of holding a liquid sample, is(are) insertable into the volume so as to be heated; and a feature, for example, a window, to observe any sample(s) in the sample container(s) such that observation can be conducted from outside the cabinet. The foam tester is a gas, especially air, bath. Cooling may be provided by water or other liquid, for example, propylene glycol and water mixture, and/or by insert of a cooling device, for example, a cooling carosel or insert drawer in place of the foam tester sample carousel. Foam test operation is simplified, and the foam tester may be employed to operate sample testing cycles without removal of samples from the tester between tests.

Foam tester

Growing community of inventors

Auburn, MI, United States of America

Joseph S Trombley