Abstract: A reusable antiperspirant and/or deodorant dispenser with a removable front face that allows for the replacement of hygiene stick. The front face may be removed by sliding it upwards relative to a dispenser body until the front face disengages from the dispenser body. The front face may be re-attached to the dispenser body by snapping engagement tabs together. The used hygiene stick may then be removed by turning a rotational device such that a keyhole in the device aligns with a key on a spindle. A replacement hygiene stick may then now be inserted and seated on an elevator platform in the dispenser. In one embodiment, the hygiene stick may be sold as a set with the spindle and the elevator platform.

Abstract: The present invention relates to non-settling fruit beverages (e.g., smoothies), including processes for making non-settling fruit beverages. In particular, the present invention provides processes for making storable non-settling fruit beverages.

Abstract: The present invention relates to non-settling fruit beverages (e.g., smoothies), including processes for making non-settling fruit beverages. In particular, the present invention provides processes for making storable non-settling fruit beverages.

Abstract: The present invention relates to non-settling fruit beverages (e.g., smoothies), including processes for making non-settling fruit beverages. In particular, the present invention provides processes for making storable non-settling fruit beverages.

Abstract: A system for monitoring and/or controlling the torque applied by a fluid driven tool for driving threaded fasteners, such as tools driven by either air or oil. The system includes a fluid flow meter to measure a parameter which is a function of the rate of fluid flow into the tool during operation of the tool, a transducer for converting the measured parameter into an electrical signal, and a data processing unit for processing that electrical signal into a signal representative of the torque applied by said tool. A system for digitally processing the measured parameter and comparing it to predetermined expected parameters to infer the condition of the fluid driven tool and for reporting that inferred condition is also included. The system is applicable to both nutrunner type fluid tools and impact wrenches.

Abstract: A system for monitoring and/or controlling the torque applied by a fluid driven tool for driving threaded fasteners, such as tools driven by either air or oil. The system includes a fluid flow meter to measure a parameter which is a function of the rate of fluid flow into the tool during operation of the tool, a transducer for converting the measured parameter into an electrical signal, and a data processing unit for processing that electrical signal into a signal representative of the torque applied by said tool. A system for digitally processing the measured parameter and comparing it to predetermined expected parameters to infer the condition of the fluid driven tool and for reporting that inferred condition is also included. The system is applicable to both nutrunner type fluid tools and impact wrenches.