Abstract: In one aspect, a method of dispensing a test strip is provided in which the dispensed test strip remains stationary while the inner housing moves within an outer housing. In another embodiment, a test strip dispenser is provided that dispenses one test strip at a time. The test strip dispenser includes a movable inner housing nested inside an outer housing. A test strip dispensing system is also described.

Abstract: In one aspect, a method of dispensing a test strip is provided in which the dispensed test strip remains stationary while the inner housing moves within an outer housing. In another embodiment, a test strip dispenser is provided that dispenses one test strip at a time. The test strip dispenser includes a movable inner housing nested inside an outer housing. A test strip dispensing system is also described.

Abstract: In one aspect, a method of dispensing a test strip is provided in which the dispensed test strip remains stationary while the inner housing moves within an outer housing. In another embodiment, a test strip dispenser is provided that dispenses one test strip at a time. The test strip dispenser includes a movable inner housing nested inside an outer housing. A test strip dispensing system is also described.

Abstract: In one aspect, a method of dispensing a test strip is provided in which the dispensed test strip remains stationary while the inner housing moves within an outer housing. In another embodiment, a test strip dispenser is provided that dispenses one test strip at a time. The test strip dispenser includes a movable inner housing nested inside an outer housing. A test strip dispensing system is also described.

Abstract: Metering systems for measuring the concentration of an analyte in a fluid sample are provided. More particularly, transport mechanisms for use with such metering systems for moving a test sensor or the like between various operating positions of a metering system such as a storage position and a test position are described.

Abstract: Method and apparatus is described for removing oxygen from a can and frothy head inducing capsule of a lightweight two piece can beverage pack storing alcoholic beverage under gaseous pressure. The method involves evacuating the can and the capsule combination and purging with an inert gas such as Nitrogen and retaining the purged condition of the capsule and of the can by filling the can with water. Just before the can is to be filled the can is inverted to pour the water away and is washed in a conventional manner and re-inverted ready for filling. The method may be automated by marshalling cans on a conveyor and purging a large number of cans simultaneously in a batch first of all to the evacuation, then the purging step and then the water filling step. Two batch purging units may be provided and operated out of synchronism to provide a continuous supply of purged cans partly filled with water ready for feeding to the can washing and filling facility.