Abstract: A solidifier for a liquid, the solidifier comprising a mixture of absorbents having different apparent densities whereby at least one absorbent is negatively buoyant and at least one absorbent is positively buoyant relative to the liquid sought to be solidified. Packaging for the solidifier is disclosed for effecting selective dispersal of the solidifier within the liquid sought to be solidified.

Abstract: A system for delivering warm, humidified oxygen to patients at very low flow rates, the system including a conduit having an inlet connected to a source of humidified oxygen at a first flow rate and an outlet end for delivering humidified oxygen to a patient at a second flow rate that is less than the first flow rate. A first flowpath extends through a sidewall of the conduit for continuously bleeding oxygen from the conduit and a second flowpath extends through the sidewall of the conduit downstream from the first flowpath for continuously bleeding oxygen from the conduit at a rate of from about 0 liters/minute or above. A substantially solid member is movably positionable adjacent the second flowpath for selectively blocking and unblocking portions of the second flowpath for defining a variably dimensionable flow path in order to control over the amount of oxygen flowing through the second flowpath.

Abstract: A solidifier for a liquid, the solidifier comprising a mixture of absorbents having different apparent densities whereby at least one absorbent is negatively buoyant and at least one absorbent is positively buoyant relative to the liquid sought to be solidified. Packaging for the solidifier is disclosed for effecting selective dispersal of the solidifier within the liquid sought to be solidified.

Abstract: A system for delivering warm, humidified oxygen to patients at very low flow rates, the system including a conduit having an inlet connected to a source of humidified oxygen at a first flow rate and an outlet end for delivering humidified oxygen to a patient at a second flow rate that is less than the first flow rate. A first flowpath extends through a sidewall of the conduit for continuously bleeding oxygen from the conduit and a second flowpath extends through the sidewall of the conduit downstream from the first flowpath for continuously bleeding oxygen from the conduit at a rate of from about 0 liters/minute or above. A substantially solid member is movably positionable adjacent the second flowpath for selectively blocking and unblocking portions of the second flowpath for defining a variably dimensionable flow path in order to control over the amount of oxygen flowing through the second flowpath.

Abstract: The present invention provides a novel terminal for an end of a cable that includes at least two electrical conductors. One especially suitable cable is one that includes the common constantan and copper conductors employed in thermocouple applications. In accordance with one aspect of the present invention, the terminal includes first and second housing sections which, when combined, define an electrically insulative housing for the receipt and anchoring therein of one end of a cable without the use of fasteners of any type aside from the structural features of the housing sections. The first and second housing sections each comprise a thin planar base having a plurality of projections extending from one surface thereof that are received in frictional mating engagement when the two housing sections are joined.