Abstract:
An oximetry probe assembly includes fluid seal assembly taking the form of a manually actuated plunger which moves relative to a barrel having a seal placed therein. Depression of the plunger causes the seal to be deformed so as to permit insertion of an oximetry probe through the seal and advancement towards a central venous catheter. When the plunger is released, the seal is compressed against the barrel and the sheath of the oximetry probe to thereby form a fluid-tight seal. The plunger and barrel are preferably configured as a one-handed grasping assembly whereby the user may hold the plunger and barrel with one hand, press the plunger with the thumb, and advance the oximetry probe through the fluid seal assembly with the other hand.
Abstract:
A multi-tubing ribbon wherein the side-by-side lengths of plastic tubing are ultrasonically welded together at spaced intervals along the length of the ribbon whereby to provide a multi-tubing ribbon having non-welded sections spaced along its length which renders it very adaptable for use in a variety of situations and a process and apparatus for fabricating same.
Abstract:
A washing apparatus for small parts which will permit the loading of the parts into the apparatus in a fast and efficient manner and at the same time will afford maximum cleaning of the parts. The particular component parts for which the machine is specifically designed are utilized in the fabrication of intravenous solution administration sets. The washing apparatus includes a plurality of basket members which are pivotally carried by a rotatable carrier member. The baskets are pivoted in such a manner in conjunction with the apparatus that they can be extended outwardly for emptying purposes, yet are locked into the carrier so that the parts are retained therein. A spray system is also provided in the washing apparatus so as to afford maximum cleaning of the parts as well as a rinsing of the washing solution with subsequent drying.