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An improved emergency code cart (100) is provided. The cart contains a number of drawers (130), each containing medications (305, 310) and instruments (315) required for a particular code algorithm. The contents of each drawer are organized according to ACLS (American Cardiac Life Support) or other

An improved emergency code cart (100) is provided. The cart contains a number of drawers (130), each containing medications (305, 310) and instruments (315) required for a particular code algorithm. The contents of each drawer are organized according to ACLS (American Cardiac Life Support) or other guidelines. The cart also contains a computer (175) which is programmed with ACLS algorithms or other guidelines which are the current standard of emergency patient care. The cart's computer monitors the patient's EKG, blood pressure, pulse oximetry, and other indicators, providing diagnostic information to the medical personnel in the code team. Upon select of a code algorithm, the computer provides prompts according to the algorithm, issues alarms when the algorithm is not followed, provides automatic synchronized cardioversion, prints an EKG rhythm strip, and documents all activities occurring in a code, including withdrawal, replacement, and use of medication and instruments.

대표청구항 ▼

An improved emergency code cart (100) is provided. The cart contains a number of drawers (130), each containing medications (305, 310) and instruments (315) required for a particular code algorithm. The contents of each drawer are organized according to ACLS (American Cardiac Life Support) or other

An improved emergency code cart (100) is provided. The cart contains a number of drawers (130), each containing medications (305, 310) and instruments (315) required for a particular code algorithm. The contents of each drawer are organized according to ACLS (American Cardiac Life Support) or other guidelines. The cart also contains a computer (175) which is programmed with ACLS algorithms or other guidelines which are the current standard of emergency patient care. The cart's computer monitors the patient's EKG, blood pressure, pulse oximetry, and other indicators, providing diagnostic information to the medical personnel in the code team. Upon select of a code algorithm, the computer provides prompts according to the algorithm, issues alarms when the algorithm is not followed, provides automatic synchronized cardioversion, prints an EKG rhythm strip, and documents all activities occurring in a code, including withdrawal, replacement, and use of medication and instruments. the upstream chamber recess portion (4) of the filter (2) and the bottom portion (1A) of the fuel pump receiving case (1) by the high pressure fuel pump (PH) provided with the filter being arranged toward the bottom portion (1A) of the fuel pump receiving case (1) in a contact manner, an annular chamber (11) connected to the vapor discharge chamber (9) is formed by the outer periphery (PG) of the high pressure fuel pump (PH) and the inner periphery (1E) of the fuel pump receiving case (1), and the annular chamber is open to the portion below and close to the fixed liquid surface (X-X) of the vapor separator (V) by the vapor discharge passage (1P). d by a projection formed on said housing, said projection including a lip with a radially extending lower surface and an upper surface; a conduit extending into said opening, said conduit including a bead that extends radially outwardly of said conduit, said bead including opposite first and second side surfaces; a connector assembly connecting said conduit with said projection on said housing, said connector assembly including a clip having a base with an opening, said projection extending through said opening in said base and a portion of said base engaging said radial extending lower surface of said lip of said projection, said clip further including a plurality of resilient fingers that extends axially from said base and beyond said upper surface of said lip of said projection, said fingers including portions for snapping over said bead of said conduit and engaging said first side surface of said bead for connecting said conduit with said projection; and an annular seal interposed between said projection on said housing and said second side surface of said bead of said conduit, said second side surface of said bead and said projection contacting opposite surface portions of said annular seal, said clip being dimensioned so that, when said portion of said base of said clip engages said radially extending lower surface of said lip of said projection and said portions of said fingers of said clip engage said first side surface of said bead of said conduit, said annular seal is axially compressed by said bead and said projection and all of said lip of said projection, said bead of said conduit, and said annular seal are interposed between said portion of said base and said portions of said fingers of said clip. 6. A power steering-apparatus as defined in claim 5 wherein said portion of said base of said clip includes an axially extending flange, said flange defining said opening in said base. 7. A power steering apparatus as defined in claim 5 wherein each finger of said fingers of said clip includes a tapered portion which biases said finger radially outwardly when pressed axially against said bead of said conduit for enabling said finger to snap over said bead of said conduit. 8. A power steering apparatus as defined in claim 5 wherein said opening in said base of said clip has a diameter that is greater than a diameter of said projection and is less than a diameter of said lip of said projection, said portions of said fingers collectively defining an end opening of said clip, said end opening having a diameter that is less than the diameter of said lip of said projection.