Abstract: The present invention relates to an improved I.V. cover/protector which includes a housing having a generally triangular top, a larger end-wall, a smaller end-wall, and two tapered sides. Two flexible wings are joined by a living hinge along the edge of the two tapered sides. An arch defines a passage through the larger end-wall into the housing. Protuberances are located along the inside walls of the arch for prehension of a catheter/catheter line. The passage defined by the arch and protuberances is oblique to the plane of the flexible wings so that the catheter/catheter line slants downwards toward the insertion site.

Abstract: The present invention is directed to an intravenous needle protector which comprises a housing with a body and a terminating surface, at least one opening is in the body at the terminating surface for passage of the tubing which extends from the intravenous needle. The terminating surface extends from the body for the attachment of tape. The tape may be a part of the terminating surface or applied to that surface as well as to a person's body to hold the housing over the area of the intravenous needle injection. The body includes recedable retention means for retaining the needle. The body is preferably an oblong shape and has thin walls. The protector of the present invention is preferably produced as a plastic injected molded product out of such plastics as polyolefins such as polyethylene or polypropylene or other plastic materials such as polycarbonates.