Abstract: A composition for treating wounds of the skin, such as those caused by the bites of small insects or jellyfish, includes a wax or resin, an emulsifier, and ammonium hydroxide. The composition is applied to the skin in a thin layer, and when it dries, it forms a thin, protective film over the wound. Application of the composition has been found to provide temporary and immediate relief of pain and/or itching. The protective film shields the wound, and therefore aids in healing. The composition can be made of any of a variety of waxes or resins, and the emulsion can be formed with long-chain alcohol or fatty acid soaps, such as oleic acid or triethanolamine.

Abstract: A composition for treating wounds of the skin, such as those caused by the bites of small insects or jellyfish, includes a wax or resin, an emulsifier, and ammonium hydroxide. The composition is applied to the skin in a thin layer, and when it dries, it forms a thin, protective film over the wound. Application of the composition has been found to provide temporary and immediate relief of pain and/or itching. The protective film shields the wound, and therefore aids in healing. The composition can be made of any of a variety of waxes or resins, and the emulsion can be formed with long-chain alcohol or fatty acid soaps, such as oleic acid or triethanolamine.

Abstract: A method of treating minor burns includes applying a water-based wax emulsion to the area of the burn. When the emulsion dries, it forms a thin, protective film over the burn. Application of the emulsion has been found to provide temporary and immediate relief of pain and/or itching. The protective film shields the burn, and therefore aids in healing. The emulsion can be made of any of a variety of waxes, and the emulsion can be formed with long-chain alcohol or fatty acid soaps, such as oleic acid or triethanolamine, or any other materials that form a water-wax emulsion. The emulsion may be combined with a coloring agent and/or a perfume which will not affect the function of the emulsion.

Abstract: A method of treating wounds caused by the bites of small insects or jellyfish includes applying a water-based wax emulsion to the wound. When the emulsion dries, it forms a thin, protective film over the wound. Application of the emulsion has been found to provide temporary and immediate relief of pain and/or itching. The protective film shields the wound, and therefore aids in healing. The emulsion can be made of any of a variety of waxes, and the emulsion can be formed with long-chain alcohol or fatty acid soaps, such as oleic acid or triethanolamine, or any other materials that form a water-wax emulsion.

Abstract: A method of detecting gas leaks includes applying a foam to a surface to be tested, and watching for bubbles, or other movement, in the foam. The foam is formed of a liquid having air dispersed in the liquid. The bubbles formed in the presence of a leak are visible to the naked eye, and are different from the tiny bubbles which define the original foam. The foam adheres readily to the surface, and does not run off or drip. Moreover, a relatively small quantity of liquid is needed, because the foam includes mostly air. The method is thus more economical, and more reliable, than leak detecting methods of the prior art.

Abstract: The present invention is related to a method for providing a customized computer program to an end user comprising the steps of providing a plurality of program elements, and creating an interface arranged to access a group of program elements selected from said plurality of program elements. Preferably, the interface and group of program elements is customized for use by said end user.

Abstract: In accordance with the present invention there is provided a method for making a highly radiopaque polyolefin compound, wherein the radiopaque material in said compound is substantially uniformly dispersed and held within a polymer matrix. During the method one first heats an amount of polyolefin, preferably low density polyethylene, to at least its melting temperature. The amount of polyolefin is equal to at least 10% by weight of the compound. Then an amount of radiopaque metal powder is added to the polyolefin. The amount of radiopaque metal is equal to up to 90% by weight of the compound. The metal powder is preferably tantalum, tungsten, gold or platinum. Thereafter, an amount of a dispersing agent is added to the polyolefin to form a mixture. The amount of dispersing agent is equal to at least 0.2% by weight of the compound. The dispersing agent is preferably zinc stearate, aluminum stearate or calcium stearate. Lastly, the mixture is mixed and cooled below its melting temperature to form the compound.

Abstract: A flexible plastic catheter defines a flexible, distal tip. In accordance with this invention, the distal tip comprises a plastic formulation containing sufficient radiopaque agent to be substantially more radiopaque and preferably softer than portions of the catheter proximal to the tip. Thus, the distal tip area of the catheter can be flexible to avoid possible tissue damage as the catheter is advanced, but is still readily visible by x-ray. At the same time, the majority of the catheter may be of normal flexibility and strength.

Abstract: A flexible plastic catheter defines a flexible, distal tip. In accordance with this invention, the distal tip comprises a plastic formulation containing sufficient radiopaque agent to be substantially more radiopaque and preferably softer than portions of the catheter proximal to the tip. Thus, the distal tip area of the catheter can be flexible to avoid possible tissue damage as the catheter is advanced, but is still readily visible by x-ray. At the same time, the majority of the catheter may be of normal flexibility and strength.