Abstract: The present disclosure generally relates to a method of creating a bathwater soak which renders bathwater viscous and slippery.

Abstract: The present disclosure generally relates to a bathwater additive which renders the bathwater viscous and slippery.

Abstract: A skin exfoliating and softening composition, comprising sodium polyacrylate powder at between 5% to 70% by weight dispersed in a solution of base oil. The composition comprises sodium polyacrylate powder mixed with any suitable base oil including food grade oils, synthetic oils, natural oils or mineral oils, with added fragrances, anti-settling agents, aromatherapy oils and/or dyes. A method of exfoliating and softening skin is also disclosed as the composition can be used on any part of the body by rubbing it over the skin to produce an exfoliating and softening effect. After rubbing the composition on the skin for a short period of time, the treated area is then placed under running water or sprayed using an appropriate atomiser which causes the sodium polyacrylate powder to gel up and help the base oil and moisture to be absorbed by the skin.

Abstract: A new method provides test equipment having a humidification capability. Such method includes the steps of fabricating equipment having (a) a chamber for stress-testing products placed therein, and (b) a cavity for receiving a module. The equipment is installed in a product test facility and used for stress-testing (by, e.g., "temperature cycling") a first group of products placed in the chamber. Later (perhaps several months or years later), the module is mounted in the cavity, a second group of products is placed in the chamber and humidity-controlled air is circulated across the second group of products. The new method is particularly useful for manufacturers or testers of products like electronic printed circuit boards initially requiring only a temperature-related testing capability but later needing to add humidity-related testing regimens.