Abstract:
The invention relates to a method of enhancing/providing deposition of benefit agents using substantially surfactant free gel compositions comprising these hydrophobic and hydrophilic benefit agents. The method provides or enhances benefits associated with the benefit agents.
Abstract:
This invention relates to rinse-off skin conditioning compositions comprising relatively low amounts of oil/emollient and relatively low amounts of aqueous phase stabilizer/structurant. Use of unsaturated fatty acid (or at least minimum amount of unsaturated fatty acid as percentage of total fatty acid) has been found to result in unexpectedly high hydration. In a second embodiment, use of branched fatty acid (at minimum amount branched as percentage of total) also results in superior hydration. Also mixtures of unsaturated and branched fatty acids can be used.In a second embodiment, the invention relates to method of enhancing hydration using compositions as noted.
Abstract:
The present invention relates to substantially surfactant-free liquid compositions comprising moderate levels of oil. By limiting amount of oil and using aqueous phase structuring agent, it is possible to provide stable and optionally translucent compositions.
Abstract:
The invention relates to substantially surfactant free gel compositions comprising hydrophobic and hydrophilic benefit agents. Unexpectedly, the applicants have found these agents deposit with greater substantivity from such liquid gel compositions relative to surfactant-containing lotion.
Abstract:
This invention relates to rinse-off skin conditioning compositions comprising relatively low amounts of oil/emollient and relatively low amounts of aqueous phase stabilizer/structurant. Use of unsaturated fatty acid (or at least minimum amount of unsaturated fatty acid as percentage of total fatty acid) has been found to result in unexpectedly high hydration. In a second embodiment, use of branched fatty acid (at minimum amount branched as percentage of total) also results in superior hydration. Also mixtures of unsaturated and branched fatty acids can be used.In a second embodiment, the invention relates to method of enhancing hydration using compositions as noted.
Abstract:
The invention relates to substantially surfactant free gel compositions comprising hydrophobic and hydrophilic benefit agents. Unexpectedly, the applicants have found these agents deposit with greater substantivity from such liquid gel compositions relative to surfactant-containing lotion.
Abstract:
This invention relates to rinse-off skin conditioning compositions comprising relatively low amounts of oil/emollient and relatively low amounts of aqueous phase stabilizer/structurant. Use of unsaturated fatty acid (or at least minimum amount of unsaturated fatty acid as percentage of total fatty acid) has been found to result in unexpectedly high hydration. In a second embodiment, use of branched fatty acid (at minimum amount branched as percentage of total) also results in superior hydration. Also mixtures of unsaturated and branched fatty acids can be used.In a second embodiment, the invention relates to method of enhancing hydration using compositions as noted.
Abstract:
The present invention relates to substantially surfactant-free liquid compositions comprising moderate levels of oil. By limiting amount of oil and using aqueous phase structuring agent, it is possible to provide stable and optionally translucent compositions.
Abstract:
Disclosed herein is a system and method for client interoperability. In one embodiment, a method for client interoperability comprises establishing a network connection between a client and a proxy. The client requests a connection factory from the proxy. The proxy then obtains the connection factory from an application server using a Java Naming and Directory Interface (JNDI). Using the connection factory, a connection to a connection host from the client is created. When the client sends a message, the proxy receives the message and routes the message to a destination server. Similarly, when the client receives a message, the proxy receives the message from a destination server and passes the message to the client. The client can be specifically configured to extend JMS operability to a desired language. In one embodiment the client is a .NET client.
Abstract:
The application relates to clear liquid compositions comprising alkanoyl glycinate, amphoteric, alkyl sulfate and specific acrylate polymers.