Plaster-type chip systems for thermodynamic control of topical dermal and transdermal systems
First Claim
1. Flexible chip systems for the thermodynamic activation and control of dermal and transdermal systems, characterized by the feature that use is made of patch-like chip systems for the thermodynamic control of topical dermal and transdermal systems, whereby these are composed in the form of a multi-component system that is configured in a patch-like manner in such a way that they comprise a source of electrical energy, which is located in a communal supporting matrix, and a programmable microprocessor, which serves as a thermo-controller, and an activation circuit, whereby these are, for their part, technically connected to a device that produces electrically induced heat, and whereby the patch-like chip system can, in overall terms, be applied in a complementary manner to a topical dermal or transdermal system in such a way that the heat profile that is produced is transferred to the topical dermal or transdermal systems in such a way that these [systems] are thermodynamically activated in a controlled form.
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Abstract
The invention pertains to patch-like chip systems for the thermodynamic control of topical dermal and transdermal systems, especially for improving the efficiency and safety of dermal and transdermal therapies and diagnoses. From an information technological standpoint, the systems represent complex technical devices that, in comparison to conventional passive systems, represent controlled and intelligent systems as a result of programmable and also individual control. Their incorporation into passive dermal or transdermal therapeutic systems requires no technical incursions into the existing structure of such systems. The patch-like chip systems also open up new usage possibilities in the sector of non-invasive and micro-invasive dermal and transdermal diagnosis.
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22 Claims
- 1. Flexible chip systems for the thermodynamic activation and control of dermal and transdermal systems, characterized by the feature that use is made of patch-like chip systems for the thermodynamic control of topical dermal and transdermal systems, whereby these are composed in the form of a multi-component system that is configured in a patch-like manner in such a way that they comprise a source of electrical energy, which is located in a communal supporting matrix, and a programmable microprocessor, which serves as a thermo-controller, and an activation circuit, whereby these are, for their part, technically connected to a device that produces electrically induced heat, and whereby the patch-like chip system can, in overall terms, be applied in a complementary manner to a topical dermal or transdermal system in such a way that the heat profile that is produced is transferred to the topical dermal or transdermal systems in such a way that these [systems] are thermodynamically activated in a controlled form.
Specification