Patent application number | Description | Published |
20090175928 | Lip Plaster - The invention relates to a self-adhesive lip plaster which comprises at least one single-layered matrix and which contains at least one antiviral active medical substance for using in the event of Herpes labialis. Said matrix is arranged on a flexible carrier film which is hydrophobic and also permeable to vapor. | 07-09-2009 |
20100303892 | TRANSDERMAL THERAPEUTIC SYSTEM CONTAINING ELONGATE HOLLOW BODIES - The invention relates to a transdermal therapeutic system for applying an active ingredient or several active ingredients to the skin. Elongate hollow bodies are incorporated into one of the layers of the TTS, said hollow bodies containing a filling medium or several filling mediums. The invention also relates to the production and use of said type of systems. | 12-02-2010 |
20100320111 | MICRO-AND/OR NANO-STRUCTURED PACKAGING MATERIAL - The invention relates to a web-form packaging material which comprises at least one layer, comprising a packaging material surface, of a sealable material, to a packaging unit with a transdermal therapeutic system and with a packaging material of this kind, and also to a process for producing a packaging unit. For this purpose, at least the abovementioned surface of the packaging material has a multiplicity of recesses and/or a multiplicity of non-recessed regions. The distance between two adjacent recesses and/or the distance between two adjacent non-recessed regions is less than five times the packaging material thickness. Moreover, the depth of the recesses is not less than 1.2 nanometers and not more than 95% of the packaging material thickness. | 12-23-2010 |
20100324507 | MICRO-AND/OR NANO-STRUCTURED PROTECTIVE OR PROCESS FILM - The invention relates to a protective or process film, produced of a thermoplastic material for use in the production of laminates of medical technology and to a laminate which comprises an adhesive-containing transdermal therapeutic system and a protective or process film adhering to the adhesive of the transdermal therapeutic system with a surface. The protective or process film comprises at least one surface that has a plurality of recesses and/or a plurality of non-recessed portions. The distance of two adjacent recesses and/or the distance of two adjacent non-recessed portions is less than five times the film thickness. The depth of the recesses is not less than 1.2 nanometer and not more than 95% of the film thickness. The film according to the invention effectively prevents the adhesive from sticking to the protective or process film. | 12-23-2010 |
20110022009 | Self-destructing transdermal therapeutic system having improved functionality and efficacy - The invention relates to a self-destructing transdermal therapeutic system (TTS), preferably in the form of a transdermal patch, that includes an active ingredient, an agent rendering the active ingredient useless, and a perforation mechanism. The perforation mechanism allows a mobile phase to reach an agent that is capable of rendering the active ingredient useless after removing the TTS after use. The agent then comes into contact with the active ingredient and destroys the active ingredient in the presence of the mobile phase. | 01-27-2011 |
20110319701 | Controllable Therapeutic System - The invention relates to a therapeutic system, designed as a laminate and comprising at least one adhesive laminate layer, and to a therapeutic device having such a therapeutic system. For this purpose, at least one laminate layer or one intermediate layer and/or one intermediate layer arranged between two laminate layers contains superparamagnetic nanoparticles. The therapeutic device having said therapeutic system comprises at least one electrically controllable system which is detachably connected to the therapeutic system. The electrically controllable system has a frequency-dependent electric resistance. During operation of the therapeutic device, the electrically controllable system generates an electric or magnetic field, which can be varied in orientation and intensity over time and penetrates the superparamagnetic nanoparticles. With the present invention, a controllable therapeutic system that is independent of contact surfaces and a therapeutic device having a controllable therapeutic system have been developed. | 12-29-2011 |