Abstract: A method, system, and computing capabilities are presented for improving visibility to resident payment trends, resident credit score trends, and anticipated rent income trends. A rent payment risk level of individual residents is evaluated based upon credit scores and historic rent payment information of residents. Resident risk evaluations are aggregated, producing a property stability score. Resident rent payment information may be provided to credit bureaus for incorporating into individual credit scores. High risk residents may be advised of financing options that are suitable for their needs.

Abstract: Certain embodiments of the present invention provide a system and method for the dynamic creation of a clinical form. The method comprises acquiring a list of available clinical elements models. In an embodiment, a set of parameters is acquired for each clinical element model. A visual representation associated with each clinical element model based on the set of parameters is acquired. The behavior rules based on the visual representation associated with the clinical element models is acquired. The set of behavior rules is associated with the visual representation of the clinical element models to create a set of clinical form elements. One or more clinical form elements may be added to a form. Such a system and method may allow a user to dynamically create clinical forms.

Abstract: A flexible protective sleeve (10; 32 to 37) comprises a supporting layer (11) formed from a strip (12) which has the general shape of a helix having a gap (14) between successive turns thereof. The sleeve (10; 32 to 37) also comprises a bridging layer (16) which is supported by said supporting layer (11) and bridges said gap (14). The bridging layer (16) is formed from flexible sheet material (18; 48) which is arranged to deform to allow said gap (14) to locally change in width to accommodate deformations of the sleeve.

Abstract: A method of emulsifying asphalt using a polyamine polybetaine, preferably a dibetaine, as an emulsifier or co-emulsifier and an emulsion of asphalt, water and a polybetaine, preferably a diamine dibetaine. The advantages of using a polyamine polybetaine as an emulsifier or co-emulsifier include its ability to provide superior cationic and anionic emulsions, and slow-setting emulsions at low use levels, and the excellent adhesion of the cured asphalt film.

Abstract: A method of emulsifying asphalt using a polyamine polyoxide, preferably a diamine dioxide, as an emulsifier or co-emulsifier and an emulsion of asphalt, water and a polyamine polyoxide, preferably a diamine dioxide. The advantages of using a polyamine polyoxide as an emulsifier or co-emulsifier include its ability to provide superior cationic and anionic emulsions, and slow-setting emulsions at low use levels, and the excellent adhesion of the cured asphalt film.

Abstract: A method of emulsifying asphalt using a polyamine polybetaine, preferably a dibetaine, as an emulsifier or co-emulsifier and an emulsion of asphalt, water and a polybetaine, preferably a diamine dibetaine. The advantages of using a polyamine polybetaine as an emulsifier or co-emulsifier include its ability to provide superior cationic and anionic emulsions, and slow-setting emulsions at low use levels, and the excellent adhesion of the cured asphalt film.

Abstract: A heat shield (10;40) comprises one or more metal members (14,24;44,46) defining a rigid enclosure (12;42) having a substantially continuous heat-reflecting surface (26 or 32; 50 or 52). The shield also comprises a plurality of sheets (30;48) of smooth flexible metal foil within said enclosure. The sheets are arranged one above the other, extend generally parallel to the heat-reflecting surface, and are free to touch one another.