Abstract: A drawer guide system for a drawer. The drawer guide system includes a drawer guide and a case runner having an outwardly extending flange disposed within an elongate recess of the drawer guide. The drawer guide system further includes a center-mounted bracket to be secured to a rear end of a drawer and a center-mounted release mechanism to be secured to a front end of the drawer that is aligned with the rear end. Upon insertion of the case runner and drawer guide into a recess of the bracket, a tab of the release mechanism engages a window of a side wall of the drawer guide and a locking tang of the drawer guide engages an aperture of the bracket to lock the drawer guide to the drawer.

Abstract: A drawer guide system for a drawer. The drawer guide system includes a drawer guide and a case runner having an outwardly extending flange disposed within an elongate recess of the drawer guide. The drawer guide system further includes a center-mounted bracket to be secured to a rear end of a drawer and a center-mounted release mechanism to be secured to a front end of the drawer that is aligned with the rear end. Upon insertion of the case runner and drawer guide into a recess of the bracket, a tab of the release mechanism engages a window of a side wall of the drawer guide and a locking tang of the drawer guide engages an aperture of the bracket to lock the drawer guide to the drawer.

Abstract: A drawer guide system having a case runner plastic assembly and a drawer guide plastic assembly for receiving the case runner plastic assembly. The case runner plastic assembly includes a case runner plastic adapted to be secured to a drawer frame, and a case runner attached to the case runner plastic and having a pair of cam mechanisms. The drawer guide plastic assembly includes a drawer guide adapted to be secured to a drawer, and a drawer guide plastic secured to the drawer guide. The drawer guide plastic includes a pair of tabs, and the drawer guide includes a pair of side walls, each of which has a window for receiving the pair of tabs. Upon contact with the tabs of the drawer guide plastic, the cam mechanisms automatically rotate into the corresponding windows, temporarily securing the case runner plastic to the drawer guide.

Abstract: A drawer guide system having a case runner plastic assembly and a drawer guide plastic assembly for receiving the case runner plastic assembly. The case runner plastic assembly includes a case runner plastic adapted to be secured to a drawer frame, and a case runner attached to the case runner plastic and having a pair of cam mechanisms. The drawer guide plastic assembly includes a drawer guide adapted to be secured to a drawer, and a drawer guide plastic secured to the drawer guide. The drawer guide plastic includes a pair of tabs, and the drawer guide includes a pair of side walls, each of which has a window for receiving the pair of tabs. Upon contact with the tabs of the drawer guide plastic, the cam mechanisms automatically rotate into the corresponding windows, temporarily securing the case runner plastic to the drawer guide.

Abstract: Pharmaceutical suspension aerosol formulations containing a therapeutically effective amount of a drug and HFC 134a, HFC 227, or a mixture thereof.

Abstract: Pharmaceutical suspension aerosol formulations containing a therapeutically effective amount of a drug and HFC 134a, HFC 227, or a mixture thereof.

Abstract: A pharmaceutical suspension aerosol formulation containing HFA-227 as a propellant.

Abstract: Pharmaceutical suspension aerosol formulations containing a therapeutically effective amount of a drug and HFC 134a, HFC 227, or a mixture thereof.

Abstract: Pharmaceutical suspension aerosol formulations containing a therapeutically effective amount of a drug and HFC 134a, HFC 227, or a mixture thereof.

Abstract: Pharmaceutical suspension aerosol formulations containing a therapeutically effective amount of a drug and HFC 134a, HFC 227, or a mixture thereof.

Abstract: A process for preparing a medicinal aerosol formulation containing a propellant that is gaseous at standard temperature and pressure and filling the formulation into a metered dose aerosol canister. The process involves mixing the propellant and the drug at ambient temperature and under pressure sufficient to liquify the propellant to afford a formulation. The formulation is cooled to a temperature sufficiently low to liquify the propellant at atmospheric pressure and filled into aerosol canisters in an environment of controlled humidity. An aerosol valve is placed on each aerosol canister and the finished canisters are removed from the controlled environment.