Abstract:
The present invention provides a two-step operated multi-dose dispenser, comprising e. a first medicament fluid contained within at least one medicament chamber f. a carrier fluid, flowable by means of an actuating mechanism g. a nozzle (40) for dispensing a dose of said medicament (1) and said carrier (2) in the form of a mist; and h. a two-step dispensing mechanism; said dispensing mechanism comprising a launching point; said launching point (3) is in fluid connection with said medicament chamber (10), said carrier's actuating mechanism (20) and said nozzle (40) such that in a first step a predefined amount of medicament is provided within said launching point, and in a second step, by actuating said carrier by said actuating mechanism, said predefined amount of medicament within said launching point is dispersed by means of a predefined amount of carrier.
Abstract:
An apparatus for imaging an internal component of a non-homogeneous structure comprising an imaging system with either at least one camera having a plurality of filters of different wavelength pass bands associated therewith, or, a plurality of cameras of different imaging wavelength for imaging in one or more wavelength ranges wherein an external portion of the structure allows passage of radiation at a wavelength in the wavelength range and the internal component is essentially opaque at the wavelength.
Abstract:
The present invention provides a two-step operated multi-dose dispenser, comprising e. a first medicament fluid contained within at least one medicament chamber f. a carrier fluid, flowable by means of an actuating mechanism g. a nozzle (40) for dispensing a dose of said medicament (1) and said carrier (2) in the form of a mist; and h. a two-step dispensing mechanism; said dispensing mechanism comprising a launching point; said launching point (3) is in fluid connection with said medicament chamber (10), said carrier's actuating mechanism (20) and said nozzle (40) such that in a first step a predefined amount of medicament is provided within said launching point, and in a second step, by actuating said carrier by said actuating mechanism, said predefined amount of medicament within said launching point is dispersed by means of a predefined amount of carrier.
Abstract:
A system for the inspection of a precious stone (12), including an energy transfer system (10) for changing the temperature of the stone (12), at least one imaging device (16) imaging the stone (12) and outputting a thermal map of the stone (12), an image processing unit utilizing the thermal map to determine regions having changed emission in the thermal map, and an analyzing unit detecting at least one imperfection in the stone (12) from the regions of changed emission.
Abstract:
An apparatus for imaging an internal component of a non-homogeneous structure comprising an imaging system with either at least one camera having a plurality of filters of different wavelength pass bands associated therewith, or, a plurality of cameras of different imaging wavelength for imaging in one or more wavelength ranges wherein an external portion of the structure allows passage of radiation at a wavelength in the wavelength range and the internal component is essentially opaque at the wavelength.
Abstract:
A device for applying an ophthalmologic medicament to a patient's eye is disclosed. The device comprises spectacles defined by a frame and at least one lens; at least one container adapted for accommodating the ophthalmologic medicament; the container is incorporated into the frame; dosing mechanism adapted to control doses of the medicament; and at least one nozzle in a fluid interconnection with the medicament container; the nozzle is secured mechanically to the frame; the nozzle is adapted for providing a medicament mist flow. The nozzle is placed in front of a peripheral portion of a patient's eye slot and adapted to provide the mist flow in front of the patient's eye.
Abstract:
A system for the inspection of a precious stone, including an energy transfer system for changing the temperature of the stone, at least one imaging device imaging the stone and outputting a thermal map of the stone, an image processing unit utilizing the thermal map to determine regions having changed emission in the thermal map, and an analyzing unit detecting at least one imperfection in the stone from the regions of changed emission.