Adaptive Dispenser Actuator Assembly for Hybrid and Modular Ampoule Assemblies

An advanced dispenser actuator assembly designed to accommodate hybrid glass-plastic and modular, multi-chambered ampoule assemblies, enabling efficient and precise dispensing of various flowable materials.

The original dispenser actuator assembly was limited to crushing traditional glass ampoule assemblies, which restricted its versatility and adaptability. The new inventive concept addresses this limitation by introducing an adaptive grip mechanism and programmable actuation sequence, enabling the dispenser actuator assembly to accommodate varying ampoule sizes, shapes, and materials, as well as multiple flowable materials.

The adaptive dispenser actuator assembly features a base member with an adaptive grip mechanism, comprising retractable pins that adjust to securely hold hybrid glass-plastic ampoule assemblies of varying sizes and shapes. The actuator assembly also includes a programmable actuation sequence, controlled by a wireless communication module, to selectively dispense each flowable material from modular, multi-chambered ampoule assemblies. The adaptive grip mechanism ensures precise alignment and secure holding of the ampoule during actuation, while the programmable actuation sequence enables customized dispensing protocols.

The new claims introduce an adaptive grip mechanism and programmable actuation sequence, which are novel and non-obvious improvements over the original patent. These features enable the dispenser actuator assembly to accommodate hybrid and modular ampoule assemblies, expanding its versatility and applicability.

Alternative embodiments may include modifying the adaptive grip mechanism to accommodate different ampoule materials or geometries, or integrating sensors to monitor and adjust the dispensing process. Variations may also include adapting the programmable actuation sequence for specific industries or applications, such as pharmaceuticals or cosmetics.

The adaptive dispenser actuator assembly has significant commercial potential in industries requiring precise and efficient dispensing of various flowable materials, such as pharmaceuticals, cosmetics, food and beverage, and medical devices. The ability to accommodate hybrid and modular ampoule assemblies expands the market potential, enabling the technology to be applied in a broader range of applications.