Sample Collection Kit with Movable Sleeve Valve

The collection system is divided into separate functional components: a collection vessel for sample deposition, a sealed reagent container for preservation chemistry, and a mixing mechanism. This segmentation allows each component to be optimized independently while maintaining overall reliability, enabling untrained users to handle simpler individual parts rather than complex integrated systems.

Preservation reagents are pre-loaded and sealed within the collection system before sample collection. The reagents are prepared in advance at controlled conditions during manufacturing, then stored in a sealed state. When the user collects the sample, the pre-prepared reagents are automatically mixed with the sample without requiring the user to perform complex preparation steps, thereby maintaining high preservation quality while simplifying user operation.

The collection system is designed to perform preservation functions automatically once the sample is deposited. The system includes self-contained reagent containers that automatically dispense and mix preservation chemistry with the sample without requiring external laboratory equipment or controlled environmental conditions. This self-service capability allows untrained individuals to collect and preserve samples in any setting, from remote field locations to clinical offices.

The collection vessel integrates multiple functions into a single device: sample collection, reagent storage, automated mixing, and preservation. This multi-functional design eliminates the need for separate laboratory equipment and controlled environments, enabling the same system to be used effectively across diverse settings by untrained users while maintaining consistent sample preservation quality.

The system pre-determines and pre-loads exact amounts of preservation reagents into sealed containers during manufacturing. The reagent quantities, concentrations, and mixing ratios are precisely controlled during production rather than requiring precise user measurement. This preliminary precision work eliminates the need for untrained users to perform accurate measurements while ensuring consistent preservation quality.

The system includes pre-prepared intermediate reagent formulations that are stable during storage and only become active upon contact with the sample. These intermediary reagent forms are manufactured with high precision under controlled conditions, then stored in a stable state. When the user simply deposits the sample, the pre-prepared intermediary reagents automatically react to provide precise preservation without requiring the user to handle or measure sensitive chemicals.

The collection system integrates sample collection, preservation reagent storage, and mixing functions into a single portable device. This multi-functional integration eliminates the need for separate laboratory processing steps and controlled environment facilities. Users can collect and immediately preserve samples in the field, then transport the preserved samples to laboratories at their convenience, significantly reducing time loss while maintaining sample quality.

The system performs preliminary preservation action at the moment of sample collection. Preservation reagents are pre-loaded and automatically mixed with the sample immediately upon deposition, stabilizing the sample before it leaves the collection site. This preliminary preservation prevents degradation during transport and storage, allowing samples to be collected in remote locations and processed later without compromising quality, thereby eliminating time loss associated with immediate laboratory processing.