초록 ▼

An automated system and method for individually processing multiple specimens of particulate matter-containing liquid in respective containers. The containers are transported seriatim along a processing path to present them to, at least, a preprocessing apparatus (e.g., a mixing head), and then to a

An automated system and method for individually processing multiple specimens of particulate matter-containing liquid in respective containers. The containers are transported seriatim along a processing path to present them to, at least, a preprocessing apparatus (e.g., a mixing head), and then to a specimen acquisition apparatus, which removes preprocessed specimen fluid from the container for subsequent analytical testing or evaluation. Each apparatus is actuated in response to presentation of a container thereto so as to carry out its respective operation independently. An exemplary system can include, in sequential order, stations for container loading and unloading, container uncapping and cap disposal, specimen mixing, filter loading, specimen acquisition (e.g., by aspiration, and then slide printing), filter disposal, and container resealing. The system is capable of unattended operation for many hours at a time, and can interface with an integrated data management system to provide fully integrated specimen and information management in a complete diagnostic laboratory system.

대표청구항 ▼

The invention claimed is: 1. An automated method for individually processing multiple specimens of particulate matter-containing liquid in respective containers, each container having a mixer therein, the method comprising: transporting the containers in single file along a single processing path t

The invention claimed is: 1. An automated method for individually processing multiple specimens of particulate matter-containing liquid in respective containers, each container having a mixer therein, the method comprising: transporting the containers in single file along a single processing path to present them seriatim to a single mixing head and thereafter to a single specimen acquisition head, the mixing head adapted to mix the specimen in any container presented to it, and the specimen acquisition head adapted to aspirate previously mixed particulate matter-containing liquid from any container presented to it and pass the aspirated liquid through a respective filter so as to collect a particulate matter sample on a surface of the filter; actuating the mixing head in response to presentation of a container thereto and irrespective of the operational state of the specimen acquisition head so as to engage the mixer in the container and carry out the mixing operation independently of the operational state of the specimen acquisition head; and actuating the specimen acquisition head in response to presentation of a container thereto and irrespective of the operational state of the mixing head so as to carry out the aspirating operation independently of the operational state of the mixing head. 2. An automated method according to claim 1, wherein operation of the mixing head is carried out in accordance with a protocol specific to the specimen presented thereto, and operation of the specimen acquisition head is carried out in accordance with a protocol specific to the specimen presented thereto. 3. An automated method according to claim 1 or claim 2, further comprising pressing seriatim each filter through which aspirated liquid has passed against a respective slide positioned in proximity to the processing path to transfer the particulate matter sample from the filter to the slide. 4. An automated method according to claim 1 or claim 2, wherein the specimen acquisition head is adapted to mix the specimen in each container presented to it, the method including actuating the specimen acquisition head to mix the specimen immediately prior to the aspirating operation. 5. An automated method according to claim 4, wherein the specimen acquisition head mixes the specimen more slowly than the mixing head. 6. An automated method according to claim 5, further comprising pressing seriatim each filter through which aspirated liquid has passed against a respective slide positioned in proximity to the processing path to transfer the particulate matter sample from the filter to the slide. 7. An automated method for individually processing multiple specimens of particulate matter-containing liquid in respective containers, each container having therein a mixer with an upper particulate matter separation chamber adapted to receive a filter and a depending aspiration tube communicating with the separation chamber, the method comprising: transporting the containers in single file along a single processing path to present them seriatim to a plurality of operating heads spaced so that the operating heads can operate simultaneously on different specimens, the plurality of operating heads comprising: a single mixing head adapted to engage and move the mixer in any container presented to the mixing head to mix the specimen therein, a single filter loading head downstream of the mixing head having a filter magazine and adapted to dispense a filter into any particulate matter separation chamber presented to the filter loading head, and a single specimen acquisition head downstream of the filter loading head adapted to seal against the particulate matter separation chamber presented and apply suction thereto to aspirate previously mixed particulate matter-containing liquid from the container and pass the aspirated liquid through the filter in the separation chamber so as to collect a particulate matter sample on a surface of the filter; and actuating each of the operating heads in response to presentation of a container thereto and irrespective of the operational states of the other operating heads so as to carry out the respective operation of each operating head independently of the operational states of the other operating heads. 8. An automated method according to claim 7, wherein operation of the mixing head is carried out in accordance with a protocol specific to the specimen presented thereto, and operation of the specimen acquisition head is carried out in accordance with a protocol specific to the specimen presented thereto. 9. An automated method according to claim 7 or claim 8, further comprising pressing seriatim each filter through which aspirated liquid has passed against a respective slide positioned in proximity to the processing path to transfer the particulate matter sample from the filter to the slide. 10. An automated method according to claim 7, wherein the filter magazine of the filter loading head is adapted to store at least two types of filters, and the filter type dispensed into the particulate matter separation chamber is governed by information specific to the specimen presented. 11. An automated method according to claim 7, claim 8 or claim 10, wherein the specimen acquisition head is adapted to mix the specimen in each container presented to it, the method including actuating the specimen acquisition head to mix the specimen immediately prior to the aspirating operation. 12. An automated method according to claim 11, wherein the specimen acquisition head mixes the specimen more slowly than the mixing head. 13. An automated method according to claim 12, further comprising pressing seriatim each filter through which aspirated liquid has passed against a respective slide positioned in proximity to the processing path to transfer the particulate matter sample from the filter to the slide. 14. An automated method according to claim 7, claim 8 or claim 10, wherein each container has a removable cover and is loaded into the processing path with the cover in place, and said plurality of operating heads further comprises an uncapping head along the processing path upstream of the mixing head and adapted to grip and remove the cover from a container presented thereto. 15. An automated method according to claim 14, wherein said plurality of operating heads further comprises a container recapping head along the processing path downstream of the specimen acquisition head and adapted to apply a sealing cap to an uncapped container presented thereto. 16. An automated method according to claim 15, further comprising unloading processed and recapped containers from the processing path, and loading unprocessed containers into the processing path in positions vacated by processed and recapped containers. 17. An automated method according to claim 16, wherein container unloading and loading is carried out while movement of all containers along the processing path is arrested. 18. An automated method for individually processing multiple specimens of particulate matter-containing liquid in respective containers, each container having a removable cover, the method comprising: transporting the containers in single file along a single processing path to present them seriatim to a plurality of operating stations spaced so that the operating stations can operate simultaneously on different specimens, the plurality of operating stations comprising, in sequence: a single uncapping station at which the cover of a container presented thereto is removed, a single mixing station at which the specimen in a container presented thereto is mixed, a single filter loading station at which a filter is placed into the particulate matter separation chamber adjacent the top of a container presented thereto, and a single specimen acquisition station at which the previously mixed particulate matter-containing liquid is aspirated from the container and passes through the filter so as to collect a particulate matter sample on a surface of the filter; and actuating each of the operating stations in response to presentation of a container thereto and irrespective of the operational states of the other operating stations so as to carry out the respective operation of each operating station independently of the operational states of the other operating stations. 19. An automated method according to claim 18, further comprising a container recapping station, downstream of the specimen acquisition station, at which a container presented thereto is recapped. 20. An automated method according to claim 18, wherein the specimen acquisition station re-mixes the particulate matter-containing liquid before aspirating it from the container. 21. An automated method according to claim 18 or claim 20, wherein a slide presentation station is located in proximity to the processing path and the specimen acquisition station, the method further comprising pressing seriatim each filter through which aspirated liquid has passed against a respective slide to transfer the particulate matter sample from the filter to the slide. 22. An automated method according to claim 21, further comprising a container recapping station, downstream of the specimen acquisition station, at which a container presented thereto is recapped. 23. An automated method for individually processing multiple fluid specimens of biological material previously collected in respective containers, the method comprising: placing each container with its previously collected specimen on a conveyor, and moving the conveyor to transport the containers in single file along a single processing path to present them seriatim to a single preprocessing apparatus and thereafter to a single specimen acquisition apparatus, the preprocessing apparatus adapted to preprocess the specimen fluid in any container presented to it, and the specimen acquisition apparatus adapted to remove preprocessed specimen fluid from any container presented to it for subsequent analytical testing or evaluation; actuating the preprocessing apparatus in response to presentation of a container thereto and irrespective of the operational state of the specimen acquisition apparatus so as to carry out the preprocessing operation independently of the specimen acquisition apparatus; and actuating the specimen acquisition apparatus in response to presentation of a container thereto and irrespective of the operational state of the preprocessing apparatus so as to carry out the fluid removal operation independently of the operational state of the preprocessing apparatus. 24. An automated method according to claim 23, wherein the preprocessing apparatus disperses particulate components of the specimen fluid. 25. An automated method according to claim 24, wherein the specimen acquisition apparatus collects a cytology sample. 26. An automated method according to claim 24, wherein the specimen acquisition apparatus filters the removed specimen fluid. 27. An automated method according to claim 26, wherein the specimen acquisition apparatus collects a cytology sample. 28. An automated method according to claim 27, wherein the specimen acquisition apparatus places the cytology sample on a slide. 29. An automated method according to claim 3, wherein the containers are allowed to advance along the processing path after the filter pressing and sample transfer operation has begun. 30. An automated method according to claim 6, wherein the containers are allowed to advance along the processing path after the filter pressing and sample transfer operation has begun. 31. An automated method according to claim 9, wherein the containers are allowed to advance along the processing path after the filter pressing and sample transfer operation has begun. 32. An automated method according to claim 13, wherein the containers are allowed to advance along the processing path after the filter pressing and sample transfer operation has begun. 33. An automated method according to claim 21, wherein the containers are allowed to advance along the processing path after the filter pressing and sample transfer operation has begun.