The flow cell micromatic setting
Technical field
The utility model relates to flow cell fine motion regulating device in the optical microphotograph imaging system of full-automatic urine sediments analyzer.
Background technology
Optical microphotograph imaging system in the past, its flow cell is regulated part and is existed baroque shortcoming, can not do the automatic adjustment of small precision along optical axis direction, makes troubles to use.
Summary of the invention
The utility model provides a kind of mechanism that makes flow cell can do small minute adjustment, to solve the not high problem of present complex structure, precision.The technical solution of the utility model: the axis of guide is installed on the flow cell fixed head, two identical screw thread pairs one and screw thread pair two all are installed on the adjustment plate, adjusting plate is connected on the flow cell fixed head by screw retention, the flow cell fixed head connects by two identical dish spring portion loads with the flow cell installing plate, adjustment voussoir and adjustment lower wedge block are screwed respectively and are connected on the flow cell installing plate, steel ball one is put into groove one place of flow cell fixed head, steel ball two is put into groove two places of the groove and the flow cell fixed head of flow cell installing plate, steel ball three is put into the groove of adjustment voussoir and groove three places of flow cell fixed head, the structure of dish spring portion dress is that disk spring is socketed on the guide pillar, and screw is threaded with guide pillar.
Advantage of the present utility model is: novel structure, simple and practical, it is little, simple in structure to have a volume, the characteristics that are easy to control.
Description of drawings
Fig. 1 is the utility model structural representation;
Fig. 2 is the A-A cut-open view of Fig. 1;
Fig. 3 is the B-B cut-open view of Fig. 1.
Embodiment
The axis of guide 4 is installed on the flow cell fixed head 9, two identical screw thread pairs 1 and screw thread pair 2 12 all are installed on the adjustment plate 2, adjusting plate 2 is connected on the flow cell fixed head 9 by screw retention, flow cell fixed head 9 is adorned 7 with flow cell installing plate 3 by two identical dish spring portions and is connected, adjustment voussoir 10 and adjustment lower wedge block 5 are screwed respectively and are connected on the flow cell installing plate 3, steel ball 1 is put into groove one 17 places of flow cell fixed head, steel ball 28 is put into groove 2 14 places of the groove 13 and the flow cell fixed head of flow cell installing plate, steel ball 3 11 is put into the groove 15 of adjustment voussoir and groove 3 16 places of flow cell fixed head, it is that disk spring 702 is socketed on the guide pillar 703 that dish spring portion adorns 7 structure, and screw 701 is threaded with guide pillar.
The course of work: the top of (1) turn screw thread pair 2 12, screw thread pair two heads on steel ball 11, steel ball 11 no stuck slip in the groove 3 16 of the groove 15 of adjusting voussoir 10 and flow cell fixed head 9, sliding up and down of steel ball 3 11, adjustment voussoir 10 is squeezed, drives the 3 front and back luffing of flow cell installing plate.
(2) the turn screw thread pair 1, the top of screw thread pair 1 heads on moving up and down of the axis of guide 4, moving up and down of the axis of guide 4 makes steel ball 1 not have stuck slip at groove one 17 places that adjust lower wedge block and mobile fixed head 9, owing to connect by the load of 2 dish spring portions between flow cell fixed head 9 and the flow cell installing plate 3, so moving up and down of steel ball 1 driven swinging of flow cell installing plate 3.
Steel ball 28 is positioned at groove 2 14 places of the groove 13 and the flow cell fixed head of flow cell installing plate, turn screw thread pair 1 and screw thread pair 2 12 can make flow cell installing plate 3 freely do before and after pitching and swinging, no stuck phenomenon, the glass that has guaranteed flow cell is perpendicular to optical axis.