CN208472091U - Spore trap instrument with multistation observation spore device - Google Patents
Spore trap instrument with multistation observation spore device Download PDFInfo
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- CN208472091U CN208472091U CN201820778250.1U CN201820778250U CN208472091U CN 208472091 U CN208472091 U CN 208472091U CN 201820778250 U CN201820778250 U CN 201820778250U CN 208472091 U CN208472091 U CN 208472091U
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Abstract
A kind of spore trap instrument with multistation observation spore device, it includes glass slide warehouse, spore seizing device, culturing room, spore observation assembly and glass slide translation mechanism, there are two glass slide storage chambers for the glass slide warehouse integrated molding, the glass slide storage chamber is stacked with multilayer glass slide, the glass slide is equipped at least three grooves along its length, the glass slide translation mechanism once releases 1 glass slide respectively out of two glass slide storage chambers, two glass slides are successively moved to the spore seizing device under the driving of the glass slide translation mechanism, the lower section of the culturing room and the spore observation assembly.This has the advantages that there is the spore trap instrument of multistation observation spore device design science, unit time to acquire more spore samples, more acurrate measurement and forecast that the generation of pest and disease damage, work efficiency is high, time saving and energy saving.
Description
Technical field
The utility model relates to detect plant pest technical field, specifically, being related to a kind of with multistation observation
The spore trap instrument of spore device.
Background technique
Spore trap instrument is the instrument for collecting airborne plant pollen or pathogen spore, passes through sequencing approach
Study the diversity that gas passes cause of disease.Spore and granular substance in air can directly be collected into load glass by spore trap instrument
In the circular groove of piece, facilitate that observation is taken pictures and subsequent experimental generally using glucose as culture solution reuses floating carrier for spore
Son and culture solution are attached on glass slide, after culture after a period of time, can just be placed on microscopically observation counting.
But existing spore trap instrument generally can only be cultivated and observe every time in a glass slide in a circular groove
Plant pollen or pathogen spore, efficiency it is lower.
In order to solve the above problems, people are seeking always a kind of ideal technical solution.
Utility model content
The purpose of this utility model is in view of the deficiencies of the prior art, to provide a kind of design science, have multiplexing
The spore trap instrument of position observation spore device.
To achieve the goals above, the technical scheme adopted by the utility model is a kind of there is multistation to observe spore
The spore trap instrument of device, it includes glass slide warehouse, spore seizing device, culturing room, spore observation assembly and glass slide translation
Mechanism, the glass slide warehouse, the spore seizing device, the culturing room and the spore observation assembly are flat along the glass slide
The moving direction of telephone-moving structure is arranged in order at the top of the glass slide translation mechanism, and the glass slide warehouse is integrally formed
There are two glass slide storage chamber, the glass slide storage chamber is stacked with multilayer glass slide, and the glass slide is equipped with along its length
At least three grooves, the glass slide translation mechanism once release 1 glass slide respectively out of two glass slide storage chambers, and two
Glass slide is successively moved to the spore seizing device, the culturing room and the spore under the driving of the glass slide translation mechanism
The lower section of sub- observation assembly.
Described on base, the glass slide translation mechanism includes that glass slide guide groove plate, traversing power mechanism and glass slide push away
Movable plate, the glass slide guide groove plate are integrally formed there are two glass slide mounting groove, and the traversing power mechanism drives the load
Slide pushing plate is slided in the glass slide mounting groove, and the lower end of the glass slide warehouse is mounted on the glass slide guide groove
On plate, two glass slide storage chambers are aligned with two glass slide mounting groove matchings respectively, the glass slide pushing plate
For releasing bottom one layer of glass slide out of described glass slide storage chamber.
Described on base, the glass slide pushing plate is equipped with through-hole identical with the glass slide size, the load
The upper surface of slide pushing plate is concordant with the upper surface of the glass slide guide groove plate.
Described on base, the traversing power mechanism includes horizontal stepper motor, horizontal leading screw and horizontal leading screw nut, described
Horizontal stepper motor is mounted on one end below the glass slide guide groove plate, the horizontal leading screw and the horizontal stepper motor
Transmission of rotary axis connection, the horizontal leading screw nut and the horizontal leading screw, which cooperate, to be spirally connected, under the glass slide pushing plate
End is fixedly connected with the horizontal leading screw nut.
Described on base, the spore seizing device includes catcher ontology, air inlet, vent passages, air outlet, culture drop
Determine bottle and floating carrier titration bottle, the upper end of the catcher ontology is arranged in the air inlet, and the air outlet is arranged described
The lower end of catcher ontology, the vent passages are connected to the air inlet and the air outlet, carry described in the air outlet face
The setting of slide mounting groove, the culture solution titration bottle and the floating carrier titration bottle are separately positioned on the upper of the catcher ontology
Side is held, the culture solution titration bottle and the floating carrier titration bottle are connected separately with buret, the liquid outlet of the buret
It is separately positioned on the surface of the glass slide mounting groove.
Described on base, the spore observation assembly includes that light source moving assembly, condenser adjust component and spotlight component,
The top of the glass slide mounting groove is arranged in the light source moving assembly, and the condenser adjusts component and the optically focused lamp group
Part is successively arranged vertically the underface that the glass slide mounting groove is arranged in from top to bottom, and the light source moving assembly includes longitudinal
Mobile mechanism and observation platform, the longitudinal moving mechanism drive the observation platform vertical in the top of the glass slide mounting groove
To reciprocating movement, the observation platform includes vertically movable mechanism, lens barrel ontology and object lens, and the vertically movable mechanism drives institute
It states glass slide mounting groove described in lens barrel ontology face vertically to move back and forth up and down, the object lens are rotatably installed in the lens barrel ontology
Lower end, it is corresponding that the object lens and the condenser adjust component matching, and the glass slide mounting groove is horizontal horizontal to be gathered described
Light microscopic is adjusted between component and the object lens, and camera is equipped in the lens barrel ontology, and the camera is matched with the object lens
Docking.
Described on base, the longitudinal moving mechanism includes longitudinal stepper motor, longitudinal rail, longitudinal leadscrew and longitudinal leadscrew
Nut, the longitudinal direction stepper motor are arranged in the side of the glass slide guide groove plate, described in the longitudinal direction stepper motor driving
Longitudinal leadscrew rotation, the longitudinal leadscrew drive the longitudinal leadscrew nut to adjust component towards the condenser and move back and forth,
The longitudinal leadscrew nut is mounted on the lower end of the observation platform；The vertically movable mechanism includes vertical stepper motor, erects
Direction guiding rail, vertical lead screw and vertical feed screw nut, the vertical stepper motor driving vertical lead screw rotation, the vertical silk
Thick stick nut cooperates the vertical lead screw that is spirally connected, and the vertical feed screw nut is mounted on the lens barrel ontology, the lens barrel ontology
A Slideslip in the vertical guide, the upper and lower side of the vertical guide is respectively arranged with limited block.
Described on base, the glass slide translation mechanism further includes several travel switches, and each travel switch respectively corresponds setting
The load glass in the lower section of the glass slide warehouse, the spore seizing device, the culturing room and the spore observation assembly
On piece guide groove plate.
Described on base, the culturing room is the heating room of arch bridge structure, and the both side plate of the heating room is mounted on the load
The upper end of the two sides of slide guide groove plate, the heating room is heating plate, and the heating room is along the glass slide guide groove plate
Length direction is open, and the glass slide guide groove plate crosses the both ends of the heating room.
Described on base, it further includes glass slide collection device, and the glass slide collection device includes being arranged in the spore
The glass slide feed box of the front lower portion of observation assembly and the glass slide picking-up container being connect with the glass slide feed box.
The utility model has substantive features and progress compared with the prior art, specifically, the utility model it is described
Glass slide translation mechanism can once drive two glass slides to realize that multistation are mobile, so as to the glass slide successively pass through it is described
Spore seizing device, the culturing room and the spore observation assembly realize that automatic collection spore, culture and observation are taken pictures；It is described
Glass slide has at least three grooves, then two glass slides are simultaneously in the lower end air outlet of the spore seizing device, Neng Gou
More more representational spore samples are collected in unit time, make the more acurrate measurement of the spore trap instrument and forecast pest and disease damage
Generation, improve working efficiency.
Further, there are two glass slide storage chambers for the glass slide warehouse tool, to store multilayer glass slide, in this way, side
Just the placement of glass slide, it is time saving and energy saving.
There is the spore trap instrument with multistation observation spore device design science, unit time to acquire more spores
Sample, more acurrate measurement and the generation of forecast pest and disease damage, the advantage that work efficiency is high, time saving and energy saving.
Detailed description of the invention
Fig. 1 is the spore trap instrument general assembly drawing of the utility model.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the structural schematic diagram of the utility model miospore measurement component.
Fig. 4 is the left view of Fig. 3.
Fig. 5 is the top view of Fig. 3.
Fig. 6 is the structural schematic diagram of glass slide.
The structural schematic diagram of Fig. 7 glass slide warehouse.
Fig. 8 is the top view of Fig. 7.
Fig. 9 is the structural schematic diagram of glass slide guide groove plate.
Figure 10 is the structural schematic diagram of glass slide pushing plate.
In figure: 1. glass slide warehouses；2. spore seizing device；3. culturing room；4. glass slide storage chamber；；5. glass slide is oriented to
Frid；6. horizontal stepper motor；7. horizontal leading screw；8. horizontal leading screw nut；9. glass slide pushing plate；10. catcher sheet
Body；11. culture solution titration bottle；12. floating carrier titration bottle；13. buret；14. condenser adjusts component；15. optically focused lamp group
Part；16. longitudinal stepper motor；17. longitudinal rail；18. longitudinal leadscrew；19. longitudinal leadscrew nut；20. vertical stepping electricity
Machine；21. vertical guide；22. vertical lead screw；23. vertical feed screw nut；24. lens barrel ontology；25. object lens；26. glass slide；
27. groove；28. glass slide mounting groove；29. glass slide feed box；30. glass slide picking-up container；31. through-hole.
Specific embodiment
Below by specific embodiment, the technical solution of the utility model is described in further detail.
As Figure 1-10 shows, a kind of spore trap instrument with multistation observation spore device, it includes glass slide warehouse
1, spore seizing device 2, culturing room 3, spore observation assembly and glass slide translation mechanism, the glass slide warehouse 1, the spore are caught
It catches device 2, the culturing room 3 and the spore observation assembly and is arranged successively setting along the moving direction of the glass slide translation mechanism
In the top of the glass slide translation mechanism, there are two glass slide storage chamber 4, the loads for the integrated molding of glass slide warehouse 1
Slide storage chamber 4 is stacked with multilayer glass slide 26, and the glass slide 26 sets that there are three groove 27, the glass slides along its length
Translation mechanism once releases 1 glass slide 26 respectively out of two glass slide storage chambers 4, and two glass slides 26 are in the load
The spore seizing device 2, the culturing room 3 and the spore observation assembly are successively moved under the driving of slide translation mechanism
Lower section.
The glass slide translation mechanism includes glass slide guide groove plate 5, horizontal stepper motor 6, horizontal leading screw 7, transverse wire
Thick stick nut 8 and glass slide pushing plate 9, there are two glass slide mounting groove 28, the loads for the integrated molding of glass slide guide groove plate 5
Slide pushing plate 9 is slided in the glass slide mounting groove 28, and the horizontal stepper motor 6 is mounted on the glass slide guide groove
One end of 5 lower section of plate, the horizontal leading screw 7 are connect with the transmission of rotary axis of the horizontal stepper motor 6, the horizontal leading screw spiral shell
Mother 8 is spirally connected with the horizontal leading screw 7 cooperation, the lower end of the glass slide pushing plate 9 and the fixed company of the horizontal leading screw nut 8
It connects, the lower end of the glass slide warehouse 1 is mounted on the glass slide guide groove plate 5, and two glass slide storage chambers 4 are distinguished
It is aligned with two matchings of glass slide mounting groove 28, the glass slide pushing plate 9 out of described glass slide storage chamber 4 for pushing away
Bottom one layer of glass slide 26 out.
The glass slide pushing plate 9 is equipped with through-hole 31 identical with the glass slide size, and the glass slide pushes away
The upper surface of movable plate 9 is concordant with the upper surface of the glass slide guide groove plate 5.
The spore seizing device 2 includes catcher ontology 10, air inlet, vent passages, air outlet, culture solution titration bottle 11
With floating carrier titration bottle 12, the upper end of the catcher ontology 10 is arranged in the air inlet, and the air outlet is arranged described
The lower end of catcher ontology 10, the vent passages are connected to the air inlet and the air outlet, described in the air outlet face
Glass slide mounting groove 28 is arranged, and the culture solution titration bottle 11 and the floating carrier titration bottle 12 are separately positioned on the catcher
The upper end side of ontology 10, the culture solution titration bottle 11 and the floating carrier titration bottle 12 are connected separately with buret 13, institute
The liquid outlet for stating buret 13 is separately positioned on the surface of the glass slide mounting groove 28.
The spore observation assembly includes that light source moving assembly, condenser adjust component 14 and spotlight component 15, described
The top of the glass slide mounting groove 28 is arranged in light source moving assembly, and the condenser adjusts component 14 and the optically focused lamp group
Part 15 is successively arranged vertically the underface that the glass slide mounting groove 28 is arranged in from top to bottom, and the light source moving assembly includes
Longitudinal stepper motor 16, longitudinal rail 17, longitudinal leadscrew 18, longitudinal leadscrew nut 19 and observation platform, the longitudinal direction stepping electricity
The side of the glass slide guide groove plate 5 is arranged in machine 16, and the longitudinal direction stepper motor 16 drives the longitudinal leadscrew 18 to rotate,
The longitudinal leadscrew 18 drives the longitudinal leadscrew nut 19 to adjust component 14 towards the condenser and moves back and forth, the longitudinal direction
Feed screw nut 19 is mounted on the lower end of the observation platform, and the observation platform is pacified along the longitudinal rail 17 in the glass slide
The longitudinally reciprocal movement in the top of tankage 28, the observation platform include vertical stepper motor 20, vertical guide 21, vertical lead screw
22, vertical feed screw nut 23, lens barrel ontology 24 and object lens 25, the vertical stepper motor 20 drive 22 turns of the vertical lead screw
Dynamic, the vertical feed screw nut 23 cooperates the vertical lead screw 22 that is spirally connected, and the vertical feed screw nut 23 is mounted on the lens barrel
On ontology 24, a Slideslip of the lens barrel ontology 24 carries described in 24 face of lens barrel ontology in the vertical guide 21
Slide mounting groove 28 vertically moves back and forth up and down, and the object lens 25 are rotatably installed in the lower end of the lens barrel ontology 24, the object
Top and the matching correspondence that the condenser adjusts component 14 is arranged in mirror 25, and the glass slide mounting groove 28 is horizontal horizontal in institute
It states condenser to adjust between component 14 and the object lens 25, so that the glass slide pushing plate 9 pushes two glass slides 26
It is moved to the underface of the object lens 25, the upper and lower side of the vertical guide 21 is respectively arranged with limited block, the lens barrel ontology
Camera is equipped in 24, the camera is docked with the object lens 25 matching.
The glass slide translation mechanism further includes several travel switches, and each travel switch, which respectively corresponds, to be arranged in the load glass
Piece warehouse 1, the spore seizing device 2, the culturing room 3 and the spore observation assembly lower section the glass slide guide groove
On plate 5.
Travel switch is mounted on prearranged position, when loaded on the module impact stroke on manufacturing machine moving component
When switch, the contact of travel switch is acted, and is realized the switching of circuit, is controlled the travel position of the manufacturing machine moving component.
The culturing room 3 is the heating room of arch bridge structure, and the both side plate of the heating room is mounted on the glass slide guiding
The upper end of the two sides of frid 5, the heating room is heating plate, and the heating room is along the length side of the glass slide guide groove plate 5
To opening, the glass slide guide groove plate 5 crosses the both ends of the heating room.
It further includes glass slide collection device, and the glass slide collection device includes that the spore observation assembly is arranged in
The glass slide feed box 29 of front lower portion and the glass slide picking-up container 30 being connect with the glass slide feed box 29, described in two
Glass slide 26 is observed under the object lens 25 after take pictures, and the glass slide pushing plate 9 continues to push two glass slides forward
26, until two glass slides 26 are pushed out from the front end of the glass slide mounting groove 28, by the glass slide pushing plate 9
Through-hole 31 is fallen in the glass slide feed box 29, and two glass slides 26 are slid by inclined ramp to the glass slide picking-up container
In 30.
In use, by tool, there are three 26 heaps of glass slide of groove 27 to be put into the glass slide warehouse 1, the glass slide storehouse
Glass slide storage chamber 4 there are two being integrally formed in room 1, the size of the size of the glass slide 26 and the glass slide storage chamber 4
Quite, in this way, stacking two groups of multilayer glass slides 26 side by side in the glass slide warehouse 1；Start the power supply of the spore trap instrument,
The horizontal stepper motor 6 drives the horizontal leading screw 7 to rotate, the horizontal leading screw 7 drive the horizontal leading screw nut 8 towards
The direction of the spore observation assembly is mobile, and the horizontal leading screw nut 8 drives the glass slide pushing plate 9 in the glass slide
It is slided in mounting groove 28, when the glass slide pushing plate 9 is moved to 1 lower section of glass slide warehouse, the horizontal stepper motor 6
It stops operating after receiving the control signal of travel switch at the position, and stops certain time, in the glass slide pushing plate 9
Through-hole 31 is just being aligned with the glass slide chamber 4, then in the slide chamber room a bottom floor glass slide 26 because gravity to
Under fall into through-hole 31, then, the horizontal stepper motor 6 rotates, and drives the glass slide pushing plate 9 to move forward, so
The glass slide pushing plate 9 just once releases two glass slides 26 from the lower end of glass slide storage chamber 4, and the glass slide pushes away
Movable plate 9 pushes two glass slides 26 to be moved to the lower end of the spore seizing device 2, and the horizontal stepper motor 6 receives should
It stopping operating after the control signal of travel switch at position, two glass slides 26 are parked in the air outlet and stay for some time,
The buret 13 of the culture solution titration bottle 11 respectively to six grooves 27 titration culture solution of two glass slides 26 so as to
Automatic collection spore sample, two ten minutes later, and the recessed grain of six of two glass slides 26 has acquired spore sample, the laterally step
It is rotated into motor 6, the glass slide pushing plate 9 pushes two glass slides 26 to continuously move in the culturing room 3, described
Horizontal stepper motor 6 is received and is stopped operating after the control signal of travel switch at the position, the heating plate of 3 upper end of culturing room
It begins to warm up, and keeps constant temperature in the culturing room 3, in this way, six grooves, the 27 endospore sample of two glass slides 26
This is in the culturing room 3 24 hours of constant temperature incubation, and after the completion of culture, the buret 13 of the floating carrier titration bottle 12 is distinguished
Floating carrier is titrated to six grooves 27 of two glass slides 26, six grooves 27 of sealing are made and are loaded with spore sample
Glass slide 26, the horizontal stepper motor 6 rotate, and the glass slide pushing plate 9 pushes two glass slides 26 to continue to move to
The top of component 14 is adjusted to the condenser, the horizontal stepper motor 6 receives the control signal of travel switch at the position
After stop operating, while the vertical stepper motor 20 starting rotation drives the vertical lead screw 22 to rotate, the vertical lead screw
The 22 driving vertical feed screw nuts 23 move down, and the vertical feed screw nut 23 drives the lens barrel ontology 24 along described perpendicular
Direction guiding rail 21 is mobile, and when the lens barrel ontology 24 is moved to the limited block position of lower end, the vertical stepper motor 20 stops turning
Dynamic, then the object lens 25 are moved to the station for observing the glass slide 26,25 auto-focusing of object lens, while to two load glass
Six grooves, the 27 endospore sample of piece 26 is observed, and the camera timing is taken pictures, and can be transmitted through the network to computer end
Shaping picture facilitates measurement and forecasts the generation of pest and disease damage, and after the completion of observing and taking pictures, the vertical stepper motor 20 reversely turns
Dynamic, when the lens barrel ontology 24 is moved to the limited block position of upper end, the vertical stepper motor 20 stops operating, then the object
Mirror 25 is moved upward to idle station, waits observation next time and work of taking pictures, meanwhile, the glass slide pushing plate 9 continues forward
Two glass slides 26 are pushed, until two glass slides 26 are pushed out from the front end of the glass slide mounting groove 28, pass through the load
Through-hole 31 in slide pushing plate 9 is fallen in the glass slide feed box 29, two glass slides 26 by inclined ramp slide to
In the glass slide picking-up container 30；There is the spore trap instrument of the utility model design science, unit time to acquire more spores
Sample, more acurrate measurement and the generation of forecast pest and disease damage, the advantage that work efficiency is high, time saving and energy saving.
Finally it should be noted that: above embodiments are only to illustrate the technical solution of the utility model rather than limit it
System；Although the utility model has been described in detail with reference to the preferred embodiment, those of ordinary skill in the art should
Understand: specific implementation of the utility model can still be modified or is equally replaced to some technical characteristics
It changes；Without departing from the spirit of technical solutions of the utility model, should all cover in the claimed technical solution of the utility model
In range.
Claims (10)
1. a kind of spore trap instrument with multistation observation spore device, it is characterised in that: it includes glass slide warehouse, spore
Catcher, culturing room, spore observation assembly and glass slide translation mechanism, it is the glass slide warehouse, the spore seizing device, described
Culturing room and the spore observation assembly are arranged in order at the load glass along the moving direction of the glass slide translation mechanism
The top of piece translation mechanism, there are two glass slide storage chamber, the glass slide storage chamber heaps for the glass slide warehouse integrated molding
Be placed with multilayer glass slide, the glass slide is equipped at least three grooves along its length, the glass slide translation mechanism once from
Release 1 glass slide in two glass slide storage chambers respectively, two glass slides under the driving of the glass slide translation mechanism according to
The secondary lower section for being moved to the spore seizing device, the culturing room and the spore observation assembly.
2. the spore trap instrument according to claim 1 with multistation observation spore device, it is characterised in that: the load
Slide translation mechanism includes glass slide guide groove plate, traversing power mechanism and glass slide pushing plate, the glass slide guide groove plate
It is integrally formed there are two glass slide mounting groove, the traversing power mechanism drives the glass slide pushing plate sliding in the load glass
In piece mounting groove, the lower end of the glass slide warehouse is mounted on the glass slide guide groove plate, two glass slide storages
Chamber is aligned with two glass slide mounting groove matchings respectively, and the glass slide pushing plate is used for out of described glass slide storage chamber
Release bottom one layer of glass slide.
3. the spore trap instrument according to claim 2 with multistation observation spore device, it is characterised in that: the load
Slide pushing plate be equipped with through-hole identical with the glass slide size, the upper surface of the glass slide pushing plate with it is described
The upper surface of glass slide guide groove plate is concordant, and the thickness of the glass slide is identical as the height of the glass slide mounting groove.
4. the spore trap instrument according to claim 2 with multistation observation spore device, it is characterised in that: the cross
Mobile force mechanisms include horizontal stepper motor, horizontal leading screw and horizontal leading screw nut, and the horizontal stepper motor is mounted on described
One end below glass slide guide groove plate, the horizontal leading screw is connect with the transmission of rotary axis of the horizontal stepper motor, described
Horizontal leading screw nut is spirally connected with horizontal leading screw cooperation, and the lower end of the glass slide pushing plate and the horizontal leading screw nut are solid
Fixed connection.
5. the spore trap instrument according to claim 2 with multistation observation spore device, it is characterised in that: the spore
Sub- catcher includes catcher ontology, air inlet, vent passages, air outlet, culture solution titration bottle and floating carrier titration bottle, described
The upper end of the catcher ontology is arranged in air inlet, and the lower end of the catcher ontology is arranged in the air outlet, described logical
Wind channel is connected to the air inlet and the air outlet, the setting of glass slide mounting groove described in the air outlet face, the culture
Liquid titration bottle and the floating carrier titration bottle are separately positioned on the upper end side of the catcher ontology, the culture solution titration bottle
It is connected separately with buret with the floating carrier titration bottle, the liquid outlet of the buret is separately positioned on the glass slide installation
The surface of slot.
6. the spore trap instrument according to claim 2 with multistation observation spore device, it is characterised in that: the spore
Sub- observation assembly includes light source moving assembly, condenser adjusting component and spotlight component, and the light source moving assembly setting exists
The top of the glass slide mounting groove, the condenser adjusts component and the spotlight component is successively arranged vertically from top to bottom
The underface of the glass slide mounting groove is set, and the light source moving assembly includes longitudinal moving mechanism and observation platform, institute
The longitudinally reciprocal movement in top that longitudinal moving mechanism drives the observation platform in the glass slide mounting groove is stated, the observation is flat
Platform includes vertically movable mechanism, lens barrel ontology and object lens, and the vertically movable mechanism drives and carries described in the lens barrel ontology face
Slide mounting groove vertically moves back and forth up and down, and the object lens are rotatably installed in the lower end of the lens barrel ontology, the object lens and institute
It is corresponding to state condenser adjusting component matching, the glass slide mounting groove is horizontal horizontal in condenser adjusting component and the object
Between mirror, camera is equipped in the lens barrel ontology, the camera is docked with object lens matching.
7. the spore trap instrument according to claim 6 with multistation observation spore device, it is characterised in that: described vertical
It include longitudinal stepper motor, longitudinal rail, longitudinal leadscrew and longitudinal leadscrew nut to mobile mechanism, the longitudinal direction stepper motor is set
It sets in the side of the glass slide guide groove plate, the longitudinal direction stepper motor drives the longitudinal leadscrew rotation, the longitudinal direction silk
Thick stick drives the longitudinal leadscrew nut to adjust component towards the condenser and moves back and forth, and the longitudinal leadscrew nut is mounted on institute
State the lower end of observation platform；The vertically movable mechanism includes vertical stepper motor, vertical guide, vertical lead screw and vertical lead screw
Nut, the vertical stepper motor driving vertical lead screw rotation, the vertical feed screw nut cooperate the vertical silk that is spirally connected
Thick stick, the vertical feed screw nut are mounted on the lens barrel ontology, and a Slideslip of the lens barrel ontology is in the vertical guide
On, the upper and lower side of the vertical guide is respectively arranged with limited block.
8. the spore trap instrument according to claim 2 with multistation observation spore device, it is characterised in that: the load
Slide translation mechanism further includes several travel switches, and each travel switch, which respectively corresponds, to be arranged in the glass slide warehouse, the spore
On the glass slide guide groove plate of the lower section of sub- catcher, the culturing room and the spore observation assembly.
9. the spore trap instrument according to claim 2 with multistation observation spore device, it is characterised in that: the training
The heating room that room is arch bridge structure is supported, the both side plate of the heating room is mounted on the two sides of the glass slide guide groove plate, described
The upper end for heating room is heating plate, and the heating room is open along the length direction of the glass slide guide groove plate, the glass slide
Guide groove plate crosses the both ends of the heating room.
10. the spore trap instrument according to claim 2 with multistation observation spore device, it is characterised in that: it is also
Including glass slide collection device, the glass slide collection device includes the load that the front lower portion of the spore observation assembly is arranged in
Slide feed box and the glass slide picking-up container being connect with the glass slide feed box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820778250.1U CN208472091U (en) | 2018-05-24 | 2018-05-24 | Spore trap instrument with multistation observation spore device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820778250.1U CN208472091U (en) | 2018-05-24 | 2018-05-24 | Spore trap instrument with multistation observation spore device |
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| Publication Number | Publication Date |
|---|---|
| CN208472091U true CN208472091U (en) | 2019-02-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820778250.1U Active CN208472091U (en) | 2018-05-24 | 2018-05-24 | Spore trap instrument with multistation observation spore device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108485946A (en) * | 2018-05-24 | 2018-09-04 | 河南格润利格农林设备有限公司 | The spore trap instrument of spore device is observed with multistation |
-
2018
- 2018-05-24 CN CN201820778250.1U patent/CN208472091U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108485946A (en) * | 2018-05-24 | 2018-09-04 | 河南格润利格农林设备有限公司 | The spore trap instrument of spore device is observed with multistation |
| CN108485946B (en) * | 2018-05-24 | 2024-08-20 | 河南格润利格农林设备有限公司 | Spore capturing instrument with multi-station spore observation device |
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