CN104931302A - Spray sample collector - Google Patents
Spray sample collector Download PDFInfo
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- CN104931302A CN104931302A CN201510389117.8A CN201510389117A CN104931302A CN 104931302 A CN104931302 A CN 104931302A CN 201510389117 A CN201510389117 A CN 201510389117A CN 104931302 A CN104931302 A CN 104931302A
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- fixed
- plate
- sample collector
- gas outlet
- closing device
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Abstract
The invention discloses a spray sample collector. The spray sample collector comprises a fixing device, a squeezing device, a tray, a sealing device, a hot air blower, a mechanical arm and a case. The mechanical arm, the hot air bower and the fixing device are fixed to the bottom of the case. A first fixing frame is arranged in the case. The tray, the pressing device and the sealing device are fixed to the first fixing frame. The fixing device is located under the pressing device. The sealing device is provided with a gas inlet and a gas outlet. The pressing device and the hot air blower are communicated with the gas inlet of the sealing device through pipelines. The case is further provided with a gas inlet connector, a gas outlet connector, a liquid inlet connector and a liquid outlet connector. Both the gas inlet connector and the liquid inlet connector are connected with the gas inlet of the sealing device through pipelines. Both the gas outlet connector and the liquid outlet connector are connected with the gas outlet of the sealing device through pipelines. The spray sample collector can sample gas and collect gas samples.
Description
Technical field
The present invention relates to combustion measurement instrument utility appliance, particularly relate to a kind of spray sample collector.
Background technology
Calorimeter (Calorimeter), is commonly called as calorimeter, mainly measures the thermal value of the solids such as coal, stalk, oil, or the heating of the liquid such as oil.Current calorimeter can only measure liquid or fixed body, cannot directly measure gas.Lack a kind of utility appliance to measure gas.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of spray sample collector gathering gaseous sample.
For solving the problem, the invention provides a kind of spray sample collector, described spray sample collector comprises the stationary installation for fixing aerosol container, for pressing the press device of aerosol container, for placing the pallet of sample collection tube, by the closing device of sample collection channel closure, for drying the calorifier of sample collection tube and closing device, sample collection tube is moved to mechanical arm and the cabinet of closing device from pallet, described mechanical arm, calorifier and stationary installation are fixed on bottom described cabinet, the first fixed mount is provided with in described cabinet, described pallet, press device and closing device are all fixed on described first fixed mount, described stationary installation is positioned at immediately below described press device, described closing device is provided with air intake opening and gas outlet, described press device is communicated with the air intake opening of closing device by pipeline with calorifier, described cabinet is also provided with intake interface, to give vent to anger interface, feed liquor interface and go out liquid interface, described intake interface is all connected with the air intake opening of closing device by pipeline with feed liquor interface, described give vent to anger interface with go out liquid interface and be all connected with the gas outlet of closing device by pipeline.
Further, described stationary installation comprises the supporting plate placing aerosol container, fixed support plate, promote transmission component, lifting motor, clamping transmission component, two clamping plate and clamping motor, described lifting transmission component, lifting motor, clamping transmission component and clamping motor are all fixed on described fixed support plate, described supporting plate to be located on described fixed support plate and can to move relative to fixed support plate, described lifting motor is used for providing power to promoting transmission component, described supporting plate is fixed on described lifting transmission component, described clamping motor is used for providing power to clamping transmission component, described two clamping plate are located at the two ends of described clamping plate transmission component, described fixed support plate is fixed on the bottom of described cabinet.
Further, described lifting transmission component is leading screw, two bearings, two bearing seats, two synchronous pulleys and Timing Belts, described two bearings are separately fixed on two bearing seats, described two bearing seats are all fixed on described fixed support plate, end end, described leading screw one end is fixed with one of them bearing, the described leading screw other end and another bearing are fixed, described leading screw other end end end is fixed with one of them synchronous pulley, another synchronous pulley described is fixed on the output shaft of described lifting motor, and described two synchronous pulleys pass through toothed belt transmission.
Further, described clamping transmission component comprises two-way leading screw, two supporting seats, two synchronous pulleys and Timing Belts, the two ends of described two-way leading screw are located on described supporting seat, one of them synchronous pulley described is fixed on one end of two-way leading screw, another synchronous pulley described is fixed on the output shaft of described clamping motor, described two synchronous pulleys are by toothed belt transmission, and described two Boards wall are on described two-way leading screw.
Further, described press device comprises press head, electromagnet and fixation kit, the top of described press head is provided with fixed orifice, the bottom of described press head is provided with the pressing hole matched with aerosol container, described press head is provided with gas outlet and inlet, described inlet is communicated with gas outlet, described pressing hole is communicated with described gas outlet, described electromagnet is fixed on described fixation kit, and one end of the iron staff of electromagnet is fixed in described fixed orifice, described gas outlet is provided with pipeline and is connected with closing device.
Further, described pallet comprises tray body and is located at some grooves in tray body, and described groove is dispersion shape distribution.
Further, described closing device comprises holder, the electric hot plate of two heating strips, two pieces of baffle plates, locking bed, latch assembly, first sealing Anchor plate kit and the second sealing Anchor plate kit, described holder comprises base plate, two groups of guidance sets, two pieces of back up pads, fixed head, described two pieces of back up pads are fixed on described base plate, described fixed head is fixed in described two pieces of back up pads, described two groups of guidance sets are fixed between fixed head and base plate, described two pieces of baffle plates, locking bed and latch assembly are fixed on described base plate, and described latch assembly and described locking bed are fixed, described baffle plate is fixed on described electric hot plate and forms draw-in groove, described first sealing Anchor plate kit and the second sealing Anchor plate kit are all fixed on described fixed head, described two groups of guidance sets play the guiding role to the first sealing Anchor plate kit and the second sealing Anchor plate kit, described locking bed is provided with air intake opening and gas outlet.
Further, described locking bed comprise locking bed body, with the integrated locking post of locking bed body and block, described locking bed body is provided with air intake opening and gas outlet, the aeration hole be communicated with gas outlet with air intake opening in described locking post, described block is fixed on described locking bed body, described sample collection tube is fixed on described locking post, described latch assembly comprises locking member and electromagnet, the iron staff of described electromagnet is fixed on described locking member, described locking member and described locking post are coaxially arranged, and locking member and described block are fixed.
Further, described the first/the second sealing Anchor plate kit comprises through motor, web joint and the first/the second pressing plate with web joint one, and output shaft and the described web joint of described motor are fixed.
Further, described spray sample collector also comprises electronic scales, is also provided with the second fixed mount in described cabinet, and described electronic scales is fixed on described second fixed mount.
Sample collection tube to be moved to closing device from pallet by mechanical arm and is simply fixed on closing device by spray sample collector of the present invention, then sealed by closing device one end to sample collection tube and the air in it is discharged, by stationary installation, aerosol container is fixed simultaneously, then aerosol container is pressed by press device, the gas of its aerosol container is sprayed, and by Flows in sample collection tube, after having filled in sample collection tube, the other end in sample collection tube seals by closing device, so aerosol container sample collection is completed, by then measuring samples weighing, the thermal value of aerosol container can be calculated.
Accompanying drawing explanation
Fig. 1 is the structural representation of the better embodiment of spray sample collector of the present invention.
Fig. 2 is another angled arrangement schematic diagram of spray sample collector.
Fig. 3 is the structural representation of stationary installation.
Fig. 4 is another angled arrangement schematic diagram of stationary installation.
Fig. 5 is the structural representation of press device.
Fig. 6 is the structural representation of press head.
Fig. 7 is the structural representation of packoff.
Fig. 8 is the front view (lacking one piece of back up pad) of packoff.
Fig. 9 is the structural representation of locking member and locking bed.
Figure 10 is the cut-open view of locking bed body and locking post.
Figure 11 is the structural representation of another better embodiment of packoff.
Embodiment
Below in conjunction with accompanying drawing, the invention will be further described.
Cabinet 1 in Fig. 1 and Fig. 2 illustrate only part, in during actual use, all parts are wrapped in by cabinet 1.
As depicted in figs. 1 and 2, the better embodiment of spray sample collector of the present invention comprise for fixing aerosol container 91 stationary installation 2, for press aerosol container 91 press device 3, for place the pallet 5 of sample collection tube 92, the closing device 4 that sample collection tube 92 is sealed, be used for drying sample collection tube 92 and closing device 4 calorifier 8, sample collection tube 92 is moved to the mechanical arm 6 of closing device 4, electronic scales 7 and cabinet 1 from pallet 5.Described mechanical arm 6, calorifier 8 and stationary installation 2 are fixed on bottom described cabinet 1, the first fixed mount 11 and the second fixed mount 12 is provided with in described cabinet 1, described pallet 5, press device 3 and closing device 4 are all fixed on described first fixed mount 11, and described stationary installation 2 is positioned at immediately below described press device 3; Described closing device 4 is provided with air intake opening 4211 and gas outlet 4212, and described press device 3 is communicated with the air intake opening 4211 of closing device 4 by pipeline with calorifier 8.Described cabinet 1 is also provided with intake interface 13, interface 14 of giving vent to anger, feed liquor interface 15 and go out liquid interface 16, described intake interface 13 and feed liquor interface 15 are all connected with the air intake opening 4211 of closing device 4 by pipeline, described give vent to anger interface 14 with go out liquid interface 16 and be all connected with the gas outlet 4212 of closing device 4 by pipeline, intake interface 13 is for spare interface, can be used for carrying out cleaning closing device 4 into nitrogen, give vent to anger interface 14 for discharging waste gas, feed liquor interface 15, for connecing cleaning fluid, goes out liquid interface 16 for discharging waste liquid.Mechanical arm 6 is common prior art, therefore, do not repeat them here.
As shown in Figure 3 and Figure 4, described stationary installation 2 comprise place the supporting plate 22 of aerosol container 91, fixed support plate 21, promote transmission component, lifting motor 24, clamping transmission component, two clamping plate 25 and clamping motor 27.Approximate " T " font of described fixed support plate 21, described fixed support plate 21 comprises the first fixed head 211, second fixed head 213 and back up pad 212, the two ends of described back up pad 212 are fixed with the first fixed head 211 and the second fixed head 213 respectively, described lifting motor 24, clamping transmission component and clamping motor 27 are all located on the first fixed head 211, and the two ends of described lifting transmission component are separately fixed on the first fixed head 211 and the second fixed head 213.Described supporting plate 22 is provided with perforation, and described back up pad 212 is located in this perforation, and supporting plate 22 like this can move relative to fixed support plate 21, and described supporting plate 22 is fixed on described lifting transmission component.Described lifting motor 24 provides power for giving lifting transmission component, described clamping motor 27 provides power for giving clamping transmission component, described two clamping plate 25 are located at the two ends of described clamping plate 25 transmission component, and the second fixed head 213 of described fixed support plate 21 is fixed on the bottom of described cabinet 1.
Described lifting transmission component is leading screw 231, two bearings, two bearing seats 232, two synchronous pulleys 233 and Timing Belt 234, described two bearings are separately fixed on two bearing seats 232, on the first fixed head 211 that described two bearing seats 232 are all fixed on described fixed support plate 21 and the second fixed head 213, the end end of described leading screw 231 one end is fixed with one of them bearing, the other end and another bearing of described leading screw 231 are fixed, the end end of described leading screw 231 other end is fixed with one of them synchronous pulley 233, another synchronous pulley 233 described is fixed on the output shaft of described lifting motor 24, described two synchronous pulleys 233 are by Timing Belt 234 transmission.Described leading screw 231 is fixed with described supporting plate 22.Motor drives synchronous pulley 233 to rotate, thus leading screw 231 is rotated, and leading screw 231 can convert circular motion to rectilinear motion, and fixing leading screw 231 supporting plate 22 when rotating can move up and down.In other embodiments, two synchronous pulleys 233 and Timing Belt 234 can also be replaced to two gears; Maybe will remove two synchronous pulleys 233 and Timing Belt 234, lifting motor 24 and described leading screw 231 are directly connected and fixed.
Described clamping transmission component comprises two-way leading screw 261, two supporting seats 262, two synchronous pulleys 263 and Timing Belt 264, the two ends of described two-way leading screw 261 are located on described supporting seat 262, one of them synchronous pulley 263 described is fixed on one end of two-way leading screw 261, another synchronous pulley 263 described is fixed on the output shaft of described clamping motor 27, described two synchronous pulleys 263 are by Timing Belt 264 transmission, and described two clamping plate 25 are fixed on the nut of described two-way leading screw 261.Clamping motor 27 drives leading screw 231 to rotate, and makes its two clamping plates 25 clamp or unclamp, and in other embodiments, two synchronous pulleys 263 and Timing Belt 264 can also be replaced to two gears; Maybe will remove two synchronous pulleys 263 and Timing Belt 264, clamping motor 27 and described two-way leading screw 261 are directly connected and fixed.
To the aerosol container 91 of collected specimens be needed to be placed on described supporting plate 22, described clamping motor 27 works, and drives two-way leading screw 261 to rotate, and makes its two clamping plates 25 move to aerosol container 91 and be clamped, and after clamping, clamping motor 27 quits work; Lifting motor 24 is started working afterwards, drive leading screw 231 rotate, make its by the nozzle of aerosol container 91 and described press device 3 inconsistent, described lifting motor 24 quits work, and whole steady job like this completes.Clamping and lifting can be carried out also can separately carrying out simultaneously.
Please refer to Fig. 5 and Fig. 6, described press device 3 comprises press head 31, electromagnet 32 and fixation kit 33, the top of described press head 31 is provided with fixed orifice 311, the bottom of described press head 31 is provided with the pressing hole 312 matched with aerosol container 91, described press head 31 is provided with gas outlet 313 and inlet 314, described inlet 314 is communicated with gas outlet 313, inlet 314 is provided with feed tube, feed tube is connected with the feed liquor interface 15 of cabinet 1, be convenient to and ft connection, feed tube is in closed condition at ordinary times, open feed tube when needed, soda liquor container will be housed be communicated with feed tube, carry out pipe blow-through, described pressing hole 312 is communicated with described gas outlet 313, described electromagnet 32 is fixed on described fixation kit 33, and one end of the iron staff 321 of electromagnet 32 is fixed in described fixed orifice 311, described gas outlet 313 is provided with pipeline and is connected with closing device 4, and fixation kit 33 is fixed on described first fixed mount 11.When electromagnet 32 is energized, the iron staff 321 in electromagnet 32 can move down and promote press head 31, will discharge aerosol container 91 after the shower nozzle of aerosol container 91 is pressed, so can collected specimens.
As shown in Figure 1, described pallet 5 comprises tray body and is located at some grooves 51 in tray body, and described groove 51 distributes in dispersion shape and towards mechanical arm 6, is convenient to mechanical arm 6 and captures.
Please refer to Fig. 7 and Fig. 8, described closing device 4 comprises electric hot plate 44, two pieces of baffle plates 45, locking bed 42, latch assembly, first sealing Anchor plate kit 46 and the second sealing Anchor plate kit 47 of holder 41, two heating strips.Described holder 41 comprises base plate 411, two groups of guidance sets, two pieces of back up pads 413, fixed heads 412, described two pieces of back up pads 413 are fixed on described base plate 411, described fixed head 412 is fixed in described two pieces of back up pads 413, described two groups of guidance sets are fixed between fixed head 412 and base plate 411, and described guidance set of often organizing comprises two guideposts 414.Described two pieces of baffle plates 45, locking bed 42 and latch assembly are fixed on described base plate 411, and described latch assembly and described locking bed 42 are fixed, described baffle plate 45 is fixed on described electric hot plate 44 and forms draw-in groove, it is interior and fixing with locking bed 42 that sample collection tube 92 is placed on this draw-in groove, described first sealing Anchor plate kit 46 and the second sealing Anchor plate kit 47 are all fixed on described fixed head 412, described two groups of guidance sets play the guiding role to the first sealing Anchor plate kit 46 and the second sealing Anchor plate kit 47, described locking bed 42 is provided with air intake opening 4211 and gas outlet 4212.Described base plate 411 can be the form with certain inclined-plane, can also be flat type (as shown in figure 11).Before collecting gas, first seal Anchor plate kit 46 by one end of sample collection tube 92 to pressing down by first, because of the heating strip heating on heating board, sample collection tube 92 can be sealed, then collecting, after having collected, in like manner by the second sealing Anchor plate kit 47, the other end is being sealed.
Incorporated by reference to Fig. 9 and Figure 10 reference, described locking bed 42 comprise locking bed body 421, with the integrated locking post 423 of locking bed body 421 and block 422, described locking bed body 421 is provided with air intake opening 4211 and gas outlet 4212, be provided with the aeration hole 4231 be communicated with gas outlet 4212 with air intake opening 4211 in described locking post 423, described block 422 is fixed on described locking bed body 421.Described sample collection tube 92 is fixed on described locking post 423.Described latch assembly comprises locking member 432 and electromagnet 431, and the iron staff 4311 of described electromagnet 431 is fixed on described locking member 432, and described locking member 432 is coaxially arranged with described locking post 423, and locking member 432 is fixed with described block 422.After sample collection tube 92 is arranged on locking post 423 by mechanical arm 6, electromagnet 431 moves to electromagnet 431 direction by making the iron staff 4311 in its electromagnet 431, its locking member 432 is strained, make more firm being fixed on locking post 423 of its sample collection tube 92, and between sample collection tube 92 and locking post 423, hermetic seal coordinates.
Please refer to Fig. 8 and Fig. 9, described the first/the second sealing Anchor plate kit 46,47 comprises through motor 481, web joint 482 and the first/the second pressing plate 463,473 with web joint 482 one, and output shaft and the described web joint 482 of described motor are fixed.Through motor 481 energising makes screw rod in its through motor 481 then move down, thus promotion web joint 482 moves down, and namely promotes the first pressing plate 463 or the second pressing plate 473 downwards, can seal wherein one end of sample collection tube 92.The length of described first pressing plate 463 is greater than 1/2nd of the length of sample collection tube 92, and is less than 2/3rds of the length of sample collection tube 92, guarantees the air in sample collection tube 92 to discharge.
By needing the aerosol container 91 of sampling to be placed on supporting plate 22, stationary installation 2 pairs of aerosol containers 91 are utilized to be fixed afterwards, after fixing, mechanical arm 6 captures the sample collection tube 92 be placed on pallet 5, then sample collection tube 92 is placed in draw-in groove that electric hot plate 44 and two pieces of baffle plates 45 formed, one end of sample collection tube 92 is arranged on locking post 423 simultaneously, after installing, mechanical arm 6 unclamps and return, latch assembly is by sample collection tube 92, then sealed by the first sealing Anchor plate kit 46 pairs of sample collection tubes 92, by the first pressing plate 463 assembly return after having sealed, press component presses aerosol container 91 simultaneously, the aerosol container 91 in its aerosol container 91 is made to flow in sample collection tube 92 by pipeline, after the sample collection of sample collection tube 92 is complete, the other end of sample collection tube 92 seals by the second sealing Anchor plate kit 47, after having sealed, calorifier 8 pairs of locking beds 42 and sample collection tube 92 seal and dry outside dividing, electronic scales 7 of sample can being taken away after oven dry completes is weighed, the quality of record sample, calorimeter of being taken away by sample is again measured, and so the thermal value of aerosol container 91 can be calculated.
These are only embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure utilizing instructions of the present invention and accompanying drawing content to do, is directly or indirectly used in the technical field that other are relevant, all in like manner within scope of patent protection of the present invention.
Claims (10)
1. a spray sample collector, it is characterized in that: described spray sample collector comprises the stationary installation for fixing aerosol container, for pressing the press device of aerosol container, for placing the pallet of sample collection tube, by the closing device of sample collection channel closure, for drying the calorifier of sample collection tube and closing device, sample collection tube is moved to mechanical arm and the cabinet of closing device from pallet, described mechanical arm, calorifier and stationary installation are fixed on bottom described cabinet, the first fixed mount is provided with in described cabinet, described pallet, press device and closing device are all fixed on described first fixed mount, described stationary installation is positioned at immediately below described press device, described closing device is provided with air intake opening and gas outlet, described press device is communicated with the air intake opening of closing device by pipeline with calorifier, described cabinet is also provided with intake interface, to give vent to anger interface, feed liquor interface and go out liquid interface, described intake interface is all connected with the air intake opening of closing device by pipeline with feed liquor interface, described give vent to anger interface with go out liquid interface and be all connected with the gas outlet of closing device by pipeline.
2. spray sample collector as claimed in claim 1, it is characterized in that: described stationary installation comprises the supporting plate placing aerosol container, fixed support plate, promote transmission component, lifting motor, clamping transmission component and clamping motor, described lifting transmission component, lifting motor, clamping transmission component, two clamping plate and clamping motor are all fixed on described fixed support plate, described supporting plate to be located on described fixed support plate and can to move relative to fixed support plate, described lifting motor is used for providing power to promoting transmission component, described supporting plate is fixed on described lifting transmission component, described clamping motor is used for providing power to clamping transmission component, described two clamping plate are located at the two ends of described clamping plate transmission component, described fixed support plate is fixed on the bottom of described cabinet.
3. spray sample collector as claimed in claim 2, it is characterized in that: described lifting transmission component is leading screw, two bearings, two bearing seats, two synchronous pulleys and Timing Belt, described two bearings are separately fixed on two bearing seats, described two bearing seats are all fixed on described fixed support plate, end end, described leading screw one end is fixed with one of them bearing, the described leading screw other end and another bearing are fixed, described leading screw other end end end is fixed with one of them synchronous pulley, another synchronous pulley described is fixed on the output shaft of described lifting motor, described two synchronous pulleys pass through toothed belt transmission.
4. spray sample collector as claimed in claim 2, it is characterized in that: described clamping transmission component comprises two-way leading screw, two supporting seats, two synchronous pulleys and Timing Belts, the two ends of described two-way leading screw are located on described supporting seat, one of them synchronous pulley described is fixed on one end of two-way leading screw, another synchronous pulley described is fixed on the output shaft of described clamping motor, described two synchronous pulleys are by toothed belt transmission, and described two Boards wall are on described two-way leading screw.
5. spray sample collector as claimed in claim 1, it is characterized in that: described press device comprises press head, electromagnet and fixation kit, the top of described press head is provided with fixed orifice, the bottom of described press head is provided with the pressing hole matched with aerosol container, described press head is provided with gas outlet and inlet, described inlet is communicated with gas outlet, described pressing hole is communicated with described gas outlet, described electromagnet is fixed on described fixation kit, and one end of the iron staff of electromagnet is fixed in described fixed orifice, described gas outlet is provided with pipeline and is connected with closing device.
6. spray sample collector as claimed in claim 1, is characterized in that: described pallet comprises tray body and is located at some grooves in tray body, and described groove is dispersion shape distribution.
7. spray sample collector as claimed in claim 1, it is characterized in that: described closing device comprises holder, the electric hot plate of two heating strips, two pieces of baffle plates, locking bed, latch assembly, first sealing Anchor plate kit and the second sealing Anchor plate kit, described holder comprises base plate, two groups of guidance sets, two pieces of back up pads, fixed head, described two pieces of back up pads are fixed on described base plate, described fixed head is fixed in described two pieces of back up pads, described two groups of guidance sets are fixed between fixed head and base plate, described two pieces of baffle plates, locking bed and latch assembly are fixed on described base plate, and described latch assembly and described locking bed are fixed, described baffle plate is fixed on described electric hot plate and forms draw-in groove, described first sealing Anchor plate kit and the second sealing Anchor plate kit are all fixed on described fixed head, described two groups of guidance sets play the guiding role to the first sealing Anchor plate kit and the second sealing Anchor plate kit, described locking bed is provided with air intake opening and gas outlet.
8. spray sample collector as claimed in claim 7, it is characterized in that: described locking bed comprises locking bed body, with the integrated locking post of locking bed body and block, described locking bed body is provided with air intake opening and gas outlet, the aeration hole be communicated with gas outlet with air intake opening in described locking post, described block is fixed on described locking bed body, described sample collection tube is fixed on described locking post, described latch assembly comprises locking member and electromagnet, the iron staff of described electromagnet is fixed on described locking member, described locking member and described locking post are coaxially arranged, and locking member and described block are fixed.
9. spray sample collector as claimed in claim 7, it is characterized in that: described the first/the second sealing Anchor plate kit comprises through motor, web joint and the first/the second pressing plate with web joint one, and output shaft and the described web joint of described motor are fixed.
10. spray sample collector as claimed in claim 1, it is characterized in that: described spray sample collector also comprises electronic scales, is also provided with the second fixed mount in described cabinet, described electronic scales is fixed on described second fixed mount.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510389117.8A CN104931302B (en) | 2015-06-30 | 2015-06-30 | spray sample collector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510389117.8A CN104931302B (en) | 2015-06-30 | 2015-06-30 | spray sample collector |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104931302A true CN104931302A (en) | 2015-09-23 |
| CN104931302B CN104931302B (en) | 2017-07-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510389117.8A Expired - Fee Related CN104931302B (en) | 2015-06-30 | 2015-06-30 | spray sample collector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104931302B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110082165A (en) * | 2019-05-07 | 2019-08-02 | 农业农村部南京农业机械化研究所 | Field droplet automated collection systems and its acquisition method |
| CN110522965A (en) * | 2019-06-28 | 2019-12-03 | 陕西洁伦医药生物有限公司 | A kind of infusion device that can replace infusion bottle automatically |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110082165A (en) * | 2019-05-07 | 2019-08-02 | 农业农村部南京农业机械化研究所 | Field droplet automated collection systems and its acquisition method |
| CN110522965A (en) * | 2019-06-28 | 2019-12-03 | 陕西洁伦医药生物有限公司 | A kind of infusion device that can replace infusion bottle automatically |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104931302B (en) | 2017-07-11 |
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