CN206281768U - For the blow device of online quantum gas analyzer - Google Patents
For the blow device of online quantum gas analyzer Download PDFInfo
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- CN206281768U CN206281768U CN201621233229.0U CN201621233229U CN206281768U CN 206281768 U CN206281768 U CN 206281768U CN 201621233229 U CN201621233229 U CN 201621233229U CN 206281768 U CN206281768 U CN 206281768U
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- purge gas
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- detection probe
- light quantum
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Abstract
The utility model is related to a kind of blow device for online quantum gas analyzer, and sapphire window is located in the groove of detection probe end, and a circle gap is provided with the inwall of the groove；Detection probe end is provided with least two purge gas entrances, and the purge gas pipeline connected with external air source, purge gas entrance and purge gas pipeline connection are provided with the feeler lever on detection probe top, and external air source enters purge gas entrance from purge gas pipeline；The purge gas entrance inner ring of detection probe end is provided with a circle ball grooves, several balls are provided with ball grooves, after external air source is from purge gas entrance through the gap ball, sapphire window is blown into by a circle gap of the groove inner wall of detection probe end.The utility model prevents window from being blocked by dust, it is possible to achieve prolonged non-maintaining, it is ensured that the reliability service of online the quantum analysis instrument.
Description
Technical field
The utility model is related to a kind of blow device, is particularly used for the purging dress of online quantum gas analyzer
Put.
Background technology
In industrial application, it is often required to carry out on-line analysis detection to the composition of various processing mediums, to carry out
The technology controlling and process of the various needs such as more preferably, safer, more environmentally friendly.And online the quantum analysis instrument system is a kind of FA
Detection technique, it is a kind of new analytical instrument that gas composition analysis are carried out using entangled quantum effect.In the quantum analysis
In instrument system, detection probe is an important part, and it is usually on processing medium pipeline, by detection probe
The window of front end, light quantum can be transmitted into processing medium, detected various analyses are carried out according to quantum theory, therefore, window
Whether mouth can be contaminated can also produce important influence for analysis detection.In general processing medium, often high humility, height
The environment of dust, if only window is statically positioned in medium, the time one is grown, the dust institute that window will be accumulated by
Block, so that passing through for light quantum can be stopped, the analysis detection of impact analysis instrument.
The content of the invention
The utility model is intended to overcome the defect of prior art, there is provided a kind of blowing for online quantum gas analyzer
Sweeping device, prevents window from being blocked by dust, it is possible to achieve prolonged non-maintaining, it is ensured that online the quantum analysis instrument can
By operation.
In order to solve the above-mentioned technical problem, the utility model is realized in：
A kind of blow device for online quantum gas analyzer, including online quantum gas analyzer, are somebody's turn to do
Wire type quantum gas analyzer includes including that light source generator, light lead in main frame, detecting box and detection probe, the detecting box
Road, light quantum are tangled and prepare crystal, light quantum delivery module and light quantum analysis module；
The light source generator is pluggable expandable type light source generator, and it connects the light quantum system of tangling by optical channel
Standby crystal, light quantum is tangled and prepares crystal by optical channel connection light quantum delivery module, and light quantum delivery module passes through respectively
Optical fiber and optical channel communication with detection probe and light quantum analysis module；Light quantum analysis module is connected by communication bus with main frame
Connect；Detection probe end is sapphire window；
It is characterized in that：Sapphire window is located in the groove of detection probe end, and a circle is provided with the inwall of the groove
Gap；
The detection probe end is provided with least two purge gas entrances, be provided with the feeler lever on detection probe top with outward
The purge gas pipeline of portion source of the gas connection, purge gas entrance and purge gas pipeline connection, external air source is from purge gas pipe
Road enters purge gas entrance；
The purge gas entrance inner ring of the detection probe end is provided with a circle ball grooves, and several rollings are provided with ball grooves
Pearl, after external air source is from purge gas entrance through the gap ball, by the one of the groove inner wall of detection probe end
Circle gap is blown into sapphire window.
The described blow device for online quantum gas analyzer, it is characterised in that：The purge gas are edges
The tangential direction for the annulus being made up of multiple balls enters into ball grooves.
The beneficial effects of the utility model are：Online quantum gas analyzer is exactly minimum maintenance, fast response time,
Analysis is accurate, and repeatability is high, the purging air-flow of the dynamic cyclone type by being produced on the surface of window, the dust of window surface
All blow away and take away, just cause that original maintenance, than the probe window of larger contact medium, can for a long time keep window
Clean, the permeability of holding window on surface, enables detection probe long-play and from safeguarding, it is ensured that online formula weight
The reliability service of sub- analyzer.
Brief description of the drawings
The utility model is described in further detail with implementation method below in conjunction with the accompanying drawings：
Fig. 1 is the structural representation of online quantum gas analyzer.
Fig. 2 is the structural representation of detection probe.
Fig. 3 is the structural representation of Fig. 2 floor detection probe ends.
Specific embodiment
As shown in Figure 1：A kind of blow device for online quantum gas analyzer, including online quantum gas point
Analyzer, the online quantum gas analyzer includes including light source in main frame 1, detecting box 2 and detection probe 3, the detecting box
Generator 4, optical channel 5, light quantum are tangled and prepare crystal 6, light quantum delivery module 7 and light quantum analysis module 8；The light source
Generator is pluggable expandable type light source generator.
The light source generator is tangled by some optical channels connection light quantum and prepares crystal, and light quantum is tangled and prepares crystal
The light quantum delivery module of respective numbers is respectively communicated with by some optical channels, the letter of light quantum delivery module has drawn two in figure,
Light quantum delivery module is popped one's head in and light quantum analysis module by optical fiber 9 and optical channel communication with detection respectively；Light quantum analyzes mould
Block is connected by communication bus 11 with main frame；Detection probe end 18 is sapphire window 10.
As Figure 2-3：Sapphire window is located in the groove 12 of detection probe end, and one is provided with the inwall of the groove
Circle gap；
The detection probe end is provided with least two purge gas entrances 13, be provided with the feeler lever on detection probe top with
The purge gas pipeline of external air source connection, purge gas entrance and purge gas pipeline connection, external air source is from purge gas
Pipeline enters purge gas entrance；
The purge gas entrance inner ring of the detection probe end is provided with a circle ball grooves 15, and several are provided with ball grooves
Ball 14, external air source from purge gas entrance along purge gass path 16, into ball grooves, through the gap ball
Afterwards, sapphire window is blown into by a circle gap of the groove inner wall of detection probe end.
The purge gas are to enter into ball grooves along the tangential direction of the annulus being made up of multiple balls.
When a kind of new gas componant of detection is needed, it is necessary first to which the species according to gas is selected to the gas sensitization
The light wave of specific wavelength, the light wave for stating the i.e. wavelength with conventional physical is easily absorbed by this kind of gas, explains real from quantum theory
Because this kind of gas has interference to the light quantum of the wavelength so that light quantum generates quantum and caves on border, certain wave is have selected
After light wave long, it is possible to select specific light source generator, light source generator to be designed for pluggable expandable type according to wavelength,
It is directly inserted into expansion slot；After the light wave that light source generator generates specific wavelength, by special optical channel, enter
Enter to light quantum to tangle and prepare crystal, tangled by light quantum and prepare crystal, a pair of light quantities with Entangled State can be prepared
Son, is sent to this to light quantum in light quantum delivery module, one of them is sent to detection probe（Referred to as light quantum A）,
Another is sent to light quantum analysis module（Referred to as light quantum B）, now light quantum B is carried out with light the quantum analysis module first
Once observation detection, light quantum B can produce the light quantum A in Entangled State simultaneously that caves in also to produce and cave in accordingly, after detection
The result for obtaining is the quantum state L0 after caving in；Next the light quantum A for being sent to detection probe is passed through the indigo plant of feeler lever front end
Jewel window is sent in processing medium, because under test gas present in processing medium generate interference to light quantum A so that
Light quantum A generates quantum and caves in again, and now another light quantum B in light quantum analysis module can also be produced accordingly simultaneously
Quantum caves in, and quantum state now is unknown quantum state L1（This quantum state has specific relation with the concentration of under test gas）；Connect
Getting off to recycle light quantum analysis module carries out observation detection to light quantum B, and light quantum B produces quantum to cave in, while light quantum A
Corresponding quantum is produced to cave in, the testing result for obtaining is the quantum state L2 after caving in, the quantum state for detecting every time all leads to
Cross light quantum analysis module and change into data signal and be sent in analysis main frame and go to be stored and calculated, by these quantum
The conversion and calculating of state data, have finally given the gas componant content value for needing detection.
The structure of the solution of the present invention is located at the top of the quantum analysis instrument detection probe, in the structure at top, is designed with
Multiple purge gas entrances, these entrances are connected with the purge gas pipeline inside detection probe feeler lever, detection can be visited
Source gas outside head are sent to purge gas entrance by purge gas pipeline, and gas enters into detection probe top from entrance
Afterwards, along purge gass path, ball grooves are entered into, multiple balls is placed inside ball grooves, gas passes through the seam between ball
Gap, by the circle aperture slots on the circle ring inner wall of detection probe top, is blown into sapphire window.As shown in figure 3, purge gass
Path is to enter into ball grooves along the tangential direction of the annulus being made up of multiple balls, therefore pressure purge gass high are passing through
When ball gap passes through, while can also drive ball constantly to rotate, ball rotation may result in the gap between ball
Position is also rotating, and so, the gas of sapphire window is blown into by ball gap, can form a lasting dynamic whirlwind
17.Dynamic whirlwind has many advantages compared with traditional orientation purge gas, first it will not as orientation purge gas by
In an opposite direction high-pressure blowing for a long time, and cause the physical damnification of probe top metal structure；Secondly dynamic whirlwind by
In equably covering whole sapphire windows in dynamic, therefore can ensure that whole window keeps dry in longtime running
Only, without as orientation purging, only the strong place of part purging power is clean, and purges the weak still old powder in place of power
Dirt is accumulated；3rd, the cleaning force of dynamic whirlwind is also very strong, and it not only has the strength that gas " blows " when purging, can also be because of dynamic
State whirlwind and produce powerful suction, both strength are combined, and at utmost Shangdi transforms into the kinetic energy of gases at high pressure
To the cleaning capacity of window, extraordinary window cleaning effect can be reached.
Claims (2)
1. a kind of blow device for online quantum gas analyzer, including online quantum gas analyzer, this is online
The sub- gas analyzer of formula weight includes main frame, detecting box and detection probe, include in the detecting box light source generator, optical channel,
Light quantum is tangled and prepares crystal, light quantum delivery module and light quantum analysis module；
The light source generator is pluggable expandable type light source generator, and it connects light quantum and tangles preparation crystalline substance by optical channel
Body, light quantum is tangled and prepares crystal by optical channel connection light quantum delivery module, and light quantum delivery module passes through optical fiber respectively
With optical channel communication with detection probe and light quantum analysis module；Light quantum analysis module is connected by communication bus with main frame；
Detection probe end is sapphire window；
It is characterized in that：Sapphire window is located in the groove of detection probe end, and a circle gap is provided with the inwall of the groove；
The detection probe end is provided with least two purge gas entrances, is provided with the feeler lever on detection probe top and outside gas
The purge gas pipeline of source connection, purge gas entrance and purge gas pipeline connection, external air source are entered from purge gas pipeline
Enter purge gas entrance；
The purge gas entrance inner ring of the detection probe end is provided with a circle ball grooves, and several balls are provided with ball grooves,
After external air source is from purge gas entrance through the gap ball, by a circle seam of the groove inner wall of detection probe end
Gap is blown into sapphire window.
2. the blow device for online quantum gas analyzer according to claim 1, it is characterised in that：It is described to blow
Scavenging body is to enter into ball grooves along the tangential direction of the annulus being made up of multiple balls.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621233229.0U CN206281768U (en) | 2016-11-17 | 2016-11-17 | For the blow device of online quantum gas analyzer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621233229.0U CN206281768U (en) | 2016-11-17 | 2016-11-17 | For the blow device of online quantum gas analyzer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206281768U true CN206281768U (en) | 2017-06-27 |
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ID=59083499
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621233229.0U Active CN206281768U (en) | 2016-11-17 | 2016-11-17 | For the blow device of online quantum gas analyzer |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109724678A (en) * | 2019-03-05 | 2019-05-07 | 华北电力科学研究院有限责任公司 | Consider the absorbing tower liquid-level height measuring device and method of slurries foam falseness liquid level |
-
2016
- 2016-11-17 CN CN201621233229.0U patent/CN206281768U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109724678A (en) * | 2019-03-05 | 2019-05-07 | 华北电力科学研究院有限责任公司 | Consider the absorbing tower liquid-level height measuring device and method of slurries foam falseness liquid level |
| CN109724678B (en) * | 2019-03-05 | 2024-03-22 | 华北电力科学研究院有限责任公司 | Absorption tower liquid level height measuring device and method considering false liquid level of slurry foam |
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