CN206848239U - A kind of single entry determination method quick industrial analyzer - Google Patents
A kind of single entry determination method quick industrial analyzer Download PDFInfo
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- CN206848239U CN206848239U CN201720703849.4U CN201720703849U CN206848239U CN 206848239 U CN206848239 U CN 206848239U CN 201720703849 U CN201720703849 U CN 201720703849U CN 206848239 U CN206848239 U CN 206848239U
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- setting
- disc mechanism
- out disc
- crucible
- hoistable platform
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Abstract
The utility model provides a kind of single entry determination method quick industrial analyzer,Balance is placed on hoistable platform bottom,Sample transfer bar is arranged on balance support,Heat furnace module and setting-out disc mechanism is arranged on hoistable platform,Hoistable platform can be realized by motor drives screw mandrel and moved up and down,Setting-out disc mechanism is provided with some hole positions,Crucible is placed in the hole position of setting-out disc mechanism,Heating furnace module passes through high-temperature probe temperature control to component moisture to be measured,Ash content,Or the temperature of volatile matter,Setting-out disc mechanism rotates testing sample to sample transfer bar upper position,Then controlled motor drives screw mandrel to decline hoistable platform,Crucible falls on sample transfer bar to be fed in heating furnace module and tested,After the completion of experiment,Controlled motor drives screw mandrel hoistable platform is increased,Crucible is fallen on setting-out disc mechanism again,Setting-out disc mechanism rotates next testing sample to sample transfer bar top,Realize follow-on test,It is simple in construction,Stable temperature control,It is reliable.
Description
Technical field
It the utility model is related to industrial analysis instrument apparatus field, more particularly to a kind of single entry determination method rapid technical analysis
Instrument.
Background technology
Existing single entry determination method quick industrial analyzer is by balance 1, sample transfer bar 2, setting-out disc mechanism 3, crucible 4, lifting
The parts such as platform 5, low temperature furnace module 6 and high temperature furnace module 8 form (referring to Fig. 1).It is used for moisture, the ash content of quick measure coal
With volatile matter index.As shown in Figure 1：Low temperature furnace module includes body of heater and temperature transducer 7 forms, and it can be controlled surveys in moisture
Temperature is tried, high temperature furnace module includes body of heater and temperature transducer 8 forms, and it is controlled in ash content or volatile matter test temperature, water ash
It is placed on volatile matter crucible on setting-out disc mechanism, it is flat that setting-out disc mechanism, low temperature furnace module and high temperature furnace group are all arranged on lifting
On platform, hoistable platform can drive screw mandrel 10 to realize and move up and down by motor 11.When testing moisture, setting-out disc mechanism handle is treated
Survey crucible sample to turn to above sample transfer bar position, then hoistable platform declines, and crucible is sent to low temperature oven and carried out by sample transfer bar
Moisture measurement；When testing ash content or volatile matter, setting-out disc mechanism turns to crucible sample to be measured above sample transfer bar position, so
Hoistable platform declines afterwards, and crucible is sent to high temperature furnace and carries out ash content or volatile matter test by sample transfer bar.Lifted after the completion of test flat
Platform rises, and crucible is fallen on setting-out disk again, and then setting-out disk rotates next crucible to be measured to sample transfer bar upper position, carries out
Next test, so as to realize follow-on test.As shown in figure 1, it tests moisture and ash content, volatile matter respectively in low temperature oven and height
Warm stove, equipment need two different heating furnaces, and when testing ash content or volatile matter, crucible need to be passed through low temperature by sample transfer bar
Stove can just be sent to high temperature furnace and be tested, and currently existing scheme has following defect：1st, two heating furnaces and temperature control system are possessed
System, equipment are realized more complicated；2nd, crucible is sent to high temperature furnace, it is necessary to pass through low temperature oven by sample transfer bar, therefore low temperature oven top needs
Perforate is wanted, and when the crucible after high temperature furnace calcination returns to setting-out disk, will also pass through low temperature oven, these factors all can shadow
Ring the stable temperature control of low temperature oven；3rd, crucible is sent to high temperature furnace, it is necessary to pass through low temperature oven, therefore it is required that setting-out disk by sample transfer bar
On one wire, not so sample transfer bar or crucible can be encountered in heating furnace plate during sample presentation for hole, low temperature firehole and high temperature firehole
And cause failure；4th, crucible is sent to high temperature furnace, it is necessary to longer sample transfer bar, causes sample presentation stability to be just deteriorated by sample transfer bar,
When equipment is disturbed by extraneous vibration and vibrations itself, easily there is crucible failure.
The content of the invention
In order to solve problem above, the utility model provides a kind of single entry determination method quick industrial analyzer, the letter of its structure
Single, stable temperature control is reliable, and it need not pass through burner hearth only with a heating furnace module burner hearth and high-temperature probe, sample transfer bar,
Sample presentation pole length greatly reduces, and can solve the problem that defect present in existing scheme.
The technical solution of the utility model is：A kind of single entry determination method quick industrial analyzer is provided, it is by balance, sent
Sample bar, setting-out disc mechanism, crucible, hoistable platform, heating furnace module, high-temperature probe, screw mandrel, motor composition, balance are placed on liter
Platform lower is dropped, and sample transfer bar is arranged on balance support, heats furnace module and setting-out disc mechanism is arranged on hoistable platform, lifting
Platform can realize and move up and down that setting-out disc mechanism is provided with some hole positions, and crucible is placed on setting-out disk by motor drives screw mandrel
In the hole position of mechanism.
Preferably, when testing moisture, ash content and volatile matter, heating furnace module passes through high-temperature probe temperature control to component water to be measured
Point, the temperature of ash content or volatile matter, setting-out disc mechanism rotates testing sample to sample transfer bar upper position, then controlled motor band
Dynamic screw mandrel declines hoistable platform, and crucible falls on sample transfer bar to be fed in heating furnace module and tested, after the completion of experiment,
Controlled motor drives screw mandrel hoistable platform is increased, and crucible is fallen on setting-out disc mechanism again, and setting-out disc mechanism rotates next
Testing sample realizes follow-on test to sample transfer bar top.
Preferably, crucible is sent into heating furnace module and stagnated in outside heating furnace module by sample transfer bar.
Preferably, setting-out disc mechanism is provided with some hole positions, can place crucible, the setting-out disc mechanism have rotate and
Positioning function, described several are more than two natural numbers.
Preferably, hoistable platform can drive setting-out disc mechanism and heating furnace component movement, realize crucible from setting-out disk
The heating furnace module or leave and be put on setting-out disc mechanism from heating furnace module that mechanism is sent into.
Compared with prior art, the beneficial effects of the utility model are：Control heating furnace module different by high-temperature probe
Test temperature, the quantity of heating furnace module burner hearth is reduced to one, reduces the length of sample transfer bar.It is relative with existing skill
Art, the complexity of machinery is which reduced, the stability of instrument is improved, avoids low temperature oven and high temperature furnace temperature influences each other,
Improve the stability of temperature control.
Brief description of the drawings
Further the utility model is illustrated below according to figure:
Fig. 1 is the structural representation of the utility model background technology；
Fig. 2 is structure chart of the present utility model；
Shown in Fig. 2：1st, balance, 2, sample transfer bar, 3, setting-out disc mechanism, 4, crucible, 5, hoistable platform, 6, heating furnace group
Part, 7, high-temperature probe, 8, screw mandrel, 9, motor.
Embodiment
The utility model is described in further detail with reference to figure, it is necessary to which explanation is, figure is only used for explaining this
Utility model, it is that the utility model embodiment is schematically illustrated, and it is not intended that to restriction of the present utility model.
, it is necessary to illustrate in description of the present utility model, unless otherwise clearly defined and limited, term " phase
Even ", " connection " should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or be integrally connected；Can
To be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary.For this
For the those of ordinary skill in field, concrete meaning of the above-mentioned term in the utility model can be understood with concrete condition.
As shown in Fig. 2 a kind of single entry determination method quick industrial analyzer, it is by balance 1, sample transfer bar 2, setting-out disc mechanism
3rd, crucible 4, hoistable platform 5, heating furnace module 6, high-temperature probe 7, screw mandrel 8, motor 9 form, and balance 1 is placed on hoistable platform 5
Bottom, sample transfer bar 2 are arranged on the support of balance 1, heat furnace module 6 and setting-out disc mechanism 3 is arranged on hoistable platform 5, lifting
Platform 5 can drive screw mandrel 8 to realize and move up and down by motor 9, and setting-out disc mechanism 3 is provided with some hole positions, and crucible 4 is placed on
In the hole position of sample dish mechanism 3.
Preferably, when testing moisture, ash content and volatile matter, heating furnace module 6 passes through the temperature control of high-temperature probe 7 to component to be measured
The temperature of moisture, ash content or volatile matter, setting-out disc mechanism 3 rotate testing sample to the upper position of sample transfer bar 2, and then control is electric
Machine 9 drives screw mandrel 8 to decline hoistable platform 5, and crucible 4 falls on sample transfer bar 2 to be fed in heating furnace module 6 and tested,
After the completion of experiment, controlled motor 9 drives screw mandrel 8 hoistable platform 5 is increased, and crucible 4 is fallen on setting-out disc mechanism 3 again, setting-out
Disc mechanism 3 rotates next testing sample to the top of sample transfer bar 2, realizes follow-on test.
Preferably, crucible 4 is sent into heating furnace module 6 and stagnated in outside heating furnace module 6 by sample transfer bar 2.
Preferably, setting-out disc mechanism 3 is provided with some hole positions, can place crucible 4, and the setting-out disc mechanism 3, which has, to be turned
Dynamic and positioning function, described several are more than two natural numbers.
Preferably, hoistable platform 5 can drive setting-out disc mechanism 3 and heating furnace module 6 to move, and realize crucible 4 from putting
The heating furnace module 6 or leave and be put on setting-out disc mechanism 3 from heating furnace module 6 that sample dish mechanism 3 is sent into.
Embodiment 1
When testing moisture, heating furnace module 6 passes through the temperature control of high-temperature probe 7 to component moisture temperature to be measured, setting-out disc mechanism 3
Testing sample is rotated to the upper position of sample transfer bar 2, then controls hoistable platform 5 to decline, moisture crucible 4 falls on quilt on sample transfer bar 2
It is sent in heating furnace module 6 and is tested, after the completion of experiment, control hoistable platform 5 rises, and crucible 4 falls on setting-out disk again
In mechanism 3, then setting-out disc mechanism 3 rotates next testing sample to the top of sample transfer bar 2, realizes follow-on test.
Embodiment 2
When testing ash content, heating furnace module 6 passes through the temperature control of high-temperature probe 7 to component ash content test temperature to be measured, setting-out disk
Mechanism 3 rotates testing sample to the upper position of sample transfer bar 2, then controls hoistable platform 5 to decline, ash content crucible 4 falls on sample transfer bar 2
On be fed to heating furnace module 6 in tested, after the completion of experiment, control hoistable platform 5 rise, crucible 4 is fallen on again to be put
In sample dish mechanism 3, then setting-out disc mechanism 3 rotates next testing sample to the top of sample transfer bar 2, realizes follow-on test.
Embodiment 3
When testing volatile matter, heating furnace module 6 divides test temperature by the temperature control of high-temperature probe 7 to component volatilization to be measured, puts
Sample dish mechanism 3 rotates testing sample to the upper position of sample transfer bar 2, then controls hoistable platform 5 to decline, volatile matter crucible 4 is fallen on
It is fed in heating furnace module 6 and is tested on sample transfer bar 2, after the completion of experiment, control hoistable platform 5 rises, and crucible 4 is again
Fall on setting-out disc mechanism 3, then setting-out disc mechanism 3 rotates next testing sample to the top of sample transfer bar 2, realizes continuous survey
Examination.
The utility model has the advantage of control the different test temperature of heating furnace module 6, adding by high-temperature probe 7
The quantity of the burner hearth of hot stove component 6 is reduced to one, reduces the length of sample transfer bar 2.Relative and prior art, which reduces machinery
Complexity, improve the stability of instrument, avoid low temperature oven and high temperature furnace temperature influences each other, improve the temperature of temperature control
Property.
The utility model provides a kind of simple in construction, stable temperature control, reliable quick industrial analyzer.Its only with
One heating burner hearth of furnace module 6 and high-temperature probe 7, sample transfer bar 2 need not pass through burner hearth, and the length of sample transfer bar 2 greatly reduces, can solved
Certainly defect present in existing scheme.
Described above is embodiment of the present utility model, the utility model is not limited to, for the technology of this area
For personnel, the utility model can have various modifications and variations.All made within spirit of the present utility model and principle
Any modification, equivalent substitution and improvements etc. all should be contained within right of the present utility model.
Claims (5)
1. a kind of single entry determination method quick industrial analyzer, it is by balance (1), sample transfer bar (2), setting-out disc mechanism (3), crucible
(4), hoistable platform (5), heating furnace module (6), high-temperature probe (7), screw mandrel (8), motor (9) composition, it is characterised in that：Balance
(1) hoistable platform (5) bottom is placed on, sample transfer bar (2) is arranged on balance (1) support, heating furnace module (6) and setting-out disk machine
Structure (3) is arranged on hoistable platform (5), and hoistable platform (5) can drive screw mandrel (8) to realize and move up and down by motor (9), setting-out
Disc mechanism (3) is provided with some hole positions, and crucible (4) is placed in the hole position of setting-out disc mechanism (3).
A kind of 2. single entry determination method quick industrial analyzer according to claim 1, it is characterised in that：Test moisture, ash content
During with volatile matter, temperature of the heating furnace module (6) by high-temperature probe (7) temperature control to component moisture to be measured, ash content or volatile matter
Spend, setting-out disc mechanism (3) rotation testing sample to sample transfer bar (2) upper position, then controlled motor (9) drives screw mandrel (8) to make
Hoistable platform (5) declines, and crucible (4) falls on sample transfer bar (2) to be fed in heating furnace module (6) and tested, and has tested
Cheng Hou, controlled motor (9) drive screw mandrel (8) hoistable platform (5) is increased, and crucible (4) is fallen on setting-out disc mechanism (3) again,
Setting-out disc mechanism (3) rotates next testing sample to sample transfer bar (2) top, realizes follow-on test.
A kind of 3. single entry determination method quick industrial analyzer according to claim 1, it is characterised in that：Sample transfer bar (2) is by earthenware
Crucible (4) is sent into heating furnace module (6) and stagnated in heating furnace module (6) outside.
A kind of 4. single entry determination method quick industrial analyzer according to claim 1, it is characterised in that：Setting-out disc mechanism (3)
Be provided with some hole positions, can place crucible (4), the setting-out disc mechanism (3), which has, to be rotated and positioning function, it is described several
For more than two natural numbers.
A kind of 5. single entry determination method quick industrial analyzer according to claim 1, it is characterised in that：Hoistable platform (5) energy
Setting-out disc mechanism (3) and heating furnace module (6) motion are enough driven, realizes the heating that crucible (4) is sent into from setting-out disc mechanism (3)
Furnace module (6) leaves and is put on setting-out disc mechanism (3) from heating furnace module (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720703849.4U CN206848239U (en) | 2017-06-16 | 2017-06-16 | A kind of single entry determination method quick industrial analyzer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720703849.4U CN206848239U (en) | 2017-06-16 | 2017-06-16 | A kind of single entry determination method quick industrial analyzer |
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| Publication Number | Publication Date |
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| CN206848239U true CN206848239U (en) | 2018-01-05 |
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| CN201720703849.4U Active CN206848239U (en) | 2017-06-16 | 2017-06-16 | A kind of single entry determination method quick industrial analyzer |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107356707A (en) * | 2017-06-16 | 2017-11-17 | 廊坊市产品质量监督检验所 | A kind of single entry determination method quick industrial analyzer |
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2017
- 2017-06-16 CN CN201720703849.4U patent/CN206848239U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107356707A (en) * | 2017-06-16 | 2017-11-17 | 廊坊市产品质量监督检验所 | A kind of single entry determination method quick industrial analyzer |
| CN107356707B (en) * | 2017-06-16 | 2024-01-26 | 廊坊市产品质量监督检验所 | Single-type rapid industrial analyzer adopting determination method |
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