CN209310387U - A kind of saturating formula rapid moisture removal drying system of wind - Google Patents
A kind of saturating formula rapid moisture removal drying system of wind Download PDFInfo
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- CN209310387U CN209310387U CN201822002819.8U CN201822002819U CN209310387U CN 209310387 U CN209310387 U CN 209310387U CN 201822002819 U CN201822002819 U CN 201822002819U CN 209310387 U CN209310387 U CN 209310387U
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Abstract
The utility model discloses a kind of saturating formula rapid moisture removal drying systems of wind, comprising: drying cabinet device, drying cabinet device is interior to be equipped with multiple independent saturating drying chambers of wind, and each saturating drying chamber of wind is equipped with a feed inlet；Carrying disk device is put off through feed inlet in the saturating drying chamber of wind after sample for carrying；Air blowing heating device is connected to by pipeline with the saturating drying chamber of each wind, with dry for carrying out the saturating formula of top-down wind to the sample on each carrying disk device simultaneously；Weighing sensing device is set in drying cabinet device, and water number is removed in the drying that sample in each carrying disk device is calculated after the weight data for weighing carrying disk device and sample in real time.The utility model has the advantages that simple and compact for structure, flexible to operation, drying efficiency is high, intelligent automaticization degree is high.
Description
Technical field
The utility model is mainly concerned with the gathering and processing of material samples, analytical equipment field, and in particular to a kind of saturating formula of wind is fast
Fast removal moisture drying system.
Background technique
The sample of material (such as ore, coal charge) is gathered and processed, analyzes work, every country has pressure standard, it is necessary to abide by
Sighting target standard carries out gathering and processing sample and analysis work.The criterion that the course of work was gathered and processed, analyzed to sample is not destroy sample representativeness
Under the premise of, collected sample granularity is gradually reduced, quality also gradually reduces, until meeting laboratory assay to the grain of sample
Then degree and quality (weight) required precision carry out relevant analysis of experiments to satisfactory sample.It cannot during this
Enough there is the loss of sample, can not enable sample generation is some physically or chemically to change, otherwise final test result will be made
At influence.
When coal sample sample is gathered and processed, analyzed, it need to use manipulator that coal sample is dried and dry.There are following skills
Art problem:
First is that dry generally using outdoor natural drying currently used for coal sample, low efficiency, the time is long, and occupied ground is big.
Second is that being required to artificial sample presentation and sampling currently used for coal sample drying equipment, lead to large labor intensity, automates journey
It spends low, friendly docking cannot be carried out with other gathering and processing automatic equipments, be unsatisfactory for the need of current sample gathering and processing automated job
It asks.
Third is that toasting drying currently used for coal sample drying equipment or using baking oven, heat can not come into full contact with coal sample, dry
Case is usually single box structure, and single baking is small, and baking time is long.
Fourth is that it is intelligent, the degree of automation is low.Current drying equipment can not automatically, timely obtain going for each sample
Water goes water rate, and drying efficiency is low, and the degree of automation is not high.
Utility model content
The technical issues of the utility model is solved is: in view of the problems of the existing technology, providing a kind of structure letter
The saturating formula rapid moisture removal drying system of single wind compact, flexible to operation, that drying efficiency is high, intelligent automaticization degree is high.
In order to solve the above technical problems, the utility model uses following technical scheme:
A kind of saturating formula rapid moisture removal drying system of wind, comprising:
Drying cabinet device, the drying cabinet device is interior to be equipped with multiple independent saturating drying chambers of wind, and each wind is done thoroughly
Dry chamber is equipped with a feed inlet；
Multiple carrying disk devices are put off through feed inlet in the saturating drying chamber of multiple wind after sample for carrying；
Air blowing heating device is connected to by pipeline with the saturating drying chamber of each wind, for filling simultaneously to each carrying disk
It is dry that the sample set carries out the saturating formula of top-down wind；
Weighing sensing device is set in drying cabinet device, for weighing the weight data of carrying disk device and sample in real time
Water number is removed in the drying for calculating sample in each carrying disk device afterwards.
Each carrying disk device includes two layers or more in setting up and down as a further improvement of the utility model,
Screen tray, the mesh aperture of the screen tray in top is less than the mesh aperture for the screen tray being below.
The bottom of each carrying disk device or the saturating drying chamber of each wind as a further improvement of the utility model,
Interior is equipped with a slide assemblies, for being slides quickly into carrying disk device in the saturating drying chamber of wind.
More than one first sense is equipped on each carrying disk device as a further improvement of the utility model,
Inductive switch is for monitoring whether carrying disk device puts off in place.
It is equipped with first sealed gate at each feed inlet as a further improvement of the utility model, often
The air inlet of a saturating drying chamber of the wind is equipped with second sealed gate.
One second induction is equipped at each first sealed gate as a further improvement of the utility model, to open
It closes with the switch state for monitoring the first sealed gate.
Each saturating drying chamber of the wind is equipped with more than one air draft as a further improvement of the utility model,
Mouthful, an air exhausting device is equipped at each exhaust outlet for the hot wind discharge after drying wind thoroughly.
The air blowing heating device includes the air blower being connected and heating as a further improvement of the utility model,
Device, with for after heating hot wind be sent into drying cabinet device in.
More than one temperature detection is equipped in the drying cabinet device as a further improvement of the utility model, to fill
It sets, for temperature in real-time detection drying cabinet device and to control the heating power of air blowing heating device.
As a further improvement of the utility model, the weighing sensing device include the central control module that is connected and
Weighing inductor, the weighing inductor are arranged in drying cabinet device, for all carrying disk devices simultaneously to top
And sample is weighed, and is calculated after the weighing data of the central control module reception weighing inductor and is controlled drying box dress
It sets, air blowing heating device operation.
Compared with the prior art, the advantages of the utility model are:
First is that the saturating formula rapid moisture removal drying system of the wind of the utility model is equipped with multiple independent saturating 11 Hes of drying chamber of wind
Carrying disk device 2 can simultaneously be dried multiple, various sample simultaneously, and not only simple and compact for structure, occupied ground is empty
Between it is small, and drying efficiency is high, and the volume drying time is short.
Second is that the saturating formula rapid moisture removal drying system of the wind of the utility model, only one air blowing heating device 3, but energy
Enough to implement the saturating formula drying operation of top-down wind to the saturating drying chamber of multiple wind 11 simultaneously, the exhausting of cooperation air exhausting device 14 is set
The double-deck structure with upper screen cloth of meter, especially carrying disk device 2 designs, so that the saturating excellent of wind, the drying of each sample
Effect is good.
Third is that the saturating formula rapid moisture removal drying system of the wind of the utility model, automation and intelligentification degree is high, can be in
Control module 41 is entreated to control each unit and equipment progress automated job, it, can especially by setting weighing inductor 42
Obtain going water, removing water rate, and then science control drying effect for each sample automatically, timely in drying operation, and very
Good ensure that subsequent sample gathers and processes scientific, the efficient progress of sample operation.
Detailed description of the invention
Fig. 1 is the principle schematic diagram of the saturating formula rapid moisture removal drying system of wind of the utility model.
Fig. 2 is the principle schematic diagram of the carrying disk device of the utility model.
Fig. 3 is the plan structure schematic illustration of the carrying disk device of the utility model.
Marginal data:
1, drying cabinet device；11, the saturating drying chamber of wind；12, feed inlet；13, the first sealed gate；14, air exhausting device；
15, the second inductive switch；16, temperature-detecting device；17, the second sealed gate；2, carrying disk device；21, screen tray；22, it slides
Component；23, the first inductive switch；3, air blowing heating device；31, air blower；32, heater；4, weighing sensing device；41, in
Entreat control module；42, weighing inductor.
Specific embodiment
The utility model is described in further detail below in conjunction with specific embodiments and the drawings.
As shown in Figure 1 to Figure 3, the utility model provides a kind of saturating formula rapid moisture removal drying system of wind, comprising:
Drying cabinet device 1, drying cabinet device 1 is interior to be equipped with multiple independent saturating drying chambers 11 of wind, each saturating drying chamber of wind
Room 11 is equipped with a feed inlet 12；
Multiple carrying disk devices 2 are put off through feed inlet 12 in the saturating drying chamber 11 of multiple wind after sample for carrying；
Air blowing heating device 3 is connected to by pipeline with the saturating drying chamber 11 of each wind, for simultaneously to each carrying disk
It is dry that sample on device 2 carries out the saturating formula of top-down wind；
Weighing sensing device 4 is set in drying cabinet device 1, for weighing the weight number of carrying disk device 2 and sample in real time
Water number is removed in the drying that sample in each carrying disk device 2 is calculated after.
Further, in the preferred embodiment, each carrying disk device 2 includes two layers or more screen tray set up and down
21, the mesh aperture of the screen tray 21 in top is less than the mesh aperture for the screen tray 21 being below.
Further, in the preferred embodiment, in the bottom of each carrying disk device 2 or the saturating drying chamber 11 of each wind
Equipped with a slide assemblies 22, for being slides quickly into carrying disk device 2 in the saturating drying chamber 11 of wind.
Further, in the preferred embodiment, more than one first inductive switch 23 is equipped on each carrying disk device 2
For monitoring whether carrying disk device 2 puts off in place.
Further, in the preferred embodiment, first sealed gate 13 is equipped at each feed inlet 12, each wind is saturating
The air inlet of drying chamber 11 is equipped with second sealed gate 17；The air inlet of each saturating drying chamber 11 of wind is all provided with
There is second sealed gate 17, when the saturating drying chamber 11 of some wind does not have sample, corresponding second sealing lock can be closed
Door 17, so that not will cause hot gas wave in the saturating drying chamber 11 of wind that the needs that hot gas can only enter sample are dried
Take, improves dry working efficiency.
Further, in the preferred embodiment, be equipped at each first sealed gate 13 second inductive switch 15 with
For monitoring the switch state of the first sealed gate 13.
Further, in the preferred embodiment, the saturating drying chamber 11 of each wind is equipped with more than one exhaust outlet, Mei Gepai
An air exhausting device 14 is equipped at air port for the hot wind discharge after drying wind thoroughly.
Further, in the preferred embodiment, air blowing heating device 3 include the air blower 31 that is connected and heater 32, with
It is sent into drying cabinet device 1 for the hot wind after heating.
Further, in the preferred embodiment, be equipped in drying cabinet device 1 more than one temperature-detecting device 16, with
In temperature in real-time detection drying cabinet device 1 and control the heating power of air blowing heating device 3.
Further, in the preferred embodiment, weighing sensing device 4 includes the central control module 41 being connected and weighing sense
Device 42 is answered, weighing inductor 42 is arranged in drying cabinet device 1, with same for all carrying disk devices 2 and sample to top
Shi Jinhang weighing, central control module 41 receive weighing inductor 42 weighing data after calculate and control drying cabinet device 1,
3 operation of air blowing heating device.Namely: the saturating drying chamber 11 of multiple wind in drying cabinet device 1 is fixed in the same rack
, enable weighing inductor 42 to all carrying disk devices 2 and sample of top while weighing.Certainly, at other
In embodiment, multiple weighing inductors 42 also can be set, be respectively arranged in the saturating drying chamber 11 of each wind, it can be right respectively
Each carrying disk device 2 and sample are weighed, and should also belong to the protection scope of the utility model.
For multiple technical characteristics disclosed above, it is illustrated herein with a preferred embodiment.Principle is embodied
It is as follows:
First the saturating drying chamber of wind 11 is preheated before sample drying, removes steam in cavity.Start central control module
41, the first sealed gate 13 at each feed inlet 12 is first automatically closed, then successively opens the air blower 31 of air blowing heating device 3
With the air exhausting device 14 at heater 32, exhaust outlet.Temperature-detecting device 16 monitors under preset temperature and controls blast heating
The heating power of device 3.When reaching the preheating time set in advance, heater 32, air blower 31, air exhausting device are successively closed
14。
Before sample introduction, central control module 41 controls multiple weighing inductors 42 to the load in the saturating drying chamber of each wind 11
Object disk device 2 carries out peeling weighing.And multiple samples are carried using multiple carrying disk devices 2, multiple sample is either same
A batch of same sample is also possible to the different samples of different batches, by using multiple independent carrying disk devices 2 and wind
Saturating drying chamber 11 can simultaneously be dried multiple, various sample simultaneously.
The saturating drying chamber 11 of first wind is fed: successively opening the first sealed gate 13 at feed inlet 12, carrying disk dress
It sets 2 to enter in the saturating drying chamber 11 of first wind under the sliding effect of slide assemblies 22, the first induction on carrying disk device 2
After switch 23 senses that carrying disk device 2 is in place, the first sealed gate 13 is automatically closed under itself driving mechanism function, and second
After inductive switch 15 senses that the first sealed gate 13 is closed in place, the control weighing inductor 42 of central control module 41 is to loading
2 gross mass of disk device (containing sample above) is weighed, and records weight X1, then the saturating drying chamber 11 of second wind
This value and last time numerical value are simultaneously asked poor calculating, are recorded as X2 by charging, Weighing；The rest may be inferred ..., dries thoroughly to whole wind
Measuring after the completion of the charging of chamber 11 and recording total weight is X, i.e., it is dry before quality in each saturating drying chamber 11 of wind be respectively X1,
X2, X3 ..., and the value is stored in central control module 41.
After the completion of weighing, central control module 41 successively opens the air blower 31 and heater 32, row of air blowing heating device 3
Air exhausting device 14 at air port carries out the saturating removal moisture drying of top-down wind.In this course, it should be noted that Mei Gezai
Object disk device 2 includes two layers or more screen tray 21 set up and down, and the mesh aperture of the screen tray 21 in top, which is less than, to be in
The mesh aperture of the screen tray 21 of lower section.Namely the biggish lower layer that is arranged in of mesh aperture, as support frame, mesh aperture is small
Be arranged in upper layer carrying sample, can the saturating formula of ventilative is formationed wind dry, and can prevent object to be dried from spilling leakage.
After drying, first stop heater 32, it is rear to stop air blower 31, air exhausting device 14, start after complete machine is stablized
Metering.2 gross mass of carrying disk device (containing sample above) of the saturating drying chamber 11 of wind each after drying is recorded as Y (i.e.
Always go water M it is total=X-Y), then successively discharging claims for the first time after laying down the carrying disk device 2 of the saturating drying chamber 11 of first wind
Metering data are that the Δ 1(i.e. saturating drying chamber 11 of other wind in addition to the carrying disk device 2 of the saturating drying chamber 11 of first wind is gone
Quality after water and), therefore, 1=Y1(of Y- Δ be it is dry after the saturating drying chamber 11 of first wind carrying disk device 2 remove water after
Quality), then X1-Y1=M1(is, sample on the carrying disk device 2 of the saturating drying chamber 11 of first wind goes water).
Then second of Weighing data is Δ 2 after laying down on the carrying disk device 2 of the saturating drying chamber 11 of second wind
(the matter after i.e. other drying units remove water in addition to weight on first, the carrying disk device 2 of the saturating drying chamber 11 of second wind
Amount and), therefore, Y- Δ 2-Y1=Y2(be it is dry after the carrying disk device 2 of the saturating drying chamber 11 of second wind go the matter after water
Amount), then X2-Y2=M2(be on the carrying disk device 2 of the saturating drying chamber 11 of second wind sample go water).With such
It pushes away, obtain sample on the carrying disk device 2 of the saturating drying chamber 11 of other wind respectively goes water, likewise, acquisition can be calculated
Sample goes water rate on each carrying disk device 2.Above-mentioned data are recorded in corresponding tables of data by central control module 41.Upper
It states in implementation process, 16 real-time monitoring air inlet hot blast temperature of temperature-detecting device, and Real-time Feedback is to central control module 41,
Central control module 41 adjusts forced air drying temperature by adjusting the rate of heat addition of air blowing heating device 3 in real time in real time.
By the above special scientific design, so that the utility model has the advantages that
First is that the saturating formula rapid moisture removal drying system of the wind of the utility model, is equipped with multiple independent saturating 11 Hes of drying chamber of wind
Carrying disk device 2 can simultaneously be dried multiple, various sample simultaneously, and not only simple and compact for structure, occupied ground is empty
Between it is small, and drying efficiency is high, and the volume drying time is short.
Second is that the saturating formula rapid moisture removal drying system of the wind of the utility model, only one air blowing heating device 3, but energy
Enough to implement the saturating formula drying operation of top-down wind to the saturating drying chamber of multiple wind 11 simultaneously, the exhausting of cooperation air exhausting device 14 is set
The double-deck structure with upper screen cloth of meter, especially carrying disk device 2 designs, so that the saturating excellent of wind, the drying of each sample
Effect is good.
Third is that the saturating formula rapid moisture removal drying system of the wind of the utility model, automation and intelligentification degree is high, can be in
Control module 41 is entreated to control each unit and equipment progress automated job, it, can especially by setting weighing inductor 42
Obtain going water, removing water rate, and then science control drying effect for each sample automatically, timely in drying operation, and very
Good ensure that subsequent sample gathers and processes scientific, the efficient progress of sample operation.
Above are merely preferred embodiments of the utility model, the protection scope of the utility model is not limited merely to above-mentioned
Embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should be pointed out that pair
For those skilled in the art, several improvements and modifications without departing from the principle of the utility model,
It should be regarded as the protection scope of the utility model.
Claims (10)
1. a kind of saturating formula rapid moisture removal drying system of wind characterized by comprising
Drying cabinet device (1), the drying cabinet device (1) is interior equipped with multiple independent saturating drying chambers of wind (11), each described
The saturating drying chamber of wind (11) is equipped with a feed inlet (12)；
Multiple carrying disk devices (2) put off in the saturating drying chamber of multiple wind (11) after sample for carrying through feed inlet (12)；
Air blowing heating device (3) is connected to by pipeline with the saturating drying chamber of each wind (11), for simultaneously to each carrying disk
It is dry that sample on device (2) carries out the saturating formula of top-down wind；
Weighing sensing device (4) is set in drying cabinet device (1), for weighing the weight of carrying disk device (2) and sample in real time
Water number is removed in the drying that the interior sample of each carrying disk device (2) is calculated after data.
2. the saturating formula rapid moisture removal drying system of wind according to claim 1, which is characterized in that each carrying disk device
It (2) include two layers or more screen tray (21) set up and down, the mesh aperture of the screen tray (21) in top, which is less than, to be in down
The mesh aperture of the screen tray (21) of side.
3. the saturating formula rapid moisture removal drying system of wind according to claim 2, which is characterized in that each carrying disk device
(2) bottom or the saturating drying chamber of each wind (11) is interior to be equipped with a slide assemblies (22), for making carrying disk device
(2) it is slides quickly into the saturating drying chamber of wind (11).
4. the saturating formula rapid moisture removal drying system of wind according to claim 2, which is characterized in that each carrying disk device
(2) more than one first inductive switch (23) is equipped on for monitoring whether carrying disk device (2) puts off in place.
5. the saturating formula rapid moisture removal drying system of wind according to claim 1, which is characterized in that each feed inlet (12)
Place is equipped with first sealed gate (13), and the air inlet of each saturating drying chamber of wind (11) is equipped with one second
Sealed gate (17).
6. the saturating formula rapid moisture removal drying system of wind according to claim 5, which is characterized in that each first sealing lock
Second inductive switch (15) is equipped at door (13) with the switch state for monitoring the first sealed gate (13).
7. the saturating formula rapid moisture removal drying system of wind according to claim 1, which is characterized in that each saturating drying chamber of wind
Room (11) is equipped with more than one exhaust outlet, and an air exhausting device (14) is equipped at each exhaust outlet for making wind
Hot wind discharge after drying thoroughly.
8. the saturating formula rapid moisture removal drying system of wind according to claim 1, which is characterized in that the air blowing heating device
It (3) include the air blower (31) being connected and heater (32), to be sent into drying cabinet device (1) for the hot wind after heating
It is interior.
9. the saturating formula rapid moisture removal drying system of wind according to claim 8, which is characterized in that the drying cabinet device (1)
It is interior to be equipped with more than one temperature-detecting device (16), to be used for real-time detection drying cabinet device (1) interior temperature and control air blast
The heating power of heating device (3).
10. the saturating formula rapid moisture removal drying system of wind according to claim 1, which is characterized in that the weighing sensing device
It (4) include the central control module (41) being connected and weighing inductor (42), the weighing inductor (42) is arranged in drying
In case apparatus (1), with for weighing simultaneously to all carrying disk devices (2) of top and sample, the center controls mould
It is calculated after the weighing data of block (41) reception weighing inductor (42) and controls drying cabinet device (1), air blowing heating device (3)
Operation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822002819.8U CN209310387U (en) | 2018-11-30 | 2018-11-30 | A kind of saturating formula rapid moisture removal drying system of wind |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822002819.8U CN209310387U (en) | 2018-11-30 | 2018-11-30 | A kind of saturating formula rapid moisture removal drying system of wind |
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| Publication Number | Publication Date |
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| CN209310387U true CN209310387U (en) | 2019-08-27 |
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ID=67675184
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| CN201822002819.8U Active CN209310387U (en) | 2018-11-30 | 2018-11-30 | A kind of saturating formula rapid moisture removal drying system of wind |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114369714A (en) * | 2020-12-29 | 2022-04-19 | 中冶长天国际工程有限责任公司 | Lump ore pretreatment method and treatment system |
-
2018
- 2018-11-30 CN CN201822002819.8U patent/CN209310387U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114369714A (en) * | 2020-12-29 | 2022-04-19 | 中冶长天国际工程有限责任公司 | Lump ore pretreatment method and treatment system |
| CN114369714B (en) * | 2020-12-29 | 2023-06-30 | 中冶长天国际工程有限责任公司 | Block ore pretreatment method and treatment system |
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