CN208357226U - A kind of differentiation powder size grade is dry and storage device - Google Patents
A kind of differentiation powder size grade is dry and storage device Download PDFInfo
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- CN208357226U CN208357226U CN201820677403.3U CN201820677403U CN208357226U CN 208357226 U CN208357226 U CN 208357226U CN 201820677403 U CN201820677403 U CN 201820677403U CN 208357226 U CN208357226 U CN 208357226U
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- drying box
- grain size
- small grain
- drying
- differentiation
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Abstract
The utility model discloses a kind of differentiation powder size grade drying and storage devices, including pedestal, drying box, containing box, shake mechanism and storage hopper, the drying box is set on pedestal, the containing box is set to the front side of drying box, the shaking mechanism is set on drying box, and the storage hopper is located at the upper end of drying box.The utility model structure is simple, effectively the granularity of noble metal chemical powder is distinguished, improve the drying efficiency of noble metal chemical powder, reduce the energy consumption for drying of noble metal chemical powder, storage efficiency is improved, the time required to reducing grinding, improves grinding efficiency, grinding energy consumption is reduced, there is stronger practicability.
Description
Technical field
The utility model relates to noble metal production technical field more particularly to a kind of dryings of differentiation powder size grade and storage
Device.
Background technique
For some noble metal chemical powders, the requirement to aridity is larger, therefore often needs expensive to what is produced
Program is dried in metallochemistry powder, and existing drying device is all to be placed in varigrained noble metal chemical powder
The same dry indoor seasoning, for noble metal chemical powder lesser for granularity, drying has time short dry temperature
Lower feature is spent, the drying for not distinguishing granularity be easy to cause energy waste, and for some noble metals at relatively high temperatures
Decompose and react with other chemical elements, so as to cause noble metal chemical powder failure, and for some granularity requirements compared with
For stringent noble metal chemical powder, last packaging is also ground after dry, granularity is not distinguished and increases grinding later
Time and energy consumption.
Utility model content
The utility model provides that a kind of differentiation powder size grade is dry and storage device, to solve the above-mentioned prior art not
Foot, effectively distinguishes the granularity of noble metal chemical powder, improves the drying efficiency of noble metal chemical powder, your gold reduced
Belong to the energy consumption for drying of chemical powder, improve storage efficiency, the time required to reducing grinding, improve grinding efficiency, reduces grinding energy consumption,
With stronger practicability.
In order to realize the purpose of this utility model, the following technology of proposed adoption:
A kind of differentiation powder size grade is dry and storage device, including pedestal, drying box, containing box, shake mechanism and
Storage hopper, the drying box are set on pedestal, and the containing box is set to the front side of drying box, and the shaking mechanism is set to drying box
On, the storage hopper is located at the upper end of drying box；
It is equipped with one section of loose slot in the middle part of the drying box two sidewalls, if the roof of the drying box is surrounded by support column
Dry, the storage hopper is set to the upper end of support column, and drying box front side wall top is equipped with big granularity tap hole, the big granularity
The rear end of tap hole is equipped with big granularity and flows out inclined plate, and drying box front side wall lower part is equipped with small grain size tap hole, the granule
The rear end for spending tap hole is equipped with small grain size and flows out inclined plate, and the inner sidewall upper portion of the drying box is equipped with big granularity heater strip, described
The inner sidewall lower part of drying box is equipped with small grain size heater strip, and the drying box upper and lower part is equipped with electroheat pair, the drying
The upper top cover medium position of case is equipped with feed inlet；
The storage upper box part is equipped with big granularity containing cavities, and the lower part of the containing box is equipped with small grain size containing cavities, described
Partition is separated between big granularity containing cavities and small grain size containing cavities；
Be equipped with upper gate inhibition on front side of the big granularity containing cavities, it is several that the upper end of the upper gate inhibition is equipped with upper hinge, it is described on
Gate inhibition is fixed on containing box upper end by upper hinge, and the front side of the small grain size containing cavities is equipped with lower gate inhibition, the lower gate inhibition's
Lower end is several equipped with lower hinge, and the lower gate inhibition is fixed on pedestal lower end by lower hinge, and the front end of the partition is equipped with badge,
The upper end of the badge is set to the lower end of upper gate inhibition, and the lower end of the badge is set to the upper end of lower gate inhibition, and the badge can be any
The rotation of angle；
The shaking mechanism includes cylinder, and the quantity of the cylinder is two, and the cylinder is both secured to outside drying box two
Side wall medium position is equipped with push-pull rod on the other end of the cylinder, bayonet lock, institute is equipped on the other end of the push-pull rod
It states and is also installed with rotating bar on the other end of push-pull rod, the bayonet lock is also through in rotating bar, and the rotating bar is also through at loose slot
On, the rotating bar both ends are equipped with transverse slat, and the transverse slat is respectively positioned on inside drying box, and the front end of the transverse slat is perpendicular before being equipped with
Plate, the rear end of the transverse slat are equipped with rear riser, and the upper end of the preceding riser and rear riser is sieved equipped with big granularity, the preceding riser
It is equipped with small grain size case with the lower end of rear riser, the preceding riser and rear riser are rotatable；
The lower end medium position of the storage hopper is equipped with feed cavity, and the lower end of the feed cavity is connected to feed inlet.
Further, it is several to be equipped with supporting table for the lower end of the pedestal.
Further, the front side wall of the big granularity outflow inclined plate and small grain size outflow inclined plate and the drying box is in sharp
Angle, and inclination upwards.
Further, the power of the big granularity heater strip is greater than the power of small grain size heater strip.
Further, described to separate with the front side wall of the drying box in obtuse angle and oblique to incision.
Further, the badge is T-shaped structure.
Further, described rotating bar one end is equipped with runner, and the lateral wall of the runner is equipped with handle.
Further, running through on the bottom of the big granularity sieve has sieve pore several.
Further, the big granularity sieve and the cavity inside the small grain size case are inverted trapezoidal structure.
Further, the opening size of the feed inlet is less than the opening size of big granularity sieve.
The advantages of above-mentioned technical proposal, is:
1, the drying box being equipped with according to the utility model, is initially used for the differentiation of noble metal chemical powder particle size fraction；Its
It is secondary to be used to dry noble metal chemical powder；It is eventually used for the outflow of noble metal chemical powder；Drying box can be by noble metal chemistry
Powder completes aforesaid operations in a more closed space, causes fugitive dust so as to avoid powder, influences the environment of surrounding,
And more closed space enables to internal heat to be not easy to shed, and improves drying efficiency；
2, the containing box being equipped with according to the utility model, can the noble metal chemical powder to different grain size grade classify
Storage, and in order to reduce the gate inhibition up and down of the excessive design of noble metal chemical powder, so that more expensive of storage in containing box
Metallochemistry powder, and the partition by which is provided with, facilitate the pack of noble metal chemical powder to handle；
3, the shaking mechanism being equipped with according to the utility model, can make big granularity sieve and small grain size case in drying box back and forth
It moves back and forth, so that the noble metal chemical powder of small grain size is let out down from big granularity sieve, and big granularity noble metal chemical powder will
It rests on big granularity sieve, and enables to noble metal chemical powder to be easy drying during shaking, to improve dry
Dry efficiency；And big granularity can be sieved and small grain size case in noble metal chemical powder therefrom down in containing box, thus complete
At stowing operation, and in the chemical powder of falling noble metal, directly bayonet lock is taken away, big granularity sieve and small is then rotated by runner
Granularity case outwells the noble metal chemical powder in sieve and in case；
4, the storage hopper being equipped with according to the utility model, can store noble metal chemical powder to be dried；
5, the utility model structure is simple, effectively distinguishes to the granularity of noble metal chemical powder, improves noble metal
The drying efficiency of chemical powder reduces the energy consumption for drying of noble metal chemical powder, improves storage efficiency, reduces grinding and is taken
Between, grinding efficiency is improved, grinding energy consumption is reduced, there is stronger practicability.
Detailed description of the invention
It is practical to this below in conjunction with attached drawing in order to keep the purpose of this utility model, technical solution and advantage clearer
It is novel to be described in further detail.Wherein:
Fig. 1 shows the utility model three-dimensional structure diagram.
Fig. 2 shows the utility model three-dimensional structure diagrams.
Fig. 3 shows the utility model top view.
Fig. 4 shows the utility model A-A sectional view.
Specific embodiment
As shown in Fig. 1 ~ Fig. 4, a kind of differentiation powder size grade is dry and storage device, including pedestal 1, drying box 2, storage
Case 3 shakes mechanism 4 and storage hopper 5, and the drying box 2 is set on pedestal 1, and the containing box 3 is set to the front side of drying box 2,
The shaking mechanism 4 is set on drying box 2, and the storage hopper 5 is located at the upper end of drying box 2；
20 1 sections of loose slot are equipped in the middle part of 2 two sidewalls of drying box, the roof of the drying box 2 is surrounded by support
Column 21 is several, and the storage hopper 5 is set to the upper end of support column 21, and the 2 front side wall top of drying box is equipped with big granularity tap hole
22, the rear end of the big granularity tap hole 22 is equipped with big granularity and flows out inclined plate 23, and the 2 front side wall lower part of drying box is equipped with granule
Spend tap hole 24, the rear end of the small grain size tap hole 24 is equipped with small grain size and flows out inclined plate 25, on the inner sidewall of the drying box 2
Portion is equipped with big granularity heater strip 26, and the inner sidewall lower part of the drying box 2 is equipped with small grain size heater strip 27, on the drying box 2
Portion and lower part are equipped with electroheat pair 28, and the upper top cover medium position of the drying box 2 is equipped with feed inlet 29；
3 top of containing box is equipped with big granularity containing cavities 30, and the lower part of the containing box 3 is equipped with small grain size containing cavities
31, partition 32 is separated between the big granularity containing cavities 30 and small grain size containing cavities 31；
Upper gate inhibition 33 is equipped on front side of the big granularity containing cavities 30, if the upper end of the upper gate inhibition 33 is equipped with upper hinge 34
Dry, the upper gate inhibition 33 is fixed on 3 upper end of containing box by upper hinge 34, and the front side of the small grain size containing cavities 31 is equipped with Xiamen
Prohibit 35, the lower end of the lower gate inhibition 35 is several equipped with lower hinge 36, and the lower gate inhibition 35 is fixed under pedestal 1 by lower hinge 36
End, the front end of the partition 32 are equipped with badge 37, and the upper end of the badge 37 is set to the lower end of upper gate inhibition 33, the badge 37
Lower end is set to the upper end of lower gate inhibition 35, and the badge 37 can rotate at any angle；
The shaking mechanism 4 includes cylinder 40, and the quantity of the cylinder 40 is two, and the cylinder 40 is both secured to drying
2 liang of lateral wall medium positions of case, are equipped with push-pull rod 41 on the other end of the cylinder 40, on the other end of the push-pull rod 41
It is equipped with bayonet lock 42, rotating bar 43 is also installed on the other end of the push-pull rod 41, the bayonet lock 42 is also through in rotating bar 43,
The rotating bar 43 is also through on loose slot 20, and 43 both ends of rotating bar are equipped with transverse slat 44, and the transverse slat 44 is respectively positioned on dry
Inside dry case 2, the front end of the transverse slat 44 is equipped with preceding riser 46, and the rear end of the transverse slat 44 is equipped with rear riser 45, described
The upper end of preceding riser 46 and rear riser 45 is equipped with big granularity sieve 47, and the lower end of the preceding riser 46 and rear riser 45 is equipped with small grain size
Case 48, the preceding riser 46 and rear riser 45 are rotatable；
The lower end medium position of the storage hopper 5 is equipped with feed cavity 50, and the lower end of the feed cavity 50 and feed inlet 29 connect
It is logical.
It is several that the lower end of the pedestal 1 is equipped with supporting table 10.
The big granularity outflow inclined plate 23 and small grain size outflow inclined plate 25 and the front side wall of the drying box 2 are at an acute angle, and
Inclination upwards.
The power of the big granularity heater strip 26 is greater than the power of small grain size heater strip 27.
The partition 32 with the front side wall of the drying box 2 in obtuse angle, and it is oblique to incision.
The badge 37 is T-shaped structure.
Described 43 one end of rotating bar is equipped with runner 430, and the lateral wall of the runner 430 is equipped with handle 431.
Running through on the bottom of the big granularity sieve 47 has sieve pore 470 several.
Cavity inside the big granularity sieve 47 and the small grain size case 48 is inverted trapezoidal structure.
The opening size of the feed inlet 29 is less than the opening size of big granularity sieve 47.
Embodiment 1, the utility model are distinguished the granularity implementation process of noble metal chemical powder, are deposited in storage hopper 5
Noble metal chemical powder sieves in 47 from letting out in feed cavity 50 to big granularity, then starts cylinder 40 and rotating bar 43 is made to drive big grain
The shaking of degree sieve 47 and small grain size case 48, big granularity sieves the small grain size noble metal chemical powder in 47 from sieve pore during shaking
It is fallen in 470 in small grain size case 48, then starts big granularity heater strip 26 and small grain size heater strip 26, start drying, dry
Temperature in dry process in the constantly acquisition drying box 2 of electroheat pair 28, keeps the temperature of 2 upper and lower part of drying box
It is constant.
Implement 2, the utility model topples over noble metal chemical powder implementation process, after the drying of noble metal chemical powder,
Bayonet lock 42 to being pushed forward, is then pulled out rotating bar 43 by cylinder 40, rotates rotating bar 43 using runner 430, rotating bar 43 turns
The dynamic rotation for having driven transverse slat 44, and the rotation of transverse slat 44 to turn forward is so that preceding riser 46 and rear riser 45 turn forward
Rotation finally makes big granularity sieve 47 and small grain size case 48 turn forward rotation, to big granularity sieve 47 and the rotation of small grain size case 48
To certain angle, big granularity sieve 47 and the big granularity noble metal chemical powder in small grain size case 48 and small grain size noble metal chemistry
Powder flows out inclined plate 23 and small grain size outflow inclined plate 25 through excessive granularity and flows out eventually by big granularity tap hole 22 and small grain size
Hole 24 enters in containing box 3, and noble metal chemical powder, which is toppled over, to be finished.
Embodiment 3, the utility model store noble metal chemical powder implementation process, enter in noble metal chemical powder respective
Storage space in after, badge 37 is then started turning, so that upper gate inhibition 33 and lower 35 low-angle of gate inhibition are opened, then by big grain
Big granularity noble metal chemical powder in degree containing cavities 30 is ground, until it reaches the granularity of needs, and small grain size
Small grain size noble metal chemical powder is directly packed or is bottled in containing cavities 31, and storage process finishes.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, it is clear that this field
Technical staff various modification and variations can be carried out to the utility model without departing from the spirit and scope of the utility model.This
Sample, if these modifications and variations of the present invention belong to the claims of the present invention and its equivalent technology range it
Interior, then the utility model is also intended to include these modifications and variations.
Claims (10)
1. a kind of differentiation powder size grade drying and storage device, which is characterized in that including pedestal (1), drying box (2), storage
Case (3) shakes mechanism (4) and storage hopper (5), and the drying box (2) is set on pedestal (1), and the containing box (3) is set to dry
The front side of dry case (2), the shaking mechanism (4) are set on drying box (2), and the storage hopper (5) is located at the upper of drying box (2)
End；
(20) one sections of loose slot are equipped in the middle part of drying box (2) two sidewalls, the roof of the drying box (2) is surrounded by branch
Dagger (21) is several, and the storage hopper (5) is set to the upper end of support column (21), and drying box (2) the front side wall top is equipped with big
The rear end of granularity tap hole (22), the big granularity tap hole (22) is equipped with big granularity outflow inclined plate (23), the drying box (2)
Front side wall lower part is equipped with small grain size tap hole (24), and the rear end of the small grain size tap hole (24) is equipped with small grain size and flows out inclined plate
(25), the inner sidewall upper portion of the drying box (2) is equipped with big granularity heater strip (26), the inner sidewall lower part of the drying box (2)
Equipped with small grain size heater strip (27), drying box (2) upper and lower part is equipped with electroheat pair (28), the drying box (2)
Upper top cover medium position is equipped with feed inlet (29)；
Containing box (3) top is equipped with big granularity containing cavities (30), and the lower part of the containing box (3) is equipped with small grain size containing cavities
(31), partition (32) are separated between the big granularity containing cavities (30) and small grain size containing cavities (31)；
Upper gate inhibition (33) are equipped on front side of the big granularity containing cavities (30), the upper end of the upper gate inhibition (33) is equipped with upper hinge (34)
Several, the upper gate inhibition (33) is fixed on containing box (3) upper end by upper hinge (34), before the small grain size containing cavities (31)
Side is equipped with lower gate inhibition (35), and the lower end of the lower gate inhibition (35) is several equipped with lower hinge (36), under the lower gate inhibition (35) passes through
Hinge (36) is fixed on pedestal (1) lower end, and the front end of the partition (32) is equipped with badge (37), and the upper end of the badge (37) is set
In the lower end of upper gate inhibition (33), the lower end of the badge (37) is set to the upper end of lower gate inhibition (35), and the badge (37) can be any
The rotation of angle；
The shaking mechanism (4) includes cylinder (40), and the quantity of the cylinder (40) is two, and the cylinder (40) is both secured to
(2) two lateral wall medium position of drying box is equipped with push-pull rod (41), the push-pull rod on the other end of the cylinder (40)
(41) it is equipped on the other end bayonet lock (42), is also installed with rotating bar (43), the card on the other end of the push-pull rod (41)
Pin (42) is also through on rotating bar (43), and the rotating bar (43) is also through on loose slot (20), rotating bar (43) both ends
It is equipped with transverse slat (44), the transverse slat (44) is respectively positioned on drying box (2) inside, and the front end of the transverse slat (44) is equipped with preceding riser
(46), the rear end of the transverse slat (44) is equipped with rear riser (45), and the upper end of the preceding riser (46) and rear riser (45) is equipped with
The lower end of big granularity sieve (47), the preceding riser (46) and rear riser (45) is equipped with small grain size case (48), the preceding riser (46)
It is rotatable with rear riser (45)；
The lower end medium position of the storage hopper (5) is equipped with feed cavity (50), the lower end of the feed cavity (50) and feed inlet
(29) it is connected to.
2. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the pedestal (1)
Lower end be equipped with supporting table (10) it is several.
3. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the big granularity stream
Inclined plate (23) and small grain size outflow inclined plate (25) and the front side wall of the drying box (2) are at an acute angle out, and inclination upwards.
4. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the big granularity adds
The power of heated filament (26) is greater than the power of small grain size heater strip (27).
5. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the partition (32)
In obtuse angle with the front side wall of the drying box (2), and it is oblique to incision.
6. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the badge (37)
For T-shaped structure.
7. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the rotating bar
(43) one end is equipped with runner (430), and the lateral wall of the runner (430) is equipped with handle (431).
8. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the big granularity sieve
(47) running through on bottom has sieve pore (470) several.
9. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the big granularity sieve
(47) and the cavity of the small grain size case (48) inside is inverted trapezoidal structure.
10. differentiation powder size grade drying according to claim 1 and storage device, which is characterized in that the feed inlet
(29) opening size is less than the opening size of big granularity sieve (47).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820677403.3U CN208357226U (en) | 2018-05-08 | 2018-05-08 | A kind of differentiation powder size grade is dry and storage device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820677403.3U CN208357226U (en) | 2018-05-08 | 2018-05-08 | A kind of differentiation powder size grade is dry and storage device |
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| Publication Number | Publication Date |
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| CN208357226U true CN208357226U (en) | 2019-01-11 |
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ID=64934112
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820677403.3U Active CN208357226U (en) | 2018-05-08 | 2018-05-08 | A kind of differentiation powder size grade is dry and storage device |
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| Country | Link |
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| CN (1) | CN208357226U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112629189A (en) * | 2021-01-13 | 2021-04-09 | 隆正全 | Traditional Chinese medicinal material processing equipment and processing technology |
-
2018
- 2018-05-08 CN CN201820677403.3U patent/CN208357226U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112629189A (en) * | 2021-01-13 | 2021-04-09 | 隆正全 | Traditional Chinese medicinal material processing equipment and processing technology |
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