CN203877550U - Integrated powder transferring system - Google Patents
Integrated powder transferring system Download PDFInfo
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- CN203877550U CN203877550U CN201420306303.1U CN201420306303U CN203877550U CN 203877550 U CN203877550 U CN 203877550U CN 201420306303 U CN201420306303 U CN 201420306303U CN 203877550 U CN203877550 U CN 203877550U
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Abstract
The utility model discloses an integrated powder transferring system which comprises a temporary storage bin, a conveying device and at least one stored material metering bin which is located below the temporary storage bin and can be communicated with the temporary storage bin. A dust collector is arranged on the temporary storage bin. A material inlet switch valve is arranged between each stored material metering bin and the temporary storage bin. Weighing sensors are arranged at the bottoms of all the stored material metering bins respectively, and material discharge openings are formed in the bottoms of all the stored material metering bins respectively. The integrated powder transferring system has the advantages that in the integrated powder transferring system, the temporary storage bin, the conveying device, the stored material metering bins, the dust collector and the weighing sensors are adopted and are combined creatively, full-automatic integrated work or semi-automatic integrated work of discharging transferring of bulk cement, mineral powder, coal ash and other powder materials is achieved through a control device, cost is saved, investment is reduced, and the transferring efficiency of the cement, mineral powder, coal ash and other powder materials is improved.
Description
Technical field
The utility model relates to metering outfit technical field, more particularly, relates to the transferring system of the powders such as a kind of integrated bulk cement, breeze, fly ash.
Background technology
Integrated powder transferring system is to be applied in the shipment such as the unloading a ship of the powders such as bulk cement, breeze, fly ash, storing, entrucking or shipment, and the operation equipment of metering.In existing installation, unload a ship, storing, entrucking or shipment, and metering is separate operation module, each operation module has independently equipment, each operation module is carried out work independently.Taking the shipment of bulk cement and metering as example, be transported to cement area of consumption in order to realize bulk cement from manufacture of cement factory, need a set of logistics facility that service is provided, as cement harbour entrepot storage.Concrete transportation is: first in cement mill by bulk cement tank filling ship or bulge carrier and be transported to cement harbour entrepot storage, then by cargo unloader, bulk cement is discharged in storage tank from tank ship or bulge carrier, by the entrucking device for discharging of storage tank, bulk cement is discharged in tank car, last tank car travels and measures and be transported to cement area of consumption to weighing on weighbridge again.
Due to unloading a ship in above-mentioned powder transferring system, storing, entrucking or shipment, and metering is separate operation module, bulk cement is discharged in tank car and to complete the process of metrological operation comparatively loaded down with trivial details from tank ship or bulge carrier, and conveying efficiency is low, takes up an area space large.Moreover, when above-mentioned each operation module work, need special operating personal to carry out operation and maintenance, make to need in production operation process more manpower, and then increased the traffic cost of the powders such as bulk cement, breeze, fly ash.
Utility model content
The technical problems to be solved in the utility model is, above-mentioned powder transferring system for prior art is unloaded powder from tank ship or bulge carrier, store and finally pack in tank car and complete the defect that process cost of investment is high, occupation of land space is large, production operation efficiency is low of weighing and operating, a kind of integrated powder transferring system that can improve operating efficiency and reduce costs is provided.
The utility model solves the technical scheme that its technical matters adopts: construct a kind of integrated powder transferring system, comprise buffering chamber, for the powder of tank ship or bulge carrier being delivered to the feedway of described buffering chamber, and at least one storing measuring chute that is positioned at described buffering chamber below and can be communicated with described buffering chamber; The dust exhaustor that is communicated with ambient atmosphere and described buffering chamber inside is installed on described buffering chamber; Between each described storing measuring chute and described buffering chamber, charging switch valve is all installed; The bottom of each described storing measuring chute is provided with weighing sensor, and each described storing measuring chute bottom all offers drain hole; Described transferring system also comprises the control setup for controlling respectively described feedway, the work of described charging switch valve.
In integrated powder transferring system described in the utility model, described feedway comprises the feed pipe for being communicated with tank ship and described buffering chamber, for to the air compressor of inflating in described tank ship, for the ship unloaders of the powder of removal bulge carrier, be connected with described buffering chamber and for delivery of air flume or the belt pulley of powder, and for by removal extremely the powder of described ship unloaders be promoted to the gig of described air flume or described belt pulley height;
Wherein, in the time of powder in tank ship described in removal, described feed pipe is connected with described tank ship respectively with described air compressor, and the powder in described tank ship enters in described buffering chamber by described feed pipe;
In the time of powder in bulge carrier described in removal, powder described in described ship unloaders removal in bulge carrier, powder in described bulge carrier is successively by described ship unloaders, described gig, and described air flume enters in described buffering chamber or successively by described ship unloaders, described gig, and described belt pulley enters in described buffering chamber.
In integrated powder transferring system described in the utility model, described feedway comprises the feed pipe for being communicated with tank ship and described buffering chamber, and for giving the air compressor of inflating in described tank ship; When described air compressor work, the powder in described tank ship enters in described buffering chamber by described feed pipe.
In integrated powder transferring system described in the utility model, described feedway comprises and being connected for the ship unloaders of the powder of removal bulge carrier, with described buffering chamber and for delivery of air flume or the belt pulley of powder, and for removal is promoted to the gig of described air flume or described belt pulley height to the powder of described ship unloaders; Powder in described bulge carrier is successively by described ship unloaders, described gig, and described air flume enters in described buffering chamber or successively by described ship unloaders, described gig, and described belt pulley enters in described buffering chamber.
In integrated powder transferring system described in the utility model, described powder transferring system also comprises drain hole dust exhaustor, and the tracheae being connected with described drain hole; One end of described tracheae is positioned on corresponding described drain hole, and the other end of described tracheae is communicated with described drain hole dust exhaustor.
In integrated powder transferring system described in the utility model, described powder transferring system also comprises erecting frame; Described buffering chamber and described weighing sensor are installed on described erecting frame; The bottom of described erecting frame forms the transport channel passing through for the transportation means of conveying powder materials.
In integrated powder transferring system described in the utility model, on each described drain hole, blowing switch valve is all installed; Described control setup is also for controlling the work of described blowing switch valve.
In integrated powder transferring system described in the utility model, described blowing switch valve is manual switch valve and/or automatic switch valve.
In integrated powder transferring system described in the utility model, described charging switch valve is manual switch valve and/or automatic switch valve.
In integrated powder transferring system described in the utility model, comprise storing measuring chute, for the powder of tank ship or bulge carrier being delivered to the feedway of described storing measuring chute; The dust exhaustor that is communicated with ambient atmosphere and described storing measuring chute inside is installed on described storing measuring chute; The bottom of each described storing measuring chute is provided with weighing sensor, and each described storing measuring chute bottom all offers drain hole; Described transferring system also comprises the control setup for controlling described feedway work.
Implement integrated powder transferring system of the present utility model, there is following beneficial effect: described transferring system adopts the structures such as buffering chamber, feedway, storing measuring chute, dust exhaustor and weighing sensor, can realize the institutional operations such as the unloading a ship of powder, storing, metering and shipment, thereby improve the production operation efficiency of the powders such as bulk cement, breeze, fly ash.Moreover above-mentioned transferring system organically combines, compact conformation, thereby can save land use area, reduce operating personal quantity, and then reduce the traffic cost of the powders such as bulk cement, breeze, fly ash.
Brief description of the drawings
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the structural representation that integrated powder transferring system removal that one of the utility model preferred embodiment provides leaves the powder in tank ship in;
Fig. 2 is the structural representation that integrated powder transferring system removal that two of the utility model preferred embodiment provides leaves the powder in bulge carrier in.
Fig. 3 is the structural representation of the integrated powder transferring system that provides of three of the utility model preferred embodiment.
Detailed description of the invention
Understand for technical characterictic of the present utility model, object and effect being had more clearly, now contrast accompanying drawing and describe detailed description of the invention of the present utility model in detail.
As shown in Figure 1, one of preferred embodiment of the present utility model provides a kind of integrated powder transferring system, it leaves powder (bulk cement, breeze, the fly ash etc. of tank ship 100 in for removal, also be powdered granule thing), this tank ship 100 is the carrier of the powders such as shipping bulk cement common in prior art, breeze, fly ash, and the present embodiment is taking the bulk cement in canister ship 100 as example.Powder transferring system described in the present embodiment comprises buffering chamber 1, feedway 2, storing measuring chute 3, dust exhaustor 4, charging switch valve 5, weighing sensor 6, drain hole 7, drain hole dust exhaustor 8, tracheae 9, erecting frame 10, blowing switch valve 11 and control setup (not shown).Control setup is worked for controlling feedway 2, charging switch valve 5 and blowing switch valve 11 respectively, and this control setup is PLC controller conventional in prior art etc.
Particularly, buffering chamber 1 is for the temporary bulk cement from tank ship 100.This buffering chamber 1 is roughly the barrel-like structure of hollow, and it is fixedly mounted on erecting frame 10.This buffering chamber 1 is positioned at the top of storing measuring chute 3, and buffering chamber 1 can be interconnected with storing measuring chute 3, and the bulk cement in tank ship 100 enters in storing measuring chute 3 through this buffering chamber 1.In the present embodiment, buffering chamber 1 and storing measuring chute 3 is soft connection, is also that both pass through soft attaching parts (not label) and connect, thus the impact of the weight that can eliminate buffering chamber 1 on weighing sensor 6, thus improve measuring accuracy.
Feedway 2 is for being delivered to the bulk cement of tank ship 100 in buffering chamber 1.This feedway 2 comprises feed pipe 21 and air compressor 22.Feed pipe 21, for being communicated with tank ship 100 and buffering chamber 1, is also that one end of feed pipe 21 is connected on tank ship 100, and its other end is connected on buffering chamber 1.Air compressor 22 is for giving the interior inflation of tank ship 100, and it is connected with tank ship 100, and when this air compressor 22 is worked, the bulk cement in tank ship 100 enters in buffering chamber 1 by feed pipe 21.
Storing measuring chute 3 is for depositing the bulk cement from buffering chamber 1, and the bulk cement in this storing measuring chute 3 packs in transportation means by drain hole 7, and transportation means is conventional tank car or tank ship.This storing measuring chute 3 is at least provided with one, and each storing measuring chute 3 is all interconnected with buffering chamber 1.In the present embodiment, storing measuring chute 3 is provided with two, and two storing measuring chutes 3 are arranged side by side.In other embodiment of the present utility model, the quantity of storing measuring chute 3 can also have other to select, for example one, three, four etc.
Dust exhaustor 4 is for aspirating air and filtering powder, and discharges the air entering by feed pipe 21, enters in storing measuring chute 3 thereby be convenient to bulk cement.Because bulk cement enters in buffering chamber 1 under the effect of air compressor 22, make bulk cement in course of conveying, be showy shape.This dust exhaustor 4 is communicated with the inside of ambient atmosphere and buffering chamber 1, and Exhaust Gas makes the air pressure in buffering chamber 1 equate with external atmosphere pressure or slightly lower than bar pressure.Dust exhaustor 4 simultaneously can also Chalk-dust filtering, effectively avoids bulk cement to be discharged in atmosphere, and then reaches the effect of environmental protection.In the present embodiment, dust exhaustor 4 is arranged on the top of buffering chamber 1.At other embodiment of the present utility model, dust exhaustor 4 can also be arranged on the sidewall of buffering chamber 1.Adopt the structure of above-mentioned dust exhaustor 4, the gas that can discharge in feedway 2 reaches or slightly subatmospheric level the pressure in buffering chamber 1, makes showy bulk cement fall to precipitating simultaneously.
Charging switch valve 5 is for buffering chamber 1 and storing measuring chute 3 being interconnected or mutually disconnecting, and the bulk cement that realization can freely be controlled in buffering chamber 1 enters in storing measuring chute 3.Between each storing measuring chute 3 and buffering chamber 1, charging switch valve 5 being all installed, is also that the quantity of charging switch valve 5 equates with the quantity of storing measuring chute 3.In the present embodiment, charging switch valve 5 is manual switch valve and/or automatic switch valve, is also that charging switch valve 5 can, only for manual switch valve or only for automatic switch valve, also can have manual switch valve and automatic switch valve simultaneously.Preferably, this automatic switch valve is pneumatic on-off valve or electric switching valve, fast response time when its work, and good stability.
The bottom of each storing measuring chute 3 is provided with weighing sensor 6, and the total weight that before transportation means charging, weighing sensor 6 reads deducts the transportation means charging total weight that weighing sensor 6 reads afterwards and is the weight that packs the bulk powder in transportation means into.In the present embodiment, the bottom of each storing measuring chute 3 is provided with multiple weighing sensors 6, and multiple weighing sensors 6 are evenly distributed in the bottom of storing measuring chute 3.
Drain hole 7 is for packing the bulk cement of storing measuring chute 3 in transportation means into.Each storing measuring chute 3 offers a drain hole 7, and this drain hole 7 is arranged on the bottom center position of storing measuring chute 3.Adopt this structure, can make the bulk cement in storing measuring chute 3 pack in transportation means.In the present embodiment, drain hole 7 non-bearings are connected on storing measuring chute 3, are also that the weight of drain hole 7 is not carried on storing measuring chute 3.In this embodiment, drain hole 7 is fixedly mounted on (not shown) on steel rod, and its upper end is connected with the discharging opening non-bearing of storing measuring chute 3 by canvas.Adopt this structure, the impact of the weight that can eliminate emptying equipment on storing measuring chute 3, thus can reach accurate measurement.
Drain hole dust exhaustor 8, can be with the Bas Discharged being extruded in air thereby be convenient to cement in the time that bulk cement packs in transportation means for discharging the gas of transportation means, atmosphere pollution.This drain hole dust exhaustor 8 is roughly the same with the structure of dust exhaustor 4, and its one end is connected with tracheae 9, and the other end of tracheae 9 is connected with drain hole 7.The quantity of tracheae 9 equates with the quantity of drain hole 7.In the time that transportation means docks with drain hole 7, tracheae 9 is placed in transportation means away from one end of drain hole dust exhaustor 8 and deposits in the chamber of bulk cement, the chamber of depositing bulk cement in transportation means is communicated with ambient atmosphere, thereby the bulk cement of being convenient in storing measuring chute 3 pack in transportation means.Drain hole dust exhaustor 8 simultaneously can also Chalk-dust filtering, effectively avoids bulk cement to be discharged in atmosphere, and then reaches the effect of environmental protection.
Erecting frame 10 is for carrying the structure such as buffering chamber 1, weighing sensor 6.Storing measuring chute 3 is placed on weighing sensor 6, and the bottom of erecting frame 10 forms the transport channel passing through for transportation means, thereby is convenient to the transport of bulk cement.In the present embodiment, erecting frame 10 is formed from steel, and its structural strength is high and economical and practical.Bear weight by erecting frame 10, make the isolation relative to storing measuring chute 3 of other structures, thereby can not affect the accuracy of weighing.
Blowing switch valve 11 is for drain hole 7 and transportation means are interconnected, thereby the bulk cement of realizing in storing measuring chute 3 packs in transportation means.Each drain hole 7 is all provided with blowing switch valve 11, is also that the quantity of blowing switch valve 11 equates with the quantity of drain hole 7.In the present embodiment, blowing switch valve 11 is manual switch valve and/or automatic switch valve, is also that blowing switch valve 11 can, only for manual switch valve or only for automatic switch valve, also can have manual switch valve and automatic switch valve simultaneously.Preferably, this automatic switch valve is pneumatic on-off valve or electric switching valve, fast response time when its work, and good stability.
While using the integrated powder transferring system that as above embodiment provides, first feed pipe 21 and air compressor 22 are connected with tank ship 100 respectively, restart air compressor 22 and work, the bulk cement in tank ship 100 is entered in buffering chamber 1 by feed pipe 21.Now, the charging switch valve 5 of opening on storing measuring chute 3 enters in storing measuring chute 3 bulk cement in buffering chamber 1.In the time that transportation means travels below to storing measuring chute 3, opening blowing switch valve 11 can make the bulk cement in storing measuring chute 3 pack in transportation means, now subtract each other and can learn the weight that packs the bulk cement in transportation means into by weighing data before and after weighing sensor 6 gained, thereby complete the metrological operation of bulk cement.Adopt above-mentioned powder transferring system to realize to unload a ship, the integrated operation such as storing, metering and shipment, can improve the efficiency of unloading a ship of the powders such as bulk cement, breeze, fly ash; Moreover the structure of above-mentioned powder transferring system is comparatively compact, thereby can save land use area, and can reduce operating personal, and then reduce the traffic cost of the powders such as bulk cement, breeze, fly ash.
As shown in Figure 2, two of preferred embodiment of the present utility model provides a kind of integrated powder transferring system, it leaves the powder (bulk cement, breeze, fly ash etc.) of bulge carrier 200 in for removal, this bulge carrier 200 is the carrier of the powders such as shipping bulk cement common in prior art, breeze, fly ash, and the present embodiment is taking the bulk cement in removal bulge carrier 200 as example.One of this powder transferring system and embodiment institute difference is the structure of feedway 2.In the present embodiment, feedway 2 comprises ship unloaders 23, air flume 24 and gig 25.Ship unloaders 23 are for the bulk cement of removal bulge carrier 200, by bulk cement transportation to gig 25.Gig 25 is for being delivered to the bulk cement of ship unloaders 23 in air flume 24, and air flume 24 is communicated with buffering chamber 1.When work, the powder in bulge carrier 200 enters in buffering chamber 1 by ship unloaders 23, gig 25 and air flume 24 successively.Adopt above-mentioned powder transferring system can realize equally to unload a ship, the integrated operation such as storing, metering and shipment, thereby improve the efficiency of unloading a ship of the powders such as bulk cement, breeze, fly ash.In other embodiment of the present utility model, air flume 24 can also replace with belt pulley (not shown), and this belt pulley can play the effect of delivery of bulk cement equally.
As shown in Figure 3, three of preferred embodiment of the present utility model provides a kind of integrated powder transferring system, it leaves the powder (bulk cement, breeze, fly ash etc.) of tank ship 100 or bulge carrier 200 in for removal, this tank ship 100 and bulge carrier 200 are the carrier of the powders such as shipping bulk cement common in prior art, breeze, fly ash, and the present embodiment is taking the bulk cement in canister ship 100 or bulge carrier 200 as example.One of this powder transferring system and embodiment, two differences be the structure of feedway 2.In the present embodiment, feedway 2 comprises feed pipe 21, air compressor 22, ship unloaders 23, air flume 24 or belt pulley, and gig 25.Structure in one of the structure of feed pipe 21 and air compressor 22 and embodiment is identical, the structure of ship unloaders 23, air flume 24 or belt pulley and gig 25 and embodiment two in structure identical.In the time of bulk cement in canister ship 100, feed pipe 21 is connected with tank ship 100 respectively with air compressor 22, and the bulk cement in tank ship 100 enters in buffering chamber 1 by feed pipe 21.In the time of bulk cement in removal bulge carrier 200, ship unloaders 23 are connected the bulk cement for removal bulge carrier 200 with bulge carrier 200, the bulk cement in bulge carrier 200 enters in buffering chamber 1 by ship unloaders 23, gig 25 and air flume 24 or belt pulley successively.Adopt powder transferring system described in the present embodiment can realize equally to unload a ship, the integrated operation such as storing, metering and shipment, thereby improve the efficiency of unloading a ship of the powders such as bulk cement, breeze, fly ash.Moreover, described powder transferring system can canister ship 100 and bulge carrier 200 in bulk cement, its structure is compacter, and then can improve the value of service of described powder transferring system, and then reduces the traffic cost of the powders such as bulk cement, breeze, fly ash.
Four of preferred embodiment of the present utility model provides a kind of integrated powder transferring system (not shown), it leaves the powder (bulk cement, breeze, fly ash etc.) of tank ship 100 or bulge carrier 200 in for removal, this tank ship 100 and bulge carrier 200 are the carrier of the powders such as shipping bulk cement common in prior art, breeze, fly ash.Three differences of this powder transferring system and embodiment have been to omit the structure of buffering chamber 1, and the installation site of filter 4.
In the present embodiment, feedway 2 is for the powder of tank ship 100 or bulge carrier 200 is delivered to storing measuring chute 3, the feedway 2 in the present embodiment and embodiment three in structure identical.Dust exhaustor 4 is arranged on storing measuring chute 3, and this dust exhaustor 4 is communicated with ambient atmosphere and storing measuring chute 3 inside, the function of this dust exhaustor 4 and embodiment three in the function of dust exhaustor 4 identical.With one of above-described embodiment, two and three compared with, the structure of the powder transferring system in the present embodiment is simpler, its cost is lower.
By reference to the accompanying drawings embodiment of the present utility model is described above; but the utility model is not limited to above-mentioned detailed description of the invention; above-mentioned detailed description of the invention is only schematic; instead of restrictive; those of ordinary skill in the art is under enlightenment of the present utility model; not departing from the scope situation that the utility model aim and claim protect, also can make a lot of forms, within these all belong to protection of the present utility model.
Claims (10)
1. an integrated powder transferring system, it is characterized in that: comprise buffering chamber (1), for the powder of tank ship (100) or bulge carrier (200) being delivered to the feedway (2) of described buffering chamber (1), and at least one storing measuring chute (3) that is positioned at described buffering chamber (1) below and can be communicated with described buffering chamber (1); The dust exhaustor (4) that is communicated with ambient atmosphere and described buffering chamber (1) inside is installed on described buffering chamber (1); Between each described storing measuring chute (3) and described buffering chamber (1), charging switch valve (5) is all installed; The bottom of each described storing measuring chute (3) is provided with weighing sensor (6), and each described storing measuring chute (3) bottom all offers drain hole (7); Described transferring system also comprises the control setup for controlling respectively described feedway (2), described charging switch valve (5) work.
2. integrated powder transferring system according to claim 1, it is characterized in that: described feedway (2) comprises the feed pipe (21) for being communicated with tank ship (100) and described buffering chamber (1), for the air compressor (22) to inflation in described tank ship (100), be used for the ship unloaders (23) of the powder of removal bulge carrier (200), be connected with described buffering chamber (1) and for delivery of air flume (24) or the belt pulley of powder, and for removal is promoted to the gig (25) of described air flume (24) or described belt pulley height to the powder of described ship unloaders (23),
Wherein, in the time of powder in tank ship (100) described in removal, described feed pipe (21) is connected with described tank ship (100) respectively with described air compressor (22), and the powder in described tank ship (100) enters in described buffering chamber (1) by described feed pipe (21);
In the time of powder in bulge carrier described in removal (200), powder described in described ship unloaders (23) removal in bulge carrier (200), powder in described bulge carrier (200) is successively by described ship unloaders (23), described gig (25), and described air flume (24) enters in described buffering chamber (1) or successively by described ship unloaders (23), described gig (25), and described belt pulley enters in described buffering chamber (1).
3. integrated powder transferring system according to claim 1, it is characterized in that: described feedway (2) comprises the feed pipe (21) for being communicated with tank ship (100) and described buffering chamber (1), and for giving the air compressor (22) of inflation in described tank ship (100); When described air compressor (22) work, the powder in described tank ship (100) enters in described buffering chamber (1) by described feed pipe (21).
4. integrated powder transferring system according to claim 1, it is characterized in that: described feedway (2) comprises and being connected for the ship unloaders (23) of the powder of removal bulge carrier (200), with described buffering chamber (1) and for delivery of air flume (24) or the belt pulley of powder, and for removal is promoted to the gig (25) of described air flume (24) or described belt pulley height to the powder of described ship unloaders (23); Powder in described bulge carrier (200) is successively by described ship unloaders (23), described gig (25), and described air flume (24) enters in described buffering chamber (1) or successively by described ship unloaders (23), described gig (25), and described belt pulley enters in described buffering chamber (1).
5. according to the integrated powder transferring system described in claim 1～4 any one, it is characterized in that: described powder transferring system also comprises drain hole dust exhaustor (8), and the tracheae (9) being connected with described drain hole (7); It is upper that one end of described tracheae (9) is positioned at corresponding described drain hole (7), and the other end of described tracheae (9) is communicated with described drain hole dust exhaustor (8).
6. according to the integrated powder transferring system described in claim 1～4 any one, it is characterized in that: described powder transferring system also comprises erecting frame (10); Described buffering chamber (1) is installed on described erecting frame (10) with described weighing sensor (6); The bottom of described erecting frame (10) forms the transport channel passing through for the transportation means of conveying powder materials.
7. according to the integrated powder transferring system described in claim 1～4 any one, it is characterized in that: blowing switch valve (11) is all installed on each described drain hole (7); Described control setup is also for controlling described blowing switch valve (11) work.
8. integrated powder transferring system according to claim 7, is characterized in that: described blowing switch valve (11) is manual switch valve and/or automatic switch valve.
9. according to the integrated powder transferring system described in claim 1～4 any one, it is characterized in that: described charging switch valve (5) is manual switch valve and/or automatic switch valve.
10. an integrated powder transferring system, is characterized in that: comprise storing measuring chute (3), for the powder of tank ship (100) or bulge carrier (200) being delivered to the feedway (2) of described storing measuring chute (3); The dust exhaustor (4) that is communicated with ambient atmosphere and described storing measuring chute (3) inside is installed on described storing measuring chute (3); The bottom of each described storing measuring chute (3) is provided with weighing sensor (6), and each described storing measuring chute (3) bottom all offers drain hole (7); Described transferring system also comprises the control setup for controlling described feedway (2) work.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420306303.1U CN203877550U (en) | 2014-06-10 | 2014-06-10 | Integrated powder transferring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420306303.1U CN203877550U (en) | 2014-06-10 | 2014-06-10 | Integrated powder transferring system |
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| CN203877550U true CN203877550U (en) | 2014-10-15 |
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| CN201420306303.1U Expired - Fee Related CN203877550U (en) | 2014-06-10 | 2014-06-10 | Integrated powder transferring system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105151832A (en) * | 2015-06-29 | 2015-12-16 | 朱庭家 | Pottery clay storing and loose-packing system |
| CN109368287A (en) * | 2018-11-01 | 2019-02-22 | 郑州晨丰机械设备有限公司 | A kind of control system of the bulk transport system docked with environment monitoring data |
| CN112224921A (en) * | 2020-09-17 | 2021-01-15 | 靖州县绿之嘉实业有限公司 | Batching and storing device |
-
2014
- 2014-06-10 CN CN201420306303.1U patent/CN203877550U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105151832A (en) * | 2015-06-29 | 2015-12-16 | 朱庭家 | Pottery clay storing and loose-packing system |
| CN109368287A (en) * | 2018-11-01 | 2019-02-22 | 郑州晨丰机械设备有限公司 | A kind of control system of the bulk transport system docked with environment monitoring data |
| CN109368287B (en) * | 2018-11-01 | 2023-11-24 | 郑州晨丰机械设备有限公司 | Control system of bulk material conveying system in butt joint with environment-friendly monitoring data |
| CN112224921A (en) * | 2020-09-17 | 2021-01-15 | 靖州县绿之嘉实业有限公司 | Batching and storing device |
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