CN206395489U - A kind of optimal path induction system - Google Patents
A kind of optimal path induction system Download PDFInfo
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- CN206395489U CN206395489U CN201621294928.6U CN201621294928U CN206395489U CN 206395489 U CN206395489 U CN 206395489U CN 201621294928 U CN201621294928 U CN 201621294928U CN 206395489 U CN206395489 U CN 206395489U
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Abstract
The utility model proposes a kind of optimal path induction system, it is arranged between discharge unit and materials unit, the optimal path induction system includes：One conveying route for transporting raw material, one end of the conveying route is located at the discharge unit, and its other end connects the materials unit；Provided with a conveying branch line between the one storing unit for storing raw material, conveying route described in the storing unit；One is used for the dosing to raw material progress dispensing, and it is adjacent with the storing unit；One is used for the well mixed batch mixing unit of raw material, it is set up in parallel with the storing unit, it is provided with the dispensing branch line for transporting raw material between the dosing, and the conveying branch line for being used for transmitting raw material is provided between the batch mixing unit and the conveying route.The utility model can realize the optimal transport of bulk raw materials, be finally reached bulk raw materials safety in transportation and storage, mix on demand, meet raw material storage and the supply requirement of different user.
Description
Technical field
The utility model belong to bulk raw materials conveying and storage art, more particularly to a kind of optimal path induction system and
Raw material is stored to be stored with mixing production technology in parallel, the optimal transport and low amounts for realizing bulk raw materials, is finally reached bulk raw materials
Safety in transportation and storage, mix on demand, meet raw material storage and the supply requirement of different user, be particularly suitable for use in iron and steel enterprise's ironmaking,
It is how ground integrated defeated that the bulk raw materials material feeding of the multi-users such as sintering, pelletizing, coking, power plant, storage are with mixing, user is fed etc.
Send.
Background technology
The traditional raw material material feeding of iron and steel enterprise, storage are cascaded with mixing as multiple working procedure, and conveying circuit is long, unloads
Material conveying circuit is separated by with the material storehouse (stock ground, feed bin) for having collecting and distributing centre in the middle of feed conveying circuit, can not directly be supplied after discharging
Expect (referring to Fig. 6).Stock ground repeats windrow, occupied fund and place with blending-field, in raw material environmental protection closing storage
Under the conditions of, dramatically increase construction investment and logistics cost.Existing process technology is generally outsourcing raw material and enters advanced after factory's discharging
Pan feeding storehouse (stock ground, feed bin) is stored, it is necessary to be sent to mixing dosage storehouse through feeding when mixing operation, and mixing is sent to by multiple-grooved dispensing
Stock ground carries out tiling windrow, reaches after the predetermined storage number of plies, from one end, tunneling boring feeding is sent to raw material user.This technique is based on
The raw material stored in factory, could carry out mixing operation, herein under the premise of, the raw material for all entering factory is required for through punishment in advance storehouse
(stock ground, feed bin) is stored, and needs the raw material mixed in the passive storage of the secondary landing of blending-field, is caused and is repeated to store twice
Take up an area, induction system has also carried out two subjobs, added logistics cost and energy consumption cost.
In view of this, the design people develops one kind most according to the production design experiences for being engaged in this area and association area
Shortest path induction system and raw material storage and mixing production technology in parallel, to solve the problem of prior art is present.
Utility model content
The purpose of this utility model is to be to provide a kind of optimal path induction system, realizes the optimal transport of bulk raw materials
With low amounts storage, it is finally reached bulk raw materials safety in transportation and storage, mixes on demand, meets raw material storage and the supply need of different user
Ask.
Therefore, the utility model proposes a kind of optimal path induction system, be arranged between discharge unit and materials unit,
It includes：
One conveying route for transporting raw material, one end of the conveying route is located at the discharge unit, and its is another
The end connection materials unit；
Provided with a conveying branch line between the one storing unit for storing raw material, conveying route described in the storing unit；
One is used for the dosing to raw material progress dispensing, and it is adjacent with the storing unit；
One is used to, by the well mixed batch mixing unit of raw material, be set up in parallel with the storing unit, it matches somebody with somebody with described
The dispensing branch line for transporting raw material is provided between material unit, being provided between the batch mixing unit and the conveying route is used for
Transmit the conveying branch line of raw material.
Optimal path induction system as described above, wherein, the storing unit be stock ground, feed bin at least within it
One, when the storing unit includes the stock ground being set up in parallel and feed bin, between the stock ground and feed bin and the conveying route
It is respectively equipped with and branch line and the conveying route, the one end of the dosing adjacent to the feed bin is conveyed described in one.
Optimal path induction system as described above, wherein, the storing unit is material storehouse, feed bin at least within it
One, when the storing unit includes the material storehouse being set up in parallel and feed bin, the material storehouse and feed bin and the conveying route it
Between be respectively equipped with branch line conveyed described in one, the one end of the dosing adjacent to the feed bin.
Optimal path induction system as described above, wherein, the dosing is mixing dosage storehouse, the batch mixing unit
For outdoor blending-field or closing blending-field.
Optimal path induction system as described above, wherein, the conveying route is the multiple conveying circuits being set up in parallel,
Each conveying circuit is respectively an induction system.
Optimal path induction system as described above, wherein, the conveying branch line includes a feeding conveying system and one
Discharge induction system, and the dispensing branch line and the conveying branch line are respectively an induction system.
Optimal path induction system as described above, wherein, the materials unit is is smelted iron, sintered to raw material, ball
Change or the workshop of coking, or, the materials unit is power plant, limekiln, boiler room or steelshop.
The utility model provide optimal path induction system, by the way that raw material is unloaded, stored, dispensing, mixing, be fed it is many
Individual link is connected as many places, realizes emptying point, storing point, the coordination with shots, is needed by relative position and technique
Constitute many intersite transport nets, that is, the conveying route set up between discharging and user, raw material, which enters after factory's discharging, to be directly transmitted
To storage location (storing unit), the materials place (materials unit) of user can also be sent directly to.Wherein, with storage work(
Can storing unit and batch mixing unit be all overlapped on conveying route, the raw material incoming line of storing unit with supplied outside raw material it is defeated
Go out circuit all by same conveying route and external connection, realize interconnecting for storing unit and many places, can be in factory
Neatly direct-furnish is to materials unit or is sent to the anywhere such as storing unit or batch mixing unit for raw material after being unloaded, realizes optimal
(short) delivery pathways.
The optimal path induction system that the utility model is provided, using conveying route etc. by storing unit and batch mixing unit simultaneously
Connection is used, it is necessary to which the raw material mixed can be directly sent to be then sent through batch mixing unit after dosing dispensing and mix and store, it is not necessary to
The raw material of mixing is directly sent to the storage of storing unit or is directly sent to user, solves existing process and there are landing storage twice and two
The secondary defect having bad luck, sets up that a kind of logistics is simple and direct, transport path is short, the intelligent multi-user that materials stream informationization, transport rhythm are controllable
Raw material stores and mixes integration storage new model, reduces raw material repetition storage and takes up an area, reduces feedstock transportation distance, reduction raw material
Have bad luck number of times, intelligent management and control raw material and enter the fluctuation of factory's amount and user's raw feed materials amount, realize safe low amounts storage, reach reduction dress
It is standby, investment is reduced, energy-conserving and environment-protective are cut payroll to improve efficiency, and reduce the purpose of logistics cost.
Brief description of the drawings
The following drawings is only intended to, in doing the utility model schematic illustration and explanation, not limit model of the present utility model
Enclose.Wherein：
Fig. 1 is the floor map of optimal path induction system of the present utility model.
Fig. 2 is the floor map of another embodiment of optimal path induction system of the present utility model.
Fig. 3 is schematic flow sheet of the present utility model, and arrow is feedstock transportation direction in figure.
Fig. 4 is sets the sectional drawing of material storehouse and a feed bin wherein embodiment simultaneously in the utility model, list is shown in it
Across material storehouse and single feed bin structure profile.
Fig. 5 is sets the sectional drawing of material storehouse and another embodiment of feed bin simultaneously in the utility model, twin spans is shown in it
Expect storehouse and double feed bin structure profile.
Fig. 6 is the schematic flow sheet of prior art, and arrow is feedstock transportation direction in figure.
Main element label declaration：
The discharge unit of 1 conveying route 5
The stock ground of 2 storing unit 201
201 ' the material feed bins of storehouse 202
The 21 conveying dosing of branch line 3
The dispensing branch line of 4 batch mixing unit 41
The discharge unit of 42 conveying branch line 5
6 materials units
Embodiment
In order to be more clearly understood to technical characteristic of the present utility model, purpose and effect, below in conjunction with accompanying drawing and
Preferred embodiment, to the utility model proposes optimal path induction system embodiment, structure, feature and effect,
Describe in detail as after.In addition, by the explanation of embodiment, when can be taken to the utility model to reach predetermined purpose
Technological means and effect be able to it is more deeply specific understand, but institute's accompanying drawing is only to provide and used with reference to explanation, not uses
To be any limitation as to the utility model.Wherein, identical part uses identical label.
Fig. 1 is the floor map of optimal path induction system of the present utility model.Fig. 2 is optimal road of the present utility model
The floor map of another embodiment of footpath induction system.Fig. 3 is schematic flow sheet of the present utility model, and arrow is that raw material is defeated in figure
Send direction.Fig. 4 is sets the sectional drawing of material storehouse and a feed bin wherein embodiment simultaneously in the utility model, single span is shown in it
Expect storehouse and single feed bin structure profile.Fig. 5 expects the section in storehouse and another embodiment of feed bin to be set in the utility model simultaneously
Figure, twin spans material storehouse and double feed bin structure profile is shown in it.
As shown in Figure 1 and Figure 2, the utility model proposes optimal path induction system, be arranged at discharge unit and bill of material
Between member, including conveying route 1, storing unit 2, dosing 3 and batch mixing unit 4, wherein, the conveying route 1 is used for
Raw material is transported, its one end is located at the discharge unit 5, and the other end connects the materials unit 6, and the conveying route 1 can be by original
Material is directly transported to the materials unit 6 by the discharge unit 5, in real work, is typically at the discharge unit 5
The raw material for receiving to send by highway, railway or water route is concentrated, and passes through the dischargings such as automobile blow tank, tippler and ship unloaders
Facility correspondence is unloaded, and is loaded to the conveying route 1, then be transported to everywhere by conveying route this described 1；
The storing unit 2 be used for store raw material, its between the conveying route 1 provided with one conveying branch line 21, with
Raw material is transmitted between the conveying route 1 and the storing unit 2, wherein, the storage of raw materials of storing unit 2 can pass through conveying
Branch line 21, conveying route 1 are delivered to the materials unit 6 again；
The dosing 3, is to carry out dispensing to raw material according to need of work, it is adjacent with the storing unit 2, can connect
The raw material that the conveying route 1 and storing unit 2 are provided is received, is provided by dispensing to batch mixing unit 4, in other words, original after being unloaded
Material can be directly sent to dosing 3 through conveying route 1, or after reprinting is stored in storing unit 2, then will need what is mixed
Raw material is fed directly to the dosing 3 and carries out dispensing, is sent to the follow-up batch mixing unit 4 and carries out mixing operation, wherein,
For raw material conveying route, conveying branch line and the dosing, storing unit and batch mixing unit between specific transfer when,
The plant equipment such as used stacker-reclaimer, it is same as the prior art, it will not be repeated here；
The batch mixing unit 4 is used to raw material being well mixed, and is set up in parallel with the storing unit 2, itself and the dispensing
The dispensing branch line 41 for transporting raw material is provided between unit 3, to receive the dispensing of the dosing 3, the batch mixing list
The conveying branch line 42 for being used for transmitting raw material is provided between member 4 and the conveying route 1, batch mixing branch line can be passed through after well mixed
42nd, conveying route 1 is provided to materials unit 6.As illustrated, in practicing, preferably by the batch mixing unit 4 adjacent to storage
The side of material unit 2 is set.
The utility model proposes optimal path induction system, by setting conveying route 1, storing unit 2, dosing
3rd, batch mixing unit 4, discharge unit 5 and materials unit 6, by storing unit 2 and batch mixing unit 4 with storing function and arrange
Put, and linked together with the conveying route 1 in factory.On the one hand, raw material enters after factory outside factory, can be directly complete by conveying route 1
Portion is sent at materials unit 6；On the other hand, can be real by conveying branch line 21 of the rear raw material through conveying route 1 Yu storing unit 2 is unloaded
Existing part material is stored by conveying route 1 in storing unit 2, when being transported out existing fluctuation fracture outside factory, takes out storing list
The raw material of the storage of member 2 supplies materials unit 6 through conveying circuit 21, conveying route 1, it is ensured that the stabilization of production.In addition, worked
, it is necessary to which well mixed raw material, generally can also directly be provided to the dispensing of dosing 3 by conveying route 1, matched somebody with somebody in journey
The windrow of batch mixing unit 4 is sent to by dispensing branch line 41 after material and stored, and by batch mixing unit 4 mix after be sent to materials unit 6, make
Obtain part material to be not required to store in storing unit 2, overcome raw material in existing production to repeat storage and land what is had bad luck twice
Defect.
Wherein, Fig. 1 is referred to, the storing unit 2 is at least one of stock ground, feed bin, when the storing unit
Comprising the stock ground 201 being set up in parallel and during feed bin 202, between the stock ground 201 and feed bin 202 and the conveying route 1 respectively
Provided with branch line 21 is conveyed described in one, to realize the storage and conveying of raw material, the dosing 3 is adjacent to the feed bin 202
One end.Arranged as illustrated, being preferred to use the outdoor stock ground of rectangle in the utility model, also the envelope available for existing outdoor stock ground
Close transformation, it is easy to accomplish stock ground unattended.
In other embodiments, as shown in Fig. 2 the storing unit 2 is at least one of material storehouse, feed bin, when
The storing unit include be set up in parallel for material storehouse 201 ' and during feed bin 202, the material storehouse 201 ' and feed bin 202 with it is described defeated
Send and conveying branch line 21 described in one is respectively equipped between main line 1, to realize the storage and conveying of raw material, the dosing 3 is adjacent
In one end of the feed bin 202.
Wherein, in the construction illustrated, preferably described feed bin 202 and dosing 3, which are across, conveys branch wherein described in one
On line 21, and the stock ground 202 is then located at the side of another conveying branch line 21 (referring to Fig. 1).The material storehouse 201 ' is set
In the end of another conveying branch line 21 (referring to Fig. 2).In addition, in the illustrated embodiment, the utility model is preferred
Using closing moulding mixture storehouse, its construction style is rectangle arrangement, and both sides are closed with headwall, it is easy to windproof, rain-proof, antifreeze, antifouling
Environmental protection is contaminated, is particularly suitable for coastal area typhoon protection use；Storehouse and the dry net of outbound common transfer are entered in rectangle material storehouse, have
Very high mutually standby interchangeability, the utilization rate of conveying equipment is high.
In addition, in the utility model, can also be by existing bilateral unloader (or cantilever unloader) and semi portal scraper plate
The combined mode of reclaimer carries out discharging and feeding in material storehouse and feed bin, is that unloader is arranged in stockpile specifically
Between it is overhead above, stop that stockpile flow increase storage capacity naturally with barricade, barricade top sets support, support the height of semi portal to prop up
Leg and closing storehouse.So, using unloader and semi portal scraper reclaimer coordinating operation technology, unloader is integrated with feed bin
Whole advantages of upper operation, have played material storehouse and feed bin takes up an area big small, reserves, compact arrangement of equipment, is easily achieved totally-enclosed, machine
Tool operation efficiently etc. advantage；Using equipment, gridding barricade, feed bin and storehouse wall integrated design, equipment and building are obtained
Best of breed；Using compact arrangement, reduce the subsidiary space beyond stockpile to greatest extent；Using suitable venting practice,
Storehouse temperature is controlled, is adapted to the storage of volatile inflammable raw material, can be with windproof, rain-proof, antifreeze, limitation flour dust overflow, protection ring
Border.
In addition, in the utility model, can also further use efficient mechanical, Computer Control Technology, set up reservoir area most
Excellent mechanics distributed model, instructs storage discharging and outbound feeding, sets up reservoir area interior circulation induction system, the regular disk of real time measure
Storehouse, optimizes the storage capacity of grid cell, realizes the storage management of bulk raw materials grid cell.Using various dimensions detection technique, together
Walk Transfer Technology, perimeter security technology, it is ensured that the safety of man-machine thing, realize unmanned stock, safe handling.
It is pointed out that for stock ground, the particular number in material storehouse and feed bin and setting formation, single material can be used
The multiple combinations forms such as storehouse, many discharge storehouses, single feed bin, many discharge bins, length and width both direction can extend on demand, be adapted to
Different building sites, different industries, meet different production scales, different conditions of storage, difference and enter the factors such as factory's batch, multi-material
The need for being stored to raw material, different iron and steel enterprises are met to raw material discharging, storage, the requirement of feed, as shown in Fig. 4 and Fig. 6, point
Single-span cargo warehouse and single feed bin, twin spans material storehouse and double feed bin structure profile Wei not be set in the utility model.Wherein, this reality
It can also be built with the closing steel construction of new discharging, material storehouse, silo roof with concrete guard wall and feed bin wall combination,
Multispan parallel connection, which is built, can reduce wall, reduce investment outlay, and feed bin discharge can be more using disk feeder, rotary unloading machine etc.
The form of kind, as stock ground herein, the structure type in material storehouse and feed bin, the handling facilities used etc., its overall structure and work
It is prior art as principle, will not be repeated here.For example, in real work, being deposited for the stock ground 201 and material storehouse 201 '
The raw material of storage, can there is provided be transported to dosing 3, or by conveying branch line 21 with conveying route 1 by reclaimer feeding
Materials unit 6；The raw material stored for the feed bin 202, can be fed by batcher under storehouse, by conveying branch line 21 and conveying
Main line 1 is that materials unit 6 is fed.
Wherein, the dosing 3 is mixing dosage storehouse, and the batch mixing unit 4 is that outdoor blending-field or closing are mixed
Stock ground.Prior art is referred to for mixing dosage storehouse herein and the structure type of blending-field, the equipment used, herein
Repeat no more.
It is preferred that the conveying route 1 is the multiple conveying circuits being set up in parallel, each conveying circuit is respectively one defeated
Send system.Additionally, it is preferred that the conveying branch line 21 includes a feeding conveying system 211 and a discharging induction system 212, with right
Raw material should be inputted and exported, and the dispensing branch line 41 and the conveying branch line 42 are respectively an induction system.
It is pointed out that being general at present for above-mentioned each induction system and charging/discharging induction system
Belt conveyor system, specifically, it is mutually to be concatenated to form by multiple ribbon conveyers, and each adjacent induction system
Between often also be provided with reprinting the multi-path (point) of raw material and reprint equipment, such as electric three passes, moving band conveyor etc.,
Report to the leadship after accomplishing a task to reprint between the different sections of highway of each induction system in order to raw material and change conveying circuit, realize that the multi-line of raw material is defeated
Send, because its overall structure is prior art, will not be repeated here；It is dry in the conveying for ease of reprinting in real work
Between line 1 and conveying branch line, dispensing branch line and conveying branch line, auxiliary upstream ribbon conveyer head is further typically provided with downward
The building for swimming the reprinting of ribbon conveyer afterbody is transfer station 7, and raw material can be facilitated to change transporting direction or change transit route, right
In such reprinting form overlapped by transfer station, it is the ordinary skill in the art, will not be repeated here.It is noted that
The utility model focuses on to describe claimed optimal path induction system, therefore, for above-mentioned use and existing skill
The same or like part of art, such as the common apparatus such as induction system, transfer station and facility, are only briefly mentioned, and emphasis is not done and is chatted
State.
In addition, the materials unit 6 be raw material is smelted iron, sintered, the workshop of nodularization and coking, or this
Materials unit is power plant, limekiln, boiler room or steelshop.
Please also refer to Fig. 3, optimal path induction system of the present utility model, its raw material storage production work in parallel with mixing
Skill comprises the following steps：
S1：The raw material that will be sent by highway, railway or water route, in discharge unit discharging and is loaded to conveying route 1
Induction system；
S2：According to production needs, the feedstock transportation that conveying route 1 is loaded is to storing unit 2, or is delivered to dosing 3
Dispensing, and the progress mixing storage of batch mixing unit 4 is delivered to, in real work, its concrete mode is respectively by conveying route
1st, conveying branch line correspondence is delivered to materials unit 6, storing unit 2, dosing 3.
S3：According to the condition of production, the mixing that the selective raw material for storing storing unit 2 and batch mixing unit 4 are stored is former
Material is supplied to materials unit 6 together, or the blend feedstock that batch mixing unit 4 is stored is separately provided to materials unit 6.That is, storing list
First 2 by conveying branch line, batch mixing unit 4 is expected the raw material each stored or mixing by conveying branch line 42 and conveying route 1
Materials unit 6 is delivered to, so that ironmaking, sintering, nodularization, coking or generating are used.
It is preferred that also including step S4：The raw material that storing unit 2 is stored is delivered to there is provided to the dispensing of dosing 3
Batch mixing unit 4 is transported to materials unit 6 after being mixed, in this process, and it is specifically first by the feedstock transportation of storing unit 2
To dosing 3, then after batch mixing unit 4 is mixed, and provided by the 4th branch line 42 and conveying route 1 to bill of material
Member 6.
The utility model provide optimal path induction system, by the way that raw material is unloaded, stored, dispensing, mixing, be fed it is many
Individual link is connected as many places, discharge unit, storing unit, the coordination of materials unit is realized, by relative position and use
Material needs to constitute many intersite transport nets, that is, the conveying route between setting up at discharge pit and materials, and raw material enters can after factory's discharging
To be sent directly to storage location (storing unit), the materials place (materials unit) of user can also be sent directly to.Wherein,
Storing unit 2, dosing 3 and batch mixing unit 4 with memory function are all overlapped on conveying route, into storing unit
Circuit outside conveying circuit and stock ground for raw material is all connected by same conveying branch line with outside conveying route, realizes storing unit
With interconnecting for many places, the raw material after being unloaded in factory neatly direct-furnish materials unit or can be sent to storing unit or mixed
The anywheres such as material unit, realize optimal (short) delivery pathways.
The optimal path induction system that the utility model is provided, is especially suited for use road and factory is entered in railway transportation, adopt
Intelligent management technology is used, by tracking haulage vehicle and road conditions, user's raw material service condition is tracked, plays network transport advantage,
The continuous smooth conveying of many ground raw material is realized, realizes that average daily raw material enters factory and the operation of feed is balanced, realizes that most of raw material enters factory
It can be had bad luck after discharging with Firsthand Users in the middle of reduction, optimal path conveying, equilibrium tissue raw material enters factory, and whole raw materials are with direct-furnish
Based on, supplemented by storage, realize that shortest path is conveyed, logistics cost is low.
In addition, in the utility model, may also be combined with the influence factor such as traffic condition and use fluctuation outside factory, determining every kind of
The storage volume of raw material, determines storage capacity of every kind of raw material in storing unit and batch mixing unit, joint account storing unit and mixed
The gross storage capacity of material unit, so most of raw material can enter factory and can be directly entered batch mixing unit by equilibrium tissue, raw material,
A small amount of raw material of adjusting is placed on storage in storing unit, reduces raw material storage and takes up an area, reduces raw material and have bad luck, so as to change existing storage
Material unit and batch mixing unit tandem sequence repeats storage defect, realize the purpose for needing the raw material mixed not repeat storage in material storehouse.
The schematical embodiment of the utility model is the foregoing is only, model of the present utility model is not limited to
Enclose.Any those skilled in the art, the equivalent variations made on the premise of design of the present utility model and principle is not departed from
With modification, the scope of the utility model protection all should be belonged to.
Claims (7)
1. a kind of optimal path induction system, is arranged between discharge unit and materials unit, it is characterised in that the optimal road
Footpath induction system includes：
One conveying route for transporting raw material, one end of the conveying route is located at the discharge unit, and its other end connects
Connect the materials unit；
Provided with a conveying branch line between the one storing unit for storing raw material, conveying route described in the storing unit；
One is used for the dosing to raw material progress dispensing, and it is adjacent with the storing unit；
One be used for by raw material be well mixed batch mixing unit, be set up in parallel with the storing unit, itself and the dosing it
Between be provided with dispensing branch line for transporting raw material, being provided between the batch mixing unit and the conveying route is used to transmit raw material
Conveying branch line.
2. optimal path induction system as claimed in claim 1, it is characterised in that the storing unit is stock ground, feed bin
At least one, when the storing unit includes the stock ground that is set up in parallel and feed bin, the stock ground and feed bin with it is described defeated
Send to be respectively equipped between main line and branch line and the conveying route conveyed described in one, the dosing adjacent to the feed bin one
End.
3. optimal path induction system as claimed in claim 1, it is characterised in that the storing unit is material storehouse, feed bin
At least one, when the storing unit includes the material storehouse being set up in parallel and feed bin, the material storehouse and feed bin with it is described
It is respectively equipped between conveying route and branch line is conveyed described in one, the one end of the dosing adjacent to the feed bin.
4. the optimal path induction system as described in any one of claims 1 to 3, it is characterised in that the dosing is mixed
Even batch bin, the batch mixing unit is outdoor blending-field or closing blending-field.
5. the optimal path induction system as described in any one of claims 1 to 3, it is characterised in that the conveying route is simultaneously
The multiple conveying circuits set are arranged, each conveying circuit is respectively an induction system.
6. optimal path induction system as claimed in claim 2 or claim 3, it is characterised in that the conveying branch line includes a charging
Induction system and a discharging induction system, the dispensing branch line and the conveying branch line are respectively an induction system.
7. the optimal path induction system as described in any one of claims 1 to 3, it is characterised in that the materials unit for pair
Raw material is smelted iron, sintered, the workshop of nodularization or coking, or, the materials unit be power plant, limekiln, boiler room or
Steelshop.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621294928.6U CN206395489U (en) | 2016-11-28 | 2016-11-28 | A kind of optimal path induction system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621294928.6U CN206395489U (en) | 2016-11-28 | 2016-11-28 | A kind of optimal path induction system |
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| Publication Number | Publication Date |
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| CN206395489U true CN206395489U (en) | 2017-08-11 |
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ID=59509012
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110902402A (en) * | 2018-09-17 | 2020-03-24 | 北京冠明机械科技有限公司 | Multi-material transfer station with material storage function and transfer method |
-
2016
- 2016-11-28 CN CN201621294928.6U patent/CN206395489U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110902402A (en) * | 2018-09-17 | 2020-03-24 | 北京冠明机械科技有限公司 | Multi-material transfer station with material storage function and transfer method |
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