CN203199686U - Integration recovery processing system of warehousing materials - Google Patents
Integration recovery processing system of warehousing materials Download PDFInfo
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- CN203199686U CN203199686U CN 201320080464 CN201320080464U CN203199686U CN 203199686 U CN203199686 U CN 203199686U CN 201320080464 CN201320080464 CN 201320080464 CN 201320080464 U CN201320080464 U CN 201320080464U CN 203199686 U CN203199686 U CN 203199686U
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Abstract
The utility model relates to an integration recovery processing system of warehousing materials. The integration recovery processing system of the warehousing materials mainly comprises a stock bin groove body is of a framework structure and formed by a main material storehouse segment, an auxiliary material storehouse segment and a recovery material storehouse segment which are connected from the left to the right in sequence, wherein both the main material storehouse segment and the auxiliary material storehouse segment are respectively provided with an independent material returning belt in the stock bin groove building body, an inclined or a perpendicular material returning lifting belt is arranged on one side or two sides outside the building body, and a supporting structure which is attached to a stock bin groove body framework hoists the returning materials needing recovering to the bin surface so that the returning materials needing recovering can be screened and classified. Compared with the traditional technology, the integration recovery processing system of the warehousing materials is concentrated in equipment, convenient to inspect and maintain, and beneficial to saving of land occupation, investment reduction and operating cost reduction.
Description
Technical field
The utility model relates to a kind of integrated taking back and process of warehousing material, is used for industry-by-industry that the warehousing material is stored and handled, is specially adapted to smelt iron former under the operation blast furnace groove, fuel charge and feed proportioning system.
Background technology
Traditional in the feed proportioning system technological process, the recovery system of various warehousing material all is independent settings beyond main body feed bin architectural support structure, and each system establishes one's own system, have independently store, facility and constructions of structures such as screening, weighing, transportation.In production application, because belt comes and goes transhipment and is subjected to the restriction of belt ramp angle, when the kind that reclaims raw material is segmented, arrange and respectively reclaim subsystem, need take main body feed bin construction of structures large stretch of place in addition, problems such as and the hydraulic efficiency pressure system pipeline is long, and the equipment routing inspection route is long, and the trouble shooting processing time is long are also following.This extension development at the main technology of tradition basis expansion subsystem, to the recovery system of warehousing material brought technology form complicated, facility is too fat to move, a series of problems such as link is many, efficient is low, occupation of land is big, construction investment is high, it is loaded down with trivial details to manage, production maintenance cost height.
The utility model content
The technical problems to be solved in the utility model is: the above-mentioned defective that overcomes prior art, provide a kind of in main body feed bin supporting construction the integrated recovery and processing system of the warehousing material of integrated recovery subsystem, this system can solve main body feed bin and the subsystem complex structure that brings arranged apart in the common process, facility is too fat to move, problems such as link is many, efficient is low, occupation of land is big, construction investment is high, management is loaded down with trivial details, production maintenance cost height.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is:
The integrated recovery and processing system of warehousing material, mainly comprise: contain the major ingredient storehouse section at least one major ingredient storehouse, the auxiliary material storehouse section that contain at least one auxiliary material storehouse adjacent with major ingredient storehouse section straight line, major ingredient storehouse section and auxiliary material storehouse section constitute the feed bin groove body by the frame-type supporting construction; Major ingredient storehouse and top, auxiliary material storehouse arrange proportioning belt on the groove, and proportioning belt and tubulose travelling belt supplied materials section connect on the groove; In the feed bin groove body framework, the below in major ingredient storehouse and auxiliary material storehouse all arranges screening system and Weighing system in turn; The bulk supply belt is positioned at each Weighing system outlet below, and stretches out along major ingredient storehouse section and auxiliary material storehouse section longitudinal centerline;
It is characterized in that: after the section of auxiliary material storehouse, the next-door neighbour arranges and reclaims the feed bin section; Reclaim the feed bin section and comprise at least one recovery feed bin and at least one recovery filler bin; The below of reclaiming feed bin arranges the reclaimed materials scale hooper, and the discharging opening of described reclaimed materials scale hooper is corresponding with the bulk supply belt; The discharging opening that reclaims filler bin docks with the outward transport automobile;
The top setting of reclaiming feed bin and recovery filler bin comprises the recovery classifying screen that a plurality of screenings export, and each screening exports corresponding with recovery feed bin and recovery filler bin respectively; One of them screening outlet corresponding with reclaiming filler bin also docked with tubulose travelling belt feed back section by the powder travelling belt;
The below of bulk supply belt is respectively provided to a few returning charge and collects belt and at least one returning charge outward transport belt;
Returning charge is collected belt corresponding to the outlet of major ingredient storehouse each screening system of section;
Depend on the feed bin groove body, the oblique extension of supporting construction side arrangement of feed bin groove body frame-type or vertically extending returning charge belt elevator, dock to the transfer belt by front and back with returning charge collection belt returning charge belt elevator lower end, and returning charge belt elevator upper end extends to the above height of the storehouse face that reclaims feed bin and docks with the inlet point of described recovery classifying screen;
Returning charge outward transport belt is corresponding to the outlet of auxiliary material storehouse each screening system of section.
By technique scheme, described tubulose travelling belt is positioned at the top, periphery, termination of the integrated recovery and processing system of warehousing material, and be positioned near the termination recovery feed bin, described powder travelling belt is inclined between described one of them screening outlet and the tubulose travelling belt feed back section.
By technique scheme, described front and back connect returning charge belt elevator bottom and returning charge collection belt one end to the transfer belt.
By technique scheme, major ingredient storehouse section, auxiliary material storehouse section, a row or multi-row being arranged in juxtaposition of each feed bin employing of reclaiming the feed bin section, and the feed bin of each section the same side shares same returning charge collection belt or same returning charge outward transport belt.
Adopt the integrated recovery and processing system of above-mentioned warehousing material to carry out material when handling, mainly comprise following key step:
At first, tubulose travelling belt supplied materials section is transported to proportioning belt on the groove with supplied materials before the groove, and is prepared burden in major ingredient storehouse and auxiliary material storehouse respectively;
Secondly, batching is after screening under the storehouse, and qualified material drops on the bulk supply belt and is transported to the termination through weighing, in order to outwards carry; Section screening back, auxiliary material storehouse nonconformity material drops on the returning charge outward transport belt and is transported to the outward transport outlet; Section screening back, major ingredient storehouse nonconformity material drops on returning charge and collects on the belt, and is transported on the returning charge belt elevator, is promoted to recovery feed bin storehouse face through the returning charge belt elevator and carries out sieve classification;
At last, after the recovery classifying screen of returning charge through reclaiming feed bin storehouse face carried out sieve classification, the qualified material process reclaimed feed bin, and after the process weighing, dropped on and reclaim feed on the bulk supply belt immediately under the storehouse; The powder travelling belt of nonconformity material through reclaiming the feed bin top goes to the feed back section of tubulose travelling belt and transports, or collects through reclaiming filler bin, transported by automobile.
Principle of the present utility model:
Integrated a plurality of recovery subsystems in the integrated recovery and processing system of warehousing material, do not take the outer place of feed bin groove body framed building, the facility such as storage, screening, weighing, belt transportation of subsystem is integrated with bin system, screening system, Weighing system, the revert system of major ingredient storehouse section and auxiliary material storehouse section main body frame respectively, formed the technology integral body with complete function.The returning charge belt elevator adopts oblique belt or vertical strap, and the supporting construction that depends on feed bin groove body framework is arranged, returning charge is risen to the storehouse face carry out sieve classification, than traditional handicraft, equipment is concentrated, and repair and maintenance is convenient, is conducive to save take up an area of, reduce investment and operating cost.
During use, face top, storehouse beginning charging from major ingredient storehouse section and auxiliary material storehouse section, under the prerequisite that does not prolong system layout length, the instant recovery that the belt by feed bin support frame inside and the oblique belt that depends on the frame side wall trend are realized the storehouse material is again with, screening outward transport; And multiple modes such as the feed back section by square tube type travelling belt on the face of storehouse and returning charge outward transport belt, automobile outward transport realize the three-dimensional feed back scheme of multi-path combination; Can further reducing the construction costs and simplify the control operation, significantly enhance productivity.During normal the use, the powder of recovery system utilizes the feed back section outward transport of the preceding tubular belt of groove; When powder travelling belt fault, powder is temporarily collected by reclaiming filler bin, is transported outward by automobile.
In feed bin groove body framework one or both sides oblique returning charge belt elevator or vertical strap are set, compare with the structure of arranging at the peripheral pitch of the laps of framework usually, can simplify integrated morphology energetically.
The feed bin groove body is divided into syllogic, and one section is advanced major ingredient, and interlude advances auxiliary material, and end advances reclaimed materials; And each section has independently undersize material travelling belt, can transport returning charge as required under the control system effect.
Syllogic feed bin section (major ingredient storehouse section, auxiliary material storehouse section, recovery feed bin section) can adopt a row or multi-row parallel construction separately, the bulk supply belt top of arranging on main center's line is main feed blanking port, thus, by distributed blanking port arrangement, can realize flexile returning charge demand according to arts demand.
Description of drawings
Fig. 1 is the integrated recovery and processing system structural representation (elevational perspective view) according to the new warehousing material of implementing of this practicality.
The specific embodiment
As Fig. 1, the integrated recovery and processing system of the warehousing material of implementing according to the utility model mainly comprises by major ingredient storehouse section, auxiliary material storehouse section and reclaims the feed bin groove body frame pillar 15 of the tower structure that the feed bin section connects and composes from left to right in turn; Syllogic feed bin section (major ingredient storehouse section, auxiliary material storehouse section, recovery feed bin section) all can adopt a row or multi-row returning charge blanking that carries out side by side separately, bulk supply belt 11 tops are main feed blanking port, and bulk supply belt 11 stretches out along major ingredient storehouse section and auxiliary material storehouse section longitudinal centerline (moving towards from left to right among Fig. 1); Under each feed bin of major ingredient storehouse section, auxiliary material storehouse section (major ingredient storehouse 1 and auxiliary material storehouse 2) screening system 3(is set in turn all and comprises feeder and vibrating grizzly from top to bottom) and Weighing system 4; It is characterized in that: between the lower space in the frame-type feed bin building body, the feed bin building body outside and the end returning charge recovery system that becomes one is set.
Each major ingredient storehouse 1 and 2 tops, auxiliary material storehouse arrange proportioning belt 5 on the groove, and proportioning belt 5 connects with tubulose travelling belt 7 supplied materials sections on the groove; In the feed bin groove body frame pillar 15, the below in major ingredient storehouse 1 and auxiliary material storehouse 2 all arranges screening system 3 and Weighing system 4 in turn; Bulk supply belt 11 is positioned at each Weighing system 4 outlet below and extends to the feed bin end along major ingredient storehouse section and auxiliary material storehouse section;
It is characterized in that: after the section of auxiliary material storehouse, the next-door neighbour arranges and reclaims the feed bin section; Wherein, at least one below of reclaiming feed bin 8 arranges reclaimed materials scale hooper 10, and the discharging opening of described reclaimed materials scale hooper 10 is corresponding with bulk supply belt 11; And at least one discharging opening that reclaims filler bin 16 docks with the outward transport automobile;
The respectively screening outlet of reclaiming classifying screen 6 is corresponding with recovery feed bin 8 and recovery filler bin 16 respectively; One of them screening outlet corresponding with reclaiming filler bin 16 also docked with tubulose travelling belt 7 feed back sections by powder travelling belt 9;
The below of bulk supply belt 11 is respectively provided to a few returning charge and collects belt 13 and at least one returning charge outward transport belt 12;
Returning charge is collected belt 13 corresponding to the outlet of the screening system 3 of major ingredient storehouse section; Depend on the feed bin groove body frame pillar 15, one of side layout or bilateral along feed bin groove body frame pillar 15 are respectively arranged an oblique extension or returning charge belt elevator 14 vertically upward, returning charge belt elevator 14 lower ends and returning charge are collected belt 13 1 sides (Fig. 1 be front side end) and are connected to the transfer belt by front and back, and returning charge belt elevator 14 extends upwardly to the storehouse face that reclaims feed bin 8 or docks with the inlet point of recovery classifying screen 6 after highly directly turnover or transfer are transferred more than the face of storehouse; During the oblique extension of return conveyer, oblique angle designs according to concrete structure, and returning charge belt elevator 14 is vertically upward the time, adopts that general anti-L type vertical strap gets final product in the prior art.
Returning charge outward transport belt 12 is transported outward the returning charge that can't recycle immediately after the screening of auxiliary material storehouse corresponding to the outlet of auxiliary material storehouse each screening system 3 of section.
By technique scheme, described tubulose travelling belt 7 is positioned at the top, periphery, termination of the integrated recovery and processing system of warehousing material, and being positioned near terminal the recovery filler bin 16, described powder travelling belt 9 is inclined between the screening outlet below and tubulose travelling belt 7 feed back sections of reclaiming classifying screen 6.
By technique scheme, described front and back level before and after the transfer belt connects returning charge belt elevator 14 lower ends and collects belt 13 1 sides with returning charge, and the returning charge in each major ingredient storehouse is transported on the returning charge belt elevator 14 in feed bin groove body frame pillar 15 outsides by collection belt 13; Returning charge is transported to through returning charge belt elevator 14 and is reclaimed in the classifying screen 6.
Each feed bin of major ingredient storehouse section, auxiliary material storehouse section, recovery feed bin section all can adopt a row or multi-row being arranged in juxtaposition separately, and at this moment, the feed bin of the same side shares same returning charge and collects belt 13 or same returning charge outward transport belt 12 in each section.
Arrange bulk supply belt 11 on the feed bin groove body frame pillar 15 below longitudinal centerlines.
Adopt the warehousing material treatment process of the integrated recovery and processing system of above-mentioned warehousing material, it is characterized in that: comprise following key step:
At first, tubulose travelling belt 7 supplied materials sections are transported to proportioning belt 5 on the groove with supplied materials before the groove, and are prepared burden in major ingredient storehouse 1 and auxiliary material storehouse 2 respectively;
Secondly, batching qualified material after sieving drops on the bulk supply belt 11 and is transported to terminal through weighing and transports outward interface position; Section screening back, auxiliary material storehouse nonconformity material drops on the returning charge outward transport belt 12 and is transported to the outward transport outlet; Paragraph screening back, major ingredient storehouse nonconformity material drops on returning charge and collects on the belt 13, and is transported on the returning charge belt elevator 14, is promoted to recovery feed bin 8 storehouse faces through returning charge belt elevator 14 and carries out sieve classification;
Again, after the storehouse face recovery classifying screen 6 through reclaiming feed bin 8 carries out sieve classification, drop on after qualified material process recovery feed bin 8 and the weighing and reclaim feed on the bulk supply belt 11 immediately; The powder travelling belt 9 of nonconformity material through reclaiming filler bin 16 tops directly is transported to tubulose travelling belt 7 feed back sections and transports outward, or stores through reclaiming filler bin 16 when powder travelling belt 9 faults, transported outward by automobile again.
Claims (5)
1. the integrated recovery and processing system of warehousing material, mainly comprise: contain the major ingredient storehouse section at least one major ingredient storehouse, the auxiliary material storehouse section that contain at least one auxiliary material storehouse adjacent with major ingredient storehouse section straight line, major ingredient storehouse section and auxiliary material storehouse section constitute the feed bin groove body by the frame-type supporting construction; Major ingredient storehouse and top, auxiliary material storehouse arrange proportioning belt on the groove, and proportioning belt and tubulose travelling belt supplied materials section connect on the groove; In the feed bin groove body framework, the below in major ingredient storehouse and auxiliary material storehouse all arranges screening system and Weighing system in turn; The bulk supply belt is positioned at each Weighing system outlet below, and stretches out along feed bin section and auxiliary material storehouse section longitudinal centerline;
It is characterized in that: after the section of auxiliary material storehouse, the next-door neighbour arranges and reclaims the feed bin section; Reclaim the feed bin section and comprise at least one recovery feed bin and at least one recovery filler bin; The below of reclaiming feed bin arranges the reclaimed materials scale hooper, and the discharging opening of described reclaimed materials scale hooper is corresponding with the bulk supply belt; The discharging opening that reclaims filler bin docks with the outward transport automobile;
The top setting of reclaiming feed bin and recovery filler bin comprises the recovery classifying screen that a plurality of screenings export, and each screening exports corresponding with recovery feed bin and recovery filler bin respectively; One of them screening outlet corresponding with reclaiming filler bin also docked with tubulose travelling belt feed back section by the powder travelling belt;
The below of bulk supply belt is respectively provided to a few returning charge and collects belt and at least one returning charge outward transport belt;
Returning charge is collected belt corresponding to the outlet of major ingredient storehouse each screening system of section;
Depend on the feed bin groove body, the oblique extension of supporting construction side arrangement of feed bin groove body frame-type or vertically extending returning charge belt elevator, dock to the transfer belt by front and back with returning charge collection belt returning charge belt elevator lower end, and returning charge belt elevator upper end extends to the above height of the storehouse face that reclaims feed bin and docks with the inlet point of described recovery classifying screen after transferring;
Returning charge outward transport belt is corresponding to the outlet of auxiliary material storehouse each screening system of section.
2. the integrated recovery and processing system of warehousing material according to claim 1, it is characterized in that: described tubulose travelling belt is positioned at the top, periphery, termination of the integrated recovery and processing system of warehousing material, and be positioned near the termination recovery feed bin, described powder travelling belt is inclined between described one of them screening outlet and the tubulose travelling belt feed back section.
3. the integrated recovery and processing system of warehousing material according to claim 1 and 2 is characterized in that: described front and back connect returning charge belt elevator bottom and returning charge collection belt one end to the transfer belt.
4. the integrated recovery and processing system of warehousing material according to claim 1 and 2, it is characterized in that: major ingredient storehouse section, auxiliary material storehouse section, a row or multi-row being arranged in juxtaposition of each feed bin employing of reclaiming the feed bin section, and the feed bin of each section the same side shares, and belt is collected in same returning charge or belt is transported outward in same returning charge.
5. the integrated recovery and processing system of warehousing material according to claim 3, it is characterized in that: major ingredient storehouse section, auxiliary material storehouse section, a row or multi-row being arranged in juxtaposition of each feed bin employing of reclaiming the feed bin section, and the feed bin of each section the same side shares, and belt is collected in same returning charge or belt is transported outward in same returning charge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320080464 CN203199686U (en) | 2013-02-22 | 2013-02-22 | Integration recovery processing system of warehousing materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320080464 CN203199686U (en) | 2013-02-22 | 2013-02-22 | Integration recovery processing system of warehousing materials |
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| CN203199686U true CN203199686U (en) | 2013-09-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201320080464 Withdrawn - After Issue CN203199686U (en) | 2013-02-22 | 2013-02-22 | Integration recovery processing system of warehousing materials |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103112727A (en) * | 2013-02-22 | 2013-05-22 | 中冶南方工程技术有限公司 | Integrated recycling system and recycling technology for stored materials |
| CN104296533A (en) * | 2014-09-29 | 2015-01-21 | 攀枝花钢企米易白马球团有限公司 | Discharging and reverting system of chain grate |
| CN105417189A (en) * | 2015-12-21 | 2016-03-23 | 东北大学设计研究院（有限公司） | Fixed belt conveying and transporting system and method for filter pressing of red mud |
| CN106399611A (en) * | 2016-11-30 | 2017-02-15 | 中冶南方工程技术有限公司 | Compact type blast furnace material supplying system capable of centrally weighing crude fuel |
-
2013
- 2013-02-22 CN CN 201320080464 patent/CN203199686U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103112727A (en) * | 2013-02-22 | 2013-05-22 | 中冶南方工程技术有限公司 | Integrated recycling system and recycling technology for stored materials |
| CN103112727B (en) * | 2013-02-22 | 2015-04-01 | 中冶南方工程技术有限公司 | Integrated recycling system and recycling technology for stored materials |
| CN104296533A (en) * | 2014-09-29 | 2015-01-21 | 攀枝花钢企米易白马球团有限公司 | Discharging and reverting system of chain grate |
| CN104296533B (en) * | 2014-09-29 | 2016-04-27 | 攀枝花钢企米易白马球团有限公司 | Drying grate unloads grey revert system |
| CN105417189A (en) * | 2015-12-21 | 2016-03-23 | 东北大学设计研究院（有限公司） | Fixed belt conveying and transporting system and method for filter pressing of red mud |
| CN106399611A (en) * | 2016-11-30 | 2017-02-15 | 中冶南方工程技术有限公司 | Compact type blast furnace material supplying system capable of centrally weighing crude fuel |
| CN106399611B (en) * | 2016-11-30 | 2018-12-07 | 中冶南方工程技术有限公司 | A kind of crude fuel can concentrate the compact blast furnace feeding system of weighing |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130918 Effective date of abandoning: 20150401 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20130918 Effective date of abandoning: 20150401 |
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| RGAV | Abandon patent right to avoid regrant |