CN205914278U - Magnetic separation device of waste material magnesium carbon brick granule - Google Patents
Magnetic separation device of waste material magnesium carbon brick granule Download PDFInfo
- Publication number
- CN205914278U CN205914278U CN201620926530.3U CN201620926530U CN205914278U CN 205914278 U CN205914278 U CN 205914278U CN 201620926530 U CN201620926530 U CN 201620926530U CN 205914278 U CN205914278 U CN 205914278U
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- Prior art keywords
- magnetic separation
- conveyer belt
- feed bin
- carbon brick
- discharging opening
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Abstract
The utility model discloses a magnetic separation device of waste material magnesium carbon brick granule, including magnetic separation lifting machine, magnetic separation feed bin, conveyer belt and magnet separator, the magnetic separation feed bin be located the discharge gate of magnetic separation lifting machine, on the conveyer belt is carried through vibratory feeder with the material in the bottom of magnetic separation feed bin, the magnet separator be located the conveyer belt directly over, the ejection of compact one end of conveyer belt is provided with a dust excluding hood, dust excluding hood and a cleaning tube link to each other. The utility model discloses a magnesium carbon brick crushed aggregates of magnet separator on with the conveyer belt carries out the magnetic separation, removes the slag in the removal of magnesium carbon brick crushed aggregates, and the magnesium carbon brick crushed aggregates of being got rid of the slag is when leaving the conveyer belt, and the nano carbon black in with the crushed aggregates absorbs through the dust excluding hood, directly obtains nano carbon black for the production of regeneration magnesium carbon brick.
Description
Technical field
This utility model is related to a kind of concentration equipment of waste material magnesia carbon brick granule.
Background technology
China's steel industry yield is huge, reaches more than 1,000 ten thousand tons using discarded magnesia carbon brick every year, the process of this material
Bring very big trouble to iron and steel enterprise, through the change of refractory material bidding mode, with sending out that feature is integrally contracted
Exhibition and maturation, more and more urgent to refractory material recovery and reusing and recycling technology, more and more important.Due to used refractory warp
Cross simple break process, do not carry out polish, limit its usage amount and range, lead to used refractory
Returning utilization rate is relatively low, causes the substantial amounts of wasting of resources and destroys the sanitation and hygiene of plant area.Therefore, used refractory is entered
Row regeneration research is significant, and regenerative magnesia-carbon brick has preferable market and prospect.
Utility model content
For the problems referred to above, this utility model provides a kind of concentration equipment of waste material magnesia carbon brick granule, in waste material magnesium carbon
Brick carries out magnetic separation after being broken, and the slag in particle is removed, obtains purer magnesia carbon brick particle, so as to being used for secondary magnesium
Carbon brick reproduction.
The technical solution adopted in the utility model is:
A kind of concentration equipment of waste material magnesia carbon brick granule, including magnetic separation elevator, magnetic separation feed bin, conveyer belt and magnetic separator,
Described magnetic separation feed bin is located at the discharging opening of magnetic separation elevator, and the bottom of described magnetic separation feed bin is defeated by material by vibra feeder
Deliver on conveyer belt, described magnetic separator is located at the surface of conveyer belt, and discharging one end of described conveyer belt is provided with one and removes
Dust hood, described dust excluding hood is connected with a cleaning shaft.
Preferably, the bottom discharge mouth of described magnetic separation feed bin is provided with the flow control valve of a control material flow,
Described dust excluding hood is provided with a up big and down small magnetic separation discharging opening below the front end of the discharge end of conveyer belt, described flow
Regulating valve adopts push-pull valve.
Magnesia carbon brick particle on conveyer belt is carried out magnetic separation by magnetic separator by this utility model, removes in magnesia carbon brick particle
Slag, the nano carbon black in particle, when leaving conveyer belt, is absorbed, directly by the magnesia carbon brick particle being removed slag by dust excluding hood
Connect and obtain nano carbon black, for the production of regenerative magnesia-carbon brick.
Brief description
Fig. 1 is the top view of the broken rcc system of waste material magnesia carbon brick；
Fig. 2 is the a-a view of Fig. 1；
Fig. 3 is the b-b view of Fig. 1；
Fig. 4 is the c-c view of Fig. 1；
Fig. 5 is the d-d view of Fig. 1；
1. frame, 2. jaw crusher, the 3. broken feed bin of Hubei Province formula, 4. vibro-feeder, 5. driver, 6. material road,
7. extension spring, 8. magnetic separation elevator, 9. magnetic separation feed bin, 10. vibra feeder, 11. conveyer belts, 12. magnetic separators, 13. dedustings
Cover, 14. magnetic separation discharging openings, 15. composite crushers, 16. composite breaking elevators, 17. single-deck vibrating screens, 18. bulky grain dischargings
Mouthful, 19. little particle discharging openings, 20. monolayer discharging magnetic separators, 21. pairs of sieve elevators, 22. double-deck screen shale shakers, 23. finished product bins,
24. dust shields, 25. baiting valves, 26. charging carriages, 27. flow control valves, 28. roll elevator, and 29. roll feed bin, 30. skins
Belt scale, 31. chaseies.
Specific embodiment
Combine accompanying drawing below by specific embodiment this utility model is described in further detail.
Embodiment 1
As shown in Fig. 1,2,3,4,5, a kind of Hubei Province formula breaker of waste material magnesia carbon brick, including frame 1, and it is fixed on machine
Jaw crusher 2 on frame 1 and E Shi crush feed bin 3, and formula broken feed bin 3 bottom discharge mouth in described Hubei Province is provided with one and send material
To the vibro-feeder 4 of jaw crusher 2, described vibro-feeder 4 includes driver 5 He being fixed together
Material road 6, described material road 6 position between material road 6 and driver 5 is hinged with frame 1, described driver 5 and 6 points of material road
Vertical extension spring 7 Tong Guo not crush feed bin 3 with Hubei Province formula and be connected, during vibro-feeder 4 vibration, material road 6 is with hinge
Connect position to vibrate for basic point, so that the waste material magnesia carbon brick continuous uniform ground that Hubei Province formula crushes in feed bin 3 enters jaw crusher
2, described Hubei Province formula crush feed bin 3 top be charging aperture, Hubei Province formula crush feed bin 3 be arranged above a cleaner unit, dedusting
The nano carbon black producing in shattering process is absorbed by device, for producing regenerative magnesia-carbon brick.
Embodiment 2
As shown in Fig. 1,2,3,4,5, a kind of compound crushing device of waste material magnesia carbon brick granule, including composite crusher 15,
Composite breaking elevator 16, single-deck vibrating screen 17 and monolayer discharging magnetic separator 20, the discharging opening of described composite crusher 15 with multiple
The charging aperture closing broken elevator 16 is connected, the discharging opening of described composite breaking elevator 16 and the charging aperture of single-deck vibrating screen 17
It is connected, the bulky grain discharging opening 18 of described single-deck vibrating screen 17 is connected with the charging aperture of composite crusher 15 by pipeline, described
The little particle discharging opening 19 of single-deck vibrating screen 17 is connected with the charging aperture of monolayer discharging magnetic separator 20, and single-deck vibrating screen 17 will be combined
Monolayer discharging magnetic separator 20 magnetic separation sent into by little particle powder after disintegrating machine 15 crushes, will have not been able to complete by composite crusher 15
Broken large granular materials are again sent composite crusher 15 back to by bulky grain discharging opening 18 and are crushed again, improve broken
Effect, described single-deck vibrating screen 17 be arranged above a cleaner unit, cleaner unit will in shattering process produce nano carbon black
Absorb, to produce regenerative magnesia-carbon brick.
Embodiment 3
As shown in Fig. 1,2,3,4,5, a kind of waste material magnesia carbon brick roll sieve material device, including rolling elevator 28, roll
Feed bin 29, belt conveyer scale 30, double sieve elevator 21 and double-deck screen shale shaker 22, the described discharging opening rolling elevator 28 with roll feed bin
29 charging aperture is connected, and charging one end of the described discharging opening and belt conveyer scale 30 rolling feed bin 29 is connected, described belt conveyer scale 30
Discharging one end is connected with the charging aperture of double sieve elevators 21, and the discharging opening of described pair of sieve elevator 21 is entered with double-deck screen shale shaker 22
Material mouth is connected, and the discharging opening of three different size granules of described double-deck screen shale shaker 22 is connected with three finished product bins 23 respectively,
According to the production requirement of regenerative magnesia-carbon brick, the reworked material after waste material magnesia carbon brick is rolled is divided into three granule sizes, thus adopts
The reworked material that double-deck screen shale shaker 22 obtains is divided in three finished product bins 23.
The described discharging opening rolling feed bin 29 is provided with a three-way diverter valve, charging one end of described three-way diverter valve and stone roller
The discharging opening in binder storehouse 29 is connected, two discharging openings charging aperture and skin with double sieve elevators 21 respectively of described three-way diverter valve
Charging one end of belt scale 30 is connected, by three-way diverter valve so that rolling the discharging opening of feed bin 29 in double sieve elevators 21 and belt
Switch between scale, the powder meeting regenerative magnesia-carbon brick production requirement for some can be directly entered double sieve elevators 21, by double
Layer vibrosieve 22 sieve material, will be switched to the discharging opening rolling feed bin 29 and the charging aperture phase of pair sieve elevators 21 by three-way diverter valve
Even, the powder not meeting regenerative magnesia-carbon brick production requirement for some, is needed to be rolled by chaser 31, will threeway change
Charging one end to Vavle switching to the discharging opening and belt conveyer scale 30 rolling feed bin 29 is connected.
Embodiment 4
As shown in Fig. 1,2,3,4,5, a kind of crushing-magnetic selection device of waste material magnesia carbon brick, including frame 1, and it is fixed on machine
Jaw crusher 2 on frame 1 and E Shi crush feed bin 3, and formula broken feed bin 3 bottom discharge mouth in described Hubei Province is provided with one and send material
To the vibro-feeder 4 of jaw crusher 2, described vibro-feeder 4 includes driver 5 He being fixed together
Material road 6, described material road 6 position between material road 6 and driver 5 is hinged with frame 1, described driver 5 and 6 points of material road
Vertical extension spring 7 Tong Guo not crush feed bin 3 with Hubei Province formula and be connected, the top that described Hubei Province formula crushes feed bin 3 is charging aperture,
The discharging opening of described jaw crusher 2 is connected with the charging aperture of a magnetic separation elevator 8, and the discharging opening of described magnetic separation elevator 8 sets
It is equipped with a magnetic separation feed bin 9, it is defeated that the bottom discharge mouth of described magnetic separation feed bin 9 transports material to one by a vibra feeder 10
Send band 11 on, described conveyer belt 11 be arranged above a magnetic separator 12, discharging one end of described conveyer belt 11 is provided with
One dust excluding hood 13, described dust excluding hood 13 is connected with a cleaning shaft, and described dust excluding hood 13 is in the discharge end of conveyer belt 11
It is provided with a up big and down small magnetic separation discharging opening 14 below front end, described magnetic separation discharging opening 14 and a composite crusher 15
Charging aperture is connected, and the discharging opening of described composite crusher 15 is connected with the charging aperture of a composite breaking elevator 16, described compound
The discharging opening of broken elevator 16 is connected with the charging aperture of a single-deck vibrating screen 17, the bulky grain discharging of described single-deck vibrating screen 17
Mouth 18 is connected with the charging aperture of composite crusher 15 by pipeline, and the little particle discharging opening 19 and of described single-deck vibrating screen 17 is single
The charging aperture of layer discharging magnetic separator 20 is connected, and the bottom discharge mouth of described magnetic separation feed bin 9 is provided with a control material flow
Flow control valve 27, described Hubei Province formula crushes feed bin 3 and the surface of single-deck vibrating screen 17 is respectively arranged with a cleaner unit, is used for
The nano carbon black producing during absorbing crushing-magnetic selection, this nano carbon black can be directly used for the production of regenerative magnesia-carbon brick, described
Flow control valve 27 adopts push-pull valve.
Embodiment 5
As shown in Fig. 1,2,3,4,5, a kind of broken rcc system of waste material magnesia carbon brick, including frame 1, and it is fixed on machine
Jaw crusher 2 on frame 1 and E Shi crush feed bin 3, and formula broken feed bin 3 bottom discharge mouth in described Hubei Province is provided with one and send material
To the vibro-feeder 4 of jaw crusher 2, described vibro-feeder 4 includes driver 5 He being fixed together
Material road 6, described material road 6 position between material road 6 and driver 5 is hinged with frame 1, described driver 5 and 6 points of material road
Vertical extension spring 7 Tong Guo not crush feed bin 3 with Hubei Province formula and be connected, the top that described Hubei Province formula crushes feed bin 3 is charging aperture,
The discharging opening of described jaw crusher 2 is connected with the charging aperture of a magnetic separation elevator 8, and the discharging opening of described magnetic separation elevator 8 sets
It is equipped with a magnetic separation feed bin 9, it is defeated that the bottom discharge mouth of described magnetic separation feed bin 9 transports material to one by a vibra feeder 10
Send band 11 on, described conveyer belt 11 be arranged above a magnetic separator 12, discharging one end of described conveyer belt 11 is provided with
One dust excluding hood 13, described dust excluding hood 13 is connected with a cleaning shaft, and described dust excluding hood 13 is in the discharge end of conveyer belt 11
It is provided with a up big and down small magnetic separation discharging opening 14 below front end, described magnetic separation discharging opening 14 and a composite crusher 15
Charging aperture is connected, and the discharging opening of described composite crusher 15 is connected with the charging aperture of a composite breaking elevator 16, described compound
The discharging opening of broken elevator 16 is connected with the charging aperture of a single-deck vibrating screen 17, the bulky grain discharging of described single-deck vibrating screen 17
Mouth 18 is connected with the charging aperture of composite crusher 15 by pipeline, and the little particle discharging opening 19 and of described single-deck vibrating screen 17 is single
The charging aperture of layer discharging magnetic separator 20 is connected, and the discharging opening and of described monolayer discharging magnetic separator 20 rolls the charging of elevator 28
Mouth is connected, and the described discharging opening rolling elevator 28 is connected with the charging aperture rolling feed bin 29, the described discharging rolling feed bin 29
Mouth is connected with charging one end of a belt conveyer scale 30, and discharging one end of described belt conveyer scale 30 is connected with the charging aperture of a chaser 31,
The charging aperture that the discharging opening of described chaser 31 and a pair of sieve elevator 21 is connected, the discharging opening of described pair of sieve elevator 21 with pair
The charging aperture of layer vibrosieve 22 is connected, and the discharging opening of three different size granules of described double-deck screen shale shaker 22 is become with three respectively
Product feed bin 23 is connected.
The bottom of each finished product bin 23 described is discharging opening, and the outside of the bottom discharge mouth of described finished product bin 23 is fixed
There is a dust shield 24, the lower edge of the bottom discharge mouth of described finished product bin 23 is located at the lower section at dust shield 24 top, described suction
Dust hood 24 is connected with a dust sucting pipeline, and the discharging opening of described finished product bin 23 is provided with a baiting valve above dust shield 24
25, the underface of described finished product bin 23 bottom discharge mouth arranges a charging carriage 26, the lower section setting of described charging carriage 26
There is the track matching with charging carriage 26 bottom wheel a pair, the bottom discharge mouth of described magnetic separation feed bin 9 is provided with a control
The flow control valve 27 of mass flow processed, described Hubei Province formula crushes feed bin 3 and the surface of single-deck vibrating screen 17 is respectively arranged with one
Individual cleaner unit, described dust shield 24 is in up-small and down-big horn-like, and the top of dust shield 24 is gone out with finished product bin 23 bottom
Material mouth sealing is fixed, and the bottom of dust shield 24 is located at the lower section of the bottom discharge mouth lower edge of finished product bin 23.
The described discharging opening rolling feed bin 29 is provided with a three-way diverter valve, charging one end of described three-way diverter valve and stone roller
The discharging opening in binder storehouse 29 is connected, two discharging openings charging aperture and skin with double sieve elevators 21 respectively of described three-way diverter valve
Charging one end of belt scale 30 is connected, and described flow control valve 27 and baiting valve 25 are push-pull valve.
Embodiment 6
As shown in Fig. 1,2,3,4,5, a kind of crushing system of waste material magnesia carbon brick, including frame 1, and it is fixed on frame 1
On jaw crusher 2 and E Shi crush feed bin 3, described Hubei Province formula crushes feed bin 3 bottom discharge mouth and is provided with one and delivers to material
The vibro-feeder 4 of jaw crusher 2, described vibro-feeder 4 includes the driver 5 being fixed together and material
Road 6, described material road 6 position between material road 6 and driver 5 is hinged with frame 1, and described driver 5 and material road 6 are respectively
Crush feed bin 3 by a vertical extension spring 7 and Hubei Province formula to be connected, the top that described Hubei Province formula crushes feed bin 3 is charging aperture, institute
The discharging opening stating jaw crusher 2 is connected with the charging aperture of a magnetic separation elevator 8, the discharging opening setting of described magnetic separation elevator 8
There is a magnetic separation feed bin 9, the bottom discharge mouth of described magnetic separation feed bin 9 transports material to a conveying by a vibra feeder 10
Band 11 on, described conveyer belt 11 be arranged above a magnetic separator 12, discharging one end of described conveyer belt 11 is provided with one
Individual dust excluding hood 13, described dust excluding hood 13 is connected with a cleaning shaft, and described dust excluding hood 13 is before the discharge end of conveyer belt 11
It is provided with a up big and down small magnetic separation discharging opening 14, described magnetic separation discharging opening 14 is entered with a composite crusher 15 below end
Material mouth is connected, and the discharging opening of described composite crusher 15 is connected with the charging aperture of a composite breaking elevator 16, described compound broken
The discharging opening of broken elevator 16 is connected with the charging aperture of a single-deck vibrating screen 17, the bulky grain discharging opening of described single-deck vibrating screen 17
18 are connected with the charging aperture of composite crusher 15 by pipeline, the little particle discharging opening 19 of described single-deck vibrating screen 17 and a monolayer
The charging aperture of discharging magnetic separator 20 is connected, and the discharging opening of described monolayer discharging magnetic separator 20 sieves the charging aperture of elevator 21 with a pair of
It is connected, the discharging opening of described pair of sieve elevator 21 is connected with the charging aperture of double-deck screen shale shaker 22, the three of described double-deck screen shale shaker 22
The discharging opening of individual different size granule is connected with three finished product bins 23 respectively, and the bottom of each finished product bin 23 described is discharging
Mouthful, the outside of the bottom discharge mouth of described finished product bin 23 is fixed with a dust shield 24, the bottom discharge of described finished product bin 23
The lower edge of mouth is located at the lower section at dust shield 24 top, and described dust shield 24 is connected with a dust sucting pipeline, described finished product bin 23
Discharging opening be provided with a baiting valve 25 above dust shield 24, the underface of described finished product bin 23 bottom discharge mouth sets
Put a charging carriage 26, the lower section of described charging carriage 26 is provided with the rail matching with charging carriage 26 bottom wheel a pair
Road.
The bottom discharge mouth of described magnetic separation feed bin 9 is provided with the flow control valve 27 of a control material flow, described Hubei Province
The surface that formula crushes feed bin 3 and single-deck vibrating screen 17 is respectively arranged with a cleaner unit, described dust shield 24 present little under
Big is horn-like, and the top of dust shield 24 seals fixation with the discharging opening of finished product bin 23 bottom, and the bottom of dust shield 24 is located at
The lower section of the bottom discharge mouth lower edge of finished product bin 23, described flow control valve 27 and baiting valve 25 are push-pull valve.
Embodiment 7
As shown in Fig. 1,2,3,4,5, a kind of discharging dust exhaust apparatus of waste material magnesia carbon brick granule, including finished product bin 23, become
The bottom of product feed bin 23 is discharging opening, and the outside of the bottom discharge mouth of described finished product bin 23 is fixed with a dust shield 24, described
The lower edge of the bottom discharge mouth of finished product bin 23 is located at lower section, described dust shield 24 and a dust sucting pipeline at dust shield 24 top
It is connected, the discharging opening of described finished product bin 23 is provided with a baiting valve 25 above dust shield 24.
Described dust shield 24 is in up-small and down-big horn-like, the discharging of the top of dust shield 24 and finished product bin 23 bottom
Mouth sealing is fixed, and the bottom of dust shield 24 is located at the lower section of the bottom discharge mouth lower edge of finished product bin 23.
Described dust shield 24 is that the position that dust sucting pipeline is connected is fixed with one and prevents impurity from entering the sieve of dust sucting pipeline
Net, the middle part of described screen cloth is recessed to dust sucting pipeline side.
Embodiment 8
As shown in Fig. 1,2,3,4,5, a kind of concentration equipment of waste material magnesia carbon brick granule, including magnetic separation elevator 8, magnetic separation material
Storehouse 9, conveyer belt 11 and magnetic separator 12, described magnetic separation feed bin 9 is located at the discharging opening of magnetic separation elevator 8, described magnetic separation feed bin 9
Bottom transports material on conveyer belt 11 by vibra feeder 10, and described magnetic separator 12 is located at just going up of conveyer belt 11
Side, discharging one end of described conveyer belt 11 is provided with a dust excluding hood 13, and described dust excluding hood 13 is connected with a cleaning shaft.
The bottom discharge mouth of described magnetic separation feed bin 9 is provided with the flow control valve 27 of a control material flow, described removes
It is provided with a up big and down small magnetic separation discharging opening 14, described flow below the front end of the discharge end in conveyer belt 11 for the dust hood 13
Regulating valve 27 adopts push-pull valve.
Embodiment 9
As shown in Fig. 1,2,3,4,5, a kind of discharging device for screening of waste material magnesia carbon brick granule, including double-deck screen shale shaker 22,
Finished product bin 23 and charging carriage 26, three discharging openings of described double-deck screen shale shaker 22 are connected with three finished product bins 23 respectively,
The bottom of each finished product bin 23 described is discharging opening, and the outside of the bottom discharge mouth of described finished product bin 23 is fixed with a dust suction
Cover 24, the lower edge of the bottom discharge mouth of described finished product bin 23 is located at the lower section at dust shield 24 top, described dust shield 24 with
One dust sucting pipeline is connected, and the discharging opening of described finished product bin 23 is provided with a baiting valve 25 above dust shield 24, described
Charging carriage 26 be located at the underface of finished product bin 23 bottom discharge mouth, the lower section of described charging carriage 26 be provided with a pair with
The track that charging carriage 26 bottom wheel matches.
Described dust shield 24 is in up-small and down-big horn-like, the discharging of the top of dust shield 24 and finished product bin 23 bottom
Mouth sealing is fixed, and the bottom of dust shield 24 is located at the lower section of the bottom discharge mouth lower edge of finished product bin 23.
Described dust shield 24 is that the position that dust sucting pipeline is connected is fixed with one and prevents impurity from entering the sieve of dust sucting pipeline
Net, the middle part of described screen cloth is recessed to dust sucting pipeline side, and described baiting valve 25 is push-pull valve.
Claims (2)
1. a kind of concentration equipment of waste material magnesia carbon brick granule it is characterised in that include magnetic separation elevator (8), magnetic separation feed bin (9),
Conveyer belt (11) and magnetic separator (12), described magnetic separation feed bin (9) is located at the discharging opening of magnetic separation elevator (8), described magnetic separation material
The bottom in storehouse (9) transports material on conveyer belt (11) by vibra feeder (10), and described magnetic separator (12) is located at defeated
Send the surface of band (11), discharging one end of described conveyer belt (11) is provided with a dust excluding hood (13), described dust excluding hood
(13) it is connected with a cleaning shaft.
2. a kind of concentration equipment of waste material magnesia carbon brick granule according to claim 1 is it is characterised in that described magnetic separation feed bin
(9) bottom discharge mouth is provided with the flow control valve (27) of a control material flow, and described dust excluding hood (13) is in conveyer belt
(11) it is provided with a up big and down small magnetic separation discharging opening (14) below the front end of discharge end, described flow control valve (27)
Using push-pull valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620926530.3U CN205914278U (en) | 2016-08-22 | 2016-08-22 | Magnetic separation device of waste material magnesium carbon brick granule |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620926530.3U CN205914278U (en) | 2016-08-22 | 2016-08-22 | Magnetic separation device of waste material magnesium carbon brick granule |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205914278U true CN205914278U (en) | 2017-02-01 |
Family
ID=57871935
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620926530.3U Expired - Fee Related CN205914278U (en) | 2016-08-22 | 2016-08-22 | Magnetic separation device of waste material magnesium carbon brick granule |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205914278U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112058868A (en) * | 2020-08-31 | 2020-12-11 | 青海北辰科技有限公司 | Solid waste residue processing apparatus in electrolytic magnesium production |
-
2016
- 2016-08-22 CN CN201620926530.3U patent/CN205914278U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112058868A (en) * | 2020-08-31 | 2020-12-11 | 青海北辰科技有限公司 | Solid waste residue processing apparatus in electrolytic magnesium production |
| CN112058868B (en) * | 2020-08-31 | 2023-04-07 | 青海北辰科技有限公司 | Solid waste residue processing apparatus in electrolytic magnesium production |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170201 Termination date: 20200822 |
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| CF01 | Termination of patent right due to non-payment of annual fee |