CN205462704U - Self -discharging formula pipeline magnet separator - Google Patents
Self -discharging formula pipeline magnet separator Download PDFInfo
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- CN205462704U CN205462704U CN201620210026.3U CN201620210026U CN205462704U CN 205462704 U CN205462704 U CN 205462704U CN 201620210026 U CN201620210026 U CN 201620210026U CN 205462704 U CN205462704 U CN 205462704U
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- magnetic separation
- mineral aggregate
- runner pipe
- arc
- aggregate runner
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Abstract
The utility model discloses a self -discharging formula pipeline magnet separator, its mineral aggregate runner pipe that includes vertical setting, mineral aggregate runner pipe top sets up the feed inlet, the bottom sets up the discharge gate, the middle part of mineral aggregate runner pipe is equipped with the outer convex part of arc of outside salient, mineral aggregate runner pipe middle part still is equipped with and is corresponded the magnetic separation installation room that sets up with the outer convex part of arc, the inner wall of magnetic separation installation room is to the protruding arc magnetic separation wall that advances to set up of mineral aggregate runner pipe inner chamber, the magnetic separation installation is indoor is equipped with by the power device drive and is close to the rotary magnetic separation device that arc magnetic separation wall set up, mineral aggregate runner pipe lower part is equipped with and is lain in the row that rotary magnetic separation device below and sidewise square neck stretch out to one side and expect the pipe, and arrange the material pipe and stretch in and leave discharge chute between the diapire that roof and magnetic separation installed the room, be connected with wear -resisting sliding sleeve on the mineral aggregate runner pipe inner wall. The utility model has the advantages of the mineral aggregate circulation is smooth and easy, the wearing and tearing of reduction pipe inner wall, has simple to operate and long service life's beneficial effect.
Description
Technical field
This utility model relates to automatically remove in mineral aggregate pipe conveying procedure the tramp iron separator of miscellaneous ferrum.
Background technology
Existing self-tipping type deironing device of pipeline, it includes the tubular shell for being connected with feeding pipe, the integral inclined setting of tubular shell, tubular shell is built with the gyromagnetic screening device driven by power set, gyromagnetic screening device is obliquely installed to tubular shell inner chamber from top to bottom, tilt outlet below tubular shell is mineral aggregate outlet, outlet of selecting materials it is vertically installed with on tubular shell, during use, mineral aggregate enters from the top of tubular shell, through above-mentioned gyromagnetic screening device through its magnetic screening, ferrimagnet therein is adsorbed, mineral aggregate after screening slides with the tubular shell tilted, ferrimagnet is flowed into, with the absorption of gyromagnetic screening device, outlet of selecting materials, and the most naturally fall.The self-tipping type deironing device of pipeline of said structure is primarily present following shortcoming: one is that the above-mentioned tubular shell being obliquely installed causes the conveyance conduit of mineral aggregate to be obliquely installed, the most vertical mineral aggregate conveyance conduit must be provided with twice bend and could be equipped with this tramp iron separator, not only equipped inconvenience and also mineral aggregate easily causes blocking through above-mentioned bend, be unfavorable for the rapid screening of mineral aggregate；Two is mineral aggregate through this tramp iron separator, and the inwall of tubular shell is caused huge impact friction, easily damages the inwall of tubular shell, and there is mineral aggregate circulation and have some setbacks phenomenon, thus its internal chamber wall easily weares and teares, and causes shorten service life.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of easy for installation, self-tipping type pipeline magnetic separator of reduction inner-walls of duct abrasion for drawbacks described above.
nullIn order to solve above-mentioned technical problem，This utility model provides the self-tipping type pipeline magnetic separator of a kind of following structure，It is structurally characterized in that the mineral aggregate runner pipe including being vertically arranged，Mineral aggregate runner pipe top arranges charging aperture、Bottom arranges that discharging opening and charging aperture are vertical with discharging opening to be correspondingly arranged，The middle part of mineral aggregate runner pipe is provided with arc male part outwardly，The magnetic separation installation room being correspondingly arranged with arc male part it is also equipped with in the middle part of described mineral aggregate runner pipe，The inwall of magnetic separation installation room enters arrange and form the arc magnetic separation wall that adapts with arc male part to mineral aggregate runner pipe inner chamber is convex，Magnetic separation installation room is built with the gyromagnetic screening device driven by power set and arrange near arc magnetic separation wall，Described mineral aggregate runner pipe bottom is equipped with being located at turn around below concentration equipment and tilting the drainage conduit stretched out to side，Stretch in drainage conduit and leave discharging channel between the diapire of roof and magnetic separation installation room，Connect on described mineral aggregate runner pipe inwall and have wear-resisting sliding sleeve.
The inwall of described magnetic separation installation room is divided into guide section, arc magnetic separation wall and the de-material diapire section arranged the most diagonally downward from top to bottom, described discharging channel is to stretch the gap between roof and de-material diapire section in drainage conduit, described guide section is obliquely installed to mineral aggregate runner pipe inner chamber from top to bottom, equipped with wear-resisting sliding-aided mat on the inwall of guide section.
Described wear-resisting sliding-aided mat is attached to the wear-resisting of guide section inwall by gathering and helps sliding ceramic tile to form.
What described wear-resisting sliding sleeve was attached on mineral aggregate runner pipe inwall by gathering wear-resisting helps sliding ceramic tile to form.
Described gyromagnetic screening device includes being rotatably connected on magnetic separation installation room and be perpendicular to the support shaft that mineral aggregate runner pipe is arranged, support shaft is driven by the engine being connected on magnetic separation installation room, equipped with the magnetic separation roller being correspondingly arranged with arc magnetic separation wall in support shaft, annularly-distributed on magnetic separation roller have many block permanent magnets.
After using said structure, owing to the structure of mineral aggregate runner pipe is arranged, it is no longer necessary to original feeding pipe and bend is set, it is connected to mineral aggregate runner pipe on vertical feeding pipe to carry out mineral aggregate except ferrum, thus it is equipped very convenient, and it is prevented effectively from and occurs that mineral aggregate the phenomenon of blocking occurs through above-mentioned bend, mineral aggregate enters mineral aggregate runner pipe from charging aperture, owing to the structure of arc male part and arc magnetic separation wall is arranged, the mineral aggregate of entrance can be made through the above-mentioned bend space that both are formed, ferromagnetic material can be adsorbed on the inwall of magnetic separation installation room through gyromagnetic screening device, under the driving of gyromagnetic screening device, ferromagnetic material arcuately magnetic separation wall does arcuate movement, when moving to discharging channel, ferromagnetic material is discharged through drainage conduit, the above-mentioned mineral aggregate through sorting is discharged from discharging opening.
To sum up, the utility model has the advantage of that mineral aggregate circulation is smooth and easy, reduce inner-walls of duct abrasion, there is the easy for installation and beneficial effect of length in service life.
Accompanying drawing explanation
Below in conjunction with the accompanying drawings detailed description of the invention of the present utility model is described in further detail:
Fig. 1 is the structural representation of self-unloading type deferrization device in prior art；
Fig. 2 is the structural representation of a kind of embodiment of this utility model；
Fig. 3 is the schematic diagram of line A-A section view along Fig. 1.
Detailed description of the invention
nullAs shown in Figure 1，Self-tipping type deironing device of pipeline of the prior art，It includes the tubular shell 20 for being connected with feeding pipe，The integral inclined setting of tubular shell 20，Tubular shell 20 is built with the gyromagnetic screening device 21 driven by power set and be obliquely installed to tubular shell inner chamber from top to bottom，Gyromagnetic screening device includes two line shafts，Wherein a line shaft is by motor-driven，It is connected with chain on two line shafts，Annularly-distributed on the lateral surface of chain have permanent magnet，Tilt outlet below tubular shell 20 is mineral aggregate outlet，Outlet 22 of selecting materials it is vertically installed with on tubular shell 20，When this tramp iron separator and mineral aggregate pipeline 23 are equipped with，Mineral aggregate pipeline 23 must two bend portions 24 setting up and down，During use，Mineral aggregate enters from the top of tubular shell，Through above-mentioned gyromagnetic screening device through its magnetic screening，Ferrimagnet therein is adsorbed，Mineral aggregate after screening slides with the tubular shell tilted，Ferrimagnet is flowed into, with the absorption of gyromagnetic screening device, outlet of selecting materials，And the most naturally fall.Mineral aggregate easily causes blocking in mineral aggregate pipeline 23 when above-mentioned two bend portion 24, is unfavorable for the rapid screening of mineral aggregate；The inwall of tubular shell 20 through this tramp iron separator, is caused huge impact friction by mineral aggregate, easily damages the inwall of tubular shell, and there is mineral aggregate circulation and have some setbacks phenomenon.
nullAs shown in Figures 2 and 3，This utility model provides a kind of self-tipping type pipeline magnetic separator，It includes the mineral aggregate runner pipe 1 being vertically arranged，Mineral aggregate runner pipe 1 top arranges charging aperture 9、Bottom arranges that discharging opening 10 and charging aperture are vertical with discharging opening to be correspondingly arranged，When this set makes mineral aggregate runner pipe 1 and mineral aggregate pipeline be equipped with，It is no longer necessary to arrange bend on mineral aggregate pipeline，The middle part of mineral aggregate runner pipe 1 is provided with arc male part 11 outwardly，The magnetic separation installation room 12 being correspondingly arranged with arc male part 11 it is also equipped with in the middle part of described mineral aggregate runner pipe 1，The inwall of magnetic separation installation room 12 enters arrange and form the arc magnetic separation wall 121 that adapts with arc male part 11 to mineral aggregate runner pipe inner chamber is convex，Between above-mentioned arc male part 11 and arc magnetic separation wall 121, Formation cross-section is the magnetic separation passage 15 of curved arc shape，Magnetic separation installation room 12 is built with the gyromagnetic screening device driven by power set and arrange near arc magnetic separation wall 121，Gyromagnetic screening device includes being rotatably connected on magnetic separation installation room 12 and be perpendicular to the support shaft 6 that mineral aggregate runner pipe 1 is arranged，Support shaft 6 is driven by the engine 7 being connected on magnetic separation installation room 12，Equipped with the magnetic separation roller 8 being correspondingly arranged with arc magnetic separation wall 121 in support shaft 6，The radian of arc magnetic separation wall 121 is generally consistent with the outer round surface of magnetic separation roller 8，Annularly-distributed on magnetic separation roller 8 have many block permanent magnets，When engine 7 drives magnetic separation roller 8 to rotate，Above-mentioned permanent magnet rotates, when arc magnetic separation wall 121, mineral aggregate is carried out magnetic separation，After permanent magnet is rotated further，Ferrimagnet falls with arc magnetic separation wall 121.
The inwall of described magnetic separation installation room 12 is divided into guide section 122 from top to bottom, arc magnetic separation wall 121 and the de-material diapire section 123 arranged the most diagonally downward, described discharging channel 3 is to stretch the gap between roof and de-material diapire section 123 in drainage conduit 2, described guide section 122 is obliquely installed to mineral aggregate runner pipe 1 inner chamber from top to bottom, it plays guide effect, equipped with wear-resisting sliding-aided mat 5 on the inwall of guide section 122, wear-resisting sliding-aided mat 5 is attached to the wear-resisting of guide section 122 inwall by gathering and helps sliding ceramic tile to form, the wearability that i.e. can increase tube wall can make again the smooth and easy landing of mineral aggregate.
Described mineral aggregate runner pipe 1 bottom is equipped with being located at turn around below concentration equipment and tilting the drainage conduit 2 stretched out to side, stretch in drainage conduit 2 and between the diapire of roof and magnetic separation installation room 12, leave discharging channel 3, connect on described mineral aggregate runner pipe 1 inwall and have wear-resisting sliding sleeve 4, what wear-resisting sliding sleeve 4 was attached on mineral aggregate runner pipe 1 inwall by gathering wear-resisting helps sliding ceramic tile to form, certainly, wear-resisting sliding sleeve 4 can also use other materials to make, its Main Function is to improve the abrasion resistance of tube wall and strengthen the smooth and easy of mineral aggregate landing, thus extends the service life of the machine.
The above is specific constructive form of the present utility model, and this utility model is not restricted to the described embodiments, for those skilled in the art, based on the equivalent variations of concrete structure on this utility model and part replacement all in protection domain of the present utility model.
Claims (5)
- null1. a self-tipping type pipeline magnetic separator，It is characterized in that the mineral aggregate runner pipe (1) including being vertically arranged，Mineral aggregate runner pipe (1) top arranges charging aperture (9)、Bottom arranges discharging opening (10) and charging aperture is vertical with discharging opening is correspondingly arranged，The middle part of mineral aggregate runner pipe (1) is provided with arc male part (11) outwardly，Described mineral aggregate runner pipe (1) middle part is also equipped with the magnetic separation installation room (12) being correspondingly arranged with arc male part (11)，The inwall of magnetic separation installation room (12) enters arrange and form arc magnetic separation wall (121) adapted with arc male part (11) to mineral aggregate runner pipe inner chamber is convex，Magnetic separation installation room (12) is built with the gyromagnetic screening device driven by power set and arrange near arc magnetic separation wall (121)，Described mineral aggregate runner pipe (1) bottom is equipped with being located at turn around below concentration equipment and tilting the drainage conduit (2) stretched out to side，Stretch in drainage conduit (2) and between the diapire of roof and magnetic separation installation room (12), leave discharging channel (3)，Connect on described mineral aggregate runner pipe (1) inwall and have wear-resisting sliding sleeve (4).
- 2. self-tipping type pipeline magnetic separator as claimed in claim 1, it is characterized in that: the inwall of described magnetic separation installation room (12) is divided into guide section (122), arc magnetic separation wall (121) and de-material diapire section (123) arranged the most diagonally downward from top to bottom, described discharging channel (3) is to stretch the gap between roof and de-material diapire section (123) in drainage conduit (2), described guide section (122) is obliquely installed to mineral aggregate runner pipe (1) inner chamber from top to bottom, equipped with wear-resisting sliding-aided mat (5) on the inwall of guide section (122).
- 3. self-tipping type pipeline magnetic separator as claimed in claim 2, is characterized in that: described wear-resisting sliding-aided mat (5) is attached to the wear-resisting of guide section (122) inwall by gathering and helps sliding ceramic tile to form.
- 4. self-tipping type pipeline magnetic separator as claimed in claim 1, is characterized in that: what described wear-resisting sliding sleeve (4) was attached on mineral aggregate runner pipe (1) inwall by gathering wear-resisting helps sliding ceramic tile to form.
- 5. the self-tipping type pipeline magnetic separator as according to any one of claim 1-4, it is characterized in that: described gyromagnetic screening device includes that being rotatably connected on magnetic separation installation room (12) above and is perpendicular to the support shaft (6) that mineral aggregate runner pipe (1) is arranged, support shaft (6) is driven by the engine (7) being connected on magnetic separation installation room (12), equipped with the magnetic separation roller (8) being correspondingly arranged with arc magnetic separation wall (121) in support shaft (6), magnetic separation roller (8) is the most annularly-distributed many block permanent magnets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620210026.3U CN205462704U (en) | 2016-03-18 | 2016-03-18 | Self -discharging formula pipeline magnet separator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620210026.3U CN205462704U (en) | 2016-03-18 | 2016-03-18 | Self -discharging formula pipeline magnet separator |
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| Publication Number | Publication Date |
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| CN205462704U true CN205462704U (en) | 2016-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620210026.3U Active CN205462704U (en) | 2016-03-18 | 2016-03-18 | Self -discharging formula pipeline magnet separator |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106733176A (en) * | 2017-03-13 | 2017-05-31 | 中国电建集团成都勘测设计研究院有限公司 | For Eradicates except the separation system of biotite in artificial sand |
-
2016
- 2016-03-18 CN CN201620210026.3U patent/CN205462704U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106733176A (en) * | 2017-03-13 | 2017-05-31 | 中国电建集团成都勘测设计研究院有限公司 | For Eradicates except the separation system of biotite in artificial sand |
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