CN203931708U - A kind of magnet steel magnetizes and magnetic flux detects integration apparatus - Google Patents
A kind of magnet steel magnetizes and magnetic flux detects integration apparatus Download PDFInfo
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- CN203931708U CN203931708U CN201420299811.1U CN201420299811U CN203931708U CN 203931708 U CN203931708 U CN 203931708U CN 201420299811 U CN201420299811 U CN 201420299811U CN 203931708 U CN203931708 U CN 203931708U
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Abstract
The utility model discloses a kind of magnet steel magnetizes and magnetic flux detection integration apparatus, comprise workbench, on workbench, be disposed with feeding station, station and flux detection station magnetize, feeding station place is provided with pay-off, the station place of magnetizing is provided with the magnetizing coil being connected with magnet charger, flux detection station place is provided with magnetic-flux measurement instrument, feeding station and magnetize and be provided with and magnet steel be transported to the first conveyer of the station that magnetizes from feeding station between station, magnetize and between station and flux detection station, be provided with the second conveyer that the magnet steel having magnetized is transported to flux detection station, advantage is to have realized the integrated operation of magnetizing with magnetic flux detection, can save man power and material, reduces production costs, and enhances productivity.
Description
Technical field
The utility model relates to a kind of integration apparatus, especially relates to a kind of magnet steel and magnetizes and magnetic flux detection integration apparatus.
Background technology
Nd-Fe-B magnet steel has excellent magnetic property and very high cost performance, has been widely used in the fields such as modern industry and electronic technology.Meanwhile, the demand of magnet steel is also growing, in order to guarantee the demand of magnet steel, improves its production efficiency, and the production technology of magnet steel has been proposed to very high requirement.
At present, the production technology of Nd-Fe-B magnet steel generally comprises following steps: blank production, machining, surface treatment and finished product detection.Wherein finished product detection comprises finished product outline inspection, packs first, magnetizes, magnetic flux detects and packing again.The machining of product and surface-treated production model are generally automatic production process, its production efficiency is higher, and in follow-up finished product detection, pack first, magnetize, magnetic flux detects and again packs each operation is all to adopt corresponding equipment independently to operate at different stations.When packing first, for the magnet steel after preventing from magnetizing is attached together, be beneficial to the fractionation of magnet steel after magnetizing, when packing first, need to adopt certain thickness pad that adjacent magnet steel is kept apart, and with wrapping paper, whole magnet steel wrapped up, then packaged magnet steel is transported to the station that magnetizes by transferring box, by magnetizing equipment, magnet steel is magnetized, magnet steel after magnetizing is transported to magnetic flux by transferring box again and detects station, then disassemble wrapping paper and corresponding pad, carry out magnetic flux detection, after having detected, again pack.In finished product detection, four procedures after finished product outline inspection completes, all carry out at different stations, seem simple, but there is following problem: the transfer process that, each operation exists is wasted a large amount of manpowers and time, causes the increase of production cost and the reduction of production efficiency; Two, magnet steel, through twice packaging process, beyond doubt in the duplication of labour, has improved labour and production cycle greatly; Three, after magnet steel magnetizes, between each magnet steel, there is very strong suction, when magnetic flux detects, each magnet steel need to be split, but when splitting as the potential safety hazard jamming a finger that easily causes imprudent, in order to keep the safety in production, certainly will increase the fractionation time, the most seriously restrict production efficiency, extend manufacture cycle, expend a large amount of man power and materials, cause the increase of production cost and the reduction of production efficiency.
Thus, design that a kind of magnet steel magnetizes and magnetic flux detects integration apparatus, can overcome that magnet steel magnetizes and problem that magnet steel that magnetic flux exists between detecting splits, reduce transfer process, enhance productivity, reduce production costs, there is realistic meaning.
Utility model content
Technical problem to be solved in the utility model is to provide a kind ofly can save man power and material, reduces production costs, and the magnet steel of enhancing productivity magnetizes and magnetic flux detects integration apparatus.
The utility model solves the problems of the technologies described above adopted technical scheme: a kind of magnet steel magnetizes and magnetic flux detects integration apparatus, comprise workbench, on described workbench, be disposed with feeding station, station and flux detection station magnetize, described feeding station place is provided with pay-off, the described station place of magnetizing is provided with the magnetizing coil being connected with magnet charger, described flux detection station place is provided with magnetic-flux measurement instrument, described feeding station and described magnetizing are provided with and magnet steel are transported to the first conveyer of the described station that magnetizes from described feeding station between station, described magnetizing is provided with the second conveyer that the magnet steel having magnetized is transported to described flux detection station between station and described flux detection station.
The first described conveyer comprises the first support of being arranged on described workbench, be arranged on the first screw mandrel module on the first described support, be arranged on the first cylinder on the first described screw mandrel module, be fixed on the first mount pad on the cylinder axis of the first described cylinder, be arranged on first on the first described mount pad inhales pen.The second described conveyer comprises the second support of being arranged on described workbench, be arranged on the second screw mandrel module on the second described support, be arranged on the second cylinder on the second described screw mandrel module, be fixed on the second mount pad on the cylinder axis of the second described cylinder, be arranged on second on the second described mount pad inhales pen.Described pay-off comprises the material feeding tray that is arranged on the feeding screw mandrel module on described workbench and is arranged on described feeding screw mandrel module.Described feeding screw mandrel module is transported to the first described conveyer place by the material feeding tray that magnet steel is housed, described the first screw mandrel module drives the first described cylinder to move reciprocatingly between described material feeding tray and described magnetizing coil, described in the first described air cylinder driven first unclamped after inhaling the magnet steel in pen absorption material feeding tray and being transported to magnetizing coil, magnet steel enters in magnetizing coil and magnetizes, described the second screw mandrel module drives the second described cylinder to move reciprocatingly between described magnetizing coil and described magnetic-flux measurement instrument, described in the second described air cylinder driven second unclamped after inhaling the magnet steel in pen absorption magnetizing coil and being transported to magnetic-flux measurement instrument, magnet steel enters and in magnetic-flux measurement instrument, carries out flux detection.
Described feeding station and described magnetizing are also provided with mark station between station, described mark station place is provided with ink jet numbering machine, the magnet steel that the first described conveyer transmits is transported in magnetizing coil after ink jet numbering machine, and described ink jet numbering machine is for carrying out coding sign to the magnet steel of process.
The first described conveyer comprises the first support being arranged on described workbench, is arranged on the first screw mandrel module on the first described support, is arranged on the first cylinder on the first described screw mandrel module, is fixed on the first mount pad on the cylinder axis of the first described cylinder, is arranged on first on the first described mount pad and inhales pen.The second described conveyer comprises the second support of being arranged on described workbench, be arranged on the second screw mandrel module on the second described support, be arranged on the second cylinder on the second described screw mandrel module, be fixed on the second mount pad on the cylinder axis of the second described cylinder, be arranged on second on the second described mount pad inhales pen.Described pay-off comprises the material feeding tray that is arranged on the feeding screw mandrel module on described workbench and is arranged on described feeding screw mandrel module.Described feeding screw mandrel module is transported to the first described conveyer place by the material feeding tray that magnet steel is housed, described the first screw mandrel module drives the first described cylinder to move reciprocatingly between described material feeding tray and described magnetizing coil, described in the first described air cylinder driven first unclamped after inhaling the magnet steel in pen absorption material feeding tray and be transported to magnetizing coil after described ink jet numbering machine, described ink jet numbering machine carries out coding sign to the magnet steel of process, magnet steel enters in magnetizing coil and magnetizes, described the second screw mandrel module drives the second described cylinder to move reciprocatingly between described magnetizing coil and described magnetic-flux measurement instrument, described in the second described air cylinder driven second unclamped after inhaling the magnet steel in pen absorption magnetizing coil and being transported to magnetic-flux measurement instrument, magnet steel enters and in magnetic-flux measurement instrument, carries out flux detection.
Described mark station place is also provided with detent mechanism.The first described conveyer comprises the first support and the second support being arranged on described workbench, be arranged on the first screw mandrel module on the first described support, be arranged on the first cylinder on the first described screw mandrel module, the first mount pad on the cylinder axis of the first cylinder described in being fixed on, be arranged on first on the first described mount pad and inhale pen, be arranged on the second screw mandrel module on the second described support, be arranged on the second cylinder on the second described screw mandrel module, the second mount pad on the cylinder axis of the second cylinder described in being fixed on, be arranged on second on the second described mount pad and inhale pen.The second described conveyer comprises the 3rd support that is arranged on described workbench, be arranged on the 3rd screw mandrel module on the 3rd described support, be arranged on the 3rd cylinder on the 3rd described screw mandrel module, be fixed on the 3rd mount pad on the cylinder axis of the 3rd described cylinder, be arranged on the 3rd on the 3rd described mount pad inhales pen.Described pay-off comprises the material feeding tray that is arranged on the feeding screw mandrel module on described workbench and is arranged on described feeding screw mandrel module.Described feeding screw mandrel module is transported to the first described conveyer place by the material feeding tray that magnet steel is housed, described the first screw mandrel module drives the first described cylinder to move reciprocatingly between described material feeding tray and described detent mechanism, magnet steel in described in the first described air cylinder driven first suction pen absorption material feeding tray is transported in described detent mechanism and unclamps, described detent mechanism positions magnet steel, described the second screw mandrel module drives the second described cylinder to move reciprocatingly between described detent mechanism and described magnetizing coil, in reciprocating motion process, described ink jet numbering machine carries out coding sign to magnet steel, magnet steel in described in the second described air cylinder driven a second suction absorption detent mechanism is transported in described magnetizing coil and unclamps, magnet steel magnetizes in magnetizing coil, described the 3rd screw mandrel module drives the 3rd described cylinder to move reciprocatingly between described magnetizing coil and described magnetic-flux measurement instrument, described in the 3rd described air cylinder driven the 3rd unclamped after inhaling the magnet steel in pen absorption magnetizing coil and being transported to magnetic-flux measurement instrument, magnet steel enters in magnetic-flux measurement instrument and detects.
Compared with prior art, the utility model has the advantage of by be disposed with feeding station on workbench, station and flux detection station magnetize, feeding station place is provided with pay-off, the station place of magnetizing is provided with the magnetizing coil being connected with magnet charger, flux detection station place is provided with magnetic-flux measurement instrument, feeding station and magnetize and be provided with and magnet steel be transported to the first conveyer of the station that magnetizes from feeding station between station, magnetize and between station and flux detection station, be provided with the second conveyer that the magnet steel having magnetized is transported to flux detection station, the integrated operation that realization is magnetized and magnetic flux detects, omitted transfer process wherein, and magnet steel directly carries out magnetic flux detection after magnetizing, there is not the fractionation problem of the magnet steel after magnetizing, before magnetizing, magnet steel does not need to pack, directly be contained in material feeding tray, with respect to prior art, save a packaging process, can save man power and material, reduce production costs, enhance productivity,
When feeding station with magnetize and be also provided with mark station between station, when mark station place is provided with ink jet numbering machine, by ink jet numbering machine, the magnet steel of process is carried out to coding sign, be that magnet steel quality has traceability;
When mark station place is also provided with detent mechanism, detent mechanism guarantees that the coding position of magnet steel has consistency, has improved the consistency of product labelling;
When adopting respectively screw mandrel module and inhaling in pay-off, the first conveyer and the second conveyer, simple in structure, easy for installation, and can not cause damage to magnet steel surface.
Accompanying drawing explanation
Fig. 1 is that the magnet steel of embodiment mono-magnetizes and magnetic flux detects the stereogram of integration apparatus;
Fig. 2 is that the magnet steel of embodiment bis-magnetizes and magnetic flux detects the stereogram of integration apparatus;
Fig. 3 is that the magnet steel of embodiment tri-magnetizes and magnetic flux detects the stereogram of integration apparatus.
Embodiment
Below in conjunction with accompanying drawing, embodiment is described in further detail the utility model.
Embodiment mono-: as shown in Figure 1, a kind of magnet steel magnetizes and magnetic flux detects integration apparatus, comprise workbench, on workbench 1, be disposed with feeding station, station and flux detection station magnetize, feeding station place is provided with pay-off 2, the station place of magnetizing is provided with the magnetizing coil 3 being connected with magnet charger, flux detection station place is provided with magnetic-flux measurement instrument 4, feeding station and magnetize and be provided with and magnet steel be transported to the first conveyer 5 of the station that magnetizes from feeding station between station, magnetize and between station and flux detection station, be provided with the second conveyer 6 that the magnet steel having magnetized is transported to flux detection station.
In the present embodiment, the first conveyer 5 comprises the first support 51 being arranged on workbench 1, is arranged on the first screw mandrel module 52 on the first support 51, is arranged on the first cylinder 53 on the first screw mandrel module 52, is fixed on the first mount pad 54 on the cylinder axis of the first cylinder 53, is arranged on first on the first mount pad 54 and inhales pen 55.The second conveyer 6 comprises the second support 61 of being arranged on workbench 1, be arranged on the second screw mandrel module 62 on the second support 61, be arranged on the second cylinder 63 on the second screw mandrel module 62, be fixed on the second mount pad 64 on the cylinder axis of the second cylinder 63, be arranged on second on the second mount pad 64 inhales pen 65.Pay-off 2 comprises the feeding screw mandrel module 21 being arranged on workbench 1 and the material feeding tray 22 that is arranged on feeding screw mandrel module 21.Feeding screw mandrel module 21 is transported to the first conveyer 5 places by the material feeding tray 22 that magnet steel is housed, the first screw mandrel module 52 drives the first cylinder 53 to move reciprocatingly between material feeding tray 22 and magnetizing coil 3, the first cylinder 53 unclamps after driving first to inhale the magnet steel in pen 55 absorption material feeding trays 22 and be transported to magnetizing coil 3 places, magnet steel enters in magnetizing coil 3 and magnetizes, the second screw mandrel module 62 drives the second cylinder 63 to move reciprocatingly between magnetizing coil 3 and magnetic-flux measurement instrument, the second cylinder 63 unclamps after driving second to inhale the magnet steel in pen 65 absorption magnetizing coils 3 and be transported to magnetic-flux measurement instrument 4, magnet steel enters in magnetic-flux measurement instrument 4 and detects, go round and begin again, realize magnetizing and magnetic flux detection of magnet steel.
Embodiment bis-: as shown in Figure 2, a kind of magnet steel magnetizes and magnetic flux detects integration apparatus, comprise workbench, on workbench 1, be disposed with feeding station, station and flux detection station magnetize, feeding station place is provided with pay-off 2, the station place of magnetizing is provided with magnetizing coil 3, flux detection station place is provided with magnetic-flux measurement instrument 4, feeding station and magnetize and be provided with and magnet steel be transported to the first conveyer 5 of the station that magnetizes from feeding station between station, magnetize and between station and flux detection station, be provided with the second conveyer 6 that the magnet steel having magnetized is transported to flux detection station.
In the present embodiment, feeding station and magnetize and be also provided with mark station between station, the magnet steel that mark station place is provided with ink jet numbering machine 7, the first conveyers 5 transmission is transported in magnetizing coil 3 after ink jet numbering machine 7, and ink jet numbering machine 7 is for carrying out coding sign to the magnet steel of process.
In the present embodiment, the first conveyer 5 comprises the first support 51 being arranged on workbench 1, is arranged on the first screw mandrel module 52 on the first support 51, is arranged on the first cylinder 53 on the first screw mandrel module 52, is fixed on the first mount pad 54 on the cylinder axis of the first cylinder 53, is arranged on first on the first mount pad 54 and inhales pen 55.The second conveyer 6 comprises the second support 61 of being arranged on workbench 1, be arranged on the second screw mandrel module 62 on the second support 61, be arranged on the second cylinder 63 on the second screw mandrel module 62, be fixed on the second mount pad 64 on the cylinder axis of the second cylinder 63, be arranged on second on the second mount pad 64 inhales pen 65.Pay-off 2 comprises the feeding screw mandrel module 21 being arranged on workbench 1 and the material feeding tray 22 that is arranged on feeding screw mandrel module 21.Feeding screw mandrel module 21 is transported to the first conveyer 5 places by the material feeding tray 22 that magnet steel is housed, the first screw mandrel module 52 drives the first cylinder 53 to move reciprocatingly between material feeding tray 22 and magnetizing coil 3, the first cylinder 53 unclamps after driving first to inhale the magnet steel in pen 55 absorption material feeding trays 22 and be transported to magnetizing coil 3 after ink jet numbering machine 7 codings, the magnet steel of 7 pairs of processes of ink jet numbering machine carries out coding sign, magnet steel enters in magnetizing coil 3 and magnetizes, the second screw mandrel module 62 drives the second cylinder 63 to move reciprocatingly between magnetizing coil 3 and magnetic-flux measurement instrument, the second cylinder 63 unclamps after driving second to inhale the magnet steel in pen 65 absorption magnetizing coils 3 and be transported to magnetic-flux measurement instrument 4, magnet steel enters in magnetic-flux measurement instrument 4 and detects, go round and begin again, realize the mark of magnet steel, magnetize and magnetic flux detection.
Embodiment tri-: as shown in Figure 3, a kind of magnet steel magnetizes and magnetic flux detects integration apparatus, comprise workbench, on workbench 1, be disposed with feeding station, station and flux detection station magnetize, feeding station place is provided with pay-off 2, the station place of magnetizing is provided with magnetizing coil 3, flux detection station place is provided with magnetic-flux measurement instrument 4, feeding station and magnetize and be provided with and magnet steel be transported to the first conveyer 5 of the station that magnetizes from feeding station between station, magnetize and between station and flux detection station, be provided with the second conveyer 6 that the magnet steel having magnetized is transported to flux detection station.
In the present embodiment, feeding station and magnetize and be also provided with mark station between station, the magnet steel that mark station place is provided with ink jet numbering machine 7, the first conveyers 5 transmission is transported in magnetizing coil 3 after ink jet numbering machine 7, and ink jet numbering machine 7 is for carrying out coding sign to the magnet steel of process.
In the present embodiment, mark station place is also provided with detent mechanism 8.The first conveyer 5 comprises the first support 51 and the second support 52 being arranged on workbench 1, be arranged on the first screw mandrel module 53 on the first support 51, be arranged on the first cylinder 54 on the first screw mandrel module 53, be fixed on the first mount pad 55 on the cylinder axis of the first cylinder 54, be arranged on first on the first mount pad 55 and inhale pen 56, be arranged on the second screw mandrel module 57 on the second support 52, be arranged on the second cylinder 58 on the second screw mandrel module 57, be fixed on the second mount pad 59 on the cylinder axis of the second cylinder 58, be arranged on second on the second mount pad 59 and inhale pen 50.The second conveyer 6 comprises the 3rd support 61 that is arranged on workbench, be arranged on the 3rd screw mandrel module 62 on the 3rd support 61, be arranged on the 3rd cylinder 63 on the 3rd screw mandrel module 62, be fixed on the 3rd mount pad 64 on the cylinder axis of the 3rd cylinder 63, be arranged on the 3rd on the 3rd mount pad 64 inhales pen 65.Pay-off 2 comprises the feeding screw mandrel module 21 being arranged on workbench 1 and the material feeding tray 22 that is arranged on feeding screw mandrel module 21.Feeding screw mandrel module 21 is transported to the first conveyer 5 places by the material feeding tray 22 that magnet steel is housed, the first screw mandrel module 53 drives the first cylinder 54 to move reciprocatingly between material feeding tray 22 and detent mechanism 8, magnet steel in first cylinder 54 driving the first suction pen 56 absorption material feeding trays 22 is transported in detent mechanism 8 and unclamps, 8 pairs of magnet steel of detent mechanism position, the second screw mandrel module 57 drives the second cylinder 58 to move reciprocatingly between detent mechanism 8 and magnetizing coil 3, magnet steel in second cylinder 58 driving the second suction pen 50 absorption detent mechanisms 8 is transported in magnetizing coil 3 and unclamps, magnet steel magnetizes in magnetizing coil 3, the 3rd screw mandrel module 62 drives the 3rd cylinder 63 to move reciprocatingly between magnetizing coil 3 and magnetic-flux measurement instrument 4, in reciprocating motion process, 7 pairs of magnet steel of ink jet numbering machine carry out coding sign, the 3rd cylinder 63 unclamps after driving the 3rd to inhale the magnet steel in pen 65 absorption magnetizing coils 3 and be transported to magnetic-flux measurement instrument 4, magnet steel enters in magnetic-flux measurement instrument 4 and detects, go round and begin again, realize the mark of magnet steel, magnetize and magnetic flux detection.
In the present embodiment, detent mechanism 8 comprises the push pedal 84 on the cylinder axis that is provided with location-plate 82, the four-cylinder 83 of location notch 81 and is arranged on four-cylinder 83, after magnet steel is put on location-plate 82, the cylinder axis of four-cylinder 83 extends, push pedal 84 pushes magnet steel in location notch 81, ink jet numbering machine 7 is when coding thus, and the magnet steel product of a batch has the coding position that consistency is higher.
In the utility model, screw mandrel module, suction pen, cylinder, magnetizing coil, magnet charger and magnetic flux meters all adopt the matured product of its technical field.
Claims (5)
1. a magnet steel magnetizes and magnetic flux detection integration apparatus, comprise workbench, it is characterized in that being disposed with feeding station on described workbench, station and flux detection station magnetize, described feeding station place is provided with pay-off, the described station place of magnetizing is provided with the magnetizing coil being connected with magnet charger, described flux detection station place is provided with magnetic-flux measurement instrument, described feeding station and described magnetizing are provided with and magnet steel are transported to the first conveyer of the described station that magnetizes from described feeding station between station, described magnetizing is provided with the second conveyer that the magnet steel having magnetized is transported to described flux detection station between station and described flux detection station.
2. a kind of magnet steel according to claim 1 magnetizes and magnetic flux detection integration apparatus, it is characterized in that the first described conveyer comprises the first support being arranged on described workbench, be arranged on the first screw mandrel module on the first described support, be arranged on the first cylinder on the first described screw mandrel module, the first mount pad on the cylinder axis of the first cylinder described in being fixed on, be arranged on first on the first described mount pad and inhale pen, the second described conveyer comprises the second support being arranged on described workbench, be arranged on the second screw mandrel module on the second described support, be arranged on the second cylinder on the second described screw mandrel module, the second mount pad on the cylinder axis of the second cylinder described in being fixed on, be arranged on second on the second described mount pad and inhale pen, described pay-off comprises the material feeding tray that is arranged on the feeding screw mandrel module on described workbench and is arranged on described feeding screw mandrel module, described feeding screw mandrel module is transported to the first described conveyer place by the material feeding tray that magnet steel is housed, described the first screw mandrel module drives the first described cylinder to move reciprocatingly between described material feeding tray and described magnetizing coil, described in the first described air cylinder driven first unclamped after inhaling the magnet steel in pen absorption material feeding tray and being transported to magnetizing coil, magnet steel enters in magnetizing coil and magnetizes, described the second screw mandrel module drives the second described cylinder to move reciprocatingly between described magnetizing coil and described magnetic-flux measurement instrument, described in the second described air cylinder driven second unclamped after inhaling the magnet steel in pen absorption magnetizing coil and being transported to magnetic-flux measurement instrument, magnet steel enters and in magnetic-flux measurement instrument, carries out flux detection.
3. a kind of magnet steel according to claim 1 magnetizes and magnetic flux detection integration apparatus, it is characterized in that described feeding station and described magnetizing are also provided with mark station between station, described mark station place is provided with ink jet numbering machine, the magnet steel that the first described conveyer transmits is transported in magnetizing coil after ink jet numbering machine, and described ink jet numbering machine is for carrying out coding sign to the magnet steel of process.
4. a kind of magnet steel according to claim 3 magnetizes and magnetic flux detection integration apparatus, it is characterized in that the first described conveyer comprises the first support being arranged on described workbench, be arranged on the first screw mandrel module on the first described support, be arranged on the first cylinder on the first described screw mandrel module, the first mount pad on the cylinder axis of the first cylinder described in being fixed on, be arranged on first on the first described mount pad and inhale pen, the second described conveyer comprises the second support being arranged on described workbench, be arranged on the second screw mandrel module on the second described support, be arranged on the second cylinder on the second described screw mandrel module, the second mount pad on the cylinder axis of the second cylinder described in being fixed on, be arranged on second on the second described mount pad and inhale pen, described pay-off comprises the material feeding tray that is arranged on the feeding screw mandrel module on described workbench and is arranged on described feeding screw mandrel module, described feeding screw mandrel module is transported to the first described conveyer place by the material feeding tray that magnet steel is housed, described the first screw mandrel module drives the first described cylinder to move reciprocatingly between described material feeding tray and described magnetizing coil, described in the first described air cylinder driven first unclamped after inhaling the magnet steel in pen absorption material feeding tray and be transported to magnetizing coil after described ink jet numbering machine, described ink jet numbering machine carries out coding sign to the magnet steel of process, magnet steel enters in magnetizing coil and magnetizes, described the second screw mandrel module drives the second described cylinder to move reciprocatingly between described magnetizing coil and described magnetic-flux measurement instrument, described in the second described air cylinder driven second unclamped after inhaling the magnet steel in pen absorption magnetizing coil and being transported to magnetic-flux measurement instrument, magnet steel enters and in magnetic-flux measurement instrument, carries out flux detection.
5. a kind of magnet steel according to claim 3 magnetizes and magnetic flux detection integration apparatus, it is characterized in that described mark station place is also provided with detent mechanism, the first described conveyer comprises the first support and the second support being arranged on described workbench, be arranged on the first screw mandrel module on the first described support, be arranged on the first cylinder on the first described screw mandrel module, the first mount pad on the cylinder axis of the first cylinder described in being fixed on, be arranged on first on the first described mount pad and inhale pen, be arranged on the second screw mandrel module on the second described support, be arranged on the second cylinder on the second described screw mandrel module, the second mount pad on the cylinder axis of the second cylinder described in being fixed on, be arranged on second on the second described mount pad and inhale pen, the second described conveyer comprises the 3rd support being arranged on described workbench, be arranged on the 3rd screw mandrel module on the 3rd described support, be arranged on the 3rd cylinder on the 3rd described screw mandrel module, the 3rd mount pad on the cylinder axis of the 3rd cylinder described in being fixed on, be arranged on the 3rd on the 3rd described mount pad and inhale pen, described pay-off comprises the material feeding tray that is arranged on the feeding screw mandrel module on described workbench and is arranged on described feeding screw mandrel module, described feeding screw mandrel module is transported to the first described conveyer place by the material feeding tray that magnet steel is housed, described the first screw mandrel module drives the first described cylinder to move reciprocatingly between described material feeding tray and described detent mechanism, magnet steel in described in the first described air cylinder driven first suction pen absorption material feeding tray is transported in described detent mechanism and unclamps, described detent mechanism positions magnet steel, described the second screw mandrel module drives the second described cylinder to move reciprocatingly between described detent mechanism and described magnetizing coil, in reciprocating motion process, described ink jet numbering machine carries out coding sign to magnet steel, magnet steel in described in the second described air cylinder driven a second suction absorption detent mechanism is transported in described magnetizing coil and unclamps, magnet steel magnetizes in magnetizing coil, described the 3rd screw mandrel module drives the 3rd described cylinder to move reciprocatingly between described magnetizing coil and described magnetic-flux measurement instrument, described in the 3rd described air cylinder driven the 3rd unclamped after inhaling the magnet steel in pen absorption magnetizing coil and being transported to magnetic-flux measurement instrument, magnet steel enters in magnetic-flux measurement instrument and detects.
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