CN202615960U - Separating device between permanent magnet assembly blocks - Google Patents
Separating device between permanent magnet assembly blocks Download PDFInfo
- Publication number
- CN202615960U CN202615960U CN 201220280085 CN201220280085U CN202615960U CN 202615960 U CN202615960 U CN 202615960U CN 201220280085 CN201220280085 CN 201220280085 CN 201220280085 U CN201220280085 U CN 201220280085U CN 202615960 U CN202615960 U CN 202615960U
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- permanent magnet
- plate
- assembly block
- magnet assembly
- backing plate
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Abstract
The utility model relates to a separating device between permanent magnet assembly blocks. The separating device comprises a bottom plate, a fixing side plate, a movable side plate, a pressing mechanism and an ejection mechanism. The fixing side plate is installed on one side of the bottom plate. The movable side plate is arranged on the other side of the bottom plate in a parallel mode. The permanent magnet assembly blocks are arranged between the fixing side plate and the movable side plate. Shape of the inner side of the fixing side plate and the shape of the inner side of the movable side plate are matched with the shape of the side face of each permanent magnet assembly block contacting with the fixing side plate and the movable side plate. The portion of the bottom plate, located at the front end of each permanent magnet assembly block, is provided with a notch matched with a single-block permanent magnet. The bottom plate, the fixing side plate, the movable side plate, the pressing mechanism and the ejection mechanism are all made from non-magnetic materials. The permanent magnet assembly blocks are arranged between the fixing side plate and the movable side plate to be clamped, the top of each to-be-separated permanent magnet block is provided with the ejection mechanism, so when the permanent magnet blocks are separated, even stress and stability of the permanent magnet blocks are ensured, damage of the permanent magnet blocks such as cracking and angle-collapsing are enabled to be prevented from occurring, and whole separating devices and whole separation process are simple, safe and reliable.
Description
Technical field
The utility model relates to the separator between a kind of permanent magnet assembly block.
Background technology
In the prior art, permanent magnet is because magnetic is strong, between permanent magnet blocks and the permanent magnet blocks and between permanent magnet and the magnetic conductor usually adsorbed close form permanent magnet assembly block together; At present; When separating, general earlier permanent magnet assembly block is placed on the base plate that non-magnet material processes, permanent magnet assembly block foremost permanent magnet blocks be positioned at outside the edge of base plate; Separate permanent magnet assembly block foremost permanent magnet blocks the time; The pressing plate that non-magnet material is processed be placed on permanent magnet assembly block foremost permanent magnet blocks on, knock pressing plate with instrument, with permanent magnet assembly block foremost permanent magnet blocks separate with all the other permanent magnet blocks of permanent magnet assembly block via bottom edge.More crisp because of permanent magnet blocks, in separation process, cracking appears in the permanent magnet of permanent magnet assembly block easily, collapse phenomenon such as angle and destroy impairedly, and is prone to cause operator's hand to crush.
The utility model content
The purpose of the utility model is to overcome above defective, and the separator between a kind of safe and reliable magnet chunk is provided.
The technical scheme of the utility model is: the separator between a kind of permanent magnet assembly block; It comprises base plate; Also comprise fixed side, movable side plate, hold-down mechanism, ejecting mechanism, fixed side is installed in base plate one side, the parallel opposite side that is located at base plate of movable side plate; Permanent magnet assembly block is located between fixed side and the movable side plate; The inboard shape of fixed side and the inboard shape of movable side plate and the side view of permanent magnet blocks are complementary, and said base plate is provided with the breach that is complementary with the monolithic permanent magnet foremost at permanent magnet assembly block, and said hold-down mechanism is fixed on the base plate and is positioned at the outside of movable side plate; Be used for the distance between adjusting activity side plate and the fixed side, said ejecting mechanism is positioned at the permanent magnet assembly block upside; Said base plate, fixed side, movable side plate, hold-down mechanism, ejecting mechanism are non-magnet material.
For being beneficial to the clamping of permanent magnet assembly block better; Said hold-down mechanism comprises supporting bracket, hold-down bolt; Said supporting bracket is located at the outside of movable side plate and is fixed on the base plate; Housing screw holds out against movable side plate after screwing in supporting bracket, the stagger length of a monolithic permanent magnet or the front end inboard of movable side plate and the front end inboard of fixed side of the front end of said movable side plate and the front end of fixed side does not all contact with permanent magnet assembly block permanent magnet blocks to be separated foremost.
In order to be beneficial to the separation of monolithic permanent magnet; Said ejecting mechanism comprises the arch support frame, presses down bolt; The width of arch support frame is greater than the width of permanent magnet; Said arch support top of the trellis is provided with the bolt that presses down of downward screw-in, and the said compacted position that presses down bolt is complementary with the position of permanent magnet assembly block permanent magnet blocks to be separated foremost.
In order to protect permanent magnet blocks to be separated; Said press down to be provided with between bolt and the permanent magnet blocks to be separated press down backing plate; The said upper surface shape that presses down backing plate surface and permanent magnet blocks that contacts with permanent magnet blocks is complementary, and the said backing plate that presses down is a non-magnet material.
In order to ensure pressing down backing plate only in the effect of the upper surface of the permanent magnet blocks of foremost to be separated; Said permanent magnet assembly block be provided with guide vane end stop foremost; The said backing plate that presses down is " protruding " font; The land length that presses down backing plate is that the thickness sum of monolithic permanent magnet thickness and guide vane end stop is complementary, and guide vane end stop is located on the base plate, guide vane end stop the centre be provided with than the narrow opening of permanent magnet blocks and with the boss width that presses down backing plate and be complementary; The inboard of guide vane end stop is concordant with the end of the permanent magnet blocks of foremost to be separated, and the outside of guide vane end stop is mutually neat with the step that " protruding " font presses down backing plate.
In order to accept the monolithic permanent magnet blocks of separating, be provided with at said base plate the breach that is complementary with the monolithic permanent magnet below connect container under being provided with, connecing container under said is non-magnet material.
For the monolithic permanent magnet blocks that prevents to separate is inhaled with other magnetic materials again mutually, the said following lid that container is provided with non-magnetic conduction that connects.
The separation of difform for ease permanent magnet assembly block piece; Said movable side plate, fixed side, press down backing plate for dull and stereotyped; Between movable side plate and permanent magnet, be provided with and fit shape backing plate II; Fitting shape backing plate II and contacted of movable side plate is straight plate, and the sidepiece shape of fitting the another side permanent magnet blocks contacted with it of shape backing plate II is complementary, and between fixed side and permanent magnet, is provided with to fit shape backing plate I; Fitting shape backing plate I and contacted of fixed side is straight plate; The sidepiece shape of fitting the another side permanent magnet assembly block contacted with it of shape backing plate I is complementary, and fits shape backing plate III pressing down to be provided with between backing plate and the permanent magnet, fits the lower plane of shape backing plate III and treating foremost and presses the contacted surface configuration in permanent magnet blocks top to be complementary.
For preventing permanent magnet blocks group and the extraneous magnetic conductor adhesive of clamping at separator; Be clipped between active side pressing plate and the fixed side of this separator when permanent magnet blocks assembling after; Can increase at a distance from the magnetic cover plate at the active side pressing plate of permanent magnet blocks group and separator and the top of fixed side, the material of separated magnetic cover plate is a non-magnet material.
The effect of the utility model is: permanent magnet assembly block is placed between movable side plate and the fixed side clamp; And having breach with position that permanent magnet blocks to be separated is complementary, and be provided with ejecting mechanism on the top of permanent magnet blocks to be separated, so in the separation process between permanent magnet blocks; Guarantee that permanent magnet blocks is stressed evenly, steady; Guaranteed that permanent magnet blocks do not have cracking, collapses disrepair phenomenon such as angle, in operating process, the hand that the operator can not occur is because of the magnetic force between permanent magnet adhesive again simultaneously; And causing the accident of personal injury, whole separator and separation process are simple, safe and reliable.
Description of drawings
Fig. 1 is the structural front view of the utility model embodiment 1;
Fig. 2 removes the vertical view that presses down bolt 8 for Fig. 1;
Fig. 3 the utility model embodiment 2 structural representations;
Fig. 4 the utility model embodiment 3 structural representations.
Among the figure: 1, permanent magnet assembly block, 2, permanent magnet blocks foremost, 3, all the other permanent magnet blocks, 4, base plate, 5, the guide vane end stop I; 6, press down backing plate, 7, the arch support frame, 8, press down bolt, 9, movable side plate, 10, supporting bracket; 11, housing screw, 12, fixed side, 13, the guide vane end stop II, 14, backing plate, 15, connect container down; 16, platform, 17, cushion block, 18, fit shape backing plate I, 19, fit shape backing plate II, 20, fit shape backing plate III; 21, fit shape backing plate IV, 22, fit shape backing plate V, 23, fit shape backing plate VI, 24, let the vacancy mouth.
Embodiment
Below in conjunction with accompanying drawing the utility model is described further.
Embodiment 1: with reference to accompanying drawing 1 and accompanying drawing 2, Fig. 1 is the structural front view of the utility model embodiment 1, and Fig. 2 removes the vertical view that presses down bolt 8 for Fig. 1.
Permanent magnet assembly block 1 comprises: permanent magnet blocks 2 and all the other permanent magnet blocks 3 foremost.
Separator between this permanent magnet assembly block does; It comprises base plate 4, fixed side 12, movable side plate 9, hold-down mechanism, ejecting mechanism; Fixed side 12 is installed in base plate 4 one sides; The movable side plate 9 parallel opposite sides that are located at base plate 4, permanent magnet assembly block 1 is located between fixed side 12 and the movable side plate 9, and the side view of the inboard shape of fixed side 12 and the inboard shape of movable side plate 9 and permanent magnet blocks 1 is complementary.In this separator, because of the profile of the permanent magnet blocks of permanent magnet assembly block 1 is a quadrangle, then correspondingly the movable side plate 9 in this separator and the inboard shape of fixed side 12 are flat board.Base plate 4 is provided with foremost with the monolithic permanent magnet is complementary at permanent magnet assembly block 1 and lets vacancy mouth 24.Hold-down mechanism is fixed on the base plate 4 and is positioned at the outside of movable side plate 9, is used for the distance between adjusting activity side plate 9 and the fixed side 12.For being beneficial to the clamping of permanent magnet assembly block 1 better, hold-down mechanism comprises supporting bracket 10, housing screw 11.Supporting bracket 10 is located at the outside of movable side plate 9 and is fixed on the base plate 4; Housing screw 11 holds out against movable side plate 9 after screwing in supporting bracket 10; The front end of movable side plate 9 is inboard, and the front end inboard of fixed side 12 with the corresponding position of permanent magnet assembly block 1 permanent magnet blocks 2 foremost to be separated concave station rank are arranged all, thereby make the front end of movable side plate 9 inboard, and the front end inboard of fixed side 12 all do not contact with the respective side of permanent magnet assembly block 1 permanent magnet blocks 2 foremost to be separated.The housing screw 11 that is installed on the supporting bracket 10 of hold-down mechanism is 2 on the axial length direction of permanent magnet assembly block 1; On the short transverse of permanent magnet assembly block 11 row; Ejecting mechanism is positioned at permanent magnet assembly block 1 upside; In order to be beneficial to the separation of monolithic permanent magnet, ejecting mechanism comprises arch support frame 7, presses down bolt 8, and the width of arch support frame 7 is greater than the width of permanent magnet; What arch support frame 7 tops were provided with downward screw-in presses down bolt 8, and the compacted position that presses down bolt 8 is complementary with the position of permanent magnet assembly block 1 permanent magnet blocks 2 foremost to be separated.Pressing down bolt 8 is 1 at the Width of permanent magnet assembly block 1, is 1 row at permanent magnet assembly block 1 thickness direction.In order to protect permanent magnet assembly block to be separated 1 permanent magnet blocks 2 foremost; Press down to be provided with between bolt 8 and permanent magnet assembly block 1 permanent magnet blocks 2 foremost to be separated and press down backing plate 6, the upper surface shapes that press down backing plate 6 surfaces and permanent magnet blocks that contact with permanent magnet blocks are complementary.In order to ensure pressing down backing plate 6 only in the effect of the upper surface of permanent magnet blocks foremost 1 to be separated; Permanent magnet assembly block 1 be provided with guide vane end stop I 5 and guide vane end stop II 13 foremost; Press down backing plate 6 and be " protruding " font; The land length that presses down backing plate 6 is that the thickness sum of monolithic permanent magnet thickness and guide vane end stop is complementary; Guide vane end stop I 5 is located on the base plate with guide vane end stop II 13; The centre of guide vane end stop I 5 and guide vane end stop II 13 is provided with than the narrow opening of permanent magnet blocks and with the boss width that presses down backing plate 6 and is complementary, and the inboard of guide vane end stop I 5 and guide vane end stop II 13 is concordant with the end of permanent magnet blocks foremost 2 to be separated, and the outside of guide vane end stop I 5 and guide vane end stop II 13 is mutually neat with the step that " protruding " font presses down backing plate 6.In order to accept the monolithic permanent magnet blocks of separating, base plate 4 be provided with the monolithic permanent magnet be complementary let vacancy mouth 24 below connect container 15 under being provided with.For the monolithic permanent magnet blocks that prevents to separate is inhaled with other magnetic materials again mutually, connect the lid that container 15 is provided with non-magnetic conduction down.In order to reach at a distance from the magnetic effect, each parts in this separator are non-magnet material.
Embodiment 2: with reference to accompanying drawing 3, be the utility model embodiment 2 structural representations.When the permanent magnet blocks profile of separated permanent magnet assembly block 1 is triangle; For permanent magnet assembly block 1 is separated, the inwall of the inwall of fixed side 12, movable side plate 9 and the inboard that presses down backing plate 6 set up respectively right shape backing plate I 18, the active side pressing plate 9 of the fixed side 12 corresponding with the profile relevant position of the permanent magnet blocks of permanent magnet assembly block 1 right shape backing plate II 19, press down the right shape backing plate III 20 of backing plate 6.All the other are identical with embodiment 1.
Embodiment 3: with reference to accompanying drawing 4, be the utility model embodiment 3 structural representations.When the permanent magnet blocks profile of the permanent magnet assembly block 1 that separates is circle; For permanent magnet assembly block 1 is separated, the inwall of the inwall of fixed side 12, active side pressing plate 9 and the inboard that presses down backing plate 6 set up respectively right shape backing plate IV 21, the active side pressing plate 9 of the fixed side 12 corresponding with the profile relevant position of the permanent magnet blocks of permanent magnet assembly block 1 right shape backing plate V 22, press down the right shape pad VI 23 of backing plate 6.All the other are identical with embodiment 1.
During use; Clean, platform 16 enterprising line operates no iron filings, non-magnet material are placed or be fixed on to the utility model; The base plate 4 bottom pads of separator are put backing plate 14, and the thickness of backing plate 14 is complementary with both the height sums of cushion block 17 that connect down container 15 and connect container 15 down.Permanent magnet assembly block 1 steadily is placed on by base plate 4 constitutes in " U " shape groove of an activity with fixed side 12 and active side pressing plate 9 threes.Permanent magnet assembly block 1, fixed side 12 and movable side plate 9 carry out axial location with the inboard of guide vane end stop I 5, guide vane end stop II 13.Then, tighten side pressure bolt 11, promotion activity side plate 9 compresses permanent magnet assembly block 1.The space between guide vane end stop I 5 and the guide vane end stop II 13 is stretched at the protrusion position that presses down backing plate 6, be placed on permanent magnet assembly block 1 permanent magnet blocks 2 tops foremost, it serves as axially to go up the location with the guide vane end stop I 5 and guide vane end stop II 13 outsides that " protruding " font presses down backing plate 6.Turn downwards and press down bolt 8, then can with permanent magnet assembly block 1 foremost permanent magnet blocks 2 with separate.The permanent magnet blocks of separating by under connect container 15 and accept.Subsequently; Unclamp side pressure bolt 11, all the other permanent magnets 3 of permanent magnet assembly block 1 are pushed into the axial location place of permanent magnet assembly block 1 forward, repeat above again permanent magnet assembly block 1 operation of permanent magnet blocks 2 foremost; Can all the other permanent magnet 3 block-by-blocks be separated, until the fast all separation of all permanent magnetism.In order to prevent that the mutual magnetic of the permanent magnet blocks of from permanent magnet assembly block 1, separating from closing, connecing container 15 only accepts at every turn or deposits a permanent magnet blocks down.
In the separator between this permanent magnet assembly block; The right shape backing plate that the right shape backing plate of movable side plate and its inwall was made of one or connected to one, fixed side and its inwall is made of one or connects to one, press down backing plate and its inwall right shape backing plate be made of one or link the all-in-one-piece structure, also in the protection range of the utility model.
Claims (9)
1. the separator between the permanent magnet assembly block; It comprises base plate, it is characterized in that, also comprises fixed side, movable side plate, hold-down mechanism, ejecting mechanism; Said fixed side is installed in base plate one side; The parallel opposite side that is located at base plate of movable side plate, permanent magnet assembly block is located between fixed side and the movable side plate, and the inboard shape of fixed side and the inboard shape of movable side plate are complementary with the side view of the permanent magnet blocks that is contacted; Said base plate is provided with the breach that is complementary with the monolithic permanent magnet foremost at permanent magnet assembly block; Said hold-down mechanism is fixed on the base plate and is positioned at the outside of movable side plate, is used for the distance between adjusting activity side plate and the fixed side, and said ejecting mechanism is positioned at the permanent magnet assembly block upside; Said base plate, fixed side, movable side plate, hold-down mechanism, ejecting mechanism are non-magnet material.
2. the separator between a kind of permanent magnet assembly block as claimed in claim 1; It is characterized in that; Said hold-down mechanism comprises supporting bracket, hold-down bolt; Said supporting bracket is located at the outside of movable side plate and is fixed on the base plate; Housing screw holds out against movable side plate after screwing in supporting bracket, the stagger length of a monolithic permanent magnet or the front end inboard of movable side plate and the front end inboard of fixed side of the front end of said movable side plate and the front end of fixed side does not all contact with permanent magnet assembly block permanent magnet blocks to be separated foremost.
3. like the separator between claim 1 or the described a kind of permanent magnet assembly block of claim 2; It is characterized in that; Said ejecting mechanism comprises the arch support frame, presses down bolt; The width of arch support frame is greater than the width of permanent magnet, and said arch support top of the trellis is provided with the bolt that presses down of downward screw-in, and the said compacted position that presses down bolt is complementary with the position of permanent magnet assembly block permanent magnet blocks to be separated foremost.
4. like claim 3, it is characterized in that, said press down to be provided with between bolt and the permanent magnet blocks to be separated press down backing plate, the said upper surface shape that presses down backing plate surface and permanent magnet blocks that contacts with permanent magnet blocks is complementary, the said backing plate that presses down is a non-magnet material.
5. the separator between a kind of permanent magnet assembly block as claimed in claim 1; It is characterized in that; Said permanent magnet assembly block be provided with guide vane end stop foremost, the said backing plate that presses down is " protruding " font, the land length that presses down backing plate is that the thickness sum of monolithic permanent magnet thickness and guide vane end stop is complementary; Guide vane end stop is located on the base plate; Guide vane end stop the centre be provided with than the narrow opening of permanent magnet blocks and with the boss width that presses down backing plate and be complementary, the inboard of guide vane end stop is concordant with the end of the permanent magnet blocks of foremost to be separated, the outside of guide vane end stop is mutually neat with the step that " protruding " font presses down backing plate.
6. the separator between a kind of permanent magnet assembly block as claimed in claim 1 is characterized in that, be provided with at said base plate the breach that is complementary with the monolithic permanent magnet below connect container under being provided with, connecing container under said is non-magnet material.
7. the separator between a kind of permanent magnet assembly block as claimed in claim 6 is characterized in that, the said following lid that container is provided with non-magnetic conduction that connects.
8. the separator between a kind of permanent magnet assembly block as claimed in claim 1; It is characterized in that; Said movable side plate, fixed side, press down backing plate for dull and stereotyped, between movable side plate and permanent magnet, be provided with and fit shape backing plate II, fitting shape backing plate II and contacted of movable side plate is straight plate; The sidepiece shape of fitting the another side permanent magnet blocks contacted with it of shape backing plate II is complementary; Between fixed side and permanent magnet, be provided with and fit shape backing plate I, fitting shape backing plate I and contacted of fixed side is straight plate, and the sidepiece shape of fitting the another side permanent magnet assembly block contacted with it of shape backing plate I is complementary; Fit shape backing plate III pressing down to be provided with between backing plate and the permanent magnet, fit the lower plane of shape backing plate III and press the contacted surface configuration in permanent magnet blocks top to be complementary with treating foremost.
9. the separator between a kind of permanent magnet assembly block as claimed in claim 1 is characterized in that, is provided with at a distance from the magnetic cover plate at the active side pressing plate of permanent magnet blocks group and separator and the top of fixed side, and the material of separated magnetic cover plate is a non-magnet material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220280085 CN202615960U (en) | 2012-06-14 | 2012-06-14 | Separating device between permanent magnet assembly blocks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220280085 CN202615960U (en) | 2012-06-14 | 2012-06-14 | Separating device between permanent magnet assembly blocks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202615960U true CN202615960U (en) | 2012-12-19 |
Family
ID=47349635
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220280085 Expired - Lifetime CN202615960U (en) | 2012-06-14 | 2012-06-14 | Separating device between permanent magnet assembly blocks |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202615960U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110697429A (en) * | 2019-09-30 | 2020-01-17 | 山西江淮重工有限责任公司 | Simple and practical strong magnet block group splitting equipment and splitting method |
-
2012
- 2012-06-14 CN CN 201220280085 patent/CN202615960U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110697429A (en) * | 2019-09-30 | 2020-01-17 | 山西江淮重工有限责任公司 | Simple and practical strong magnet block group splitting equipment and splitting method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20121219 |