CN110136950A - A kind of processing technology of compound soft magnetic material - Google Patents
A kind of processing technology of compound soft magnetic material Download PDFInfo
- Publication number
- CN110136950A CN110136950A CN201910441525.1A CN201910441525A CN110136950A CN 110136950 A CN110136950 A CN 110136950A CN 201910441525 A CN201910441525 A CN 201910441525A CN 110136950 A CN110136950 A CN 110136950A
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- cavity
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- sliding block
- magnetic material
- soft magnetic
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
- H01F41/00—Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties
- H01F41/02—Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties for manufacturing cores, coils, or magnets
- H01F41/0253—Apparatus or processes specially adapted for manufacturing or assembling magnets, inductances or transformers; Apparatus or processes specially adapted for manufacturing materials characterised by their magnetic properties for manufacturing cores, coils, or magnets for manufacturing permanent magnets
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- Power Engineering (AREA)
- Manufacturing & Machinery (AREA)
- Grinding And Polishing Of Tertiary Curved Surfaces And Surfaces With Complex Shapes (AREA)
- Drilling And Boring (AREA)
Abstract
The invention discloses a kind of processing technologys of compound soft magnetic material, including processing main body, machining area is equipped at upper left side position in the processing main body, grooving apparatus is equipped on the upside of the machining area, the right side of the machining area is equipped with pusher sliding slot, the left distal end of the pusher sliding slot is connected setting with the machining area, bottom end is installed in the top end surface of the processing main body on the right side of the machining area to be connected with the pusher sliding slot feeding cabinet of setting, compound soft magnetic material substrate is equipped in the box for feeding odd body, it further include being set to the main intracorporal pusher control mechanism of the processing, control mechanism is discharged in positioning linkage mechanism and compound soft magnetic material.
Description
Technical field
The present invention relates to compound soft magnetic material technical field, specially a kind of processing technology of compound soft magnetic material.
Background technique
Compound soft magnetic material is the answering with soft magnetism sexual function being combined by soft magnetic ferrite and polymer matrix
Condensation material, compound soft magnetic material usually require the flattened rectangular for being made into normal size, and compound soft magnetic material needs in use
Carry out batch fluting work.The existing investment that compound soft magnetic material grooving apparatus is usually required manually to carry out monolithic, work
Make low efficiency, and operational danger is high, needs to improve, complex steps are fixedly mounted, increase the workload of staff, to multiple
The service efficiency for closing soft magnetic materials grooving apparatus is low.
Summary of the invention
It is in the prior art for overcoming the purpose of the present invention is to provide a kind of processing technology of compound soft magnetic material
State defect.
A kind of processing technology of compound soft magnetic material according to the present invention, including main body is processed, in the processing main body
It is equipped with machining area at the side position of upper left, is equipped with grooving apparatus on the upside of the machining area, the right side of the machining area is equipped with
Pusher sliding slot, the left distal end of the pusher sliding slot are connected setting with the machining area, are located on the right side of the machining area
The processing main body top end surface on be installed with bottom end and be connected with the pusher sliding slot feeding cabinet of setting, institute
It states and is equipped with compound soft magnetic material substrate in box for feeding odd body, further include being set to the main intracorporal pusher control mechanism of the processing, determining
Control mechanism is discharged in position linkage mechanism and compound soft magnetic material；
Wherein, the pusher control mechanism includes being set to the first cavity on the right side of the pusher sliding slot and through described first
The second cavity that cavity and left and right are extended, the left distal end of second cavity are installed with the right side end of the pusher sliding slot
The setting that is connected is held, the pusher sliding slot, which is slidably connected with, pushes head, is rotatably assorted and is connected in first cavity
Internal screw thread pivoted housing part is installed with the first cone pulley, the internal screw thread pivoted housing part internal screw thread on the outer surface of the internal screw thread pivoted housing part
Be connected with the first extended screw rod of left and right, the left distal end of first screw rod protrude into the pusher sliding slot and with
The right end secure fit connection for pushing head, the right end of first screw rod are installed with positioned at first chamber
The intracorporal position limiting slide block of the second chamber on the right side of body, first cavity bottom be equipped with third cavity, the third cavity with
It is rotatably assorted between first cavity and is connected with first rotating shaft, the top end of the first rotating shaft is installed with positioned at described
The second cone pulley of connection is engaged in one cavity and with first cone pulley, the bottom end of the first rotating shaft is installed with positioned at institute
State the intracorporal third cone pulley of third chamber；
Wherein, the positioning linkage mechanism includes being connected the guide runner being set in the machining area bottom end wall and to set
The first sliding groove being placed on the right side of the guide runner is slidably connected with positioning slider guide in the guide runner, and the positioning is led
It is installed with the first rack gear in the right end face of sliding block, is slidably connected with the first sliding block in the first sliding groove, described first
It is installed with the second rack gear in the left end face of sliding block, is installed with first motor in the bottom end face of first sliding block, described
The bottom end of one motor is connected by power the 4th cone pulley stretched out outside first slider bottom end face, the guide runner and institute
It states and is connected between first sliding groove equipped with the first connectivity slot, be rotatably assorted and be connected with and first tooth in first connectivity slot
The adjustment gear of item and second rack gear engagement connection, the first sliding groove are located at the leftward position of the third cavity, institute
It states to be rotatably assorted between first sliding groove and the third cavity and is connected with the second shaft, the left distal end of second shaft is fixed
There is the 5th cone pulley being located in the first sliding groove, the right end of second shaft is installed in the third cavity
And the 6th cone pulley of connection is engaged with the third cone pulley, it is connected in the right side end wall of the first sliding groove sliding equipped with second
Slot is slidably connected with the second sliding block connecting with the first sliding block secure fit in the second sliding slot, described
Second sliding block screw-internal thread fit is connected with the second up and down extended screw rod, the bottom end of second screw rod be embedded in admittedly
The second motor power in the second sliding slot bottom end wall is cooperatively connected.
Further technical solution is installed with and leads taper slide in the left end face of the processing main body, described to lead taper slide
Positioned at the lower position of the machining area.
Further technical solution, the compound soft magnetic material discharge control mechanism includes being set in the first sliding groove
4th cavity of side and sliding connection are set to the intracorporal lifting slider of the 4th chamber, the bottom of the lifting slider
End face is connect with the top end secure fit of first sliding block, and heavy groove is equipped in the top end surface of the lifting slider,
Buffer sliding block is equipped in the heavy groove, the buffer sliding block bottom press is connected with equipped with buffer spring, the buffering
The loose slot of opening upwards setting is equipped in the top end surface of sliding block, being rotatably assorted to be connected in the loose slot symmetrically sets
The discharge idler wheel set, is installed with drive pulley in the front end face of the discharge idler wheel, the drive pulley of the left and right sides it
Between power be connected with transmission belt, the top maximum circumscribed circle of the discharge idler wheel stretches out the top end surface of the buffer sliding block
Outside, it is connected between the 4th cavity and the machining area equipped with the second connectivity slot, the rear side of the left side discharge idler wheel
End is cooperatively connected with the discharge motor power admittedly in end wall on rear side of the loose slot.
Further technical solution, it is described push head left end face in be installed with anti-slip top briquetting.
Detailed description of the invention
Fig. 1 is a kind of external structure schematic diagram of the processing technology of compound soft magnetic material in the present invention；
Fig. 2 is a kind of schematic diagram of internal structure of the processing technology of compound soft magnetic material in the present invention；
Fig. 3 is the partial enlargement diagram of A in Fig. 2 of the present invention.
Specific embodiment
Below with reference to Fig. 1-3, the present invention is described in detail.
Referring to Fig.1-3, the processing technology of a kind of compound soft magnetic material of embodiment according to the present invention, including processing main body
6, described process is equipped with machining area 61 at the upper left side position in main body 6, is equipped with grooving apparatus on the upside of the machining area 61
7, the right side of the machining area 61 is equipped with pusher sliding slot 64, the left distal end of the pusher sliding slot 64 and the machining area 61
Be connected setting, be installed in the top end surface of the processing main body 6 on 61 right side of the machining area bottom end with
The pusher sliding slot 64 is connected the feeding cabinet 62 of setting, is equipped with compound soft magnetic material substrate 621 in the feeding cabinet 62,
It further include the pusher control mechanism being set in the processing main body 6, positioning linkage mechanism and compound soft magnetic material discharge control
Mechanism processed；
Wherein, the pusher control mechanism includes being set to first cavity 65 on 64 right side of pusher sliding slot and through described
The second cavity 651 that first cavity 65 and left and right are extended, the left distal end of second cavity 651 are installed with the pusher
The right end of sliding slot 64 is connected setting, and the pusher sliding slot 64, which is slidably connected with, pushes head 641, first chamber
It is rotatably assorted in body 65 and is connected with internal screw thread pivoted housing part 652, be installed with the first cone on the outer surface of the internal screw thread pivoted housing part 652
Wheel 653,652 screw-internal thread fit of internal screw thread pivoted housing part are connected with the first extended screw rod 654 of left and right, first spiral shell
The left distal end of bar 654 is protruded into the pusher sliding slot 64 and is connect with the right end secure fit for pushing head 641,
The right end of first screw rod 654 is installed with the limit in second cavity 651 on 65 right side of the first cavity
Position sliding block 655,65 bottom of the first cavity is equipped with third cavity 66, between the third cavity 66 and first cavity 65
It is rotatably assorted and is connected with first rotating shaft 661, the top end of the first rotating shaft 661 is installed in first cavity 65
And the second cone pulley 662 of connection is engaged with first cone pulley 653, the bottom end of the first rotating shaft 661, which is installed with, to be located at
Third cone pulley 663 in the third cavity 66；
Wherein, the positioning linkage mechanism include be connected the guide runner 68 that is set in 61 bottom end wall of machining area with
And it is set to the first sliding groove 63 on 68 right side of guide runner, positioning slider guide is slidably connected in the guide runner 68
681, it is described positioning slider guide 681 right end face in be installed with the first rack gear 682, the company of being slidably matched in the first sliding groove 63
It is connected to the first sliding block 631, the second rack gear 633, first sliding block 631 are installed in the left end face of first sliding block 631
Bottom end face in be installed with first motor 632, the bottom end of the first motor 632 has been connected by power stretching described first
The 4th cone pulley 634 outside 631 bottom end face of sliding block is connected between the guide runner 68 and the first sliding groove 63 equipped with first
Connectivity slot 683 is rotatably assorted in first connectivity slot 683 and is connected with and first rack gear 682 and second rack gear 633
The adjustment gear 684 of connection is engaged, the first sliding groove 63 is located at the leftward position of the third cavity 66, the first sliding groove
It is rotatably assorted between 63 and the third cavity 66 and is connected with the second shaft 664, the left distal end of second shaft 664 is fixed
There is the 5th cone pulley 666 being located in the first sliding groove 63, the right end of second shaft 664 is installed with positioned at described the
Three cavitys 66 are interior and the 6th cone pulley 665 connected is engaged with the third cone pulley 663, in the right side end wall of the first sliding groove 63
It is connected and is equipped with second sliding slot 69, is slidably connected in the second sliding slot 69 fixed with first sliding block 631
The second sliding block 691 being cooperatively connected, 691 screw-internal thread fit of the second sliding block are connected with the second extended up and down screw rod
693, the bottom end of second screw rod 693 and the second motor 692 admittedly in 69 bottom end wall of second sliding slot are dynamic
Force-fitting connection.
Valuably or illustratively, it is installed in the left end face of the processing main body 6 and leads taper slide 5, it is described to lead oblique cunning
Plate 5 is located at the lower position of the machining area 61, to facilitate the compound soft magnetic material that will be completed the process quickly to be discharged, in turn
Facilitate and uniformly arranges and put work.
Valuably or illustratively, the compound soft magnetic material discharge control mechanism includes being set to the first sliding groove 63
The lifting slider 671 that 4th cavity 67 of upside and sliding connection are set in the 4th cavity 67, the lifting
The bottom end face of sliding block 671 is connect with the top end secure fit of first sliding block 631, the top of the lifting slider 671
It is equipped with heavy groove 6711 in end surface, buffer sliding block 672,672 bottom of the buffer sliding block top are equipped in the heavy groove 6711
Press-fit is connected with equipped with buffer spring 6712, the interior work equipped with opening upwards setting of the top end surface of the buffer sliding block 672
Slot 6721 is moved, be rotatably assorted the discharge idler wheel 6722 for being connected with and being symmetrical set in the loose slot 6721, the discharge rolling
It is installed with drive pulley 6723 in the front end face of wheel 6722, power cooperation connects between the drive pulley 6723 of the left and right sides
It is connected to transmission belt 6742, the top maximum circumscribed circle of the discharge idler wheel 6722 stretches out the top end surface of the buffer sliding block 672
Outside, it is connected between the 4th cavity 67 and the machining area 61 equipped with the second connectivity slot 670, the left side discharge idler wheel
6722 rear side end is cooperatively connected with the discharge motor power admittedly in the 6721 rear side end wall of loose slot, to realize
The compound soft magnetic material completed the process is delivered to by automatic control leads on taper slide 5, and then improves work efficiency and mitigate
The amount of labour of worker.
Valuably or illustratively, it is installed with anti-slip top briquetting 6411 in the left end face for pushing head 641, thus
It prevents from preventing from skidding during pusher and liftout, and compound soft magnetic material is caused to deviate, improve the stability of processing.
When original state, make that head 641 is pushed to be located at the right-most position in pusher sliding slot 64, at this point, making to push head
641 following position directly utmostly far from feeding cabinet 62, and then make the compound soft magnetic material substrate 621 in feeding cabinet 62
It falls into the pusher sliding slot 64 for being located at and pushing 641 left side of head, at this point, being located at the second sliding block 691 in second sliding slot 69 most
Bottom position, and make the second sliding block 691 that the first sliding block 631 be driven utmostly to protrude into first sliding groove 63, and then make first to slide
4th cone pulley 634 of 631 bottom of block engages connection with the 5th cone pulley 666, at this point, driving lifting slider 671 by the first sliding block 631
Lowest position in the 4th cavity 67, and adjustment gear 684 is driven by the second rack gear 633 on the first sliding block 631
It utmostly rotates, and then the top section of the first rack gear 682 and positioning slider guide 681 is driven utmostly by adjustment gear 684
It protrudes into machining area 61；
When needing to automatically control processing work to compound soft magnetic material, the 4th cone pulley 634 and the are driven by first motor 632
The rotation of five cone pulleys 666, and then drive the first cone pulley 653 and internal screw thread pivoted housing part 652 to rotate by the second cone pulley 662, make internal screw thread
Pivoted housing part 652 drives the promotion head 641 of the first screw rod 654 and 654 left-hand end of the first screw rod towards the left side in pusher sliding slot 64
Side direction sliding, and then the compound soft magnetic material substrate 621 being located in pusher sliding slot 64 is driven to be pushed into machining area 61, until
The left end face of compound soft magnetic material substrate 621 is abutted against with the positioning slider guide 681 protruded into machining area 61, at this point, making
Anti-slip top briquetting 6411 and the right end face of compound soft magnetic material substrate 621 in 641 left end face of head is pushed to remain
State is abutted against, realizes the strong fix installment work of compound soft magnetic material substrate 621, then passes through the work of grooving apparatus 7
It realizes and automatically controls fluting work；After the completion of fluting, the rotation of the second screw rod 693, Jin Eryou are controlled by the second motor 692
Second screw rod 693 drives the second sliding block 691 to slide into the top position in second sliding slot 69, at this point, making 633 band of the second rack gear
Dynamic adjustment gear 684 rotates, and then drives the first rack gear 682 and positioning slider guide 681 to be slid completely into and lead by adjustment gear 684
In sliding slot 68, and the top section of the first sliding block 631 is driven utmostly to protrude into the 4th cavity 67 by the second sliding block 691, in turn
Lifting slider 671 is set to slide into the top position in the 4th cavity 67, at this point, making the discharge idler wheel in lifting slider 671
6722 abut against with the bottom end face of compound soft magnetic material substrate 621, then pass through discharge rolling on the left of control discharge motor control
6722 rotation of wheel, and drive the discharge idler wheel 6722 on right side to rotate by transmission belt 6742, and then realize compound soft magnetic material base
Plate 621, which is transmitted to, leads on taper slide 5, finally by rotating backward for the second motor 692, controls the second sliding block 691 and drives
First sliding block 631, lifting slider 671 and positioning slider guide 681 restore to initial position, then pass through 632 band of first motor
Dynamic 4th cone pulley 634 and the 5th cone pulley 666 rotate backward, until head 641 is pushed to restore to initial position, and then facilitate realization
Subsequent processing work.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, pass through the left side of compound soft magnetic material substrate
End face is abutted against with the positioning slider guide protruded into machining area, and makes to push anti-slip top briquetting in the left end face of head and multiple
The right end face for closing soft magnetic materials substrate remains the state of abutting against, and realizes the strong fix installation of compound soft magnetic material substrate
Work；It is abutted against by discharge idler wheel in lifting slider and the bottom end face of compound soft magnetic material substrate, then passes through control
Discharge idler wheel rotation on the left of discharge motor control, and drive the discharge idler wheel on right side to rotate by transmission belt, and then realizing will be compound
The discharge of soft magnetic materials substrate, and then facilitate following process, it greatly improves work efficiency, alleviates worker's amount of labour.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (4)
1. a kind of processing technology of compound soft magnetic material, including main body is processed, it is set at the upper left side position in the processing main body
There is machining area, grooving apparatus is equipped on the upside of the machining area, the right side of the machining area is equipped with pusher sliding slot, described to push away
The left distal end of material sliding slot is connected setting with the machining area, the processing main body on the right side of the machining area
It is installed with bottom end in top end surface to be connected with the pusher sliding slot feeding cabinet of setting, is equipped in the box for feeding odd body
Compound soft magnetic material substrate, it is characterised in that:
It further include being set to the main intracorporal pusher control mechanism of the processing, positioning linkage mechanism and compound soft magnetic material discharge
Control mechanism；
Wherein, the pusher control mechanism includes being set to the first cavity on the right side of the pusher sliding slot and through described first
The second cavity that cavity and left and right are extended, the left distal end of second cavity are installed with the right side end of the pusher sliding slot
The setting that is connected is held, the pusher sliding slot, which is slidably connected with, pushes head, is rotatably assorted and is connected in first cavity
Internal screw thread pivoted housing part is installed with the first cone pulley, the internal screw thread pivoted housing part internal screw thread on the outer surface of the internal screw thread pivoted housing part
Be connected with the first extended screw rod of left and right, the left distal end of first screw rod protrude into the pusher sliding slot and with
The right end secure fit connection for pushing head, the right end of first screw rod are installed with positioned at first chamber
The intracorporal position limiting slide block of the second chamber on the right side of body, first cavity bottom be equipped with third cavity, the third cavity with
It is rotatably assorted between first cavity and is connected with first rotating shaft, the top end of the first rotating shaft is installed with positioned at described
The second cone pulley of connection is engaged in one cavity and with first cone pulley, the bottom end of the first rotating shaft is installed with positioned at institute
State the intracorporal third cone pulley of third chamber；
Wherein, the positioning linkage mechanism includes being connected the guide runner being set in the machining area bottom end wall and to set
The first sliding groove being placed on the right side of the guide runner is slidably connected with positioning slider guide in the guide runner, and the positioning is led
It is installed with the first rack gear in the right end face of sliding block, is slidably connected with the first sliding block in the first sliding groove, described first
It is installed with the second rack gear in the left end face of sliding block, is installed with first motor in the bottom end face of first sliding block, described
The bottom end of one motor is connected by power the 4th cone pulley stretched out outside first slider bottom end face, the guide runner and institute
It states and is connected between first sliding groove equipped with the first connectivity slot, be rotatably assorted and be connected with and first tooth in first connectivity slot
The adjustment gear of item and second rack gear engagement connection, the first sliding groove are located at the leftward position of the third cavity, institute
It states to be rotatably assorted between first sliding groove and the third cavity and is connected with the second shaft, the left distal end of second shaft is fixed
There is the 5th cone pulley being located in the first sliding groove, the right end of second shaft is installed in the third cavity
And the 6th cone pulley of connection is engaged with the third cone pulley, it is connected in the right side end wall of the first sliding groove sliding equipped with second
Slot is slidably connected with the second sliding block connecting with the first sliding block secure fit in the second sliding slot, described
Second sliding block screw-internal thread fit is connected with the second up and down extended screw rod, the bottom end of second screw rod be embedded in admittedly
The second motor power in the second sliding slot bottom end wall is cooperatively connected.
2. a kind of processing technology of compound soft magnetic material according to claim 1, it is characterised in that: the processing main body
It is installed in left end face and leads taper slide, the lower position led taper slide and be located at the machining area.
3. a kind of processing technology of compound soft magnetic material according to claim 1, it is characterised in that: the composite soft-magnetic material
Material discharge control mechanism include be set to the 4th cavity on the upside of the first sliding groove and sliding connection be set to it is described
The top end secure fit of the 4th intracorporal lifting slider of chamber, the bottom end face of the lifting slider and first sliding block connects
It connects, heavy groove is equipped in the top end surface of the lifting slider, is equipped with buffer sliding block, the buffer sliding block bottom in the heavy groove
Portion's press is connected with equipped with buffer spring, the activity equipped with opening upwards setting in the top end surface of the buffer sliding block
Slot, be rotatably assorted in the loose slot discharge idler wheel for being connected with and being symmetrical set, in the front end face of the discharge idler wheel
It is installed with drive pulley, power is connected with transmission belt between the drive pulley of the left and right sides, the discharge idler wheel
Top maximum circumscribed circle stretches out outside the top end surface of the buffer sliding block, is connected between the 4th cavity and the machining area
It is logical to be equipped with the second connectivity slot, the rear side end of the left side discharge idler wheel and the discharge admittedly in end wall on rear side of the loose slot
Motor power is cooperatively connected.
4. a kind of processing technology of compound soft magnetic material according to claim 1, it is characterised in that: the promotion head
Anti-slip top briquetting is installed in left end face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910441525.1A CN110136950B (en) | 2019-05-24 | 2019-05-24 | Processing technology of composite soft magnetic material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910441525.1A CN110136950B (en) | 2019-05-24 | 2019-05-24 | Processing technology of composite soft magnetic material |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110136950A true CN110136950A (en) | 2019-08-16 |
| CN110136950B CN110136950B (en) | 2021-02-09 |
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ID=67581696
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910441525.1A Active CN110136950B (en) | 2019-05-24 | 2019-05-24 | Processing technology of composite soft magnetic material |
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| CN (1) | CN110136950B (en) |
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| CN201313199Y (en) * | 2008-10-10 | 2009-09-23 | 广东精艺金属股份有限公司 | Rigid pipe automatic cutting machine |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN110136950B (en) | 2021-02-09 |
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