CN209425689U - A kind of molding equipment of magnetic core - Google Patents
A kind of molding equipment of magnetic core Download PDFInfo
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- CN209425689U CN209425689U CN201821730059.6U CN201821730059U CN209425689U CN 209425689 U CN209425689 U CN 209425689U CN 201821730059 U CN201821730059 U CN 201821730059U CN 209425689 U CN209425689 U CN 209425689U
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Abstract
The utility model provides a kind of molding equipment of magnetic core, belongs to field of mechanical technique.It solves the problems, such as that production efficiency is low in the prior art.The molding equipment of this magnetic core, including work box, horizontally rotate on work box and is provided with rotating disc, the driving mechanism that can drive turn disc is provided in work box, several mounting holes are offered on rotating disc, the distribution of mounting hole circular array, lower die holder is provided in mounting hole, lower die holder is in a tubular form, the basal sliding of lower die holder is provided with push plate one, match inside push plate one and lower die holder, push-rod electric machine one is provided with below lower die holder, the piston rod of push-rod electric machine one is fixed with one phase of push plate, the body of push-rod electric machine one is mutually fixed by the outer wall of bracket and lower die holder, the top of rotating disc is provided with feeding tube one close to front side.The utility model has the advantages that improve production efficiency.
Description
Technical field
The utility model belongs to field of mechanical technique, is related to a kind of molding equipment of magnetic core.
Background technique
The production process of magnetic core mainly has powder processed, molding, sintering, mill processing, arranges etc..Through retrieving, such as Chinese patent text
It offers and discloses a kind of manganese-zinc ferrite core moulding press [application number: 201210483698.8].This manganese-zinc ferrite core
Moulding press, including rack are equipped with upper driving part above rack, are equipped with lower driving part below rack, upper driving part with
Mould bases is equipped between lower driving part, mould bases includes the fixing seat being fixed in rack, and fixing seat includes pedestal and is fixed on bottom
Beam slab in the fixation of seat top, pedestal and it is fixed in float between beam slab one cavity plate float plate of setting, it is fixed in setting above beam slab
One molding platen, forms and is vertically and fixedly provided with column on platen, and be slidably connected a upper die plate on column, and upper die plate is equipped on one
Attachment base is connect with upper driving part, and a stripper is equipped with above molding platen, is equipped with a bearing plate below pedestal, bearing plate is set
There is a lower connecting base to connect with lower driving part.This manganese-zinc ferrite core moulding press is without cleaning automatically, the function dried
Can, it will lead to Forming Quality decline after long-term work.
Utility model content
The purpose of this utility model is the presence of the above problem in view of the prior art, and the molding for proposing a kind of magnetic core is set
Standby, the utility model has the characteristics that cleaning, drying.
The purpose of this utility model can be realized by the following technical scheme: a kind of molding equipment of magnetic core, including work
Case, which is characterized in that horizontally rotate on the work box and be provided with rotating disc, turn disc can be driven by being provided in work box
Driving mechanism, offer several mounting holes on the rotating disc, the mounting hole circular array distribution, setting in mounting hole
There is lower die holder, in a tubular form, the basal sliding of lower die holder is provided with push plate one, push plate one and phase inside lower die holder to the lower die holder
Match, push-rod electric machine one is provided with below lower die holder, piston rod and one phase of push plate of push-rod electric machine one are fixed, push-rod electric machine one
Body is mutually fixed by the outer wall of bracket and lower die holder, and the top of rotating disc is provided with feeding tube one close to front side, rotating disc
Top is provided with feeding tube two close to rear side, and the close left side of rotating disc is provided with discharging mechanism one, and rotating disc is set close to right side
It is equipped with discharging mechanism two, upper mold head assembly one, feeding tube two and discharging mechanism are provided between feeding tube one and discharging mechanism one
It is provided with upper mold head assembly two between two, elevating hopper is provided with above the rotating disc, elevating hopper passes through several struts and work
Case is fixed, and the feeding funnel bottom has discharge port one and discharge port two, and the discharge port one communicates with discharge nozzle one, it is described out
Material mouth two is communicated with discharge nozzle two, and cleaning, drying mechanism, the cleaning are provided between the discharging mechanism two and feeding tube one
Drying mechanism includes cleaning structure and drying structure, and cleaning structure includes falsework two, and cylinder three, gas are provided on falsework two
The piston rod of cylinder three is horizontally disposed and end is fixed with cylinder four, and the piston rod of cylinder four is straight down and there is motor six in end,
It is connected with cleaning rod on the output shaft of motor six, is provided with bucket between falsework two and rotating disc.
The driving mechanism includes motor one and retarder, and the piston rod of motor one is straight up and the input with retarder
End is connected, and the output end of retarder is connected by shaft with rotating disc.The output shaft rotation of motor one drives retarder work
Make, retarder drives shaft rotation, and shaft drives turn disc.
It is fixed with material-storing box one between the discharge nozzle one and rotating disc, valve one, discharge nozzle are provided in discharge nozzle one
One lower end is communicated with material-storing box one, is provided with scraper structure one in the material-storing box one；It is solid between discharge nozzle two and rotating disc
Surely there is material-storing box two, valve two is provided in discharge nozzle two, the lower end of discharge nozzle two is communicated with material-storing box two, the material-storing box two
Inside it is provided with scraper structure two, the axis that the straight line that material-storing box one and material-storing box two are formed passes through rotating disc.
The scraper structure one includes motor two, gear one, scraper paddle one and gear two, the output shaft and gear of motor two
One phase is fixed, and scraper paddle one is fixed by rotation axis one and gear two-phase, and gear one is connected with gear two by synchronous belt one.
The scraper structure two includes motor three, gear three, scraper paddle two and gear four, the output shaft and gear of motor three
Three-phase is fixed, and scraper paddle two is fixed by rotation axis two and four phase of gear, and gear three is connected with gear four by synchronous belt two.
It opens valve one to flow into iron powder in discharge nozzle one, after being filled in discharge nozzle one, will be overflow by the rotation of scraper paddle one
Iron powder out is blown off；Similarly, it opens valve two to flow into iron powder in discharge nozzle two, after filling in discharge nozzle two, passes through scraper paddle
Two rotations blow the iron powder of spilling off.
The discharging mechanism one includes discharge guide one, and discharge guide one is arranged diagonally downward, in the discharge guide one
It is provided with guide part one, guide part one includes guide plate one and guide plate two, and guide plate one is arranged in the one of discharge guide one
Side, guide plate two are oppositely arranged with guide plate one, and the distance between guide plate one and guide plate two successively decrease from top to bottom, guide plate
One and guide plate two close to one outlet end of discharge guide distance be equal to magnetic core width, one import opposite side of discharge guide setting
There is push-rod electric machine two.
The lower end of the discharge guide one is connected with the dressing mechanism one that magnetic core can be carried out to proper alignment, the arrangement
Mechanism one includes push plate two, cylinder six and blanking bench one, and cylinder six is fixed on one end of blanking bench one, the piston rod of cylinder six with
Push plate two-phase is fixed, and the gear close to discharge guide side has opening one along one, and opening one is communicated with discharge guide one.Bar shaped magnetic
Core green body is pushed into discharge guide one by push-rod electric machine two, and a column bar shaped magnetic core green body is pushed into side and conveniently beaten by push plate two
Packet.
The discharging mechanism two includes discharge guide two, and discharge guide two is arranged diagonally downward, in the discharge guide two
It is provided with guide part two, guide part two includes guide plate three and guide plate four, and guide plate three is arranged in the one of discharge guide two
Side, guide plate four are oppositely arranged with guide plate three, and the distance between guide plate three and guide plate four successively decrease from top to bottom, guide plate
Three and guide plate four close to two outlet end of discharge guide distance be equal to magnetic core width, two import opposite side of discharge guide setting
There is push-rod electric machine three.
The lower end of the discharge guide two is connected with the dressing mechanism two that magnetic core can be carried out to proper alignment, the arrangement
Mechanism two includes push plate three, cylinder seven and blanking bench two, and cylinder seven is fixed on one end of blanking bench two, the piston rod of cylinder seven with
Push plate three-phase is fixed, and the gear close to two side of discharge guide has opening two along one, and opening two is communicated with discharge guide two.Bar shaped magnetic
Core green body is pushed into discharge guide two by push-rod electric machine three, and a column bar shaped magnetic core green body is pushed into side and conveniently beaten by push plate three
Packet.
The drying structure includes falsework three, and cylinder six is provided on falsework three, and the piston rod level of cylinder six is set
It sets and end is fixed with cylinder five, the piston rod of cylinder five is straight down and end is fixed with link block, is fixed on link block
Steam heating pipe, steam heating pipe one end are connected with spray head, and the steam heating pipe other end is connected with heating box, is provided with delivery pump in steam heating pipe.It is logical
It crosses cylinder six and spray head is moved in lower die holder by cylinder five, lower die holder is subjected to drying and processing.
The upper mold head assembly one includes upper die head one and fixed frame one, offers conical bore one, upper mold on fixed frame one
First outer sheath is equipped with spring one, and spring one is resisted against in conical bore one, and motor four is provided with above upper die head one, motor four
Output shaft is horizontally disposed and is coaxially fixed with cam one, and cam one is in contact with the upper end of upper die head one.More than 4,000 cams of motor
One rotation, cam one and spring one can be such that upper die head moves back and forth up and down, and upper die head is pressed downward i.e. to the iron powder in lower die holder
It is pressed.
The upper mold head assembly two includes upper die head two and fixed frame two, offers conical bore two, upper mold on fixed frame two
First two outer sheath is equipped with spring two, and spring two is resisted against in conical bore two, and motor five is provided with above upper die head two, motor five
Output shaft is horizontally disposed and is coaxially fixed with cam two, and cam two is in contact with the upper end of upper die head two.
The working principle of the molding equipment of this magnetic core is as follows: firstly, under the iron powder in elevating hopper is flowed by feeding tube one
In the corresponding lower die holder in side, until lower die holder fills iron powder；And then, upper die holder is passed through into turn disc to upper die head component
One, upper mold head assembly a pair of lower die holder pushes, and iron powder is shaped to strip magnetic core green body under pressure；Finally, strip magnetic core
Green body is discharged by discharging mechanism one；Feeding tube two and feeding tube one are symmetrical arranged, upper mold head assembly one and upper die head group
Part two is symmetrical arranged, and discharging mechanism one and discharging mechanism two are symmetrical arranged, while turn disc, upper mold head assembly one, on
Expects pipe one and discharging mechanism two are run simultaneously, improve processing efficiency；In addition, movement can be generated in lower die holder after working long hours
Impurity periodically clears up it using cleaning mechanism and cleaning, drying mechanism, guarantees the quality of compression moulding.
Compared with prior art, the utility model has the advantage that
1, the molding equipment of this magnetic core passes through feeding tube one, feeding tube two, discharging mechanism one, discharging mechanism two, upper die head
Component one, upper mold head assembly two and lower die holder make the utility model automation feeding, processing, blanking substantially increase production effect
Rate.
2, the molding equipment of this magnetic core enables strip magnetic core green body by lower die holder, push plate one, push-rod electric machine one and bracket
Enough to remove out of lower die holder under the action of push plate one, the above structure can have the advantages of rapid shaping, also there is automatic blanking
Advantage.
3, the molding equipment of this magnetic core keeps this practical by falsework two, cylinder three, cylinder four, motor six and cleaning rod
It is novel to have the advantages that clean lower die holder automatically.
4, the molding equipment of this magnetic core makes this by falsework three, cylinder six, cylinder five, link block, steam heating pipe and spray head
Utility model has the advantages that dry lower die holder automatically.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram of the molding equipment of this magnetic core.
Fig. 2 is the schematic top plan view of the molding equipment of this magnetic core.
Fig. 3 is the schematic side view of the molding equipment of this magnetic core.
Fig. 4 is the scraper structural schematic diagram of the molding equipment of this magnetic core.
Fig. 5 is the molding equipment upper mold head assembly one of this magnetic core and the schematic diagram of lower die holder.
Fig. 6 is the schematic diagram of the discharging mechanism one of the molding equipment of this magnetic core.
Fig. 7 is the schematic diagram of the cleaning mechanism of the molding equipment of this magnetic core.
Fig. 8 is the schematic diagram of the cleaning structure of the molding equipment of this magnetic core.
Fig. 9 is the schematic diagram of the drying structure of the molding equipment of this magnetic core.
In figure, 1, work box；2, rotating disc；3, lower die holder；4, push plate one；5, push-rod electric machine one；6, bracket；7, feeding tube
One；8, feeding tube two；9, discharging mechanism one；9a, discharge guide one；9b, guide plate one；9c, push-rod electric machine two；9d, cylinder six；
9e, blanking bench one；9f, push plate two；9g, push plate two；10, discharging mechanism two；11, upper mold head assembly one；11a, upper die head one；
11b, fixed frame one；11c, motor four；11d, cam one；12 upper mold head assemblies two；13, elevating hopper；14, strut；15, it clears up
Mechanism；15a, cylinder one；15b, cylinder two；15c, mounting blocks；15d, suction nozzle；16, cleaning structure；16a, cylinder three；16b, gas
Cylinder four；16c, motor six；16d, cleaning rod；17, drying structure；17a, cylinder four；17b, cylinder five；17c, link block；17d,
Steam heating pipe；17e, spray head；18, motor one；19, retarder；20, motor two；21, synchronous belt one；22, scraper paddle one.
Specific embodiment
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in figs 1-9, a kind of molding equipment of magnetic core, including work box 1, horizontally rotate on work box 1 to be provided with and turn
Moving plate 2 is provided with the driving mechanism that rotating disc 2 can be driven to rotate in work box 1, offers several mounting holes on rotating disc 2, pacifies
The distribution of hole circular array is filled, lower die holder 3 is provided in mounting hole, in a tubular form, the basal sliding of lower die holder 3 is arranged lower die holder 3
There is push plate 1, matches inside push plate 1 and lower die holder 3, the lower section of lower die holder 3 is provided with push-rod electric machine 1, push-rod electric machine
One 5 piston rod is fixed with one 4 phase of push plate, and the body of push-rod electric machine 1 is mutually fixed by bracket 6 and the outer wall of lower die holder 3, is turned
The top of Moving plate 2 is provided with feeding tube 1 close to front side, and the top of rotating disc 2 is provided with feeding tube 28 close to rear side, rotation
The close left side of disk 2 is provided with discharging mechanism 1, and rotating disc 2 is provided with discharging mechanism 2 10, one 7 He of feeding tube close to right side
It is provided with upper mold head assembly 1 between discharging mechanism 1, upper die head group is provided between feeding tube 28 and discharging mechanism 2 10
Part 2 12 is provided with elevating hopper 13 above rotating disc 2, and elevating hopper 13 is fixed by several struts 14 and work box 1, elevating hopper 13
Bottom has discharge port one and discharge port two, and discharge port one is communicated with discharge nozzle one, and discharge port two is communicated with discharge nozzle two, discharging
It is provided with cleaning mechanism 15 between mechanism 1 and feeding tube 28, cleaning is provided between discharging mechanism 2 10 and feeding tube 1
Drying mechanism.
Driving mechanism includes motor 1 and retarder 19, the piston rod of motor 1 straight up and with retarder 19
Input terminal is connected, and the output end of retarder 19 is connected by shaft with rotating disc 2.The output shaft of motor 1, which rotates, to be driven
Retarder 19 works, and retarder 19 drives shaft rotation, and shaft drives rotating disc 2 to rotate.
It is fixed with material-storing box one between discharge nozzle one and rotating disc 2, valve one is provided in discharge nozzle one, discharge nozzle one
Lower end is communicated with material-storing box one, and scraper structure one is provided in material-storing box one；Storing is fixed between discharge nozzle two and rotating disc 2
Box two is provided with valve two in discharge nozzle two, and the lower end of discharge nozzle two is communicated with material-storing box two, is provided with scraper in material-storing box two
The straight line that structure two, material-storing box one and material-storing box two are formed passes through the axis of rotating disc 2.
As shown in figure 4, scraper structure one includes motor 2 20, gear one, scraper paddle 1 and gear two, motor 2 20
Output shaft fixed with one phase of gear, scraper paddle 1 is fixed by rotation axis one and gear two-phase, gear one and gear two-way
Synchronous belt 1 is crossed to be connected.
Scraper structure two includes motor three, gear three, scraper paddle two and gear four, the output shaft and gear three-phase of motor three
Fixed, scraper paddle two is fixed by rotation axis two and four phase of gear, and gear three is connected with gear four by synchronous belt two.
It opens valve one to flow into iron powder in discharge nozzle one, after filling in discharge nozzle one, rotating by scraper paddle 1 will
The iron powder of spilling is blown off；Similarly, it opens valve two to flow into iron powder in discharge nozzle two, after filling in discharge nozzle two, passes through scraper
The rotation of paddle two blows the iron powder of spilling off.
As shown in fig. 6, discharging mechanism 1 includes one 9a of discharge guide, one 9a of discharge guide is arranged diagonally downward, and discharging is led
Guide part one is provided in one 9a of rail, guide part one includes one 9b of guide plate and guide plate two, and one 9b of guide plate setting is discharging
An inside of one 9a of guide rail, guide plate two are oppositely arranged with one 9b of guide plate, the distance between one 9b of guide plate and guide plate two
Successively decreasing from top to bottom, one 9b of guide plate and guide plate two are equal to the width of magnetic core close to the distance of one outlet end 9a of discharge guide,
One 9a import opposite side of discharge guide is provided with two 9c of push-rod electric machine.
The lower end of one 9a of discharge guide is connected with the dressing mechanism one that magnetic core can be carried out to proper alignment, and dressing mechanism one wraps
One 9e of two 9f of push plate, six 179d of cylinder and blanking bench is included, six 179d of cylinder is fixed on one end of one 9e of blanking bench, six 179d of cylinder
Piston rod fixed with two 9f phase of push plate, the gear close to one side 9a of discharge guide has opening one along one, and opening one is led with discharging
One 9a of rail is communicated.Bar shaped magnetic core green body is pushed into one 9a of discharge guide by two 9c of push-rod electric machine, and two 9f of push plate is by a column bar shaped
Magnetic core green body is pushed into side and facilitates packing.
Discharging mechanism 2 10 includes discharge guide two, and discharge guide two is arranged diagonally downward, is provided in discharge guide two
Guide part two, guide part two include guide plate three and guide plate four, and an inside of discharge guide two, guiding is arranged in guide plate three
Plate four is oppositely arranged with guide plate three, and the distance between guide plate three and guide plate four successively decrease from top to bottom, guide plate three and is led
It is equal to the width of magnetic core close to the distance of two outlet end of discharge guide to plate four, two import opposite side of discharge guide is provided with push rod
Motor three.
The lower end of discharge guide two is connected with the dressing mechanism two that magnetic core can be carried out to proper alignment, and dressing mechanism two includes
Push plate three, cylinder seven and blanking bench two, cylinder seven are fixed on one end of blanking bench two, the piston rod and push plate three-phase solid of cylinder seven
Fixed, the gear close to two side of discharge guide has opening two along one, and opening two is communicated with discharge guide two.Bar shaped magnetic core green body passes through
Push-rod electric machine three is pushed into discharge guide two, and a column bar shaped magnetic core green body is pushed into side and facilitates packing by push plate three.
As shown in figure 5, upper mold head assembly 1 includes one 11b of one 11a of upper die head and fixed frame, opened on one 11b of fixed frame
Equipped with conical bore one, one 11a outer sheath of upper die head is equipped with spring one, and spring one is resisted against in conical bore one, on one 11a of upper die head
Side is provided with four 11c of motor, and the output shaft of four 11c of motor is horizontally disposed and is coaxially fixed with one 11d of cam, one 11d of cam with
The upper end of one 11a of upper die head is in contact.Four 11c of motor, more than thousand one 11d of cam rotations, one 11d of cam and spring one can make
Die head moves back and forth up and down, and upper die head is pressed downward that the iron powder in lower die holder 3 is pressed.
Upper mold head assembly 2 12 includes upper die head two and fixed frame two, offers conical bore two, upper die head on fixed frame two
Two outer sheaths are equipped with spring two, and spring two is resisted against in conical bore two, are provided with motor five above upper die head two, motor five it is defeated
Shaft is horizontally disposed and is coaxially fixed with cam two, and cam two is in contact with the upper end of upper die head two.
As shown in fig. 7, cleaning mechanism 15 includes falsework one, one 15a of cylinder is set on falsework one, one 15a's of cylinder
Piston rod is horizontally disposed and end is fixed with two 15b of cylinder, and the piston rod of two 15b of cylinder is straight down and end is fixed with installation
It is installed with several through-holes on block 15c, mounting blocks 15c, suction nozzle 15d is fixed in through-hole, suction nozzle 15d is connected with connecting branch,
Connecting branch is connected to connection general pipeline, and connection general pipeline is connected with dust catcher.By one 15a of cylinder and two 15b of cylinder by suction nozzle 15d
It is moved in corresponding lower die holder 3, is siphoned away the impurity in lower die holder 3 by dust catcher.
As shown in figure 8, cleaning, drying mechanism includes cleaning structure 16 and drying structure 17, cleaning structure 16 includes falsework
Two, three 16a of cylinder is provided on falsework two, the piston rod of three 16a of cylinder is horizontally disposed and end is fixed with four 16b of cylinder,
The piston rod of four 16b of cylinder is straight down and there is six 16c of motor in end, is connected with cleaning rod on the output shaft of six 16c of motor
16d is provided with bucket between falsework two and rotating disc 2.Cleaning rod 16d is moved to by three 16a of cylinder and four 16b of cylinder
In lower die holder 3, by six 16c of motor, 7 cleaning rod 16d rotations, cleaning rod 16d cleans lower die holder 3, cleaning rod 16d
It can also be moved in bucket and carry out self cleaning.
As shown in figure 9, drying structure 17 includes falsework three, it is provided with cylinder 6 17 on falsework three, cylinder 6 17
Piston rod is horizontally disposed and end is fixed with five 17b of cylinder, and the piston rod of five 17b of cylinder is straight down and end is fixed with connection
Steam heating pipe 17d is fixed on block 17c, link block 17c, the one end steam heating pipe 17d is connected with spray head 17e, and the steam heating pipe 17d other end connects
It is connected to heating box, is provided with delivery pump in steam heating pipe 17d.Spray head 17e is moved to lower die by cylinder 6 17 and five 17b of cylinder
In seat 3, lower die holder 3 is subjected to drying and processing.
The working principle of the molding equipment of this magnetic core is as follows: firstly, the iron powder in elevating hopper 13 is flowed by feeding tube 1
In the corresponding lower die holder 3 in lower section, until lower die holder 3 fills iron powder；And then, upper die holder is turned into upper mold by rotating disc 2
Head assembly 1, one 11 pairs of lower die holders 3 of upper mold head assembly push, and iron powder is shaped to strip magnetic core green body under pressure；Most
Afterwards, strip magnetic core green body is discharged by discharging mechanism 1；Feeding tube 28 and feeding tube 1 are symmetrical arranged, upper die head group
Part 1 and upper mold head assembly 2 12 are symmetrical arranged, and discharging mechanism 1 and discharging mechanism 2 10 are symmetrical arranged, and rotating disc 2 rotates
While, upper mold head assembly 1, feeding tube 1 and discharging mechanism 2 10 are run simultaneously, improve processing efficiency；In addition, when long
Between work after, mobile impurity can be generated in lower die holder 3, periodically it is carried out clearly using cleaning mechanism 15 and cleaning, drying mechanism
Reason, guarantees the quality of compression moulding.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
In the description of the present invention, it should be noted that the orientation of the instructions such as term " on ", "lower", "inner", "outside"
Or positional relationship be based on the orientation or positional relationship shown in the drawings or the utility model product using when usually put
Orientation or positional relationship is merely for convenience of describing the present invention and simplifying the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to the utility model
Limitation.In addition, term " one ", " two " etc. are only used for distinguishing description, it is not understood to indicate or imply relative importance.?
In the description of the utility model, it is also necessary to which explanation is unless specifically defined or limited otherwise, term " setting ", " connection "
It shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；It can be mechanical connect
It connects, is also possible to be electrically connected；It can be directly connected, can also can be in two elements indirectly connected through an intermediary
The connection in portion.For the ordinary skill in the art, above-mentioned term can be understood in the present invention with concrete condition
Concrete meaning.
Although work box 1 is used more herein；Rotating disc 2；Lower die holder 3；Push plate 1；5, push-rod electric machine 1；Branch
Frame 6；Feeding tube 1；Feeding tube 28；Discharging mechanism 1；One 9a of discharge guide；One 9b of guide plate；Two 9c of push-rod electric machine；Cylinder
Six 179d；One 9e of blanking bench；Push plate two；Discharging mechanism 2 10；Upper mold head assembly 1；One 11a of upper die head；Fixed frame one
11b；Four 11c of motor；One 11d of cam；Upper mold head assembly 2 12；Elevating hopper 13；Strut 14；Cleaning mechanism 15；One 15a of cylinder；
Two 15b of cylinder；Mounting blocks 15c；Suction nozzle 15d；Cleaning structure 16；Three 16a of cylinder；Four 16b of cylinder；Six 16c of motor；Cleaning rod
16d；Drying structure 17；Cylinder 6 17；Five 17b of cylinder；Link block 17c；Steam heating pipe 17d；Spray head 17e；Motor 1；Retarder
19；Motor 2 20；Synchronous belt 1；The terms such as scraper paddle 1, but it does not exclude the possibility of using other terms.Use this
A little terms are used for the purpose of being more convenient to describe and explain the essence of the utility model；It is construed as any additional
Limitation is all contrary to the spirit of the present invention.
Claims (10)
1. a kind of molding equipment of magnetic core, including work box, which is characterized in that horizontally rotate on the work box and be provided with rotation
Disk is provided with the driving mechanism that can drive turn disc in work box, several mounting holes is offered on the rotating disc, described
Mounting hole circular array is distributed, and is provided with lower die holder in mounting hole, in a tubular form, the basal sliding of lower die holder is set the lower die holder
It is equipped with push plate one, is matched inside push plate one and lower die holder, push-rod electric machine one is provided with below lower die holder, push-rod electric machine one
Piston rod is fixed with one phase of push plate, and the body of push-rod electric machine one is mutually fixed by the outer wall of bracket and lower die holder, rotating disc it is upper
Side is provided with feeding tube one close to front side, and the top of rotating disc is provided with feeding tube two, the close left side of rotating disc close to rear side
It is provided with discharging mechanism one, rotating disc is provided with discharging mechanism two close to right side, is arranged between feeding tube one and discharging mechanism one
There is upper mold head assembly one, upper mold head assembly two, setting above the rotating disc are provided between feeding tube two and discharging mechanism two
There is elevating hopper, elevating hopper is fixed by several struts with work box, and the feeding funnel bottom has discharge port one and discharge port two,
The discharge port one is communicated with discharge nozzle one, and the discharge port two is communicated with discharge nozzle two, the discharging mechanism two and feeding tube
Cleaning, drying mechanism is provided between one, the cleaning, drying mechanism includes cleaning structure and drying structure, and cleaning structure includes
Falsework two is provided with cylinder three on falsework two, and the piston rod of cylinder three is horizontally disposed and end is fixed with cylinder four, cylinder
Four piston rod is straight down and there is motor six in end, and cleaning rod, falsework two and rotation are connected on the output shaft of motor six
Bucket is provided between disk.
2. the molding equipment of magnetic core according to claim 1, which is characterized in that the driving mechanism includes motor one and subtracts
Fast device, the piston rod of motor one are connected straight up and with the input terminal of retarder, the output end of retarder by shaft with
Rotating disc is connected.
3. the molding equipment of magnetic core according to claim 2, which is characterized in that solid between the discharge nozzle one and rotating disc
Surely there is material-storing box one, valve one is provided in discharge nozzle one, the lower end of discharge nozzle one is communicated with material-storing box one, the material-storing box one
Inside it is provided with scraper structure one；It is fixed with material-storing box two between discharge nozzle two and rotating disc, valve two is provided in discharge nozzle two,
The lower end of discharge nozzle two is communicated with material-storing box two, and scraper structure two, material-storing box one and material-storing box are provided in the material-storing box two
The axis that two straight lines formed pass through rotating disc.
4. the molding equipment of magnetic core according to claim 3, which is characterized in that the scraper structure one include motor two,
Gear one, scraper paddle one and gear two, output shaft and one phase of gear of motor two are fixed, and scraper paddle one passes through rotation axis one and tooth
Wheel two-phase is fixed, and gear one is connected with gear two by synchronous belt one.
5. the molding equipment of magnetic core according to claim 4, which is characterized in that the scraper structure two include motor three,
Gear three, scraper paddle two and gear four, output shaft and the gear three-phase of motor three are fixed, and scraper paddle two passes through rotation axis two and tooth
It takes turns four phases to fix, gear three is connected with gear four by synchronous belt two.
6. the molding equipment of magnetic core according to claim 5, which is characterized in that the discharging mechanism one includes discharge guide
One, discharge guide one is arranged diagonally downward, and guide part one is provided in the discharge guide one, and guide part one includes guide plate one
With guide plate two, an inside of discharge guide one is arranged in guide plate one, and guide plate two is oppositely arranged with guide plate one, guide plate
The distance between one and guide plate two successively decrease from top to bottom, guide plate one and guide plate two close to one outlet end of discharge guide away from
From the width for being equal to magnetic core, one import opposite side of discharge guide is provided with push-rod electric machine two.
7. the molding equipment of magnetic core according to claim 6, which is characterized in that the lower end of the discharge guide one connects
There is the dressing mechanism one that magnetic core can be carried out to proper alignment, the dressing mechanism one includes push plate two, cylinder six and blanking bench one,
Cylinder six is fixed on one end of blanking bench one, and piston rod and the push plate two-phase of cylinder six are fixed, the gear close to discharge guide side
There is opening one along one, opening one is communicated with discharge guide one.
8. the molding equipment of magnetic core according to claim 7, which is characterized in that the discharging mechanism two includes discharge guide
Two, discharge guide two is arranged diagonally downward, and guide part two is provided in the discharge guide two, and guide part two includes guide plate three
With guide plate four, an inside of discharge guide two is arranged in guide plate three, and guide plate four is oppositely arranged with guide plate three, guide plate
The distance between three and guide plate four successively decrease from top to bottom, guide plate three and guide plate four close to two outlet end of discharge guide away from
From the width for being equal to magnetic core, two import opposite side of discharge guide is provided with push-rod electric machine three.
9. the molding equipment of magnetic core according to claim 8, which is characterized in that the lower end of the discharge guide two connects
There is the dressing mechanism two that magnetic core can be carried out to proper alignment, the dressing mechanism two includes push plate three, cylinder seven and blanking bench two,
Cylinder seven is fixed on one end of blanking bench two, and piston rod and the push plate three-phase of cylinder seven are fixed, the gear close to two side of discharge guide
There is opening two along one, opening two is communicated with discharge guide two.
10. the molding equipment of magnetic core according to claim 9, which is characterized in that the drying structure includes falsework three,
Cylinder six is provided on falsework three, the piston rod of cylinder six is horizontally disposed and end is fixed with cylinder five, the piston of cylinder five
Bar is straight down and end is fixed with link block, steam heating pipe is fixed on link block, steam heating pipe one end is connected with spray head, steam heating pipe
The other end is connected with heating box, is provided with delivery pump in steam heating pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821730059.6U CN209425689U (en) | 2018-10-24 | 2018-10-24 | A kind of molding equipment of magnetic core |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821730059.6U CN209425689U (en) | 2018-10-24 | 2018-10-24 | A kind of molding equipment of magnetic core |
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| Publication Number | Publication Date |
|---|---|
| CN209425689U true CN209425689U (en) | 2019-09-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821730059.6U Active CN209425689U (en) | 2018-10-24 | 2018-10-24 | A kind of molding equipment of magnetic core |
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| Country | Link |
|---|---|
| CN (1) | CN209425689U (en) |
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