CN109285687A - A kind of magnetic core production line - Google Patents
A kind of magnetic core production line Download PDFInfo
- Publication number
- CN109285687A CN109285687A CN201811022339.6A CN201811022339A CN109285687A CN 109285687 A CN109285687 A CN 109285687A CN 201811022339 A CN201811022339 A CN 201811022339A CN 109285687 A CN109285687 A CN 109285687A
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- China
- Prior art keywords
- motor
- cylinder
- rack
- locating slot
- emery wheel
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B27/00—Other grinding machines or devices
- B24B27/0023—Other grinding machines or devices grinding machines with a plurality of working posts
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B27/00—Other grinding machines or devices
- B24B27/0069—Other grinding machines or devices with means for feeding the work-pieces to the grinding tool, e.g. turntables, transfer means
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B27/00—Other grinding machines or devices
- B24B27/0076—Other grinding machines or devices grinding machines comprising two or more grinding tools
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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
- H01F41/0206—Manufacturing of magnetic cores by mechanical means
- H01F41/0246—Manufacturing of magnetic circuits by moulding or by pressing powder
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Power Engineering (AREA)
- Manufacturing & Machinery (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The present invention provides a kind of magnetic core production lines, belong to field of mechanical technique.It solves the problems, such as that production efficiency is low in the prior art.This magnetic core production line, including rack, delivery chute is provided in rack, feed mechanism, grinding machine apparatus, automatic cleaning drying device, cutting agency are disposed with along delivery chute conveying direction in rack, feed mechanism includes stock shelf, feeding groove is tiltedly installed on stock shelf, gap blocking mechanism is provided between the inclination lower end of feeding groove and delivery chute, gap blocking mechanism includes baffle and slide, barrier slides are provided on slide, the lower end of baffle is connected with the cylinder 12 that it can be made to slide up and down, and one end of delivery chute is provided with cylinder 11.The present invention has the advantages that improve production efficiency.
Description
Technical field
The invention belongs to field of mechanical technique, are related to a kind of magnetic core production line.
Background technique
Magnetic core refers to a kind of sintering magnetic metal oxide being made of various iron oxide mixtures.Magnetic core is using iron powder
By mold compression moulding, then high temperature sintering is formed in the high temperature sintering furnace of nitrogen protection, for various electronic equipments
In coil and transformer.The production process of magnetic core mainly has powder processed, molding, sintering, mill processing, arranges etc..
Currently, the production efficiency of production line is lower, so those skilled in the art have a kind of efficient magnetic core to be developed raw
Producing line.
Summary of the invention
The purpose of the present invention is there is the above problem in view of the prior art, a kind of magnetic core production line is proposed, the present invention
Have the characteristics that improve processing efficiency.
Object of the invention can be realized by the following technical scheme: a kind of magnetic core production line, including rack, feature exist
In, be provided with delivery chute in rack, in rack along delivery chute conveying direction be disposed with feed mechanism, grinding machine apparatus, from
Dynamic cleaning drying device, cutting agency, the feed mechanism includes stock shelf, and feeding groove, feeding are tiltedly installed on stock shelf
Gap blocking mechanism is provided between the inclination lower end of slot and delivery chute, gap blocking mechanism includes baffle and slide, and baffle is sliding
Dynamic to be provided on slide, the lower end of baffle is connected with the cylinder 12 that it can be made to slide up and down, and one end of delivery chute is provided with gas
Cylinder 11.
The grinding machine apparatus includes the first abrasive construction, overturning structure, the second abrasive construction, is successively offered in delivery chute
Locating slot one and locating slot two, the slot bottom of the locating slot one offer through-hole one, and the slot bottom of the locating slot two offers logical
Hole two, the first abrasive construction include cylinder three, and cylinder three is arranged on the rack, and the piston rod of cylinder three is arranged in through-hole one,
Emery wheel one is provided on the front side cell wall of locating slot one, emery wheel one is connected with the motor one that it can be driven to rotate, and motor one is arranged
On motor rack one, motor rack one and one basal sliding of locating slot are arranged, and motor rack one is connected with the cylinder four that it can be made to slide,
Emery wheel two is provided on the left side cell wall of locating slot one, emery wheel two is connected with the motor two that it can be driven to rotate, and motor two is arranged
On motor rack two, motor rack two and one basal sliding of locating slot are arranged, and motor rack two is connected with the cylinder five that it can be made to slide,
Emery wheel three is provided on the rear side cell wall of locating slot one, emery wheel three is connected with the motor three that it can be driven to rotate, and motor three is arranged
On motor rack three, motor rack three and one basal sliding of locating slot are arranged, and motor rack three is connected with the cylinder six that it can be made to slide,
Emery wheel four is provided on the rear side cell wall of locating slot one, emery wheel four is connected with the motor four that it can be driven to rotate, and motor four is arranged
On motor rack four, motor rack four and one basal sliding of locating slot are arranged, and motor rack four is connected with the cylinder seven that it can be made to slide.
The overturning structure includes cylinder one, cylinder two, motor five and motor six, and motor five is fixed on the side of rack,
Motor six is fixed on the other side of rack, and motor five and motor six are oppositely arranged, and cylinder one is fixed on the output shaft of motor five,
Cylinder two is fixed on the output shaft of motor six.
The cylinder one and cylinder two are finger cylinder.
Second abrasive construction includes cylinder eight, and cylinder eight is arranged on the rack, and the piston rod setting of cylinder eight is logical
Kong Erzhong, emery wheel five is provided on the left side cell wall of locating slot two, and emery wheel five is connected with the motor seven that it can be driven to rotate, motor
Seven are arranged on motor rack five, and motor rack five and two basal sliding of locating slot are arranged, and motor rack five, which is connected with, can make its sliding
Cylinder nine.
Emery wheel six is provided on the right side cell wall of the locating slot two, emery wheel six is connected with the motor that it can be driven to rotate
Eight, motor eight is arranged on motor rack six, and motor rack six and two basal sliding of locating slot are arranged, and motor rack six, which is connected with, can make it
The cylinder ten of sliding.
Spray head one is provided with above the locating slot one, spray head one is connected with delivery pipe one.
Spray head two is provided with above the locating slot two, spray head two is connected with delivery pipe two.
The delivery pipe one and delivery pipe two are respectively connected with delivery main, and delivery main connects external water source.
The through-hole one is connected with waste pipe one.
The through-hole two is connected with waste pipe two.
The automatic cleaning drying device includes wiper mechanism and drying mechanism, and wiper mechanism includes delivery chute, waste pipe
And escape pipe, waste material tube section offer strip hole, waste pipe setting offers several on delivery chute side, outlet tube wall
Venthole, for venthole towards delivery chute, the other side of delivery chute, the structure closed at one end of escape pipe, outlet is arranged in escape pipe
The other end of pipe is connected with snorkel, and snorkel is communicated with conveying fan, and cleaning structure, institute are provided with above the delivery chute
Stating cleaning structure includes fixing seat, and fixing seat is fixed on the rack, and sliding is provided with sliding panel in fixing seat, and sliding panel is connected with
The driving structure that it moves back and forth is driven, driving structure includes driving motor and cam, and driving motor is fixed in fixing seat, is driven
The output shaft of dynamic motor is fixed with cam, and outer profile and the sliding panel side of cam lean, the sliding panel other side and fixing seat
Between connected by spring, be vertically fixed several vertical bars on the lower surface of the sliding panel, the lower end of vertical bar is fixed with
Brush.
The end of the delivery chute is also connected with the rinse bath of strip, and the two sides of rinse bath are provided with water pipe, on water pipe
It is provided with water pump one, water pipe is also connected with reservoir, and discharge orifice is opened up on the tube body of water pipe, and the slot bottom of rinse bath offers water outlet
Hole, apopore are communicated with wastewater disposal basin, and filter screen is provided on wastewater disposal basin, magnetic stripe, wastewater disposal basin and reservoir are provided on filter screen
Between be connected to by pure water pipe, be provided with water pump two in pure water pipe, pure water pipe one end is in bottom of waste water pond.
Supersonic generator and Vibration Box are provided in the rinse bath, supersonic generator is arranged on rinse bath outer wall,
Vibration Box is arranged on rinse bath inner wall, and ultrasonic transducer is provided in Vibration Box.
It is provided with water removing structure between the wiper mechanism and drying mechanism, the water removing structure includes platform, on platform
Side is provided with air-suction cover, air intake duct is connected on air-suction cover, air intake duct is communicated with compression pump.
The drying mechanism includes conveyer belt and drying box, and conveyer belt is set on the outside of several conveying rollers, conveying roller connection
There is the rotary electric machine that it can be made to rotate, is provided with several infrared lamps on the tank wall of drying box, is offered at the top of drying box
Several ventholes.
Several ventholes are offered on the conveyer belt.
The cutting agency includes blanking tube, and manipulator three is provided in rack, and manipulator is arranged above blanking tube.
This magnetic core production line further includes molding machine and sintering furnace, and the sintering furnace includes the furnace body with furnace chamber, described
Furnace body has inlet port and outlet port, and feeding mechanism is provided on the outside of feed inlet, is provided with discharging mechanism on the outside of discharge port, from into
Furnace chamber is successively divided into preheating zone, dumping area, low-temperature space, high-temperature region and radiating area, the feeding mechanism to discharge port by material mouth
Including fixed station and feeding case, the outside of feed inlet is arranged in fixed station, and the first cylinder, third cylinder are further fixed on fixed station
Piston rod be directed toward feed inlet and end and be fixed with scraping wings, the top of the fixed station is equipped with ring-shaped guide rail and the first work electricity
Machine, fitting ring-shaped guide rail are provided with rack gear, several driving gears, the output shaft of the first work drive motor and driving are engaged on rack gear
Gear is coaxially fixed, and mounting plate is fixed on the body of the first work drive motor, push-rod electric machine, push-rod electric machine are fixed on mounting plate
Output shaft straight down and end is fixed with the second cylinder, above-mentioned feeding case is located at the lower section of ring-shaped guide rail, in the furnace body
It is provided with and is able to drive the conveyer belt that magnetic core is fed forward.
Sliding is provided with the sliding door one that can open and close feed inlet on the furnace body, and sliding door one, which is connected with, can make it back and forth
The third cylinder of sliding.
Sliding is provided with the sliding door two that can open and close discharge port on the furnace body, and sliding door two, which is connected with, can make it back and forth
4th cylinder of sliding.
The discharging mechanism includes discharging platform, and the outside of discharge port is arranged in discharging platform, and discharging platform is fixedly arranged above silk
Pole socket one, rotation is provided with the first screw rod on screw rodb base one, and the first screw rod is connected with the second work drive motor that it can be made to rotate, the
Nut one is threaded on one screw rod, the outside of nut one is fixed with sliding block one, and sliding block one and the sliding of screw rodb base one are arranged, sliding
The lower section of block one is equipped with the 5th cylinder, and the piston rod of the 5th cylinder is vertically forward and end is fixed with manipulator one, screw rodb base one
It is equipped with rotating disc below one end far from furnace body, the third work drive motor that it can be driven to rotate is connected with below rotating disc.
It is additionally provided with several placing grooves on the rotating disc, places trench bottom and offers ventilation hole, the top of rotating disc is equipped with
Cooling body, the cooling body include in guide duct, and the input terminal of guide duct is connected with negative-pressure air fan, the output end of guide duct
Towards rotating disc and it is communicated with wind scooper, the wind scooper is in horn-like.
The side of the rotating disc is additionally provided with placing box, and placing box is fixedly arranged above screw rodb base two, on screw rodb base two
Rotation is provided with the second screw rod, and the second screw rod is connected with the 4th work drive motor that it can be made to rotate, is threadedly coupled on the second screw rod
There is a nut two, the outside of nut two is fixed with sliding block two, and sliding block two and the sliding of screw rodb base two are arranged, and the lower section of sliding block two is equipped with the
Six cylinders, the piston rod of the 6th cylinder is vertically forward and end is fixed with manipulator two.
Permutation is distributed the placing groove in a ring, and the quantity of placing groove is four, and the angle between placing groove is 90 °.
Second cylinder is finger cylinder.
Insulating layer is coated on the drying chamber interior wall.
Sliding is provided with thermal insulation board one between the high-temperature region and radiating area, and sliding is provided between radiating area and discharge port
Thermal insulation board two, offers outlet at the top of radiating area, and outlet is provided with working fan on appendix by appendix connection, defeated
The end in the outside for sending tube portion to be circumferentially positioned at drying box, delivery pipe is communicated with drying box bottom.By using in sintering furnace
Waste heat to auxiliary heating is carried out in drying box, rationally utilize resource.
The working principle of this machining production line is as follows: firstly, passing through molding machine for iron powder compression moulding；Then, it will press
The iron powder made, which is placed into sintering furnace, to be sintered；Finally, polishing, cleaning, drying, blanking.
Compared with prior art, the invention has the following advantages that
1, in this magnetic core production line sintering furnace by setting fixed station, feeding case, the first cylinder, scraping wings, ring-shaped guide rail,
First work drive motor, rack gear, driving gear, mounting plate, push-rod electric machine, the second cylinder, magnetic core are sintered using one group of group, are led to
It crosses the second cylinder and automatically grabs one group of magnetic core, then turn to the positive other side of feed inlet, while sliding door one is opened, start the first gas
This group of magnetic core is pushed into feed inlet by cylinder, considerably increases working efficiency using fully automatic feeding.
2, in this magnetic core production line sintering furnace by setting screw rodb base one, the second work drive motor, the 5th cylinder, rotating disc,
Third work drive motor, negative-pressure air fan, guide duct, wind scooper, placing box, screw rodb base two, the 4th work drive motor, the 6th cylinder, machine
Tool hand one, manipulator two, wind scooper are directed at the magnetic core cooling on rotating disc, ensure that cooling efficiency.
3, automatic cleaning drying device passes through setting waste pipe, escape pipe, snorkel and conveying wind in this magnetic core production line
The impurity on magnetic core surface can be passed through wind with a part by machine, and impurity is fallen into waste pipe, has the function of tentatively clearing up.
4, in this magnetic core production line automatic cleaning drying device by setting fixing seat, sliding panel, driving motor, cam,
Spring, bar are perpendicular and brush, brush move back and forth, and have the advantages that auxiliary cleaning impurity.
5, the present invention can be siphoned away a part of water in magnetic core surface, be facilitated subsequent by setting platform, compression pump and air-suction cover
Drying functions.
6, automatic cleaning drying device passes through infrared ray by setting drying box and infrared lamp in this magnetic core production line
Heating, the moisture on magnetic core surface is thoroughly dried, ensure that processing quality.
7, grinding machine apparatus passes through setting emery wheel one, motor one, cylinder four, emery wheel two, motor two, gas in this magnetic core production line
Cylinder five, emery wheel three, motor three, cylinder six, emery wheel four, motor four and cylinder seven, magnetic core will be refined clamp after polish,
It ensure that the quality of processing.
8, grinding machine apparatus enables magnetic core by setting cylinder one, cylinder two, motor five and motor six in this magnetic core production line
It is enough rapidly performed by overturning, improves production efficiency.
9, grinding machine apparatus passes through setting cylinder eight, emery wheel five, motor seven, cylinder nine, six and of emery wheel in this magnetic core production line
Motor eight makes most latter two face not being polished obtain grinding process, ensure that each face of magnetic core can be polished to.
Detailed description of the invention
Fig. 1 is the overlooking structure diagram of this grinding machine apparatus.
Fig. 2 is the partial structural diagram of this grinding machine apparatus.
Fig. 3 is the schematic top plan view of this automatic cleaning drying device.
Fig. 4 is the schematic diagram of this automatic cleaning drying device cleaning structure.
Fig. 5 is the structural schematic diagram of this sintering furnace.
Fig. 6 is the feeding mechanism schematic diagram of this sintering furnace.
Fig. 7 is the feeding mechanism partial schematic diagram of this sintering furnace.
Fig. 8 is the discharging mechanism schematic diagram of this sintering furnace.
In figure, 1, delivery chute；1a, locating slot one；1b, locating slot two；2, the first abrasive construction；2a, emery wheel one；2b, electricity
Machine one；2c, cylinder four；2d, emery wheel two；2e, motor two；2f, cylinder five；2g, emery wheel three；2h, motor three；2i, cylinder six；
2j, emery wheel four；2k, motor four；2l, cylinder seven；3, structure is overturn；3a, cylinder one；3b, cylinder two；3c, motor five；3d, electricity
Machine six；4, the second abrasive construction；4a, cylinder eight；4b, emery wheel five；4c, motor seven；4d, cylinder nine；4e, emery wheel six；4f, motor
Eight；5, delivery chute；6, waste pipe；7, escape pipe；8, snorkel；9, conveying fan；10, fixing seat；11, sliding panel；12, it drives
Motor；13, cam；14, spring；15, bar is perpendicular；16, brush；17, rinse bath；18, platform；19, drying box；20, furnace body；21,
Feeding mechanism；21a, fixed station；21b, feeding case；21c, the first cylinder；21d, scraping wings；21e, ring-shaped guide rail；21f, first
Work drive motor；21g, rack gear；21h, driving gear；21i, mounting plate；21j, push-rod electric machine；21k, the second cylinder；22, it preheats
Area；23, dumping area；24, low-temperature space；25, high-temperature region；26, radiating area；27, discharging mechanism；27a, screw rodb base one；27b, second
Work drive motor；27c, the 5th cylinder；27d, rotating disc；27e, third work drive motor；27f, negative-pressure air fan；27g, guide duct；
27h, wind scooper；27i, placing box；27j, screw rodb base two；27k, the 4th work drive motor；27l, the 6th cylinder；27m, manipulator
One；27n, manipulator two；28, sliding door one；29, third cylinder；30, sliding door two；31, the 4th cylinder.
Specific embodiment
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
As shown in figures 1-8, a kind of magnetic core production line, including rack, are provided with delivery chute 1 in rack, along defeated in rack
1 conveying direction of slot is sent to be disposed with feed mechanism, grinding machine apparatus, automatic cleaning drying device, cutting agency, feed mechanism packet
Stock shelf is included, feeding groove is tiltedly installed on stock shelf, gap blocking is provided between the inclination lower end and delivery chute 1 of feeding groove
Mechanism, gap blocking mechanism include baffle and slide, and barrier slides are provided on slide, and the lower end of baffle, which is connected with, can make thereon
The cylinder 12 of lower slider, one end of delivery chute 1 are provided with cylinder 11.
As shown in Figs. 1-2, grinding machine apparatus includes the first abrasive construction 2, overturning structure 3, the second abrasive construction 4, delivery chute 1
Two 1b of one 1a of locating slot and locating slot is inside successively offered, the slot bottom of one 1a of locating slot offers through-hole one, two 1b's of locating slot
Slot bottom offers through-hole two, and the first abrasive construction 2 includes cylinder three, and cylinder three is arranged on the rack, and the piston rod of cylinder three is set
It sets in through-hole one, one 2a of emery wheel is provided on the front side cell wall of one 1a of locating slot, one 2a of emery wheel, which is connected with, can drive its rotation
One 2b of motor, one 2b of motor is arranged on motor rack one, and motor rack one and one 1a basal sliding of locating slot are arranged, motor rack one
It is connected with four 2c of cylinder that it can be made to slide, is provided with two 2d of emery wheel, two 2d connection of emery wheel on the left side cell wall of one 1a of locating slot
There are two 2e of motor that it can be driven to rotate, two 2e of motor to be arranged on motor rack two, motor rack two and one bottom 1a of locating slot are sliding
Dynamic setting, motor rack two are connected with five 2f of cylinder that it can be made to slide, are provided with emery wheel three on the rear side cell wall of one 1a of locating slot
2g, three 2g of emery wheel are connected with three 2h of motor that it can be driven to rotate, and three 2h of motor is arranged on motor rack three, motor rack three and fixed
Position one 1a basal sliding of slot setting, motor rack three are connected with six 2i of cylinder that it can be made to slide, the rear side cell wall of one 1a of locating slot
On be provided with four 2j of emery wheel, four 2j of emery wheel is connected with four 2k of motor that it can be driven to rotate, and four 2k of motor is arranged in motor rack four
On, motor rack four and one 1a basal sliding of locating slot are arranged, and motor rack four is connected with seven 2l of cylinder that it can be made to slide.
Overturning structure 3 is fixed on rack including one 3a of cylinder, two 3b of cylinder, five 3c of motor and motor six 3d, five 3c of motor
Side, six 3d of motor is fixed on the other side of rack, and five 3c of motor and six 3d of motor are oppositely arranged, and one 3a of cylinder is fixed on electricity
On the output shaft of five 3c of machine, two 3b of cylinder is fixed on the output shaft of six 3d of motor.One 3a of cylinder and two 3b of cylinder is finger
Cylinder.
Second abrasive construction 4 includes eight 4a of cylinder, and eight 4a of cylinder is arranged on the rack, and the piston rod setting of eight 4a of cylinder exists
In through-hole two, five 4b of emery wheel is provided on the left side cell wall of two 1b of locating slot, five 4b of emery wheel is connected with the electricity that it can be driven to rotate
Seven 4c of machine, seven 4c of motor are arranged on motor rack five, and motor rack five and two 1b basal sliding of locating slot are arranged, and motor rack five connects
There is nine 4d of cylinder that it can be made to slide.Six 4e of emery wheel is provided on the right side cell wall of two 1b of locating slot, six 4e of emery wheel is connected with energy
Eight 4f of motor for driving it to rotate, eight 4f of motor are arranged on motor rack six, and motor rack six is set with two 1b basal sliding of locating slot
It sets, motor rack six is connected with the cylinder ten that it can be made to slide.
It is provided with spray head one above one 1a of locating slot, spray head one is connected with delivery pipe one.It is set above two 1b of locating slot
It is equipped with spray head two, spray head two is connected with delivery pipe two.
Delivery pipe one and delivery pipe two are respectively connected with delivery main, and delivery main connects external water source.Through-hole one is connected with
Waste pipe one.Through-hole two is connected with waste pipe two.
As shown in Figure 3-4, automatic cleaning drying device includes wiper mechanism and drying mechanism, and wiper mechanism includes waste pipe
6 and escape pipe 7,6 section of waste pipe offers strip hole, and the setting of waste pipe 6 opens up on 1 side of delivery chute, 7 tube wall of escape pipe
Have several ventholes, for venthole towards delivery chute 1, escape pipe 7 is arranged in the other side of delivery chute 1, escape pipe 7 it is closed at one end
Structure, the other end of escape pipe 7 are connected with snorkel 8, and snorkel 8 is communicated with conveying fan 9, and the top of delivery chute 1 is provided with
Cleaning structure, cleaning structure include fixing seat 10, and fixing seat 10 is fixed on the rack, and sliding is provided with sliding panel in fixing seat 10
11, sliding panel 11 is connected with the driving structure for driving it to move back and forth, and driving structure includes driving motor 12 and cam 13, driving
Motor 12 is fixed in fixing seat 10, and the output shaft and cam 13 of driving motor 12 are fixed, the outer profile and sliding panel of cam 13
11 sides lean, and pass through 14 elastic connection of spring, the lower surface of sliding panel 11 between 11 other side of sliding panel and fixing seat 10
On be vertically fixed several vertical bars, the lower end of vertical bar is fixed with brush 16.
The end of delivery chute 1 is also connected with the rinse bath 17 of strip, and the two sides of rinse bath 17 are provided with water pipe, on water pipe
It is provided with water pump one, water pipe is also connected with reservoir, and discharge orifice is opened up on the tube body of water pipe, and the slot bottom of rinse bath 17 offers out
Water hole, apopore are communicated with wastewater disposal basin, and filter screen is provided on wastewater disposal basin, magnetic stripe, wastewater disposal basin and water storage are provided on filter screen
It is connected between pond by pure water pipe, is provided with water pump two in pure water pipe, pure water pipe one end is in bottom of waste water pond.In rinse bath 17
It is provided with supersonic generator and Vibration Box 5, supersonic generator is arranged on 17 outer wall of rinse bath, and Vibration Box 5 is arranged in rinse bath
On 17 inner walls, ultrasonic transducer is provided in Vibration Box 5.
Water removing structure is provided between wiper mechanism and drying mechanism, water removing structure includes platform 18, is set above platform 18
It is equipped with air-suction cover, air intake duct is connected on air-suction cover, air intake duct is communicated with compression pump.
Drying mechanism includes conveyer belt and drying box 19, and conveyer belt is set on the outside of several conveying rollers, and conveying roller is connected with
It can make the rotary electric machine of its rotation, be provided with several infrared lamps on the tank wall of drying box 19, the top of drying box 19 opens up
There are several ventholes.Several ventholes are offered on conveyer belt.Cutting agency includes blanking tube, is provided with manipulator in rack
Three, manipulator is arranged above blanking tube.
As viewed in figures 5-8, this magnetic core production line further includes molding machine and sintering furnace, and molding machine is the prior art, is burnt
Freezing of a furnace includes the furnace body 20 with furnace chamber, and furnace body 20 has inlet port and outlet port, is provided with feeding mechanism 21 on the outside of feed inlet,
Discharging mechanism 27 is provided on the outside of discharge port, from feed inlet to discharge port successively by furnace chamber be divided into preheating zone 22, dumping area 23,
Low-temperature space 24, high-temperature region 25 and radiating area 26, feeding mechanism 21 include fixed station 21a and feeding case 21b, fixed station 21a setting
Be further fixed on the first cylinder 21c on the outside of feed inlet, fixed station 21a, the piston rod of third cylinder 29 be directed toward feed inlet and
End is fixed with scraping wings 21d, and the top of fixed station 21a is equipped with ring-shaped guide rail 21e and the first work drive motor 21f, fitting annular
Guide rail 21e is provided with rack gear 21g, is engaged with several driving gear 21h on rack gear 21g, the output shaft of the first work drive motor 21f with
Driving gear 21h is coaxially fixed, and mounting plate 21i is fixed on the body of the first work drive motor 21f, is fixed on mounting plate 21i
Push-rod electric machine 21j, the output shaft of push-rod electric machine 21j is straight down and end is fixed with the second cylinder 21k, above-mentioned feeding case 21b
Positioned at the lower section of ring-shaped guide rail 21e, it is provided in furnace body 20 and is able to drive the conveyer belt that magnetic core is fed forward.
Sliding is provided with the sliding door 1 that can open and close feed inlet on furnace body 20, and sliding door 1, which is connected with, can be such that it comes
Return the third cylinder 29 of sliding.Sliding is provided with the sliding door 2 30 that can open and close discharge port on furnace body 20, and sliding door 2 30 connects
It is connected to the 4th cylinder 31 that it can be made to slidably reciprocate.
Discharging mechanism 27 includes discharging platform, and the outside of discharge port is arranged in discharging platform, and discharging platform is fixedly arranged above screw rod
Rotation is provided with the first screw rod on seat one 27a, one 27a of screw rodb base, and the first screw rod is connected with the second work electricity that it can be made to rotate
Machine 27b, nut one is threaded on the first screw rod, and the outside of nut one is fixed with sliding block one, sliding block one and one 27a of screw rodb base
Sliding setting, the lower section of sliding block one are equipped with the 5th cylinder 27c, and the piston rod of the 5th cylinder 27c perpendicular 15 is straight forward and end is fixed
There are one 27m of manipulator, one 27a of screw rodb base to connect below rotating disc 27d far from rotating disc 27d is equipped with below one end of furnace body 20
There is the third work drive motor 27e that it can be driven to rotate.
It is additionally provided with several placing grooves on rotating disc 27d, places trench bottom and offers ventilation hole, set above rotating disc 27d
There is cooling body, cooling body includes in guide duct 27g, and the input terminal of guide duct 27g is connected with negative-pressure air fan 27f, guide duct
The output end of 27g is towards rotating disc 27d and is communicated with wind scooper 27h, and wind scooper 27h is in horn-like.
The side of rotating disc 27d is additionally provided with placing box 27i, and placing box 27i's is fixedly arranged above two 27j of screw rodb base, silk
Rotation is provided with the second screw rod on two 27j of pole socket, and the second screw rod is connected with the 4th work drive motor 27k that it can be made to rotate, and second
Nut two is threaded on screw rod, the outside of nut two is fixed with sliding block two, and sliding block two and two 27j of screw rodb base sliding are arranged,
The lower section of sliding block two is equipped with the 6th cylinder 27l, and the piston rod of the 6th cylinder 27l perpendicular 15 is straight forward and end is fixed with manipulator two
27n。
Permutation is distributed placing groove in a ring, and the quantity of placing groove is four, and the angle between placing groove is 90 °.Second gas
Cylinder 21k is finger cylinder.Insulating layer is coated on 19 inner wall of drying box.
Sliding is provided with thermal insulation board one between high-temperature region 25 and radiating area 26, and setting is slided between radiating area 26 and discharge port
There is thermal insulation board two, the top of radiating area 26 offers outlet, and outlet is connected by appendix, is provided with work wind on appendix
Machine, delivery pipe section are circumferentially positioned at the outside of drying box 19, and the end of delivery pipe is communicated with 19 bottom of drying box.Pass through utilization
Waste heat in sintering furnace rationally utilizes resource to auxiliary heating is carried out in drying box 19.
The working principle of this machining production line is as follows: firstly, passing through molding machine for iron powder compression moulding；Then, it will press
The iron powder made, which is placed into sintering furnace, to be sintered；Finally, polishing, cleaning, drying, blanking.
Although delivery chute 1 is used more herein；One 1a of locating slot；Two 1b of locating slot；First abrasive construction 2；Emery wheel
One 2a；One 2b of motor；Four 2c of cylinder；Two 2d of emery wheel；Two 2e of motor；Five 2f of cylinder；Three 2g of emery wheel；Three 2h of motor；Six 2i of cylinder；
Four 2j of emery wheel；Four 2k of motor；Seven 2l of cylinder；Overturn structure 3；One 3a of cylinder；Two 3b of cylinder；Five 3c of motor；Six 3d of motor；Second
Abrasive construction 4；Eight 4a of cylinder；Five 4b of emery wheel；Seven 4c of motor；Nine 4d of cylinder；Six 4e of emery wheel；Eight 4f of motor；Vibration Box 5；Waste pipe
6；Escape pipe 7；Snorkel 8；Conveying fan 9；Fixing seat 10；Sliding panel 11；Driving motor 12；Cam 13；Spring 14；Bar is perpendicular
15；Brush 16；Rinse bath 17；Platform 18；Drying box 19；Furnace body 20；Feeding mechanism 21；Fixed station 21a；Feeding case 21b；First
Cylinder 21c；Scraping wings 21d；Ring-shaped guide rail 21e；First work drive motor 21f；Rack gear 21g；Drive gear 21h；Mounting plate 21i；
Push-rod electric machine 21j；Second cylinder 21k；Preheating zone 22；Dumping area 23；Low-temperature space 24；High-temperature region 25；Radiating area 26；Discharging mechanism
27；One 27a of screw rodb base；Second work drive motor 27b；5th cylinder 27c；Rotating disc 27d；Third work drive motor 27e；Negative-pressure air fan
27f；Guide duct 27g；Wind scooper 27h；Placing box 27i；Two 27j of screw rodb base；4th work drive motor 27k；6th cylinder 27l；Machine
One 27m of tool hand；Two 27n of manipulator；Sliding door 1；Third cylinder 29；Sliding door 2 30；The terms such as the 4th cylinder 31, but simultaneously
A possibility that being not excluded for using other terms.The use of these items is only for be more convenient to describe and explain sheet of the invention
Matter；Being construed as any additional limitation is disagreed with spirit of that invention.
Claims (10)
1. a kind of magnetic core production line, including rack, which is characterized in that delivery chute is provided in rack, along delivery chute in rack
Conveying direction is disposed with feed mechanism, grinding machine apparatus, automatic cleaning drying device, cutting agency, the feed mechanism packet
Stock shelf is included, feeding groove is tiltedly installed on stock shelf, gap blocking is provided between the inclination lower end of feeding groove and delivery chute
Mechanism, gap blocking mechanism include baffle and slide, and barrier slides are provided on slide, and the lower end of baffle, which is connected with, can make thereon
The cylinder 12 of lower slider, one end of delivery chute are provided with cylinder 11.
2. magnetic core production line according to claim 1, which is characterized in that the grinding machine apparatus include the first abrasive construction,
Structure, the second abrasive construction are overturn, successively offers locating slot one and locating slot two, the slot bottom of the locating slot one in delivery chute
Through-hole one is offered, the slot bottom of the locating slot two offers through-hole two, and the first abrasive construction includes cylinder three, and cylinder three is arranged
On the rack, the piston rod of cylinder three is arranged in through-hole one, and emery wheel one, emery wheel one are provided on the front side cell wall of locating slot one
It is connected with the motor one that it can be driven to rotate, motor one is arranged on motor rack one, motor rack one and one basal sliding of locating slot
Setting, motor rack one are connected with the cylinder four that it can be made to slide, are provided with emery wheel two, emery wheel two on the left side cell wall of locating slot one
It is connected with the motor two that it can be driven to rotate, motor two is arranged on motor rack two, motor rack two and one basal sliding of locating slot
Setting, motor rack two are connected with the cylinder five that it can be made to slide, are provided with emery wheel three, emery wheel three on the rear side cell wall of locating slot one
It is connected with the motor three that it can be driven to rotate, motor three is arranged on motor rack three, motor rack three and one basal sliding of locating slot
Setting, motor rack three are connected with the cylinder six that it can be made to slide, are provided with emery wheel four, emery wheel four on the rear side cell wall of locating slot one
It is connected with the motor four that it can be driven to rotate, motor four is arranged on motor rack four, motor rack four and one basal sliding of locating slot
Setting, motor rack four are connected with the cylinder seven that it can be made to slide.
3. magnetic core production line according to claim 2, which is characterized in that the automatic cleaning drying device includes cleaning machine
Structure and drying mechanism, wiper mechanism include delivery chute, waste pipe and escape pipe, and waste material tube section offers strip hole, waste pipe
Setting offers several ventholes on delivery chute side, outlet tube wall, and venthole is arranged towards delivery chute, escape pipe defeated
The other side of slot, the structure closed at one end of escape pipe are sent, the other end of escape pipe is connected with snorkel, and snorkel is communicated with conveying
Blower is provided with cleaning structure above the delivery chute, and the cleaning structure includes fixing seat, and fixing seat is fixed on rack
On, sliding is provided with sliding panel in fixing seat, and sliding panel is connected with the driving structure for driving it to move back and forth, and driving structure includes
Driving motor and cam, driving motor are fixed in fixing seat, and output shaft and the cam of driving motor are fixed, the outer profile of cam
It leans, is connected between the sliding panel other side and fixing seat by spring, the following table of the sliding panel with sliding panel side
Several vertical bars are vertically fixed on face, the lower end of vertical bar is fixed with brush.
4. magnetic core production line according to claim 3, which is characterized in that the overturning structure include cylinder one, cylinder two,
Motor five and motor six, motor five are fixed on the side of rack, and motor six is fixed on the other side of rack, motor five and motor six
It is oppositely arranged, cylinder one is fixed on the output shaft of motor five, and cylinder two is fixed on the output shaft of motor six.
5. magnetic core production line according to claim 4, which is characterized in that second abrasive construction includes cylinder eight, gas
Cylinder eight is arranged on the rack, and the piston rod of cylinder eight is arranged in through-hole two, is provided with emery wheel on the left side cell wall of locating slot two
Five, emery wheel five is connected with the motor seven that it can be driven to rotate, and motor seven is arranged on motor rack five, motor rack five and locating slot two
Basal sliding setting, motor rack five are connected with the cylinder nine that it can be made to slide.
6. magnetic core production line according to claim 5, which is characterized in that be provided on the right side cell wall of the locating slot two
Emery wheel six, emery wheel six are connected with the motor eight that it can be driven to rotate, and motor eight is arranged on motor rack six, motor rack six and positioning
Two basal sliding of slot setting, motor rack six are connected with the cylinder ten that it can be made to slide.
7. magnetic core production line according to claim 6, which is characterized in that be provided with spray head above the locating slot one
One, spray head one is connected with delivery pipe one；Spray head two is provided with above the locating slot two, spray head two is connected with delivery pipe
Two.
8. magnetic core production line according to claim 7, which is characterized in that the end of the delivery chute is also connected with strip
Rinse bath, the two sides of rinse bath are provided with water pipe, water pump one are provided on water pipe, and water pipe is also connected with reservoir, water pipe
Discharge orifice is opened up on tube body, the slot bottom of rinse bath offers apopore, and apopore is communicated with wastewater disposal basin, was provided on wastewater disposal basin
Strainer is provided with magnetic stripe on filter screen, is connected between wastewater disposal basin and reservoir by pure water pipe, is provided with water pump in pure water pipe
Two, pure water pipe one end is in bottom of waste water pond.
9. magnetic core production line according to claim 8, which is characterized in that be provided with supersonic generator in the rinse bath
And Vibration Box, supersonic generator are arranged on rinse bath outer wall, Vibration Box is arranged on rinse bath inner wall, and ultrasound is provided in Vibration Box
Wave converter.
10. magnetic core production line according to claim 9, which is characterized in that the cutting agency includes blanking tube, in rack
It is provided with manipulator three, manipulator is arranged above blanking tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811022339.6A CN109285687A (en) | 2018-09-03 | 2018-09-03 | A kind of magnetic core production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811022339.6A CN109285687A (en) | 2018-09-03 | 2018-09-03 | A kind of magnetic core production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109285687A true CN109285687A (en) | 2019-01-29 |
Family
ID=65184355
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811022339.6A Withdrawn CN109285687A (en) | 2018-09-03 | 2018-09-03 | A kind of magnetic core production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109285687A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110459399A (en) * | 2019-09-08 | 2019-11-15 | 浙江春晖磁电科技有限公司 | A kind of intelligent production line for magnetic core automation processing |
| CN112059859A (en) * | 2020-08-17 | 2020-12-11 | 海宁华悦电子有限公司 | Grinding device is used in magnetic core processing with material loading function |
| CN112786303A (en) * | 2021-01-08 | 2021-05-11 | 张福全 | Manufacturing and forming method of transformer iron core |
-
2018
- 2018-09-03 CN CN201811022339.6A patent/CN109285687A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110459399A (en) * | 2019-09-08 | 2019-11-15 | 浙江春晖磁电科技有限公司 | A kind of intelligent production line for magnetic core automation processing |
| CN112059859A (en) * | 2020-08-17 | 2020-12-11 | 海宁华悦电子有限公司 | Grinding device is used in magnetic core processing with material loading function |
| CN112786303A (en) * | 2021-01-08 | 2021-05-11 | 张福全 | Manufacturing and forming method of transformer iron core |
| CN112786303B (en) * | 2021-01-08 | 2022-07-08 | 台州百瑞电子科技有限公司 | Manufacturing and forming method of transformer iron core |
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Application publication date: 20190129 |