CN209386811U - A kind of founding automatic feeding system - Google Patents
A kind of founding automatic feeding system Download PDFInfo
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- CN209386811U CN209386811U CN201822186438.XU CN201822186438U CN209386811U CN 209386811 U CN209386811 U CN 209386811U CN 201822186438 U CN201822186438 U CN 201822186438U CN 209386811 U CN209386811 U CN 209386811U
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- hydraulic cylinder
- cathode plate
- rollover stand
- elevator
- tipper
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Abstract
The utility model discloses a kind of founding automatic feeding systems, including conveyer, pusher, elevator, tipper and batch charger, elevator, which rises, is lifted off conveyer for the cathode plate that conveyer conveying comes, then pusher shifts the cathode plate on elevator in tipper onto, tipper clamps cathode plate and cathode plate is overturn 90 °, so that cathode plate is erect, the fixture of batch charger declines and clamps the upper end of the cathode plate of setting, the fixture of last batch charger, which holds cathode plate, to be continued to decline, cathode plate is protruded into main frequency furnace from the feed opening of main frequency furnace, so that the lower end of cathode plate extend into the liquid depths in main frequency furnace.The case where being not in refractory material, inductor in cathode plate impact main frequency furnace when the automatic feeding system charging of the utility model, improve main frequency furnace service life, cathode plate is directly melt below in liquid level, improve burn-off rate, reduce power consumption, it reduces and oxidation generation oxidizing slag occurs with air, improve founding direct yield.
Description
Technical field
The utility model relates to founding charging (feeding) equipment technical field, especially a kind of founding automatic feeding system.
Background technique
Zinc meeting output cathode plate during wet production, the cathode plate produced, which need to be added in smelting-casting equipment, to be melted
Change, cast and determine, is reprocessed into product that meet national standards.In previous production process, the feed way of smelting-casting equipment is to use
The cathode straight sheet pile of zinc is transported the feed opening to main frequency furnace from place is stacked, then using artificial by the means of transports such as driving or fork truck
Cathode plate is pushed in turn in main frequency furnace feed way melts.In production process, the feed opening of every smelting-casting equipment is necessary
Setting special messenger carries out hand stock, operator's building ring mirror difference and large labor intensity incessantly.In addition, hand stock is not only
In the presence of the drawbacks such as charging low efficiency, charging quantity be unbalanced, when cathode plate puts into main frequency furnace, the free-falling of cathode plate can be rushed
Refractory material, the inductor in main frequency furnace are hit, reduces the service life of main frequency furnace, cathode plate can float on slag blanket, on liquid level, fusing
Speed is slow, and power consumption increases, and the oxidation quantity of slag is big, and founding efficiency and direct yield are low.
The Chinese utility model patent of Publication No. CN203083372U disclosed a kind of power frequency on 07 24th, 2013
Furnace automatic feeding device including hopper, is located at the trolley of the feed hopper bottom and the hopper is made to generate the vibration generation vibrated
Device, the feed hopper bottom inclination are fixed.Although the problem of which solve the labor intensity of hand stock height, charging low efficiency,
But charging quantity is thrown away unbalanced, cathode plate still can freely fall into main frequency furnace, not can solve in cathode plate impact main frequency furnace
Refractory material, inductor cause the service life of main frequency furnace reduce and cathode plate float on slag blanket, cause power consumption to increase on liquid level,
Founding efficiency and the low problem of direct yield.
Utility model content
In view of the above-mentioned problems, providing a kind of founding automatic feeding system, when solving founding, cathode plate freely falls into power frequency
Furnace leads to that the service life of main frequency furnace reduces and cathode plate can not go deep into that liquid level lower section leads to founding efficiency and direct yield is low asks
Topic.
In order to achieve the above objectives, the technical scheme adopted by the utility model is a kind of founding automatic feeding system, including
Conveyer, elevator, pusher, tipper and batch charger, the conveyer include carriage, feeder motor and two conveyings
Chain, the feeder motor are fixed on carriage, and the feeder motor drives the carrier chain rotation；The elevator is set to described
The front end of conveyer, the elevator include support, lifting platform and lifting hydraulic cylinder, and one end of the lifting platform is hingedly coupled to
The support, the other end hinge of the lifting platform connect the piston rod of the lifting hydraulic cylinder, the cylinder of the lifting hydraulic cylinder
Cylinder is hingedly coupled to the support, and the middle part of the lifting platform is equipped with for the key way by the carrier chain, the lifting platform
One end far from the support is set between two carrier chains；The pusher is set to the rear of the elevator, described
Pusher includes push frame and push hydraulic cylinder, and the cylinder barrel of the push hydraulic cylinder is fixed on the push frame, the push
The piston rod of hydraulic cylinder is fixedly connected with push plate；The tipper is set to the front of the elevator, and the tipper includes branch
Support, rollover stand, fastener and overturning hydraulic cylinder, one end of the rollover stand is hingedly coupled to support frame as described above, the overturning
The cylinder barrel of hydraulic cylinder is hingedly coupled to support frame as described above close to the side of the elevator, the piston rod hinge of the overturning hydraulic cylinder
Chain link is equipped with opening far from one end of support frame as described above in side of the rollover stand far from the elevator, the rollover stand
Slot, the bottom of the open slot are equipped with cathode grillage, and the upper surface of the cathode grillage is lower than the upper surface of the lifting platform, institute
The width for stating open slot is greater than the width of cathode plate, and the two sides that the fastener is respectively arranged on the open slot are used for cathode plate
It is fixed on the rollover stand, when the rollover stand goes to horizontal position, the open slot is located at the top of the feed opening of main frequency furnace；
The batch charger is set to the front of the tipper, and the batch charger includes rack, crane, lifting hydraulic cylinder and fixture, institute
Rack is stated equipped with vertical guide rail, the crane is slidably mounted on the guide rail, the lifting hydraulic cylinder by pulley and
Chain connects the crane, and the fixture is fixed on the crane, and the fixture is set to the upper of the feed opening of main frequency furnace
Side.
Further, the rollover stand is equipped with sliding rail, the rotation centerline of the vertical rollover stand of the sliding rail, the cunning
Locating piece is fixed in the middle part of rail, the fastener is slidably mounted on the sliding rail.
Further, the fastener includes two pairs of clamping devices, and two pairs of clamping devices are respectively arranged on the opening
The two sides of slot, the clamping device include the first gripper jaw, the second gripper jaw and clamping hydraulic cylinder, first gripper jaw and the
The structure of two gripper jaws is symmetrical, and the cylinder barrel and piston rod of the clamping hydraulic cylinder are respectively fixedly connected with first gripper jaw
With the second gripper jaw, first gripper jaw and the second gripper jaw are slidably mounted on respectively on the sliding rail, and the locating piece is set
Between first gripper jaw and the second clamping.
Further, the fixture includes that shell, fixture hydraulic cylinder and two clamping jaws, the shell are fixed on the lifting
Frame, two clamping jaw intersections are hingedly coupled to the shell, and the both ends of the fixture hydraulic cylinder are respectively fixedly connected with two institutes
State the upper end of clamping jaw.
Further, support frame as described above is equipped with column, and the column is set to rotation centerline and the lifting of the rollover stand
Between machine, the cylinder barrel of the overturning hydraulic cylinder is hingedly coupled to the upper end of the column, and the column is close to the tipper
Side is equipped with the first limited block positioned when standing upright for the rollover stand, and the lower end of the rack, which is equipped with, is used for the rollover stand
The second limited block positioned when laying flat.
Further, the tipper is additionally provided with stiffening plate, and the both ends of the stiffening plate are respectively hinged the support
Frame and rollover stand, the rotation centerline for the hinge that the stiffening plate is connect with rollover stand, the rollover stand and overturning hydraulic cylinder connect
The rotation centerline of the hinge connect overlaps.
Due to the adoption of the above technical scheme, the utility model has the following beneficial effects:
1, cathode plate is transported to the top of elevator by conveying by the automatic feeding system of the utility model, on elevator
It rises the cathode plate for carrying out conveyer conveying to jack up, cathode plate is detached from conveyer, and then pusher pushes away the cathode plate on elevator
Into tipper, tipper fastener clamps cathode plate up and down and cathode plate is overturn 90 °, so that cathode plate is erect, batch charger
Fixture decline and clamp setting cathode plate upper end, the fixture of last batch charger, which holds cathode plate, to be continued to decline, will be negative
Pole plate protrudes into main frequency furnace from the feed opening of main frequency furnace, so that the lower end of cathode plate extend into the liquid depths in main frequency furnace,
Fixture is unclamped again after being completely melt cathode plate.It is not in cathode plate impact when the automatic feeding system charging of the utility model
Refractory material, inductor in main frequency furnace increase the service life of main frequency furnace, and cathode plate gos deep into liquid level hereinafter, burn-off rate adds
Fastly, power consumption reduces, and reduces to occur to aoxidize with air and generate oxidizing slag, improves the efficiency and direct yield of founding.
2, the automatic feeding system of the utility model entirely feed process be all machine automatization charging, reduce artificial origin
Caused by feed interruption, alleviate the labor intensity of employee, improve charging efficiency.
3, cathode plate is finally reached the liquid depths in main frequency furnace using fixture by the automatic feeding system of the utility model,
Accelerate to melt efficiency, reduce the formation of oxidizing slag, improve founding direct yield, uses the automatic feeding system of the utility model
Feed way improves 5 percent than the founding direct yield for the feed way that cathode plate freely falls into main frequency furnace.
4, it is decreased while the automatic feeding system of the utility model reduces oxidizing slag formation needed for melting oxidizing slag
The auxiliary materials such as ammonium chloride, caustic soda consumption, reduce costs.
5, the automatic feeding system of the utility model avoids the shock that cathode plate freely falls into main frequency furnace to furnace body, improves
Main frequency furnace service life.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the founding automatic feeding system of the utility model；
Fig. 2 is the structural schematic diagram of another state of the founding automatic feeding system of the utility model；
Fig. 3 is the structural schematic diagram of the tipper of the utility model；
Fig. 4 is the structural schematic diagram of the fixture of the utility model；
Wherein, 1- pusher, 11- push frame, and 12- pushes hydraulic cylinder, 13- push plate, 2- elevator, 21- support, 22- liter
Drop platform, 23- lifting hydraulic cylinder, 24- key way, 3- tipper, 31- support frame, 311- pedestal, 312- support base, 313- column,
32- rollover stand, 321- sliding rail, 322- locating piece, 33- overturn hydraulic cylinder, 34- cathode grillage, 35- fixator, the folder of 351- first
Hold pawl, the second gripper jaw of 352-, 353- clamping hydraulic cylinder, the first limited block of 36-, the second limited block of 37-, 4- batch charger, 41- machine
Frame, 42- lifting motor, 43- crane, 44- fixture, 441- shell, 442- clamping jaw, 443- fixture hydraulic cylinder, 5- conveyer,
51- carriage, 52- feeder motor, 53- carrier chain, 6- main frequency furnace, 7- cathode plate.
Specific embodiment
The specific implementation of utility model is further illustrated below in conjunction with attached drawing.
It please refers to shown in Fig. 1 and Fig. 2, a kind of founding automatic feeding system includes conveyer 5, elevator 2, pusher 1, turns over
Favourable turn 3 and batch charger 4, elevator 2 are set to the front end of conveyer 5, and pusher 1 is set to the rear of elevator 2, and tipper 3 is set to
The front of elevator 2, batch charger 4 are set to the front of tipper 3, positioned at the top of main frequency furnace when 3 horizontality of tipper.Conveying
Cathode plate 7 is transported to the top of elevator 2 by machine 5, and the rising of elevator 2 jacks up the cathode plate 7 on conveyer 5, and cathode plate 7 is de-
From conveyer 5, then pusher 1 shifts the cathode plate 7 on elevator 2 on tipper 3 onto, and tipper 3 overturns cathode plate 7
90 °, so that cathode plate 7 is erect, the cathode plate 7 of setting is stretched the liquid depths of main frequency furnace 6 by batch charger 4.
Conveyer 5 includes that carriage 51, feeder motor 52, sprocket wheel and two carrier chains 53, feeder motor 52 are fixed on defeated
Frame 51 is sent, on carriage 51, two carrier chains 53 are respectively arranged in the both ends of sprocket wheel for sprocket wheel rotational installation, and feeder motor 52 passes
Dynamic connection sprocket wheel, feeder motor 52 are conveyed forward by two 53 framves of carrier chain of chain wheel drive cathode plate 7, and carrier chain 53 conveys
The direction of cathode plate 7 is vertical with the conveying direction of cathode plate 7 of elevator 2.
Elevator 2 includes support 21, lifting platform 22 and lifting hydraulic cylinder 23, and support 21 is fixed on ground, raise-lower hydraulic
The cylinder barrel of cylinder 23 is hingedly coupled to the lower part of support 21, and one end of lifting platform 22 is hingedly coupled to the top of support 21, lifting platform
22 other end is connect with the piston rod hinge of lifting hydraulic cylinder 23.The middle part of lifting platform 22 is equipped with a top and both ends are opened
The key way 24 of mouth, wherein a carrier chain 53 passes through key way 24, another carrier chain 53 is set between lifting platform 22 and pusher,
Lifting platform 2 is set between two carrier chains 53 far from one end of support 21, when elevator 2 drops to low level, key way 24 with it is separate
Lifting platform 22 between one end of support 21 is lower than the upper surface of carrier chain 53, when elevator 2 rises to a high position, lifting platform 22
Upper surface is higher than the upper surface of carrier chain 53.
Pusher 1 includes push frame 11 and push hydraulic cylinder 12, and push frame 11 is fixed on ground, push hydraulic cylinder 12
Cylinder barrel level is fixed on the top of push frame 11, and the piston rod of push hydraulic cylinder 12 is fixedly connected with push plate 13, and push plate 13 is most
Lower is higher than the upper surface of lifting platform 22 and is higher than the upper surface of carrier chain 53, and push plate 13 can be in 2 rear end of elevator and front end
Between move back and forth.
It please refers to shown in Fig. 1 and Fig. 3, tipper 3 includes support frame 31, rollover stand 32, fastener 35 and overturning hydraulic cylinder
33, support frame 31 is used to support rollover stand 32 and overturning hydraulic cylinder 33, and rollover stand 32 is for fixed negative pole plate 7 and by cathode plate 7
Overturning, fastener 35 are used for fixed negative pole plate 7, and cathode plate 7 is avoided to fall when overturning.Support frame 31 includes pedestal 311, support base
312 and column 313, support base 312 and column 313 be individually fixed on pedestal 311, column 313 be higher than support base 312, column
Hound is also fixedly connected between 313 upper end and pedestal 311, rollover stand 32 is hingedly coupled to support base 312, column 313
Between the rotation centerline and elevator 2 of rollover stand 32, the upper end of column 313 is equipped with to be positioned when standing upright for rollover stand 32
The first limited block 36.The cylinder barrel of overturning hydraulic cylinder 33 is hingedly coupled to the upper end of column 313, overturns the piston rod of hydraulic cylinder 33
It is hingedly coupled to side of the rollover stand 32 far from elevator 2, stiffening plate, stiffening plate are equipped between rollover stand 32 and support base 312
Both ends be respectively hinged support base 312 and rollover stand 32, stiffening plate, rollover stand 32 and overturn hydraulic cylinder 33 piston rod it is total
With a hinge, stiffening plate, rollover stand 32 and support base 312 share a hinge.Rollover stand 32 is set far from one end of pedestal 311
There is the open slot for passing through cathode plate 7, the opening of open slot is located remotely from one end of pedestal 311, and the width of open slot is greater than
The width of cathode plate 7, the bottom of open slot are equipped with cathode grillage 34, and cathode grillage 34 is a U-shaped frame, and rollover stand 32 is erect
When, the upper surface of cathode grillage 34 is lower than the upper surface of lifting platform 22.Rollover stand 32 is respectively provided with a cunning in the two sides of open slot
Rail 321, the rotation centerline of 321 flip vertical frame 32 of sliding rail, the middle part of sliding rail 321 is fixed with locating piece 322, locating piece
322 center line with horizontally enter into rollover stand 32 cathode plate 7 centerline in same level, fastener 35 is slidably installed
In on sliding rail 321.Fastener 35 includes two pairs of clamping devices, and two pairs of clamping devices are respectively arranged on the two sides of open slot, clamping dress
It sets including the first gripper jaw 351, the second gripper jaw 352 and clamping hydraulic cylinder 353, the first gripper jaw 351 and the second gripper jaw 352
Structure it is symmetrical, the cylinder barrel of clamping hydraulic cylinder 353 is fixed by bolts in the first gripper jaw 351, clamping hydraulic cylinder 353
Piston rod is fixed on the second gripper jaw 352 using shaft coupling, and the first gripper jaw 351 and the second gripper jaw 352 are slidably installed respectively
In on sliding rail 321, locating piece 322 is set between the first gripper jaw 351 and the second clamping.When rollover stand 32 goes to horizontal position,
7 hole of cathode plate is located at the top of the feed opening of main frequency furnace 6.
Referring to figure 2. and shown in Fig. 4, batch charger 4 includes rack 41, crane 43, lifting motor 42 and fixture 44, rack
41 are equipped with vertical guide rail, and crane 43 is slidably mounted on guide rail, and lifting motor 42 is fixed in rack 41, crane 43
Upper end is equipped with pulley, and lifting motor 42 connects crane 43 by chain, and chain passes through pulley, and fixture 44 is fixed on crane 43
On, fixture 44 is set to the top of the feed opening of main frequency furnace 6, and the lower end of rack 41 is equipped with the positioned when laying flat for rollover stand 32
Two limited blocks 37.Fixture 44 includes that shell 441, fixture hydraulic cylinder 443 and two clamping jaws 442, shell 441 are fixed on crane
43, two intersections of clamping jaw 442 are hingedly coupled to shell 441, and the both ends of fixture hydraulic cylinder 443 are respectively fixedly connected with two clamping jaws
442 upper end.
It is each to push hydraulic cylinder 12, lifting hydraulic cylinder 23, overturning hydraulic cylinder 33, clamping hydraulic cylinder 353, fixture hydraulic cylinder 443
From oil pump is connected with, each oil pump is mutually indepedent.
Automatic feeding system is additionally provided with controller and liquidometer, and liquid level is calculated as float indicator, and liquidometer is set to power frequency
The cup of furnace, controller are separately connected liquidometer, conveyer 5, elevator 2, pusher 1, tipper 3 and batch charger 4, controller
According to the work of signal control conveyer 5, elevator 2, pusher 1, tipper 3 and batch charger 4 that liquidometer is sent, nothing
Operator is needed to control mechanical loading, reducing artificial origin causes production to be interrupted.
Cathode plate 7 is transported to the top of elevator 2, lifting by conveyer 5 by the automatic feeding system of the utility model
Machine 2, which rises, jacks up the cathode plate 7 that the conveying of conveyer 5 comes, and cathode plate 7 is detached from conveyer 5, then the pusher hydraulic cylinder of pusher
Cathode plate 7 on elevator 2 is shifted onto the open slot of tipper 3, cathode plate 7 is supported on cathode grillage 34, fastener 35
The first gripper jaw 351 move down, the second gripper jaw 352 up moves, cathode plate 7 is fastened on rollover stand 32, overturn
Hydraulic cylinder 33 pushes rollover stand 32, and rollover stand 32 drives cathode plate 7 to overturn 90 °, so that cathode plate 7 is erect, the lifting of batch charger 4
Frame 43 drives fixture 44 to decline and clamps the upper end of the cathode plate 7 of setting, and fastener 35 unclamps cathode plate 7, last batch charger 4
Fixture 44 holds cathode plate 7 to be continued to decline across the open slot of rollover stand 32, and cathode plate 7 is stretched from the feed opening of main frequency furnace
Enter in main frequency furnace so that the lower end of cathode plate 7 extend into the liquid depths in main frequency furnace, finally unclamp again fixture 44 complete it is whole
A charging process.During charging, according to the liquid level control charging in the fusing time of cathode plate 7 and main frequency furnace 6
Speed.
Above description is the detailed description for the preferable possible embodiments of the utility model, but embodiment is not limited to
The patent claim of the utility model, the same changes or modifications completed under technical spirit suggested by all the utility model
Change, should belong to the covered the scope of the patents of the utility model.
Claims (6)
1. a kind of founding automatic feeding system, it is characterised in that: including
Conveyer, the conveyer include that carriage, feeder motor and two carrier chains, the feeder motor are fixed on conveying
Frame, the feeder motor drive the carrier chain rotation；
Elevator, the elevator are set to the front end of the conveyer, and the elevator includes support, lifting platform and raise-lower hydraulic
Cylinder, one end of the lifting platform are hingedly coupled to the support, and the other end hinge of the lifting platform connects the raise-lower hydraulic
The piston rod of cylinder, the cylinder barrel of the lifting hydraulic cylinder are hingedly coupled to the support, and the middle part of the lifting platform is equipped with for leading to
The key way of the carrier chain is crossed, the lifting platform is set between two carrier chains far from one end of the support；
Pusher, the pusher are set to the rear of the elevator, and the pusher includes push frame and push hydraulic cylinder, institute
The cylinder barrel for stating push hydraulic cylinder is fixed on the push frame, and the piston rod of the push hydraulic cylinder is fixedly connected with push plate；
Tipper, the tipper are set to the front of the elevator, and the tipper includes support frame, rollover stand, fastener
With overturning hydraulic cylinder, one end of the rollover stand is hingedly coupled to support frame as described above, and the cylinder barrel hinge of the overturning hydraulic cylinder connects
Support frame as described above is connected to close to the side of the elevator, the piston rod of the overturning hydraulic cylinder is hingedly coupled to the rollover stand
Side far from the elevator, the rollover stand are equipped with open slot, the bottom of the open slot far from one end of support frame as described above
Portion is equipped with cathode grillage, and the upper surface of the cathode grillage is lower than the upper surface of the lifting platform, and the width of the open slot is big
In the width of cathode plate, the two sides that the fastener is respectively arranged on the open slot are used to cathode plate being fixed on the overturning
Frame, when the rollover stand goes to horizontal position, the open slot is located at the top of the feed opening of main frequency furnace；And
Batch charger, the batch charger are set to the front of the tipper, and the batch charger includes rack, crane, raise-lower hydraulic
Cylinder and fixture, the rack are equipped with vertical guide rail, and the crane is slidably mounted on the guide rail, the lifting hydraulic cylinder
The crane is connected with chain by pulley, the fixture is fixed on the crane, and the fixture is set to main frequency furnace
The top of feed opening.
2. a kind of founding automatic feeding system according to claim 1, it is characterised in that: the rollover stand is equipped with sliding rail,
The rotation centerline of the vertical rollover stand of the sliding rail is fixed with locating piece in the middle part of the sliding rail, and the fastener is sliding
It is dynamic to be installed on the sliding rail.
3. a kind of founding automatic feeding system according to claim 2, it is characterised in that: the fastener includes two pairs of folders
Hold device, two pairs of clamping devices are respectively arranged on the two sides of the open slot, and the clamping device includes the first gripper jaw, the
The structure of two gripper jaws and clamping hydraulic cylinder, first gripper jaw and the second gripper jaw is symmetrical, the clamping hydraulic cylinder
Cylinder barrel and piston rod be respectively fixedly connected with first gripper jaw and the second gripper jaw, first gripper jaw and the second clamping
Pawl is slidably mounted on respectively on the sliding rail, and the locating piece is set between first gripper jaw and the second clamping.
4. a kind of founding automatic feeding system according to claim 1, it is characterised in that: the fixture includes shell, folder
Have hydraulic cylinder and two clamping jaws, the shell is fixed on the crane, and two clamping jaw intersections are hingedly coupled to the shell
The both ends of body, the fixture hydraulic cylinder are respectively fixedly connected with the upper end of two clamping jaws.
5. a kind of founding automatic feeding system according to claim 1, it is characterised in that: support frame as described above is equipped with column,
The column is set between the rotation centerline and elevator of the rollover stand, and the cylinder barrel of the overturning hydraulic cylinder is hingedly coupled to
The upper end of the column, the column are equipped with first positioned when standing upright for the rollover stand close to the side of the tipper
Limited block, the lower end of the rack are equipped with the second limited block positioned when laying flat for the rollover stand.
6. a kind of founding automatic feeding system according to claim 1, it is characterised in that: the tipper is additionally provided with reinforcement
Plate, the both ends of the stiffening plate are respectively hinged support frame as described above and rollover stand, the hinge that the stiffening plate is connect with rollover stand
The rotation centerline for the hinge that the rotation centerline of chain, the rollover stand are connect with overturning hydraulic cylinder overlaps.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822186438.XU CN209386811U (en) | 2018-12-25 | 2018-12-25 | A kind of founding automatic feeding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822186438.XU CN209386811U (en) | 2018-12-25 | 2018-12-25 | A kind of founding automatic feeding system |
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| Publication Number | Publication Date |
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| CN209386811U true CN209386811U (en) | 2019-09-13 |
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ID=67873078
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| Application Number | Title | Priority Date | Filing Date |
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| CN201822186438.XU Active CN209386811U (en) | 2018-12-25 | 2018-12-25 | A kind of founding automatic feeding system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111256473A (en) * | 2020-03-23 | 2020-06-09 | 江苏亨通电力特种导线有限公司 | Copper plate feeding device for power cable |
| CN113280628A (en) * | 2021-05-19 | 2021-08-20 | 深圳领威科技有限公司 | Feeding control method |
-
2018
- 2018-12-25 CN CN201822186438.XU patent/CN209386811U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111256473A (en) * | 2020-03-23 | 2020-06-09 | 江苏亨通电力特种导线有限公司 | Copper plate feeding device for power cable |
| CN113280628A (en) * | 2021-05-19 | 2021-08-20 | 深圳领威科技有限公司 | Feeding control method |
| CN113280628B (en) * | 2021-05-19 | 2022-11-11 | 深圳领威科技有限公司 | Feeding control method |
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