CN207452171U - Nodulizer adding set - Google Patents

Abstract

The utility model is related to the technical fields of adding material device, it is a kind of nodulizer adding set, it includes stand, feed bin, scale hooper, feed bin is fixedly mounted in stand, organic frame is fixedly connected on the downside outer wall of feed bin, it is installed with oscillating feeder in rack, is installed with electronic scale in the stand below oscillating feeder, scale hooper is fixedly mounted on electronic scale.The utility model reasonable and compact in structure, by setting oscillating feeder in the lower section of feed bin, the vibrations that can be generated by oscillating feeder in operation process, make to be deposited in the nodulizer at feed bin discharge hole to flow out in time from discharge outlet, nodulizer is finally fallen in nodularization bag, pass through the supporting rack that evagination is set in stand and recoverable first discharge nozzle, the first discharge nozzle, scale hooper and stand can be hit during lifting to avoid nodularization bag, and then improve the security of the utility model and extend service life.

Description

Nodulizer adding set

Technical field

The utility model is related to the technical fields of adding material device, are a kind of nodulizer adding sets.

Background technology

Spheroidising is a kind of technique that cast iron handles alloy liquid in casting, for obtaining globular graphite, so as to carry The mechanical performance of high cast iron, there are many spheriodization process thereofs, pours method, bell jar process, Feed aluminum wire etc., and molten iron is carrying out pouring method During spheroidising, in order to increase the time of contact of molten iron and nodulizer, the absorptivity of nodulizer is improved, stablizes nodularization effect, The bulk containers for being nodularization bag can be used, ferrosilicon is as nodulizer, it is necessary to be added to by feeding device in nodularization bag, now Some feeding devices, complicated, design is unreasonable, and nodulizer often forms accumulation obstruction in feeding device, causes ball Agent flows down not freely, therefore worker needs often dredging manually, time-consuming and laborious, and the discharge nozzle of feeding device is due to being fixed It is arranged in rack, when nodularization bag is in the process transported by lifting, since quality is larger, even if the very little heart of operation, Cannot quick smoothly silicon be added with discharge nozzle contraposition, it is easy to which the rack and discharge nozzle for feeding device of wounding make feeding device Service life integrally shortens, and not only needs to be replaced frequently, and adds cost, and affects the production efficiency of factory.

The content of the invention

The utility model provides a kind of nodulizer adding set, overcomes the deficiency of the above-mentioned prior art, can be effective It solves the problems, such as that nodulizer easily forms accumulation obstruction in feeding device, and can further solve nodularization bag and turn by lifting During the process of fortune, the problem of the rack and discharge nozzle of feeding device of easily wounding.

The technical solution of the utility model is realized by following measures：A kind of nodulizer adding set includes vertical Frame, feed bin, scale hooper, feed bin are fixedly mounted in stand, and the upper and lower both sides of feed bin are respectively arranged with charge door, discharge port, The discharge outlet of feed bin is provided with the first valve system that control feed bin discharge hole opens and closes, and is fixedly connected on the downside outer wall of feed bin Organic frame is installed with oscillating feeder in rack, and the feed end of oscillating feeder is corresponding with the discharge port of feed bin, vibration Electronic scale is installed in stand below batcher, scale hooper is fixedly mounted on electronic scale, the upper and lower both sides of scale hooper Also charge door, discharge port are respectively arranged with, the charge door of scale hooper is corresponding with the discharge end of oscillating feeder, in scale hooper Discharge outlet is provided with the first discharge nozzle, and one end of the first discharge nozzle is hinged in stand, and the other end of the first discharge nozzle is overhanging Go out stand, be installed with the first cylinder in the stand below the first discharge nozzle, the energy when shrinking of the telescopic rod in the first cylinder The overhanging end of the first discharge nozzle is rotated down to pack up, it, can be by when the telescopic rod in the first cylinder is extended to extreme position The port of one discharge nozzle hinged end and the discharge port of scale hooper are docking together, and are equipped in the discharge outlet of scale hooper and open and close weighing Second valve system of bucket discharge port.

Here is the further optimization and/or improvements to above-mentioned utility model technical solution：

The supporting rack there are two evagination is at least evenly distributed in the stand of above-mentioned first discharge nozzle one side from top to bottom.

Above-mentioned first valve system is individual layer rod valve, and the second valve system includes the second cylinder, baffle, and baffle, which is fixed, to be connected It is connected on the telescopic rod in the second cylinder, baffle is by the drive up and down of telescopic rod in the second cylinder, it can be achieved that scale hooper discharges The keying of mouth.

Second discharge nozzle at certain inclination angle, the lower end outlet of the second discharge nozzle are fixedly connected on the discharge port of above-mentioned feed bin Inside extend the feed end of oscillating feeder.

Above-mentioned feed bin and scale hooper are all in up big and down small funnel-form.

The operating platform being fixedly mounted in stand is provided on the downside of above-mentioned scale hooper.

The utility model reasonable and compact in structure, can be by vibration by setting oscillating feeder in the lower section of feed bin The vibrations that batcher generates in operation process make to be deposited in the nodulizer at feed bin discharge hole and are flowed out in time from discharge outlet, Nodulizer passes through the transport of oscillating feeder, scale hooper, the first discharge nozzle, finally falls in nodularization bag, by stand The supporting rack of evagination and recoverable first discharge nozzle are set, the first discharging can be hit during lifting to avoid nodularization bag Pipe, scale hooper and stand, and then improve the security of the utility model and extend service life.

Description of the drawings

Attached drawing 1 is the front view structure structure diagram of the best embodiment of the utility model.

Coding in attached drawing is respectively：1 is stand, and 2 be feed bin, and 3 be scale hooper, and 4 be the first valve system, and 5 be rack, 6 be oscillating feeder, and 7 be electronic scale, and 8 be the first discharge nozzle, and 9 be the first cylinder, and 10 be supporting rack, and 11 fill for the second gate It puts, 12 be nodularization bag, and 13 be the second discharge nozzle, and 14 be operating platform.

Specific embodiment

The utility model, can technical solution according to the present utility model and actual conditions from the limitation of following embodiments Determine specific embodiment.

In the utility model, for ease of description, the description of the relative position relation of each component is according to specification The Butut mode of attached drawing 1 is described, such as：The position relationship of upper and lower, left and right etc. is the Butut according to Figure of description 1 Direction is come definite.

The utility model is further described with reference to embodiment and attached drawing：

As shown in Figure 1, which includes stand 1, feed bin 2, scale hooper 3, and feed bin 2 is fixedly mounted on vertical On frame 1, the upper and lower both sides of feed bin 2 are respectively arranged with charge door, discharge port, and the discharge outlet of feed bin 2 is provided with control feed bin The first valve system 4 that 2 discharge ports open and close is fixedly connected with organic frame 5 on the downside outer wall of feed bin 2, is installed in rack 5 Oscillating feeder 6, the feed end of oscillating feeder 6 is corresponding with the discharge port of feed bin 2, in the stand 1 of 6 lower section of oscillating feeder Electronic scale 7 is installed with, scale hooper 3 is fixedly mounted on electronic scale 7, and the upper and lower both sides of scale hooper 3, which are also respectively arranged with, to be added Material mouth, discharge port, the charge door of scale hooper 3 is corresponding with the discharge end of oscillating feeder 6, is set in the discharge outlet of scale hooper 3 The first discharge nozzle 8 is equipped with, one end of the first discharge nozzle 8 is hinged in stand 1, and the other end of the first discharge nozzle 8 overhangs stand 1, it is installed with the first cylinder 9 in the stand 1 of the lower section of the first discharge nozzle 8, the telescopic rod in the first cylinder 9 can make when shrinking The overhanging end of first discharge nozzle 8, which rotates down, to be packed up, can be by when the telescopic rod in the first cylinder 9 is extended to extreme position The port of one discharge nozzle, 8 hinged end and the discharge port of scale hooper 3 are docking together, and are equipped with and open and close in the discharge outlet of scale hooper 3 Second valve system 11 of 3 discharge port of scale hooper.

Before use, the first valve system 4 and the second valve system 11 are barred up, nodularization bag 12 is placed on the first discharging 8 corresponding lower section of pipe, the first cylinder 9 is connected with compressed-air line, after preparation is carried out, opens the first gate-valve device With oscillating feeder 6, under the action of compressed air, the telescopic rod in the first cylinder 9 is protruding, and then also makes the first discharging Pipe 8 is protruding, and since oscillating feeder 6 is in normal work, its own will generate larger vibration, the nodularization in feed bin 2 Agent is being conducted oneself with dignity under the action of oscillating feeder 6, can successfully be flowed out from the discharge outlet of feed bin 2, be not easy the hair in feed bin 2 Raw obstruction, it is efficient without again as before, it is necessary to manually dredge, and then time saving and energy saving, when dropped down onto under nodulizer vibration to During jolting plate on material machine 6, nodulizer passes through the vibrations of oscillating feeder 6, can become to disperse, mobility it is more preferable, then nodularization Agent is entered in scale hooper 3 and gradually gathered, and is weighed by the symmetrical batch box 3 of electronic scale 7, be could be aware that the ball in scale hooper 3 Agent, if having reached the addition being pre-designed, when reaching design load, close the first valve system 4, open the second lock Door gear 11, the nodulizer weighed up are slid along the first discharge nozzle 8 to nodularization bag 12, are installed the nodularization bag 12 of nodulizer and are needed It is lifted, is then transported in subsequent processing, first pass through the first cylinder 9 at this time and withdraw the first discharge nozzle 8, then sling nodularization Bag 12 would not generate the situation that nodularization bag 12 hits the first discharge nozzle 8, make it to be effectively protected, add this reality With new service life, cost has been saved, has reduced replacement, the number of repair, has improved the production efficiency of factory.

Above-mentioned nodulizer adding set can be made further optimization and/or improvements according to actual needs：

As shown in Figure 1, at least uniformly distributed support there are two evagination from top to bottom in the stand 1 of 8 one side of the first discharge nozzle Frame 10.The effect of supporting rack 10 herein is equivalent to the front/rear collision bumper of automobile, can enhance the security of the utility model, That is crashworthiness, when nodularization bag 12 is swung during slinging, nodularization bag 12 can only strike supporting rack 10, without The real work component of the utility model is damaged, can effectively protect the first discharge nozzle 8, scale hooper 3 and the safety of stand 1.

As shown in Figure 1, the first valve system 4 is individual layer rod valve, and the second valve system 11 includes the second cylinder, baffle 12, baffle is fixedly connected on the telescopic rod in the second cylinder, and baffle, can be real by the drive up and down of telescopic rod in the second cylinder The keying of 3 discharge port of existing scale hooper.Since the actual key component of above-mentioned nodulizer is exactly ferrosilicon, ferrosilicon belongs to a shape object Material, this kind of large granular materials is controlled with common flat gate valve, the resistance of opening/shutting valve is larger, bad manipulation, and this list Layer rod valve just operate it is flexible, simple, it is convenient to be applicable in.

As shown in Figure 1, second discharge nozzle 13 at certain inclination angle, the second discharging are fixedly connected on the discharge port of feed bin 2 The feed end of oscillating feeder 6 is extended in the lower end outlet of pipe 13.Second discharge nozzle 13 is set, makes nodulizer in the second discharge nozzle It is entered in 13 in a manner of sliding on oscillating feeder 6, nodulizer can be reduced during whereabouts to oscillating feeder 6 Shocking damage.

As shown in Figure 1, feed bin 2 and scale hooper 3 are all in up big and down small funnel-form.Such shape, is conducive to nodularization Agent outflow out of feed bin 2 and scale hooper 3 by the gravity of itself.

As shown in Figure 1, the downside of scale hooper 3 is provided with the operating platform 14 being fixedly mounted in stand 1.It is so convenient Operating personnel are checked and are repaired.

More than technical characteristic constitutes the most preferred embodiment of the utility model, with stronger adaptability and optimal implementation Effect can increase and decrease non-essential technical characteristic, to meet the needs of different situations according to actual needs.

Claims (10)

1. a kind of nodulizer adding set, it is characterised in that including stand, feed bin, scale hooper, feed bin is fixedly mounted in stand, The upper and lower both sides of feed bin are respectively arranged with charge door, discharge port, and the discharge outlet of feed bin, which is provided with control feed bin discharge hole, to be opened The first valve system closed is fixedly connected with organic frame on the downside outer wall of feed bin, is installed with oscillating feeder in rack, shakes The feed end of dynamic batcher is corresponding with the discharge port of feed bin, and electronic scale is installed in the stand below oscillating feeder, Scale hooper is fixedly mounted on electronic scale, and the upper and lower both sides of scale hooper are also respectively arranged with charge door, discharge port, scale hooper Charge door is corresponding with the discharge end of oscillating feeder, and the discharge outlet of scale hooper is provided with the first discharge nozzle, the first discharging One end of pipe is hinged in stand, and the other end of the first discharge nozzle overhangs stand, fixed in the stand below the first discharge nozzle First cylinder is installed, the telescopic rod in the first cylinder can rotate down the overhanging end of the first discharge nozzle to pack up when shrinking, It, can be by the discharging of the port of the first discharge nozzle hinged end and scale hooper when telescopic rod in first cylinder is extended to extreme position Mouth is docking together, and the second valve system for opening and closing scale hooper discharge port is equipped in the discharge outlet of scale hooper.

2. nodulizer adding set according to claim 1, it is characterised in that from upper in the stand of the first discharge nozzle one side The supporting rack of two evaginations is at least evenly equipped under.

3. nodulizer adding set according to claim 1 or 2, it is characterised in that the first valve system is individual layer rod Valve, the second valve system include the second cylinder, baffle, and baffle is fixedly connected on the telescopic rod in the second cylinder, and baffle passes through Telescopic rod drives, it can be achieved that the keying of scale hooper discharge port up and down in second cylinder.

4. nodulizer adding set according to claim 1 or 2, it is characterised in that be fixedly connected on the discharge port of feed bin Second discharge nozzle at certain inclination angle extends the feed end of oscillating feeder in the lower end outlet of the second discharge nozzle.

5. nodulizer adding set according to claim 3, it is characterised in that be fixedly connected with one on the discharge port of feed bin Second discharge nozzle at constant inclination angle extends the feed end of oscillating feeder in the lower end outlet of the second discharge nozzle.

6. according to the nodulizer adding set described in claim 1 or 2 or 5, it is characterised in that feed bin and scale hooper are all presented greatly Under small funnel-form.

7. nodulizer adding set according to claim 3, it is characterised in that feed bin and scale hooper are all in up big and down small Funnel-form.

8. nodulizer adding set according to claim 4, it is characterised in that feed bin and scale hooper are all in up big and down small Funnel-form.

9. according to the nodulizer adding set described in claim 1 or 2 or 5 or 7 or 8, it is characterised in that set on the downside of scale hooper It is equipped with the operating platform being fixedly mounted in stand.

10. nodulizer adding set according to claim 6, it is characterised in that fixed installation is provided on the downside of scale hooper Operating platform in stand.