CN107576206A - A kind of input and output material control system - Google Patents
A kind of input and output material control system Download PDFInfo
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- CN107576206A CN107576206A CN201710965550.0A CN201710965550A CN107576206A CN 107576206 A CN107576206 A CN 107576206A CN 201710965550 A CN201710965550 A CN 201710965550A CN 107576206 A CN107576206 A CN 107576206A
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Abstract
This application discloses a kind of input and output material control system provided in an embodiment of the present invention, including：Discharge conveying arrangement, and for taking out and transporting to elsewhere charge cask, charge cask is mounted with the material after reduction furnace reduces；Material-pouring device, the charge cask for the conveying arrangement that discharges to be sent out are toppled over, and realize discharging；Distribution device, distribution device are connected with material-pouring device, for material to be restored to be arranged in the charge cask by material-pouring device discharging；Conveying arrangement is fed, is transported to for the charge cask with reducing material will to be mounted with reduction furnace.A kind of input and output material control system that the application provides, can realize tungsten, molybdenum, cobalt, nickel by powder reduction furnace production process automation, and then alleviate the labor intensity of worker, improve the stability of product quality, improve productivity ratio.
Description
Technical field
The application is related to metallurgical Preparation equipment field, more particularly to a kind of input and output material control system.
Background technology
It is increasing to the demand of raw material in industrial production with the fast development of new and high technology and global economy,
Especially to rare metal demand, and the demand of tungsten, molybdenum, cobalt, nickel by powder metal material occupies larger ratio in the feed
Example.
Reduction furnace be as tungsten, molybdenum, cobalt, the also original production of nickel by powder metal material capital equipment, similar equipment is at it
His country is all widely used, and at present, domestic tungsten, molybdenum, cobalt, the reduction of nickel powder powder material, thermal decomposition, generally uses and pushes away
The equipment such as boat formula single tube, two-tube, four pipes, 14 pipes, 15 pipe furnaces, and more using manual operation produce, or manually with automatically
Metaplasia produces the mode of binding operation, but manual operation adds the labor intensity of worker, reduces the stability of product quality,
Reduce tungsten, molybdenum, cobalt, the productivity ratio of nickel powder powder material.
The content of the invention
In order to solve the above technical problems, the present invention provides a kind of input and output material control system, tungsten, molybdenum, cobalt, nickel powder can be realized
The automation of the production process of last reduction furnace, and then the labor intensity of worker is alleviated, the stability of product quality is improved, is carried
High productivity ratio.
Technical scheme provided by the invention is as follows：
A kind of input and output material control system, including：
Discharge conveying arrangement, for transporting the material being mounted with after reduction furnace reduction taken out from reduction furnace
Charge cask to discharge pit；
Material-pouring device, for the charge cask of the discharging conveying arrangement conveying to be toppled over, realize discharging；
Distribution device, the distribution device are connected with the material-pouring device, for by material to be restored be arranged in by
On the charge cask of the material-pouring device discharging；
Conveying arrangement is fed, is transported to for the charge cask with reducing material will to be mounted with the reduction furnace.
Preferably, the discharging conveying arrangement includes the horizontal discharging structure for driving the charge cask modular level movement
Part, and the vertical outlet member of the charge cask component vertical shift is driven, the vertical outlet member and the level
Outlet member is slidably connected, and the vertical outlet member can be taken out from the reduction furnace described in the charge cask and conveying
Charge cask is to discharge pit.
Preferably, discharging limit component is provided with the discharging conveying arrangement, the discharging limit component includes setting
Unloading position sensor and discharging control piece, the unloading position sensor and the discharging on the vertical outlet member
Control piece is electrically connected.
Preferably, in addition to boat device 6 is divided, it is described to divide boat device 6 to be used to be stacked in what is taken out from the reduction furnace 8
The charge cask 5 together is separated and transported to discharge pit, described to divide boat device 6 to include being used to clamp the charge cask 5
Divide boat clamping components 61, for drive it is described divide what boat clamping components 61 moved horizontally to divide boat translation member 62, for driving
Described point of vertical shift of boat clamping components 61 divides boat lift component 63.
Preferably, the material-pouring device includes being used for the batch turning clamping components for clamping the charge cask, for overturning
That states batch turning clamping components turns over boat component.
Preferably, material limitation mechanism is provided with the distribution device, the material limitation mechanism includes weight induction
Device and Weight control part, the weight induction device are arranged on the distribution device, the Weight control part and the weight sense
Device is answered to be electrically connected.
Preferably, in addition to folded boat device, described in the folded boat device is used to finishing from the distribution device cloth
Charge cask is stacked and transported into the reduction furnace, and the folded boat device includes being used for the folded boat folder for clamping the charge cask
Component is held, for the folded boat translation member for driving the folded boat clamping components to move horizontally, for driving the folded boat clamping structure
The folded boat lift component of part vertical shift.
Preferably, in addition to school boat device, the school boat device are used for the putting position for correcting the charge cask.
Preferably, the charging conveying arrangement includes horizontal feed component and vertical feeding component, the vertical feeding structure
Part is connected with the horizontal feed member slide.
Preferably, charging limit component is provided with the charging conveying arrangement, the charging limit component includes setting
Feed entrance point sensor and charging control piece, the feed entrance point sensor and the charging on the vertical feeding component
Control piece is electrically connected.
A kind of input and output material control system provided by the invention, the charge cask for the material being mounted with after reduction furnace reduces
After discharging conveying arrangement hooks up out from reduction furnace, it is transported to material-pouring device and topple over simultaneously discharging, discharging is completed
After empty charge cask afterwards enters distribution device progress cloth, reduction furnace is delivered to by charging conveying arrangement and carries out material reduction,
Therefore, charge cask discharging conveying arrangement, material-pouring device, distribution device, feed conveying arrangement between realize automation stream
Turn, and material reduction is completed into reduction furnace, realize the automation of the production process of reduction furnace, alleviate the work of worker
Intensity, the stability of product quality is improved, improves productivity ratio.
Brief description of the drawings
, below will be to embodiment or existing in order to illustrate more clearly of the embodiment of the present application or technical scheme of the prior art
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments described in application, for those of ordinary skill in the art, on the premise of not paying creative work,
Other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is a kind of structural representation of input and output material control system provided by the present invention；
Fig. 2 uses schematic diagram for a kind of input and output material control system provided by the present invention；
Fig. 3 is the enlarged diagram of provided by the present invention point of boat device；
Fig. 4 is the enlarged diagram of folded boat device provided by the present invention；
Fig. 5 is the front view of discharging conveying arrangement provided by the present invention；
Fig. 6 is the side view of discharging conveying arrangement provided by the present invention；
Fig. 7 is the front view of charging conveying arrangement provided by the present invention；
Fig. 8 is the side view of charging conveying arrangement provided by the present invention.
Embodiment
In order that those skilled in the art more fully understand the technical scheme in the application, it is real below in conjunction with the application
The accompanying drawing in example is applied, the technical scheme in the embodiment of the present application is clearly and completely described, it is clear that described implementation
Example only some embodiments of the present application, rather than whole embodiments.It is common based on the embodiment in the application, this area
The every other embodiment that technical staff is obtained under the premise of creative work is not made, it should all belong to the application protection
Scope.
As shown in Figure 1 to Figure 2, a kind of input and output material control system provided in an embodiment of the present invention, including：
Discharge conveying arrangement 1, is mounted with for what transport was taken out from reduction furnace 8 after the reduction furnace 8 reduction
The charge cask 5 of material is to discharge pit；
Material-pouring device 2, the charge cask 5 for the discharging conveying arrangement 1 to be conveyed are toppled over, and realize discharging；
Distribution device 3, the distribution device 3 are connected with the material-pouring device 2, for by material to be restored be arranged in through
Cross on the charge cask 5 of the discharging of material-pouring device 2；
Conveying arrangement 4 is fed, the reduction furnace 8 is transported to for the charge cask 5 with reducing material will to be mounted with
In.
Specifically, charge cask 5 is boat, the boat for the material being mounted with after the reduction of reduction furnace 8 is transported by discharging
After defeated device 1 hooks up out from reduction furnace 8, it is transported to material-pouring device 2 and topple over simultaneously discharging, the empty boat after the completion of discharging
After ware enters the progress cloth of distribution device 3, reduction furnace 8 is delivered to by charging conveying arrangement 4 and carries out material reduction, therefore, boat
In discharging conveying arrangement 1, material-pouring device 2, distribution device 3, feeding realizes automation circulation between conveying arrangement 4, and enters
Reduction furnace 8 completes material reduction, realizes the automation of the production process of reduction furnace 8, alleviates the labor intensity of worker, carry
The high stability of product quality, improves productivity ratio.
Wherein, the conveying arrangement 1 that discharges includes the horizontal outlet member 11 for driving the movement of the modular level of charge cask 5, and
The vertical outlet member 12 of the component vertical shift of charge cask 5 is driven, vertical outlet member 12 slides with horizontal outlet member 11
Connection, and the vertical outlet member 12 can take out the charge cask 5 from the reduction furnace 8 and convey the charge cask
5 to discharge pit.
Specifically, as shown in Figure 5 to Figure 6, horizontal outlet member 11 includes discharging support frame 111, discharging translation track
112, vertical outlet member 12 include discharging lifting erecting bed 121, discharging fluctuating orbit 122, discharging manipulator base 123, go out
Expect push component 124, discharging hook boat component 125, discharging boat track, wherein, discharging translation track 112 is arranged on to discharge and supported
On frame 111, discharging lifting erecting bed 121 is provided with the translation track 112 that discharges, and the lifting erecting bed 121 that discharges can discharge
Lifted on vertical rail, discharging fluctuating orbit 122 is arranged on discharging lifting erecting bed 121, and discharging manipulator base 123 can be
Moved horizontally on discharging translation track 112, the discharging component 124 that pushes is arranged on discharging machinery at hand with discharging hook boat component 125
On seat 123.During work, discharging push component 124 discharging push component 124 motor driving under push reduction furnace 8 to, top is opened
The fire door of reduction furnace 8, then drive the rotary cylinder on discharging hook boat component 125 so that the boat hook of discharging hook boat component 125
Son rotates up to the inner side for hooking boat, and the reducing motor for the hook boat component 125 that then discharges drives discharging hook boat component 125 by boat
Ware hooks up out from reduction furnace 8, and boat will be delivered to by hook on discharging boat track.Now, the motor that pushes driving discharging pushes component
124 retract, and fire door is also by the spring self-return being arranged on fire door.Afterwards, the hook boat component 125 that discharges drives boat edge to go out
Material boat track is moved to discharging lifting erecting bed 121, and the lifting motor driving discharging machinery of discharging lifting erecting bed 121 is at hand
Seat 123 lifts, and motor driving discharging lifting erecting bed 121 in left and right is moved horizontally to material-pouring device 2 on discharging translation track 112
Place.The process whole-course automation that discharging conveying arrangement 1 realizes material into reduction furnace 8 is carried out, and further increases reduzate
The production efficiency of material.Hook up
Wherein, discharging limit component is provided with discharging conveying arrangement 1, discharging limit component includes being arranged on vertical discharging
Unloading position sensor and discharging control piece on component 12, unloading position sensor and discharging control piece electrical connection.
Specifically, discharging control piece is discharging encoder, during work, discharging encoder control discharging pushes component 124
The reducing motor driving discharging component 124 that pushes pushes reduction furnace 8 to, and the fire door of thermal reduction system is opened on top, and then discharge encoder control
Make after material hook boat component 125 delivers to specified location and drive the rotary cylinder to discharge on hook boat component 125 so that discharging hook boat structure
The boat hook of part 125 rotates up to the inner side for hooking boat, the deceleration for the encoder control discharging hook boat component 125 that then discharges
Hook boat component is pulled out reduction furnace 8 by motor, and by boat hook to discharging boat track.Now, the encoder control that discharges pushes
The motor driving discharging component 124 that pushes is retracted, and fire door is also by the spring self-return being arranged on fire door.Afterwards, discharge hook
Boat component 125 drives boat to be moved to discharging lifting erecting bed 121, discharging encoder control discharging lifting along discharging boat track
The lifting motor of erecting bed 121 lifts discharging manipulator base 123 to specified location, then by installed in specified location
Unloading position sensor sensing position signalling and by position signalling be sent to discharging encoder after, discharging encoder judged
And send control signal control left and right motor driving discharging lifting erecting bed 121 and be moved horizontally on discharging translation track 112
Specified location.Discharging limit component defines position positioning of the boat in circulation automatically, furthermore achieved that material enters
The process whole-course automation of reduction furnace 8 is carried out, and further increases the production efficiency of reducing material.
Wherein, in addition to boat device 6 is divided, it is described to divide boat device 6 to be used to be stacked in one by what is taken out from the reduction furnace 8
The charge cask 5 risen is separated and transported to discharge pit, described to divide boat device 6 to include being used to clamp the charge cask 5
Point boat clamping components 61, for drive it is described divide what boat clamping components 61 moved horizontally to divide boat translation member 62, for driving
That states point vertical shift of boat clamping components 61 divides boat lift component 63.
Specifically, as shown in figure 3, dividing boat clamping components 61 to be a point boat gripper cylinder, it is that a point boat is put down to divide boat translation member 62
Steelframe is moved, it is a point boat lift cylinder to divide boat lift component 63, in addition to divides boat folder boat frame, divides boat guide rail.When upper boat is with
Boat stacks together when needing to separate up and down, and it is two parallel tracks to be divided to boat guide rail, is divided into boat and divides boat guide rail with
Boat divides boat guide rail.Dividing boat folder boat frame to be arranged on by guide rail slide block divides boat to translate on steelframe, divides boat to translate steelframe by leading
Rail sliding block, which is arranged on, to be divided on boat support frame.And divide in boat folder boat frame and be provided with a point boat lift cylinder, divide boat gripper cylinder.Pioneer
It is dynamic to divide boat lift cylinder that boat folder boat frame be divided to drop to from dividing under boat after boat guide rail certain altitude, then drive a point boat clamping gas
Cylinder clamps upper boat, and then driving divides boat lift cylinder that boat folder boat frame will be divided to rise at point boat translation steelframe, then drives
It is dynamic to divide boat translation steelframe drive to divide above the supreme boat guide rail of boat folder boat frame, then drive a point boat lift cylinder to drop to specific bit
Put, driving afterwards divides the release of boat gripper cylinder that upper boat is fallen into boat guide rail on point boat, and finally driving divides boat lift cylinder, divided
Boat flat-removing air cyclinder is completed to rise, translates back into above original track and divided boat to act next time.The whole-course automation of boat device 6 is divided to enter
The separation of boat and lower boat on row, further increase the production efficiency of reducing material.
Wherein, material-pouring device 2 includes being used for the batch turning clamping components for clamping charge cask 5, and structure is clamped for Tilting
Part turns over boat component.
Specifically, batch turning clamping components are batch turning boat holding frames, material-pouring device 2 also includes seal box, hermatic door, sealing
Door opener, vibration straight-line groove so that whole discharge process is carried out in the environment of sealing, and seal box connects with Fen Zhou mechanisms
Connect, vibration straight-line groove, hermatic door opener and hermatic door, batch turning boat holding frame are provided with seal box and is arranged on sealing
In case, turn over boat component and be arranged on batch turning boat holding frame, material-pouring device 2 mainly exists the material in upper boat and lower boat
Poured out in seal box, upper boat and lower boat are clamped by symmetrically arranged two batch turning boats holding frame respectively, by turning over boat structure
Part overturns boat holding frame so that upper boat and lower boat material are poured into seal box, are opened and shaken by hermatic door opener
Hermatic door at dynamic straight-line groove so that material is sent out from vibration straight-line groove, can be according to the product performance of production in seal box
Protective gas is filled with into seal box, such as helium and argon gas, product is not oxidized, reduces product loss, improvement now to reach
The purpose of field production environment.The whole-course automation of material-pouring device 2 carries out the discharging of boat and lower boat, further increases reduction
The production efficiency of material.
Further, material-pouring device 2 also includes vibratory cleaning mechanism, passes through vibrating cleaning device vibration sealing case so that
Material is sent out in vibration from vibration straight-line groove.The setting of vibratory cleaning mechanism, batch turning speed is accelerated, is further increased
Production efficiency.
Further, material-pouring device 2 also beats cleaning mechanism including boat, by boat beat cleaning plant beat it is close
Joint sealing, the material blocked in seal box is shaken pine, batch turning speed has been further speeded up, has further improved production efficiency.
Wherein, material limitation mechanism is provided with distribution device 3, material limitation mechanism includes weight induction device and weight control
Product, weight induction device are arranged on distribution device 3, and Weight control part is electrically connected with weight induction device.
Specifically, distribution device 3 to weigh platform, is admitted to by the boat after the completion of batch turning and weighed on platform, cloth
Feeding mouth is additionally provided with device 3, material is fallen into sky boat from feeding mouth.Pan feeding valve, pan feeding valve are provided with feeding mouth
When door is opened, material can enter distribution device 3 from feeding mouth；When pan feeding valve is closed, material can not pass through feeding mouth.Or
Feeding mouth is line style notch, is provided with the vibration casing with vibrating motor, when driven by vibrating motors vibration casing vibration
When, material can enter distribution device 3 from feeding mouth；When vibrating motor is out of service, material can not pass through feeding mouth.Weight
Inductor, which is arranged on, to be weighed on platform, and weight induction device is used for the weight for sensing material in boat, when the weight of material reaches institute
After needing weight, the weight signal sensed is transferred to Weight control part by weight induction device, and Weight control part is to weight signal
Control signal is sent after being judged and delivers to the closing of pan feeding Valve controlling pan feeding valve, or delivers to vibrating motor control vibrating motor
It is out of service.Material is limited the quantity the setting of mechanism, further on automatic vacant boat material weight so that in every boat
Weight of material is consistent, and is heated evenly, and the outer skin materials reduction for avoiding the material on boat is completed, and materials inside does not have
There is the phenomenon being reduced, improve the stability of product quality.It further avoid to melt down and reduce again, improve production effect
Rate.
More specifically, distribution device 3 can carry out cloth simultaneously to more boats.
Further, in addition to boat device is treated, being admitted to by the boat after the completion of batch turning before weighing platform to first pass through
Long step rate and short step rate enter treats that boat device waits cloth next time, treats that boat device is arranged to further increase to life
The controllability of time is produced, the producer is facilitated and adjusts the recovery time at any time, rhythm of production.
Wherein, in addition to folded boat device 7, described in the folded boat device 7 is used to finishing from the cloth of distribution device 3
Charge cask 5 is stacked and transports into the reduction furnace 8, and folded boat device 7 includes being used for the folded boat clamping structure for clamping charge cask 5
Part 71, it is perpendicular for band fold boat clamping components 71 for the folded boat translation member 72 moved horizontally with fold boat clamping components 71
The dynamic folded boat lift component 73 of translation.
As shown in figure 4, folded boat clamping components 71 are folded boat gripper cylinders, folded boat translation member 72 is folded boat translation steelframe,
Folded boat lift component 73 is folded boat lift cylinder, in addition to folds boat folder boat frame, folded boat guide rail.Above and below upper boat and lower boat
Stack together when needing to separate, it be two parallel tracks to fold boat guide rail, is divided into boat and folds the folded boat of boat guide rail and lower boat
Guide rail.Folded boat folder boat frame is arranged on folded boat by guide rail slide block and translated on steelframe, and folded boat translation steelframe is pacified by guide rail slide block
On folded boat support frame.And folded boat lift cylinder, folded boat gripper cylinder are provided with folded boat folder boat frame.Pioneer's fold boat presss from both sides
Hold cylinder to clamp upper boat, drive folded boat lift cylinder to rise to folded boat folder boat frame afterwards necessarily high from upper boat guide rail
After degree, then drive above folded boat translation steelframe to the lower boat in lower boat guide rail, then drive folded boat lift cylinder to drop to
Specified location, drive folded boat gripper cylinder to unclamp to fall upper boat on upper boat afterwards, finally fold boat lift cylinder, folded boat is put down
Shifting cylinder is completed to rise, translates back into progress folded boat action next time above original track.The folded whole-course automation of boat device 7 is carried out
Boat is stacked with lower boat, and the position correction of upper boat, further increases the production efficiency of reducing material.
Wherein, in addition to school boat device, school boat device are used for the putting position for correcting charge cask 5.
School boat device is separately positioned on point boat device 6 and folded boat device 7, is carrying out a point boat, and folded boat post-equalization boat
The putting position of ware, the skew due to boat location is avoided, and cause boat unbalance stress during transfer boat, boat
Interior material spills.
Wherein, charging conveying arrangement 4 includes horizontal feed component 41 and vertical feeding component 42, vertical feeding component 42 and
Horizontal feed component 41 is slidably connected.
As shown in Fig. 7 to Fig. 8, horizontal feed component 41 includes charging support frame 411, charging translation track 412, enters vertically
Material component 42 includes charging lifting erecting bed 421, charging fluctuating orbit 422, charging manipulator base 423, charging push component
424th, hook boat component 425, charging boat track are fed, wherein, charging translation track 412 is arranged on charging support frame 411, is entered
Charging lifting erecting bed 421 is provided with material translation track 412, and charging lifting erecting bed 421 can be on charging vertical rail
Lifting, charging fluctuating orbit 422 are arranged on charging lifting erecting bed 421, and charging manipulator base 423 can translate rail in charging
Moved horizontally on road 412, feed the component 424 that pushes and be arranged on charging hook boat component 425 in charging manipulator base 423.Work
When making, motor driving charging lifting erecting bed 421 in left and right is moved horizontally on charging translation track 412 treats feed entrance point, rises
Drop motor driving charging manipulator base 423 is lifted to specified location, then charging push component 424 reducing motor drive into
The material component 424 that pushes pushes reduction furnace 8 to, and the fire door of reduction furnace 8 is opened on top, then feeds after hook boat component 425 delivers to specified location
Rotary cylinder on driving charging hook boat component 425 so that the boat hook of charging hook boat component 425, which rotates up to, hooks boat
Inner side, the reducing motor driving charging hook boat component 425 for then feeding hook boat component 425 pushes boat to reduction furnace 8, boat
It will be reduced along charging boat track into reduction furnace 8.Charging conveying arrangement 4 realizes the process that material enters reduction furnace 8
Whole-course automation is carried out, and further increases the production efficiency of reducing material.
Wherein, feed and charging limit component is provided with conveying arrangement 4, charging limit component includes being arranged on vertical feeding
Feed entrance point sensor and charging control piece on component 42, feed entrance point sensor and charging control piece electrical connection.
Specifically, charging control piece is charging encoder.During work, charging encoder control left and right motor driving charging rises
Drop erecting bed 421 is moved horizontally on charging translation track 412 and treats feed entrance point, is then fitted into charging lifting erecting bed
Feed entrance point sensor on 421 can sense the positional information of charging manipulator base 423, and feed entrance point sensor will afterwards
Positional information passes to charging encoder, and the charging encoder control lifting motor driving charging lifting of manipulator base 423 extremely refers to
Positioning is put, then feed encoder control charging push component 424 reducing motor driving charging push component 424 push to heat also
The fire door of thermal reduction system is opened on original system, top, is then fed encoder control charging hook boat component 425 and is delivered to specified location rear-guard
Rotary cylinder on dynamic charging hook boat component 425 so that the boat hook of charging hook boat component 425, which rotates up to, hooks boat
Inner side, the reducing motor driving charging hook boat component 425 for then feeding encoder control charging hook boat component 425 push boat to
Thermal reduction system, boat will be reduced along charging boat track into thermal reduction system.Define position of the boat in charging
Positioning is put, furthermore achieved that material enters the process whole-course automation progress of reduction furnace 8, further increase reducing material
Production efficiency.
Wherein, the material oscillating uniform device being connected with distribution device 3 is additionally provided with, for the material being distributed on boat to be rocked
Uniformly,
The foregoing description of the disclosed embodiments, professional and technical personnel in the field are enable to realize or using the present invention.
A variety of modifications to these embodiments will be apparent for those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, it is of the invention
The embodiments shown herein is not intended to be limited to, and is to fit to and principles disclosed herein and features of novelty phase one
The most wide scope caused.
Claims (10)
- A kind of 1. input and output material control system, it is characterised in that including：Discharge conveying arrangement (1), for transporting being mounted with after the reduction furnace (8) reduction from the middle taking-up of reduction furnace (8) Material charge cask (5) to discharge pit；Material-pouring device (2), for the charge cask (5) of discharging conveying arrangement (1) conveying to be toppled over, realize discharging；Distribution device (3), the distribution device (3) is connected with the material-pouring device (2), for material to be restored to be arranged in On the charge cask (5) by the material-pouring device (2) discharging；Conveying arrangement (4) is fed, the reduction furnace is transported to for the charge cask (5) with reducing material will to be mounted with (8) in.
- 2. a kind of input and output material control system as claimed in claim 1, it is characterised in that the discharging conveying arrangement (1) includes The horizontal outlet member (11) that the charge cask (5) moves horizontally is driven, and drives charge cask (5) vertical shift Vertical outlet member (12), the vertical outlet member (12) is slidably connected with the horizontal outlet member (11), and described Vertical outlet member (12) can take out the charge cask (5) from the reduction furnace (8) and convey the charge cask (5) extremely To discharge pit.
- 3. a kind of input and output material control system as claimed in claim 2, it is characterised in that set on the discharging conveying arrangement (1) Discharging limit component is equipped with, the unloading position that the discharging limit component includes being arranged on the vertical outlet member (12) passes Sensor and discharging control piece, the unloading position sensor and the discharging control piece electrical connection.
- A kind of 4. input and output material control system as claimed in claim 1, it is characterised in that also include dividing boat device (6), described point Boat device (6) be used to separating and transport from the charge cask (5) to stack together taken out in the reduction furnace (8) to Discharge pit, it is described to divide what boat device (6) included being used for clamping the charge cask (5) to divide boat clamping components (61), for driving What described point of boat clamping components (61) moved horizontally divides boat translation member (62), described divides boat clamping components (61) perpendicular for driving What translation was moved divides boat lift component (63).
- 5. a kind of input and output material control system as claimed in claim 1, it is characterised in that the material-pouring device (2) includes being used for The batch turning clamping components of the charge cask (5) are clamped, boat component is turned over for overturn the batch turning clamping components.
- 6. a kind of input and output material control system as claimed in claim 1, it is characterised in that be provided with the distribution device (3) Material limitation mechanism, the material limitation mechanism include weight induction device and Weight control part, and the weight induction device is arranged on On the distribution device (3), the Weight control part is electrically connected with the weight induction device.
- A kind of 7. input and output material control system as claimed in claim 1, it is characterised in that also include folded boat device (7), it is described folded Boat device (7) is used to the charge cask (5) finished from the distribution device (3) cloth is stacked and transported to the reduction In stove (8), the folded boat device (7) includes being used for the folded boat clamping components (71) for clamping the charge cask (5), for driving The folded boat translation member (72) that the folded boat clamping components (71) move horizontally, for driving the folded boat clamping components (71) perpendicular The dynamic folded boat lift component (73) of translation.
- 8. a kind of input and output material control system as described in claim 4 or 7, it is characterised in that also including school boat device, the school Boat device is used for the putting position for correcting the charge cask (5).
- 9. a kind of input and output material control system as claimed in claim 1, it is characterised in that the charging conveying arrangement (4) includes Horizontal feed component (41) and vertical feeding component (42), the vertical feeding component (42) and the horizontal feed component (41) It is slidably connected.
- 10. a kind of input and output material control system as claimed in claim 9, it is characterised in that set on the charging conveying arrangement (4) Charging limit component is equipped with, the feed entrance point that the charging limit component includes being arranged on the vertical feeding component (42) passes Sensor and charging control piece, the feed entrance point sensor and the charging control piece electrical connection.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710965550.0A CN107576206A (en) | 2017-10-17 | 2017-10-17 | A kind of input and output material control system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710965550.0A CN107576206A (en) | 2017-10-17 | 2017-10-17 | A kind of input and output material control system |
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| CN107576206A true CN107576206A (en) | 2018-01-12 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116793090A (en) * | 2023-08-29 | 2023-09-22 | 沈阳广泰真空科技股份有限公司 | Automatic protection feeding heat treatment control system and method |
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| CN106312086A (en) * | 2015-12-09 | 2017-01-11 | 厦门达斯自动化技术有限公司 | Push-rod furnace intelligent loading and unloading system |
| CN206094915U (en) * | 2016-10-14 | 2017-04-12 | 株洲硬质合金集团有限公司 | High temperature molybdenum -wound furnace is with dress boat device |
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| CN205138215U (en) * | 2015-10-27 | 2016-04-06 | 厦门达斯自动化技术有限公司 | Intelligence pushes away colludes boat mechanism |
| CN106312086A (en) * | 2015-12-09 | 2017-01-11 | 厦门达斯自动化技术有限公司 | Push-rod furnace intelligent loading and unloading system |
| CN206094915U (en) * | 2016-10-14 | 2017-04-12 | 株洲硬质合金集团有限公司 | High temperature molybdenum -wound furnace is with dress boat device |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116793090A (en) * | 2023-08-29 | 2023-09-22 | 沈阳广泰真空科技股份有限公司 | Automatic protection feeding heat treatment control system and method |
| CN116793090B (en) * | 2023-08-29 | 2023-10-27 | 沈阳广泰真空科技股份有限公司 | Automatic protection feeding heat treatment control system and method |
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