CN207143660U - Blending station feeding device - Google Patents
Blending station feeding device Download PDFInfo
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- CN207143660U CN207143660U CN201721148533.XU CN201721148533U CN207143660U CN 207143660 U CN207143660 U CN 207143660U CN 201721148533 U CN201721148533 U CN 201721148533U CN 207143660 U CN207143660 U CN 207143660U
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- blending station
- feeding device
- agitator
- control system
- reclaimer
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Abstract
It the utility model is related to a kind of blending station feeding device, wherein blending station feeding device includes reclaimer system (2), splicing system (3) and control system (4), reclaimer system is used to take out material from the agitator (1) of blending station, splicing system is connected with reclaimer system, to receive and store the material that reclaimer system is taken out, control system is used in real time be controlled reclaimer system and/or splicing system according to the instruction that user sets in advance or temporarily.Blending station feeding device of the present utility model is by setting reclaimer system, splicing system and control system, allow user in advance or interim set in the controls instructs, to realize the function of being gathered in real time to compound caused by blending station, so as to gather at different moments, compound in different phase, quality testing is carried out to these compounds, foundation can be provided for optimization mixing time, lifting stirring efficiency, it is also more comprehensive to the performance evaluation of agitator.
Description
Technical field
It the utility model is related to asphalt stirring technique field, more particularly to a kind of blending station feeding device.
Background technology
Asphalt mixing plant is the key equipment of asphalt pavement construction, is source caused by asphalt, should
The running quality of equipment directly affects the quality and speed of engineering construction.Core of the agitator as asphalt mixing plant
Part, the good and bad quality for directly determining finished asphalt compound of its performance, and then influence the construction quality and road use of compound
Performance, therefore, the evaluation for agitator performance and compound mixing quality are particularly important.
At present, the appropriate finished asphalt released by agitator is typically manually taken to mix the evaluation method of agitator performance
Material is closed, taken compound is delivered to the experiment of laboratory progress related performance indicators, judges performance and the mixing of agitator successively
The quality of material.Problems be present in this method：Finished product compound can not gather in real time；Collection weight is difficult to control, and easily causes wave
Take；The compound of agitator difference stirring region and mixing position can not be gathered, so that can not be to the stirring of different stirring regions
Quality is analyzed.Therefore, study one kind can real-time online collection finished product compound, accurately control compound collection weight
Amount, the apparatus and method that can gather different stirring region compounds, seem necessary in the art.
It should be noted that the information for being disclosed in the utility model background section is merely intended to increase to this practicality newly
The understanding of the general background of type, and be not construed as recognizing or imply that the information structure has been art technology in any form
Prior art well known to personnel.
Utility model content
The purpose of this utility model is to propose a kind of blending station feeding device, to solve in the prior art not mixing pitch
Close the problem of material is gathered in real time.
To achieve the above object, the utility model provides a kind of blending station feeding device, including reclaimer system, splicing system
System and control system, reclaimer system are used to take out material from the agitator of blending station, and splicing system is connected with reclaimer system, with
The material that reclaimer system is taken out is received and stores, control system is used for according to the instruction that user is advance or sets temporarily in real time
Reclaimer system and/or splicing system are controlled.
Further, reclaimer system includes feeding pipeline and material guide mechanism, one end of feeding pipeline connected with agitator and
Feeding pipeline and splicing system connectivity, material guide mechanism are used to export material from agitator and by feeding Pipeline transport to connecing
Material system, material guide mechanism are connected with control system, to be controlled by control system to material guide mechanism.
Further, material guide mechanism includes guide axle and actuator, and guide axle is arranged in feeding pipeline, and actuator can
The rotation of guide axle is driven, material is exported by the propeller blade being arranged on guide axle in rotary course.
Further, actuator can drive guide axle to rotate and reverse, and when guide axle rotates forward, material guide mechanism can be by thing
Material exports from agitator；When guide axle inverts, material guide mechanism can import the salvage stores in feeding pipeline in agitator.
Further, feeding pipeline tilts upward setting, and the angle between the axis and vertical direction of feeding pipeline is 75 °
~85 °.
Further, the side of one end of the remote agitator of feeding pipeline is provided with discharging opening, and discharge outlet is provided with nozzle,
Nozzle can blow gas with prevent material discharge outlet accumulate.
Further, the outer wall of agitator is provided with Sampling Interface, and the end of Sampling Interface is provided with first flange disk, feeding
The end of pipeline is provided with second flange disk, and Sampling Interface passes through first flange disk and second flange disk with feeding pipeline by bolt
On bolt hole come realize connection.
Further, the outer wall of agitator is provided with Sampling Interface, and feeding pipeline is connected with Sampling Interface, Sampling Interface bag
Include multiple, multiple Sampling Interfaces are separately positioned on the diverse location of agitator, with pass through reclaimer system take out it is different in agitator
The material of position.
Further, multiple Sampling Interfaces along agitator circumferentially.
Further, splicing system includes storage bin, and storage bin includes at least two separate compartments, to connect respectively
Receive and store the material for being derived from diverse location in agitator.
Further, splicing system includes valve mechanism, and valve mechanism is connected with control system, to pass through control system control
Valve mechanism processed is selectively opened at least one at least two compartments and at least another at least two compartments of closing
It is individual.
Further, valve mechanism includes valve plates, rotating shaft, pivoted arm and cylinder, and valve plates are connected with pivoted arm, pivoted arm and gas
The cylinder rod connection of cylinder, to drive pivoted arm to rotate around the axis when the cylinder rod of cylinder is moved, and then drives valve plates to swing, to lead to
Cross valve plates and open or close compartment.
Further, valve plates be configured at least one opening at least two compartments are made and make at least two every
Valve plates when at least another is closed in storehouse are obliquely installed, to be guided to the material fallen into the compartment of opening.
Further, the bottom of compartment is provided with level sensor, and level sensor is used to before compartment receives material examine
The material position surveyed in compartment, level sensor is connected with control system signal, by the level signals detected by level sensor
Control system is passed to, is easy to control system to be selected according to level signals control valve mechanism compartment.
Further, splicing system includes meter, and the weight for the material that meter is used to receive splicing system is entered
Row measurement, and meter is connected with control system signal, and the weight signal measured by meter is passed into control system,
It is easy to control system to be controlled according to weight signal to reclaimer system.
Further, splicing system includes storage bin, and meter includes weighing sensor, one end connection of weighing sensor
In fixation wall, the other end of weighing sensor is connected with storage bin, and storage bin is arranged on the lower section of the discharging opening of reclaimer system,
To be measured by weightening of the weighing sensor to storage bin.
Further, at the time of user is in advance or the instruction that sets includes feeding position, starts feeding temporarily, feeding disappeared
It is at least one in the time and feeding weight of consumption.
Based on above-mentioned technical proposal, blending station feeding device of the present utility model is by setting reclaimer system, splicing system
And control system, allow user in advance or interim set in the controls instructs, to realize to being mixed caused by blending station
Close the function that is gathered in real time of material, so as to gather at different moments, compound in different phase, these are mixed
Material carries out quality testing, can be optimization mixing time, lift stirring efficiency and provide foundation, to the performance evaluation of agitator also more
Add comprehensively.
Brief description of the drawings
Accompanying drawing described herein is used for providing further understanding to of the present utility model, forms the part of the application,
Schematic description and description of the present utility model is used to explain the utility model, does not form to of the present utility model improper
Limit.In the accompanying drawings：
Fig. 1 is the structural representation of the utility model blending station feeding device one embodiment.
Fig. 2 is the structural representation of reclaimer system in the utility model blending station feeding device one embodiment.
Fig. 3 is the structural representation of splicing system in the utility model blending station feeding device one embodiment.
In figure：
1st, agitator；2nd, reclaimer system；3rd, splicing system；4th, control system；
11st, stirring region；12nd, Sampling Interface；121st, first flange disk；
21st, feeding pipeline；211st, second flange disk；22nd, guide axle；23rd, actuator；24th, discharging opening；
31st, valve mechanism；32nd, meter；33rd, storage bin；34th, level sensor；35th, suspension hook；
311st, valve plates；312nd, pivoted arm；313rd, cylinder；
331st, compartment；332nd, bin gate.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in embodiment is carried out clear, complete
Ground describes.Obviously, described embodiment is only part of the embodiment of the present utility model, rather than whole embodiments.
Based on embodiment of the present utility model, institute that those of ordinary skill in the art are obtained under the premise of creative work is not made
There is other embodiment, belong to the scope of the utility model protection.
In description of the present utility model, it is to be understood that term " " center ", " transverse direction ", " longitudinal direction ", "front", "rear",
The orientation or position relationship of the instruction such as "left", "right", " on ", " under ", " vertical ", " level ", " top ", " bottom ", " interior ", " outer " are
Based on orientation shown in the drawings or position relationship, it is for only for ease of description the utility model and simplifies description, rather than instruction
Or imply that signified device or element must have specific orientation, with specific azimuth configuration and operation, therefore be not understood that
For the limitation to scope of protection of the utility model.
As shown in figure 1, in an illustrative examples of blending station feeding device provided by the utility model, blending station
Feeding device includes reclaimer system 2, splicing system 3 and control system 4, and reclaimer system 2 is used to take from the agitator 1 of blending station
Go out material, splicing system 3 is connected with reclaimer system 2, and to receive and store the material that reclaimer system 2 is taken out, control system 4 is used
Reclaimer system 2 and/or splicing system 3 are controlled in real time in the instruction set in advance or temporarily according to user.
In the above-described embodiments, by setting reclaimer system 2, splicing system 3 and control system 4, allow user advance
Or the interim function that instruction is set in the controls, gathered in real time to compound caused by blending station with realization, from
And can gather at different moments, compound in different phase, these compounds are carried out with quality testing, can be optimization
Mixing time, lifting stirring efficiency provide foundation, also more comprehensive to the performance evaluation of agitator.
Further, as shown in Fig. 2 reclaimer system 2 includes feeding pipeline 21 and material guide mechanism, one end of feeding pipeline 21
Connected with agitator 1 and feeding pipeline 21 connects with splicing system 3, material guide mechanism is used to from agitator 1 export material simultaneously
Splicing system 3 is delivered to by feeding pipeline 21, material guide mechanism is connected with control system 4, with by control system 4 to material guiding machine
Structure is controlled.
Specifically, material guide mechanism can include guide axle 22 and actuator 23, and guide axle 22 is arranged on feeding pipeline 21
Interior, actuator 23 can drive guide axle 22 to rotate, with the propeller blade in rotary course by being arranged on guide axle 22
Material is exported.
Wherein, actuator 23 can use the dynamical elements such as motor, and the rotating speed of motor can be constant speed, or become
Speed.Propeller blade is arranged on the periphery of guide axle 22 in a spiral manner.
In addition to said structure, material guide mechanism can also use other existing structures, export material as long as can realize
Effect.
Preferably, actuator 23 can drive guide axle 22 to rotate and reverse, and when guide axle 22 rotates forward, material guide mechanism can
Material is exported from agitator 1；When guide axle 22 inverts, material guide mechanism can import the salvage stores in feeding pipeline 21
In agitator 1.Wherein, rotating and reverse can turn for two kinds of opposite rotation modes of rotation direction, such as rotating forward to be clockwise
Dynamic, reversion can be to rotate counterclockwise.
Guide axle 22 is configured to rotate and reverse, can realize export material on the basis of, export material it
Before feeding pipeline 21 can also be emptied by guide axle 22, prevent there is residual material due to retaining and influences to take in feeding pipeline 21
The precision of material.
As shown in figure 1, feeding pipeline 21 tilts upward setting, the angle between the axis and vertical direction of feeding pipeline 21
α can be 75 °~85 °, such as 80 °.When agitator is placed vertically, the angle α it can be appreciated that feeding pipeline 21 with stirring
Mix the angle between the outer wall of device 1.The setting angle can be such that material more successfully exports, and material can be prevented from feeding
Freely flowed out in pipeline 21.
Splicing system 3 is preferably provided in the lower section of reclaimer system 2, so that material falls into splicing directly down after export
In system 3.Certainly, in other embodiments, the relative position relation of reclaimer system 2 and splicing system 3 can also have other choosings
Select, repeat no more here.
Discharging opening 24 is provided with the side of one end of the remote agitator 1 of feeding pipeline 21, it is preferable that discharging opening 24 is set
In the bottom side of feeding pipeline 21, it can so facilitate the whereabouts of material.Nozzle is provided with discharging opening 24, nozzle can be blown out
For gas to prevent material from being accumulated at discharging opening 24, the setting of nozzle can also make derived material entirely fall in splicing system
In, avoid the waste of material.
In a preferred embodiment of the utility model blending station feeding device, the outer wall of agitator 1 is provided with sampling
Interface 12, the end of Sampling Interface 12 are provided with first flange disk 121, and the end of feeding pipeline 21 is provided with second flange disk 211, adopted
Sample interface 12 is realized with feeding pipeline 21 by bolt through the bolt hole on first flange disk 121 and second flange disk 211
Connection.
Wherein, Sampling Interface 12 can be an opening, can also include the pipeline of one section of extension, and at the end of pipeline
Portion sets first flange disk 121, to facilitate the connection with feeding pipeline 21.Sampling Interface 12 with one section of extension pipeline is preferred
Ground is integrally formed with agitator 1, reduces unreliable problem caused by connection.
Sampling Interface 12 and feeding pipeline 21 are realized to fetching by first flange disk 121 and second flange disk 211
Connection, not only connect it is more convenient, it is simple to operate, and reliability is high, can effectively prevent the leakage of material.
In addition, when Sampling Interface 12 has extension pipeline, guide axle 22 preferably stretches into the extension of Sampling Interface 12
In road, it is preferable that the end of guide axle 22 flushes with the inwall of the stirring region 11 of agitator 1, and reaching can smoothly feeding be again
The purpose of stirring is not interfered.
As the further preferred of above-described embodiment, including multiple, multiple Sampling Interfaces 12 are set Sampling Interface 12 respectively
In the diverse location of agitator 1, to pass through the material that reclaimer system 2 takes out diverse location in agitator 1.
Correspondingly, when Sampling Interface 12 is provided with multiple, reclaimer system 2 can be only including a set of, and is needing to take out not
With position material when the reclaimer system 2 is connected with the Sampling Interface 12 of correspondence position；Certainly, in order to improve conveniently
Property, reclaimer system 2 can also include more sets, a set of reclaimer system 2 is connected on each Sampling Interface 12, thus can be right at any time
The feeding of diverse location is acquired, so not only can be according to controlling without disassembly and installation reclaimer system 2 every time
The time set in system 4 is automatically acquired successively to the material of diverse location, can also be same to the material of diverse location
When be acquired, acquisition mode is more diversified.
By setting multiple Sampling Interfaces 12, the material of the diverse location of agitator 1 can be extracted, so as to difference
The material of position carries out performance detection, and effective foundation is provided for the structure optimization of agitator, to improve the mixing quality of compound
Reference is provided.
Preferably, multiple Sampling Interfaces 12 along agitator 1 circumferentially, to be adopted to circumferential diverse location material
Collection, the whipping performance of agitator is studied more fully hereinafter.
In another preferred embodiment of blending station feeding device provided by the utility model, splicing system 3 includes
Storage bin 33, storage bin 33 include at least two separate compartments 331, are derived from receiving and storing respectively in agitator 1
The material of diverse location.Wherein, can be separated between two compartments 331 by dividing plate.
The bottom of compartment 331 can set attemperator, such as heater strip or conduction oil, with to the material in compartment 331
It is incubated, prevents from causing the influence to its performance test results because temperature of charge changes.
Bin gate 332 can also be set on compartment 331, to take out material from compartment 331.Preferably, bin gate 332 can be with
It is arranged on the bottom of compartment 331.
Further, splicing system 3 includes valve mechanism 31, and valve mechanism 31 is connected with control system 4, to pass through control
The control valve mechanism 31 of system 4 be selectively opened it is at least one at least two compartments 331, and close at least two compartments
In 331 at least another.By setting valve mechanism 31, compartment 331 can be selected, can be with by control system 4
Valve mechanism 31 is efficiently controlled, so that the part opening in all compartments 331, and another part is closed, and then make material
It can only fall into the compartment 331 of opening.
Specifically, as shown in figure 3, valve mechanism 31 can include valve plates 311, rotating shaft, pivoted arm 312 and cylinder 313,
Valve plates 311 are connected with pivoted arm 312, and pivoted arm 312 is connected with the cylinder rod of cylinder 313, to be driven when the cylinder rod of cylinder 313 is moved
Pivoted arm 312 is rotated around the axis, and then drives valve plates 311 to swing, and compartment 331 is opened or closed will pass through valve plates 311.Its
In, valve plates 311 are fixedly connected with pivoted arm 312, can drive valve plates 311 servo-actuated when pivoted arm 312 rotates；Pivoted arm 312
It is rotatably coupled with the cylinder rod of cylinder 313, for example, it is be hinged, so that pivoted arm 312 can be made around the shaft when cylinder rod is stretched out or is retracted
Rotate.The valve mechanism 31 of this structure can realize an opening in two compartments 331 simultaneously by the swing of valve plates 311
And another is closed, operational control is got up more convenient.
Preferably, valve plates 311 are configured at least one opening at least two compartments 331 are made and make at least two
Valve plates 311 when at least another is closed in individual compartment 331 are obliquely installed, with to falling into the material in the compartment 331 of opening
Guide.That is, valve plates 311 are in heeling condition when stopping operating, and so set that the whereabouts of material can be formed and draw
Effect is led, material is more easily fallen into the compartment 331 of opening.
As the further improvement of blending station feeding device provided by the utility model, the bottom of compartment 331 is provided with material
Level sensor 34, level sensor 34 are used to before compartment 331 receives material detect the material position in compartment 331, material position sensing
Device 34 is connected with the signal of control system 4, the level signals detected by level sensor 34 is passed into control system 4, just
Compartment 331 is selected according to level signals control valve mechanism 31 in control system 4.
Specifically, level sensor 34 can be detected to the material position in compartment 331, and level sensor 34 is set
In the bottom of compartment 331, conveniently whether there can be material in detection compartment 331, when the material position that level sensor 34 is detected is high
When degree is zero, it is empty to illustrate compartment 331, and material is not present in compartment 331, now opens the compartment by control system 4
331, material is fallen into the compartment 331, collection weight that can be to material is more accurately measured；Work as level sensor
When 34 controlling levels detected are not zero, illustrate there is residual material in compartment 331, at this moment inconvenience is connect using the compartment 331
Receive and store material, in order to avoid residual material impacts to evaluation result, therefore can now be closed by control system 4 should be every
Storehouse 331, material is set to fall into other compartments 331.
As the another improvement of blending station feeding device provided by the utility model, splicing system 3 includes meter 32,
The weight for the material that meter 32 is used to receive splicing system 3 measures, and meter 32 and the signal of control system 4
Connection, passes to control system 4 by the weight signal measured by meter 32, is easy to control system 4 according to weight signal pair
Reclaimer system 2 is controlled.By setting meter 32, collection weight that can be to material is more accurately controlled, and is carried
The accuracy of high collecting sample.
Specifically, meter 32 includes weighing sensor, and one end of weighing sensor is connected in fixation wall, biography of weighing
The other end of sensor is connected with storage bin 33, and storage bin 33 is arranged on the lower section of the discharging opening 24 of reclaimer system 2, with by weighing
Weightening of the sensor to storage bin 33 measures.Wherein, there is a certain distance, storing between storage bin 33 and discharging opening 24
There is no direct annexation between storehouse 33 and reclaimer system 2, can so facilitate the weight that material is received to storage bin 33
Weighed in real time, to accurately control the collection weight of material.
In above-mentioned each embodiment, user's instruction that is advance or setting temporarily in control system 4 can include feeding
It is at least one at the time of position, beginning feeding, in the time and feeding weight that feeding is consumed.
It should be noted that in each embodiment of the utility model blending station feeding device, material can be engineering
On any compound for using, it is therefore preferable to asphalt.
The concrete structure and work of one embodiment of 1~3 pair of the utility model blending station feeding device below in conjunction with the accompanying drawings
Illustrated as flow：
As shown in figure 1, the blending station feeding device includes agitator 1, reclaimer system 2, splicing system 3 and control system 4,
Agitator 1 includes stirring region 11 and Sampling Interface 12；Reclaimer system 2 is conveying worm, including feeding pipeline 21, guide axle
22nd, actuator 23 and discharging opening 24；Splicing system 3 includes valve mechanism 31, meter 32, storage bin 33, level sensor 34
With meter 32.
As shown in Fig. 2 reclaimer system 2 passes through the second flange disk in the end set of feeding pipeline 21 with Sampling Interface 12
211 are connected with the first flange disk 121 of the end set of the Sampling Interface 12 in agitator 1, and what is set in feeding pipeline 21 leads
Material axle 22 is stretched in Sampling Interface 12, and is connected with the stirring region 11 of agitator 1, and discharging opening 24 connects with splicing system 3
It is logical.
As shown in figure 3, valve mechanism 31 includes valve plates 311, rotating shaft, pivoted arm 312 and cylinder 313, pass through cylinder 313
Stretching for cylinder rod, can drive pivoted arm 312 to rotate around the axis, and the rotation of pivoted arm 312 can drive the left and right around the shaft of valve plates 311
Swing.
The one end of meter 32 is connected by suspension hook 35 with fixation wall, and the other end is connected by suspension hook 35 with storage bin 33；Storage
Feed bin 33 includes multiple compartments 331 being separated by, and the bottom of compartment 331 is provided with level sensor 34.
Control system 4 and actuator 23, cylinder 313, level sensor 34 and the meter 32 for driving guide axle 22
Connection, control system 4 can control the actuator 23 of reclaimer system 2 to start according to setting program, to perform feeding action；Together
When, the cylinder 313 of control valve mechanism 31 acts after receiving the signal of level sensor 34, to select compartment 331；Take
After material starts, control system 4 can also receive the signal of meter 32, after default collection weight is reached, to reclaimer system 2
Actuator 23 sends halt instruction.
Feeding flow based on above-mentioned blending station feeding device mainly includes the following steps that：
Step 1：User in control system 4 preset sampling parameters, sampling parameters may include sample the moment, sampling weight,
Reversing time of actuator 23 etc.；
Step 2：The signal of level sensor 34 is read by control system 4, instruction cylinder 313 makes action, completion pair
The selection of compartment 331；
Step 3：Toggling command is sent to the actuator 23 of reclaimer system 2 by control system 4, actuator 23 starts instead
Turn, the salvage stores in feeding pipeline 21 or white material are discharged by guide axle 22, after reaching preset time, pass through control system
4 send rotating forward instruction to actuator 23, and guide axle 22 starts the feeding from stirring region 11；
Step 4：Signal from meter 32 is received by control system 4, when reaching preset weight, passes through control
System 4 sends halt instruction to the actuator 23 of reclaimer system 2, and reclaimer system 2 stops feeding.
It can be seen that compound real-time online intelligence in agitator can be realized using blending station feeding device of the present utility model
Feeding, meets the needs of compound mixing quality detection contrast at different moments, and reliable basis are provided for optimization mixing time.
Pass through the explanation of multiple embodiments to the utility model blending station feeding device, it can be seen that the utility model is mixed
At least there is one or more of advantage with station feeding device embodiment：
1st, by setting reclaimer system, splicing system and control system, it is possible to achieve the real-time intelligence of compound at different moments
It can sample, foundation is provided for optimization mixing time, lifting stirring efficiency；
2nd, by setting multiple Sampling Interfaces, it is possible to achieve the compound real-time intelligent sampling of different zones, is agitator
Excellent structuring provides effective foundation, and method is provided to improve compound mixing quality；
3rd, by setting meter, collection weight can effectively be controlled, not only improves acquisition precision, can be with
Avoid the waste of material.
Finally it should be noted that：Above example is only illustrating the technical solution of the utility model rather than it is limited
System；Although the utility model is described in detail with reference to preferred embodiment, those of ordinary skill in the art should
Understand：Specific embodiment of the present utility model can still be modified or some technical characteristics are equally replaced
Change；Without departing from the spirit of technical solutions of the utility model, it all should cover in the claimed technical scheme of the utility model
Among scope.
Claims (17)
- A kind of 1. blending station feeding device, it is characterised in that including reclaimer system (2), splicing system (3) and control system (4), The reclaimer system (2) is used to take out material from the agitator (1) of blending station, the splicing system (3) and the feeding system System (2) connection, to receive and store the material that the reclaimer system (2) is taken out, the control system (4) is used for basis User is in advance or the instruction that sets temporarily is controlled to the reclaimer system (2) and/or the splicing system (3) in real time.
- 2. blending station feeding device according to claim 1, it is characterised in that the reclaimer system (2) includes feeding pipe Road (21) and material guide mechanism, one end of the feeding pipeline (21) is connected with the agitator (1) and the feeding pipeline (21) Connected with the splicing system (3), the material guide mechanism is used to export the material from the agitator (1) and passes through institute State feeding pipeline (21) and be delivered to the splicing system (3), the material guide mechanism is connected with the control system (4), to pass through The control system (4) is controlled to the material guide mechanism.
- 3. blending station feeding device according to claim 2, it is characterised in that the material guide mechanism includes guide axle (22) With actuator (23), the guide axle (22) is arranged in the feeding pipeline (21), and the actuator (23) can drive institute State guide axle (22) rotation, with rotary course by being arranged on the propeller blade on the guide axle (22) by the material Export.
- 4. blending station feeding device according to claim 3, it is characterised in that the actuator (23) can drive described Guide axle (22) rotates and reverse, and when the guide axle (22) rotates forward, the material guide mechanism can stir the material from described Mix in device (1) and export；During guide axle (22) reversion, the material guide mechanism can be by the remnants in the feeding pipeline (21) Material is imported in the agitator (1).
- 5. blending station feeding device according to claim 2, it is characterised in that the feeding pipeline (21), which tilts upward, to be set Put, the angle between the axis and vertical direction of the feeding pipeline (21) is 75 °~85 °.
- 6. blending station feeding device according to claim 2, it is characterised in that the feeding pipeline (21) away from described The side of one end of agitator (1) is provided with discharging opening (24), and discharging opening (24) place is provided with nozzle, and the nozzle can be blown out Gas with prevent the material the discharging opening (24) place accumulate.
- 7. blending station feeding device according to claim 2, it is characterised in that the outer wall of the agitator (1) is provided with Sampling Interface (12), the end of the Sampling Interface (12) are provided with first flange disk (121), the end of the feeding pipeline (21) Provided with second flange disk (211), the Sampling Interface (12) passes through first method with the feeding pipeline (21) by bolt Bolt hole on blue disk (121) and the second flange disk (211) connects to realize.
- 8. blending station feeding device according to claim 2, it is characterised in that the outer wall of the agitator (1) is provided with Sampling Interface (12), the feeding pipeline (21) are connected with the Sampling Interface (12), the Sampling Interface (12) include it is multiple, Multiple Sampling Interfaces (12) are separately positioned on the diverse location of the agitator (1), to be taken by the reclaimer system (2) Go out the material of diverse location in the agitator (1).
- 9. blending station feeding device according to claim 8, it is characterised in that multiple Sampling Interfaces (12) are along described Agitator (1) is circumferentially.
- 10. the blending station feeding device according to any one of claim 1~9, it is characterised in that the splicing system (3) Including storage bin (33), the storage bin (33) includes at least two separate compartments (331), to receive and store respectively It is derived from the material of diverse location in the agitator (1).
- 11. blending station feeding device according to claim 10, it is characterised in that the splicing system (3) includes valve Mechanism (31), the valve mechanism (31) are connected with the control system (4), with by described in the control system (4) control Valve mechanism (31) be selectively opened it is at least one at least two compartments (331), and close at least two described in In compartment (331) at least another.
- 12. blending station feeding device according to claim 11, it is characterised in that the valve mechanism (31) includes valve Plate (311), rotating shaft, pivoted arm (312) and cylinder (313), the valve plates (311) are connected with the pivoted arm (312), the pivoted arm (312) cylinder rod with the cylinder (313) is connected, to drive the pivoted arm (312) when the cylinder rod of the cylinder (313) is moved Around the axis of rotation, and then driving the valve plates (311) to swing, being opened or closed with will pass through the valve plates (311) The compartment (331).
- 13. blending station feeding device according to claim 12, it is characterised in that the valve plates (311) are configured to In at least one opening in making at least two compartments (331) and make at least another at least two compartments (331) The valve plates (311) are obliquely installed during one closing, to draw to falling into the material in the compartment (331) of opening Lead.
- 14. blending station feeding device according to claim 11, it is characterised in that the bottom of the compartment (331) is provided with Level sensor (34), the level sensor (34) are used for before the compartment (331) receives the material described in detection Material position in compartment (331), the level sensor (34) are connected with the control system (4) signal, the material position are passed Level signals detected by sensor (34) pass to the control system (4), are easy to the control system (4) according to the material Position signal controls the valve mechanism (31) to select the compartment (331).
- 15. the blending station feeding device according to any one of claim 1~9, it is characterised in that the splicing system (3) Including meter (32), the weight that the meter (32) is used for the material received to the splicing system (3) is carried out Measurement, and the meter (32) is connected with the control system (4) signal, by the weight measured by the meter (32) Amount signal passes to the control system (4), is easy to the control system (4) according to the weight signal to the reclaimer system (2) it is controlled.
- 16. blending station feeding device according to claim 15, it is characterised in that the splicing system (3) includes storing Storehouse (33), the meter (32) include weighing sensor, and one end of the weighing sensor is connected in fixation wall, the title The other end for retransmitting sensor is connected with the storage bin (33), and the storage bin (33) is arranged on going out for the reclaimer system (2) The lower section of material mouth (24), to be measured by weightening of the weighing sensor to the storage bin (33).
- 17. the blending station feeding device according to any one of claim 1~9, it is characterised in that the user is advance or faces When the instruction that sets at the time of include feeding position, start feeding, in the time and feeding weight that feeding is consumed at least one It is individual.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721148533.XU CN207143660U (en) | 2017-09-08 | 2017-09-08 | Blending station feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721148533.XU CN207143660U (en) | 2017-09-08 | 2017-09-08 | Blending station feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207143660U true CN207143660U (en) | 2018-03-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721148533.XU Expired - Fee Related CN207143660U (en) | 2017-09-08 | 2017-09-08 | Blending station feeding device |
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| Country | Link |
|---|---|
| CN (1) | CN207143660U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107881882A (en) * | 2017-09-08 | 2018-04-06 | 徐州徐工筑路机械有限公司 | Blending station feeding device and method |
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2017
- 2017-09-08 CN CN201721148533.XU patent/CN207143660U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107881882A (en) * | 2017-09-08 | 2018-04-06 | 徐州徐工筑路机械有限公司 | Blending station feeding device and method |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20180327 Termination date: 20190908 |