CN207591773U - Full-automatic feeding and stepless feed proportioning system - Google Patents
Full-automatic feeding and stepless feed proportioning system Download PDFInfo
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- CN207591773U CN207591773U CN201721507968.9U CN201721507968U CN207591773U CN 207591773 U CN207591773 U CN 207591773U CN 201721507968 U CN201721507968 U CN 201721507968U CN 207591773 U CN207591773 U CN 207591773U
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Abstract
The utility model belongs to lithium electricity tertiary cathode material and its presoma hybrid technology field more particularly to a kind of full-automatic feeding and stepless feed proportioning system.The utility model includes the vacuum material being sequentially communicated transmitting tank, vacuum batch charger, feed bin and mixing machine, vacuum source for providing negative pressure is connected with vacuum batch charger, and the vacuum batch charger and feed bin are equipped with several and vacuum batch charger is corresponded with feed bin.Feed proportioning system provided by the utility model makes dispensing work all be completed inside pipeline and equipment, between equipment and equipment entirely by the way of silicon rubber connection, it greatly reduced the situation in product spilling environment, improve the operating environment of employee, and the utility model has reached the not dispensing that feeds intake, the requirement that dispensing is not fed ensure that and feed intake and the accuracy of dispensing have higher accuracy.
Description
Technical field
The utility model belongs to lithium electricity tertiary cathode material and its presoma hybrid technology field more particularly to one kind entirely certainly
Dynamicization feeding and stepless feed proportioning system.
Background technology
At present, with the fast development of lithium electricity tertiary cathode material industry, in the actual production of power battery, mixed type
Positive electrode and its presoma have to be widely applied very much.Two kinds of even three kinds of different types of positive electrodes are mixed for power
The basic thought of battery, be desirable on blended anode material obtain relative to single positive electrode voltage, gram volume and
The more balanced chemical property of cycle performance etc., this just needs different materials to have complementary advantages, so as to promote positive electrode
Whole chemical property.
In previous blending technique, the degree of automation of equipment is not high, and many processes is caused to need to set manual operation, work
People's labor intensity is big, and employee's operating environment is more severe；Lead to feed bin material spill-over since employee's monitoring is not in place when feed bin feeds intake
Situation about going out happens occasionally and there are the problems such as dispensing speed is slow, and proportion scale is uneven.
For example, Chinese invention patent application discloses a kind of new additives machine [application number：201410450889.3], the hair
Bright patent application includes rack, charging gear, meausring apparatus and electrical control gear, and the charging gear includes several storings
Bucket and several belt feeders being connected with storage bin hopper, the belt feeder are arranged in rack；The meausring apparatus includes claiming
Hopper, suspension arrangement, weighing sensor and batching controller, the suspension arrangement are suspended between rack and bucket, institute
The weighing sensor stated is arranged on suspension arrangement；The electrical control gear includes PLC control devices and overproof alarm, skin
Alarm and match again alarm system.
The application for a patent for invention provides a kind of proportioning machine simple in structure, but is opening in entire blending process, object
Material exposure in air, may result in material water suction or be aoxidized, while material can be spilt into environment, make the operation of employee
Environmental degradation.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, providing a kind of full-automatic feeding and stepless feed proportioning system.
In order to achieve the above objectives, the utility model employs following technical proposal：
A kind of full-automation feeding and stepless feed proportioning system, the vacuum material including being sequentially communicated emits tank, vacuum feeds intake
Machine, feed bin and mixing machine, the vacuum source for providing negative pressure are connected with vacuum batch charger, the vacuum batch charger and charging
Feed bin is equipped with several and vacuum batch charger is corresponded with feed bin.
In above-mentioned full-automatic feeding and stepless feed proportioning system, between the vacuum batch charger and feed bin and add
It is connected between material feed bin and mixing machine by hose.
In above-mentioned full-automatic feeding and stepless feed proportioning system, the vacuum material transmitting tank includes material bin, institute
It states and level-sensing device is equipped at the top and bottom of material bin, tonifying Qi ball valve is arranged on the bottom of material bin, and material bin feeds intake with vacuum
Discharging Pneumatic butterfly valve is additionally provided between machine.
In above-mentioned full-automatic feeding and stepless feed proportioning system, the vacuum batch charger includes vacuum intake storehouse, very
Empty source is connected with vacuum intake storehouse, and vacuum intake orlop portion is connected by hose with feed bin, is further included and is arranged on vacuum suction
Feed bin and vacuum material emit the pneumatic suction ball valve between tank and are arranged on pneumatic true between vacuum source and vacuum intake storehouse
Empty ball valve.
In above-mentioned full-automatic feeding and stepless feed proportioning system, it is pre- that vacuum intake storehouse top is additionally provided with a material position
Alert device.
In above-mentioned full-automatic feeding and stepless feed proportioning system, the feed bin includes material silo and is connected to
The screw conveyor of material silo bottom, the top of material silo are connected by hose with vacuum batch charger, the helical feed
Machine is connected by hose with mixing machine.
In above-mentioned full-automatic feeding and stepless feed proportioning system, further include and be arranged on material silo side for weighing
Weighing module.
In above-mentioned full-automatic feeding and stepless feed proportioning system, the mixing machine includes housing, and the housing encloses
Mixing chamber is formed, mixing chamber is connected by hose with several feed bins, and driving motor is arranged on hull outside, is located at
Rabbling mechanism inside mixing chamber is drivingly connected with driving motor.
In above-mentioned full-automatic feeding and stepless feed proportioning system, the rabbling mechanism includes driving with driving motor and connect
The principal arm connect, several support arm one end are fixedly connected with principal arm, and the other end is equipped with stirring rod.
In above-mentioned full-automatic feeding and stepless feed proportioning system, the stirring rod is rotatablely connected with support arm, stirring sheet
It is fixedly connected on stirring rod surface.
Compared with prior art, the utility model has the advantage of：
1st, feed proportioning system provided by the utility model makes dispensing work all be completed inside pipeline and equipment, equipment
Between equipment entirely in a manner that silicon rubber is connect, the situation in product spilling environment is greatly reduced, improves employee
Operating environment.
2nd, the utility model has reached the not dispensing that feeds intake, the requirement that dispensing is not fed, and ensure that and feeds intake and the standard of dispensing
True property has higher accuracy.
3rd, the utility model is equipped with level-sensing device and Weighing module, can have the quality of material that control is entered in real time, can avoid
What feed bin material spill-over went out happens.
Description of the drawings
Fig. 1 is the structure diagram of the utility model；
In figure：Vacuum material transmitting tank 1, vacuum batch charger 2, feed bin 3, mixing machine 4, vacuum source 5, hose 6, material
Storehouse 11, level-sensing device 12, tonifying Qi ball valve 13, discharging Pneumatic butterfly valve 14, vacuum intake storehouse 21, pneumatic suction ball valve 22, Pneumatic vacuum
Ball valve 23, material position precaution device 24, material silo 31, screw conveyor 32, Weighing module 33, housing 41, mixing chamber 42, driving
Motor 43, rabbling mechanism 44, principal arm 441, support arm 442, stirring rod 443, stirring sheet 444.
Specific embodiment
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
As shown in Figure 1, a kind of full-automation feeding and stepless feed proportioning system, the vacuum material including being sequentially communicated emits tank
1st, vacuum batch charger 2, feed bin 3 and mixing machine 4, the vacuum source 5 for providing negative pressure is connected with vacuum batch charger 2, described
Vacuum batch charger 2 and feed bin 3 are equipped with several and vacuum batch charger 2 is corresponded with feed bin 3.
The utility model, in use, being sucked under the negative pressure that material is provided in vacuum source 5 from vacuum material transmitting tank 1
It in vacuum batch charger 2, then is entered in mixing machine 4 by feed bin 3, material not of the same race obtains adequately in mixing machine 4
Mixing, therefore entire feed proportioning system makes dispensing work all be completed inside pipeline and equipment, greatly reduced product spilling
Situation in environment improves the operating environment of employee.
Feed proportioning system includes the vacuum material being sequentially communicated transmitting tank 1, vacuum batch charger 2, feed bin 3 and mixing machine 4,
The bottom that vacuum source 5 emits tank 1 by vacuum batch charger 2 with vacuum material connects, therefore vacuum source 5 can emit tank to vacuum material
Material in 1 provides negative pressure, so as to which material be made to be inhaled into vacuum batch charger 2, in use, material is provided in vacuum source 5
Negative pressure under from vacuum material transmitting tank 1 be sucked into vacuum batch charger 2, then entered in mixing machine 4 by feed bin 3,
Material not of the same race is adequately mixed in mixing machine 4, therefore entire feed proportioning system makes dispensing work all in pipeline and set
Standby internal completion greatly reduced the situation in product spilling environment, improve the operating environment of employee.
It is as shown in Figure 1, logical between feed bin 3 and mixing machine 4 between the vacuum batch charger 2 and feed bin 3
It crosses hose 6 to connect, the connection mode connected using hose 6 between equipment and equipment, product can be further reduced and overflow environment
In situation, improve the operating environment of employee.
The utility model is not construed as limiting the specific material for manufacturing hose 6, can be silica gel or rubber, as long as
It can realize the purpose being flexible coupling between equipment and equipment.
As shown in Figure 1, the vacuum material transmitting tank 1 includes material bin 11, the top and bottom of the material bin 11 are equal
Equipped with level-sensing device 12, tonifying Qi ball valve 13 is arranged on the bottom of material bin 11, is additionally provided with out between material bin 11 and vacuum batch charger 2
Expect Pneumatic butterfly valve 14.
Material is positioned in material bin 11, and whether level-sensing device 12 can sense material in material bin 1, and generates signal, when need
When material in material bin 11 is sucked into vacuum batch charger 2, discharging Pneumatic butterfly valve 14 is opened, material can be in vacuum at this time
Enter in vacuum batch charger 2 under the suction function that source 5 generates.
As shown in Figure 1, the vacuum batch charger 2 includes vacuum intake storehouse 21, vacuum source 5 is connected with vacuum intake storehouse 21,
21 bottom of vacuum intake storehouse is connected by hose 6 with feed bin 3, is further included and is arranged on vacuum intake storehouse 21 and vacuum material hair
The pneumatic suction ball valve 22 penetrated between tank 1 and the Pneumatic vacuum ball valve 23 being arranged between vacuum source 5 and vacuum intake storehouse 21.
Preferably, 21 top of vacuum intake storehouse is additionally provided with a material position precaution device 24.
Material emits from vacuum material in tank 1 under suction function is sucked into vacuum intake storehouse 21, then control by valve
The material in vacuum intake storehouse 21 is made to enter in feed bin 3, the material position precaution device 24 for being arranged on 21 top of vacuum intake storehouse can
Level of filler material in vacuum intake storehouse 21 sends out early warning after reaching a certain height, to prevent vacuum intake storehouse 21 from feed bin material occurs
The situation that spill-over goes out.
As shown in Figure 1, the feed bin 3 includes material silo 31 and the helical feed for being connected to 31 bottom of material silo
Machine 32, the top of material silo 31 are connected by hose 6 with vacuum batch charger 2, and the screw conveyor 32 is by hose 6 with mixing
Conjunction machine 4 connects.
Preferably, the Weighing module 33 for being arranged on 31 side of material silo for weighing is further included.
Material in vacuum batch charger 2 is entered to by hose 6 in material silo 31, then by being connected to material silo 31
The screw conveyor 32 of bottom, which is delivered in mixing machine 4, to be mixed, and the Weighing module 33 for being arranged on 31 side of material silo can
To weigh the weight of material in material silo 31, to achieve the purpose that real time monitoring, to prevent material silo 31 from feed bin occurs
The situation that material spill-over goes out.
As shown in Figure 1, the mixing machine 4 includes housing 41, the housing 41 is enclosed mixing chamber 42, mixing chamber
42 are connected by hose 6 with several feed bins 3, and driving motor 43 is arranged on 1 outside of housing, inside mixing chamber 42
Rabbling mechanism 44 be drivingly connected with driving motor 43, the rabbling mechanism 44 includes the principal arm that is drivingly connected with driving motor 43
441, several 442 one end of support arm are fixedly connected with principal arm 441, and the other end is equipped with stirring rod 443.
Mixing machine 4 includes housing 41, and housing 41 is enclosed mixing chamber 42, and the mixing chamber 42 is soft by several
Pipe 6 is connected with several feed bins 3, therefore several different material is merged into eventually by feed bin 3 in mixing chamber 4,
Mixing chamber 42 is internally provided with the rabbling mechanism 44 for the material merged into mixing chamber 4 to be mixed, rabbling mechanism
44 include the principal arm 441 being drivingly connected with driving motor 43, and several 442 one end of support arm are fixedly connected with principal arm 441, support arm 442
Stirring rod 443 is connected with far from 441 one end of principal arm, during stirring, starts driving motor 43 so that principal arm 441 and support arm 442 to be driven to revolve
Turn, stirring rod 443 can be stirred the material in mixing chamber 4 under the drive of support arm 442, mix at this time.
Preferably, the stirring rod 443 is rotatablely connected with support arm 442, and stirring sheet 444 is fixedly connected on 443 table of stirring rod
Face, such stirring rod 443 also may occur from rotating while rotation is driven by support arm 442, so as to drive 444 turns of stirring sheet
It is dynamic, it can further improve the mixed effect of material.
The operation principle of the utility model is：In use, open discharging Pneumatic butterfly valve 14, the material in material bin 11 can be
It enters in vacuum intake storehouse 21, then is entered in material silo 31 by hose 6, material position under the suction function that vacuum source 5 provides
Precaution device 24 and Weighing module 33 can prevent what feed bin material spill-over from going out to happen, and the material in several material silos 31 passes through
Screw conveyor 32 and hose 6 are merged into mixing machine 4, start driving motor 43 at this time, stirring rod 443 and stirring sheet 444 exist
Material is stirred under the drive of driving motor 43, is mixed, it can be seen that, entire blending process has reached the not dispensing that feeds intake,
The requirement that dispensing is not fed ensure that and feed intake and the accuracy of dispensing so that the tool when carrying out dispensing using the utility model
There is higher accuracy.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Described specific embodiment can be done various modifications or additions or using similar by belonging to those skilled in the art
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although vacuum material transmitting tank 1, vacuum batch charger 2, feed bin 3, mixing machine 4, true is used more herein
Empty source 5, hose 6, material bin 11, level-sensing device 12, tonifying Qi ball valve 13, discharging Pneumatic butterfly valve 14, vacuum intake storehouse 21, pneumatic suction
Ball valve 22, Pneumatic vacuum ball valve 23, material position precaution device 24, material silo 31, screw conveyor 32, Weighing module 33, housing 41,
The terms such as mixing chamber 42, driving motor 43, rabbling mechanism 44, principal arm 441, support arm 442, stirring rod 443, stirring sheet 444, but
It does not preclude the possibility of using other terms.It is new the use of these items is only for more easily describing and explaining this practicality
The essence of type；It is contrary to the spirit of the present invention to interpret them as any one of the additional limitations.
Claims (10)
1. a kind of full-automation feeding and stepless feed proportioning system, it is characterised in that：Vacuum material including being sequentially communicated emits tank
(1), vacuum batch charger (2), feed bin (3) and mixing machine (4), for providing the vacuum source of negative pressure (5) and vacuum batch charger
(2) it connects, the vacuum batch charger (2) and feed bin (3) are equipped with several and vacuum batch charger (2) and feed bin
(3) it corresponds.
2. full-automation feeding as described in claim 1 and stepless feed proportioning system, it is characterised in that：The vacuum batch charger
(2) it is connect between feed bin (3) and mixing machine (4) by hose (6) between feed bin (3).
3. full-automation feeding as described in claim 1 and stepless feed proportioning system, it is characterised in that：The vacuum material transmitting
Tank (1) includes material bin (11), and level-sensing device (12) is equipped at the top and bottom of the material bin (11), and tonifying Qi ball valve (13) is set
It puts and discharging Pneumatic butterfly valve (14) is additionally provided between the bottom of material bin (11), material bin (11) and vacuum batch charger (2).
4. full-automation feeding as claimed in claim 2 and stepless feed proportioning system, it is characterised in that：The vacuum batch charger
(2) including vacuum intake storehouse (21), vacuum source (5) is connected with vacuum intake storehouse (21), and vacuum intake storehouse (21) bottom passes through soft
Pipe (6) is connected with feed bin (3), further includes the gas being arranged between vacuum intake storehouse (21) and vacuum material transmitting tank (1)
Dynamic suction ball valve (22) and the Pneumatic vacuum ball valve (23) being arranged between vacuum source (5) and vacuum intake storehouse (21).
5. full-automation feeding as claimed in claim 4 and stepless feed proportioning system, it is characterised in that：The vacuum intake storehouse
(21) top is additionally provided with a material position precaution device (24).
6. full-automation feeding as claimed in claim 2 and stepless feed proportioning system, it is characterised in that：The feed bin (3)
Including material silo (31) and the screw conveyor (32) of material silo (31) bottom is connected to, the top of material silo (31) leads to
It crosses hose (6) to connect with vacuum batch charger (2), the screw conveyor (32) is connected by hose (6) with mixing machine (4).
7. full-automation feeding as claimed in claim 6 and stepless feed proportioning system, it is characterised in that：It further includes and is arranged on material
Feed bin (31) side is used for the Weighing module (33) weighed.
8. full-automation feeding as claimed in claim 2 and stepless feed proportioning system, it is characterised in that：Mixing machine (4) packet
Housing (41) is included, the housing (41) is enclosed mixing chamber (42), and mixing chamber (42) is added by hose (6) with several
Expect that feed bin (3) connects, driving motor (43) is arranged on the outside of housing (41), the rabbling mechanism internal positioned at mixing chamber (42)
(44) it is drivingly connected with driving motor (43).
9. full-automation feeding as claimed in claim 8 and stepless feed proportioning system, it is characterised in that：The rabbling mechanism (44)
Including the principal arm (441) being drivingly connected with driving motor (43), several support arm (442) one end are fixedly connected with principal arm (441), separately
One end is equipped with stirring rod (443).
10. full-automation feeding as claimed in claim 9 and stepless feed proportioning system, it is characterised in that：The stirring rod (443)
It is rotatablely connected with support arm (442), stirring sheet (444) is fixedly connected on stirring rod (443) surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721507968.9U CN207591773U (en) | 2017-11-13 | 2017-11-13 | Full-automatic feeding and stepless feed proportioning system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721507968.9U CN207591773U (en) | 2017-11-13 | 2017-11-13 | Full-automatic feeding and stepless feed proportioning system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207591773U true CN207591773U (en) | 2018-07-10 |
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ID=62759260
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721507968.9U Active CN207591773U (en) | 2017-11-13 | 2017-11-13 | Full-automatic feeding and stepless feed proportioning system |
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| CN (1) | CN207591773U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112093501A (en) * | 2020-08-14 | 2020-12-18 | 祖名豆制品股份有限公司 | Automatic bean soaking feeding system |
| CN113119433A (en) * | 2021-04-29 | 2021-07-16 | 杭州鑫璐实业有限公司 | Intelligent feeding system and feeding process applied to intelligent pipe manufacturing system |
-
2017
- 2017-11-13 CN CN201721507968.9U patent/CN207591773U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112093501A (en) * | 2020-08-14 | 2020-12-18 | 祖名豆制品股份有限公司 | Automatic bean soaking feeding system |
| CN113119433A (en) * | 2021-04-29 | 2021-07-16 | 杭州鑫璐实业有限公司 | Intelligent feeding system and feeding process applied to intelligent pipe manufacturing system |
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