A kind of anti-layered quantitative charging gear
The utility model belongs to feeding device field, and in particular to a kind of anti-layered quantitative charging gear.
Charging gear is the complementary equipment of one of lime production enterprise mechanization storage system, major function be by
Machined or still unprocessed material from a certain equipment (hopper, bunker etc.) continuously and uniformly feeding to reception device or transporter
There is situations such as material in feeding process is also easy to produce layering, agglomeration in existing charging gear, be unfavorable for subsequent
Operation, and existing charging gear error on dosing is larger, can not accomplish that accurate quantification is fed.
Utility model content
The purpose of the utility model is to provide a kind of anti-layered quantitative charging gears, solve the problems in background technique,
This anti-layered quantitative charging gear prevents the generation of material layering, caking phenomenon in feeding process, and by repeatedly fixed
Amount control, increases the accuracy of dosing.
In order to achieve the goal above, the technical solution adopted in the utility model are as follows: a kind of anti-layered quantitative charging gear, packet
Include feed bin, support platform, rotor dispenser, screw(-type) feeder, screw feeder.The feed bin be divided into feed hopper, material toggling storehouse,
Blanking storehouse is provided with feeding port on the feed hopper, and the support platform is located at the feed hopper and the material toggling
Between storehouse, weighing device, the weighing device and feed hopper outer wall contact, institute are provided in the support platform
The outlet in the blanking storehouse stated is connected with the screw(-type) feeder, under the discharge port of the screw(-type) feeder and the spiral
Material machine is connected.
Further, through there is stirring rod among the feed bin, the stirring rod is equipped with shift fork, the shift fork
In the material toggling storehouse.
Further, rotor dispenser is equipped in the feed hopper exit on the stirring rod.
Further, the stirring rod and the rotor dispenser are by rotor dispenser motor driven.
Further, the screw(-type) feeder and the spiral cutting machine are respectively by screw(-type) feeder motor and spiral
Blanking machine motor driven.
The utility model has the technical effect that this anti-layered quantitative charging gear, when work, material from feeding port into
Enter feed bin, the weight for weighing investment material can be monitored in real time in weighing device, and material is when by material toggling storehouse and blanking storehouse
It is sufficiently agitated, feed screw is then entered by blanking bin discharge port external, spiral is entered under the work of feed screw
Blanking machine, to complete one-time feeding process.Material by repeatedly stirring, is sufficiently mixed in the process, avoids being layered, and weighs
Device and feed screw, spiral cutting machine carry out multiple control to the amount of material, accurately control material dosing.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Appended drawing reference:
10- feed bin；11- feeding port；12- feed hopper；13- material toggling storehouse；14- blanking storehouse；20- support platform；21- weighing dress
It sets；30- rotor dispenser；40- screw(-type) feeder；41- screw(-type) feeder motor；50- spiral cutting machine；51- spiral cutting machine
Motor；60- stirring rod；61- shift fork；62- rotor dispenser motor.
Referring to attached drawing 1, a kind of anti-layered quantitative charging gear, it is characterised in that: including feed bin 10, support platform 20, rotation
Wing dispenser 30, screw(-type) feeder 40, spiral cutting machine 50, the feed bin 10 divide for feed hopper 12, material toggling storehouse 13, blanking storehouse
14, it is provided with feeding port 11 on the feed hopper 12, the support platform 20 is located at the feed hopper 12 and described
Between material toggling storehouse 13, weighing device 21, the weighing device 21 and the feed are provided in the support platform 20
The contact of 12 outer wall of storehouse, the outlet in the blanking storehouse 14 are connected with the screw(-type) feeder 40, the screw(-type) feeder 40
Discharge port be connected with the spiral cutting machine 50.When work, material enters feed bin 10 from feeding port 11, and weighing device 21 can
The weight of investment material is weighed with real-time monitoring, material is sufficiently agitated when passing through material toggling storehouse 13 and blanking storehouse 14,
Then screw(-type) feeder 40 is entered by 14 discharge port of blanking storehouse, spiral cutting machine is entered under the work of spiral shell screw(-type) feeder 40
50, to complete one-time feeding process.Material by repeatedly stirring, is sufficiently mixed in the process, avoids being layered, weighing device
21 and screw(-type) feeder 40, spiral cutting machine 50 multiple control is carried out to the amount of material, accurately control material dosing.
Preferably, through there is vibrating arm among the feed bin, running through among the feed bin 10 has stirring rod 60, described
Stirring rod 60 be equipped with shift fork 61, the shift fork 61 is located in the material toggling storehouse 13.The shift fork being arranged in material toggling storehouse 13
61 can be stirred to by the material in material toggling storehouse 13, also avoid material and are attached in material toggling storehouse 13, reduce point of material
Preferably, rotor dispenser 30 is equipped in 14 exit of blanking storehouse on the stirring rod 60.Blanking storehouse
The rotor dispenser 30 in 14 exits carries out stirring again to material before material enters screw(-type) feeder 40 from outlet,
So that material is sufficiently stirred, material layering is reduced.
Preferably, the stirring rod 60 and the rotor dispenser 30 are driven by vibrating motor 62.Pass through vibration electricity
Machine 62 drives the rotation of stirring rod 60 to drive shift fork 61 and rotor dispenser 30, and material is sufficiently stirred, and reduces point of material
Preferably, the screw(-type) feeder 40 and the spiral cutting machine 50 respectively by screw(-type) feeder motor 41 and
Spiral cutting machine motor 51 drives.Respective motor respectively drives screw(-type) feeder 40 and spiral cutting machine 50, so that screw feeder
The work of machine 40 and spiral cutting machine 50 respectively independently carries out, and improves efficiency, and improves the control to weight of material.