CN109908834A

CN109908834A - A semi-automatic feeding device

Info

Publication number: CN109908834A
Application number: CN201910193590.7A
Authority: CN
Inventors: 吴朋钱
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-03-14
Filing date: 2019-03-14
Publication date: 2019-06-21

Abstract

Invention provides a kind of semi-automatic charging device, which includes: open-close type sealed compartment；Lower hopper under the open-close type sealed compartment is set；For the electric dust collector to the open-close type sealed compartment dedusting, the electric dust collector is connected to the open-close type sealed compartment by the first dust removing tube；Electric dredging devices driving screw group in the lower hopper is set.Pass through open-close type sealed compartment, convenient for material is put into wherein, and a bag discharging is carried out out in open-close type sealed compartment, to prevent flour dust overflow, during opening bag, the sealing of open-close type sealed compartment, and electrical dust-removing device dedusting is opened, in the case where having agglomeration in material, group is dredged by electric dredging devices driving screw, agglomeration is smashed, effectively solves the problems, such as flour dust overflow and agglomeration.Device environmental protection, safety, and it is small in size, conveniently moving, at low cost, it is easy to operate.

Description

A kind of semi-automatic charging device

Technical field

The present invention relates to a kind of semi-automatic charging devices.

Background technique

Existing material needs to use cast feeder when using stirring and material is added in reaction kettle.

Existing material feeder is to be lifted the sack equipped with material by driving a vehicle, and is then entered again by lower hopper Into reaction kettle.Material is entered in reaction kettle by lower hopper can prevent material from falling when entering in reaction kettle Outside.

Because there are some humidity in air, powdered material can be condensed into blocks after having placed long；It is solidifying in material Enter in lower hopper when forming bulk, can result in blockage in lower hopper, material would not enter in reaction kettle, need Stop adding material, blanking again after manually smashing block-like material into lower hopper；To reduce efficiency.

In addition, powdered material when lower hopper blanking, be easy to cause flour dust overflow, environment is polluted.

For the problem that current material is when lower hopper blanking, flour dust overflow and easy agglomeration become at present urgently The technical issues of solution.

Summary of the invention

The object of the present invention is to provide a kind of semi-automatic charging device, with solve current material lower hopper blanking when It waits, flour dust overflow and easy the problem of agglomerating.

In order to solve the above technical problems, the present invention provides a kind of semi-automatic charging devices, comprising:

Open-close type sealed compartment；

Lower hopper under the open-close type sealed compartment is set；

For the electric dust collector to the open-close type sealed compartment dedusting, the electric dust collector is connected by the first dust removing tube Lead to the open-close type sealed compartment；

Electric dredging devices driving screw group in the lower hopper is set.

Wherein, for squeezing material in the open-close type sealed compartment is set on the left side wall of the open-close type sealed compartment One left atmospheric pressure pole；

First right side for squeezing material in the open-close type sealed compartment is set on the right side wall of the open-close type sealed compartment Atmospheric pressure pole.

Wherein, second left side for squeezing material in the lower hopper is set on the left side wall of the lower hopper top area Atmospheric pressure pole；

The second right air pressure for squeezing material in the lower hopper is set on the right side wall of the lower hopper top area Bar.

Wherein, the open-close type sealed compartment includes left hatch door and right hatch door,

Left observation door is arranged in the left hatch door bottom, and right observation door is arranged in the right hatch door bottom.

Wherein, the electric dust collector is also connected with exhaust gas processing device, for the dust in first dust removing tube is net Change.

Wherein, material collecting chamber is set in the exhaust gas processing device.

Wherein, mounting base is set under the open-close type sealed compartment, and traveling wheel is arranged in the mounting base bottom.

Wherein, the electric dredging devices driving screw group includes that the transverse direction being arranged on the lower hopper is dredged screw rod and is arranged in institute It states on lower hopper and be located at that the transverse direction dredges under screw rod oblique dredges screw rod.

Compared with prior art, beneficial aspects of the invention are:

Invention provides a kind of semi-automatic charging device, comprising: open-close type sealed compartment；It is arranged under the open-close type sealed compartment Lower hopper；For the electric dust collector to the open-close type sealed compartment dedusting, the electric dust collector passes through the first dedusting Pipe is connected to the open-close type sealed compartment；Electric dredging devices driving screw group in the lower hopper is set.By open-close type sealed compartment, just It is put into wherein in by material, and carries out out a bag discharging in open-close type sealed compartment, to prevent flour dust overflow, during opening bag, opened The sealing of enclosed sealed compartment, and electrical dust-removing device dedusting is opened, in the case where having agglomeration in material, dredged by electric dredging devices driving screw Group is led, agglomeration is smashed, effectively solves the problems, such as flour dust overflow and agglomeration.Device environmental protection, safety, and small in size, movement side Just, at low cost, it is easy to operate.

Detailed description of the invention

Fig. 1 diagrammatically illustrates a kind of stereoscopic schematic diagram of semi-automatic charging device in the embodiment of the present invention；

Fig. 2 diagrammatically illustrates the partial schematic diagram of lower hopper in the embodiment of the present invention；

Fig. 3 diagrammatically illustrates the schematic block diagram of electric dust collector connection structure in the embodiment of the present invention.

Specific embodiment

The embodiment of the present invention is described in detail below, but what the present invention can be defined by the claims and cover Multitude of different ways is implemented.

As shown in Figure 1-Figure 3, the embodiment of the present invention provides a kind of semi-automatic charging device, comprising: open-close type is close Batten down 1；Lower hopper 2 under the open-close type sealed compartment 1 is set；For to the electronic of 1 dedusting of open-close type sealed compartment Deduster 3, the electric dust collector 3 are connected to the open-close type sealed compartment 1 by the first dust removing tube 31；It is arranged in the lower hopper Electric dredging devices driving screw group in 2.

By open-close type sealed compartment, convenient for material to be put into wherein, and a bag discharging is carried out out in open-close type sealed compartment, be Flour dust overflow is prevented, a bag process open-close type sealed compartment sealing is opened, and open electrical dust-removing device dedusting, there are the feelings of agglomeration in material Under condition, group is dredged by electric dredging devices driving screw, smashes agglomeration, effectively solves the problems, such as flour dust overflow and agglomeration.

Wherein, it is arranged on the left side wall of the open-close type sealed compartment 1 for squeezing material in the open-close type sealed compartment First left atmospheric pressure pole 5；It is arranged on the right side wall of the open-close type sealed compartment 1 for squeezing material in the open-close type sealed compartment First right atmospheric pressure pole.

By the way that the first left atmospheric pressure pole and first right side are respectively set on the left side wall and right side wall of the open-close type sealed compartment Atmospheric pressure pole can squeeze material bag in open-close type sealed compartment by the first left atmospheric pressure pole and the first right atmospheric pressure pole, promote under material It falls, agglomeration can also be caught broken in material bag, prevent blocking lower hopper.

Wherein, second for squeezing material in the lower hopper 2 is set on the left side wall of 2 top area of lower hopper Left atmospheric pressure pole 51；

By the way that the second left atmospheric pressure pole and the second right atmospheric pressure pole are respectively set on the left side wall and right side wall of the lower hopper, The material to agglomerate in lower hopper can be squeezed by the second left atmospheric pressure pole and the second right atmospheric pressure pole, will agglomerated in lower hopper inner clip It is broken, then agglomeration is smashed to pieces by the way that the progress of electric dredging devices driving screw is secondary, effectively solves the problems, such as that material agglomerates.

Wherein, the open-close type sealed compartment 1 includes left hatch door 11 and right hatch door 12,

Left observation door 13 is arranged in 11 bottom of left hatch door, and right observation door 14 is arranged in right 12 bottom of hatch door.

It, can be in material by the way that left observation door 13 and right observation door 14 is respectively set in left hatch door 11 and 12 bottom of right hatch door After blanking, dust and surplus material situation, improve the convenience used in astrodome.

Wherein, the electric dust collector 3 is also connected with exhaust gas processing device 32, for by the powder in the open-close type sealed compartment Dirt purification.

After coming out the dust absorbing in open-close type sealed compartment 1 dust and lower hopper, filled by vent gas treatment It sets and is purified, purified dust is recycled.

Wherein, material collecting chamber 33 is set in the exhaust gas processing device 32.Material collection cabin 33 is used to collect recycling Dust.

Wherein, the open-close type sealed compartment 1 is lower is arranged mounting base 6, and traveling wheel 61 is arranged in 6 bottom of mounting base.

By being arranged the open-close type in wheeled mounting base 6, the semi-automatic charging device movement side can be made Just, the convenience used is improved.

Wherein, the electric dredging devices driving screw group includes that the transverse direction being arranged on the lower hopper 2 dredges screw rod 41 and setting On the lower hopper 2 and be located at that the transverse direction dredges under screw rod 41 oblique dredges screw rod 4.

By be arranged laterally dredge screw rod 41 and it is oblique dredge screw rod 4, can be carried out with the comprehensive material in lower hopper It smashs operation to pieces, improves dredging effect.

The wherein oblique blanking direction dredged 4 inclined direction of screw rod and be located at lower hopper.

Device environmental protection, safety, and it is small in size, conveniently moving, at low cost, it is easy to operate.

These are only the preferred embodiment of the present invention, is not intended to restrict the invention, for those skilled in the art For ability person, the invention may be variously modified and varied.All within the spirits and principles of the present invention, made any to repair Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.

Claims

1. a semi-automatic feeding device, is characterized in that, comprises:

Open and closed sealed compartment;

a lowering hopper arranged under the open-close sealed cabin;

an electric precipitator for dedusting the open-close sealed cabin, the electric precipitator communicates with the open-closed sealed cabin through a first dust removal pipe;

An electric guide screw group arranged in the lower hopper.

2 . The semi-automatic feeding device according to claim 1 , wherein the left side wall of the open-close sealed cabin is provided with a first left air pressure rod for squeezing the materials in the open-close sealed cabin; 2 .

A first right air pressure rod for squeezing the material in the openable and closed sealed cabin is arranged on the right side wall of the openable and closed sealed cabin.

3. The semi-automatic feeding device according to claim 2, wherein the left side wall of the top area of the lower hopper is provided with a second left air pressure rod for squeezing the material in the lower hopper;

A second right air pressure rod for squeezing the material in the lower hopper is arranged on the right side wall of the top area of the lower hopper.

4. semi-automatic feeding device according to claim 3, is characterized in that, described opening and closing type airtight cabin comprises left cabin door and right cabin door,

A left observation door is arranged at the bottom of the left cabin door, and a right observation door is arranged at the bottom of the right cabin door.

5 . The semi-automatic feeding device according to claim 4 , wherein the electric precipitator is further connected to a tail gas treatment device for purifying the dust in the first dust removal pipe. 6 .

6 . The semi-automatic feeding device according to claim 5 , wherein a material collection cabin is arranged in the exhaust gas treatment device. 7 .

7 . The semi-automatic feeding device according to claim 6 , wherein a mounting seat is arranged under the open-close sealed cabin, and a traveling wheel is arranged at the bottom of the mounting seat. 8 .

8 . The semi-automatic feeding device according to claim 7 , wherein the electric guide screw group comprises a lateral guide screw arranged on the lower hopper and a lateral guide screw arranged on the lower hopper and located on the horizontal guide screw 8 . The oblique guide screw below.