CN208145898U - Anti- bridge formation automatic charging mixing arrangement - Google Patents
Anti- bridge formation automatic charging mixing arrangement Download PDFInfo
- Publication number
- CN208145898U CN208145898U CN201820124807.XU CN201820124807U CN208145898U CN 208145898 U CN208145898 U CN 208145898U CN 201820124807 U CN201820124807 U CN 201820124807U CN 208145898 U CN208145898 U CN 208145898U
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- CN
- China
- Prior art keywords
- hopper
- feed bin
- automatic charging
- mixing arrangement
- bridge formation
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- Accessories For Mixers (AREA)
Abstract
The utility model discloses anti-bridge formation automatic charging mixing arrangements, including：Batch turning station, vacuum feeder, batch mixer, vacuum feeder is set to the top of batch mixer, vacuum feeding function extracts the material in batch turning station, the material that vacuum feeder extracts, which can drop into, carries out mixing in batch mixer, the puddle support that can stir material is provided in batch turning station and vacuum feeder.Above-mentioned anti-bridge formation automatic charging mixing arrangement is respectively stirred the material in feed bin and hopper due to using the first, second puddle support, so that in exit arch formation will not occur for material, and stirring power makes material be easier to be moved to exit, to facilitate discharging.
Description
Technical field
The utility model relates to mixing equipment fields, and in particular to a kind of anti-bridge formation automatic charging mixing arrangement.
Background technique
Existing automatic charging mixing arrangement, including：Batch turning station, vacuum feeder, batch mixer, vacuum feeder are set to
The top of batch mixer, vacuum feeding function extract the material in batch turning station, and the material that vacuum feeder extracts can drop into mixing
Mixing is carried out in machine, when material has sufficient mobility, discharging of the material in the discharge gate and vacuum feeder at batch turning station
It is less likely to occur arch formation at mouthful, arch formation refers to that bottoms material is compacted solidification above outlet and stops material from out
The phenomenon that mouth discharging；But when the illiquidity of material, discharging of the material in the discharge gate and vacuum feeder at batch turning station
It is easy to happen arch formation at mouthful, cannot be introduced into mixing in batch mixer so as to cause material.
Utility model content
Technical problem to be solved in the utility model is：Will provide it is a kind of can prevent build bridge anti-bridge formation automatic charging mix
It attaches together and sets.
To solve the above-mentioned problems, technical solution used by the utility model is：Anti- bridge formation automatic charging mixing arrangement,
Including：Batch turning station, vacuum feeder, batch mixer, vacuum feeder are set to the top of batch mixer, and vacuum feeding function extracts
Material in material station, the material that vacuum feeder extracts, which can drop into, carries out mixing in batch mixer, its main feature is that：The knot at batch turning station
Structure includes：Bracket is provided with a feed bin on bracket, and the front of feed bin, which is provided with one, can make material pour into entering for feed bin
Material mouth, the lower part of feed bin are a funnel, and the outlet at bottom of funnel is the discharge gate of feed bin；One is provided in feed bin to stand on
The first rotary shaft above discharge gate, the lower part of the first rotary shaft, which is provided with, to be stirred to prevent object the material of funnel bottom
First puddle support of charge bridge is additionally provided with the first agitating device that the first rotary shaft can be driven to rotate on feed bin, and first stirs
The material in funnel can be stirred by mixing after device drives the first rotary shaft to rotate with the first puddle support；In feeding inlet
It is provided with the dust-proof door that can close feeding inlet, the first pulse that can be dusted to feed bin is additionally provided at the top of feed bin
Sack cleaner；The structure of vacuum feeder includes：Hopper is provided with feed inlet in the upper portion side wall of hopper, in hopper
Bottom is provided with discharge port, and the feed inlet of hopper is connected with the discharge gate of feed bin by pipeline, is arranged on the discharge port of hopper
After having an outlet valve, outlet valve to open, the material in hopper can be flowed into batch mixer from discharge port, be set at the top of hopper
It is equipped with the second pulse bag type dust collector that can be vacuumized to hopper, it can be to hopper when the second pulse bag type dust collector is to hopper dedusting
It is vacuumized, so that negative pressure is generated in hopper, so that the material in feed bin is drawn into hopper by negative pressure；In hopper
It is provided with second rotary shaft stood on above discharge port, the lower part of the second rotary shaft is provided with can be to the material of feed hopper bottom
It is stirred the second puddle support built bridge to prevent material, second that the second rotary shaft can be driven to rotate is additionally provided on hopper and is stirred
Device is mixed, the second agitating device can stir the material in hopper after driving the second rotary shaft to rotate with the second puddle support
It mixes.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：On the feed bin lateral wall of dust-proof door side
It is provided with the optoelectronic switch that can incude dust-proof door folding, the controller of optoelectronic switch and the first pulse bag type dust collector is electrically connected
It connects, when dust-proof door is opened, optoelectronic switch is not triggered, and the first pulse bag type dust collector can be dusted feed bin at this time, when
When dust-proof door is closed, optoelectronic switch can be triggered by dust-proof door, when the first pulse bag type dust collector will do it blowback and make dedusting at this time
The material of collection is fallen into funnel.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：It is provided on the outside of the feed bin at feeding inlet
One is used to shelve the laborsaving platform of material when batch turning.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：Funnel is conical funnel.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：It is provided in the feed bin below feeding inlet
One resistance bag grid that material bag can be stopped to fall into funnel.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：Dust-proof door is hinged with feed bin, and
Be provided with the gas spring that can prop dust-proof door between dust-proof door and feed bin, press dust-proof door compress can close after gas spring it is dust-proof
Door.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：One is provided with above the feed inlet of hopper
The material-blocking plate that block can prevent the material flowed into from feed inlet from being drawn by the second pulse bag type dust collector.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：A level-sensing device is provided on hopper,
Level-sensing device is electrically connected with the controller of the second pulse bag type dust collector, and the height where the material in hopper reaches level-sensing device triggers
When level-sensing device, the second pulse bag type dust collector can stop aspirating and carry out blowback, thus stop aspirate feed bin in material and
The material that dedusting is collected is blown off in hopper.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：The air inlet of first pulse bag type dust collector by
Blower drives, and the air inlet of the second pulse bag type dust collector is driven by air pump.
Further, anti-bridge formation automatic charging mixing arrangement above-mentioned, wherein：The structure of first, second agitating device is equal
Including：It the retarder that can drive corresponding rotary shaft rotation that is set in feed bin or hopper and is set on feed bin or hopper
The motor that can drive corresponding retarder rotation.
The advantages of the utility model is：Anti- bridge formation automatic charging mixing arrangement described in the utility model is due to using the
One, the second puddle support is respectively stirred the material in feed bin and hopper, so that material will not occur to build bridge now in exit
As, and stirring power makes material be easier to be moved to exit, to facilitate discharging.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of anti-bridge formation automatic charging mixing arrangement described in the utility model.
Specific embodiment
The utility model is described in further detail with attached drawing combined with specific embodiments below.
As shown in Figure 1, anti-bridge formation automatic charging mixing arrangement, including：Batch turning station 1, vacuum feeder 2, batch mixer 3, very
Empty feeder 2 is set to the top of batch mixer 3, and vacuum feeder 3 can extract the material in batch turning station 1, and vacuum feeder 2 extracts
Material can drop into and carry out mixing in batch mixer 3, the structure at batch turning station 1 includes：Bracket 11 is provided with one on bracket 11
Feed bin 12 is provided with the feeding inlet that material can be made to pour into feed bin 12 13 in the front of feed bin 12, and the lower part of feed bin 12 is one
A funnel 14, in the present embodiment, funnel 14 are conical funnel, and conical funnel can make material be easier to be stirred to, simultaneously
It is not easy to accumulate material；The outlet at bottom of funnel 14 is the discharge gate 41 of feed bin 12；It is provided with one in feed bin 12 and stands on discharge
First rotary shaft 15 of mouthfuls 41 tops, the lower part of the first rotary shaft 15 be provided with the material of 14 bottom of funnel can be stirred with
The first puddle support 16 that anti-material is built bridge is additionally provided with the first stirring dress that the first rotary shaft 15 can be driven to rotate on feed bin 12
17 are set, the first agitating device 17 can be to the material in funnel 14 after driving the first rotary shaft 15 to rotate with the first puddle support 16
It is stirred；The dust-proof door 18 that can close feeding inlet 13, in the present embodiment, dust-proof door 18 are provided in feeding inlet 13
It is hinged with feed bin 12, and is provided with the gas spring 7 that can prop dust-proof door 18 between dust-proof door 18 and feed bin 12, pressing is anti-
Dirt door 18 can close dust-proof door 18 after compressing gas spring 7；Feed bin 12 can be dusted by being additionally provided at the top of feed bin 12
The first pulse bag type dust collector 19；The structure of vacuum feeder 2 includes：Hopper 21 is arranged in the upper portion side wall of hopper 21
There is feed inlet 22, the bottom of hopper 21 is provided with discharge port 23, the feed inlet 22 of hopper 21 passes through the row of pipeline and feed bin 12
Material mouth 41 is connected, and an outlet valve 24 is provided on the discharge port 23 of hopper 21, after outlet valve 24 is opened, the object in hopper 21
Material can be flowed into batch mixer 3 from discharge port 23, and being provided at the top of hopper 21 can be to the second pulse that hopper 21 vacuumizes
Sack cleaner 25 can vacuumize hopper 21 when second pulse bag type dust collector 25 is to 21 dedusting of hopper, so that hopper
Negative pressure is generated in 21, so that the material in feed bin 12 is drawn into hopper 21 by negative pressure；One is provided in hopper 21
Stand on the second rotary shaft 26 of the top of discharge port 23, the lower part of the second rotary shaft 26 be provided with can material to 21 bottom of hopper into
The second puddle support 27 for building bridge to prevent material of row stirring, the of the rotation of the second rotary shaft 26 can be driven by being additionally provided on hopper 21
Two agitating devices 28, the second agitating device 28 can be to hoppers 21 after driving the second rotary shaft 26 to rotate with the second puddle support 27
In material be stirred.First, second pulse bag type dust collector 19,25 is the existing maturation that can be commercially available
Cleaner.
In the present embodiment, the structure of the first, second agitating device 17,28 includes：It is set to feed bin 12 or hopper 21
In the retarder 171 that can drive corresponding rotary shaft rotation and be set to corresponding to can drive on feed bin 12 or hopper 21
Retarder rotation motor 172.
In the present embodiment, one is provided on 12 lateral wall of feed bin of 18 side of dust-proof door can incude dust-proof door 18 open
The optoelectronic switch 4 of conjunction, optoelectronic switch 4 are electrically connected with the controller of the first pulse bag type dust collector 19, when dust-proof door 18 opens work
When people topples over material into feed bin 12, optoelectronic switch 4 is not triggered, at this time the first pulse bag type dust collector 19 can to feed bin 12 into
Row dedusting, when batch turning, which terminates dust-proof door 18, closes, optoelectronic switch 4 can be triggered by dust-proof door 18, and the first impulse bag removes at this time
Dirt device 19, which will do it blowback, falls into the material collected when dedusting in funnel 14.
In the present embodiment, a level-sensing device 9, level-sensing device 9 and the second pulse bag type dust collector are provided on hopper 21
25 controller electrical connection, where the material in hopper 21 reaches level-sensing device 9 when height triggering level-sensing device 9, the second pulse packet
Formula deduster 25 can stop aspirating and carry out blowback, thus the material for stopping aspirating the material in feed bin 12 and collecting dedusting
It blows off in hopper 21.
In the present embodiment, the air inlet of the first pulse bag type dust collector 19 is driven by blower 191, the second pulse bag-type dust-removing
The air inlet of device 25 is driven by air pump 251.First pulse bag type dust collector 19 plays the role of dedusting when material pours into feed bin 12,
Then blowback is carried out after material pours into falls into the material of absorption in funnel 14, and the first pulse bag type dust collector 19 is main
Play the role of dedusting, so the intake of the first pulse bag type dust collector 19 by blower 191 without very greatly, being driven；And
Second pulse bag type dust collector 25 needs to make to generate the negative pressure for extracting material in feed bin 12 enough in hopper 21, so the second pulse
Sack cleaner 25 needs to be driven by air pump 251 to generate enough negative pressure, after suction, the second pulse bag type dust collector 25
Also it will do it blowback to blow off the material of absorption in hopper 21.
In addition, in the present embodiment, things posited when being provided with one on the outside of the feed bin 12 at feeding inlet 13 for batch turning
The laborsaving platform 5 of material.Being provided with one in feed bin 12 below feeding inlet 13 can stop material bag to fall into the resistance in funnel 14
Bag grid 6.One piece is provided with above the feed inlet 22 of hopper 21 can prevent the material flowed into from feed inlet 22 by the second pulse packet
The material-blocking plate 8 that formula deduster 25 is drawn.
Claims (10)
1. anti-bridge formation automatic charging mixing arrangement, including：Batch turning station, vacuum feeder, batch mixer, vacuum feeder are set to mixed
The top of material machine, vacuum feeding function extract the material in batch turning station, and the material that vacuum feeder extracts can drop into batch mixer
Middle carry out mixing, it is characterised in that：The structure at batch turning station includes：Bracket is provided with a feed bin, before feed bin on bracket
Portion is provided with the feeding inlet that material can be made to pour into feed bin, and the lower part of feed bin is a funnel, and the outlet at bottom of funnel is material
The discharge gate in storehouse；First rotary shaft stood on above discharge gate, the lower part setting of the first rotary shaft are provided in feed bin
The first puddle support built bridge to prevent material can be stirred to the material of funnel bottom by having, and the can be driven by being additionally provided on feed bin
As soon as the first agitating device of rotary shaft rotation, the first agitating device drives the first rotary shaft with energy after the rotation of the first puddle support
Material in funnel is stirred；The dust-proof door that can close feeding inlet is provided in feeding inlet, at the top of feed bin
It is additionally provided with the first pulse bag type dust collector that can be dusted to feed bin；The structure of vacuum feeder includes：Hopper, in hopper
Upper portion side wall on be provided with feed inlet, the bottom of hopper is provided with discharge port, the feed inlet of hopper passes through pipeline and feed bin
Discharge gate be connected, be provided with an outlet valve on the discharge port of hopper, after outlet valve is opened, material in hopper can be from going out
Material mouth is flowed into batch mixer, is provided with the second pulse bag type dust collector that can be vacuumized to hopper at the top of hopper, and second
Hopper can be vacuumized when pulse bag type dust collector is to hopper dedusting, so that negative pressure is generated in hopper, to pass through negative pressure
Material in feed bin is drawn into hopper；It is provided with second rotary shaft stood on above discharge port in hopper, second
The lower part of rotary shaft is provided with can be stirred the second puddle support built bridge to prevent material to the material of feed hopper bottom, on hopper
It is additionally provided with the second agitating device that the second rotary shaft can be driven to rotate, the second agitating device drives the second rotary shaft with second
The material in hopper can be stirred after puddle support rotation.
2. anti-bridge formation automatic charging mixing arrangement according to claim 1, it is characterised in that：Feed bin in dust-proof door side
The optoelectronic switch that can incude dust-proof door folding, the control of optoelectronic switch and the first pulse bag type dust collector are provided on lateral wall
Device electrical connection processed, when dust-proof door is opened, optoelectronic switch is not triggered, and the first pulse bag type dust collector can carry out feed bin at this time
Dedusting, when dust-proof door is closed, optoelectronic switch can be triggered by dust-proof door, and the first pulse bag type dust collector will do it blowback and make at this time
The material collected when dedusting is fallen into funnel.
3. anti-bridge formation automatic charging mixing arrangement according to claim 1 or 2, it is characterised in that：Material at feeding inlet
One is provided on the outside of storehouse for shelving the laborsaving platform of material when batch turning.
4. anti-bridge formation automatic charging mixing arrangement according to claim 1 or 2, it is characterised in that：Funnel is cone leakage
Bucket.
5. anti-bridge formation automatic charging mixing arrangement according to claim 1 or 2, it is characterised in that：Below feeding inlet
The resistance bag grid that material bag can be stopped to fall into funnel are provided in feed bin.
6. anti-bridge formation automatic charging mixing arrangement according to claim 1 or 2, it is characterised in that：Dust-proof door and feed bin phase
Hingedly, and between dust-proof door and feed bin it is provided with the gas spring that can prop dust-proof door, presses dust-proof door to compress gas spring
After can close dust-proof door.
7. anti-bridge formation automatic charging mixing arrangement according to claim 1 or 2, it is characterised in that：In the feed inlet of hopper
Top is provided with one piece of material-blocking plate that can prevent the material flowed into from feed inlet from being drawn by the second pulse bag type dust collector.
8. anti-bridge formation automatic charging mixing arrangement according to claim 1 or 2, it is characterised in that：It is provided on hopper
One level-sensing device, level-sensing device are electrically connected with the controller of the second pulse bag type dust collector, when the material in hopper reaches level-sensing device
When place height triggers level-sensing device, the second pulse bag type dust collector can stop aspirating and carry out blowback, to stop aspirating feed bin
In material and by dedusting collect material blow off in hopper.
9. anti-bridge formation automatic charging mixing arrangement according to claim 1 or 2, it is characterised in that：First impulse bag removes
The air inlet of dirt device is driven by blower, and the air inlet of the second pulse bag type dust collector is driven by air pump.
10. anti-bridge formation automatic charging mixing arrangement according to claim 1 or 2, it is characterised in that：First, second stirring
The structure of device includes：It the retarder that can drive corresponding rotary shaft rotation that is set in feed bin or hopper and is set to
The motor that can drive corresponding retarder rotation on feed bin or hopper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820124807.XU CN208145898U (en) | 2018-01-25 | 2018-01-25 | Anti- bridge formation automatic charging mixing arrangement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820124807.XU CN208145898U (en) | 2018-01-25 | 2018-01-25 | Anti- bridge formation automatic charging mixing arrangement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208145898U true CN208145898U (en) | 2018-11-27 |
Family
ID=64413911
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820124807.XU Expired - Fee Related CN208145898U (en) | 2018-01-25 | 2018-01-25 | Anti- bridge formation automatic charging mixing arrangement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208145898U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108126627A (en) * | 2018-01-25 | 2018-06-08 | 张家港市繁昌机械有限公司 | Anti- bridge formation automatic charging mixing arrangement |
-
2018
- 2018-01-25 CN CN201820124807.XU patent/CN208145898U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108126627A (en) * | 2018-01-25 | 2018-06-08 | 张家港市繁昌机械有限公司 | Anti- bridge formation automatic charging mixing arrangement |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181127 Termination date: 20220125 |