CN104210852B - Between row's type continuous vacuum feeder - Google Patents
Between row's type continuous vacuum feeder Download PDFInfo
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- CN104210852B CN104210852B CN201310207416.6A CN201310207416A CN104210852B CN 104210852 B CN104210852 B CN 104210852B CN 201310207416 A CN201310207416 A CN 201310207416A CN 104210852 B CN104210852 B CN 104210852B
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- valve
- vacuum
- feeding warehouse
- row
- blanking
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Abstract
The embodiment of the invention discloses row's type continuous vacuum feeder between one, including feeding device and be positioned at the discharge device below feeding device, described feeding device includes feeding warehouse, the pneumatic suction butterfly valve for charging being positioned at described feeding warehouse sidewall, is positioned at separating cone bucket, being positioned at the filtering cabin above described feeding warehouse and be positioned at and described separate above cone bucket and air channel mechanism that the structure of point symmetrical arrangement is identical of described feeding warehouse；Two described air channel mechanisms are connected by vacuum tube electric vacuum pump；Described electric vacuum pump is electrically connected with control chamber.Use the present invention, the purpose of the most persistently vacuum handling material can not be realized by distance limit, having the advantages that transfer efficiency is high, vacuum source utilization rate is high, the good discharging of suction simultaneously all can remain a constant speed unimpeded state, and can also eliminate dust and reveal and potential safety hazard.
Description
Technical field
The present invention relates to a kind of vacuum feeder, particularly relate to row's type continuous vacuum feeder between one.
Background technology
Vacuum feeder is also referred to as powder delivery system (being called for short PTS), is now in the popularity stage both at home and abroad, this equipment
Application instead of before man-handling of materials and batch turning, effectively prevent dust from flying, and relatively simple for structure, use this equipment
Decrease dust pollution and save labour force.But current vacuum feeder employed both at home and abroad is clearance-type, there is blanking
Having some setbacks, material sucking port is regurgitated, and fed distance is short, inefficient problem.And farsighted distance or large-tonnage powder conveying are often
Employing malleation carries, and carries out malleation air blast to the lower section long pipeline equipped with Blowing stopper even feeding by high pressure positive blower or compressed air
Realizing diluted phase transport, conveying end also needs to join cyclone separator, Blowing stopper and cleaner unit and completes, and therefore, not only equipment is numerous
Many, take up an area space greatly, and cost is the highest, the most easily occur at pipe joint that dust is revealed and serious environment pollution, even can
There is dust explosion.High efficiency conveying can not be met for clearance-type vacuum handling, and malleation conveying cost height exists safety
This situation of hidden danger, (had both had negative pressure transportation characteristic, and had had again the farsighted distance of malleation and produce greatly to meet market widespread demand again
Amount conveying, also wants economical and practical and there is not potential safety hazard) and to develop CVF continuous vacuum feeder specially (the most continuous
Formula negative pressure transportation equipment).
Either plate valve formula or butterfly valve type vacuum feeder, broadly falls into clearance-type vacuum feeder, is all to close at baiting valve
When closing, material is first drawn onto in feeder container by the captivation by vacuum, then the material in feeder container when vacuum is closed
When baiting valve is opened by being gravitationally fallen in equipment or the container of lower section, then under enter again vacuum intake state after complete material,
The alternate cycles vacuum intake so gone round and begun again and self-weight blanking action, reach the purpose of conveying, so up to the present,
The no matter that vacuum conveying apparatus in home and abroad, is all clearance-type vacuum feeding, there is problems in that
1. efficiency is low, the not blanking when suction, the not suction when blanking, discontinuous conveying material on the time but staggered
Type；
2. conveying yield is unstable, and particularly air driven jet vacuum generator does vacuum source, because vacuum depends on compression
Air produces, and compressed-air actuated pressure often 0.4 ~ 0.8MPa fluctuate, then the vacuum of vacuum generator the most just with
The fluctuation of compressed air pressure and time height time low, the transporting velocity of respective clearance formula vacuum feeder is the most just with the height of vacuum
Change and sometimes fast and sometimes slow.The square structure of jet type vacuum generator own also can only bear clearance-type and produce vacuum, it is impossible to time long
Between vacuum-resistant.
The only electric vacuum pump of most economical material benefit, but electric vacuum pump does clearance-type vacuum feeder and there is also two sides
The defect in face: 1) relatively big if existing for vacuum source waste at vacuum feeder top vacuum tube equipped with Pneumatic three-way ball valve, work as suction
During material, vacuum source is just utilized acting, and vacuum pump the most just is switched to inhale extraneous air by tee ball valve when being switched to blanking
Do not do work, i.e. the wasting of resources；2) if existing for feed blocking filter element group at vacuum feeder top vacuum tube equipped with pneumatic ball valve,
Because of when being switched to blanking vacuum pump can not inhale outside air result in the vacuum of vacuum pipe, vacuum tank etc. increase to-80 to-
90KPa, than suction time vacuum (general-45 ~-60KPa) much higher, result in when again switching to suction fine vacuum to
Coarse vacuum changes, and the material that firm inspiration is gone gets lodged in filter element group the most tightly and causes suction to have some setbacks around equipment barrel, blanking
Time air accumulator with regard to a large amount of compressed air of moment blowback or nitrogen also be difficult to clearly fall blocking material.If doing vacuum source with high pressure positive blower
And the vacuum relatively low (general-23 KPa) produced, high conveying at a distance cannot be realized at all.
With there is the plain type continuous vacuum feeding of different structure above, be want suction equipment (as wet granulator,
Mixer, reactor etc.) it is provided with the interface of material sucking port and evacuation, material sucking port connects suction flexible pipe and is used for feeding, and vacuum connects
Mouthful it is that first filter element group through installing, to carry out gas solid separation, then receives Motorized vacuum source (such as water ring vacuum pump, repeatedly with pipeline
Vacuum pump, rotary-vane vaccum pump etc.).First airtight for equipment container and only allow material sucking port and vacuum port unimpeded before conveying, equipment exists
Just material is introduced in equipment container from suction tube under the effect of vacuum, then after filter element group carries out gas solid separation, air-flow is arranged
To Motorized vacuum source.Its conveying material occur as soon as after a short time can not suction, because filter element cannot complete when vacuum intake
Self-cleaning (blowing down the material of filter opening and periphery by compressed air, allow filter element remain unimpeded state) results in blockage, and one blocks up
Plug suction tube in vacuum the most slowly reduce, the most progressively cause cannot suction, wanting the most unimpeded conveying must be continually filter
Core takes out and cleans up or change filter element, and this makes troubles to user, and medicine is also exposed and frequently contacts with operator,
Cannot normally use at all and reach GMP requirement.
Summary of the invention
The technical problem to be solved is, it is provided that row's type continuous vacuum feeder between one, not by distance
Limit the purpose that can realize the most persistently vacuum handling material, have the advantages that transfer efficiency is high, vacuum source utilization rate is high, simultaneously
The good discharging of suction all can remain a constant speed unimpeded state, and can also eliminate dust and reveal and potential safety hazard.
In order to solve above-mentioned technical problem, embodiments provide row's type continuous vacuum feeder between one, bag
Including feeding device and be positioned at the discharge device below feeding device, described feeding device includes feeding warehouse, is positioned at described feeding warehouse
Sidewall for charging pneumatic suction butterfly valve, be positioned at described feeding warehouse separate cone bucket, be positioned at above described feeding warehouse
Filtering cabin and be positioned at and described separate above cone bucket and air channel mechanism that the structure of point symmetrical arrangement is identical；Described in two
Air channel mechanism is connected by vacuum tube electric vacuum pump；Described feeding device and described discharge device have been electrically connected control
Case.
For the improvement of technique scheme, the inwall of described feeding warehouse be provided with for detect material and with described control
The level-sensing device of case electrical connection.
For the further improvement of technique scheme, described air channel mechanism includes blowback air bag, is positioned at described filtering cabin
In filter element, be positioned at the air door at described filtering cabin top and be positioned at the cylinder above described air door.
For the further improvement of technique scheme, at described air door, it is provided with sealing gasket.
For the further improvement of technique scheme, described discharge device includes blanking bin, is positioned at described blanking bin
Drain hopper above portion, it is positioned at the plate valve sealing ring bottom described drain hopper, is positioned at the convex top board bottom described plate valve sealing ring
Valve, be positioned at below described convex top board valve for blanking pneumatic blanking butterfly valve, to be positioned at the butterfly valve at described pneumatic blanking butterfly valve close
Seal, the atmospheric valve being positioned at described blanking bin sidewall and the respiratory organ being connected with described atmospheric valve, and described atmospheric valve passes through
Inlet valve connects with described pneumatic suction butterfly valve..
For the further improvement of technique scheme, the sidewall of described blanking bin is provided with vibrator.
For the further improvement of technique scheme, described feeding device uses clamp connection with described blanking device.
In sum, use the Liang Ge air channel mechanism of symmetrical arrangement of the present invention, switch in turn about implementation,
Ensure that vacuum pneumatic is unimpeded, i.e. open when the air channel mechanism on the left side, then the air channel mechanism on the right closes；When air channel, the right, mechanism opens
Open, then air channel, left side mechanism then closes, thus reaches the purpose of continuous feed.
Implement the embodiment of the present invention, have the advantages that
(1) purpose of conveying material continuously is achieved；
(2) improve transfer efficiency；
(3) substantially increase the utilization rate in Motorized vacuum source, do not cause the wasting of resources；
(4) achieve length, carry at a distance；
(5) large-tonnage conveying is achieved；
(6) dustless equalization is achieved, it is to avoid dust pollution and solve the hidden danger of smashed district；
(7) low cost, life-span are long.
Accompanying drawing explanation
Fig. 1 is of the present invention row's type continuous vacuum feeder structural representation in an embodiment.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, the present invention is made into one
Step ground describes in detail.
As it is shown in figure 1, of the present invention row's type continuous vacuum feeder, including feeding device 1 be positioned at described
Discharge device 2 below feeding device 1, described feeding device 1 is connected by clip 24 cassette with described discharge device 2, it is ensured that
Therebetween the sealing that connects.Described feeding device 1 and described discharge device 2 have been electrically connected control chamber 10, and i.e. two
Person is respectively by the intelligentized control method of described control chamber 10.
Wherein, described feeding device 1 includes feeding warehouse 3, pneumatic suction butterfly valve 4, separates cone bucket 5, filtering cabin 6 and air duct machine
Structure 7；Described pneumatic suction butterfly valve 4 is positioned at the sidewall of described feeding warehouse 3, as charging aperture；The described cone bucket 5 that separates then is positioned at described
In feeding warehouse 3, described filtering cabin 6 is positioned at the top of described feeding warehouse 3, and the dust that the material for filtering suction is brought into etc. is miscellaneous
Matter, it is to avoid the dust from flying i.e. generation of dust explosion；Described air channel mechanism 7 is positioned at the described top separating cone bucket 5, and is provided with
Two, symmetrical arrangement respectively, it includes blowback air bag 12, the filter element 13 being positioned at described filtering cabin 6, is positioned at described filtration
The air door 14 at top, storehouse 6 and be positioned at the cylinder 15 above described air door 14.Meanwhile, two described air channel mechanisms 7 are by vacuum tube 8
Connecting has electric vacuum pump 9, described electric vacuum pump 9 to be then electrically connected with control chamber 10, and described control chamber 10 controls system for PLC
System, has intelligentized control method function.
Described discharge device 2 includes blanking bin 18, drain hopper 19, plate valve sealing ring 20, convex top board valve 21, pneumatic blanking butterfly
Valve 22, it is positioned at butterfly valve seal circle 23, atmospheric valve 26 and the respiratory organ 27 at described pneumatic blanking butterfly valve 22；Described drain hopper 19
In the top within described blanking bin 18, described plate valve sealing ring 20 is positioned at the bottom of described drain hopper 19, is used for sealing described
The effect of drain hopper 19, described convex top board valve 21 is then positioned at the bottom of plate valve sealing ring 20, for coordinating the lower section of material, described
Pneumatic blanking butterfly valve 22 is then positioned at the lower section of described convex top board valve 21, as the outlet of blanking.The conduct of described butterfly valve seal circle 23
Described pneumatic blanking butterfly valve 22 is in sealing state, and described atmospheric valve 26 is positioned at the sidewall of described blanking bin 18, described respiratory organ
27 are connected with described atmospheric valve 26, and described atmospheric valve 26 is connected with described pneumatic suction butterfly valve 4 by inlet valve 25..
It is above the structure to of the present invention row's type continuous vacuum feeder to describe, below to its operation principle
Illustrate, corresponding with structure, including fill process and discharging process:
Fill process: described pneumatic suction butterfly valve 4 is opened, closes described plate valve sealing ring 20.Described control chamber 10 starts
Described vacuum pump 9 is started working, and powder body is directly tangentially entered by pneumatic suction butterfly valve 4 by outside under vacuum, and edge
The barrel feeding warehouse 3 falls into described drain hopper 19 in the shape of a spiral.Powder body described separate cone bucket 5 cyclonic separation effect under,
Air-flow and a small amount of dust, under the attraction of vacuum, enter filtering cabin 6, and described filtering cabin 6 forms with two described air channel mechanisms 7
Two set air channels.Two set air channel rotation forked workings the most respectively complete the blowback cleaning of filter element 13 and vacuum is continuous.When being positioned at the left side
Air door 14 when opening, then the air door 14 being positioned at the right is then closed, and the filter element 13 on the right is then carried out by the blowback air bag 12 on the right
Blowback self-cleaning；When control chamber 1 changeover program to the air door 14 being positioned at the right is opened, then safeguard that the air door 14 on the left side is closed, left
The blowback air bag 12 on limit then carries out blowback self-cleaning to the filter element 13 on the left side.So iterative cycles replace ensure that vacuum is even
Continuous, and air channel, two, left and right is unimpeded, also ensures that the vacuum in feeding warehouse 3 keeps continuous steady state, is therefore inhaled
Material is also at the state of feeding in continuous material.Wherein, the switching in air channel, left and right, according to the difference of material, is carried out by control chamber 10
The corresponding time sets.The plate valve sealing ring 20 closed can also replace to close butterfly valve seal circle 23, i.e. close when closing plate valve
During seal 20, then material enters described drain hopper 19；When closing described butterfly valve seal circle 23, then material enters described blanking bin
18。
Discharging process: by the material of inspiration in fill process above first along the barrel warp in the shape of a spiral of feeding warehouse 3
After crossing drain hopper 19, convex top board valve 21, drop to (now close is described butterfly valve seal circle 23) in blanking bin 18.Described control
Described convex top board valve 21, according to the default operation time, cuts out, and is opened by described atmospheric valve 26, it is achieved blanking by case 10 processed
The pressure balance of storehouse 2 air pressure inside and external atmosphere pressure, blanking butterfly valve 22 described in time delay is opened and is carried out discharge.During this, exhale
The generation of dust avoided in discharging process by defecator protection material in haustorium 27；After running Preset Time, first by institute
State inlet valve 25 to open, it is achieved blanking bin 2 air pressure inside balances with feeding warehouse 1 air pressure inside, and the most described blanking butterfly valve 22 cuts out
After, then stopping discharge, the most described convex top board valve 21 is opened, and material falls into again in described blanking bin 18.One the most repeatedly opens one
Close completes discharging work, i.e. realizes batch (-type) discharge.This kind of batch (-type) discharge is also to adjust interval by described control chamber 10
The time of formula.
For the improvement of technique scheme, at described air door 14, it is provided with sealing gasket 16.Described sealing gasket 16 and described plate
Valve seals 20, butterfly valve seal circle 23 are all to use opposite sex silica gel or fluorubber material, have good sealing effectiveness.
For the further improvement of technique scheme, the sidewall of described blanking bin 18 is provided with is easy to whereabouts for material
Vibrator 17.Purpose is to solve the bridging problem of material.Meanwhile, described vibrator 17 can also replace to pneumatic hammer, acts on phase
With.
For the further improvement of technique scheme, the inwall of described feeding warehouse 3 be provided with for detect material and with
The level-sensing device 11 of described control chamber 10 electrical connection.Described level-sensing device 11 then be used to detect material, thus judge charging rate with
The relation of discharge velocity.Of the present invention row's type continuous vacuum feeder, in order to preferably realize vacuum feeding in continuous material
With batch (-type) discharge, it is necessary for the speed coordinating charging with discharge, say, that only charging rate is less than or equal to row
Material speed, can be only achieved continuous negative pressure conveying effect.Therefore conveying level-sensing device 11 then firmly detection automatic feedback information is defeated
Sending control chamber 10, transmission control box 10 is then made adjustment according to information the operation of charging rate or discharge velocity.Such as, material is worked as
When position meter 11 has detected material, then illustrating that the speed of discharge is partially slow, the most described control chamber 10 then sends in quickening discharging process
A switching frequency closed opened by described convex top board valve 21 and blanking butterfly valve 22 1.
Above disclosed it is only one preferred embodiment of the present invention, certainly can not limit the power of the present invention with this
Profit scope, the equivalent variations therefore made according to the claims in the present invention, still belong to the scope that the present invention is contained.
Claims (5)
1. row's type continuous vacuum feeder between, including feeding device (1) and be positioned at feeding device (1) lower section discharge dress
Put (2), it is characterised in that:
Described feeding device (1) includes feeding warehouse (3), is positioned at the pneumatic suction butterfly for charging of described feeding warehouse (3) sidewall
Valve (4), be positioned at described feeding warehouse (3) separation cone bucket (5), be positioned at described feeding warehouse (3) top filtering cabin (6) and position
In the air channel mechanism (7) that the structure of described separation cone bucket (5) top and point symmetrical arrangement is identical；
Two described air channel mechanisms (7) are connected by vacuum tube (8) electric vacuum pump (9)；
Described feeding device (1) and described discharge device (2) have been electrically connected control chamber (10)；Described feeding warehouse (3) interior
Wall is provided with for detecting material and the level-sensing device (11) electrically connected with described control chamber (10)；
Described discharge device (2) includes blanking bin (18), the drain hopper (19) being positioned at described blanking bin (18) inner upper, is positioned at
Described drain hopper (19) bottom plate valve sealing ring (20), be positioned at described plate valve sealing ring (20) bottom convex top board valve (21),
It is positioned at described convex top board valve (21) lower section to be used for the pneumatic blanking butterfly valve (22) of blanking, be positioned at described pneumatic blanking butterfly valve (22) place
Butterfly valve seal circle (23), be positioned at described blanking bin (18) sidewall atmospheric valve (26) and with exhaling that described atmospheric valve (26) is connected
Haustorium (27), and described atmospheric valve (26) connected with described pneumatic suction butterfly valve (4) by inlet valve (25).
The most according to claim 1 row's type continuous vacuum feeder, it is characterised in that:
Described air channel mechanism (7) includes blowback air bag (12), the filter element (13) being positioned at described filtering cabin (6), is positioned at described mistake
The air door (14) at filter position (6) top and be positioned at the cylinder (15) of described air door (14) top.
The most according to claim 2 row's type continuous vacuum feeder, it is characterised in that:
Described air door (14) place is provided with sealing gasket (16).
The most according to claim 1 row's type continuous vacuum feeder, it is characterised in that:
The sidewall of described blanking bin (18) is provided with vibrator (17).
The most according to claim 1 row's type continuous vacuum feeder, it is characterised in that:
Described feeding device (1) uses clip (24) to be connected with described discharge device (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310207416.6A CN104210852B (en) | 2013-05-30 | 2013-05-30 | Between row's type continuous vacuum feeder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310207416.6A CN104210852B (en) | 2013-05-30 | 2013-05-30 | Between row's type continuous vacuum feeder |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104210852A CN104210852A (en) | 2014-12-17 |
| CN104210852B true CN104210852B (en) | 2016-12-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310207416.6A Active CN104210852B (en) | 2013-05-30 | 2013-05-30 | Between row's type continuous vacuum feeder |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105936115A (en) * | 2016-05-30 | 2016-09-14 | 张家港市繁昌机械有限公司 | Automatic weighing type main material discharging device |
| CN105936113A (en) * | 2016-05-30 | 2016-09-14 | 张家港市繁昌机械有限公司 | Vacuum feeding device |
| CN106629072A (en) * | 2017-02-24 | 2017-05-10 | 昆山盛纺非织造材料研发中心有限公司 | Separation type vacuum feeding machine and material feeding system |
| CN108176314A (en) * | 2017-12-29 | 2018-06-19 | 宣城万德机械制造有限公司 | A kind of vacuum feeding batch mixing all-in-one machine |
| CN109292457A (en) * | 2018-10-26 | 2019-02-01 | 张家港市格雷斯机械有限公司 | Continuous vacuum feeder |
| CN110156543A (en) * | 2019-06-26 | 2019-08-23 | 浏阳市凯达实业有限责任公司 | A kind of band draws pelletizer and method |
| CN110482232A (en) * | 2019-08-27 | 2019-11-22 | 王从众 | A kind of binary channels continuous vacuum adsorbent equipment |
| CN112551172A (en) * | 2020-04-30 | 2021-03-26 | 章丘丰源机械有限公司 | Environment-friendly pneumatic conveying system |
| CN112707171B (en) * | 2020-12-30 | 2022-08-23 | 杭州富阳东山塑料机械有限公司 | Feeding method combining air exhaust and pressurization |
| CN116688870A (en) * | 2023-05-31 | 2023-09-05 | 楚天科技股份有限公司 | Fluidized bed discharging and conveying device, method and system |
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| CN104210852A (en) | 2014-12-17 |
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