CN110090599A - Multistation pill dripping machine - Google Patents
Multistation pill dripping machine Download PDFInfo
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- CN110090599A CN110090599A CN201910420954.0A CN201910420954A CN110090599A CN 110090599 A CN110090599 A CN 110090599A CN 201910420954 A CN201910420954 A CN 201910420954A CN 110090599 A CN110090599 A CN 110090599A
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- coolant
- glue
- cooling pipe
- multistation
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J2/00—Processes or devices for granulating materials, e.g. fertilisers in general; Rendering particulate materials free flowing in general, e.g. making them hydrophobic
- B01J2/02—Processes or devices for granulating materials, e.g. fertilisers in general; Rendering particulate materials free flowing in general, e.g. making them hydrophobic by dividing the liquid material into drops, e.g. by spraying, and solidifying the drops
- B01J2/06—Processes or devices for granulating materials, e.g. fertilisers in general; Rendering particulate materials free flowing in general, e.g. making them hydrophobic by dividing the liquid material into drops, e.g. by spraying, and solidifying the drops in a liquid medium
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- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention discloses a kind of multistation pill dripping machine, including core liquid case, glue case, tank for coolant, core liquid transportation system, glue transportation system, coolant delivery system, at least two water droppers, cyclone, cooling pipe, first throttle valve, second throttle and choke manifold；Core liquid transportation system is connected to core liquid case and water dropper respectively, and glue transportation system is connected to glue case and water dropper, and coolant delivery system is connected to tank for coolant, and coolant delivery system is connected to by first throttle valve with cyclone, and cooling pipe is connected to cyclone；Coolant delivery system is connected to by second throttle with choke manifold, and choke manifold is connected to the back segment of cooling pipe, and the output end of cooling pipe is connected to tank for coolant.Multistation dripping pill function of the present invention connects more water droppers by constant pressure source and carries out multistation productions, and the flow velocity of high production efficiency and each station is adjustable, and speed regulation is convenient, at low cost.
Description
Technical field
The present invention relates to a kind of pill dripping machine more particularly to a kind of multistation pill dripping machines.
Background technique
Pill dripping machine is the equipment that a kind of pair of liquid material carries out thin-film package.It is glue film to be wrapped up core liquid, then instill
In the cooling oil of predetermined temperature, under the cooling effect of cooling oil, glue film cure shrinkage encapsulates core liquid and forms dripping pill.This
Kind equipment is the key equipment of the encapsulated production of product, can be widely applied to the industries such as tobacco, food, medicine, chemical industry, can be used for
Produce the products such as cigarette capsule, food capsule, flavouring capsule, medicine capsule, cosmetic capsules, industrial chemicals capsule.However,
Existing pill dripping machine is to carry out dripping pill production using the corresponding water dropper of a pressure source, and therefore, production efficiency is lower；And it drips
Ball cooling procedure is that low level is flowed to from a high position, in cooling procedure flow velocity otherwise it is unadjustable or can only using height adjust
Device carries out height adjustment, reaches speed regulation in a manner of achieving the purpose that change fluid pressure, but, this mode is at high cost, adjustment
Inconvenience can not meet the needs of production.
Summary of the invention
More water droppers are connected by a constant pressure source the purpose of the present invention is to provide one kind and carry out multistation production, production effect
The flow velocity of rate height and each station is adjustable, and speed regulation is convenient, multistation pill dripping machine at low cost.
To achieve the goals above, multistation pill dripping machine provided by the invention includes rack and the core that is set in rack
Liquid case, glue case, tank for coolant, core liquid transportation system, glue transportation system, coolant delivery system, at least two water droppers, with
The corresponding cyclone of the water dropper quantity, cooling pipe, first throttle valve, second throttle and choke manifold；The water dropper, rotation
Stream device and cooling pipe are set gradually from top to bottom, the inner ring and outer ring that there is the cyclone upper end to be interconnected, the drop
Inner ring described in head face；The core liquid transportation system is connected to the core liquid interface of the core liquid case and each water dropper respectively,
The glue transportation system glue orifice with the glue case and each water dropper respectively, the coolant liquid delivery system
The input terminal of system is connected to the tank for coolant, and each output end of the coolant delivery system passes through each correspondingly
The first throttle valve and be connected to the outer ring entrance of each cyclone, the input terminal of the cooling pipe is correspondingly
With the inner ring outlet of each cyclone；Each output end of the coolant delivery system passes through respectively correspondingly
A second throttle is connected to the choke manifold, and the choke manifold is connected to the back segment of the cooling pipe, described
The output end of cooling pipe is connected to the tank for coolant.
Compared with prior art, the present invention is arranged first before each cyclone by the way that multiple water droppers and cyclone is arranged
Throttle valve, and second throttle and choke manifold is arranged in opposite cyclone and first throttle valve in parallel, makes choke manifold and institute
The back segment connection of cooling pipe is stated, so as to adjust the flow velocity of choke manifold using second throttle；When in second section
When stream valve opens bigger, the flow velocity of choke manifold is big, so that the flow velocity of the cooling pipe becomes smaller, on the contrary the cooling tube
The flow velocity in road becomes larger, and then the flow velocity realization of the dripping pill on each station in cooling procedure is adjustable, and first regulating valve
And second regulating valve can be set to manually adjust or automatically adjust, adjust the speed very convenient, and avoid using conventional height tune
The mode of speed regulation is highly realized in whole device adjustment, and cost is lower, high production efficiency when multistation produces simultaneously.
Preferably, the rack includes front cavity and rear chamber, the front cavity includes upper cavity and lower chamber；The core
Liquid case, glue case, tank for coolant are set to rear chamber, and the water dropper, cyclone are set to the upper cavity, the cooling pipe
It is set to the lower chamber.
Preferably, the multistation pill dripping machine further includes pulse liquid transportation system, the input of the pulse liquid transportation system
End is connected to the tank for coolant, and output end is connected to the pulse interface of each water dropper.By the way that pulse liquid delivery system is arranged
System, can make dripping pill that can cool down on water dropper.
Specifically, the water dropper be in from inside to outside coaxially be arranged three layers, every layer and from inside to outside correspondingly with institute
State core liquid transportation system, glue transportation system and the connection of pulse liquid transportation system.
Specifically, it is equipped with cutting mechanism in the water dropper, the coaxial jet stream oozed from the water dropper is cut into dripping pill.
Since the pulse liquid transportation system just begins to cool dripping pill in water dropper, using cutting mechanism can by dripping pill from
Quick separating on water dropper, and guarantee each dripping pill size having the same, improve production efficiency.
Dripping pill separated with coolant liquid preferably, being equipped between the output end of the cooling pipe and the tank for coolant
Filter.The filter, without manually collecting, reduces the labor intensity of worker for collecting dripping pill after molding.
Preferably, the outer of the cyclone is equipped with outer ring outlet, set between the outer ring outlet and the tank for coolant
There is drain pipe.Since the flow velocity of the cyclone and cooling pipe is adjustable, when the flow velocity of cooling pipe slows down, the eddy flow
The coolant liquid of device may be overflowed because of increase, and therefore, when the flow velocity of cyclone is slack-off, the drain pipe can be arranged rapidly
Excessive coolant liquid is walked, to guarantee that the flow velocity of cyclone coolant liquid simultaneously consistent with the flow velocity of cooling pipe will not overflow
Out.
Specifically, sorter is equipped between the output end of the cooling pipe and the tank for coolant, the sorter
For height between the cyclone and cooling pipe, the sorter has sorting entrance, first outlet and second outlet, institute
It states sorting entrance to be connected to the output end of the cooling pipe, be pivotally equipped between the first outlet and the second outlet
Be selectively opened the sorting valve of the first outlet or second outlet, the first outlet by the first collection conduit with
The tank for coolant connection, the second outlet are connected to by the second collection conduit with the tank for coolant, the drain pipe
Output end is connect with the first outlet of the sorter or second outlet.Since the dripping pill that pill dripping machine is produced in initial debugging can
It can meet the requirements, need to separate these dripping pills and the dripping pill for being able to satisfy requirement that the later period produces, therefore, pass through setting point
Pick device, make the collection conduit connection that the sorter is different from two, so as in initial debugging with later period steady production
When dripping pill be automatically separated, guarantee dripping pill product qualification rate.
Preferably, the glue case is equipped with the internal layer for accommodating glue and for accommodating outside to the hot water of glue heat preservation
Layer, each pipeline of the glue transportation system is connected to the internal layer and outside is cased with utilidor, the insulating tube and institute
State outer loop connection.By the way that utilidor is arranged, glue can be made to maintain always before being sent to water dropper and be conducive to dripping pill
Specific temperature, to improve the quality of dripping pill.
Preferably, the cooling pipe helically structure.Cooling time can be extended in this way, rationally utilize the sky in rack
Between, reduce volume.
Detailed description of the invention
Fig. 1 is the front internal structure chart of multistation pill dripping machine of the present invention.
Fig. 2 is the back side internal structure chart of multistation pill dripping machine of the present invention.
Fig. 3 is the connection structure diagram between the single water dropper, cyclone and cooling pipe of multistation pill dripping machine of the present invention.
Fig. 4 is the structure chart of the sorter of multistation pill dripping machine of the present invention.
Fig. 5 is the conveying schematic diagram of the coolant delivery system of multistation pill dripping machine of the present invention.
Fig. 6 is the conveying schematic diagram of the core liquid transportation system of multistation pill dripping machine of the present invention.
Fig. 7 is the conveying schematic diagram of the glue transportation system of multistation pill dripping machine of the present invention.
Fig. 8 is the conveying schematic diagram of the pulse liquid transportation system of multistation pill dripping machine of the present invention.
Specific embodiment
For the technology contents that the present invention will be described in detail, construction feature, the effect realized, below in conjunction with embodiment and match
Attached drawing is closed to be explained in detail.
As shown in Figure 1, Figure 2, shown in Fig. 3 and Fig. 5, multistation pill dripping machine 100 of the present invention is including rack 1 and is set to rack 1
Interior core liquid case 2, glue case 3, tank for coolant 4, core liquid transportation system 5, glue transportation system 6, coolant delivery system 7, extremely
Few two water droppers 8, cyclone 9 corresponding with 8 quantity of water dropper, cooling pipe 10, first throttle valve 11, second throttle 12
With choke manifold 13；The core liquid case 2, glue case 3, tank for coolant 4, core liquid transportation system 5, glue transportation system 6, coolant liquid
Transportation system 7, cyclone 9, cooling pipe 10, first throttle valve 11, second throttle 12 and choke manifold 13 constitute dripping pill and exist
Dripping pill control system in cooling procedure.The rack 1 includes front cavity 1a and rear chamber 1b, and the front cavity 1a includes epicoele
Body 1c and lower chamber 1d；The core liquid case 2, glue case 3, tank for coolant 4 are set to rear chamber 1b, the water dropper 8, cyclone 9
It is set to the upper cavity 1c, the cooling pipe 10 is set to the lower chamber 1d.The application uses six station dripping pills, that is, has
There are six water dropper 8, six 11, six second throttle 12 and six of first throttle valve of cooling pipe 10, six of cyclone 9, six
A choke manifold 13.It is illustrated below with a station, other five stations are same.The water dropper 8, cyclone 9 and
Cooling pipe 10 is set gradually from top to bottom, the upper side opening of the cyclone 9 and with upper end be interconnected inner ring 91 and
Outer ring 92, the top edge height of the inner ring 91 are lower than the height of the top edge of the outer ring 92；In described in 8 face of water dropper
Ring 91.The core liquid transportation system 5 is connected to the core liquid interface of the core liquid case 2 and the water dropper 8 respectively, the glue conveying
The glue orifice with the glue case 3 and each water dropper 8 respectively of system 6, the input of the coolant delivery system 7
End is connected to the tank for coolant 4, and an output end of the coolant delivery system 7 passes through the first throttle valve 11 and institute
92 entrance of the outer ring connection of cyclone 9 is stated, liquid level rises after the coolant liquid enters 92 entrance of outer ring, then enters in upper end
The inner ring 91.91 outlet of inner ring of the input terminal of the cooling pipe 10 and the cyclone 9.The coolant liquid conveying
Another output end of system 7 is connected to by the second throttle 12 with the input terminal of the choke manifold 13, the throttle pipe
The output end in road 13 is connected to the back segment of the cooling pipe 10, and the second throttle 12 and the choke manifold 13 is arranged,
The flow velocity of the cyclone 9 and cooling pipe 10 can be made adjustable.The cooling pipe 10 helically structure, can prolong in this way
Long cooling time reduces volume rationally using the space in rack 1；The output end of the cooling pipe 10 and the coolant liquid
Case 4 is connected to.It is equipped with a cooling circuit in the tank for coolant 4, it can be cyclically right by centrifugal pump 41 and heat exchanger 42
Coolant liquid in tank for coolant 4 is cooling.
As shown in figure 5, the coolant delivery system 7 includes the first delivery pump 71 and the first transfer pipeline 72, described the
The input terminal of one delivery pump 71 is connected to tank for coolant 4, the output end of first delivery pump 71 and first transfer pipeline
72 one end connection, the other end of first transfer pipeline 72 is arranged to multiple delivery outlets, with each first throttle valve 11
And second throttle 12 is connected to, the output end of the first throttle valve 11 is connected to 92 entrance of outer ring of the cyclone 9.It is described
The output end of first delivery pump 71 is equipped with first pressure transmitter 73, to control the output flow of first delivery pump 71 or defeated
Pressure out.The coolant delivery system 7 further includes overflow branch 74, the input terminal of the overflow branch 74 and described first defeated
The output end connection of pump 71 is sent, the output end of the overflow branch 74 is connected to the tank for coolant 4, on the overflow branch 74
Equipped with overflow valve 75.
Referring to Fig. 7, the multistation pill dripping machine 100 further includes pulse liquid transportation system 14, the pulse liquid delivery system
The input terminal of system 14 is connected to the tank for coolant 4, and output end is connected to the pulse interface of each water dropper 8.Pass through setting
Pulse liquid transportation system 14 can make dripping pill that can cool down on water dropper 8.
The core liquid transportation system 5, glue transportation system 6 and pulse liquid transportation system 14 it is essentially identical be hydraulic conveying
System, this hydraulic conveyor include delivery pump, transfer pipeline, throttle valve, flowmeter and throttling branch, the output of delivery pump
End is connected to one end of the transfer pipeline, and the throttle valve and the flowmeter are set gradually on the transfer pipeline, described
The output end of transfer pipeline is connected to the water dropper 8；The input terminal of the throttling branch is connected to the output end of the delivery pump,
The output end of the throttling branch is connected to hydraulic container, and the throttling branch road is equipped with throttle valve.Specifically, as follows:
Referring to Fig. 6, the core liquid transportation system 5 includes the second delivery pump 51, the second transfer pipeline 52, the first core liquid section
Stream valve 53 and second flowmeter 54, the input terminal of the second delivery pump 51 are connected to the core liquid case 2, the output of the second delivery pump 51
End is connected to one end of second transfer pipeline 52, second transfer pipeline 52 set there are six branch, in each branch according to
It is secondary that the first core liquid throttle valve 53 and the second flowmeter 54 are set, each branch of second transfer pipeline 52
Output end is connected to a water dropper 8.In addition, core liquid scavenger circuit 55 can also be arranged on the water dropper 8.Described second is defeated
The output end of pump 51 is sent to be equipped with second pressure transmitter 56, to control the output flow or output pressure of second delivery pump 51
Power.The core liquid transportation system 5 further includes throttling branch 57, the input terminal and second delivery pump 51 of the throttling branch 57
Output end connection, the output end of the throttling branch 57 is connected to core liquid case 2, and the throttling branch 57 is equipped with the second core liquid
Throttle valve 58.
Referring to Fig. 7, the glue transportation system 6 includes third delivery pump 61, third transfer pipeline 62, the first glue section
Stream valve 63 and third flowmeter 64, the input terminal of third delivery pump 61 are connected to the glue case 3, the input of third delivery pump 61
End is connected to the glue case 3, and output end is connected to one end of the third transfer pipeline 62, and the third transfer pipeline 62 is set
There are six branch, the first glue throttle valve 63 and the third flowmeter 64, the third are set gradually in each branch
The output end of each branch of transfer pipeline 62 is connected to a water dropper 8.It is clear that can also glue be set on the water dropper 8
Wash circuit 65.The output end of the third delivery pump 61 is equipped with third pressure transmitter 66, to control the third delivery pump 61
Output flow or output pressure.The glue transportation system 6 further includes throttling branch 67, the input terminal of the throttling branch 67
It is connected to the output end of the third delivery pump 61, the output end of the throttling branch 67 is connected to glue case 3, the throttling branch
Road 67 is equipped with the second glue throttle valve 68.In addition, the multistation pill dripping machine 100 further includes that heat preservation liquid case 18 and heat preservation liquid are defeated
System 19 is sent, the heat preservation liquid transportation system 19 includes keeping the temperature liquid delivery pump and utilidor, described to keep the temperature the defeated of liquid delivery pump
Enter end to be connected to the heat preservation liquid case, the heater of heating and thermal insulation liquid, the heat preservation liquid delivery pump are equipped in the heat preservation liquid case
Output end be connected to the utilidor, the pipeline that the utilidor is placed on the glue transportation system 6 outer is protected glue
Temperature, the output end of the utilidor are connected to the heat preservation liquid case.The glue case 3 be equipped with for accommodate glue internal layer and
For accommodating the outer layer of the hot water to glue heat preservation, the outer layer forms the heat preservation liquid case, is extracted into hot water by conveying
Utilidor flows back into heat preservation liquid case again and realizes circulation.By the way that utilidor is arranged, glue can be made to be sent to water dropper 8 previous
The specific temperature for being conducive to dripping pill directly is maintained, to improve the quality of dripping pill.
Again referring to Fig. 8, the pulse liquid transportation system 14 includes the 4th delivery pump 141, the 4th transfer pipeline 142, the
One pulse liquid throttle valve 143, the 4th flowmeter 144 and pulse pump 145, the input terminal of the 4th delivery pump 141 and the coolant liquid
Case 4 is connected to, and the output end of the 4th delivery pump 141 is connected to one end of the 4th transfer pipeline 142, the 4th transfer pipeline
142 set there are six branch, set gradually in each branch the first pulse liquid throttle valve 143, the 4th flowmeter 144 and
Pulse pump 145, the output end of each branch of the 4th transfer pipeline 142 are connected to a water dropper 8.Described 4th
The output end of delivery pump 141 is equipped with the 4th pressure transmitter 146, to control the output flow of the 4th delivery pump 141 or defeated
Pressure out.The pulse liquid transportation system 14 further includes throttling branch 147, the input terminal and described the of the throttling branch 147
The output end of four delivery pumps 141 is connected to, and the output end of the throttling branch 147 is connected to glue case 3, the throttling branch 147
It is equipped with the second pulse glue throttle valve 148.
The water dropper 8 from inside to outside in coaxially be arranged three layers, every layer and from inside to outside correspondingly with the core liquid
Transportation system 5, glue transportation system 6 and pulse liquid transportation system 14 are connected to.Cutting mechanism is equipped with (in figure not in the water dropper 8
Show), the coaxial jet stream oozed from the water dropper 8 is cut into dripping pill.Since the pulse liquid transportation system 14 is in water dropper 8
Just dripping pill is begun to cool, therefore, can be by dripping pill from quick separating on water dropper 8 using cutting mechanism, and guarantee each dripping pill tool
There is identical size, improves production efficiency.
As shown in figure 3, the outer ring 92 of the cyclone 9 is exported equipped with outer ring, the outer ring outlet and the tank for coolant 4
Between be equipped with drain pipe 15.Since the flow velocity of the cyclone 9 and cooling pipe 10 is adjustable, when the flow velocity tune of cooling pipe 10
When slow, the coolant liquid of the cyclone 9 may be overflowed because of increase, therefore, when the flow velocity of cyclone 9 is slack-off, the row
Liquid pipe 15 can rapidly drain excessive coolant liquid, to guarantee the flow velocity of the cyclone 9 and the flow velocity of cooling pipe 10
Consistent coolant liquid simultaneously does not overflow.
As shown in figure 4, sorter 16 is equipped between the output end and the tank for coolant 4 of the cooling pipe 10, it is described
Deferent segment of the height of sorter 16 between the cyclone 9 and cooling pipe 10 to get the cooling pipe 10 is upward
Extend, and the node that the choke manifold 13 is connected to the back segment of the cooling pipe 10 be then located at helical structure and output end it
Between and close to helical structure position at, height be lower than sorter 16 height.The sorter 16 has sorting entrance
161, first outlet 162 and second outlet 163, the sorting entrance 161 is connected to the output end of the cooling pipe 10, described
It is pivotally equipped between first outlet 162 and the second outlet 163 and is selectively opened the first outlet 162 or the second
The sorting valve 164 of outlet 163, the first outlet 162 are connected to by the first collection conduit 165 with the tank for coolant 4, institute
It states second outlet 163 to be connected to by the second collection conduit 166 with the tank for coolant 4, the output end of the drain pipe 15 and institute
The first outlet 162 or second outlet 163 for stating sorter 16 connect.Since the dripping pill that pill dripping machine is produced in initial debugging may
It cannot meet the requirements, need to separate these dripping pills and the dripping pill for being able to satisfy requirement that the later period produces, therefore, be sorted by setting
Device 16 makes the collection conduit connection that the sorter 16 is different from two, gives birth to so as to stablize in initial debugging with the later period
Dripping pill when production is automatically separated, and guarantees the qualification rate of dripping pill product.
The filtering for separating dripping pill with coolant liquid is equipped between the output end of the cooling pipe 10 and the tank for coolant 4
Device 17.Specifically, the output end of the cooling pipe 10 passes through sorter and the first collection conduit 165 or the second collection conduit
The filter 17 is reached after 166, the filter 17 is located at 4 top of tank for coolant；The filter 17 is for receiving
Dripping pill after integrated-type reduces the labor intensity of worker without manually collecting.
In summary, when 100 dripping pill of multistation pill dripping machine, outer ring of the coolant delivery system 7 to the cyclone 9
92 conveying coolant liquids, the coolant liquid are downwardly towards the cooling pipe 10 from the inner ring 91 again.At this moment, the core liquid conveying
System 5 conveys core liquid to the water dropper 8, and the glue transportation system 6 conveys glue to the water dropper 8, and the water dropper 8 is squeezing out
It is interior be core liquid and outside be glue coaxial jet stream, while the pulse liquid transportation system 14 to the water dropper 8 convey coolant liquid pair
Coaxial jet stream is cooling.Then, coaxial jet stream is cut into dripping pill by the cutting mechanism of the water dropper 8.The eddy flow is fallen under dripping pill
In the inner ring 91 of device 9, and the cooling pipe 10 is entered with the coolant liquid, is flowed into again in the sorter 16 later, so
Enter first collection conduit 165, then the stream from first collection conduit 165 from the first outlet 162 of sorter 16 afterwards
Out on the filter 17, dripping pill is gathered on filter 17, and coolant liquid falls back in the tank for coolant 4.
Compared with prior art, the present invention is by being arranged multiple water droppers 8 and cyclone 9, and the is arranged before each cyclone 9
One throttle valve 11, and second throttle 12 and choke manifold 13, envoy is arranged in opposite cyclone 9 and first throttle valve 11 in parallel
Flow tube road 13 is connected to the back segment of the cooling pipe 10, so as to adjust the stream of choke manifold 13 using second throttle 12
Speed.When the second throttle 12 opening is bigger, the flow velocity of choke manifold 13 is big, so that the stream of the cooling pipe 10
Speed becomes smaller, otherwise the flow velocity of the cooling pipe 10 becomes larger, and then the flow velocity of the dripping pill on each station in cooling procedure is real
It is existing adjustable, and first regulating valve and the second regulating valve can be set to manually adjust or automatically adjust, speed regulation is very convenient,
And tradition is avoided to realize the mode of speed regulation using height arm control adjustment height, cost is lower, when multistation produces simultaneously
High production efficiency.
The above disclosure is only a preferred example of the present invention, cannot limit the right model of the present invention with this certainly
It encloses, therefore according to equivalent variations made by scope of the present invention patent, still falls within the range that the present invention is covered.
Claims (10)
1. a kind of multistation pill dripping machine, it is characterised in that: including rack and the core liquid case being set in rack, glue case, cold
But liquid case, core liquid transportation system, glue transportation system, coolant delivery system, at least two water droppers and the water dropper quantity pair
Cyclone, cooling pipe, first throttle valve, second throttle and the choke manifold answered；The water dropper, cyclone and cooling pipe
It sets gradually from top to bottom, the inner ring and outer ring that there is the cyclone upper end to be interconnected, inner ring described in the water dropper face；
The core liquid transportation system is connected to the core liquid interface of the core liquid case and each water dropper respectively, the glue transportation system
Respectively with the glue orifice of the glue case and each water dropper, the input terminal of the coolant delivery system with it is described
Tank for coolant connection, each output end of the coolant delivery system pass through each first throttle valve correspondingly
Be connected to the outer ring entrance of each cyclone, the input terminal of the cooling pipe correspondingly with each cyclone
Inner ring outlet；Each output end of the coolant delivery system passes through each second throttle correspondingly
It is connected to the choke manifold, the choke manifold is connected to the back segment of the cooling pipe, the output end of the cooling pipe
It is connected to the tank for coolant.
2. multistation pill dripping machine as described in claim 1, it is characterised in that: the rack includes front cavity and rear chamber, institute
Stating front cavity includes upper cavity and lower chamber；The core liquid case, glue case, tank for coolant are set to rear chamber, the water dropper, rotation
Stream device is set to the upper cavity, and the cooling pipe is set to the lower chamber.
3. multistation pill dripping machine as described in claim 1, it is characterised in that: the multistation pill dripping machine further includes that pulse liquid is defeated
System is sent, the input terminal of the pulse liquid transportation system is connected to the tank for coolant, the arteries and veins of output end and each water dropper
Rush orifice.
4. multistation pill dripping machine as claimed in claim 3, it is characterised in that: the water dropper is in coaxially to be arranged three from inside to outside
Layer, every layer and from inside to outside correspondingly with the core liquid transportation system, glue transportation system and pulse liquid transportation system connect
It is logical.
5. multistation pill dripping machine as claimed in claim 3, it is characterised in that: cutting mechanism is equipped in the water dropper, it will be from
The coaxial jet stream that the water dropper oozes cuts into dripping pill.
6. multistation pill dripping machine as described in claim 1, it is characterised in that: the output end of the cooling pipe and the cooling
The filter for separating dripping pill with coolant liquid is equipped between liquid case.
7. multistation pill dripping machine as described in claim 1, it is characterised in that: the outer of the cyclone is equipped with outer ring outlet,
Drain pipe is equipped between the outer ring outlet and the tank for coolant.
8. multistation pill dripping machine as claimed in claim 7, it is characterised in that: the output end of the cooling pipe and the cooling
Sorter is equipped between liquid case, the height of the sorter is between the cyclone and cooling pipe, the sorting utensil
There are sorting entrance, first outlet and second outlet, the sorting entrance to be connected to the output end of the cooling pipe, described first
The sorting valve for being selectively opened the first outlet or second outlet is pivotally equipped between outlet and the second outlet
Door, the first outlet are connected to by the first collection conduit with the tank for coolant, and the second outlet passes through the second collecting pipe
Road is connected to the tank for coolant, and the output end of the drain pipe is connect with the first outlet of the sorter or second outlet.
9. multistation pill dripping machine as described in claim 1, it is characterised in that: the glue case is equipped with for accommodating the interior of glue
Layer and for accommodate to glue keep the temperature hot water outer layer, each pipeline of the glue transportation system be connected to the internal layer and
Outside is cased with utilidor, and the insulating tube is connected to the outer loop.
10. multistation pill dripping machine as described in claim 1, it is characterised in that: the cooling pipe helically structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910420954.0A CN110090599A (en) | 2019-05-20 | 2019-05-20 | Multistation pill dripping machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910420954.0A CN110090599A (en) | 2019-05-20 | 2019-05-20 | Multistation pill dripping machine |
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| CN110090599A true CN110090599A (en) | 2019-08-06 |
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| CN201910420954.0A Pending CN110090599A (en) | 2019-05-20 | 2019-05-20 | Multistation pill dripping machine |
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