CN204972270U - Laminar capsule machine flows - Google Patents
Laminar capsule machine flows Download PDFInfo
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- CN204972270U CN204972270U CN201520522751.XU CN201520522751U CN204972270U CN 204972270 U CN204972270 U CN 204972270U CN 201520522751 U CN201520522751 U CN 201520522751U CN 204972270 U CN204972270 U CN 204972270U
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Abstract
The utility model provides a laminar capsule machine flows, it relates to a capsule machine. The utility model discloses a solve present capsule machine to have the ejection of compact inconvenient, rinse thoroughly and easily stay the problem at dead angle. The utility model discloses a cylinder is installed in the organism, and the front end of cylinder is equipped with the cylinder import, and the front end of organism is equipped with the feed inlet of outside extension, the position of feed inlet and cylinder import with the size corresponding and with the import intercommunication of cylinder, be equipped with the discharge gate on the lower wall of feed inlet, be equipped with the helical blade's of a plurality of layers of helical blade and adjacent layer spiral opposite direction in the cylinder along radial outside -in, still be equipped with ejection of compact blade in the cylinder, the one end of ejection of compact blade and the front end fixed connection of the outmost blade in the cylinder, the other end of ejection of compact blade extends to the import department of cylinder, ejection of compact blade be little heliciform and with the hand of spiral of outmost blade is the same. The utility model is used for pharmacy, food, chemical industry field.
Description
Technical field
This utility model relates to the facility for granulating of a kind of pharmacy, food, chemical field, is specifically related to a kind of flowing layered coating machine.
Background technology
Existing flowing layered coating machine arranges multi-layer helical blade mostly in cylinder, to realize the laminar flow of the material in coating process, but in use often there will be following problem: 1, distant due between the front end of helical blade and discharging opening, after coating process is completed, discharging is comparatively difficult, not thoroughly (when in cylinder, material is more, what rely on material pushes the discharging that can also realize a part of material, but when in cylinder, material is less, dynamics of pushing between material is inadequate, be difficult to realize discharging, cause the delay of material in cylinder), particularly the front end of cylinder is usually in taper, more increase the difficulty of discharging, 2, because cylinder is arranged in body usually, make to be difficult to clean it, the position of helical blade and inner wall of rotary drum joint is easily formed cleans dead angle, if cleaning is not thorough, is easy to pollute next group material, 3, the spray gun pull bar under prior art is normally fixed on body, because it is arranged on the front end of body and the space occupied is larger, when not needing to spray medicinal liquid in cylinder, the operation to seed-coating machine, cleaning and the observation to the working condition in cylinder often can be affected, 4, high viscosity medicinal liquid is after tube for transfusion has sprayed in cylinder, because its viscosity is higher, easily remains in tube for transfusion and solidifies, causing the blocking of tube for transfusion.
To sum up, there is discharging inconvenience in existing seed-coating machine, and cleaning is not thoroughly and easily stay the problem at dead angle.
Utility model content
The purpose of this utility model there is discharging inconvenience to solve existing seed-coating machine, and cleaning is not thoroughly and easily stay the problem at dead angle.And then a kind of flowing layered coating machine is provided.
The technical solution of the utility model is: a kind of layered coating machine that flows comprises body and is arranged on the cylinder in described body, the front end of described cylinder is provided with cylinder import, the front end of described body is provided with outward extending charging aperture, the position of described charging aperture and described cylinder import and size corresponding and with described cylinder inlet communication, the lower wall of described charging aperture is provided with discharging opening, in described cylinder, radially ecto-entad is provided with some helical layer blades and the hand of spiral of the helical blade of adjacent layer is contrary, also discharge blade is provided with in described cylinder, one end of described discharge blade is fixedly connected with the front end of the outermost layer blade in described cylinder, the other end of described discharge blade extends to described cylinder import department, described discharge blade is micro-helical form and identical with the hand of spiral of described outermost layer blade.
Gap can be left between the outer rim of described outermost layer blade and the inwall of described cylinder.
Further, described gap is 3-4mm.
Usually, described helical blade comprises internal layer blade and outer blade, all be fixedly mounted on by column on the inwall of described cylinder, the quantity of internal layer blade and outer blade is several and is evenly distributed in described cylinder, the front end of internal layer blade and outer blade is evenly distributed in the same cross-sectional periphery of described cylinder front portion respectively, the rear end of internal layer blade and outer blade is evenly distributed in the same cross-sectional periphery at described cylinder rear portion respectively, and the width of outer blade is greater than the width of internal layer blade usually.
The quantity of outer blade is six, and the quantity of internal layer blade is three, and the quantity of described discharge blade is three, and an outer blade of being often separated by six outer blades is connected with a discharge blade.
Preferably, in described body, the below of described cylinder is installed with tank, and the bottom of described cylinder is positioned at described tank, and the bottom outside of described tank is evenly provided with several ultrasonic oscillators, and the barrel of described cylinder is densely covered with through hole.
The front end of described cylinder import removably can be provided with the annular blocking material ring extended to cylinder axis.
Usually, the upper end of described body is provided with air inlet and air outlet, described air inlet and air outlet are communicated with the blast pipe and discharge pipe that are positioned at described body respectively, the outlet of described blast pipe and the import of discharge pipe are all towards described cylinder, the outlet of wherein said blast pipe is towards the side contrary with the hand of spiral of described outermost layer blade of described cylinder, the import of described discharge pipe is towards the side identical with the hand of spiral of described outermost layer blade of described cylinder, and the height of the outlet of described blast pipe is higher than the height of the import of described discharge pipe.
Described flowing layered coating machine can also comprise spray gun pull bar, described spray gun pull bar generally includes the first horizontal segment, second horizontal segment and two ends respectively with described first horizontal segment, second horizontal segment vertical section connected vertically, the bottom of the front end surface of described body is provided with tie rod hole, described second horizontal segment and described tie rod hole rotatory sealing are slidably matched, described first horizontal segment inserts in described cylinder from described charging aperture, described body inwardly level can be provided with the slide rail matched with the length of described second horizontal segment and outer rim along described tie rod hole, low viscosity medicinal liquid tube for transfusion is provided with in described spray gun pull bar, described first horizontal segment is evenly provided with several low viscosity liquid nozzles be communicated with described low viscosity medicinal liquid tube for transfusion usually, the sidewall of described charging aperture can be provided with the gap closed with the outer rim matching form of described vertical section.
Described flowing layered coating machine can also comprise high viscosity medicinal liquid tube for transfusion, described high viscosity medicinal liquid tube for transfusion generally includes the 3rd horizontal segment and external section, described 3rd horizontal segment to be removably mounted on described first horizontal segment and parallel with described first horizontal segment, and it is evenly provided with several high viscosity liquid nozzles usually, the outlet of described external section of preferred connecting tee ball valve, first entrance of described tee ball valve can connect high viscosity medicinal liquid medicinal cupping by two rooms membrane pump, second entrance of described tee ball valve connects compressed air pump, described external section is preferably divided into two sections, can be connected by joint between two sections external section, the sidewall of described charging aperture can be provided with the gap closed with the outer rim matching form of described external section.
This utility model compared with prior art has following effect:
1, this utility model is owing to being fixedly connected with discharge blade in the front end of outermost layer blade, and the front end of discharge blade extends to cylinder import department, make cylinder when reversing discharging, outermost layer blade can be pushed to cylinder importer and be pushed into cylinder import department further (when the front end of cylinder is taper to the material of (cylinder anterior) by discharge blade, material upwards can be pushed into cylinder import department along the inclined-plane of the inwall of drum front end), and then make material can realize discharging from the discharging opening charging aperture lower wall easily, effectively ensure that the continuous of cylinder discharging, thoroughly, be not detained,
2, directly do not contact between the outer rim of outermost layer blade of the present utility model and the inwall of cylinder, leave gap, material is not easily remained, cylinder easy cleaning, there is not dead angle;
3, the below of cylinder of the present utility model is provided with tank, and the bottom of cylinder is positioned at tank, when needs clean cylinder, only need inject water in tank, make the cleaning that cylinder normal rotation can realize cylinder, cleaning process is simple and convenient, because the bottom outside of tank is evenly provided with several ultrasonic oscillators, when cleaning cylinder, ultrasonic oscillator can be opened, make the water flow in tank or produce bubble population, thus improving cleaning efficiency and cleaning performance;
4, the setting of blocking material ring of the present utility model, (the maximum accumulating amount of the material in prior art bottom roll is that the accumulation upper limit of material and discharge outlet are in same level can to improve bank accumulated amount in cylinder, after blocking material ring is set, the accumulation upper limit of material can higher than the plane residing for discharging opening, as long as be no more than the inner edge height of blocking material ring), thus improving the single production output of seed-coating machine, single production output can improve 40%-50%;
5, seed-coating machine of the present utility model is in coating process, along with the rotation of cylinder and helical blade are to the stirring impetus of material, material is concentrated in deflection in the cylinder side identical with the hand of spiral of outermost layer blade, and the upper surface of material is top-down inclined-plane from the hand of spiral of outermost layer blade direction towards the opposite, the outlet of blast pipe is towards the side contrary with the hand of spiral of described outermost layer blade of described cylinder, the import of discharge pipe is towards the side identical with the hand of spiral of described outermost layer blade of described cylinder, and the height of the outlet of blast pipe is higher than the height of the import of discharge pipe, make the hot blast from blast pipe can purge material near with the direction perpendicular to material upper surface, improve the drying efficiency of material, also can reduce the energy consumption of 30%-40%,
6, the second horizontal segment of spray gun pull bar of the present utility model and tie rod hole rotatory sealing are slidably matched, when not needing to spray medicinal liquid in cylinder, first horizontal segment can be pulled out in cylinder, and rotate the second horizontal segment, first horizontal segment is rotated to the side of body and the second horizontal segment is pushed back, make the entirety of spray gun pull bar be positioned at the side of body, thus do not occupy the space of body front end, do not affect the operation to seed-coating machine, cleaning and to actions such as the observations of the working condition in cylinder;
7, the setting of tee ball valve of the present utility model and compressed air pump, after having sprayed medicinal liquid by high viscosity medicinal liquid tube for transfusion in cylinder, the opening of adjustment tee ball valve, first entrance is closed, second entrance is opened, can be purged high viscosity medicinal liquid tube for transfusion by compressed air, avoid high viscosity medicinal liquid to remain in tube for transfusion, solidify, cause the blocking of tube for transfusion.
Accompanying drawing explanation
Fig. 1 is right pseudosection of the present utility model;
Fig. 2 is the structural representation of cylinder of the present utility model;
Fig. 3 is front view of the present utility model;
Fig. 4 is the structural representation of spray gun pull bar of the present utility model and high viscosity medicinal liquid tube for transfusion.
Detailed description of the invention
For convenience of the description of embodiment, below one end (face) of described cylinder and body opening is referred to as front end (face), one end (face) is in contrast referred to as rear end (face), and the left and right sides is referred to as left and right side or left and right directions.
Detailed description of the invention one: composition graphs 1 to Fig. 4 illustrates present embodiment, present embodiments provide for a kind of flowing layered coating machine, the cylinder 2 comprising body 1 and be arranged in described body 1, the front end of described cylinder 2 is provided with the cylinder import 3 extended forward, the front portion of usual described cylinder 2 is by the backward front taper in external diameter convergent, the rear portion of described cylinder 2 is by the taper in external diameter convergent after forward direction, and the external diameter of described cylinder import 3 is less than the external diameter of the main part of described cylinder (part that external diameter is identical).The front end of described body 1 is provided with outward extending charging aperture 4, described charging aperture 4 is corresponding with size with the position of described cylinder import 3 and be communicated with described cylinder import 3, be convenient to convey materials in described cylinder 2, described charging aperture 4 can be provided with the observation window 5 of openable sealing, is convenient to observe the working condition in described cylinder 4.The lower wall of described charging aperture is provided with discharging opening 6, described discharging opening 6 can establish Packed cover plate, described cover plate is only opened when described cylinder discharging usually, when preventing on the one hand convey materials in described cylinder or in the work process of seed-coating machine, material flows out from described discharging opening; Material and the external environs of its inside in seed-coating machine work process can be ensured on the other hand, avoid material contaminated.In described cylinder 2, radially ecto-entad is provided with some helical layer blades (namely each helical layer blade has the skew of certain radial distance relative to last helical layer blade, and offset direction is the axis direction to described cylinder) and the hand of spiral of the helical blade of adjacent layer is contrary.Discharge blade 7 is also provided with in described cylinder, one end (rear end) of described discharge blade is fixedly connected with the front end of the outermost layer blade in described cylinder, the other end (front end) extends to described cylinder import department, usually extend to the interior volume of described cylinder import, described discharge blade is micro-helical form and identical with the hand of spiral of described outermost layer blade.
The setting of described discharge blade, make described cylinder when reversing discharging, described discharge blade described outermost layer blade can be pushed to described cylinder importer to material be pushed into described cylinder import department (cylinder inlet space in) further, and then make material when need not topple and other device any need not be increased and need not can realize discharging from described discharging opening easily when human assistance by described cylinder, effectively ensure described cylinder discharging continuous, thoroughly, be not detained.
Detailed description of the invention two: composition graphs 1 and Fig. 2 illustrate present embodiment, leaves gap between the outer rim of present embodiment outermost layer blade and the inwall of described cylinder.Material is not easily remained herein, there is not dead angle in described cylinder easy cleaning.Other composition is identical with detailed description of the invention one with annexation.
Detailed description of the invention three: composition graphs 1 and Fig. 2 illustrate present embodiment, the gap length left between the outer rim of the outermost layer blade of present embodiment and the inwall of described cylinder is preferably 3-4mm, as 3mm, 3.2mm, 3.5mm, 3.8mm or 4mm.Other composition is identical with detailed description of the invention two with annexation.
Detailed description of the invention four: composition graphs 1 and Fig. 2 illustrate present embodiment, the helical blade of present embodiment comprises internal layer blade 10 and outer blade 9, internal layer blade 10 and outer blade 9 are all fixedly mounted on by column 8 on the inwall of described cylinder, the hand of spiral of outer blade 9 is preferably left-handed, the hand of spiral of internal layer blade 10 is preferably dextrorotation, it is drying materials and/or coating duty that described cylinder rotates (rotating forward) clockwise, in the one-period that described cylinder rotates clockwise, under the effect of described outer blade, substrate material completes once moving from (cylinder rear end) at the bottom of nozzle (drum front end) to cylinder, simultaneously under the effect of described internal layer blade, upper materials completes from once moving to nozzle at the bottom of cylinder, described like this cylinder rotates clockwise a circle, material flows completing at the bottom of from nozzle to cylinder from the bottom of cylinder to the multilamellar of nozzle overall process again.Described cylinder rotates counterclockwise the discharging duty (principle is the same, and the motor process of material is contrary) that (reversion) is material.The quantity of internal layer blade and outer blade is several and (radial direction) is evenly distributed in described cylinder, the front end of internal layer blade and outer blade is evenly distributed in the same cross-sectional periphery of the front portion of the main part of described cylinder respectively, cross-sectional periphery residing for the front end of described outer blade and the cross-sectional periphery residing for described internal layer blade can be same circumference, or the cross-sectional periphery residing for the front end of described outer blade is slightly forward compared to the cross-sectional periphery residing for described internal layer blade, when rotating clockwise to prevent described cylinder, at the bottom of the material that described internal layer blade cannot be pushed to cylinder front portion by described outer blade is all pushed to tin, cause material the front portion of described cylinder pile up cannot proper flow situation occur.The rear end of internal layer blade and outer blade is evenly distributed in the same cross-sectional periphery at the rear portion of the main part of described cylinder respectively, and the cross-sectional periphery residing for the rear end of described outer blade and the cross-sectional periphery residing for described internal layer blade can be same circumference.The width of described outer blade is greater than the width of described internal layer blade usually.Other composition is identical with detailed description of the invention three with annexation.
Detailed description of the invention five: composition graphs 1 and Fig. 2 illustrate present embodiment, the quantity of the outer blade of present embodiment is six, the quantity of internal layer blade is three, and the quantity of described discharge blade 7 is three, and an outer blade of being often separated by six outer blades is connected with a discharge blade 7.Other composition is identical with detailed description of the invention four with annexation.
Detailed description of the invention six: composition graphs 1 illustrates present embodiment, in the body of present embodiment, the below of described cylinder is installed with tank 11, the bottom of described cylinder is positioned at described tank, and the barrel of described cylinder is evenly densely covered with through hole, and the aperture of described through hole is generally φ 4mm.When needs clean described cylinder, only need to water filling in described tank, make the cleaning that described cylinder normal rotation can realize described cylinder, the height of usual described tank water filling can make 1/5 ~ 1/4 of described cylinder bottom to be highly immersed in water.The bottom outside of described tank is preferably evenly provided with several ultrasonic oscillators 12, when cleaning described cylinder, described ultrasonic oscillator can be opened, make the water flow in described tank or produce bubble population, thus improving cleaning efficiency and the cleaning performance to described cylinder.Other composition and annexation and detailed description of the invention one, two, three, four or five identical.
Detailed description of the invention seven: composition graphs 1 and Fig. 2 illustrate present embodiment, the front end of the cylinder import of present embodiment removably can be provided with the annular blocking material ring 13 of the Axis Extension to described cylinder, the accumulating amount (useful load) that the material that can improve in described cylinder is set of described blocking material ring, thus the single production output improving seed-coating machine.Other composition is identical with detailed description of the invention six with annexation.
Detailed description of the invention eight: composition graphs 1 and Fig. 3 illustrate present embodiment, the upper end of the body of present embodiment is provided with air inlet 14 and air outlet 15, described air inlet and air outlet are communicated with the blast pipe and discharge pipe that are positioned at described body respectively, the outlet of described blast pipe and the import of discharge pipe are all towards described cylinder, the outlet of wherein said blast pipe is towards the right side of described cylinder, the import of described discharge pipe towards the left side of described cylinder (when the hand of spiral of described outer blade is left-handed, when the hand of spiral of described internal layer blade is dextrorotation), and the height of the outlet of described blast pipe is higher than the height of the import of described discharge pipe, namely the outlet of described blast pipe is towards the upper right side of described cylinder, the import of described discharge pipe is towards the lower left of described cylinder.The length of the length of the outlet of usual described blast pipe and the import of described discharge pipe is all not less than the length of the main part of described cylinder.Described air inlet is connected with blower fan, is provided with heating cabinet between described blower fan and described air inlet, and described air outlet is connected with air-introduced machine.Seed-coating machine is in coating process, along with the rotation of described cylinder and helical blade are to the stirring impetus of material, material is concentrated in the side to the left (the to the left side of flowing also all in described cylinder of material levels is carried out) in described cylinder, and the upper surface of material is from left to right in top-down inclined-plane, from the outlet of described blast pipe hot blast can near with perpendicular to material upper surface direction purge material (under the effect of air-introduced machine, hot blast penetrates material and discharges from discharge pipe), expand the surface area that hot blast directly purges material, thus improve the drying efficiency of material, simultaneously also capable of reducing energy consumption.Other composition is identical with detailed description of the invention seven with annexation.
Body can be divided into leading portion 16, stage casing 17 and back segment 18, the main part of described cylinder is positioned at the stage casing of described body, described cylinder import is positioned at the leading portion of described body, two are provided with for supporting the tugboat of described cylinder import in the leading portion of described body, the axis of two described tugboats is in same level, be provided with the power transmission shaft be connected with described cylinder in the back segment of described body, described cylinder is fixed in described body by the supported at three point of described tugboat and power transmission shaft.Also be provided with the motor 19 with rotating function in described body, described motor and described power transmission shaft adopt the suitable kind of drive to be connected, and described motor is arranged on the below of described tank usually.Described body can be the level of state by four lower margins and fix on the ground.
Detailed description of the invention nine: composition graphs 3 and Fig. 4 illustrate present embodiment, present embodiment comprises spray gun pull bar 20, described spray gun pull bar generally includes the first horizontal segment 21, second horizontal segment 22 and two ends respectively with described first horizontal segment 21, second horizontal segment 22 vertical section 23 connected vertically, the bottom of the front end surface of described body is provided with tie rod hole 24, described second horizontal segment and described tie rod hole rotatory sealing are slidably matched, certainly described second horizontal segment also can adopt the suitable connecting device that can play rotatory sealing slip effect to be connected with described tie rod hole, described first horizontal segment inserts in described cylinder from described charging aperture, described body inwardly level can be provided with the slide rail matched with the length of described second horizontal segment and outer rim along described tie rod hole, slide in described body to facilitate described second horizontal segment, low viscosity medicinal liquid tube for transfusion is provided with in described spray gun pull bar, described first horizontal segment is evenly provided with several low viscosity liquid nozzles 25 be communicated with described low viscosity medicinal liquid tube for transfusion usually, under normal circumstances, described tie rod hole is positioned at the lower right of described charging aperture, described first horizontal segment inserts in described cylinder from the side that described charging aperture is to the right, the direction that the injection direction right-to-left of described low viscosity liquid nozzle is tilted down, to rotate clockwise in the coating process of material (material concentrates on the side to the left of described cylinder and material surface is tilted down from left to right) at described cylinder like this, farthest can expand the contact area of spraying medicinal liquid and material, improve coating efficiency.The sidewall of described charging aperture can be provided with the gap closed with the outer rim matching form of described vertical section, when described first horizontal segment is inserted in described cylinder, described vertical section is positioned at described gap, do not affect the closedown of described observation window, between described gap and described vertical section, be typically provided with sealing member.When not needing to spray medicinal liquid in described cylinder, open described observation window, by the mode pulling out described second horizontal segment from described tie rod hole, described first horizontal segment can be pulled out in described cylinder, to the second horizontal segment described in right rotation, described first horizontal segment is rotated to the right side of described body and described second horizontal segment is pushed back in described tie rod hole, described first horizontal segment is made to be positioned at the right side of described body, thus make described spray gun pull bar not occupy the space of described body front end, do not affect the operation to seed-coating machine, cleaning and to actions such as the observations of the working condition in cylinder.After described first horizontal segment pulls out and rotates to the right side of described body in described cylinder, described gap adopts corresponding seal cap sealing, to contact pollute to prevent the material in described cylinder with external environment condition.Other composition is identical with detailed description of the invention eight with annexation.
Detailed description of the invention ten: composition graphs 4 illustrates present embodiment, present embodiment comprises high viscosity medicinal liquid tube for transfusion, described high viscosity medicinal liquid tube for transfusion generally includes the 3rd horizontal segment 26 and external section 27, described 3rd horizontal segment to be removably mounted on described first horizontal segment and parallel with described first horizontal segment, and it is evenly provided with several high viscosity liquid nozzles 28 usually, the direction that the injection direction right-to-left of described high viscosity liquid nozzle is tilted down, rotate clockwise at described cylinder like this, in the coating process of material (material concentrates on the side to the left of described cylinder and material surface is tilted down from left to right), farthest can expand the contact area of spraying medicinal liquid and material, improve coating efficiency.The outlet of described external section of preferred connecting tee ball valve 29, first entrance of described tee ball valve can connect high viscosity medicinal liquid medicinal cupping by two rooms membrane pump, second entrance of described tee ball valve connects compressed air pump, when needs spray high viscosity medicinal liquid in described cylinder, first entrance of described tee ball valve is opened, second entrance is closed, carry out the injection of high viscosity medicinal liquid, realize the coating of material, after material coating completes, adjust the opening of described tee ball valve, first entrance is closed, second entrance is opened, by compressed air, high viscosity medicinal liquid tube for transfusion is purged, avoid high viscosity medicinal liquid residual in tube for transfusion, solidify, cause the blocking of tube for transfusion.Described external section is preferably divided into two sections, can be connected by joint 30 between two sections external section, like this, after opening described joint, the part more than joint of described 3rd horizontal segment and described external section can rotate to the right side of described body together along with described first horizontal segment.The sidewall of described charging aperture can be provided with the gap closed with the outer rim matching form of described external section, when described 3rd horizontal segment inserts in described cylinder along with described first horizontal segment, described external section is positioned at this gap, is provided with sealing member between this gap and described external section.Part more than the joint of described 3rd horizontal segment and described external section is along with after described first horizontal segment rotates to the right side of described body, and this gap can adopt corresponding seal cap sealing.Described high viscosity medicinal liquid medicinal cupping, two rooms membrane pump and compressed air pump can be arranged in same rack.Other composition is identical with detailed description of the invention nine with annexation.
The left and right side of described body of the present utility model can be provided with openable cover, be convenient to maintenance and the maintenance of equipment, the action of described cover can adopt hydraulic pressure or pneumatic mode to realize.
In addition, the hand of spiral of described outer blade also can be dextrorotation, the hand of spiral of described internal layer blade can be left-handed, and now described cylinder counterclockwise rotates as drying materials and/or coating duty, rotates the discharging duty for material clockwise.For ease of operation and increase work efficiency, the exit position of described blast pipe and the entrance location towards, discharge pipe and the position towards, tie rod hole, first and third horizontal segment inserts the position of cylinder from charging aperture and the injection direction etc. of direction of rotation, low viscosity liquid nozzle and high viscosity liquid nozzle all should do the rightabout adjustment in left and right.
The unlatching opportunity of the rotation of described cylinder of the present utility model and rotation direction, the open and close opportunity of ultrasonic oscillator, the unlatching opportunity of tee ball valve and opening conversion, blower fan and air-introduced machine and working time etc. all can adopt switch board (or Programmable Logic Controller) and corresponding sensor unified cooperation to control, to realize automated production.
Claims (10)
1. a flowing layered coating machine, it comprises body (1) and cylinder (2), cylinder (2) is arranged in body (1), the front end of described cylinder (2) is provided with cylinder import (3), the front end of described body (1) is provided with outward extending charging aperture (4), described charging aperture (4) is corresponding with size with the position of described cylinder import (3) and be communicated with described cylinder import (3), the lower wall of described charging aperture (4) is provided with discharging opening (6), in described cylinder (2), radially ecto-entad is provided with some helical layer blades and the hand of spiral of the helical blade of adjacent layer is contrary, it is characterized in that: in described cylinder (2), be also provided with discharge blade (7), one end of described discharge blade (7) is fixedly connected with the front end of the outermost layer blade in described cylinder, the other end of discharge blade (7) extends to described cylinder import (3) place, described discharge blade (7) is with the hand of spiral of described outermost layer blade identical in micro-helical form.
2. one flowing layered coating machine according to claim 1, is characterized in that: leave gap between the outer rim of outermost layer helical blade and the inwall of described cylinder (2).
3. one flowing layered coating machine according to claim 2, is characterized in that: the gap between the outer rim of outermost layer helical blade and the inwall of described cylinder (2) is 3-4mm.
4. one flowing layered coating machine according to claim 3, it is characterized in that: helical blade comprises internal layer blade (10) and outer blade (9), internal layer blade (10) and outer blade (9) are all fixedly mounted on the inwall of described cylinder (2) by column (8), the quantity of internal layer blade (10) and outer blade (9) is several and is evenly distributed in described cylinder (2), the front end of internal layer blade (10) and outer blade (9) is evenly distributed in the same cross-sectional periphery of described cylinder front portion respectively, the rear end of internal layer blade (10) and outer blade (9) is evenly distributed in the same cross-sectional periphery at described cylinder rear portion respectively, the width of outer blade (9) is greater than the width of internal layer blade (10).
5. one flowing layered coating machine according to claim 4, it is characterized in that: the quantity of outer blade (9) is six, the quantity of internal layer blade (10) is three, the quantity of described discharge blade (7) is three, and an outer blade (10) of being often separated by six outer blades (9) is connected with a discharge blade (7).
6. the one flowing layered coating machine according to claim 1,2,3,4 or 5, it is characterized in that: a kind of flowing layered coating machine also comprises tank (11) and several ultrasonic oscillators (12), the below of body (1) interior cylinder (2) is installed with tank (11), the bottom of described cylinder is positioned at described tank (11), the bottom outside of described tank (11) is evenly provided with several ultrasonic oscillators (12), and the barrel of described cylinder (2) is densely covered with through hole.
7. one flowing layered coating machine according to claim 6, it is characterized in that: a kind of flowing layered coating machine also comprises annular blocking material ring (13), and the front end of cylinder import is removably provided with the annular blocking material ring (13) extended to cylinder axis.
8. one flowing layered coating machine according to claim 7, it is characterized in that: the upper end of body is provided with air inlet (14) and air outlet (15), described air inlet (14) and air outlet (15) are communicated with the blast pipe and discharge pipe that are positioned at described body (1) respectively, the outlet of described blast pipe and the import of discharge pipe are all towards described cylinder (2), the outlet of wherein said blast pipe is towards the side contrary with the hand of spiral of described outermost layer blade of described cylinder (2), the import of described discharge pipe is towards the side identical with the hand of spiral of described outermost layer blade of described cylinder (2), the height of the outlet of described blast pipe is higher than the height of the import of described discharge pipe.
9. one flowing layered coating machine according to claim 8, it is characterized in that: a kind of flowing layered coating machine also comprises spray gun pull bar (20) and low viscosity liquid nozzle (25), described spray gun pull bar (20) comprises the first horizontal segment (21), second horizontal segment (22) and two ends respectively with described first horizontal segment (21), second horizontal segment (22) vertical section connected vertically (23), the bottom of the front end surface of described body (1) is provided with tie rod hole (24), described second horizontal segment (22) and described tie rod hole (24) rotatory sealing are slidably matched, described first horizontal segment (21) is inserted in described cylinder (2) from described charging aperture (4), described body (1) is provided with along the inside level of described tie rod hole (24) slide rail matched with the length of described second horizontal segment (22) and outer rim, low viscosity medicinal liquid tube for transfusion is provided with in described spray gun pull bar, described first horizontal segment (21) is evenly provided with the low viscosity liquid nozzle (25) that several are communicated with described low viscosity medicinal liquid tube for transfusion, the sidewall of described charging aperture (4) is provided with the gap closed with the outer rim matching form of described vertical section.
10. one flowing layered coating machine according to claim 9, it is characterized in that: it also comprises high viscosity medicinal liquid tube for transfusion (25), tee ball valve (29) and several high viscosity liquid nozzles (28), described high viscosity medicinal liquid tube for transfusion (25) comprises the 3rd horizontal segment (26) and external section (27), it is upper and parallel with described first horizontal segment (21) that described 3rd horizontal segment (26) is removably mounted on described first horizontal segment (21), and it is evenly provided with several high viscosity liquid nozzles (28), the outlet of described external section of (27) connecting tee ball valve (29), first entrance of described tee ball valve (29) connects high viscosity medicinal liquid medicinal cupping by two rooms membrane pump, second entrance of described tee ball valve (29) connects compressed air pump, described external section (27) are divided into two sections, connected by joint (30) between two sections external section (27), the sidewall of described charging aperture (4) is provided with the gap closed with the outer rim matching form of described external section (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520522751.XU CN204972270U (en) | 2015-07-17 | 2015-07-17 | Laminar capsule machine flows |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520522751.XU CN204972270U (en) | 2015-07-17 | 2015-07-17 | Laminar capsule machine flows |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108238835A (en) * | 2018-03-01 | 2018-07-03 | 中国葛洲坝集团易普力股份有限公司 | Sticky ammonium nitrate-fuel oil mixture puddles roller |
| CN108440222A (en) * | 2018-03-01 | 2018-08-24 | 中国葛洲坝集团易普力股份有限公司 | Sticky ammonium nitrate-fuel oil mixture mixed charge machine |
| CN110238026A (en) * | 2019-07-23 | 2019-09-17 | 贵州省山地农业机械研究所 | Rotary screen |
| CN111012668A (en) * | 2019-12-23 | 2020-04-17 | 北京工业大学 | Automatic airtight feeding and discharging device of coating machine |
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2015
- 2015-07-17 CN CN201520522751.XU patent/CN204972270U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108238835A (en) * | 2018-03-01 | 2018-07-03 | 中国葛洲坝集团易普力股份有限公司 | Sticky ammonium nitrate-fuel oil mixture puddles roller |
| CN108440222A (en) * | 2018-03-01 | 2018-08-24 | 中国葛洲坝集团易普力股份有限公司 | Sticky ammonium nitrate-fuel oil mixture mixed charge machine |
| CN110238026A (en) * | 2019-07-23 | 2019-09-17 | 贵州省山地农业机械研究所 | Rotary screen |
| CN110238026B (en) * | 2019-07-23 | 2023-08-22 | 贵州省山地农业机械研究所 | Drum screen |
| CN111012668A (en) * | 2019-12-23 | 2020-04-17 | 北京工业大学 | Automatic airtight feeding and discharging device of coating machine |
| CN111012668B (en) * | 2019-12-23 | 2022-02-15 | 北京工业大学 | Automatic airtight feeding and discharging device of coating machine |
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