CN103419300A - Manufacture apparatus of resin particles - Google Patents

Manufacture apparatus of resin particles Download PDF

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Publication number
CN103419300A
CN103419300A CN2012101558232A CN201210155823A CN103419300A CN 103419300 A CN103419300 A CN 103419300A CN 2012101558232 A CN2012101558232 A CN 2012101558232A CN 201210155823 A CN201210155823 A CN 201210155823A CN 103419300 A CN103419300 A CN 103419300A
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CN
China
Prior art keywords
bypass channel
cutter
support disk
grain
resin
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN2012101558232A
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Chinese (zh)
Inventor
汤忠良
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HUZHOU ZHANWANG PHARMACEUTICAL CO Ltd
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HUZHOU ZHANWANG PHARMACEUTICAL CO Ltd
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Application filed by HUZHOU ZHANWANG PHARMACEUTICAL CO Ltd filed Critical HUZHOU ZHANWANG PHARMACEUTICAL CO Ltd
Priority to CN2012101558232A priority Critical patent/CN103419300A/en
Publication of CN103419300A publication Critical patent/CN103419300A/en
Pending legal-status Critical Current

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Abstract

The invention relates to a manufacture device of resin particles. The manufacture apparatus comprises a resin solution spraying device, a cooling tank device, a water dividing tank device, a rotating disc cutter device and a vibration bed device. The cooling tank device is disposed under the resin solution spraying device, and one end of the cooling tank device is connected with the water dividing tank device. The water dividing tank device comprises strip water dividing grooves which are disposed abreast, first separation plates are respectively disposed between the adjacent water dividing tanks, water dividing holes are disposed at the bottoms of the water dividing grooves, the water dividing grooves form an included angle alpha with the horizontal plane, and the included angle alpha ranges from 5 degrees to 30 degrees. The rotating disc cutter device comprises a rotating roller, a support round disc disposed on the rotating roller and a granulator cutter disposed on the support round disc, the granulator cutter is strip-shaped, a central shaft of the rotating roller is disposed at the center of the support round disc, the rotating roller is perpendicular to the support round disc, and the granulator cutter is perpendicular to the tangent line of the support round disc. The manufacture device is capable of instantly separating cooling liquid and flexible resin, manufacturing even particles and saving cost.

Description

A kind of manufacturing equipment of resin particle
Technical field
The present invention relates to a kind of manufacturing equipment of resin particle.
Background technology
The solution for preparing resin particle enters the soft resin that forms strip in water, and then flows to the flywheel knife device through a plurality of bypass channels, enters the water body fluid bed of bottom after interrupting the granular resin of formation, cooling, curing and dry rear packing.Yet the manufacturing equipment of existing resin particle is difficult to make that cooling fluid and soft resin moment are that separates and particle that prepare is even not, as CN1852797 (2010-4-28) and the disclosed device of CN102160980 (2011-8-24) and preparation method.
Summary of the invention
That technical purpose of the present invention is to provide is that a kind of cooling fluid was separated with soft resin energy moment, can prepare manufacturing equipments single-size, cost savings.
Technical purpose of the present invention is achieved by the following technical programs:
A kind of manufacturing equipment of resin particle, be characterized in comprising resin solution spray equipment, cooling tank device, bypass channel device, flywheel knife device and vibrated bed device, described cooling tank device is positioned at the below of described resin solution spray equipment, one end of described bypass channel device (3) is connected with cooling tank device (2), the other end of described bypass channel device (3) is arranged on a side of described flywheel knife device, and described vibrated bed device is arranged on the below of described cooling tank device, described bypass channel device and described flywheel knife device;
Described bypass channel device comprises the bar shaped bypass channel be arranged side by side, and between adjacent described bypass channel, is provided with the first dividing plate, and the bottom of described bypass channel is provided with tapping hole, and described bypass channel becomes angle α with horizontal plane, and described angle α is 5 °-30 °;
Described flywheel knife device comprises live-rollers, is arranged on the support disk on described live-rollers and is arranged on the grain-cutter on described support disk, described grain-cutter is bar shaped, the central shaft of described live-rollers be positioned on the center of circle of described support disk and described live-rollers perpendicular to described support disk, described grain-cutter is perpendicular to the tangent line of the described support disk at the intersection point place of described grain-cutter and described support disk.
The advantage of the manufacturing equipment of resin particle of the present invention is:
1) the resin solution cooling fluid that continuously ejection enters cooling bath from the resin solution spray equipment for example forms the soft resin of strip in water, and then flow to the flywheel knife device through a plurality of bypass channels, fall into the vibrated bed device of below after interrupting the granular resin of formation; The shape of each device and position relationship can make cooling fluid and soft resin can separate moment when pelletizing, can prepare uniform resin particle;
2) effect of described cooling tank device has two, and the one, cooling soft resin, the 2nd, divide in advance water; One end of described bypass channel device is connected with cooling tank device, described bypass channel and described cooling tank device seamlessly transit by welding, the other end of described bypass channel device is arranged on a side of described flywheel knife device, the solution for preparing resin enters the soft resin that in cooling tank device, cooling forming is strip, and then the soft resin of strip flows to the flywheel knife device through a plurality of bypass channels again.When the position relationship of the position relationship of described bypass channel and horizontal plane and described bypass channel and described cooling bath makes water flow to described bypass channel from described cooling bath, flow velocity increases, netted tapping hole by described bypass channel bottom, divide water speed to increase, minute water is more even, contributes to water and soft resin separating in the flywheel knife device in downstream;
3) flywheel knife device of the present invention is used for the pelletizing of water soft resin, the position relationship of grain-cutter and support disk contributes to grain-cutter to cut off the soft resin in current, even water velocity is very fast, also can cut off quickly soft resin, and minute water is even, current are difficult for spilling, and cutter is not easy fracture, cost savings.If described grain-cutter becomes one to be greater than zero angle with the radius of described support disk, described grain-cutter easily ruptures.
As preferably, described resin spraying device comprises liquid pipe and spray head, and described spray head is the triangle cone, and the bottom surface of described spray head is rectangle, and the bottom of described spray head is provided with spray apertures side by side.
More preferably, described cooling tank device comprises the bar shaped cooling bath be arranged side by side, and between adjacent described cooling bath, is provided with second partition, and described cooling tank device is parallel with horizontal plane, and described spray apertures side by side parallels with described cooling bath.
Resin solution sprays continuously from described spray apertures side by side, drops in described cooling bath, forms the soft resin of bar shaped, and resin solution can not overflow or spill, and realizes economical environment-protective production.
Preferably, described vibrated bed device comprises the fountain square and the water pump be connected with described fountain square of opening.
Resin particle after pelletizing falls into described vibrated bed device, and the water in pond is made rotation or convective motion under the water pump effect, prevents the resin particle bonding when continuing cooling resin particle, and can clean the impurity in resin solution.
As preferably, the aperture of described tapping hole is 0.005-0.05cm.
As preferably, the width of described bypass channel is 0.3-2cm.
As preferably, the length of described bypass channel is 15-80cm.
When the size of the length of the aperture of described tapping hole, the width of described bypass channel and described bypass channel, mutual proportionate relationship make water flow to described bypass channel from described cooling bath, minute water is more even, and the water flow velocity that flow to described flywheel knife device and flow are more suitable for water and soft resin separating in the flywheel knife device.
As preferably, the height of described bypass channel is 2-5cm.
The height of described bypass channel contributes to soft resin with water flow, and spills water can prevent minute water the time.
As preferably, described bypass channel device also comprises water fender, described water fender is arranged on the both sides that are positioned at described bypass channel device, and the distance of the bottom of described water fender and described bypass channel device is 5-8cm, and described bottom is the end of described bypass channel towards described angle α place.
The described water fender that described position arranges can effectively prevent that sealing spills water while separating in the flywheel knife device with soft resin.
More preferably, the distance on the top of described water fender and the top of described bypass channel is 8-12cm, and the distance of the bottom of described water fender and the bottom of described bypass channel is 3-5cm.
Described water fender spills water in the time of more effectively preventing that sealing separates in the flywheel knife device with soft resin with the position relationship of described bypass channel, and contributes to soft resin after pelletizing to enter the following vibrated bed device of described bypass channel device.
As preferably, described bypass channel is 20-30.
Preferably, described grain-cutter is the 8-15 handle, is evenly distributed on described support disk.
From the side view of described flywheel knife device, described grain-cutter on 360 ° by the even 8-15 decile of described support disk.
More preferably, described grain-cutter is 12, is evenly distributed on described support disk.
Preferably, the length of described grain-cutter is 35-50cm, and thickness is 8-12mm.
The length of described grain-cutter is greater than the bypass channel length in described resin manufacture equipment, makes the strip soft resin that is arranged in each bypass channel by pelletizing, improve production efficiency and quality; The position relationship of described grain-cutter and support disk can make described grain-cutter thinner, has saved production cost.
More preferably, the length of described grain-cutter is 42cm, and thickness is 10mm.
Preferably, described support disk is 3-6, and described support disk is uniformly distributed on described live-rollers.
More preferably, described support disk is 4.
More preferably, the thickness of described support disk is 15-30mm.
 
The accompanying drawing explanation
Fig. 1 is the schematic diagram of the manufacturing equipment of resin particle of the present invention;
Fig. 2 is the side view of the manufacturing equipment of resin particle of the present invention;
Fig. 3 is the top view of the manufacturing equipment of resin particle of the present invention;
Fig. 4 is bypass channel device schematic diagram of the present invention;
Fig. 5 is bypass channel device side view of the present invention;
Fig. 6 is the schematic diagram of flywheel knife device of the present invention;
Fig. 7 is the side view of flywheel knife device of the present invention;
In figure, 1-resin solution spray equipment; The 2-cooling tank device; 3-bypass channel device; 4-flywheel knife device; 5-vibrated bed device; 11-liquid pipe; The 12-spray head; The 21-cooling bath; The 22-second partition; The 31-bypass channel; 32-the first dividing plate; The 33-tapping hole; The 34-water fender;
The 41-live-rollers; The 42-support disk; The 43-grain-cutter.
 
The specific embodiment
Below in conjunction with accompanying drawing, the present invention is described in further detail.
Embodiment mono-
As shown in Figure 1, Figure 2 and Figure 3, the manufacturing equipment of resin particle comprises resin solution spray equipment 1, cooling tank device 2, bypass channel device 3, flywheel knife device 4 and vibrated bed device 5, cooling tank device 2 is positioned at the below of resin solution spray equipment 1, one end of bypass channel device 3 is connected with cooling tank device 2, the other end of bypass channel device 3 is arranged on a side of flywheel knife device 4, and vibrated bed device 5 is arranged on the below of cooling tank device 2, bypass channel device 3 and flywheel knife device 4; As shown in Figure 4 and Figure 5, bypass channel device 3 comprises the bar shaped bypass channel 31 be arranged side by side, and is provided with the first dividing plate 32 between adjacent bypass channel 31, and the bottom of bypass channel 31 is provided with netted tapping hole 33, bypass channel 31 becomes angle α with horizontal plane, angle α is 5 °-30 °; As shown in Figure 6 and Figure 7, flywheel knife device 4 comprises live-rollers 41, be arranged on live-rollers 41 support disk 42 and be arranged on the grain-cutter 43 on support disk 42, grain-cutter 43 is bar shaped, the central shaft of live-rollers 41 be positioned on the center of circle of support disk 42 and live-rollers 41 perpendicular to support disk 42, grain-cutter 43 is the tangent line with the support disk 42 at the intersection point place of support disk 42 perpendicular to grain-cutter 43.
Resin spraying device 1 comprises liquid pipe 11 and spray head 12, and spray head 12 is the triangle cone, and the bottom of spray head 12 is rectangle, and the bottom of spray head 12 is provided with spray apertures (not illustrating in the drawings) side by side.Cooling tank device 2 comprises the bar shaped cooling bath 21 be arranged side by side, and between adjacent cooling bath 21, is provided with second partition 22, and cooling tank device 2 is parallel with horizontal plane, and spray apertures side by side parallels with cooling bath 21.Vibrated bed device 5 comprises the fountain square and the water pump be connected with fountain square (not illustrating in the drawings) of opening.
 
Embodiment bis-
With embodiment mono-, different is that grain-cutter 43 is 12, is evenly distributed on support disk 42.From the side view of flywheel knife device 4, grain-cutter 43 on 360 ° by even 12 deciles of support disk 42.Grain-cutter 43 is bar shaped, and the length of grain-cutter 43 is 42cm, and thickness is 10mm.The thickness of support disk 42 is 20mm.The central shaft of live-rollers 41 be positioned on the center of circle of support disk 42 and live-rollers 41 perpendicular to support disk 42, grain-cutter 43 is the tangent line with the support disk 42 at the intersection point place of support disk 41 perpendicular to grain-cutter 43.
Bypass channel device 3 comprises 25 bar shaped bypass channels 31 that are arranged side by side, and bypass channel 31 becomes angle α with horizontal plane be 20 °.The width of bypass channel 31 is 1cm, and the length of bypass channel 31 is 45cm, and the height of bypass channel 31 is 3cm.The aperture of tapping hole 33 is 0.02cm.
 
Embodiment tri-
With embodiment mono-, different is that grain-cutter 43 is 8, is evenly distributed on support disk 42.From the side view of flywheel knife device 4, grain-cutter 43 on 360 ° by even 8 deciles of support disk 42.Grain-cutter 43 is bar shaped, and the length of grain-cutter 43 is 35cm, and thickness is 8mm.The thickness of support disk 42 is 15mm.The central shaft of live-rollers 41 be positioned on the center of circle of support disk 42 and live-rollers 41 perpendicular to support disk 42, grain-cutter 43 is the tangent line with the support disk 42 at the intersection point place of support disk 41 perpendicular to grain-cutter 43.
Bypass channel device 3 comprises 20 bar shaped bypass channels 31 that are arranged side by side, and bypass channel 31 becomes angle α with horizontal plane be 5 °.The width of bypass channel 31 is 0.3cm, and the length of bypass channel 31 is 15cm, and the height of bypass channel 31 is 2cm.The aperture of tapping hole 33 is 0.005cm.The both sides that are positioned at bypass channel device 3 are provided with water fender 34, and water fender 4 is 5cm with the distance of the bottom of bypass channel device 3.Water fender 34 can effectively prevent that sealing spills water while separating in flywheel knife device 4 with soft resin.The distance on the top of the top of water fender 34 and bypass channel 31 is 8cm, and the distance of the bottom of the bottom of water fender 34 and bypass channel 31 is 3cm.Water fender 34 spills water in the time of more effectively preventing that sealing separates in flywheel knife device 4 with soft resin with the position relationship of bypass channel 31, and contributes to soft resin after pelletizing to enter the following vibrated bed device 5 of bypass channel device 3.
 
Embodiment tetra-
With embodiment mono-, different is that grain-cutter 43 is 15, is evenly distributed on support disk 42.From the side view of flywheel knife device, grain-cutter 43 on 360 ° by even 15 deciles of support disk 42.Grain-cutter 43 is bar shaped, and the length of grain-cutter 43 is 50cm, and thickness is 12mm.The thickness of support disk 42 is 30mm.The central shaft of live-rollers 41 be positioned on the center of circle of support disk 42 and live-rollers 41 perpendicular to support disk 42, grain-cutter 43 is the tangent line with the support disk 42 at the intersection point place of support disk 41 perpendicular to grain-cutter 43.
Bypass channel device 3 comprises 30 bar shaped bypass channels 31 that are arranged side by side, and bypass channel 31 becomes angle α with horizontal plane be 30 °.The width of bypass channel 31 is 2cm, and the length of bypass channel 31 is 80cm, and the height of bypass channel 31 is 5cm.The aperture of tapping hole 33 is 0.05cm.The both sides that are positioned at bypass channel device 3 are provided with water fender 34, and water fender 34 is 8cm with the distance of the bottom of bypass channel device 3.The distance on the top of the top of water fender 34 and bypass channel 31 is 12cm, and the distance of the bottom of the bottom of water fender 34 and bypass channel 31 is 5cm.
 
This specific embodiment is only explanation of the invention; it is not limitation of the present invention; those skilled in the art can make to the present embodiment the modification that there is no creative contribution as required after reading this specification, but as long as all are subject to the protection of Patent Law in claim scope of the present invention.

Claims (10)

1. the manufacturing equipment of a resin particle, it is characterized in that: comprise resin solution spray equipment (1), cooling tank device (2), bypass channel device (3), flywheel knife device (4) and vibrated bed device (5), described cooling tank device (2) is positioned at the below of described resin solution spray equipment (1), one end of described bypass channel device (3) is connected with cooling tank device (2), the other end of described bypass channel device (3) is arranged on a side of described flywheel knife device (4), described vibrated bed device (5) is arranged on described cooling tank device (2), the below of described bypass channel device (3) and described flywheel knife device (4),
Described bypass channel device (3) comprises the bar shaped bypass channel (31) be arranged side by side, be provided with the first dividing plate (32) between adjacent described bypass channel (31), the bottom of described bypass channel (31) is provided with tapping hole (33), described bypass channel (31) becomes angle α with horizontal plane, angle α is 5 °-30 °;
Described flywheel knife device (4) comprises live-rollers (41), is arranged on the support disk (42) of (41) on described live-rollers and is arranged on the grain-cutter (43) on described support disk (42), described grain-cutter (43) is bar shaped, the central shaft of described live-rollers (41) be positioned on the center of circle of described support disk (42) and described live-rollers (41) perpendicular to described support disk (42), described grain-cutter (43) is the tangent line with described support disk (42) position at the intersection point place of described support disk (42) perpendicular to described grain-cutter (43);
Described cooling tank device (2) comprises the bar shaped cooling bath (21) be arranged side by side, be provided with second partition (22) between adjacent described cooling bath (21), described cooling tank device (2) is parallel with horizontal plane, and described spray apertures side by side parallels with described cooling bath (21);
Described vibrated bed device (5) comprises the fountain square and the water pump be connected with described fountain square of opening.
2. the manufacturing equipment of a kind of resin particle according to claim 1, it is characterized in that: described resin spraying device (1) comprises liquid pipe (11) and spray head (12), described spray head (12) is the triangle cone, the bottom surface of described spray head (12) is rectangle, and the bottom of described spray head (12) is provided with spray apertures side by side.
3. the manufacturing equipment of a kind of resin particle according to claim 2, it is characterized in that: the aperture of described tapping hole (33) is 0.005-0.05cm, and the width of described bypass channel (31) is 0.3-2cm, and the length of described bypass channel (31) is 15-80cm.
4. the manufacturing equipment of a kind of resin particle according to claim 3, it is characterized in that: described bypass channel device (3) also comprises water fender (34), described water fender (34) is arranged on the both sides that are positioned at described bypass channel device (3), described water fender (34) is 5-8cm with the distance of the bottom of described bypass channel device (3), and described bottom is the end of described bypass channel (31) towards described angle α place.
5. the manufacturing equipment of a kind of resin particle according to claim 4 is characterized in that: described water fender (34) is 6cm with the distance of the bottom of described bypass channel device (3).
6. according to the manufacturing equipment of claim 4 or 5 described a kind of resin particles, it is characterized in that: the distance on the top of the top of described water fender (34) and described bypass channel (31) is 8-12cm, and the distance of the bottom of the bottom of described water fender (34) and described bypass channel (31) is 3-5cm.
7. according to the manufacturing equipment of claim 2 or 3 or 4 described a kind of resin particles, it is characterized in that: described grain-cutter (43) is the 8-15 handle, is evenly distributed on described support disk (42).
8. the manufacturing equipment of a kind of resin particle according to claim 7, it is characterized in that: described grain-cutter (43) is 12, is evenly distributed on described support disk (42).
9. the manufacturing equipment of a kind of resin particle according to claim 8, it is characterized in that: the length of described grain-cutter (43) is that 35-50cm, thickness are 8-12mm.
10. according to the manufacturing equipment of claim 2 or 3 or 4 described a kind of resin particles, it is characterized in that: described support disk (42) is 3-6, and described support disk (42) is uniformly distributed on described live-rollers (41).
CN2012101558232A 2012-05-20 2012-05-20 Manufacture apparatus of resin particles Pending CN103419300A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2012101558232A CN103419300A (en) 2012-05-20 2012-05-20 Manufacture apparatus of resin particles

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2012101558232A CN103419300A (en) 2012-05-20 2012-05-20 Manufacture apparatus of resin particles

Publications (1)

Publication Number Publication Date
CN103419300A true CN103419300A (en) 2013-12-04

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN2012101558232A Pending CN103419300A (en) 2012-05-20 2012-05-20 Manufacture apparatus of resin particles

Country Status (1)

Country Link
CN (1) CN103419300A (en)

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Application publication date: 20131204