CN110455025A - A kind of type cooling device easy to use for bio-feritlizer - Google Patents
A kind of type cooling device easy to use for bio-feritlizer Download PDFInfo
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- CN110455025A CN110455025A CN201910789124.5A CN201910789124A CN110455025A CN 110455025 A CN110455025 A CN 110455025A CN 201910789124 A CN201910789124 A CN 201910789124A CN 110455025 A CN110455025 A CN 110455025A
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- cooling cylinder
- baffle
- rotating roller
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D1/00—Devices using naturally cold air or cold water
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D31/00—Other cooling or freezing apparatus
- F25D31/002—Liquid coolers, e.g. beverage cooler
Abstract
The present invention relates to a kind of cooling device for bio-feritlizer more particularly to a kind of type cooling devices easy to use for bio-feritlizer.Technical problem are as follows: the type cooling device easy to use that a kind of cooling efficiency is high, cooling is conveniently used for bio-feritlizer is provided.The technical scheme is that a kind of type cooling device easy to use for bio-feritlizer, includes big cooling cylinder, feed hopper, big baffle, driving lever, water inlet pipe, check valve, drainpipe, the first valve, the first big rotary shaft, first big rotating roller etc.；The middle and upper part of big cooling cylinder is provided with triangle cooling bath, and the lower part of big cooling cylinder is provided with Rectangular Water Trough, and Rectangular Water Trough is located at the lower section of triangle cooling bath.A kind of type cooling device easy to use for bio-feritlizer provided by the present invention can carry out repetitive cycling cooling to bio-feritlizer, and not only cooling efficiency is high, and cooling convenient, save the time.
Description
Technical field
The present invention relates to a kind of cooling device for bio-feritlizer more particularly to it is a kind of for bio-feritlizer convenient for making
With type cooling device.
Background technique
The bio-feritlizer of broad sense refers to the product not only containing nutrient needed for crops, but also containing microorganism, is raw
Object, organic and inorganic combination, it can replace chemical fertilizer, provide all kinds of nutrients, narrow sense needed for crop growthing development
Bio-feritlizer refer to the product for making crops obtain specific fertilizer effect by microbial life activity, be also referred to as
Inoculant or bacterial manure need often to cool down the bio-feritlizer of high temperature in the production of bio-feritlizer, and existing is all pair
The bio-feritlizer of high temperature carries out gravity-flow ventilation cooling, and not only cooling efficiency is low, and cooling trouble, wastes time seriously, unfavorable
In the development and progress of work.
Summary of the invention
It is all that gravity-flow ventilation cooling is carried out to the bio-feritlizer of high temperature to overcome existing, not only cooling efficiency is low, and
And cooling trouble, waste time serious disadvantage, technical problem are as follows: provide that a kind of cooling efficiency is high, cooling is conveniently used for giving birth to
The type cooling device easy to use of object fertilizer.
The technical scheme is that a kind of type cooling device easy to use for bio-feritlizer, includes big cooling
Cylinder, feed hopper, big baffle, driving lever, water inlet pipe, check valve, drainpipe, the first valve, the first big rotary shaft, the first big rotation
Roller, the second largest rotary shaft, the second largest rotating roller, the third-largest rotary shaft, the third-largest rotating roller, endless belt, material scraping plate, the first mistake
Strainer, first baffle, the first motion bar, the second filter screen, second baffle and the second motion bar, the middle and upper part of big cooling cylinder are provided with
Triangle cooling bath, the lower part of big cooling cylinder are provided with Rectangular Water Trough, and Rectangular Water Trough is located at the lower section of triangle cooling bath, big cooling
The top of cylinder is connected with feed hopper, and feed hopper is connected with triangle cooling bath, and the rear wall of big cooling cylinder is provided with discharge gate, row
Material mouth is located at the rear of triangle cooling bath, and discharge gate is connected with triangle cooling bath, and big cooling cylinder is provided with rectangular channel, rectangle
Slot position is connected in the rear of triangle cooling bath, rectangular channel with discharge gate, and the rear wall of big cooling cylinder is provided with lifting groove, lifting
Slot position is located at the rear of rectangular channel in the top of discharge gate, lifting groove, and lifting groove is connected with rectangular channel, and big baffle is located at discharge
In mouth and rectangular channel, for blocking discharge gate, big baffle is slidably matched big baffle with rectangular channel, is connected on rear side of big baffle
Driving lever, driving lever slidingtype are located in lifting groove, and the lower part on the right side of big cooling cylinder is connected with water inlet pipe, are equipped on water inlet pipe unidirectional
Valve, water inlet pipe are connected with Rectangular Water Trough, and the lower part on the left of big cooling cylinder is connected with drainpipe, and the first valve is equipped on drainpipe
Door, drainpipe are connected with Rectangular Water Trough, and the first big rotary shaft is located in triangle cooling bath, the first big rotary shaft and big cooling
The side wall rotation connection of cylinder, for the middle part fixing sleeve of the first big rotating roller in the first big rotary shaft, the second largest rotary shaft is located at the
The side wall of the lower right of one big rotating roller, the second largest rotary shaft and big cooling cylinder is rotatablely connected, and the middle part of the second largest rotating roller is solid
Surely it covers in the second largest rotary shaft, the third-largest rotary shaft is located at the left side of the second largest rotating roller, the third-largest rotary shaft and big cooling
The side wall rotation connection of cylinder, for the middle part fixing sleeve of the third-largest rotating roller in the third-largest rotary shaft, the third-largest rotating roller is located at the
The lower left of one big rotating roller, the first big rotating roller, the second largest rotating roller and the third-largest rotating roller are respectively positioned on triangle cooling bath
Interior, endless belt covers in the first big rotating roller, the second largest rotating roller and the third-largest rotating roller, the first big rotating roller, second largest
Rotating roller and the third-largest rotating roller are in contact with endless belt, and material scraping plate is connected on the outside of endless belt, big cooling cylinder
Right tiltedly side wall is provided with the first big loose slot, and the outer tiltedly side wall in the right side of big cooling cylinder is provided with the first small loose slot and the first ventilation hole, the
One small loose slot is located at the top of the first ventilation hole, and the first small loose slot and the first ventilation hole are respectively positioned on the right side of the first big loose slot
Side, the first small loose slot and the first ventilation hole are connected with the first big loose slot, and oblique side wall is embedded in the right side of big cooling cylinder
First filter screen, the first filter screen are located at the right side of triangle cooling bath, and first baffle slidingtype is located in the first big loose slot,
First baffle is located at the right side of the first filter screen, and first baffle is in contact with the first filter screen, and the upper end on the right side of first baffle connects
It is connected to the first motion bar, the first motion bar slidingtype is located in the first small loose slot, and first baffle is provided with third venting hole, third
Ventilation hole is located at the lower section of the first motion bar, and tiltedly side wall is provided with the second largest loose slot on a left side for big cooling cylinder, big cooling cylinder it is left outside
Oblique side wall is provided with the second small loose slot and the second ventilation hole, and the second small loose slot is located at the top of the second ventilation hole, the second small work
Dynamic slot and the second ventilation hole are respectively positioned on the left side of the second largest loose slot, the second small loose slot and the second ventilation hole with the second largest work
Dynamic slot is connected, and the left inside oblique side wall of big cooling cylinder is embedded with the second filter screen, and the second filter screen is located at triangle cooling bath
Left side, second baffle slidingtype are located in the second largest loose slot, and second baffle is located at the left side of the second filter screen, second baffle with
Second filter screen is in contact, and the upper end on the left of second baffle is connected with the second motion bar, and the second motion bar slidingtype is located at second
In small loose slot, second baffle is provided with the 4th ventilation hole, and the 4th ventilation hole is located at the lower section of the second motion bar.
It further, further include having cover, connecting tube, the second valve, blower, air filter and pedestal, big cooling cylinder
Right outer tiltedly side wall is connected with cover, and cover is located at the lower section of the first small loose slot, and the first ventilation hole is located in cover, the bottom of cover
Portion is connected with connecting tube, is equipped with the second valve and blower in connecting tube, and blower is located at the lower section of the second valve, under connecting tube
End is connected with air filter, and pedestal is located at the lower section of blower, air filter and big cooling cylinder, big cooling cylinder, blower and sky
Air filter is connected with pedestal.
It further, further include having the first guide rod, the first elevator, the second guide rod and the second elevator, big cooling cylinder
The outer tiltedly side wall in the right side be connected with the first guide rod, the first guide rod is located at the top of the first small loose slot, and the first elevator is located at
The right side of big cooling cylinder, the first elevator are in contact with big cooling cylinder, and the top of the first elevator is provided with the first pilot hole, and first
Guide rod is located in the first pilot hole, and the first elevator is in contact with the first guide rod, and the lower part of the first elevator is provided with first
Jack, the first jack is corresponding with the first motion bar, and the lower end of the first elevator is provided with the first arc-shaped slot, the first motion bar position
In in the first arc-shaped slot, the first elevator is located at the top of the first motion bar, and the first elevator is in contact with the first motion bar,
The left outside oblique side wall of big cooling cylinder is connected with the second guide rod, and the second guide rod is located at the top of the second small loose slot, and second liter
Drop block is located at the left side of big cooling cylinder, and the second elevator is in contact with big cooling cylinder, and the top of the second elevator is provided with second and leads
Xiang Kong, the second guide rod are located in the second pilot hole, and the second guide rod is in contact with the second elevator, the lower part of the second elevator
It is provided with the second jack, the lower end of the second elevator is provided with the second arc-shaped slot, and the second motion bar is located in the second arc-shaped slot, the
Two elevators are located at the top of the second motion bar, and the second elevator is in contact with the second motion bar.
It further, further include having first bevel gear, second bevel gear and rotating electric machine, the rear end connection of the first big rotary shaft
There is first bevel gear, first bevel gear is located at the rear of big cooling cylinder, and second bevel gear is located at the back lower place of first bevel gear, the
Two bevel gears are meshed with first bevel gear, and the upper end of rotating electric machine output shaft is connected with second bevel gear, rotating electric machine
Front side wall is connected with the rear wall of big cooling cylinder.
The invention has the benefit that a kind of cooling dress of type easy to use for bio-feritlizer provided by the present invention
It sets, repetitive cycling cooling can be carried out to bio-feritlizer, not only cooling efficiency is high, and cooling convenient, saves the time, is conducive to
The development and progress of work, structure is simple, is easy to manufacture, maintenance easy to maintain, manufactures and maintenance and repair is at low cost.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the backsight structural representation of big cooling cylinder of the invention.
Fig. 3 is the enlarged diagram of part A of the invention.
Fig. 4 is the enlarged diagram of part B of the invention.
Parts title and serial number in figure: 1 big cooling cylinder, 2 feed hoppers, 3 big baffles, 4 driving levers, 5 water inlet pipes, 6
Check valve, 7 drainpipes, 8 first valves, 9 first big rotary shafts, 10 first big rotating rollers, the 11 second largest rotary shafts, 12
The second largest rotating roller, 13 the third-largest rotary shafts, 14 the third-largest rotating rollers, 15 endless belts, 16 material scraping plates, 17 first mistakes
Strainer, 18 first baffles, 19 first motion bars, 20 second filter screens, 21 second baffles, 22 second motion bars, 31 covers
Son, 32 connecting tubes, 33 second valves, 34 blowers, 35 air filters, 36 pedestals, 41 first guide rods, 42 first
Elevator, 43 second guide rods, 44 second elevators, 51 first bevel gears, 52 second bevel gears, 53 rotating electric machines,
101 triangle cooling baths, 102 Rectangular Water Troughs, 103 discharge gates, 104 rectangular channels, 105 lifting grooves, 106 first big activities
Slot, 107 first small loose slots, 108 first ventilation holes, the 109 second largest loose slots, 110 second small loose slots, 111 second
Ventilation hole, 181 third venting holes, 211 the 4th ventilation holes, 421 first pilot holes, 422 first jacks, 423 first arcs
Card slot, 441 second pilot holes, 442 second jacks, 443 second arc-shaped slots.
Specific embodiment
The invention will be further described combined with specific embodiments below, in the illustrative examples and explanation of the invention
For explaining the present invention, but it is not as a limitation of the invention.
Embodiment 1
A kind of type cooling device easy to use for bio-feritlizer, as shown in Figure 1, including big cooling cylinder 1, feed hopper 2, big
Baffle 3, driving lever 4, water inlet pipe 5, check valve 6, drainpipe 7, the first valve 8, the first big rotary shaft 9, the first big rotating roller 10,
Two big rotary shafts 11, the second largest rotating roller 12, the third-largest rotary shaft 13, the third-largest rotating roller 14, endless belt 15, material scraping plate
16, the first filter screen 17, first baffle 18, the first motion bar 19, the second filter screen 20, second baffle 21 and the second motion bar
22, the middle and upper part of big cooling cylinder 1 is provided with triangle cooling bath 101, and the lower part of big cooling cylinder 1 is provided with Rectangular Water Trough 102, rectangle water
Slot 102 is located at the lower section of triangle cooling bath 101, and the top of big cooling cylinder 1 is connected with feed hopper 2, and feed hopper 2 and triangle are cold
But slot 101 is connected, and the rear wall of big cooling cylinder 1 is provided with discharge gate 103, after discharge gate 103 is located at triangle cooling bath 101
Side, discharge gate 103 are connected with triangle cooling bath 101, and big cooling cylinder 1 is provided with rectangular channel 104, and rectangular channel 104 is located at triangle
The rear of shape cooling bath 101, rectangular channel 104 are connected with discharge gate 103, and the rear wall of big cooling cylinder 1 is provided with lifting groove 105,
Lifting groove 105 is located at the top of discharge gate 103, and lifting groove 105 is located at the rear of rectangular channel 104, lifting groove 105 and rectangular channel
104 are connected, and big baffle 3 is located in discharge gate 103 and rectangular channel 104, and big baffle 3 is for blocking discharge gate 103, big baffle
3 are slidably matched with rectangular channel 104, and the rear side of big baffle 3 is connected with driving lever 4, and 4 slidingtype of driving lever is located in lifting groove 105, big cold
But the lower part on 1 right side of cylinder is connected with water inlet pipe 5, check valve 6 is equipped on water inlet pipe 5, water inlet pipe 5 is connected with Rectangular Water Trough 102
Logical, the lower part in big 1 left side of cooling cylinder is connected with drainpipe 7, and the first valve 8, drainpipe 7 and rectangle water are equipped on drainpipe 7
Slot 102 is connected, and the first big rotary shaft 9 is located in triangle cooling bath 101, the side wall of the first big rotary shaft 9 and big cooling cylinder 1
Rotation connection, for the middle part fixing sleeve of the first big rotating roller 10 in the first big rotary shaft 9, it is big that the second largest rotary shaft 11 is located at first
The lower right of rotating roller 10, the second largest rotary shaft 11 and the side wall of big cooling cylinder 1 are rotatablely connected, the middle part of the second largest rotating roller 12
For fixing sleeve in the second largest rotary shaft 11, the third-largest rotary shaft 13 is located at the left side of the second largest rotating roller 12, the third-largest rotary shaft
13 are rotatablely connected with the side wall of big cooling cylinder 1, and the middle part fixing sleeve of the third-largest rotating roller 14 is in the third-largest rotary shaft 13, third
Big rotating roller 14 is located at the lower left of the first big rotating roller 10, the first big rotating roller 10, the second largest rotating roller 12 and the third-largest rotation
Transfer roller 14 is respectively positioned in triangle cooling bath 101, and 15 sets of endless belt in the first big rotating roller 10, the second largest rotating roller 12 and
In three big rotating rollers 14, the first big rotating roller 10, the second largest rotating roller 12 and the third-largest rotating roller 14 with 15 phase of endless belt
Contact, the outside of endless belt 15 are connected with material scraping plate 16, and tiltedly side wall is provided with the first big loose slot 106 on the right side of big cooling cylinder 1, greatly
The outer tiltedly side wall in the right side of cooling cylinder 1 is provided with the first small loose slot 107 and the first ventilation hole 108, and the first small loose slot 107 is located at first
The top of ventilation hole 108, the first small loose slot 107 and the first ventilation hole 108 are respectively positioned on the right side of the first big loose slot 106, the
One small loose slot 107 and the first ventilation hole 108 are connected with the first big loose slot 106, and oblique side wall is embedding in the right side of big cooling cylinder 1
Equipped with the first filter screen 17, the first filter screen 17 is located at the right side of triangle cooling bath 101, and 18 slidingtype of first baffle is located at the
In one big loose slot 106, first baffle 18 is located at the right side of the first filter screen 17, and first baffle 18 connects with the first filter screen 17
Touching, the upper end on the right side of first baffle 18 are connected with the first motion bar 19, and first baffle 18 is by way of welded connecting with first
Motion bar 19 connects, and 19 slidingtype of the first motion bar is located in the first small loose slot 107, and first baffle 18 is provided with third venting hole
181, third venting hole 181 is located at the lower section of the first motion bar 19, and tiltedly side wall is provided with the second largest loose slot on a left side for big cooling cylinder 1
109, the left outside oblique side wall of big cooling cylinder 1 is provided with the second small loose slot 110 and the second ventilation hole 111, the second small loose slot 110
In the top of the second ventilation hole 111, the second small loose slot 110 and the second ventilation hole 111 are respectively positioned on a left side for the second largest loose slot 109
Side, the second small loose slot 110 and the second ventilation hole 111 are connected with the second largest loose slot 109, big cooling cylinder 1 it is left inside tiltedly
Side wall is embedded with the second filter screen 20, and the second filter screen 20 is located at the left side of triangle cooling bath 101,21 slidingtype of second baffle
In the second largest loose slot 109, second baffle 21 is located at the left side of the second filter screen 20, second baffle 21 and the second filter screen
20 are in contact, and the upper end in 21 left side of second baffle is connected with the second motion bar 22, and second baffle 21 is by way of welded connecting
It is connect with the second motion bar 22,22 slidingtype of the second motion bar is located in the second small loose slot 110, and second baffle 21 is provided with the 4th
Ventilation hole 211, the 4th ventilation hole 211 are located at the lower section of the second motion bar 22.
Embodiment 2
A kind of type cooling device easy to use for bio-feritlizer, as shown in Figs. 1-2, include big cooling cylinder 1, feed hopper 2,
Big baffle 3, driving lever 4, water inlet pipe 5, check valve 6, drainpipe 7, the first valve 8, the first big rotary shaft 9, the first big rotating roller 10,
The second largest rotary shaft 11, the second largest rotating roller 12, the third-largest rotary shaft 13, the third-largest rotating roller 14, endless belt 15, material scraping plate
16, the first filter screen 17, first baffle 18, the first motion bar 19, the second filter screen 20, second baffle 21 and the second motion bar
22, the middle and upper part of big cooling cylinder 1 is provided with triangle cooling bath 101, and the lower part of big cooling cylinder 1 is provided with Rectangular Water Trough 102, rectangle water
Slot 102 is located at the lower section of triangle cooling bath 101, and the top of big cooling cylinder 1 is connected with feed hopper 2, and feed hopper 2 and triangle are cold
But slot 101 is connected, and the rear wall of big cooling cylinder 1 is provided with discharge gate 103, after discharge gate 103 is located at triangle cooling bath 101
Side, discharge gate 103 are connected with triangle cooling bath 101, and big cooling cylinder 1 is provided with rectangular channel 104, and rectangular channel 104 is located at triangle
The rear of shape cooling bath 101, rectangular channel 104 are connected with discharge gate 103, and the rear wall of big cooling cylinder 1 is provided with lifting groove 105,
Lifting groove 105 is located at the top of discharge gate 103, and lifting groove 105 is located at the rear of rectangular channel 104, lifting groove 105 and rectangular channel
104 are connected, and big baffle 3 is located in discharge gate 103 and rectangular channel 104, and big baffle 3 is for blocking discharge gate 103, big baffle
3 are slidably matched with rectangular channel 104, and the rear side of big baffle 3 is connected with driving lever 4, and 4 slidingtype of driving lever is located in lifting groove 105, big cold
But the lower part on 1 right side of cylinder is connected with water inlet pipe 5, check valve 6 is equipped on water inlet pipe 5, water inlet pipe 5 is connected with Rectangular Water Trough 102
Logical, the lower part in big 1 left side of cooling cylinder is connected with drainpipe 7, and the first valve 8, drainpipe 7 and rectangle water are equipped on drainpipe 7
Slot 102 is connected, and the first big rotary shaft 9 is located in triangle cooling bath 101, the side wall of the first big rotary shaft 9 and big cooling cylinder 1
Rotation connection, for the middle part fixing sleeve of the first big rotating roller 10 in the first big rotary shaft 9, it is big that the second largest rotary shaft 11 is located at first
The lower right of rotating roller 10, the second largest rotary shaft 11 and the side wall of big cooling cylinder 1 are rotatablely connected, the middle part of the second largest rotating roller 12
For fixing sleeve in the second largest rotary shaft 11, the third-largest rotary shaft 13 is located at the left side of the second largest rotating roller 12, the third-largest rotary shaft
13 are rotatablely connected with the side wall of big cooling cylinder 1, and the middle part fixing sleeve of the third-largest rotating roller 14 is in the third-largest rotary shaft 13, third
Big rotating roller 14 is located at the lower left of the first big rotating roller 10, the first big rotating roller 10, the second largest rotating roller 12 and the third-largest rotation
Transfer roller 14 is respectively positioned in triangle cooling bath 101, and 15 sets of endless belt in the first big rotating roller 10, the second largest rotating roller 12 and
In three big rotating rollers 14, the first big rotating roller 10, the second largest rotating roller 12 and the third-largest rotating roller 14 with 15 phase of endless belt
Contact, the outside of endless belt 15 are connected with material scraping plate 16, and tiltedly side wall is provided with the first big loose slot 106 on the right side of big cooling cylinder 1, greatly
The outer tiltedly side wall in the right side of cooling cylinder 1 is provided with the first small loose slot 107 and the first ventilation hole 108, and the first small loose slot 107 is located at first
The top of ventilation hole 108, the first small loose slot 107 and the first ventilation hole 108 are respectively positioned on the right side of the first big loose slot 106, the
One small loose slot 107 and the first ventilation hole 108 are connected with the first big loose slot 106, and oblique side wall is embedding in the right side of big cooling cylinder 1
Equipped with the first filter screen 17, the first filter screen 17 is located at the right side of triangle cooling bath 101, and 18 slidingtype of first baffle is located at the
In one big loose slot 106, first baffle 18 is located at the right side of the first filter screen 17, and first baffle 18 connects with the first filter screen 17
The upper end of touching, 18 right side of first baffle is connected with the first motion bar 19, and 19 slidingtype of the first motion bar is located at the first small loose slot
In 107, first baffle 18 is provided with third venting hole 181, and third venting hole 181 is located at the lower section of the first motion bar 19, big cooling
Tiltedly side wall is provided with the second largest loose slot 109 on a left side for cylinder 1, and the left outside oblique side wall of big cooling cylinder 1 is provided with the second small loose slot 110 and the
Two ventilation holes 111, the second small loose slot 110 are located at the top of the second ventilation hole 111, the second small loose slot 110 and the second ventilation
Hole 111 is respectively positioned on the left side of the second largest loose slot 109, the second small loose slot 110 and the second ventilation hole 111 with the second largest activity
Slot 109 is connected, and the left inside oblique side wall of big cooling cylinder 1 is embedded with the second filter screen 20, and it is cold that the second filter screen 20 is located at triangle
But the left side of slot 101,21 slidingtype of second baffle are located in the second largest loose slot 109, and second baffle 21 is located at the second filter screen
20 left side, second baffle 21 are in contact with the second filter screen 20, and the upper end in 21 left side of second baffle is connected with the second motion bar
22,22 slidingtype of the second motion bar is located in the second small loose slot 110, and second baffle 21 is provided with the 4th ventilation hole 211, four-way
Air holes 211 is located at the lower section of the second motion bar 22.
It further include having cover 31, connecting tube 32, the second valve 33, blower 34, air filter 35 and pedestal 36, it is big cooling
The outer tiltedly side wall in the right side of cylinder 1 is connected with cover 31, and big cooling cylinder 1 is connect by way of welded connecting with cover 31, and 31, cover
In the lower section of the first small loose slot 107, the first ventilation hole 108 is located in cover 31, and the bottom of cover 31 is connected with connecting tube 32,
Second valve 33 and blower 34 are installed, blower 34 is located at the lower section of the second valve 33, the lower end of connecting tube 32 in connecting tube 32
It is connected with air filter 35, pedestal 36 is located at the lower section of blower 34, air filter 35 and big cooling cylinder 1, big cooling cylinder 1,
Blower 34 and air filter 35 are connected with pedestal 36.
Embodiment 3
A kind of type cooling device easy to use for bio-feritlizer, as shown in Figs 1-4, include big cooling cylinder 1, feed hopper 2,
Big baffle 3, driving lever 4, water inlet pipe 5, check valve 6, drainpipe 7, the first valve 8, the first big rotary shaft 9, the first big rotating roller 10,
The second largest rotary shaft 11, the second largest rotating roller 12, the third-largest rotary shaft 13, the third-largest rotating roller 14, endless belt 15, material scraping plate
16, the first filter screen 17, first baffle 18, the first motion bar 19, the second filter screen 20, second baffle 21 and the second motion bar
22, the middle and upper part of big cooling cylinder 1 is provided with triangle cooling bath 101, and the lower part of big cooling cylinder 1 is provided with Rectangular Water Trough 102, rectangle water
Slot 102 is located at the lower section of triangle cooling bath 101, and the top of big cooling cylinder 1 is connected with feed hopper 2, and feed hopper 2 and triangle are cold
But slot 101 is connected, and the rear wall of big cooling cylinder 1 is provided with discharge gate 103, after discharge gate 103 is located at triangle cooling bath 101
Side, discharge gate 103 are connected with triangle cooling bath 101, and big cooling cylinder 1 is provided with rectangular channel 104, and rectangular channel 104 is located at triangle
The rear of shape cooling bath 101, rectangular channel 104 are connected with discharge gate 103, and the rear wall of big cooling cylinder 1 is provided with lifting groove 105,
Lifting groove 105 is located at the top of discharge gate 103, and lifting groove 105 is located at the rear of rectangular channel 104, lifting groove 105 and rectangular channel
104 are connected, and big baffle 3 is located in discharge gate 103 and rectangular channel 104, and big baffle 3 is for blocking discharge gate 103, big baffle
3 are slidably matched with rectangular channel 104, and the rear side of big baffle 3 is connected with driving lever 4, and 4 slidingtype of driving lever is located in lifting groove 105, big cold
But the lower part on 1 right side of cylinder is connected with water inlet pipe 5, check valve 6 is equipped on water inlet pipe 5, water inlet pipe 5 is connected with Rectangular Water Trough 102
Logical, the lower part in big 1 left side of cooling cylinder is connected with drainpipe 7, and the first valve 8, drainpipe 7 and rectangle water are equipped on drainpipe 7
Slot 102 is connected, and the first big rotary shaft 9 is located in triangle cooling bath 101, the side wall of the first big rotary shaft 9 and big cooling cylinder 1
Rotation connection, for the middle part fixing sleeve of the first big rotating roller 10 in the first big rotary shaft 9, it is big that the second largest rotary shaft 11 is located at first
The lower right of rotating roller 10, the second largest rotary shaft 11 and the side wall of big cooling cylinder 1 are rotatablely connected, the middle part of the second largest rotating roller 12
For fixing sleeve in the second largest rotary shaft 11, the third-largest rotary shaft 13 is located at the left side of the second largest rotating roller 12, the third-largest rotary shaft
13 are rotatablely connected with the side wall of big cooling cylinder 1, and the middle part fixing sleeve of the third-largest rotating roller 14 is in the third-largest rotary shaft 13, third
Big rotating roller 14 is located at the lower left of the first big rotating roller 10, the first big rotating roller 10, the second largest rotating roller 12 and the third-largest rotation
Transfer roller 14 is respectively positioned in triangle cooling bath 101, and 15 sets of endless belt in the first big rotating roller 10, the second largest rotating roller 12 and
In three big rotating rollers 14, the first big rotating roller 10, the second largest rotating roller 12 and the third-largest rotating roller 14 with 15 phase of endless belt
Contact, the outside of endless belt 15 are connected with material scraping plate 16, and tiltedly side wall is provided with the first big loose slot 106 on the right side of big cooling cylinder 1, greatly
The outer tiltedly side wall in the right side of cooling cylinder 1 is provided with the first small loose slot 107 and the first ventilation hole 108, and the first small loose slot 107 is located at first
The top of ventilation hole 108, the first small loose slot 107 and the first ventilation hole 108 are respectively positioned on the right side of the first big loose slot 106, the
One small loose slot 107 and the first ventilation hole 108 are connected with the first big loose slot 106, and oblique side wall is embedding in the right side of big cooling cylinder 1
Equipped with the first filter screen 17, the first filter screen 17 is located at the right side of triangle cooling bath 101, and 18 slidingtype of first baffle is located at the
In one big loose slot 106, first baffle 18 is located at the right side of the first filter screen 17, and first baffle 18 connects with the first filter screen 17
The upper end of touching, 18 right side of first baffle is connected with the first motion bar 19, and 19 slidingtype of the first motion bar is located at the first small loose slot
In 107, first baffle 18 is provided with third venting hole 181, and third venting hole 181 is located at the lower section of the first motion bar 19, big cooling
Tiltedly side wall is provided with the second largest loose slot 109 on a left side for cylinder 1, and the left outside oblique side wall of big cooling cylinder 1 is provided with the second small loose slot 110 and the
Two ventilation holes 111, the second small loose slot 110 are located at the top of the second ventilation hole 111, the second small loose slot 110 and the second ventilation
Hole 111 is respectively positioned on the left side of the second largest loose slot 109, the second small loose slot 110 and the second ventilation hole 111 with the second largest activity
Slot 109 is connected, and the left inside oblique side wall of big cooling cylinder 1 is embedded with the second filter screen 20, and it is cold that the second filter screen 20 is located at triangle
But the left side of slot 101,21 slidingtype of second baffle are located in the second largest loose slot 109, and second baffle 21 is located at the second filter screen
20 left side, second baffle 21 are in contact with the second filter screen 20, and the upper end in 21 left side of second baffle is connected with the second motion bar
22,22 slidingtype of the second motion bar is located in the second small loose slot 110, and second baffle 21 is provided with the 4th ventilation hole 211, four-way
Air holes 211 is located at the lower section of the second motion bar 22.
It further include having cover 31, connecting tube 32, the second valve 33, blower 34, air filter 35 and pedestal 36, it is big cooling
The outer tiltedly side wall in the right side of cylinder 1 is connected with cover 31, and cover 31 is located at the lower section of the first small loose slot 107, and the first ventilation hole 108 is located at
In cover 31, the bottom of cover 31 is connected with connecting tube 32, and the second valve 33 and blower 34, blower 34 are equipped in connecting tube 32
Positioned at the lower section of the second valve 33, the lower end of connecting tube 32 is connected with air filter 35, and pedestal 36 is located at blower 34, air mistake
The lower section of filter 35 and big cooling cylinder 1, big cooling cylinder 1, blower 34 and air filter 35 are connected with pedestal 36.
It further include having the first guide rod 41, the first elevator 42, the second guide rod 43 and the second elevator 44, big cooling cylinder
The outer tiltedly side wall in 1 right side is connected with the first guide rod 41, and big cooling cylinder 1 is connected by way of welded connecting with the first guide rod 41
It connecing, the first guide rod 41 is located at the top of the first small loose slot 107, and the first elevator 42 is located at the right side of big cooling cylinder 1, and first
Elevator 42 is in contact with big cooling cylinder 1, and the top of the first elevator 42 is provided with the first pilot hole 421, the first guide rod 41
In in the first pilot hole 421, the first elevator 42 is in contact with the first guide rod 41, and the lower part of the first elevator 42 is provided with first
Jack 422, the first jack 422 is corresponding with the first motion bar 19, and the lower end of the first elevator 42 is provided with the first arc-shaped slot
423, the first motion bar 19 is located in the first arc-shaped slot 423, and the first elevator 42 is located at the top of the first motion bar 19, and first
Elevator 42 is in contact with the first motion bar 19, and the left outside oblique side wall of big cooling cylinder 1 is connected with the second guide rod 43, big cooling cylinder
1 is connect by way of welded connecting with the second guide rod 43, and the second guide rod 43 is located at the top of the second small loose slot 110,
Second elevator 44 is located at the left side of big cooling cylinder 1, and the second elevator 44 is in contact with big cooling cylinder 1, the second elevator 44
Top is provided with the second pilot hole 441, and the second guide rod 43 is located in the second pilot hole 441, the second guide rod 43 and the second lifting
Block 44 is in contact, and the lower part of the second elevator 44 is provided with the second jack 442, and the lower end of the second elevator 44 is provided with the second arc card
Slot 443, the second motion bar 22 are located in the second arc-shaped slot 443, and the second elevator 44 is located at the top of the second motion bar 22, the
Two elevators 44 are in contact with the second motion bar 22.
Embodiment 4
A kind of type cooling device easy to use for bio-feritlizer, as shown in Figs 1-4, include big cooling cylinder 1, feed hopper 2,
Big baffle 3, driving lever 4, water inlet pipe 5, check valve 6, drainpipe 7, the first valve 8, the first big rotary shaft 9, the first big rotating roller 10,
The second largest rotary shaft 11, the second largest rotating roller 12, the third-largest rotary shaft 13, the third-largest rotating roller 14, endless belt 15, material scraping plate
16, the first filter screen 17, first baffle 18, the first motion bar 19, the second filter screen 20, second baffle 21 and the second motion bar
22, the middle and upper part of big cooling cylinder 1 is provided with triangle cooling bath 101, and the lower part of big cooling cylinder 1 is provided with Rectangular Water Trough 102, rectangle water
Slot 102 is located at the lower section of triangle cooling bath 101, and the top of big cooling cylinder 1 is connected with feed hopper 2, and feed hopper 2 and triangle are cold
But slot 101 is connected, and the rear wall of big cooling cylinder 1 is provided with discharge gate 103, after discharge gate 103 is located at triangle cooling bath 101
Side, discharge gate 103 are connected with triangle cooling bath 101, and big cooling cylinder 1 is provided with rectangular channel 104, and rectangular channel 104 is located at triangle
The rear of shape cooling bath 101, rectangular channel 104 are connected with discharge gate 103, and the rear wall of big cooling cylinder 1 is provided with lifting groove 105,
Lifting groove 105 is located at the top of discharge gate 103, and lifting groove 105 is located at the rear of rectangular channel 104, lifting groove 105 and rectangular channel
104 are connected, and big baffle 3 is located in discharge gate 103 and rectangular channel 104, and big baffle 3 is for blocking discharge gate 103, big baffle
3 are slidably matched with rectangular channel 104, and the rear side of big baffle 3 is connected with driving lever 4, and 4 slidingtype of driving lever is located in lifting groove 105, big cold
But the lower part on 1 right side of cylinder is connected with water inlet pipe 5, check valve 6 is equipped on water inlet pipe 5, water inlet pipe 5 is connected with Rectangular Water Trough 102
Logical, the lower part in big 1 left side of cooling cylinder is connected with drainpipe 7, and the first valve 8, drainpipe 7 and rectangle water are equipped on drainpipe 7
Slot 102 is connected, and the first big rotary shaft 9 is located in triangle cooling bath 101, the side wall of the first big rotary shaft 9 and big cooling cylinder 1
Rotation connection, for the middle part fixing sleeve of the first big rotating roller 10 in the first big rotary shaft 9, it is big that the second largest rotary shaft 11 is located at first
The lower right of rotating roller 10, the second largest rotary shaft 11 and the side wall of big cooling cylinder 1 are rotatablely connected, the middle part of the second largest rotating roller 12
For fixing sleeve in the second largest rotary shaft 11, the third-largest rotary shaft 13 is located at the left side of the second largest rotating roller 12, the third-largest rotary shaft
13 are rotatablely connected with the side wall of big cooling cylinder 1, and the middle part fixing sleeve of the third-largest rotating roller 14 is in the third-largest rotary shaft 13, third
Big rotating roller 14 is located at the lower left of the first big rotating roller 10, the first big rotating roller 10, the second largest rotating roller 12 and the third-largest rotation
Transfer roller 14 is respectively positioned in triangle cooling bath 101, and 15 sets of endless belt in the first big rotating roller 10, the second largest rotating roller 12 and
In three big rotating rollers 14, the first big rotating roller 10, the second largest rotating roller 12 and the third-largest rotating roller 14 with 15 phase of endless belt
Contact, the outside of endless belt 15 are connected with material scraping plate 16, and tiltedly side wall is provided with the first big loose slot 106 on the right side of big cooling cylinder 1, greatly
The outer tiltedly side wall in the right side of cooling cylinder 1 is provided with the first small loose slot 107 and the first ventilation hole 108, and the first small loose slot 107 is located at first
The top of ventilation hole 108, the first small loose slot 107 and the first ventilation hole 108 are respectively positioned on the right side of the first big loose slot 106, the
One small loose slot 107 and the first ventilation hole 108 are connected with the first big loose slot 106, and oblique side wall is embedding in the right side of big cooling cylinder 1
Equipped with the first filter screen 17, the first filter screen 17 is located at the right side of triangle cooling bath 101, and 18 slidingtype of first baffle is located at the
In one big loose slot 106, first baffle 18 is located at the right side of the first filter screen 17, and first baffle 18 connects with the first filter screen 17
The upper end of touching, 18 right side of first baffle is connected with the first motion bar 19, and 19 slidingtype of the first motion bar is located at the first small loose slot
In 107, first baffle 18 is provided with third venting hole 181, and third venting hole 181 is located at the lower section of the first motion bar 19, big cooling
Tiltedly side wall is provided with the second largest loose slot 109 on a left side for cylinder 1, and the left outside oblique side wall of big cooling cylinder 1 is provided with the second small loose slot 110 and the
Two ventilation holes 111, the second small loose slot 110 are located at the top of the second ventilation hole 111, the second small loose slot 110 and the second ventilation
Hole 111 is respectively positioned on the left side of the second largest loose slot 109, the second small loose slot 110 and the second ventilation hole 111 with the second largest activity
Slot 109 is connected, and the left inside oblique side wall of big cooling cylinder 1 is embedded with the second filter screen 20, and it is cold that the second filter screen 20 is located at triangle
But the left side of slot 101,21 slidingtype of second baffle are located in the second largest loose slot 109, and second baffle 21 is located at the second filter screen
20 left side, second baffle 21 are in contact with the second filter screen 20, and the upper end in 21 left side of second baffle is connected with the second motion bar
22,22 slidingtype of the second motion bar is located in the second small loose slot 110, and second baffle 21 is provided with the 4th ventilation hole 211, four-way
Air holes 211 is located at the lower section of the second motion bar 22.
It further include having cover 31, connecting tube 32, the second valve 33, blower 34, air filter 35 and pedestal 36, it is big cooling
The outer tiltedly side wall in the right side of cylinder 1 is connected with cover 31, and cover 31 is located at the lower section of the first small loose slot 107, and the first ventilation hole 108 is located at
In cover 31, the bottom of cover 31 is connected with connecting tube 32, and the second valve 33 and blower 34, blower 34 are equipped in connecting tube 32
Positioned at the lower section of the second valve 33, the lower end of connecting tube 32 is connected with air filter 35, and pedestal 36 is located at blower 34, air mistake
The lower section of filter 35 and big cooling cylinder 1, big cooling cylinder 1, blower 34 and air filter 35 are connected with pedestal 36.
It further include having the first guide rod 41, the first elevator 42, the second guide rod 43 and the second elevator 44, big cooling cylinder
The outer tiltedly side wall in 1 right side is connected with the first guide rod 41, and the first guide rod 41 is located at the top of the first small loose slot 107, and first liter
Drop block 42 is located at the right side of big cooling cylinder 1, and the first elevator 42 is in contact with big cooling cylinder 1, and the top of the first elevator 42 is opened
There is the first pilot hole 421, the first guide rod 41 is located in the first pilot hole 421, the first elevator 42 and 41 phase of the first guide rod
Contact, the lower part of the first elevator 42 are provided with the first jack 422, and the first jack 422 is corresponding with the first motion bar 19, and first liter
The lower end of drop block 42 is provided with the first arc-shaped slot 423, and the first motion bar 19 is located in the first arc-shaped slot 423, the first elevator
42 are located at the top of the first motion bar 19, and the first elevator 42 is in contact with the first motion bar 19, the left outside oblique side of big cooling cylinder 1
Wall is connected with the second guide rod 43, and the second guide rod 43 is located at the top of the second small loose slot 110, and the second elevator 44 is located at big
The left side of cooling cylinder 1, the second elevator 44 are in contact with big cooling cylinder 1, and the top of the second elevator 44 is provided with the second pilot hole
441, the second guide rod 43 is located in the second pilot hole 441, and the second guide rod 43 is in contact with the second elevator 44, the second lifting
The lower part of block 44 is provided with the second jack 442, and the lower end of the second elevator 44 is provided with the second arc-shaped slot 443, the second motion bar 22
In the second arc-shaped slot 443, the second elevator 44 is located at the top of the second motion bar 22, and the second elevator 44 and second is living
Lever 22 is in contact.
It further include having first bevel gear 51, second bevel gear 52 and rotating electric machine 53, the rear end connection of the first big rotary shaft 9
There is first bevel gear 51, the first big rotary shaft 9 is connect by way of welded connecting with first bevel gear 51, first bevel gear 51
Positioned at the rear of big cooling cylinder 1, second bevel gear 52 is located at the back lower place of first bevel gear 51, second bevel gear 52 and the first cone
Gear 51 is meshed, and the upper end of 53 output shaft of rotating electric machine is connected with second bevel gear 52, the front side wall of rotating electric machine 53 with
The rear wall of big cooling cylinder 1 is connected.
In the present invention, cold water is added in Rectangular Water Trough 102 by water inlet pipe 5 first, then by life to be cooled
Object fertilizer is added in triangle cooling bath 101 by feed hopper 2, while driving the first rotation greatly by the first big rotary shaft 9
Roller 10 is rotated, and the first big rotating roller 10 drives endless belt 15 and material scraping plate 16 to be moved, second largest 12 He of rotating roller
The third-largest rotating roller 14 is that endless belt 15 provides rotation guiding auxiliary, and material scraping plate 16 drives bio-feritlizer to be cooled to three
Bottom in angular cooling bath 101, bio-feritlizer to be cooled is cooled down by the cold water in Rectangular Water Trough 102 at this time, to water
After heating, the first valve 8 can be opened, be discharged by drainpipe 7, then changed new cold water and cooled down, but also can be with
First motion bar 19 and the second motion bar 22 are pulled up, drive first baffle 18 and second baffle 21 to move upwards respectively,
And it is aligned third venting hole 181 with the first ventilation hole 108, while be aligned the 4th ventilation hole 211 with the second ventilation hole 111,
Cooling, the first filter screen 17 and the second filter screen can be aerated to the bio-feritlizer to be cooled in triangle cooling bath 101
20 can prevent bio-feritlizer to be blown out triangle cooling bath 101 can pull up driving lever 4 and big baffle 3 after cooling
It is dynamic, so that discharge gate 103 be opened, bio-feritlizer after cooling can be discharged, and material scraping plate 16 can prevent bio-fertilizer
Material is bonded on the cell wall of triangle cooling bath 101, easy to use.
It can star blower 34 at this time, and open the second valve 33, to pass through connecting tube 32 for 35 mistake of air filter
In air delivery to cover 31 after filter, and triangle cooling bath is transported to by the first ventilation hole 108 and third venting hole 181
In 101, to efficiently be cooled down to bio-feritlizer to be cooled, cooling effect is more preferable.
The first elevator 42 and the second elevator 44 can respectively keep off the first motion bar 19 and the second motion bar 22 at this time
It firmly, can be to the first elevator 42 and the second lifting when needing to stir the first motion bar 19 and the second motion bar 22
Block 44 pulls up, and by the first motion bar 19 and the second motion bar 22 respectively from the first arc-shaped slot 423 and the second arc card
It removes in slot 443, the first motion bar 19 and the second motion bar 22 can be pulled upwards at this time, and by the first motion bar 19
It pulls up to the lower section of the first jack 422, then the first elevator 42 is moved downward, and the first motion bar 19 is inserted into
In first jack 422, so that first baffle 18 be fixed, and make third venting hole 181 and the holding pair of the first ventilation hole 108
Together, but also the second motion bar 22 can be moved upwards up to the lower section of the second jack 442, then downwards to the second elevator 44
It is mobile, and the second motion bar 22 is inserted into the second jack 442, second baffle 21 can be fixed, at this time the 4th ventilation
Hole 211 is aligned with the holding of the second ventilation hole 111, is vacateed hand convenient for staff and is carried out other operations.
It can star rotating electric machine 53 at this time to be operated, rotating electric machine 53 drives second bevel gear 52 to be rotated, the
Two bevel gears 52 are to drive first bevel gear 51 to be rotated, and first bevel gear 51 is to drive the first big rotary shaft 9 and the
One big rotating roller 10 is rotated, and replaces manual operation using rotating electric machine 53, more time saving and energy saving.
The application is described in detail above, used herein principle and embodiment party of the specific case to the application
Formula is expounded, the description of the example is only used to help understand the method for the present application and its core ideas；Meanwhile it is right
In those of ordinary skill in the art, according to the thought of the application, change is had in specific embodiments and applications
Place, in conclusion the contents of this specification should not be construed as limiting the present application.
Claims (4)
1. a kind of type cooling device easy to use for bio-feritlizer, include big cooling cylinder, feed hopper, big baffle, driving lever,
Water inlet pipe, check valve, drainpipe, the first valve, the first big rotary shaft, the first big rotating roller, the second largest rotary shaft, the second largest rotation
Transfer roller, the third-largest rotary shaft, the third-largest rotating roller and endless belt, the middle and upper part of big cooling cylinder are provided with triangle cooling bath, greatly
The lower part of cooling cylinder is provided with Rectangular Water Trough, and Rectangular Water Trough is located at the lower section of triangle cooling bath, is connected at the top of big cooling cylinder
Feed hopper, feed hopper are connected with triangle cooling bath, and the rear wall of big cooling cylinder is provided with discharge gate, and discharge gate is located at triangle
The rear of cooling bath, discharge gate are connected with triangle cooling bath, and big cooling cylinder is provided with rectangular channel, and it is cold that rectangular channel is located at triangle
But the rear of slot, rectangular channel are connected with discharge gate, and the rear wall of big cooling cylinder is provided with lifting groove, and lifting groove is located at discharge gate
Top, lifting groove are located at the rear of rectangular channel, and lifting groove is connected with rectangular channel, and big baffle is located in discharge gate and rectangular channel,
For blocking discharge gate, big baffle is slidably matched big baffle with rectangular channel, and driving lever, driving lever sliding are connected on rear side of big baffle
Formula is located in lifting groove, and the lower part on the right side of big cooling cylinder is connected with water inlet pipe, and check valve, water inlet pipe and square are equipped on water inlet pipe
Shape sink is connected, and the lower part on the left of big cooling cylinder is connected with drainpipe, and the first valve, drainpipe and square are equipped on drainpipe
Shape sink is connected, and the first big rotary shaft is located in triangle cooling bath, and the side wall of the first big rotary shaft and big cooling cylinder rotates
Connection, for the middle part fixing sleeve of the first big rotating roller in the first big rotary shaft, the second largest rotary shaft is located at the first big rotating roller
The side wall of lower right, the second largest rotary shaft and big cooling cylinder is rotatablely connected, and the middle part fixing sleeve of the second largest rotating roller is second largest
In rotary shaft, the third-largest rotary shaft is located at the left side of the second largest rotating roller, the side wall rotation of the third-largest rotary shaft and big cooling cylinder
Connection, for the middle part fixing sleeve of the third-largest rotating roller in the third-largest rotary shaft, the third-largest rotating roller is located at the first big rotating roller
Lower left, the first big rotating roller, the second largest rotating roller and the third-largest rotating roller are respectively positioned in triangle cooling bath, endless belt set
In the first big rotating roller, the second largest rotating roller and the third-largest rotating roller, the first big rotating roller, the second largest rotating roller and the third-largest
Rotating roller is in contact with endless belt, which is characterized in that further includes having material scraping plate, the first filter screen, first baffle, first to live
Lever, the second filter screen, second baffle and the second motion bar are connected with material scraping plate, the right side of big cooling cylinder on the outside of endless belt
Oblique side wall is provided with the first big loose slot, and the outer tiltedly side wall in the right side of big cooling cylinder is provided with the first small loose slot and the first ventilation hole, and first
Small loose slot is located at the top of the first ventilation hole, and the first small loose slot and the first ventilation hole are respectively positioned on the right side of the first big loose slot
Side, the first small loose slot and the first ventilation hole are connected with the first big loose slot, and oblique side wall is embedded in the right side of big cooling cylinder
First filter screen, the first filter screen are located at the right side of triangle cooling bath, and first baffle slidingtype is located in the first big loose slot,
First baffle is located at the right side of the first filter screen, and first baffle is in contact with the first filter screen, and the upper end on the right side of first baffle connects
It is connected to the first motion bar, the first motion bar slidingtype is located in the first small loose slot, and first baffle is provided with third venting hole, third
Ventilation hole is located at the lower section of the first motion bar, and tiltedly side wall is provided with the second largest loose slot on a left side for big cooling cylinder, big cooling cylinder it is left outside
Oblique side wall is provided with the second small loose slot and the second ventilation hole, and the second small loose slot is located at the top of the second ventilation hole, the second small work
Dynamic slot and the second ventilation hole are respectively positioned on the left side of the second largest loose slot, the second small loose slot and the second ventilation hole with the second largest work
Dynamic slot is connected, and the left inside oblique side wall of big cooling cylinder is embedded with the second filter screen, and the second filter screen is located at triangle cooling bath
Left side, second baffle slidingtype are located in the second largest loose slot, and second baffle is located at the left side of the second filter screen, second baffle with
Second filter screen is in contact, and the upper end on the left of second baffle is connected with the second motion bar, and the second motion bar slidingtype is located at second
In small loose slot, second baffle is provided with the 4th ventilation hole, and the 4th ventilation hole is located at the lower section of the second motion bar.
2. a kind of type cooling device easy to use for bio-feritlizer according to claim 1, which is characterized in that also wrap
Cover, connecting tube, the second valve, blower, air filter and pedestal are included, the outer tiltedly side wall in the right side of big cooling cylinder is connected with cover
Son, cover are located at the lower section of the first small loose slot, and the first ventilation hole is located in cover, and the bottom of cover is connected with connecting tube, even
Second valve and blower are installed, blower is located at the lower section of the second valve, and the lower end of connecting tube is connected with air filtration on adapter tube
Device, pedestal are located at the lower section of blower, air filter and big cooling cylinder, and big cooling cylinder, blower and air filter are and pedestal
It is connected.
3. a kind of type cooling device easy to use for bio-feritlizer according to claim 2, which is characterized in that also wrap
The first guide rod, the first elevator, the second guide rod and the second elevator are included, the outer tiltedly side wall in the right side of big cooling cylinder is connected with the
One guide rod, the first guide rod are located at the top of the first small loose slot, and the first elevator is located at the right side of big cooling cylinder, and first liter
Drop block is in contact with big cooling cylinder, and the top of the first elevator is provided with the first pilot hole, and the first guide rod is located at the first pilot hole
Interior, the first elevator is in contact with the first guide rod, and the lower part of the first elevator is provided with the first jack, and the first jack and first live
Lever is corresponding, and the lower end of the first elevator is provided with the first arc-shaped slot, and the first motion bar is located in the first arc-shaped slot, and first
Elevator is located at the top of the first motion bar, and the first elevator is in contact with the first motion bar, the left outside oblique side wall of big cooling cylinder
It is connected with the second guide rod, the second guide rod is located at the top of the second small loose slot, and the second elevator is located at a left side for big cooling cylinder
Side, the second elevator are in contact with big cooling cylinder, and the top of the second elevator is provided with the second pilot hole, and the second guide rod is located at the
In two pilot holes, the second guide rod is in contact with the second elevator, and the lower part of the second elevator is provided with the second jack, the second lifting
The lower end of block is provided with the second arc-shaped slot, and the second motion bar is located in the second arc-shaped slot, and the second elevator is located at the second activity
The top of bar, the second elevator are in contact with the second motion bar.
4. a kind of type cooling device easy to use for bio-feritlizer according to claim 3, which is characterized in that also wrap
First bevel gear, second bevel gear and rotating electric machine are included, the rear end of the first big rotary shaft is connected with first bevel gear, the first cone
Gear is located at the rear of big cooling cylinder, and second bevel gear is located at the back lower place of first bevel gear, second bevel gear and the first cone tooth
Wheel is meshed, and the upper end of rotating electric machine output shaft is connected with second bevel gear, the front side wall of rotating electric machine and big cooling cylinder
Rear wall is connected.
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| CN201910789124.5A CN110455025B (en) | 2019-08-26 | 2019-08-26 | A convenient to use type cooling device for bio-feritlizer |
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| CN201910789124.5A CN110455025B (en) | 2019-08-26 | 2019-08-26 | A convenient to use type cooling device for bio-feritlizer |
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| JPH08214712A (en) * | 1995-02-10 | 1996-08-27 | Kubota Corp | Setup of spray nozzle in culturing house |
| JP4776982B2 (en) * | 2005-05-27 | 2011-09-21 | 東部産業株式会社 | Wood chip manufacturing method, wood crushing screen, wood crusher, and wood chip |
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| Publication number | Publication date |
|---|---|
| CN110455025B (en) | 2021-09-10 |
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