CN104738596B - Lentinus edodes stem floss forming machine - Google Patents
Lentinus edodes stem floss forming machine Download PDFInfo
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- CN104738596B CN104738596B CN201510169373.6A CN201510169373A CN104738596B CN 104738596 B CN104738596 B CN 104738596B CN 201510169373 A CN201510169373 A CN 201510169373A CN 104738596 B CN104738596 B CN 104738596B
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- tulwar
- cutter
- main shaft
- cutterhead
- spiral section
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Abstract
The invention discloses a lentinus edodes stem floss forming machine. The machine comprises at least one rack, a striking and floss forming device, a floss forming barrel, a main transmission device, an air blower and an air blower motor, wherein the air blower is driven through the air blower motor; the striking and floss forming device comprises a main shaft and cutters; the cutters fixedly sleeve the main shaft; the main transmission device comprises a main motor, a large synchronizing belt pulley, a small synchronizing belt pulley and a synchronizing belt; the large synchronizing belt wheel fixedly sleeves an output shaft of the main motor; all the cutters of the striking and floss forming device are positioned in the floss forming barrel; two ends of the main shaft penetrate through the sidewall of the floss forming barrel so as to be respectively fixed to the rack through bearings; the small synchronizing belt pulley fixedly sleeves one end of the main shaft and is connected with the large synchronizing belt pulley through the synchronizing belt; a feeding bucket is arranged on the top of the floss forming barrel; a discharging opening is formed in the bottom of the floss forming barrel and is connected with an air inlet of the air blower through an air tube. The machine is simple in structure, ingenious in design, good in floss forming effect, and high in floss forming efficiency, can be used for continuously processing lentinus edodes stems, and is suitable for industrial production.
Description
Technical field
The present invention relates to processing of farm products equipment technical field is and in particular to a kind of mushroom stems Cheng Songji.
Background technology
Lentinus Edodess are one of China's special products, and nutritive value and medical value are very high.In recent years, China's Lentinus Edodess industry was vigorously sent out
Exhibition.In the Lentinus Edodess course of processing, produce a large amount of mushroom stems.Scholar's research is had to show that mushroom stems nutritive value is suitable with Lentinus Edodess umbrella,
But mushroom handle fiber content is high, directly eats, palatability is poor, substantial amounts of mushroom stems go out of use, so not only waste of resource, and
It is also a kind of pollution to environment.Therefore, there is scholar to propose for mushroom stems to be processed into pine, for modern food processing, so both may be used
To avoid discarded mushroom stems, to environment, dietary fiber and other nutrition of aunt's handle can also be made full use of simultaneously
It is worth.But due to mushroom stems small volume, manually carry out into pine and operate very difficult, and take a substantial amount of time, cause
The cost that mushroom stems are processed into pine is too high, and this is that food processing company is unaffordable.
Content of the invention
In order to solve the problems, such as above-mentioned prior art, the invention provides a kind of mushroom stems Cheng Songji, this one-tenth pine machine
Structure is simple, design is ingenious, become loose effect good with becomes pine efficiency high, and energy Continuous maching mushroom stems, suitable industrialized production.
Realizing the technical scheme that above-mentioned purpose of the present invention adopted is:
A kind of mushroom stems Cheng Songji, at least include frame, hit into loose device, become metal, main drive, blower fan and wind
Dynamo-electric machine, the input shaft of blower fan is fixedly connected with the output shaft of blower motor, and described strike becomes loose device to include main shaft and knife
Tool, cutter is fixedly set on main shaft (8), described actuating device include main motor, big synchronous pulley, small synchronous pulley and
Timing Belt, becomes metal, blower fan and active motor to be arranged in frame, big synchronous pulley is fixedly set in the output shaft of main motor
On, the cutter hitting into loose device is respectively positioned on in metal, and the two ends of main shaft pass through into the side wall of metal, and to pass through bearing respectively solid
It is scheduled in frame, small synchronous pulley is fixedly set on an axle head of main shaft, and small synchronous pulley is just being located at big synchronous pulley
Top, small synchronous pulley is connected with big synchronous pulley by Timing Belt, becomes metal top to be provided with feed hopper, becomes metal bottom to be provided with
Discharge port, discharge port is tightly connected by the air inlet of airduct and blower fan.
Described cutter includes tulwar a, tulwar b, tulwar c, tulwar d and cutterhead, tulwar a, tulwar b, tulwar c and tulwar d
Along the circumferential direction uniformly it is fixedly installed on cutterhead, tulwar a, the direction of the tip direction successively of tulwar b, tulwar c and tulwar d are
Clockwise, cutter has more than 6, and all of cutter is equally spacedly fixed on main shaft successively by cutterhead, all of knife
Tool is divided into formal dress spiral section, conventional section, instead fills spiral section along the axial direction of main shaft, formal dress spiral section, conventional section, anti-dress spiral
Cutter in section all has two or more, on the same axial direction of main shaft, in formal dress spiral section: the tulwar on a cutter afterwards
Tulwar a on the relatively previous cutter of a turns clockwise 45 ° around main shaft circumference；In conventional section: the tulwar a of each cutter and formal dress
The angle of the tulwar a on first cutter of spiral section is 45 ° or 90 °；In anti-dress spiral section: the equal level of all cutters is turned over
It is installed on main shaft after turning 180 °, and the tulwar a on the relatively previous cutter of the tulwar a on a rear cutter is around main shaft circumference clockwise
45 ° of rotation, the angle of the tulwar a of each cutter in tulwar a and conventional section on first cutter of anti-dress spiral section is 45 °
Or 90 °, feed hopper is located above formal dress spiral section, and discharge port is located at below anti-dress spiral section.
Three circle bolts hole are along the circumferential direction provided with each cutterhead, often circle bolt hole is made up of four pairs of bolts hole, and four is right
Bolt hole is evenly distributed on cutterhead (17), and on each circle bolt hole, corresponding bolt hole turns clockwise around cutterhead circumference successively
30 °, tulwar a on each cutterhead, tulwar b, tulwar c, tulwar d pass through four pairs of spiral shells of wherein one circle bolt hole on each cutterhead respectively
Keyhole is fixedly mounted on each cutterhead.
The sleeve equal with cutterhead quantity is fixed with main shaft, all length sleeves are all equal, main shaft, each sleeve and each knife
It is respectively equipped with keyway, each cutterhead is fixedly set on each sleeve and axle respectively by key on disk.
The top of described one-tenth metal, bottom inside are provided with and the mesh screen becoming metal inwall to be flexibly connected.
Charging guide cone is installed in described feed hopper.
Also include cyclone, the entrance of cyclone is connected with the air outlet of blower fan.
Airduct is provided with tune wind groove with the inwall of discharge port junction, adjusts and is provided with air regulating board, air regulating board level in wind groove
Install, and the side of air regulating board is movably installed in tune wind groove.
Compared with prior art, advantages and advantages of the invention are:
1) this one-tenth pine machine structure is simple, and easily, thus low cost of manufacture is it is easy to promote, suitable food processing for processing and manufacturing
Company uses, especially snack food processing factory.
2) mushroom stems are processed into pine under hitting into the interaction of loose device and blower fan by this one-tenth pine machine, not only Cheng Songxiao
Really good, become the loose time short, become loose efficiency high, and process throughput is big, Continuous maching can process, be particularly suitable for industrial metaplasia
Produce.
3) this one-tenth pine machine is connected with cyclone in the air outlet of blower fan, and cyclone can be by dried xianggu mushroom floss and perfume
Mushroom powder initial gross separation, thus realize the preliminary screening of dried xianggu mushroom floss.
Brief description
The structural representation of mushroom stems Cheng Songji that Fig. 1 provides for the present invention.
Fig. 2 is the front view of Fig. 1.
Fig. 3 is the top view of Fig. 1.
Fig. 4 is the left view of Fig. 1.
Fig. 5 is the structural representation hitting into loose device.
Fig. 6 is the left view of Fig. 5.
Fig. 7 is the structural representation of cutterhead.
Wherein, 1- frame, 2- blower motor, 3- blower fan, 4- cyclone, 5- becomes metal, 6- feed hopper, 7- axle
Hold, 8- main shaft, 9- small synchronous pulley, 10- Timing Belt, the big synchronous pulley of 11-, 12- main motor, 13- tulwar a, 14- tulwar b,
15- tulwar c, 16- tulwar d, 17- cutterhead, 18- bolt hole, 19- guide cone, 20- adjusts wind groove, 21- air regulating board, 22- sleeve, 23-
Mesh screen.
Specific embodiment
Below in conjunction with the accompanying drawings the present invention is specifically described.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, this one-tenth pine machine at least includes the structure of mushroom stems Cheng Songji that the present invention provides
Frame 1, hit into loose device, become metal 5, main drive, blower fan 3 and blower motor 2, blower motor is fixed on blower fan,
And the input shaft of blower fan is fixedly connected with the output shaft of blower motor.
As shown in figure 5, described strike becomes loose device to include main shaft 8 and cutter, described cutter includes tulwar a13, curved
Knife b14, tulwar c15, tulwar d16 and cutterhead 17, tulwar a13, tulwar b14, tulwar c15 and tulwar d16 all same, tulwar a13,
Tulwar b14, tulwar c15 and tulwar d16 are along the circumferential direction uniformly fixedly installed on cutterhead 17, and that is, tulwar a13 and tulwar b15 is in
Antisymmetry is installed, and tulwar a14 and tulwar b16 is in that antisymmetry is installed, tulwar a13, the axis of symmetry of tulwar b15 and tulwar a14, tulwar
The axis of symmetry of b16 is vertical.Tulwar a, the tip direction successively of tulwar b, tulwar c and tulwar d are clockwise, and curved
Knife a, the tip of tulwar b, tulwar c and tulwar d are located on same circumference so that overall being shaped like in corner windmill of cutter
The wind wheel of toy, as shown in Figure 6.Three circle bolts hole 18 are along the circumferential direction provided with each cutterhead 17, often circle bolt hole is right by four
Bolt hole 18 forms, and four pairs of bolts hole are evenly distributed on cutterhead (17), respectively encloses corresponding bolt hole on bolt hole successively
Turn clockwise 30 ° around cutterhead circumference, as shown in Figure 7.Tulwar a13 on each cutterhead, tulwar b14, tulwar c15, tulwar d16 divide
It is not fixedly mounted on each cutterhead by four pairs of bolts hole of wherein one circle bolt hole on each cutterhead.Corresponding bolt herein
Hole is defined as follows: three circle bolts hole on each cutterhead are respectively designated as a, b and c circle bolt hole, four pairs of bolts on a circle bolt hole
By being respectively designated as a-a, b-b, c-c, d-d clockwise, on b circle bolt hole, the four pairs of bolts hole are by being respectively designated as e- clockwise in hole
E, f-f, g-g, h-h, on c circle bolt hole, the four pairs of bolts hole are by being respectively designated as j-j, k-k, m-m, l-l clockwise.Outside cutterhead
Footpath is 110mm, and during internal diameter 50mm, a, e and j are corresponding bolt hole, and b, f and k are corresponding bolt hole, other corresponding
Bolt hole the rest may be inferred.A, e and j successively around cutterhead circumference turn clockwise 30 °, and each pair bolt hole in two bolt hole axles
The distance of line is 12mm, and the distance in the middle of the distance between a, e axially bored line and e, j axially bored line is equal, and is 3mm.
Cutter has more than 6.The sleeve 22 equal with cutterhead quantity, main shaft, each sleeve and each cutterhead are fixed with main shaft
On be respectively equipped with keyway, each cutterhead is fixedly set on each sleeve 22 and axle respectively by key.The length of all sleeves 4 is identical,
So that all cutterheads are equally spacedly distributed on main shaft.Spacing between cutterhead can select the sleeve of different length to adjust
Section, adjusts collision and the rubbing frequency that the spacing between cutterhead can adjust material and tulwar, thus adjusting filamentation efficiency.
All of cutter is divided into formal dress spiral section, conventional section, instead fills spiral section, formal dress spiral along the axial direction of main shaft
Cutter on section, conventional section, anti-dress spiral section all has two or more, on the same axial direction of main shaft, in formal dress spiral section
In: the tulwar a on the relatively previous cutter of the tulwar a13 on a cutter turns clockwise 45 ° around main shaft circumference afterwards；In conventional section
In: the angle of the tulwar a on first cutter of the tulwar a13 of each cutter and formal dress spiral section is 45 ° or 90 °；Fill anti-
In spiral section: it is installed on main shaft after 180 ° of the equal flip horizontal of all cutters, and the relatively previous cutter of the tulwar a on a rear cutter
On tulwar a13 turn clockwise 45 around main shaft circumference, in the tulwar a on first cutter of anti-dress spiral section and conventional section
The angle of the tulwar a of each cutter is 45 ° or 90 °.In the present embodiment, cutter has 18, formal dress spiral section, conventional section, anti-dress
Spiral section all has 6 cutters.On the same axial direction of main shaft, in formal dress spiral section: the tulwar a on the 2nd cutter is relatively
Tulwar a on 1st cutter around main shaft circumference 45 ° clockwise, the tulwar a on the 3rd cutter is relative to the tulwar on the 2nd cutter
, around 45 ° clockwise of main shaft circumference, the relatively tulwar a on the 3rd cutter of the tulwar a on the 4th cutter is clockwise around main shaft circumference for a
45 °, by that analogy.In conventional section: the angle of the tulwar a on first cutter of the tulwar a on each cutter and formal dress spiral section
For 45 ° or 90 °, in anti-dress spiral section: be installed on main shaft after 180 ° of the equal flip horizontal of 6 cutters, the tulwar on the 2nd cutter
A relative to the tulwar a on the 1st cutter around main shaft circumference 45 ° clockwise, the tulwar a on the 3rd cutter is relative on the 2nd cutter
Tulwar a around 45 ° clockwise of main shaft circumference, the relatively tulwar a on the 3rd cutter of the tulwar a on the 4th cutter is circumferential around main shaft
45 ° clockwise, by that analogy.The tulwar a on each cutter in tulwar a and conventional section on first cutter of anti-dress spiral section
Angle be 45 ° or 90 °.
Described actuating device includes main motor 12, big synchronous pulley 11, small synchronous pulley 9 and Timing Belt 10, Cheng Song
Cylinder 5, blower fan 3 and active motor install 12 in frame 1.The top of described one-tenth metal, bottom inside are provided with and become metal inwall
The mesh screen 23 being flexibly connected, can expand this one-tenth pine machine to the adaptability pulverizing object by changing different mesh screens, increase simultaneously
Strong material and the rubbing of mesh screen, to improve into loose rate with this.The all cutters hitting into loose device are respectively positioned on in metal 5, main
The side wall that the two ends of axle 8 pass through into metal 5 is fixed in frame by bearing 7 respectively.Big synchronous pulley 11 is fixedly set in master
On the output shaft of motor 12, small synchronous pulley 9 is fixedly set on an axle head of main shaft 8, and small synchronous pulley 9 is located at Datong District
The surface of step belt wheel 11, small synchronous pulley 9 is connected with big synchronous pulley 11 by Timing Belt 10.Metal top is become to be provided with charging
Bucket 6, feed hopper is located above formal dress spiral section, is provided with charging guide cone 19 in feed hopper, after setting guide cone, not only can
Avoid once adding excessive material, be also prevented from simultaneously material with tulwar and mesh screen collision process in, from charging aperture
Fly out, cause potential safety hazard and the waste of material.Metal 5 bottom is become to be provided with discharge port, discharge port is located under anti-dress spiral section
Side.Discharge port is tightly connected by airduct with the air inlet of blower fan 3, realizes the control of discharge rate by adjusting the rotating speed of blower fan
System.Airduct is provided with tune wind groove with the inwall of discharge port junction, adjusts and is provided with air regulating board in wind groove, air regulating board is horizontally mounted,
And the side of air regulating board is movably installed in tune wind groove.Realize the regulation of air quantity by mobile air regulating board, thus adjusting discharging
Amount and discharging speed.
In order to preliminarily be screened to the mushroom floss of processing, in the air outlet of blower fan, cyclone is installed, from
The entrance of core type cleaner unit 4 is connected with the air outlet of blower fan 3.Cyclone not only can collect preliminary working dried xianggu mushroom floss, and
And can be by dried xianggu mushroom floss and mushroom powder initial gross separation, thus realizing the preliminary screening of dried xianggu mushroom floss.
The process of this one-tenth pine machining mushroom stems Cheng Song is as follows:
1) pretreatment of raw material；
2) distance of cutter and mesh screen is regulated according to the size of raw material.
3) preprocessed mushroom stems are added in metal at charging aperture, in becoming metal, mushroom stems and tulwar and net
Sieve is continually colliding, rubbing, and mushroom stems are constantly by shredding, pulverizing；
4) mushroom stems pulverized, by hitting into the traction of the tulwar in loose device down and under the suction of blower fan,
Gradually move to discharge port direction, moving process is processed to pine；
5) dried xianggu mushroom floss is under the suction of blower fan, first enters blower fan from discharge port, then from fan outlet enter from
In core type cleaner unit, dried xianggu mushroom floss is separated by cyclone with the mushroom powder being mingled with dried xianggu mushroom floss, obtains the mushroom floss of preliminary working.
Claims (7)
1. a kind of mushroom stems Cheng Songji, at least include frame (1) it is characterised in that: also include hitting into loose device, become metal
(5), main drive, blower fan (3) and blower motor (2), blower motor is fixed on blower fan, and the input shaft of blower fan and blower fan
The output shaft of motor is fixedly connected, and described strike becomes loose device to include main shaft (8) and cutter, and cutter is fixedly set in main shaft
(8), on, described actuating device includes main motor (12), big synchronous pulley (11), small synchronous pulley (9) and Timing Belt
(10), metal (5), blower fan (3) and main motor (12) is become to be arranged in frame (1), big synchronous pulley (11) is fixedly set in
On the output shaft of main motor (12), the cutter hitting into loose device is respectively positioned on in metal (5), and the two ends of main shaft (8) pass through
The side wall becoming metal (5) is fixed in frame by bearing (7) respectively, and small synchronous pulley is fixedly set on one end of main shaft,
And small synchronous pulley (9) is located at the surface of big synchronous pulley (11), small synchronous pulley (9) passes through Timing Belt and big synchronous pulley
(11) connect, become metal top to be provided with feed hopper (6), become metal (5) bottom to be provided with discharge port, discharge port is entered with blower fan (3)
Air port is tightly connected by airduct；
Described cutter includes tulwar a (13), tulwar b (14), tulwar c (15), tulwar d (16) and cutterhead (17), tulwar a
(13), tulwar b (14), tulwar c (15) and tulwar d (16) are along the circumferential direction uniformly fixedly installed on cutterhead (17), tulwar a,
The direction of the tip of tulwar b, tulwar c and tulwar d direction successively is clockwise, and cutter has more than 6, and all of cutter leads to
Cross cutterhead (17) to be equally spacedly fixed on successively on main shaft, all of cutter along main shaft axial direction be divided into formal dress spiral section,
Conventional section, anti-dress spiral section, the cutter on formal dress spiral section, conventional section, anti-dress spiral section all has two or more, same in main shaft
On one axial direction, in formal dress spiral section: the tulwar a on the relatively previous cutter of tulwar a (13) on a cutter is around main shaft afterwards
Circumference turns clockwise 45 °；In conventional section: curved on the tulwar a (13) of each cutter and first cutter of formal dress spiral section
The angle of knife a is 45 ° or 90 °；In anti-dress spiral section: it is installed on main shaft after 180 ° of the equal flip horizontal of all cutters, and
Tulwar a (13) on the relatively previous cutter of tulwar a on a cutter turns clockwise 45 ° around main shaft circumference afterwards, instead fills spiral section
First cutter on tulwar a and conventional section in the angle of the tulwar a of each cutter be 45 ° or 90 °, feed hopper is just located at
Above dress spiral section, discharge port is located at below anti-dress spiral section.
2. mushroom stems Cheng Songji according to claim 1 it is characterised in that: be along the circumferential direction provided with each cutterhead (17)
Three circles bolt hole (18), often enclose bolt hole and are made up of four pairs of bolts hole, and four pairs of bolts hole are evenly distributed on cutterhead (17), respectively
On circle bolt hole, corresponding bolt hole turns clockwise 30 ° around cutterhead circumference successively, the tulwar a (13) on each cutterhead, tulwar b
(14), tulwar c (15), tulwar d (16) pass through four pairs of bolt hole fixed installations of wherein one circle bolt hole on each cutterhead respectively
On each cutterhead.
3. mushroom stems Cheng Songji according to claim 2 it is characterised in that: be fixed with equal with cutterhead quantity on main shaft
Sleeve (22), all length sleeves are all equal, and main shaft (8), each sleeve (22) and each cutterhead (17) are respectively equipped with keyway, respectively
Cutterhead is fixedly set on each sleeve and axle respectively by key.
4. mushroom stems Cheng Songji according to claim 1 it is characterised in that: described become the top of metal, bottom inside set
The mesh screen (23) having and becoming metal inwall to be flexibly connected.
5. mushroom stems Cheng Songji according to claim 1 it is characterised in that: be provided with described feed hopper charging guiding
Cone (19).
6. mushroom stems Cheng Songji according to claim 1 it is characterised in that: also include cyclone (4), centrifugal
The entrance of cleaner unit (4) is connected with the air outlet of blower fan (3).
7. mushroom stems Cheng Songji according to claim 1 it is characterised in that: set on airduct and the inwall of discharge port junction
There is tune wind groove (20), adjust, in wind groove, air regulating board (21) is installed, air regulating board (21) is horizontally mounted, and the side activity peace of air regulating board
It is loaded in tune wind groove (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510169373.6A CN104738596B (en) | 2015-04-10 | 2015-04-10 | Lentinus edodes stem floss forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510169373.6A CN104738596B (en) | 2015-04-10 | 2015-04-10 | Lentinus edodes stem floss forming machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104738596A CN104738596A (en) | 2015-07-01 |
| CN104738596B true CN104738596B (en) | 2017-01-25 |
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ID=53579296
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510169373.6A Active CN104738596B (en) | 2015-04-10 | 2015-04-10 | Lentinus edodes stem floss forming machine |
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Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201183004Y (en) * | 2008-03-19 | 2009-01-21 | 华中农业大学 | Grinding chamber width adjustable hammering-sheet type disintegrator |
| CN201409441Y (en) * | 2009-03-20 | 2010-02-24 | 华中农业大学 | Fish pounding machine capable of forming fish floss through pounding |
| CN204560857U (en) * | 2015-04-10 | 2015-08-19 | 华中农业大学 | A kind of mushroom stems Cheng Songji |
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