CN206597595U - Food processing research of super-pine crush equipment - Google Patents
Food processing research of super-pine crush equipment Download PDFInfo
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- CN206597595U CN206597595U CN201720212412.0U CN201720212412U CN206597595U CN 206597595 U CN206597595 U CN 206597595U CN 201720212412 U CN201720212412 U CN 201720212412U CN 206597595 U CN206597595 U CN 206597595U
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- housing
- secondary filtration
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- food processing
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Abstract
The utility model is related to a kind of food processing research of super-pine crush equipment.It solves the existing low technical problem of food processing disintegrating apparatus crush efficiency.Including particle housing, material input port, filtrate housing, flexible feed pipe, elastic connection structure, rotary shaft, rotation roll body, protruding block, the primary filter net with some primary filter holes, the secondary filtration net with some secondary filtration holes with some Disintegrating knifes, secondary filtration Netcom crosses elastic suspension structure and is connected with particle housing, and secondary filtration side off the net is provided with to be located on particle housing bottom and the arc splicing plate corresponding with secondary filtration net, arc splicing plate and is connected with the vibrator leant with secondary filtration net.Advantage is：The ultra-fine grain filtering of material can be realized by sieving twice, crush efficiency is high, sets protruding block crushing material can be caused more tiny on the inside of crushing chamber, drives screen pack to vibrate by two kinds of different mode of vibrations, prevents screen pack from clogging occur.
Description
Technical field
The utility model belongs to food processing equipment technical field, and in particular to a kind of food processing is set with ultra-fine grinding
It is standby.
Background technology
Existing food processing disintegrating apparatus, using once feeding intake, once filters the mode of extraction when carrying out material,
Raw material is crushed by the blade on axostylus axostyle in the crushing bin of disintegrating apparatus.Contact meeting due to blade with raw material
Influenced by many factors and screen pack aperture limitation, causes not reaching feed particles requirement many times, and crush
It is uneven, it is impossible to realize the crushing of ultra-fine grain, have a strong impact on crush efficiency, although in the market occurs in that some ultra-fine sieves came
The disintegrating apparatus of comminuting matter is filtered, but is due to that bulky grain and ultra-fine grain mix the blocking for often resulting in sieve, so
Causing pulverizer can not normal work.
In order to solve the problem of prior art is present, people have carried out long-term exploration, it is proposed that various solutions
Scheme, for example, Chinese patent literature disclose a kind of smart pulverizer go out material screen [application number：201410821882.8]：Specifically
Ground say be a kind of smart pulverizer the material screen that goes out, including upper plate, lower plate, sieve plate and vibrate power source, wherein sieve plate upper and lower ends
Be separately installed with upper plate and lower plate, the sieve plate provided with vibration power source, it is described go out material screen entirely through the vibration power source
Installed in the discharge outlet of the smart pulverizer, and by the vibration power source driven while discharging described in go out material screen and shake
It is dynamic.
Although such scheme alleviates the susceptible to plugging problem of pulverizer sieves to a certain extent, the program is still
Exist：Pulverized particles are uneven, it is impossible to realize the crushing of ultra-fine grain, the low problem of crush efficiency.
The content of the invention
The purpose of this utility model is used in view of the above-mentioned problems, providing a kind of food processing for the filtering for realizing ultra-fine grain
Research of super-pine crush equipment.
To reach above-mentioned purpose, the utility model employs following technical proposal：This food processing research of super-pine crush equipment,
Including the particle housing in scroll casing shape, described particle housing upper end has material input port, and described particle enclosure interior is set
Have the filtrate housing with inner chamber, it is characterised in that described filtrate housing upper end have be connected with material input port and by
The flexible feed pipe that flexible material is made, is connected between described filtrate housing and particle housing by elastic connection structure, institute
Provided with the rotary shaft that is connected with driver and can circumferentially rotate in the filtrate housing stated, described rotary shaft has with outer circumferential
The rotating roller body phase of some Disintegrating knifes connects, and the circumferential inner side in described filtrate housing upper end has some convex to roll body side is rotated
The protruding block risen, described protruding block is curved and is sequentially connected, and described filtrate housing lower end, which is provided with, has some primary
The primary filter net of filter bores, in primary filter side off the net provided with secondary filtrations curved and with some secondary filtration holes
Net, described secondary filtration Netcom crosses elastic suspension structure and is connected with particle housing, and described secondary filtration side off the net is provided with
Be connected with positioned at particle housing bottom and the arc splicing plate corresponding with secondary filtration net, and on described arc splicing plate with
The vibrator that secondary filtration net leans.Material to be processed is put into filtrate housing by material input port, by crushing
Blade is smashed, while protruding block plays a part of counterattack, is easily facilitated the crushing of material, is then passed through primary filter and two respectively
Level filtering, this also to fall the material on arc splicing plate to be in ultra-fine grain.
In above-mentioned food processing research of super-pine crush equipment, described elastic connection structure includes some be separately positioned on
The first steady pin between particle housing and filtrate housing, first described steady pin one end is connected with filtrate housing respectively, separately
One end is arranged in particle housing respectively and the first steady pin outer end has the first limiting section leant with particle housing, described
First steady pin is provided with the resilient support assemblies being located between particle housing and filtrate housing.I.e. when material is made in Disintegrating knife
Filtrate housing can be vibrated during with lower shock protruding block, so be easy to the sieve material of primary filter net.
In above-mentioned food processing research of super-pine crush equipment, described resilient support assemblies include being respectively sleeved at first
Support spring on steady pin, and described support spring one end, with being leant on the outside of filtrate housing, the other end acts on particle
Case inside.
In above-mentioned food processing research of super-pine crush equipment, described elastic suspension structure is included by secondary filtration net two
The fixed block extended respectively inwards is held, the second steady pin is provided between described fixed block and particle housing, and it is described
Second steady pin upper end is fixedly linked with particle housing, and the second described steady pin lower end passes through fixed block and spacing by second
Portion is leant with fixed block, and top pressure spring, and described top pressure spring one end and particle are arranged with the second described steady pin
Housing leans, and the other end leans with fixed block.
In above-mentioned food processing research of super-pine crush equipment, described secondary filtration net and arc splicing plate are towards same
One direction is obliquely installed, and described particle housing is provided with for being located at secondary filtration net and being connected above one end of low level
One discharging interface, described particle housing is provided with is located at the be connected above one end of low level second discharging with arc splicing plate
Interface.
In above-mentioned food processing research of super-pine crush equipment, described Disintegrating knife is distributed in the shape of a spiral is arranged on rotation
The outer circumferential of roll body and autorotation roll body one end extends to the other end.
In above-mentioned food processing research of super-pine crush equipment, the pore size in described secondary filtration hole is less than primary mistake
The pore size of filter opening.
Compared with prior art, the utility model has the advantage of：Automaticity is high, can be realized by sieving twice
The ultra-fine grain filtering of material, crush efficiency is high, sets protruding block crushing material can be caused more tiny on the inside of crushing chamber, passes through
Two kinds of different mode of vibrations drive screen pack vibration, prevent screen pack from clogging occur.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structural representation at another visual angle of the invention；
In figure, particle housing 1, material input port 11, first discharging interface 12, second discharging interface 13, filtrate housing 2,
Protruding block 21, primary filter net 22, primary filter hole 221, flexible feed pipe 2a, elastic connection structure 3, the first steady pin 31,
First limiting section 32, support spring 33, rotary shaft 4, rotation roll body 5, Disintegrating knife 51, secondary filtration net 6, secondary filtration hole
61st, elastic suspension structure 7, fixed block 71, the second steady pin 72, the second limiting section 73, top pressure spring 74, arc splicing plate 8, shake
Dynamic device 9.
Embodiment
As shown in Figure 1-2, this food processing research of super-pine crush equipment, including in the particle housing 1 of scroll casing shape, particle housing
1 upper end has material input port 11, and the described inside of particle housing 1 is provided with the filtrate housing 2 with inner chamber, filtrate housing 2
End is with the flexible feed pipe 2a for being connected and being fabricated from a flexible material with material input port 11, filtrate housing 2 and particle housing 1
Between be connected by elastic connection structure 3, provided with the rotary shaft 4 that is connected with driver and can circumferentially rotate in filtrate housing 2, turn
The rotation roll body 5 that moving axis 4 has some Disintegrating knifes 51 with outer circumferential is connected, wherein, Disintegrating knife 51 can be in the shape of a spiral
Distribution is arranged on the outer circumferential for rotating roll body 5 and the one end of autorotation roll body 5 extends to the other end, can so improve crushing effect
Really.Wherein, here the circumferential inner side in the upper end of filtrate housing 2 has some protruding blocks 21 raised to rotation roll body 5 side, raised
Block 21 is curved and is sequentially connected, and the lower end of filtrate housing 2 is provided with the primary filter net 22 with some primary filter holes 221,
Provided with secondary filtration nets 6 curved and with some secondary filtration holes 61, secondary filtration hole 61 below primary filter net 22
Pore size be less than primary filter hole 221 pore size.
Wherein, secondary filtration net 6 here is connected by elastic suspension structure 7 with particle housing 1, and secondary filtration net 6
Lower section, which is provided with, is located at the bottom of particle housing 1 and the arc splicing plate 8 corresponding with secondary filtration net 6, and connects on arc splicing plate 8
The vibrator 9 leant with secondary filtration net 6 is connected to, i.e., material to be processed is put into by filtrate housing 2 by material input port 11
It is interior, smashed by Disintegrating knife 51, while protruding block 21 plays a part of counterattack, easily facilitate the crushing of material, then distinguish
By primary filter and secondary filtration, this also to fall the material on arc splicing plate 8 to be in ultra-fine grain.
Specifically, the elastic connection structure 3 in the present embodiment is separately positioned on particle housing 1 and filtrate housing including some
The first steady pin 31 between 2, one end of the first steady pin 31 is connected with filtrate housing 2 respectively, and the other end is arranged in particle respectively
Housing 1 and the outer end of the first steady pin 31 have the first limiting section 32 leant with particle housing 1, and the first steady pin 31 is provided with
Resilient support assemblies between particle housing 1 and filtrate housing 2, i.e., when material hits projection under the effect of Disintegrating knife 51
During block 21 filtrate housing 2 can be caused to vibrate, so be easy to the sieve material of primary filter net 22.Preferably, resilient support here
Component can include the support spring 33 being respectively sleeved on the first steady pin 31, and the one end of support spring 33 and filtrate housing 2
Outside leans, and the other end acts on the inner side of particle housing 1.
Further, elastic suspension structure 7 here is included by consolidating that the two ends of secondary filtration net 6 extend respectively inwards
Determine block 71, the second steady pin 72, and the upper end of the second steady pin 72 and particle housing 1 are provided between fixed block 71 and particle housing 1
It is fixedly linked, the lower end of the second steady pin 72 is leant through fixed block 71 and by the second limiting section 73 and fixed block 71, second
Top pressure spring 74 is arranged with steady pin 72, and the one end of top pressure spring 74 leans with particle housing 1, the other end and fixed block 71
Lean.
The particle of secondary filtration net filtration requirement, secondary filtration net 6 here are not up to for the ease of splicing and collection
It is obliquely installed with arc splicing plate 8 towards same direction, and particle housing 1 is provided with and is located at low level with secondary filtration net 6
The first discharging interface 12 being connected above one end, particle housing 1 is provided with to be located above one end of low level with arc splicing plate 8
The second discharging interface 13 being connected.
Specific embodiment described herein is only to the utility model spirit explanation for example.The utility model institute
Category those skilled in the art can make various modifications or supplement or using similar to described specific embodiment
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although more having used particle housing 1, the discharging of material input port 11, first discharging of interface 12, second to connect herein
Mouth 13, filtrate housing 2, protruding block 21, primary filter net 22, primary filter hole 221, flexible feed pipe 2a, elastic connection structure
3rd, the first steady pin 31, the first limiting section 32, support spring 33, rotary shaft 4, rotation roll body 5, Disintegrating knife 51, secondary filtration
Net 6, secondary filtration hole 61, elastic suspension structure 7, fixed block 71, the second steady pin 72, the second limiting section 73, top pressure spring 74,
The terms such as arc splicing plate 8, vibrator 9, but it is not precluded from the possibility using other terms.The use of these terms is only to be
More easily describe and explain essence of the present utility model；Being construed as any additional limitation is all and this reality
Disagreed with new spirit.
Claims (7)
1. a kind of food processing research of super-pine crush equipment, including in the particle housing (1) of scroll casing shape, described particle housing (1)
Upper end has is provided with the filtrate housing (2) with inner chamber, its feature inside material input port (11), described particle housing (1)
It is, there is the flexibility for being connected and being fabricated from a flexible material with material input port (11) to enter for described filtrate housing (2) upper end
Expects pipe (2a), is connected between described filtrate housing (2) and particle housing (1) by elastic connection structure (3), described filtering
Provided with the rotary shaft (4) that is connected with driver and can circumferentially rotate in housing (2), described rotary shaft (4) has with outer circumferential
The rotation roll body (5) for having some Disintegrating knifes (51) is connected, and the circumferential inner side in described filtrate housing (2) upper end has some to turning
The raised protruding block (21) in dynamic roll body (5) side, described protruding block (21) is curved and is sequentially connected, described filter housing
Body (2) lower end is provided with the primary filter net (22) with some primary filter holes (221), is provided with below primary filter net (22)
Secondary filtration nets (6) curved and with some secondary filtration holes (61), described secondary filtration net (6) passes through resilient suspension
Structure (7) is connected with particle housing (1), and be provided with below described secondary filtration net (6) positioned at particle housing (1) bottom and with
It is connected with and secondary filtration net on the corresponding arc splicing plate (8) of secondary filtration net (6), and described arc splicing plate (8)
(6) vibrator (9) leant.
2. food processing research of super-pine crush equipment according to claim 1, it is characterised in that described elastic connection structure
(3) some the first steady pins (31) being separately positioned between particle housing (1) and filtrate housing (2), described first are included
Steady pin (31) one end is connected with filtrate housing (2) respectively, and the other end is arranged in particle housing (1) and the first steady pin respectively
(31) outer end has the first limiting section (32) leant with particle housing (1), and described the first steady pin (31) is provided with position
Resilient support assemblies between particle housing (1) and filtrate housing (2).
3. food processing research of super-pine crush equipment according to claim 2, it is characterised in that described resilient support assemblies
Including the support spring (33) being respectively sleeved on the first steady pin (31), and described support spring (33) one end and filter housing
Leant on the outside of body (2), the other end is acted on the inside of particle housing (1).
4. the food processing research of super-pine crush equipment according to claim 1 or 2 or 3, it is characterised in that described elastic suspended
Hanging hang structure (7) includes the fixed block (71) extended respectively inwards by secondary filtration net (6) two ends, described fixed block (71)
The second steady pin (72) is provided between particle housing (1), and described the second steady pin (72) upper end and particle housing (1) are solid
Fixed to be connected, described the second steady pin (72) lower end passes through fixed block (71) and passes through the second limiting section (73) and fixed block (71)
Lean, be arranged with top pressure spring (74) on described the second steady pin (72), and described top pressure spring (74) one end with it is broken
Material shell body (1) leans, and the other end leans with fixed block (71).
5. food processing research of super-pine crush equipment according to claim 4, it is characterised in that described secondary filtration net
(6) it is obliquely installed with arc splicing plate (8) towards same direction, and described particle housing (1) is provided with and secondary filtration
Net (6) is located at the first discharging interface (12) being connected above one end of low level, and described particle housing (1) is provided with and arc
Splicing plate (8) is located at the second discharging interface (13) being connected above one end of low level.
6. food processing research of super-pine crush equipment according to claim 4, it is characterised in that described Disintegrating knife (51)
Distribution is arranged on the outer circumferential for rotating roll body (5) in the shape of a spiral and autorotation roll body (5) one end extends to the other end.
7. food processing research of super-pine crush equipment according to claim 1, it is characterised in that described secondary filtration hole
(61) pore size is less than the pore size of primary filter hole (221).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720212412.0U CN206597595U (en) | 2017-03-06 | 2017-03-06 | Food processing research of super-pine crush equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720212412.0U CN206597595U (en) | 2017-03-06 | 2017-03-06 | Food processing research of super-pine crush equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206597595U true CN206597595U (en) | 2017-10-31 |
Family
ID=60148072
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720212412.0U Expired - Fee Related CN206597595U (en) | 2017-03-06 | 2017-03-06 | Food processing research of super-pine crush equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206597595U (en) |
-
2017
- 2017-03-06 CN CN201720212412.0U patent/CN206597595U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171031 Termination date: 20180306 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |