CN206428510U - A kind of gas Hong quick-fried processor - Google Patents
A kind of gas Hong quick-fried processor Download PDFInfo
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- CN206428510U CN206428510U CN201720011474.5U CN201720011474U CN206428510U CN 206428510 U CN206428510 U CN 206428510U CN 201720011474 U CN201720011474 U CN 201720011474U CN 206428510 U CN206428510 U CN 206428510U
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Abstract
The utility model belongs to steam blasting field, is a kind of gas Hong quick-fried processor, including：Framework (1), outer cylinder body (2), inner cylinder body (3), steam pipe (4), lower end cover (5), upper end cover (6), splicing storehouse (7), splicing storehouse supporting plate (8), feeding chamber (9)；Characterized in that, also including support air bag (10), air bag fixed plate (11), synchronized cylinder cylinder body (12), synchronized cylinder piston (13), impulse cylinder cylinder body (14), impulse cylinder piston (15), impulse cylinder piston connecting plate (16), guide rod (17), elastic packing component (18) and controlling organization；The utility model improves sealing effectiveness with bladder support, increase the open force of lower end cover with twin-tub superposing type, end cover under being opened within the shorter time, produce the moment in 60 75 milliseconds of the material in storage tank body, substantially increase the effect and efficiency of steam explosion, compact conformation, is adapted to promote.
Description
Technical field
The utility model belongs to steam explosion technology field, specifically a kind of gas Hong quick-fried processor.
Background technology
At present, the further investigation with people to steam blasting principle, the latest development of steam blasting machine has surmounted
Traditional screw extrusion type steam explosion and stewing-type steam explosion, i.e., so-called ejection type steam explosion.Its key technical feature is that have
Why Blasting shock wave and corresponding heat to power output process, steam blasting machine can carry out adiabatic expansion in Millisecond
Acting, its essence is embodied in the blasting time of steam blasting machine and explosion power density the two technical indicators, the two ginsengs
Number is the efficiency index that reflection high steam heat energy is converted to mechanical energy, and explosion power density and blasting time close phase
Contact, blasting time is shorter, and explosion power density is higher, and adiabatic expansion acting is more abundant, so explosion power density this refer to
Mark just turns into the key index for evaluating steam blasting machine bursting property height.Therefore, to obtain higher explosion power density, just
Need shorter blasting time so that the end cover opening speed of steam blasting machine faster, can be only achieved more higher leveled quick-fried
Broken power density.
The application principle of ejection type Steam explosive machine is：By the material in closed container and high steam in moment（Research shows,
With the about 1 second outside air pressure balance time inside biological material microcellular structure）Discharge to atmospheric pressure state, material and high steam
Fried in the form of explosion and dissipate and together discharge so that infilter the stream molecule inside material microcellular structure within the extremely short time
Sudden release is finished, the process mainly by the way that the interior energy overwhelming majority of high steam is converted into mechanical energy it is achieved thereby that
Adiabatic expansion is done work.Because its action time is in Millisecond, energy density is high, and concentration is acted on inside raw material, makes infiltration
To the stream molecule between the macromolecular such as biomass material internal fiber beam and fibre bundle, lignin and fibre bundle and inside
The powerful steam pressure difference formed with reference to water, in Millisecond during high speed pay-out, the potential energy of this pressure difference accumulation turns
The mechanical energy of expansion work is turned to, so as to produce powerful destructive power, has reached and wooden fibre is efficiently dissociated on macromolecular level
The purpose of dimensional tissue structure, can be applied to the demand of follow-up various biomass processes techniques.
State-of-the-art steam blasting machine is with thesis for the doctorate in the prior art《Instantaneous ejection type steam explosion technology and its shadow
Ring the experimental study of biomass transformation mechanism》, publication number CN10564288A Chinese patent《Instantaneous ejection type Steam explosive machine》Deng text
Offer disclosed moment ejection type steam explosion theory and be engineered to represent, its blasting time is much smaller than 1 second, close to theoretical value
87.5 milliseconds.But due to the mechanical design structure limitation in itself that its closure is opened, make it impossible to provide it is higher plus
Therefore speed, can not also shorten to blasting time less than 87.5 milliseconds.
Authentic theory analysis and calculating of instantaneous ejection type Steam explosive machine model according to disclosed in this, people have formd
The understanding such as " blasting time is impossible less than 87.5 milliseconds ", " 87.5 milliseconds of this lower limits are the theoretical limits that can not be broken through "
Mistaken ideas, the unlatching corresponding speed that basic reason is the cylinder for opening end cover and can provided has reached that cylinder can be provided
Peak, and in theory analysis by its peak calculate.A series of public technology documents produced therewith, greatly
There is the technology prejudice of most short 87.5 milliseconds of blasting time this so-called " theoretical limit " in amount.Have in the Steam explosive machine document of part and occur
0.00875 second i.e. 8.75 milliseconds of the steam explosion time, in the case where having no ability to provide more powerful closure open force
It is also impossible, it is clear that belong to clerical mistake or artificial mistake.
Therefore, need that one kind can overcome above-mentioned technology prejudice, breaking through 87.5 milliseconds, this is so-called in steam blasting machine field
The steam blasting machine of the higher performance of " theoretical limit ".
Utility model content
The purpose of this utility model is to overcome the above-mentioned technological deficiency of prior art to be less than there is provided a kind of steam explosion time
87.5 milliseconds, break the steam blasting machine of the higher performance of above-mentioned technology prejudice, entitled " gas Hong quick-fried processor ", to distinguish
In the existing instantaneous ejection type Steam explosive machine for failing the 87.5 millisecond blasting times of breakthrough.
In fact, the technology prejudice of 87.5 milliseconds this so-called " theoretical limits " has been constituted to those skilled in the art
A kind of misleading.According to the working mechanism and computation model of instantaneous ejection type Steam explosive machine, bigger unlatching cylinder only need to be provided close
Block the strength of lid, it becomes possible to higher unlatching acceleration is produced, so as to obtain faster detonation velocity.Therefore, 87.5
The steam explosion time of millisecond can be broken through.
Utility model people of the present utility model is constantly explored by studying and putting into practice repeatedly, above-mentioned technology is solved finally difficult
Inscribe and achieve unexpected technique effect.
The utility model is improved by improving the unlatching augmentor and support meanss of end cover under ejection type Steam explosive machine
The unlatching acceleration of end cover so that the adiabatic expansion acting of higher efficiency occurs for gases at high pressure, so as to solve cylinder acceleration
Degree is limited this technical barrier, end cover is possessed higher acceleration, shorter blasting time, so as to improve explosion power
Density realizes higher levels of steam explosion effect.
The utility model provide technical scheme be：
A kind of gas Hong quick-fried processor, including：Framework (1), outer cylinder body (2), inner cylinder body (3), steam pipe (4), lower sealing
End cap (5), upper end cover (6), splicing storehouse (7), splicing storehouse supporting plate (8), feeding chamber (9)；Characterized in that, also including branch
Support air bag (10), air bag fixed plate (11), synchronized cylinder cylinder body (12), synchronized cylinder piston (13), impulse cylinder cylinder body (14), impulse cylinder
Piston (15), impulse cylinder piston connecting plate (16), the guide rod of more than 2 (17), elastic packing component (18) and controlling organization；
Outer cylinder body (2) is fixed in framework (1), to obtain stable support and fixation；
Inner cylinder body (3) is set in outer cylinder body (2) and slid axially, and its bottom is the lower end cover (5) being fixedly connected,
Lower end cover (5) is provided with elastic packing component (18), for sealing outer cylinder body (2) discharging port, and its side wall is provided with window,
Gas in the jar and material are outwards produced from window when banging quick-fried；
Steam pipe (4) is connected and is fixed on the wall of outer cylinder body (2) side, and external high-pressure air source provides high pressure into outer cylinder body
Gas；
Upper end cover (6) is arranged on outer cylinder body (2) upper end, and upper end cover (6) is provided with elastic packing component (18),
Charging port for sealing outer cylinder body (2) upper end；
Splicing storehouse (7) funneling, its upper port is fixedly connected with the discharging port of outer cylinder body (2) and is inner cylinder body (3)
Sliding stroke space axially downwards is left, its lower port is fixedly connected with the feed opening of splicing storehouse supporting plate (8)；
Splicing storehouse supporting plate (8) is fixedly connected in framework (1)；
On feeding chamber (9) funneling, the upper mounting plate for being fixedly connected on framework (1), its lower port is just to outer cylinder body (2)
Feed port, can fall into material when upper end cover (6) is removed in outer cylinder body (2)；
Support air bag (10) is fixedly connected into cylindricality or platform shape, its lower surface with air bag fixed plate (11) upper bottom surface, thereon
End face is fixedly connected with lower end cover (5) bottom surface；Support air bag (10) is by the expansion and compression of above-below direction, in outer shell
Maintain to provide support force during pressure for lower end cover (5) in body (2), cushion effect is then provided when discharging pressure；
Air bag fixed plate (11) is fixedly connected with framework (1), makes its support firm；Synchronized cylinder cylinder body (12), synchronized cylinder are lived
Plug (13), impulse cylinder cylinder body (14), impulse cylinder piston (15), impulse cylinder piston connecting plate (16) and guide rod (17) are mounted on adding
In feed bin (9)；
Synchronized cylinder cylinder body (12) is contacted with air bag fixed plate (11) bottom surface, synchronized cylinder piston (13) and impulse cylinder cylinder body
(14) it is fixedly connected, impulse cylinder piston (15) is fixedly connected with impulse cylinder piston connecting plate (16)；Guide rod (17) passes perpendicularly through gas
Slide opening in capsule fixed plate (11), its upper and lower end is fixed with air bag fixed plate (11) and impulse cylinder piston connecting plate (16) respectively to be connected
Connect.
The sealing structure of outer cylinder body (2) lower port is up big and down small conical seal (contact) face, and lower end cover (5) is provided with can
The elastic packing component (18) of radial expansion.When support air bag (10) cancels support force, by starting synchronized cylinder piston (13)
Driving pulse cylinder cylinder body (14) and impulse cylinder piston (15) pull inner cylinder body (3) to start to move downward, when moving to outer cylinder body (2)
During the conical seal (contact) face of lower port, elastic packing component (18) is radially ejected, and makes the downward compression area of lower end cover (5)
It is rapid to expand, cause lower end cover (5) and inner cylinder body (3) to be increased rapidly by downward driving force；At the same time, impulse cylinder
Startup is had an effect, and by guide rod (17) downward drive force that further increase lower end cover (5) and inner cylinder body (3) is subject to, carries
The high acceleration that it is moved downward, realizes and opens lower end cover (5) at a high speed so that the gas in inner cylinder body (3) leads to material
The window crossed on the wall of inner cylinder body (3) side is produced, and realizes gas Hong quick-fried processing procedure.
Operation principle and application method of the present utility model are：
1st, feeding stage：It is manipulated by mechanism and sends instruction, support air bag (10) is inflated close under axially upwardly jack-up
End-blocking lid (5) simultaneously makes it close and keep, and end cover (6) and is kept in unlatching, opening feeding chamber (9) and to inner cylinder body (3)
It is middle to add appropriate material, close in feeding chamber (9), closing end cover (6) and keep；Synchronized cylinder keeps tensioning state, arteries and veins
Cylinder is rushed not work.
2nd, the pressure period：It is manipulated by mechanism and sends instruction, opens air-supplying valve on steam pipe (4) to outer cylinder body
(2) high steam, monitoring outer cylinder body (2) internal pressure and support air bag (10) internal pressure are passed through in, support air bag is kept
(10) it can provide and hold out against lower end cover (5) upwards enough, steam off pipe after outer cylinder body (2) internal pressure reaches setting value
(4) air-supplying valve on；Synchronized cylinder keeps tensioning state, and impulse cylinder does not work.
3rd, packing stage：It is manipulated by mechanism and sends instruction, the air-supplying valve switched at any time on steam pipe (4) ensures
Outer cylinder body (2) internal pressure is in the range of setting；Synchronized cylinder keeps tensioning state, and impulse cylinder does not work.
4th, Hong the quick-fried stage：It is manipulated by mechanism and sends instruction, the deflation valve of support air bag (10) is opened, by opening
Dynamic synchronized cylinder piston (13) driving pulse cylinder cylinder body (14) and impulse cylinder piston (15) pull inner cylinder body (3) to start to move downward,
When moving to the conical seal (contact) face of outer cylinder body (2) lower port, elastic packing component (18) is radially ejected, and makes lower end cover
(5) downward compression area expands rapidly, causes lower end cover (5) and inner cylinder body (3) to be increased rapidly by downward driving force
Greatly；At the same time, impulse cylinder starts and had an effect, by guide rod (17) further the lower end cover (5) of increase and inner cylinder body (3) by
The downward drive force arrived, improves its acceleration moved downward, realizes and opens lower end cover (5) at a high speed so that inner cylinder body (3)
In gas produced with material by the window on the wall of inner cylinder body (3) side.
5th, the rewinding stage：It is manipulated by mechanism and sends instruction, collects the material in splicing storehouse (7) and pass through splicing storehouse
(7) in outlet transfer next procedure.
Above-mentioned controlling organization those skilled in the art is by using known technology and combines technical side of the present utility model
It can be achieved the need for case and operation principle.
The beneficial effect that technical solutions of the utility model are brought is：
1st, the utility model is on the basis of inner cylinder body and its end cover have initial acceleration, and further increase accelerates
Degree, compensate for causing the quick reduction of acceleration the pressure difference in motion process because of inner cylinder body and its end cover is reduced, can make
Material and gas discharge inner cylinder body in 60-75 milliseconds of very short time, switch to normal pressure state by high pressure conditions moment, reach
The purpose of adiabatic expansion acting is completed at a high speed.
2nd, the utility model further increases material steam explosion energy density, realizes the effect of Hong quick-fried processing, and can
The steam explosion energy density of material is adjusted according to the consistency of material, promotes the beneficial decomposition of material, the harmful breakdown of material is reduced,
Decomposed so as to realize by purpose.
3rd, the utility model can be such that whole materials synchronously produce, it is to avoid existing steam blasting machine sprays inner cylinder body in material
The problem of being burnt and half-cooked front and rear material and big otherness that deposit, for subsequent technique processing provide biochemical characteristic uniformity it is good,
The less material of difference.
4th, the utility model shortens blasting time so that adiabatic expansion working application time shortens, and blasting energy density is high, from
And increase the mechanical potential for acting on microcellular structure and improve the efficiency that internal steam work is converted into mechanical energy.Therefore equal single
Under the quality steam effect of position, not only production efficiency, the quality of production get a promotion, and have stabilized steam boiler and pipeline load
Fluctuation, improves the operating mode of vapour system.
5th, gas of the present utility model Hong quick-fried processor, compact conformation is ingenious in design, substantially increases the effect of steam explosion processing
Fruit and efficiency, are adapted to popularization and application.
Also included optimization or/and improvement of the present utility model have：
One of preferred scheme, guide rod (17) is 3-5；
The two of preferred scheme, the synchronized cylinder and/or impulse cylinder are double acting cylinder；
Describe in detail with reference to the accompanying drawings and examples.
Brief description of the drawings
Fig. 1 is complete machine schematic diagram of the present utility model.
Fig. 2 is complete machine elevation cross-sectional view of the present utility model.
Fig. 3 is partly cut-away's enlarged diagram of the present utility model.
Fig. 4 opens moment schematic diagram for lower end cover of the present utility model.
In Fig. 1-4,1-framework, 2-outer cylinder body, 3-inner cylinder body, 4-steam pipe, 5-lower end cover, 6-are above sealed
End cap, 7-splicing storehouse, 8-splicing storehouse supporting plate, 9-feeding chamber, 10-support air bag, 11-air bag fixed plate, 12-synchronization
Cylinder cylinder body, 13-synchronized cylinder piston, 14-impulse cylinder cylinder body, 15-impulse cylinder piston, 16-impulse cylinder piston connecting plate, 17-plus
Power guide rod, 18-elastic packing component.
Embodiment
To make those skilled in the art more fully understand the technical solution of the utility model, with reference to embodiment to this reality
It is described in further detail with new.
In embodiment, for the ease of description, the description of each part relative position relation is the cloth according to Figure of description 1
Figure mode is described, such as：The position relationship of upper and lower, left and right etc. is that the Butut direction of foundation Figure of description 1 comes true
Fixed.
Embodiment 1：
A kind of gas Hong quick-fried processor, as shown in figs. 1-4, including：Framework (1), outer cylinder body (2), inner cylinder body (3), steaming
Steam pipe (4), lower end cover (5), upper end cover (6), splicing storehouse (7), splicing storehouse supporting plate (8), feeding chamber (9)；It is special
Levy and be, in addition to support air bag (10), air bag fixed plate (11), synchronized cylinder cylinder body (12), synchronized cylinder piston (13), impulse cylinder
Cylinder body (14), impulse cylinder piston (15), impulse cylinder piston connecting plate (16), 3 guide rods (17), elastic packing components (18) and control
Mechanism processed；
Outer cylinder body (2) is fixed in framework (1), to obtain stable support and fixation；
Inner cylinder body (3) is set in outer cylinder body (2) and slid axially, and its bottom is the lower end cover (5) being fixedly connected,
Lower end cover (5) is provided with elastic packing component (18), for sealing outer cylinder body (2) discharging port, and its side wall is provided with window,
Gas in the jar and material are outwards produced from window when banging quick-fried；
Steam pipe (4) is connected and is fixed on the wall of outer cylinder body (2) side, and external high-pressure air source provides high pressure into outer cylinder body
Gas；
Upper end cover (6) is arranged on outer cylinder body (2) upper end, and upper end cover (6) is provided with elastic packing component (18),
Charging port for sealing outer cylinder body (2) upper end；
Splicing storehouse (7) funneling, its upper port is fixedly connected with the discharging port of outer cylinder body (2) and is inner cylinder body (3)
Sliding stroke space axially downwards is left, its lower port is fixedly connected with the feed opening of splicing storehouse supporting plate (8)；
Splicing storehouse supporting plate (8) is fixedly connected in framework (1)；
On feeding chamber (9) funneling, the upper mounting plate for being fixedly connected on framework (1), its lower port is just to outer cylinder body (2)
Feed port, can fall into material when upper end cover (6) is removed in outer cylinder body (2)；
Support air bag (10) is fixedly connected into cylindricality or platform shape, its lower surface with air bag fixed plate (11) upper bottom surface, thereon
End face is fixedly connected with lower end cover (5) bottom surface；Support air bag (10) is by the expansion and compression of above-below direction, in outer shell
Maintain to provide support force during pressure for lower end cover (5) in body (2), cushion effect is then provided when discharging pressure；
Air bag fixed plate (11) is fixedly connected with framework (1), makes its support firm；Synchronized cylinder cylinder body (12), synchronized cylinder are lived
Plug (13), impulse cylinder cylinder body (14), impulse cylinder piston (15), impulse cylinder piston connecting plate (16) and guide rod (17) are mounted on adding
In feed bin (9)；
Synchronized cylinder cylinder body (12) is contacted with air bag fixed plate (11) bottom surface, synchronized cylinder piston (13) and impulse cylinder cylinder body
(14) it is fixedly connected, impulse cylinder piston (15) is fixedly connected with impulse cylinder piston connecting plate (16)；Guide rod (17) passes perpendicularly through gas
Slide opening in capsule fixed plate (11), its upper and lower end is fixed with air bag fixed plate (11) and impulse cylinder piston connecting plate (16) respectively to be connected
Connect.
The sealing structure of outer cylinder body (2) lower port is up big and down small conical seal (contact) face, and lower end cover (5) is provided with can
The elastic packing component (18) of radial expansion.When support air bag (10) cancels support force, by starting synchronized cylinder piston (13)
Driving pulse cylinder cylinder body (14) and impulse cylinder piston (15) pull inner cylinder body (3) to start to move downward, when moving to outer cylinder body (2)
During the conical seal (contact) face of lower port, elastic packing component (18) is radially ejected, and makes the downward compression area of lower end cover (5)
It is rapid to expand, cause lower end cover (5) and inner cylinder body (3) to be increased rapidly by downward driving force；At the same time, impulse cylinder
Startup is had an effect, and by guide rod (17) downward drive force that further increase lower end cover (5) and inner cylinder body (3) is subject to, carries
The high acceleration that it is moved downward, realizes and opens lower end cover (5) at a high speed so that the gas in inner cylinder body (3) leads to material
The window crossed on the wall of inner cylinder body (3) side is produced, and realizes gas Hong quick-fried processing procedure.
Operation principle and application method of the present utility model are：
1st, feeding stage：It is manipulated by mechanism and sends instruction, support air bag (10) is inflated close under axially upwardly jack-up
End-blocking lid (5) simultaneously makes it close and keep, and end cover (6) and is kept in unlatching, opening feeding chamber (9) and to inner cylinder body (3)
It is middle to add appropriate material, close in feeding chamber (9), closing end cover (6) and keep；Synchronized cylinder keeps tensioning state, arteries and veins
Cylinder is rushed not work.
2nd, the pressure period：It is manipulated by mechanism and sends instruction, opens air-supplying valve on steam pipe (4) to outer cylinder body
(2) high steam, monitoring outer cylinder body (2) internal pressure and support air bag (10) internal pressure are passed through in, support air bag is kept
(10) it can provide and hold out against lower end cover (5) upwards enough, steam off pipe after outer cylinder body (2) internal pressure reaches setting value
(4) air-supplying valve on；Synchronized cylinder keeps tensioning state, and impulse cylinder does not work.
3rd, packing stage：It is manipulated by mechanism and sends instruction, the air-supplying valve switched at any time on steam pipe (4) ensures
Outer cylinder body (2) internal pressure is in the range of setting；Synchronized cylinder keeps tensioning state, and impulse cylinder does not work.
4th, Hong the quick-fried stage：It is manipulated by mechanism and sends instruction, the deflation valve of support air bag (10) is opened, by opening
Dynamic synchronized cylinder piston (13) driving pulse cylinder cylinder body (14) and impulse cylinder piston (15) pull inner cylinder body (3) to start to move downward,
When moving to the conical seal (contact) face of outer cylinder body (2) lower port, elastic packing component (18) is radially ejected, and makes lower end cover
(5) downward compression area expands rapidly, causes lower end cover (5) and inner cylinder body (3) to be increased rapidly by downward driving force
Greatly；At the same time, impulse cylinder starts and had an effect, by guide rod (17) further the lower end cover (5) of increase and inner cylinder body (3) by
The downward drive force arrived, improves its acceleration moved downward, realizes and opens lower end cover (5) at a high speed so that inner cylinder body (3)
In gas produced with material by the window on the wall of inner cylinder body (3) side.
5th, the rewinding stage：It is manipulated by mechanism and sends instruction, collects the material in splicing storehouse (7) and pass through splicing storehouse
(7) in outlet transfer next procedure.
Described controlling organization, those skilled in the art is by using known Electrical Control Technology and combines the present invention's
It can be realized the need for technical scheme requirement and operation principle.
Embodiment 2：
A kind of gas of the present embodiment Hong quick-fried processor and the difference of embodiment 1 are：
The guide rod (17) is 4；
The synchronized cylinder and/or impulse cylinder are double acting cylinder.
The operation principle and application method of the present embodiment are same as Example 1.
It is understood that the exemplary reality that above example is merely to illustrate that principle of the present utility model and used
Mode is applied, but the utility model is not limited thereto, and can be determined according to the technical solution of the utility model with actual conditions
Specific embodiment.For those skilled in the art, spirit of the present utility model and essence are not being departed from
In the case of, various changes and modifications can be made therein, and these increased variations and modifications are also considered as protection model of the present utility model
Enclose.
Claims (3)
1. a kind of gas Hong quick-fried processor, including：Framework (1), outer cylinder body (2), inner cylinder body (3), steam pipe (4), lower sealed end
Cover (5), upper end cover (6), splicing storehouse (7), splicing storehouse supporting plate (8), feeding chamber (9)；Characterized in that, also including support
Air bag (10), air bag fixed plate (11), synchronized cylinder cylinder body (12), synchronized cylinder piston (13), impulse cylinder cylinder body (14), impulse cylinder are lived
Fill in (15), impulse cylinder piston connecting plate (16), the guide rod of more than 2 (17), elastic packing component (18) and controlling organization；Outer shell
Body (2) is fixed in framework (1), to obtain stable support and fixation；Inner cylinder body (3) is set in outer cylinder body (2) and axially slided
Dynamic, its bottom is the lower end cover (5) being fixedly connected, and lower end cover (5) is provided with elastic packing component (18), is used for
Outer cylinder body (2) discharging port is sealed, its side wall is provided with window, and gas in the jar and material are outwards produced from window when banging quick-fried；Steam
Pipe (4) is connected and is fixed on the wall of outer cylinder body (2) side, and external high-pressure air source provides gases at high pressure into outer cylinder body；Upper sealed end
Lid (6) is arranged on outer cylinder body (2) upper end, and upper end cover (6) is provided with elastic packing component (18), for sealing outer cylinder body
(2) the charging port of upper end；Splicing storehouse (7) funneling, its upper port is fixedly connected with the discharging port of outer cylinder body (2) and is
Inner cylinder body (3) leaves sliding stroke space axially downwards, and its lower port is fixedly connected with the feed opening of splicing storehouse supporting plate (8)；
Splicing storehouse supporting plate (8) is fixedly connected in framework (1)；Feeding chamber (9) funneling, is fixedly connected on the upper flat of framework (1)
On platform, material can be fallen into outer cylinder body by charging port of its lower port just to outer cylinder body (2) when upper end cover (6) is removed
(2) in；Support air bag (10) is fixedly connected into cylindricality or platform shape, its lower surface with air bag fixed plate (11) upper bottom surface, its upper end
Face is fixedly connected with lower end cover (5) bottom surface；Support air bag (10) is by the expansion and compression of above-below direction, in outer cylinder body
(2) maintain to provide support force during pressure for lower end cover (5) in, cushion effect is then provided when discharging pressure；Air bag fixed plate
(11) it is fixedly connected with framework (1), makes its support firm；Synchronized cylinder cylinder body (12), synchronized cylinder piston (13), impulse cylinder cylinder body
(14), impulse cylinder piston (15), impulse cylinder piston connecting plate (16) and guide rod (17) are mounted in feeding chamber (9)；Synchronized cylinder
Cylinder body (12) is contacted with air bag fixed plate (11) bottom surface, and synchronized cylinder piston (13) is fixedly connected with impulse cylinder cylinder body (14), arteries and veins
Cylinder piston (15) is rushed to be fixedly connected with impulse cylinder piston connecting plate (16)；Guide rod (17) is passed perpendicularly through in air bag fixed plate (11)
Slide opening, its upper and lower end is fixedly connected with air bag fixed plate (11) and impulse cylinder piston connecting plate (16) respectively.
2. a kind of gas according to claim 1 Hong quick-fried processor, it is characterised in that the guide rod (17) is 3-5.
3. a kind of gas according to claim 1 Hong quick-fried processor, it is characterised in that the synchronized cylinder and/or impulse cylinder
For double acting cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720011474.5U CN206428510U (en) | 2017-01-05 | 2017-01-05 | A kind of gas Hong quick-fried processor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720011474.5U CN206428510U (en) | 2017-01-05 | 2017-01-05 | A kind of gas Hong quick-fried processor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206428510U true CN206428510U (en) | 2017-08-22 |
Family
ID=59585000
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720011474.5U Withdrawn - After Issue CN206428510U (en) | 2017-01-05 | 2017-01-05 | A kind of gas Hong quick-fried processor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206428510U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106592308A (en) * | 2017-01-05 | 2017-04-26 | 新疆弘瑞达纤维有限公司 | Gas explosion processor |
| CN114045694A (en) * | 2021-12-10 | 2022-02-15 | 于政道 | Steam explosion cage body, ejection cage assembly and steam explosion machine |
| CN115463614A (en) * | 2021-06-10 | 2022-12-13 | 黑龙江泰昇农业科技开发有限公司 | Novel method for constant-pressure material-releasing biomass blasting |
-
2017
- 2017-01-05 CN CN201720011474.5U patent/CN206428510U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106592308A (en) * | 2017-01-05 | 2017-04-26 | 新疆弘瑞达纤维有限公司 | Gas explosion processor |
| CN115463614A (en) * | 2021-06-10 | 2022-12-13 | 黑龙江泰昇农业科技开发有限公司 | Novel method for constant-pressure material-releasing biomass blasting |
| CN114045694A (en) * | 2021-12-10 | 2022-02-15 | 于政道 | Steam explosion cage body, ejection cage assembly and steam explosion machine |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170822 Effective date of abandoning: 20171117 |