CN209098543U - A kind of stachyose process units - Google Patents
A kind of stachyose process units Download PDFInfo
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- CN209098543U CN209098543U CN201821804881.2U CN201821804881U CN209098543U CN 209098543 U CN209098543 U CN 209098543U CN 201821804881 U CN201821804881 U CN 201821804881U CN 209098543 U CN209098543 U CN 209098543U
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Abstract
The utility model discloses a kind of stachyose process units, including support plate, feed chamber, drying room, it blends room and leaches room, the top of support plate is fixedly connected with feed chamber, the top of support plate is fixedly connected with drying room, the top of support plate, which is fixedly connected with, blends room, position, which is run through, among before feed chamber is connected with observation window, the inner tight for blending room is fitted with noise reduction layer, position is fixedly connected with filter device among the bottom end of dissolution extraction slot, extracting solution enters filter device, filter device can be to the heavy metal in extracting solution, insoluble impurities, pigment and germ are filtered, to ensure that the safety of stachyose, porous material inside noise reduction layer can weaken sound wave, so that noise reduces, to improve the feature of environmental protection for blending room, after feed chamber is equipped with observation window, we can intuitively see raw material The amount of addition prevents the raw material being added excessive, suitable for the use of stachyose process units, has extensive development prospect in future.
Description
Technical field
Originally practical to be related to technical field of industrial equipment, specially a kind of stachyose process units.
Background technique
Stachyose is a kind of oligosaccharide existing for nature, and it is oligomeric to belong to raffinose category galactosides irreducibility function
Sugar has sweetness ratio sucrose low, the features such as energy value is low, and stability is good, the healthcare function of stachyose embody a concentrated reflection of human body without
The direct digestibility and utilization of method it, so that it is directly entered human body large intestine, as nutriment by the Bifidobacterium wherein to survive benefit
With greatly promoting the breeding of Bifidobacterium, Bifidobacterium can improve intestinal environment in the intracorporal proliferation of people and there is nutrition to protect
The functions such as strong.
Since there is more excellent performances for stachyose, but existing stachyose production technology is not mature enough, main
Wanting source is also to extract from the existing substance of nature, simultaneously because the complexity that production process compares, in extraction process
There is perhaps various deficiencies, just have in terms of impurity removal process and protection process units it is clearly disadvantageous so that we need
Make biggish improvement.
So how to design a kind of stachyose process units, becoming us will currently be solved the problems, such as.
Utility model content
It is mentioned above in the background art to solve the purpose of this utility model is to provide a kind of stachyose process units
The problem of impurity-eliminating effect difference and structure fragile.
Realize above-mentioned purpose, the utility model provides the following technical solutions: a kind of stachyose process units, including support
Plate, drying room, blends room and leaches room feed chamber, and the top of the support plate is fixedly connected with feed chamber, the feed chamber
Bottom end outer wall is connected with the top outer wall of support plate, and the top of the support plate is fixedly connected with drying room, the drying room
Bottom end outer wall is connected with the top outer wall of support plate, and the top of the support plate, which is fixedly connected with, blends room, the feed chamber
Bottom end outer wall is connected with the top outer wall for blending room, and the bottom end of the support plate is fixedly connected with support base, the support bottom
The top outer wall of seat is connected with the bottom end outer wall of support plate, and position, which is run through, among the top of the feed chamber is connected with filter screen,
The peripheral outer wall of the filter screen is connected with the inside inner wall of feed chamber, and one end of the support plate is fixedly connected with transmission tooth
Wheel, the intermediate position outer wall of the transmission gear are connected with one end inner wall of support plate, and one end of the support plate is fixedly connected
There is raw material receiving slit, the other end outer wall of the raw material receiving slit is connected with one end outer wall of support plate, the raw material receiving slit
The other end through being connected with transfer canal, the top outer wall of the transfer canal is connected with the inside inner wall of raw material receiving slit,
The top of the transfer canal, which is run through to be connected with, leaches room, the peripheral outer wall phase of the inside inner wall and transfer canal for leaching room
Even, the top for leaching room, which is run through, is connected with filler pipe road, in the bottom end outer wall in the filler pipe road and the inside of leaching room
Wall is connected, and the bottom end for leaching room, which runs through, is connected with discharge tube, one end outer wall of the discharge tube and leaching room
Inside inner wall be connected, the other end of the discharge tube is through connection vaporization chamber, the inside inner wall of the vaporization chamber and discharge
The other end outer wall of pipeline is connected, and the bosom position for blending room, which is connected with, blends gear, described to blend gear
Before outer wall be connected with the inside inner wall for blending room, the intermediate position for blending gear is connected with bearing, the axis
The peripheral outer wall held is connected with the inside inner wall for blending gear, and the bosom position for blending room is fixedly connected with original
Expect that access plate, one end outer wall of the raw material access plate are connected with the inside inner wall for blending room, the interior bottom portion for blending room
It is fixedly connected with px motor, the bottom end outer wall of the px motor is connected with the inside inner wall for blending room, before the px motor
Intermediate position is connected with crawler belt, and the inside inner wall of the crawler belt is connected with the peripheral outer wall of px motor, the leaching room
Bosom position is fixedly connected with dissolution extraction slot, the top outer wall of the dissolution extraction slot and the inside inner wall phase for leaching room
Even, position is fixedly connected with filter device among the bottom end of the dissolution extraction slot, the top outer wall of the filter device with it is molten
The bottom end outer wall for solving extraction tank is connected, and the inside top of the filter device is fixedly connected with ion exchange resin, the ion
The peripheral outer wall of exchanger resin is connected with the inside inner wall of filter device, and the bosom position of the filter device is fixedly connected
There is heavy metal adsorption resin, the peripheral outer wall of the heavy metal adsorption resin is connected with the inside inner wall of filter device, the mistake
The bosom position of filter device is fixedly connected with antibiotic property polymer resin, the peripheral outer wall and mistake of the antibiotic property polymer resin
The inside inner wall for filtering device is connected, and the inside top of the filter device is fixedly connected with granular active carbon, the granular active
The peripheral outer wall of charcoal is connected with the inside inner wall of filter device.
Preferably, before the feed chamber among position through being connected with observation window, the peripheral outer wall of the observation window
It is connected with the inside inner wall of feed chamber.
Preferably, the intermediate position of the support plate is closely fitted with conveyer belt, the bottom end outer wall and branch of the conveyer belt
The top outer wall of fagging is connected.
Preferably, the side of the support base, which is embedded in, is connected with supporting linkage, outside one end of the supporting linkage
Wall is connected with the inside inner wall of support base.
Preferably, the inner tight for blending room is fitted with noise reduction layer, the peripheral outer wall of the noise reduction layer and blends room
Inside inner wall be connected.
Preferably, the raw material access plate is to apply blending the structure in room, and raw material access plate is to possess certain thickness
Stainless-steel sheet, be mainly made of two parts, raw material access plate and supporting support, the two is rendered into v shape, while around px
Motor.
Preferably, the filter device is to apply leaching the structure in room, shows cylindric, gathers around inside filter device
There are ion exchange resin, heavy metal adsorption resin, antibiotic property polymer resin and granular active carbon structure.
Compared with prior art, the beneficial effect of this kind of utility model is:
1. this kind of stachyose process units, before feed chamber among position through being connected with observation window, observation window it is outer
It encloses outer wall to be connected with the inside inner wall of feed chamber, when adding the raw material into feed chamber, staff not can determine that raw material is added
To the amount of feed chamber, the amount that raw material is added can only be inferred by a large amount of experience, and when the feed chamber is equipped with observation window
Afterwards, we can intuitively see the amount that raw material is added, and prevent the raw material being added excessive, to improve the stabilization of feed chamber
Property.
2. this kind of stachyose process units, the intermediate position of support plate is closely fitted with conveyer belt, outside the bottom end of conveyer belt
Wall is connected with the top outer wall of support plate, after stachyose process units behaves, because stachyose production needs multiple mistakes
Journey, each process is also different, needs multiple operating rooms to cooperate just and can produce, and relatively in the past, it is to pass through
Mechanical or manual handling, and the device is furnished with conveyer belt, progress is streamlined flow line production, can greatly be saved
Time can also save manpower consumption, to improve the high efficiency of stachyose process units.
3. the side insertion of this kind of stachyose process units, support base is connected with supporting linkage, supporting linkage
One end outer wall is connected with the inside inner wall of support base, multiple processes is needed due to producing stachyose, so can be applied to more
Kind of technology, also just needs multiple operating rooms, and support plate and support base are impetus, in order to reinforce support plate and support base
Fastness, we are connected with each other between support base with supporting linkage, and the impetus made is more secured, to improve
The stability of stachyose process units.
4. this kind of stachyose process units, the inner tight for blending room is fitted with noise reduction layer, the peripheral outer wall of noise reduction layer with
The inside inner wall for blending room is connected, and after stachyose process units behaves, the biggish raw material room of blending that can enter is stirred
Broken, the px motor and a variety of gears for blending chamber interior behave, and the operation of these structures can generate biggish noise, then disappearing
Porous material inside sound-absorbing layer can weaken sound wave, so that noise reduces, to improve the feature of environmental protection for blending room.
5. this kind of stachyose process units, raw material access plate is to apply blending the structure in room, and raw material access plate is to gather around
There is certain thickness stainless-steel sheet, be mainly made of two parts, raw material access plate and supporting support, the two are rendered into v shape, together
When around px motor, after stachyose process units behaves, the biggish raw material room of blending that can enter is blended, simultaneously
A large amount of dust can be generated, the structure operation for blending chamber interior is blocked, therefore blends chamber interior equipped with raw material access plate, can be incited somebody to action
The material transport of crushing is gone out, while raw material access plate is also wrapped in px motor, ensure that the operation of px motor, to improve
Blend the high efficiency of room.
6. this kind of stachyose process units, filter device is to apply leaching the structure in room, shows cylindric, filtering
Possess ion exchange resin, heavy metal adsorption resin, antibiotic property polymer resin and granular active carbon structure inside device, works as raw material
It has been blended that, just to enter extraction process, guarantee safety and the degree of purity of extracting solution after extraction, need to extraction
Liquid is filtered, and extracting solution just will enter filter device, ion exchange resin, heavy metal adsorption resin in filter device, anti-
Bacterium property polymer resin and granular active carbon structure can carry out heavy metal, insoluble impurities, pigment and the germ in extracting solution
Filtering, to ensure that the safety of stachyose.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 blends room the schematic diagram of the section structure for the utility model；
Fig. 3 is the leaching room the schematic diagram of the section structure of the utility model.
In figure: 1, support plate, 2, feed chamber, 3, filter screen, 4, observation window, 5, conveyer belt, 6, drying room, 7, support bottom
Seat, 8, supporting linkage, 9, transmission gear, 10, blend room, 101, noise reduction layer, 102, bearing, 103, blend gear, 104, carry out
Band, 105, raw material access plate, 106, px motor, 11, raw material receiving slit, 12, transfer canal, 13, filler pipe road, 14, leaching room,
141, dissolution extraction slot, 142, ion exchange resin, 143, heavy metal adsorption resin, 144, antibiotic property polymer resin, 145, grain
Shaped activated carbon, 146, filter device, 15, discharge tube, 16, vaporization chamber.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment, based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of stachyose process units, including support plate
1, feed chamber 2, drying room 6, blend room 10 and leach room 14, the top of support plate 1 is fixedly connected with feed chamber 2, feed chamber 2
Bottom end outer wall is connected with the top outer wall of support plate 1, and the top of support plate 1 is fixedly connected with drying room 6, the bottom end of drying room 6
Outer wall is connected with the top outer wall of support plate 1, and the top of support plate 1, which is fixedly connected with, blends room 10, the bottom end outer wall of feed chamber 2
It is connected with the top outer wall for blending room 10, the bottom end of support plate 1 is fixedly connected with support base 7, the top outer wall of support base 7
It is connected with the bottom end outer wall of support plate 1, position, which is run through, among the top of feed chamber 2 is connected with filter screen 3, the periphery of filter screen 3
Outer wall is connected with the inside inner wall of feed chamber 2, and one end of support plate 1 is fixedly connected with transmission gear 9, the centre of transmission gear 9
Position outer wall is connected with one end inner wall of support plate 1, and one end of support plate 1 is fixedly connected with raw material receiving slit 11, and raw material receives
The other end outer wall of slot 11 is connected with one end outer wall of support plate 1, and the other end of raw material receiving slit 11, which runs through, is connected with dispatch tube
Road 12, the top outer wall of transfer canal 12 are connected with the inside inner wall of raw material receiving slit 11, and the top of transfer canal 12 is through company
It is connected to and leaches room 14, the inside inner wall for leaching room 14 is connected with the peripheral outer wall of transfer canal 12, and the top for leaching room 14 is run through
It is connected with filler pipe road 13, the bottom end outer wall in filler pipe road 13 is connected with the inside inner wall for leaching room 14, leaches the bottom of room 14
One end is connected through discharge tube 15, one end outer wall of discharge tube 15 is connected with the inside inner wall for leaching room 14, delivery pipe
The other end in road 15 is connected through connection vaporization chamber 16, the inside inner wall of vaporization chamber 16 with the other end outer wall of discharge tube 15,
The bosom position for blending room 10, which is connected with, blends gear 103, blends outer wall before gear 103 and blends room 10
Internal inner wall is connected, and the intermediate position for blending gear 103 is connected with bearing 102, the peripheral outer wall of bearing 102 with blend tooth
The inside inner wall of wheel 103 is connected, and the bosom position for blending room 10 is fixedly connected with raw material access plate 105, raw material access plate
105 one end outer wall is connected with the inside inner wall for blending room 10, and the interior bottom portion for blending room 10 is fixedly connected with px motor 106,
The bottom end outer wall of px motor 106 is connected with the inside inner wall for blending room 10, and centre position is connected with before px motor 106
Crawler belt 104, the inside inner wall of crawler belt 104 are connected with the peripheral outer wall of px motor 106, and the bosom position for leaching room 14 is fixed
It is connected with dissolution extraction slot 141, the top outer wall of dissolution extraction slot 141 is connected with the inside inner wall for leaching room 14, dissolution extraction
Position is fixedly connected with filter device 146, the top outer wall and dissolution extraction slot 141 of filter device 146 among the bottom end of slot 141
Bottom end outer wall be connected, the inside top of filter device 146 is fixedly connected with ion exchange resin 142, ion exchange resin 142
Peripheral outer wall be connected with the inside inner wall of filter device 146, the bosom position of filter device 146 be fixedly connected with a huge sum of money
Belong to absorption resin 143, the peripheral outer wall of heavy metal adsorption resin 143 is connected with the inside inner wall of filter device 146, filter device
146 bosom position is fixedly connected with antibiotic property polymer resin 144, the peripheral outer wall and mistake of antibiotic property polymer resin 144
The inside inner wall for filtering device 146 is connected, and the inside top of filter device 146 is fixedly connected with granular active carbon 145, granular active
The peripheral outer wall of charcoal 145 is connected with the inside inner wall of filter device 146.
Preferably, before feed chamber 2 among position through being connected with observation window 4, the peripheral outer wall and raw material of observation window 4
The inside inner wall of room 2 is connected, and when adding the raw material into feed chamber 2, staff not can determine that raw material is added to feed chamber 2
Amount can only infer the amount that raw material is added by a large amount of experience, and after the feed chamber 2 is equipped with observation window 4, Wo Menke
Intuitively to see the amount of raw material addition, prevent the raw material being added excessive, to improve the stability of feed chamber 2.
Preferably, the intermediate position of support plate 1 is closely fitted with conveyer belt 5, the bottom end outer wall and support plate 1 of conveyer belt 5
Top outer wall be connected, after stachyose process units behaves, because stachyose production needs multiple processes, each mistake
Journey is also different, needs multiple operating rooms to cooperate just and can produce, and relatively in the past, it is by mechanical or artificial
Carry, and the device is furnished with conveyer belt 5, progress be one continuous line flow line production, can greatly save the time, can also be with
Manpower consumption is saved, to improve the high efficiency of stachyose process units.
Preferably, the side insertion of support base 7 is connected with supporting linkage 8, one end outer wall and branch of supporting linkage 8
The inside inner wall for supportting pedestal 7 is connected, and multiple processes is needed due to producing stachyose, so multiple technologies can be applied to, also
Multiple operating rooms are needed, support plate 1 and support base 7 are impetus, in order to reinforce the fastness of support plate 1 and support base 7,
We are connected with each other between support base 7 with supporting linkage 8, and the impetus made is more secured, to improve wood
The stability of sugared process units.
Preferably, the inner tight for blending room 10 is fitted with noise reduction layer 101, the peripheral outer wall of noise reduction layer 101 and blends room
10 inside inner wall is connected, and after stachyose process units behaves, biggish raw material can enter to blend room 10 and be blended,
Px motor 106 and a variety of gears inside room 10 is blended to behave, the operation of these structures can generate biggish noise, then
Porous material inside noise reduction layer 101 can weaken sound wave, so that noise reduces, to improve the environmental protection for blending room 10
Property.
Preferably, raw material access plate 105 is to apply blending the structure in room 10, and raw material access plate 105 is to possess centainly
The stainless-steel sheet of thickness, is mainly made of two parts, and raw material access plate 105 and supporting support, the two are rendered into v shape, simultaneously
Around px motor 106, after stachyose process units behaves, biggish raw material can enter to blend room 10 and be blended,
A large amount of dust can be generated simultaneously, blocks the structure operation blended inside room 10, therefore blend inside room 10 equipped with raw material access
Plate 105 can go out the material transport of crushing, while raw material access plate 105 is also wrapped in px motor 106, ensure that px electricity
The operation of machine 106, to improve the high efficiency for blending room 10.
Preferably, filter device 146 be apply leach room 14 in structure, show it is cylindric, in filter device 146
Portion possesses ion exchange resin 142,145 structure of heavy metal adsorption resin 143, antibiotic property polymer resin 144 and granular active carbon,
When raw material has been blended, just to enter extraction process, guarantee safety and the degree of purity of extracting solution after extraction, need
Extracting solution is filtered, extracting solution just will enter filter device 146, ion exchange resin 142 in filter device 146, again
Metal adsorption resin 143, antibiotic property polymer resin 144 and 145 structure of granular active carbon can be to the heavy metals, no in extracting solution
Solubility impurity, pigment and germ are filtered, to ensure that the safety of stachyose.
Working principle: firstly, through observation window 4 is connected with, the periphery of observation window 4 is outer at position among before feed chamber 2
Wall is connected with the inside inner wall of feed chamber 2, and when adding the raw material into feed chamber 2, staff not can determine that raw material is added to
The amount of feed chamber 2 can only infer the amount that raw material is added by a large amount of experience, and when the feed chamber 2 is equipped with observation window 4
Afterwards, we can intuitively see the amount that raw material is added, and prevent the raw material being added excessive, to improve the stabilization of feed chamber 2
Property, then, the intermediate position of support plate 1 is closely fitted with conveyer belt 5, outside the bottom end outer wall of conveyer belt 5 and the top of support plate 1
Wall is connected, and after stachyose process units behaves, because stachyose production needs multiple processes, each process is also
Difference, needing multiple operating rooms to cooperate just can produce, and relatively before, be by mechanical or manual handling, and
The device is furnished with conveyer belt 5, and progress is streamlined flow line production, can greatly save the time, can also save people
Work consumption, to improve the high efficiency of stachyose process units, then, the side insertion of support base 7 is connected with support and connects
Extension bar 8, one end outer wall of supporting linkage 8 are connected with the inside inner wall of support base 7, multiple due to producing stachyose needs
Process also just needs multiple operating rooms so multiple technologies can be applied to, and support plate 1 and support base 7 are impetus, in order to
Reinforce the fastness of support plate 1 and support base 7, we are connected with each other between support base 7 with supporting linkage 8, are made
Impetus is more secured, to improve the stability of stachyose process units, then, blends the inner tight fitting of room 10
There is noise reduction layer 101, the peripheral outer wall of noise reduction layer 101 is connected with the inside inner wall for blending room 10, when stachyose process units is run
After getting up, biggish raw material can enter to blend room 10 and be blended, and blend the px motor 106 inside room 10 and the operation of a variety of gears
Get up, the operation of these structures can generate biggish noise, then the porous material inside noise reduction layer 101 can weaken sound
Wave, so that noise reduces, to improve the feature of environmental protection for blending room 10, and then, raw material access plate 105 is to apply blending room
Structure in 10, raw material access plate 105 are to possess certain thickness stainless-steel sheet, are mainly made of two parts, raw material access
Plate 105 and supporting support, the two are rendered into v shape, while around px motor 106, after stachyose process units behaves,
Biggish raw material can enter to blend room 10 and be blended, while can generate a large amount of dust, block the structure blended inside room 10
Operation, therefore blend inside room 10 equipped with raw material access plate 105, the material transport of crushing can be gone out, while raw material access
Plate 105 is also wrapped in px motor 106, ensure that the operation of px motor 106, so that the high efficiency for blending room 10 is improved, finally,
Filter device 146 is to apply leaching the structure in room 14, shows cylindric, possesses ion exchange inside filter device 146
Resin 142,145 structure of heavy metal adsorption resin 143, antibiotic property polymer resin 144 and granular active carbon, when raw material has carried out
It blends, just to enter extraction process, guarantee safety and the degree of purity of extracting solution after extraction, need to carry out extracting solution
Filter, extracting solution just will enter filter device 146, ion exchange resin 142, heavy metal adsorption resin in filter device 146
143, antibiotic property polymer resin 144 and 145 structure of granular active carbon can be to heavy metal, insoluble impurities, the colors in extracting solution
Element and germ are filtered, to ensure that the safety of stachyose, here it is the working principles of this kind of stachyose process units.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (7)
1. a kind of stachyose process units, including support plate (1), feed chamber (2), drying room (6), blends room (10) and leach room
(14), it is characterised in that: the top of the support plate (1) is fixedly connected with feed chamber (2), outside the bottom end of the feed chamber (2)
Wall is connected with the top outer wall of support plate (1), and the top of the support plate (1) is fixedly connected with drying room (6), the drying room
(6) bottom end outer wall is connected with the top outer wall of support plate (1), and the top of the support plate (1), which is fixedly connected with, blends room
(10), the bottom end outer wall of the feed chamber (2) is connected with the top outer wall for blending room (10), and the bottom end of the support plate (1) is solid
Surely it is connected with support base (7), the top outer wall of the support base (7) is connected with the bottom end outer wall of support plate (1), the original
Expect that the top centre position of room (2) is run through to be connected with filter screen (3), peripheral outer wall and feed chamber (2) of the filter screen (3)
Internal inner wall is connected, and one end of the support plate (1) is fixedly connected with transmission gear (9), the middle part of the transmission gear (9)
Position outer wall is connected with one end inner wall of support plate (1), and one end of the support plate (1) is fixedly connected with raw material receiving slit (11),
The other end outer wall of the raw material receiving slit (11) is connected with one end outer wall of support plate (1), the raw material receiving slit (11)
The other end, which runs through, to be connected with transfer canal (12), the top outer wall of the transfer canal (12) and the inside of raw material receiving slit (11)
Inner wall is connected, and the top of the transfer canal (12), which is run through to be connected with, leaches room (14), the inside inner wall for leaching room (14)
It is connected with the peripheral outer wall of transfer canal (12), the top for leaching room (14), which is run through, to be connected with filler pipe road (13), described
The bottom end outer wall in filler pipe road (13) is connected with the inside inner wall for leaching room (14), and the bottom end for leaching room (14) runs through
It is connected with discharge tube (15), one end outer wall of the discharge tube (15) is connected with the inside inner wall for leaching room (14), described
The other end of discharge tube (15) is through connection vaporization chamber (16), inside inner wall and discharge tube (15) of the vaporization chamber (16)
Other end outer wall be connected, the bosom position for blending room (10), which is connected with, to be blended gear (103), described to blend
Outer wall is connected with the inside inner wall for blending room (10) before gear (103), the intermediate position activity for blending gear (103)
It is connected with bearing (102), the peripheral outer wall of the bearing (102) is connected with the inside inner wall for blending gear (103), described
The bosom position for blending room (10) is fixedly connected with raw material access plate (105), outside one end of the raw material access plate (105)
Wall is connected with the inside inner wall for blending room (10), and the interior bottom portion for blending room (10) is fixedly connected with px motor (106), institute
The bottom end outer wall for stating px motor (106) is connected with the inside inner wall for blending room (10), middle part before the px motor (106)
Position is connected with crawler belt (104), and the inside inner wall of the crawler belt (104) is connected with the peripheral outer wall of px motor (106), described
The bosom position for leaching room (14) is fixedly connected with dissolution extraction slot (141), outside the top of the dissolution extraction slot (141)
Wall is connected with the inside inner wall for leaching room (14), and position is fixedly connected with filtering among the bottom end of the dissolution extraction slot (141)
The top outer wall of device (146), the filter device (146) is connected with the bottom end outer wall of dissolution extraction slot (141), the filtering
The inside top of device (146) is fixedly connected with ion exchange resin (142), and the periphery of the ion exchange resin (142) is outer
Wall is connected with the inside inner wall of filter device (146), and the bosom position of the filter device (146) is fixedly connected with a huge sum of money
Belong to absorption resin (143), the inside inner wall phase of the peripheral outer wall and filter device (146) of the heavy metal adsorption resin (143)
Even, the bosom position of the filter device (146) is fixedly connected with antibiotic property polymer resin (144), and the antibiotic property is poly-
The peripheral outer wall of resin (144) is connected with the inside inner wall of filter device (146), the inside top of the filter device (146)
Portion is fixedly connected with granular active carbon (145), and the peripheral outer wall of the granular active carbon (145) is interior with filter device (146)
Side inner wall is connected.
2. a kind of stachyose process units according to claim 1, it is characterised in that: in front of the feed chamber (2)
Between position through being connected with observation window (4), the peripheral outer wall of the observation window (4) is connected with the inside inner wall of feed chamber (2).
3. a kind of stachyose process units according to claim 1, it is characterised in that: the middle part of the support plate (1)
Position is closely fitted with conveyer belt (5), and the bottom end outer wall of the conveyer belt (5) is connected with the top outer wall of support plate (1).
4. a kind of stachyose process units according to claim 1, it is characterised in that: the side of the support base (7)
Insertion is connected with supporting linkage (8), one end outer wall and the inside inner wall phase of support base (7) of the supporting linkage (8)
Even.
5. a kind of stachyose process units according to claim 1, it is characterised in that: the inside for blending room (10) is tight
Close to be fitted with noise reduction layer (101), the peripheral outer wall of the noise reduction layer (101) is connected with the inside inner wall for blending room (10).
6. a kind of stachyose process units according to claim 1, it is characterised in that: the raw material access plate (105) is
It applies and is blending the structure in room (10), raw material access plate (105) is to possess certain thickness stainless-steel sheet, mainly there is two
It is grouped as, raw material access plate (105) and supporting support, the two is rendered into v shape, while around px motor (106).
7. a kind of stachyose process units according to claim 1, it is characterised in that: the filter device (146) is to answer
It used in the structure leached in room (14), shows cylindric, ion exchange resin (142), again is possessed inside filter device (146)
Metal adsorption resin (143), antibiotic property polymer resin (144) and granular active carbon (145) structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821804881.2U CN209098543U (en) | 2018-11-01 | 2018-11-01 | A kind of stachyose process units |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821804881.2U CN209098543U (en) | 2018-11-01 | 2018-11-01 | A kind of stachyose process units |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209098543U true CN209098543U (en) | 2019-07-12 |
Family
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111423474A (en) * | 2020-05-08 | 2020-07-17 | 皖西学院 | Extraction device of stachyose and use method thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111423474A (en) * | 2020-05-08 | 2020-07-17 | 皖西学院 | Extraction device of stachyose and use method thereof |
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