CN209438068U - A kind of animal blood plasma and hyperglobulinemia direct drying device - Google Patents
A kind of animal blood plasma and hyperglobulinemia direct drying device Download PDFInfo
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- CN209438068U CN209438068U CN201821804324.0U CN201821804324U CN209438068U CN 209438068 U CN209438068 U CN 209438068U CN 201821804324 U CN201821804324 U CN 201821804324U CN 209438068 U CN209438068 U CN 209438068U
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Abstract
The utility model discloses a kind of animal blood plasmas and hyperglobulinemia direct drying device, including main heat drying cylinder, the bottom end of the main heat drying cylinder is welded with taper receiving hopper, and the inside of taper receiving hopper is connected to the inside of main heat drying cylinder, the inner wall of the main heat drying cylinder is bonded with thermal insulation protective layer, the inside of the thermal insulation protective layer is socketed with heat-conducting cylinder body, position is connected with helical heating pipe between the thermal insulation protective layer and thermally conductive cylinder, and helical heating pipe extends to inner bottom surface by the inner top surface of main heat drying cylinder, the top surface of the main heat drying cylinder is plugged with conveyance conduit, and conveyance conduit extends to the inside of thermally conductive cylinder through the outer wall of main heat drying cylinder, inside one end that the conveyance conduit extends to thermally conductive cylinder is socketed with atomizer.Without artificial excessive participation, the quality for making product and efficiency simple to operation are greatly improved for the utility model operating process.
Description
Technical field
The utility model relates to heat drying technical fields more particularly to a kind of animal blood plasma and hyperglobulinemia to directly heat
Drying device.
Background technique
It becomes better and better for people's lives, the rhythm of life is also to be getting faster, and now many people are concerned about itself
Health, in this way for just it may be noted that very much, the special meat now for some birds allows and much artificially eats in terms of diet
Unsound meat and pay a price, for present aquaculture, it is desirable to the growth for capableing of health that is cultivated and fast
The growth of speed, will not thus there is loss, so the albumen powder that many raiser is extracted with pig blood gradually now
To carry out mixed feeding with the feed of pig, so that pig growing way is fast simultaneously can also be healthy, but for albumen powder production
One of step is exactly to need to carry out the blood plasma for making albumen powder the dry process of drying, and traditional drying is all to carry out people
Work integrally toasts blood plasma, again separates dry blocky blood plasma after blood plasma is dry, and step complexity is time-consuming and laborious,
Also need many artificial participations to realize simultaneously, product efficiency out is not high.
Utility model content
The purpose of this utility model is to provide a kind of animal blood plasma and hyperglobulinemia direct drying device, pass through by
Pig blood raw material are poured into raw material cabinet, by being powered to main control cabinet, are programmed in the control of main control cabinet
Under, so that the blood plasma pump in raw material cabinet works, the Swine plasma of raw material box house is extracted by conveyance conduit
Transmitting reaches the upper end of main heat drying cylinder, in the inside for entering main heat drying cylinder by conveyance conduit, due to adopting
With atomizer, so being from the Swine plasma that conveyance conduit sprays when Swine plasma enters the inside of main heat drying cylinder
It is atomized shape, is sprayed in the thermally conductive cylinder of main heat drying inner barrel, since thermally conductive cylinder uses helical heating pipe, makes it
The condition of high temperature is presented in inside, makes it dry after Swine plasma atomization sprays after internal high temperature directly heats as solid state powder
Shape, then powdered porcine haemoglobin with gravity effect by the upper end of thermally conductive cylinder move downward until reach taper receiving hopper
Inside, entered after taper receiving hopper in splicing transport pipeline, in one end of splicing transport pipeline separation suction case
Power motor effect it is lower so that into albumen powder enter in separation suction case with suction, make under the action of power motor
Separation flabellum, which is rotated, further separates the albumen powder of entrance, and the albumen powder after final separation enters finished product
Inside material collecting box, then packaging collection is carried out under the action of splicing pallet by the discharge of splicing through-hole and completes to do Swine plasma
Dry process, process are simple to operation so that efficiency greatly improves without artificial excessive participation.
It is according to the present utility model to be designed to provide a kind of animal blood plasma and hyperglobulinemia direct drying device, packet
Main heat drying cylinder is included, the bottom end of the main heat drying cylinder is welded with taper receiving hopper, and the inside of taper receiving hopper
It is connected to the inside of main heat drying cylinder, the inner wall of the main heat drying cylinder is bonded with thermal insulation protective layer, the thermal insulation
The inside of protective layer is socketed with heat-conducting cylinder body, and position is connected with helical heating pipe between the thermal insulation protective layer and thermally conductive cylinder,
And helical heating pipe extends to inner bottom surface, the top surface grafting of the main heat drying cylinder by the inner top surface of main heat drying cylinder
There is conveyance conduit, and conveyance conduit extends to the inside of thermally conductive cylinder, the delivery pipe through the outer wall of main heat drying cylinder
Inside one end that road extends to thermally conductive cylinder is socketed with atomizer.
Further, the conveyance conduit is plugged with raw material cabinet far from one end of main heat drying cylinder, and conveys
Pipeline extends to inside through raw material cabinet exterior, and the threaded one end that the conveyance conduit extends to raw material box house connects
It is connected to blood plasma pump, and the inner bottom surface in raw material cabinet is bolted in blood plasma pump.
Further, the lateral wall lower end of the main heat drying cylinder is welded with main control cabinet, the taper splicing
The bottom end of bucket is welded with splicing transport pipeline vertically downward, and the splicing transport pipeline is in one end grafting far from taper receiving hopper
There is separation suction cylinder, the separation suction cylinder is bolted dynamic motor in the side far from splicing transport pipeline, described dynamic
The output end of force motor is socketed with separation flabellum.
Further, the separation suction cylinder is welded with finished-product material collecting box close to one end of power motor, and separates
The inside of suction cylinder keeps being connected to the inside of finished-product material collecting box.
Further, the leading flank of the finished-product material collecting box offers out material through hole, the lower end of the material through hole out
It is welded with discharging pallet.
Further, the helical heating pipe, blood plasma pump, power motor are electrically connected with main control cabinet.
The utility model has the beneficial effect that compared with prior art
1, by the way that pig blood raw material are poured into raw material cabinet, by being powered to main control cabinet, in master control
Under the control programming of cabinet processed, so that the blood plasma pump in raw material cabinet works, the pig blood of raw material box house is extracted
Slurry reaches the upper end of main heat drying cylinder by the transmitting of conveyance conduit, is entering main heat drying cylinder by conveyance conduit
The inside of body, due to using atomizer, so when Swine plasma enters the inside of main heat drying cylinder from delivery pipe
The Swine plasma that road sprays is atomization shape, is sprayed in the thermally conductive cylinder of main heat drying inner barrel, since thermally conductive cylinder uses
Helical heating pipe, make its it is internal the condition of high temperature is presented, after Swine plasma atomization sprays after internal high temperature directly heats
It makes it dry as solid powder, then powdered porcine haemoglobin is moved downward by the upper end of thermally conductive cylinder with the effect of gravity
Inside until reaching taper receiving hopper, enters after taper receiving hopper in splicing transport pipeline.
2, by one end of splicing transport pipeline separate suction case power motor effect under make into albumen powder with
Suction enter in separation suction case, make to separate flabellum under the action of power motor and rotated albumen powder to entrance
It is further separated, the albumen powder after final separation enters inside finished-product material collecting box, then is arranged by splicing through-hole
Packaging is carried out under the action of splicing pallet out and collects the drying process completed to Swine plasma, process is without artificial excessive ginseng
With it is simple to operation so that efficiency greatly improves.
Detailed description of the invention
Attached drawing is used to provide a further understanding of the present invention, and constitutes part of specification, practical with this
Novel embodiment is used to explain the utility model together, does not constitute limitations of the present invention.In the accompanying drawings:
Fig. 1 be the utility model proposes a kind of animal blood plasma and hyperglobulinemia direct drying device stereochemical structure
Schematic diagram；
Fig. 2 be the utility model proposes a kind of animal blood plasma and hyperglobulinemia direct drying device main heating it is dry
Dry inner barrel structural schematic diagram；
Fig. 3 be the utility model proposes a kind of animal blood plasma and hyperglobulinemia direct drying device former material hopper
Body schematic diagram of internal structure；
Fig. 4 be the utility model proposes a kind of animal blood plasma and hyperglobulinemia direct drying device separation suction
Cylinder schematic diagram of internal structure；
In figure: the main heat drying cylinder of 1-, 2- taper receiving hopper, 3- thermal insulation protective layer, the thermally conductive cylinder of 4-, 5- spiral heating
Pipe, 6- conveyance conduit, 7- atomizer, 8- raw material cabinet, 9- blood plasma pump, 10- main control cabinet, 11- splicing transport pipeline,
12- separation suction cylinder, 13- power motor, 14- separation flabellum, 15- finished-product material collecting box, 16- goes out material through hole, 17- goes out material torr
Disk.
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.
Specific embodiment
Referring to Fig.1-4, a kind of animal blood plasma and hyperglobulinemia direct drying device, including main heat drying cylinder 1,
Main heat drying cylinder 1 is the placement of cylinder vertical direction, and the bottom end of main heat drying cylinder 1 is welded with taper receiving hopper 2, taper
The inner sidewall of receiving hopper 2 has amplexiformed thermal insulation protective layer 3, and the inside of taper receiving hopper 2 and the inside of main heat drying cylinder 1 connect
Logical, the inner wall of main heat drying cylinder 1 is bonded with thermal insulation protective layer 3, and smooth treatment is done in the inside of thermal insulation protective layer 3, and thermal insulation is protected
The inside of sheath 3 is socketed with heat-conducting cylinder body 4, and thermally conductive cylinder 4 is metal foil laminate, the meta position of thermal insulation protective layer 3 and thermally conductive cylinder 4
It sets and is connected with helical heating pipe 5, and helical heating pipe 5 extends to inner bottom surface by the inner top surface of main heat drying cylinder 1, spiral adds
Heat pipe 5 is spring like arrangement, and the top surface of main heat drying cylinder 1 is plugged with conveyance conduit 6, and conveyance conduit 6 runs through main heating
The outer wall of dry cylinder 1 extends to the inside of thermally conductive cylinder 4, and inside one end that conveyance conduit 6 extends to thermally conductive cylinder 4 is socketed with
Atomizer 7, atomizer 7 are in the upper end top side location of thermally conductive cylinder 4, and conveyance conduit 6 is far from main heat drying cylinder 1
One end is plugged with raw material cabinet 8, and conveyance conduit 6 extends to inside through 8 outer wall of raw material cabinet, raw material cabinet 8
Position is connected in the bottom end side of main heat drying cylinder, the threaded one end that conveyance conduit 6 extends to inside raw material cabinet 8
Blood plasma pump 9, and blood plasma pump 9 is bolted the inner bottom surface in raw material cabinet 8, under the lateral wall of main heat drying cylinder 1
End is welded with main control cabinet 10, and there is programmed circuit plate in the inside of main control cabinet 10, and the bottom end of taper receiving hopper 2 is vertically downward
Be welded with splicing transport pipeline 11, splicing delivery tube 11 be it is horizontal positioned, splicing transport pipeline 11 is far from taper receiving hopper 2
One end is plugged with separation suction cylinder 12, and separation suction cylinder 12 is cylindrical shape, and separation suction cylinder 12 is far from splicing transport pipeline
11 side is bolted dynamic motor 13, and the outer wall of power motor 13 is socketed with isolation dust cover, power motor 13 it is defeated
Outlet is socketed with separation flabellum 14, separates suction cylinder 12 close to one end of power motor and is welded with finished-product material collecting box 15, and
The inside for separating suction cylinder 12 keeps being connected to the inside of finished-product material collecting box 15, and the leading flank of finished-product material collecting box 15 is opened
Equipped with material through hole 16 out, the front side top of finished-product material collecting box 15 is arranged in material through hole 16 out, out the lower end weldering of material through hole 16
It is connected to discharging pallet 17, discharging pallet 17 is taper state, and helical heating pipe 5, blood plasma pump 9, power motor 13 are and main control
Cabinet 10 is electrically connected.
In use, by the way that pig blood raw material are poured into raw material cabinet 8, by leading to main control cabinet 10
Electricity, so that the blood plasma pump in raw material cabinet 8 works, extracts former material hopper under the control programming of main control cabinet 10
Swine plasma inside body 8 reaches the upper end of main heat drying cylinder 1 by the transmitting of conveyance conduit 6, by conveyance conduit 6 into
Enter to the inside of main heat drying cylinder 1, due to using atomizer 7, so entering main heat drying cylinder in Swine plasma
The Swine plasma sprayed when the inside of body 1 from conveyance conduit 6 is atomization shape, the heat-conducting cylinder being sprayed inside main heat drying cylinder 1
In body 4, due to using helical heating pipe 5 on the outside of thermally conductive cylinder 4, makes its internal presentation condition of high temperature, be atomized and spray in Swine plasma
It is made it dry after internal high temperature directly heats after out as solid powder, then powdered porcine haemoglobin is with gravity
Effect is moved downward the inside until reaching taper receiving hopper 2 by the upper end of thermally conductive cylinder 4, is entered after taper receiving hopper 2
Into splicing transport pipeline 11, splicing transport pipeline 11 one end separation suction cylinder 12 power motor 13 act under make into
Albumen powder with suction enter separation suction cylinder 12 in, make under the action of power motor 13 separation 14 turns of flabellum
Dynamic further to be separated to the albumen powder of entrance, the albumen powder after final separation enters in finished-product material collecting box 15
Portion, then packaging collection completion is carried out under the action of discharging pallet 17 to the drying process of Swine plasma by going out the discharge of material through hole 16.
Place is not described in detail for the utility model, is the well-known technique of those skilled in the art.
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 (6)
1. a kind of animal blood plasma and hyperglobulinemia direct drying device, including main heat drying cylinder (1), feature exists
In: the bottom end of the main heat drying cylinder (1) is welded with taper receiving hopper (2), and the inside of taper receiving hopper (2) adds with master
The inside of heated drying cylinder (1) is connected to, and the inner wall of the main heat drying cylinder (1) is bonded with thermal insulation protective layer (3), it is described every
The inside of warm protective layer (3) is socketed with heat-conducting cylinder body (4), and position is clamped between the thermal insulation protective layer (3) and thermally conductive cylinder (4)
Have helical heating pipe (5), and helical heating pipe (5) extends to inner bottom surface, the master by the inner top surface of main heat drying cylinder (1)
The top surface of heat drying cylinder (1) is plugged with conveyance conduit (6), and conveyance conduit (6) is through the outer of main heat drying cylinder (1)
Wall extends to the inside of thermally conductive cylinder (4), and inside one end that the conveyance conduit (6) extends to thermally conductive cylinder (4) is socketed with mist
Change spray head (7).
2. a kind of animal blood plasma according to claim 1 and hyperglobulinemia direct drying device, it is characterised in that: institute
It states conveyance conduit (6) to be plugged with raw material cabinet (8) far from one end of main heat drying cylinder (1), and conveyance conduit (6) runs through
Raw material cabinet (8) outer wall extends to inside, and the conveyance conduit (6) extends to the internal threaded one end of raw material cabinet (8)
It is connected with blood plasma pump (9), and the inner bottom surface in raw material cabinet (8) is bolted in blood plasma pump (9).
3. a kind of animal blood plasma according to claim 1 and hyperglobulinemia direct drying device, it is characterised in that: institute
The lateral wall lower end for stating main heat drying cylinder (1) is welded with main control cabinet (10), and the bottom end of the taper receiving hopper (2) is hung down
It is directly welded with downwards splicing transport pipeline (11), the splicing transport pipeline (11) is inserted in one end far from taper receiving hopper (2)
It is connected to separation suction cylinder (12), separation suction cylinder (12) has been bolted dynamic in the side far from splicing transport pipeline (11)
Force motor (13), the output end of the power motor (13) are socketed with separation flabellum (14).
4. a kind of animal blood plasma according to claim 3 and hyperglobulinemia direct drying device, it is characterised in that: institute
It states separation suction cylinder (12) to be welded with finished-product material collecting box (15) close to one end of power motor, and separates suction cylinder (12)
It is internal to keep being connected to the inside of finished-product material collecting box (15).
5. a kind of animal blood plasma according to claim 4 and hyperglobulinemia direct drying device, it is characterised in that: institute
The leading flank for stating finished-product material collecting box (15) offers out material through hole (16), and the lower end of material through hole (16) out is welded with out
Material torr disk (17).
6. a kind of animal blood plasma according to claim 1 and hyperglobulinemia direct drying device, it is characterised in that: institute
Helical heating pipe (5), blood plasma pump (9), power motor (13) is stated to be electrically connected with main control cabinet (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821804324.0U CN209438068U (en) | 2018-11-04 | 2018-11-04 | A kind of animal blood plasma and hyperglobulinemia direct drying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821804324.0U CN209438068U (en) | 2018-11-04 | 2018-11-04 | A kind of animal blood plasma and hyperglobulinemia direct drying device |
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| Publication Number | Publication Date |
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| CN209438068U true CN209438068U (en) | 2019-09-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821804324.0U Active CN209438068U (en) | 2018-11-04 | 2018-11-04 | A kind of animal blood plasma and hyperglobulinemia direct drying device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111871625A (en) * | 2020-07-15 | 2020-11-03 | 江苏永盛生物科技有限公司 | Preparation process and device of low-ash porcine plasma protein powder |
-
2018
- 2018-11-04 CN CN201821804324.0U patent/CN209438068U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111871625A (en) * | 2020-07-15 | 2020-11-03 | 江苏永盛生物科技有限公司 | Preparation process and device of low-ash porcine plasma protein powder |
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