CN208293024U

CN208293024U - A kind of active peptide production system

Info

Publication number: CN208293024U
Application number: CN201820239854.9U
Authority: CN
Inventors: 付军磊
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-09
Filing date: 2018-02-09
Publication date: 2018-12-28
Anticipated expiration: 2028-02-09

Abstract

The utility model belongs to active peptide production equipment technology, a kind of active peptide production system is proposed, including raw material premix device, extractor, the first centrifuge, settling tank, the second centrifuge, enzymatic hydrolysis decoloration device, primarily efficient filter device, membrane filter, desalter, enrichment facility, sterilizing unit and the drying device being sequentially connected in series by conveying pipeline；Delivery pump is provided on conveying pipeline, delivery pump is connect with controller；Primarily efficient filter device includes the filtering tank body being all connected with enzymatic hydrolysis decoloration device and membrane filter, several layers filter screen is provided in filtering tank body, filtering tank body is connect with mixing tank body, cleaning water inlet is provided on filtering tank body, filter screen is inclined at filtering tank body, and one end diagonally downward is provided with washing outlet, the inner wall for filtering tank body is provided with residue collection plate, and residue collection plate is close to washing outlet.The utility model solves the problems, such as that small active peptides production equipment the degree of automation is low, production efficiency is not also high.

Description

A kind of active peptide production system

Technical field

The utility model belongs to active peptide production equipment technology, is related to a kind of active peptide production system.

Background technique

Small active peptides are a kind of biochemical substances between amino acid and protein, it compares protein molecular weight It is small and bigger than amino acid molecular amount, it is the segment of a protein.It is connected between more than two amino acid with peptide bond, is formed " amino acid chain " or " amino acid string " be just called peptide.Wherein, 10 are referred to as polypeptide with the peptide that upper amino acid forms, and by 2 Just it is called oligopeptides to what 9 amino acid formed, is just called small-molecular peptides or small peptide by what 2 to 4 amino acid formed.

Small active peptides have multiple biological function, have in the life processes such as growth and development, the metabolism of people It plays an important role.Section carries out active peptide extraction to soybean using microwave, and the soybean after extraction still can be used for extracting oil, the beans after oil expression The dregs of rice extract active peptide again.When active peptide in the prior art extracts, the quality that repeated heating process obtains product causes a fixing It rings, so that the nutritive value of product is affected, while existing small active peptides production equipment the degree of automation is low, production Efficiency is not also high.

Utility model content

The utility model proposes a kind of active peptide production systems, solve the above problem in the prior art.

The technical solution of the utility model is achieved in that

A kind of active peptide production system, including

The raw material premix device that is sequentially connected in series by conveying pipeline, extractor, the first centrifuge, settling tank, the second centrifuge, Digest decoloration device, primarily efficient filter device, membrane filter, desalter, enrichment facility, sterilizing unit and drying device；It is described defeated Delivery pump is provided in expects pipe, the delivery pump is connect with controller；

The primarily efficient filter device includes the filtering tank body being all connected with the enzymatic hydrolysis decoloration device and the membrane filter, Several layers filter screen is provided in the filtering tank body, the filtering tank body is connect with the mixing tank body, the filtering tank body On be provided with cleaning water inlet, the filter screen is inclined at the filtering tank body, and one end diagonally downward is provided with clearly Mouth is washed out, the inner wall of the filtering tank body is provided with residue collection plate, and the residue collection plate is described close to the washing outlet Residue collection plate and the filter screen integrally surround circle.

As further technical solution, conveyer belt, the conveying end of the conveyer belt are provided with below the drying device End is provided with hopper, and the conveyer belt is connect with the controller.

As further technical solution, the raw material premix device include with it is described extract it is tank connected mix tank body, Feed opening is provided on the mixing tank body, the feed opening is communicated with charging cylinder, and the charging cylinder is from close to far from Its cross-sectional area of the feed opening is gradually increased.

It is hingedly provided with as further technical solution, at the feed opening and the rotation opened or closed is driven by cylinder Baffle is provided with for being inserted into plate to be separated out the socket of certain mass material, the spigot on the charging cylinder It is provided with the automatic closed baffle plate for sealing and opening when the plate is inserted into the socket, the automatic closed baffle plate It is covered outside by protecting frame, the protecting frame is arranged in the casing drum body, and the flap shutter is connect with cylinder, the plate It is connect with the second cylinder；The top of the mixing tank body is provided with filler, is internally provided with agitating device.

As further technical solution, high-frequency resonance grinding is also connected between the membrane filter, the desalter Machine.

The utility model is using principle and has the beneficial effect that

In the utility model, plant muffin raw material can enter by adding water mixing in raw material premix device after emulsifying Extractor is completed after extracting, is separated into the first centrifuge, and the extracting solution after centrifuge separation is transported to settling tank, and feed liquid is heavy It after being precipitated in the tank of shallow lake, is centrifugated by the second centrifuge, upper layer feed liquid is transported to enzymatic hydrolysis decoloration device, the enzyme after the completion of digesting Solution liquid enters primarily efficient filter device and carries out primarily efficient filter, enters back into big point in membrane filter progress fine filtering removing enzymolysis liquid Sub- sodium chloride and impurity achieve the purpose that preliminary desalination and concentration, and the enzymolysis liquid by filtering is transported to desalter, in desalter Enzymolysis liquid be transported to circulating and evaporating to certain concentration, concentrate in enrichment facility by centrifugal pump and be transported to by centrifugal pump It is concentrated in liquid storage tank, after concentrate is sprayed that flash evapn is dry again and forms powder, falls into dry tower bottom to realize product Dry, final communicated band is automatically transmitted to hopper and keeps in, and whole process is that automation is realized under the control of the controller, because This pole greatly facilitates the process of production.

In the utility model, the filter screen in primarily efficient filter device is obliquely installed so that the larger particles filtered out to Under be moved to residue collection plate, to collect, and can wash out to be recycled by washing outlet, residue collection plate with Filter screen integrally surrounds circle and makes the residue collection effect of residue collection plate more preferable, therefore filter process is rationally efficient, simultaneously It completes automatic cleaning and also saves material, realize the automatic cleaning of primarily efficient filter device, play good effect, simultaneously The product that drying device obtains is transported to hopper by conveyer belt and is packed, and also improves the degree of automation.

In the utility model, the raw material of more amount has first been stored in the cylinder that feeds, and ratio is launched according to its material, design is not Charging cylinder with size is respectively used to storage raw material, and when charging, feed opening is blocked by flap shutter, and plate is inserted into socket will Automatic closed baffle plate opens until plate withstands the inner wall of the charging cylinder other end to be separated out certain volume one in material Determine the material of quality, then the flap shutter at feed opening is opened, this partial material feed intake being dissolved in water, thus full The lasting progress produced enough manually weigh afterwards in batches after without feeding intake, and flap shutter is closed after investment, and plate is extracted out again, thus It realizes the circulation of material, therefore realizes the automation addition of material well, greatly improve the degree of automation of equipment.

Detailed description of the invention

Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is raw material pre-mixing apparatus structural schematic diagram in the utility model；

Fig. 3 is primarily efficient filter apparatus structure schematic diagram in the utility model；

In figure: 1- conveying pipeline, 2- extractor, 3- raw material premix device, 31- mixing tank body, 32- feed opening, 331- charging Cylinder, 332- agitating device, 333- flap shutter, 334- plate, 335- socket, the automatic closed baffle plate of 336-, 337- protecting frame, The filler 338-, 4- primarily efficient filter device, 41- filter tank body, 42- filter screen, 43- clean water inlet, 44- washing outlet, 45- filter Slag collecting board, 5- settling tank, the second centrifuge of 6-, 7- digest decoloration device, 8- membrane filter, 9- desalter, 10- concentration dress It sets, 11- sterilizing unit, 12- drying device, 13- delivery pump, 14- controller, 15- conveyer belt, 16- hopper, 17- first is centrifuged Machine.

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 creative efforts Every other embodiment obtained, fall within the protection scope of the utility model.

As shown in FIG. 1 to 3, the utility model proposes a kind of active peptide production system, including

Raw material premix device 3, extractor 2, the first centrifuge 17, the settling tank 5, second being sequentially connected in series by conveying pipeline 1 Centrifuge 6, enzymatic hydrolysis decoloration device 7, primarily efficient filter device 4, membrane filter 8, desalter 9, enrichment facility 10,11 and of sterilizing unit Drying device 12；Delivery pump 13 is provided on conveying pipeline 1, delivery pump 13 is connect with controller 14；

Primarily efficient filter device 4 includes the filtering tank body 41 being all connected with enzymatic hydrolysis decoloration device 7 and membrane filter 8, filtering tank Several layers filter screen 42 is provided in body 41, filtering tank body 41 is connect with mixing tank body 31, is filtered and is provided with cleaning on tank body 41 Water inlet 43, filter screen 42 is inclined at filtering tank body 41, and one end diagonally downward is provided with washing outlet 44, filtering tank The inner wall of body 41 is provided with residue collection plate 45, and residue collection plate 45 is close to washing outlet 44, residue collection plate 45 and filter screen 42 integrally surround circle.

Further, conveyer belt 15 is provided with below drying device 12, the conveying end of conveyer belt 15 is provided with hopper 16, passes Band 15 is sent to connect with controller 14.

In the utility model, plant muffin raw material by raw material premix device 3 plus water mixing, wherein plus wet concentration select newly The boundary Pamir Mountain Area, from the earth initial condition before millions of years, natural health far from modern pollution, therefore can to produce Product are more healthy, after after emulsifying enter extractor 2, complete extract after, into the first centrifuge 17 separate, after centrifuge separation Extracting solution be transported to settling tank 5, after feed liquid precipitates in settling tank, by the second centrifuge 6 be centrifugated, upper layer feed liquid turn It is transported to enzymatic hydrolysis decoloration device 7, the enzymolysis liquid after the completion of digesting enters primarily efficient filter device 4 and carries out primarily efficient filter, enters back into film mistake Filter 8 carries out the macromolecular sodium chloride and impurity in fine filtering removing enzymolysis liquid, achievees the purpose that preliminary desalination and concentration, passes through The enzymolysis liquid of filtering is transported to desalter 9, and the enzymolysis liquid in desalter 9 is transported in enrichment facility 10 by centrifugal pump and recycles It is evaporated to certain concentration, concentrate is transported in concentration liquid storage tank by centrifugal pump, and it is dry that concentrate is sprayed flash evapn again After forming powder, dry tower bottom is fallen into realize the drying of product, it is temporary that final communicated band 15 is automatically transmitted to hopper 16 It deposits, whole process is that automation is realized under control of the controller 14, therefore pole greatly facilitates the process of production.

In the utility model, the filter screen 42 in primarily efficient filter device 4 is obliquely installed, so that the larger particles filtered out It is moved downward to residue collection plate 45, to collect, and can wash out to be recycled by washing outlet 44, filter residue is received Collection plate 45 integrally surrounds circle with filter screen 42 and makes the residue collection effect of residue collection plate 45 more preferable, therefore filter process closes Reason efficiently, has been completed at the same time automatic cleaning and has also saved material, realized the automatic cleaning of primarily efficient filter device 4, play very Good effect, while the obtained product of drying device 12 is transported to hopper 11 by conveyer belt 10 and is packed, also improve from Dynamicization degree.

Further, raw material premix device 3 includes the mixing tank body 31 connecting with extractor 2, mixes and is provided on tank body 31 Feed opening 32, feed opening 32 are communicated with charging cylinder 331, and charging cylinder 331 is from close to far from its cross-sectional area of feed opening 32 It is gradually increased.

Further, it is hingedly provided at feed opening 32 and the flap shutter 333 opened or closed is driven by cylinder, feed cylinder It is provided with the socket 335 for being separated out certain mass material for being inserted into plate 334 on 331, is provided with and is used at socket 335 The automatic closed baffle plate 336 that socket 335 is sealed and opened when plate 334 is inserted into, automatic closed baffle plate 336 are outer by protecting frame 337 cover, and the setting of protecting frame 337 is in charging cylinder 331, and flap shutter 333 is connect with cylinder, plate 334 and the second cylinder Connection；The top of mixing tank body 31 is provided with filler 338, is internally provided with agitating device 332.

Further, high-frequency resonance grinder is also connected between membrane filter 8, desalter 9.

In the utility model, the raw material of more amount has first been stored in the cylinder 331 that feeds, and ratio is launched according to its material, if It counts different size of charging cylinder 331 and is respectively used to storage raw material, when charging, feed opening 32 is blocked by flap shutter 333, socket In 335 be inserted into plate 334 by automatic closed baffle plate 336 open until plate 334 withstand charging 331 other end of cylinder inner wall from And the material for certain volume certain mass being separated out in material, then the flap shutter 333 at feed opening 32 is opened, by this portion Material is divided feed intake being dissolved in water, so that the lasting progress for meeting production is thrown without feeding intake manually weigh afterwards in batches after Enter rear flap shutter 333 to close, plate 334 is extracted out again, to realize the circulation of material, therefore realizes material oneself well Dynamicization addition, greatly improves the degree of automation of equipment.The high-frequency resonance grinding connected between membrane filter 8, desalter 9 Machine can be ground into micron order, nanometer pole powder, by inertia vibration generator generate high-frequency vibration so that material during exercise by Impact of tens times higher than excited frequency, shearing, extruding, abrasive action, constantly refinement are decomposed, and micron order or nanometer are finally obtained Grade particles, therefore ensure that the quality of product well, improve the quality of product.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims

1. a kind of active peptide production system, which is characterized in that including the raw material premix device being sequentially connected in series by conveying pipeline (1) (3), extractor (2), the first centrifuge (17), settling tank (5), the second centrifuge (6), enzymatic hydrolysis decoloration device (7), primarily efficient filter Device (4), membrane filter (8), desalter (9), enrichment facility (10), sterilizing unit (11) and drying device (12)；It is described defeated It is provided in expects pipe (1) delivery pump (13), the delivery pump (13) connect with controller (14)；

The primarily efficient filter device (4) includes the filtering being all connected with enzymatic hydrolysis decoloration device (7) and the membrane filter (8) Tank body (41) is provided with several layers filter screen (42) in the filtering tank body (41), the filtering tank body (41) with mix tank body (31) it connects, cleaning water inlet (43) is provided on the filtering tank body (41), the filter screen (42) is inclined at described It filters tank body (41), and one end diagonally downward is provided with washing outlet (44), the inner wall of filtering tank body (41) is provided with Residue collection plate (45), the residue collection plate (45) is close to the washing outlet (44), the residue collection plate (45) and institute It states filter screen (42) and integrally surrounds circle.

2. a kind of active peptide production system according to claim 1, which is characterized in that set below the drying device (12) It is equipped with conveyer belt (15), the conveying end of the conveyer belt (15) is provided with hopper (16), the conveyer belt (15) and the control Device (14) connection processed.

3. a kind of active peptide production system according to claim 1, which is characterized in that raw material premix device (3) packet The mixing tank body (31) connecting with the extractor (2) is included, is provided with feed opening (32) on the mixing tank body (31), it is described to add Material mouth (32) is communicated with charging cylinder (331), and the charging cylinder (331) is from close to far from the feed opening (32), its is transversal Area is gradually increased.

4. a kind of active peptide production system according to claim 3, which is characterized in that hingedly set at the feed opening (32) It is equipped with and the flap shutter (333) opened or closed is driven by cylinder, be provided on the charging cylinder (331) for being inserted into plate (334) it to be separated out the socket (335) of certain mass material, is provided at the socket (335) for by the socket (335) the automatic closed baffle plate (336) for sealing and being opened when the plate (334) are inserted into, the automatic closed baffle plate (336) It is covered outside by protecting frame (337), protecting frame (337) setting is in the charging cylinder (331), the flap shutter (333) it is connect with cylinder, the plate (334) connect with the second cylinder；The top of mixing tank body (31) is provided with plus water Mouth (338) is internally provided with agitating device (332).

5. a kind of active peptide production system according to claim 1, which is characterized in that the membrane filter (8), described de- Salt cellar is also connected with high-frequency resonance grinder between (9).