CN208038406U

CN208038406U - Beer Brewage system

Info

Publication number: CN208038406U
Application number: CN201721557845.6U
Authority: CN
Inventors: 周四元; 殷俊
Original assignee: Wuhan Bouayad Automation Engineering Co Ltd
Current assignee: Wuhan Bouayad Automation Engineering Co Ltd
Priority date: 2017-11-16
Filing date: 2017-11-16
Publication date: 2018-11-02
Anticipated expiration: 2027-11-16

Abstract

The utility model embodiment provides a kind of Beer Brewage system, the system comprises the first reaction unit, the second reaction unit, third reaction unit, first group of pipeline, second group of pipelines, first group of pipeline is connect with the input terminal of first reaction unit, and the output end of first reaction unit is connect with second group of pipeline and second reaction unit respectively；First group of pipeline is connect with the input terminal of second reaction unit, and the output end of second reaction unit is connect with second group of pipeline and the third reaction unit respectively；First group of pipeline is connect with the input terminal of the third reaction unit, and the output end of the third reaction unit is connect with second group of pipeline and second reaction unit respectively.

Description

Beer Brewage system

Technical field

The utility model is related to process for beer production fields, in particular to a kind of Beer Brewage system.

Background technology

In existing beer producers, each transfer pipeline on production line is all single, and beer fills Setting the material of middle discharge can not directly carry out being delivered to respective line, and each pipeline can not carry out unified management, be imitated to production Rate influences very big.

Utility model content

In view of this, the utility model provides a kind of Beer Brewage system, entered by the way that multiple valve group controls are arranged With the pipeline of the material of discharge reaction kettle, unified pipe can not be carried out to each pipeline to improve in Beer Brewage in the prior art The problem of managing and influencing production efficiency.

To achieve the above object, the utility model provides the following technical solutions：

A kind of Beer Brewage system, the system comprises the first reaction unit, the second reaction unit, third reaction unit, First group of pipeline, second group of pipeline, first group of pipeline are connect with the input terminal of first reaction unit, and described first is anti- The output end of device is answered to be connect respectively with second group of pipeline and second reaction unit；First group of pipeline and institute State the input terminal connection of the second reaction unit, the output end of second reaction unit respectively with second group of pipeline and institute State the connection of third reaction unit；First group of pipeline is connect with the input terminal of the third reaction unit, the third reaction The output end of device is connect with second group of pipeline and second reaction unit respectively.

Advantageous effect of the utility model：The utility model by the first reaction unit, the second reaction unit and Third reaction unit is respectively stored or is produced and processed after completion of the reaction to beer by switch according to required ratio, Ke Yishi Now multiple pipelines of production line are managed collectively, each pipeline can not be carried out with improving in Beer Brewage in the prior art Unified management and the problem of influence production efficiency.

Description of the drawings

Illustrate the utility model embodiment or technical solution in the prior art in order to clearer, it below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, other drawings may also be obtained based on these drawings.

Fig. 1 shows the structural schematic diagram for the Beer Brewage system that the utility model embodiment provides；

Fig. 2 shows the structural schematic diagrams for the beer generating means that the utility model embodiment provides；

Fig. 3 shows the enlarged drawing of the I in Fig. 2 that the utility model embodiment provides；

Fig. 4 shows the enlarged drawing of the A in Fig. 2 that the utility model embodiment provides；

Fig. 5 shows the enlarged drawing of the B in Fig. 2 that the utility model embodiment provides；

Fig. 6 shows the enlarged drawing of the C in Fig. 2 that the utility model embodiment provides；

Fig. 7 shows the enlarged drawing of the D in Fig. 2 that the utility model embodiment provides.

Icon：100- beer generating means；The first reaction kettles of 110-；The second reaction kettles of 120-；The first valve groups of 130-； The first master switch of 131-；The first CO of 132-₂Supply switch；The first CO of 133-₂Recycling switch；134- the first CIP supply switches； The first filtrated airs of 135- supply switch；136- the first exhaust gas blow-off cocks；The second valve groups of 140-；The second master switch of 141-； The 2nd CO of 142-₂Supply switch；The 2nd CO of 143-₂Recycling switch；144- the 2nd CIP supply switches；The second filtrated airs of 145- supply To switch；146- the second exhaust gas blow-off cocks；150- third valve groups；151- third master switch；The 4th master switch of 152-；153- First wheat juice supply switch；154- the first beer tank switchings are switched into tank；155- the first beer tank switchings go out tank switch；The first ferment of 156- Mother's recycling switch；The first filter switches of 157-；The second filter switches of 158-；CIP recycling switch before 159- filters；The 4th valves of 160- Group；The 5th master switch of 161-；The 6th master switch of 162-；163- the second wheat juice supply switch；164- the second beer tank switchings are opened into tank It closes；165- the second beer tank switchings go out tank switch；The second yeast of 166- recycling switch；167- third filter switches；The 4th mistakes of 168- Filter switch；170- the first feeding pipe groups；171-CO₂Feeding pipe；172-CO₂Recovery pipe；173-CIP feeding pipes；174- Filtrated air feeding pipe；175- exhaust pipes road；180- the second feeding pipe groups；181- wheat juice feeding pipes；182- beers Wine tank switching tube for entering can road；183- beer tank switchings go out tank pipeline；184- yeast recovery pipes；The first filter pipelines of 185-；186- Two filter pipelines；The roads 187- Lv Qianguan CIP recovery pipes；190- cooling layers；191- cooling devices；192- ammonia return pipes road；193- Ammonia is for pipeline；10- Beer Brewage systems；The first reaction units of 210-；The second reaction units of 220-；230- third reaction units； First group of pipeline of 240-；241- first switches；242- second switches；243- thirds switch；244- the 4th is switched；245- the 5th is opened It closes；246- the 6th is switched；Second group of pipeline of 250-；251- the 7th is switched；252- the 8th is switched.

Specific implementation mode

It can not carry out unified management in Beer Brewage to each pipeline in the prior art, production efficiency is influenced very Greatly.

In view of the foregoing, inventor provides a kind of beer generating means by long-term research and a large amount of practice And Beer Brewage system is to improve existing issue.

Below in conjunction with attached drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear Chu is fully described by, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole realities Apply example.The detailed description of the embodiments of the present invention to providing in the accompanying drawings is not intended to limit claimed sheet below The range of utility model, but it is merely representative of the selected embodiment of the utility model.Based on the embodiments of the present invention, ability The every other embodiment that field technique personnel are obtained without making creative work, belongs to the utility model The range of protection.

Fig. 1 is referred to, Fig. 1 shows Beer Brewage system 10 provided by the embodiments of the present application, and the system comprises first Reaction unit 210, the second reaction unit 220,230, first groups of third reaction unit, 240, second groups of pipeline pipeline 250, it is described First group of pipeline 240 is connect with the input terminal of first reaction unit 210, the output end point of first reaction unit 210 It is not connect with second group of pipeline 250 and second reaction unit 220；First group of pipeline 240 and described second The input terminal of reaction unit 220 connects, the output end of second reaction unit 220 respectively with second group of pipeline 250 with And the third reaction unit 230 connects；First group of pipeline 240 is connect with the input terminal of the third reaction unit 230, The output end of the third reaction unit 230 connects with second group of pipeline 250 and second reaction unit 220 respectively It connects.

The system also includes first switch 241, second switch 242, third switch 243, the 4th switches the 244, the 5th to open Close the 245, the 6th switch 246, the 7th switch 251 and the 8th switch 252, the first switch 241, second switch 242, third Switch 243, the 4th switch 244, the 5th switch 245, the 6th switch 246 are set in turn in first group of pipeline 240；Described Seven switches 251 and the 8th switch 252 are set to second group of pipeline 250；First group of pipeline 240 passes through first respectively Switch 241, second switch 242 are connect with the input terminal of first reaction unit 210, and the of first reaction unit 210 One output end is connect by the 7th switch 251 with second group of pipeline 250, and the second of first reaction unit 210 Output end is connect with the first output end of second reaction unit 220；First group of pipeline 240 is switched by third respectively 243, the 4th switch 244 is connect with the input terminal of second reaction unit 220, and the first of second reaction unit 220 is defeated Outlet is also connect by the 8th switch 252 with second group of pipeline 250, and the second of second reaction unit 220 is defeated Outlet is connect with the first output end of the 7th switch 251 and the third reaction unit 230 respectively；First group of pipe Road 240 is connect by the 5th switch 245, the 6th switch 246 with the input terminal of the third reaction unit 230 respectively, and described The second output terminal of three reaction units 230 is connect with the 8th switch 252.

The utility model embodiment provides a kind of beer generating means 100, refers to Fig. 2, the beer generating means 100 Including the first reaction kettle 110, the second reaction kettle 120, for the first valve group 130 of charging, for the second valve group of charging 140, for the third valve group 150 of discharging, the 4th valve group 160 for discharging, the first feeding pipe group 170 and second Feeding pipe group 180.

Wherein, the input terminal and the second valve group of the output end of the first feeding pipe group 170 and the first valve group 130 140 input terminal connection, the output end of the first valve group 130 are connected to the feed end of the first reaction kettle 110, the second valve group 140 output end is connected to the feed end of the second reaction kettle 120, discharge end and the third valve group 150 of the first reaction kettle 110 First input end and the connection of the second input terminal of the 4th valve group 160, discharge end and the third valve group of the second reaction kettle 120 150 third input terminal and the 4th input terminal connection of the 4th valve group 160.

Specifically, the first reaction kettle 110 and the second reaction kettle 120 can be enclosed reaction kettle, the first valve group 130, Second valve group 140, third valve group 150 and the 4th valve group 160 be include multiple valve switch control switch, first Feeding pipe group 170 and the second feeding pipe group 180 are to convey multiple pipelines of all types of materials.Certainly, the first reaction kettle 110 and second the concrete type of reaction kettle 120 be not intended as limiting in the utility model embodiment, can be according to different Demand is selected.

In the utility model embodiment, the first feeding pipe group 170 for passing through the first valve group 130 and the respectively Two valve groups 140 supply material to the first reaction kettle 110 and the second reaction kettle 120, the first valve group 130 and the second valve Material supply of the group 140 for controlling the first feeding pipe group 170, third valve group 150 and the 4th valve group 160 are for controlling Make the first reaction kettle 110 and the second reaction kettle 120 material mixed after be emitted into the difference of the second feeding pipe group 180 Pipeline.

In the utility model embodiment, Fig. 3 is referred to, the first reaction kettle 110 and the second reaction kettle 120 include cold But layer 190 and cooling device 191, cooling device 191 are connected to cooling layer 190.

Fig. 3 is referred to, cooling layer 190 is set on the first reaction kettle 110 and the second reaction kettle 120, for first Reaction kettle 110 and the second reaction kettle 120 are cooled down.So that the temperature of the first reaction kettle 110 and the second reaction kettle 120 reaches To the temperature needed for production.Cooling device 191 is connected to cooling layer 190, for providing cooling thing for cooling layer 190.

Further, Fig. 3 is referred to, cooling device 191 includes ammonia return pipe road 192 and ammonia for pipeline 193, ammonia return pipe road 192 input terminal is connected to cooling layer 190, and ammonia is connected to for the output end of pipeline 193 with cooling layer 190.Ammonia return pipe road 192 it is defeated Enter end to be connected to cooling layer 190, ammonia is connected to for the output end of pipeline 193 with cooling layer 190.

In the utility model embodiment, cooling device 191 can also include solenoid valve.Solenoid valve is mounted on ammonia for pipeline On 193.Ammonia return pipe road 192 is for recycling the cooling thing being input in cooling layer 190 for pipeline 193 by ammonia.That is ammonia Return pipe road 192 and ammonia are formed into a loop for pipeline 193 by cooling layer 190, so that the cooling thing inputted for pipeline 193 by ammonia It can be recycled by ammonia return pipe road 192.Preferably, the cooling thing is ammonia.By the way that solenoid valve is mounted on ammonia for pipeline On 193, carry out providing ammonia for reaction kettle for pipeline 193 to control ammonia so as to be turned on and off by solenoid valve.

Further, Fig. 2 is referred to, the first feeding pipe group 170 includes CO2 feeding pipes 171, CO2 recovery pipes 172, CIP feeding pipes 173, filtrated air feeding pipe 174 and exhaust pipe road 175.CO2 feeding pipes 171, CO2 Recovery pipe 172, CIP feeding pipes 173, filtrated air feeding pipe 174 and the output end on exhaust pipe road 175 difference It is connected to the input terminal of the input terminal of the first valve group 130 and the second valve group 140.In Beer Brewage, CO can be related to₂ Supply and discharge, CIP supply, filtrated air supply and exhaust gas discharge etc., therefore be arranged correspond to CO₂Supply and row Put, CIP supply, filtrated air supply and exhaust gas discharge pipeline, and with the first valve group 130 and the second valve group 140 input terminal connection, is mixed and is reacted to enter in the first reaction kettle 110 and the second reaction kettle 120.

In the utility model embodiment, Fig. 4 is referred to, the first valve group 130 includes the first master switch 131, the first CO2 Supply switch 132, the first CO2 recycling switch 133, the first CIP supply switch 134, the first filtrated air supply switch 135 and First exhaust gas blow-off cock 136.Wherein, the first CO2 supplies switch 132, the first CO2 recycling switch 133, the first CIP and supplies and open Close the 134, first filtrated air supply switch 135 and the first exhaust gas blow-off cock 136 input terminal respectively with CO2 feeding pipes 171, CO2 recovery pipes 172, CIP feeding pipes 173, filtrated air feeding pipe 174 and exhaust pipe road 175 is defeated Outlet is connected to.First CO2 supplies switch 132, the first CO2 recycling switch 133, the first CIP supplies switch 134, the first sterile sky Gas supplies switch 135 and the output end of the first exhaust gas blow-off cock 136 is connected to the input terminal of the first master switch 131, and first The output end of master switch 131 is connected to the feed end of the first reaction kettle 110.

Due to CO₂Supply and discharge, CIP supply, filtrated air supply and exhaust gas discharge be corresponding with respectively it is different Pipeline, enter the first reaction kettle 110 feed end before, may due to the difference of the principle of production, need to each pipeline into Row control.Therefore, can be arranged the first CO2 supply switch 132, the first CO2 recycling switch 133, the first CIP supply switch 134, First filtrated air supplies switch 135 and the first exhaust gas blow-off cock 136 for control CO2 feeding pipes 171, CO2 respectively Recovery pipe 172, CIP feeding pipes 173, filtrated air feeding pipe 174 and exhaust pipe road 175, and it is arranged the The pipeline of the feed end of one master switch 131 control the first reaction kettle 110 of connection.When the first master switch 131 is opened, material can be into Enter the feed end of the first reaction kettle 110, at this point, the material into the first reaction kettle 110 is switched by other of the first valve group 130 It determines.When the first master switch 131 is closed, all materials cannot enter the first reaction kettle 110 by the first valve group 130 Feed end.

In the utility model embodiment, Fig. 5 is referred to, the second valve group 140 includes the second master switch 141, the 2nd CO2 Supply switch 142, the 2nd CO2 recycling switch 143, the 2nd CIP supply switch 144, the second filtrated air supply switch 145 and Second exhaust gas blow-off cock 146.Wherein, the 2nd CO2 supplies switch 142, the 2nd CO2 recycling switch 143, the 2nd CIP and supplies and open Close the 144, second filtrated air supply switch 145 and the second exhaust gas blow-off cock 146 input terminal respectively with CO2 feeding pipes 171, CO2 recovery pipes 172, CIP feeding pipes 173, filtrated air feeding pipe 174 and exhaust pipe road 175 is defeated Outlet is connected to.2nd CO2 supplies switch 142, the 2nd CO2 recycling switch 143, the 2nd CIP supplies switch 144, the second sterile sky Gas supplies switch 145 and the output end of the second exhaust gas blow-off cock 146 is connected to the input terminal of the second master switch 141, and second The output end of master switch 141 is connected to the feed end of the second reaction kettle 120.

The corresponding management of material into the second reaction kettle 120 is also required to be controlled, and therefore, the 2nd CO2 can be arranged Supply switch 142, the 2nd CO2 recycling switch 143, the 2nd CIP supply switch 144, the second filtrated air supply switch 145 and Second exhaust gas blow-off cock 146 controls CO2 feeding pipes 171, CO2 recovery pipes 172, CIP feeding pipes 173, sterile respectively Air feed conduit 174 and exhaust pipe road 175, and the second master switch 141 is set and controls the second reaction kettle 120 of connection Feed end pipeline.When the second master switch 141 is opened, into the second reaction kettle 120 material by the second valve group 140 Other switches determine；When the second master switch 141 is closed, it is anti-that all materials cannot enter second by the second valve group 140 Answer the feed end of kettle 120.

In the utility model embodiment, refer to Fig. 2, the second feeding pipe group 180 include wheat juice feeding pipe 181, Beer tank switching tube for entering can road 182, beer tank switching go out tank pipeline 183, yeast recovery pipe 184, the first filter pipeline 185, second Filter pipeline 186 and the roads Lv Qianguan CIP recovery pipes 187.Wheat juice feeding pipe 181, beer tank switching tube for entering can road 182, beer Wine tank switching goes out tank pipeline 183, yeast recovery pipe 184, the first filter pipeline 185, the second filter pipeline 186 and the roads Lv Qianguan The input terminal of CIP recovery pipes 187 connects with the output end of third valve group 150 and the output end of the 4th valve group 160 respectively It is logical.

In Beer Brewage, it is also necessary to wheat juice supply, beer tank switching into tank, beer tank switching go out tank, yeast recycling, filtering, Filter before CIP recycling etc., therefore, can be arranged wheat juice supply, beer tank switching into tank, beer tank switching go out tank, yeast recycling, filter with And the corresponding juice feeding pipe of CIP recycling, beer tank switching tube for entering can road 182, beer tank switching go out tank pipeline 183, ferment before filter Female recovery pipe 184, filter pipeline and the roads Lv Qianguan CIP recovery pipes 187, wherein filter pipeline includes the first screen pipe Road 185 and the second filter pipeline 186.Also, the input terminal of the pipeline in the second feeding pipe group 180 and third valve group 150 output end and the connection of the output end of the 4th valve group 160, so that the material of the discharge end discharge of reaction kettle can pass through The output end of third valve group 150 and the output end of the 4th valve group 160 enter the respective tube of the second feeding pipe group 180 Road.

In the utility model embodiment, Fig. 6 is referred to, third valve group 150 includes that third master switch the 151, the 4th is total Switch 152, the first wheat juice supply switch 153, the first beer tank switching into tank switch 154, the first beer tank switching go out tank switch 155, First yeast recycles switch 156, the first filter switch 157, the second filter switch 158 and the preceding CIP of filter and recycles switch 159.The The first input end of three valve groups 150 is the input terminal of third master switch 151, and the third input terminal of third valve group 150 is the The input terminal of four master switch 152.The output end and the supply of the first wheat juice of third master switch 151 and the 4th master switch 152 switch 153, the first beer tank switching is into tank switch 154, the first beer tank switching go out tank switch 155, the first yeast recycles switch 156, first The input terminal connection of CIP recycling switch 159 before filter switch 157, the second filter switch 158 and filter.Third master switch 151 with And the 4th master switch 152 input terminal respectively with the output end of the output end of the first reaction kettle 110 and the second reaction kettle 120 connect It is logical.First wheat juice supply switch 153, the first beer tank switching go out tank switch 155, the first ferment into tank switch 154, the first beer tank switching The output end point of CIP recycling switches 159 before mother's recycling switch 156, the first filter switch 157, the second filter switch 158 and filter Do not go out with wheat juice feeding pipe 181, beer tank switching tube for entering can road 182, beer tank switching tank pipeline 183, yeast recovery pipe 184, First filter pipeline 185, the second filter pipeline 186 and the roads Lv Qianguan CIP recovery pipes 187 are connected to.

In actual production, the different pipelines that material is discharged into the second feeding pipe group 180, therefore, third valve group are needed 150 may include having third master switch 151, the 4th master switch 152, the first wheat juice supply switch 153, the first beer tank switching into tank Switch 154, the first beer tank switching go out tank switch 155, the first yeast recycling switch 156, the filtering of the first filter switch 157, second CIP recycles switch 159 before switch 158 and filter, the object for controlling the first reaction kettle 110 and the discharge of the second reaction kettle 120 Material enters pipeline different in the second feeding pipe group 180.Third master switch 151 is used to control the discharge of the first reaction kettle 110 Material whether can enter third valve group 150, the 4th master switch 152 be used for control the second reaction kettle 120 be discharged material whether The 4th valve group 160 can be entered.

In the utility model embodiment, Fig. 7 is referred to, the 4th valve group 160 includes that the 5th master switch the 161, the 6th is total Switch 162, the second wheat juice supply switch 163, the second beer tank switching into tank switch 164, the second beer tank switching go out tank switch 165, It is defeated that second yeast recycles switch 166, third filter switch 167 and the 4th filter switch 168, the second of the 4th valve group 160 Enter the input terminal that end is the 5th master switch 161.4th input terminal of the 4th valve group 160 is the input terminal of the 6th master switch 162, The output end of 5th master switch 161 and the 6th master switch 162 and the second wheat juice supply switch 163, the second beer tank switching are into tank Switch 164, the second beer tank switching go out tank switch 165, the second yeast recycling switch 166, third filter switch 167 and the 4th mistake Filter the input terminal connection of switch 168.The input terminal of 5th master switch 161 and the 6th master switch 162 respectively with the first reaction kettle The output end of 110 output end and the second reaction kettle 120 is connected to.Second wheat juice supplies switch 163, the second beer tank switching into tank Switch 164, the second beer tank switching go out tank switch 165, the second yeast recycling switch 166, third filter switch 167 and the 4th mistake The output end of filter switch 168 goes out tank pipeline with wheat juice feeding pipe 181, beer tank switching tube for entering can road 182, beer tank switching respectively 183, yeast recovery pipe 184, the first filter pipeline 185 and the connection of the second filter pipeline 186.

In actual production, the material that valve group control reaction kettle discharge can also be arranged is discharged into the second feeding pipe group 180 different pipelines, therefore, third valve group 150 may include having the 5th master switch 161, the 6th master switch 162, the second wheat Juice supply switch 163, the second beer tank switching are into tank switch 164, the second beer tank switching go out tank switch 165, the recycling of the second yeast is opened 166, third filter switch 167 and the 4th filter switch 168 are closed, for controlling the first reaction kettle 110 and the second reaction kettle The material of 120 discharges enters pipeline different in the second feeding pipe group 180.5th master switch 161 is for controlling the first reaction Whether the material that kettle 110 is discharged can enter third valve group 150, and the 6th master switch 162 is for controlling the discharge of the second reaction kettle 120 Material whether can enter the 4th valve group 160.

Specifically, the first master switch 131, the second master switch 141, third master switch 151, the 4th master switch the 152, the 5th are total Switch 161 and the 6th master switch 162 can be taken over soon, can also be hand-operated valve, and concrete type is implemented in the utility model It is not intended as limiting in example.

In conclusion beer generating means and Beer Brewage system that the utility model embodiment provides, pass through setting the One reaction kettle, the second reaction kettle, the first valve group for charging, the second valve group for charging, for the third of discharging Valve group, the 4th valve group, the first feeding pipe group and the second feeding pipe group for discharging.Wherein, the first supply pipe The output end of road group is connected to the input terminal of the input terminal of the first valve group and the second valve group, the output end of the first valve group It is connected to the feed end of the first reaction kettle, the output end of the second valve group is connected to the feed end of the second reaction kettle, the first reaction The discharge end of kettle is connected to the second input terminal of the first input end of third valve group and the 4th valve group, the second reaction kettle Discharge end is connected to the 4th input terminal of the third input terminal of third valve group and the 4th valve group.First feeding pipe group is used In supplying material to the first reaction kettle and the second reaction kettle, the first valve by the first valve group and the second valve group respectively Group and the second valve group are used to control the material supply of the first feeding pipe group, and third valve group and the 4th valve group are used for Control the first reaction kettle and the second reaction kettle material mixed after be emitted into the different pipelines of the second feeding pipe group.From And may be implemented to be managed collectively multiple pipelines of production line, with improve in the prior art can not be to each in Beer Brewage The problem of a pipeline carries out unified management and influences production efficiency.

The utility model is respectively stored or is reacted by the first reaction unit, the second reaction unit and third reaction unit After according to required ratio by switch beer is produced and processed, may be implemented to unite to multiple pipelines of production line One management influences production efficiency can not carry out unified management to each pipeline in improvement in the prior art Beer Brewage The problem of.

To keep the purpose, technical scheme and advantage of the utility model embodiment clearer, above in conjunction with the utility model Attached drawing in embodiment clearly and completely describes the technical scheme in the embodiment of the utility model, it is clear that retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Usually here described in attached drawing and The component of the utility model embodiment shown can be arranged and be designed with a variety of different configurations.

Therefore, the detailed description of above the embodiments of the present invention to providing in the accompanying drawings is not intended to limit requirement The scope of the utility model of protection, but it is merely representative of the selected embodiment of the utility model.Based in the utility model Embodiment, the every other embodiment that those of ordinary skill in the art are obtained without creative efforts, all Belong to the range of the utility model protection.

It should be noted that：Similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi It is defined, then it further need not be defined and explained in subsequent attached drawing in a attached drawing.

It is in the description of the present invention, it should be noted that term "center", "upper", "lower", "left", "right", " perpendicular Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" be based on the orientation or positional relationship shown in the drawings, or The utility model product using when the orientation or positional relationship usually put, be merely for convenience of description the utility model and letter Change description, do not indicate or imply the indicated device or element must have a particular orientation, with specific azimuth configuration and Operation, therefore should not be understood as limiting the present invention.In addition, term " first ", " second ", " third " etc. are only used for area Divide description, is not understood to indicate or imply relative importance.

In the description of the present invention, it should also be noted that, unless otherwise clearly defined and limited, term " is set Set ", " installation ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, Or it is integrally connected；It can be mechanical connection, can also be electrical connection；It can be directly connected, intermediary can also be passed through It is indirectly connected, can be the connection inside two elements.For the ordinary skill in the art, it can be managed with concrete condition Solve the concrete meaning of above-mentioned term in the present invention.

Claims

1. a kind of Beer Brewage system, which is characterized in that the system comprises the first reaction unit, the second reaction unit, thirds Reaction unit, first group of pipeline, second group of pipeline,

First group of pipeline is connect with the input terminal of first reaction unit, the output end difference of first reaction unit It is connect with second group of pipeline and second reaction unit；

First group of pipeline is connect with the input terminal of second reaction unit, the output end difference of second reaction unit It is connect with second group of pipeline and the third reaction unit；

First group of pipeline is connect with the input terminal of the third reaction unit, the output end difference of the third reaction unit It is connect with second group of pipeline and second reaction unit；

First reaction unit, the second reaction unit and third reaction unit are beer generating means,

The beer generating means includes the first reaction kettle, the second reaction kettle, for the first valve group of charging, for charging Second valve group, the third valve group for discharging, the 4th valve group for discharging, the first feeding pipe group and second supply Give pipeline group, the input terminal of the output end of the first feeding pipe group and first valve group and the second valve group it is defeated Enter end connection, the output end of first valve group is connected to the feed end of first reaction kettle, second valve group Output end is connected to the feed end of second reaction kettle, and the of the discharge end of first reaction kettle and the third valve group One input terminal and the connection of the second input terminal of the 4th valve group, the discharge end of second reaction kettle and the third valve The third input terminal of door group and the 4th input terminal connection of the 4th valve group, the first feeding pipe group is for distinguishing Material is supplied to first reaction kettle and the second reaction kettle, institute by first valve group and second valve group It states the first valve group and the second valve group is used to control the material supply of the first feeding pipe group, the third valve group And the 4th valve group is emitted into for controlling after the material of first reaction kettle and the second reaction kettle is mixed The different pipelines of the second feeding pipe group.

2. Beer Brewage system according to claim 1, which is characterized in that the system also includes first switch, second Switch, third switch, the 4th switch, the 5th switch, the 6th switch, the 7th switch and the 8th switch, the first switch, the Two switches, third switch, the 4th switch, the 5th switch, the 6th switch are set in turn in first group of pipeline；Described 7th opens It closes and the 8th switch is set to second group of pipeline；

First group of pipeline is connect by first switch, second switch with the input terminal of first reaction unit respectively, institute The first output end for stating the first reaction unit is connect by the 7th switch with second group of pipeline, the first reaction dress The second output terminal set is connect with the first output end of second reaction unit；

First group of pipeline is connect by third switch, the 4th switch with the input terminal of second reaction unit respectively, institute The first output end for stating the second reaction unit is also connect by the 8th switch with second group of pipeline, second reaction The second output terminal of device is connect with the first output end of the 7th switch and the third reaction unit respectively；

First group of pipeline is connect by the 5th switch, the 6th switch with the input terminal of the third reaction unit respectively, institute The second output terminal and the 8th switch for stating third reaction unit connect.

3. Beer Brewage system according to claim 1, which is characterized in that the first feeding pipe group includes CO₂Supply Pipeline, CO₂Recovery pipe, CIP feeding pipes, filtrated air feeding pipe and exhaust pipe road, the CO₂Feeding pipe, CO₂Recovery pipe, CIP feeding pipes, filtrated air feeding pipe and the output end on exhaust pipe road are respectively with described The input terminal of one valve group and the connection of the input terminal of the second valve group.

4. Beer Brewage system according to claim 3, which is characterized in that first valve group is always opened including first It closes, the first CO₂Supply switch, the first CO₂Recycling switch, the first CIP supplies switch, the first filtrated air supply switch and the One exhaust gas blow-off cock, the first CO₂Supply switch, the first CO₂Recycling switch, the first CIP supplies switch, the first sterile sky Gas supply switch and the first exhaust gas blow-off cock input terminal respectively with CO₂Feeding pipe, CO₂Recovery pipe, CIP supply pipes The output end on road, filtrated air feeding pipe and exhaust pipe road is connected to, the first CO₂Supply switch, the first CO₂It returns Receive switch, the first CIP supply switch, the first filtrated air supply switch and the first exhaust gas blow-off cock output end with it is described The input terminal of first master switch is connected to, and the output end of first master switch is connected to the feed end of first reaction kettle.

5. Beer Brewage system according to claim 3, which is characterized in that second valve group is always opened including second It closes, the 2nd CO₂Supply switch, the 2nd CO₂Recycling switch, the 2nd CIP supplies switch, the second filtrated air supply switch and the Two exhaust gas blow-off cocks, the 2nd CO₂Supply switch, the 2nd CO₂Recycling switch, the 2nd CIP supplies switch, the second sterile sky Gas supply switch and the second exhaust gas blow-off cock input terminal respectively with CO₂Feeding pipe, CO₂Recovery pipe, CIP supply pipes The output end on road, filtrated air feeding pipe and exhaust pipe road is connected to, the 2nd CO₂Supply switch, the 2nd CO₂It returns Receive switch, the 2nd CIP supply switch, the second filtrated air supply switch and the second exhaust gas blow-off cock output end with it is described The input terminal of second master switch is connected to, and the output end of second master switch is connected to the feed end of second reaction kettle.

6. Beer Brewage system according to claim 1, which is characterized in that the second feeding pipe group includes that wheat juice supplies Go out tank pipeline, yeast recovery pipe, the first filter pipeline, the second screen pipe to pipeline, beer tank switching tube for entering can road, beer tank switching Road and the roads Lv Qianguan CIP recovery pipes, the wheat juice feeding pipe, beer tank switching tube for entering can road, beer tank switching go out tank pipeline, Yeast recovery pipe, the first filter pipeline, the second filter pipeline and the roads Lv Qianguan CIP recovery pipes input terminal respectively with institute State the output end of third valve group and the output end connection of the 4th valve group.

7. Beer Brewage system according to claim 6, which is characterized in that the third valve group includes that third is always opened Pass, the 4th master switch, the first wheat juice supply switch, the first beer tank switching is switched into tank, the first beer tank switching goes out tank switch, first CIP recycling switchs before yeast recycles switch, the first filter switch, the second filter switch and filter, and the of the third valve group One input terminal is the input terminal of the third master switch, and the third input terminal of the third valve group is the 4th master switch The output end of input terminal, the third master switch and the 4th master switch falls with the first wheat juice supply switch, the first beer Tank into tank switch, the first beer tank switching go out tank switch, the first yeast recycling switch, the first filter switch, the second filter switch with And before filter CIP recycling switch input terminal connection, the input terminal of the third master switch and the 4th master switch respectively with it is described The output end of the output end of first reaction kettle and the second reaction kettle is connected to, and the first wheat juice supply switch, the first beer fall Tank into tank switch, the first beer tank switching go out tank switch, the first yeast recycling switch, the first filter switch, the second filter switch with And the output end of CIP recycling switch goes out tank with the wheat juice feeding pipe, beer tank switching tube for entering can road, beer tank switching respectively before filter Pipeline, yeast recovery pipe, the first filter pipeline, the second filter pipeline and the connection of the roads Lv Qianguan CIP recovery pipes.

8. Beer Brewage system according to claim 6, which is characterized in that the 4th valve group is always opened including the 5th Pass, the 6th master switch, the second wheat juice supply switch, the second beer tank switching is switched into tank, the second beer tank switching goes out tank switch, second Yeast recycling switch, third filter switch and the 4th filter switch, the second input terminal of the 4th valve group are described the The input terminal of five master switch, the 4th input terminal of the 4th valve group are the input terminal of the 6th master switch, the described 5th The output end of master switch and the 6th master switch and the second wheat juice supply switch, the second beer tank switching switch into tank, second Beer tank switching goes out tank switch, the second yeast recycling switch, third filter switch and the 4th filter switch, the 5th master switch And the 6th the input terminal of master switch be connected to respectively with the output end of the output end of first reaction kettle and the second reaction kettle, The second wheat juice supply switch, the second beer tank switching are switched into tank, the second beer tank switching goes out tank switch, the recycling of the second yeast is opened Close, the output end of third filter switch and the 4th filter switch respectively with the wheat juice feeding pipe, beer tank switching tube for entering can Road, beer tank switching go out tank pipeline, yeast recovery pipe, the first filter pipeline and the connection of the second filter pipeline.

9. Beer Brewage system according to claim 1, which is characterized in that first reaction kettle and the second reaction kettle Include cooling layer and cooling device, the cooling device is connected to the cooling layer.