CN207951590U - A kind of full-automatic flour production system - Google Patents

Abstract

The utility model discloses a kind of full-automatic flour production systems, and the system comprises grain storehouse, the first lifting means, mixing plant, the second lifting means, grain cleaning screening machine, third lifting means, Dehusking grain, the 4th lifting means, cereal stone mill device, flour collecting tank, flour automatic packaging machine and overhead traveling cranes.This system is reasonable in design, labor intensity high in machining efficiency, greatly reducing operating personnel, and final flour is fine, quality is uniform, the wide model of use scope, high degree of automation, improves work efficiency, disclosure satisfy that use demand.

Description

A kind of full-automatic flour production system

Technical field

The utility model belongs to crop-processing equipment technical field, especially a kind of full-automatic flour production system.

Background technology

Wheat flour has become one of essential required life product, the production of present wheat flour in people's daily life The operation for first having to carry out the wheat of harvest the various sundries adulterated in removing wheat, then again removes the peel wheat, most After be ground into flour process, grinding process is mainly to be carried out by stone mill cornmill or the flour machine equipment of electric drive Production, the process of manufacture of existing flour are mostly by above-mentioned each process separate operation, and many processes are all It is completed by manual operation, this not only wastes a large amount of human and material resources, also reduces working efficiency, and prepared obtains Flour mass uniformity it is poor, bring economic loss to enterprise.

In addition, at present in terms of cereal removal of impurities, grain cleaning sieve extension set is mostly used greatly, is carried out using grain cleaning screening machine Mostly it is that cereal materials directly clean when removal of impurities, cereal materials storage time is longer or during transport sometimes, Some inevitable cereal materials particles can be adhered to each other, and become blocky, therefore when being cleaned using grain cleaning screening machine It is more inconvenient, it is not easy to clean, extend except miscellaneous time, working efficiency is relatively low, also affects the effect of removal of impurities.

Utility model content

The purpose of the utility model is to overcome the shortcomings of original technology, provide a kind of full-automatic Flour production system System, the system structure design is reasonable, labor intensity high in machining efficiency, greatly reducing operating personnel, final flour is fine, Quality is uniform, the wide model of use scope, high degree of automation, improves work efficiency, disclosure satisfy that use demand.

The utility model technical scheme applied to solve the technical problem is：

A kind of full-automatic flour production system, the system comprises grain storehouse, the first lifting means, mixing plant, second Lifting means, grain cleaning screening machine, third lifting means, Dehusking grain, the 4th lifting means, cereal stone mill device, Flour collecting tank, flour automatic packaging machine and overhead traveling crane, in the grain storehouse can containing grains raw material, the output end of the grain storehouse Be connected setting with the input terminal of the first lifting means, and the output end of first lifting means is connected with the input terminal of mixing plant Connect setting, the output end of the mixing plant is connected setting with the input terminal of the second lifting means, second lifting means it is defeated Outlet is connected setting with the raw material input terminal of grain cleaning screening machine, and output end and the third of the grain cleaning screening machine are promoted The input terminal of equipment is connected setting, and the output end of the third lifting means is connected setting with the input terminal of Dehusking grain, The output end of the Dehusking grain is connected setting with the input terminal of the 4th lifting means, the output end of the 4th lifting means with Cereal is connected setting with the input terminal of stone mill device, and the flour output end of cereal stone mill device is connected with flour collecting tank Connect setting, the input terminal of the flour automatic packaging machine is also connected with flour collecting tank setting, the flour automatic packaging machine Output end exports packaged flour finished product；

Suspension hook is provided on the overhead traveling crane, first lifting means, mixing plant, grain cleaning screening machine, third carry Equipment, Dehusking grain, the 4th lifting means, cereal stone mill device, flour collecting tank, flour automatic packaging machine is risen can It is detachably connected setting with suspension hook；The top center of the flour collecting tank is provided with engaging lug, the flour collecting tank energy Setting is enough detachably connected by engaging lug and suspension hook.

Moreover, the grain cleaning screening machine include rack, feeding warehouse, dust exhaust apparatus, Gravity Separation platform, vibrating device and Finished product discharge port, the feeding warehouse are connected setting with dust exhaust apparatus, which is arranged the miscellaneous outlet of wind and material outlet, should Material outlet is connected setting with Gravity Separation platform, which is connected with vibrating device, at Gravity Separation platform In the material inputted vibration device of reason, finished product discharge port, the feeding warehouse, dust exhaust apparatus, Gravity Separation are set on the vibrating device Platform, vibrating device and finished product discharge port may be contained in rack, and the vibrating device includes vibration material screen and vibration rack, spy Sign is：

The vibration rack includes bottom plate, top plate, horizontal fixed side panel, horizontal anomalous movement side plate and longitudinal side plate, the bottom Longitudinal two sides Symmetrical vertical of plate is fixedly mounted with the bottom end of longitudinal side plate, and horizontal a side of the bottom plate is vertically fixedly mounted with horizontal affixed side The bottom end for filling horizontal anomalous movement side plate vertically cut with scissors in the bottom end of plate, another side of level of the bottom plate, the top plate, horizontal fixed side panel and The top of longitudinal side plate is closely solidly installed with top plate, which is arranged in parallel with bottom plate, the top of horizontal anomalous movement side plate with The side of top plate is closely detachably connected setting, and longitudinal both ends of the horizontal anomalous movement side plate and the end of longitudinal side plate are closely removable Connection is unloaded to be set together；

A confined space is formed in the bottom plate, top plate, horizontal fixed side panel, horizontal anomalous movement side plate and longitudinal side plate, it should Along multiple vibration material screens are vertically equipped at intervals in confined space, vibration material screen is arranged in parallel with bottom plate, vibrates material screen The inner wall of edge and vibration rack is closely arranged, and the mesh size of multiple vibration material screens becomes smaller successively from top to bottom；

The bottom surface of the bottom plate is equipped with a bottom discharge mouth, the bottom discharge mouth and the vibration above bottom plate and bottom plate Space between material screen is connected setting, which is used for the space between the vibration material screen above bottom plate and bottom plate Interior material discharges, and setting side plate discharge port is tilted down on the longitudinal side plate outer surface between adjacent vibration material screen, should Space bottom between side plate discharge port and adjacent vibration material screen is connected setting, is used for the adjacent space vibrated between material screen Interior material discharges, and setting top is tilted down on the longitudinal side plate outer surface between vibration material screen and the top plate of the top Discharge port, the bottom in the space between the top discharge mouth and vibration material screen and the top plate of the top are connected setting, the top Discharge port is used for discharging the material in the space between vibration material screen and the top plate of the top.

Moreover, the quantity of the bottom discharge mouth, side plate discharge port, top discharge mouth could be provided as it is multiple.

Moreover, the vibration rack is arranged with rack inclining.

Moreover, the longitudinally disposed multiple horizontally disposed tapped through holes in the top of the horizontal anomalous movement side plate, with It is provided with tapped blind hole on the corresponding top plate of tapped through hole, which is installed on screw thread by screw thread engagement and leads to Connection bolt and top plate in hole, tapped blind hole are detachably connected setting.

Moreover, the horizontal both ends of the vibration material screen are symmetrically formed with snap connection, which includes being connected Horizontal snap portion together and taper holding section are made, longitudinal maximum width of the taper holding section is more than the vertical of horizontal snap portion It is symmetrical arranged along longitudinal direction to longitudinal both ends of width, and horizontal snap portion, taper holding section；

The relative inner of the longitudinal side plate is formed with the slot that is connected together of multiple settings that fasten with snap connection, the card It includes horizontal snap slot and the taper engaging slot made together that be connected to close link slot, and the horizontal snap portion, which can engage, to be stretched into In horizontal snap slot, the taper holding section, which can engage, to be stretched into taper engaging slot.

Moreover, the Dehusking grain device includes feeding cylinder, drying equipment, solenoid valve and skinning machine, the solenoid valve Including solenoid and lower solenoid valve, the output end of the feeding cylinder is connected with the input terminal of drying equipment, the feeding cylinder with Solenoid is installed on pipeline between drying equipment, the output end of the drying equipment is connected with the input terminal of skinning machine, should Lower solenoid valve is installed, the bottom in the drying equipment is equipped with humidity sensor on the pipeline between drying equipment and skinning machine Device, the humidity sensor are connected with solenoid and lower solenoid valve, when the humidity of the material in drying equipment is less than setting When humidity, then the solenoid in the pipeline and lower solenoid valve are opened to feed into skinning machine, when in drying equipment When the humidity of material is more than setting humidity, then the solenoid in the pipeline and lower solenoid valve is turned off while drying equipment is opened Drying function is opened, to be dried to material, when the humidity of the material in drying equipment reaches setting humidity, then in pipeline Solenoid and lower solenoid valve open to feeding into skinning machine, and so on to work.

Moreover, the drying equipment inner wall middle and upper part installation one on humidity sensor, on this humidity sensor with it is upper Solenoid valve is connected with lower solenoid valve, and due to being provided with two sensors in the drying equipment, one is located at middle and upper part, a position Bottom set portion.

The advantages of the utility model obtains and good effect are：

1, this system include grain storehouse, the first lifting means, mixing plant, the second lifting means, grain cleaning screening machine, Third lifting means, Dehusking grain, the 4th lifting means, cereal stone mill device, flour collecting tank, flour automatic packaging machine And overhead traveling crane, when in use, the cereal materials in grain storehouse are delivered to by the first lifting means in mixing plant, and then stirring is set It is standby that cereal materials are stirred so as to scatter in block-like cereal materials in cereal materials, then after mixing plant stirring Cereal materials are delivered on grain cleaning screening machine, are cleaned to it by grain cleaning screening machine, then will be after removal of impurities Cereal is delivered to by third lifting means in Dehusking grain, and Dehusking grain carries out peeling operation to cereal after removal of impurities, goes Cereal after skin is delivered to by the 4th lifting means in cereal stone mill device, and cereal stone mill device adds cereal after peeling At flour, flour is input in flour collecting tank work, and the flour in flour collecting tank is by flour automatic packaging machine by flour packet Flour finished product is dressed up, flour finished product can be transported to by overhead traveling crane in the next step, and the mixing plant of the system can Cereal materials are stirred so that scatter in block-like cereal materials in cereal materials, give grain cleaning screening machine removal of impurities band Facility is carried out, has shortened the working time, improved work efficiency, has also improved except impurity level；Simultaneously as it is provided with overhead traveling crane, First lifting means, mixing plant, grain cleaning screening machine, third lifting means, Dehusking grain, the 4th lifting means, paddy Object stone mill device, flour collecting tank, flour automatic packaging machine can be detachably connected setting with suspension hook, therefore can use Overhead traveling crane carries out transporting relevant equipment, very convenient, reduces the labor intensity of worker, brings facility to using, also improves Working efficiency；Meanwhile being provided with flour automatic packaging machine so that the flour that cereal is processed with stone mill device is automatic through flour Packing machine is directly packaged into milling product, reduces the probability of flour pollution, further improves the quality of flour, decrease The labor intensity of operator, improves work efficiency；The system structure design is reasonable, it is high in machining efficiency, greatly reduce The labor intensity of operating personnel, final flour is fine, quality is uniform, the wide model of use scope, high degree of automation, improves work Efficiency disclosure satisfy that use demand.

2, the vibration rack of the grain cleaning screening machine of this system includes bottom plate, top plate, horizontal fixed side panel, horizontal anomalous movement Side plate and longitudinal side plate form a confined space, and edge is vertically equipped at intervals with multiple vibration material screens in the confined space, more The mesh size of a vibration material screen becomes smaller successively from top to bottom, therefore user is when screening, while can be by wheat object The material of cause not of uniform size screens out come without carrying out screener to it again in the later stage simultaneously according to its granular size in material Make, it is easy to use, man power and material has been saved, labor intensity is reduced, has been improved work efficiency.

3, the top of the horizontal anomalous movement side plate of the grain cleaning screening machine of this system it is longitudinally disposed it is multiple in the horizontal direction The tapped through hole of setting is provided with tapped blind hole on top plate corresponding with tapped through hole, which passes through screw thread Engagement is installed on tapped through hole, the connection bolt in tapped blind hole and top plate and is detachably connected setting, this kind of scientific structure design, Rationally, simply, easy to make, stationarity is good, easy for installation, greatly improves work efficiency, and reduces the production cost of enterprise.

4, the grain cleaning screening machine of this system is detachably connected and is set together due to vibrating material screen and longitudinal side plate, because This when in use first disassembles at the top of horizontal anomalous movement side plate with top plate, then horizontal anomalous movement side plate is rotated along bottom plate Below to bottom plate, the vibration material screen of different slot sizes then will be vibrated into material screen by the smaller and smaller sequence of sieve pore from top to bottom Engaging is installed in longitudinal side plate, then the top of horizontal anomalous movement side plate and top plate are solidly installed and can be used, and is installed and is torn open It unloads extremely convenient, during use, can also be pacified according to hierarchy selection that the size and needs of required sieve pore are sieved The model and quantity of the vibration material screen of dress, in addition, if wherein some or if multiple vibration material screens are damaged, be also easy to Vibration material screen is replaced, and is not entirely to abandon whole equipment, has saved the energy, to easy-to-use, reduces use cost, It improves work efficiency.

5, the Dehusking grain of this system makes the cereal stored under different storage conditions, varying environment can be direct It is removed the peel, it is not necessary to the drying process process before being removed the peel saves a large amount of human and material resources, meanwhile, it also avoids removing the peel Drying process afterwards, greatly improves working efficiency, meets different use demands；Meanwhile the equipment is prepared Quality of material is uniform after peeling, and water content is moderate, extends the storage life of cereal, improves the quality level of product, saves The energy, reduces the production cost of enterprise.

6, humidity sensor in the middle and upper part installation one of the drying equipment inner wall of the Dehusking grain of this system, humidity on this Sensor is connected with solenoid and lower solenoid valve, and due to being provided with two sensors in the drying equipment, one is located at Middle and upper part, position bottom avoid so that the measurement result of the sensor is more accurate since local humidity is distributed Measurement result mistake caused by unevenness further improves the cereal after peeling to affect the peeling quality of the device Quality level.

Description of the drawings

Fig. 1 is the structure connection diagram of the utility model；

Fig. 2 is the structure connection diagram of grain cleaning screening machine in Fig. 1；

Fig. 3 is the half-section diagram of vibrating device in Fig. 2；

Fig. 4 is the local overlooking structure enlargement diagram in Fig. 3；

Fig. 5 is that the structure of a vibration material screen and longitudinal side plate connects exploded perspective view in Fig. 4；

Fig. 6 is the structure connection block diagram of Dehusking grain in Fig. 1；

Fig. 7 is that the structure of Dehusking grain in Fig. 6 connects partial sectional view；

Fig. 8 is the internal structure connection diagram of drying equipment in Fig. 7.

Specific implementation mode：

For that can further appreciate that the contents, features and effects of the utility model, the following examples are hereby given, and coordinates attached drawing Detailed description are as follows.It should be noted that the present embodiment is descriptive, it is not restrictive, cannot thus limits this practicality Novel protection domain.

A kind of full-automatic flour production system, as shown in Figure 1, the system comprises grain storehouse 51, the first lifting means 52, Mixing plant 53, the second lifting means 54, grain cleaning screening machine 62, third lifting means 55, Dehusking grain the 56, the 4th carry Equipment 57, cereal stone mill device 58, flour collecting tank 59, flour automatic packaging machine 60 and overhead traveling crane 61 are risen, in the grain storehouse Can containing grains raw material, the output end of the grain storehouse is connected setting with the input terminal of the first lifting means, this first is promoted The output end of equipment is connected setting with the input terminal of mixing plant, and the output end of the mixing plant is defeated with the second lifting means Entering end to be connected setting, the output end of second lifting means is connected setting with the raw material input terminal of grain cleaning screening machine, The output end of the grain cleaning screening machine is connected setting with the input terminal of third lifting means, the output of the third lifting means Hold the setting that is connected with the input terminal of Dehusking grain, the input terminal phase of the output end of the Dehusking grain and the 4th lifting means Connection setting, the output end of the 4th lifting means and cereal are connected setting with the input terminal of stone mill device, the cereal stone The flour output end of mill apparatus is connected setting with flour collecting tank, and the input terminal of the flour automatic packaging machine is also received with flour Collection slot is connected setting, and the output end of the flour automatic packaging machine exports packaged flour finished product；

Suspension hook 611, first lifting means, mixing plant, grain cleaning screening machine, third are provided on the overhead traveling crane Lifting means, Dehusking grain, the 4th lifting means, cereal stone mill device, flour collecting tank, the equal energy of flour automatic packaging machine Enough and suspension hook is detachably connected setting；The top center of the flour collecting tank is provided with engaging lug 591, which collects Slot can be detachably connected setting by engaging lug and suspension hook.

This system includes grain storehouse, the first lifting means, mixing plant, the second lifting means, grain cleaning screening machine, Three lifting means, Dehusking grain, the 4th lifting means, cereal stone mill device, flour collecting tank, flour automatic packaging machine and Overhead traveling crane, when in use, the cereal materials in grain storehouse are delivered to by the first lifting means in mixing plant, then mixing plant Cereal materials are stirred so that scatter in block-like cereal materials in cereal materials, then the paddy after mixing plant stirring Raw material is delivered on grain cleaning screening machine, is cleaned to it by grain cleaning screening machine, then by the paddy after removal of impurities Object is delivered to by third lifting means in Dehusking grain, and Dehusking grain carries out peeling operation to cereal after removal of impurities, peeling Cereal afterwards is delivered to by the 4th lifting means in cereal stone mill device, and cereal processes cereal after peeling with stone mill device At flour, flour is input in flour collecting tank, and the flour in flour collecting tank is by flour automatic packaging machine by flour packaging At flour finished product, flour finished product can be transported to by overhead traveling crane in the next step, and the mixing plant of the system can be right Cereal materials are stirred so that are scattered in block-like cereal materials in cereal materials, brought to the removal of impurities of grain cleaning screening machine Facility, shortens the working time, improves work efficiency, also improve except impurity level；Simultaneously as it is provided with overhead traveling crane, the One lifting means, mixing plant, grain cleaning screening machine, third lifting means, Dehusking grain, the 4th lifting means, cereal It can be detachably connected setting with suspension hook with stone mill device, flour collecting tank, flour automatic packaging machine, therefore day can be used Vehicle carries out transporting relevant equipment, very convenient, reduces the labor intensity of worker, brings facility to using, also improve Working efficiency；Meanwhile being provided with flour automatic packaging machine so that the flour that cereal is processed with stone mill device wraps automatically through flour Installation is directly packaged into milling product, reduces the probability of flour pollution, further improves the quality of flour, decrease behaviour The labor intensity for making worker, improves work efficiency；The system structure design is reasonable, it is high in machining efficiency, greatly reduce behaviour Make the labor intensity of personnel, final flour is fine, quality is uniform, the wide model of use scope, high degree of automation, improves work effect Rate disclosure satisfy that use demand.

In the present embodiment, as shown in Fig. 2, Fig. 3, Fig. 4 and Fig. 5, the grain cleaning screening machine includes rack 6, charging Storehouse 2, dust exhaust apparatus 1, Gravity Separation platform 3, vibrating device 4 and finished product discharge port 5, the feeding warehouse is connected with dust exhaust apparatus to be set It sets, which is arranged the miscellaneous outlet of wind and material outlet (not shown), the material outlet are connected with Gravity Separation platform Setting, the Gravity Separation platform are connected with vibrating device, and in the material inputted vibration device handled by Gravity Separation platform, this shakes Finished product discharge port is set on dynamic device, the feeding warehouse, dust exhaust apparatus, Gravity Separation platform, vibrating device and finished product discharge port are all provided with It is placed in rack, the vibrating device includes vibration material screen 10 and vibration rack 23.In the present embodiment, the vibration rack with Rack inclining is arranged.

The vibration rack includes bottom plate 22, top plate 8, horizontal fixed side panel 7, horizontal anomalous movement side plate 21 and longitudinal side plate 9, Longitudinal two sides Symmetrical vertical of the bottom plate is fixedly mounted with the bottom end of longitudinal side plate, and horizontal a side of the bottom plate is vertically fixedly mounted with level The bottom end of dress horizontal anomalous movement side plate is vertically cut with scissors in the bottom end of fixed side panel, another side of level of the bottom plate, and the top plate, level are fixed The top of side plate and longitudinal side plate is closely solidly installed with top plate, which is arranged in parallel with bottom plate, horizontal anomalous movement side plate Top and the side of top plate are closely detachably connected setting, and longitudinal both ends of the horizontal anomalous movement side plate and the end of longitudinal side plate are tight Close be detachably connected is set together；

A confined space is formed in the bottom plate, top plate, horizontal fixed side panel, horizontal anomalous movement side plate and longitudinal side plate, it should Along multiple vibration material screens are vertically equipped at intervals in confined space, vibration material screen is arranged in parallel with bottom plate, vibrates material screen The inner wall of edge and vibration rack is closely arranged, and the mesh size of multiple vibration material screens becomes smaller successively from top to bottom；

The bottom surface of the bottom plate is equipped with a bottom discharge mouth 27, the bottom discharge mouth and shaking above bottom plate and bottom plate Space between dynamic material screen is connected setting, which is used for the sky vibrated between material screen above bottom plate and bottom plate Interior material discharges, and setting side plate discharge port is tilted down on the longitudinal side plate outer surface between adjacent vibration material screen 25, the space bottom between the side plate discharge port and adjacent vibration material screen is connected setting, for will be between adjacent vibration material screen Space in material discharge, tilt down and set on the longitudinal side plate outer surface between vibration material screen and the top plate of the top Top set portion discharge port 24, the bottom in the space between the top discharge mouth and vibration material screen and the top plate of the top, which is connected, to be set It sets, which is used for discharging the material in the space between vibration material screen and the top plate of the top.

In the present embodiment, the bottom discharge mouth, side plate discharge port, top discharge mouth quantity could be provided as it is more It is a.

The vibration rack of this screening machine includes bottom plate, top plate, horizontal fixed side panel, horizontal anomalous movement side plate and longitudinal side plate, A confined space is formed, edge is vertically equipped at intervals with multiple vibration material screens, the nets of multiple vibration material screens in the confined space Hole size becomes smaller successively from top to bottom, therefore user is when screening, while can be by cause not of uniform size in wheat material Material according to its granular size simultaneously screen out come, it is easy to use without carrying out screening work to it again in the later stage, saving Man power and material, reduces labor intensity, improves work efficiency.

In the present embodiment, the longitudinally disposed multiple horizontally disposed screw threads in the top of the horizontal anomalous movement side plate Through-hole (non-label in figure), tapped blind hole (non-label in figure) is provided on top plate corresponding with tapped through hole, and the level is living Dynamic side plate is installed on tapped through hole by screw thread engagement, the connection bolt 20 in tapped blind hole is detachably connected setting with top plate, This kind of scientific structure design, rationally, it is simple, easy to make, stationarity is good, easy for installation, greatly improves work efficiency, and reduces The production cost of enterprise.

In the present embodiment, the horizontal both ends of the vibration material screen are symmetrically formed with snap connection 13, the snap connection Including being connected system horizontal snap portion 14 together and taper holding section 15, longitudinal maximum width of the taper holding section are more than Horizontal snap portion it is longitudinally wide, and longitudinal both ends in horizontal snap portion, taper holding section are symmetrical arranged along longitudinal direction；

The relative inner of the longitudinal side plate is formed with the slot 12 that is connected together of multiple settings that fasten with snap connection, should The slot that is connected together includes being connected system horizontal snap slot 17 together and taper engaging slot 16, the horizontal snap portion can block Conjunction is stretched into horizontal snap slot, and the taper holding section, which can engage, to be stretched into taper engaging slot.

It is set together since vibration material screen is detachably connected with longitudinal side plate, it is when in use, first that level is living The top of dynamic side plate is disassembled with top plate, then horizontal anomalous movement side plate is rotated along bottom plate to bottom plate, then by different sieves The vibration material screen of hole size will vibrate material screen engaging by the smaller and smaller sequence of sieve pore from top to bottom and be installed in longitudinal side plate, then The top of horizontal anomalous movement side plate and top plate are solidly installed and can be used, install and dismantle it is extremely convenient, in the process used In, it can also be according to the model and number of the vibration material screen for the hierarchy selection installation that the size and needs of required sieve pore are sieved Amount, in addition, if wherein some or if multiple vibration material screens are damaged, be easily replaced vibration material screen, and be not Whole equipment is entirely abandoned, the energy has been saved, to easy-to-use, use cost reduced, improves work efficiency.

In the present embodiment, as shown in Fig. 6, Fig. 7 and Fig. 8, the Dehusking grain device include feeding cylinder 31, drying set Standby 33, solenoid valve and skinning machine 36, the solenoid valve include solenoid 32 and lower solenoid valve 35, the output end of the feeding cylinder It is connected with the input terminal of drying equipment, solenoid is installed on the pipeline between the feeding cylinder and drying equipment, which sets Standby output end is connected with the input terminal of skinning machine, and lower solenoid valve is installed on the pipeline between the drying equipment and skinning machine, Bottom in the drying equipment is equipped with humidity sensor 34, which is connected with solenoid and lower solenoid valve It connects, when the humidity of the material in drying equipment is less than setting humidity, then the solenoid in the pipeline and lower solenoid valve are beaten It opens to being fed into skinning machine, when the humidity of the material in drying equipment is more than setting humidity, then powering in the pipeline Magnet valve and lower solenoid valve are turned off while drying equipment opens drying function, to be dried to material, when in drying equipment Material humidity reach setting humidity when, then the solenoid in pipeline and lower solenoid valve opens thus into skinning machine into Material, and so on works.

This system includes lifting means, Dehusking grain, material buffer tank and grain storehouse, when in use, in grain storehouse Cereal materials are delivered to by lifting means in material buffer tank, and user can according to actual needs will be in material buffer tank Cereal materials by controlled valve control be delivered in the raw material input terminal of Dehusking grain, Dehusking grain to cereal materials into It after row peeling, will be exported after peeling, which carries out feeding by lifting means, and material is cached by material buffer tank so that The cereal materials cleaned after peeling in material buffer tank can be carried out feeding by user according to actual needs, for example, can be with Blowing is interrupted or opened according to actual needs, blowing amount can also be adjusted by opening the quantity of valve according to actual needs Size, bring facility to using, while the material buffer tank can also carry out feeding under gravity, save energy Source, the high degree of automation of the system is time saving and energy saving, reduces labor intensity, improves work efficiency, is brought just to using Profit；

In addition, the Dehusking grain of the system makes the cereal stored under different storage conditions, varying environment can be with Directly to be removed the peel, it is not necessary to the drying process process before being removed the peel saves a large amount of human and material resources, meanwhile, it also avoids Drying process after peeling, greatly improves working efficiency, meets different use demands；Meanwhile the equipment is prepared into Quality of material is uniform after the peeling arrived, and water content is moderate, extends the storage life of cereal, improves the quality level of product, The energy has been saved, the production cost of enterprise is reduced.

In the present embodiment, humidity sensor 37 in the middle and upper part installation one of the drying equipment inner wall, humidity passes on this Sensor is connected with solenoid and lower solenoid valve, due to being provided with two sensors in the drying equipment, during one is located at Top, position bottom are avoided due to local humidity distribution not so that the measurement result of the sensor is more accurate Measurement result mistake caused by further improves the cereal after peeling to affect the peeling quality of the device Quality level.

Claims (8)

1. a kind of full-automatic flour production system, it is characterised in that：The system comprises grain storehouse, the first lifting means, stirrings Equipment, the second lifting means, grain cleaning screening machine, third lifting means, Dehusking grain, the 4th lifting means, cereal are used Stone mill device, flour collecting tank, flour automatic packaging machine and overhead traveling crane, in the grain storehouse can containing grains raw material, the grain storage The output end in storehouse is connected setting with the input terminal of the first lifting means, the output end of first lifting means and mixing plant Input terminal is connected setting, and the output end of the mixing plant is connected setting with the input terminal of the second lifting means, this second is carried The output end for rising equipment is connected setting with the raw material input terminal of grain cleaning screening machine, the output end of the grain cleaning screening machine Be connected setting with the input terminal of third lifting means, the output end of the third lifting means and the input terminal phase of Dehusking grain Connection setting, the output end of the Dehusking grain are connected setting with the input terminal of the 4th lifting means, the 4th lifting means Output end and cereal be connected setting with the input terminal of stone mill device, the flour output end and flour of cereal stone mill device Collecting tank is connected setting, and the input terminal of the flour automatic packaging machine is also connected with flour collecting tank setting, the flour from The output end of dynamic packing machine exports packaged flour finished product；

Suspension hook is provided on the overhead traveling crane, first lifting means, mixing plant, grain cleaning screening machine, third promotion are set Standby, Dehusking grain, the 4th lifting means, cereal stone mill device, flour collecting tank, flour automatic packaging machine can with hang Hook is detachably connected setting；The top center of the flour collecting tank is provided with engaging lug, which can lead to It crosses engaging lug and is detachably connected setting with suspension hook.

2. full-automatic flour production system according to claim 1, it is characterised in that：The grain cleaning screening machine includes Rack, feeding warehouse, dust exhaust apparatus, Gravity Separation platform, vibrating device and finished product discharge port, the feeding warehouse are connected with dust exhaust apparatus Setting is connect, which is arranged the miscellaneous outlet of wind and material outlet, which is connected setting with Gravity Separation platform, this is heavy Power separating table is connected with vibrating device, in the material inputted vibration device handled by Gravity Separation platform, on the vibrating device Finished product discharge port is set, and the feeding warehouse, dust exhaust apparatus, Gravity Separation platform, vibrating device and finished product discharge port may be contained within rack On, the vibrating device includes vibration material screen and vibration rack；

The vibration rack includes bottom plate, top plate, horizontal fixed side panel, horizontal anomalous movement side plate and longitudinal side plate, the bottom plate Longitudinal two sides Symmetrical vertical is fixedly mounted with the bottom end of longitudinal side plate, and horizontal a side of the bottom plate is vertically fixedly mounted with horizontal fixed side panel The bottom end of dress horizontal anomalous movement side plate, the top plate, horizontal fixed side panel and longitudinal direction are vertically cut with scissors in bottom end, another side of level of the bottom plate The top of side plate is closely solidly installed with top plate, which is arranged in parallel with bottom plate, the top of horizontal anomalous movement side plate and top plate Side be closely detachably connected setting, longitudinal both ends of the horizontal anomalous movement side plate and the end of longitudinal side plate closely detachably connect It connects and is set together；

A confined space is formed in the bottom plate, top plate, horizontal fixed side panel, horizontal anomalous movement side plate and longitudinal side plate, this is closed Along multiple vibration material screens are vertically equipped at intervals in space, vibration material screen is arranged in parallel with bottom plate, vibrates the edge of material screen Closely it is arranged with the inner wall of vibration rack, the mesh size of multiple vibration material screens becomes smaller successively from top to bottom；

The bottom surface of the bottom plate is equipped with a bottom discharge mouth, the bottom discharge mouth and the vibration material screen above bottom plate and bottom plate Between space be connected setting, which is used in the space between vibration material screen that will be above bottom plate and bottom plate Material discharges, and setting side plate discharge port, the side plate are tilted down on the longitudinal side plate outer surface between adjacent vibration material screen Space bottom between discharge port and adjacent vibration material screen is connected setting, and being used for will be in the adjacent space vibrated between material screen Material discharges, and setting top discharge is tilted down on the longitudinal side plate outer surface between vibration material screen and the top plate of the top Mouthful, the bottom in the space between the top discharge mouth and vibration material screen and the top plate of the top is connected setting, the top discharge Mouth is used for discharging the material in the space between vibration material screen and the top plate of the top.

3. full-automatic flour production system according to claim 2, it is characterised in that：The bottom discharge mouth, side plate go out Material mouth, the quantity of top discharge mouth could be provided as multiple.

4. full-automatic flour production system according to claim 2, it is characterised in that：The vibration rack and rack inclining Setting.

5. full-automatic flour production system according to claim 2, it is characterised in that：The top of the horizontal anomalous movement side plate It is blind to be provided with screw thread on top plate corresponding with tapped through hole for longitudinally disposed multiple horizontally disposed tapped through holes Hole, it is detachable which by screw thread engagement is installed on tapped through hole, the connection bolt in tapped blind hole and top plate Connection setting.

6. according to the full-automatic flour production system of claim 2 to 5 any one of them, it is characterised in that：The vibration material screen Horizontal both ends be symmetrically formed with snap connection, which includes be connected system horizontal snap portion together and taper Longitudinal maximum width of holding section, the taper holding section is more than the longitudinally wide of horizontal snap portion, and horizontal snap portion, conic clamp Longitudinal both ends in conjunction portion are symmetrical arranged along longitudinal direction；

The relative inner of the longitudinal side plate is formed with the slot that is connected together of multiple settings that fasten with snap connection, which connects Access slot includes being connected system horizontal snap slot together and taper engaging slot, the horizontal snap portion can engage the level of stretching into In engaging slot, the taper holding section, which can engage, to be stretched into taper engaging slot.

7. full-automatic flour production system according to claim 1, it is characterised in that：The Dehusking grain device includes Feeding cylinder, drying equipment, solenoid valve and skinning machine, the solenoid valve include solenoid and lower solenoid valve, the feeding cylinder Output end is connected with the input terminal of drying equipment, and solenoid is installed on the pipeline between the feeding cylinder and drying equipment, should The output end of drying equipment is connected with the input terminal of skinning machine, and lower electricity is installed on the pipeline between the drying equipment and skinning machine Magnet valve, the bottom in the drying equipment are equipped with humidity sensor, the humidity sensor with solenoid and lower solenoid valve It is connected, when the humidity of the material in drying equipment is less than setting humidity, then the solenoid in the pipeline and lower solenoid valve It opens to feed into skinning machine, when the humidity of the material in drying equipment is more than setting humidity, then in the pipeline Solenoid and lower solenoid valve are turned off while drying equipment opens drying function, to be dried to material, when drying is set When the humidity of material in standby reaches setting humidity, then the solenoid in pipeline and lower solenoid valve are opened thus to skinning machine Middle charging, and so on works.

8. full-automatic flour production system according to claim 7, it is characterised in that：On in the drying equipment inner wall Humidity sensor in portion's installation one, humidity sensor is connected with solenoid and lower solenoid valve on this, since the drying is set Standby interior provided with two sensors, one is located at middle and upper part, position bottom.