CN208653171U - A kind of automation noodle production device - Google Patents
A kind of automation noodle production device Download PDFInfo
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- CN208653171U CN208653171U CN201821176428.1U CN201821176428U CN208653171U CN 208653171 U CN208653171 U CN 208653171U CN 201821176428 U CN201821176428 U CN 201821176428U CN 208653171 U CN208653171 U CN 208653171U
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Abstract
The utility model provides a kind of automation noodle production device, including vermicelli drying production case, support column, flour collection bucket supports transverse slat, noodles inlet pipe, stock guide, drive V-belt air-dry and gas blowout are divided to arrange structure, control panel structure, thermometric humidity are driven mesh belt structure, heating rod, driving motor, driving wheel, discharge guide plate, discharge bucket and flour collecting box, the support column are bolted to the lower surface corner location of vermicelli drying production case respectively.The utility model outlet air jet pipe is provided with multiple, is conducive to the upper surface that wind is uniformly sprayed to automatic transmission mesh belt, can satisfy the needs that vermicelli air-dry with production；The setting of display, central processing unit and Temperature Humidity Sensor is conducive to carry out intelligentized control to the process that vermicelli produce, and the process of the situation of change control vermicelli production of production case internal temperature and humidity is dried according to vermicelli；The setting of heating rod is conducive to play the role of heating, drying, improves the efficiency of noodles processing.
Description
Technical field
The utility model belongs to vermicelli production technical field more particularly to a kind of automation noodle production device.
Background technique
Vermicelli have very important as one of very favorite cuisines of Chinese in the cooking culture of Chinese
Effect, with the development of society and the enrichment and development of cooking culture, vermicelli have been used as one of staple food of Chinese.Vermicelli from
In flour stranding machine after output, need for vermicelli to be suspended on carried out on air-dry frame it is air-dried, to avoid vermicelli deformation and moldy metamorphism, benefit
In the long-term preservation of vermicelli.However, existing vermicelli air-dry frame in the specific use process, however it remains some shortcomings, tool
Body is: on the one hand, most air-dry frame structures are fixed, and the height of air-dry frame is difficult to adjust, so that air-dry frame be made to be difficult to meet not
Vermicelli suspension with length air-dries needs；On the other hand, existing vermicelli air-dry frame is fixed due to structure, the length at air-dry frame both ends
Also it is difficult to adjust and change, so that limit air-dry frame installs and uses space；In another aspect, existing air-dry frame is solid due to structure
Fixed, user carries mobile also not convenient enough.
Vermicelli are that if a kind of thin hair, pure white light are tough, and it is resistance to deposit, the manual wheaten food of resistant to cook, have a circle and thin, also there is width
And it is flat, principal item has common liner, varied fine dried noodles, handcraft dried noodle etc.；There are egg noodle, tomato by the kind point of auxiliary material
Vermicelli, spinach vermicelli, carrot vermicelli, kelp vermicelli, lysine vermicelli etc..Currently, vermicelli formed staple food type, flavor type,
The pattern of the joint developments such as auxotype, health.Vermicelli are always people because in good taste, convenient, price is low, is easy to store
One of favorite main wheaten food.Vermicelli are made of flour of choosing, are free of preservative and additive, and battalion's vermicelli are formed part and obtained
It is effectively retained.Why vermicelli can be stored for a long time, be the process because of it by drying and dehydrating, without moisture, holding time
Naturally long.Vermicelli are needed to drying and processing in the process at production.
China Patent Publication No. is CN207505830U, and invention and created name is a kind of energy-saving noodle drying equipment, including
Pedestal, drying shell, feeding ladder, vermicelli vehicle seat and vermicelli frame, the pedestal upside are equipped with drying shell, the drying shell
Top is equipped with the first blower and the second blower, and first blower side is connect by the first air hose with drying shell, described
Second blower side is connect by the second air hose with drying shell, and first air hose and second air hose one end are mounted on resistance
Heater, the drying shell side offer feed inlet, and the pedestal side is equipped with feeding ladder, the vermicelli vehicle seat downside
Four corner solders have support leg, are equipped with traveling wheel on the downside of the support leg, vermicelli vehicle seat one end is equipped with push-pull rod, institute
It states and vermicelli frame is installed on the upside of vermicelli vehicle seat.But there is also air-dry and add after vermicelli are at item for existing noodle production device
Heat drying cannot be used in combination, and the degree of automation bottom causes inconvenient for operation and to cannot be to vermicelli in vermicelli transmit process
The problem of temperature and humidity is detected.
Therefore, a kind of automation noodle production device is invented to be very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of automation noodle production device, existing to solve
Noodle production device after vermicelli are at item air-dry cannot be used in combination with heating, drying, the degree of automation bottom cause operation not just
Just the problem of and to that cannot be detected to the temperature and humidity of vermicelli in vermicelli transmit process.A kind of production of automation vermicelli is set
It is standby, including vermicelli drying production case, support column, flour collection bucket, support transverse slat, noodles inlet pipe, stock guide, drive V-belt, air-dry
Gas blowout is divided to arrange structure, control panel structure, thermometric humidity is driven mesh belt structure, and heating rod, driving motor, driving wheel, discharge guide plate,
Discharge bucket and flour collecting box, the support column are bolted to the lower surface corner location of vermicelli drying production case respectively；
The flour collection bucket upper surface screw is connected to the lower surface middle position of vermicelli drying production case, and the flour is collected
Bucket lower surface is threaded in the upper surface middle position of flour collecting box；The support transverse slat cross screw is connected to support
Between column and the lower inside of support column；The noodles inlet pipe cross screw is connected to the left upper portion of vermicelli drying production case
Position；The guide plate bolt is connected to the inside left upper position of vermicelli drying production case；Described drive V-belt one end
It is connected with thermometric humidity transmission mesh belt structure, the other end is socketed in the outer surface of driving wheel；It is described air-dried to divide gas blowout row's knot
Structure is mounted on the upper surface middle position of vermicelli drying production case；The control panel structure is mounted on vermicelli drying production case
Front surface upper right side；The thermometric humidity transmission mesh belt structure is mounted on the inner lower interposition of vermicelli drying production case
It sets；Screw is connected at left and right sides of the bottom inner surface of vermicelli drying production case the heating rod respectively；The driving electricity
Machine bolt is connected to the upper surface leftward position of support transverse slat；The driving wheel is keyed on the output shaft of driving motor；
The discharging guide plate screw is connected to the inner right side lower position of vermicelli drying production case；The discharge bucket screw connection
The lower right side position of production case is dried in vermicelli；The flour collecting box screw is connected among the upper surface of support transverse slat
Position；It is described it is air-dried divide gas blowout row's structure to include air-drying cylinder, support rail, blower fan, gas-guide tube divides gas blowout to arrange, head protector
With outlet air jet pipe, the support rail cross screw is connected to the upper inside position of air-dried cylinder；The blower fan screw
It is connected to the front surface middle position of support rail；The gas-guide tube threaded upper ends are connected to the lower surface interposition of air-dried cylinder
It sets, the gas-guide tube lower thread is connected to point upper surface middle position of gas blowout row；The outlet air spout threads connection
In the lower surface for dividing gas blowout to arrange；The head protector is threaded in point left and right ends of gas blowout row respectively.
Preferably, the control panel structure includes producing control panel, and display, central processing unit connects electric warning lamp, wind
Dry switch, heater switch and transmission switch, the display screw are connected to the front surface top interposition of production control panel
It sets；The central processing unit is embedded in the front surface middle position of production control panel；The electric warning lamp that connects is embedded in life
Produce the front surface lower right side of control panel；The air-dried switch, heater switch and transmission switch are from left to right successively inlayed respectively
In the front surface lower position of production control panel.
Preferably, thermometric humidity transmission mesh belt structure includes automatic transmission mesh belt, and Temperature Humidity Sensor is driven
Wheel, support roller, driven roller, driven shaft, drive shaft and support roller bearing, the automatic transmission mesh belt be socketed in respectively from
Driving wheel supports the outer surface of roller bearing and driven roller；The Temperature Humidity Sensor screw is connected to the interior of automatic transmission mesh belt
Surface；The driven wheel is keyed in the outer surface of drive shaft；The support roller is socketed in the appearance of support roller bearing
Face；The driven roller is socketed in the outer surface of driven shaft.
Preferably, the lower right side of noodles inlet pipe is arranged in the stock guide.
Preferably, the air-dried cylinder screw is connected to the upper surface middle position of vermicelli drying production case；Described leads
Gas-pipe thread is connected to the inside upper surface middle position of vermicelli drying production case.
Preferably, the noodles inlet pipe is dried by vermicelli and is connected to inside production case and discharge bucket.
Preferably, the air-dried cylinder specifically uses funnel-form stainless steel cylinder；The air-dried cylinder is by gas-guide tube and divides
Gas blowout row is connected to setting with outlet air jet pipe；The outlet air jet pipe dries production case with vermicelli and is connected；The outlet air jet pipe
It is provided with multiple.
Preferably, the production control panel and vermicelli drying production case are bolted setting.
Preferably, the drive shaft supports roller bearing and driven shaft to dry production case grafting setting with vermicelli respectively；Institute
The automatic transmission mesh belt stated specifically uses stainless (steel) wire band.
Preferably, the drive V-belt is socketed in the outer surface of driven wheel.
Preferably, vermicelli drying production case is connected to setting with flour collecting box by flour collection bucket.
Preferably, the upper left side of automatic transmission mesh belt is arranged in the lower end of the stock guide；The discharging guide plate
The upper right side of automatic transmission mesh belt is arranged in upper end.
Preferably, the display air-dries switch, heater switch, transmission switch, driving motor, blower fan, heating rod
Central processing unit is electrically connected with Temperature Humidity Sensor.
Preferably, the temperature and humidity sensing implement body uses the sensor of model SHT10；The heating rod is specific
Using stainless steel heating rod；The blower fan specifically uses the fan of model BF533；The display implement body uses type
Number be SYG320240LV10 display；The central processing implement body uses the central processing unit of model ZA370-A；
The driving motor specifically uses the motor of model PVF060-10-S2-P2；It is described connect electric warning lamp specifically use it is red
Color LED light.
Compared with prior art, the utility model has the following beneficial effects:
1. in the utility model, the outlet air jet pipe is provided with multiple, is conducive to wind uniformly spraying to automatic transmission
The upper surface of mesh belt can satisfy the needs that vermicelli air-dry with production.
2. in the utility model, the display, the setting of central processing unit and Temperature Humidity Sensor is conducive to extension
The process of production of looking unfamiliar carries out intelligentized control, is controlled and is hung according to the situation of change that vermicelli dry production case internal temperature and humidity
It looks unfamiliar the process of production.
3. in the utility model, the automatic transmission mesh belt specifically uses stainless (steel) wire band, be conducive to carry vermicelli item,
And it can make to fall in flour collection bucket under flour on vermicelli.
4. in the utility model, the setting of the flour collecting box is conducive to recycle extra flour, can
Flour is enough saved, and can safeguard good working environment.
5. in the utility model, the setting of the heating rod is conducive to play the role of heating, drying, improves noodles and add
The efficiency of work.
6. in the utility model, the support roller and the setting for supporting roller bearing are conducive to the work for playing supporting and shaping
With preventing noodles excessively influences the transmission of automatic transmission mesh belt.
7. in the utility model, the drive V-belt, the setting of driving motor and driving wheel is conducive to the effect of transmission,
Vermicelli can be conveyed.
8. in the utility model, the electric warning lamp that connects specifically uses red LED lamp, be conducive to connecting external power supply
Afterwards, play the role of reminder alarm, protect the safety of operator.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the air-dried structural schematic diagram for dividing gas blowout row's structure of the utility model.
Fig. 3 is the structural schematic diagram of the control panel structure of the utility model.
Fig. 4 is the structural schematic diagram of the thermometric humidity transmission mesh belt structure of the utility model.
Fig. 5 is the electrical wiring schematic diagram of the utility model.
In figure:
1, vermicelli drying production case；2, support column；3, flour collection bucket；4, transverse slat is supported；5, noodles inlet pipe；6, guide
Plate；7, drive V-belt；8, air-drying divides gas blowout to arrange structure；81, cylinder is air-dried；82, support rail；83, blower fan；84, gas-guide tube；85,
Divide gas blowout row；86, head protector；87, outlet air jet pipe；9, control panel structure；91, control panel is produced；92, display；93, centre
Manage device；94, electric warning lamp is connect；95, switch is air-dried；96, heater switch；97, transmission switch；10, thermometric humidity is driven mesh belt knot
Structure；101, automatic transmission mesh belt；102, Temperature Humidity Sensor；103, driven wheel；104, roller is supported；105, driven roller；
106, driven shaft；107, drive shaft；108, roller bearing is supported；11, heating rod；12, driving motor；13, driving wheel；14, it discharges
Guide plate；15, discharge bucket；16, flour collecting box.
Specific embodiment
The utility model is described further below in conjunction with attached drawing:
Embodiment:
As shown in attached drawing 1 to attached drawing 2, the utility model provides a kind of automation noodle production device, including vermicelli drying
Production case 1, support column 2, flour collection bucket 3, support transverse slat 4, noodles inlet pipe 5, stock guide 6, drive V-belt 7 air-dry and gas blowout are divided to arrange
Structure 8, control panel structure 9, thermometric humidity are driven mesh belt structure 10, and heating rod 11, driving motor 12, driving wheel 13, discharging is led
Plate 14, discharge bucket 15 and flour collecting box 16, the support column 2 are bolted to the following table of vermicelli drying production case 1 respectively
Face corner location；The 3 upper surface screw of flour collection bucket is connected to the lower surface middle position of vermicelli drying production case 1,
3 lower surface of flour collection bucket is threaded in the upper surface middle position of flour collecting box 16；The support transverse slat 4
Cross screw is connected between support column 2 and the lower inside of support column 2；5 cross screw of noodles inlet pipe is connected to extension
The left upper portion position of face drying production case 1；6 screw of stock guide is connected to the inside left of vermicelli drying production case 1
The wet noodles of the semi-finished product of noodles processing are added in vermicelli drying production case 1, by leading by upper position by noodles inlet pipe 5
Flitch 6 is slipped to the upper surface leftward position of automatic transmission mesh belt 101；Described 7 one end of drive V-belt and thermometric humidity is driven net
Band structure 10 is connected, and the other end is socketed in the outer surface of driving wheel 13；It is described air-dried gas blowout row's structure 8 to be divided to be mounted on vermicelli
The upper surface middle position of drying production case 1；The front surface that the control panel structure 9 is mounted on vermicelli drying production case 1 is right
Upside；The thermometric humidity transmission mesh belt structure 10 is mounted on the inner lower middle position of vermicelli drying production case 1；It is described
Heating rod 11 respectively screw be connected to vermicelli drying production case 1 bottom inner surface at left and right sides of；The driving motor 12
It is bolted to the upper surface leftward position of support transverse slat 4；Output shaft of the key connection of driving wheel 13 in driving motor 12
On；Discharging 14 screw of guide plate is connected to the inner right side lower position of vermicelli drying production case 1；The discharge bucket 15
Screw is connected to the lower right side position of vermicelli drying production case 1；16 screw of flour collecting box is connected to support transverse slat 4
Upper surface middle position, the flour adhered on noodles drops into flour collecting box 16 through flour collection bucket 3；Described air-dries
Dividing gas blowout row's structure 8 includes air-drying cylinder 81, support rail 82, blower fan 83, and gas-guide tube 84 divides gas blowout to arrange 85,86 He of head protector
Outlet air jet pipe 87,82 cross screw of support rail are connected to the upper inside position of air-dried cylinder 81；The blower fan
83 screws are connected to the front surface middle position of support rail 82；84 threaded upper ends of gas-guide tube are connected to air-dried cylinder 81
Lower surface middle position, 84 lower thread of gas-guide tube are connected to point upper surface middle position of gas blowout row 85；Described
Outlet air jet pipe 87 is threaded in point lower surface of gas blowout row 85；The head protector 86 is threaded in a point gas blowout row 85 respectively
Left and right ends；According to display situation, start blower fan 83 by air-drying switch 95, drives air to form wind and pass through gas-guide tube 84
It is blown into point gas blowout row 85, sprays to the noodles on automatic transmission mesh belt 101 from outlet air jet pipe 87, play air-dried effect.
As shown in Fig. 3, it in above-described embodiment, specifically, the control panel structure 9 includes production control panel 91, shows
Show that device 92, central processing unit 93 connect electric warning lamp 94, air-dries switch 95, heater switch 96 and transmission switch 97, the display
92 screw of device is connected to the front surface upper middle position of production control panel 91；The central processing unit 93 is embedded in production control
The front surface middle position of making sheet 91；The front surface lower right side for connecing electric warning lamp 94 and being embedded in production control panel 91；Institute
The air-dried switch 95 stated, heater switch 96 and transmission switch 97 are from left to right successively embedded in the positive table of production control panel 91 respectively
Face lower position；It is shown on display 92 after the processing analysis of central processing unit 93, heating rod is started by heater switch 96
11, it is heated so that electric oven is dry and air-dry and combine, improves the efficiency of noodles stoving；Noodles after drying are through automatic transmission net
The right side for being transported to vermicelli drying production case 1 with 101, the upper surface for sliding into discharging guide plate 14 drop into advance through discharge bucket 15
In ready container.
As shown in Fig. 4, in above-described embodiment, specifically, the thermometric humidity transmission mesh belt structure 10 includes automatic
It is driven mesh belt 101, Temperature Humidity Sensor 102, driven wheel 103 supports roller 104, driven roller 105, driven shaft 106, driving
Shaft 107 and support roller bearing 108, the automatic transmission mesh belt 101 are socketed in driven wheel 103 respectively, support roller bearing 108 and from
The outer surface of dynamic roller 105；102 screw of Temperature Humidity Sensor is connected to the inner surface of automatic transmission mesh belt 101；It is described
Driven wheel 103 be keyed in the outer surface of drive shaft 107；The support roller 104 is socketed in the outer of support roller bearing 108
Surface；The driven roller 105 is socketed in the outer surface of driven shaft 106；Start 12 band of driving motor by transmission switch 97
The rotation of dynamic driving wheel 13, to drive driven wheel 103 and drive shaft 107 to be rotated through drive V-belt 7, in automatic transmission
Under the action of mesh belt 101, support roller 104 and driven roller 105 is driven to move together, so that noodles be driven to transport from left to right
It is dynamic, it is detected through temperature and humidity of the Temperature Humidity Sensor 102 to noodles.
In above-described embodiment, specifically, the lower right side of noodles inlet pipe 5 is arranged in the stock guide 6.
In above-described embodiment, specifically, 81 screw of air-dried cylinder is connected in the upper surface of vermicelli drying production case 1
Between position；The gas-guide tube 84 is threaded in the inside upper surface middle position of vermicelli drying production case 1.
In above-described embodiment, specifically, the noodles inlet pipe 5 is dried inside production case 1 and discharge bucket 15 by vermicelli
Connection.
In above-described embodiment, specifically, the air-dried cylinder 81 specifically uses funnel-form stainless steel cylinder；The air-dried cylinder
81 pass through gas-guide tube 84 and gas blowout row 85 are divided to be connected to setting with outlet air jet pipe 87；The outlet air jet pipe 87 and vermicelli drying produce
Case 1 is connected；The outlet air jet pipe 87 is provided with multiple；Be conducive to uniformly spraying to wind into the upper of automatic transmission mesh belt 101
Surface can satisfy the needs that vermicelli air-dry with production.
In above-described embodiment, specifically, the production control panel 91 and vermicelli drying production case 1 are bolted setting.
In above-described embodiment, specifically, the drive shaft 107, support roller bearing 108 and driven shaft 106 respectively with extension
Face drying production 1 grafting of case setting；The automatic transmission mesh belt 101 specifically uses stainless (steel) wire band.
In above-described embodiment, specifically, the drive V-belt 7 is socketed in the outer surface of driven wheel 103.
In above-described embodiment, specifically, the vermicelli drying production case 1 passes through flour collection bucket 3 and flour collecting box
16 connection settings.
In above-described embodiment, specifically, the upper left side of automatic transmission mesh belt 101 is arranged in the lower end of the stock guide 6；
The upper right side of automatic transmission mesh belt 101 is arranged in the upper end of the discharging guide plate 14.
In above-described embodiment, specifically, the display 92, air-dries switch 95, heater switch 96 is driven switch 97,
Central processing unit 93 is electrically connected in driving motor 12, blower fan 83, heating rod 11 and Temperature Humidity Sensor 102.
In above-described embodiment, specifically, the Temperature Humidity Sensor 102 specifically uses the sensor of model SHT10；
The heating rod 11 specifically uses stainless steel heating rod；The blower fan 83 specifically uses the fan of model BF533；Institute
The display 92 stated specifically uses the display of model SYG320240LV10；The central processing unit 93 specifically uses type
Number be ZA370-A central processing unit；The driving motor 12 specifically uses the motor of model PVF060-10-S2-P2；
Described connects electric warning lamp 94 specifically using red LED lamp, is conducive to play the work of reminder alarm after connecting external power supply
With protecting the safety of operator.
Working principle
It is dried when the utility model is used, the wet noodles of the semi-finished product of noodles processing are added to vermicelli by noodles inlet pipe 5
In dry production case 1, it is slipped to the upper surface leftward position of automatic transmission mesh belt 101 by stock guide 6, is opened by being driven switch 97
Dynamic driving motor 12 drives the rotation of driving wheel 13, to drive driven wheel 103 and 107 turns of drive shaft through drive V-belt 7
It is dynamic, under the action of automatic transmission mesh belt 101, drive support roller 104 and driven roller 105 to move together, to drive face
Item moves from left to right, detects through temperature and humidity of the Temperature Humidity Sensor 102 to noodles, and through central processing unit 93 at
It is shown on display 92 after reason analysis, according to display situation, starts blower fan 83 by air-drying switch 95, air is driven to be formed
Wind is blown into point gas blowout row 85 by gas-guide tube 84, is sprayed to the noodles on automatic transmission mesh belt 101 from outlet air jet pipe 87, is played
Air-dried effect, the flour adhered on noodles drop into flour collecting box 16 through flour collection bucket 3；If noodles are overly moist, lead to
It crosses heater switch 96 and starts heating rod 11, heated so that electric oven is dry and air-dry and combine, improve the efficiency of noodles stoving；It dries
Noodles after dry are transported to the right side of vermicelli drying production case 1 through automatic transmission mesh belt 101, slide into the upper table of discharging guide plate 14
Face drops into preprepared container through discharge bucket 15.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model
Under inspiration, similar technical solution is designed, and reaches above-mentioned technical effect, is the protection model for falling into the utility model
It encloses.
Claims (10)
1. a kind of automation noodle production device, which is characterized in that the automation noodle production device, including vermicelli drying production
Case (1), support column (2), flour collection bucket (3) support transverse slat (4), noodles inlet pipe (5), stock guide (6), drive V-belt (7), wind
Dry that gas blowout is divided to arrange structure (8), control panel structure (9), thermometric humidity is driven mesh belt structure (10), heating rod (11), driving motor
(12), driving wheel (13) discharge guide plate (14), discharge bucket (15) and flour collecting box (16), the support column (2) difference spiral shell
Bolt is connected to the lower surface corner location of vermicelli drying production case (1)；Flour collection bucket (3) upper surface screw is connected to
The lower surface middle position of vermicelli drying production case (1), described flour collection bucket (3) lower surface are threaded in flour collection
The upper surface middle position of case (16)；Described support transverse slat (4) cross screw is connected to support column (2) and support column (2)
Between lower inside；Described noodles inlet pipe (5) cross screw is connected to the left upper portion position of vermicelli drying production case (1)；
Described stock guide (6) screw is connected to the inside left upper position of vermicelli drying production case (1)；The drive V-belt (7)
One end is connected with thermometric humidity transmission mesh belt structure (10), and the other end is socketed in the outer surface of driving wheel (13)；The wind
The dry upper surface middle position for dividing gas blowout row structure (8) to be mounted on vermicelli drying production case (1)；The control panel structure (9)
It is mounted on the front surface upper right side of vermicelli drying production case (1)；Thermometric humidity transmission mesh belt structure (10) is mounted on extension
The inner lower middle position of face drying production case (1)；Screw is connected to vermicelli drying production to the heating rod (11) respectively
At left and right sides of the bottom inner surface of case (1)；The driving motor (12) is bolted on the left of the upper surface of support transverse slat (4)
Position；The driving wheel (13) is keyed on the output shaft of driving motor (12)；Discharging guide plate (14) screw connects
It connects and dries the inner right side lower position of production case (1) in vermicelli；Described discharge bucket (15) screw is connected to vermicelli drying life
Produce the lower right side position of case (1)；Described flour collecting box (16) screw is connected to the upper surface interposition of support transverse slat (4)
It sets；It is described it is air-dried divide gas blowout row structure (8) to include air-drying cylinder (81), support rail (82), blower fan (83), gas-guide tube
(84), gas blowout is divided to arrange (85), head protector (86) and outlet air jet pipe (87), the support rail (82) cross screw are connected to wind
The upper inside position of dry cylinder (81)；Described blower fan (83) screw is connected to the front surface interposition of support rail (82)
It sets；Described gas-guide tube (84) threaded upper ends are connected to the lower surface middle position of air-dried cylinder (81), the gas-guide tube (84)
Lower thread is connected to point upper surface middle position of gas blowout row (85)；The outlet air jet pipe (87) is threaded in a point gas blowout
Arrange the lower surface of (85)；The head protector (86) is threaded in point left and right ends of gas blowout row (85) respectively.
2. automation noodle production device as described in claim 1, which is characterized in that the control panel structure (9) includes
It produces control panel (91), display (92), central processing unit (93) connects electric warning lamp (94), air-dries switch (95), heater switch
(96) and transmission switch (97), the display (92) screw are connected to the front surface top interposition of production control panel (91)
It sets；The central processing unit (93) is embedded in the front surface middle position of production control panel (91)；Described connects electric warning lamp
(94) it is embedded in the front surface lower right side of production control panel (91)；The air-dried switch (95), heater switch (96) and transmission
Switch (97) is from left to right successively embedded in the front surface lower position of production control panel (91) respectively.
3. automation noodle production device as described in claim 1, which is characterized in that the thermometric humidity is driven mesh belt knot
Structure (10) includes automatic transmission mesh belt (101), and Temperature Humidity Sensor (102), driven wheel (103) supports roller (104), driven
Roller (105), driven shaft (106), drive shaft (107) and support roller bearing (108), the automatic transmission mesh belt (101) point
It is not socketed in driven wheel (103), supports the outer surface of roller bearing (108) and driven roller (105)；The Temperature Humidity Sensor
(102) screw is connected to the inner surface of automatic transmission mesh belt (101)；The driven wheel (103) is keyed in drive shaft
(107) outer surface；The support roller (104) is socketed in the outer surface of support roller bearing (108)；The driven roller
(105) it is socketed in the outer surface of driven shaft (106).
4. automation noodle production device as described in claim 1, which is characterized in that the stock guide (6) is arranged in face
The lower right side of inlet pipe (5).
5. automation noodle production device as described in claim 1, which is characterized in that air-dried cylinder (81) the screw connection
The upper surface middle position of production case (1) is dried in vermicelli；The gas-guide tube (84) is threaded in vermicelli drying production case
(1) inside upper surface middle position.
6. automation noodle production device as described in claim 1, which is characterized in that the noodles inlet pipe (5) passes through extension
It is connected to inside face drying production case (1) and discharge bucket (15).
7. automation noodle production device as described in claim 1, which is characterized in that the air-dried cylinder (81) specifically uses
Funnel-form stainless steel cylinder；The air-dried cylinder (81) is by gas-guide tube (84) and gas blowout row (85) is divided to be connected to outlet air jet pipe (87)
Setting；The outlet air jet pipe (87) dries production case (1) with vermicelli and is connected；The outlet air jet pipe (87) is provided with more
It is a.
8. automation noodle production device as claimed in claim 2, which is characterized in that the production control panel (91) and extension
Face drying production case (1) is bolted setting.
9. automation noodle production device as claimed in claim 3, which is characterized in that the drive shaft (107), support
Roller bearing (108) and driven shaft (106) dry production case (1) grafting setting with vermicelli respectively；The automatic transmission mesh belt (101)
Specifically use stainless (steel) wire band.
10. automation noodle production device as described in claim 1, which is characterized in that the lower end of the stock guide (6) is set
Set the upper left side in automatic transmission mesh belt (101)；The upper end of the discharging guide plate (14) is arranged in automatic transmission mesh belt (101)
Upper right side.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821176428.1U CN208653171U (en) | 2018-07-24 | 2018-07-24 | A kind of automation noodle production device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821176428.1U CN208653171U (en) | 2018-07-24 | 2018-07-24 | A kind of automation noodle production device |
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| CN208653171U true CN208653171U (en) | 2019-03-26 |
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| CN201821176428.1U Expired - Fee Related CN208653171U (en) | 2018-07-24 | 2018-07-24 | A kind of automation noodle production device |
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| CN (1) | CN208653171U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112944871A (en) * | 2021-04-11 | 2021-06-11 | 石河子大学 | Unginned cotton drying device |
| CN114353493A (en) * | 2022-01-12 | 2022-04-15 | 界首市祥云面粉有限公司 | Drying equipment applied to flour production |
| CN115119862A (en) * | 2022-06-30 | 2022-09-30 | 恒升(新乡)食品有限公司 | Fine dried noodle drying equipment for drying room |
| CN116147318A (en) * | 2023-02-13 | 2023-05-23 | 广西螺霸王食品科技有限公司 | Noodle processing equipment and processing technology |
-
2018
- 2018-07-24 CN CN201821176428.1U patent/CN208653171U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112944871A (en) * | 2021-04-11 | 2021-06-11 | 石河子大学 | Unginned cotton drying device |
| CN114353493A (en) * | 2022-01-12 | 2022-04-15 | 界首市祥云面粉有限公司 | Drying equipment applied to flour production |
| CN115119862A (en) * | 2022-06-30 | 2022-09-30 | 恒升(新乡)食品有限公司 | Fine dried noodle drying equipment for drying room |
| CN116147318A (en) * | 2023-02-13 | 2023-05-23 | 广西螺霸王食品科技有限公司 | Noodle processing equipment and processing technology |
| CN116147318B (en) * | 2023-02-13 | 2023-08-29 | 广西螺霸王食品科技有限公司 | Noodle processing equipment and processing technology |
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Address after: 467200 Industrial Agglomeration Area in the Eastern Section of Yexian Cultural Road, Pingdingshan City, Henan Province Patentee after: Henan Da Da grain processing Co., Ltd. Address before: 467200 Industrial Agglomeration Area in the Eastern Section of Yexian Cultural Road, Kaifeng City, Henan Province Patentee before: Henan Da Da grain processing Co., Ltd. |
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