CN208775105U - Fried cray automatic gauge, mounted box production line - Google Patents
Fried cray automatic gauge, mounted box production line Download PDFInfo
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- CN208775105U CN208775105U CN201821343732.0U CN201821343732U CN208775105U CN 208775105 U CN208775105 U CN 208775105U CN 201821343732 U CN201821343732 U CN 201821343732U CN 208775105 U CN208775105 U CN 208775105U
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- photoelectric sensor
- distribution mechanism
- feeding distribution
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Abstract
The utility model relates to a kind of fried cray automatic gauges, mounted box production line, including lifting system, divide box system automatically, and the double-deck pipeline, combination balance system, feeding distribution mechanism, clout recycling platform, filling is oily to fill soup system, collects and caches platform；The lifting system includes chain-plate type high inclination angle conveyer, feedstock bucket, raw material discharge port, and the combination balance system is set to the lower section of the raw material discharge port；The combination balance system includes the enterprising hopper being sequentially arranged from top to bottom, main vibration plate, line vibration plate, storaging bucket, weighing hopper, material collecting tank, cabinet, bottom discharge bucket, the enterprising hopper is located at the underface of the raw material discharge port, the first photoelectric sensor is set on the enterprising hopper, first photoelectric sensor is connect with the controller of the motor of the chain-plate type high inclination angle conveyer, the start and stop of the motor of the first photoelectric sensor control chain-plate type high inclination angle conveyer.
Description
Technical field
The utility model relates to Intelligentized mechanical outfit fields, and in particular to a kind of frying cray automatic gauge,
Mounted box production line.
Background technique
Cray is extremely welcome snack food in Yangtze-Huaihe River Valley, and not only mouthfeel is good, but also has strengthening yang and invigorating kidney, leads to
Newborn lactogenesis, dissolving blood stasis and detoxication improve the effect of immunity with effect.The enhancement of demand with consumer to cray is now burnt small
Lobster can no longer meet the eating requirements of consumer, and cray is processed into finished product and is had begun gradually so that consumer is instant
As important consumption path.The existing instant processing to cray is mainly or on the basis of support raw material mechanical transfer, people
The weighing of work, quantitative, charging, production investment labor cost is larger, and production efficiency is relatively low.
Summary of the invention
The utility model aim is to provide fried cray automatic gauge, mounted box production line, realizes fried cray oneself
Dynamic metering, charging, high production efficiency.
In order to achieve the goal above, the technical solution adopted in the utility model are as follows: a kind of frying cray automatic gauge, dress
Box production line, including lifting system, divide box system automatically, the double-deck pipeline, combination balance system, feeding distribution mechanism, and clout recycles platform,
It fills oil and fills soup system, collect caching platform；
The lifting system includes chain-plate type high inclination angle conveyer, and raw material is arranged in the lower end of chain-plate type high inclination angle conveyer
Raw material discharge port is arranged in feed hopper, the upper end of chain-plate type high inclination angle conveyer, and the combination balance system is set to the original
Expect the lower section of discharge port；
The combination balance system include the enterprising hopper being sequentially arranged from top to bottom, main vibration plate, line vibration plate, storaging bucket,
Weighing hopper, material collecting tank, cabinet, bottom discharge bucket, the enterprising hopper is located at the underface of the raw material discharge port, described
First photoelectric sensor, first photoelectric sensor and the chain-plate type high inclination angle conveyer are set on enterprising hopper
The controller of motor connects, the start and stop of the motor of the first photoelectric sensor control chain-plate type high inclination angle conveyer；
Setting control processing unit, the control processing unit are connect with weighing hopper in the cabinet, weighing hopper root
According to the sluice gate of the information opening and closing weighing hopper of control processing unit；
The feeding distribution mechanism is set to the lower section of the bottom discharge bucket of combination balance system, is arranged on the feed opening of feeding distribution mechanism
Second photoelectric sensor, the switch of the feed opening of the second photoelectric sensor control feeding distribution mechanism；
The double-deck pipeline includes lower layer's pipeline below the feeding distribution mechanism feed opening and is located at feeding distribution mechanism
The upper layer pipeline of side；
Automatically the output end of the input terminal for dividing box system to be set to lower layer's pipeline, lower layer's pipeline passes through sub-material
The blanking region of mechanism and the lower section for extending to upper layer pipeline middle section, the clout recycling platform are set to lower layer's pipeline
Output end；
The input terminal of the upper layer pipeline is located at the next top in feeding distribution mechanism blanking region, upper layer pipeline
Output end, which extends to, fills the lower section that oil fills soup system, and the filling oil, which fills, is arranged third photoelectric sensing on the feed opening of soup system
Device, the third photoelectric sensor control fill the switch that oil fills the feed opening of soup system, and the collection caching platform is set to
The output end of upper layer pipeline；
It is described that box system is divided to include stacking mechanism automatically, multiple groups slotting tool is set on stacking mechanism, and raw material packing box is from code
The input terminal of lower layer's pipeline is successively dropped down on stack machine structure.
Further, the control processing unit includes weighing sensor, A/D module, unit control panel and control master
Plate, the target weight of the weighing sensor switch to electric signal and are sent to A/D module, change into electric signal by A/D module
Digital signal, the digital signal is by unit control panel acquisition process and is sent to control mainboard, the control mainboard with
The controller of the sluice gate of weighing hopper connects.
Further, the weighing sensor model L6H5-C3-8Kg-0.5B；The A/D module model
AD333；The unit control panel model STM32FD (3.5), the singlechip chip model of unit control panel
STM32F103C8(QFP48)；The control mainboard model STM32MAIN (3.5), the singlechip chip type of control mainboard
Number be STM32F103C8T6 (QFP48).
Further, the combination balance system is set on combination balance platform, and the feeding distribution mechanism is set to combination
Below scale platform.
Further, pneumatic tripper is arranged in the lower section of feeding distribution mechanism, and the pneumatic tripper includes conveying along lower layer
Four feed openings that line conveying direction is set gradually.
Further, the lower section setting Pneumatic filling machine that oil fills soup system is filled, the third photoelectric sensor is set to
On the feed opening of Pneumatic filling machine.
Further, translatable arrangement above and below lower layer's pipeline, sets between lower layer's pipeline, upper layer pipeline
The row's of setting disk station.
Further, translatable arrangement above and below the upper layer pipeline.
The utility model has the technical effect that through the utility model frying cray automatic gauge, mounted box production line,
Realize automatic gauge, the charging of fried cray, high production efficiency.
Detailed description of the invention
Fig. 1 is the main structure figure of the utility model；
Fig. 2 is the overlooking structure figure of the utility model.
Specific embodiment
Referring to attached drawing, a kind of frying cray automatic gauge, mounted box production line, including lifting system 10, divide box system automatically
System 20, the double-deck pipeline 30, combination balance system 50, feeding distribution mechanism 40, clout recycle platform 80, fill oil and fill soup system 60, collect slow
Deposit platform 70；
The lifting system 10 includes chain-plate type high inclination angle conveyer 11, and the lower end of chain-plate type high inclination angle conveyer 11 is set
Feedstock bucket 12 is set, raw material discharge port 13, the combination balance system 50 is arranged in the upper end of chain-plate type high inclination angle conveyer 11
It is set to the lower section of the raw material discharge port 13；
The combination balance system 50 include be sequentially arranged from top to bottom enterprising hopper 51, main vibration plate 52, line vibration plate 53,
Storaging bucket 54, weighing hopper 55, material collecting tank 56, cabinet 57, bottom discharge bucket 58, the enterprising hopper 51 are located at the raw material and go out
The first photoelectric sensor, first photoelectric sensor and institute is arranged on the enterprising hopper 51 in the underface of material mouth 13
The controller of the motor for the chain-plate type high inclination angle conveyer 11 stated connects, and the first photoelectric sensor control chain-plate type inclines greatly
The start and stop of the motor of angle conveyer 11；
Setting control processing unit, the control processing unit are connect with weighing hopper 55 in the cabinet 57, are weighed
Bucket 55 opens and closes the sluice gate of weighing hopper 55 according to the information of control processing unit；
The feeding distribution mechanism 40 is set to the lower section of the bottom discharge bucket 58 of combination balance system 50, the blanking of feeding distribution mechanism 40
Second photoelectric sensor, the switch of the feed opening of the second photoelectric sensor control feeding distribution mechanism 40 are set on mouthful；
The double-deck pipeline 30 includes lower layer's pipeline 31 below 40 feed opening of feeding distribution mechanism and is located at point
Expect the upper layer pipeline 32 of 40 side of mechanism；
Automatically the input terminal for dividing box system 20 to be set to lower layer's pipeline 31, the output end warp of lower layer's pipeline 31
It crosses the blanking region of feeding distribution mechanism 40 and extends to the lower section in 32 middle section of upper layer pipeline, the clout recycling platform 80 is set to
The output end of lower layer's pipeline 31；
The input terminal of the upper layer pipeline 32 is located at the next top in 40 blanking region of feeding distribution mechanism, upper layer conveying
The output end of line 32, which extends to, fills the lower section that oil fills soup system 60, and third is arranged on the oily feed opening for filling soup system 60 of the filling
Photoelectric sensor, the third photoelectric sensor control fill the switch that oil fills the feed opening of soup system 60, and the collection is slow
Deposit the output end that platform 70 is set to upper layer pipeline 32；
Described divides box system 20 to include stacking mechanism 21 automatically, and multiple groups slotting tool, raw material packaging are arranged on stacking mechanism 21
Box successively drops down onto the input terminal of lower layer's pipeline 31 from stacking mechanism 21.
Further, the control processing unit includes weighing sensor, A/D module, unit control panel and control master
Plate, the target weight of the weighing sensor switch to electric signal and are sent to A/D module, change into electric signal by A/D module
Digital signal, the digital signal is by unit control panel acquisition process and is sent to control mainboard, the control mainboard with
The controller of the sluice gate of weighing hopper 55 connects.
Further, the weighing sensor model L6H5-C3-8Kg-0.5B；The A/D module model
AD333；The unit control panel model STM32FD (3.5), the singlechip chip model of unit control panel
STM32F103C8(QFP48)；The control mainboard model STM32MAIN (3.5), the singlechip chip type of control mainboard
Number be STM32F103C8T6 (QFP48).
Further, the combination balance system 50 is set on combination balance platform 90, and the feeding distribution mechanism 40 is arranged
In 90 lower section of combination balance platform.
Further, pneumatic tripper 41 is arranged in the lower section of feeding distribution mechanism 40, and the pneumatic tripper 41 includes under
Four feed openings that layer 31 conveying direction of pipeline is set gradually.
Further, the lower section setting Pneumatic filling machine that oil fills soup system 60, the third photoelectric sensor setting are filled
In on the feed opening of Pneumatic filling machine.
Further, the translatable arrangement of about 31 lower layer's pipeline, lower layer's pipeline 31, upper layer pipeline 32
Between setting row disk station.
Further, the translatable arrangement of about 32 upper layer pipeline.
In conjunction with attached drawing, the utility model is moved by the orientation of 11 upper link plate of chain-plate type high inclination angle conveyer of lifting system 10
It is dynamic that cray feed product is transported in the enterprising hopper 51 of combination balance system 50.The double-deck pipeline 30 is by upper layer pipeline 32
It is formed with lower layer pipeline 31, wherein lower layer's pipeline 31 is for conveying fried cray raw material, and upper layer pipeline 32 is for defeated
Cray raw material is sent to set in the product of raw material packing box.It, will in a pile by dividing the cooperation of the multiple groups slotting tool of box system 20 automatically
Raw material packing box separate and be placed on lower layer's pipeline 31 one by one.
The conveying frying cray raw material process of lower layer's pipeline 31: combination balance system 50 is mainly by enterprising hopper 51, master
Vibration plate 52, line vibration plate 53, storaging bucket 54, weighing hopper 55, material collecting tank 56, cabinet 57 and bottom discharge bucket 58 form.Lifting system 10
Raw material discharge port 13 supreme feed hopper 51 is added in material, by the vibration of main vibration plate 52 and line vibration plate 53, material is introduced into
It is kept in storaging bucket 54, enters back into weighing hopper 55 and weigh, by controlling processing unit processes in cabinet 57, in all weighing hoppers
In 55, obtain closest to one of target weight combination, and the material of corresponding weighing hopper 55 released, by bottom discharge bucket 58 into
Enter feeding distribution mechanism 40.The material launched in combination balance system 50 is mainly separately added into four by pneumatic tripper 41 by feeding distribution mechanism 40
Then a feed opening simultaneously feeds to continuous four raw material packing boxes on lower layer's pipeline 31.
Specifically, the workflow and principle that cooperate between combination balance system 50 and lifting system 10:
1, it will start information biography when enterprising 51 first photoelectric sensor of hopper detects material deficiency in enterprising hopper 51
It is defeated, to chain-plate type high inclination angle conveyer 11 feed signal, 11 feed supplement of chain-plate type high inclination angle conveyer, after material is filled, first
Photoelectric sensor can close, and chain-plate type high inclination angle conveyer 11 stops charging；
2, by the vibrating transportation material of main vibration plate 52, material is uniformly transported in each line vibration plate 53；
3, by the vibrating transportation of line vibration plate 53, material is added in storaging bucket 54 each line vibration plate 53, and storaging bucket 54 is by object
Material is transferred in weighing hopper 55；
4, when not having material in weighing hopper 55, the weighing sensor sense weight of control processing unit is 0 in cabinet 57,
Control processing unit can control main vibration plate 52 and line vibration plate 53 works, while storaging bucket 54 can be opened, and feed for weighing hopper 55；
5, the weight of material in each weighing hopper 55 can be transferred to control processing unit, control processing unit for multiple titles
The weight of all combinations of bucket 55 is drawn again, then therefrom obtains the combination closest to target weight, and then starting is corresponding
55 sluice gate of weighing hopper, material is discharged, and by material collecting tank 56 and bottom discharge bucket 58, completes Quantitative dosing.Here, control processing is single
The running of member is such that target weight is switched to electric signal and sends A/D module to by weighing sensor, will using A/D module
Electric signal changes into digital signal, and then digital signal is by unit control panel acquisition process, and sends control mainboard to, finally by controlling
Mainboard processed is analyzed and handles feedback.Specifically, the working principle of control processing unit: in combination balance system 50, when by material
External force deformation when, according to different deformation quantities, weighing sensor can export corresponding electric signal, and A/D module is by telecommunications
Number be converted into digital signal, by the acquisition process data of unit control panel, drive control module, by control mainboard input and
Output signal, the work of control combination scale system 50.
The model of each module in the control processing unit of combination balance system 50 is given below:
Weighing sensor model: L6H5-C3-8Kg-0.5B
A/D module model: AD333
Unit control panel model: STM32FD (3.5)
Unit control panel singlechip chip model: STM32F103C8 (QFP48)
Control mainboard model: STM32MAIN (3.5)
Control mainboard singlechip chip model: STM32F103C8T6 (QFP48).
The conveying cray raw material of upper layer pipeline 32 is set in the product process of raw material packing box: by conveying belt of lower floor 31
On fill material raw material packing box take out, be placed on row's disk station between lower layer's pipeline 31, upper layer pipeline 32,
It is arranged, the cray in raw material packing box is put neatly, then raw material packing box is put as on upper layer pipeline 32.
This process can use 32 upper and lower translation of 31 upper and lower translation of lower layer's pipeline and/or upper layer pipeline, be placed in lower layer's pipeline
31 is in the same plane with row's disk station, row's disk station and upper layer pipeline 32, in this way, directly putting material neatly
Raw material packing box move in the process of upper layer pipeline 32, it is more convenient, it is more efficient.
Raw material packing box is delivered to filling oil by upper layer pipeline 32 and fills at soup system 60, fills oil and fills soup system 60 by oil storage
Tank, sauce tank, Pneumatic filling machine and rack composition, when raw material packing box is delivered under Pneumatic filling machine by upper layer pipeline 32
When the feed opening of side, third photoelectric sensor detects that the feed opening of Pneumatic filling machine has raw material packing box, controls pneumatic filling
Machine charging, if the feed opening of corresponding Pneumatic filling machine is not without raw material packing box below the feed opening of detection Pneumatic filling machine
Charging.After the completion of charging, the material of finished product moves to collection caching platform 70 with raw material packing box, takes out packaging.
And the arrangement of stablizing in order to guarantee combination balance system 50, the stability of guarantee raw material weighing, the combination balance system
System 50 is set on combination balance platform 90.
Claims (8)
1. a kind of frying cray automatic gauge, mounted box production line, it is characterised in that: including lifting system (10), divide box automatically
System (20), the double-deck pipeline (30), combination balance system (50), feeding distribution mechanism (40), clout recycle platform (80), fill oil and fill soup system
It unites (60), collects caching platform (70)；
The lifting system (10) includes chain-plate type high inclination angle conveyer (11), the lower end of chain-plate type high inclination angle conveyer (11)
It is arranged feedstock bucket (12), raw material discharge port (13) are arranged in the upper end of chain-plate type high inclination angle conveyer (11), the combination
Scale system (50) is set to the lower section of the raw material discharge port (13)；
The combination balance system (50) includes the enterprising hopper (51) being sequentially arranged from top to bottom, main vibration plate (52), line vibration plate
(53), storaging bucket (54), weighing hopper (55), material collecting tank (56), cabinet (57), bottom discharge bucket (58), the enterprising hopper
(51) it is located at the underface of the raw material discharge port (13), the first photoelectric sensor is set on the enterprising hopper (51),
First photoelectric sensor is connect with the controller of the motor of the chain-plate type high inclination angle conveyer (11), and described
One photoelectric sensor controls the start and stop of the motor of chain-plate type high inclination angle conveyer (11)；
Setting control processing unit, the control processing unit are connect with weighing hopper (55) in the cabinet (57), are weighed
Bucket (55) opens and closes the sluice gate of weighing hopper (55) according to the information of control processing unit；
The feeding distribution mechanism (40) is set to the lower section of the bottom discharge bucket (58) of combination balance system (50), feeding distribution mechanism (40)
Second photoelectric sensor is set on feed opening, and the feed opening of the second photoelectric sensor control feeding distribution mechanism (40) is opened
It closes；
The double-deck pipeline (30) includes the lower layer's pipeline (31) being located at below feeding distribution mechanism (40) feed opening and is located at
The upper layer pipeline (32) of feeding distribution mechanism (40) side；
Automatically the input terminal for dividing box system (20) to be set to lower layer's pipeline (31), the output end of lower layer's pipeline (31)
By feeding distribution mechanism (40) blanking region and extend to the lower section in upper layer pipeline (32) middle section, the clout recycles platform
(80) it is set to the output end of lower layer's pipeline (31)；
The input terminal of the upper layer pipeline (32) is located at the next top in feeding distribution mechanism (40) blanking region, upper layer conveying
The output end of line (32), which extends to, fills the lower section that oil fills soup system (60), sets on the feed opening of filling oil filling soup system (60)
Third photoelectric sensor is set, the third photoelectric sensor control fills the switch that oil fills the feed opening of soup system (60), described
Collection caching platform (70) be set to the output ends of upper layer pipeline (32)；
Described divides box system (20) to include stacking mechanism (21) automatically, and multiple groups slotting tool, raw material packet is arranged on stacking mechanism (21)
Mounted box successively drops down onto the input terminal of lower layer's pipeline (31) from stacking mechanism (21).
2. frying cray automatic gauge according to claim 1, mounted box production line, it is characterised in that: the control
Processing unit includes weighing sensor, A/D module, unit control panel and control mainboard, the target weight of the weighing sensor
Amount switchs to electric signal and is sent to A/D module, and electric signal is changed into digital signal, the digital signal coverlet by A/D module
First control panel acquisition process is simultaneously sent to control mainboard, and the controller of the sluice gate of the control mainboard and weighing hopper (55) connects
It connects.
3. frying cray automatic gauge according to claim 2, mounted box production line, it is characterised in that: the weighing
Sensor model number is L6H5-C3-8Kg-0.5B；The A/D module model AD333；The unit control panel model
STM32FD (3.5), the singlechip chip model STM32F103C8 (QFP48) of unit control panel；The control mainboard type
Number be STM32 MAIN (3.5), the singlechip chip model STM32F103C8T6 (QFP48) of control mainboard.
4. frying cray automatic gauge according to claim 3, mounted box production line, it is characterised in that: the combination
Scale system (50) is set on combination balance platform (90), and the feeding distribution mechanism (40) is set to below combination balance platform (90).
5. frying cray automatic gauge according to claim 3, mounted box production line, it is characterised in that: feeding distribution mechanism
(40) pneumatic tripper (41) is arranged in lower section, and the pneumatic tripper (41) includes along lower layer's pipeline (31) conveying direction
Four feed openings set gradually.
6. frying cray automatic gauge according to claim 3, mounted box production line, it is characterised in that: fill oil and fill soup system
Pneumatic filling machine is arranged in the lower section of system (60), and the third photoelectric sensor is set on the feed opening of Pneumatic filling machine.
7. fried cray automatic gauge, mounted box production line according to claim 4 or 5 or 6, it is characterised in that: described
Lower layer's pipeline (31) up and down translatable arrangement, between lower layer's pipeline (31), upper layer pipeline (32) setting row disk operation
Platform.
8. frying cray automatic gauge according to claim 7, mounted box production line, it is characterised in that: the upper layer
Translatable arrangement above and below pipeline (32).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821343732.0U CN208775105U (en) | 2018-08-21 | 2018-08-21 | Fried cray automatic gauge, mounted box production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821343732.0U CN208775105U (en) | 2018-08-21 | 2018-08-21 | Fried cray automatic gauge, mounted box production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208775105U true CN208775105U (en) | 2019-04-23 |
Family
ID=66157422
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821343732.0U Active CN208775105U (en) | 2018-08-21 | 2018-08-21 | Fried cray automatic gauge, mounted box production line |
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| Country | Link |
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| CN (1) | CN208775105U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108974461A (en) * | 2018-08-21 | 2018-12-11 | 合肥天业智能装备有限公司 | Fried cray automatic gauge, mounted box production line |
-
2018
- 2018-08-21 CN CN201821343732.0U patent/CN208775105U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108974461A (en) * | 2018-08-21 | 2018-12-11 | 合肥天业智能装备有限公司 | Fried cray automatic gauge, mounted box production line |
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