CN208775104U - Boiling cray automatic gauge, mounted box, dress basket production line - Google Patents
Boiling cray automatic gauge, mounted box, dress basket production line Download PDFInfo
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- CN208775104U CN208775104U CN201821342773.8U CN201821342773U CN208775104U CN 208775104 U CN208775104 U CN 208775104U CN 201821342773 U CN201821342773 U CN 201821342773U CN 208775104 U CN208775104 U CN 208775104U
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Abstract
The utility model relates to a kind of boiling cray automatic gauge, mounted box, dress basket production line, including main line A and subordinate line B, raw material guide groove are arranged between main line A and subordinate line B, the raw material guide groove is free to rotate between main line A and subordinate line B；The main line A includes first hoisting mechanism, automatic box distributor structure, selection conveyer, and first picks station, and second hoisting mechanism, combination balance, combination balance platform, feeding distribution mechanism, double casing disk conveyer, second picks station, and clout recycles platform；The subordinate line B includes current-limiting type batcher, send case conveying mechanism, belt weighing machine, unpowered roller conveying mechanism.Realize automatic gauge, mounted box, the dress basket of cray raw material, high production efficiency.
Description
Technical field
The utility model relates to Intelligentized mechanical outfit fields, and in particular to a kind of boiling cray automatic gauge,
Mounted box, dress basket 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.Cray boiling processing is the important way of the instant processing of cray, the boiling of existing cray
The production line of operation stage is more mature, and the metering to cray raw material, mounted box, dress basket, main or support raw material are mechanical
Artificial metering, mounted box, dress basket on the basis of transmission, production investment labor cost is larger, and production efficiency is relatively low.
Summary of the invention
The utility model aim is to provide a kind of boiling cray automatic gauge, mounted box, dress basket production line, realizes cray
Automatic gauge, mounted box, the dress basket of raw material, high production efficiency.
In order to achieve the goal above, the technical solution adopted in the utility model are as follows: a kind of boiling cray automatic gauge, dress
Box, dress basket production line, including main line A and subordinate line B, are arranged raw material guide groove, the raw material guide groove position between main line A and subordinate line B
It is free to rotate between main line A and subordinate line B；
The main line A includes first hoisting mechanism, and automatic box distributor structure, selection conveyer, first picks station, the
Two hoisting mechanisms, combination balance, combination balance platform, feeding distribution mechanism, double casing disk conveyer, second picks station, and clout returns
Receive platform；
Upper link plate conveyer is provided in the first hoisting mechanism, feed bin is arranged in the lower end of upper link plate conveyer, on
Raw material discharge port is arranged in the upper end of chain scraper conveyor, and the output end of selection conveyer is set to the raw material discharging of first hoisting mechanism
The lower section of mouth, the output end of selection conveyer extend at the feed bin of the lower end of second hoisting mechanism, and described first picks behaviour
The middle part of selection conveyer is set to as platform, the raw material discharge port of the upper end of second hoisting mechanism is located at the enterprising hopper of combination balance
Top, the feeding distribution mechanism is set to the lower section of the bottom discharge bucket of combination balance；The feeding distribution mechanism includes arranging up and down
Sub-material, apparatus for temporary storage and lifting material guiding hopper；The double casing disk conveyer includes under being located at below lifting material guiding hopper
Layer conveyer and the upper layer conveyer above lower layer's conveyer, described second, which picks station, is set to lower layer's conveyer
Middle part, the described clout recycling platform is set to the output end of lower layer's conveyer；
The subordinate line B includes current-limiting type batcher, send case conveying mechanism, belt weighing machine, unpowered Conveyor
Structure；
The belt weighing machine, which is set to, to be sent between case conveying mechanism, unpowered roller conveying mechanism, current-limiting type feed
The feed bottom discharge bucket of machine extends on the belt weighing machine, is provided on the belt weighing machine and puts case station.
Further, the combination balance includes the enterprising hopper being sequentially arranged from top to bottom, main vibration plate, line vibration plate, deposits
Photoelectric sensor, the photoelectric transfer is arranged on the enterprising hopper in hopper, weighing hopper, material collecting tank, cabinet, bottom discharge bucket
Sensor is connect with the controller of the motor of the upper link plate conveyer of the first hoisting mechanism, the photoelectric sensor control
The start and stop of the motor of the upper link plate conveyer of first hoisting mechanism；Setting control processing unit, the control in the cabinet
Processing unit processed is connect with weighing hopper, and weighing hopper opens and closes the sluice gate of weighing hopper according to the information of control processing unit.
Further, the automatic box distributor structure includes stacking mechanism, and multiple groups slotting tool, packaging are arranged on stacking mechanism
Box successively drops down onto the input terminal of lower layer's conveyer from stacking mechanism.
Further, the cylinder for going up and down material guiding hopper is connect with sub-material, apparatus for temporary storage, is arranged on the lifting material guiding hopper
Position sensor, the cylinder for going up and down material guiding hopper control the enabling of sub-material, apparatus for temporary storage according to the signal of position sensor.
Further, the control processing unit includes weighing sensor, A/D module, unit control panel and control
Mainboard, the target weight of the weighing sensor switch to electric signal and are sent to A/D module, turn electric signal by A/D module
At digital signal, the digital signal is by unit control panel acquisition process and is sent to control mainboard, the control mainboard
It is connect with the controller of the sluice gate of combination balance weighing hopper.
Further, described first to pick station adjustable with respect to above and below selection conveyer.
Further, adjustable above and below lower layer's conveyer；It is adjustable above and below the upper layer conveyer.
Further, the belt weighing machine includes retention device, belt of weighing, weighing guardrail, bracket, guardrail of weighing
It is arranged along belt of weighing width direction, and guardrail of weighing is removable back and forth along belt of weighing width；Weighing module built in belt of weighing,
The information of Weighing module is transferred to the PLC linkage controller of subordinate line B.
Further, the case conveying mechanism that send includes conveying guardrail, transporting chain plate, conveyor body, feeder motor,
It conveys guardrail to arrange along transporting chain plate width direction, and it is removable back and forth along transporting chain plate width to convey guardrail.
The utility model have the technical effect that by the utility model realize the automatic gauge of cray raw material, mounted box,
Fill basket, high production efficiency.
Detailed description of the invention
Fig. 1 is the overlooking structure figure of the utility model；
Fig. 2 is the local structural graph of the main line of the utility model；
Fig. 3 is the three-dimensional structure diagram of the raw material guide groove of the utility model；
Fig. 4 is the three-dimensional structure diagram of the belt weighing machine of the utility model；
Fig. 5 is the schematic perspective view of the feeding distribution mechanism of the utility model.
Specific embodiment
A kind of boiling cray automatic gauge, mounted box, dress basket production line, including main line A and subordinate line B, main line A and subordinate line B
Between raw material guide groove 2 is set, the raw material guide groove 2 is free to rotate between main line A and subordinate line B；
The main line A includes first hoisting mechanism 1, and automatic box distributor structure 3, selection conveyer 8, first picks station
9, second hoisting mechanism 10, combination balance 11, combination balance platform 12, feeding distribution mechanism 13, double casing disk conveyer 14, second picks
Station 15, clout recycle platform 16；
Upper link plate conveyer is provided in the first hoisting mechanism 1, feed bin is arranged in the lower end of upper link plate conveyer, on
Raw material discharge port is arranged in the upper end of chain scraper conveyor, and the raw material that the output end of selection conveyer 8 is set to first hoisting mechanism 1 goes out
The lower section of material mouth, the output end of selection conveyer 8 extend at the feed bin of the lower end of second hoisting mechanism 10, and described first chooses
Sorting operating platform 9 is set to the middle part of selection conveyer 8, and the raw material discharge port of the upper end of second hoisting mechanism 10 is located at combination balance 11
Enterprising hopper top, the feeding distribution mechanism 13 is set to the lower section of the bottom discharge bucket of combination balance 11；The depiler
Structure 13 includes sub-material arranged up and down, apparatus for temporary storage 13a and lifting material guiding hopper 13b；The double casing disk conveyer 14 wraps
The lower layer conveyer 14a being located at below the lifting material guiding hopper 13b and upper layer conveyer 14b above lower layer conveyer 14a is included,
Described second picks the middle part that station 15 is set to lower layer conveyer 14a, and the clout recycling platform 16 is set to lower layer
The output end of conveyer 14a；
The subordinate line B includes current-limiting type batcher 7, send case conveying mechanism 4, belt weighing machine 5, unpowered roller conveying
Mechanism 6；
The belt weighing machine 5, which is set to, to be sent between case conveying mechanism 4, unpowered roller conveying mechanism 6, and current-limiting type is given
The feed bottom discharge bucket of material machine 7 extends on the belt weighing machine 5, is provided on the belt weighing machine 5 and puts case behaviour
Make platform.
Further, the combination balance 11 include be sequentially arranged from top to bottom enterprising hopper, main vibration plate, line vibration plate,
Photoelectric sensor, the photoelectricity is arranged on the enterprising hopper in storaging bucket, weighing hopper, material collecting tank, cabinet, bottom discharge bucket
Sensor is connect with the controller of the motor of the upper link plate conveyer of the first hoisting mechanism 1, the photoelectric sensor
Control the start and stop of the motor of the upper link plate conveyer of first hoisting mechanism 1；Setting control processing unit, described in the cabinet
Control processing unit connect with weighing hopper, weighing hopper according to control processing unit information opening and closing weighing hopper sluice gate.
Further, the automatic box distributor structure 3 includes stacking mechanism, and multiple groups slotting tool, packet are arranged on stacking mechanism
Mounted box successively drops down onto the input terminal of lower layer conveyer 14a from stacking mechanism.
Further, the cylinder for going up and down material guiding hopper 13b is connect with sub-material, apparatus for temporary storage 13a, the lifting material guiding hopper
Position sensor is set on 13b, and the cylinder for going up and down material guiding hopper 13b controls sub-material, apparatus for temporary storage according to the signal of position sensor
The enabling of 13a.
Further, the control processing unit includes weighing sensor, A/D module, unit control panel and control
Mainboard, the target weight of the weighing sensor switch to electric signal and are sent to A/D module, turn electric signal by A/D module
At digital signal, the digital signal is by unit control panel acquisition process and is sent to control mainboard, the control mainboard
It is connect with the controller of the sluice gate of 11 weighing hopper of combination balance.
Further, described first to pick station 9 adjustable with respect to about 8 selection conveyer.
Further, the lower layer conveyer 14a or more is adjustable；The upper layer conveyer 14b or more is adjustable.
Further, the belt weighing machine 5 includes retention device, belt of weighing, weighing guardrail, bracket, weighing shield
Column is arranged along belt of weighing width direction, and guardrail of weighing is removable back and forth along belt of weighing width；The built-in mould of weighing of belt of weighing
Block, the information of Weighing module are transferred to the PLC linkage controller of subordinate line B.
Further, the case conveying mechanism 4 that send includes conveying guardrail, transporting chain plate, conveyor body, conveying electricity
Machine, conveying guardrail are arranged along transporting chain plate width direction, and it is removable back and forth along transporting chain plate width to convey guardrail.
Referring to attached drawing, by the displacement of the upper link plate conveyer of first hoisting mechanism 1 by material be transported to main line A or
The input terminal of subordinate line B.Raw material guide groove 2 for changing the conveying direction of material, i.e., material from main line A complete automatic gauge, mounted box,
Basket is filled, extra material fills basket from subordinate line B automatic gauge, clout.
Wherein, on main line A:
Automatic box distributor structure 3 passes through the cooperation of multiple groups slotting tool, and packing box in a pile is separated one by one and is placed on the double-deck packet
On the lower layer conveyer 14a of sabot conveying mechanism 14.
Selection conveyer 8 is made of conveying main frame body, conveyor belt and driving motor, the input terminal position of selection conveyer 8
In the raw material discharge outlet of first hoisting mechanism 1.When boiling cray material is fallen by the raw material discharge port of first hoisting mechanism 1
In the conveyor belt of selection conveyer 8, broken material is picked out, is put into first and picks collection frame on station 9
In, it is left complete qualified material and is transported to by the conveyor belt of selection conveyer 8 in the feed bin of second hoisting mechanism 10.This
In, since height is higher in actual arrangement for selection conveyer 8, provides first and pick station 9 operator is allowed to facilitate progress
Pick operation element, and further, first to pick station 9 adjustable with respect to about 8 selection conveyer, further facilitates operation
Personnel carry out picking operation element.The second hoisting mechanism that complete qualified material in the feed bin of second hoisting mechanism 10 passes through
The displacement of 10 upper link plate conveyers is by material from the enterprising hopper that selection conveyer 8 is transported to combination balance 11.
The combination balance 11 include enterprising hopper, main vibration plate, line vibration plate, storaging bucket, weighing hopper, material collecting tank, cabinet and
Bottom discharge bucket.Second hoisting mechanism 10 material is added in the enterprising hopper of combination balance 11, passes through the vibration of main vibration plate and line vibration plate
Dynamic, material is introduced into storaging bucket and keeps in, and enters back into weighing hopper and weighs, by controlling processing unit processes in cabinet, in institute
Have in weighing hopper, a combination closest to target weight is obtained, and the material of corresponding weighing hopper is released, by bottom discharge bucket
Into feeding distribution mechanism 13.Double casing disk conveyer 14 is made of lower layer conveyer 14a, upper layer conveyer 14b bilayer pipeline,
Lower layer conveyer 14a, upper layer conveyer 14b are made of main body frame, power section and partition plate belt.
And in order to promote the height of combination balance 11, guarantee combination balance 11 stablizes arrangement, guarantees the stability of material metage,
Combination balance 11 is placed on combination balance platform 12.
Here, the feeding distribution mechanism 13 includes sub-material arranged up and down, apparatus for temporary storage 13a and lifting material guiding hopper 13b.When
Reach the boiling cray material of target weight from the entrance of combination balance 11 sub-material, apparatus for temporary storage 13a.And at this moment, when bilayer wraps
When immediately below the packing box to lifting material guiding hopper 13b on lower layer's conveyer 14a conveyer belt of sabot conveyer 14, led by lifting
The detection of hopper 13b upper position sensor, lower layer's conveyer 14a conveyer belt is out of service, work of the lifting material guiding hopper 13b in cylinder
With decline, then sub-material, apparatus for temporary storage 13a enabling blowing, material are added in packing box by lifting material guiding hopper 13b, then
It goes up and down material guide device 13b to rise, the lower layer conveyer 14a of double casing disk conveyer 14 restarts, packing box is delivered to down
One link.
Lower layer's conveyer 14a conveyer belt of lower box, double casing disk conveyer 14 based on above-mentioned automatic box distributor structure 3
Movement, the specific work steps of double casing disk conveyer 14 are as follows: packing box is placed on lower layer's conveyer by automatic box distributor structure 3
It on 14a, is conveyed by lower layer conveyer 14a, packing box is first transported to 13 lower section of feeding distribution mechanism, and lower layer conveyer 14a stops
Operation, combination balance 11 feed to packing box, and after the completion of charging, lower layer conveyer 14a is again started up, and will install the packing box of material
It is delivered to second to pick at station 15, operator takes out the packing box for installing material, and material is put neatly, then will install
The packing box of material is placed on the conveyer 14b of upper layer, and the packing box for installing material is transported away from main line by upper layer conveyer 14b
A is to subsequent processing.And platform 16 is recycled positioned at the output end of lower layer's conveyer 14a setting clout, it is used to recycle lower layer's conveyer
The packing box taken away not in time on 14a, so that the recycling of packing box utilizes again.Here under illustrating, the second of setting picks behaviour
Making platform 15 is that the packing box taking-up for filling material on lower layer conveyer 14a is placed on second to pick on station 15, because just
The lobster being added in packing box is put at random, is needed to arrange, be put uniformly, picks station 15 for the lobster in disk by second
It puts neatly, then packing box is placed on the conveyer 14b of upper layer.
The workflow and principle cooperated between combination balance 11 and second hoisting mechanism 10:
1, photoelectric sensor is set on the enterprising hopper of combination balance 11, when the enterprising hopper photoelectric sensor of combination balance 11 detects
Will start when material deficiency in enterprising hopper information transmission, to second hoisting mechanism 10 upper link plate conveyer feed signal, on
Chain scraper conveyor feed supplement, after material is filled, photoelectric sensor can be closed, and upper link plate conveyer stops charging；
2, by the vibrating transportation material of the main vibration plate of combination balance 11, material is uniformly transported in each line vibration plate；
3, by the vibrating transportation of 11 line vibration plate of combination balance, material is added in storaging bucket each line vibration plate, and storaging bucket is by object
Material is transferred in weighing hopper；
4, setting control processing unit controls the weighing and sensing of processing unit when not having material in weighing hopper in cabinet
Device sense weight is 0, and control processing unit can control main vibration plate and the work of line vibration plate, while storaging bucket can be opened, and is weighing hopper
Charging；
5, the weight of material in each weighing hopper can be transferred to control processing unit, control processing unit for multiple weighings
The weight of all combinations of bucket is drawn, then therefrom obtains the combination closest to target weight, then the corresponding weighing of starting
Struggle against sluice gate, and material is discharged, and by material collecting tank and bottom discharge bucket, completes Quantitative dosing.Here, the running for controlling processing unit is
Such: target weight is switched to electric signal and sends A/D module to by weighing sensor, changes into electric signal using A/D module
Digital signal, then digital signal is by unit control panel acquisition process, and sends control mainboard to, is finally analyzed by control mainboard
And handle feedback.Specifically, the working principle of control processing unit: in combination balance 11, when the external force deformation by material
When, according to different deformation quantities, weighing sensor can export corresponding electric signal, and A/D module converts the electrical signal to digital letter
Number, by the acquisition process data of unit control panel, drive control module, pass through control mainboard input and output signal, control
The work of combination balance 11.
The model of each module in the control processing unit of combination balance 11 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).
On subordinate line B:
Sending case conveying mechanism 4 mainly includes conveying guardrail, transporting chain plate, conveyor body, feeder motor, conveys guardrail edge
Transporting chain plate width direction arrangement, and it is removable back and forth along transporting chain plate width to convey guardrail.Carrier chain is driven by feeder motor
For plate along sending 4 length direction of case conveying mechanism to move, material frame is defeated by transporting chain plate from sending 4 input terminal of case conveying mechanism to be put into
It send to belt weighing machine 5.And by changing conveying guardrail with respect to the width of transporting chain plate, send case conveying mechanism 4 that can convey
The material frame of different size.
The belt weighing machine 5 includes retention device 5a, belt of weighing 5b, weighing guardrail, bracket, and weighing guardrail is along title
Pipe bandwidth direction arrangement, and guardrail of weighing is removable back and forth along belt of weighing 5b width.The wherein built-in weighing of belt of weighing 5b
Module, the weight of material information in belt of weighing can be converted to digital quantity by analog quantity by Weighing module, and be transferred to subordinate line B
PLC linkage controller, by PLC linkage controller control send case conveying mechanism 4, belt weighing machine 5 and current-limiting type batcher 7 to assist
Adjust work.And by changing width of the weighing guardrail with respect to belt of weighing, to adapt to the material frame of different size in belt weighing
Conveying on machine 5.When empty material frame is by sending case conveying mechanism 4 to send to belt weighing machine 5, belt of weighing measures material frame weight
Lower than preset target weight, retention device is put down, and material frame is stopped, and PLC linkage controller control current-limiting type batcher 7 is given
Material frame charging, when the weight that belt of weighing measures material frame reaches preset target weight, PLC linkage controller control limit
Streaming batcher 7 stops charging, and controls retention device and lift, and allows material frame to be weighed Belt Conveying and leaves belt weighing machine 5
To unpowered roller conveying mechanism 6, unpowered roller conveying mechanism 6 conveys the material for having installed material by the transmitting of roller
Frame is to collecting region, manually to concentrate carrying.The current-limiting type batcher 7 is defeated including material feed hopper, gate, feed carrier bar
Send machine, feed bottom discharge bucket.Extra material is supplied on subordinate line B by current-limiting type batcher 7.Weighing module built in belt of weighing
For the integral structure of weighing sensor and A/D module composition, here, weighing sensor model is also L6H5-C3-8Kg-
0.5B, A/D module model are also AD333.
Claims (9)
1. a kind of boiling cray automatic gauge, mounted box, dress basket production line, it is characterised in that: including main line (A) and subordinate line (B),
Raw material guide groove (2) are set between main line (A) and subordinate line (B), the raw material guide groove (2) is located between main line (A) and subordinate line (B)
It is free to rotate；
The main line (A) includes first hoisting mechanism (1), and automatic box distributor structure (3), selection conveyer (8), first picks behaviour
Make platform (9), second hoisting mechanism (10), combination balance (11), combination balance platform (12), feeding distribution mechanism (13), double casing disk is defeated
It send machine (14), second picks station (15), and clout recycles platform (16)；
Upper link plate conveyer is provided in the first hoisting mechanism (1), feed bin, cochain is arranged in the lower end of upper link plate conveyer
Raw material discharge port is arranged in the upper end of plate conveyer, and the output end of selection conveyer (8) is set to the raw material of first hoisting mechanism (1)
The lower section of discharge port, the output end of selection conveyer (8) extends at the feed bin of the lower end of second hoisting mechanism (10), described
First picks the middle part that station (9) is set to selection conveyer (8), the raw material discharge port of the upper end of second hoisting mechanism (10)
Positioned at the top of the enterprising hopper of combination balance (11), the feeding distribution mechanism (13) is set to the bottom discharge bucket of combination balance (11)
Lower section；The feeding distribution mechanism (13) includes sub-material, apparatus for temporary storage (13a) and lifting material guiding hopper (13b) arranged up and down；It is described
Double casing disk conveyer (14) include positioned at lifting material guiding hopper (13b) below lower layer's conveyer (14a) and be located at lower layer
Upper layer conveyer (14b) above conveyer (14a), described second, which picks station (15), is set to lower layer's conveyer
The middle part of (14a), clout recycling platform (16) are set to the output end of lower layer's conveyer (14a)；
The subordinate line (B) includes current-limiting type batcher (7), is sent case conveying mechanism (4), belt weighing machine (5), unpowered roller
Conveying mechanism (6)；
The belt weighing machine (5), which is set to, to be sent between case conveying mechanism (4), unpowered roller conveying mechanism (6), current-limiting type
The feed bottom discharge bucket of batcher (7) extends on the belt weighing machine (5), is arranged on the belt weighing machine (5)
Put case station.
2. boiling cray automatic gauge according to claim 1, mounted box, dress basket production line, it is characterised in that: described
Combination balance (11) 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, photoelectric sensor is arranged on the enterprising hopper, and the photoelectric sensor and described first are promoted
The controller of the motor of the upper link plate conveyer of mechanism (1) connects, photoelectric sensor control first hoisting mechanism (1)
The start and stop of the motor of upper link plate conveyer；Setting control processing unit, the control processing unit and title in the cabinet
Bucket connection again, weighing hopper open and close the sluice gate of weighing hopper according to the information of control processing unit.
3. boiling cray automatic gauge according to claim 1 or 2, mounted box, dress basket production line, it is characterised in that: institute
The automatic box distributor structure (3) stated includes stacking mechanism, is arranged multiple groups slotting tool on stacking mechanism, packing box from stacking mechanism successively
Drop down onto the input terminal of lower layer's conveyer (14a).
4. boiling cray automatic gauge according to claim 3, mounted box, dress basket production line, it is characterised in that: lifting is led
The cylinder of hopper (13b) is connect with sub-material, apparatus for temporary storage (13a), and position sensing is arranged on the lifting material guiding hopper (13b)
Device, the cylinder for going up and down material guiding hopper (13b) control the enabling of sub-material, apparatus for temporary storage (13a) according to the signal of position sensor.
5. boiling cray automatic gauge according to claim 2, mounted box, dress basket production line, it is characterised in that: described
Controlling processing unit includes weighing sensor, A/D module, unit control panel and control mainboard, the mesh of the weighing sensor
Indicated weight amount switchs to electric signal and is sent to A/D module, and electric signal is changed into digital signal, the digital signal by A/D module
By unit control panel acquisition process and it is sent to control mainboard, the sluice gate of the control mainboard and combination balance (11) weighing hopper
Controller connection.
6. boiling cray automatic gauge according to claim 4, mounted box, dress basket production line, it is characterised in that: described
First pick station (9) with respect to selection conveyer (8) up and down it is adjustable.
7. boiling cray automatic gauge according to claim 4, mounted box, dress basket production line, it is characterised in that: described
Lower layer's conveyer (14a) is adjustable up and down；The upper layer conveyer (14b) is adjustable up and down.
8. boiling cray automatic gauge according to claim 4, mounted box, dress basket production line, it is characterised in that: described
Belt weighing machine (5) includes retention device (5a), belt of weighing (5b), weighing guardrail, bracket, and guardrail of weighing is along belt of weighing
(5b) width direction arrangement, and guardrail of weighing is removable back and forth along belt of weighing (5b) width；The built-in mould of weighing of belt of weighing (5b)
Block, the information of Weighing module are transferred to the PLC linkage controller of subordinate line (B).
9. boiling cray automatic gauge according to claim 4, mounted box, dress basket production line, it is characterised in that: described
Sending case conveying mechanism (4) includes conveying guardrail, transporting chain plate, conveyor body, feeder motor, and conveying guardrail is wide along transporting chain plate
Direction arrangement is spent, and it is removable back and forth along transporting chain plate width to convey guardrail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821342773.8U CN208775104U (en) | 2018-08-21 | 2018-08-21 | Boiling cray automatic gauge, mounted box, dress basket production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821342773.8U CN208775104U (en) | 2018-08-21 | 2018-08-21 | Boiling cray automatic gauge, mounted box, dress basket production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208775104U true CN208775104U (en) | 2019-04-23 |
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ID=66157541
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821342773.8U Active CN208775104U (en) | 2018-08-21 | 2018-08-21 | Boiling cray automatic gauge, mounted box, dress basket production line |
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| CN (1) | CN208775104U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108974460A (en) * | 2018-08-21 | 2018-12-11 | 合肥天业智能装备有限公司 | Boiling cray automatic gauge, mounted box, dress basket production line |
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2018
- 2018-08-21 CN CN201821342773.8U patent/CN208775104U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108974460A (en) * | 2018-08-21 | 2018-12-11 | 合肥天业智能装备有限公司 | Boiling cray automatic gauge, mounted box, dress basket production line |
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