CN208821487U - A kind of full-automatic sorting equipment based on wireless control - Google Patents
A kind of full-automatic sorting equipment based on wireless control Download PDFInfo
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- CN208821487U CN208821487U CN201721690737.6U CN201721690737U CN208821487U CN 208821487 U CN208821487 U CN 208821487U CN 201721690737 U CN201721690737 U CN 201721690737U CN 208821487 U CN208821487 U CN 208821487U
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Abstract
The utility model discloses a kind of full-automatic sorting equipment based on wireless control, including transmission belt, shaft is evenly arranged in the transmission belt, rotation sorter is provided in the shaft, the rotation sorter is arranged successively from big to small along direction of travel, the rotation sorter is rotated by motor and transmission gear, and the driving device of the driving device of conveyer belt and the above transmission belt is all connected with controller, and the controller is additionally provided with wireless control module.The utility model can be screened according to the size of individual, avoided the error of artificial screening and realized sorting automation；Enable to last product quality higher simultaneously；Egg is prevented to be damaged the case where leading to waste appearance during scrolling；Screening can also be remained to remaining egg to be screened again, complete underproof egg is rejected, the underproof egg of edible but Individual Size is transmitted to and carries out being reprocessed into other articles elsewhere.
Description
Technical field
The utility model relates to eggs to sort field, in particular to a kind of full-automatic sorting equipment based on wireless control.
Background technique
Egg is best one of the source of nutrition of the mankind, and a large amount of vitamin and mineral is contained in egg and has high biology
The protein of value.For people, the protein quality of egg is best, is only second to breast milk.Heat contained by one egg, quite
In half of apple or the heat of half cup milk, but it also possesses 8% phosphorus, 4% zinc, 4% iron, 12.6% albumen
Matter, 6% vitamin D, 3% vitamin E, 6% vitamin A, 2% vitamin B, 5% vitamin B2 .4% dimension
Raw element B6.These nutrition are all that human body is essential, they play an important role, and such as repair tissue, are formed
New tissue, consumption energy and the metabolic processes for participating in complexity etc..The egg collected from chicken farm is divided into size, system
One price when selling is lower, after the magnitude classification of egg, unbundling can be carried out, to improve integral benefit.Such as
If carry out manual sort it is very troublesome, not only efficiency compared with, be also easy to damage egg.It is badly in need of a kind of sorter to solve the problems, such as.
Utility model content
Utility model aims to solve manual sorts in the prior art to be more troublesome, and error-prone while mechanical point
The mechanical device of class needs more accurate problem, provides a kind of full-automatic sorting equipment based on wireless control.The utility model
The technical solution adopted is as follows:
A kind of full-automatic sorting equipment based on wireless control, including transmission belt are evenly arranged in the transmission belt and turn
Axis is provided with rotation sorter in the shaft, and the rotation sorter is arranged successively from big to small along direction of travel, the rotation
Turn sorter to be rotated by motor and transmission gear, the rotation sorter is provided with flabellum, and the flabellum is set as U-shaped
Structure, the inner ring of U-shaped structure are approximate ellipse, while guaranteeing conveyer belt and first conveyer belt, the second conveyer belt and third
Be consistent in the convergence process of conveyer belt, the driving device of conveyer belt with control is all connected with the driving device of upper conveyor belt
Device, and controller controls the above driving device so that the rate of conveyer belt and conveyer belt is consistent, and controller control with
For upper driving device so that the rate of conveyer belt and transmission belt is consistent, the controller is additionally provided with wireless control module.
Further, in order to sort according to Individual Size to egg, the rotation sorter is divided into first from big to small
It rotates sorter, the second rotation sorter, third and rotates sorter, while the U-shaped structure for rotating sorter is sequentially reduced.
Further, it in order to be connected the whereabouts of the egg after distinguishing, is provided at the rotation sorter by the transmission belt
Sorting port, the sorting port and the size of the U-shaped structure of rotation sorter match, and are provided with conveyer belt at the sorting port.
Further, unqualified or too small egg is also put together after egg to screen, is set in the tail portion of transmission belt
It is equipped with the 4th conveyer belt.
Further, in order to enable egg will not be damaged, and be evenly arranged with U on the conveyer belt when transmitting linking
Shape strut, the size of the U-shaped strut are 0.8-0.9 times of the inner ring of the U-shaped structure of corresponding rotation sorter.
Further, it after putting together unqualified or too small egg after screening egg, needs to filter out bad egg, i.e., cannot
Edible egg, is additionally provided with brine filter pond under the aft mounted first conveyer belt of conveyer belt, and brine filter pond is by quality
Egg not up to standard screens, and egg that is size is unqualified but can eating also is distinguished and is further processed.
Further, after being sorted according to Individual Size, it is also necessary to be screened according to the quality etc. of egg, the transmission
The brine filter pond that can filter out quality dissatisfaction egg is additionally provided with after band.
Further, described in order to which the function of detailed wireless program-controlled module uses and it is perfect to carry out to wireless program-controlled module
Wireless program-controlled module includes antenna, the end c of the antenna connection inductance L1, capacitor C1 and transistor VT1, the inductance L1
It is sequentially connected in series the other end of the end the b connection resistance R4 and capacitor C1 of resistance R2, resistance R3, capacitor C1, the transistor VT1,
The end e of the transistor VT1 is sequentially connected in series the other end connection capacitor C3 and resistance of resistance R1, capacitor C3, inductance L1, the R4
The tie point of R1, the series circuit of the capacitor C3 parallel transistor VT2 and capacitor C2, the end c and the end b of the transistor VT2
Parallel resistance R6, the end c of the transistor VT2 are separately connected capacitor C4 and resistance R5, and the end e of the transistor VT2 connects electricity
Hold C3 with the tie point of resistance R4 and connect the anode of diode D2, the end b of capacitor C4 connection transistor VT3 and diode
The anode of D1, the end c of transistor VT3 are sequentially connected in series the port 1 of resistance R7, chip IC 1, and the port 1 of the chip IC 1 also connects
Connect the cathode of diode D2 and the cathode of diode D3, the port 2 of the 4 series resistance R9 of port of the chip IC 1, chip IC 1,
The port 2 of the chip IC 1 connects the cathode and resistance R8 of diode D3, the end e of described resistance R8, R2, R5 and transistor VT3
And the cathode of diode D1 is all connected with the port 1 of chip IC 2, the port of the 1 series capacitance C6 of port of chip IC 2, chip IC 2
2 are grounded again, and the port 3 of chip IC 2 connects the port 5 of chip IC 3, the end of the 1 series capacitance C7 of port of chip IC 3, chip IC 1
Mouth 5,4 series capacitance C9 of port, resistance R12, the capacitor C10 of chip IC 3 are grounded again, the 2 series capacitance C8 of port of chip IC 3,
Resistance R11 is grounded again, and the parallel circuit of the port 5 series capacitance C5 and resistance R11 of chip IC 1 is grounded again, the end of chip IC 2
3 series capacitance C11 of mouth are grounded again, series circuit the parallel resistance R13, the resistance R1 and resistance R4 of chip IC 3 and capacitor C8
Tie point, capacitor C3, the end e of transistor VT2, the anode of diode D2, the anode of diode D3, chip IC 1 port 3,
The port 3 of chip IC 3 is grounded.Further, the central processing unit in the programme-controlled exchange and wireless program-controlled module is wireless
Signal transmitting and receiving module is connected.
Further, in order to be collected egg of the sorting after good in batches, conveyer belt, the first rotation are provided with after conveyer belt
Turn corresponding first sorting port of sorter and first conveyer belt, corresponding second sorting port of the second rotation sorter and the second conveyer belt,
Third rotation sorter corresponds to third sorting port and third conveyer belt.
Further, the damage of egg, the first conveyer belt, are easily caused with the joining place of corresponding conveyer belt in conveyer belt
Two conveyer belts and third conveyer belt are 0.1-0.5cm narrow in opening of the width than corresponding U-shaped strut of joining place.
Further, in order to make the revolving speed for rotating sorter and transmission belt keep same frequency, the motor and transmission belt
Drive system is all connected with controller, and controller controls motor and the revolving speed of rotation sorter and the rate of transmission belt is driven to keep one
It causes.
In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are:
1. the rotation sorter that the utility model can use can be screened according to the size of individual, especially screen
Size can be accurate to 0.1mm, avoid the error of artificial screening and realize sorting automation；
2. the utility model also adds brine filter pond, it can screen except in the case of size is unqualified that there are also quality not
Qualified egg, so that last product quality is higher；
3. the U-shaped strut that the utility model uses, the position of egg can be fixed, prevent egg from existing in transmission process
The case where leading to waste appearance is damaged in rolling process；
4. screening can also be remained remaining egg and be screened again by the utility model, complete underproof egg into
Row is rejected, and the underproof egg of edible but Individual Size is transmitted to and carries out being reprocessed into other articles elsewhere；
5. the utility model is additionally provided with controller, the rate of entire transmission process is maintained at same frequency by controller,
It realizes one-to-one relationship, avoids the occurrence of the damage for causing egg in screening process because of speed difference.
Detailed description of the invention
The utility model will illustrate by example and with reference to the appended drawing, in which:
Fig. 1 is the top view of the utility model specific structure；
Fig. 2 is the structural side view of the utility model；
Fig. 3 is the front view in the utility model；
Fig. 4 is the circuit diagram of the wireless control module of controller in the utility model；
Marked in the figure: 1- transmission belt, 201- first rotates sorter, and 202- second rotates sorter, the rotation of 203- third
Sorter, the first sorting port of 301-, the second sorting port of 302-, 303- third sorting port, 401- first conveyer belt, 402- second are defeated
Send band, 403- third conveyer belt, the 4th conveyer belt of 404-, 5- motor, 6- bracket, 7-U shape strut.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.Below with reference to Fig. 1, figure, Fig. 3 and Fig. 4 to the utility model
It elaborates.
A kind of full-automatic sorting equipment based on wireless control, including transmission belt 1 are evenly arranged in the transmission belt 1
Shaft is provided with rotation sorter in the shaft, and the rotation sorter is arranged successively from big to small along direction of travel, described
Rotation sorter is rotated by motor 5 and transmission gear, and the rotation sorter is provided with flabellum, and the flabellum is set as
Make the U-shaped structure that egg passes through, the inner ring of U-shaped structure is approximate ellipse.
In order to sort according to Individual Size to egg, the rotation sorter is divided into the first rotation sorting from big to small
Device 201, second rotates sorter 202, third rotates sorter 203, while the U-shaped structure for rotating sorter is sequentially reduced.
In order to be connected the whereabouts of the egg after distinguishing, it is provided with sorting port at the rotation sorter on 1 side of the transmission belt,
The sorting port and the size of the U-shaped structure of rotation sorter match, and are provided with conveyer belt at the sorting port.
Unqualified or too small egg is also put together after egg to screen, the tail portion of transmission belt 1 is provided with
Four conveyer belts 404.
In order to enable egg will not be damaged when transmitting linking, U-shaped strut 7 is evenly arranged on the conveyer belt,
The size of the U-shaped strut 7 is 0.8-0.9 times of the inner ring of the U-shaped structure of corresponding rotation sorter.
After putting together unqualified or too small egg after screening egg, needs to filter out bad egg, i.e., cannot eat
Egg, is additionally provided with brine filter pond under the aft mounted first conveyer belt 401 of transmission belt 1, brine filter pond by quality not
Egg up to standard screens, and egg that is size is unqualified but can eating also is distinguished and is further processed.
After being sorted according to Individual Size, it is also necessary to be screened according to the quality etc. of egg, after the conveyer belt
It is additionally provided with the brine filter pond that can filter out quality dissatisfaction egg.
In order to be collected egg of the sorting after good in batches, conveyer belt, the first rotation sorting are provided with after conveyer belt
Corresponding first sorting port 301 of device 201 and first conveyer belt 401, corresponding second sorting port 302 of the second rotation sorter 202 and the
Two conveyer belts 402, third rotate the corresponding third sorting port 303 of sorter 203 and third conveyer belt 403.
The damage of egg, the first conveyer belt 401, second are easily caused with the joining place of corresponding transmission belt 1 in conveyer belt
Conveyer belt 402 and third conveyer belt 403 are 0.1-0.5cm narrow in opening of the width than corresponding U-shaped strut 7 of joining place.
In order to make the revolving speed for rotating sorter and transmission belt 1 keep same frequency, the driving of the motor 5 and transmission belt 1
System is all connected with controller, and controller control motor 5 drives the revolving speed of rotation sorter and the rate of transmission belt 1 to be consistent.
Guaranteeing being connected for conveyer belt and first conveyer belt 401, the second conveyer belt 402 and third conveyer belt 403 simultaneously
Be consistent in the process, the driving device of conveyer belt with controller, and controller control be all connected with the driving device of upper conveyor belt
The above driving device is made so that 403 rate of conveyer belt and first conveyer belt 401, the second conveyer belt 402 and third conveyer belt
It is consistent.
As shown in figures 2 and 3 in transmission process, prevent each conveyer belt, transmission belt 1, the linking between conveyer belt bad
The damage that will cause egg is provided with U-shaped strut 7.
Simultaneously in order to keep transmission belt 1, rotation sorter, conveyer belt, the rate between conveyer belt consistent, their driving
Device such as motor 5 is all connected to controller and is uniformly controlled, and microcomputer or cpu chip etc. can be used in controller, simultaneously
Also it is set with wireless control module.
As shown in figure 4, the function for detailed wireless program-controlled module uses and carries out to wireless program-controlled module perfect, institute
Stating wireless program-controlled module includes antenna, the end c of the antenna connection inductance L1, capacitor C1 and transistor VT1, the inductance
L1 is sequentially connected in series the another of the end the b connection resistance R4 and capacitor C1 of resistance R2, resistance R3, capacitor C1, the transistor VT1
End, the end e of the transistor VT1 be sequentially connected in series resistance R1, capacitor C3, inductance L1, the R4 the other end connection capacitor C3 with
The tie point of resistance R1, the series circuit of the capacitor C3 parallel transistor VT2 and capacitor C2, the end c of the transistor VT2 with
The end b parallel resistance R6, the end c of the transistor VT2 are separately connected capacitor C4 and resistance R5, and the end e of the transistor VT2 connects
Capacitor C3 is met with the tie point of resistance R4 and connect the anode of diode D2, the end b and two of capacitor C4 connection transistor VT3
The anode of pole pipe D1, the end c of transistor VT3 are sequentially connected in series the port 1 of resistance R7, chip IC 1, and the port 1 of the chip IC 1 is also
Connect the cathode of diode D2 and the cathode of diode D3, the port of the 4 series resistance R9 of port of the chip IC 1, chip IC 1
2, the port 2 of the chip IC 1 connects the cathode and resistance R8, described resistance R8, R2, R5 and transistor VT3 of diode D3
The cathode of the end e and diode D1 are all connected with the port 1 of chip IC 2, the 1 series capacitance C6 of port of chip IC 2, chip IC 2
Port 2 is grounded again, and the port 3 of chip IC 2 connects the port 5 of chip IC 3,1 series capacitance C7 of port, the chip of chip IC 3
The port 5 of IC1,4 series capacitance C9 of port, resistance R12, the capacitor C10 of chip IC 3 are grounded again, and the port 2 of chip IC 3 is connected
Capacitor C8, resistance R11 are grounded again, and the parallel circuit of the port 5 series capacitance C5 and resistance R11 of chip IC 1 is grounded again, chip
The 3 series capacitance C11 of port of IC2 is grounded again, series circuit the parallel resistance R13, the resistance R1 of chip IC 3 and capacitor C8
With tie point, capacitor C3, the end e of transistor VT2, the anode of diode D2, the anode of diode D3, chip IC 1 of resistance R4
Port 3, chip IC 3 port 3 be grounded.
Further, the wireless signal transceiver module phase of the central processing unit in the programme-controlled exchange and wireless program-controlled module
Connection.When transmission belt 1 transmits egg, rotation sorter is sorted the utility model one by one, is additionally provided with above conveyer belt
Pallet, the corresponding egg of a pallet, the distance and rotation sorter of pallet draw a quarter of the circumference of bowlder
Equal, when size reaches requirement, corresponding satisfactory egg is rotated into the first sorting by the first rotation sorter 201
Mouth 301, it is undesirable to reach the second rotation sorter 202 directly through the first rotation sorter 201, into first point
The egg for picking mouth 301 enters first conveyer belt 401 by transmission belt 1, and the middle or tail portion of first conveyer belt 401 are provided with
Egg off quality is carried out screening again by brine filter pond；Similarly, meet wanting for the second rotation sorter 202
The egg asked enters the second sorting port 302, then enters the second conveyer belt 402 by conveyer belt；Meet third rotation sorter
The egg of 203 requirement enters third sorting port 303, then enters third conveyer belt 403 by conveyer belt.
Claims (9)
1. a kind of full-automatic sorting equipment based on wireless control, which is characterized in that including transmission belt (1), the transmission belt (1)
Side is evenly arranged with rotation sorter, and the rotation sorter is arranged successively from big to small along direction of travel, the rotation sorting
Device is rotated by motor (5) and transmission gear, and the rotation sorter is provided with flabellum, and the flabellum is set as U-shaped knot
The drive system of structure, the motor (5) and transmission belt (1) is all connected with controller, and controller controls motor (5) and drives rotation sorting
The revolving speed of device and the rate of transmission belt (1) are consistent, and the controller is additionally provided with wireless control module.
2. a kind of full-automatic sorting equipment based on wireless control according to claim 1, which is characterized in that the rotation
Sorter is divided into the first rotation sorter (201), the second rotation sorter (202), third rotation sorter from big to small
(203), it while rotating the U-shaped structure of sorter and is sequentially reduced.
3. a kind of full-automatic sorting equipment based on wireless control according to claim 1, which is characterized in that the transmission
Sorting port, the size phase of the sorting port and the U-shaped structure of rotation sorter are provided at the other rotation sorter of band (1)
Match, is provided with conveyer belt at the sorting port.
4. a kind of full-automatic sorting equipment based on wireless control according to claim 1, which is characterized in that described wireless
Control module includes antenna, and the end c of the antenna connection inductance L1, capacitor C1 and transistor VT1, the inductance L1 successively go here and there
Join the other end of the end the b connection resistance R4 and capacitor C1 of resistance R2, resistance R3, capacitor C1, the transistor VT1, the crystalline substance
The end e of body pipe VT1 is sequentially connected in series the company of the other end connection capacitor C3 and resistance R1 of resistance R1, capacitor C3, inductance L1, the R4
Contact, the series circuit of the capacitor C3 parallel transistor VT2 and capacitor C2, the end c of transistor VT2 electricity in parallel with the end b
Hinder R6, the end c of the transistor VT2 is separately connected capacitor C4 and resistance R5, the end the e connection capacitor C3 of the transistor VT2 and
The tie point of resistance R4 and the anode for connecting diode D2, the end b of capacitor C4 connection transistor VT3 and diode D1 are just
Pole, the end c of transistor VT3 are sequentially connected in series the port 1 of resistance R7, chip IC 1, and the port 1 of the chip IC 1 is also connected with diode
The cathode of D2 and the cathode of diode D3, the port 2 of the 4 series resistance R9 of port of the chip IC 1, chip IC 1, the chip
The port 2 of IC1 connects the cathode of diode D3 and the end e and two poles of resistance R8, described resistance R8, R2, R5 and transistor VT3
The cathode of pipe D1 is all connected with the port 1 of chip IC 2, and the 1 series capacitance C6 of port of chip IC 2, the port 2 of chip IC 2 are grounded again,
The port 3 of chip IC 2 connects the port 5 of chip IC 3, the port 5 of the 1 series capacitance C7 of port of chip IC 3, chip IC 1, chip
4 series capacitance C9 of port, resistance R12, the capacitor C10 of IC3 is grounded again, the 2 series capacitance C8 of port of chip IC 3,
Resistance R11 is grounded again, and the parallel circuit of the port 5 series capacitance C5 and resistance R11 of chip IC 1 is grounded again, chip IC 2
3 series capacitance C11 of port is grounded again, series circuit the parallel resistance R13, the resistance R1 and resistance of chip IC 3 and capacitor C8
The tie point of R4, capacitor C3, the end e of transistor VT2, the anode of diode D2, the anode of diode D3, chip IC 1 port
3, the port 3 of chip IC 3 is grounded.
5. a kind of full-automatic sorting equipment based on wireless control according to claim 3, which is characterized in that the transmission
It takes and is evenly arranged with U-shaped strut (7), the size of the U-shaped strut (7) is the interior of the U-shaped structure of corresponding rotation sorter
0.8-0.9 times of circle.
6. a kind of full-automatic sorting equipment based on wireless control according to claim 3, which is characterized in that in the biography
It send tail to be provided with first conveyer belt (401), brine filter pond, brine filter pond is additionally provided under first conveyer belt (401)
The egg of quality dissatisfaction is screened, and egg that is size is unqualified but can eating also is distinguished and carried out at next step
Reason.
7. a kind of full-automatic sorting equipment based on wireless control according to claim 3, which is characterized in that the transmission
The brine filter pond that can filter out quality dissatisfaction egg is additionally provided with after band.
8. a kind of full-automatic sorting equipment based on wireless control according to claim 3, which is characterized in that the transmission
Conveyer belt, the first rotation sorter (201) corresponding first sorting port (301) and first conveyer belt (401) are provided with after band, the
Two rotations sorter (202) corresponding second sorting port (302) and the second conveyer belt (402), it is corresponding that third rotates sorter (203)
Third sorting port (303) and third conveyer belt (403).
9. a kind of full-automatic sorting equipment based on wireless control according to claim 8, which is characterized in that conveyer belt
Driving device and the driving device of first conveyer belt (401), the second conveyer belt (402) and third conveyer belt (403) are all connected with control
Device processed, and controller controls the above driving device so that transmission belt (1) and the rate of conveyer belt are consistent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721690737.6U CN208821487U (en) | 2017-12-07 | 2017-12-07 | A kind of full-automatic sorting equipment based on wireless control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721690737.6U CN208821487U (en) | 2017-12-07 | 2017-12-07 | A kind of full-automatic sorting equipment based on wireless control |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208821487U true CN208821487U (en) | 2019-05-07 |
Family
ID=66303177
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721690737.6U Active CN208821487U (en) | 2017-12-07 | 2017-12-07 | A kind of full-automatic sorting equipment based on wireless control |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208821487U (en) |
-
2017
- 2017-12-07 CN CN201721690737.6U patent/CN208821487U/en active Active
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