CN208146453U - The warehouse RFID is without door machine - Google Patents
The warehouse RFID is without door machine Download PDFInfo
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- CN208146453U CN208146453U CN201820041743.7U CN201820041743U CN208146453U CN 208146453 U CN208146453 U CN 208146453U CN 201820041743 U CN201820041743 U CN 201820041743U CN 208146453 U CN208146453 U CN 208146453U
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Abstract
The utility model relates to channel machine, a kind of warehouse RFID is disclosed without door machine.In the utility model, the warehouse RFID is without the first roller group, the second roller group, third roll group, the 4th roller group, the 5th roller group, the 6th roller group that door machine includes for transporting box body；The first sensor of the head end of second roller group is set, the second sensor and one-dimension code probe of the head end of third roll group are set, the RFID reader of the head end of 4th roller group is set, the 3rd sensor of the tail end of 4th roller group is set, 4th sensor of the head end of the 6th roller group is set, cover on the shielding case above third roll group and the 4th roller group, main control unit.Compared with prior art, so that cabinet can not directly be detected by unpacking, and conveying sorting is quickly carried out, saves the working time, improve working efficiency and accuracy rate, but also box for material circulation is not easy to accumulate, save space.
Description
Technical field
The utility model relates to channel machine, in particular to a kind of warehouse RFID is without door machine.
Background technique
RFID electronic label is posted on existing market, large-tonnage product, but in cabinet transmission process, needs to put article
Enter in cabinet, unified logistics center of placing carries out article inspection sorting storage.To ensure article accuracy, needed when checking article
Cabinet is dismantled and is detected, then suitable article is put into conveyer belt and is transmitted storage, during this, operation fiber crops
Tired, it is more that unboxing check needs to repack process, takes time and effort, and be easy to cause article to accumulate during this, occupies and produce
Ground causes working environment mixed and disorderly, is easy to produce entanglement, reduces sorting quality.
Utility model content
The purpose of this utility model is to provide a kind of warehouses RFID without door machine, so that cabinet can not be direct by unpacking
Detection, and conveying sorting is quickly carried out, the working time is saved, working efficiency and accuracy rate are improved, but also box for material circulation is not easy heap
Product saves space.
In order to solve the above technical problems, the embodiments of the present invention provides a kind of warehouse RFID without door machine,
Including：For the first roller group of transporting box body, the second roller group, third roll group, the 4th roller group, the 5th roller group,
Six roller groups；
Wherein, the head end of the second roller group connects with the tail end of the first roller group, the third roll group
Head end connects with the tail end of the second roller group, the head end and the tail end phase of the third roll group of the 4th roller group
Connect, the head end of the 5th roller group connects with the tail end of the 4th roller group, the head end of the 6th roller group with it is described
The tail end of 5th roller group connects, and the 6th roller group is used to the cabinet being sent into main line；
The warehouse RFID further includes without door machine：The first sensor of the head end of the second roller group is set,
The second sensor and one-dimension code probe of the head end of the third roll group are set, the head of the 4th roller group is set
The 3rd sensor of the tail end of the 4th roller group is arranged in the RFID reader at end, and the 6th roller group is arranged in
4th sensor of head end covers on the shielding case above the third roll group and the 4th roller group, with each roller group, respectively
The main control unit that sensor, one-dimension code probe and RFID reader are electrically connected；
Wherein, the head and the tail both ends of the shielding case are open；The first sensor is described for incuding the cabinet
First sensor, which senses, sends signal to the main control unit after the cabinet, and the main control unit is controlled after receiving the signal
It makes the one-dimension code probe and opens the one-dimension code scanned on the cabinet；The second sensor is for sensing the case
After body, the main control unit is sent a signal to, the main control unit opens the RFID reader reading after receiving the signal
RFID tag data on the cabinet；The 3rd sensor and the 4th sensor are used to incude the cabinet, and send
The signal sensed is to main control unit, and main control unit is for recording the signal；The main control unit is also used to open or close institute
State each roller group.
The utility model embodiment in terms of existing technologies, due to being equipped with the first roller group, the second roller group, the
Three roller groups, the 4th roller group, the 5th roller group, the 6th roller group, first sensor, second sensor, one-dimension code probe,
RFID reader, shielding case and main control unit, each roller group, each sensor, one-dimension code probe and RFID reader electrically connect
It connects and is electrically connected with main control unit, the head end of the second roller group, second sensor and one-dimension code scanning is arranged in first sensor
The head end of third roll group is arranged in head, and the head end of the 4th roller group is arranged in RFID reader.Main control unit starts the first roller
Cylinder group and the second roller group transporting box body, first sensor detect cabinet, send a signal to main control unit, and main control unit receives
The one-dimension code on one-dimension code probe scanning cabinet is opened after to signal, when the one-dimension code scanned is with default one-dimension code difference,
Main control unit closes the second roller group；When the one-dimension code scanned is identical as default one-dimension code, the second roller group continues conveying box
Body.When cabinet is detected by second sensor, second sensor sends a signal to main control unit, and it is good that main control unit receives signal
Open the RFID tag data on RFID reader reading cabinet, when the data read are with preset data difference, main control unit
Close the 6th roller group；The data read are identical as preset data, and the 6th roller group continues transporting box body to main line, thus real
Existing cabinet, which is not sealed off, can be detected, and sorts, reduces unpacking joint sealing process, decrease the working time, improve working efficiency and
Accuracy rate prevents the accumulation wasting space of cabinet.Meanwhile the head and the tail both ends of shielding case be it is open, without closing door, thus side
Just the disengaging of cabinet, using more saving the time.In addition, 3rd sensor and the 4th sensor are equipped with, so that main control unit can
To pass through obtained signal, it is known that the orientation of cabinet can close the warehouse RFID without door machine in time when something goes wrong, carry out
Adjustment.
In addition, the first roller group includes：With the first motor of main control unit electric connection, by first electricity
First power roller of machine driving, connects the first power roller and each driven rolling at no less than one the first driven roller
First rubber synchronous belt wheel of cylinder, and the main control unit is for opening or closing the first motor；First power roller
Cylinder is for driving the first rubber synchronous belt wheel, and the first rubber synchronous belt wheel is for driving each first power roller；
The second roller group includes：It is driven with the second motor of main control unit electric connection, by second motor
Dynamic the second power roller, connects the second power roller and each driven roller at no less than one the second driven roller
Second rubber synchronous belt wheel, and the main control unit is for opening or closing second motor；The second power roller is used
In driving the second rubber synchronous belt wheel, the second rubber synchronous belt wheel is for driving each second power roller；
The third roll group includes：It is driven with the third motor of main control unit electric connection, by the third motor
Dynamic third power roller, connects the third power roller and each driven roller at no less than one third driven roller
Third rubber synchronous belt wheel, and the main control unit is for opening or closing the third motor；The third power roller is used
In driving the third rubber synchronous belt wheel, the third rubber synchronous belt wheel is for driving each third power roller；
The 4th roller group includes：It is driven with the 4th motor of main control unit electric connection, by the 4th motor
Dynamic the 4th power roller, connects the 4th power roller and each driven roller at no less than one the 4th driven roller
4th rubber synchronous belt wheel, and the main control unit is for opening or closing the 4th motor；The 4th power roller is used
In driving the 4th rubber synchronous belt wheel, the 4th rubber synchronous belt wheel is for driving each 4th power roller；
The 5th roller group includes：It is driven with the 5th motor of main control unit electric connection, by the 5th motor
Dynamic the 5th power roller, connects the 5th power roller and each driven roller at no less than one the 5th driven roller
5th rubber synchronous belt wheel, and the main control unit is for opening or closing the 5th motor；The 5th power roller is used
In driving the 5th rubber synchronous belt wheel, the 5th rubber synchronous belt wheel is for driving each 5th power roller；
The 6th roller group includes：It is driven with the 6th motor of main control unit electric connection, by the 6th motor
Dynamic the 6th power roller, connects the 6th power roller and each driven roller at no less than one the 6th driven roller
6th rubber synchronous belt wheel, and the main control unit is for opening or closing the 6th motor；The 6th power roller is used
In driving the 6th rubber synchronous belt wheel, the 6th rubber synchronous belt wheel is for driving each 6th power roller.
Detailed description of the invention
Fig. 1 is the warehouse RFID of the utility model first embodiment without the structural schematic diagram of door machine；
Fig. 2 is the partial enlarged view of A in Fig. 1；
Fig. 3 is the partial enlarged view of B in Fig. 1；
Fig. 4 is the partial enlarged view of C in Fig. 1；
Fig. 5 is the warehouse RFID of the utility model first embodiment without the top view of door machine.
Specific embodiment
It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Each embodiment of type is explained in detail.However, it will be understood by those skilled in the art that each in the utility model
In embodiment, in order to make the reader understand this application better, many technical details are proposed.But even if without these skills
The required guarantor of each claim of the application also may be implemented in art details and various changes and modifications based on the following respective embodiments
The technical solution of shield.
The sixth embodiment of the utility model is related to a kind of warehouse RFID without door machine, as shown in Figure 1 and Figure 5, packet
Include the first roller group 1 for transporting box body, the second roller group 2, third roll group 3, the 4th roller group 4, the 5th roller group 5,
6th roller group 6.The head end of second roller group 2 connects with the tail end of the first roller group 1, the head end of third roll group 3 and second
The tail end of roller group 2 connects, and the head end of the 4th roller group 4 connects with the tail end of third roll group 3, the head end of the 5th roller group 5
Connect with the tail end of the 4th roller group 4, the head end of the 6th roller group 6 connects with the tail end of the 5th roller group 5, and the 6th roller group
6 for sending cabinet into main line.
As shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5, the warehouse RFID further includes without door machine：The head of second roller group 2 is set
The first sensor 7 at end, is arranged in the second sensor 8 and one-dimension code probe 9 of the head end of third roll group 3, and setting is the
The RFID reader 10 of the head end of four roller groups 4, is arranged in the 3rd sensor 11 of the tail end of the 4th roller group 4, and setting is the
4th sensor 12 of the head end of six roller groups 6 covers on the shielding case 13 of third roll group 3 and the top of the 4th roller group 4, and each
The main control unit that roller group, each sensor, one-dimension code probe 9 and RFID reader 10 are electrically connected.The head and the tail of shielding case 13
Both ends are open；First sensor 7 is believed after sensing cabinet to main control unit transmission for incuding cabinet, first sensor 7
Number, control one-dimension code probe 9 opens the one-dimension code scanned on cabinet after main control unit receives the signal.What is detected is one-dimensional
Code is different from code presupposition, and main control unit closes the second roller group, and operator removes cabinet, the one-dimension code and code presupposition detected
Unanimously, cabinet continues to run.Second sensor 8 is used for after sensing cabinet, sends a signal to main control unit, main control unit connects
It receives and opens RFID reader 10 after the signal and read RFID tag data on cabinet.The data and preset data detected are not
Together, main control unit closes the 6th roller group, and operator removes cabinet, and the data detected are consistent with preset data, cabinet after
Cabinet is transported to main line by reforwarding, the 6th roller group.3rd sensor 11 and the 4th sensor 12 are used to induction cabinet, and send out
Send the signal sensed to main control unit, main control unit is for recording the signal；Main control unit is also used to open or close each roller
Cylinder group, each sensor can be photoelectric sensor.Each roller group is supported by frame 16, and 13 two sides of shielding case are additionally provided with for preventing case
The shutter 14 and shutter 15 that body slides, shutter 14 shelter from the two sides of the second roller group 2, and shutter 14 shelters from the 5th
The two sides of roller group 5, so that cabinet transport is safer.
Through the above it is not difficult to find that due to being equipped with the first roller group 1, the second roller group 2, third roll group the 3, the 4th
Roller group 4, the 5th roller group 5, the 6th roller group 6, first sensor 7, second sensor 8, one-dimension code probe 9, RFID are read
Device 10, shielding case 13 and main control unit are write, each roller group, each sensor, one-dimension code probe 9 and RFID reader 10 electrically connect
It connects and is electrically connected with main control unit, the head end of the second roller group 2 is arranged in first sensor 7, and second sensor 8 and one-dimension code are swept
First 9 head ends that third roll group 3 is set are retouched, the head end of the 4th roller group 4 is arranged in RFID reader 10.Main control unit starting
Each roller group transporting box body, first sensor 7 detect cabinet, send a signal to main control unit, and main control unit receives signal
The one-dimension code on the scanning cabinet of one-dimension code probe 9, when the one-dimension code scanned is with default one-dimension code difference, master control list are opened afterwards
Member closes the second roller group 2；When the one-dimension code scanned is identical as default one-dimension code, the second roller group 2 continues transporting box body.Case
When body is detected by second sensor 8, second sensor 8 sends a signal to main control unit, and main control unit receives signal and opens well
Open the RFID tag data on the reading cabinet of RFID reader 10, when the data read are with preset data difference, main control unit
Close the 6th roller group 6；The data read are identical as preset data, and the 6th roller group 6 continues transporting box body to main line, thus
Realizing that cabinet is not sealed off can be detected, and sorts, reduces unpacking joint sealing process, decrease the working time, improves working efficiency
And accuracy rate, prevent the accumulation wasting space of cabinet.Meanwhile the head and the tail both ends of shielding case 13 be it is open, without closing door, from
And facilitate the disengaging of cabinet, using more saving the time.In addition, being equipped with 3rd sensor 11 and the 4th sensor 12, make winner
Control unit can be by obtained signal, it is known that it is logical without door can to close the warehouse RFID in time when something goes wrong for the orientation of cabinet
Road machine, is adjusted.
In addition, the first roller group 1 includes shown in as shown in Figure 1, Figure 2, Fig. 3, Fig. 4 and Fig. 5：It is electrically connected with main control unit
First motor 1-1, the first power roller 1-2 driven by first motor 1-1, no less than one the first driven roller 1-3, connect
The first rubber synchronous belt wheel 1-4 of the first power roller 1-2 and each first driven roller is met, and main control unit is for opening or closing
Close first motor 1-1；First power roller 1-2 is for driving the first rubber synchronous belt wheel 1-4, the first rubber synchronous belt wheel 1-4
For driving each first power roller 1-2.Second roller group 2 includes：The second motor 2-1, the quilt being electrically connected with main control unit
The second power roller 2-2, no less than one the second driven roller 2-3, the second power roller of connection of second motor 2-1 driving
The second rubber synchronous belt wheel 2-4 of 2-2 and each second driven roller 2-3, and main control unit is for opening or closing the second motor
2-1；Second power roller 2-2 is for driving the second rubber synchronous belt wheel 2-4, the second rubber synchronous belt wheel 2-4 each for driving
Second power roller 2-2.Third roll group 3 includes：With the third motor 3-1 of main control unit electric connection, by third motor 3-1
The third power roller 3-2 of driving, no less than one third driven roller 3-3, connection third power roller 3-2 and each third
The third rubber synchronous belt wheel 3-4 of driven roller 3-3, and main control unit is for opening or closing third motor 3-1；Third power
Roller 3-2 is for driving third rubber synchronous belt wheel 3-4, and third rubber synchronous belt wheel 3-4 is for driving each third power roller
3-2.4th roller group 4 includes：It is moved with the 4th motor 4-1 of main control unit electric connection, by the 4th of the 4th motor 4-1 driving the
Power roller 4-2, no less than one the 4th driven roller 4-3, the 4th tetra- driven roller 4-3 of power roller 4-2 and Ge of connection
The 4th rubber synchronous belt wheel 4-4, and main control unit is for opening or closing the 4th motor 4-1；4th power roller 4-2 is used for
Drive the 4th rubber synchronous belt wheel 4-4, the 4th rubber synchronous belt wheel 4-4 for driving each 4th power roller 4-2.5th roller
Organizing 5 includes：The 5th motor 5-1 being electrically connected with main control unit, the 5th power roller 5-2, no driven by the 5th motor 5-1
Less than one the 5th driven roller 5-3, connection the 5th power roller 5-2 and Ge five driven roller 5-3 the 5th rubber it is same
Belt wheel 5-4 is walked, and main control unit is for opening or closing the 5th motor 5-1；5th power roller 5-2 is for driving the 5th rubber
Synchronous pulley 5-4, the 5th rubber synchronous belt wheel 5-4 are for driving each 5th power roller 5-2.6th roller group 6 includes：With master
Control the 6th motor 6-1 that unit is electrically connected, the 6th power roller 6-2 that is driven by the 6th motor 6-1, the of no less than one
Six driven roller 6-3, connection the 6th power roller 6-2 and Ge six driven roller 6-3 the 6th rubber synchronous belt wheel 6-4, and
Main control unit is for opening or closing the 6th motor 6-1；6th power roller 6-2 is used to drive the 6th rubber synchronous belt wheel 6-4,
6th rubber synchronous belt wheel 6-4 is for driving each 6th power roller 6-2.In the present embodiment, third roll group the 3, the 4th
Roller group 4, the 5th roller group 5, the 6th roller group 6 can be identical with the first roller group 1 and 2 structure of the second roller group, then this is no longer
Mark in detail.
It will be understood by those skilled in the art that the respective embodiments described above are to realize the specific implementation of the utility model
Example, and in practical applications, can to it, various changes can be made in the form and details, without departing from the spirit of the utility model
And range.
Claims (2)
1. a kind of warehouse RFID is without door machine, which is characterized in that including：For the first roller group of transporting box body, the second roller
Cylinder group, third roll group, the 4th roller group, the 5th roller group, the 6th roller group；
Wherein, the head end of the second roller group connects with the tail end of the first roller group, the head end of the third roll group
Connect with the tail end of the second roller group, the head end of the 4th roller group connects with the tail end of the third roll group, institute
The head end for stating the 5th roller group connects with the tail end of the 4th roller group, the head end and the 5th roller of the 6th roller group
The tail end of cylinder group connects, and the 6th roller group is used to the cabinet being sent into main line；
The warehouse RFID further includes without door machine：The first sensor of the head end of the second roller group is set, is arranged
In the second sensor and one-dimension code probe of the head end of the third roll group, the head end of the 4th roller group is set
The 3rd sensor of the tail end of the 4th roller group is arranged in RFID reader, and the head end of the 6th roller group is arranged in
The 4th sensor, the shielding case above the third roll group and the 4th roller group is covered on, with each roller group, each sensing
The main control unit that device, one-dimension code probe and RFID reader are electrically connected；
Wherein, the head and the tail both ends of the shielding case are open；The first sensor is for incuding the cabinet, and described first
Signal is sent to the main control unit after sensor sensing to the cabinet, the main control unit controls institute after receiving the signal
It states one-dimension code probe and opens the one-dimension code scanned on the cabinet；The second sensor is for sensing the cabinet
Afterwards, the main control unit is sent a signal to, the main control unit opens RFID reader reading institute after receiving the signal
State the RFID tag data on cabinet；The 3rd sensor and the 4th sensor are used to incude the cabinet, and send sense
The signal that should be arrived is to main control unit, and main control unit is for recording the signal；The main control unit is also used to open or close described
Each roller group.
2. the warehouse RFID according to claim 1 is without door machine, which is characterized in that the first roller group includes：With
The first motor of the main control unit electric connection, is no less than one at the first power roller driven by the first motor
First driven roller, the first rubber synchronous belt wheel for connecting the first power roller and each first driven roller, and the master
Control unit is for opening or closing the first motor；The first power roller is for driving first rubber synchronous belt
Wheel, the first rubber synchronous belt wheel is for driving each first power roller；
The second roller group includes：The second motor, motor-driven by described second being electrically connected with the main control unit
Second power roller, connects the second power roller and each second driven roller at no less than one the second driven roller
Second rubber synchronous belt wheel, and the main control unit is for opening or closing second motor；The second power roller is used
In driving the second rubber synchronous belt wheel, the second rubber synchronous belt wheel is for driving each second power roller；
The third roll group includes：The third motor, motor-driven by the third being electrically connected with the main control unit
Third power roller, connects the third power roller and each third driven roller at no less than one third driven roller
Third rubber synchronous belt wheel, and the main control unit is for opening or closing the third motor；The third power roller is used
In driving the third rubber synchronous belt wheel, the third rubber synchronous belt wheel is for driving each third power roller；
The 4th roller group includes：The 4th motor, motor-driven by the described 4th being electrically connected with the main control unit
4th power roller, no less than one the 4th driven roller, connection the 4th power roller and tetra- driven roller of Ge
4th rubber synchronous belt wheel, and the main control unit is for opening or closing the 4th motor；The 4th power roller is used
In driving the 4th rubber synchronous belt wheel, the 4th rubber synchronous belt wheel is for driving each 4th power roller；
The 5th roller group includes：The 5th motor, motor-driven by the described 5th being electrically connected with the main control unit
5th power roller, no less than one the 5th driven roller, connection the 5th power roller and five driven roller of Ge
5th rubber synchronous belt wheel, and the main control unit is for opening or closing the 5th motor；The 5th power roller is used
In driving the 5th rubber synchronous belt wheel, the 5th rubber synchronous belt wheel is for driving each 5th power roller；
The 6th roller group includes：The 6th motor, motor-driven by the described 6th being electrically connected with the main control unit
6th power roller, no less than one the 6th driven roller, connection the 6th power roller and six driven roller of Ge
6th rubber synchronous belt wheel, and the main control unit is for opening or closing the 6th motor；The 6th power roller is used
In driving the 6th rubber synchronous belt wheel, the 6th rubber synchronous belt wheel is for driving each 6th power roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820041743.7U CN208146453U (en) | 2018-01-11 | 2018-01-11 | The warehouse RFID is without door machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820041743.7U CN208146453U (en) | 2018-01-11 | 2018-01-11 | The warehouse RFID is without door machine |
Publications (1)
| Publication Number | Publication Date |
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| CN208146453U true CN208146453U (en) | 2018-11-27 |
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ID=64414628
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820041743.7U Active CN208146453U (en) | 2018-01-11 | 2018-01-11 | The warehouse RFID is without door machine |
Country Status (1)
| Country | Link |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117810374A (en) * | 2024-03-01 | 2024-04-02 | 江苏时代新能源科技有限公司 | Pole piece production system and control method thereof |
-
2018
- 2018-01-11 CN CN201820041743.7U patent/CN208146453U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117810374A (en) * | 2024-03-01 | 2024-04-02 | 江苏时代新能源科技有限公司 | Pole piece production system and control method thereof |
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