CN104070022B - A kind of method of big digital independent RFID streamline casing - Google Patents
A kind of method of big digital independent RFID streamline casing Download PDFInfo
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- CN104070022B CN104070022B CN201410289539.3A CN201410289539A CN104070022B CN 104070022 B CN104070022 B CN 104070022B CN 201410289539 A CN201410289539 A CN 201410289539A CN 104070022 B CN104070022 B CN 104070022B
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- 238000000034 method Methods 0.000 title claims abstract description 22
- 238000001514 detection method Methods 0.000 claims abstract description 33
- 230000001276 controlling effect Effects 0.000 claims description 9
- 230000001960 triggered effect Effects 0.000 claims description 6
- 239000002184 metal Substances 0.000 claims description 3
- 230000005622 photoelectricity Effects 0.000 claims description 3
- 230000001105 regulatory effect Effects 0.000 claims description 3
- 230000007306 turnover Effects 0.000 claims description 3
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Abstract
A kind of method that the present invention relates to big digital independent RFID streamline casing, has including step: (1) starts streamline L1, ammeter box and pallet is positioned over streamline L1 upward flow waterline L2 direction and moves, and controls host-initiated streamline L2 in stroke；(2), after streamline L2 starts, stroke is opened RFID and detects chamber door, meanwhile, pallet RFID tag data is read into control main frame；(3) ammeter box pallet is delivered on the streamline L3 that is arranged in RFID detection case, scans the RFID tag data of each ammeter；(4) control main frame and judge the correctness of each ammeter data；(5) ammeter box and pallet are delivered on streamline L4；(6) control main frame dock with streamline L6 according to the data judged, control streamline L5 or dock with streamline L7.The present invention is greatly accelerated the storage of ammeter, and data efficient is accurate.
Description
Technical field
The invention belongs to ammeter warehouse-in batch processing technical field, the side of a kind of big digital independent RFID streamline casing
Method.
Background technology
Newly entering ammeter warehouse-in at present and need to carry out the collection of quantity and RFID, present acquisition mode is slow and has high labor costs,
In this case, design novel conveying equipment replacing present acquisition mode is extremely urgent thing.
Summary of the invention
It is an object of the invention to for the deficiencies in the prior art, and a kind of method proposing big digital independent RFID streamline casing.
The present invention solves it and technical problem is that and take techniques below scheme to realize:
A kind of method of big digital independent RFID streamline casing, comprises the following steps that
(1) start be sequentially connected with streamline L1, streamline L2, streamline L3, streamline L4, streamline L5, streamline
Streamline L1 in L6 and streamline L7, is positioned over streamline L1 upward flow waterline L2 by the pallet being placed with four layers of ammeter box
Direction is moved, and streamline L1 photoswitch passes the signal along to after being triggered control main frame, controls main frame and sends to streamline L2
Enabling signal；
(2) after streamline L2 starts, the pallet being placed with four layers of ammeter box it is loaded onto on streamline L2 and continues to move along streamline,
Streamline L2 photoswitch passes the signal along to after being triggered control main frame, controls main frame and sends instruction, opens RFID detection case
Door, meanwhile, pallet RFID tag data is read into control main frame by the pallet RFID label antenna being arranged on streamline L2；
(3) pallet being placed with four layers of ammeter box is delivered on the streamline L3 that is arranged in RFID detection case 1 by streamline L2,
Streamline L3 is the rotation Roller conveyor that bottom is provided with electric rotating machine, and rotation Roller conveyor can do 360 degree of levels and rotate in place around center,
RFID detection case is the cube metal box with turnover freight house door, and bottom is provided with the streamline L3 of electric rotating machine and is placed in case
The bottom centre of body, is separately installed with the ground floor that height is corresponding with four layers of ammeter box height on four columns of RFID detection case
RFID antenna, second layer RFID antenna, third layer RFID antenna and the 4th layer of RFID antenna；
When the pallet being placed with four layers of ammeter box is delivered to the center on streamline L3, and streamline L3 photoswitch starts,
And pass to triggering signal to control main frame, control main frame and send instruction and close RFID detection case and stock up door, start electric rotating machine,
Drive streamline L3 to rotate around central horizontal, meanwhile, start four layers of RFID label tag sky in RFID detection case the most successively
Line, is successively read ground floor to each ammeter RFID tag data in the 4th layer, and by the RFID tag data of each ammeter
It is transferred to control main frame；
(4) control to carry out with data base's Plays ammeter RFID tag data after main frame receives each ammeter RFID tag data
Comparison, it is judged that the correctness of each ammeter data；
(5) after control main frame has judged ammeter RFID tag data, send instruction unpack RFID detection case and go out cargo door, start
The streamline L4 docked with streamline L3 after rotation, is delivered to the pallet being placed with four layers of ammeter box on streamline L4；
(6) streamline L4 is changeover portion streamline, is mainly used in regulating Azimuth & Range, after streamline L4 photoswitch triggers
Pass to signal control main frame, be that bottom is provided with electric rotating machine and liter by controlling host-initiated streamline L5, streamline L5
The streamline of fall motor, when the pallet being placed with four layers of ammeter box is sent to the fixed position of streamline L5, streamline L5 photoelectricity
Switch triggering, and be sent to triggering signal control main frame, control main frame according to the data of this pallet judged in advance correctly and
No, control direction and the height of streamline L5, for being judged as correct ammeter, control main frame according to its position by streamline
L5 docks with streamline L6, and ammeter box moves to streamline L6, triggers signal by streamline L6 photoswitch and is again transferred to
Control main frame, by controlling main frame, this ammeter data is put on record in storehouse data base, for being judged as the ammeter box of mistake, control
Streamline L5 is docked with streamline L7 by main frame according to its position, and ammeter box moves to streamline L7, by streamline L7 light
Electric switch triggers signal and is again transferred to control main frame, these ammeter box data is put on record in storehouse data base to be checked by controlling main frame,
And by manually processing on streamline L7.
And, the four layers of RFID antenna being arranged on described in described step (3) on RFID detection case column, every layer RFID days
Line is two, is separately mounted on the column that RFID detection case is relative, the rotation that described drive streamline L3 rotates around central horizontal
Gyration is 90 degree, and meanwhile, the streamline L4 gone out outside cargo door with RFID detection case after streamline L3 90-degree rotation docks；
And, the ammeter RFID tag data in described step (4) includes this ammeter number and adds confidential information, and described judgement is every
The method of individual ammeter data correctness is: the ammeter table number after deciphering exists for correctly in data base, the ammeter table after deciphering
Number it is not incorrect in data base.
And, the streamline L1 in described step (1) to (6), streamline L2, streamline L3, streamline L4, flowing water
Line L5, streamline L6 and streamline L7 are drum-type streamline.
Advantages of the present invention and good effect be:
1, the present invention uses the rotation of box house streamline, and rapid batch reads RFID label tag；
2, the present invention uses the rotation of streamline and lifting exports error in data respectively and data are correct；
3, the present invention uses the antenna at four angles of box house to be that layering is installed, and in system identification process, diagonal angle is antenna layered to be opened
Dynamic, read data, streamline rotates, the antenna layered startup in other diagonal angle, and such antenna reading speed is that spiral layering identifies,
Recognition efficiency is greatly increased.
Accompanying drawing explanation
Fig. 1 is the front view of the present invention；
Fig. 2 is the perspective view of RFID detection case of the present invention.
Detailed description of the invention
Implementing to be further described to the present invention below in conjunction with accompanying drawing, following example are illustrative, are not determinate,
Protection scope of the present invention can not be limited with this.
A kind of method of big digital independent RFID streamline casing, as it is shown in figure 1, the hardware system that the method is applied includes depending on
The streamline L1 of secondary connection, streamline L2, streamline L3, streamline L4, streamline L5, streamline L6, streamline L7,
RFID detection case and control main frame, install the photoswitch of correspondence on every section of streamline, and the method is for being provided with RFID
Four layers of ammeter of label carry out sentencing method for distinguishing, and each ammeter of described four layers of ammeter is mounted on RFID label tag, the method
Step as follows:
(1) start be sequentially connected with streamline L1, streamline L2, streamline L3, streamline L4, streamline L5, streamline
Streamline L1 in L6 and streamline L7, is positioned over streamline L1 to streamline L2 side by the pallet being placed with four layers of ammeter box
To movement, streamline L1 photoswitch passes the signal along to control main frame after being triggered, and control main frame sends to streamline L2 and opens
Dynamic signal；
(2) after streamline L2 starts, the pallet being placed with four layers of ammeter box it is loaded onto on streamline L2 and continues to move along streamline,
Streamline L2 photoswitch passes the signal along to after being triggered control main frame, controls main frame and sends instruction, opens RFID detection case
Door, meanwhile, pallet RFID tag data is read into control main frame by the pallet RFID label antenna being arranged on streamline L2；
(3) pallet being placed with four layers of ammeter box is delivered on the streamline L3 that is arranged in RFID detection case by streamline L2,
Streamline L3 is the rotation Roller conveyor that bottom is provided with electric rotating machine, and rotation Roller conveyor can do 360 degree of levels and rotate in place around center,
RFID detection case is the cube metal box with turnover freight house door, as in figure 2 it is shown, bottom is provided with the streamline of electric rotating machine
L3 is placed in the bottom centre of casing 1, is separately installed with height and four layers of ammeter box height on four columns of RFID detection case
Ground floor RFID antenna 3, second layer RFID antenna 5, third layer RFID antenna 2 and the 4th layer of RFID antenna 4 that degree is corresponding；
When the pallet being placed with four layers of ammeter box is delivered to the center on streamline L3, and streamline L3 photoswitch starts,
And pass to triggering signal to control main frame, control main frame and send instruction and close RFID detection case and stock up door, start electric rotating machine,
Drive streamline L3 to rotate around central horizontal, meanwhile, start four layers of RFID label tag sky in RFID detection case the most successively
Line, is successively read ground floor to each ammeter RFID tag data in the 4th layer, and by the RFID tag data of each ammeter
It is transferred to control main frame；
Being embodied as of invention, described in four layers of RFID antenna being arranged on RFID detection case column, every layer of RFID antenna
Being two, be separately mounted on the column that RFID detection case is relative, this installation method can reduce the anglec of rotation of streamline L3
Degree, all ammeter RFID tag data can be read complete by whole streamline L3 90-degree rotation, time-consuming, improves efficiency,
Meanwhile, the streamline L4 gone out outside cargo door with RFID detection case after streamline L3 90-degree rotation docks, and all ammeter boxes are relative
Position data is constant, and data process convenient；
(4) control to carry out with data base's Plays ammeter RFID tag data after main frame receives each ammeter RFID tag data
Comparison, it is judged that the correctness of each ammeter data,
Being embodied as of invention, each ammeter RFID tag data includes this ammeter number and adds confidential information, concrete judgement
Each ammeter data correctness method particularly includes: the ammeter table number after deciphering exists for correctly in data base, after deciphering
Ammeter table number is not incorrect in data base；
(5) after control main frame has judged ammeter RFID tag data, send instruction unpack RFID detection case and go out cargo door, start
The streamline L4 docked with streamline L3 after rotation, is delivered to the pallet being placed with four layers of ammeter box on streamline L4；
(6) streamline L4 is changeover portion streamline, is mainly used in regulating Azimuth & Range, after streamline L4 photoswitch triggers
Pass to signal control main frame, be that bottom is provided with electric rotating machine and liter by controlling host-initiated streamline L5, streamline L5
The streamline of fall motor, when the pallet being placed with four layers of ammeter box is sent to the fixed position of streamline L5, streamline L5 photoelectricity
Switch triggering, and be sent to triggering signal control main frame, control main frame according to the data of this pallet judged in advance correctly and
No, control direction and the height of streamline L5, for being judged as correct ammeter, control main frame according to its position by streamline
L5 docks with streamline L6, and ammeter box moves to streamline L6, triggers signal by streamline L6 photoswitch and is again transferred to
Control main frame, by controlling main frame, this ammeter data is put on record in storehouse data base, for being judged as the ammeter box of mistake, control
Streamline L5 is docked with streamline L7 by main frame according to its position, and ammeter box moves to streamline L7, by streamline L7 light
Electric switch triggers signal and is again transferred to control main frame, these ammeter box data is put on record in storehouse data base to be checked by controlling main frame,
And by manually processing on streamline L7.
In being embodied as of the present invention, described streamline L1, streamline L2, streamline L3, streamline L4, streamline L5,
Streamline L6 and streamline L7 is drum-type streamline.
Claims (4)
1. the method for a big digital independent RFID streamline casing, it is characterised in that comprise the following steps that
(1) start be sequentially connected with streamline L1, streamline L2, streamline L3, streamline L4, streamline L5, streamline
Streamline L1 in L6 and streamline L7, is positioned over streamline L1 upward flow waterline L2 by the pallet being placed with four layers of ammeter box
Direction is moved, and streamline L1 photoswitch passes the signal along to after being triggered control main frame, controls main frame and sends to streamline L2
Enabling signal；
(2) after streamline L2 starts, the pallet being placed with four layers of ammeter box it is loaded onto on streamline L2 and continues to move along streamline,
Streamline L2 photoswitch passes the signal along to after being triggered control main frame, controls main frame and sends instruction, opens RFID detection case
Door, meanwhile, pallet RFID tag data is read into control main frame by the pallet RFID label antenna being arranged on streamline L2；
(3) pallet being placed with four layers of ammeter box is delivered on the streamline L3 that is arranged in RFID detection case by streamline L2,
Streamline L3 is the rotation Roller conveyor that bottom is provided with electric rotating machine, rotates Roller conveyor and can do 360 degree of horizontal original place rotations around center
Turning, RFID detection case is the cube metal box with turnover freight house door, and bottom is provided with the streamline L3 of electric rotating machine and disposes
In the bottom centre of casing, be separately installed with on four columns of RFID detection case that height is corresponding with four layers of ammeter box height the
One layer of RFID antenna, second layer RFID antenna, third layer RFID antenna and the 4th layer of RFID antenna；
When the pallet being placed with four layers of ammeter box is delivered to the center on streamline L3, and streamline L3 photoswitch starts,
And pass to triggering signal to control main frame, control main frame and send instruction and close RFID detection case and stock up door, start electric rotating machine,
Drive streamline L3 to rotate around central horizontal, meanwhile, start four layers of RFID label tag sky in RFID detection case the most successively
Line, is successively read ground floor to each ammeter RFID tag data in the 4th layer, and by the RFID tag data of each ammeter
It is transferred to control main frame；
(4) control to carry out with data base's Plays ammeter RFID tag data after main frame receives each ammeter RFID tag data
Comparison, it is judged that the correctness of each ammeter data；
(5) after control main frame has judged ammeter RFID tag data, send instruction unpack RFID detection case and go out cargo door, start
The streamline L4 docked with streamline L3 after rotation, is delivered to the pallet being placed with four layers of ammeter box on streamline L4；
(6) streamline L4 is changeover portion streamline, is mainly used in regulating Azimuth & Range, after streamline L4 photoswitch triggers
Pass to signal control main frame, be that bottom is provided with electric rotating machine and liter by controlling host-initiated streamline L5, streamline L5
The streamline of fall motor, when the pallet being placed with four layers of ammeter box is sent to the fixed position of streamline L5, streamline L5 photoelectricity
Switch triggering, and be sent to triggering signal control main frame, control main frame according to the data of this pallet judged in advance correctly and
No, control direction and the height of streamline L5, for being judged as correct ammeter, control main frame according to its position by streamline
L5 docks with streamline L6, and ammeter box moves to streamline L6, triggers signal by streamline L6 photoswitch and is again transferred to
Control main frame, by controlling main frame, this ammeter data is put on record in storehouse data base, for being judged as the ammeter box of mistake, control
Streamline L5 is docked with streamline L7 by main frame according to its position, and ammeter box moves to streamline L7, by streamline L7 light
Electric switch triggers signal and is again transferred to control main frame, these ammeter box data is put on record in storehouse data base to be checked by controlling main frame,
And by manually processing on streamline L7.
The method of big digital independent RFID streamline casing the most according to claim 1, it is characterised in that: described step
(3) the four layers of RFID antenna being arranged on described on RFID detection case column, every layer of RFID antenna is two, is respectively mounted
On the cornerwise relative column of RFID detection case, described drive streamline L3 is 90 degree around the anglec of rotation that central horizontal rotates,
Meanwhile, the streamline L4 gone out outside cargo door with RFID detection case after streamline L3 90-degree rotation docks.
The method of big digital independent RFID streamline casing the most according to claim 1, it is characterised in that: described step
(4) the ammeter RFID tag data in includes this ammeter number and adds confidential information, described judgement each ammeter data correctness
Method be: the ammeter table number after deciphering exists for correctly in data base, and the ammeter table number after deciphering is not not in data base
Correctly.
The method of big digital independent RFID streamline casing the most according to claim 1, it is characterised in that: described step
(1) to the streamline L1 in (6), streamline L2, streamline L3, streamline L4, streamline L5, streamline L6 and
Streamline L7 is drum-type streamline.
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| CN104355085A (en) * | 2014-11-02 | 2015-02-18 | 合肥联鑫智能科技有限公司 | Automatic flow division control system of assembly line |
| CN105373761B (en) * | 2015-11-17 | 2018-03-13 | 国家电网公司 | Intelligent scan code system |
| CN106995122A (en) * | 2016-01-25 | 2017-08-01 | 上海智远弘业机器人有限公司 | A kind of Air conduct measurement sorting system and method based on RFID technique |
| CN106997519A (en) * | 2016-01-25 | 2017-08-01 | 上海智远弘业机器人有限公司 | A kind of RFID turntables detection device |
| CN107025473A (en) * | 2016-01-29 | 2017-08-08 | 哈尔滨汇鑫仪器仪表有限责任公司 | A kind of intelligent electric energy meter electronic label automatic identification device |
| CN106623003A (en) * | 2016-12-24 | 2017-05-10 | 深圳前海凯施智联软件科技有限公司 | RFID rotary full-container channel machine |
| CN107876437A (en) * | 2017-10-19 | 2018-04-06 | 国网天津市电力公司电力科学研究院 | A kind of automated detection method and system for power line carrier module |
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| US5838253A (en) * | 1995-05-17 | 1998-11-17 | Accu-Sort Systems, Inc. | Radio frequency identification label |
| CN201532457U (en) * | 2009-10-15 | 2010-07-21 | 郑州三晖电气股份有限公司 | Meter arranging check unit of assembly line type electric energy meter checking device |
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