CN209456640U - A kind of electronic code spinning bobbin and its yarn quality tracing system - Google Patents
A kind of electronic code spinning bobbin and its yarn quality tracing system Download PDFInfo
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- CN209456640U CN209456640U CN201821135029.0U CN201821135029U CN209456640U CN 209456640 U CN209456640 U CN 209456640U CN 201821135029 U CN201821135029 U CN 201821135029U CN 209456640 U CN209456640 U CN 209456640U
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Abstract
The utility model provides a kind of electronic code spinning bobbin and its yarn quality tracing system, electronic code spinning bobbin is made of spinning bobbin ontology, RFID read through model, induction coil and tube top section, tube top pars infrasegmentalis is equipped with toroidal cavity, RFID read through model and circular ring shape induction coil are equipped in toroidal cavity, the center of circle of circular ring shape induction coil is substantially concentric with the spinning bobbin center of circle, RFID read through model and induction coil are fixed in tube top section toroidal cavity by bonding agent, are fixed between tube top section and bobbin ontology using bonding agent.
Description
Technical field
The utility model relates to a kind of Spinning process wind down yarn package containers, especially with yarn quality tracking function
Electronic code spinning bobbin and its yarn quality tracing system.
Background technique
In the process of industrial progress, requirement of the enterprise to yarn quality management of spinning is higher and higher, upstream and downstream process pair
Product flow direction or carry out source control, be included in already quality tracking and managing examination scope.And this quality tracking and managing is got over
More seem important close to the resultant yarn stage.And the bobbin of wind down yarn package, the kind being related to, pipe color are various, quantity is even more to be several times as much as yarn
Ingot scale.Therefore, this tracking and managing heavy workload and link is complicated, can not be realized at all using classical management approach.
In the prior art, have some using the bobbin ID mark that bar code, two dimensional code or magnetic stripe are arranged on spinning bobbin
Know technical solution, to the yarn package bobbin for spinning completion on spinning frame, during entering next procedure (winding procedure),
Carrying out bobbin ID mark identification reduces from source and eliminates not so that tracking is implemented in the yarn source persistently to inferior quality
The generation of non-defective unit matter yarn.
These schemes have that accuracy is poor, the bit error rate is high to the bobbin ID reading identified or read-write mode, and
The mark outside bobbin is arranged in can generate abrasion in use, and then information occurs and lose or change, and seriously affect mark
Reliability, thus it is unsuitable for industrial application.
Also there are the technical solution that read-write RFID component is set in spinning bobbin, such as Chinese Patent Application No.
A kind of 201810033911.2 entitled technical solutions of spinning frame omnidirectional's RFID label tag, on the one hand the technical solution uses
The mode of bracket is set in bobbin, RFID component is installed on bracket, this is not particularly suited for general bobbin in the prior art
Inside/outside diameter size specification, and fixed complicated, the cost of manufacture height of installation of the bracket in bobbin；On the other hand due to each bobbin
In all must built-in read-write RFID component, not only the cost of each bobbin dramatically increases, but also matches in spun yarn and winding procedure
The read-write equipment cost for covering setting is also higher, this just constrains the popularization of industrial application.
Summary of the invention
The purpose of the utility model is to provide one kind can apply on common-use size spinning bobbin, overcomes prior art disadvantage
The technical side at end, the read-only electronic code spinning bobbin of low cost, high efficiency, high reliability and the tracking of real-time online quality
Case.
The implementation of the utility model are as follows:
A kind of electronic code spinning bobbin, including spinning bobbin ontology, RFID read through model, induction coil and tube top section,
It is characterized in that tube top pars infrasegmentalis is equipped with toroidal cavity, it is equipped with RFID read through model and circular ring shape induction coil in toroidal cavity,
The center of circle of circular ring shape induction coil is substantially concentric with the spinning bobbin center of circle, and RFID read through model and induction coil are consolidated by bonding agent
It is scheduled in tube top section toroidal cavity, is fixed between tube top section and bobbin ontology using bonding agent.
Electronic code spinning bobbin can also be equipped with toroidal cavity at the top of bobbin ontology, be equipped with RFID only in toroidal cavity
Read through model and circular ring shape induction coil, the center of circle of circular ring shape induction coil is substantially concentric with the spinning bobbin center of circle, and RFID is read-only
Module and induction coil are fixed in the toroidal cavity of bobbin body upper part by bonding agent, and tube top section is a closing cap,
It is fixed between tube top section and bobbin ontology using bonding agent.
The center of circle of circular ring shape induction coil is substantially arranged concentrically with the spinning bobbin center of circle, it can be ensured that when reading coding
Sensitivity with higher or reliability.
It is a most very much not to repeat 36Bits (about 68,700,000,000) for cured coding range in RFID read through model, therefore can guarantee
The uniqueness of each bobbin coding, even the spinning enterprise of ten million spindle scale-level, will not duplicate the cylinder of coding
Pipe.
A kind of electronic code spinning bobbin and its yarn quality tracing system, it is thin by collective doffing spinning frame, electronic code
The structures such as yarn bobbin, spinning frame RFID reader, bobbin-winding machine RFID reader, machine station information processor and master system database
At.After the spinning of collective doffing spinning frame the electronic code spinning bobbin that falls on bobbin conveyer belt toward the bobbin-winding machine of thin network connection or
The conveying of coil storeroom, above spinning bobbin of the electronic code spinning bobbin by path, is fixedly installed a characterization spun yarn
The spinning frame RFID reader of machine board number, when electronic code spinning bobbin moves through, spinning frame RFID reader sense
The coding of electronic code spinning bobbin should be read, while spinning frame RFID reader carries out counting determination to the bobbin moved through
Data are stored by machine station information processor and are uploaded to master system database by spindle position number, by electronic code spun yarn
The coding of bobbin is associated with corresponding spinning frame machine number and spindle position number, logistics delivery and lower process application behind
When, as long as there is electronic code spinning bobbin source title demand, electronic code spinning bobbin is read from any bobbin-winding machine RFID
Incude at device and read, so that it may the source-information of the spinning bobbin is obtained, to realize that quality is tracked.
Detailed description of the invention
Fig. 1 is that utility model embodiment is the spinning bobbin tube top that tube top section is arranged in RFID read through model and induction coil
Section schematic diagram.
Fig. 2 is that utility model embodiment is the spinning bobbin ontology that tube top section is arranged in RFID read through model and induction coil
Schematic diagram.
Fig. 3 is that utility model embodiment is the spinning cylinder that bobbin body upper part is arranged in RFID read through model and induction coil
Pipe tube top section schematic diagram.
Fig. 4 is that utility model embodiment is the spinning cylinder that bobbin body upper part is arranged in RFID read through model and induction coil
Tube body schematic diagram.
Fig. 5 is that utility model embodiment electronic code spinning bobbin and its yarn quality tracing system constitute schematic diagram.
Specific embodiment
Referring to Figures 1 and 2, electronic code spinning bobbin, by spinning bobbin ontology 4, RFID read through model 1, induction coil 2
It is formed with tube top section 3.3 lower part of tube top section of electronic code spinning bobbin is equipped with toroidal cavity, and RFID is equipped in toroidal cavity only
Read through model 1 and circular ring shape induction coil 2, the center of circle of circular ring shape induction coil 2 is substantially concentric with the spinning bobbin center of circle, and RFID is only
Read through model 1 and induction coil 2 are fixed in 3 toroidal cavity of tube top section by bonding agent, using viscous between tube top section 3 and bobbin ontology 4
Agent is connect to fix.
It is another embodiment of electronic code spinning bobbin, in electronic code spinning bobbin ontology 4 referring to Fig. 3 and Fig. 4
Top be equipped with toroidal cavity, be equipped with RFID read through model 1 and circular ring shape induction coil 2, the circular ring shape line of induction in toroidal cavity
The center of circle of circle 2 is substantially concentric with the spinning bobbin center of circle, and RFID read through model 1 and induction coil 2 are fixed on bobbin by bonding agent
In the toroidal cavity on 4 top of ontology, tube top section 3 is a closing cap, solid using bonding agent between tube top section 3 and bobbin ontology 4
It is fixed.
It is 502 that RFID read through model 1 and induction coil 2, which are fixed on the bonding agent of bobbin tube top section 3 or ontology 4 by bonding agent,
Glue, 801 seccotines etc..
The fixed bonding agent of bonding agent is 502 glue, 801 seccotines etc. between tube top section 3 and bobbin ontology 4.
The center of circle of circular ring shape induction coil is substantially arranged concentrically with the spinning bobbin center of circle, it can be ensured that when reading coding
Sensitivity with higher or reliability.
Cured coding range most very much not repeats a up to 36Bits (about 68,700,000,000) in RFID read through model, therefore can be with
The uniqueness for guaranteeing each bobbin coding, even the spinning enterprise of ten million spindle scale-level, will not duplicate coding
Bobbin.
Referring to Fig. 5, a kind of electronic code spinning bobbin and its yarn quality tracing system, by collective doffing spinning frame 5, electricity
Son coding spinning bobbin 6, spinning frame RFID reader 7, bobbin-winding machine RFID reader 10, machine station information processor 8 and host computer
System databases 9 etc. are constituted.The electronic code spinning bobbin 6 that collective doffing spinning frame 5 is fallen after spinning is on bobbin conveyer belt
Bobbin-winding machine 11 or the conveying of coil storeroom toward thin network connection, above spinning bobbin of the electronic code spinning bobbin 6 by path,
The spinning frame RFID reader 7 of a characterization spinning frame board number is fixedly installed, when electronic code spinning bobbin 6 moves through
When, the coding of electronic code spinning bobbin 6, while 7 pairs of spinning frame RFID reader shiftings are read in the induction of spinning frame RFID reader 7
The dynamic bobbin passed through carries out counting determining spindle position number, stores data by machine station information processor 8 and is uploaded to host computer
The coding of electronic code spinning bobbin 6 is associated by system database 9 with corresponding spinning frame machine number and spindle position number,
As long as logistics delivery thereafter and lower process are in application, there is 6 source title demand of electronic code spinning bobbin, and electronic code is thin
Yarn bobbin 6 incudes reading from any bobbin-winding machine RFID reader 10, so that it may the source-information of the spinning bobbin is obtained, thus
Realize quality tracking.
The electronic code spinning bobbin and its yarn quality tracing system of the utility model, due to RFID read through model and circle
The read-only component cost of RFID of toroidal inductor composition is very cheap, is also conveniently produced in common-use size spinning bobbin, very
Storage spinning bobbin in can extremely using transform electronic code spinning bobbin as, and system investment cost is lower.Using bobbin
The read-only component of RFID is arranged in top and top incudes reading manner high sensitivity, good reliability, and mating application is convenient.Therefore it uses
The electronic code spinning bobbin cost of above-mentioned technical proposal is in industry scale application acceptable range, the technical application
It is the highest technical solution of current cost performance.
Claims (3)
1. a kind of electronic code spinning bobbin, including spinning bobbin ontology, RFID read through model, induction coil and tube top section,
It is characterized in that tube top pars infrasegmentalis is equipped with toroidal cavity, RFID read through model and circular ring shape induction coil, circle is equipped in toroidal cavity
The center of circle of toroidal inductor is substantially concentric with the spinning bobbin center of circle, and RFID read through model and induction coil are fixed by bonding agent
In tube top section toroidal cavity, fixed between tube top section and bobbin ontology using bonding agent.
2. a kind of electronic code spinning bobbin, including spinning bobbin ontology, RFID read through model, induction coil and tube top section,
It is characterized in that the top of bobbin ontology is equipped with toroidal cavity, is equipped with RFID read through model and the circular ring shape line of induction in toroidal cavity
Circle, the center of circle of circular ring shape induction coil is substantially concentric with the spinning bobbin center of circle, and RFID read through model and induction coil are by being bonded
Agent is fixed in the toroidal cavity of bobbin bodies top, is fixed between tube top section and bobbin ontology using bonding agent.
3. a kind of yarn quality tracing system, including collective doffing spinning frame, electronic code spinning bobbin, spinning frame RFID are read
Device, bobbin-winding machine RFID reader, machine station information processor and master system database, it is characterised in that collective doffing spinning frame
The electronic code spinning bobbin fallen after spinning conveys on bobbin conveyer belt toward the bobbin-winding machine or coil storeroom of thin network connection,
The spinning frame of a characterization spinning frame board number is fixedly installed by the spinning bobbin top in path in electronic code spinning bobbin
RFID reader, when electronic code spinning bobbin moves through, electronic code spun yarn is read in the induction of spinning frame RFID reader
The coding of bobbin, while spinning frame RFID reader carries out the bobbin moved through to count determining spindle position number, passes through board
Data are stored and are uploaded to master system database by message handler, by the coding of electronic code spinning bobbin with it is corresponding thin
Yarn machine machine number and spindle position number are associated, as long as logistics delivery behind is with lower process in application, there is electronic code thin
Electronic code spinning bobbin is incuded reading by yarn bobbin source title demand from any bobbin-winding machine RFID reader, so that it may
The source-information of the spinning bobbin is obtained, to realize that quality is tracked.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821135029.0U CN209456640U (en) | 2018-07-18 | 2018-07-18 | A kind of electronic code spinning bobbin and its yarn quality tracing system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821135029.0U CN209456640U (en) | 2018-07-18 | 2018-07-18 | A kind of electronic code spinning bobbin and its yarn quality tracing system |
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| CN209456640U true CN209456640U (en) | 2019-10-01 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111014076A (en) * | 2019-12-23 | 2020-04-17 | 青岛大学 | Automatic tracing and positioning system for corresponding laggard spindles of fine-winding linkage defective bobbins |
| CN111705385A (en) * | 2020-06-29 | 2020-09-25 | 北京大简技术有限公司 | Spindle identification device, spindle identification method and system |
| CN112880665A (en) * | 2021-01-26 | 2021-06-01 | 微山县微山湖微电子产业研究院有限公司 | Automatic yarn quality tracking method and system |
-
2018
- 2018-07-18 CN CN201821135029.0U patent/CN209456640U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111014076A (en) * | 2019-12-23 | 2020-04-17 | 青岛大学 | Automatic tracing and positioning system for corresponding laggard spindles of fine-winding linkage defective bobbins |
| CN111705385A (en) * | 2020-06-29 | 2020-09-25 | 北京大简技术有限公司 | Spindle identification device, spindle identification method and system |
| CN112880665A (en) * | 2021-01-26 | 2021-06-01 | 微山县微山湖微电子产业研究院有限公司 | Automatic yarn quality tracking method and system |
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