CN105606475A - Method for testing fuzzing and pilling resistance of fabric by circular locus method - Google Patents
Method for testing fuzzing and pilling resistance of fabric by circular locus method Download PDFInfo
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- CN105606475A CN105606475A CN201511023880.5A CN201511023880A CN105606475A CN 105606475 A CN105606475 A CN 105606475A CN 201511023880 A CN201511023880 A CN 201511023880A CN 105606475 A CN105606475 A CN 105606475A
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- 239000004744 fabric Substances 0.000 title claims abstract description 102
- 238000012360 testing method Methods 0.000 title claims abstract description 80
- 238000000034 method Methods 0.000 title claims abstract description 46
- 230000007246 mechanism Effects 0.000 claims description 93
- 239000000835 fiber Substances 0.000 claims description 4
- 229920000728 polyester Polymers 0.000 claims description 4
- 239000000126 substance Substances 0.000 claims description 4
- 229920002994 synthetic fiber Polymers 0.000 claims description 4
- 239000012209 synthetic fiber Substances 0.000 claims description 4
- 210000002268 wool Anatomy 0.000 claims description 4
- 238000005520 cutting process Methods 0.000 claims description 3
- 239000000523 sample Substances 0.000 description 97
- 238000001514 detection method Methods 0.000 description 5
- 239000000463 material Substances 0.000 description 4
- 239000003082 abrasive agent Substances 0.000 description 3
- 239000004677 Nylon Substances 0.000 description 2
- 238000006243 chemical reaction Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 238000006073 displacement reaction Methods 0.000 description 2
- 238000002474 experimental method Methods 0.000 description 2
- 229920001778 nylon Polymers 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000033228 biological regulation Effects 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 210000004209 hair Anatomy 0.000 description 1
- 238000005286 illumination Methods 0.000 description 1
- 238000007689 inspection Methods 0.000 description 1
- 230000002045 lasting effect Effects 0.000 description 1
- UAJUXJSXCLUTNU-UHFFFAOYSA-N pranlukast Chemical compound C=1C=C(OCCCCC=2C=CC=CC=2)C=CC=1C(=O)NC(C=1)=CC=C(C(C=2)=O)C=1OC=2C=1N=NNN=1 UAJUXJSXCLUTNU-UHFFFAOYSA-N 0.000 description 1
- 229960004583 pranlukast Drugs 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
- 230000008054 signal transmission Effects 0.000 description 1
- 239000004753 textile Substances 0.000 description 1
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N3/00—Investigating strength properties of solid materials by application of mechanical stress
- G01N3/56—Investigating resistance to wear or abrasion
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N2203/00—Investigating strength properties of solid materials by application of mechanical stress
- G01N2203/003—Generation of the force
- G01N2203/0032—Generation of the force using mechanical means
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- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a method for testing fuzzing and pilling resistance of a fabric by a circular locus method. According to the method, a smart tester is adopted, and a testing person controls the work state of the tester by a human-machine interface, and arranges multiple samples of the same batch at one time by means of multiple sample clamping stations evenly arranged in a circumferential direction on the tester; after parameters are set on the human-machine interface, the tester can run as needed to perform a circular locus method test, and performs a switching test of a cloth surface friction plate and a brush surface friction plate, after one sample is tested, rotating is performed to test the next sample, and meanwhile friction plates are switched without human intervention. After the multiple samples are all tested, the tester automatically stops, and test on a next batch can be performed after the testing person replaces the multiple samples with samples of the next batch at one time. The method has the advantages of reducing the number of testing personnel, effectively reducing instrumental errors and personal errors, and improving the accuracy and reproducibility of test data.
Description
Technical field
The invention belongs to fabric wear field tests, especially relate to a kind of anti-by circle method of loci test fabricThe method of pilling performance.
Background technology
The anti-fluffing and anti-pilling performance of fabric is a key factor that affects Wearability, and garment material risesMao Qi club has a strong impact on the appearance property of fabric, has all formulated several different methods both at home and abroad this project has been carried outExamination. Circle method of loci is adopt nylon bruss and fabric abrasive material or only use fabric abrasive material, and sample friction is fluffedBall, and then under regulation illumination condition, pilling performance is carried out to vision and describe the method for evaluating. At present,The round method of loci pilling instrument that laboratory generally adopts is manually operated, on chuck, packs sample into,Set after pilling number of times, start and start to move back and forth, reach after setting value, instrument stops automatically.
After completing fluffing, manually nylon bruss is converted to fabric abrasive material at every turn, then proceed balling-up examinationTest, therefore, often carry out the inspection of a sample, all want manual switch mill platform once, and the sample of each batchProduct will detect multiple samples of diverse location, and therefore often make a sample needs to be interrupted to wait for concerning testing staffLong period, detection efficiency is lower. For increasing work efficiency, laboratory can be equipped with many pilling instruments byMultiple testing staff test simultaneously, to complete the detection limit on the same day, have consumed like this plenty of time and manpowerMaterial resources.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, provide a kind of and complete multiple examinations by a testerThe circle method of loci test fabric of passing through that sample test job, minimizing manpower and materials dropped into, improved testing efficiency resistsThe method of hair pilling property.
The present invention is by the following technical solutions: a kind of by circle method of loci test fabric anti-fluffing and anti-pilling performanceMethod, adopts the tester with cloth cover frictional disk, brush finish frictional disk and multiple sample holder stations to fabricTest, the evenly distributed setting on circumference of multiple sample holder stations, and by rotary drive mechanism bandMoving rotation, cloth cover frictional disk and brush finish frictional disk movable respectively with one of them sample holder station phase up and downRight;
Test to fabric comprises the following steps:
[1] multiple fabrics to be tested are clamped on corresponding sample holder station, fabric be with batchMultiple samples, or multiple samples of different batches same test condition;
[2] tester has man-machine interface, tester man-machine interface setting pressure size, fluffing number of times and riseBall number of times;
[3] tester work, first brush finish frictional disk and a sample holder station position relative engagement control are pressedPower size, brush finish frictional disk carries out relative circular motion with sample holder station and completes fluffing number of times;
[4] tester switches to the sample holder station position relative engagement control in cloth cover frictional disk and step [3]Pressure size, cloth cover frictional disk carries out relative circular motion with sample holder station and completes balling-up number of times;
[5] rotary drive mechanism drives multiple sample holder station rotaries to switch next sample, and tester switches toBrush finish frictional disk is relative with next sample holder station, repeating step [3] and step [4];
[6] when the sample of multiple sample holder stations all completes test, tester quits work, and is led to by testerCross man-machine interface record data;
[7] by tester, tester is resetted.
Improve as one, tester comprises grinding plate moving mechanism and sample switching mechanism, grinding plate moving mechanismComprise cloth cover frictional disk, brush finish frictional disk, frictional disk mounting bracket, the first lift drive mechanism, first jiaoSpend encoder and move left and right driving mechanism, mobilizable being arranged on of frictional disk mounting bracket moves left and right drivingIn mechanism, the first lift drive mechanism and the first angular encoder are set on frictional disk mounting bracket, cloth cover rubsWiping dish and brush finish frictional disk are arranged on the first lift drive mechanism, lift drive mechanism, the first angular codingDevice, move left and right driving mechanism and be electrically connected with man-machine interface respectively; Sample switching mechanism comprises multiple specimen holdersHold station, rotary drive mechanism, multistation clamping disk, the second angular encoder, the second lift drive mechanismWith move forward and backward driving mechanism, mobilizable being arranged on of the second lift drive mechanism moves forward and backward on driving mechanism,Rotary drive mechanism and the second angular encoder are set on the second lift drive mechanism, on rotary drive mechanism, establishPut multistation clamping disk, multistation clamping disk has the clamping limb corresponding with sample holder station quantity, folderThe far-end of gripping arm arranges sample holder station, and rotary drive mechanism, the second angular encoder, the second lifting are drivenActuation mechanism, move forward and backward driving mechanism and be electrically connected with man-machine interface respectively; In the time that tester is worked, cloth cover rubsWiping dish or brush finish frictional disk and the upper and lower corresponding matching of sample holder station, cloth cover frictional disk or a brush finish frictionDish and the motion that moves left and right driving mechanism interlock and do left and right track, sample holder station with move forward and backward drivingThe motion of front and back track is done in mechanism's interlock, and left and right track and front and back track are perpendicular, cloth cover frictional disk or brush finishThe frictional disk reciprocating motion common with sample holder station forms the round track friction relative to sample.
Improve as one, move left and right driving mechanism different with the speed that moves forward and backward driving mechanism, make clothSample on face frictional disk or brush finish frictional disk and sample holder station nonoverlapping round track that rubs out.
Improve as one, multistation clamping disk has the clamping limb of five evenly distributed settings on circumference,What sample holder station quantity was corresponding is arranged on clamping limb end; Sample holder station comprises sample holder headWith counterweight counterweight, sample holder head is arranged on clamping limb, and counterweight counterweight is placed on sample holder head top.
Improve as one, in step [1], fabric to be tested is divided into A, B, C, D, E, F six classes; AClass is polyester fabric, and pressure size is 590cN, and fluffing number of times is 150 times, and balling-up number of times is 150 times; BClass is synthetic fiber fabric, and pressure size is 590cN, and fluffing number of times is 50 times, and balling-up number of times is 50 times;C class is combing blended yarn weaved fabric, and pressure size is 490cN, and fluffing number of times is 30 times, and balling-up number of times is 50Inferior; D class is chemical fibre blended yarn weaved fabric, and pressure size is 490cN, and fluffing number of times is 10 times, and balling-up number of times is50 times; E class is worsted fabrics fabric, and pressure size is 780cN, and fluffing number of times is 0 time, balling-up timeNumber is 600 times; F class is carded wool fabric, and pressure size is 490cN, and fluffing number of times is 0 time, risesBall number of times is 50 times.
Beneficial effect of the present invention: pilling instrument originally only arranges single chuck, manual right by testerTwo frictional disks switch, frictional disk switch need to spend the long period, sample frequently take increased loaded down with trivial detailsDegree efficiency is lower; And the sample of each batch will detect five samples of diverse location, therefore to change examinationSample five times also manually changes frictional disk five times, troublesome poeration. The present invention adopts intelligent tester, testerBy the duty of man-machine interface control tester, and circumferencial direction evenly arranges by being on testerThe disposable multiple samples that arrange same batch of multiple sample holder stations; Set after parameter in man-machine interface,Tester can move on request justifies method of loci test, and carries out cutting of cloth cover frictional disk and brush finish frictional diskChange test, the complete next sample of sample rotary test of every survey, frictional disk switches simultaneously, does not need human intervention.After multiple sample testings complete, tester stops automatically, the examination of the complete next batch of the disposable replacing of person to be testedSample, can carry out the batch testing of next batch. Adopt intelligent fabric circle method of loci pilling testerCarry out the method for testing of sample, in test process, need hardly artificial interference, while having shortened 1/3 detectionBetween, and sustainable test is with batch multiple samples; During this period, testing staff can be according to actual conditions arrangementOther work, therefore can increase substantially testing efficiency. This tester is relative to testing staff's requirement simultaneouslyLower, can be for the test job that does not possess the enterprise that enriches detection experience and carry out round method of loci pilling, andBe applicable to the professional testing agency of procedure. Replaced the hand of many existing single chucks by 1 instrumentPilling instrument, the quantity that has reduced testing staff drops into, and can effectively reduce instrument error, personal error,Improve the accuracy and the repdocutbility that detect data.
Brief description of the drawings
Fig. 1 is the operation principle schematic diagram one that adopts the tester of the inventive method.
Fig. 2 is the operation principle schematic diagram two that adopts the tester of the inventive method.
Detailed description of the invention
Below in conjunction with accompanying drawing, specific embodiments of the invention are elaborated.
As shown in Figure 1, 2, for passing through the concrete reality of the method for justifying method of loci test fabric anti-fluffing and anti-pilling performanceExecute example. Embodiment adopts has cloth cover frictional disk 11, brush finish frictional disk 12 and multiple sample holder station 21Tester fabric is tested, multiple sample holder stations 21 evenly distributed setting on circumference, and logicalOver-rotation driving mechanism 22 driven rotary, cloth cover frictional disk 11 and brush finish frictional disk 12 movable respectively with itsIn a sample holder station 21 relative up and down;
Test to fabric comprises the following steps:
[1] multiple fabrics to be tested are clamped on corresponding sample holder station 21, fabric is same batchMultiple samples, or multiple samples of different batches same test condition;
[2] tester has man-machine interface 3, tester man-machine interface 3 setting pressure sizes, fluffing number of times andBalling-up number of times;
[3] tester work, first brush finish frictional disk 12 and sample holder station 21 position relative engagementControlled pressure size, brush finish frictional disk 12 carries out relative circular motion with sample holder station 21 have been completedHair number of times;
[4] tester switches to cloth cover frictional disk 11 and relative joining of sample holder station 21 positions in step [3]Close controlled pressure size, cloth cover frictional disk 11 carries out relative circular motion with sample holder station 21 to be completedBalling-up number of times;
[5] rotary drive mechanism 22 drives multiple sample holder station 21 rotary cuttings to change a sample, testerSwitch to brush finish frictional disk 12 relative with next sample holder station 21, repeating step [3] and step [4];
[6] when the sample of multiple sample holder stations 21 all completes test, tester quits work, by testerBy man-machine interface 3 record data;
[7] by tester, tester is resetted.
Pilling instrument originally only arranges single chuck, by tester is manual, two frictional disks switched,Frictional disk switches need to spend the long period, and sample frequently takes that to have increased fussy degree efficiency lower; And it is eachBatch sample to detect five samples of diverse location, therefore to change sample five times and manually change frictional diskFive times, troublesome poeration.
The present invention adopts intelligent tester, and tester controls the work shape of tester by man-machine interface 3State, tester by multiple sample holders on sample holder station 21, set parameter in man-machine interface 3Afterwards, just without doing other work, tester can complete automatically according to step the test of multiple samples again, fromMovingization degree is high, time saving and energy saving, improves testing efficiency. By being on tester, circumferencial direction evenly arrangesMultiple samples that the disposable clamping of multiple sample holder stations is same batch, have saved the replacing time, improve with criticizingThe uniformity of sample testing; Set after parameter in man-machine interface, tester can move on request justifies railMark method is tested, and carries out the switch test of cloth cover frictional disk 11 and brush finish frictional disk 12, the complete examination of every surveyThe next sample of sample rotary test, frictional disk switches simultaneously, does not need human intervention. Circle method of loci can be good rightFabric face carries out lasting friction testing, and good stability also takes up room little. After multiple sample testings complete,Tester stops automatically, and the sample of the complete next batch of the disposable replacing of person to be tested, can carry out next batchBatch testing. Adopt intelligent fabric circle method of loci pilling tester to carry out the method for testing of sample,In test process, need hardly artificial interference, shortened for 1/3 detection time, and sustainable test is with criticizingInferior multiple sample; During this period, testing staff can arrange other work according to actual conditions, therefore can be significantlyDegree improves testing efficiency. Simultaneously this tester to testing staff require relatively low, can for do not possess abundantThe enterprise of detection experience carries out the test job of round method of loci pilling, and the specialty of applicable procedure detectsMechanism. The hand pilling instrument that has been replaced many existing single chucks by 1 instrument, has reduced inspectionSurvey personnel's quantity drops into, and can effectively reduce instrument error, personal error, improves and detects the accurate of dataProperty and repdocutbility.
As the improved detailed description of the invention of one, tester comprises grinding plate moving mechanism 1 and sample switching machineStructure 2, grinding plate moving mechanism 1 comprise cloth cover frictional disk 11, brush finish frictional disk 12, frictional disk mounting bracket 13,The first lift drive mechanism 14, the first angular encoder 15 and move left and right driving mechanism 16, frictional disk peaceMobilizable being arranged on of dress support 13 moves left and right on driving mechanism 16, on frictional disk mounting bracket 13, arrangesThe first lift drive mechanism 14 and the first angular encoder 15, cloth cover frictional disk 11 and brush finish frictional disk 12 are establishedPut on the first lift drive mechanism 14, lift drive mechanism 14, the first angular encoder 15, left and right are movedMoving driving mechanism 16 is electrically connected with man-machine interface 3 respectively; Sample switching mechanism 2 comprises multiple sample holder worksPosition 21, rotary drive mechanism 22, multistation clamping disk 23, the second angular encoder 24, the second lifting are drivenActuation mechanism 25 and move forward and backward that driving mechanism 26, the second lift drive mechanisms 25 are mobilizable and be arranged on before and afterOn moving drive mechanism 26, rotary drive mechanism 22 and the second angle are set on the second lift drive mechanism 25Encoder 24, arranges multistation clamping disk 23 on rotary drive mechanism 22, multistation clamping disk 23 have withThe clamping limb 231 that sample holder station 21 quantity are corresponding, the far-end of clamping limb 231 arranges sample holder workPosition 21, rotary drive mechanism 22, the second angular encoder 24, the second lift drive mechanism 25, Qian HouyiMoving driving mechanism 26 is electrically connected with man-machine interface 3 respectively; In the time that tester is worked, cloth cover frictional disk 11 orBrush finish frictional disk 12 and sample holder station corresponding matching Shang Xia 21, cloth cover frictional disk 11 or brush finish rubWiping dish 12 and the motion that moves left and right driving mechanism 16 interlocks and do left and right track, sample holder station 21 is with frontThe motion of front and back track is done in rear moving drive mechanism 26 interlocks, and left and right track and front and back track are perpendicular, cloth coverThe reciprocating motion common with sample holder station 21 of frictional disk 11 or brush finish frictional disk 12 forms relative to sampleRound track friction. The mode that tester of the present invention is realized circle method of loci is different from traditional structure, thisBrightly move by the front and back that move left and right in driving mechanism 16 and sample switching mechanism 2 in grinding plate moving mechanism 1Moving driving mechanism 26 is realized. When tester work, cloth cover frictional disk 11 and brush finish frictional disk 12 following lefts moveThe motion of left and right track is done in moving driving mechanism 16 interlocks, and sample holder station 21 is with moving forward and backward driving mechanismThe motion of front and back track is done in 26 interlocks, cloth cover frictional disk 11 or brush finish frictional disk 12 and sample holder station 21Just there is a relative displacement, at left and right track and front and back track perpendicular in the situation that, sample holderIt is oval-shaped friction that sample on station 21 can do track with cloth cover frictional disk 11 or brush finish frictional disk 12.Drive with respect to testing arrangement before the structure of doing constant round orbiting motion on one side, structure of the present invention canTo change the operating range and the speed that move left and right driving mechanism 16 and move forward and backward driving mechanism 26, therebyThe round track of friction is changed, can better simulating reality andfrictional conditions, more met standard and showedReal test result. By the first lift drive mechanism 14 and the second lift drive mechanism 25 are set, make cloth coverFrictional disk 11, brush finish frictional disk 12, sample holder station 21 all can be movable flexibly up and down, are convenient in replyWhen the test of various sample, adjust between the upper and lower apart from controlled pressure; At the sample of sample switching mechanism 2 switch testsTime, control multistation clamping disk 23 rotation of rising by the second lift drive mechanism 25, complete and switch after sampleDecline and test again. Cloth cover frictional disk 11 and brush finish frictional disk 12 are fixed on frictional disk mounting bracket 13,The first lift drive mechanism 14 drives cloth cover frictional disk 11 and brush finish frictional disk 12 to decline, and moves left and right drivingThe remote moving belt dynamic friction in the left and right dish mounting bracket 13 of mechanism 16, cloth cover frictional disk while completing test11 and the station conversion of brush finish frictional disk 12, the first lift drive mechanism 14 drives cloth cover frictional disk 11 and brushFace frictional disk 12 has risen and has switched full scale examination and balling-up test. By the first angular encoder 15 is setWith the second angular encoder 24, displacement conversion is to electric signal transmission and realizes control to man-machine interface 3. Multiple portionsDivide also colleague to be electrically connected to man-machine interface 3, realize automation control.
As the improved detailed description of the invention of one, move left and right driving mechanism 16 and move forward and backward driving mechanism26 speed difference, makes the sample on cloth cover frictional disk 11 or brush finish frictional disk 12 and sample holder station 21Nonoverlapping round track rubs out. Above set-up mode, the friction track while making sample testing changes always,Be different from the constant track of traditional round track testing device, better the andfrictional conditions of simulating reality, makes sampleCan be subject to the friction testing on more multi-direction, the andfrictional conditions of reality, is more met standard and realityTest result. Avoid constant the brought error of original device circle orbiting motion, same track continues constantFriction will certainly make balling-up or fluffing effect occur faster. Therefore adopt the track changing more can ensure examinationThe objectivity of sample test result and accuracy.
As the improved detailed description of the invention of one, multistation clamping disk 23 has five and evenly arranges on circumferenceThe clamping limb 231 that row arrange, what sample holder station 21 quantity were corresponding is arranged on clamping limb 231 ends;Sample holder station 21 comprises sample holder head 211 and counterweight counterweight 212, and sample holder head 211 is arranged onOn clamping limb 231, counterweight counterweight 212 is placed on sample holder head 211 tops. Criticize for logical of general testInferior have 5 samples, and 5 clamping limbs 231 are set and sample holder station 21 is set on clamping limb 231,Realize the sample testing that tester one action completes batch, be convenient to tester sample testing is installed, noteRecord statistics. Clamping head 211 can be good clamping sample, the counterweight counterweight 212 of top can basisThe sample material difference of test is changed, and realizes flexible counterweight and tests.
As the improved detailed description of the invention of one, in step [1] fabric to be tested be divided into A, B, C, D,E, F six classes; Category-A is polyester fabric, and pressure size is 590cN, and fluffing number of times is 150 times, balling-up timeNumber is 150 times; Category-B is synthetic fiber fabric, and pressure size is 590cN, and fluffing number of times is 50 times, risesBall number of times is 50 times; C class is combing blended yarn weaved fabric, and pressure size is 490cN, and fluffing number of times is 30 times,Balling-up number of times is 50 times; D class is chemical fibre blended yarn weaved fabric, and pressure size is 490cN, and fluffing number of times is 10Inferior, balling-up number of times is 50 times; E class is worsted fabrics fabric, and pressure size is 780cN, fluffing number of timesBe 0 time, balling-up number of times is 600 times; F class is carded wool fabric, and pressure size is 490cN, fluffingNumber of times is 0 time, and balling-up number of times is 50 times. According to the difference of textile material, its balling-up and required the reaching of fluffingTo testing time be also different, and to coordinate suitable pressure to test; And some special materialsAs woolen fabric, the experiment that it is not easy to do fluffing number of times, therefore can be set is for 0 time and onlyCarry out the experiment of balling-up number of times. Set suitable pressure and rational number of times according to unlike material, be convenient to respectivelyThe performance of kind fabric pilling is measured, and meets standard, ensures product quality.
Claims (6)
1. by a method for circle method of loci test fabric anti-fluffing and anti-pilling performance, it is characterized in that: adopt and haveThe tester of cloth cover frictional disk (11), brush finish frictional disk (12) and multiple sample holder station (21) is to knittingThing is tested, described multiple sample holder stations (21) evenly distributed setting on circumference, and by revolvingTurn driving mechanism (22) driven rotary, described cloth cover frictional disk (11) and brush finish frictional disk (12) can be livedMoving relative up and down with one of them sample holder station (21) respectively;
Test to fabric comprises the following steps:
[1] multiple fabrics to be tested are clamped in to corresponding sample holder station (21) above, described fabricFor multiple samples of same batch, or multiple samples of different batches same test condition;
[2] tester has man-machine interface (3), and tester is in man-machine interface (3) setting pressure size, fluffingNumber of times and balling-up number of times;
[3] tester work, first brush finish frictional disk (12) and a sample holder station (21) position phaseTo coordinating controlled pressure size, brush finish frictional disk (12) carries out relative circle with sample holder station (21)Zhou Yundong completes fluffing number of times;
[4] tester switches to sample holder station (21) position in cloth cover frictional disk (11) and step [3]Relative engagement controlled pressure size, cloth cover frictional disk (11) carries out relative with sample holder station (21)Circular motion completes balling-up number of times;
[5] rotary drive mechanism (22) drives multiple sample holder stations (21) rotary cutting to change a sample,It is relative with next sample holder station (21) that tester switches to brush finish frictional disk (12), repeating step [3]And step [4];
[6] when the sample of multiple sample holder stations (21) all completes test, tester quits work, by surveyingExamination person is by man-machine interface (3) record data;
[7] by tester, tester is resetted.
2. according to claim 1 a kind of by the method for circle method of loci test fabric anti-fluffing and anti-pilling performance,It is characterized in that: described tester comprises grinding plate moving mechanism (1) and sample switching mechanism (2), described millDish motion (1) comprise cloth cover frictional disk (11), brush finish frictional disk (12), frictional disk mounting bracket (13),The first lift drive mechanism (14), the first angular encoder (15) and move left and right driving mechanism (16),Mobilizable being arranged on of described frictional disk mounting bracket (13) moves left and right driving mechanism (16) above, described inThe first lift drive mechanism (14) and the first angular encoder (15) are set on frictional disk mounting bracket (13),It is upper that described cloth cover frictional disk (11) and brush finish frictional disk (12) are arranged on the first lift drive mechanism (14),Described lift drive mechanism (14), the first angular encoder (15), move left and right driving mechanism (16) pointBe not electrically connected with man-machine interface (3); Described sample switching mechanism (2) comprise multiple sample holder stations (21),Rotary drive mechanism (22), multistation clamping disk (23), the second angular encoder (24), the second lifting are drivenActuation mechanism (25) and move forward and backward driving mechanism (26), described the second lift drive mechanism (25) is movableBe arranged on that to move forward and backward driving mechanism (26) upper, the upper setting of described the second lift drive mechanism (25) revolvedTurn driving mechanism (22) and the second angular encoder (24), on described rotary drive mechanism (22), arrange manyStation clamping disk (23), described multistation clamping disk (23) has and sample holder station (21) quantity phaseCorresponding clamping limb (231), the far-end of described clamping limb (231) arranges sample holder station (21), instituteState rotary drive mechanism (22), the second angular encoder (24), the second lift drive mechanism (25), front and backMoving drive mechanism (26) is electrically connected with man-machine interface (3) respectively; In the time that tester is worked, cloth cover frictionDish (11) or brush finish frictional disk (12) and the upper and lower corresponding matching of a sample holder station (21), described inCloth cover frictional disk (11) or brush finish frictional disk (12) with move left and right driving mechanism (16) interlock and do left and rightThe motion of track, described sample holder station (21) with move forward and backward before and after driving mechanism (26) interlock doesThe motion of track, left and right track and front and back track are perpendicular, cloth cover frictional disk (11) or brush finish frictional disk (12)The reciprocating motion common with sample holder station (21) forms the round track friction relative to sample.
3. according to claim 2 a kind of by the method for circle method of loci test fabric anti-fluffing and anti-pilling performance,It is characterized in that: described in move left and right driving mechanism (16) and move forward and backward the speed of driving mechanism (26)Difference, makes the examination on cloth cover frictional disk (11) or brush finish frictional disk (12) and sample holder station (21)Sample nonoverlapping round track that rubs out.
4. according to a kind of side that passes through circle method of loci test fabric anti-fluffing and anti-pilling performance described in claim 2 or 3Method, is characterized in that: described multistation clamping disk (23) has five evenly distributed settings on circumferenceClamping limb (231), what described sample holder station (21) quantity was corresponding is arranged on clamping limb (231) endPortion; Described sample holder station (21) comprises sample holder head (211) and counterweight counterweight (212), described inIt is upper that sample holder head (211) is arranged on clamping limb (231), and described counterweight counterweight (212) is placed on sampleClamping head (211) top.
5. pass through circle method of loci test fabric anti-fluffing and anti-pilling performance according to the one described in claim 1 or 2 or 3Method, it is characterized in that: in step [1], fabric to be tested is divided into A, B, C, D, E, F six classes;
Category-A is polyester fabric, and pressure size is 590cN, and fluffing number of times is 150 times, and balling-up number of times is 150 times;
Category-B is synthetic fiber fabric, and pressure size is 590cN, and fluffing number of times is 50 times, and balling-up number of times is 50Inferior;
C class is combing blended yarn weaved fabric, and pressure size is 490cN, and fluffing number of times is 30 times, and balling-up number of times is 50Inferior;
D class is chemical fibre blended yarn weaved fabric, and pressure size is 490cN, and fluffing number of times is 10 times, and balling-up number of times is 50Inferior;
E class is worsted fabrics fabric, and pressure size is 780cN, and fluffing number of times is 0 time, and balling-up number of times is 600Inferior;
F class is carded wool fabric, and pressure size is 490cN, and fluffing number of times is 0 time, and balling-up number of times is 50Inferior.
6. according to claim 4 a kind of by the method for circle method of loci test fabric anti-fluffing and anti-pilling performance,It is characterized in that: in step [1], fabric to be tested is divided into A, B, C, D, E, F six classes;
Category-A is polyester fabric, and pressure size is 590cN, and fluffing number of times is 150 times, and balling-up number of times is 150 times;
Category-B is synthetic fiber fabric, and pressure size is 590cN, and fluffing number of times is 50 times, and balling-up number of times is 50Inferior;
C class is combing blended yarn weaved fabric, and pressure size is 490cN, and fluffing number of times is 30 times, and balling-up number of times is 50Inferior;
D class is chemical fibre blended yarn weaved fabric, and pressure size is 490cN, and fluffing number of times is 10 times, and balling-up number of times is 50Inferior;
E class is worsted fabrics fabric, and pressure size is 780cN, and fluffing number of times is 0 time, and balling-up number of times is 600Inferior;
F class is carded wool fabric, and pressure size is 490cN, and fluffing number of times is 0 time, and balling-up number of times is 50Inferior.
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