CN1340452A - Automatic cloth drawer - Google Patents
Automatic cloth drawer Download PDFInfo
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- CN1340452A CN1340452A CN 00115985 CN00115985A CN1340452A CN 1340452 A CN1340452 A CN 1340452A CN 00115985 CN00115985 CN 00115985 CN 00115985 A CN00115985 A CN 00115985A CN 1340452 A CN1340452 A CN 1340452A
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Abstract
An automatic cloth drawer is composed of combined working stage, fine regulation unit, cloth guider, terminal unit, cloth folder, cloth press and cloth cutter. Its advantages include the combination of mechanical structure with computer software, simple structure, high reliability and high cost performance.
Description
The present invention relates to a kind of cloth drawer, relate in particular to cloth drawer selvage guide, block cloth, compress, Qie Bu, terminal, micromatic setting physical construction and with the combination of computer software.
What is called is led cloth, is before cloth-cutting, simple batching material is become the cloth sheet of certain number of plies with artificial or mechanical way by certain length folding (or shearing).
At present, home clothing factory, it leads the cloth operation and is mostly manual operation, promptly arranges engineering worker quite a lot coordinative operation around the bench board, the responsible work feed that has, the responsible selvage guide that has, what have is responsible for blocking cloth, the responsible compress that has, what have is responsible for cutting cloth ...Obviously, manual work not only wastes time and energy, and is difficult to guarantee the quality of cloth sheet, as causing twill sheet, many defects sheet etc.In the cloth drawer of import, mainly by cloth-feeding device, shake blue formula cloth guider and form, what have has also installed inspection defect device.Such cloth drawer not only costs an arm and a leg, and has plenty of greatly and heavy, though the littler cloth number of plies of leading that has is few, cloth sheet waste is big, all needs vacuum to shrink.Be that cost performance is not high in a word, be not suitable for China's national situation.
Purpose of the present invention just is to overcome above-mentioned existing shortcoming and defect of leading the cloth technology, and a kind of simple in structure, reliable and stable, automatic cloth drawer that cost performance is high is provided, even it leads the cloth number of plies many (thickness can reach 40cm); Cloth sheet length error little (≤3mm); Be not only applicable to large-scale clothing factory (cutting out plate about 35m), be applicable to small-sized clothing factory (cutting out plate about 4m) yet; And make that the cloth sheet is smooth, longitude and latitude is honest.
The object of the present invention is achieved like this:
1. by true, set up terminating set, blocked cloth apparatus, cloth-pressing device, fabric dividing device manually leading walking back and forth of cloth process;
2. improve cloth guider;
3. set up micromatic setting;
4. bench board is the work in combination platform;
5. computer control organically combines with the operation of each physical construction, makes its intellectuality, automation.
The present invention is described in further detail below in conjunction with accompanying drawing:
Fig. 1 forms scheme drawing for the present invention, wherein: A-mechanics, B-automatic guidance touch screen.0-tube batching material, 1-work in combination platform, 1.1-first bench board, 1.2,1.3 ...-middle bench board, 1.n-tail bench board, 1a-stand, 1b-table top, 1c-platform top, 2-cloth-feeding device, 2.1-motor, 2.2-driving wheel, 2.3-flower wheel, 3-excessively cloth bars, 4-constant tension device, 5-micromatic setting, 6-cloth guider, 7-terminating set, 8-cloth apparatus, 9-cloth-pressing device blocked, 10-cloth-cutting apparatus, 11-inspection defect device, a, b ... k-contact.
Fig. 2 is the cloth guider structural representation, and Fig. 3 is the cloth guider running chart, wherein: 6.0-cloth guider body, 6.1-guide plate, 6.2-upper backup pad, 6.3-lower supporting plate, 6.4-screw rod, 6.5-nut, 6.6-strut bar, 6.7-upper rail, 6.8-lower guideway, 6.9-bearing, 6.10-cloth guiding pole, 6.11-gear, 6.12-tooth bar, 6.13-main motor, 6.14-traction steel rope of cable, 6.15-gap bridge pulley.
Fig. 4 is the terminating set constructional drawing, wherein: 7.0-terminating set body, 7.1-main backstop, 7.2-upper backup pad, 7.3-lower supporting plate, 7.4-screw rod, 7.5-nut, 7.6-gear, 7.7-tooth bar, 7.8-support platform.
Fig. 5 is for blocking cloth apparatus (before the action) constructional drawing, Fig. 6 is for blocking cloth apparatus (action back) constructional drawing, wherein: 8.1-block cloth bar, 8.2-strong point, 8.3-slide bar, 8.4-chute, 8.5-pipe link, 8.6-air pump lever, 8.7-air pump, 8.8 coordinate points before the-folding rod, x-action, y-action back coordinate points.
Fig. 7 is cloth-pressing device (before a action) constructional drawing (facing), Fig. 8 is cloth-pressing device (before a action) constructional drawing (side-looking), Fig. 9 is cloth-pressing device (action back) constructional drawing (facing), Figure 10 is cloth-pressing device (action back) constructional drawing (side-looking), wherein: 9.1-pipe link, 9.2-connection cross bar, 9.3-cloth-pressing claw, 9.4-air pump lever, 9.5-air pump, coordinate points before the z-action.
Figure 11 is terminal, block cloth, compress, cloth-cutting apparatus composition diagram.
Figure 12 is a cloth-cutting apparatus constructional drawing (facing), and Figure 13 is cloth-cutting apparatus constructional drawing (side-looking), wherein: 10.1-tooth bar, 10.2-motor, 10.3-blade support frame, 10.4-blade, 10.5-motor shaft 10.6-gear, 10.7-bearing, 10.8-bearing supporting frame.
Figure 14 is the micromatic setting constructional drawing, and Figure 15 is micromatic setting amplifier section (FD) cutaway view, wherein: 1a-stand, 5.1-electric machine support, 5.2-motor, 5.3-driving gear, 5.4-carrier gear, 5.5-driven gear, 5.6-fine setting screw rod, 5.7-excessively cloth bars, 5.8-nut, 5.9-bearing, 5.10-bearing bead.
Figure 16 is driving gear, carrier gear, the driven gear location diagram of micromatic setting, and Figure 17 is carrier gear bascule figure, and Figure 18 is left carrier gear activity diagram, Figure 19 be right carrier gear activity diagram wherein: 5.11-chute, 5.12-spring.
As shown in Figure 1, the present invention is made up of mechanics A and automatic guidance touch screen B two large divisions.
Its mechanics A by work in combination platform 1, cloth-feeding device 2, cross cloth bar 3, constant tension device 4, micromatic setting 5, cloth guider 6, terminating set 7, block cloth apparatus 8, cloth-pressing device 9, fabric dividing device 10, inspection defect device 11 and form.Work in combination platform 1 is by first bench board 1.1, some in the middle of bench board 1.2,1.3 ... 1.n combines with the tail bench board, according to the requirement of required length, and bench board 1.2,1.3 in the middle of the increase and decrease ... the platform number get final product.Cloth-feeding device 2, cross on cloth bar 3, constant tension device 4, inspection defect device 11, micromatic setting 5 is separately fixed at successively with first bench board 1.1 is connected the support; Cloth guider 6, terminating set 7 are placed on the table top 1b of work in combination platform 1; Each is installed in respectively on the support platform 7.8 of terminating set 7 to block cloth apparatus 8, cloth-pressing device 9, fabric dividing device 10.
Automatic guidance touch screen B is by computer and some contact a, b ... k forms.Contact a, the b of automatic guidance touch screen ... k respectively with contact a, the b of mechanics ... k is electrically connected mutually.
The present invention is work like this, and tube batching material 0 places between the driving wheel 2.2 and flower wheel 2.3 of cloth-feeding device 2, when motor 2.1 rotates, a batching material 0 is also rotated thereupon.Cloth passed through cloth bar 3, constant tension device 4 inspection defect devices 11, micromatic setting 5, under cloth guider 6 left and right sides back and forth movements (being the cradle motion) again, make cloth at the table top 1b of work in combination platform 1 two edge contractions, process terminating set 7, the effect of blocking cloth apparatus 8, cloth-pressing device 9, cloth-cutting apparatus 10, finish and block cloth, compress and Qie Bu operation, thereby obtain the cloth sheet of certain thick-layer and certain-length.
As shown in Figure 2, the body 6.0 of cloth guider 6 is connected by two guide rods 6.10; Each body 6.0 is made up of following parts, and its annexation is: there is nut 6.5 centre of guide plate 61, with screw rod 6.4 mutual running-fits; The upper and lower of guide plate 6.1 respectively has upper and lower stay bearing plate 6.2,6.3, be separately installed with 4 bearings 6.9 by the fixing upper and lower stay bearing plates 6.2,6.3 of 2 strut bars 6.6, place on the upper and lower guide rail 6.7,6.8 wherein vertical two bearing surfaces in addition of diaxon bearing surface respectively.
As shown in Figure 3, the both sides of the lower supporting plate 6.3 of guide piece 6 are connected with traction steel rope of cable 6.14 respectively, and traction steel rope of cable 6.14 wraps on the gap bridge pulley 6.15 and main motor 6.13 on the stand 1a that is fixed in bench board 1.The contact e of main motor is connected with the contact e of touch screen B.
By above structure as can be known, main motor 6.13 is subjected to touch screen B control regularly just changeing return motion.Because cloth guider 6 is installed a plurality of bearings 6.9 up and down, when making it do the cradle-type motion, friction force is minimum, reaches the purpose of light and flexible.
As shown in Figure 4, terminating set 7 is made up of by support platform 7.8 two identical body 7.0.Each body 6.0 is made up of following parts, its annexation is: upper and lower support plate 7.2,7.3 is separately fixed at the upper and lower side of stand 7.1, screw rod 7.4 is installed on the upper and lower support plate 7.2,7.3, the lower end of screw rod 7.4 is connected with gear 7.6, nut 7.5 and screw rod 7.4 running-fits, two ends, support platform 7.8 left and right sides are separately fixed on the nut 7.5.Tooth bar 7.7 is installed in the lower end of stand 7.1.When gear 7.6 rotates, drive screw rod 7.4 and rotate, be with nut 7.5 to rise or descend again, drive support platform 7.8 again and rise or descend.
By Fig. 5, Fig. 6 as can be known, blocking cloth apparatus 8 is made up of following parts, its annexation is: blocking cloth bar 8.1 has two, be " bow " word shape, left-right symmetric is placed by the left and right sides strong point 8.2, and the lower end that cloth bar 8.1 is blocked on the left side is a slide bar 8.8, place in the chute 8.4, cloth bar 8.1 is blocked on folding rod 8.8.1, the 8.8.2,8.8.3 and the right side that are connected with pipe link 8.5 and varying length again in turn; One strong point 8.2 is arranged in the middle of the folding rod 8.8.2; Pipe link 8.5 is connected as a body with the L shaped air pump lever 8.6 of air pump 8.7.The contact f of air pump 8.7 and the contact f of touch screen B are electrically connected.
Be subjected to the control of touch screen B, air pump 8.7 is made fore and aft motion.Before action, the recess that blocks cloth bar 8.1 is in the x point coordinate; After action, the recess that blocks cloth bar 8.1 is in the y point coordinates.Thereby play the effect of blocking cloth, and go round and begin again and carry out.
By Fig. 7,8,9,10 as can be known, cloth-pressing device 9 is made up of following parts, and its annexation is: be connected with 4 connection cross bars 9.2 on the pipe link 9.1, be connected with 4 cloth-pressing claws 9.3 again in turn; Pipe link 9.1 is connected as a body with the air pump lever 9.4 of air pump 9.5 again.The contact g of air pump 9.5 and the contact g of touch screen B are electrically connected.The motion of cloth-pressing device 9 is to finish by the control of touch screen B.When air pump 9.5 is made fore and aft motion, cloth-pressing claw 9.3 is moved up and down.Before action, cloth-pressing claw 9.3 is in the z point coordinates; After the action, be in the y point coordinates.Because the y point coordinate is the indent of blocking cloth bar 8.1, does not block cloth bar 8.1 so cloth-pressing claw 9.3 does not contact, and only is pressed on the cloth sheet, plays the effect of compress.
As shown in Figure 11, on the support platform 7.8 of terminating set 7, be separately installed with and block cloth apparatus 8, cloth-pressing device 9, cloth-cutting apparatus 10.Along with the thickening of cloth sheet, require guide plate 6.1, nut 6.5, the cloth guiding pole 6.10 of support platform 7.8 and cloth guider 6 also to increase.Because cloth guider about 6 is done the cradle-type motion, when cloth guider 6 during near terminal, utilize the force of inertia of cloth guider 6, make the gear 7.6 of its tooth bar 6.12 bump terminating sets 7, thereby screw rod 7.4 is rotated, can drive nut 7.5 and support platform 7.8 risings.Simultaneously, the tooth bar 7.7 of terminating set 7 rotates screw rod 6.4 also at the gear 6.11 of bump cloth guider 6, drives nut 6.5 and cloth guiding pole 6.10 risings again.Because of the rising of support platform 7.8, make and block cloth apparatus 8, cloth-pressing device 9, cloth-cutting apparatus 10 and also raise simultaneously with cloth guider 6.The per pass operation is: after blocking cloth bar 8.1 and putting in place, cloth-pressing claw 9.3 promptly compresses the cloth sheet, and cloth-cutting apparatus 10 carries out Qie Bu subsequently, goes round and begins again, and constantly carries out.
By Figure 12,13 as can be known, cloth-cutting apparatus 10 is made up of following parts, and its annexation is: blade support frame 10.3 and blade 10.4 are installed on motor 10.2 successively; Each two bearing supporting frame 10.8 up and down are installed below motor 10.2, on each bearing supporting frame 10.8, bearing 10.7 are installed; On the motor shaft 10.5 of motor 10.2, gear 16.6 is installed; Tooth bar 10.1 is fixed on the support platform 7.8; Gear 10.6 and tooth bar 10.1 running-fits; The contact h of motor 10.2 is electrically connected mutually with the interface of touch screen B.
Be subjected to the control of touch screen B, motor 10 do positive and negative rotation, gear 10.6 is moved along gear bar 10.1, even blade 10.4 is done left and right sides translation, reach the purpose of cutting cloth.
By Figure 14,15,16,17,18,19 as can be known, micromatic setting 5 is made up of following parts, and its annexation is: motor 5.2 is installed on the electric machine support 5.1 that is connected with stand 1a, and its contact d links to each other with the contact d of touch screen B; On the axle of motor 5.2 driving gear 5.3 is installed, two carrier gear 5.4.1 and 5.4.2 about being provided with above the driving gear 5.3, its center shaft places in the chute 5.11, and is connected with spring 5.12; The top is provided with driven gear 5.5 again, bearing 5.9 that passes stand 1a again with driven gear 5.5 bonded assemblys fine setting screw rod 5.6 and nut 5.8 running-fit of crossing in the cloth bar 5.7 mutually.
Be subjected to the control of touch screen B, when supposition motor 5.2 clockwise rotates earlier, drive left carrier gear inhour and rotate, drive driven gear 5.5 again and clockwise rotate, cloth bar 5.7 dextrad were moved; Otherwise suppose that again motor inhour rotates, in like manner, cloth bar 5.7 was moved to the left, thereby do not depart from correct direction when cloth is advanced.
Can be found out that by above analysis the present invention has the following advantages and good effect:
1. because the frictional force of cloth guider is minimum, make therefore that to lead the cloth operation light, flexible, durable in use, and Make that the cloth sheet is smooth, longitude and latitude is honest.
2. because set up terminal installation 7, blocked cloth apparatus 8, cloth-pressing device 9 and cloth-cutting apparatus 10, make laminates Leaf length is consistent, and its error≤3mm saves cloth.
3. owing to set up micromatic setting, width is consistent up and down to make the laminates sheet, can avoid the twill sheet simultaneously.
Be that this cloth drawer is simple in structure in a word, reliable and stable, the cost performance height has greatly improved the quality of leading cloth And efficient, therefore in apparel industry, have broad application prospects.
Claims (8)
1, a kind of automatic cloth drawer, comprise mechanics (A) and automatic guidance touch screen (B) two large divisions, wherein mechanics (A) bench board, cloth-feeding device (2) arranged, cross cloth bar (3), constant tension device (4), inspection defect device (11) and guide, it is characterized in that this cloth drawer improves and increases and work in combination platform (1) is arranged, micromatic setting (5), cloth guider (6), terminating set (7), blocks cloth apparatus (8), cloth-pressing device (9), cloth-cutting apparatus (10); Each device of complete machine is pressed the running direction of cloth and is installed; Cloth-feeding device (2) be installed successively on the right of the stand (1a) of first bench board (1.1), crossed cloth bar (3), constant tension device (4), inspection defect device (11), micromatic setting (5); On the table top (1b) of work in combination platform (1), lay cloth guider (6) and terminating set (7); On the support platform (7.8) of terminating set (7), be equipped with and block cloth apparatus (8), cloth-pressing device (9), cloth-cutting apparatus (10); Contact (a, b, the c of automatic guidance touch screen (B) ... k) respectively with contact (a, b, the c of mechanics (A) ... k) the corresponding connection.
2, by described and a kind of automatic cloth drawer of claim 1, it is characterized in that work in combination platform (1) is by first bench board (1.1), bench board (12,1.3 in the middle of some ...) and tail bench board (1.n) combine, according to the requirement of required length, bench board (1.2,13 in the middle of the increase and decrease ...) the platform number get final product.
3, by described and a kind of automatic cloth drawer of claim 1, it is characterized in that the body (6.0) of cloth guider (6) is connected by two guide rods (6.10); Each body (6.0) is made up of following parts, and its annexation is: there is nut (6.5) centre of guide plate (6.1), with screw rod (6.4) running-fit; The upper and lower of guide plate (6.1) respectively has upper and lower stay bearing plate (6.2,6.3), and is fixing by 2 strut bars (6.6); Upper and lower stay bearing plate (6.2,6.3) is separately installed with 4 bearings (6.9), places respectively on the upper and lower guide rail (6.7,6.8), wherein vertical two bearing surfaces in addition of diaxon bearing surface; The both sides of the lower supporting plate (6.3) of guide piece (6) are connected with traction steel rope of cable (6.14) respectively, traction steel rope of cable (6.14) wraps on the gap bridge pulley (6.15) and main motor (6.13) on the stand (1a) that is fixed in bench board (1), and the contact (e) of main motor (6.13) is connected with the contact (e) of touch screen (B).
4,, it is characterized in that terminating set (7) is made up of by support platform (7.8) two identical body (7.0) by described and a kind of automatic cloth drawer of claim 1; Each body (6.0) is made up of following parts, its annexation is: upper and lower support plate (7.2,7.3) is separately fixed at the upper and lower side of stand (7.1), screw rod (7.4) is installed on the upper and lower support plate (7.2,7.3), the lower end of screw rod (7.4) is connected with gear (7.6), nut (7.5) and screw rod (7.4) running-fit, support platform (7.8) two ends, the left and right sides are separately fixed on the nut (7.5); Tooth bar (7.7) is installed in the lower end of stand (7.1).
5, by described and a kind of automatic cloth drawer of claim 1, it is characterized in that: block cloth apparatus (8) and form by following parts, its annexation is: blocking cloth bar (8.1) has two, be " bow " word shape, left-right symmetric is placed by the left and right sides strong point (8.2), and the lower end that cloth bar (8.1) is blocked on the left side is a slide bar (8.3), place in the chute (8.4), cloth bar (8.1) is blocked on the folding rod (8.81,8.8.2,8.8.3) and the right side that are connected with pipe link (8.5) and varying length again in turn; One strong point (8.2) is arranged in the middle of the folding rod (8.8.2); Pipe link (8.5) is connected as a body with the L shaped air pump lever (8.6) of air pump (8.7).The contact of air pump (f) is electrically connected with the contact (f) of touch screen (B).
6, by described and a kind of automatic cloth drawer of claim 1, it is characterized in that cloth-pressing device (9) is made up of following parts, its annexation is: be connected with 4 connection cross bars (9.2) on the pipe link (9.1), be connected with 4 cloth-pressing claws (9.3) again in turn; Pipe link (9.1) is connected as a body with the air pump lever (9.4) of air pump (9.5) again; The contact (g) of air pump (9.5) is electrically connected mutually with the contact (g) of touch screen (B).
7, by described and a kind of automatic cloth drawer of claim 1, it is characterized in that cloth-cutting apparatus (10) is made up of following parts, its annexation is: blade support frame (10.3) and blade (10.4) are installed on motor (10.2) successively; Each two bearing supporting frame (10.8) up and down are installed below motor (10.2), bearing (10.7) is installed on each bearing supporting frame (10.8); On the motor shaft (10.5) of motor (10.2), gear (10.6) is installed; Tooth bar (10.1) is fixed on the support platform (7.8); Gear (10.6) and tooth bar (10.1) running-fit; The contact (h) of motor (10.2) is electrically connected mutually with the contact (h) of touch screen (B).
8, by described and a kind of automatic cloth drawer of claim 1, it is characterized in that micromatic setting (5) is made up of following parts, its annexation is: motor (5.2) is installed on the electric machine support (5.1) that is connected with stand (1a), and its contact (d) links to each other with the contact (d) of touch screen (B); On the axle of motor (5.2) driving gear (5.3) is installed, two carrier gears (5.4.1) and (5.4.2) about the top of driving gear (5.3) is provided with, its center shaft places in the chute (5.11), and is connected with spring (5.12); The top is provided with driven gear (5.5) again, bearing (5.9) that passes stand (1a) again with driven gear (5.5) bonded assembly fine setting screw rod (5.6) and nut (5.8) running-fit of crossing in the cloth bar (5.7) mutually.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00115985 CN1340452A (en) | 2000-08-28 | 2000-08-28 | Automatic cloth drawer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00115985 CN1340452A (en) | 2000-08-28 | 2000-08-28 | Automatic cloth drawer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1340452A true CN1340452A (en) | 2002-03-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 00115985 Pending CN1340452A (en) | 2000-08-28 | 2000-08-28 | Automatic cloth drawer |
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| CN (1) | CN1340452A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101348978B (en) * | 2008-09-18 | 2012-01-11 | 王仁坤 | Digital type automatic cloth finishing machine |
| CN102995251A (en) * | 2011-09-19 | 2013-03-27 | 吴江盛汇针织有限责任公司 | Cloth pressing piece |
| CN108362709A (en) * | 2018-02-24 | 2018-08-03 | 林月洪 | The Quality Detection of soluble stanching gauze and the accurate method cut |
| CN108354709A (en) * | 2018-02-24 | 2018-08-03 | 林月洪 | The robot production method of hemostatic gauze |
| CN109132656A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | The identical tension production system of hemostatic gauze |
| CN109132655A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | gauze bandage flexible manufacturing system |
-
2000
- 2000-08-28 CN CN 00115985 patent/CN1340452A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101348978B (en) * | 2008-09-18 | 2012-01-11 | 王仁坤 | Digital type automatic cloth finishing machine |
| CN102995251A (en) * | 2011-09-19 | 2013-03-27 | 吴江盛汇针织有限责任公司 | Cloth pressing piece |
| CN108362709A (en) * | 2018-02-24 | 2018-08-03 | 林月洪 | The Quality Detection of soluble stanching gauze and the accurate method cut |
| CN108354709A (en) * | 2018-02-24 | 2018-08-03 | 林月洪 | The robot production method of hemostatic gauze |
| CN109132656A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | The identical tension production system of hemostatic gauze |
| CN109132654A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | Medical gauze trailer system based on constant tension stretch |
| CN109132655A (en) * | 2018-02-24 | 2019-01-04 | 林月洪 | gauze bandage flexible manufacturing system |
| CN108362709B (en) * | 2018-02-24 | 2020-11-24 | 林月洪 | Quality detection and precise cutting method for soluble hemostatic gauze |
| CN108354709B (en) * | 2018-02-24 | 2021-05-11 | 林月洪 | Robot production method of hemostatic gauze |
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